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Help Refining Multiple ACCC Excel Report
I have created a python module for comparing multiple (up to eight) acc files and reporting results to Excel. Lots of time invested so far and it seems to function well.... However when comparing multiple files with large contingency lists (not to mention N-2 lists), this thing takes forever to create the final Excel report. I must admit that I am a "Brute Force" type of programmer. I would welcome anyone out there to take a look at my code and suggest any ways to improve processing time. Thanks, Use this code any way you like.
| | 2 | No.2 Revision |
Help Refining Multiple ACCC Excel Report
I have created a python module for comparing multiple (up to eight) acc files and reporting results to Excel. Lots of time invested so far and it seems to function well.... However when comparing multiple files with large contingency lists (not to mention N-2 lists), this thing takes forever to create the final Excel report. I must admit that I am a "Brute Force" type of programmer. I would welcome anyone out there to take a look at my code and suggest any ways to improve processing time. Thanks, Use this code any way you like.
Created by ### on 07-20-2013
Developed with Python 2.7.3, EXCEL 2013, and PSSE 33.4
This Module Creates an Excel Spreadsheet Comparing Results of Up to Eight(8) PSSE ACCC Solution Files
Prompts for Contingency Low Bus Voltage Threshold to Report
Option to Enable High Bus Voltage Reporting (GetHighV)
Prompts for Contingency High Bus Voltage Threshold to Report (if GetHighV enabled)
Prompts for Contingency High Branch Flow Threshold to Report
Will Ask for How Many ACCC Files to Compare
Prompts to Input the ACCC Files (Choose Files in the order Desired)
Has Options to Report All Violations, Worst Violations, or Both on EXCEL Sheets
Writes and Saves an EXCEL Report file with the name: ACCCReport + Date... Example: ACCCReport(070713).xlsx
Writes and Saves a PSSE TEXT Report (if Enabled Below) With the Name: ACCCPSSEReport + Date... Example: ACCCPSSEReport(070713).xlsx
Use it Any Way You Like ... DNL
Default Options ---------------------------------------------------------------
BaseVLowCriteria = 0.950 #N-0 pu Low Voltage Criteria (ERCOT uses 0.950) BaseVHighCriteria = 1.050 #N-0 pu Low Voltage Criteria (ERCOT uses 1.050) VLowCriteria = 0.900 #Contingency pu Low Voltage Criteria (ERCOT uses 0.900) VHighCriteria = 1.050 #Contingency pu High Voltage Criteria (ERCOT uses 1.050) IHighCriteria = 100.0 #Contingency Percent High Flow Criteria (All RTOs use 100.0) MVARatingCriteria = 'B' #Contingency Rating Criteria for Branch Flow (Enter as Text)
BaseVLow = 0.950 #Per Unit N-0 Low Voltage Violation Level to Report BaseVHigh = 1.050 #Per Unit N-0 High Voltage Violation Level to Report BaseIHigh = 95.0 #Percent N-0 High Flow Violation Level to Report
ExtremeBaseVLow = 0.920 #Per Unit N-0 Extreme Low Voltage Violation (for EXCEL Highlighting) ExtremeBaseVHigh = 1.100 #Per Unit N-0 Extreme High Voltage (for EXCEL Highlighting) ExtremeBaseIHigh = 110.0 #Percent N-0 Extreme High Flow Violation (for EXCEL Highlighting)
ExtremeVLow = 0.850 #Per Unit Contingency Extreme Low Voltage (for EXCEL Highlighting) ExtremeVHigh = 1.150 #Per Unit Contingency Extreme High Voltage (for EXCEL Highlighting) ExtremeIHigh = 125.0 #Percent Contingency Extreme High Flow (for EXCEL Highlighting)
DefaultGetHighV = False #Default Enable for Reporting High Voltage Violations DefaultVHigh = '1.050' #Default Contingency Per Unit High Voltage Violation Level to Report (Enter as Text) DefaultVLow = '0.900' #Default Contingency Per Unit Low Voltage Violation Level to Report (Enter as Text) DefaultIHigh = '95.0' #Default Contingency Percent Flow Violation Level (Enter as Text) DefaultGetWorst = 2 #Default Contingency Violation Reporting Option: 0=All, 1=Worst, 2=Both
TextReport = False #Option for PSSE Generated 'Multiple AC Contingency Run Report' sleeptime=10 #Pause Time for Output Console Window
import wx from datetime import date
--- ACCC GUI ------------------------------------------------------------------
def create(parent): return Frame1(parent)
[wxIDFRAME1, wxIDFRAME1BUTTON1, wxIDFRAME1BUTTON2, wxIDFRAME1CHECKBOX2, wxIDFRAME1PANEL1, wxIDFRAME1RADIOBOX1, wxIDFRAME1RADIOBOX3, wxIDFRAME1STATICTEXT1, wxIDFRAME1STATICTEXT11, wxIDFRAME1STATICTEXT2, wxIDFRAME1STATICTEXT3, wxIDFRAME1STATICTEXT4, wxIDFRAME1STATICTEXT5, wxIDFRAME1STATICTEXT6, wxIDFRAME1STATICTEXT7, wxIDFRAME1STATICTEXT8, wxIDFRAME1STATICTEXT9, wxIDFRAME1TEXTCTRL1, wxIDFRAME1TEXTCTRL10, wxIDFRAME1TEXTCTRL11, wxIDFRAME1TEXTCTRL2, wxIDFRAME1TEXTCTRL3, wxIDFRAME1TEXTCTRL4, wxIDFRAME1TEXTCTRL5, wxIDFRAME1TEXTCTRL6, wxIDFRAME1TEXTCTRL7, wxIDFRAME1TEXTCTRL8, wxIDFRAME1TEXTCTRL9, ] = [wx.NewId() for initctrls in range(28)]
class Frame1(wx.Frame): def initcollboxSizer9Items(self, parent): parent.AddSpacer(wx.Size(24, 8), border=0, flag=0) parent.AddWindow(self.textCtrl3, 0, border=0, flag=0) parent.AddSpacer(wx.Size(8, 8), border=0, flag=0) parent.AddWindow(self.staticText3, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer7_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl5, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText5, 0, border=4, flag=wx.BOTTOM | wx.TOP)
def _init_coll_boxSizer8_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl4, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText4, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer15_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl9, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(23, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl10, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(23, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl11, 0, border=0, flag=0)
def _init_coll_boxSizer6_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl6, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText6, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer13_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.radioBox1, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
def _init_coll_boxSizer4_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl8, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText8, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer11_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl1, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText1, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer12_Items(self, parent):
parent.AddSpacer(wx.Size(70, 8), border=0, flag=0)
parent.AddWindow(self.button1, 0, border=0, flag=0)
def _init_coll_boxSizer10_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl2, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText2, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer5_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl7, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText7, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer3_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.radioBox3, 0, border=0, flag=0)
def _init_coll_boxSizer14_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.staticText9, 0, border=3, flag=wx.BOTTOM)
parent.AddSpacer(wx.Size(23, 8), border=0, flag=0)
parent.AddWindow(self.checkBox2, 0, border=1, flag=wx.BOTTOM)
parent.AddSpacer(wx.Size(23, 8), border=0, flag=0)
parent.AddWindow(self.staticText11, 0, border=3, flag=wx.BOTTOM)
def _init_coll_boxSizer1_Items(self, parent):
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer14, 0, border=0, flag=0)
parent.AddSizer(self.boxSizer15, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer13, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer12, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer11, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer10, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer9, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer8, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer7, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer6, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer5, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer4, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer3, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer2, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
def _init_coll_boxSizer2_Items(self, parent):
parent.AddSpacer(wx.Size(70, 8), border=0, flag=0)
parent.AddWindow(self.button2, 0, border=0, flag=0)
def _init_sizers(self):
self.boxSizer1 = wx.BoxSizer(orient=wx.VERTICAL)
self.boxSizer2 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer3 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer4 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer5 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer6 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer7 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer8 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer9 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer10 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer11 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer12 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer13 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer14 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer15 = wx.BoxSizer(orient=wx.HORIZONTAL)
self._init_coll_boxSizer1_Items(self.boxSizer1)
self._init_coll_boxSizer2_Items(self.boxSizer2)
self._init_coll_boxSizer3_Items(self.boxSizer3)
self._init_coll_boxSizer4_Items(self.boxSizer4)
self._init_coll_boxSizer5_Items(self.boxSizer5)
self._init_coll_boxSizer6_Items(self.boxSizer6)
self._init_coll_boxSizer7_Items(self.boxSizer7)
self._init_coll_boxSizer8_Items(self.boxSizer8)
self._init_coll_boxSizer9_Items(self.boxSizer9)
self._init_coll_boxSizer10_Items(self.boxSizer10)
self._init_coll_boxSizer11_Items(self.boxSizer11)
self._init_coll_boxSizer12_Items(self.boxSizer12)
self._init_coll_boxSizer13_Items(self.boxSizer13)
self._init_coll_boxSizer14_Items(self.boxSizer14)
self._init_coll_boxSizer15_Items(self.boxSizer15)
self.panel1.SetSizer(self.boxSizer1)
def _init_ctrls(self, prnt):
wx.Frame.__init__(self, id=wxID_FRAME1, name='', parent=prnt,
pos=wx.Point(684, 261), size=wx.Size(321, 582),
style=wx.DEFAULT_FRAME_STYLE, title='ACCC Report Options')
self.SetClientSize(wx.Size(305, 544))
self.SetToolTipString('')
wx.Frame.Center(self,wx.BOTH)
self.panel1 = wx.Panel(id=wxID_FRAME1PANEL1, name='panel1', parent=self,
pos=wx.Point(0, 0), size=wx.Size(305, 544),
style=wx.TAB_TRAVERSAL)
self.panel1.SetToolTipString('')
self.radioBox1 = wx.RadioBox(choices=['1', '2', '3', '4', '5', '6', '7',
'8'], id=wxID_FRAME1RADIOBOX1, label='Number of ACC Files',
majorDimension=1, name='radioBox1', parent=self.panel1,
pos=wx.Point(24, 69), size=wx.Size(256, 48),
style=wx.RAISED_BORDER | wx.RA_SPECIFY_ROWS)
self.radioBox1.SetToolTipString('')
self.radioBox1.SetThemeEnabled(False)
self.radioBox1.SetSelection(0)
self.radioBox1.Bind(wx.EVT_RADIOBOX, self.OnRadioBox1Radiobox,
id=wxID_FRAME1RADIOBOX1)
self.button1 = wx.Button(id=wxID_FRAME1BUTTON1, label='Get File(s)',
name='button1', parent=self.panel1, pos=wx.Point(70, 125),
size=wx.Size(76, 23), style=0)
self.button1.SetToolTipString('')
self.button1.SetFocus()
self.button1.Bind(wx.EVT_BUTTON, self.OnButton1Button,
id=wxID_FRAME1BUTTON1)
self.textCtrl1 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL1, name='textCtrl1',
parent=self.panel1, pos=wx.Point(24, 156), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl1.Enable(True)
self.textCtrl1.SetToolTipString('')
self.textCtrl1.SetEditable(False)
self.textCtrl1.Enable(True)
self.textCtrl2 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL2, name='textCtrl2',
parent=self.panel1, pos=wx.Point(24, 185), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl2.SetEditable(False)
self.textCtrl2.SetToolTipString('')
self.textCtrl2.Enable(False)
self.textCtrl3 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL3, name='textCtrl3',
parent=self.panel1, pos=wx.Point(24, 214), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl3.Enable(True)
self.textCtrl3.SetToolTipString('')
self.textCtrl3.SetEditable(False)
self.textCtrl3.Enable(False)
self.textCtrl4 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL4, name='textCtrl4',
parent=self.panel1, pos=wx.Point(24, 243), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl4.Enable(True)
self.textCtrl4.SetToolTipString('')
self.textCtrl4.SetEditable(False)
self.textCtrl4.Enable(False)
self.textCtrl5 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL5, name='textCtrl5',
parent=self.panel1, pos=wx.Point(24, 272), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl5.Enable(True)
self.textCtrl5.SetToolTipString('')
self.textCtrl5.SetEditable(False)
self.textCtrl5.Enable(False)
self.textCtrl6 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL6, name='textCtrl6',
parent=self.panel1, pos=wx.Point(24, 301), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl6.Enable(True)
self.textCtrl6.SetToolTipString('')
self.textCtrl6.SetEditable(False)
self.textCtrl6.Enable(False)
self.textCtrl7 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL7, name='textCtrl7',
parent=self.panel1, pos=wx.Point(24, 330), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl7.Enable(True)
self.textCtrl7.SetToolTipString('')
self.textCtrl7.SetEditable(False)
self.textCtrl7.Enable(False)
self.textCtrl8 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL8, name='textCtrl8',
parent=self.panel1, pos=wx.Point(24, 359), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl8.Enable(True)
self.textCtrl8.SetToolTipString('')
self.textCtrl8.SetEditable(False)
self.textCtrl8.Enable(False)
self.button2 = wx.Button(id=wxID_FRAME1BUTTON2, label='Run Report',
name='button2', parent=self.panel1, pos=wx.Point(70, 504),
size=wx.Size(76, 23), style=0)
self.button2.SetToolTipString('')
self.button2.Bind(wx.EVT_BUTTON, self.OnButton2Button,
id=wxID_FRAME1BUTTON2)
self.staticText1 = wx.StaticText(id=wxID_FRAME1STATICTEXT1,
label='<--- ACC File 1', name='staticText1', parent=self.panel1,
pos=wx.Point(200, 160), size=wx.Size(80, 13), style=0)
self.staticText1.SetToolTipString('')
self.staticText2 = wx.StaticText(id=wxID_FRAME1STATICTEXT2,
label='<--- ACC File 2', name='staticText2', parent=self.panel1,
pos=wx.Point(200, 189), size=wx.Size(80, 13), style=0)
self.staticText2.SetToolTipString('')
self.staticText3 = wx.StaticText(id=wxID_FRAME1STATICTEXT3,
label='<--- ACC File 3', name='staticText3', parent=self.panel1,
pos=wx.Point(200, 218), size=wx.Size(80, 13), style=0)
self.staticText3.SetToolTipString('')
self.staticText4 = wx.StaticText(id=wxID_FRAME1STATICTEXT4,
label='<--- ACC File 4', name='staticText4', parent=self.panel1,
pos=wx.Point(200, 247), size=wx.Size(80, 13), style=0)
self.staticText4.SetToolTipString('')
self.staticText5 = wx.StaticText(id=wxID_FRAME1STATICTEXT5,
label='<--- ACC File 5', name='staticText5', parent=self.panel1,
pos=wx.Point(200, 276), size=wx.Size(80, 13), style=0)
self.staticText5.SetToolTipString('')
self.staticText6 = wx.StaticText(id=wxID_FRAME1STATICTEXT6,
label='<--- ACC File 6', name='staticText6', parent=self.panel1,
pos=wx.Point(200, 305), size=wx.Size(80, 13), style=0)
self.staticText6.SetToolTipString('')
self.staticText7 = wx.StaticText(id=wxID_FRAME1STATICTEXT7,
label='<--- ACC File 7', name='staticText7', parent=self.panel1,
pos=wx.Point(200, 334), size=wx.Size(80, 13), style=0)
self.staticText7.SetToolTipString('')
self.staticText8 = wx.StaticText(id=wxID_FRAME1STATICTEXT8,
label='<--- ACC File 8', name='staticText8', parent=self.panel1,
pos=wx.Point(200, 363), size=wx.Size(80, 13), style=0)
self.staticText8.SetToolTipString('')
self.staticText9 = wx.StaticText(id=wxID_FRAME1STATICTEXT9,
label='VLow (pu)', name='staticText9', parent=self.panel1,
pos=wx.Point(24, 16), size=wx.Size(70, 13),
style=wx.ALIGN_CENTRE)
self.staticText9.SetToolTipString('')
self.staticText11 = wx.StaticText(id=wxID_FRAME1STATICTEXT11,
label='Loading (%)', name='staticText11', parent=self.panel1,
pos=wx.Point(210, 16), size=wx.Size(70, 13),
style=wx.ALIGN_CENTRE)
self.staticText11.SetToolTipString('')
self.textCtrl9 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL9, name='textCtrl9',
parent=self.panel1, pos=wx.Point(24, 32), size=wx.Size(70, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value=DefaultVLow)
self.textCtrl9.SetToolTipString('')
self.textCtrl9.Bind(wx.EVT_TEXT, self.OnTextCtrl9Text,
id=wxID_FRAME1TEXTCTRL9)
self.textCtrl10 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL10,
name='textCtrl10', parent=self.panel1, pos=wx.Point(117, 32),
size=wx.Size(70, 21), style=wx.SUNKEN_BORDER | wx.TE_CENTER,
value=DefaultVHigh)
self.textCtrl10.SetToolTipString('')
self.textCtrl10.Enable(False)
self.textCtrl10.Bind(wx.EVT_TEXT, self.OnTextCtrl10Text,
id=wxID_FRAME1TEXTCTRL10)
self.textCtrl11 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL11,
name='textCtrl11', parent=self.panel1, pos=wx.Point(210, 32),
size=wx.Size(70, 21), style=wx.SUNKEN_BORDER | wx.TE_CENTER,
value=DefaultIHigh)
self.textCtrl11.SetToolTipString('')
self.textCtrl11.Bind(wx.EVT_TEXT, self.OnTextCtrl11Text,
id=wxID_FRAME1TEXTCTRL11)
self.checkBox2 = wx.CheckBox(id=wxID_FRAME1CHECKBOX2,
label='VHigh (pu)', name='checkBox2', parent=self.panel1,
pos=wx.Point(117, 16), size=wx.Size(70, 13), style=0)
self.checkBox2.SetValue(DefaultGetHighV)
self.checkBox2.SetToolTipString('')
self.checkBox2.Bind(wx.EVT_CHECKBOX, self.OnCheckBox2Checkbox,
id=wxID_FRAME1CHECKBOX2)
self.radioBox3 = wx.RadioBox(choices=['<--- Report All Violations',
'<--- Report Worst Violations', '<--- Report Both'],
id=wxID_FRAME1RADIOBOX3,
label='CONTINGENCY VIOLATION REPORTING OPTIONS:',
majorDimension=1, name='radioBox3', parent=self.panel1,
pos=wx.Point(24, 404), size=wx.Size(256, 84),
style=wx.RAISED_BORDER | wx.RA_SPECIFY_COLS)
self.radioBox3.SetSelection(DefaultGetWorst)
self.radioBox3.SetToolTipString('')
self.radioBox3.Bind(wx.EVT_RADIOBOX, self.OnRadioBox3Radiobox,
id=wxID_FRAME1RADIOBOX3)
self._init_sizers()
def __init__(self, parent):
self._init_ctrls(parent)
#-- GUI EVENTS -------------------------------------------------------------
#-- High Voltage Enable ----------------------------------------------------
def OnCheckBox2Checkbox(self, event):
gethighv = bool(self.checkBox2.GetValue())
self.textCtrl10.Enable(gethighv)
self.GetHighV = gethighv
#-- High Voltage Selection -------------------------------------------------
def OnTextCtrl10Text(self, event):
self.VHigh = float(self.textCtrl10.GetValue())
#-- Low Voltge Selection ---------------------------------------------------
def OnTextCtrl9Text(self, event):
self.VLow=float(self.textCtrl9.GetValue())
#-- High Loading Selection -------------------------------------------------
def OnTextCtrl11Text(self, event):
self.IHigh = float(self.textCtrl11.GetValue())
#-- Number of ACC Files Selection ------------------------------------------
def OnRadioBox1Radiobox(self, event):
displaydict={0:self.textCtrl1,1:self.textCtrl2,2:self.textCtrl3,3:self.textCtrl4,
4:self.textCtrl5,5:self.textCtrl6,6:self.textCtrl7,7:self.textCtrl8}
for i in displaydict: displaydict[i].SetValue('None')
self.numaccfiles = self.radioBox1.GetSelection()+1
for j in range(self.numaccfiles):
displaydict[j].Enable(1)
for k in range(j+1,8):
displaydict[k].Enable(0)
#-- Get ACC Files Button ---------------------------------------------------
def OnButton1Button(self, event):
displaydict={0:self.textCtrl1,1:self.textCtrl2,2:self.textCtrl3,3:self.textCtrl4,
4:self.textCtrl5,5:self.textCtrl6,6:self.textCtrl7,7:self.textCtrl8}
self.accfilelist=['','','','','','','','']
wildcard = "ACCC File (*.acc)|*.acc|"\
"All files (*.*)|*.*"
for i in range(self.numaccfiles):
title='Select ACCC File {0:1}'.format(i)
dialog = wx.FileDialog(None, title, os.getcwd(), "", wildcard, wx.OPEN|wx.CHANGE_DIR)
dialog.Center(wx.BOTH)
dialog.ShowModal()
fname=dialog.GetPath().encode("ascii")
path,fname=os.path.split(fname)
self.accfilelist[i]=fname
displaydict[i].SetValue(fname)
dialog.Destroy()
#-- Contingency Violation Options ------------------------------------------
def OnRadioBox3Radiobox(self, event):
self.GetWorst = self.radioBox3.GetSelection()
#-- Done Button.. Generate Report ------------------------------------------
def OnButton2Button(self, event):
app.ExitMainLoop()
=== NON GUI FUNCTIONS =========================================================
def GetReportNames(path):
stamp='{:%m%d%y}'.format(date.today())
rptfile1=path +'\ACCCPSSEReport('+stamp+').txt'
rptfile2=path +'\ACCCPSSEReport(Worst)('+stamp+').txt'
xlsfile=path +'\ACCCReport_('+stamp+').xlsx'
return rptfile1,rptfile2,xlsfile
-------------------------------------------------------------------------------
def GetN0results(numaccfiles,accfilelist): N0results=[[],[],[],[],[],[],[],[]] for i in range(numaccfiles): data = pssarrays.accc_solution(accfilelist[i], colabel='BASE CASE') N0results[i]=data return N0results
-------------------------------------------------------------------------------
def GetUniqueBusList(numaccfiles,accfilelist):
accsummary=[[],[],[],[],[],[],[],[]]
buslist=()
for i in range(numaccfiles):
data = pssarrays.accc_summary(accfilelist[i])
accsummary[i]= data
buslist=buslist+data.mvbuslabel
ubuslist=list(set(buslist))
ubuslist.sort()
return ubuslist,accsummary
-------------------------------------------------------------------------------
def GetUniqueBranchList(numaccfiles,accsummary): branchlist=() for i in range(numaccfiles): data = accsummary[i] branchlist=branchlist+data.melement ubranchlist=list(set(branchlist)) ubranchlist.sort() return ubranchlist
-------------------------------------------------------------------------------
def BuildMasterConlist(numaccfiles,accfilelist,accsummary):
conlist=[]
masterconlist=[]
desc=[[],[],[],[],[],[],[],[]]
for j in range(numaccfiles):
for outage in accsummary[j].colabel[1:]:
data = pssarrays.accc_solution(accfilelist[j], colabel=outage)
description=(outage,data.codesc)
desc[j].append(description)
masterconlist.append(description)
umasterconlist=list(set(masterconlist))
umasterconlist.sort()
return desc,umasterconlist
-------------------------------------------------------------------------------
def BuildDuplicateConList(masterconlist):
pmasterconlist=[]
for u in range(len(masterconlist)):
temp=[masterconlist[u][0],masterconlist[u][1]]
pmasterconlist.append(temp)
for x in range(len(pmasterconlist)-1):
for y in range(len(pmasterconlist)-1):
if pmasterconlist[y][0]== pmasterconlist[y+1][0]:
pmasterconlist[y][0]='@'+pmasterconlist[y+1][0]
return pmasterconlist
-------------------------------------------------------------------------------
def GetN1results(numaccfiles,accfilelist,outage,desc): conexist=[[],[],[],[],[],[],[],[]] converged=[[],[],[],[],[],[],[],[]] con=[[],[],[],[],[],[],[],[]] N1results=[[],[],[],[],[],[],[],[]] for i in range(numaccfiles): conexist[i]=False converged[i]='NA' for j in desc[i]: if outage[1]==j[1]: con[i]=j conexist[i]=True for k in range(numaccfiles): if conexist[k]==True: data=pssarrays.accc_solution(accfilelist[k], colabel=con[k][0]) N1results[k]=data converged[k]=data.cnvflag return N1results,conexist,converged
-------------------------------------------------------------------------------
def GetWorstVLow(vlowviolist,vlowconlist):
vlowviolist.sort(key=lambda x:x[0]) #Sort the Low Bus Voltage Violation List by Bus Name
delviolist=[True for y in range(len(vlowviolist))] #Initialize a Delete Flag List to True (Worst Violations will be changed to False)
buscountlist=[1 for z in range(len(vlowviolist))] #Initialize a Violation Counter list to 1 (Will be incremented if more than 1 violation)
vlowconlistdict=dict(vlowconlist) #Create a dictionary of contingency violations
minvoltage=3.33; buscount=1; minindex=0 #Initialize MinVoltage Value, Low Voltage Violation Counter, Index of Min Bus Voltage
for x in range(len(vlowviolist)-1): #Loop through the Indexes of the Bus Violation List (up to next to last)
if vlowviolist[x][0] == vlowviolist[x+1][0]: #Determine if this loop's Bus is equal to the next loop's Bus
buscount+=1 #If Equal, Increment Violation Counter
AList=vlowviolist[x][2:] #Get this loop's Bus Voltage Values
BList=vlowviolist[x+1][2:] #Get the next loop's Bus Voltage Values
for i in range(len(AList)): #Loop through the indexes of this loop's voltage values
try: AList[i]=float(AList[i]) #Convert the Bus Voltage Values to 'float' (if it is 'numerical')
except: AList[i]=3.44 #If the Bus Voltage is not numerical, assign it a very high 'non-violation' value
for j in range(len(BList)): #Loop through the indexes of the next loop's voltage values
try: BList[j]=float(BList[j]) #Convert the Bus Voltage Values to 'float' (if it is 'numerical')
except: BList[j]=3.44 #If the Bus Voltage is not numerical, assign it a very high 'non-violation' value
a=min(AList) #Get the Min of this loop's Bus Voltage
b=min(BList) #Get the Min of the next loop's Bus Voltage
if a < minvoltage: #If the Min of this loop's Bus Voltage is < this loop's minvoltage value
minvoltage=a #Set the minvoltage value to this loop's Min Bus Voltage
minindex=x #Save the index of this loop's Min Bus Voltage
if b < minvoltage: #If the Min of the next loop's Bus Voltage is < this loop's minvoltage value
minvoltage=b #Set the minvoltage value to the next loop's Min Bus Voltage
minindex=x+1 #Save the index of the next loop's Min Bus Voltage
else: #Since this loop's Bus is NOT equal to the next loop's Bus (Means we have looped through all buses with equal names)
buscountlist[minindex]=buscount #Change the element in this loop's (or next loop's) Bus Counter List to the Violation Counter
delviolist[minindex]=False #Change the element in this loop's (or next loop's) Delete Flag List to False
minvoltage=3.33 #Reset the Min Voltage Value to a large 'non-violation' value
buscount=1 #Reset the Bus Violation Counter
minindex=x+1 #Reset the Bus Min Violation index to the next loop
buscountlist[minindex]=buscount #If last two Buses are equal, assign bus counter from equal logic. If last two Buses are NOT equal, assign bus counter from NOT equal logic.
delviolist[minindex]=False #If last two Buses are equal, Change Delete Flag List from equal logic. If last two Buses are NOT equal, Change Delete Flag List from NOT equal logic.
worstviolist=[] #Create an Empty List to hold the 'Worst' Bus/Contingency/LowVoltage Data
worstcountlist=[] #Create an Empty List to hold how many Contingencies Caused Low Voltage Violations
for x in range(len(vlowviolist)): #Loop Through the 'Total' Bus Low Voltage Violation List
if delviolist[x]==False: #Check if this Bus/Contingency is NOT 'Flagged' to be Deleted (Worst Contingency)
worstviolist.append(list(vlowviolist[x])) #If Not ... Add it to the Worst Bus Low Voltage Violation List
worstcountlist.append(int(buscountlist[x])) #Get how many other Contingencies Caused Low Voltage Violations for this Bus
for y in range(len(worstviolist)): #Loop Through 'Identified' Worst Bus Low Voltage Violation List
if worstviolist[y][0].startswith('*'): #Check if the worst violation had a basecase violation
worstviolist[y][0]=worstviolist[y][0].lstrip('*') #Remove the leading character (will add it back)
worstviolist[y][0]='*('+str(worstcountlist[y])+') '+worstviolist[y][0] #Add the Number of Contingencies that Caused Low Voltage Violations to the Begining of the Bus Description
else: #If it did not have basecase violation...
worstviolist[y][0]='('+str(worstcountlist[y])+') '+worstviolist[y][0] #Add the Number of Contingencies that Caused Low Voltage Violations to the Begining of the Bus Description
worstconlist=[] #Create an Empty List to hold the Worst Contingency Names and Descriptions
for z in worstviolist: #Finally...Loop through 'Identified' Worst Bus Low Voltage Violation List Again
conlabel=z[1] #Get the Continency Name or 'Label'
condesc=vlowconlistdict[conlabel] #Get the Contingency Description using the Low Voltage Contingency List Dictionary
condata=(conlabel,condesc) #Create a temporary list for this Contingency Label and Description
worstconlist.append(condata) #Add this 'Worst' Contingency to the 'worstcon' List
return worstviolist,worstconlist #Return Worst Results (Bus/WorstOutage/VoltageData and Contingency Names/Descriptions
-------------------------------------------------------------------------------
def GetWorstVHigh(vhighviolist,vhighconlist):
vhighviolist.sort(key=lambda x:x[0]) #Sort the High Bus Voltage Violation List by Bus Name
delviolist=[True for y in range(len(vhighviolist))] #Initialize a Delete Flag List to True (Worst Violations will be changed to False)
buscountlist=[1 for z in range(len(vhighviolist))] #Initialize a Violation Counter list to 1 (Will be incremented if more than 1 violation)
vhighconlistdict=dict(vhighconlist) #Create a dictionary of contingency violations
maxvoltage=0.20; buscount=1; maxindex=0 #Initialize MaxVoltage Value, High Voltage Violation Counter, Index of Max Bus Voltage
for x in range(len(vhighviolist)-1): #Loop through the Indexes of the Bus Violation List (up to next to last)
if vhighviolist[x][0] == vhighviolist[x+1][0]: #Determine if this loop's Bus is equal to the next loop's Bus
buscount+=1 #If Equal, Increment Violation Counter
AList=vhighviolist[x][2:] #Get this loop's Bus Voltage Values
BList=vhighviolist[x+1][2:] #Get the next loop's Bus Voltage Values
for i in range(len(AList)): #Loop through the indexes of this loop's voltage values
try: AList[i]=float(AList[i]) #Convert the Bus Voltage Values to 'float' (if it is 'numerical')
except: AList[i]=0.10 #If the Bus Voltage is not numerical, assign it a very low 'non-violation' value
for j in range(len(BList)): #Loop through the indexes of the next loop's voltage values
try: BList[j]=float(BList[j]) #Convert the Bus Voltage Values to 'float' (if it is 'numerical')
except: BList[j]=0.10 #If the Bus Voltage is not numerical, assign it a very low 'non-violation' value
a=max(AList) #Get the Max of this loop's Bus Voltage
b=max(BList) #Get the Max of the next loop's Bus Voltage
if a > maxvoltage: #If the Max of this loop's Bus Voltage is > this loop's minvoltage value
maxvoltage=a #Set the maxvoltage value to this loop's Max Bus Voltage
maxindex=x #Save the index of this loop's Max Bus Voltage
if b > maxvoltage: #If the Max of the next loop's Bus Voltage is > this loop's maxvoltage value
maxvoltage=b #Set the maxvoltage value to the next loop's Max Bus Voltage
maxindex=x+1 #Save the index of the next loop's Max Bus Voltage
else: #Since this loop's Bus is NOT equal to the next loop's Bus (Means we have looped through all buses with equal names)
buscountlist[maxindex]=buscount #Change the element in this loop's (or next loop's) Bus Counter List to the Violation Counter
delviolist[maxindex]=False #Change the element in this loop's (or next loop's) Delete Flag List to False
maxvoltage=0.20 #Reset the Max Voltage Value to a low 'non-violation' value
buscount=1 #Reset the Bus Violation Counter
maxindex=x+1 #Reset the Bus Max Violation index to the next loop
buscountlist[maxindex]=buscount #If last two Buses are equal, assign bus counter from equal logic. If last two Buses are NOT equal, assign bus counter from NOT equal logic.
delviolist[maxindex]=False #If last two Buses are equal, Change Delete Flag List from equal logic. If last two Buses are NOT equal, Change Delete Flag List from NOT equal logic.
worstviolist=[] #Create an Empty List to hold the 'Worst' Bus/Contingency/High Voltage Data
worstcountlist=[] #Create an Empty List to hold how many Contingencies Caused High Voltge Violations
for x in range(len(vhighviolist)): #Loop Through the 'Total' Bus Violation List
if delviolist[x]==False: #Check if this Bus/Contingency is NOT 'Flagged' to be Deleted (Worst Contingency)
worstviolist.append(list(vhighviolist[x])) #If Not ... Add it to the Worst Bus High Voltage Violation List
worstcountlist.append(int(buscountlist[x])) #Get how many other Contingencies Caused High Violations for this Bus
for y in range(len(worstviolist)): #Loop Through 'Identified' Worst Bus High Voltage Violation List
if worstviolist[y][0].startswith('*'): #Check if the worst violation had a basecase violation
worstviolist[y][0]=worstviolist[y][0].lstrip('*') #Remove the leading character (will add it back)
worstviolist[y][0]='*('+str(worstcountlist[y])+') '+worstviolist[y][0] #Add the Number of Contingencies that Caused Low Voltage Violations to the Begining of the Bus Description
else: #If it did not have basecase violation...
worstviolist[y][0]='('+str(worstcountlist[y])+') '+worstviolist[y][0] #Add the Number of Contingencies that Caused Low Voltage Violations to the Begining of the Bus Description
worstconlist=[] #Create an Empty List to hold the Worst Contingency Names and Descriptions
for z in worstviolist: #Finally...Loop through 'Identified' Worst Bus High Voltage List Again
conlabel=z[1] #Get the Continency Name or 'Label'
condesc=vhighconlistdict[conlabel] #Get the Contingency Description using the Voltage Contingency List Dictionary
condata=(conlabel,condesc) #Create a temporary list for this Contingency Label and Description
worstconlist.append(condata) #Add this 'Worst' Contingency to the 'worstcon' List
return worstviolist,worstconlist #Return Worst Results (Bus/WorstOutage/HighVoltageData and Contingency Names/Descriptions
-------------------------------------------------------------------------------
def GetWorstI(iviolist,iconlist): iviolist.sort(key=lambda x:x[0]) #Sort the Branch Violation List by Branch Name deliviolist=[True for y in range(len(iviolist))] #Initialize a Delete Flag List to True (Worst Violations will be changed to False) branchcountlist=[1 for z in range(len(iviolist))] #Initialize a Violation Counter list to 1 (Will be incremented if more than 1 violation) iconlistdict=dict(iconlist) #Create a dictionary of contingency violations maxloading=0.15; branchcount=1; maxindex=0 #Initialize MaxLoading Value, Branch Violation Counter, Index of Max Branch flow
for x in range(len(iviolist)-1): #Loop through the Indexes of the Branch Violation List (up to next to last)
if iviolist[x][0]==iviolist[x+1][0]: #Determine if this loop's Branch is equal to the next loop's Branch
branchcount+=1 #If Equal, Increment Violation Counter
AList=iviolist[x][3:] #Get this loop's Branch Flow Values
BList=iviolist[x+1][3:] #Get the next loop's Branch Flow Values
for i in range(len(AList)): #Loop through the indexes of this loop's flow values
try: AList[i]=float(AList[i]) #Convert the Branch Flow Values to 'float' (if it is 'numerical')
except: AList[i]=0.10 #If the Branch flow is not numerical, assign it a very low 'non-violation' value
for j in range(len(BList)): #Loop through the indexes of the next loop's flow values
try: BList[j]=float(BList[j]) #Convert the Branch Flow Values to 'float' (if it is 'numerical')
except: BList[j]=0.10 #If the Branch flow is not numerical, assign it a very low 'non-violation' value
a=max(AList) #Get the Max of this loop's branch flow
b=max(BList) #Get the Max of the next loop's branch flow
if a > maxloading: #If the Max of this loop's branch flow is > this loop's maxloading value
maxloading=a #Set the maxloading value to this loop's Max branch flow
maxindex=x #Save the index of this loop's Max branch flow
if b > maxloading: #If the Max of the next loop's branch flow is > this loop's maxloading value
maxloading=b #Set the maxloading value to the next loop's Max branch flow
maxindex=x+1 #Save the index of the next loop's Max branch flow
else: #Since this loop's Branch is NOT equal to the next loop's Branch (Means we have looped through all branches with equal names)
branchcountlist[maxindex]=branchcount #Change the element in this loop's (or next loop's) Branch Counter List to the Violation Counter
deliviolist[maxindex]=False #Change the element in this loop's (or next loop's) Delete Flag List to False
maxloading=0.15 #Reset the Max Loading Value to a small 'non-violation' value
branchcount=1 #Reset the Branch Violation Counter
maxindex=x+1 #Reset the Branch Max Violation index to the next loop
branchcountlist[maxindex]=branchcount #If last two branches are equal, assign branch counter from equal logic. If last two branches are NOT equal, assign branch counter from NOT equal logic.
deliviolist[maxindex]=False #If last two branches are equal, Change Delete Flag List from equal logic. If last two branches are NOT equal, Change Delete Flag List from NOT equal logic.
worstiviolist=[] #Create an Empty List to hold the 'Worst' Branch/Contingency/Flow Data
worstcountlist=[] #Create an Empty List to hold how many Contingencies Caused Violations
for x in range(len(iviolist)): #Loop Through the 'Total' Branch Violation List
if deliviolist[x]==False: #Check if this Branch/Contingency is not Flagged to be Deleted (Worst Contingency)
worstiviolist.append(list(iviolist[x])) #If Not ... Add it to the Worst Branch Flow Violation List
worstcountlist.append(int(branchcountlist[x])) #Get how many other Contingencies Caused Violations for this Branch
for y in range(len(worstiviolist)): #Loop Through 'Identified' Worst Branch Flow Violation List
if worstiviolist[y][0].startswith('*'): #Check if the worst violation had a basecase violation
worstiviolist[y][0]=worstiviolist[y][0].lstrip('*') #Remove the leading character (will add it back)
worstiviolist[y][0]='*('+str(worstcountlist[y])+') '+worstiviolist[y][0] #Add the Number of Contingencies that Caused High Flow Violations to the Begining of the Bus Description
else: #If it did not have basecase violation...
worstiviolist[y][0]='('+str(worstcountlist[y])+') '+worstiviolist[y][0] #Add the Number of Contingencies that Caused High Flow Violations to the Begining of the Bus Description
worstconlist=[] #Create an Empty List to hold the Worst Contingency Names and Descriptions
for z in worstiviolist: #Finally...Loop through 'Identified' Worst Branch Flow List Again
conlabel=z[1] #Get the Continency Name or 'Label'
condesc=iconlistdict[conlabel] #Get the Contingency Description using the Flow Contingency List Dictionary
condata=(conlabel,condesc) #Create a temporary list for this Contingency Label and Description
worstconlist.append(condata) #Add this 'Worst' Contingency to the 'worstcon' List
return worstiviolist,worstconlist #Return Worst Results (Branch/WorstOutage/FlowData and Contingency Names/Descriptions
-------------------------------------------------------------------------------
----- MAIN ---------- MAIN ---------- MAIN ---------- MAIN ---------- MAIN ----
-------------------------------------------------------------------------------
if name == 'main': import os, sys
#-------- SET EVIRONMENT VARIABLES to Access PSSE Modules ------------------
_PSSBINPATH = r"C:\Program Files\PTI\PSSE33\PSSBIN"
if os.path.exists(r"C:\Program Files (x86)\PTI\PSSE33\PSSBIN"):
_PSSBINPATH = r"C:\Program Files (x86)\PTI\PSSE33\PSSBIN"
os.environ['PATH'] = _PSSBINPATH + ';' + os.environ['PATH']
sys.path.insert(0,_PSSBINPATH)
import pssarrays, psspy
#Create GUI ----------------------------------------------------------------
app = wx.PySimpleApp()
frame = create(None)
frame.Show()
#Initialize ACCC Options ---------------------------------------------------
frame.VLow=float(DefaultVLow)
frame.GetHighV=DefaultGetHighV
frame.VHigh=float(DefaultVHigh)
frame.IHigh=float(DefaultIHigh)
frame.numaccfiles=1
frame.accfilelist=None
frame.GetWorst=DefaultGetWorst
#Go To GUI -----------------------------------------------------------------
app.MainLoop()
#Assign ACCC Options Selections --------------------------------------------
VLow=frame.VLow
GetHighV=frame.GetHighV
VHigh=frame.VHigh
IHigh=frame.IHigh
numaccfiles=frame.numaccfiles
accfilelist=frame.accfilelist
GetWorst=frame.GetWorst
#Close GUI -----------------------------------------------------------------
frame.Show(0)
frame.Close()
app.Destroy()
if accfilelist==None:
print '\nNO SAVE FILES SELECTED!!',
raise Exception('NO SAVE FILES SELECTED!!')
#---------------------------------------------------------------------------
accpath=os.getcwd() #Get the Path of Working Directory
rptfile1,rptfile2,xlsfile=GetReportNames(accpath) #Get the Names of Text and Excel Report Files
try: os.remove(xlsfile) #Delete EXCEL file with same name if it exists
except: pass
NoBus=9.999 #Temp Value if Bus is not found in Monitor List
NoVCon=8.888 #Temp Value if Contingency is not found in .acc File
NoBusNoVCon=7.777 #Temp Value Bus and Contingency is not found
NoVSol=6.666 #Temp Value if Contingency did not reach Convergence
NoBranch=999.9 #Temp Value if Branch is not found in Monitor List
NoICon=888.8 #Temp Value if No Flow Contingency
NoBranchNoICon=777.7 #Temp Value if Branch and Contingency is not found
NoISol=666.6 #Temp Value if Contingency did not reach Convergence
#===========================================================================
#===== GET N-0 RESULTS =====================================================
#===========================================================================
print 'GETTING N-0 RESULTS .......................................'
N0results= GetN0results(numaccfiles,accfilelist) #Get N-0 Results (Also used for Flow)
#START N-0 VOLTAGE ANALYSIS -----------------------------------------------
print 'COMPILING BUS LIST ........................................'
buslist,accsummary = GetUniqueBusList(numaccfiles,accfilelist) #Compile Unique Monitored Bus List
baselowviolist=[] #Initialize the N-0 Bus Low Voltage Violation List
basehighviolist=[] #Initialize the N-0 Bus High Voltage Violation List
print 'PROCESSING N-0 VOLTAGE ....................................'
for BUS in buslist: #Loop Through buses in the 'Total' Monitored Bus List
v = [0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize This 'BUS' Voltage Across Cases for this Loop
for i in range(numaccfiles): #Loop Across Cases
try: #Determine if this 'BUS' Exists in the Monitored List
busindex=accsummary[i].mvbuslabel.index(BUS) #Get this 'BUS' index from the Summary (if it exists)
v[i]=N0results[i].volts[busindex] #If the Bus is in the Monitored List... Get it's Voltage
except: v[i]=NoBus #If the Bus is not in the Monitored List... Assign it the 'NoBus' Value
lowviolation = False #Initialize Low Voltage Violation Flag
highviolation = False #Initialize High Voltage Violation Flag
for j in range(numaccfiles): #Loop Across Cases
if v[j] > 0.0 and v[j] < BaseVLow: lowviolation = True #Determine if this 'BUS' has a Low Voltage Violation, Set Flag
if v[j] > BaseVHigh and v[j] < NoVSol: highviolation = True #Determine if this 'BUS' has a High Voltage Violation, Set Flag
if lowviolation == True: #if this 'BUS' was Found in Low Voltage Violation
for k in range(numaccfiles): #Loop Across Cases
if v[k]==NoBus: v[k]='NB' #If this 'BUS' does not exist in the Monitored List for this Case, Assign a String to it's value
else: v[k]='{0:>5.3f}'.format(v[k]) #Otherwise... Get the 'BUS' Voltage
for x in range(numaccfiles,8): v[x]='- ' #If Less than Eight Cases... Set the 'BUS' voltage to a 'Null' String
L=[BUS,v[0],v[1],v[2],v[3],v[4],v[5],v[6],v[7]] #Create a List of Results
baselowviolist.append(L) #Add Results of this Loop to a Compiled N-0 Low Voltage Violation List
if highviolation == True: #if this 'BUS' was Found in High Voltage Violation
for m in range(numaccfiles): #Loop Across Cases
if v[m]==NoBus: v[m]='NB' #If this 'BUS' does not exist in the Monitored List for this Case, Assign a String to it's value
else: v[m]='{0:>5.3f}'.format(v[m]) #Otherwise... Get the 'BUS' Voltage
for x in range(numaccfiles,8): v[x]='- ' #If Less than Eight Cases... Set the 'BUS' voltage to a 'Null' String
M=[BUS,v[0],v[1],v[2],v[3],v[4],v[5],v[6],v[7]] #Create a List of Results
basehighviolist.append(M) #Add Results of this Loop to a Compiled N-0 High Voltage Violation List
baselowviolist.sort() #Sort the N-0 Bus Low Voltage Violation List
basehighviolist.sort() #Sort the N-0 Bus High Voltage Violation List
#START N-0 BRANCH FLOW ANALYSIS --------------------------------------------
print 'COMPILING BRANCH LIST .....................................'
branchlist= GetUniqueBranchList(numaccfiles,accsummary) #Compile Unique Monitored Branch List
baseiviolist=[] #Initialize the N-0 Violation List
print 'PROCESSING N-0 FLOW .......................................'
for BRANCH in branchlist: #Loop Through Branches in the 'Total' Monitored Branch List
rating=[0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize the Branch Ratings across Cases
pct=[0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize the Percent Flow across Cases
for i in range(numaccfiles): #Loop Across Cases
if BRANCH in accsummary[i].melement: #Determine if this 'BRANCH' Exists in the Monitored List
branchindex=accsummary[i].melement.index(BRANCH) #Get this 'BRANCH' index from the Summary (if it exists)
mvaflow=abs(N0results[i].ampflow[branchindex]) #If this 'BRANCH' is in the Monitored List... Get it's Flow
rating[i] = accsummary[i].rating.a[branchindex] #If this 'BRANCH' is in the Monitored List... Get it's Rating A
try: pct[i]=mvaflow*100/rating[i] #Check for Division by Zero ... Calculate Percent Flow
except: continue #Next Loop if Rating = 0.0
else: pct[i]=NoBranch #If this 'BRANCH' is not in the Monitored List... Assign it the 'NoBranch' Value
rate=max(rating) #Get the Max Branch Rating across Cases
rate='{0:>5.0f}'.format(rate) #Convert Rating to String and Format to Zero Decimal Places
for r in range(numaccfiles-1): #Loop Across Cases
if rating[r]!= 0.0 and rating[r+1]!= rating[r]: rate=rate+'~' #Determine if Ratings are Different... If So.. Add a Character to Max Rating
violation = False #Initialize the Violation Flag heading into the Next Loop
for j in range(numaccfiles): #Loop Across Cases
if pct[j] > BaseIHigh and pct[j] < NoISol: violation = True #Determine if this 'BRANCH' is in Violation, Set Flag
if violation == True: #if this 'BRANCH' was Found in Violation
for k in range(numaccfiles): #Loop Across Cases
if pct[k]==NoBranch: pct[k]='NB' #If this 'BRANCH' does not exist in the Monitored List, Assign a String to it's value
else: pct[k]='{0:>5.1f}'.format(pct[k]) #Otherwise... Get the 'BRANCH' Percent Flow
for x in range(numaccfiles,8): pct[x]='- ' #If Less than Eight Cases... Set the 'BRANCH' Percent Flow to a 'Null' String
L=[BRANCH,rate,pct[0],pct[1],pct[2],pct[3],pct[4],pct[5], #Create a List of Results
pct[6],pct[7]]
baseiviolist.append(L) #Add Results of this Loop to a Compiled N-0 Violation List
baseiviolist.sort() #Sort the N-0 Branch Violation List
#===========================================================================
#===== GET CONTINGENCY RESULTS =============================================
#===========================================================================
#BUILD MASTER CONTINGENCY LISTS --------------------------------------------
print 'BUILDING MASTER CONTINGENCY LIST ..........................'
desc,masterconlist= BuildMasterConlist(numaccfiles,accfilelist,accsummary) #Create a Contingency List for Each Case, and a Total List Across all Cases
print 'BUILDING DUPLICATE CONTINGENCY LIST .......................'
pmasterconlist=BuildDuplicateConList(masterconlist) #Create "Parallel" List to Distinguish any Duplicates
notconverged=[] #Holds all Contingencies that did not Converge
#INITIALIZE CONTINGENCY ANALYSIS ------------------------------------------
vnotconverged=[] #Formated and Used to Report Non-Converged Contingencies associated with Voltage
inotconverged=[] #Formated and Used to Report Non-Converged Contingencies associated with Flow
vlowconlist=[] #Holds Low Voltage Violation Contingency List
vlowviolist=[] #Holds Bus Name and Low Voltage Violatons
vhighconlist=[] #Holds High Voltage Violation Contingency List
vhighviolist=[] #Holds Bus Name and High Voltage Violatons
iconlist=[] #Holds Branch Violation Contingency List
iviolist=[] #Holds Branch Name and Branch Violatons
vlowconlist1=[] #Holds Low Voltage Violation Contingency List for Reporting
vlowviolist1=[] #Holds Bus Name and Low Voltage Violatons for Reporting
vhighconlist1=[] #Holds High Voltage Violation Contingency List for Reporting
vhighviolist1=[] #Holds Bus Name and High Voltage Violatons for Reporting
iconlist1=[] #Holds Branch Violation Contingency List for Reporting
iviolist1=[] #Holds Branch Name and Branche Violatons for Reporting
vlowconlist2=[] #Holds Worst Low Voltage Violation Contingency List for Reporting
vlowviolist2=[] #Holds Worst Bus Name and Low Voltage Violatons for Reporting
vhighconlist2=[] #Holds Worst High Voltage Violation Contingency List for Reporting
vhighviolist2=[] #Holds Worst Bus Name and High Voltage Violatons for Reporting
iconlist2=[] #Holds Worst Branch Violation Contingency List for Reporting
iviolist2=[] #Holds Worst Branch Name and Branche Violatons for Reporting
#GET DATA FOR REPORTING PROGRESS ------------------------------------------
loops=len(masterconlist) #Get how many Contingencies will be processed
loopcount=0.0 #Initialize a Loop Counter
modpath,modfname=os.path.split(sys.argv[0])
modname,modext=os.path.splitext(modfname) #Get Either .py or .pyc Extension of Module
#START CONTINGENCY ANALYSIS ------------------------------------------------
print 'PROCESSING OUTAGES ........................................'
for outage in masterconlist: #Loop Through the Master Contingency List
#PRINT PROGRESS (If in Command Console) --------------------------------
if modext=='.pyc':
loopcount+=1 #Increment the Loop Counter
print( '{0:<5.1f}% OUTAGE: ---> {1:<50s}'+'\r'*5).format(loopcount*100/loops,outage[0]), #Print Progress
#GET CONTINGENCY RESULTS ----------------------------------------------
N1results,conexist,converged= GetN1results(numaccfiles,accfilelist,outage,desc) #Get the Results for this Contingency (Also used for Flow)
conindex=masterconlist.index(outage) #Get the Index of this Contingency from the Master List (Used to Point to the Parallel List)
outagelabel=pmasterconlist[conindex][0] #Get the "Label" of this Outage from the Parallel Contingency List
con=(outagelabel,outage[1]) #Use the Parallel List Label and Master List Description to Identify this Outage
#-----------------------------------------------------------------------
#------------- START CONTINGENCY BUS VOLTAGE ANALYSIS ------------------
#-----------------------------------------------------------------------
for BUS in buslist: #Loop Through the Total BUS List
v = [0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize This Contingency's BUS Voltages
for i in range(numaccfiles): #Loop Across Cases
if conexist[i]==True: #Check if this Contingency Exists in this Case
if BUS in accsummary[i].mvbuslabel: #Check if this Bus is in the Monitor List
busindex=accsummary[i].mvbuslabel.index(BUS) #Get this BUS's index from the Summary (if it exists)
v[i]=N1results[i].volts[busindex] #If the BUS is in the Monitored List... Get it's Voltage
if converged[i]==False: v[i]=NoVSol #If the Contingency did not Converge in this Case... Assign it the 'NoSol' Value
else: v[i]=NoBus #If the Bus is not in the Monitored List... Assign it the 'NoBus' Value
if conexist[i]==False: #If this Loop's Contingency does not exist for this BUS
if BUS in accsummary[i].mvbuslabel: v[i]=NoVCon #Check if this BUS Exists in this Case.. If so, Assign the NoContingency Value
else: v[i]=NoBusNoVCon #Determine if this BUS does not Exist in this Case, If not, Assign the NoBus-NoContingency Value
lowviolation = False #Initialize Low Voltage Violation Flag
for i in range(numaccfiles): #Loop Across Cases
if v[i] > 0.0 and v[i] < VLow: lowviolation = True #Determine if this 'BUS' has a Low Voltage Violation, Set Flag
if lowviolation==True: #If one of the Cases had a Low BUS Voltage violation .... Do This Next Stuff
baselowvio=False #Initialize a 'Basecase Violaton' Flag (Used for considering basecase violations)
for j in baselowviolist: #Loop through the N-0 violation list
if BUS==j[0]: #Check if this Bus was in the N-0 violation list
baselowpu=[float(x) for x in j[1:1+numaccfiles]] #Create a list of the N-0 Bus PU Voltages
if min(baselowpu)< BaseVLowCriteria: baselowvio=True #If the Min of the PU Volages is < N-0 Low Voltage Criteria, Set basecase violation flag
for k in range(numaccfiles): #Loop Across Cases
if v[k]==NoVSol: v[k]='NS' #If Voltage has the "NoSolution" Value... Assign it a String Value
elif v[k]==NoBus: v[k]='NB' #If Voltage has the "NoBus" Value... Assign it a String Value
elif v[k]==NoVCon: v[k]='NC' #If Voltage has the "NoContingency" Value... Assign it a String Value
elif v[k]==NoBusNoVCon: v[k]='NB,NC' #If Voltage has the "NoBus NoContingency" Value... Assign it a String Value
else: v[k]='{0:>8.3f}'.format(v[k]) #Format the BUS Voltage to Three Decimal Places
vlowconlist.append(con) #Add this Contingency to the Low Voltage Contingency List for Reporting
for x in range(numaccfiles,8): v[x]='- ' #If Less than Eight Cases... Set the 'Other BUS' voltages to a 'Null' String for Nicer Output
if baselowvio==True: BUS='* '+BUS #If this BUS had a N-0 Violation, #Add a Character to BUS Name to Indicate this Branch had a basecase violation
L=[BUS,outagelabel,v[0],v[1],v[2],v[3],v[4],v[5],v[6],v[7]] #Build a Temporary List of this Loop's Bus, Outage Label, and Low Voltage Results
vlowviolist.append(L) #Add the Temporary List to the Total Low Voltage violation list
if GetHighV==True: #If Get High BUS Voltages is Enabled ... Do This Next Stuff
highviolation = False #Initialize High BUS Voltage Violation Flag
for i in range(numaccfiles): #Loop Across Cases
if v[i] > VHigh and v[i] < NoVSol: highviolation = True #Determine if this 'BUS' has a High Voltage Violation, Set Flag
if highviolation==True: #If one of the Cases had a High BUS Voltage violation .... Do This Next Stuff
basehighvio=False #Initialize a 'Basecase Violaton' Flag (Used for considering basecase violations)
for j in basehighviolist: #Loop through the N-0 violation list
if BUS==j[0]: #Check if this Bus was in the N-0 violation list
basehighpu=[float(x) for x in j[1:1+numaccfiles]] #Create a list of the N-0 Bus PU Voltages
if max(basehighpu)> BaseVHighCriteria: #If the Max of the PU Volages is > N-0 High Voltage Criteria
basehighvio=True #Set basecase violation flag
for k in range(numaccfiles): #Loop Across Cases
if v[k]==NoVSol: v[k]='NS' #If Voltage has the "NoSolution" Value... Assign it a String Value
elif v[k]==NoBus: v[k]='NB' #If Voltage has the "NoBus" Value... Assign it a String Value
elif v[k]==NoVCon: v[k]='NC' #If Voltage has the "NoContingency" Value... Assign it a String Value
elif v[k]==NoBusNoVCon: v[k]='NB,NC' #If Voltage has the "NoBus NoContingency" Value... Assign it a String Value
else: v[k]='{0:>8.3f}'.format(v[k]) #Format the BUS Voltage to Three Decimal Places
vhighconlist.append(con) #Add this Contingency to the High Voltage Contingency List for Reporting
for x in range(numaccfiles,8): v[x]='- ' #If Less than Eight Cases... Set the 'Other BUS' voltages to a 'Null' String for Nicer Output
if basehighvio==True: BRANCH='* '+BRANCH #If this Branch had a N-0 Violation, #Add a Character to BRANCH Name to Indicate this Branch had a basecase violation
L=[BUS,outagelabel,v[0],v[1],v[2],v[3],v[4],v[5],v[6],v[7]] #Build a Temporary List of this Loop's Bus, Outage Label, and Low Voltage Results
vhighviolist.append(L) #Add the Temporary List to the Total High Voltage violation list
vlowviolist.sort() #Sort the Contingency Low Voltage Violation List
vhighviolist.sort() #Sort the Contingency High Voltage Violation List
#-----------------------------------------------------------------------
#-------------- START CONTINGENCY BRANCH FLOW ANALYSIS -----------------
#-----------------------------------------------------------------------
for BRANCH in branchlist: #Loop Through the Total Branchlist
rating=[0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize the Branch Ratings across Cases
pct=[0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize the pecent Flow across Cases
BCRateflag=False
for i in range(numaccfiles): #Loop Across Case Numbers
if conexist[i]==True: #Check if the Contingency Exists
if BRANCH in accsummary[i].melement: #Determine if this 'BRANCH' Exists in the Monitored List
branchindex=accsummary[i].melement.index(BRANCH) #Get this BRANCH's index from the Summary (if it exists)
mvaflow=abs(N1results[i].ampflow[branchindex]) #If this BRANCH is in the Monitored List... Get it's Flow for this Outage
rateb=accsummary[i].rating.b[branchindex] #Get this BRANCH's B Rating in this case
ratec=accsummary[i].rating.c[branchindex] #Get this BRANCH's C Rating in this case
if ratec > rateb: BCRateflag=True #If Rate C > Rate B, Set flag
rating[i] = rateb #Set this BRANCH's Rating to Rate B
if MVARatingCriteria=='C': rating[i] = ratec #If BRANCH Rating Criteria is Set to 'C', Set this BRANCH's Rating to Rate C
try: pct[i]=mvaflow*100/rating[i] #Check for Division by Zero, Calculate Percent Flow
except: continue #Next Loop if Rating = 0.0
if converged[i]==False: pct[i]=NoISol #If this Contingency did not converge, assign the NoSolution Value
else: pct[i]=NoBranch #Since this BRANCH does not Exist in the Monitored List ... Assign it the 'NoBranch' Value
if conexist[i]==False: #Check if This Loop's Contingency exists in this Loop's Case
if BRANCH in accsummary[i].melement: pct[i]=NoICon #Check if this BRANCH exists in this case... If so, Assign the No Contingency Value
else: pct[i]=NoBranchNoICon #Since this BRANCH does not Exist in the Monitored List ... Assign the NoBranch-NoContingency Value
rate=max(rating) #Get the Max BRANCH Rating across Cases
rate='{0:>.0f}'.format(rate) #Convert BRANCH Rating to String and Format to Zero Decimal Places
if BCRateflag==True: rate=chr(149)+rate #If B and C Rating is different in one of the cases, Add Character to 'rate' for reporting
for r in range(numaccfiles-1): #Loop Across Case Numbers
if rating[r]!= 0.0 and rating[r+1]!= 0.0 and rating[r+1]!= rating[r]: rate=rate+'~' #Determine if BRANCH Ratings are Different... If So.. Add a Character to Max Rating
violation = False #Initialize the Violation Flag for the Next Loop
for j in range(numaccfiles): #Loop Across Case Numbers ...n, Set Flag
if pct[j] >= IHigh and pct[j] < NoISol: violation = True #Determine if this BRANCH is in Violation... If So, Set Flag
if violation==True: #If This Branch is in Violation of IHigh ... Do this Stuff
skip=False #Initialize a 'Skip Contingency' Flag (Used for considering basecase violations)
basevio=False #Initialize a 'Basecase Violaton' Flag (Used for considering basecase violations)
skiplist=[False for x in range(numaccfiles)] #Iniialize a skip flag list for the cases
for k in baseiviolist: #Loop through the N-0 violation list
if BRANCH==k[0]: #Check if this Branch was in the N-0 violation list
basepercent=[float(x) for x in k[2:2+numaccfiles]] #Create a list of the N-0 Percent Branch Flows
if min(basepercent)> IHighCriteria: basevio=True #If the Max of the Percent Flows > High Flow Criteria, Set basecase violation flag
conpercent=[pct[x] for x in range(numaccfiles)] #Create a list of the N-1 Percent Branch Flows
for x in range(len(basepercent)): #Loop through the indexes of the N-0 Branch Flow list
if conpercent[x]<= basepercent[x]+5.0: #If cases contingency branch flow <= cases N-0 branch flow,
skiplist[x]=True #Set skiplist flag for this case
if False not in skiplist: skip=True #Check if all the skiplist flags were set True, if so set skip flag
if skip==False: #If the 'skip' flag was not changed to True
iconlist.append(con) #Add this Contingency to the List for Reporting
for m in range(numaccfiles): #Loop Across Cases
if pct[m]==NoISol: pct[m]='NS' #If the Percent Flow has a NoSolution Value... Assign it a String Value
elif pct[m]==NoBranch: pct[m]='NB' #If the Percent Flow has a NoBranch Value... Assign it a String Value
elif pct[m]==NoICon: pct[m]='NC' #If the Percent Flow has a NoContingency Value... Assign it a String Value
elif pct[m]==NoBranchNoICon: pct[m]='NB,NC' #If the Percent Flow has a NoBranch-NoSolution Value... Assign it a String Value
else: pct[m]='{0:>5.1f}'.format(pct[m]) #Else format the 'Valid' percent Flow value to three decimal places
for x in range(numaccfiles,8): pct[x]='- ' #If Less than Eight Cases... Set the Case's Branch' flows to a 'Null' String for Nicer Output
if basevio==True: BRANCH='* '+BRANCH #If this Branch had a N-0 Violation, #Add a Character to BRANCH Name to Indicate this Branch had a basecase violation
L=[BRANCH,outagelabel,rate,pct[0],pct[1],pct[2],pct[3], #Build a Temp List of the Violation Results of this BRANCH Loop
pct[4],pct[5],pct[6],pct[7]]
iviolist.append(L) #Add the Temp List to the Master Flow Violation List
iviolist.sort() #Sort the Contingency Flow Violation List by Branch ID
if False in converged: #Determine if this outage did not converge in any of the cases
notconverged.append(con) #Add this Non-Converged contingency to a Master list
for x in range(numaccfiles,8): converged[x]='- ' #If Less than Eight Cases... Set the 'Other Branch' flows to a 'Null' String for Nicer Output
for y in range(numaccfiles): #Loop Across Case Numbers
if converged[y]==False: converged[y]='NS' #If this outage did not converged in this case... Assign a 'No Solution' String Value
if converged[y]==True: converged[y]='- ' #If this outage did converge in this case... Assign a 'Null' String Value
K=['NON CONVERGED ->',outagelabel,converged[0],converged[1], #Build a Temporary List for the Voltage cases showing Non-Convergence
converged[2],converged[3],converged[4],converged[5],
converged[6],converged[7]]
M=['NON CONVERGED ->',outagelabel,' -',converged[0], #Build a Temporary List for the Flow cases showing Non-Convergence
converged[1],converged[2],converged[3],converged[4],
converged[5],converged[6],converged[7]]
vnotconverged.append(K) #Add the Temporary to a list for appending Voltage Field
inotconverged.append(M) #Add the Temporary list to a list for appending Flow Field
vlowconlist.append(con) #Add this Non-Converged Contingency to the Low Voltage violation contingency list (remove duplicates later)
vhighconlist.append(con) #Add this Non-Converged Contingency to the High Voltage violation contingency list (remove duplicates later)
iconlist.append(con) #Add this Non-Converged Contingency to the Flow violation contingency list (remove duplicates later)
#Append Non-Converged Contingencies to other Lists -------------------------
vlowviolist1=vlowviolist+vnotconverged #Add the Non-Converged list to the Low Voltage Violations Field
vhighviolist1=vhighviolist+vnotconverged #Add the Non-Converged list to the High Voltage Violations Field
iviolist1=iviolist+inotconverged #Add the Non-Converged list to the Flow Violations Field
vlowconlist1=vlowconlist+notconverged #Add the Non-Converged Contingencies to the Low Voltage Contingency List
vhighconlist1=vhighconlist+notconverged #Add the Non-Converged Contingencies to the High Voltage Contingency List
iconlist1=iconlist+notconverged #Add the Non-Converged Contingencies to the Flow Contingency List
vlowconlist1=list(set(vlowconlist1)) #Remove Duplicates from the Low Voltage Contingency List
vhighconlist1=list(set(vhighconlist1)) #Remove Duplicates from the High Voltage Contingency List
iconlist1=list(set(iconlist1)) #Remove Duplicates from the Flow Contingency List
vlowconlist1.sort() #Sort the Low Voltage Contingency List
vhighconlist1.sort() #Sort the High Voltage Contingency List
iconlist1.sort() #Sort the Flow Contingency List
#If Get Worst Results Enabled ----------------------------------------------
if GetWorst>0: #If GetWorst Flag is set... Determine Worst Outages
print '\nGETTING WORST VOLTAGE RESULTS .............................'
if vlowviolist!=[]:
vlowviolist2,vlowconlist2=GetWorstVLow(vlowviolist,vlowconlist) #Return Worst Low Voltage Violation and Contingency Lists
if GetHighV==True and vhighviolist!=[]:
vhighviolist2,vhighconlist2=GetWorstVHigh(vhighviolist,vhighconlist)#Return Worst High Voltage Violation and Contingency Lists
print 'GETTING WORST FLOW RESULTS ................................'
if iviolist!=[]:
iviolist2,iconlist2=GetWorstI(iviolist,iconlist) #Return Worst Flow Violation and Contingency Lists
vlowviolist2=vlowviolist2+vnotconverged #Add the Non-Converged list to the Worst Low Voltage Violations Field
vhighviolist2=vhighviolist2+vnotconverged #Add the Non-Converged list to the Worst High Voltage Violations Field
iviolist2=iviolist2+inotconverged #Add the Non-Converged list to the Worst Flow Violations Field
vlowconlist2=vlowconlist2+notconverged #Add the Non-Converged Contingencies to the Worst Low Voltage Contingency List
vhighconlist2=vhighconlist2+notconverged #Add the Non-Converged Contingencies to the Worst High Voltage Contingency List
iconlist2=iconlist2+notconverged #Add the Non-Converged Contingencies to the Worst Flow Contingency List
vlowconlist2=list(set(vlowconlist2)) #Remove Duplicates from the Worst Voltage Contingency List
vhighconlist2=list(set(vhighconlist2)) #Remove Duplicates from the Worst Voltage Contingency List
iconlist2=list(set(iconlist2)) #Remove Duplicates from the Worst Flow Contingency List
vlowconlist2.sort() #Sort the Worst Low Voltage Contingency List
vhighconlist2.sort() #Sort the Worst High Voltage Contingency List
iconlist2.sort() #Sort the Worst Flow Contingency List
#Write PSSE Generated Report File(s) (If Enabled) --------------------------
if TextReport==True:
#PSSE Text Report Options ----------------------------------------------
a=1 #Column Headings: 1=acc filename, 2=savcase filename
b=1 #Base Case Rating: 1=RateA, 2=RateB, 3=RateC
c=2 #Contingency Case Rating: 1=RateA, 2=RateB, 3=RateC
d=1 #Base Case voltage limit: 1=Normal 2=Emergency
e=2 #Contingency Case Voltage Limit: 1=Normal 2=Emergency
f=0 #Print monitored elements summary report
g=0 #Print missing monitored elements report
h=0 #print missing monitored buses report
i=2 #print contingency legend: 0=No 1=Complete Legend Only 2=Reduced Legend with each table, 3=Both
j=0 #print missing contingencies report
k=1 #print non-converged contingencies report
l=2 #print loading violations: 0=No, 1=BaseCase and WorstCase, 2=BaseCase and All, 3=BaseCase WorstCase and All
m=2 #print voltage violations: 0=No, 1=BaseCase and WorstCase, 2=BaseCase and All, 3=BaseCase WorstCase and All
n=0 #Report Interfaces in loading violation reports
o=1 #Skip N-0 Flow Violations in Contingency Flow Reporting
p=1 #Skip N-0 Voltage Violations in Contingency Voltage Reporting
A=0.5 #bus mismatch converged tolerance
B=5.0 #system mismatch converged tolerance
C=IHigh #percent flow rating for reporting
D=IHigh #worst case percent flow rating for reporting
E=0.0 #worst case minimum flow change from base case for reporting
F=0.0 #worst case minimum percent flow increase from base case for reporting
G=0.0 #worst case minimum voltage change from base case for reporting
if MVARatingCriteria=='C': c=3
print 'GENERATING PSSE TEXT REPORT(S) ................'
import redirect
redirect.psse2py()
psspy.psseinit(buses=80000)
psspy.transformer_percent_units(1)
psspy.non_trans_percent_units(1)
tempout = sys.stdout #Temp placeholder for sys.stdout
sys.stdout = open(rptfile1,'w') #Send Print Statements to ACCC_PSSE_Report.txt File
filelist=accfilelist[0:numaccfiles]
psspy.accc_multiple_run_report_2([a,b,c,d,e,f,g,h,i,j,k,l,m,n,o,p],[A,B,C,D,E,F,G],numaccfiles,filelist)
if GetWorst>0:
l=1
m=1
reportout = sys.stdout
sys.stdout = open(rptfile2,'w') #Send Print Statements to ACCC_PSSE_Report_(Worst).txt File
psspy.accc_multiple_run_report_2([a,b,c,d,e,f,g,h,i,j,k,l,m,n,o,p],[A,B,C,D,E,F,G],numaccfiles,filelist)
sys.stdout = tempout #Direct Output Back to Screen
#===========================================================================
#---------------------- WRITE RESULTS TO EXCEL -----------------------------
#===========================================================================
import excelpy
import win32com.client
Vlowviolist=list([vlowviolist1,vlowviolist2])
Vlowconlist=list([vlowconlist1,vlowconlist2])
Vhighviolist=list([vhighviolist1,vhighviolist2])
Vhighconlist=list([vhighconlist1,vhighconlist2])
Iviolist=list([iviolist1,iviolist2])
Iconlist=list([iconlist1,iconlist2])
looplogic=[range(1),range(1,2),range(2)]
worsttext=['ALL','WORST']
vlowsheet=['VLow','VLow (Worst)']
vhighsheet=['VHigh','VHigh (Worst)']
flowsheet=['Flow','Flow (Worst)']
filler=['..','']
#Create Case Headings ------------------------------------------------------
case=[]
for i in range(numaccfiles): #Loop through the number of ACCC Files
value='Case%s '%str(i) #Column Headers in will be Case0, Case1, etc.
case.append(value) #Add to case heading list
for j in range(i+1,8): case.append('') #If Number of Cases is <8 ... Create 'Blank' Header
#Create Names for Case Legend ---------------------------------------------
fname=[]
for i in range(0,8):
p,e=os.path.splitext(accfilelist[i]) #Get ACCC Filename (without .acc) for The Legend
r,f=os.path.split(p) #Get ACCC Filename (without path) for The Legend
fname.append(f) #Add ACCC Filename to filename list
print '\nCREATING EXCEL REPORT .....................................'
for x in looplogic[GetWorst]:
#=======================================================================
#-------- LOW VOLTAGE -------- LOW VOLTAGE -------- LOW VOLTAGE --------
#=======================================================================
if x==0: xlswbk = excelpy.workbook(xlsfile,mode='w', sheet=vlowsheet[x],overwritesheet=True)
if x==1: xlswbk = excelpy.workbook(xlsfile,mode='w', sheet=vlowsheet[x],overwritesheet=True)
#if x==1 and GetWorst==1: xlswbk = excelpy.workbook(xlsfile,mode='w', sheet=vlowsheet[x],overwritesheet=True)
#if x==1 and GetWorst==2: xlswbk.worksheet_add_after(newSheet=vlowsheet[x], oldSheet=flowsheet[0], overwritesheet=True)
print 'WRITING {0:} LOW BUS VOLTAGE RESULTS TO EXCEL ............{1:}'.format(worsttext[x],filler[x])
#-----------------------------------------------------------------------
#-------- WRITE CONTINGENCY LOW VOLTAGE HEADINGS -----------------------
#-----------------------------------------------------------------------
nextrow=1
#Title1
title1= 'LOW BUS VOLTAGE REPORT'
xlswbk.set_cell((nextrow,1),title1,fontStyle="Bold",fontSize=12, fontColor="orange", sheet=vlowsheet[x])
xlswbk.border((nextrow,1,nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vlowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Title2
if x==0: title2= 'Contingency Results'
if x==1: title2= 'Worst Contingency Results'
xlswbk.set_cell((nextrow,1),title2,fontStyle="Bold",fontSize=10, fontColor="blue", sheet=vlowsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vlowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Title3
VLow1='{0:>5.3f}'.format(VLow)
title3= '< '+ VLow1 +' pu'
xlswbk.set_cell((nextrow,1),title3,fontStyle="Bold",numberFormat='0.000', fontSize=10, fontColor="black", sheet=vlowsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vlowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Blank Row
xlswbk.height((nextrow,1), height=7, sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Column Headings
colheads = ['BUS', 'OUTAGE', 'Case0', 'Case1', 'Case2','Case3','Case4','Case5','Case6','Case7']
xlswbk.set_range(nextrow,1,colheads,fontStyle="Bold",fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,1,nextrow,10),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1,nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin', borderColor='black', sheet=vlowsheet[x])
#Case Legend
xlswbk.set_range(nextrow,12,['Case Legend:'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow+1,12,18,12),'right', sheet=vlowsheet[x])
xlswbk.align((nextrow+1,13,18,13),'left', sheet=vlowsheet[x])
count=1
if fname[0]!='': xlswbk.set_range(nextrow+count,12,['Case0: ',fname[0]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[1]!='': xlswbk.set_range(nextrow+count,12,['Case1: ',fname[1]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[2]!='': xlswbk.set_range(nextrow+count,12,['Case2: ',fname[2]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[3]!='': xlswbk.set_range(nextrow+count,12,['Case3: ',fname[3]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[4]!='': xlswbk.set_range(nextrow+count,12,['Case4: ',fname[4]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[5]!='': xlswbk.set_range(nextrow+count,12,['Case5: ',fname[5]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[6]!='': xlswbk.set_range(nextrow+count,12,['Case6: ',fname[6]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[7]!='': xlswbk.set_range(nextrow+count,12,['Case7: ',fname[7]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
count+=1
xlswbk.set_range(nextrow+count,12,['NB : ','No Bus -or- Not Monitored'],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['NC : ','No Contingency'],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['NS : ','No Solution'],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['* : ','Bus Had Basecase Violation'],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['@ : ','Duplicate Contingency Name'],fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.font((nextrow+1,12,nextrow+count,12),fontStyle="Bold", sheet=vlowsheet[x])
xlswbk.autofit_columns((12,12), sheet=vlowsheet[x]) #Autofit Column12
xlswbk.autofit_columns((13,13), sheet=vlowsheet[x]) #Autofit Column13
nextrow+=1
#---------------------------------------------------------------------------
#------- WRITE CONTINGENCY LOW VOLTAGE FIELD -------------------------------
#---------------------------------------------------------------------------
col=1
V1firstrow=nextrow
V1lastrow=nextrow
for r in range(len(Vlowviolist[x])): #Write the Contingency Low Voltage Violations Field
rowval = Vlowviolist[x][r]
xlswbk.set_range(nextrow,col,rowval,fontSize=8, fontColor="black", sheet=vlowsheet[x])
V1lastrow=nextrow
nextrow+=1
xlswbk.autofit_columns((1,2), sheet=vlowsheet[x]) #AutoFit Column2
xlswbk.align((V1firstrow,1,V1lastrow,1),'right', sheet=vlowsheet[x]) #Right Justify Bus Names
xlswbk.align((V1firstrow,2,V1lastrow,10),'h_center', sheet=vlowsheet[x]) #Center the Field
xlswbk.font((V1firstrow,3,V1lastrow,10),numberFormat='0.000', sheet=vlowsheet[x]) #Format the Low Voltage Field to 3 Decimal Places
if Vlowviolist[x]==[]: #Check if there were no Low Voltage Violations
xlswbk.set_range(nextrow,col,['NONE'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,col),'h_center', sheet=vlowsheet[x])
nextrow+=1
nextrow+=1 #Write Contingency Legend Header
xlswbk.set_range(nextrow,col,['Contingency Legend:'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,col),'right', sheet=vlowsheet[x])
nextrow+=1
for r in Vlowconlist[x]: #Write Contingency Legend
rowval1 = [r[0],r[1][0]]
xlswbk.set_range(nextrow,col,rowval1,fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,col),'right', sheet=vlowsheet[x])
xlswbk.align((nextrow,col+1),'left', sheet=vlowsheet[x])
nextrow+=1
multicon=len(r[1]) #Check if Multiple Outages per Contingency
for j in range(multicon-1): #Enter This Loop if More than One Outage per Contingency
nextoutage=['-',r[1][j+1]]
xlswbk.set_range(nextrow,col,nextoutage,fontSize=8, fontColor="black", sheet=vlowsheet[x]) #Put it in the nextrow
xlswbk.align((nextrow,col),'right', sheet=vlowsheet[x])
xlswbk.align((nextrow,col+1),'left', sheet=vlowsheet[x])
nextrow+=1
#---------------------------------------------------------------------------
#-------- WRITE N-0 LOW VOLTAGE HEADINGS -----------------------------------
#---------------------------------------------------------------------------
nextrow+=3
#Title4
title4= 'N-0 Voltage Results'
xlswbk.set_cell((nextrow,1),title4, fontStyle="Bold",fontSize=10, fontColor="blue", sheet=vlowsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vlowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Title5
BaseVLow1='{0:>5.3f}'.format(BaseVLow)
title5= '< '+ BaseVLow1 +' pu'
xlswbk.set_cell((nextrow,1),title5,fontStyle="Bold", numberFormat='0.000', fontSize=10, fontColor="black", sheet=vlowsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vlowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Blank Row
xlswbk.height((nextrow,1), height=7, sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Column Headings
N0row=nextrow
colheads = ['BUS', ' ', 'Case0', 'Case1', 'Case2','Case3','Case4','Case5','Case6','Case7']
xlswbk.set_range(nextrow,1,colheads,fontStyle="Bold",fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,1,nextrow,10),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1,nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin', borderColor='black', sheet=vlowsheet[x])
#-----------------------------------------------------------------------
#------- WRITE N-0 LOW VOLTAGE FIELD -----------------------------------
#-----------------------------------------------------------------------
nextrow+=1
V0firstrow=nextrow
V0lastrow=nextrow
for r in range(len(baselowviolist)): #Write the N-0 Violations Field
rowval = baselowviolist[r]
xlswbk.set_range(nextrow,col,[rowval[0]],fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.set_range(nextrow,col+1,['--'],fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.set_range(nextrow,col+2,[rowval[1:]],fontSize=8, fontColor="black", sheet=vlowsheet[x])
V0lastrow=nextrow
nextrow+=1
xlswbk.align((V0firstrow,1,V0lastrow,1),'right', sheet=vlowsheet[x]) #Right Justify Bus Names
xlswbk.align((V0firstrow,2,V0lastrow,10),'h_center', sheet=vlowsheet[x]) #Center the Field
xlswbk.font((V0firstrow,2,V0lastrow,10),numberFormat='0.000', sheet=vlowsheet[x]) #Format the Voltage Field to 3 Decimal Places
if baselowviolist==[]:
xlswbk.set_range(nextrow,col,['NONE'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,col),'h_center', sheet=vlowsheet[x])
nextrow+=1
xlswbk.autofit_columns((1,1), sheet=vlowsheet[x]) #AutoFit Column1
xlswbk.width((1,11),3,sheet=flowsheet[x]) #Set Width of Column11
#=======================================================================
#-------- BRANCH FLOWS -------- BRANCH FLOWS -------- BRANCH FLOWS -----
#=======================================================================
xlswbk.worksheet_add_after(newSheet=flowsheet[x], oldSheet=vlowsheet[x], overwritesheet=True)
print 'WRITING {0:} BRANCH FLOW RESULTS TO EXCEL ................{1:}'.format(worsttext[x],filler[x])
#-----------------------------------------------------------------------
#-------- WRITE CONTINGENCY FLOWS HEADINGS -----------------------------
#-----------------------------------------------------------------------
nextrow=1
#Title1
title1= 'BRANCH LOADING REPORT'
xlswbk.set_cell((nextrow,1),title1,fontStyle="Bold",fontSize=12, fontColor="orange", sheet=flowsheet[x])
xlswbk.border((nextrow,1,nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.merge((nextrow,1,nextrow,11), sheet=flowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Title2
if x==0: title2= 'Contingency Results'
if x==1: title2= 'Worst Contingency Results'
xlswbk.set_cell((nextrow,1),title2,fontStyle="Bold",fontSize=10, fontColor="blue", sheet=flowsheet[x])
xlswbk.merge((nextrow,1,nextrow,11), sheet=flowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Title3
title3=' > '+ str(IHigh) +'% '+ '(Rate {0:1})'.format(MVARatingCriteria)
xlswbk.set_cell((nextrow,1),title3,fontStyle="Bold", fontSize=10, fontColor="black", sheet=flowsheet[x])
xlswbk.merge((nextrow,1,nextrow,11), sheet=flowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Blank Row
xlswbk.height((nextrow,1), height=7, sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Column Headings
colheads = ['BRANCH', 'OUTAGE', 'RATING', 'Case0', 'Case1', 'Case2','Case3','Case4','Case5','Case6','Case7']
xlswbk.set_range(nextrow,1,colheads,fontStyle="Bold",fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,1,nextrow,11),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1,nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin', borderColor='black', sheet=flowsheet[x])
#Case Legend
xlswbk.set_range(nextrow,13,['Case Legend:'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow+1,13,19,13),'right', sheet=flowsheet[x])
xlswbk.align((nextrow+1,14,19,14),'left', sheet=flowsheet[x])
count=1
if fname[0]!='': xlswbk.set_range(nextrow+count,13,['Case0: ',fname[0]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[1]!='': xlswbk.set_range(nextrow+count,13,['Case1: ',fname[1]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[2]!='': xlswbk.set_range(nextrow+count,13,['Case2: ',fname[2]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[3]!='': xlswbk.set_range(nextrow+count,13,['Case3: ',fname[3]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[4]!='': xlswbk.set_range(nextrow+count,13,['Case4: ',fname[4]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[5]!='': xlswbk.set_range(nextrow+count,13,['Case5: ',fname[5]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[6]!='': xlswbk.set_range(nextrow+count,13,['Case6: ',fname[6]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[7]!='': xlswbk.set_range(nextrow+count,13,['Case7: ',fname[7]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
count+=1
xlswbk.set_range(nextrow+count,13,['NB : ','No Bus -or- Not Monitored'],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,13,['NC : ','No Contingency'],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,13,['NS : ','No Solution'],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,13,['* : ','Basecase Violation'],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,13,[chr(149)+' : ','Rate C > Rate B'],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,13,['~ : ','Rating Changed'],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,13,['@ : ','Duplicate Contingency Name'],fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.font((nextrow+1,13,nextrow+count,13),fontStyle="Bold", sheet=flowsheet[x])
xlswbk.autofit_columns((13,13), sheet=flowsheet[x])
xlswbk.autofit_columns((13,14), sheet=flowsheet[x])
nextrow+=1
#-----------------------------------------------------------------------
#------- WRITE CONTINGENCY FLOWS FIELD ---------------------------------
#-----------------------------------------------------------------------
col=1
i1firstrow=nextrow
i1lastrow=nextrow
for r in range(len(Iviolist[x])): #Write the Contingency Flow Violations Field
rowval = Iviolist[x][r]
xlswbk.set_range(nextrow,col,rowval,fontSize=8, fontColor="black", sheet=flowsheet[x])
i1lastrow=nextrow
nextrow+=1
xlswbk.autofit_columns((1,2), sheet=flowsheet[x]) #AutoFit Column2
xlswbk.align((i1firstrow,1,i1lastrow,1),'right', sheet=flowsheet[x]) #Right Justify Branch Names
xlswbk.align((i1firstrow,2,i1lastrow,11),'h_center', sheet=flowsheet[x]) #Center the Field
xlswbk.font((i1firstrow,3,i1lastrow,3),numberFormat='0', sheet=flowsheet[x]) #Format the Rating Field to 0 Decimal Places
xlswbk.font((i1firstrow,4,i1lastrow,11),numberFormat='0.0', sheet=flowsheet[x]) #Format the Flow Field to 1 Decimal Places
if Iviolist[x]==[]:
xlswbk.set_range(nextrow,col,['NONE'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,col),'h_center', sheet=flowsheet[x])
nextrow+=1
nextrow+=1 #Write the Flow Contingency Legend Header
xlswbk.set_range(nextrow,col,['Contingency Legend:'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,col),'right', sheet=flowsheet[x])
nextrow+=1
for r in Iconlist[x]: #Write the Flow Contingency Legend
rowval1 = [r[0],r[1][0]]
xlswbk.set_range(nextrow,col,rowval1,fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,col),'right', sheet=flowsheet[x])
xlswbk.align((nextrow,col+1),'left', sheet=flowsheet[x])
nextrow+=1
multicon=len(r[1]) #Check if Multiple Outages per Contingency
for j in range(multicon-1): #Enter This Loop if More than One Outage per Contingency
nextoutage=['-',r[1][j+1]]
xlswbk.set_range(nextrow,col,nextoutage,fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,col),'right', sheet=flowsheet[x])
xlswbk.align((nextrow,col+1),'left', sheet=flowsheet[x])
nextrow+=1
#-----------------------------------------------------------------------
#-------- WRITE N-0 FLOWS HEADINGS -------------------------------------
#-----------------------------------------------------------------------
#Title4
nextrow+=3
title4= 'N-0 Flow Results'
xlswbk.set_cell((nextrow,1),title4,fontStyle="Bold",fontSize=10, fontColor="blue", sheet=flowsheet[x])
xlswbk.merge((nextrow,1,nextrow,11), sheet=flowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Title5
title5='> '+ str(BaseIHigh) +'% (Rate A)'
xlswbk.set_cell((nextrow,1),title5,fontStyle="Bold", fontSize=10, fontColor="black", sheet=flowsheet[x])
xlswbk.merge((nextrow,1,nextrow,11), sheet=flowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Blank Row
xlswbk.height((nextrow,1), height=7, sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Column Headings
colheads = ['BRANCH', ' ', 'RATING', 'Case0', 'Case1', 'Case2','Case3','Case4','Case5','Case6','Case7']
xlswbk.set_range(nextrow,1,colheads,fontStyle="Bold",fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,1,nextrow,11),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1,nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin', borderColor='black', sheet=flowsheet[x])
#-----------------------------------------------------------------------
#------- WRITE N-0 FLOWS FIELD -----------------------------------------
#-----------------------------------------------------------------------
nextrow+=1
row=nextrow
i0firstrow=nextrow
i0lastrow=nextrow
for r in range(len(baseiviolist)): #Write N-0 Flow Violations Field
rowval = baseiviolist[r]
xlswbk.set_range(nextrow,col,[rowval[0]],fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.set_range(nextrow,col+1,['--'],fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.set_range(nextrow,col+2,[rowval[1:]],fontSize=8, fontColor="black", sheet=flowsheet[x])
i0lastrow=nextrow
nextrow+=1
xlswbk.align((i0firstrow,1,i0lastrow,1),'right', sheet=flowsheet[x]) #Right Justify Branch Names
xlswbk.align((i0firstrow,2,i0lastrow,11),'h_center', sheet=flowsheet[x]) #Center the Field
xlswbk.font((i0firstrow,3,i0lastrow,3),numberFormat='0', sheet=flowsheet[x]) #Format the Rating Field to 0 Decimal Places
xlswbk.font((i0firstrow,4,i0lastrow,11),numberFormat='0.0', sheet=flowsheet[x]) #Format the Flow Field to 1 Decimal Places
if baseiviolist==[]: #Check if there were No Flow Violations
xlswbk.set_range(nextrow,col,['NONE'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,col),'h_center', sheet=flowsheet[x])
nextrow+=1
xlswbk.autofit_columns((1,1), sheet=flowsheet[x]) #Autofit Column1
xlswbk.width((1,12),3,sheet=flowsheet[x]) #Set Width of Column12
#=======================================================================
#-------- HIGH VOLTAGE -------- HIGH VOLTAGE -------- HIGH VOLTAGE -----
#=======================================================================
if GetHighV==True:
xlswbk.worksheet_add_after(newSheet=vhighsheet[x], oldSheet=vlowsheet[x], overwritesheet=True)
#-------------------------------------------------------------------
#-------- WRITE CONTINGENCY HIGH VOLTAGE HEADINGS ------------------
#-------------------------------------------------------------------
print 'WRITING {0:} HIGH BUS VOLTAGE RESULTS TO EXCEL ...........{1:}'.format(worsttext[x],filler[x])
nextrow=1
#Title1
title1= 'HIGH BUS VOLTAGE REPORT'
xlswbk.set_cell((nextrow,1),title1,fontStyle="Bold",fontSize=12, fontColor="orange", sheet=vhighsheet[x])
xlswbk.border((nextrow,1,nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vhighsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Title2
if x==0: title2= 'Contingency Results'
if x==1: title2= 'Worst Contingency Results'
xlswbk.set_cell((nextrow,1),title2,fontStyle="Bold",fontSize=10, fontColor="blue", sheet=vhighsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vhighsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Title3
VHigh1='{0:>5.3f}'.format(VHigh)
title3='> '+ VHigh1 +' pu'
xlswbk.set_cell((nextrow,1),title3,fontStyle="Bold",numberFormat='0.000', fontSize=10, fontColor="black", sheet=vhighsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vhighsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Blank Row
xlswbk.height((nextrow,1), height=7, sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Column Headings
colheads = ['BUS', 'OUTAGE', 'Case0', 'Case1', 'Case2','Case3','Case4','Case5','Case6','Case7']
xlswbk.set_range(nextrow,1,colheads,fontStyle="Bold",fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,1,nextrow,10),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1,nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin', borderColor='black', sheet=vhighsheet[x])
#Case Legend
xlswbk.set_range(nextrow,12,['Case Legend:'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow+1,12,18,12),'right', sheet=vhighsheet[x])
xlswbk.align((nextrow+1,13,18,13),'left', sheet=vhighsheet[x])
count=1
if fname[0]!='': xlswbk.set_range(nextrow+count,12,['Case0: ',fname[0]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[1]!='': xlswbk.set_range(nextrow+count,12,['Case1: ',fname[1]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[2]!='': xlswbk.set_range(nextrow+count,12,['Case2: ',fname[2]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[3]!='': xlswbk.set_range(nextrow+count,12,['Case3: ',fname[3]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[4]!='': xlswbk.set_range(nextrow+count,12,['Case4: ',fname[4]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[5]!='': xlswbk.set_range(nextrow+count,12,['Case5: ',fname[5]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[6]!='': xlswbk.set_range(nextrow+count,12,['Case6: ',fname[6]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[7]!='': xlswbk.set_range(nextrow+count,12,['Case7: ',fname[7]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
count+=1
xlswbk.set_range(nextrow+count,12,['NB : ','No Bus -or- Not Monitored'],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['NC : ','No Contingency'],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['NS : ','No Solution'],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['* : ','Bus Had Basecase Violation'],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['@ : ','Duplicate Contingency Name'],fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.font((nextrow+1,12,nextrow+count,12),fontStyle="Bold", sheet=vhighsheet[x])
xlswbk.autofit_columns((12,12), sheet=vhighsheet[x])
xlswbk.autofit_columns((13,13), sheet=vhighsheet[x])
nextrow+=1
#-------------------------------------------------------------------
#------- WRITE CONTINGENCY HIGH VOLTAGE FIELD ----------------------
#-------------------------------------------------------------------
col=1
V2firstrow=nextrow
V2lastrow=nextrow
for r in range(len(Vhighviolist[x])): #Write Contingency High Violations Field
rowval = Vhighviolist[x][r]
xlswbk.set_range(nextrow,col,rowval,fontSize=8, fontColor="black", sheet=vhighsheet[x])
V2lastrow=nextrow
nextrow+=1
xlswbk.autofit_columns((1,2), sheet=vhighsheet[x]) #Autofit Column2
xlswbk.align((V2firstrow,1,V2lastrow,1),'right', sheet=vhighsheet[x]) #Right Justify Bus Names
xlswbk.align((V2firstrow,2,V2lastrow,10),'h_center', sheet=vhighsheet[x]) #Center the Field
xlswbk.font((V2firstrow,3,V2lastrow,10),numberFormat='0.000', sheet=vhighsheet[x])#Format the High Voltage Field to 3 Decimal Places
if Vhighviolist[x]==[]: #Check if there were No High Voltage Violations
xlswbk.set_range(nextrow,col,['NONE'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,col),'h_center', sheet=vhighsheet[x])
nextrow+=1
nextrow+=1 #Write the High Voltage Coningency Legend Header
xlswbk.set_range(nextrow,col,['Contingency Legend:'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,col),'right', sheet=vhighsheet[x])
nextrow+=1
for r in Vhighconlist[x]: #Write the High Voltage Coningency Legend
rowval1 = [r[0],r[1][0]]
xlswbk.set_range(nextrow,col,rowval1,fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,col),'right', sheet=vhighsheet[x])
xlswbk.align((nextrow,col+1),'left', sheet=vhighsheet[x])
nextrow+=1
multicon=len(r[1]) #Check if Multiple Outages per Contingency
for j in range(multicon-1): #Enter This Loop if More than One Outage per Contingency
nextoutage=['-',r[1][j+1]]
xlswbk.set_range(nextrow,col,nextoutage,fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,col),'right', sheet=vhighsheet[x])
xlswbk.align((nextrow,col+1),'left', sheet=vhighsheet[x])
nextrow+=1
#-------------------------------------------------------------------
#-------- WRITE N-0 HIGH VOLTAGE HEADINGS --------------------------
#-------------------------------------------------------------------
nextrow+=3
#Title4
title4= 'N-0 High Voltage Results'
xlswbk.set_cell((nextrow,1),title4, fontStyle="Bold",fontSize=10, fontColor="blue", sheet=vhighsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vhighsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Title5
BaseVHigh1='{0:>5.3f}'.format(BaseVHigh)
title5= '> '+ BaseVHigh1 +' pu'
xlswbk.set_cell((nextrow,1),title5,fontStyle="Bold", numberFormat='0.000', fontSize=10, fontColor="black", sheet=vhighsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vhighsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Blank Row
xlswbk.height((nextrow,1), height=7, sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Column Headings
colheads = ['BUS', ' ', 'Case0', 'Case1', 'Case2','Case3','Case4','Case5','Case6','Case7']
xlswbk.set_range(nextrow,1,colheads,fontStyle="Bold",fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,1,nextrow,10),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1,nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin', borderColor='black', sheet=vhighsheet[x])
#-------------------------------------------------------------------
#------- WRITE N-0 HIGH VOLTAGE FIELD ------------------------------
#-------------------------------------------------------------------
nextrow+=1
V3firstrow=nextrow
V3lastrow=nextrow
for r in range(len(basehighviolist)): #Write the N-0 High Voltage Violations Field
rowval = basehighviolist[r]
xlswbk.set_range(nextrow,col,[rowval[0]],fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.set_range(nextrow,col+1,['--'],fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.set_range(nextrow,col+2,[rowval[1:]],fontSize=8, fontColor="black", sheet=vhighsheet[x])
V3lastrow=nextrow
nextrow+=1
xlswbk.align((V3firstrow,1,V3lastrow,1),'right', sheet=vhighsheet[x]) #Right Justify Bus Names
xlswbk.align((V3firstrow,2,V3lastrow,10),'h_center', sheet=vhighsheet[x]) #Center the Field
xlswbk.font((V3firstrow,3,V3lastrow,10),numberFormat='0.000', sheet=vhighsheet[x]) #Format the High Voltage Field to 3 Decimal Places
if basehighviolist==[]: #Check if there were no High Voltage Violation
xlswbk.set_range(nextrow,col,['NONE'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,col),'h_center', sheet=vhighsheet[x])
nextrow+=1
xlswbk.autofit_columns((1,1), sheet=vhighsheet[x]) #Autofit Column1
xlswbk.width((1,11),3,sheet=vhighsheet[x]) #Set Width of Column11
#xlswbk.show()
xlswbk.save()
xlswbk.close()
#***********************************************************************
#------------ Python Win32 Extension for Cell Colors -------------------
#***********************************************************************
print 'HIGHLIGHTING CELLS IN {0:} RESULTS .......................{1:}'.format(worsttext[x],filler[x])
xlApp=win32com.client.gencache.EnsureDispatch('Excel.Application')
xlApp.Workbooks.Open(xlsfile)
xlBook=xlApp.ActiveWorkbook
#CONTINGENCY LOW VOLTAGE -----------------------------------------------
for i in range(V1firstrow,V1lastrow+1):
for j in range(3,11):
value=xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Value
if value > 0.000:
if value < VLowCriteria+0.010:
xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Interior.ColorIndex = 36
if value < VLowCriteria:
xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Interior.ColorIndex = 45
if value <= ExtremeVLow:
xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Interior.ColorIndex = 3
#N-0 LOW VOLTAGE -------------------------------------------------------
for i in range(V0firstrow,V0lastrow+1):
for j in range(3,11):
value=xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Value
if value > 0.000:
if value < BaseVLowCriteria+0.010:
xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Interior.ColorIndex = 36
if value < BaseVLowCriteria:
xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Interior.ColorIndex = 45
if value <= ExtremeBaseVLow:
xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Interior.ColorIndex = 3
#CONTINGENCY FLOWS -----------------------------------------------------
for i in range(i1firstrow,i1lastrow+1):
for j in range(4,12):
value=xlApp.Worksheets(flowsheet[x]).Cells(i,j).Value
if type(value)==float:
if value >= IHighCriteria-5.0:
xlApp.Worksheets(flowsheet[x]).Cells(i,j).Interior.ColorIndex = 36
if value >= IHighCriteria:
xlApp.Worksheets(flowsheet[x]).Cells(i,j).Interior.ColorIndex = 45
if value >= ExtremeIHigh:
xlApp.Worksheets(flowsheet[x]).Cells(i,j).Interior.ColorIndex = 3
#N-0 FLOWS -------------------------------------------------------------
for i in range(i0firstrow,i0lastrow+1):
for j in range(4,12):
value=xlApp.Worksheets(flowsheet[x]).Cells(i,j).Value
if type(value)==float:
if value >= IHighCriteria-5.0:
xlApp.Worksheets(flowsheet[x]).Cells(i,j).Interior.ColorIndex = 36
if value >= IHighCriteria:
xlApp.Worksheets(flowsheet[x]).Cells(i,j).Interior.ColorIndex = 45
if value >= ExtremeIHigh:
xlApp.Worksheets(flowsheet[x]).Cells(i,j).Interior.ColorIndex = 3
#CONTINGENCY HIGH VOLTAGE ----------------------------------------------
if GetHighV==True:
for i in range(V2firstrow,V2lastrow+1):
for j in range(3,11):
value=xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Value
if type(value)==float:
if value > VHighCriteria-0.010:
xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Interior.ColorIndex = 36
if value > VHighCriteria:
xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Interior.ColorIndex = 45
if value >= ExtremeVHigh:
xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Interior.ColorIndex = 3
#N-0 HIGH VOLTAGE --------------------------------------------------
for i in range(V3firstrow,V3lastrow+1):
for j in range(3,11):
value=xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Value
if type(value)==float:
if value > BaseVHighCriteria-0.010:
xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Interior.ColorIndex = 36
if value > BaseVHighCriteria:
xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Interior.ColorIndex = 45
if value >= ExtremeBaseVHigh:
xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Interior.ColorIndex = 3
xlBook.Save()
xlBook.Close()
xlApp.Application.Quit()
print 'DONE .... OPENING EXCEL REPORT ............................'
if GetWorst==0: sheetselection=vlowsheet[0]
if GetWorst==1: sheetselection=vlowsheet[1]
if GetWorst==2: sheetselection=vlowsheet[0]
xlApp=win32com.client.gencache.EnsureDispatch('Excel.Application')
xlApp.Workbooks.Open(xlsfile)
xlBook=xlApp.ActiveWorkbook
xlApp.Worksheets(sheetselection).Select()
xlApp.Visible=True
xlBook.Save()
#================================ DONE =====================================
if modext=='.pyc':
import time
starttime=time.time()
timeleft=sleeptime
while timeleft>=0:
elapsedtime=time.time()-starttime
timeleft=round(sleeptime-elapsedtime,0)
time.sleep(0.04)
print 'EXITING IN ................................................ {0:2.0f} SECONDS\r'.format(timeleft),
| | 3 | No.3 Revision |
Help Refining Multiple ACCC Excel Report
I have created a python module for comparing multiple (up to eight) acc files and reporting results to Excel. Lots of time invested so far and it seems to function well.... However when comparing multiple files with large contingency lists (not to mention N-2 lists), this thing takes forever to create the final Excel report. I must admit that I am a "Brute Force" type of programmer. I would welcome anyone out there to take a look at my code and suggest any ways to improve processing time. Thanks, Use this code any way you like.
Created by ### on 07-20-2013
Developed with Python 2.7.3, EXCEL 2013, and PSSE 33.4
This Module Creates an Excel Spreadsheet Comparing Results of Up to Eight(8) PSSE ACCC Solution Files
Prompts for Contingency Low Bus Voltage Threshold to Report
Option to Enable High Bus Voltage Reporting (GetHighV)
Prompts for Contingency High Bus Voltage Threshold to Report (if GetHighV enabled)
Prompts for Contingency High Branch Flow Threshold to Report
Will Ask for How Many ACCC Files to Compare
Prompts to Input the ACCC Files (Choose Files in the order Desired)
Has Options to Report All Violations, Worst Violations, or Both on EXCEL Sheets
Writes and Saves an EXCEL Report file with the name: ACCCReport + Date... Example: ACCCReport(070713).xlsx
Writes and Saves a PSSE TEXT Report (if Enabled Below) With the Name: ACCCPSSEReport + Date... Example: ACCCPSSEReport(070713).xlsx
Use it Any Way You Like ... DNL
Default Options ---------------------------------------------------------------
BaseVLowCriteria = 0.950 #N-0 pu Low Voltage Criteria (ERCOT uses 0.950) BaseVHighCriteria = 1.050 #N-0 pu Low Voltage Criteria (ERCOT uses 1.050) VLowCriteria = 0.900 #Contingency pu Low Voltage Criteria (ERCOT uses 0.900) VHighCriteria = 1.050 #Contingency pu High Voltage Criteria (ERCOT uses 1.050) IHighCriteria = 100.0 #Contingency Percent High Flow Criteria (All RTOs use 100.0) MVARatingCriteria = 'B' #Contingency Rating Criteria for Branch Flow (Enter as Text)
BaseVLow = 0.950 #Per Unit N-0 Low Voltage Violation Level to Report BaseVHigh = 1.050 #Per Unit N-0 High Voltage Violation Level to Report BaseIHigh = 95.0 #Percent N-0 High Flow Violation Level to Report
ExtremeBaseVLow = 0.920 #Per Unit N-0 Extreme Low Voltage Violation (for EXCEL Highlighting) ExtremeBaseVHigh = 1.100 #Per Unit N-0 Extreme High Voltage (for EXCEL Highlighting) ExtremeBaseIHigh = 110.0 #Percent N-0 Extreme High Flow Violation (for EXCEL Highlighting)
ExtremeVLow = 0.850 #Per Unit Contingency Extreme Low Voltage (for EXCEL Highlighting) ExtremeVHigh = 1.150 #Per Unit Contingency Extreme High Voltage (for EXCEL Highlighting) ExtremeIHigh = 125.0 #Percent Contingency Extreme High Flow (for EXCEL Highlighting)
DefaultGetHighV = False #Default Enable for Reporting High Voltage Violations DefaultVHigh = '1.050' #Default Contingency Per Unit High Voltage Violation Level to Report (Enter as Text) DefaultVLow = '0.900' #Default Contingency Per Unit Low Voltage Violation Level to Report (Enter as Text) DefaultIHigh = '95.0' #Default Contingency Percent Flow Violation Level (Enter as Text) DefaultGetWorst = 2 #Default Contingency Violation Reporting Option: 0=All, 1=Worst, 2=Both
TextReport = False #Option for PSSE Generated 'Multiple AC Contingency Run Report' sleeptime=10 #Pause Time for Output Console Window
import wx from datetime import date
--- ACCC GUI ------------------------------------------------------------------
def create(parent): return Frame1(parent)
[wxIDFRAME1, wxIDFRAME1BUTTON1, wxIDFRAME1BUTTON2, wxIDFRAME1CHECKBOX2, wxIDFRAME1PANEL1, wxIDFRAME1RADIOBOX1, wxIDFRAME1RADIOBOX3, wxIDFRAME1STATICTEXT1, wxIDFRAME1STATICTEXT11, wxIDFRAME1STATICTEXT2, wxIDFRAME1STATICTEXT3, wxIDFRAME1STATICTEXT4, wxIDFRAME1STATICTEXT5, wxIDFRAME1STATICTEXT6, wxIDFRAME1STATICTEXT7, wxIDFRAME1STATICTEXT8, wxIDFRAME1STATICTEXT9, wxIDFRAME1TEXTCTRL1, wxIDFRAME1TEXTCTRL10, wxIDFRAME1TEXTCTRL11, wxIDFRAME1TEXTCTRL2, wxIDFRAME1TEXTCTRL3, wxIDFRAME1TEXTCTRL4, wxIDFRAME1TEXTCTRL5, wxIDFRAME1TEXTCTRL6, wxIDFRAME1TEXTCTRL7, wxIDFRAME1TEXTCTRL8, wxIDFRAME1TEXTCTRL9, ] = [wx.NewId() for initctrls in range(28)]
class Frame1(wx.Frame): def initcollboxSizer9Items(self, parent): parent.AddSpacer(wx.Size(24, 8), border=0, flag=0) parent.AddWindow(self.textCtrl3, 0, border=0, flag=0) parent.AddSpacer(wx.Size(8, 8), border=0, flag=0) parent.AddWindow(self.staticText3, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer7_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl5, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText5, 0, border=4, flag=wx.BOTTOM | wx.TOP)
def _init_coll_boxSizer8_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl4, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText4, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer15_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl9, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(23, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl10, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(23, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl11, 0, border=0, flag=0)
def _init_coll_boxSizer6_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl6, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText6, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer13_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.radioBox1, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
def _init_coll_boxSizer4_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl8, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText8, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer11_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl1, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText1, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer12_Items(self, parent):
parent.AddSpacer(wx.Size(70, 8), border=0, flag=0)
parent.AddWindow(self.button1, 0, border=0, flag=0)
def _init_coll_boxSizer10_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl2, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText2, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer5_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl7, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText7, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer3_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.radioBox3, 0, border=0, flag=0)
def _init_coll_boxSizer14_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.staticText9, 0, border=3, flag=wx.BOTTOM)
parent.AddSpacer(wx.Size(23, 8), border=0, flag=0)
parent.AddWindow(self.checkBox2, 0, border=1, flag=wx.BOTTOM)
parent.AddSpacer(wx.Size(23, 8), border=0, flag=0)
parent.AddWindow(self.staticText11, 0, border=3, flag=wx.BOTTOM)
def _init_coll_boxSizer1_Items(self, parent):
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer14, 0, border=0, flag=0)
parent.AddSizer(self.boxSizer15, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer13, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer12, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer11, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer10, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer9, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer8, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer7, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer6, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer5, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer4, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer3, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer2, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
def _init_coll_boxSizer2_Items(self, parent):
parent.AddSpacer(wx.Size(70, 8), border=0, flag=0)
parent.AddWindow(self.button2, 0, border=0, flag=0)
def _init_sizers(self):
self.boxSizer1 = wx.BoxSizer(orient=wx.VERTICAL)
self.boxSizer2 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer3 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer4 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer5 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer6 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer7 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer8 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer9 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer10 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer11 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer12 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer13 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer14 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer15 = wx.BoxSizer(orient=wx.HORIZONTAL)
self._init_coll_boxSizer1_Items(self.boxSizer1)
self._init_coll_boxSizer2_Items(self.boxSizer2)
self._init_coll_boxSizer3_Items(self.boxSizer3)
self._init_coll_boxSizer4_Items(self.boxSizer4)
self._init_coll_boxSizer5_Items(self.boxSizer5)
self._init_coll_boxSizer6_Items(self.boxSizer6)
self._init_coll_boxSizer7_Items(self.boxSizer7)
self._init_coll_boxSizer8_Items(self.boxSizer8)
self._init_coll_boxSizer9_Items(self.boxSizer9)
self._init_coll_boxSizer10_Items(self.boxSizer10)
self._init_coll_boxSizer11_Items(self.boxSizer11)
self._init_coll_boxSizer12_Items(self.boxSizer12)
self._init_coll_boxSizer13_Items(self.boxSizer13)
self._init_coll_boxSizer14_Items(self.boxSizer14)
self._init_coll_boxSizer15_Items(self.boxSizer15)
self.panel1.SetSizer(self.boxSizer1)
def _init_ctrls(self, prnt):
wx.Frame.__init__(self, id=wxID_FRAME1, name='', parent=prnt,
pos=wx.Point(684, 261), size=wx.Size(321, 582),
style=wx.DEFAULT_FRAME_STYLE, title='ACCC Report Options')
self.SetClientSize(wx.Size(305, 544))
self.SetToolTipString('')
wx.Frame.Center(self,wx.BOTH)
self.panel1 = wx.Panel(id=wxID_FRAME1PANEL1, name='panel1', parent=self,
pos=wx.Point(0, 0), size=wx.Size(305, 544),
style=wx.TAB_TRAVERSAL)
self.panel1.SetToolTipString('')
self.radioBox1 = wx.RadioBox(choices=['1', '2', '3', '4', '5', '6', '7',
'8'], id=wxID_FRAME1RADIOBOX1, label='Number of ACC Files',
majorDimension=1, name='radioBox1', parent=self.panel1,
pos=wx.Point(24, 69), size=wx.Size(256, 48),
style=wx.RAISED_BORDER | wx.RA_SPECIFY_ROWS)
self.radioBox1.SetToolTipString('')
self.radioBox1.SetThemeEnabled(False)
self.radioBox1.SetSelection(0)
self.radioBox1.Bind(wx.EVT_RADIOBOX, self.OnRadioBox1Radiobox,
id=wxID_FRAME1RADIOBOX1)
self.button1 = wx.Button(id=wxID_FRAME1BUTTON1, label='Get File(s)',
name='button1', parent=self.panel1, pos=wx.Point(70, 125),
size=wx.Size(76, 23), style=0)
self.button1.SetToolTipString('')
self.button1.SetFocus()
self.button1.Bind(wx.EVT_BUTTON, self.OnButton1Button,
id=wxID_FRAME1BUTTON1)
self.textCtrl1 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL1, name='textCtrl1',
parent=self.panel1, pos=wx.Point(24, 156), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl1.Enable(True)
self.textCtrl1.SetToolTipString('')
self.textCtrl1.SetEditable(False)
self.textCtrl1.Enable(True)
self.textCtrl2 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL2, name='textCtrl2',
parent=self.panel1, pos=wx.Point(24, 185), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl2.SetEditable(False)
self.textCtrl2.SetToolTipString('')
self.textCtrl2.Enable(False)
self.textCtrl3 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL3, name='textCtrl3',
parent=self.panel1, pos=wx.Point(24, 214), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl3.Enable(True)
self.textCtrl3.SetToolTipString('')
self.textCtrl3.SetEditable(False)
self.textCtrl3.Enable(False)
self.textCtrl4 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL4, name='textCtrl4',
parent=self.panel1, pos=wx.Point(24, 243), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl4.Enable(True)
self.textCtrl4.SetToolTipString('')
self.textCtrl4.SetEditable(False)
self.textCtrl4.Enable(False)
self.textCtrl5 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL5, name='textCtrl5',
parent=self.panel1, pos=wx.Point(24, 272), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl5.Enable(True)
self.textCtrl5.SetToolTipString('')
self.textCtrl5.SetEditable(False)
self.textCtrl5.Enable(False)
self.textCtrl6 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL6, name='textCtrl6',
parent=self.panel1, pos=wx.Point(24, 301), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl6.Enable(True)
self.textCtrl6.SetToolTipString('')
self.textCtrl6.SetEditable(False)
self.textCtrl6.Enable(False)
self.textCtrl7 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL7, name='textCtrl7',
parent=self.panel1, pos=wx.Point(24, 330), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl7.Enable(True)
self.textCtrl7.SetToolTipString('')
self.textCtrl7.SetEditable(False)
self.textCtrl7.Enable(False)
self.textCtrl8 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL8, name='textCtrl8',
parent=self.panel1, pos=wx.Point(24, 359), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl8.Enable(True)
self.textCtrl8.SetToolTipString('')
self.textCtrl8.SetEditable(False)
self.textCtrl8.Enable(False)
self.button2 = wx.Button(id=wxID_FRAME1BUTTON2, label='Run Report',
name='button2', parent=self.panel1, pos=wx.Point(70, 504),
size=wx.Size(76, 23), style=0)
self.button2.SetToolTipString('')
self.button2.Bind(wx.EVT_BUTTON, self.OnButton2Button,
id=wxID_FRAME1BUTTON2)
self.staticText1 = wx.StaticText(id=wxID_FRAME1STATICTEXT1,
label='<--- ACC File 1', name='staticText1', parent=self.panel1,
pos=wx.Point(200, 160), size=wx.Size(80, 13), style=0)
self.staticText1.SetToolTipString('')
self.staticText2 = wx.StaticText(id=wxID_FRAME1STATICTEXT2,
label='<--- ACC File 2', name='staticText2', parent=self.panel1,
pos=wx.Point(200, 189), size=wx.Size(80, 13), style=0)
self.staticText2.SetToolTipString('')
self.staticText3 = wx.StaticText(id=wxID_FRAME1STATICTEXT3,
label='<--- ACC File 3', name='staticText3', parent=self.panel1,
pos=wx.Point(200, 218), size=wx.Size(80, 13), style=0)
self.staticText3.SetToolTipString('')
self.staticText4 = wx.StaticText(id=wxID_FRAME1STATICTEXT4,
label='<--- ACC File 4', name='staticText4', parent=self.panel1,
pos=wx.Point(200, 247), size=wx.Size(80, 13), style=0)
self.staticText4.SetToolTipString('')
self.staticText5 = wx.StaticText(id=wxID_FRAME1STATICTEXT5,
label='<--- ACC File 5', name='staticText5', parent=self.panel1,
pos=wx.Point(200, 276), size=wx.Size(80, 13), style=0)
self.staticText5.SetToolTipString('')
self.staticText6 = wx.StaticText(id=wxID_FRAME1STATICTEXT6,
label='<--- ACC File 6', name='staticText6', parent=self.panel1,
pos=wx.Point(200, 305), size=wx.Size(80, 13), style=0)
self.staticText6.SetToolTipString('')
self.staticText7 = wx.StaticText(id=wxID_FRAME1STATICTEXT7,
label='<--- ACC File 7', name='staticText7', parent=self.panel1,
pos=wx.Point(200, 334), size=wx.Size(80, 13), style=0)
self.staticText7.SetToolTipString('')
self.staticText8 = wx.StaticText(id=wxID_FRAME1STATICTEXT8,
label='<--- ACC File 8', name='staticText8', parent=self.panel1,
pos=wx.Point(200, 363), size=wx.Size(80, 13), style=0)
self.staticText8.SetToolTipString('')
self.staticText9 = wx.StaticText(id=wxID_FRAME1STATICTEXT9,
label='VLow (pu)', name='staticText9', parent=self.panel1,
pos=wx.Point(24, 16), size=wx.Size(70, 13),
style=wx.ALIGN_CENTRE)
self.staticText9.SetToolTipString('')
self.staticText11 = wx.StaticText(id=wxID_FRAME1STATICTEXT11,
label='Loading (%)', name='staticText11', parent=self.panel1,
pos=wx.Point(210, 16), size=wx.Size(70, 13),
style=wx.ALIGN_CENTRE)
self.staticText11.SetToolTipString('')
self.textCtrl9 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL9, name='textCtrl9',
parent=self.panel1, pos=wx.Point(24, 32), size=wx.Size(70, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value=DefaultVLow)
self.textCtrl9.SetToolTipString('')
self.textCtrl9.Bind(wx.EVT_TEXT, self.OnTextCtrl9Text,
id=wxID_FRAME1TEXTCTRL9)
self.textCtrl10 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL10,
name='textCtrl10', parent=self.panel1, pos=wx.Point(117, 32),
size=wx.Size(70, 21), style=wx.SUNKEN_BORDER | wx.TE_CENTER,
value=DefaultVHigh)
self.textCtrl10.SetToolTipString('')
self.textCtrl10.Enable(False)
self.textCtrl10.Bind(wx.EVT_TEXT, self.OnTextCtrl10Text,
id=wxID_FRAME1TEXTCTRL10)
self.textCtrl11 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL11,
name='textCtrl11', parent=self.panel1, pos=wx.Point(210, 32),
size=wx.Size(70, 21), style=wx.SUNKEN_BORDER | wx.TE_CENTER,
value=DefaultIHigh)
self.textCtrl11.SetToolTipString('')
self.textCtrl11.Bind(wx.EVT_TEXT, self.OnTextCtrl11Text,
id=wxID_FRAME1TEXTCTRL11)
self.checkBox2 = wx.CheckBox(id=wxID_FRAME1CHECKBOX2,
label='VHigh (pu)', name='checkBox2', parent=self.panel1,
pos=wx.Point(117, 16), size=wx.Size(70, 13), style=0)
self.checkBox2.SetValue(DefaultGetHighV)
self.checkBox2.SetToolTipString('')
self.checkBox2.Bind(wx.EVT_CHECKBOX, self.OnCheckBox2Checkbox,
id=wxID_FRAME1CHECKBOX2)
self.radioBox3 = wx.RadioBox(choices=['<--- Report All Violations',
'<--- Report Worst Violations', '<--- Report Both'],
id=wxID_FRAME1RADIOBOX3,
label='CONTINGENCY VIOLATION REPORTING OPTIONS:',
majorDimension=1, name='radioBox3', parent=self.panel1,
pos=wx.Point(24, 404), size=wx.Size(256, 84),
style=wx.RAISED_BORDER | wx.RA_SPECIFY_COLS)
self.radioBox3.SetSelection(DefaultGetWorst)
self.radioBox3.SetToolTipString('')
self.radioBox3.Bind(wx.EVT_RADIOBOX, self.OnRadioBox3Radiobox,
id=wxID_FRAME1RADIOBOX3)
self._init_sizers()
def __init__(self, parent):
self._init_ctrls(parent)
#-- GUI EVENTS -------------------------------------------------------------
#-- High Voltage Enable ----------------------------------------------------
def OnCheckBox2Checkbox(self, event):
gethighv = bool(self.checkBox2.GetValue())
self.textCtrl10.Enable(gethighv)
self.GetHighV = gethighv
#-- High Voltage Selection -------------------------------------------------
def OnTextCtrl10Text(self, event):
self.VHigh = float(self.textCtrl10.GetValue())
#-- Low Voltge Selection ---------------------------------------------------
def OnTextCtrl9Text(self, event):
self.VLow=float(self.textCtrl9.GetValue())
#-- High Loading Selection -------------------------------------------------
def OnTextCtrl11Text(self, event):
self.IHigh = float(self.textCtrl11.GetValue())
#-- Number of ACC Files Selection ------------------------------------------
def OnRadioBox1Radiobox(self, event):
displaydict={0:self.textCtrl1,1:self.textCtrl2,2:self.textCtrl3,3:self.textCtrl4,
4:self.textCtrl5,5:self.textCtrl6,6:self.textCtrl7,7:self.textCtrl8}
for i in displaydict: displaydict[i].SetValue('None')
self.numaccfiles = self.radioBox1.GetSelection()+1
for j in range(self.numaccfiles):
displaydict[j].Enable(1)
for k in range(j+1,8):
displaydict[k].Enable(0)
#-- Get ACC Files Button ---------------------------------------------------
def OnButton1Button(self, event):
displaydict={0:self.textCtrl1,1:self.textCtrl2,2:self.textCtrl3,3:self.textCtrl4,
4:self.textCtrl5,5:self.textCtrl6,6:self.textCtrl7,7:self.textCtrl8}
self.accfilelist=['','','','','','','','']
wildcard = "ACCC File (*.acc)|*.acc|"\
"All files (*.*)|*.*"
for i in range(self.numaccfiles):
title='Select ACCC File {0:1}'.format(i)
dialog = wx.FileDialog(None, title, os.getcwd(), "", wildcard, wx.OPEN|wx.CHANGE_DIR)
dialog.Center(wx.BOTH)
dialog.ShowModal()
fname=dialog.GetPath().encode("ascii")
path,fname=os.path.split(fname)
self.accfilelist[i]=fname
displaydict[i].SetValue(fname)
dialog.Destroy()
#-- Contingency Violation Options ------------------------------------------
def OnRadioBox3Radiobox(self, event):
self.GetWorst = self.radioBox3.GetSelection()
#-- Done Button.. Generate Report ------------------------------------------
def OnButton2Button(self, event):
app.ExitMainLoop()
=== NON GUI FUNCTIONS =========================================================
def GetReportNames(path):
stamp='{:%m%d%y}'.format(date.today())
rptfile1=path +'\ACCCPSSEReport('+stamp+').txt'
rptfile2=path +'\ACCCPSSEReport(Worst)('+stamp+').txt'
xlsfile=path +'\ACCCReport_('+stamp+').xlsx'
return rptfile1,rptfile2,xlsfile
-------------------------------------------------------------------------------
def GetN0results(numaccfiles,accfilelist): N0results=[[],[],[],[],[],[],[],[]] for i in range(numaccfiles): data = pssarrays.accc_solution(accfilelist[i], colabel='BASE CASE') N0results[i]=data return N0results
-------------------------------------------------------------------------------
def GetUniqueBusList(numaccfiles,accfilelist):
accsummary=[[],[],[],[],[],[],[],[]]
buslist=()
for i in range(numaccfiles):
data = pssarrays.accc_summary(accfilelist[i])
accsummary[i]= data
buslist=buslist+data.mvbuslabel
ubuslist=list(set(buslist))
ubuslist.sort()
return ubuslist,accsummary
-------------------------------------------------------------------------------
def GetUniqueBranchList(numaccfiles,accsummary): branchlist=() for i in range(numaccfiles): data = accsummary[i] branchlist=branchlist+data.melement ubranchlist=list(set(branchlist)) ubranchlist.sort() return ubranchlist
-------------------------------------------------------------------------------
def BuildMasterConlist(numaccfiles,accfilelist,accsummary):
conlist=[]
masterconlist=[]
desc=[[],[],[],[],[],[],[],[]]
for j in range(numaccfiles):
for outage in accsummary[j].colabel[1:]:
data = pssarrays.accc_solution(accfilelist[j], colabel=outage)
description=(outage,data.codesc)
desc[j].append(description)
masterconlist.append(description)
umasterconlist=list(set(masterconlist))
umasterconlist.sort()
return desc,umasterconlist
-------------------------------------------------------------------------------
def BuildDuplicateConList(masterconlist):
pmasterconlist=[]
for u in range(len(masterconlist)):
temp=[masterconlist[u][0],masterconlist[u][1]]
pmasterconlist.append(temp)
for x in range(len(pmasterconlist)-1):
for y in range(len(pmasterconlist)-1):
if pmasterconlist[y][0]== pmasterconlist[y+1][0]:
pmasterconlist[y][0]='@'+pmasterconlist[y+1][0]
return pmasterconlist
-------------------------------------------------------------------------------
def GetN1results(numaccfiles,accfilelist,outage,desc): conexist=[[],[],[],[],[],[],[],[]] converged=[[],[],[],[],[],[],[],[]] con=[[],[],[],[],[],[],[],[]] N1results=[[],[],[],[],[],[],[],[]] for i in range(numaccfiles): conexist[i]=False converged[i]='NA' for j in desc[i]: if outage[1]==j[1]: con[i]=j conexist[i]=True for k in range(numaccfiles): if conexist[k]==True: data=pssarrays.accc_solution(accfilelist[k], colabel=con[k][0]) N1results[k]=data converged[k]=data.cnvflag return N1results,conexist,converged
-------------------------------------------------------------------------------
def GetWorstVLow(vlowviolist,vlowconlist):
vlowviolist.sort(key=lambda x:x[0]) #Sort the Low Bus Voltage Violation List by Bus Name
delviolist=[True for y in range(len(vlowviolist))] #Initialize a Delete Flag List to True (Worst Violations will be changed to False)
buscountlist=[1 for z in range(len(vlowviolist))] #Initialize a Violation Counter list to 1 (Will be incremented if more than 1 violation)
vlowconlistdict=dict(vlowconlist) #Create a dictionary of contingency violations
minvoltage=3.33; buscount=1; minindex=0 #Initialize MinVoltage Value, Low Voltage Violation Counter, Index of Min Bus Voltage
for x in range(len(vlowviolist)-1): #Loop through the Indexes of the Bus Violation List (up to next to last)
if vlowviolist[x][0] == vlowviolist[x+1][0]: #Determine if this loop's Bus is equal to the next loop's Bus
buscount+=1 #If Equal, Increment Violation Counter
AList=vlowviolist[x][2:] #Get this loop's Bus Voltage Values
BList=vlowviolist[x+1][2:] #Get the next loop's Bus Voltage Values
for i in range(len(AList)): #Loop through the indexes of this loop's voltage values
try: AList[i]=float(AList[i]) #Convert the Bus Voltage Values to 'float' (if it is 'numerical')
except: AList[i]=3.44 #If the Bus Voltage is not numerical, assign it a very high 'non-violation' value
for j in range(len(BList)): #Loop through the indexes of the next loop's voltage values
try: BList[j]=float(BList[j]) #Convert the Bus Voltage Values to 'float' (if it is 'numerical')
except: BList[j]=3.44 #If the Bus Voltage is not numerical, assign it a very high 'non-violation' value
a=min(AList) #Get the Min of this loop's Bus Voltage
b=min(BList) #Get the Min of the next loop's Bus Voltage
if a < minvoltage: #If the Min of this loop's Bus Voltage is < this loop's minvoltage value
minvoltage=a #Set the minvoltage value to this loop's Min Bus Voltage
minindex=x #Save the index of this loop's Min Bus Voltage
if b < minvoltage: #If the Min of the next loop's Bus Voltage is < this loop's minvoltage value
minvoltage=b #Set the minvoltage value to the next loop's Min Bus Voltage
minindex=x+1 #Save the index of the next loop's Min Bus Voltage
else: #Since this loop's Bus is NOT equal to the next loop's Bus (Means we have looped through all buses with equal names)
buscountlist[minindex]=buscount #Change the element in this loop's (or next loop's) Bus Counter List to the Violation Counter
delviolist[minindex]=False #Change the element in this loop's (or next loop's) Delete Flag List to False
minvoltage=3.33 #Reset the Min Voltage Value to a large 'non-violation' value
buscount=1 #Reset the Bus Violation Counter
minindex=x+1 #Reset the Bus Min Violation index to the next loop
buscountlist[minindex]=buscount #If last two Buses are equal, assign bus counter from equal logic. If last two Buses are NOT equal, assign bus counter from NOT equal logic.
delviolist[minindex]=False #If last two Buses are equal, Change Delete Flag List from equal logic. If last two Buses are NOT equal, Change Delete Flag List from NOT equal logic.
worstviolist=[] #Create an Empty List to hold the 'Worst' Bus/Contingency/LowVoltage Data
worstcountlist=[] #Create an Empty List to hold how many Contingencies Caused Low Voltage Violations
for x in range(len(vlowviolist)): #Loop Through the 'Total' Bus Low Voltage Violation List
if delviolist[x]==False: #Check if this Bus/Contingency is NOT 'Flagged' to be Deleted (Worst Contingency)
worstviolist.append(list(vlowviolist[x])) #If Not ... Add it to the Worst Bus Low Voltage Violation List
worstcountlist.append(int(buscountlist[x])) #Get how many other Contingencies Caused Low Voltage Violations for this Bus
for y in range(len(worstviolist)): #Loop Through 'Identified' Worst Bus Low Voltage Violation List
if worstviolist[y][0].startswith('*'): #Check if the worst violation had a basecase violation
worstviolist[y][0]=worstviolist[y][0].lstrip('*') #Remove the leading character (will add it back)
worstviolist[y][0]='*('+str(worstcountlist[y])+') '+worstviolist[y][0] #Add the Number of Contingencies that Caused Low Voltage Violations to the Begining of the Bus Description
else: #If it did not have basecase violation...
worstviolist[y][0]='('+str(worstcountlist[y])+') '+worstviolist[y][0] #Add the Number of Contingencies that Caused Low Voltage Violations to the Begining of the Bus Description
worstconlist=[] #Create an Empty List to hold the Worst Contingency Names and Descriptions
for z in worstviolist: #Finally...Loop through 'Identified' Worst Bus Low Voltage Violation List Again
conlabel=z[1] #Get the Continency Name or 'Label'
condesc=vlowconlistdict[conlabel] #Get the Contingency Description using the Low Voltage Contingency List Dictionary
condata=(conlabel,condesc) #Create a temporary list for this Contingency Label and Description
worstconlist.append(condata) #Add this 'Worst' Contingency to the 'worstcon' List
return worstviolist,worstconlist #Return Worst Results (Bus/WorstOutage/VoltageData and Contingency Names/Descriptions
-------------------------------------------------------------------------------
def GetWorstVHigh(vhighviolist,vhighconlist):
vhighviolist.sort(key=lambda x:x[0]) #Sort the High Bus Voltage Violation List by Bus Name
delviolist=[True for y in range(len(vhighviolist))] #Initialize a Delete Flag List to True (Worst Violations will be changed to False)
buscountlist=[1 for z in range(len(vhighviolist))] #Initialize a Violation Counter list to 1 (Will be incremented if more than 1 violation)
vhighconlistdict=dict(vhighconlist) #Create a dictionary of contingency violations
maxvoltage=0.20; buscount=1; maxindex=0 #Initialize MaxVoltage Value, High Voltage Violation Counter, Index of Max Bus Voltage
for x in range(len(vhighviolist)-1): #Loop through the Indexes of the Bus Violation List (up to next to last)
if vhighviolist[x][0] == vhighviolist[x+1][0]: #Determine if this loop's Bus is equal to the next loop's Bus
buscount+=1 #If Equal, Increment Violation Counter
AList=vhighviolist[x][2:] #Get this loop's Bus Voltage Values
BList=vhighviolist[x+1][2:] #Get the next loop's Bus Voltage Values
for i in range(len(AList)): #Loop through the indexes of this loop's voltage values
try: AList[i]=float(AList[i]) #Convert the Bus Voltage Values to 'float' (if it is 'numerical')
except: AList[i]=0.10 #If the Bus Voltage is not numerical, assign it a very low 'non-violation' value
for j in range(len(BList)): #Loop through the indexes of the next loop's voltage values
try: BList[j]=float(BList[j]) #Convert the Bus Voltage Values to 'float' (if it is 'numerical')
except: BList[j]=0.10 #If the Bus Voltage is not numerical, assign it a very low 'non-violation' value
a=max(AList) #Get the Max of this loop's Bus Voltage
b=max(BList) #Get the Max of the next loop's Bus Voltage
if a > maxvoltage: #If the Max of this loop's Bus Voltage is > this loop's minvoltage value
maxvoltage=a #Set the maxvoltage value to this loop's Max Bus Voltage
maxindex=x #Save the index of this loop's Max Bus Voltage
if b > maxvoltage: #If the Max of the next loop's Bus Voltage is > this loop's maxvoltage value
maxvoltage=b #Set the maxvoltage value to the next loop's Max Bus Voltage
maxindex=x+1 #Save the index of the next loop's Max Bus Voltage
else: #Since this loop's Bus is NOT equal to the next loop's Bus (Means we have looped through all buses with equal names)
buscountlist[maxindex]=buscount #Change the element in this loop's (or next loop's) Bus Counter List to the Violation Counter
delviolist[maxindex]=False #Change the element in this loop's (or next loop's) Delete Flag List to False
maxvoltage=0.20 #Reset the Max Voltage Value to a low 'non-violation' value
buscount=1 #Reset the Bus Violation Counter
maxindex=x+1 #Reset the Bus Max Violation index to the next loop
buscountlist[maxindex]=buscount #If last two Buses are equal, assign bus counter from equal logic. If last two Buses are NOT equal, assign bus counter from NOT equal logic.
delviolist[maxindex]=False #If last two Buses are equal, Change Delete Flag List from equal logic. If last two Buses are NOT equal, Change Delete Flag List from NOT equal logic.
worstviolist=[] #Create an Empty List to hold the 'Worst' Bus/Contingency/High Voltage Data
worstcountlist=[] #Create an Empty List to hold how many Contingencies Caused High Voltge Violations
for x in range(len(vhighviolist)): #Loop Through the 'Total' Bus Violation List
if delviolist[x]==False: #Check if this Bus/Contingency is NOT 'Flagged' to be Deleted (Worst Contingency)
worstviolist.append(list(vhighviolist[x])) #If Not ... Add it to the Worst Bus High Voltage Violation List
worstcountlist.append(int(buscountlist[x])) #Get how many other Contingencies Caused High Violations for this Bus
for y in range(len(worstviolist)): #Loop Through 'Identified' Worst Bus High Voltage Violation List
if worstviolist[y][0].startswith('*'): #Check if the worst violation had a basecase violation
worstviolist[y][0]=worstviolist[y][0].lstrip('*') #Remove the leading character (will add it back)
worstviolist[y][0]='*('+str(worstcountlist[y])+') '+worstviolist[y][0] #Add the Number of Contingencies that Caused Low Voltage Violations to the Begining of the Bus Description
else: #If it did not have basecase violation...
worstviolist[y][0]='('+str(worstcountlist[y])+') '+worstviolist[y][0] #Add the Number of Contingencies that Caused Low Voltage Violations to the Begining of the Bus Description
worstconlist=[] #Create an Empty List to hold the Worst Contingency Names and Descriptions
for z in worstviolist: #Finally...Loop through 'Identified' Worst Bus High Voltage List Again
conlabel=z[1] #Get the Continency Name or 'Label'
condesc=vhighconlistdict[conlabel] #Get the Contingency Description using the Voltage Contingency List Dictionary
condata=(conlabel,condesc) #Create a temporary list for this Contingency Label and Description
worstconlist.append(condata) #Add this 'Worst' Contingency to the 'worstcon' List
return worstviolist,worstconlist #Return Worst Results (Bus/WorstOutage/HighVoltageData and Contingency Names/Descriptions
-------------------------------------------------------------------------------
def GetWorstI(iviolist,iconlist): iviolist.sort(key=lambda x:x[0]) #Sort the Branch Violation List by Branch Name deliviolist=[True for y in range(len(iviolist))] #Initialize a Delete Flag List to True (Worst Violations will be changed to False) branchcountlist=[1 for z in range(len(iviolist))] #Initialize a Violation Counter list to 1 (Will be incremented if more than 1 violation) iconlistdict=dict(iconlist) #Create a dictionary of contingency violations maxloading=0.15; branchcount=1; maxindex=0 #Initialize MaxLoading Value, Branch Violation Counter, Index of Max Branch flow
for x in range(len(iviolist)-1): #Loop through the Indexes of the Branch Violation List (up to next to last)
if iviolist[x][0]==iviolist[x+1][0]: #Determine if this loop's Branch is equal to the next loop's Branch
branchcount+=1 #If Equal, Increment Violation Counter
AList=iviolist[x][3:] #Get this loop's Branch Flow Values
BList=iviolist[x+1][3:] #Get the next loop's Branch Flow Values
for i in range(len(AList)): #Loop through the indexes of this loop's flow values
try: AList[i]=float(AList[i]) #Convert the Branch Flow Values to 'float' (if it is 'numerical')
except: AList[i]=0.10 #If the Branch flow is not numerical, assign it a very low 'non-violation' value
for j in range(len(BList)): #Loop through the indexes of the next loop's flow values
try: BList[j]=float(BList[j]) #Convert the Branch Flow Values to 'float' (if it is 'numerical')
except: BList[j]=0.10 #If the Branch flow is not numerical, assign it a very low 'non-violation' value
a=max(AList) #Get the Max of this loop's branch flow
b=max(BList) #Get the Max of the next loop's branch flow
if a > maxloading: #If the Max of this loop's branch flow is > this loop's maxloading value
maxloading=a #Set the maxloading value to this loop's Max branch flow
maxindex=x #Save the index of this loop's Max branch flow
if b > maxloading: #If the Max of the next loop's branch flow is > this loop's maxloading value
maxloading=b #Set the maxloading value to the next loop's Max branch flow
maxindex=x+1 #Save the index of the next loop's Max branch flow
else: #Since this loop's Branch is NOT equal to the next loop's Branch (Means we have looped through all branches with equal names)
branchcountlist[maxindex]=branchcount #Change the element in this loop's (or next loop's) Branch Counter List to the Violation Counter
deliviolist[maxindex]=False #Change the element in this loop's (or next loop's) Delete Flag List to False
maxloading=0.15 #Reset the Max Loading Value to a small 'non-violation' value
branchcount=1 #Reset the Branch Violation Counter
maxindex=x+1 #Reset the Branch Max Violation index to the next loop
branchcountlist[maxindex]=branchcount #If last two branches are equal, assign branch counter from equal logic. If last two branches are NOT equal, assign branch counter from NOT equal logic.
deliviolist[maxindex]=False #If last two branches are equal, Change Delete Flag List from equal logic. If last two branches are NOT equal, Change Delete Flag List from NOT equal logic.
worstiviolist=[] #Create an Empty List to hold the 'Worst' Branch/Contingency/Flow Data
worstcountlist=[] #Create an Empty List to hold how many Contingencies Caused Violations
for x in range(len(iviolist)): #Loop Through the 'Total' Branch Violation List
if deliviolist[x]==False: #Check if this Branch/Contingency is not Flagged to be Deleted (Worst Contingency)
worstiviolist.append(list(iviolist[x])) #If Not ... Add it to the Worst Branch Flow Violation List
worstcountlist.append(int(branchcountlist[x])) #Get how many other Contingencies Caused Violations for this Branch
for y in range(len(worstiviolist)): #Loop Through 'Identified' Worst Branch Flow Violation List
if worstiviolist[y][0].startswith('*'): #Check if the worst violation had a basecase violation
worstiviolist[y][0]=worstiviolist[y][0].lstrip('*') #Remove the leading character (will add it back)
worstiviolist[y][0]='*('+str(worstcountlist[y])+') '+worstiviolist[y][0] #Add the Number of Contingencies that Caused High Flow Violations to the Begining of the Bus Description
else: #If it did not have basecase violation...
worstiviolist[y][0]='('+str(worstcountlist[y])+') '+worstiviolist[y][0] #Add the Number of Contingencies that Caused High Flow Violations to the Begining of the Bus Description
worstconlist=[] #Create an Empty List to hold the Worst Contingency Names and Descriptions
for z in worstiviolist: #Finally...Loop through 'Identified' Worst Branch Flow List Again
conlabel=z[1] #Get the Continency Name or 'Label'
condesc=iconlistdict[conlabel] #Get the Contingency Description using the Flow Contingency List Dictionary
condata=(conlabel,condesc) #Create a temporary list for this Contingency Label and Description
worstconlist.append(condata) #Add this 'Worst' Contingency to the 'worstcon' List
return worstiviolist,worstconlist #Return Worst Results (Branch/WorstOutage/FlowData and Contingency Names/Descriptions
-------------------------------------------------------------------------------
----- MAIN ---------- MAIN ---------- MAIN ---------- MAIN ---------- MAIN ----
-------------------------------------------------------------------------------
if name == 'main': import os, sys
#-------- SET EVIRONMENT VARIABLES to Access PSSE Modules ------------------
_PSSBINPATH = r"C:\Program Files\PTI\PSSE33\PSSBIN"
if os.path.exists(r"C:\Program Files (x86)\PTI\PSSE33\PSSBIN"):
_PSSBINPATH = r"C:\Program Files (x86)\PTI\PSSE33\PSSBIN"
os.environ['PATH'] = _PSSBINPATH + ';' + os.environ['PATH']
sys.path.insert(0,_PSSBINPATH)
import pssarrays, psspy
#Create GUI ----------------------------------------------------------------
app = wx.PySimpleApp()
frame = create(None)
frame.Show()
#Initialize ACCC Options ---------------------------------------------------
frame.VLow=float(DefaultVLow)
frame.GetHighV=DefaultGetHighV
frame.VHigh=float(DefaultVHigh)
frame.IHigh=float(DefaultIHigh)
frame.numaccfiles=1
frame.accfilelist=None
frame.GetWorst=DefaultGetWorst
#Go To GUI -----------------------------------------------------------------
app.MainLoop()
#Assign ACCC Options Selections --------------------------------------------
VLow=frame.VLow
GetHighV=frame.GetHighV
VHigh=frame.VHigh
IHigh=frame.IHigh
numaccfiles=frame.numaccfiles
accfilelist=frame.accfilelist
GetWorst=frame.GetWorst
#Close GUI -----------------------------------------------------------------
frame.Show(0)
frame.Close()
app.Destroy()
if accfilelist==None:
print '\nNO SAVE FILES SELECTED!!',
raise Exception('NO SAVE FILES SELECTED!!')
#---------------------------------------------------------------------------
accpath=os.getcwd() #Get the Path of Working Directory
rptfile1,rptfile2,xlsfile=GetReportNames(accpath) #Get the Names of Text and Excel Report Files
try: os.remove(xlsfile) #Delete EXCEL file with same name if it exists
except: pass
NoBus=9.999 #Temp Value if Bus is not found in Monitor List
NoVCon=8.888 #Temp Value if Contingency is not found in .acc File
NoBusNoVCon=7.777 #Temp Value Bus and Contingency is not found
NoVSol=6.666 #Temp Value if Contingency did not reach Convergence
NoBranch=999.9 #Temp Value if Branch is not found in Monitor List
NoICon=888.8 #Temp Value if No Flow Contingency
NoBranchNoICon=777.7 #Temp Value if Branch and Contingency is not found
NoISol=666.6 #Temp Value if Contingency did not reach Convergence
#===========================================================================
#===== GET N-0 RESULTS =====================================================
#===========================================================================
print 'GETTING N-0 RESULTS .......................................'
N0results= GetN0results(numaccfiles,accfilelist) #Get N-0 Results (Also used for Flow)
#START N-0 VOLTAGE ANALYSIS -----------------------------------------------
print 'COMPILING BUS LIST ........................................'
buslist,accsummary = GetUniqueBusList(numaccfiles,accfilelist) #Compile Unique Monitored Bus List
baselowviolist=[] #Initialize the N-0 Bus Low Voltage Violation List
basehighviolist=[] #Initialize the N-0 Bus High Voltage Violation List
print 'PROCESSING N-0 VOLTAGE ....................................'
for BUS in buslist: #Loop Through buses in the 'Total' Monitored Bus List
v = [0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize This 'BUS' Voltage Across Cases for this Loop
for i in range(numaccfiles): #Loop Across Cases
try: #Determine if this 'BUS' Exists in the Monitored List
busindex=accsummary[i].mvbuslabel.index(BUS) #Get this 'BUS' index from the Summary (if it exists)
v[i]=N0results[i].volts[busindex] #If the Bus is in the Monitored List... Get it's Voltage
except: v[i]=NoBus #If the Bus is not in the Monitored List... Assign it the 'NoBus' Value
lowviolation = False #Initialize Low Voltage Violation Flag
highviolation = False #Initialize High Voltage Violation Flag
for j in range(numaccfiles): #Loop Across Cases
if v[j] > 0.0 and v[j] < BaseVLow: lowviolation = True #Determine if this 'BUS' has a Low Voltage Violation, Set Flag
if v[j] > BaseVHigh and v[j] < NoVSol: highviolation = True #Determine if this 'BUS' has a High Voltage Violation, Set Flag
if lowviolation == True: #if this 'BUS' was Found in Low Voltage Violation
for k in range(numaccfiles): #Loop Across Cases
if v[k]==NoBus: v[k]='NB' #If this 'BUS' does not exist in the Monitored List for this Case, Assign a String to it's value
else: v[k]='{0:>5.3f}'.format(v[k]) #Otherwise... Get the 'BUS' Voltage
for x in range(numaccfiles,8): v[x]='- ' #If Less than Eight Cases... Set the 'BUS' voltage to a 'Null' String
L=[BUS,v[0],v[1],v[2],v[3],v[4],v[5],v[6],v[7]] #Create a List of Results
baselowviolist.append(L) #Add Results of this Loop to a Compiled N-0 Low Voltage Violation List
if highviolation == True: #if this 'BUS' was Found in High Voltage Violation
for m in range(numaccfiles): #Loop Across Cases
if v[m]==NoBus: v[m]='NB' #If this 'BUS' does not exist in the Monitored List for this Case, Assign a String to it's value
else: v[m]='{0:>5.3f}'.format(v[m]) #Otherwise... Get the 'BUS' Voltage
for x in range(numaccfiles,8): v[x]='- ' #If Less than Eight Cases... Set the 'BUS' voltage to a 'Null' String
M=[BUS,v[0],v[1],v[2],v[3],v[4],v[5],v[6],v[7]] #Create a List of Results
basehighviolist.append(M) #Add Results of this Loop to a Compiled N-0 High Voltage Violation List
baselowviolist.sort() #Sort the N-0 Bus Low Voltage Violation List
basehighviolist.sort() #Sort the N-0 Bus High Voltage Violation List
#START N-0 BRANCH FLOW ANALYSIS --------------------------------------------
print 'COMPILING BRANCH LIST .....................................'
branchlist= GetUniqueBranchList(numaccfiles,accsummary) #Compile Unique Monitored Branch List
baseiviolist=[] #Initialize the N-0 Violation List
print 'PROCESSING N-0 FLOW .......................................'
for BRANCH in branchlist: #Loop Through Branches in the 'Total' Monitored Branch List
rating=[0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize the Branch Ratings across Cases
pct=[0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize the Percent Flow across Cases
for i in range(numaccfiles): #Loop Across Cases
if BRANCH in accsummary[i].melement: #Determine if this 'BRANCH' Exists in the Monitored List
branchindex=accsummary[i].melement.index(BRANCH) #Get this 'BRANCH' index from the Summary (if it exists)
mvaflow=abs(N0results[i].ampflow[branchindex]) #If this 'BRANCH' is in the Monitored List... Get it's Flow
rating[i] = accsummary[i].rating.a[branchindex] #If this 'BRANCH' is in the Monitored List... Get it's Rating A
try: pct[i]=mvaflow*100/rating[i] #Check for Division by Zero ... Calculate Percent Flow
except: continue #Next Loop if Rating = 0.0
else: pct[i]=NoBranch #If this 'BRANCH' is not in the Monitored List... Assign it the 'NoBranch' Value
rate=max(rating) #Get the Max Branch Rating across Cases
rate='{0:>5.0f}'.format(rate) #Convert Rating to String and Format to Zero Decimal Places
for r in range(numaccfiles-1): #Loop Across Cases
if rating[r]!= 0.0 and rating[r+1]!= rating[r]: rate=rate+'~' #Determine if Ratings are Different... If So.. Add a Character to Max Rating
violation = False #Initialize the Violation Flag heading into the Next Loop
for j in range(numaccfiles): #Loop Across Cases
if pct[j] > BaseIHigh and pct[j] < NoISol: violation = True #Determine if this 'BRANCH' is in Violation, Set Flag
if violation == True: #if this 'BRANCH' was Found in Violation
for k in range(numaccfiles): #Loop Across Cases
if pct[k]==NoBranch: pct[k]='NB' #If this 'BRANCH' does not exist in the Monitored List, Assign a String to it's value
else: pct[k]='{0:>5.1f}'.format(pct[k]) #Otherwise... Get the 'BRANCH' Percent Flow
for x in range(numaccfiles,8): pct[x]='- ' #If Less than Eight Cases... Set the 'BRANCH' Percent Flow to a 'Null' String
L=[BRANCH,rate,pct[0],pct[1],pct[2],pct[3],pct[4],pct[5], #Create a List of Results
pct[6],pct[7]]
baseiviolist.append(L) #Add Results of this Loop to a Compiled N-0 Violation List
baseiviolist.sort() #Sort the N-0 Branch Violation List
#===========================================================================
#===== GET CONTINGENCY RESULTS =============================================
#===========================================================================
#BUILD MASTER CONTINGENCY LISTS --------------------------------------------
print 'BUILDING MASTER CONTINGENCY LIST ..........................'
desc,masterconlist= BuildMasterConlist(numaccfiles,accfilelist,accsummary) #Create a Contingency List for Each Case, and a Total List Across all Cases
print 'BUILDING DUPLICATE CONTINGENCY LIST .......................'
pmasterconlist=BuildDuplicateConList(masterconlist) #Create "Parallel" List to Distinguish any Duplicates
notconverged=[] #Holds all Contingencies that did not Converge
#INITIALIZE CONTINGENCY ANALYSIS ------------------------------------------
vnotconverged=[] #Formated and Used to Report Non-Converged Contingencies associated with Voltage
inotconverged=[] #Formated and Used to Report Non-Converged Contingencies associated with Flow
vlowconlist=[] #Holds Low Voltage Violation Contingency List
vlowviolist=[] #Holds Bus Name and Low Voltage Violatons
vhighconlist=[] #Holds High Voltage Violation Contingency List
vhighviolist=[] #Holds Bus Name and High Voltage Violatons
iconlist=[] #Holds Branch Violation Contingency List
iviolist=[] #Holds Branch Name and Branch Violatons
vlowconlist1=[] #Holds Low Voltage Violation Contingency List for Reporting
vlowviolist1=[] #Holds Bus Name and Low Voltage Violatons for Reporting
vhighconlist1=[] #Holds High Voltage Violation Contingency List for Reporting
vhighviolist1=[] #Holds Bus Name and High Voltage Violatons for Reporting
iconlist1=[] #Holds Branch Violation Contingency List for Reporting
iviolist1=[] #Holds Branch Name and Branche Violatons for Reporting
vlowconlist2=[] #Holds Worst Low Voltage Violation Contingency List for Reporting
vlowviolist2=[] #Holds Worst Bus Name and Low Voltage Violatons for Reporting
vhighconlist2=[] #Holds Worst High Voltage Violation Contingency List for Reporting
vhighviolist2=[] #Holds Worst Bus Name and High Voltage Violatons for Reporting
iconlist2=[] #Holds Worst Branch Violation Contingency List for Reporting
iviolist2=[] #Holds Worst Branch Name and Branche Violatons for Reporting
#GET DATA FOR REPORTING PROGRESS ------------------------------------------
loops=len(masterconlist) #Get how many Contingencies will be processed
loopcount=0.0 #Initialize a Loop Counter
modpath,modfname=os.path.split(sys.argv[0])
modname,modext=os.path.splitext(modfname) #Get Either .py or .pyc Extension of Module
#START CONTINGENCY ANALYSIS ------------------------------------------------
print 'PROCESSING OUTAGES ........................................'
for outage in masterconlist: #Loop Through the Master Contingency List
#PRINT PROGRESS (If in Command Console) --------------------------------
if modext=='.pyc':
loopcount+=1 #Increment the Loop Counter
print( '{0:<5.1f}% OUTAGE: ---> {1:<50s}'+'\r'*5).format(loopcount*100/loops,outage[0]), #Print Progress
#GET CONTINGENCY RESULTS ----------------------------------------------
N1results,conexist,converged= GetN1results(numaccfiles,accfilelist,outage,desc) #Get the Results for this Contingency (Also used for Flow)
conindex=masterconlist.index(outage) #Get the Index of this Contingency from the Master List (Used to Point to the Parallel List)
outagelabel=pmasterconlist[conindex][0] #Get the "Label" of this Outage from the Parallel Contingency List
con=(outagelabel,outage[1]) #Use the Parallel List Label and Master List Description to Identify this Outage
#-----------------------------------------------------------------------
#------------- START CONTINGENCY BUS VOLTAGE ANALYSIS ------------------
#-----------------------------------------------------------------------
for BUS in buslist: #Loop Through the Total BUS List
v = [0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize This Contingency's BUS Voltages
for i in range(numaccfiles): #Loop Across Cases
if conexist[i]==True: #Check if this Contingency Exists in this Case
if BUS in accsummary[i].mvbuslabel: #Check if this Bus is in the Monitor List
busindex=accsummary[i].mvbuslabel.index(BUS) #Get this BUS's index from the Summary (if it exists)
v[i]=N1results[i].volts[busindex] #If the BUS is in the Monitored List... Get it's Voltage
if converged[i]==False: v[i]=NoVSol #If the Contingency did not Converge in this Case... Assign it the 'NoSol' Value
else: v[i]=NoBus #If the Bus is not in the Monitored List... Assign it the 'NoBus' Value
if conexist[i]==False: #If this Loop's Contingency does not exist for this BUS
if BUS in accsummary[i].mvbuslabel: v[i]=NoVCon #Check if this BUS Exists in this Case.. If so, Assign the NoContingency Value
else: v[i]=NoBusNoVCon #Determine if this BUS does not Exist in this Case, If not, Assign the NoBus-NoContingency Value
lowviolation = False #Initialize Low Voltage Violation Flag
for i in range(numaccfiles): #Loop Across Cases
if v[i] > 0.0 and v[i] < VLow: lowviolation = True #Determine if this 'BUS' has a Low Voltage Violation, Set Flag
if lowviolation==True: #If one of the Cases had a Low BUS Voltage violation .... Do This Next Stuff
baselowvio=False #Initialize a 'Basecase Violaton' Flag (Used for considering basecase violations)
for j in baselowviolist: #Loop through the N-0 violation list
if BUS==j[0]: #Check if this Bus was in the N-0 violation list
baselowpu=[float(x) for x in j[1:1+numaccfiles]] #Create a list of the N-0 Bus PU Voltages
if min(baselowpu)< BaseVLowCriteria: baselowvio=True #If the Min of the PU Volages is < N-0 Low Voltage Criteria, Set basecase violation flag
for k in range(numaccfiles): #Loop Across Cases
if v[k]==NoVSol: v[k]='NS' #If Voltage has the "NoSolution" Value... Assign it a String Value
elif v[k]==NoBus: v[k]='NB' #If Voltage has the "NoBus" Value... Assign it a String Value
elif v[k]==NoVCon: v[k]='NC' #If Voltage has the "NoContingency" Value... Assign it a String Value
elif v[k]==NoBusNoVCon: v[k]='NB,NC' #If Voltage has the "NoBus NoContingency" Value... Assign it a String Value
else: v[k]='{0:>8.3f}'.format(v[k]) #Format the BUS Voltage to Three Decimal Places
vlowconlist.append(con) #Add this Contingency to the Low Voltage Contingency List for Reporting
for x in range(numaccfiles,8): v[x]='- ' #If Less than Eight Cases... Set the 'Other BUS' voltages to a 'Null' String for Nicer Output
if baselowvio==True: BUS='* '+BUS #If this BUS had a N-0 Violation, #Add a Character to BUS Name to Indicate this Branch had a basecase violation
L=[BUS,outagelabel,v[0],v[1],v[2],v[3],v[4],v[5],v[6],v[7]] #Build a Temporary List of this Loop's Bus, Outage Label, and Low Voltage Results
vlowviolist.append(L) #Add the Temporary List to the Total Low Voltage violation list
if GetHighV==True: #If Get High BUS Voltages is Enabled ... Do This Next Stuff
highviolation = False #Initialize High BUS Voltage Violation Flag
for i in range(numaccfiles): #Loop Across Cases
if v[i] > VHigh and v[i] < NoVSol: highviolation = True #Determine if this 'BUS' has a High Voltage Violation, Set Flag
if highviolation==True: #If one of the Cases had a High BUS Voltage violation .... Do This Next Stuff
basehighvio=False #Initialize a 'Basecase Violaton' Flag (Used for considering basecase violations)
for j in basehighviolist: #Loop through the N-0 violation list
if BUS==j[0]: #Check if this Bus was in the N-0 violation list
basehighpu=[float(x) for x in j[1:1+numaccfiles]] #Create a list of the N-0 Bus PU Voltages
if max(basehighpu)> BaseVHighCriteria: #If the Max of the PU Volages is > N-0 High Voltage Criteria
basehighvio=True #Set basecase violation flag
for k in range(numaccfiles): #Loop Across Cases
if v[k]==NoVSol: v[k]='NS' #If Voltage has the "NoSolution" Value... Assign it a String Value
elif v[k]==NoBus: v[k]='NB' #If Voltage has the "NoBus" Value... Assign it a String Value
elif v[k]==NoVCon: v[k]='NC' #If Voltage has the "NoContingency" Value... Assign it a String Value
elif v[k]==NoBusNoVCon: v[k]='NB,NC' #If Voltage has the "NoBus NoContingency" Value... Assign it a String Value
else: v[k]='{0:>8.3f}'.format(v[k]) #Format the BUS Voltage to Three Decimal Places
vhighconlist.append(con) #Add this Contingency to the High Voltage Contingency List for Reporting
for x in range(numaccfiles,8): v[x]='- ' #If Less than Eight Cases... Set the 'Other BUS' voltages to a 'Null' String for Nicer Output
if basehighvio==True: BRANCH='* '+BRANCH #If this Branch had a N-0 Violation, #Add a Character to BRANCH Name to Indicate this Branch had a basecase violation
L=[BUS,outagelabel,v[0],v[1],v[2],v[3],v[4],v[5],v[6],v[7]] #Build a Temporary List of this Loop's Bus, Outage Label, and Low Voltage Results
vhighviolist.append(L) #Add the Temporary List to the Total High Voltage violation list
vlowviolist.sort() #Sort the Contingency Low Voltage Violation List
vhighviolist.sort() #Sort the Contingency High Voltage Violation List
#-----------------------------------------------------------------------
#-------------- START CONTINGENCY BRANCH FLOW ANALYSIS -----------------
#-----------------------------------------------------------------------
for BRANCH in branchlist: #Loop Through the Total Branchlist
rating=[0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize the Branch Ratings across Cases
pct=[0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize the pecent Flow across Cases
BCRateflag=False
for i in range(numaccfiles): #Loop Across Case Numbers
if conexist[i]==True: #Check if the Contingency Exists
if BRANCH in accsummary[i].melement: #Determine if this 'BRANCH' Exists in the Monitored List
branchindex=accsummary[i].melement.index(BRANCH) #Get this BRANCH's index from the Summary (if it exists)
mvaflow=abs(N1results[i].ampflow[branchindex]) #If this BRANCH is in the Monitored List... Get it's Flow for this Outage
rateb=accsummary[i].rating.b[branchindex] #Get this BRANCH's B Rating in this case
ratec=accsummary[i].rating.c[branchindex] #Get this BRANCH's C Rating in this case
if ratec > rateb: BCRateflag=True #If Rate C > Rate B, Set flag
rating[i] = rateb #Set this BRANCH's Rating to Rate B
if MVARatingCriteria=='C': rating[i] = ratec #If BRANCH Rating Criteria is Set to 'C', Set this BRANCH's Rating to Rate C
try: pct[i]=mvaflow*100/rating[i] #Check for Division by Zero, Calculate Percent Flow
except: continue #Next Loop if Rating = 0.0
if converged[i]==False: pct[i]=NoISol #If this Contingency did not converge, assign the NoSolution Value
else: pct[i]=NoBranch #Since this BRANCH does not Exist in the Monitored List ... Assign it the 'NoBranch' Value
if conexist[i]==False: #Check if This Loop's Contingency exists in this Loop's Case
if BRANCH in accsummary[i].melement: pct[i]=NoICon #Check if this BRANCH exists in this case... If so, Assign the No Contingency Value
else: pct[i]=NoBranchNoICon #Since this BRANCH does not Exist in the Monitored List ... Assign the NoBranch-NoContingency Value
rate=max(rating) #Get the Max BRANCH Rating across Cases
rate='{0:>.0f}'.format(rate) #Convert BRANCH Rating to String and Format to Zero Decimal Places
if BCRateflag==True: rate=chr(149)+rate #If B and C Rating is different in one of the cases, Add Character to 'rate' for reporting
for r in range(numaccfiles-1): #Loop Across Case Numbers
if rating[r]!= 0.0 and rating[r+1]!= 0.0 and rating[r+1]!= rating[r]: rate=rate+'~' #Determine if BRANCH Ratings are Different... If So.. Add a Character to Max Rating
violation = False #Initialize the Violation Flag for the Next Loop
for j in range(numaccfiles): #Loop Across Case Numbers ...n, Set Flag
if pct[j] >= IHigh and pct[j] < NoISol: violation = True #Determine if this BRANCH is in Violation... If So, Set Flag
if violation==True: #If This Branch is in Violation of IHigh ... Do this Stuff
skip=False #Initialize a 'Skip Contingency' Flag (Used for considering basecase violations)
basevio=False #Initialize a 'Basecase Violaton' Flag (Used for considering basecase violations)
skiplist=[False for x in range(numaccfiles)] #Iniialize a skip flag list for the cases
for k in baseiviolist: #Loop through the N-0 violation list
if BRANCH==k[0]: #Check if this Branch was in the N-0 violation list
basepercent=[float(x) for x in k[2:2+numaccfiles]] #Create a list of the N-0 Percent Branch Flows
if min(basepercent)> IHighCriteria: basevio=True #If the Max of the Percent Flows > High Flow Criteria, Set basecase violation flag
conpercent=[pct[x] for x in range(numaccfiles)] #Create a list of the N-1 Percent Branch Flows
for x in range(len(basepercent)): #Loop through the indexes of the N-0 Branch Flow list
if conpercent[x]<= basepercent[x]+5.0: #If cases contingency branch flow <= cases N-0 branch flow,
skiplist[x]=True #Set skiplist flag for this case
if False not in skiplist: skip=True #Check if all the skiplist flags were set True, if so set skip flag
if skip==False: #If the 'skip' flag was not changed to True
iconlist.append(con) #Add this Contingency to the List for Reporting
for m in range(numaccfiles): #Loop Across Cases
if pct[m]==NoISol: pct[m]='NS' #If the Percent Flow has a NoSolution Value... Assign it a String Value
elif pct[m]==NoBranch: pct[m]='NB' #If the Percent Flow has a NoBranch Value... Assign it a String Value
elif pct[m]==NoICon: pct[m]='NC' #If the Percent Flow has a NoContingency Value... Assign it a String Value
elif pct[m]==NoBranchNoICon: pct[m]='NB,NC' #If the Percent Flow has a NoBranch-NoSolution Value... Assign it a String Value
else: pct[m]='{0:>5.1f}'.format(pct[m]) #Else format the 'Valid' percent Flow value to three decimal places
for x in range(numaccfiles,8): pct[x]='- ' #If Less than Eight Cases... Set the Case's Branch' flows to a 'Null' String for Nicer Output
if basevio==True: BRANCH='* '+BRANCH #If this Branch had a N-0 Violation, #Add a Character to BRANCH Name to Indicate this Branch had a basecase violation
L=[BRANCH,outagelabel,rate,pct[0],pct[1],pct[2],pct[3], #Build a Temp List of the Violation Results of this BRANCH Loop
pct[4],pct[5],pct[6],pct[7]]
iviolist.append(L) #Add the Temp List to the Master Flow Violation List
iviolist.sort() #Sort the Contingency Flow Violation List by Branch ID
if False in converged: #Determine if this outage did not converge in any of the cases
notconverged.append(con) #Add this Non-Converged contingency to a Master list
for x in range(numaccfiles,8): converged[x]='- ' #If Less than Eight Cases... Set the 'Other Branch' flows to a 'Null' String for Nicer Output
for y in range(numaccfiles): #Loop Across Case Numbers
if converged[y]==False: converged[y]='NS' #If this outage did not converged in this case... Assign a 'No Solution' String Value
if converged[y]==True: converged[y]='- ' #If this outage did converge in this case... Assign a 'Null' String Value
K=['NON CONVERGED ->',outagelabel,converged[0],converged[1], #Build a Temporary List for the Voltage cases showing Non-Convergence
converged[2],converged[3],converged[4],converged[5],
converged[6],converged[7]]
M=['NON CONVERGED ->',outagelabel,' -',converged[0], #Build a Temporary List for the Flow cases showing Non-Convergence
converged[1],converged[2],converged[3],converged[4],
converged[5],converged[6],converged[7]]
vnotconverged.append(K) #Add the Temporary to a list for appending Voltage Field
inotconverged.append(M) #Add the Temporary list to a list for appending Flow Field
vlowconlist.append(con) #Add this Non-Converged Contingency to the Low Voltage violation contingency list (remove duplicates later)
vhighconlist.append(con) #Add this Non-Converged Contingency to the High Voltage violation contingency list (remove duplicates later)
iconlist.append(con) #Add this Non-Converged Contingency to the Flow violation contingency list (remove duplicates later)
#Append Non-Converged Contingencies to other Lists -------------------------
vlowviolist1=vlowviolist+vnotconverged #Add the Non-Converged list to the Low Voltage Violations Field
vhighviolist1=vhighviolist+vnotconverged #Add the Non-Converged list to the High Voltage Violations Field
iviolist1=iviolist+inotconverged #Add the Non-Converged list to the Flow Violations Field
vlowconlist1=vlowconlist+notconverged #Add the Non-Converged Contingencies to the Low Voltage Contingency List
vhighconlist1=vhighconlist+notconverged #Add the Non-Converged Contingencies to the High Voltage Contingency List
iconlist1=iconlist+notconverged #Add the Non-Converged Contingencies to the Flow Contingency List
vlowconlist1=list(set(vlowconlist1)) #Remove Duplicates from the Low Voltage Contingency List
vhighconlist1=list(set(vhighconlist1)) #Remove Duplicates from the High Voltage Contingency List
iconlist1=list(set(iconlist1)) #Remove Duplicates from the Flow Contingency List
vlowconlist1.sort() #Sort the Low Voltage Contingency List
vhighconlist1.sort() #Sort the High Voltage Contingency List
iconlist1.sort() #Sort the Flow Contingency List
#If Get Worst Results Enabled ----------------------------------------------
if GetWorst>0: #If GetWorst Flag is set... Determine Worst Outages
print '\nGETTING WORST VOLTAGE RESULTS .............................'
if vlowviolist!=[]:
vlowviolist2,vlowconlist2=GetWorstVLow(vlowviolist,vlowconlist) #Return Worst Low Voltage Violation and Contingency Lists
if GetHighV==True and vhighviolist!=[]:
vhighviolist2,vhighconlist2=GetWorstVHigh(vhighviolist,vhighconlist)#Return Worst High Voltage Violation and Contingency Lists
print 'GETTING WORST FLOW RESULTS ................................'
if iviolist!=[]:
iviolist2,iconlist2=GetWorstI(iviolist,iconlist) #Return Worst Flow Violation and Contingency Lists
vlowviolist2=vlowviolist2+vnotconverged #Add the Non-Converged list to the Worst Low Voltage Violations Field
vhighviolist2=vhighviolist2+vnotconverged #Add the Non-Converged list to the Worst High Voltage Violations Field
iviolist2=iviolist2+inotconverged #Add the Non-Converged list to the Worst Flow Violations Field
vlowconlist2=vlowconlist2+notconverged #Add the Non-Converged Contingencies to the Worst Low Voltage Contingency List
vhighconlist2=vhighconlist2+notconverged #Add the Non-Converged Contingencies to the Worst High Voltage Contingency List
iconlist2=iconlist2+notconverged #Add the Non-Converged Contingencies to the Worst Flow Contingency List
vlowconlist2=list(set(vlowconlist2)) #Remove Duplicates from the Worst Voltage Contingency List
vhighconlist2=list(set(vhighconlist2)) #Remove Duplicates from the Worst Voltage Contingency List
iconlist2=list(set(iconlist2)) #Remove Duplicates from the Worst Flow Contingency List
vlowconlist2.sort() #Sort the Worst Low Voltage Contingency List
vhighconlist2.sort() #Sort the Worst High Voltage Contingency List
iconlist2.sort() #Sort the Worst Flow Contingency List
#Write PSSE Generated Report File(s) (If Enabled) --------------------------
if TextReport==True:
#PSSE Text Report Options ----------------------------------------------
a=1 #Column Headings: 1=acc filename, 2=savcase filename
b=1 #Base Case Rating: 1=RateA, 2=RateB, 3=RateC
c=2 #Contingency Case Rating: 1=RateA, 2=RateB, 3=RateC
d=1 #Base Case voltage limit: 1=Normal 2=Emergency
e=2 #Contingency Case Voltage Limit: 1=Normal 2=Emergency
f=0 #Print monitored elements summary report
g=0 #Print missing monitored elements report
h=0 #print missing monitored buses report
i=2 #print contingency legend: 0=No 1=Complete Legend Only 2=Reduced Legend with each table, 3=Both
j=0 #print missing contingencies report
k=1 #print non-converged contingencies report
l=2 #print loading violations: 0=No, 1=BaseCase and WorstCase, 2=BaseCase and All, 3=BaseCase WorstCase and All
m=2 #print voltage violations: 0=No, 1=BaseCase and WorstCase, 2=BaseCase and All, 3=BaseCase WorstCase and All
n=0 #Report Interfaces in loading violation reports
o=1 #Skip N-0 Flow Violations in Contingency Flow Reporting
p=1 #Skip N-0 Voltage Violations in Contingency Voltage Reporting
A=0.5 #bus mismatch converged tolerance
B=5.0 #system mismatch converged tolerance
C=IHigh #percent flow rating for reporting
D=IHigh #worst case percent flow rating for reporting
E=0.0 #worst case minimum flow change from base case for reporting
F=0.0 #worst case minimum percent flow increase from base case for reporting
G=0.0 #worst case minimum voltage change from base case for reporting
if MVARatingCriteria=='C': c=3
print 'GENERATING PSSE TEXT REPORT(S) ................'
import redirect
redirect.psse2py()
psspy.psseinit(buses=80000)
psspy.transformer_percent_units(1)
psspy.non_trans_percent_units(1)
tempout = sys.stdout #Temp placeholder for sys.stdout
sys.stdout = open(rptfile1,'w') #Send Print Statements to ACCC_PSSE_Report.txt File
filelist=accfilelist[0:numaccfiles]
psspy.accc_multiple_run_report_2([a,b,c,d,e,f,g,h,i,j,k,l,m,n,o,p],[A,B,C,D,E,F,G],numaccfiles,filelist)
if GetWorst>0:
l=1
m=1
reportout = sys.stdout
sys.stdout = open(rptfile2,'w') #Send Print Statements to ACCC_PSSE_Report_(Worst).txt File
psspy.accc_multiple_run_report_2([a,b,c,d,e,f,g,h,i,j,k,l,m,n,o,p],[A,B,C,D,E,F,G],numaccfiles,filelist)
sys.stdout = tempout #Direct Output Back to Screen
#===========================================================================
#---------------------- WRITE RESULTS TO EXCEL -----------------------------
#===========================================================================
import excelpy
import win32com.client
Vlowviolist=list([vlowviolist1,vlowviolist2])
Vlowconlist=list([vlowconlist1,vlowconlist2])
Vhighviolist=list([vhighviolist1,vhighviolist2])
Vhighconlist=list([vhighconlist1,vhighconlist2])
Iviolist=list([iviolist1,iviolist2])
Iconlist=list([iconlist1,iconlist2])
looplogic=[range(1),range(1,2),range(2)]
worsttext=['ALL','WORST']
vlowsheet=['VLow','VLow (Worst)']
vhighsheet=['VHigh','VHigh (Worst)']
flowsheet=['Flow','Flow (Worst)']
filler=['..','']
#Create Case Headings ------------------------------------------------------
case=[]
for i in range(numaccfiles): #Loop through the number of ACCC Files
value='Case%s '%str(i) #Column Headers in will be Case0, Case1, etc.
case.append(value) #Add to case heading list
for j in range(i+1,8): case.append('') #If Number of Cases is <8 ... Create 'Blank' Header
#Create Names for Case Legend ---------------------------------------------
fname=[]
for i in range(0,8):
p,e=os.path.splitext(accfilelist[i]) #Get ACCC Filename (without .acc) for The Legend
r,f=os.path.split(p) #Get ACCC Filename (without path) for The Legend
fname.append(f) #Add ACCC Filename to filename list
print '\nCREATING EXCEL REPORT .....................................'
for x in looplogic[GetWorst]:
#=======================================================================
#-------- LOW VOLTAGE -------- LOW VOLTAGE -------- LOW VOLTAGE --------
#=======================================================================
if x==0: xlswbk = excelpy.workbook(xlsfile,mode='w', sheet=vlowsheet[x],overwritesheet=True)
if x==1: xlswbk = excelpy.workbook(xlsfile,mode='w', sheet=vlowsheet[x],overwritesheet=True)
#if x==1 and GetWorst==1: xlswbk = excelpy.workbook(xlsfile,mode='w', sheet=vlowsheet[x],overwritesheet=True)
#if x==1 and GetWorst==2: xlswbk.worksheet_add_after(newSheet=vlowsheet[x], oldSheet=flowsheet[0], overwritesheet=True)
print 'WRITING {0:} LOW BUS VOLTAGE RESULTS TO EXCEL ............{1:}'.format(worsttext[x],filler[x])
#-----------------------------------------------------------------------
#-------- WRITE CONTINGENCY LOW VOLTAGE HEADINGS -----------------------
#-----------------------------------------------------------------------
nextrow=1
#Title1
title1= 'LOW BUS VOLTAGE REPORT'
xlswbk.set_cell((nextrow,1),title1,fontStyle="Bold",fontSize=12, fontColor="orange", sheet=vlowsheet[x])
xlswbk.border((nextrow,1,nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vlowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Title2
if x==0: title2= 'Contingency Results'
if x==1: title2= 'Worst Contingency Results'
xlswbk.set_cell((nextrow,1),title2,fontStyle="Bold",fontSize=10, fontColor="blue", sheet=vlowsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vlowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Title3
VLow1='{0:>5.3f}'.format(VLow)
title3= '< '+ VLow1 +' pu'
xlswbk.set_cell((nextrow,1),title3,fontStyle="Bold",numberFormat='0.000', fontSize=10, fontColor="black", sheet=vlowsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vlowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Blank Row
xlswbk.height((nextrow,1), height=7, sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Column Headings
colheads = ['BUS', 'OUTAGE', 'Case0', 'Case1', 'Case2','Case3','Case4','Case5','Case6','Case7']
xlswbk.set_range(nextrow,1,colheads,fontStyle="Bold",fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,1,nextrow,10),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1,nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin', borderColor='black', sheet=vlowsheet[x])
#Case Legend
xlswbk.set_range(nextrow,12,['Case Legend:'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow+1,12,18,12),'right', sheet=vlowsheet[x])
xlswbk.align((nextrow+1,13,18,13),'left', sheet=vlowsheet[x])
count=1
if fname[0]!='': xlswbk.set_range(nextrow+count,12,['Case0: ',fname[0]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[1]!='': xlswbk.set_range(nextrow+count,12,['Case1: ',fname[1]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[2]!='': xlswbk.set_range(nextrow+count,12,['Case2: ',fname[2]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[3]!='': xlswbk.set_range(nextrow+count,12,['Case3: ',fname[3]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[4]!='': xlswbk.set_range(nextrow+count,12,['Case4: ',fname[4]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[5]!='': xlswbk.set_range(nextrow+count,12,['Case5: ',fname[5]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[6]!='': xlswbk.set_range(nextrow+count,12,['Case6: ',fname[6]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[7]!='': xlswbk.set_range(nextrow+count,12,['Case7: ',fname[7]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
count+=1
xlswbk.set_range(nextrow+count,12,['NB : ','No Bus -or- Not Monitored'],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['NC : ','No Contingency'],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['NS : ','No Solution'],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['* : ','Bus Had Basecase Violation'],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['@ : ','Duplicate Contingency Name'],fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.font((nextrow+1,12,nextrow+count,12),fontStyle="Bold", sheet=vlowsheet[x])
xlswbk.autofit_columns((12,12), sheet=vlowsheet[x]) #Autofit Column12
xlswbk.autofit_columns((13,13), sheet=vlowsheet[x]) #Autofit Column13
nextrow+=1
#---------------------------------------------------------------------------
#------- WRITE CONTINGENCY LOW VOLTAGE FIELD -------------------------------
#---------------------------------------------------------------------------
col=1
V1firstrow=nextrow
V1lastrow=nextrow
for r in range(len(Vlowviolist[x])): #Write the Contingency Low Voltage Violations Field
rowval = Vlowviolist[x][r]
xlswbk.set_range(nextrow,col,rowval,fontSize=8, fontColor="black", sheet=vlowsheet[x])
V1lastrow=nextrow
nextrow+=1
xlswbk.autofit_columns((1,2), sheet=vlowsheet[x]) #AutoFit Column2
xlswbk.align((V1firstrow,1,V1lastrow,1),'right', sheet=vlowsheet[x]) #Right Justify Bus Names
xlswbk.align((V1firstrow,2,V1lastrow,10),'h_center', sheet=vlowsheet[x]) #Center the Field
xlswbk.font((V1firstrow,3,V1lastrow,10),numberFormat='0.000', sheet=vlowsheet[x]) #Format the Low Voltage Field to 3 Decimal Places
if Vlowviolist[x]==[]: #Check if there were no Low Voltage Violations
xlswbk.set_range(nextrow,col,['NONE'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,col),'h_center', sheet=vlowsheet[x])
nextrow+=1
nextrow+=1 #Write Contingency Legend Header
xlswbk.set_range(nextrow,col,['Contingency Legend:'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,col),'right', sheet=vlowsheet[x])
nextrow+=1
for r in Vlowconlist[x]: #Write Contingency Legend
rowval1 = [r[0],r[1][0]]
xlswbk.set_range(nextrow,col,rowval1,fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,col),'right', sheet=vlowsheet[x])
xlswbk.align((nextrow,col+1),'left', sheet=vlowsheet[x])
nextrow+=1
multicon=len(r[1]) #Check if Multiple Outages per Contingency
for j in range(multicon-1): #Enter This Loop if More than One Outage per Contingency
nextoutage=['-',r[1][j+1]]
xlswbk.set_range(nextrow,col,nextoutage,fontSize=8, fontColor="black", sheet=vlowsheet[x]) #Put it in the nextrow
xlswbk.align((nextrow,col),'right', sheet=vlowsheet[x])
xlswbk.align((nextrow,col+1),'left', sheet=vlowsheet[x])
nextrow+=1
#---------------------------------------------------------------------------
#-------- WRITE N-0 LOW VOLTAGE HEADINGS -----------------------------------
#---------------------------------------------------------------------------
nextrow+=3
#Title4
title4= 'N-0 Voltage Results'
xlswbk.set_cell((nextrow,1),title4, fontStyle="Bold",fontSize=10, fontColor="blue", sheet=vlowsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vlowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Title5
BaseVLow1='{0:>5.3f}'.format(BaseVLow)
title5= '< '+ BaseVLow1 +' pu'
xlswbk.set_cell((nextrow,1),title5,fontStyle="Bold", numberFormat='0.000', fontSize=10, fontColor="black", sheet=vlowsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vlowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Blank Row
xlswbk.height((nextrow,1), height=7, sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Column Headings
N0row=nextrow
colheads = ['BUS', ' ', 'Case0', 'Case1', 'Case2','Case3','Case4','Case5','Case6','Case7']
xlswbk.set_range(nextrow,1,colheads,fontStyle="Bold",fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,1,nextrow,10),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1,nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin', borderColor='black', sheet=vlowsheet[x])
#-----------------------------------------------------------------------
#------- WRITE N-0 LOW VOLTAGE FIELD -----------------------------------
#-----------------------------------------------------------------------
nextrow+=1
V0firstrow=nextrow
V0lastrow=nextrow
for r in range(len(baselowviolist)): #Write the N-0 Violations Field
rowval = baselowviolist[r]
xlswbk.set_range(nextrow,col,[rowval[0]],fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.set_range(nextrow,col+1,['--'],fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.set_range(nextrow,col+2,[rowval[1:]],fontSize=8, fontColor="black", sheet=vlowsheet[x])
V0lastrow=nextrow
nextrow+=1
xlswbk.align((V0firstrow,1,V0lastrow,1),'right', sheet=vlowsheet[x]) #Right Justify Bus Names
xlswbk.align((V0firstrow,2,V0lastrow,10),'h_center', sheet=vlowsheet[x]) #Center the Field
xlswbk.font((V0firstrow,2,V0lastrow,10),numberFormat='0.000', sheet=vlowsheet[x]) #Format the Voltage Field to 3 Decimal Places
if baselowviolist==[]:
xlswbk.set_range(nextrow,col,['NONE'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,col),'h_center', sheet=vlowsheet[x])
nextrow+=1
xlswbk.autofit_columns((1,1), sheet=vlowsheet[x]) #AutoFit Column1
xlswbk.width((1,11),3,sheet=flowsheet[x]) #Set Width of Column11
#=======================================================================
#-------- BRANCH FLOWS -------- BRANCH FLOWS -------- BRANCH FLOWS -----
#=======================================================================
xlswbk.worksheet_add_after(newSheet=flowsheet[x], oldSheet=vlowsheet[x], overwritesheet=True)
print 'WRITING {0:} BRANCH FLOW RESULTS TO EXCEL ................{1:}'.format(worsttext[x],filler[x])
#-----------------------------------------------------------------------
#-------- WRITE CONTINGENCY FLOWS HEADINGS -----------------------------
#-----------------------------------------------------------------------
nextrow=1
#Title1
title1= 'BRANCH LOADING REPORT'
xlswbk.set_cell((nextrow,1),title1,fontStyle="Bold",fontSize=12, fontColor="orange", sheet=flowsheet[x])
xlswbk.border((nextrow,1,nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.merge((nextrow,1,nextrow,11), sheet=flowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Title2
if x==0: title2= 'Contingency Results'
if x==1: title2= 'Worst Contingency Results'
xlswbk.set_cell((nextrow,1),title2,fontStyle="Bold",fontSize=10, fontColor="blue", sheet=flowsheet[x])
xlswbk.merge((nextrow,1,nextrow,11), sheet=flowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Title3
title3=' > '+ str(IHigh) +'% '+ '(Rate {0:1})'.format(MVARatingCriteria)
xlswbk.set_cell((nextrow,1),title3,fontStyle="Bold", fontSize=10, fontColor="black", sheet=flowsheet[x])
xlswbk.merge((nextrow,1,nextrow,11), sheet=flowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Blank Row
xlswbk.height((nextrow,1), height=7, sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Column Headings
colheads = ['BRANCH', 'OUTAGE', 'RATING', 'Case0', 'Case1', 'Case2','Case3','Case4','Case5','Case6','Case7']
xlswbk.set_range(nextrow,1,colheads,fontStyle="Bold",fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,1,nextrow,11),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1,nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin', borderColor='black', sheet=flowsheet[x])
#Case Legend
xlswbk.set_range(nextrow,13,['Case Legend:'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow+1,13,19,13),'right', sheet=flowsheet[x])
xlswbk.align((nextrow+1,14,19,14),'left', sheet=flowsheet[x])
count=1
if fname[0]!='': xlswbk.set_range(nextrow+count,13,['Case0: ',fname[0]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[1]!='': xlswbk.set_range(nextrow+count,13,['Case1: ',fname[1]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[2]!='': xlswbk.set_range(nextrow+count,13,['Case2: ',fname[2]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[3]!='': xlswbk.set_range(nextrow+count,13,['Case3: ',fname[3]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[4]!='': xlswbk.set_range(nextrow+count,13,['Case4: ',fname[4]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[5]!='': xlswbk.set_range(nextrow+count,13,['Case5: ',fname[5]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[6]!='': xlswbk.set_range(nextrow+count,13,['Case6: ',fname[6]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[7]!='': xlswbk.set_range(nextrow+count,13,['Case7: ',fname[7]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
count+=1
xlswbk.set_range(nextrow+count,13,['NB : ','No Bus -or- Not Monitored'],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,13,['NC : ','No Contingency'],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,13,['NS : ','No Solution'],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,13,['* : ','Basecase Violation'],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,13,[chr(149)+' : ','Rate C > Rate B'],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,13,['~ : ','Rating Changed'],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,13,['@ : ','Duplicate Contingency Name'],fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.font((nextrow+1,13,nextrow+count,13),fontStyle="Bold", sheet=flowsheet[x])
xlswbk.autofit_columns((13,13), sheet=flowsheet[x])
xlswbk.autofit_columns((13,14), sheet=flowsheet[x])
nextrow+=1
#-----------------------------------------------------------------------
#------- WRITE CONTINGENCY FLOWS FIELD ---------------------------------
#-----------------------------------------------------------------------
col=1
i1firstrow=nextrow
i1lastrow=nextrow
for r in range(len(Iviolist[x])): #Write the Contingency Flow Violations Field
rowval = Iviolist[x][r]
xlswbk.set_range(nextrow,col,rowval,fontSize=8, fontColor="black", sheet=flowsheet[x])
i1lastrow=nextrow
nextrow+=1
xlswbk.autofit_columns((1,2), sheet=flowsheet[x]) #AutoFit Column2
xlswbk.align((i1firstrow,1,i1lastrow,1),'right', sheet=flowsheet[x]) #Right Justify Branch Names
xlswbk.align((i1firstrow,2,i1lastrow,11),'h_center', sheet=flowsheet[x]) #Center the Field
xlswbk.font((i1firstrow,3,i1lastrow,3),numberFormat='0', sheet=flowsheet[x]) #Format the Rating Field to 0 Decimal Places
xlswbk.font((i1firstrow,4,i1lastrow,11),numberFormat='0.0', sheet=flowsheet[x]) #Format the Flow Field to 1 Decimal Places
if Iviolist[x]==[]:
xlswbk.set_range(nextrow,col,['NONE'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,col),'h_center', sheet=flowsheet[x])
nextrow+=1
nextrow+=1 #Write the Flow Contingency Legend Header
xlswbk.set_range(nextrow,col,['Contingency Legend:'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,col),'right', sheet=flowsheet[x])
nextrow+=1
for r in Iconlist[x]: #Write the Flow Contingency Legend
rowval1 = [r[0],r[1][0]]
xlswbk.set_range(nextrow,col,rowval1,fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,col),'right', sheet=flowsheet[x])
xlswbk.align((nextrow,col+1),'left', sheet=flowsheet[x])
nextrow+=1
multicon=len(r[1]) #Check if Multiple Outages per Contingency
for j in range(multicon-1): #Enter This Loop if More than One Outage per Contingency
nextoutage=['-',r[1][j+1]]
xlswbk.set_range(nextrow,col,nextoutage,fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,col),'right', sheet=flowsheet[x])
xlswbk.align((nextrow,col+1),'left', sheet=flowsheet[x])
nextrow+=1
#-----------------------------------------------------------------------
#-------- WRITE N-0 FLOWS HEADINGS -------------------------------------
#-----------------------------------------------------------------------
#Title4
nextrow+=3
title4= 'N-0 Flow Results'
xlswbk.set_cell((nextrow,1),title4,fontStyle="Bold",fontSize=10, fontColor="blue", sheet=flowsheet[x])
xlswbk.merge((nextrow,1,nextrow,11), sheet=flowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Title5
title5='> '+ str(BaseIHigh) +'% (Rate A)'
xlswbk.set_cell((nextrow,1),title5,fontStyle="Bold", fontSize=10, fontColor="black", sheet=flowsheet[x])
xlswbk.merge((nextrow,1,nextrow,11), sheet=flowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Blank Row
xlswbk.height((nextrow,1), height=7, sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Column Headings
colheads = ['BRANCH', ' ', 'RATING', 'Case0', 'Case1', 'Case2','Case3','Case4','Case5','Case6','Case7']
xlswbk.set_range(nextrow,1,colheads,fontStyle="Bold",fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,1,nextrow,11),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1,nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin', borderColor='black', sheet=flowsheet[x])
#-----------------------------------------------------------------------
#------- WRITE N-0 FLOWS FIELD -----------------------------------------
#-----------------------------------------------------------------------
nextrow+=1
row=nextrow
i0firstrow=nextrow
i0lastrow=nextrow
for r in range(len(baseiviolist)): #Write N-0 Flow Violations Field
rowval = baseiviolist[r]
xlswbk.set_range(nextrow,col,[rowval[0]],fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.set_range(nextrow,col+1,['--'],fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.set_range(nextrow,col+2,[rowval[1:]],fontSize=8, fontColor="black", sheet=flowsheet[x])
i0lastrow=nextrow
nextrow+=1
xlswbk.align((i0firstrow,1,i0lastrow,1),'right', sheet=flowsheet[x]) #Right Justify Branch Names
xlswbk.align((i0firstrow,2,i0lastrow,11),'h_center', sheet=flowsheet[x]) #Center the Field
xlswbk.font((i0firstrow,3,i0lastrow,3),numberFormat='0', sheet=flowsheet[x]) #Format the Rating Field to 0 Decimal Places
xlswbk.font((i0firstrow,4,i0lastrow,11),numberFormat='0.0', sheet=flowsheet[x]) #Format the Flow Field to 1 Decimal Places
if baseiviolist==[]: #Check if there were No Flow Violations
xlswbk.set_range(nextrow,col,['NONE'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,col),'h_center', sheet=flowsheet[x])
nextrow+=1
xlswbk.autofit_columns((1,1), sheet=flowsheet[x]) #Autofit Column1
xlswbk.width((1,12),3,sheet=flowsheet[x]) #Set Width of Column12
#=======================================================================
#-------- HIGH VOLTAGE -------- HIGH VOLTAGE -------- HIGH VOLTAGE -----
#=======================================================================
if GetHighV==True:
xlswbk.worksheet_add_after(newSheet=vhighsheet[x], oldSheet=vlowsheet[x], overwritesheet=True)
#-------------------------------------------------------------------
#-------- WRITE CONTINGENCY HIGH VOLTAGE HEADINGS ------------------
#-------------------------------------------------------------------
print 'WRITING {0:} HIGH BUS VOLTAGE RESULTS TO EXCEL ...........{1:}'.format(worsttext[x],filler[x])
nextrow=1
#Title1
title1= 'HIGH BUS VOLTAGE REPORT'
xlswbk.set_cell((nextrow,1),title1,fontStyle="Bold",fontSize=12, fontColor="orange", sheet=vhighsheet[x])
xlswbk.border((nextrow,1,nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vhighsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Title2
if x==0: title2= 'Contingency Results'
if x==1: title2= 'Worst Contingency Results'
xlswbk.set_cell((nextrow,1),title2,fontStyle="Bold",fontSize=10, fontColor="blue", sheet=vhighsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vhighsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Title3
VHigh1='{0:>5.3f}'.format(VHigh)
title3='> '+ VHigh1 +' pu'
xlswbk.set_cell((nextrow,1),title3,fontStyle="Bold",numberFormat='0.000', fontSize=10, fontColor="black", sheet=vhighsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vhighsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Blank Row
xlswbk.height((nextrow,1), height=7, sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Column Headings
colheads = ['BUS', 'OUTAGE', 'Case0', 'Case1', 'Case2','Case3','Case4','Case5','Case6','Case7']
xlswbk.set_range(nextrow,1,colheads,fontStyle="Bold",fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,1,nextrow,10),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1,nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin', borderColor='black', sheet=vhighsheet[x])
#Case Legend
xlswbk.set_range(nextrow,12,['Case Legend:'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow+1,12,18,12),'right', sheet=vhighsheet[x])
xlswbk.align((nextrow+1,13,18,13),'left', sheet=vhighsheet[x])
count=1
if fname[0]!='': xlswbk.set_range(nextrow+count,12,['Case0: ',fname[0]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[1]!='': xlswbk.set_range(nextrow+count,12,['Case1: ',fname[1]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[2]!='': xlswbk.set_range(nextrow+count,12,['Case2: ',fname[2]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[3]!='': xlswbk.set_range(nextrow+count,12,['Case3: ',fname[3]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[4]!='': xlswbk.set_range(nextrow+count,12,['Case4: ',fname[4]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[5]!='': xlswbk.set_range(nextrow+count,12,['Case5: ',fname[5]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[6]!='': xlswbk.set_range(nextrow+count,12,['Case6: ',fname[6]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[7]!='': xlswbk.set_range(nextrow+count,12,['Case7: ',fname[7]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
count+=1
xlswbk.set_range(nextrow+count,12,['NB : ','No Bus -or- Not Monitored'],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['NC : ','No Contingency'],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['NS : ','No Solution'],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['* : ','Bus Had Basecase Violation'],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['@ : ','Duplicate Contingency Name'],fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.font((nextrow+1,12,nextrow+count,12),fontStyle="Bold", sheet=vhighsheet[x])
xlswbk.autofit_columns((12,12), sheet=vhighsheet[x])
xlswbk.autofit_columns((13,13), sheet=vhighsheet[x])
nextrow+=1
#-------------------------------------------------------------------
#------- WRITE CONTINGENCY HIGH VOLTAGE FIELD ----------------------
#-------------------------------------------------------------------
col=1
V2firstrow=nextrow
V2lastrow=nextrow
for r in range(len(Vhighviolist[x])): #Write Contingency High Violations Field
rowval = Vhighviolist[x][r]
xlswbk.set_range(nextrow,col,rowval,fontSize=8, fontColor="black", sheet=vhighsheet[x])
V2lastrow=nextrow
nextrow+=1
xlswbk.autofit_columns((1,2), sheet=vhighsheet[x]) #Autofit Column2
xlswbk.align((V2firstrow,1,V2lastrow,1),'right', sheet=vhighsheet[x]) #Right Justify Bus Names
xlswbk.align((V2firstrow,2,V2lastrow,10),'h_center', sheet=vhighsheet[x]) #Center the Field
xlswbk.font((V2firstrow,3,V2lastrow,10),numberFormat='0.000', sheet=vhighsheet[x])#Format the High Voltage Field to 3 Decimal Places
if Vhighviolist[x]==[]: #Check if there were No High Voltage Violations
xlswbk.set_range(nextrow,col,['NONE'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,col),'h_center', sheet=vhighsheet[x])
nextrow+=1
nextrow+=1 #Write the High Voltage Coningency Legend Header
xlswbk.set_range(nextrow,col,['Contingency Legend:'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,col),'right', sheet=vhighsheet[x])
nextrow+=1
for r in Vhighconlist[x]: #Write the High Voltage Coningency Legend
rowval1 = [r[0],r[1][0]]
xlswbk.set_range(nextrow,col,rowval1,fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,col),'right', sheet=vhighsheet[x])
xlswbk.align((nextrow,col+1),'left', sheet=vhighsheet[x])
nextrow+=1
multicon=len(r[1]) #Check if Multiple Outages per Contingency
for j in range(multicon-1): #Enter This Loop if More than One Outage per Contingency
nextoutage=['-',r[1][j+1]]
xlswbk.set_range(nextrow,col,nextoutage,fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,col),'right', sheet=vhighsheet[x])
xlswbk.align((nextrow,col+1),'left', sheet=vhighsheet[x])
nextrow+=1
#-------------------------------------------------------------------
#-------- WRITE N-0 HIGH VOLTAGE HEADINGS --------------------------
#-------------------------------------------------------------------
nextrow+=3
#Title4
title4= 'N-0 High Voltage Results'
xlswbk.set_cell((nextrow,1),title4, fontStyle="Bold",fontSize=10, fontColor="blue", sheet=vhighsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vhighsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Title5
BaseVHigh1='{0:>5.3f}'.format(BaseVHigh)
title5= '> '+ BaseVHigh1 +' pu'
xlswbk.set_cell((nextrow,1),title5,fontStyle="Bold", numberFormat='0.000', fontSize=10, fontColor="black", sheet=vhighsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vhighsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Blank Row
xlswbk.height((nextrow,1), height=7, sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Column Headings
colheads = ['BUS', ' ', 'Case0', 'Case1', 'Case2','Case3','Case4','Case5','Case6','Case7']
xlswbk.set_range(nextrow,1,colheads,fontStyle="Bold",fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,1,nextrow,10),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1,nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin', borderColor='black', sheet=vhighsheet[x])
#-------------------------------------------------------------------
#------- WRITE N-0 HIGH VOLTAGE FIELD ------------------------------
#-------------------------------------------------------------------
nextrow+=1
V3firstrow=nextrow
V3lastrow=nextrow
for r in range(len(basehighviolist)): #Write the N-0 High Voltage Violations Field
rowval = basehighviolist[r]
xlswbk.set_range(nextrow,col,[rowval[0]],fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.set_range(nextrow,col+1,['--'],fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.set_range(nextrow,col+2,[rowval[1:]],fontSize=8, fontColor="black", sheet=vhighsheet[x])
V3lastrow=nextrow
nextrow+=1
xlswbk.align((V3firstrow,1,V3lastrow,1),'right', sheet=vhighsheet[x]) #Right Justify Bus Names
xlswbk.align((V3firstrow,2,V3lastrow,10),'h_center', sheet=vhighsheet[x]) #Center the Field
xlswbk.font((V3firstrow,3,V3lastrow,10),numberFormat='0.000', sheet=vhighsheet[x]) #Format the High Voltage Field to 3 Decimal Places
if basehighviolist==[]: #Check if there were no High Voltage Violation
xlswbk.set_range(nextrow,col,['NONE'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,col),'h_center', sheet=vhighsheet[x])
nextrow+=1
xlswbk.autofit_columns((1,1), sheet=vhighsheet[x]) #Autofit Column1
xlswbk.width((1,11),3,sheet=vhighsheet[x]) #Set Width of Column11
#xlswbk.show()
xlswbk.save()
xlswbk.close()
#***********************************************************************
#------------ Python Win32 Extension for Cell Colors -------------------
#***********************************************************************
print 'HIGHLIGHTING CELLS IN {0:} RESULTS .......................{1:}'.format(worsttext[x],filler[x])
xlApp=win32com.client.gencache.EnsureDispatch('Excel.Application')
xlApp.Workbooks.Open(xlsfile)
xlBook=xlApp.ActiveWorkbook
#CONTINGENCY LOW VOLTAGE -----------------------------------------------
for i in range(V1firstrow,V1lastrow+1):
for j in range(3,11):
value=xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Value
if value > 0.000:
if value < VLowCriteria+0.010:
xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Interior.ColorIndex = 36
if value < VLowCriteria:
xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Interior.ColorIndex = 45
if value <= ExtremeVLow:
xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Interior.ColorIndex = 3
#N-0 LOW VOLTAGE -------------------------------------------------------
for i in range(V0firstrow,V0lastrow+1):
for j in range(3,11):
value=xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Value
if value > 0.000:
if value < BaseVLowCriteria+0.010:
xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Interior.ColorIndex = 36
if value < BaseVLowCriteria:
xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Interior.ColorIndex = 45
if value <= ExtremeBaseVLow:
xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Interior.ColorIndex = 3
#CONTINGENCY FLOWS -----------------------------------------------------
for i in range(i1firstrow,i1lastrow+1):
for j in range(4,12):
value=xlApp.Worksheets(flowsheet[x]).Cells(i,j).Value
if type(value)==float:
if value >= IHighCriteria-5.0:
xlApp.Worksheets(flowsheet[x]).Cells(i,j).Interior.ColorIndex = 36
if value >= IHighCriteria:
xlApp.Worksheets(flowsheet[x]).Cells(i,j).Interior.ColorIndex = 45
if value >= ExtremeIHigh:
xlApp.Worksheets(flowsheet[x]).Cells(i,j).Interior.ColorIndex = 3
#N-0 FLOWS -------------------------------------------------------------
for i in range(i0firstrow,i0lastrow+1):
for j in range(4,12):
value=xlApp.Worksheets(flowsheet[x]).Cells(i,j).Value
if type(value)==float:
if value >= IHighCriteria-5.0:
xlApp.Worksheets(flowsheet[x]).Cells(i,j).Interior.ColorIndex = 36
if value >= IHighCriteria:
xlApp.Worksheets(flowsheet[x]).Cells(i,j).Interior.ColorIndex = 45
if value >= ExtremeIHigh:
xlApp.Worksheets(flowsheet[x]).Cells(i,j).Interior.ColorIndex = 3
#CONTINGENCY HIGH VOLTAGE ----------------------------------------------
if GetHighV==True:
for i in range(V2firstrow,V2lastrow+1):
for j in range(3,11):
value=xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Value
if type(value)==float:
if value > VHighCriteria-0.010:
xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Interior.ColorIndex = 36
if value > VHighCriteria:
xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Interior.ColorIndex = 45
if value >= ExtremeVHigh:
xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Interior.ColorIndex = 3
#N-0 HIGH VOLTAGE --------------------------------------------------
for i in range(V3firstrow,V3lastrow+1):
for j in range(3,11):
value=xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Value
if type(value)==float:
if value > BaseVHighCriteria-0.010:
xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Interior.ColorIndex = 36
if value > BaseVHighCriteria:
xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Interior.ColorIndex = 45
if value >= ExtremeBaseVHigh:
xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Interior.ColorIndex = 3
xlBook.Save()
xlBook.Close()
xlApp.Application.Quit()
print 'DONE .... OPENING EXCEL REPORT ............................'
if GetWorst==0: sheetselection=vlowsheet[0]
if GetWorst==1: sheetselection=vlowsheet[1]
if GetWorst==2: sheetselection=vlowsheet[0]
xlApp=win32com.client.gencache.EnsureDispatch('Excel.Application')
xlApp.Workbooks.Open(xlsfile)
xlBook=xlApp.ActiveWorkbook
xlApp.Worksheets(sheetselection).Select()
xlApp.Visible=True
xlBook.Save()
#================================ DONE =====================================
if modext=='.pyc':
import time
starttime=time.time()
timeleft=sleeptime
while timeleft>=0:
elapsedtime=time.time()-starttime
timeleft=round(sleeptime-elapsedtime,0)
time.sleep(0.04)
print 'EXITING IN ................................................ {0:2.0f} SECONDS\r'.format(timeleft),
| | 4 | No.4 Revision |
Help Refining Multiple ACCC Excel Report
I have created a python module for comparing multiple (up to eight) acc files and reporting results to Excel. Lots of time invested so far and it seems to function well.... However when comparing multiple files with large contingency lists (not to mention N-2 lists), this thing takes forever to create the final Excel report. I must admit that I am a "Brute Force" type of programmer. I would welcome anyone out there to take a look at my code and suggest any ways to improve processing time. Thanks, Use this code any way you like.
Created by ### on 07-20-2013
Developed with Python 2.7.3, EXCEL 2013, and PSSE 33.4
This Module Creates an Excel Spreadsheet Comparing Results of Up to Eight(8) PSSE ACCC Solution Files
Prompts for Contingency Low Bus Voltage Threshold to Report
Option to Enable High Bus Voltage Reporting (GetHighV)
Prompts for Contingency High Bus Voltage Threshold to Report (if GetHighV enabled)
Prompts for Contingency High Branch Flow Threshold to Report
Will Ask for How Many ACCC Files to Compare
Prompts to Input the ACCC Files (Choose Files in the order Desired)
Has Options to Report All Violations, Worst Violations, or Both on EXCEL Sheets
Writes and Saves an EXCEL Report file with the name: ACCCReport + Date... Example: ACCCReport(070713).xlsx
Writes and Saves a PSSE TEXT Report (if Enabled Below) With the Name: ACCCPSSEReport + Date... Example: ACCCPSSEReport(070713).xlsx
Use it Any Way You Like ... DNL
Default Options ---------------------------------------------------------------
BaseVLowCriteria = 0.950 #N-0 pu Low Voltage Criteria (ERCOT uses 0.950) BaseVHighCriteria = 1.050 #N-0 pu Low Voltage Criteria (ERCOT uses 1.050) VLowCriteria = 0.900 #Contingency pu Low Voltage Criteria (ERCOT uses 0.900) VHighCriteria = 1.050 #Contingency pu High Voltage Criteria (ERCOT uses 1.050) IHighCriteria = 100.0 #Contingency Percent High Flow Criteria (All RTOs use 100.0) MVARatingCriteria = 'B' #Contingency Rating Criteria for Branch Flow (Enter as Text)
BaseVLow = 0.950 #Per Unit N-0 Low Voltage Violation Level to Report BaseVHigh = 1.050 #Per Unit N-0 High Voltage Violation Level to Report BaseIHigh = 95.0 #Percent N-0 High Flow Violation Level to Report
ExtremeBaseVLow = 0.920 #Per Unit N-0 Extreme Low Voltage Violation (for EXCEL Highlighting) ExtremeBaseVHigh = 1.100 #Per Unit N-0 Extreme High Voltage (for EXCEL Highlighting) ExtremeBaseIHigh = 110.0 #Percent N-0 Extreme High Flow Violation (for EXCEL Highlighting)
ExtremeVLow = 0.850 #Per Unit Contingency Extreme Low Voltage (for EXCEL Highlighting) ExtremeVHigh = 1.150 #Per Unit Contingency Extreme High Voltage (for EXCEL Highlighting) ExtremeIHigh = 125.0 #Percent Contingency Extreme High Flow (for EXCEL Highlighting)
DefaultGetHighV = False #Default Enable for Reporting High Voltage Violations DefaultVHigh = '1.050' #Default Contingency Per Unit High Voltage Violation Level to Report (Enter as Text) DefaultVLow = '0.900' #Default Contingency Per Unit Low Voltage Violation Level to Report (Enter as Text) DefaultIHigh = '95.0' #Default Contingency Percent Flow Violation Level (Enter as Text) DefaultGetWorst = 2 #Default Contingency Violation Reporting Option: 0=All, 1=Worst, 2=Both
TextReport = False #Option for PSSE Generated 'Multiple AC Contingency Run Report' sleeptime=10 #Pause Time for Output Console Window
import wx from datetime import date
--- ACCC GUI ------------------------------------------------------------------
def create(parent): return Frame1(parent)
[wxIDFRAME1, wxIDFRAME1BUTTON1, wxIDFRAME1BUTTON2, wxIDFRAME1CHECKBOX2, wxIDFRAME1PANEL1, wxIDFRAME1RADIOBOX1, wxIDFRAME1RADIOBOX3, wxIDFRAME1STATICTEXT1, wxIDFRAME1STATICTEXT11, wxIDFRAME1STATICTEXT2, wxIDFRAME1STATICTEXT3, wxIDFRAME1STATICTEXT4, wxIDFRAME1STATICTEXT5, wxIDFRAME1STATICTEXT6, wxIDFRAME1STATICTEXT7, wxIDFRAME1STATICTEXT8, wxIDFRAME1STATICTEXT9, wxIDFRAME1TEXTCTRL1, wxIDFRAME1TEXTCTRL10, wxIDFRAME1TEXTCTRL11, wxIDFRAME1TEXTCTRL2, wxIDFRAME1TEXTCTRL3, wxIDFRAME1TEXTCTRL4, wxIDFRAME1TEXTCTRL5, wxIDFRAME1TEXTCTRL6, wxIDFRAME1TEXTCTRL7, wxIDFRAME1TEXTCTRL8, wxIDFRAME1TEXTCTRL9, ] = [wx.NewId() for initctrls in range(28)]
class Frame1(wx.Frame): def initcollboxSizer9Items(self, parent): parent.AddSpacer(wx.Size(24, 8), border=0, flag=0) parent.AddWindow(self.textCtrl3, 0, border=0, flag=0) parent.AddSpacer(wx.Size(8, 8), border=0, flag=0) parent.AddWindow(self.staticText3, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer7_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl5, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText5, 0, border=4, flag=wx.BOTTOM | wx.TOP)
def _init_coll_boxSizer8_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl4, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText4, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer15_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl9, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(23, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl10, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(23, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl11, 0, border=0, flag=0)
def _init_coll_boxSizer6_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl6, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText6, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer13_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.radioBox1, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
def _init_coll_boxSizer4_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl8, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText8, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer11_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl1, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText1, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer12_Items(self, parent):
parent.AddSpacer(wx.Size(70, 8), border=0, flag=0)
parent.AddWindow(self.button1, 0, border=0, flag=0)
def _init_coll_boxSizer10_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl2, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText2, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer5_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl7, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText7, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer3_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.radioBox3, 0, border=0, flag=0)
def _init_coll_boxSizer14_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.staticText9, 0, border=3, flag=wx.BOTTOM)
parent.AddSpacer(wx.Size(23, 8), border=0, flag=0)
parent.AddWindow(self.checkBox2, 0, border=1, flag=wx.BOTTOM)
parent.AddSpacer(wx.Size(23, 8), border=0, flag=0)
parent.AddWindow(self.staticText11, 0, border=3, flag=wx.BOTTOM)
def _init_coll_boxSizer1_Items(self, parent):
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer14, 0, border=0, flag=0)
parent.AddSizer(self.boxSizer15, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer13, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer12, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer11, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer10, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer9, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer8, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer7, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer6, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer5, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer4, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer3, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer2, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
def _init_coll_boxSizer2_Items(self, parent):
parent.AddSpacer(wx.Size(70, 8), border=0, flag=0)
parent.AddWindow(self.button2, 0, border=0, flag=0)
def _init_sizers(self):
self.boxSizer1 = wx.BoxSizer(orient=wx.VERTICAL)
self.boxSizer2 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer3 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer4 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer5 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer6 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer7 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer8 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer9 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer10 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer11 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer12 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer13 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer14 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer15 = wx.BoxSizer(orient=wx.HORIZONTAL)
self._init_coll_boxSizer1_Items(self.boxSizer1)
self._init_coll_boxSizer2_Items(self.boxSizer2)
self._init_coll_boxSizer3_Items(self.boxSizer3)
self._init_coll_boxSizer4_Items(self.boxSizer4)
self._init_coll_boxSizer5_Items(self.boxSizer5)
self._init_coll_boxSizer6_Items(self.boxSizer6)
self._init_coll_boxSizer7_Items(self.boxSizer7)
self._init_coll_boxSizer8_Items(self.boxSizer8)
self._init_coll_boxSizer9_Items(self.boxSizer9)
self._init_coll_boxSizer10_Items(self.boxSizer10)
self._init_coll_boxSizer11_Items(self.boxSizer11)
self._init_coll_boxSizer12_Items(self.boxSizer12)
self._init_coll_boxSizer13_Items(self.boxSizer13)
self._init_coll_boxSizer14_Items(self.boxSizer14)
self._init_coll_boxSizer15_Items(self.boxSizer15)
self.panel1.SetSizer(self.boxSizer1)
def _init_ctrls(self, prnt):
wx.Frame.__init__(self, id=wxID_FRAME1, name='', parent=prnt,
pos=wx.Point(684, 261), size=wx.Size(321, 582),
style=wx.DEFAULT_FRAME_STYLE, title='ACCC Report Options')
self.SetClientSize(wx.Size(305, 544))
self.SetToolTipString('')
wx.Frame.Center(self,wx.BOTH)
self.panel1 = wx.Panel(id=wxID_FRAME1PANEL1, name='panel1', parent=self,
pos=wx.Point(0, 0), size=wx.Size(305, 544),
style=wx.TAB_TRAVERSAL)
self.panel1.SetToolTipString('')
self.radioBox1 = wx.RadioBox(choices=['1', '2', '3', '4', '5', '6', '7',
'8'], id=wxID_FRAME1RADIOBOX1, label='Number of ACC Files',
majorDimension=1, name='radioBox1', parent=self.panel1,
pos=wx.Point(24, 69), size=wx.Size(256, 48),
style=wx.RAISED_BORDER | wx.RA_SPECIFY_ROWS)
self.radioBox1.SetToolTipString('')
self.radioBox1.SetThemeEnabled(False)
self.radioBox1.SetSelection(0)
self.radioBox1.Bind(wx.EVT_RADIOBOX, self.OnRadioBox1Radiobox,
id=wxID_FRAME1RADIOBOX1)
self.button1 = wx.Button(id=wxID_FRAME1BUTTON1, label='Get File(s)',
name='button1', parent=self.panel1, pos=wx.Point(70, 125),
size=wx.Size(76, 23), style=0)
self.button1.SetToolTipString('')
self.button1.SetFocus()
self.button1.Bind(wx.EVT_BUTTON, self.OnButton1Button,
id=wxID_FRAME1BUTTON1)
self.textCtrl1 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL1, name='textCtrl1',
parent=self.panel1, pos=wx.Point(24, 156), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl1.Enable(True)
self.textCtrl1.SetToolTipString('')
self.textCtrl1.SetEditable(False)
self.textCtrl1.Enable(True)
self.textCtrl2 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL2, name='textCtrl2',
parent=self.panel1, pos=wx.Point(24, 185), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl2.SetEditable(False)
self.textCtrl2.SetToolTipString('')
self.textCtrl2.Enable(False)
self.textCtrl3 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL3, name='textCtrl3',
parent=self.panel1, pos=wx.Point(24, 214), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl3.Enable(True)
self.textCtrl3.SetToolTipString('')
self.textCtrl3.SetEditable(False)
self.textCtrl3.Enable(False)
self.textCtrl4 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL4, name='textCtrl4',
parent=self.panel1, pos=wx.Point(24, 243), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl4.Enable(True)
self.textCtrl4.SetToolTipString('')
self.textCtrl4.SetEditable(False)
self.textCtrl4.Enable(False)
self.textCtrl5 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL5, name='textCtrl5',
parent=self.panel1, pos=wx.Point(24, 272), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl5.Enable(True)
self.textCtrl5.SetToolTipString('')
self.textCtrl5.SetEditable(False)
self.textCtrl5.Enable(False)
self.textCtrl6 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL6, name='textCtrl6',
parent=self.panel1, pos=wx.Point(24, 301), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl6.Enable(True)
self.textCtrl6.SetToolTipString('')
self.textCtrl6.SetEditable(False)
self.textCtrl6.Enable(False)
self.textCtrl7 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL7, name='textCtrl7',
parent=self.panel1, pos=wx.Point(24, 330), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl7.Enable(True)
self.textCtrl7.SetToolTipString('')
self.textCtrl7.SetEditable(False)
self.textCtrl7.Enable(False)
self.textCtrl8 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL8, name='textCtrl8',
parent=self.panel1, pos=wx.Point(24, 359), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl8.Enable(True)
self.textCtrl8.SetToolTipString('')
self.textCtrl8.SetEditable(False)
self.textCtrl8.Enable(False)
self.button2 = wx.Button(id=wxID_FRAME1BUTTON2, label='Run Report',
name='button2', parent=self.panel1, pos=wx.Point(70, 504),
size=wx.Size(76, 23), style=0)
self.button2.SetToolTipString('')
self.button2.Bind(wx.EVT_BUTTON, self.OnButton2Button,
id=wxID_FRAME1BUTTON2)
self.staticText1 = wx.StaticText(id=wxID_FRAME1STATICTEXT1,
label='<--- ACC File 1', name='staticText1', parent=self.panel1,
pos=wx.Point(200, 160), size=wx.Size(80, 13), style=0)
self.staticText1.SetToolTipString('')
self.staticText2 = wx.StaticText(id=wxID_FRAME1STATICTEXT2,
label='<--- ACC File 2', name='staticText2', parent=self.panel1,
pos=wx.Point(200, 189), size=wx.Size(80, 13), style=0)
self.staticText2.SetToolTipString('')
self.staticText3 = wx.StaticText(id=wxID_FRAME1STATICTEXT3,
label='<--- ACC File 3', name='staticText3', parent=self.panel1,
pos=wx.Point(200, 218), size=wx.Size(80, 13), style=0)
self.staticText3.SetToolTipString('')
self.staticText4 = wx.StaticText(id=wxID_FRAME1STATICTEXT4,
label='<--- ACC File 4', name='staticText4', parent=self.panel1,
pos=wx.Point(200, 247), size=wx.Size(80, 13), style=0)
self.staticText4.SetToolTipString('')
self.staticText5 = wx.StaticText(id=wxID_FRAME1STATICTEXT5,
label='<--- ACC File 5', name='staticText5', parent=self.panel1,
pos=wx.Point(200, 276), size=wx.Size(80, 13), style=0)
self.staticText5.SetToolTipString('')
self.staticText6 = wx.StaticText(id=wxID_FRAME1STATICTEXT6,
label='<--- ACC File 6', name='staticText6', parent=self.panel1,
pos=wx.Point(200, 305), size=wx.Size(80, 13), style=0)
self.staticText6.SetToolTipString('')
self.staticText7 = wx.StaticText(id=wxID_FRAME1STATICTEXT7,
label='<--- ACC File 7', name='staticText7', parent=self.panel1,
pos=wx.Point(200, 334), size=wx.Size(80, 13), style=0)
self.staticText7.SetToolTipString('')
self.staticText8 = wx.StaticText(id=wxID_FRAME1STATICTEXT8,
label='<--- ACC File 8', name='staticText8', parent=self.panel1,
pos=wx.Point(200, 363), size=wx.Size(80, 13), style=0)
self.staticText8.SetToolTipString('')
self.staticText9 = wx.StaticText(id=wxID_FRAME1STATICTEXT9,
label='VLow (pu)', name='staticText9', parent=self.panel1,
pos=wx.Point(24, 16), size=wx.Size(70, 13),
style=wx.ALIGN_CENTRE)
self.staticText9.SetToolTipString('')
self.staticText11 = wx.StaticText(id=wxID_FRAME1STATICTEXT11,
label='Loading (%)', name='staticText11', parent=self.panel1,
pos=wx.Point(210, 16), size=wx.Size(70, 13),
style=wx.ALIGN_CENTRE)
self.staticText11.SetToolTipString('')
self.textCtrl9 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL9, name='textCtrl9',
parent=self.panel1, pos=wx.Point(24, 32), size=wx.Size(70, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value=DefaultVLow)
self.textCtrl9.SetToolTipString('')
self.textCtrl9.Bind(wx.EVT_TEXT, self.OnTextCtrl9Text,
id=wxID_FRAME1TEXTCTRL9)
self.textCtrl10 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL10,
name='textCtrl10', parent=self.panel1, pos=wx.Point(117, 32),
size=wx.Size(70, 21), style=wx.SUNKEN_BORDER | wx.TE_CENTER,
value=DefaultVHigh)
self.textCtrl10.SetToolTipString('')
self.textCtrl10.Enable(False)
self.textCtrl10.Bind(wx.EVT_TEXT, self.OnTextCtrl10Text,
id=wxID_FRAME1TEXTCTRL10)
self.textCtrl11 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL11,
name='textCtrl11', parent=self.panel1, pos=wx.Point(210, 32),
size=wx.Size(70, 21), style=wx.SUNKEN_BORDER | wx.TE_CENTER,
value=DefaultIHigh)
self.textCtrl11.SetToolTipString('')
self.textCtrl11.Bind(wx.EVT_TEXT, self.OnTextCtrl11Text,
id=wxID_FRAME1TEXTCTRL11)
self.checkBox2 = wx.CheckBox(id=wxID_FRAME1CHECKBOX2,
label='VHigh (pu)', name='checkBox2', parent=self.panel1,
pos=wx.Point(117, 16), size=wx.Size(70, 13), style=0)
self.checkBox2.SetValue(DefaultGetHighV)
self.checkBox2.SetToolTipString('')
self.checkBox2.Bind(wx.EVT_CHECKBOX, self.OnCheckBox2Checkbox,
id=wxID_FRAME1CHECKBOX2)
self.radioBox3 = wx.RadioBox(choices=['<--- Report All Violations',
'<--- Report Worst Violations', '<--- Report Both'],
id=wxID_FRAME1RADIOBOX3,
label='CONTINGENCY VIOLATION REPORTING OPTIONS:',
majorDimension=1, name='radioBox3', parent=self.panel1,
pos=wx.Point(24, 404), size=wx.Size(256, 84),
style=wx.RAISED_BORDER | wx.RA_SPECIFY_COLS)
self.radioBox3.SetSelection(DefaultGetWorst)
self.radioBox3.SetToolTipString('')
self.radioBox3.Bind(wx.EVT_RADIOBOX, self.OnRadioBox3Radiobox,
id=wxID_FRAME1RADIOBOX3)
self._init_sizers()
def __init__(self, parent):
self._init_ctrls(parent)
#-- GUI EVENTS -------------------------------------------------------------
#-- High Voltage Enable ----------------------------------------------------
def OnCheckBox2Checkbox(self, event):
gethighv = bool(self.checkBox2.GetValue())
self.textCtrl10.Enable(gethighv)
self.GetHighV = gethighv
#-- High Voltage Selection -------------------------------------------------
def OnTextCtrl10Text(self, event):
self.VHigh = float(self.textCtrl10.GetValue())
#-- Low Voltge Selection ---------------------------------------------------
def OnTextCtrl9Text(self, event):
self.VLow=float(self.textCtrl9.GetValue())
#-- High Loading Selection -------------------------------------------------
def OnTextCtrl11Text(self, event):
self.IHigh = float(self.textCtrl11.GetValue())
#-- Number of ACC Files Selection ------------------------------------------
def OnRadioBox1Radiobox(self, event):
displaydict={0:self.textCtrl1,1:self.textCtrl2,2:self.textCtrl3,3:self.textCtrl4,
4:self.textCtrl5,5:self.textCtrl6,6:self.textCtrl7,7:self.textCtrl8}
for i in displaydict: displaydict[i].SetValue('None')
self.numaccfiles = self.radioBox1.GetSelection()+1
for j in range(self.numaccfiles):
displaydict[j].Enable(1)
for k in range(j+1,8):
displaydict[k].Enable(0)
#-- Get ACC Files Button ---------------------------------------------------
def OnButton1Button(self, event):
displaydict={0:self.textCtrl1,1:self.textCtrl2,2:self.textCtrl3,3:self.textCtrl4,
4:self.textCtrl5,5:self.textCtrl6,6:self.textCtrl7,7:self.textCtrl8}
self.accfilelist=['','','','','','','','']
wildcard = "ACCC File (*.acc)|*.acc|"\
"All files (*.*)|*.*"
for i in range(self.numaccfiles):
title='Select ACCC File {0:1}'.format(i)
dialog = wx.FileDialog(None, title, os.getcwd(), "", wildcard, wx.OPEN|wx.CHANGE_DIR)
dialog.Center(wx.BOTH)
dialog.ShowModal()
fname=dialog.GetPath().encode("ascii")
path,fname=os.path.split(fname)
self.accfilelist[i]=fname
displaydict[i].SetValue(fname)
dialog.Destroy()
#-- Contingency Violation Options ------------------------------------------
def OnRadioBox3Radiobox(self, event):
self.GetWorst = self.radioBox3.GetSelection()
#-- Done Button.. Generate Report ------------------------------------------
def OnButton2Button(self, event):
app.ExitMainLoop()
=== NON GUI FUNCTIONS =========================================================
def GetReportNames(path):
stamp='{:%m%d%y}'.format(date.today())
rptfile1=path +'\ACCCPSSEReport('+stamp+').txt'
rptfile2=path +'\ACCCPSSEReport(Worst)('+stamp+').txt'
xlsfile=path +'\ACCCReport_('+stamp+').xlsx'
return rptfile1,rptfile2,xlsfile
-------------------------------------------------------------------------------
def GetN0results(numaccfiles,accfilelist): N0results=[[],[],[],[],[],[],[],[]] for i in range(numaccfiles): data = pssarrays.accc_solution(accfilelist[i], colabel='BASE CASE') N0results[i]=data return N0results
-------------------------------------------------------------------------------
def GetUniqueBusList(numaccfiles,accfilelist):
accsummary=[[],[],[],[],[],[],[],[]]
buslist=()
for i in range(numaccfiles):
data = pssarrays.accc_summary(accfilelist[i])
accsummary[i]= data
buslist=buslist+data.mvbuslabel
ubuslist=list(set(buslist))
ubuslist.sort()
return ubuslist,accsummary
-------------------------------------------------------------------------------
def GetUniqueBranchList(numaccfiles,accsummary): branchlist=() for i in range(numaccfiles): data = accsummary[i] branchlist=branchlist+data.melement ubranchlist=list(set(branchlist)) ubranchlist.sort() return ubranchlist
-------------------------------------------------------------------------------
def BuildMasterConlist(numaccfiles,accfilelist,accsummary):
conlist=[]
masterconlist=[]
desc=[[],[],[],[],[],[],[],[]]
for j in range(numaccfiles):
for outage in accsummary[j].colabel[1:]:
data = pssarrays.accc_solution(accfilelist[j], colabel=outage)
description=(outage,data.codesc)
desc[j].append(description)
masterconlist.append(description)
umasterconlist=list(set(masterconlist))
umasterconlist.sort()
return desc,umasterconlist
-------------------------------------------------------------------------------
def BuildDuplicateConList(masterconlist):
pmasterconlist=[]
for u in range(len(masterconlist)):
temp=[masterconlist[u][0],masterconlist[u][1]]
pmasterconlist.append(temp)
for x in range(len(pmasterconlist)-1):
for y in range(len(pmasterconlist)-1):
if pmasterconlist[y][0]== pmasterconlist[y+1][0]:
pmasterconlist[y][0]='@'+pmasterconlist[y+1][0]
return pmasterconlist
-------------------------------------------------------------------------------
def GetN1results(numaccfiles,accfilelist,outage,desc): conexist=[[],[],[],[],[],[],[],[]] converged=[[],[],[],[],[],[],[],[]] con=[[],[],[],[],[],[],[],[]] N1results=[[],[],[],[],[],[],[],[]] for i in range(numaccfiles): conexist[i]=False converged[i]='NA' for j in desc[i]: if outage[1]==j[1]: con[i]=j conexist[i]=True for k in range(numaccfiles): if conexist[k]==True: data=pssarrays.accc_solution(accfilelist[k], colabel=con[k][0]) N1results[k]=data converged[k]=data.cnvflag return N1results,conexist,converged
-------------------------------------------------------------------------------
def GetWorstVLow(vlowviolist,vlowconlist):
vlowviolist.sort(key=lambda x:x[0]) #Sort the Low Bus Voltage Violation List by Bus Name
delviolist=[True for y in range(len(vlowviolist))] #Initialize a Delete Flag List to True (Worst Violations will be changed to False)
buscountlist=[1 for z in range(len(vlowviolist))] #Initialize a Violation Counter list to 1 (Will be incremented if more than 1 violation)
vlowconlistdict=dict(vlowconlist) #Create a dictionary of contingency violations
minvoltage=3.33; buscount=1; minindex=0 #Initialize MinVoltage Value, Low Voltage Violation Counter, Index of Min Bus Voltage
for x in range(len(vlowviolist)-1): #Loop through the Indexes of the Bus Violation List (up to next to last)
if vlowviolist[x][0] == vlowviolist[x+1][0]: #Determine if this loop's Bus is equal to the next loop's Bus
buscount+=1 #If Equal, Increment Violation Counter
AList=vlowviolist[x][2:] #Get this loop's Bus Voltage Values
BList=vlowviolist[x+1][2:] #Get the next loop's Bus Voltage Values
for i in range(len(AList)): #Loop through the indexes of this loop's voltage values
try: AList[i]=float(AList[i]) #Convert the Bus Voltage Values to 'float' (if it is 'numerical')
except: AList[i]=3.44 #If the Bus Voltage is not numerical, assign it a very high 'non-violation' value
for j in range(len(BList)): #Loop through the indexes of the next loop's voltage values
try: BList[j]=float(BList[j]) #Convert the Bus Voltage Values to 'float' (if it is 'numerical')
except: BList[j]=3.44 #If the Bus Voltage is not numerical, assign it a very high 'non-violation' value
a=min(AList) #Get the Min of this loop's Bus Voltage
b=min(BList) #Get the Min of the next loop's Bus Voltage
if a < minvoltage: #If the Min of this loop's Bus Voltage is < this loop's minvoltage value
minvoltage=a #Set the minvoltage value to this loop's Min Bus Voltage
minindex=x #Save the index of this loop's Min Bus Voltage
if b < minvoltage: #If the Min of the next loop's Bus Voltage is < this loop's minvoltage value
minvoltage=b #Set the minvoltage value to the next loop's Min Bus Voltage
minindex=x+1 #Save the index of the next loop's Min Bus Voltage
else: #Since this loop's Bus is NOT equal to the next loop's Bus (Means we have looped through all buses with equal names)
buscountlist[minindex]=buscount #Change the element in this loop's (or next loop's) Bus Counter List to the Violation Counter
delviolist[minindex]=False #Change the element in this loop's (or next loop's) Delete Flag List to False
minvoltage=3.33 #Reset the Min Voltage Value to a large 'non-violation' value
buscount=1 #Reset the Bus Violation Counter
minindex=x+1 #Reset the Bus Min Violation index to the next loop
buscountlist[minindex]=buscount #If last two Buses are equal, assign bus counter from equal logic. If last two Buses are NOT equal, assign bus counter from NOT equal logic.
delviolist[minindex]=False #If last two Buses are equal, Change Delete Flag List from equal logic. If last two Buses are NOT equal, Change Delete Flag List from NOT equal logic.
worstviolist=[] #Create an Empty List to hold the 'Worst' Bus/Contingency/LowVoltage Data
worstcountlist=[] #Create an Empty List to hold how many Contingencies Caused Low Voltage Violations
for x in range(len(vlowviolist)): #Loop Through the 'Total' Bus Low Voltage Violation List
if delviolist[x]==False: #Check if this Bus/Contingency is NOT 'Flagged' to be Deleted (Worst Contingency)
worstviolist.append(list(vlowviolist[x])) #If Not ... Add it to the Worst Bus Low Voltage Violation List
worstcountlist.append(int(buscountlist[x])) #Get how many other Contingencies Caused Low Voltage Violations for this Bus
for y in range(len(worstviolist)): #Loop Through 'Identified' Worst Bus Low Voltage Violation List
if worstviolist[y][0].startswith('*'): #Check if the worst violation had a basecase violation
worstviolist[y][0]=worstviolist[y][0].lstrip('*') #Remove the leading character (will add it back)
worstviolist[y][0]='*('+str(worstcountlist[y])+') '+worstviolist[y][0] #Add the Number of Contingencies that Caused Low Voltage Violations to the Begining of the Bus Description
else: #If it did not have basecase violation...
worstviolist[y][0]='('+str(worstcountlist[y])+') '+worstviolist[y][0] #Add the Number of Contingencies that Caused Low Voltage Violations to the Begining of the Bus Description
worstconlist=[] #Create an Empty List to hold the Worst Contingency Names and Descriptions
for z in worstviolist: #Finally...Loop through 'Identified' Worst Bus Low Voltage Violation List Again
conlabel=z[1] #Get the Continency Name or 'Label'
condesc=vlowconlistdict[conlabel] #Get the Contingency Description using the Low Voltage Contingency List Dictionary
condata=(conlabel,condesc) #Create a temporary list for this Contingency Label and Description
worstconlist.append(condata) #Add this 'Worst' Contingency to the 'worstcon' List
return worstviolist,worstconlist #Return Worst Results (Bus/WorstOutage/VoltageData and Contingency Names/Descriptions
-------------------------------------------------------------------------------
def GetWorstVHigh(vhighviolist,vhighconlist):
vhighviolist.sort(key=lambda x:x[0]) #Sort the High Bus Voltage Violation List by Bus Name
delviolist=[True for y in range(len(vhighviolist))] #Initialize a Delete Flag List to True (Worst Violations will be changed to False)
buscountlist=[1 for z in range(len(vhighviolist))] #Initialize a Violation Counter list to 1 (Will be incremented if more than 1 violation)
vhighconlistdict=dict(vhighconlist) #Create a dictionary of contingency violations
maxvoltage=0.20; buscount=1; maxindex=0 #Initialize MaxVoltage Value, High Voltage Violation Counter, Index of Max Bus Voltage
for x in range(len(vhighviolist)-1): #Loop through the Indexes of the Bus Violation List (up to next to last)
if vhighviolist[x][0] == vhighviolist[x+1][0]: #Determine if this loop's Bus is equal to the next loop's Bus
buscount+=1 #If Equal, Increment Violation Counter
AList=vhighviolist[x][2:] #Get this loop's Bus Voltage Values
BList=vhighviolist[x+1][2:] #Get the next loop's Bus Voltage Values
for i in range(len(AList)): #Loop through the indexes of this loop's voltage values
try: AList[i]=float(AList[i]) #Convert the Bus Voltage Values to 'float' (if it is 'numerical')
except: AList[i]=0.10 #If the Bus Voltage is not numerical, assign it a very low 'non-violation' value
for j in range(len(BList)): #Loop through the indexes of the next loop's voltage values
try: BList[j]=float(BList[j]) #Convert the Bus Voltage Values to 'float' (if it is 'numerical')
except: BList[j]=0.10 #If the Bus Voltage is not numerical, assign it a very low 'non-violation' value
a=max(AList) #Get the Max of this loop's Bus Voltage
b=max(BList) #Get the Max of the next loop's Bus Voltage
if a > maxvoltage: #If the Max of this loop's Bus Voltage is > this loop's minvoltage value
maxvoltage=a #Set the maxvoltage value to this loop's Max Bus Voltage
maxindex=x #Save the index of this loop's Max Bus Voltage
if b > maxvoltage: #If the Max of the next loop's Bus Voltage is > this loop's maxvoltage value
maxvoltage=b #Set the maxvoltage value to the next loop's Max Bus Voltage
maxindex=x+1 #Save the index of the next loop's Max Bus Voltage
else: #Since this loop's Bus is NOT equal to the next loop's Bus (Means we have looped through all buses with equal names)
buscountlist[maxindex]=buscount #Change the element in this loop's (or next loop's) Bus Counter List to the Violation Counter
delviolist[maxindex]=False #Change the element in this loop's (or next loop's) Delete Flag List to False
maxvoltage=0.20 #Reset the Max Voltage Value to a low 'non-violation' value
buscount=1 #Reset the Bus Violation Counter
maxindex=x+1 #Reset the Bus Max Violation index to the next loop
buscountlist[maxindex]=buscount #If last two Buses are equal, assign bus counter from equal logic. If last two Buses are NOT equal, assign bus counter from NOT equal logic.
delviolist[maxindex]=False #If last two Buses are equal, Change Delete Flag List from equal logic. If last two Buses are NOT equal, Change Delete Flag List from NOT equal logic.
worstviolist=[] #Create an Empty List to hold the 'Worst' Bus/Contingency/High Voltage Data
worstcountlist=[] #Create an Empty List to hold how many Contingencies Caused High Voltge Violations
for x in range(len(vhighviolist)): #Loop Through the 'Total' Bus Violation List
if delviolist[x]==False: #Check if this Bus/Contingency is NOT 'Flagged' to be Deleted (Worst Contingency)
worstviolist.append(list(vhighviolist[x])) #If Not ... Add it to the Worst Bus High Voltage Violation List
worstcountlist.append(int(buscountlist[x])) #Get how many other Contingencies Caused High Violations for this Bus
for y in range(len(worstviolist)): #Loop Through 'Identified' Worst Bus High Voltage Violation List
if worstviolist[y][0].startswith('*'): #Check if the worst violation had a basecase violation
worstviolist[y][0]=worstviolist[y][0].lstrip('*') #Remove the leading character (will add it back)
worstviolist[y][0]='*('+str(worstcountlist[y])+') '+worstviolist[y][0] #Add the Number of Contingencies that Caused Low Voltage Violations to the Begining of the Bus Description
else: #If it did not have basecase violation...
worstviolist[y][0]='('+str(worstcountlist[y])+') '+worstviolist[y][0] #Add the Number of Contingencies that Caused Low Voltage Violations to the Begining of the Bus Description
worstconlist=[] #Create an Empty List to hold the Worst Contingency Names and Descriptions
for z in worstviolist: #Finally...Loop through 'Identified' Worst Bus High Voltage List Again
conlabel=z[1] #Get the Continency Name or 'Label'
condesc=vhighconlistdict[conlabel] #Get the Contingency Description using the Voltage Contingency List Dictionary
condata=(conlabel,condesc) #Create a temporary list for this Contingency Label and Description
worstconlist.append(condata) #Add this 'Worst' Contingency to the 'worstcon' List
return worstviolist,worstconlist #Return Worst Results (Bus/WorstOutage/HighVoltageData and Contingency Names/Descriptions
-------------------------------------------------------------------------------
def GetWorstI(iviolist,iconlist): iviolist.sort(key=lambda x:x[0]) #Sort the Branch Violation List by Branch Name deliviolist=[True for y in range(len(iviolist))] #Initialize a Delete Flag List to True (Worst Violations will be changed to False) branchcountlist=[1 for z in range(len(iviolist))] #Initialize a Violation Counter list to 1 (Will be incremented if more than 1 violation) iconlistdict=dict(iconlist) #Create a dictionary of contingency violations maxloading=0.15; branchcount=1; maxindex=0 #Initialize MaxLoading Value, Branch Violation Counter, Index of Max Branch flow
for x in range(len(iviolist)-1): #Loop through the Indexes of the Branch Violation List (up to next to last)
if iviolist[x][0]==iviolist[x+1][0]: #Determine if this loop's Branch is equal to the next loop's Branch
branchcount+=1 #If Equal, Increment Violation Counter
AList=iviolist[x][3:] #Get this loop's Branch Flow Values
BList=iviolist[x+1][3:] #Get the next loop's Branch Flow Values
for i in range(len(AList)): #Loop through the indexes of this loop's flow values
try: AList[i]=float(AList[i]) #Convert the Branch Flow Values to 'float' (if it is 'numerical')
except: AList[i]=0.10 #If the Branch flow is not numerical, assign it a very low 'non-violation' value
for j in range(len(BList)): #Loop through the indexes of the next loop's flow values
try: BList[j]=float(BList[j]) #Convert the Branch Flow Values to 'float' (if it is 'numerical')
except: BList[j]=0.10 #If the Branch flow is not numerical, assign it a very low 'non-violation' value
a=max(AList) #Get the Max of this loop's branch flow
b=max(BList) #Get the Max of the next loop's branch flow
if a > maxloading: #If the Max of this loop's branch flow is > this loop's maxloading value
maxloading=a #Set the maxloading value to this loop's Max branch flow
maxindex=x #Save the index of this loop's Max branch flow
if b > maxloading: #If the Max of the next loop's branch flow is > this loop's maxloading value
maxloading=b #Set the maxloading value to the next loop's Max branch flow
maxindex=x+1 #Save the index of the next loop's Max branch flow
else: #Since this loop's Branch is NOT equal to the next loop's Branch (Means we have looped through all branches with equal names)
branchcountlist[maxindex]=branchcount #Change the element in this loop's (or next loop's) Branch Counter List to the Violation Counter
deliviolist[maxindex]=False #Change the element in this loop's (or next loop's) Delete Flag List to False
maxloading=0.15 #Reset the Max Loading Value to a small 'non-violation' value
branchcount=1 #Reset the Branch Violation Counter
maxindex=x+1 #Reset the Branch Max Violation index to the next loop
branchcountlist[maxindex]=branchcount #If last two branches are equal, assign branch counter from equal logic. If last two branches are NOT equal, assign branch counter from NOT equal logic.
deliviolist[maxindex]=False #If last two branches are equal, Change Delete Flag List from equal logic. If last two branches are NOT equal, Change Delete Flag List from NOT equal logic.
worstiviolist=[] #Create an Empty List to hold the 'Worst' Branch/Contingency/Flow Data
worstcountlist=[] #Create an Empty List to hold how many Contingencies Caused Violations
for x in range(len(iviolist)): #Loop Through the 'Total' Branch Violation List
if deliviolist[x]==False: #Check if this Branch/Contingency is not Flagged to be Deleted (Worst Contingency)
worstiviolist.append(list(iviolist[x])) #If Not ... Add it to the Worst Branch Flow Violation List
worstcountlist.append(int(branchcountlist[x])) #Get how many other Contingencies Caused Violations for this Branch
for y in range(len(worstiviolist)): #Loop Through 'Identified' Worst Branch Flow Violation List
if worstiviolist[y][0].startswith('*'): #Check if the worst violation had a basecase violation
worstiviolist[y][0]=worstiviolist[y][0].lstrip('*') #Remove the leading character (will add it back)
worstiviolist[y][0]='*('+str(worstcountlist[y])+') '+worstiviolist[y][0] #Add the Number of Contingencies that Caused High Flow Violations to the Begining of the Bus Description
else: #If it did not have basecase violation...
worstiviolist[y][0]='('+str(worstcountlist[y])+') '+worstiviolist[y][0] #Add the Number of Contingencies that Caused High Flow Violations to the Begining of the Bus Description
worstconlist=[] #Create an Empty List to hold the Worst Contingency Names and Descriptions
for z in worstiviolist: #Finally...Loop through 'Identified' Worst Branch Flow List Again
conlabel=z[1] #Get the Continency Name or 'Label'
condesc=iconlistdict[conlabel] #Get the Contingency Description using the Flow Contingency List Dictionary
condata=(conlabel,condesc) #Create a temporary list for this Contingency Label and Description
worstconlist.append(condata) #Add this 'Worst' Contingency to the 'worstcon' List
return worstiviolist,worstconlist #Return Worst Results (Branch/WorstOutage/FlowData and Contingency Names/Descriptions
-------------------------------------------------------------------------------
----- MAIN ---------- MAIN ---------- MAIN ---------- MAIN ---------- MAIN ----
-------------------------------------------------------------------------------
if name == 'main': import os, sys
#-------- SET EVIRONMENT VARIABLES to Access PSSE Modules ------------------
_PSSBINPATH = r"C:\Program Files\PTI\PSSE33\PSSBIN"
if os.path.exists(r"C:\Program Files (x86)\PTI\PSSE33\PSSBIN"):
_PSSBINPATH = r"C:\Program Files (x86)\PTI\PSSE33\PSSBIN"
os.environ['PATH'] = _PSSBINPATH + ';' + os.environ['PATH']
sys.path.insert(0,_PSSBINPATH)
import pssarrays, psspy
#Create GUI ----------------------------------------------------------------
app = wx.PySimpleApp()
frame = create(None)
frame.Show()
#Initialize ACCC Options ---------------------------------------------------
frame.VLow=float(DefaultVLow)
frame.GetHighV=DefaultGetHighV
frame.VHigh=float(DefaultVHigh)
frame.IHigh=float(DefaultIHigh)
frame.numaccfiles=1
frame.accfilelist=None
frame.GetWorst=DefaultGetWorst
#Go To GUI -----------------------------------------------------------------
app.MainLoop()
#Assign ACCC Options Selections --------------------------------------------
VLow=frame.VLow
GetHighV=frame.GetHighV
VHigh=frame.VHigh
IHigh=frame.IHigh
numaccfiles=frame.numaccfiles
accfilelist=frame.accfilelist
GetWorst=frame.GetWorst
#Close GUI -----------------------------------------------------------------
frame.Show(0)
frame.Close()
app.Destroy()
if accfilelist==None:
print '\nNO SAVE FILES SELECTED!!',
raise Exception('NO SAVE FILES SELECTED!!')
#---------------------------------------------------------------------------
accpath=os.getcwd() #Get the Path of Working Directory
rptfile1,rptfile2,xlsfile=GetReportNames(accpath) #Get the Names of Text and Excel Report Files
try: os.remove(xlsfile) #Delete EXCEL file with same name if it exists
except: pass
NoBus=9.999 #Temp Value if Bus is not found in Monitor List
NoVCon=8.888 #Temp Value if Contingency is not found in .acc File
NoBusNoVCon=7.777 #Temp Value Bus and Contingency is not found
NoVSol=6.666 #Temp Value if Contingency did not reach Convergence
NoBranch=999.9 #Temp Value if Branch is not found in Monitor List
NoICon=888.8 #Temp Value if No Flow Contingency
NoBranchNoICon=777.7 #Temp Value if Branch and Contingency is not found
NoISol=666.6 #Temp Value if Contingency did not reach Convergence
#===========================================================================
#===== GET N-0 RESULTS =====================================================
#===========================================================================
print 'GETTING N-0 RESULTS .......................................'
N0results= GetN0results(numaccfiles,accfilelist) #Get N-0 Results (Also used for Flow)
#START N-0 VOLTAGE ANALYSIS -----------------------------------------------
print 'COMPILING BUS LIST ........................................'
buslist,accsummary = GetUniqueBusList(numaccfiles,accfilelist) #Compile Unique Monitored Bus List
baselowviolist=[] #Initialize the N-0 Bus Low Voltage Violation List
basehighviolist=[] #Initialize the N-0 Bus High Voltage Violation List
print 'PROCESSING N-0 VOLTAGE ....................................'
for BUS in buslist: #Loop Through buses in the 'Total' Monitored Bus List
v = [0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize This 'BUS' Voltage Across Cases for this Loop
for i in range(numaccfiles): #Loop Across Cases
try: #Determine if this 'BUS' Exists in the Monitored List
busindex=accsummary[i].mvbuslabel.index(BUS) #Get this 'BUS' index from the Summary (if it exists)
v[i]=N0results[i].volts[busindex] #If the Bus is in the Monitored List... Get it's Voltage
except: v[i]=NoBus #If the Bus is not in the Monitored List... Assign it the 'NoBus' Value
lowviolation = False #Initialize Low Voltage Violation Flag
highviolation = False #Initialize High Voltage Violation Flag
for j in range(numaccfiles): #Loop Across Cases
if v[j] > 0.0 and v[j] < BaseVLow: lowviolation = True #Determine if this 'BUS' has a Low Voltage Violation, Set Flag
if v[j] > BaseVHigh and v[j] < NoVSol: highviolation = True #Determine if this 'BUS' has a High Voltage Violation, Set Flag
if lowviolation == True: #if this 'BUS' was Found in Low Voltage Violation
for k in range(numaccfiles): #Loop Across Cases
if v[k]==NoBus: v[k]='NB' #If this 'BUS' does not exist in the Monitored List for this Case, Assign a String to it's value
else: v[k]='{0:>5.3f}'.format(v[k]) #Otherwise... Get the 'BUS' Voltage
for x in range(numaccfiles,8): v[x]='- ' #If Less than Eight Cases... Set the 'BUS' voltage to a 'Null' String
L=[BUS,v[0],v[1],v[2],v[3],v[4],v[5],v[6],v[7]] #Create a List of Results
baselowviolist.append(L) #Add Results of this Loop to a Compiled N-0 Low Voltage Violation List
if highviolation == True: #if this 'BUS' was Found in High Voltage Violation
for m in range(numaccfiles): #Loop Across Cases
if v[m]==NoBus: v[m]='NB' #If this 'BUS' does not exist in the Monitored List for this Case, Assign a String to it's value
else: v[m]='{0:>5.3f}'.format(v[m]) #Otherwise... Get the 'BUS' Voltage
for x in range(numaccfiles,8): v[x]='- ' #If Less than Eight Cases... Set the 'BUS' voltage to a 'Null' String
M=[BUS,v[0],v[1],v[2],v[3],v[4],v[5],v[6],v[7]] #Create a List of Results
basehighviolist.append(M) #Add Results of this Loop to a Compiled N-0 High Voltage Violation List
baselowviolist.sort() #Sort the N-0 Bus Low Voltage Violation List
basehighviolist.sort() #Sort the N-0 Bus High Voltage Violation List
#START N-0 BRANCH FLOW ANALYSIS --------------------------------------------
print 'COMPILING BRANCH LIST .....................................'
branchlist= GetUniqueBranchList(numaccfiles,accsummary) #Compile Unique Monitored Branch List
baseiviolist=[] #Initialize the N-0 Violation List
print 'PROCESSING N-0 FLOW .......................................'
for BRANCH in branchlist: #Loop Through Branches in the 'Total' Monitored Branch List
rating=[0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize the Branch Ratings across Cases
pct=[0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize the Percent Flow across Cases
for i in range(numaccfiles): #Loop Across Cases
if BRANCH in accsummary[i].melement: #Determine if this 'BRANCH' Exists in the Monitored List
branchindex=accsummary[i].melement.index(BRANCH) #Get this 'BRANCH' index from the Summary (if it exists)
mvaflow=abs(N0results[i].ampflow[branchindex]) #If this 'BRANCH' is in the Monitored List... Get it's Flow
rating[i] = accsummary[i].rating.a[branchindex] #If this 'BRANCH' is in the Monitored List... Get it's Rating A
try: pct[i]=mvaflow*100/rating[i] #Check for Division by Zero ... Calculate Percent Flow
except: continue #Next Loop if Rating = 0.0
else: pct[i]=NoBranch #If this 'BRANCH' is not in the Monitored List... Assign it the 'NoBranch' Value
rate=max(rating) #Get the Max Branch Rating across Cases
rate='{0:>5.0f}'.format(rate) #Convert Rating to String and Format to Zero Decimal Places
for r in range(numaccfiles-1): #Loop Across Cases
if rating[r]!= 0.0 and rating[r+1]!= rating[r]: rate=rate+'~' #Determine if Ratings are Different... If So.. Add a Character to Max Rating
violation = False #Initialize the Violation Flag heading into the Next Loop
for j in range(numaccfiles): #Loop Across Cases
if pct[j] > BaseIHigh and pct[j] < NoISol: violation = True #Determine if this 'BRANCH' is in Violation, Set Flag
if violation == True: #if this 'BRANCH' was Found in Violation
for k in range(numaccfiles): #Loop Across Cases
if pct[k]==NoBranch: pct[k]='NB' #If this 'BRANCH' does not exist in the Monitored List, Assign a String to it's value
else: pct[k]='{0:>5.1f}'.format(pct[k]) #Otherwise... Get the 'BRANCH' Percent Flow
for x in range(numaccfiles,8): pct[x]='- ' #If Less than Eight Cases... Set the 'BRANCH' Percent Flow to a 'Null' String
L=[BRANCH,rate,pct[0],pct[1],pct[2],pct[3],pct[4],pct[5], #Create a List of Results
pct[6],pct[7]]
baseiviolist.append(L) #Add Results of this Loop to a Compiled N-0 Violation List
baseiviolist.sort() #Sort the N-0 Branch Violation List
#===========================================================================
#===== GET CONTINGENCY RESULTS =============================================
#===========================================================================
#BUILD MASTER CONTINGENCY LISTS --------------------------------------------
print 'BUILDING MASTER CONTINGENCY LIST ..........................'
desc,masterconlist= BuildMasterConlist(numaccfiles,accfilelist,accsummary) #Create a Contingency List for Each Case, and a Total List Across all Cases
print 'BUILDING DUPLICATE CONTINGENCY LIST .......................'
pmasterconlist=BuildDuplicateConList(masterconlist) #Create "Parallel" List to Distinguish any Duplicates
notconverged=[] #Holds all Contingencies that did not Converge
#INITIALIZE CONTINGENCY ANALYSIS ------------------------------------------
vnotconverged=[] #Formated and Used to Report Non-Converged Contingencies associated with Voltage
inotconverged=[] #Formated and Used to Report Non-Converged Contingencies associated with Flow
vlowconlist=[] #Holds Low Voltage Violation Contingency List
vlowviolist=[] #Holds Bus Name and Low Voltage Violatons
vhighconlist=[] #Holds High Voltage Violation Contingency List
vhighviolist=[] #Holds Bus Name and High Voltage Violatons
iconlist=[] #Holds Branch Violation Contingency List
iviolist=[] #Holds Branch Name and Branch Violatons
vlowconlist1=[] #Holds Low Voltage Violation Contingency List for Reporting
vlowviolist1=[] #Holds Bus Name and Low Voltage Violatons for Reporting
vhighconlist1=[] #Holds High Voltage Violation Contingency List for Reporting
vhighviolist1=[] #Holds Bus Name and High Voltage Violatons for Reporting
iconlist1=[] #Holds Branch Violation Contingency List for Reporting
iviolist1=[] #Holds Branch Name and Branche Violatons for Reporting
vlowconlist2=[] #Holds Worst Low Voltage Violation Contingency List for Reporting
vlowviolist2=[] #Holds Worst Bus Name and Low Voltage Violatons for Reporting
vhighconlist2=[] #Holds Worst High Voltage Violation Contingency List for Reporting
vhighviolist2=[] #Holds Worst Bus Name and High Voltage Violatons for Reporting
iconlist2=[] #Holds Worst Branch Violation Contingency List for Reporting
iviolist2=[] #Holds Worst Branch Name and Branche Violatons for Reporting
#GET DATA FOR REPORTING PROGRESS ------------------------------------------
loops=len(masterconlist) #Get how many Contingencies will be processed
loopcount=0.0 #Initialize a Loop Counter
modpath,modfname=os.path.split(sys.argv[0])
modname,modext=os.path.splitext(modfname) #Get Either .py or .pyc Extension of Module
#START CONTINGENCY ANALYSIS ------------------------------------------------
print 'PROCESSING OUTAGES ........................................'
for outage in masterconlist: #Loop Through the Master Contingency List
#PRINT PROGRESS (If in Command Console) --------------------------------
if modext=='.pyc':
loopcount+=1 #Increment the Loop Counter
print( '{0:<5.1f}% OUTAGE: ---> {1:<50s}'+'\r'*5).format(loopcount*100/loops,outage[0]), #Print Progress
#GET CONTINGENCY RESULTS ----------------------------------------------
N1results,conexist,converged= GetN1results(numaccfiles,accfilelist,outage,desc) #Get the Results for this Contingency (Also used for Flow)
conindex=masterconlist.index(outage) #Get the Index of this Contingency from the Master List (Used to Point to the Parallel List)
outagelabel=pmasterconlist[conindex][0] #Get the "Label" of this Outage from the Parallel Contingency List
con=(outagelabel,outage[1]) #Use the Parallel List Label and Master List Description to Identify this Outage
#-----------------------------------------------------------------------
#------------- START CONTINGENCY BUS VOLTAGE ANALYSIS ------------------
#-----------------------------------------------------------------------
for BUS in buslist: #Loop Through the Total BUS List
v = [0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize This Contingency's BUS Voltages
for i in range(numaccfiles): #Loop Across Cases
if conexist[i]==True: #Check if this Contingency Exists in this Case
if BUS in accsummary[i].mvbuslabel: #Check if this Bus is in the Monitor List
busindex=accsummary[i].mvbuslabel.index(BUS) #Get this BUS's index from the Summary (if it exists)
v[i]=N1results[i].volts[busindex] #If the BUS is in the Monitored List... Get it's Voltage
if converged[i]==False: v[i]=NoVSol #If the Contingency did not Converge in this Case... Assign it the 'NoSol' Value
else: v[i]=NoBus #If the Bus is not in the Monitored List... Assign it the 'NoBus' Value
if conexist[i]==False: #If this Loop's Contingency does not exist for this BUS
if BUS in accsummary[i].mvbuslabel: v[i]=NoVCon #Check if this BUS Exists in this Case.. If so, Assign the NoContingency Value
else: v[i]=NoBusNoVCon #Determine if this BUS does not Exist in this Case, If not, Assign the NoBus-NoContingency Value
lowviolation = False #Initialize Low Voltage Violation Flag
for i in range(numaccfiles): #Loop Across Cases
if v[i] > 0.0 and v[i] < VLow: lowviolation = True #Determine if this 'BUS' has a Low Voltage Violation, Set Flag
if lowviolation==True: #If one of the Cases had a Low BUS Voltage violation .... Do This Next Stuff
baselowvio=False #Initialize a 'Basecase Violaton' Flag (Used for considering basecase violations)
for j in baselowviolist: #Loop through the N-0 violation list
if BUS==j[0]: #Check if this Bus was in the N-0 violation list
baselowpu=[float(x) for x in j[1:1+numaccfiles]] #Create a list of the N-0 Bus PU Voltages
if min(baselowpu)< BaseVLowCriteria: baselowvio=True #If the Min of the PU Volages is < N-0 Low Voltage Criteria, Set basecase violation flag
for k in range(numaccfiles): #Loop Across Cases
if v[k]==NoVSol: v[k]='NS' #If Voltage has the "NoSolution" Value... Assign it a String Value
elif v[k]==NoBus: v[k]='NB' #If Voltage has the "NoBus" Value... Assign it a String Value
elif v[k]==NoVCon: v[k]='NC' #If Voltage has the "NoContingency" Value... Assign it a String Value
elif v[k]==NoBusNoVCon: v[k]='NB,NC' #If Voltage has the "NoBus NoContingency" Value... Assign it a String Value
else: v[k]='{0:>8.3f}'.format(v[k]) #Format the BUS Voltage to Three Decimal Places
vlowconlist.append(con) #Add this Contingency to the Low Voltage Contingency List for Reporting
for x in range(numaccfiles,8): v[x]='- ' #If Less than Eight Cases... Set the 'Other BUS' voltages to a 'Null' String for Nicer Output
if baselowvio==True: BUS='* '+BUS #If this BUS had a N-0 Violation, #Add a Character to BUS Name to Indicate this Branch had a basecase violation
L=[BUS,outagelabel,v[0],v[1],v[2],v[3],v[4],v[5],v[6],v[7]] #Build a Temporary List of this Loop's Bus, Outage Label, and Low Voltage Results
vlowviolist.append(L) #Add the Temporary List to the Total Low Voltage violation list
if GetHighV==True: #If Get High BUS Voltages is Enabled ... Do This Next Stuff
highviolation = False #Initialize High BUS Voltage Violation Flag
for i in range(numaccfiles): #Loop Across Cases
if v[i] > VHigh and v[i] < NoVSol: highviolation = True #Determine if this 'BUS' has a High Voltage Violation, Set Flag
if highviolation==True: #If one of the Cases had a High BUS Voltage violation .... Do This Next Stuff
basehighvio=False #Initialize a 'Basecase Violaton' Flag (Used for considering basecase violations)
for j in basehighviolist: #Loop through the N-0 violation list
if BUS==j[0]: #Check if this Bus was in the N-0 violation list
basehighpu=[float(x) for x in j[1:1+numaccfiles]] #Create a list of the N-0 Bus PU Voltages
if max(basehighpu)> BaseVHighCriteria: #If the Max of the PU Volages is > N-0 High Voltage Criteria
basehighvio=True #Set basecase violation flag
for k in range(numaccfiles): #Loop Across Cases
if v[k]==NoVSol: v[k]='NS' #If Voltage has the "NoSolution" Value... Assign it a String Value
elif v[k]==NoBus: v[k]='NB' #If Voltage has the "NoBus" Value... Assign it a String Value
elif v[k]==NoVCon: v[k]='NC' #If Voltage has the "NoContingency" Value... Assign it a String Value
elif v[k]==NoBusNoVCon: v[k]='NB,NC' #If Voltage has the "NoBus NoContingency" Value... Assign it a String Value
else: v[k]='{0:>8.3f}'.format(v[k]) #Format the BUS Voltage to Three Decimal Places
vhighconlist.append(con) #Add this Contingency to the High Voltage Contingency List for Reporting
for x in range(numaccfiles,8): v[x]='- ' #If Less than Eight Cases... Set the 'Other BUS' voltages to a 'Null' String for Nicer Output
if basehighvio==True: BRANCH='* '+BRANCH #If this Branch had a N-0 Violation, #Add a Character to BRANCH Name to Indicate this Branch had a basecase violation
L=[BUS,outagelabel,v[0],v[1],v[2],v[3],v[4],v[5],v[6],v[7]] #Build a Temporary List of this Loop's Bus, Outage Label, and Low Voltage Results
vhighviolist.append(L) #Add the Temporary List to the Total High Voltage violation list
vlowviolist.sort() #Sort the Contingency Low Voltage Violation List
vhighviolist.sort() #Sort the Contingency High Voltage Violation List
#-----------------------------------------------------------------------
#-------------- START CONTINGENCY BRANCH FLOW ANALYSIS -----------------
#-----------------------------------------------------------------------
for BRANCH in branchlist: #Loop Through the Total Branchlist
rating=[0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize the Branch Ratings across Cases
pct=[0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize the pecent Flow across Cases
BCRateflag=False
for i in range(numaccfiles): #Loop Across Case Numbers
if conexist[i]==True: #Check if the Contingency Exists
if BRANCH in accsummary[i].melement: #Determine if this 'BRANCH' Exists in the Monitored List
branchindex=accsummary[i].melement.index(BRANCH) #Get this BRANCH's index from the Summary (if it exists)
mvaflow=abs(N1results[i].ampflow[branchindex]) #If this BRANCH is in the Monitored List... Get it's Flow for this Outage
rateb=accsummary[i].rating.b[branchindex] #Get this BRANCH's B Rating in this case
ratec=accsummary[i].rating.c[branchindex] #Get this BRANCH's C Rating in this case
if ratec > rateb: BCRateflag=True #If Rate C > Rate B, Set flag
rating[i] = rateb #Set this BRANCH's Rating to Rate B
if MVARatingCriteria=='C': rating[i] = ratec #If BRANCH Rating Criteria is Set to 'C', Set this BRANCH's Rating to Rate C
try: pct[i]=mvaflow*100/rating[i] #Check for Division by Zero, Calculate Percent Flow
except: continue #Next Loop if Rating = 0.0
if converged[i]==False: pct[i]=NoISol #If this Contingency did not converge, assign the NoSolution Value
else: pct[i]=NoBranch #Since this BRANCH does not Exist in the Monitored List ... Assign it the 'NoBranch' Value
if conexist[i]==False: #Check if This Loop's Contingency exists in this Loop's Case
if BRANCH in accsummary[i].melement: pct[i]=NoICon #Check if this BRANCH exists in this case... If so, Assign the No Contingency Value
else: pct[i]=NoBranchNoICon #Since this BRANCH does not Exist in the Monitored List ... Assign the NoBranch-NoContingency Value
rate=max(rating) #Get the Max BRANCH Rating across Cases
rate='{0:>.0f}'.format(rate) #Convert BRANCH Rating to String and Format to Zero Decimal Places
if BCRateflag==True: rate=chr(149)+rate #If B and C Rating is different in one of the cases, Add Character to 'rate' for reporting
for r in range(numaccfiles-1): #Loop Across Case Numbers
if rating[r]!= 0.0 and rating[r+1]!= 0.0 and rating[r+1]!= rating[r]: rate=rate+'~' #Determine if BRANCH Ratings are Different... If So.. Add a Character to Max Rating
violation = False #Initialize the Violation Flag for the Next Loop
for j in range(numaccfiles): #Loop Across Case Numbers ...n, Set Flag
if pct[j] >= IHigh and pct[j] < NoISol: violation = True #Determine if this BRANCH is in Violation... If So, Set Flag
if violation==True: #If This Branch is in Violation of IHigh ... Do this Stuff
skip=False #Initialize a 'Skip Contingency' Flag (Used for considering basecase violations)
basevio=False #Initialize a 'Basecase Violaton' Flag (Used for considering basecase violations)
skiplist=[False for x in range(numaccfiles)] #Iniialize a skip flag list for the cases
for k in baseiviolist: #Loop through the N-0 violation list
if BRANCH==k[0]: #Check if this Branch was in the N-0 violation list
basepercent=[float(x) for x in k[2:2+numaccfiles]] #Create a list of the N-0 Percent Branch Flows
if min(basepercent)> IHighCriteria: basevio=True #If the Max of the Percent Flows > High Flow Criteria, Set basecase violation flag
conpercent=[pct[x] for x in range(numaccfiles)] #Create a list of the N-1 Percent Branch Flows
for x in range(len(basepercent)): #Loop through the indexes of the N-0 Branch Flow list
if conpercent[x]<= basepercent[x]+5.0: #If cases contingency branch flow <= cases N-0 branch flow,
skiplist[x]=True #Set skiplist flag for this case
if False not in skiplist: skip=True #Check if all the skiplist flags were set True, if so set skip flag
if skip==False: #If the 'skip' flag was not changed to True
iconlist.append(con) #Add this Contingency to the List for Reporting
for m in range(numaccfiles): #Loop Across Cases
if pct[m]==NoISol: pct[m]='NS' #If the Percent Flow has a NoSolution Value... Assign it a String Value
elif pct[m]==NoBranch: pct[m]='NB' #If the Percent Flow has a NoBranch Value... Assign it a String Value
elif pct[m]==NoICon: pct[m]='NC' #If the Percent Flow has a NoContingency Value... Assign it a String Value
elif pct[m]==NoBranchNoICon: pct[m]='NB,NC' #If the Percent Flow has a NoBranch-NoSolution Value... Assign it a String Value
else: pct[m]='{0:>5.1f}'.format(pct[m]) #Else format the 'Valid' percent Flow value to three decimal places
for x in range(numaccfiles,8): pct[x]='- ' #If Less than Eight Cases... Set the Case's Branch' flows to a 'Null' String for Nicer Output
if basevio==True: BRANCH='* '+BRANCH #If this Branch had a N-0 Violation, #Add a Character to BRANCH Name to Indicate this Branch had a basecase violation
L=[BRANCH,outagelabel,rate,pct[0],pct[1],pct[2],pct[3], #Build a Temp List of the Violation Results of this BRANCH Loop
pct[4],pct[5],pct[6],pct[7]]
iviolist.append(L) #Add the Temp List to the Master Flow Violation List
iviolist.sort() #Sort the Contingency Flow Violation List by Branch ID
if False in converged: #Determine if this outage did not converge in any of the cases
notconverged.append(con) #Add this Non-Converged contingency to a Master list
for x in range(numaccfiles,8): converged[x]='- ' #If Less than Eight Cases... Set the 'Other Branch' flows to a 'Null' String for Nicer Output
for y in range(numaccfiles): #Loop Across Case Numbers
if converged[y]==False: converged[y]='NS' #If this outage did not converged in this case... Assign a 'No Solution' String Value
if converged[y]==True: converged[y]='- ' #If this outage did converge in this case... Assign a 'Null' String Value
K=['NON CONVERGED ->',outagelabel,converged[0],converged[1], #Build a Temporary List for the Voltage cases showing Non-Convergence
converged[2],converged[3],converged[4],converged[5],
converged[6],converged[7]]
M=['NON CONVERGED ->',outagelabel,' -',converged[0], #Build a Temporary List for the Flow cases showing Non-Convergence
converged[1],converged[2],converged[3],converged[4],
converged[5],converged[6],converged[7]]
vnotconverged.append(K) #Add the Temporary to a list for appending Voltage Field
inotconverged.append(M) #Add the Temporary list to a list for appending Flow Field
vlowconlist.append(con) #Add this Non-Converged Contingency to the Low Voltage violation contingency list (remove duplicates later)
vhighconlist.append(con) #Add this Non-Converged Contingency to the High Voltage violation contingency list (remove duplicates later)
iconlist.append(con) #Add this Non-Converged Contingency to the Flow violation contingency list (remove duplicates later)
#Append Non-Converged Contingencies to other Lists -------------------------
vlowviolist1=vlowviolist+vnotconverged #Add the Non-Converged list to the Low Voltage Violations Field
vhighviolist1=vhighviolist+vnotconverged #Add the Non-Converged list to the High Voltage Violations Field
iviolist1=iviolist+inotconverged #Add the Non-Converged list to the Flow Violations Field
vlowconlist1=vlowconlist+notconverged #Add the Non-Converged Contingencies to the Low Voltage Contingency List
vhighconlist1=vhighconlist+notconverged #Add the Non-Converged Contingencies to the High Voltage Contingency List
iconlist1=iconlist+notconverged #Add the Non-Converged Contingencies to the Flow Contingency List
vlowconlist1=list(set(vlowconlist1)) #Remove Duplicates from the Low Voltage Contingency List
vhighconlist1=list(set(vhighconlist1)) #Remove Duplicates from the High Voltage Contingency List
iconlist1=list(set(iconlist1)) #Remove Duplicates from the Flow Contingency List
vlowconlist1.sort() #Sort the Low Voltage Contingency List
vhighconlist1.sort() #Sort the High Voltage Contingency List
iconlist1.sort() #Sort the Flow Contingency List
#If Get Worst Results Enabled ----------------------------------------------
if GetWorst>0: #If GetWorst Flag is set... Determine Worst Outages
print '\nGETTING WORST VOLTAGE RESULTS .............................'
if vlowviolist!=[]:
vlowviolist2,vlowconlist2=GetWorstVLow(vlowviolist,vlowconlist) #Return Worst Low Voltage Violation and Contingency Lists
if GetHighV==True and vhighviolist!=[]:
vhighviolist2,vhighconlist2=GetWorstVHigh(vhighviolist,vhighconlist)#Return Worst High Voltage Violation and Contingency Lists
print 'GETTING WORST FLOW RESULTS ................................'
if iviolist!=[]:
iviolist2,iconlist2=GetWorstI(iviolist,iconlist) #Return Worst Flow Violation and Contingency Lists
vlowviolist2=vlowviolist2+vnotconverged #Add the Non-Converged list to the Worst Low Voltage Violations Field
vhighviolist2=vhighviolist2+vnotconverged #Add the Non-Converged list to the Worst High Voltage Violations Field
iviolist2=iviolist2+inotconverged #Add the Non-Converged list to the Worst Flow Violations Field
vlowconlist2=vlowconlist2+notconverged #Add the Non-Converged Contingencies to the Worst Low Voltage Contingency List
vhighconlist2=vhighconlist2+notconverged #Add the Non-Converged Contingencies to the Worst High Voltage Contingency List
iconlist2=iconlist2+notconverged #Add the Non-Converged Contingencies to the Worst Flow Contingency List
vlowconlist2=list(set(vlowconlist2)) #Remove Duplicates from the Worst Voltage Contingency List
vhighconlist2=list(set(vhighconlist2)) #Remove Duplicates from the Worst Voltage Contingency List
iconlist2=list(set(iconlist2)) #Remove Duplicates from the Worst Flow Contingency List
vlowconlist2.sort() #Sort the Worst Low Voltage Contingency List
vhighconlist2.sort() #Sort the Worst High Voltage Contingency List
iconlist2.sort() #Sort the Worst Flow Contingency List
#Write PSSE Generated Report File(s) (If Enabled) --------------------------
if TextReport==True:
#PSSE Text Report Options ----------------------------------------------
a=1 #Column Headings: 1=acc filename, 2=savcase filename
b=1 #Base Case Rating: 1=RateA, 2=RateB, 3=RateC
c=2 #Contingency Case Rating: 1=RateA, 2=RateB, 3=RateC
d=1 #Base Case voltage limit: 1=Normal 2=Emergency
e=2 #Contingency Case Voltage Limit: 1=Normal 2=Emergency
f=0 #Print monitored elements summary report
g=0 #Print missing monitored elements report
h=0 #print missing monitored buses report
i=2 #print contingency legend: 0=No 1=Complete Legend Only 2=Reduced Legend with each table, 3=Both
j=0 #print missing contingencies report
k=1 #print non-converged contingencies report
l=2 #print loading violations: 0=No, 1=BaseCase and WorstCase, 2=BaseCase and All, 3=BaseCase WorstCase and All
m=2 #print voltage violations: 0=No, 1=BaseCase and WorstCase, 2=BaseCase and All, 3=BaseCase WorstCase and All
n=0 #Report Interfaces in loading violation reports
o=1 #Skip N-0 Flow Violations in Contingency Flow Reporting
p=1 #Skip N-0 Voltage Violations in Contingency Voltage Reporting
A=0.5 #bus mismatch converged tolerance
B=5.0 #system mismatch converged tolerance
C=IHigh #percent flow rating for reporting
D=IHigh #worst case percent flow rating for reporting
E=0.0 #worst case minimum flow change from base case for reporting
F=0.0 #worst case minimum percent flow increase from base case for reporting
G=0.0 #worst case minimum voltage change from base case for reporting
if MVARatingCriteria=='C': c=3
print 'GENERATING PSSE TEXT REPORT(S) ................'
import redirect
redirect.psse2py()
psspy.psseinit(buses=80000)
psspy.transformer_percent_units(1)
psspy.non_trans_percent_units(1)
tempout = sys.stdout #Temp placeholder for sys.stdout
sys.stdout = open(rptfile1,'w') #Send Print Statements to ACCC_PSSE_Report.txt File
filelist=accfilelist[0:numaccfiles]
psspy.accc_multiple_run_report_2([a,b,c,d,e,f,g,h,i,j,k,l,m,n,o,p],[A,B,C,D,E,F,G],numaccfiles,filelist)
if GetWorst>0:
l=1
m=1
reportout = sys.stdout
sys.stdout = open(rptfile2,'w') #Send Print Statements to ACCC_PSSE_Report_(Worst).txt File
psspy.accc_multiple_run_report_2([a,b,c,d,e,f,g,h,i,j,k,l,m,n,o,p],[A,B,C,D,E,F,G],numaccfiles,filelist)
sys.stdout = tempout #Direct Output Back to Screen
#===========================================================================
#---------------------- WRITE RESULTS TO EXCEL -----------------------------
#===========================================================================
import excelpy
import win32com.client
Vlowviolist=list([vlowviolist1,vlowviolist2])
Vlowconlist=list([vlowconlist1,vlowconlist2])
Vhighviolist=list([vhighviolist1,vhighviolist2])
Vhighconlist=list([vhighconlist1,vhighconlist2])
Iviolist=list([iviolist1,iviolist2])
Iconlist=list([iconlist1,iconlist2])
looplogic=[range(1),range(1,2),range(2)]
worsttext=['ALL','WORST']
vlowsheet=['VLow','VLow (Worst)']
vhighsheet=['VHigh','VHigh (Worst)']
flowsheet=['Flow','Flow (Worst)']
filler=['..','']
#Create Case Headings ------------------------------------------------------
case=[]
for i in range(numaccfiles): #Loop through the number of ACCC Files
value='Case%s '%str(i) #Column Headers in will be Case0, Case1, etc.
case.append(value) #Add to case heading list
for j in range(i+1,8): case.append('') #If Number of Cases is <8 ... Create 'Blank' Header
#Create Names for Case Legend ---------------------------------------------
fname=[]
for i in range(0,8):
p,e=os.path.splitext(accfilelist[i]) #Get ACCC Filename (without .acc) for The Legend
r,f=os.path.split(p) #Get ACCC Filename (without path) for The Legend
fname.append(f) #Add ACCC Filename to filename list
print '\nCREATING EXCEL REPORT .....................................'
for x in looplogic[GetWorst]:
#=======================================================================
#-------- LOW VOLTAGE -------- LOW VOLTAGE -------- LOW VOLTAGE --------
#=======================================================================
if x==0: xlswbk = excelpy.workbook(xlsfile,mode='w', sheet=vlowsheet[x],overwritesheet=True)
if x==1: xlswbk = excelpy.workbook(xlsfile,mode='w', sheet=vlowsheet[x],overwritesheet=True)
#if x==1 and GetWorst==1: xlswbk = excelpy.workbook(xlsfile,mode='w', sheet=vlowsheet[x],overwritesheet=True)
#if x==1 and GetWorst==2: xlswbk.worksheet_add_after(newSheet=vlowsheet[x], oldSheet=flowsheet[0], overwritesheet=True)
print 'WRITING {0:} LOW BUS VOLTAGE RESULTS TO EXCEL ............{1:}'.format(worsttext[x],filler[x])
#-----------------------------------------------------------------------
#-------- WRITE CONTINGENCY LOW VOLTAGE HEADINGS -----------------------
#-----------------------------------------------------------------------
nextrow=1
#Title1
title1= 'LOW BUS VOLTAGE REPORT'
xlswbk.set_cell((nextrow,1),title1,fontStyle="Bold",fontSize=12, fontColor="orange", sheet=vlowsheet[x])
xlswbk.border((nextrow,1,nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vlowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Title2
if x==0: title2= 'Contingency Results'
if x==1: title2= 'Worst Contingency Results'
xlswbk.set_cell((nextrow,1),title2,fontStyle="Bold",fontSize=10, fontColor="blue", sheet=vlowsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vlowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Title3
VLow1='{0:>5.3f}'.format(VLow)
title3= '< '+ VLow1 +' pu'
xlswbk.set_cell((nextrow,1),title3,fontStyle="Bold",numberFormat='0.000', fontSize=10, fontColor="black", sheet=vlowsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vlowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Blank Row
xlswbk.height((nextrow,1), height=7, sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Column Headings
colheads = ['BUS', 'OUTAGE', 'Case0', 'Case1', 'Case2','Case3','Case4','Case5','Case6','Case7']
xlswbk.set_range(nextrow,1,colheads,fontStyle="Bold",fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,1,nextrow,10),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1,nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin', borderColor='black', sheet=vlowsheet[x])
#Case Legend
xlswbk.set_range(nextrow,12,['Case Legend:'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow+1,12,18,12),'right', sheet=vlowsheet[x])
xlswbk.align((nextrow+1,13,18,13),'left', sheet=vlowsheet[x])
count=1
if fname[0]!='': xlswbk.set_range(nextrow+count,12,['Case0: ',fname[0]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[1]!='': xlswbk.set_range(nextrow+count,12,['Case1: ',fname[1]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[2]!='': xlswbk.set_range(nextrow+count,12,['Case2: ',fname[2]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[3]!='': xlswbk.set_range(nextrow+count,12,['Case3: ',fname[3]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[4]!='': xlswbk.set_range(nextrow+count,12,['Case4: ',fname[4]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[5]!='': xlswbk.set_range(nextrow+count,12,['Case5: ',fname[5]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[6]!='': xlswbk.set_range(nextrow+count,12,['Case6: ',fname[6]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[7]!='': xlswbk.set_range(nextrow+count,12,['Case7: ',fname[7]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
count+=1
xlswbk.set_range(nextrow+count,12,['NB : ','No Bus -or- Not Monitored'],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['NC : ','No Contingency'],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['NS : ','No Solution'],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['* : ','Bus Had Basecase Violation'],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['@ : ','Duplicate Contingency Name'],fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.font((nextrow+1,12,nextrow+count,12),fontStyle="Bold", sheet=vlowsheet[x])
xlswbk.autofit_columns((12,12), sheet=vlowsheet[x]) #Autofit Column12
xlswbk.autofit_columns((13,13), sheet=vlowsheet[x]) #Autofit Column13
nextrow+=1
#---------------------------------------------------------------------------
#------- WRITE CONTINGENCY LOW VOLTAGE FIELD -------------------------------
#---------------------------------------------------------------------------
col=1
V1firstrow=nextrow
V1lastrow=nextrow
for r in range(len(Vlowviolist[x])): #Write the Contingency Low Voltage Violations Field
rowval = Vlowviolist[x][r]
xlswbk.set_range(nextrow,col,rowval,fontSize=8, fontColor="black", sheet=vlowsheet[x])
V1lastrow=nextrow
nextrow+=1
xlswbk.autofit_columns((1,2), sheet=vlowsheet[x]) #AutoFit Column2
xlswbk.align((V1firstrow,1,V1lastrow,1),'right', sheet=vlowsheet[x]) #Right Justify Bus Names
xlswbk.align((V1firstrow,2,V1lastrow,10),'h_center', sheet=vlowsheet[x]) #Center the Field
xlswbk.font((V1firstrow,3,V1lastrow,10),numberFormat='0.000', sheet=vlowsheet[x]) #Format the Low Voltage Field to 3 Decimal Places
if Vlowviolist[x]==[]: #Check if there were no Low Voltage Violations
xlswbk.set_range(nextrow,col,['NONE'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,col),'h_center', sheet=vlowsheet[x])
nextrow+=1
nextrow+=1 #Write Contingency Legend Header
xlswbk.set_range(nextrow,col,['Contingency Legend:'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,col),'right', sheet=vlowsheet[x])
nextrow+=1
for r in Vlowconlist[x]: #Write Contingency Legend
rowval1 = [r[0],r[1][0]]
xlswbk.set_range(nextrow,col,rowval1,fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,col),'right', sheet=vlowsheet[x])
xlswbk.align((nextrow,col+1),'left', sheet=vlowsheet[x])
nextrow+=1
multicon=len(r[1]) #Check if Multiple Outages per Contingency
for j in range(multicon-1): #Enter This Loop if More than One Outage per Contingency
nextoutage=['-',r[1][j+1]]
xlswbk.set_range(nextrow,col,nextoutage,fontSize=8, fontColor="black", sheet=vlowsheet[x]) #Put it in the nextrow
xlswbk.align((nextrow,col),'right', sheet=vlowsheet[x])
xlswbk.align((nextrow,col+1),'left', sheet=vlowsheet[x])
nextrow+=1
#---------------------------------------------------------------------------
#-------- WRITE N-0 LOW VOLTAGE HEADINGS -----------------------------------
#---------------------------------------------------------------------------
nextrow+=3
#Title4
title4= 'N-0 Voltage Results'
xlswbk.set_cell((nextrow,1),title4, fontStyle="Bold",fontSize=10, fontColor="blue", sheet=vlowsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vlowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Title5
BaseVLow1='{0:>5.3f}'.format(BaseVLow)
title5= '< '+ BaseVLow1 +' pu'
xlswbk.set_cell((nextrow,1),title5,fontStyle="Bold", numberFormat='0.000', fontSize=10, fontColor="black", sheet=vlowsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vlowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Blank Row
xlswbk.height((nextrow,1), height=7, sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Column Headings
N0row=nextrow
colheads = ['BUS', ' ', 'Case0', 'Case1', 'Case2','Case3','Case4','Case5','Case6','Case7']
xlswbk.set_range(nextrow,1,colheads,fontStyle="Bold",fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,1,nextrow,10),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1,nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin', borderColor='black', sheet=vlowsheet[x])
#-----------------------------------------------------------------------
#------- WRITE N-0 LOW VOLTAGE FIELD -----------------------------------
#-----------------------------------------------------------------------
nextrow+=1
V0firstrow=nextrow
V0lastrow=nextrow
for r in range(len(baselowviolist)): #Write the N-0 Violations Field
rowval = baselowviolist[r]
xlswbk.set_range(nextrow,col,[rowval[0]],fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.set_range(nextrow,col+1,['--'],fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.set_range(nextrow,col+2,[rowval[1:]],fontSize=8, fontColor="black", sheet=vlowsheet[x])
V0lastrow=nextrow
nextrow+=1
xlswbk.align((V0firstrow,1,V0lastrow,1),'right', sheet=vlowsheet[x]) #Right Justify Bus Names
xlswbk.align((V0firstrow,2,V0lastrow,10),'h_center', sheet=vlowsheet[x]) #Center the Field
xlswbk.font((V0firstrow,2,V0lastrow,10),numberFormat='0.000', sheet=vlowsheet[x]) #Format the Voltage Field to 3 Decimal Places
if baselowviolist==[]:
xlswbk.set_range(nextrow,col,['NONE'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,col),'h_center', sheet=vlowsheet[x])
nextrow+=1
xlswbk.autofit_columns((1,1), sheet=vlowsheet[x]) #AutoFit Column1
xlswbk.width((1,11),3,sheet=flowsheet[x]) #Set Width of Column11
#=======================================================================
#-------- BRANCH FLOWS -------- BRANCH FLOWS -------- BRANCH FLOWS -----
#=======================================================================
xlswbk.worksheet_add_after(newSheet=flowsheet[x], oldSheet=vlowsheet[x], overwritesheet=True)
print 'WRITING {0:} BRANCH FLOW RESULTS TO EXCEL ................{1:}'.format(worsttext[x],filler[x])
#-----------------------------------------------------------------------
#-------- WRITE CONTINGENCY FLOWS HEADINGS -----------------------------
#-----------------------------------------------------------------------
nextrow=1
#Title1
title1= 'BRANCH LOADING REPORT'
xlswbk.set_cell((nextrow,1),title1,fontStyle="Bold",fontSize=12, fontColor="orange", sheet=flowsheet[x])
xlswbk.border((nextrow,1,nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.merge((nextrow,1,nextrow,11), sheet=flowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Title2
if x==0: title2= 'Contingency Results'
if x==1: title2= 'Worst Contingency Results'
xlswbk.set_cell((nextrow,1),title2,fontStyle="Bold",fontSize=10, fontColor="blue", sheet=flowsheet[x])
xlswbk.merge((nextrow,1,nextrow,11), sheet=flowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Title3
title3=' > '+ str(IHigh) +'% '+ '(Rate {0:1})'.format(MVARatingCriteria)
xlswbk.set_cell((nextrow,1),title3,fontStyle="Bold", fontSize=10, fontColor="black", sheet=flowsheet[x])
xlswbk.merge((nextrow,1,nextrow,11), sheet=flowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Blank Row
xlswbk.height((nextrow,1), height=7, sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Column Headings
colheads = ['BRANCH', 'OUTAGE', 'RATING', 'Case0', 'Case1', 'Case2','Case3','Case4','Case5','Case6','Case7']
xlswbk.set_range(nextrow,1,colheads,fontStyle="Bold",fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,1,nextrow,11),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1,nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin', borderColor='black', sheet=flowsheet[x])
#Case Legend
xlswbk.set_range(nextrow,13,['Case Legend:'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow+1,13,19,13),'right', sheet=flowsheet[x])
xlswbk.align((nextrow+1,14,19,14),'left', sheet=flowsheet[x])
count=1
if fname[0]!='': xlswbk.set_range(nextrow+count,13,['Case0: ',fname[0]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[1]!='': xlswbk.set_range(nextrow+count,13,['Case1: ',fname[1]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[2]!='': xlswbk.set_range(nextrow+count,13,['Case2: ',fname[2]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[3]!='': xlswbk.set_range(nextrow+count,13,['Case3: ',fname[3]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[4]!='': xlswbk.set_range(nextrow+count,13,['Case4: ',fname[4]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[5]!='': xlswbk.set_range(nextrow+count,13,['Case5: ',fname[5]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[6]!='': xlswbk.set_range(nextrow+count,13,['Case6: ',fname[6]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[7]!='': xlswbk.set_range(nextrow+count,13,['Case7: ',fname[7]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
count+=1
xlswbk.set_range(nextrow+count,13,['NB : ','No Bus -or- Not Monitored'],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,13,['NC : ','No Contingency'],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,13,['NS : ','No Solution'],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,13,['* : ','Basecase Violation'],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,13,[chr(149)+' : ','Rate C > Rate B'],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,13,['~ : ','Rating Changed'],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,13,['@ : ','Duplicate Contingency Name'],fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.font((nextrow+1,13,nextrow+count,13),fontStyle="Bold", sheet=flowsheet[x])
xlswbk.autofit_columns((13,13), sheet=flowsheet[x])
xlswbk.autofit_columns((13,14), sheet=flowsheet[x])
nextrow+=1
#-----------------------------------------------------------------------
#------- WRITE CONTINGENCY FLOWS FIELD ---------------------------------
#-----------------------------------------------------------------------
col=1
i1firstrow=nextrow
i1lastrow=nextrow
for r in range(len(Iviolist[x])): #Write the Contingency Flow Violations Field
rowval = Iviolist[x][r]
xlswbk.set_range(nextrow,col,rowval,fontSize=8, fontColor="black", sheet=flowsheet[x])
i1lastrow=nextrow
nextrow+=1
xlswbk.autofit_columns((1,2), sheet=flowsheet[x]) #AutoFit Column2
xlswbk.align((i1firstrow,1,i1lastrow,1),'right', sheet=flowsheet[x]) #Right Justify Branch Names
xlswbk.align((i1firstrow,2,i1lastrow,11),'h_center', sheet=flowsheet[x]) #Center the Field
xlswbk.font((i1firstrow,3,i1lastrow,3),numberFormat='0', sheet=flowsheet[x]) #Format the Rating Field to 0 Decimal Places
xlswbk.font((i1firstrow,4,i1lastrow,11),numberFormat='0.0', sheet=flowsheet[x]) #Format the Flow Field to 1 Decimal Places
if Iviolist[x]==[]:
xlswbk.set_range(nextrow,col,['NONE'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,col),'h_center', sheet=flowsheet[x])
nextrow+=1
nextrow+=1 #Write the Flow Contingency Legend Header
xlswbk.set_range(nextrow,col,['Contingency Legend:'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,col),'right', sheet=flowsheet[x])
nextrow+=1
for r in Iconlist[x]: #Write the Flow Contingency Legend
rowval1 = [r[0],r[1][0]]
xlswbk.set_range(nextrow,col,rowval1,fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,col),'right', sheet=flowsheet[x])
xlswbk.align((nextrow,col+1),'left', sheet=flowsheet[x])
nextrow+=1
multicon=len(r[1]) #Check if Multiple Outages per Contingency
for j in range(multicon-1): #Enter This Loop if More than One Outage per Contingency
nextoutage=['-',r[1][j+1]]
xlswbk.set_range(nextrow,col,nextoutage,fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,col),'right', sheet=flowsheet[x])
xlswbk.align((nextrow,col+1),'left', sheet=flowsheet[x])
nextrow+=1
#-----------------------------------------------------------------------
#-------- WRITE N-0 FLOWS HEADINGS -------------------------------------
#-----------------------------------------------------------------------
#Title4
nextrow+=3
title4= 'N-0 Flow Results'
xlswbk.set_cell((nextrow,1),title4,fontStyle="Bold",fontSize=10, fontColor="blue", sheet=flowsheet[x])
xlswbk.merge((nextrow,1,nextrow,11), sheet=flowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Title5
title5='> '+ str(BaseIHigh) +'% (Rate A)'
xlswbk.set_cell((nextrow,1),title5,fontStyle="Bold", fontSize=10, fontColor="black", sheet=flowsheet[x])
xlswbk.merge((nextrow,1,nextrow,11), sheet=flowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Blank Row
xlswbk.height((nextrow,1), height=7, sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Column Headings
colheads = ['BRANCH', ' ', 'RATING', 'Case0', 'Case1', 'Case2','Case3','Case4','Case5','Case6','Case7']
xlswbk.set_range(nextrow,1,colheads,fontStyle="Bold",fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,1,nextrow,11),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1,nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin', borderColor='black', sheet=flowsheet[x])
#-----------------------------------------------------------------------
#------- WRITE N-0 FLOWS FIELD -----------------------------------------
#-----------------------------------------------------------------------
nextrow+=1
row=nextrow
i0firstrow=nextrow
i0lastrow=nextrow
for r in range(len(baseiviolist)): #Write N-0 Flow Violations Field
rowval = baseiviolist[r]
xlswbk.set_range(nextrow,col,[rowval[0]],fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.set_range(nextrow,col+1,['--'],fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.set_range(nextrow,col+2,[rowval[1:]],fontSize=8, fontColor="black", sheet=flowsheet[x])
i0lastrow=nextrow
nextrow+=1
xlswbk.align((i0firstrow,1,i0lastrow,1),'right', sheet=flowsheet[x]) #Right Justify Branch Names
xlswbk.align((i0firstrow,2,i0lastrow,11),'h_center', sheet=flowsheet[x]) #Center the Field
xlswbk.font((i0firstrow,3,i0lastrow,3),numberFormat='0', sheet=flowsheet[x]) #Format the Rating Field to 0 Decimal Places
xlswbk.font((i0firstrow,4,i0lastrow,11),numberFormat='0.0', sheet=flowsheet[x]) #Format the Flow Field to 1 Decimal Places
if baseiviolist==[]: #Check if there were No Flow Violations
xlswbk.set_range(nextrow,col,['NONE'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,col),'h_center', sheet=flowsheet[x])
nextrow+=1
xlswbk.autofit_columns((1,1), sheet=flowsheet[x]) #Autofit Column1
xlswbk.width((1,12),3,sheet=flowsheet[x]) #Set Width of Column12
#=======================================================================
#-------- HIGH VOLTAGE -------- HIGH VOLTAGE -------- HIGH VOLTAGE -----
#=======================================================================
if GetHighV==True:
xlswbk.worksheet_add_after(newSheet=vhighsheet[x], oldSheet=vlowsheet[x], overwritesheet=True)
#-------------------------------------------------------------------
#-------- WRITE CONTINGENCY HIGH VOLTAGE HEADINGS ------------------
#-------------------------------------------------------------------
print 'WRITING {0:} HIGH BUS VOLTAGE RESULTS TO EXCEL ...........{1:}'.format(worsttext[x],filler[x])
nextrow=1
#Title1
title1= 'HIGH BUS VOLTAGE REPORT'
xlswbk.set_cell((nextrow,1),title1,fontStyle="Bold",fontSize=12, fontColor="orange", sheet=vhighsheet[x])
xlswbk.border((nextrow,1,nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vhighsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Title2
if x==0: title2= 'Contingency Results'
if x==1: title2= 'Worst Contingency Results'
xlswbk.set_cell((nextrow,1),title2,fontStyle="Bold",fontSize=10, fontColor="blue", sheet=vhighsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vhighsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Title3
VHigh1='{0:>5.3f}'.format(VHigh)
title3='> '+ VHigh1 +' pu'
xlswbk.set_cell((nextrow,1),title3,fontStyle="Bold",numberFormat='0.000', fontSize=10, fontColor="black", sheet=vhighsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vhighsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Blank Row
xlswbk.height((nextrow,1), height=7, sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Column Headings
colheads = ['BUS', 'OUTAGE', 'Case0', 'Case1', 'Case2','Case3','Case4','Case5','Case6','Case7']
xlswbk.set_range(nextrow,1,colheads,fontStyle="Bold",fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,1,nextrow,10),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1,nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin', borderColor='black', sheet=vhighsheet[x])
#Case Legend
xlswbk.set_range(nextrow,12,['Case Legend:'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow+1,12,18,12),'right', sheet=vhighsheet[x])
xlswbk.align((nextrow+1,13,18,13),'left', sheet=vhighsheet[x])
count=1
if fname[0]!='': xlswbk.set_range(nextrow+count,12,['Case0: ',fname[0]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[1]!='': xlswbk.set_range(nextrow+count,12,['Case1: ',fname[1]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[2]!='': xlswbk.set_range(nextrow+count,12,['Case2: ',fname[2]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[3]!='': xlswbk.set_range(nextrow+count,12,['Case3: ',fname[3]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[4]!='': xlswbk.set_range(nextrow+count,12,['Case4: ',fname[4]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[5]!='': xlswbk.set_range(nextrow+count,12,['Case5: ',fname[5]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[6]!='': xlswbk.set_range(nextrow+count,12,['Case6: ',fname[6]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[7]!='': xlswbk.set_range(nextrow+count,12,['Case7: ',fname[7]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
count+=1
xlswbk.set_range(nextrow+count,12,['NB : ','No Bus -or- Not Monitored'],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['NC : ','No Contingency'],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['NS : ','No Solution'],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['* : ','Bus Had Basecase Violation'],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['@ : ','Duplicate Contingency Name'],fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.font((nextrow+1,12,nextrow+count,12),fontStyle="Bold", sheet=vhighsheet[x])
xlswbk.autofit_columns((12,12), sheet=vhighsheet[x])
xlswbk.autofit_columns((13,13), sheet=vhighsheet[x])
nextrow+=1
#-------------------------------------------------------------------
#------- WRITE CONTINGENCY HIGH VOLTAGE FIELD ----------------------
#-------------------------------------------------------------------
col=1
V2firstrow=nextrow
V2lastrow=nextrow
for r in range(len(Vhighviolist[x])): #Write Contingency High Violations Field
rowval = Vhighviolist[x][r]
xlswbk.set_range(nextrow,col,rowval,fontSize=8, fontColor="black", sheet=vhighsheet[x])
V2lastrow=nextrow
nextrow+=1
xlswbk.autofit_columns((1,2), sheet=vhighsheet[x]) #Autofit Column2
xlswbk.align((V2firstrow,1,V2lastrow,1),'right', sheet=vhighsheet[x]) #Right Justify Bus Names
xlswbk.align((V2firstrow,2,V2lastrow,10),'h_center', sheet=vhighsheet[x]) #Center the Field
xlswbk.font((V2firstrow,3,V2lastrow,10),numberFormat='0.000', sheet=vhighsheet[x])#Format the High Voltage Field to 3 Decimal Places
if Vhighviolist[x]==[]: #Check if there were No High Voltage Violations
xlswbk.set_range(nextrow,col,['NONE'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,col),'h_center', sheet=vhighsheet[x])
nextrow+=1
nextrow+=1 #Write the High Voltage Coningency Legend Header
xlswbk.set_range(nextrow,col,['Contingency Legend:'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,col),'right', sheet=vhighsheet[x])
nextrow+=1
for r in Vhighconlist[x]: #Write the High Voltage Coningency Legend
rowval1 = [r[0],r[1][0]]
xlswbk.set_range(nextrow,col,rowval1,fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,col),'right', sheet=vhighsheet[x])
xlswbk.align((nextrow,col+1),'left', sheet=vhighsheet[x])
nextrow+=1
multicon=len(r[1]) #Check if Multiple Outages per Contingency
for j in range(multicon-1): #Enter This Loop if More than One Outage per Contingency
nextoutage=['-',r[1][j+1]]
xlswbk.set_range(nextrow,col,nextoutage,fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,col),'right', sheet=vhighsheet[x])
xlswbk.align((nextrow,col+1),'left', sheet=vhighsheet[x])
nextrow+=1
#-------------------------------------------------------------------
#-------- WRITE N-0 HIGH VOLTAGE HEADINGS --------------------------
#-------------------------------------------------------------------
nextrow+=3
#Title4
title4= 'N-0 High Voltage Results'
xlswbk.set_cell((nextrow,1),title4, fontStyle="Bold",fontSize=10, fontColor="blue", sheet=vhighsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vhighsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Title5
BaseVHigh1='{0:>5.3f}'.format(BaseVHigh)
title5= '> '+ BaseVHigh1 +' pu'
xlswbk.set_cell((nextrow,1),title5,fontStyle="Bold", numberFormat='0.000', fontSize=10, fontColor="black", sheet=vhighsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vhighsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Blank Row
xlswbk.height((nextrow,1), height=7, sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Column Headings
colheads = ['BUS', ' ', 'Case0', 'Case1', 'Case2','Case3','Case4','Case5','Case6','Case7']
xlswbk.set_range(nextrow,1,colheads,fontStyle="Bold",fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,1,nextrow,10),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1,nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin', borderColor='black', sheet=vhighsheet[x])
#-------------------------------------------------------------------
#------- WRITE N-0 HIGH VOLTAGE FIELD ------------------------------
#-------------------------------------------------------------------
nextrow+=1
V3firstrow=nextrow
V3lastrow=nextrow
for r in range(len(basehighviolist)): #Write the N-0 High Voltage Violations Field
rowval = basehighviolist[r]
xlswbk.set_range(nextrow,col,[rowval[0]],fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.set_range(nextrow,col+1,['--'],fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.set_range(nextrow,col+2,[rowval[1:]],fontSize=8, fontColor="black", sheet=vhighsheet[x])
V3lastrow=nextrow
nextrow+=1
xlswbk.align((V3firstrow,1,V3lastrow,1),'right', sheet=vhighsheet[x]) #Right Justify Bus Names
xlswbk.align((V3firstrow,2,V3lastrow,10),'h_center', sheet=vhighsheet[x]) #Center the Field
xlswbk.font((V3firstrow,3,V3lastrow,10),numberFormat='0.000', sheet=vhighsheet[x]) #Format the High Voltage Field to 3 Decimal Places
if basehighviolist==[]: #Check if there were no High Voltage Violation
xlswbk.set_range(nextrow,col,['NONE'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,col),'h_center', sheet=vhighsheet[x])
nextrow+=1
xlswbk.autofit_columns((1,1), sheet=vhighsheet[x]) #Autofit Column1
xlswbk.width((1,11),3,sheet=vhighsheet[x]) #Set Width of Column11
#xlswbk.show()
xlswbk.save()
xlswbk.close()
#***********************************************************************
#------------ Python Win32 Extension for Cell Colors -------------------
#***********************************************************************
print 'HIGHLIGHTING CELLS IN {0:} RESULTS .......................{1:}'.format(worsttext[x],filler[x])
xlApp=win32com.client.gencache.EnsureDispatch('Excel.Application')
xlApp.Workbooks.Open(xlsfile)
xlBook=xlApp.ActiveWorkbook
#CONTINGENCY LOW VOLTAGE -----------------------------------------------
for i in range(V1firstrow,V1lastrow+1):
for j in range(3,11):
value=xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Value
if value > 0.000:
if value < VLowCriteria+0.010:
xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Interior.ColorIndex = 36
if value < VLowCriteria:
xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Interior.ColorIndex = 45
if value <= ExtremeVLow:
xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Interior.ColorIndex = 3
#N-0 LOW VOLTAGE -------------------------------------------------------
for i in range(V0firstrow,V0lastrow+1):
for j in range(3,11):
value=xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Value
if value > 0.000:
if value < BaseVLowCriteria+0.010:
xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Interior.ColorIndex = 36
if value < BaseVLowCriteria:
xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Interior.ColorIndex = 45
if value <= ExtremeBaseVLow:
xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Interior.ColorIndex = 3
#CONTINGENCY FLOWS -----------------------------------------------------
for i in range(i1firstrow,i1lastrow+1):
for j in range(4,12):
value=xlApp.Worksheets(flowsheet[x]).Cells(i,j).Value
if type(value)==float:
if value >= IHighCriteria-5.0:
xlApp.Worksheets(flowsheet[x]).Cells(i,j).Interior.ColorIndex = 36
if value >= IHighCriteria:
xlApp.Worksheets(flowsheet[x]).Cells(i,j).Interior.ColorIndex = 45
if value >= ExtremeIHigh:
xlApp.Worksheets(flowsheet[x]).Cells(i,j).Interior.ColorIndex = 3
#N-0 FLOWS -------------------------------------------------------------
for i in range(i0firstrow,i0lastrow+1):
for j in range(4,12):
value=xlApp.Worksheets(flowsheet[x]).Cells(i,j).Value
if type(value)==float:
if value >= IHighCriteria-5.0:
xlApp.Worksheets(flowsheet[x]).Cells(i,j).Interior.ColorIndex = 36
if value >= IHighCriteria:
xlApp.Worksheets(flowsheet[x]).Cells(i,j).Interior.ColorIndex = 45
if value >= ExtremeIHigh:
xlApp.Worksheets(flowsheet[x]).Cells(i,j).Interior.ColorIndex = 3
#CONTINGENCY HIGH VOLTAGE ----------------------------------------------
if GetHighV==True:
for i in range(V2firstrow,V2lastrow+1):
for j in range(3,11):
value=xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Value
if type(value)==float:
if value > VHighCriteria-0.010:
xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Interior.ColorIndex = 36
if value > VHighCriteria:
xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Interior.ColorIndex = 45
if value >= ExtremeVHigh:
xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Interior.ColorIndex = 3
#N-0 HIGH VOLTAGE --------------------------------------------------
for i in range(V3firstrow,V3lastrow+1):
for j in range(3,11):
value=xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Value
if type(value)==float:
if value > BaseVHighCriteria-0.010:
xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Interior.ColorIndex = 36
if value > BaseVHighCriteria:
xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Interior.ColorIndex = 45
if value >= ExtremeBaseVHigh:
xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Interior.ColorIndex = 3
xlBook.Save()
xlBook.Close()
xlApp.Application.Quit()
print 'DONE .... OPENING EXCEL REPORT ............................'
if GetWorst==0: sheetselection=vlowsheet[0]
if GetWorst==1: sheetselection=vlowsheet[1]
if GetWorst==2: sheetselection=vlowsheet[0]
xlApp=win32com.client.gencache.EnsureDispatch('Excel.Application')
xlApp.Workbooks.Open(xlsfile)
xlBook=xlApp.ActiveWorkbook
xlApp.Worksheets(sheetselection).Select()
xlApp.Visible=True
xlBook.Save()
#================================ DONE =====================================
if modext=='.pyc':
import time
starttime=time.time()
timeleft=sleeptime
while timeleft>=0:
elapsedtime=time.time()-starttime
timeleft=round(sleeptime-elapsedtime,0)
time.sleep(0.04)
print 'EXITING IN ................................................ {0:2.0f} SECONDS\r'.format(timeleft),
| | 5 | No.5 Revision |
Help Refining Multiple ACCC Excel Report
I have created a python module for comparing multiple (up to eight) acc files and reporting results to Excel. Lots of time invested so far and it seems to function well.... However when comparing multiple files with large contingency lists (not to mention N-2 lists), this thing takes forever to create the final Excel report. I must admit that I am a "Brute Force" type of programmer. I would welcome anyone out there to take a look at my code and suggest any ways to improve processing time. Thanks, Use this Will attach code any way you like.if I can figure out how.
| | 6 | No.6 Revision |
Help Refining Multiple ACCC Excel Report
I have created a python module for comparing multiple (up to eight) acc files and reporting results to Excel. Lots of time invested so far and it seems to function well.... However when comparing multiple files with large contingency lists (not to mention N-2 lists), this thing takes forever to create the final Excel report. I must admit that I am a "Brute Force" type of programmer. I would welcome anyone out there to take a look at my code and suggest any ways to improve processing time.
Thanks, Will attach Use the code below any way you like.
#Created by knucklehead on 07-20-2013
#Developed with Python 2.7.3, EXCEL 2013, and PSSE 33.4
#This Module Creates an Excel Spreadsheet Comparing Results of Up to Eight(8) PSSE ACCC Solution Files
#Prompts for Contingency Low Bus Voltage Threshold to Report
#Option to Enable High Bus Voltage Reporting (GetHighV)
#Prompts for Contingency High Bus Voltage Threshold to Report (if GetHighV enabled)
#Prompts for Contingency High Branch Flow Threshold to Report
#Will Ask for How Many ACCC Files to Compare
#Prompts to Input the ACCC Files (Choose Files in the order Desired)
#Has Options to Report All Violations, Worst Violations, or Both on EXCEL Sheets
#Writes and Saves an EXCEL Report file with the name: ACCC_Report + Date... Example: ACCC_Report(070713).xlsx
#Writes and Saves a PSSE TEXT Report (if Enabled Below) With the Name: ACCC_PSSE_Report + Date... Example: ACCC_PSSE_Report(070713).xlsx
#Use it Any Way You Like ... DNL
#Default Options ---------------------------------------------------------------
BaseVLowCriteria = 0.950 #N-0 pu Low Voltage Criteria (ERCOT uses 0.950)
BaseVHighCriteria = 1.050 #N-0 pu Low Voltage Criteria (ERCOT uses 1.050)
VLowCriteria = 0.900 #Contingency pu Low Voltage Criteria (ERCOT uses 0.900)
VHighCriteria = 1.050 #Contingency pu High Voltage Criteria (ERCOT uses 1.050)
IHighCriteria = 100.0 #Contingency Percent High Flow Criteria (All RTOs use 100.0)
MVARatingCriteria = 'B' #Contingency Rating Criteria for Branch Flow (Enter as Text)
BaseVLow = 0.950 #Per Unit N-0 Low Voltage Violation Level to Report
BaseVHigh = 1.050 #Per Unit N-0 High Voltage Violation Level to Report
BaseIHigh = 95.0 #Percent N-0 High Flow Violation Level to Report
ExtremeBaseVLow = 0.920 #Per Unit N-0 Extreme Low Voltage Violation (for EXCEL Highlighting)
ExtremeBaseVHigh = 1.100 #Per Unit N-0 Extreme High Voltage (for EXCEL Highlighting)
ExtremeBaseIHigh = 110.0 #Percent N-0 Extreme High Flow Violation (for EXCEL Highlighting)
ExtremeVLow = 0.850 #Per Unit Contingency Extreme Low Voltage (for EXCEL Highlighting)
ExtremeVHigh = 1.150 #Per Unit Contingency Extreme High Voltage (for EXCEL Highlighting)
ExtremeIHigh = 125.0 #Percent Contingency Extreme High Flow (for EXCEL Highlighting)
DefaultGetHighV = False #Default Enable for Reporting High Voltage Violations
DefaultVHigh = '1.050' #Default Contingency Per Unit High Voltage Violation Level to Report (Enter as Text)
DefaultVLow = '0.900' #Default Contingency Per Unit Low Voltage Violation Level to Report (Enter as Text)
DefaultIHigh = '95.0' #Default Contingency Percent Flow Violation Level (Enter as Text)
DefaultGetWorst = 2 #Default Contingency Violation Reporting Option: 0=All, 1=Worst, 2=Both
TextReport = False #Option for PSSE Generated 'Multiple AC Contingency Run Report'
sleeptime=10 #Pause Time for Output Console Window
import wx
from datetime import date
#--- ACCC GUI ------------------------------------------------------------------
def create(parent):
return Frame1(parent)
[wxID_FRAME1, wxID_FRAME1BUTTON1, wxID_FRAME1BUTTON2, wxID_FRAME1CHECKBOX2,
wxID_FRAME1PANEL1, wxID_FRAME1RADIOBOX1, wxID_FRAME1RADIOBOX3,
wxID_FRAME1STATICTEXT1, wxID_FRAME1STATICTEXT11, wxID_FRAME1STATICTEXT2,
wxID_FRAME1STATICTEXT3, wxID_FRAME1STATICTEXT4, wxID_FRAME1STATICTEXT5,
wxID_FRAME1STATICTEXT6, wxID_FRAME1STATICTEXT7, wxID_FRAME1STATICTEXT8,
wxID_FRAME1STATICTEXT9, wxID_FRAME1TEXTCTRL1, wxID_FRAME1TEXTCTRL10,
wxID_FRAME1TEXTCTRL11, wxID_FRAME1TEXTCTRL2, wxID_FRAME1TEXTCTRL3,
wxID_FRAME1TEXTCTRL4, wxID_FRAME1TEXTCTRL5, wxID_FRAME1TEXTCTRL6,
wxID_FRAME1TEXTCTRL7, wxID_FRAME1TEXTCTRL8, wxID_FRAME1TEXTCTRL9,
] = [wx.NewId() for _init_ctrls in range(28)]
class Frame1(wx.Frame):
def _init_coll_boxSizer9_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl3, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText3, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer7_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl5, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText5, 0, border=4, flag=wx.BOTTOM | wx.TOP)
def _init_coll_boxSizer8_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl4, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText4, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer15_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl9, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(23, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl10, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(23, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl11, 0, border=0, flag=0)
def _init_coll_boxSizer6_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl6, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText6, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer13_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.radioBox1, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
def _init_coll_boxSizer4_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl8, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText8, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer11_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl1, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText1, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer12_Items(self, parent):
parent.AddSpacer(wx.Size(70, 8), border=0, flag=0)
parent.AddWindow(self.button1, 0, border=0, flag=0)
def _init_coll_boxSizer10_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl2, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText2, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer5_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl7, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText7, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer3_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.radioBox3, 0, border=0, flag=0)
def _init_coll_boxSizer14_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.staticText9, 0, border=3, flag=wx.BOTTOM)
parent.AddSpacer(wx.Size(23, 8), border=0, flag=0)
parent.AddWindow(self.checkBox2, 0, border=1, flag=wx.BOTTOM)
parent.AddSpacer(wx.Size(23, 8), border=0, flag=0)
parent.AddWindow(self.staticText11, 0, border=3, flag=wx.BOTTOM)
def _init_coll_boxSizer1_Items(self, parent):
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer14, 0, border=0, flag=0)
parent.AddSizer(self.boxSizer15, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer13, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer12, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer11, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer10, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer9, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer8, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer7, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer6, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer5, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer4, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer3, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer2, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
def _init_coll_boxSizer2_Items(self, parent):
parent.AddSpacer(wx.Size(70, 8), border=0, flag=0)
parent.AddWindow(self.button2, 0, border=0, flag=0)
def _init_sizers(self):
self.boxSizer1 = wx.BoxSizer(orient=wx.VERTICAL)
self.boxSizer2 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer3 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer4 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer5 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer6 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer7 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer8 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer9 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer10 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer11 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer12 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer13 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer14 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer15 = wx.BoxSizer(orient=wx.HORIZONTAL)
self._init_coll_boxSizer1_Items(self.boxSizer1)
self._init_coll_boxSizer2_Items(self.boxSizer2)
self._init_coll_boxSizer3_Items(self.boxSizer3)
self._init_coll_boxSizer4_Items(self.boxSizer4)
self._init_coll_boxSizer5_Items(self.boxSizer5)
self._init_coll_boxSizer6_Items(self.boxSizer6)
self._init_coll_boxSizer7_Items(self.boxSizer7)
self._init_coll_boxSizer8_Items(self.boxSizer8)
self._init_coll_boxSizer9_Items(self.boxSizer9)
self._init_coll_boxSizer10_Items(self.boxSizer10)
self._init_coll_boxSizer11_Items(self.boxSizer11)
self._init_coll_boxSizer12_Items(self.boxSizer12)
self._init_coll_boxSizer13_Items(self.boxSizer13)
self._init_coll_boxSizer14_Items(self.boxSizer14)
self._init_coll_boxSizer15_Items(self.boxSizer15)
self.panel1.SetSizer(self.boxSizer1)
def _init_ctrls(self, prnt):
wx.Frame.__init__(self, id=wxID_FRAME1, name='', parent=prnt,
pos=wx.Point(684, 261), size=wx.Size(321, 582),
style=wx.DEFAULT_FRAME_STYLE, title='ACCC Report Options')
self.SetClientSize(wx.Size(305, 544))
self.SetToolTipString('')
wx.Frame.Center(self,wx.BOTH)
self.panel1 = wx.Panel(id=wxID_FRAME1PANEL1, name='panel1', parent=self,
pos=wx.Point(0, 0), size=wx.Size(305, 544),
style=wx.TAB_TRAVERSAL)
self.panel1.SetToolTipString('')
self.radioBox1 = wx.RadioBox(choices=['1', '2', '3', '4', '5', '6', '7',
'8'], id=wxID_FRAME1RADIOBOX1, label='Number of ACC Files',
majorDimension=1, name='radioBox1', parent=self.panel1,
pos=wx.Point(24, 69), size=wx.Size(256, 48),
style=wx.RAISED_BORDER | wx.RA_SPECIFY_ROWS)
self.radioBox1.SetToolTipString('')
self.radioBox1.SetThemeEnabled(False)
self.radioBox1.SetSelection(0)
self.radioBox1.Bind(wx.EVT_RADIOBOX, self.OnRadioBox1Radiobox,
id=wxID_FRAME1RADIOBOX1)
self.button1 = wx.Button(id=wxID_FRAME1BUTTON1, label='Get File(s)',
name='button1', parent=self.panel1, pos=wx.Point(70, 125),
size=wx.Size(76, 23), style=0)
self.button1.SetToolTipString('')
self.button1.SetFocus()
self.button1.Bind(wx.EVT_BUTTON, self.OnButton1Button,
id=wxID_FRAME1BUTTON1)
self.textCtrl1 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL1, name='textCtrl1',
parent=self.panel1, pos=wx.Point(24, 156), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl1.Enable(True)
self.textCtrl1.SetToolTipString('')
self.textCtrl1.SetEditable(False)
self.textCtrl1.Enable(True)
self.textCtrl2 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL2, name='textCtrl2',
parent=self.panel1, pos=wx.Point(24, 185), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl2.SetEditable(False)
self.textCtrl2.SetToolTipString('')
self.textCtrl2.Enable(False)
self.textCtrl3 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL3, name='textCtrl3',
parent=self.panel1, pos=wx.Point(24, 214), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl3.Enable(True)
self.textCtrl3.SetToolTipString('')
self.textCtrl3.SetEditable(False)
self.textCtrl3.Enable(False)
self.textCtrl4 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL4, name='textCtrl4',
parent=self.panel1, pos=wx.Point(24, 243), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl4.Enable(True)
self.textCtrl4.SetToolTipString('')
self.textCtrl4.SetEditable(False)
self.textCtrl4.Enable(False)
self.textCtrl5 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL5, name='textCtrl5',
parent=self.panel1, pos=wx.Point(24, 272), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl5.Enable(True)
self.textCtrl5.SetToolTipString('')
self.textCtrl5.SetEditable(False)
self.textCtrl5.Enable(False)
self.textCtrl6 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL6, name='textCtrl6',
parent=self.panel1, pos=wx.Point(24, 301), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl6.Enable(True)
self.textCtrl6.SetToolTipString('')
self.textCtrl6.SetEditable(False)
self.textCtrl6.Enable(False)
self.textCtrl7 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL7, name='textCtrl7',
parent=self.panel1, pos=wx.Point(24, 330), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl7.Enable(True)
self.textCtrl7.SetToolTipString('')
self.textCtrl7.SetEditable(False)
self.textCtrl7.Enable(False)
self.textCtrl8 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL8, name='textCtrl8',
parent=self.panel1, pos=wx.Point(24, 359), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl8.Enable(True)
self.textCtrl8.SetToolTipString('')
self.textCtrl8.SetEditable(False)
self.textCtrl8.Enable(False)
self.button2 = wx.Button(id=wxID_FRAME1BUTTON2, label='Run Report',
name='button2', parent=self.panel1, pos=wx.Point(70, 504),
size=wx.Size(76, 23), style=0)
self.button2.SetToolTipString('')
self.button2.Bind(wx.EVT_BUTTON, self.OnButton2Button,
id=wxID_FRAME1BUTTON2)
self.staticText1 = wx.StaticText(id=wxID_FRAME1STATICTEXT1,
label='<--- ACC File 1', name='staticText1', parent=self.panel1,
pos=wx.Point(200, 160), size=wx.Size(80, 13), style=0)
self.staticText1.SetToolTipString('')
self.staticText2 = wx.StaticText(id=wxID_FRAME1STATICTEXT2,
label='<--- ACC File 2', name='staticText2', parent=self.panel1,
pos=wx.Point(200, 189), size=wx.Size(80, 13), style=0)
self.staticText2.SetToolTipString('')
self.staticText3 = wx.StaticText(id=wxID_FRAME1STATICTEXT3,
label='<--- ACC File 3', name='staticText3', parent=self.panel1,
pos=wx.Point(200, 218), size=wx.Size(80, 13), style=0)
self.staticText3.SetToolTipString('')
self.staticText4 = wx.StaticText(id=wxID_FRAME1STATICTEXT4,
label='<--- ACC File 4', name='staticText4', parent=self.panel1,
pos=wx.Point(200, 247), size=wx.Size(80, 13), style=0)
self.staticText4.SetToolTipString('')
self.staticText5 = wx.StaticText(id=wxID_FRAME1STATICTEXT5,
label='<--- ACC File 5', name='staticText5', parent=self.panel1,
pos=wx.Point(200, 276), size=wx.Size(80, 13), style=0)
self.staticText5.SetToolTipString('')
self.staticText6 = wx.StaticText(id=wxID_FRAME1STATICTEXT6,
label='<--- ACC File 6', name='staticText6', parent=self.panel1,
pos=wx.Point(200, 305), size=wx.Size(80, 13), style=0)
self.staticText6.SetToolTipString('')
self.staticText7 = wx.StaticText(id=wxID_FRAME1STATICTEXT7,
label='<--- ACC File 7', name='staticText7', parent=self.panel1,
pos=wx.Point(200, 334), size=wx.Size(80, 13), style=0)
self.staticText7.SetToolTipString('')
self.staticText8 = wx.StaticText(id=wxID_FRAME1STATICTEXT8,
label='<--- ACC File 8', name='staticText8', parent=self.panel1,
pos=wx.Point(200, 363), size=wx.Size(80, 13), style=0)
self.staticText8.SetToolTipString('')
self.staticText9 = wx.StaticText(id=wxID_FRAME1STATICTEXT9,
label='VLow (pu)', name='staticText9', parent=self.panel1,
pos=wx.Point(24, 16), size=wx.Size(70, 13),
style=wx.ALIGN_CENTRE)
self.staticText9.SetToolTipString('')
self.staticText11 = wx.StaticText(id=wxID_FRAME1STATICTEXT11,
label='Loading (%)', name='staticText11', parent=self.panel1,
pos=wx.Point(210, 16), size=wx.Size(70, 13),
style=wx.ALIGN_CENTRE)
self.staticText11.SetToolTipString('')
self.textCtrl9 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL9, name='textCtrl9',
parent=self.panel1, pos=wx.Point(24, 32), size=wx.Size(70, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value=DefaultVLow)
self.textCtrl9.SetToolTipString('')
self.textCtrl9.Bind(wx.EVT_TEXT, self.OnTextCtrl9Text,
id=wxID_FRAME1TEXTCTRL9)
self.textCtrl10 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL10,
name='textCtrl10', parent=self.panel1, pos=wx.Point(117, 32),
size=wx.Size(70, 21), style=wx.SUNKEN_BORDER | wx.TE_CENTER,
value=DefaultVHigh)
self.textCtrl10.SetToolTipString('')
self.textCtrl10.Enable(False)
self.textCtrl10.Bind(wx.EVT_TEXT, self.OnTextCtrl10Text,
id=wxID_FRAME1TEXTCTRL10)
self.textCtrl11 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL11,
name='textCtrl11', parent=self.panel1, pos=wx.Point(210, 32),
size=wx.Size(70, 21), style=wx.SUNKEN_BORDER | wx.TE_CENTER,
value=DefaultIHigh)
self.textCtrl11.SetToolTipString('')
self.textCtrl11.Bind(wx.EVT_TEXT, self.OnTextCtrl11Text,
id=wxID_FRAME1TEXTCTRL11)
self.checkBox2 = wx.CheckBox(id=wxID_FRAME1CHECKBOX2,
label='VHigh (pu)', name='checkBox2', parent=self.panel1,
pos=wx.Point(117, 16), size=wx.Size(70, 13), style=0)
self.checkBox2.SetValue(DefaultGetHighV)
self.checkBox2.SetToolTipString('')
self.checkBox2.Bind(wx.EVT_CHECKBOX, self.OnCheckBox2Checkbox,
id=wxID_FRAME1CHECKBOX2)
self.radioBox3 = wx.RadioBox(choices=['<--- Report All Violations',
'<--- Report Worst Violations', '<--- Report Both'],
id=wxID_FRAME1RADIOBOX3,
label='CONTINGENCY VIOLATION REPORTING OPTIONS:',
majorDimension=1, name='radioBox3', parent=self.panel1,
pos=wx.Point(24, 404), size=wx.Size(256, 84),
style=wx.RAISED_BORDER | wx.RA_SPECIFY_COLS)
self.radioBox3.SetSelection(DefaultGetWorst)
self.radioBox3.SetToolTipString('')
self.radioBox3.Bind(wx.EVT_RADIOBOX, self.OnRadioBox3Radiobox,
id=wxID_FRAME1RADIOBOX3)
self._init_sizers()
def __init__(self, parent):
self._init_ctrls(parent)
#-- GUI EVENTS -------------------------------------------------------------
#-- High Voltage Enable ----------------------------------------------------
def OnCheckBox2Checkbox(self, event):
gethighv = bool(self.checkBox2.GetValue())
self.textCtrl10.Enable(gethighv)
self.GetHighV = gethighv
#-- High Voltage Selection -------------------------------------------------
def OnTextCtrl10Text(self, event):
self.VHigh = float(self.textCtrl10.GetValue())
#-- Low Voltge Selection ---------------------------------------------------
def OnTextCtrl9Text(self, event):
self.VLow=float(self.textCtrl9.GetValue())
#-- High Loading Selection -------------------------------------------------
def OnTextCtrl11Text(self, event):
self.IHigh = float(self.textCtrl11.GetValue())
#-- Number of ACC Files Selection ------------------------------------------
def OnRadioBox1Radiobox(self, event):
displaydict={0:self.textCtrl1,1:self.textCtrl2,2:self.textCtrl3,3:self.textCtrl4,
4:self.textCtrl5,5:self.textCtrl6,6:self.textCtrl7,7:self.textCtrl8}
for i in displaydict: displaydict[i].SetValue('None')
self.numaccfiles = self.radioBox1.GetSelection()+1
for j in range(self.numaccfiles):
displaydict[j].Enable(1)
for k in range(j+1,8):
displaydict[k].Enable(0)
#-- Get ACC Files Button ---------------------------------------------------
def OnButton1Button(self, event):
displaydict={0:self.textCtrl1,1:self.textCtrl2,2:self.textCtrl3,3:self.textCtrl4,
4:self.textCtrl5,5:self.textCtrl6,6:self.textCtrl7,7:self.textCtrl8}
self.accfilelist=['','','','','','','','']
wildcard = "ACCC File (*.acc)|*.acc|"\
"All files (*.*)|*.*"
for i in range(self.numaccfiles):
title='Select ACCC File {0:1}'.format(i)
dialog = wx.FileDialog(None, title, os.getcwd(), "", wildcard, wx.OPEN|wx.CHANGE_DIR)
dialog.Center(wx.BOTH)
dialog.ShowModal()
fname=dialog.GetPath().encode("ascii")
path,fname=os.path.split(fname)
self.accfilelist[i]=fname
displaydict[i].SetValue(fname)
dialog.Destroy()
#-- Contingency Violation Options ------------------------------------------
def OnRadioBox3Radiobox(self, event):
self.GetWorst = self.radioBox3.GetSelection()
#-- Done Button.. Generate Report ------------------------------------------
def OnButton2Button(self, event):
app.ExitMainLoop()
#=== NON GUI FUNCTIONS =========================================================
def GetReportNames(path):
stamp='{:%m%d%y}'.format(date.today())
rptfile1=path +'\\ACCC_PSSE_Report_('+stamp+').txt'
rptfile2=path +'\\ACCC_PSSE_Report_(Worst)_('+stamp+').txt'
xlsfile=path +'\\ACCC_Report_('+stamp+').xlsx'
return rptfile1,rptfile2,xlsfile
#-------------------------------------------------------------------------------
def GetN0results(numaccfiles,accfilelist):
N0results=[[],[],[],[],[],[],[],[]]
for i in range(numaccfiles):
data = pssarrays.accc_solution(accfilelist[i], colabel='BASE CASE')
N0results[i]=data
return N0results
#-------------------------------------------------------------------------------
def GetUniqueBusList(numaccfiles,accfilelist):
accsummary=[[],[],[],[],[],[],[],[]]
buslist=()
for i in range(numaccfiles):
data = pssarrays.accc_summary(accfilelist[i])
accsummary[i]= data
buslist=buslist+data.mvbuslabel
ubuslist=list(set(buslist))
ubuslist.sort()
return ubuslist,accsummary
#-------------------------------------------------------------------------------
def GetUniqueBranchList(numaccfiles,accsummary):
branchlist=()
for i in range(numaccfiles):
data = accsummary[i]
branchlist=branchlist+data.melement
ubranchlist=list(set(branchlist))
ubranchlist.sort()
return ubranchlist
#-------------------------------------------------------------------------------
def BuildMasterConlist(numaccfiles,accfilelist,accsummary):
conlist=[]
masterconlist=[]
desc=[[],[],[],[],[],[],[],[]]
for j in range(numaccfiles):
for outage in accsummary[j].colabel[1:]:
data = pssarrays.accc_solution(accfilelist[j], colabel=outage)
description=(outage,data.codesc)
desc[j].append(description)
masterconlist.append(description)
umasterconlist=list(set(masterconlist))
umasterconlist.sort()
return desc,umasterconlist
#-------------------------------------------------------------------------------
def BuildDuplicateConList(masterconlist):
pmasterconlist=[]
for u in range(len(masterconlist)):
temp=[masterconlist[u][0],masterconlist[u][1]]
pmasterconlist.append(temp)
for x in range(len(pmasterconlist)-1):
for y in range(len(pmasterconlist)-1):
if I can figure out how.pmasterconlist[y][0]== pmasterconlist[y+1][0]:
pmasterconlist[y][0]='@'+pmasterconlist[y+1][0]
return pmasterconlist
#-------------------------------------------------------------------------------
def GetN1results(numaccfiles,accfilelist,outage,desc):
conexist=[[],[],[],[],[],[],[],[]]
converged=[[],[],[],[],[],[],[],[]]
con=[[],[],[],[],[],[],[],[]]
N1results=[[],[],[],[],[],[],[],[]]
for i in range(numaccfiles):
conexist[i]=False
converged[i]='NA'
for j in desc[i]:
if outage[1]==j[1]:
con[i]=j
conexist[i]=True
for k in range(numaccfiles):
if conexist[k]==True:
data=pssarrays.accc_solution(accfilelist[k], colabel=con[k][0])
N1results[k]=data
converged[k]=data.cnvflag
return N1results,conexist,converged
#-------------------------------------------------------------------------------
def GetWorstVLow(vlowviolist,vlowconlist):
vlowviolist.sort(key=lambda x:x[0]) #Sort the Low Bus Voltage Violation List by Bus Name
delviolist=[True for y in range(len(vlowviolist))] #Initialize a Delete Flag List to True (Worst Violations will be changed to False)
buscountlist=[1 for z in range(len(vlowviolist))] #Initialize a Violation Counter list to 1 (Will be incremented if more than 1 violation)
vlowconlistdict=dict(vlowconlist) #Create a dictionary of contingency violations
minvoltage=3.33; buscount=1; minindex=0 #Initialize MinVoltage Value, Low Voltage Violation Counter, Index of Min Bus Voltage
for x in range(len(vlowviolist)-1): #Loop through the Indexes of the Bus Violation List (up to next to last)
if vlowviolist[x][0] == vlowviolist[x+1][0]: #Determine if this loop's Bus is equal to the next loop's Bus
buscount+=1 #If Equal, Increment Violation Counter
AList=vlowviolist[x][2:] #Get this loop's Bus Voltage Values
BList=vlowviolist[x+1][2:] #Get the next loop's Bus Voltage Values
for i in range(len(AList)): #Loop through the indexes of this loop's voltage values
try: AList[i]=float(AList[i]) #Convert the Bus Voltage Values to 'float' (if it is 'numerical')
except: AList[i]=3.44 #If the Bus Voltage is not numerical, assign it a very high 'non-violation' value
for j in range(len(BList)): #Loop through the indexes of the next loop's voltage values
try: BList[j]=float(BList[j]) #Convert the Bus Voltage Values to 'float' (if it is 'numerical')
except: BList[j]=3.44 #If the Bus Voltage is not numerical, assign it a very high 'non-violation' value
a=min(AList) #Get the Min of this loop's Bus Voltage
b=min(BList) #Get the Min of the next loop's Bus Voltage
if a < minvoltage: #If the Min of this loop's Bus Voltage is < this loop's minvoltage value
minvoltage=a #Set the minvoltage value to this loop's Min Bus Voltage
minindex=x #Save the index of this loop's Min Bus Voltage
if b < minvoltage: #If the Min of the next loop's Bus Voltage is < this loop's minvoltage value
minvoltage=b #Set the minvoltage value to the next loop's Min Bus Voltage
minindex=x+1 #Save the index of the next loop's Min Bus Voltage
else: #Since this loop's Bus is NOT equal to the next loop's Bus (Means we have looped through all buses with equal names)
buscountlist[minindex]=buscount #Change the element in this loop's (or next loop's) Bus Counter List to the Violation Counter
delviolist[minindex]=False #Change the element in this loop's (or next loop's) Delete Flag List to False
minvoltage=3.33 #Reset the Min Voltage Value to a large 'non-violation' value
buscount=1 #Reset the Bus Violation Counter
minindex=x+1 #Reset the Bus Min Violation index to the next loop
buscountlist[minindex]=buscount #If last two Buses are equal, assign bus counter from equal logic. If last two Buses are NOT equal, assign bus counter from NOT equal logic.
delviolist[minindex]=False #If last two Buses are equal, Change Delete Flag List from equal logic. If last two Buses are NOT equal, Change Delete Flag List from NOT equal logic.
worstviolist=[] #Create an Empty List to hold the 'Worst' Bus/Contingency/LowVoltage Data
worstcountlist=[] #Create an Empty List to hold how many Contingencies Caused Low Voltage Violations
for x in range(len(vlowviolist)): #Loop Through the 'Total' Bus Low Voltage Violation List
if delviolist[x]==False: #Check if this Bus/Contingency is NOT 'Flagged' to be Deleted (Worst Contingency)
worstviolist.append(list(vlowviolist[x])) #If Not ... Add it to the Worst Bus Low Voltage Violation List
worstcountlist.append(int(buscountlist[x])) #Get how many other Contingencies Caused Low Voltage Violations for this Bus
for y in range(len(worstviolist)): #Loop Through 'Identified' Worst Bus Low Voltage Violation List
if worstviolist[y][0].startswith('*'): #Check if the worst violation had a basecase violation
worstviolist[y][0]=worstviolist[y][0].lstrip('*') #Remove the leading character (will add it back)
worstviolist[y][0]='*('+str(worstcountlist[y])+') '+worstviolist[y][0] #Add the Number of Contingencies that Caused Low Voltage Violations to the Begining of the Bus Description
else: #If it did not have basecase violation...
worstviolist[y][0]='('+str(worstcountlist[y])+') '+worstviolist[y][0] #Add the Number of Contingencies that Caused Low Voltage Violations to the Begining of the Bus Description
worstconlist=[] #Create an Empty List to hold the Worst Contingency Names and Descriptions
for z in worstviolist: #Finally...Loop through 'Identified' Worst Bus Low Voltage Violation List Again
conlabel=z[1] #Get the Continency Name or 'Label'
condesc=vlowconlistdict[conlabel] #Get the Contingency Description using the Low Voltage Contingency List Dictionary
condata=(conlabel,condesc) #Create a temporary list for this Contingency Label and Description
worstconlist.append(condata) #Add this 'Worst' Contingency to the 'worstcon' List
return worstviolist,worstconlist #Return Worst Results (Bus/WorstOutage/VoltageData and Contingency Names/Descriptions
#-------------------------------------------------------------------------------
def GetWorstVHigh(vhighviolist,vhighconlist):
vhighviolist.sort(key=lambda x:x[0]) #Sort the High Bus Voltage Violation List by Bus Name
delviolist=[True for y in range(len(vhighviolist))] #Initialize a Delete Flag List to True (Worst Violations will be changed to False)
buscountlist=[1 for z in range(len(vhighviolist))] #Initialize a Violation Counter list to 1 (Will be incremented if more than 1 violation)
vhighconlistdict=dict(vhighconlist) #Create a dictionary of contingency violations
maxvoltage=0.20; buscount=1; maxindex=0 #Initialize MaxVoltage Value, High Voltage Violation Counter, Index of Max Bus Voltage
for x in range(len(vhighviolist)-1): #Loop through the Indexes of the Bus Violation List (up to next to last)
if vhighviolist[x][0] == vhighviolist[x+1][0]: #Determine if this loop's Bus is equal to the next loop's Bus
buscount+=1 #If Equal, Increment Violation Counter
AList=vhighviolist[x][2:] #Get this loop's Bus Voltage Values
BList=vhighviolist[x+1][2:] #Get the next loop's Bus Voltage Values
for i in range(len(AList)): #Loop through the indexes of this loop's voltage values
try: AList[i]=float(AList[i]) #Convert the Bus Voltage Values to 'float' (if it is 'numerical')
except: AList[i]=0.10 #If the Bus Voltage is not numerical, assign it a very low 'non-violation' value
for j in range(len(BList)): #Loop through the indexes of the next loop's voltage values
try: BList[j]=float(BList[j]) #Convert the Bus Voltage Values to 'float' (if it is 'numerical')
except: BList[j]=0.10 #If the Bus Voltage is not numerical, assign it a very low 'non-violation' value
a=max(AList) #Get the Max of this loop's Bus Voltage
b=max(BList) #Get the Max of the next loop's Bus Voltage
if a > maxvoltage: #If the Max of this loop's Bus Voltage is > this loop's minvoltage value
maxvoltage=a #Set the maxvoltage value to this loop's Max Bus Voltage
maxindex=x #Save the index of this loop's Max Bus Voltage
if b > maxvoltage: #If the Max of the next loop's Bus Voltage is > this loop's maxvoltage value
maxvoltage=b #Set the maxvoltage value to the next loop's Max Bus Voltage
maxindex=x+1 #Save the index of the next loop's Max Bus Voltage
else: #Since this loop's Bus is NOT equal to the next loop's Bus (Means we have looped through all buses with equal names)
buscountlist[maxindex]=buscount #Change the element in this loop's (or next loop's) Bus Counter List to the Violation Counter
delviolist[maxindex]=False #Change the element in this loop's (or next loop's) Delete Flag List to False
maxvoltage=0.20 #Reset the Max Voltage Value to a low 'non-violation' value
buscount=1 #Reset the Bus Violation Counter
maxindex=x+1 #Reset the Bus Max Violation index to the next loop
buscountlist[maxindex]=buscount #If last two Buses are equal, assign bus counter from equal logic. If last two Buses are NOT equal, assign bus counter from NOT equal logic.
delviolist[maxindex]=False #If last two Buses are equal, Change Delete Flag List from equal logic. If last two Buses are NOT equal, Change Delete Flag List from NOT equal logic.
worstviolist=[] #Create an Empty List to hold the 'Worst' Bus/Contingency/High Voltage Data
worstcountlist=[] #Create an Empty List to hold how many Contingencies Caused High Voltge Violations
for x in range(len(vhighviolist)): #Loop Through the 'Total' Bus Violation List
if delviolist[x]==False: #Check if this Bus/Contingency is NOT 'Flagged' to be Deleted (Worst Contingency)
worstviolist.append(list(vhighviolist[x])) #If Not ... Add it to the Worst Bus High Voltage Violation List
worstcountlist.append(int(buscountlist[x])) #Get how many other Contingencies Caused High Violations for this Bus
for y in range(len(worstviolist)): #Loop Through 'Identified' Worst Bus High Voltage Violation List
if worstviolist[y][0].startswith('*'): #Check if the worst violation had a basecase violation
worstviolist[y][0]=worstviolist[y][0].lstrip('*') #Remove the leading character (will add it back)
worstviolist[y][0]='*('+str(worstcountlist[y])+') '+worstviolist[y][0] #Add the Number of Contingencies that Caused Low Voltage Violations to the Begining of the Bus Description
else: #If it did not have basecase violation...
worstviolist[y][0]='('+str(worstcountlist[y])+') '+worstviolist[y][0] #Add the Number of Contingencies that Caused Low Voltage Violations to the Begining of the Bus Description
worstconlist=[] #Create an Empty List to hold the Worst Contingency Names and Descriptions
for z in worstviolist: #Finally...Loop through 'Identified' Worst Bus High Voltage List Again
conlabel=z[1] #Get the Continency Name or 'Label'
condesc=vhighconlistdict[conlabel] #Get the Contingency Description using the Voltage Contingency List Dictionary
condata=(conlabel,condesc) #Create a temporary list for this Contingency Label and Description
worstconlist.append(condata) #Add this 'Worst' Contingency to the 'worstcon' List
return worstviolist,worstconlist #Return Worst Results (Bus/WorstOutage/HighVoltageData and Contingency Names/Descriptions
#-------------------------------------------------------------------------------
def GetWorstI(iviolist,iconlist):
iviolist.sort(key=lambda x:x[0]) #Sort the Branch Violation List by Branch Name
deliviolist=[True for y in range(len(iviolist))] #Initialize a Delete Flag List to True (Worst Violations will be changed to False)
branchcountlist=[1 for z in range(len(iviolist))] #Initialize a Violation Counter list to 1 (Will be incremented if more than 1 violation)
iconlistdict=dict(iconlist) #Create a dictionary of contingency violations
maxloading=0.15; branchcount=1; maxindex=0 #Initialize MaxLoading Value, Branch Violation Counter, Index of Max Branch flow
for x in range(len(iviolist)-1): #Loop through the Indexes of the Branch Violation List (up to next to last)
if iviolist[x][0]==iviolist[x+1][0]: #Determine if this loop's Branch is equal to the next loop's Branch
branchcount+=1 #If Equal, Increment Violation Counter
AList=iviolist[x][3:] #Get this loop's Branch Flow Values
BList=iviolist[x+1][3:] #Get the next loop's Branch Flow Values
for i in range(len(AList)): #Loop through the indexes of this loop's flow values
try: AList[i]=float(AList[i]) #Convert the Branch Flow Values to 'float' (if it is 'numerical')
except: AList[i]=0.10 #If the Branch flow is not numerical, assign it a very low 'non-violation' value
for j in range(len(BList)): #Loop through the indexes of the next loop's flow values
try: BList[j]=float(BList[j]) #Convert the Branch Flow Values to 'float' (if it is 'numerical')
except: BList[j]=0.10 #If the Branch flow is not numerical, assign it a very low 'non-violation' value
a=max(AList) #Get the Max of this loop's branch flow
b=max(BList) #Get the Max of the next loop's branch flow
if a > maxloading: #If the Max of this loop's branch flow is > this loop's maxloading value
maxloading=a #Set the maxloading value to this loop's Max branch flow
maxindex=x #Save the index of this loop's Max branch flow
if b > maxloading: #If the Max of the next loop's branch flow is > this loop's maxloading value
maxloading=b #Set the maxloading value to the next loop's Max branch flow
maxindex=x+1 #Save the index of the next loop's Max branch flow
else: #Since this loop's Branch is NOT equal to the next loop's Branch (Means we have looped through all branches with equal names)
branchcountlist[maxindex]=branchcount #Change the element in this loop's (or next loop's) Branch Counter List to the Violation Counter
deliviolist[maxindex]=False #Change the element in this loop's (or next loop's) Delete Flag List to False
maxloading=0.15 #Reset the Max Loading Value to a small 'non-violation' value
branchcount=1 #Reset the Branch Violation Counter
maxindex=x+1 #Reset the Branch Max Violation index to the next loop
branchcountlist[maxindex]=branchcount #If last two branches are equal, assign branch counter from equal logic. If last two branches are NOT equal, assign branch counter from NOT equal logic.
deliviolist[maxindex]=False #If last two branches are equal, Change Delete Flag List from equal logic. If last two branches are NOT equal, Change Delete Flag List from NOT equal logic.
worstiviolist=[] #Create an Empty List to hold the 'Worst' Branch/Contingency/Flow Data
worstcountlist=[] #Create an Empty List to hold how many Contingencies Caused Violations
for x in range(len(iviolist)): #Loop Through the 'Total' Branch Violation List
if deliviolist[x]==False: #Check if this Branch/Contingency is not Flagged to be Deleted (Worst Contingency)
worstiviolist.append(list(iviolist[x])) #If Not ... Add it to the Worst Branch Flow Violation List
worstcountlist.append(int(branchcountlist[x])) #Get how many other Contingencies Caused Violations for this Branch
for y in range(len(worstiviolist)): #Loop Through 'Identified' Worst Branch Flow Violation List
if worstiviolist[y][0].startswith('*'): #Check if the worst violation had a basecase violation
worstiviolist[y][0]=worstiviolist[y][0].lstrip('*') #Remove the leading character (will add it back)
worstiviolist[y][0]='*('+str(worstcountlist[y])+') '+worstiviolist[y][0] #Add the Number of Contingencies that Caused High Flow Violations to the Begining of the Bus Description
else: #If it did not have basecase violation...
worstiviolist[y][0]='('+str(worstcountlist[y])+') '+worstiviolist[y][0] #Add the Number of Contingencies that Caused High Flow Violations to the Begining of the Bus Description
worstconlist=[] #Create an Empty List to hold the Worst Contingency Names and Descriptions
for z in worstiviolist: #Finally...Loop through 'Identified' Worst Branch Flow List Again
conlabel=z[1] #Get the Continency Name or 'Label'
condesc=iconlistdict[conlabel] #Get the Contingency Description using the Flow Contingency List Dictionary
condata=(conlabel,condesc) #Create a temporary list for this Contingency Label and Description
worstconlist.append(condata) #Add this 'Worst' Contingency to the 'worstcon' List
return worstiviolist,worstconlist #Return Worst Results (Branch/WorstOutage/FlowData and Contingency Names/Descriptions
#-------------------------------------------------------------------------------
#----- MAIN ---------- MAIN ---------- MAIN ---------- MAIN ---------- MAIN ----
#-------------------------------------------------------------------------------
if __name__ == '__main__':
import os, sys
#-------- SET EVIRONMENT VARIABLES to Access PSSE Modules ------------------
_PSSBINPATH = r"C:\Program Files\PTI\PSSE33\PSSBIN"
if os.path.exists(r"C:\Program Files (x86)\PTI\PSSE33\PSSBIN"):
_PSSBINPATH = r"C:\Program Files (x86)\PTI\PSSE33\PSSBIN"
os.environ['PATH'] = _PSSBINPATH + ';' + os.environ['PATH']
sys.path.insert(0,_PSSBINPATH)
import pssarrays, psspy
#Create GUI ----------------------------------------------------------------
app = wx.PySimpleApp()
frame = create(None)
frame.Show()
#Initialize ACCC Options ---------------------------------------------------
frame.VLow=float(DefaultVLow)
frame.GetHighV=DefaultGetHighV
frame.VHigh=float(DefaultVHigh)
frame.IHigh=float(DefaultIHigh)
frame.numaccfiles=1
frame.accfilelist=None
frame.GetWorst=DefaultGetWorst
#Go To GUI -----------------------------------------------------------------
app.MainLoop()
#Assign ACCC Options Selections --------------------------------------------
VLow=frame.VLow
GetHighV=frame.GetHighV
VHigh=frame.VHigh
IHigh=frame.IHigh
numaccfiles=frame.numaccfiles
accfilelist=frame.accfilelist
GetWorst=frame.GetWorst
#Close GUI -----------------------------------------------------------------
frame.Show(0)
frame.Close()
app.Destroy()
if accfilelist==None:
print '\nNO SAVE FILES SELECTED!!',
raise Exception('NO SAVE FILES SELECTED!!')
#---------------------------------------------------------------------------
accpath=os.getcwd() #Get the Path of Working Directory
rptfile1,rptfile2,xlsfile=GetReportNames(accpath) #Get the Names of Text and Excel Report Files
try: os.remove(xlsfile) #Delete EXCEL file with same name if it exists
except: pass
NoBus=9.999 #Temp Value if Bus is not found in Monitor List
NoVCon=8.888 #Temp Value if Contingency is not found in .acc File
NoBusNoVCon=7.777 #Temp Value Bus and Contingency is not found
NoVSol=6.666 #Temp Value if Contingency did not reach Convergence
NoBranch=999.9 #Temp Value if Branch is not found in Monitor List
NoICon=888.8 #Temp Value if No Flow Contingency
NoBranchNoICon=777.7 #Temp Value if Branch and Contingency is not found
NoISol=666.6 #Temp Value if Contingency did not reach Convergence
#===========================================================================
#===== GET N-0 RESULTS =====================================================
#===========================================================================
print 'GETTING N-0 RESULTS .......................................'
N0results= GetN0results(numaccfiles,accfilelist) #Get N-0 Results (Also used for Flow)
#START N-0 VOLTAGE ANALYSIS -----------------------------------------------
print 'COMPILING BUS LIST ........................................'
buslist,accsummary = GetUniqueBusList(numaccfiles,accfilelist) #Compile Unique Monitored Bus List
baselowviolist=[] #Initialize the N-0 Bus Low Voltage Violation List
basehighviolist=[] #Initialize the N-0 Bus High Voltage Violation List
print 'PROCESSING N-0 VOLTAGE ....................................'
for BUS in buslist: #Loop Through buses in the 'Total' Monitored Bus List
v = [0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize This 'BUS' Voltage Across Cases for this Loop
for i in range(numaccfiles): #Loop Across Cases
try: #Determine if this 'BUS' Exists in the Monitored List
busindex=accsummary[i].mvbuslabel.index(BUS) #Get this 'BUS' index from the Summary (if it exists)
v[i]=N0results[i].volts[busindex] #If the Bus is in the Monitored List... Get it's Voltage
except: v[i]=NoBus #If the Bus is not in the Monitored List... Assign it the 'NoBus' Value
lowviolation = False #Initialize Low Voltage Violation Flag
highviolation = False #Initialize High Voltage Violation Flag
for j in range(numaccfiles): #Loop Across Cases
if v[j] > 0.0 and v[j] < BaseVLow: lowviolation = True #Determine if this 'BUS' has a Low Voltage Violation, Set Flag
if v[j] > BaseVHigh and v[j] < NoVSol: highviolation = True #Determine if this 'BUS' has a High Voltage Violation, Set Flag
if lowviolation == True: #if this 'BUS' was Found in Low Voltage Violation
for k in range(numaccfiles): #Loop Across Cases
if v[k]==NoBus: v[k]='NB' #If this 'BUS' does not exist in the Monitored List for this Case, Assign a String to it's value
else: v[k]='{0:>5.3f}'.format(v[k]) #Otherwise... Get the 'BUS' Voltage
for x in range(numaccfiles,8): v[x]='- ' #If Less than Eight Cases... Set the 'BUS' voltage to a 'Null' String
L=[BUS,v[0],v[1],v[2],v[3],v[4],v[5],v[6],v[7]] #Create a List of Results
baselowviolist.append(L) #Add Results of this Loop to a Compiled N-0 Low Voltage Violation List
if highviolation == True: #if this 'BUS' was Found in High Voltage Violation
for m in range(numaccfiles): #Loop Across Cases
if v[m]==NoBus: v[m]='NB' #If this 'BUS' does not exist in the Monitored List for this Case, Assign a String to it's value
else: v[m]='{0:>5.3f}'.format(v[m]) #Otherwise... Get the 'BUS' Voltage
for x in range(numaccfiles,8): v[x]='- ' #If Less than Eight Cases... Set the 'BUS' voltage to a 'Null' String
M=[BUS,v[0],v[1],v[2],v[3],v[4],v[5],v[6],v[7]] #Create a List of Results
basehighviolist.append(M) #Add Results of this Loop to a Compiled N-0 High Voltage Violation List
baselowviolist.sort() #Sort the N-0 Bus Low Voltage Violation List
basehighviolist.sort() #Sort the N-0 Bus High Voltage Violation List
#START N-0 BRANCH FLOW ANALYSIS --------------------------------------------
print 'COMPILING BRANCH LIST .....................................'
branchlist= GetUniqueBranchList(numaccfiles,accsummary) #Compile Unique Monitored Branch List
baseiviolist=[] #Initialize the N-0 Violation List
print 'PROCESSING N-0 FLOW .......................................'
for BRANCH in branchlist: #Loop Through Branches in the 'Total' Monitored Branch List
rating=[0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize the Branch Ratings across Cases
pct=[0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize the Percent Flow across Cases
for i in range(numaccfiles): #Loop Across Cases
if BRANCH in accsummary[i].melement: #Determine if this 'BRANCH' Exists in the Monitored List
branchindex=accsummary[i].melement.index(BRANCH) #Get this 'BRANCH' index from the Summary (if it exists)
mvaflow=abs(N0results[i].ampflow[branchindex]) #If this 'BRANCH' is in the Monitored List... Get it's Flow
rating[i] = accsummary[i].rating.a[branchindex] #If this 'BRANCH' is in the Monitored List... Get it's Rating A
try: pct[i]=mvaflow*100/rating[i] #Check for Division by Zero ... Calculate Percent Flow
except: continue #Next Loop if Rating = 0.0
else: pct[i]=NoBranch #If this 'BRANCH' is not in the Monitored List... Assign it the 'NoBranch' Value
rate=max(rating) #Get the Max Branch Rating across Cases
rate='{0:>5.0f}'.format(rate) #Convert Rating to String and Format to Zero Decimal Places
for r in range(numaccfiles-1): #Loop Across Cases
if rating[r]!= 0.0 and rating[r+1]!= rating[r]: rate=rate+'~' #Determine if Ratings are Different... If So.. Add a Character to Max Rating
violation = False #Initialize the Violation Flag heading into the Next Loop
for j in range(numaccfiles): #Loop Across Cases
if pct[j] > BaseIHigh and pct[j] < NoISol: violation = True #Determine if this 'BRANCH' is in Violation, Set Flag
if violation == True: #if this 'BRANCH' was Found in Violation
for k in range(numaccfiles): #Loop Across Cases
if pct[k]==NoBranch: pct[k]='NB' #If this 'BRANCH' does not exist in the Monitored List, Assign a String to it's value
else: pct[k]='{0:>5.1f}'.format(pct[k]) #Otherwise... Get the 'BRANCH' Percent Flow
for x in range(numaccfiles,8): pct[x]='- ' #If Less than Eight Cases... Set the 'BRANCH' Percent Flow to a 'Null' String
L=[BRANCH,rate,pct[0],pct[1],pct[2],pct[3],pct[4],pct[5], #Create a List of Results
pct[6],pct[7]]
baseiviolist.append(L) #Add Results of this Loop to a Compiled N-0 Violation List
baseiviolist.sort() #Sort the N-0 Branch Violation List
#===========================================================================
#===== GET CONTINGENCY RESULTS =============================================
#===========================================================================
#BUILD MASTER CONTINGENCY LISTS --------------------------------------------
print 'BUILDING MASTER CONTINGENCY LIST ..........................'
desc,masterconlist= BuildMasterConlist(numaccfiles,accfilelist,accsummary) #Create a Contingency List for Each Case, and a Total List Across all Cases
print 'BUILDING DUPLICATE CONTINGENCY LIST .......................'
pmasterconlist=BuildDuplicateConList(masterconlist) #Create "Parallel" List to Distinguish any Duplicates
notconverged=[] #Holds all Contingencies that did not Converge
#INITIALIZE CONTINGENCY ANALYSIS ------------------------------------------
vnotconverged=[] #Formated and Used to Report Non-Converged Contingencies associated with Voltage
inotconverged=[] #Formated and Used to Report Non-Converged Contingencies associated with Flow
vlowconlist=[] #Holds Low Voltage Violation Contingency List
vlowviolist=[] #Holds Bus Name and Low Voltage Violatons
vhighconlist=[] #Holds High Voltage Violation Contingency List
vhighviolist=[] #Holds Bus Name and High Voltage Violatons
iconlist=[] #Holds Branch Violation Contingency List
iviolist=[] #Holds Branch Name and Branch Violatons
vlowconlist1=[] #Holds Low Voltage Violation Contingency List for Reporting
vlowviolist1=[] #Holds Bus Name and Low Voltage Violatons for Reporting
vhighconlist1=[] #Holds High Voltage Violation Contingency List for Reporting
vhighviolist1=[] #Holds Bus Name and High Voltage Violatons for Reporting
iconlist1=[] #Holds Branch Violation Contingency List for Reporting
iviolist1=[] #Holds Branch Name and Branche Violatons for Reporting
vlowconlist2=[] #Holds Worst Low Voltage Violation Contingency List for Reporting
vlowviolist2=[] #Holds Worst Bus Name and Low Voltage Violatons for Reporting
vhighconlist2=[] #Holds Worst High Voltage Violation Contingency List for Reporting
vhighviolist2=[] #Holds Worst Bus Name and High Voltage Violatons for Reporting
iconlist2=[] #Holds Worst Branch Violation Contingency List for Reporting
iviolist2=[] #Holds Worst Branch Name and Branche Violatons for Reporting
#GET DATA FOR REPORTING PROGRESS ------------------------------------------
loops=len(masterconlist) #Get how many Contingencies will be processed
loopcount=0.0 #Initialize a Loop Counter
modpath,modfname=os.path.split(sys.argv[0])
modname,modext=os.path.splitext(modfname) #Get Either .py or .pyc Extension of Module
#START CONTINGENCY ANALYSIS ------------------------------------------------
print 'PROCESSING OUTAGES ........................................'
for outage in masterconlist: #Loop Through the Master Contingency List
#PRINT PROGRESS (If in Command Console) --------------------------------
if modext=='.pyc':
loopcount+=1 #Increment the Loop Counter
print( '{0:<5.1f}% OUTAGE: ---> {1:<50s}'+'\r'*5).format(loopcount*100/loops,outage[0]), #Print Progress
#GET CONTINGENCY RESULTS ----------------------------------------------
N1results,conexist,converged= GetN1results(numaccfiles,accfilelist,outage,desc) #Get the Results for this Contingency (Also used for Flow)
conindex=masterconlist.index(outage) #Get the Index of this Contingency from the Master List (Used to Point to the Parallel List)
outagelabel=pmasterconlist[conindex][0] #Get the "Label" of this Outage from the Parallel Contingency List
con=(outagelabel,outage[1]) #Use the Parallel List Label and Master List Description to Identify this Outage
#-----------------------------------------------------------------------
#------------- START CONTINGENCY BUS VOLTAGE ANALYSIS ------------------
#-----------------------------------------------------------------------
for BUS in buslist: #Loop Through the Total BUS List
v = [0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize This Contingency's BUS Voltages
for i in range(numaccfiles): #Loop Across Cases
if conexist[i]==True: #Check if this Contingency Exists in this Case
if BUS in accsummary[i].mvbuslabel: #Check if this Bus is in the Monitor List
busindex=accsummary[i].mvbuslabel.index(BUS) #Get this BUS's index from the Summary (if it exists)
v[i]=N1results[i].volts[busindex] #If the BUS is in the Monitored List... Get it's Voltage
if converged[i]==False: v[i]=NoVSol #If the Contingency did not Converge in this Case... Assign it the 'NoSol' Value
else: v[i]=NoBus #If the Bus is not in the Monitored List... Assign it the 'NoBus' Value
if conexist[i]==False: #If this Loop's Contingency does not exist for this BUS
if BUS in accsummary[i].mvbuslabel: v[i]=NoVCon #Check if this BUS Exists in this Case.. If so, Assign the NoContingency Value
else: v[i]=NoBusNoVCon #Determine if this BUS does not Exist in this Case, If not, Assign the NoBus-NoContingency Value
lowviolation = False #Initialize Low Voltage Violation Flag
for i in range(numaccfiles): #Loop Across Cases
if v[i] > 0.0 and v[i] < VLow: lowviolation = True #Determine if this 'BUS' has a Low Voltage Violation, Set Flag
if lowviolation==True: #If one of the Cases had a Low BUS Voltage violation .... Do This Next Stuff
baselowvio=False #Initialize a 'Basecase Violaton' Flag (Used for considering basecase violations)
for j in baselowviolist: #Loop through the N-0 violation list
if BUS==j[0]: #Check if this Bus was in the N-0 violation list
baselowpu=[float(x) for x in j[1:1+numaccfiles]] #Create a list of the N-0 Bus PU Voltages
if min(baselowpu)< BaseVLowCriteria: baselowvio=True #If the Min of the PU Volages is < N-0 Low Voltage Criteria, Set basecase violation flag
for k in range(numaccfiles): #Loop Across Cases
if v[k]==NoVSol: v[k]='NS' #If Voltage has the "NoSolution" Value... Assign it a String Value
elif v[k]==NoBus: v[k]='NB' #If Voltage has the "NoBus" Value... Assign it a String Value
elif v[k]==NoVCon: v[k]='NC' #If Voltage has the "NoContingency" Value... Assign it a String Value
elif v[k]==NoBusNoVCon: v[k]='NB,NC' #If Voltage has the "NoBus NoContingency" Value... Assign it a String Value
else: v[k]='{0:>8.3f}'.format(v[k]) #Format the BUS Voltage to Three Decimal Places
vlowconlist.append(con) #Add this Contingency to the Low Voltage Contingency List for Reporting
for x in range(numaccfiles,8): v[x]='- ' #If Less than Eight Cases... Set the 'Other BUS' voltages to a 'Null' String for Nicer Output
if baselowvio==True: BUS='* '+BUS #If this BUS had a N-0 Violation, #Add a Character to BUS Name to Indicate this Branch had a basecase violation
L=[BUS,outagelabel,v[0],v[1],v[2],v[3],v[4],v[5],v[6],v[7]] #Build a Temporary List of this Loop's Bus, Outage Label, and Low Voltage Results
vlowviolist.append(L) #Add the Temporary List to the Total Low Voltage violation list
if GetHighV==True: #If Get High BUS Voltages is Enabled ... Do This Next Stuff
highviolation = False #Initialize High BUS Voltage Violation Flag
for i in range(numaccfiles): #Loop Across Cases
if v[i] > VHigh and v[i] < NoVSol: highviolation = True #Determine if this 'BUS' has a High Voltage Violation, Set Flag
if highviolation==True: #If one of the Cases had a High BUS Voltage violation .... Do This Next Stuff
basehighvio=False #Initialize a 'Basecase Violaton' Flag (Used for considering basecase violations)
for j in basehighviolist: #Loop through the N-0 violation list
if BUS==j[0]: #Check if this Bus was in the N-0 violation list
basehighpu=[float(x) for x in j[1:1+numaccfiles]] #Create a list of the N-0 Bus PU Voltages
if max(basehighpu)> BaseVHighCriteria: #If the Max of the PU Volages is > N-0 High Voltage Criteria
basehighvio=True #Set basecase violation flag
for k in range(numaccfiles): #Loop Across Cases
if v[k]==NoVSol: v[k]='NS' #If Voltage has the "NoSolution" Value... Assign it a String Value
elif v[k]==NoBus: v[k]='NB' #If Voltage has the "NoBus" Value... Assign it a String Value
elif v[k]==NoVCon: v[k]='NC' #If Voltage has the "NoContingency" Value... Assign it a String Value
elif v[k]==NoBusNoVCon: v[k]='NB,NC' #If Voltage has the "NoBus NoContingency" Value... Assign it a String Value
else: v[k]='{0:>8.3f}'.format(v[k]) #Format the BUS Voltage to Three Decimal Places
vhighconlist.append(con) #Add this Contingency to the High Voltage Contingency List for Reporting
for x in range(numaccfiles,8): v[x]='- ' #If Less than Eight Cases... Set the 'Other BUS' voltages to a 'Null' String for Nicer Output
if basehighvio==True: BRANCH='* '+BRANCH #If this Branch had a N-0 Violation, #Add a Character to BRANCH Name to Indicate this Branch had a basecase violation
L=[BUS,outagelabel,v[0],v[1],v[2],v[3],v[4],v[5],v[6],v[7]] #Build a Temporary List of this Loop's Bus, Outage Label, and Low Voltage Results
vhighviolist.append(L) #Add the Temporary List to the Total High Voltage violation list
vlowviolist.sort() #Sort the Contingency Low Voltage Violation List
vhighviolist.sort() #Sort the Contingency High Voltage Violation List
#-----------------------------------------------------------------------
#-------------- START CONTINGENCY BRANCH FLOW ANALYSIS -----------------
#-----------------------------------------------------------------------
for BRANCH in branchlist: #Loop Through the Total Branchlist
rating=[0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize the Branch Ratings across Cases
pct=[0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize the pecent Flow across Cases
BCRateflag=False
for i in range(numaccfiles): #Loop Across Case Numbers
if conexist[i]==True: #Check if the Contingency Exists
if BRANCH in accsummary[i].melement: #Determine if this 'BRANCH' Exists in the Monitored List
branchindex=accsummary[i].melement.index(BRANCH) #Get this BRANCH's index from the Summary (if it exists)
mvaflow=abs(N1results[i].ampflow[branchindex]) #If this BRANCH is in the Monitored List... Get it's Flow for this Outage
rateb=accsummary[i].rating.b[branchindex] #Get this BRANCH's B Rating in this case
ratec=accsummary[i].rating.c[branchindex] #Get this BRANCH's C Rating in this case
if ratec > rateb: BCRateflag=True #If Rate C > Rate B, Set flag
rating[i] = rateb #Set this BRANCH's Rating to Rate B
if MVARatingCriteria=='C': rating[i] = ratec #If BRANCH Rating Criteria is Set to 'C', Set this BRANCH's Rating to Rate C
try: pct[i]=mvaflow*100/rating[i] #Check for Division by Zero, Calculate Percent Flow
except: continue #Next Loop if Rating = 0.0
if converged[i]==False: pct[i]=NoISol #If this Contingency did not converge, assign the NoSolution Value
else: pct[i]=NoBranch #Since this BRANCH does not Exist in the Monitored List ... Assign it the 'NoBranch' Value
if conexist[i]==False: #Check if This Loop's Contingency exists in this Loop's Case
if BRANCH in accsummary[i].melement: pct[i]=NoICon #Check if this BRANCH exists in this case... If so, Assign the No Contingency Value
else: pct[i]=NoBranchNoICon #Since this BRANCH does not Exist in the Monitored List ... Assign the NoBranch-NoContingency Value
rate=max(rating) #Get the Max BRANCH Rating across Cases
rate='{0:>.0f}'.format(rate) #Convert BRANCH Rating to String and Format to Zero Decimal Places
if BCRateflag==True: rate=chr(149)+rate #If B and C Rating is different in one of the cases, Add Character to 'rate' for reporting
for r in range(numaccfiles-1): #Loop Across Case Numbers
if rating[r]!= 0.0 and rating[r+1]!= 0.0 and rating[r+1]!= rating[r]: rate=rate+'~' #Determine if BRANCH Ratings are Different... If So.. Add a Character to Max Rating
violation = False #Initialize the Violation Flag for the Next Loop
for j in range(numaccfiles): #Loop Across Case Numbers ...n, Set Flag
if pct[j] >= IHigh and pct[j] < NoISol: violation = True #Determine if this BRANCH is in Violation... If So, Set Flag
if violation==True: #If This Branch is in Violation of IHigh ... Do this Stuff
skip=False #Initialize a 'Skip Contingency' Flag (Used for considering basecase violations)
basevio=False #Initialize a 'Basecase Violaton' Flag (Used for considering basecase violations)
skiplist=[False for x in range(numaccfiles)] #Iniialize a skip flag list for the cases
for k in baseiviolist: #Loop through the N-0 violation list
if BRANCH==k[0]: #Check if this Branch was in the N-0 violation list
basepercent=[float(x) for x in k[2:2+numaccfiles]] #Create a list of the N-0 Percent Branch Flows
if min(basepercent)> IHighCriteria: basevio=True #If the Max of the Percent Flows > High Flow Criteria, Set basecase violation flag
conpercent=[pct[x] for x in range(numaccfiles)] #Create a list of the N-1 Percent Branch Flows
for x in range(len(basepercent)): #Loop through the indexes of the N-0 Branch Flow list
if conpercent[x]<= basepercent[x]+5.0: #If cases contingency branch flow <= cases N-0 branch flow,
skiplist[x]=True #Set skiplist flag for this case
if False not in skiplist: skip=True #Check if all the skiplist flags were set True, if so set skip flag
if skip==False: #If the 'skip' flag was not changed to True
iconlist.append(con) #Add this Contingency to the List for Reporting
for m in range(numaccfiles): #Loop Across Cases
if pct[m]==NoISol: pct[m]='NS' #If the Percent Flow has a NoSolution Value... Assign it a String Value
elif pct[m]==NoBranch: pct[m]='NB' #If the Percent Flow has a NoBranch Value... Assign it a String Value
elif pct[m]==NoICon: pct[m]='NC' #If the Percent Flow has a NoContingency Value... Assign it a String Value
elif pct[m]==NoBranchNoICon: pct[m]='NB,NC' #If the Percent Flow has a NoBranch-NoSolution Value... Assign it a String Value
else: pct[m]='{0:>5.1f}'.format(pct[m]) #Else format the 'Valid' percent Flow value to three decimal places
for x in range(numaccfiles,8): pct[x]='- ' #If Less than Eight Cases... Set the Case's Branch' flows to a 'Null' String for Nicer Output
if basevio==True: BRANCH='* '+BRANCH #If this Branch had a N-0 Violation, #Add a Character to BRANCH Name to Indicate this Branch had a basecase violation
L=[BRANCH,outagelabel,rate,pct[0],pct[1],pct[2],pct[3], #Build a Temp List of the Violation Results of this BRANCH Loop
pct[4],pct[5],pct[6],pct[7]]
iviolist.append(L) #Add the Temp List to the Master Flow Violation List
iviolist.sort() #Sort the Contingency Flow Violation List by Branch ID
if False in converged: #Determine if this outage did not converge in any of the cases
notconverged.append(con) #Add this Non-Converged contingency to a Master list
for x in range(numaccfiles,8): converged[x]='- ' #If Less than Eight Cases... Set the 'Other Branch' flows to a 'Null' String for Nicer Output
for y in range(numaccfiles): #Loop Across Case Numbers
if converged[y]==False: converged[y]='NS' #If this outage did not converged in this case... Assign a 'No Solution' String Value
if converged[y]==True: converged[y]='- ' #If this outage did converge in this case... Assign a 'Null' String Value
K=['NON CONVERGED ->',outagelabel,converged[0],converged[1], #Build a Temporary List for the Voltage cases showing Non-Convergence
converged[2],converged[3],converged[4],converged[5],
converged[6],converged[7]]
M=['NON CONVERGED ->',outagelabel,' -',converged[0], #Build a Temporary List for the Flow cases showing Non-Convergence
converged[1],converged[2],converged[3],converged[4],
converged[5],converged[6],converged[7]]
vnotconverged.append(K) #Add the Temporary to a list for appending Voltage Field
inotconverged.append(M) #Add the Temporary list to a list for appending Flow Field
vlowconlist.append(con) #Add this Non-Converged Contingency to the Low Voltage violation contingency list (remove duplicates later)
vhighconlist.append(con) #Add this Non-Converged Contingency to the High Voltage violation contingency list (remove duplicates later)
iconlist.append(con) #Add this Non-Converged Contingency to the Flow violation contingency list (remove duplicates later)
#Append Non-Converged Contingencies to other Lists -------------------------
vlowviolist1=vlowviolist+vnotconverged #Add the Non-Converged list to the Low Voltage Violations Field
vhighviolist1=vhighviolist+vnotconverged #Add the Non-Converged list to the High Voltage Violations Field
iviolist1=iviolist+inotconverged #Add the Non-Converged list to the Flow Violations Field
vlowconlist1=vlowconlist+notconverged #Add the Non-Converged Contingencies to the Low Voltage Contingency List
vhighconlist1=vhighconlist+notconverged #Add the Non-Converged Contingencies to the High Voltage Contingency List
iconlist1=iconlist+notconverged #Add the Non-Converged Contingencies to the Flow Contingency List
vlowconlist1=list(set(vlowconlist1)) #Remove Duplicates from the Low Voltage Contingency List
vhighconlist1=list(set(vhighconlist1)) #Remove Duplicates from the High Voltage Contingency List
iconlist1=list(set(iconlist1)) #Remove Duplicates from the Flow Contingency List
vlowconlist1.sort() #Sort the Low Voltage Contingency List
vhighconlist1.sort() #Sort the High Voltage Contingency List
iconlist1.sort() #Sort the Flow Contingency List
#If Get Worst Results Enabled ----------------------------------------------
if GetWorst>0: #If GetWorst Flag is set... Determine Worst Outages
print '\nGETTING WORST VOLTAGE RESULTS .............................'
if vlowviolist!=[]:
vlowviolist2,vlowconlist2=GetWorstVLow(vlowviolist,vlowconlist) #Return Worst Low Voltage Violation and Contingency Lists
if GetHighV==True and vhighviolist!=[]:
vhighviolist2,vhighconlist2=GetWorstVHigh(vhighviolist,vhighconlist)#Return Worst High Voltage Violation and Contingency Lists
print 'GETTING WORST FLOW RESULTS ................................'
if iviolist!=[]:
iviolist2,iconlist2=GetWorstI(iviolist,iconlist) #Return Worst Flow Violation and Contingency Lists
vlowviolist2=vlowviolist2+vnotconverged #Add the Non-Converged list to the Worst Low Voltage Violations Field
vhighviolist2=vhighviolist2+vnotconverged #Add the Non-Converged list to the Worst High Voltage Violations Field
iviolist2=iviolist2+inotconverged #Add the Non-Converged list to the Worst Flow Violations Field
vlowconlist2=vlowconlist2+notconverged #Add the Non-Converged Contingencies to the Worst Low Voltage Contingency List
vhighconlist2=vhighconlist2+notconverged #Add the Non-Converged Contingencies to the Worst High Voltage Contingency List
iconlist2=iconlist2+notconverged #Add the Non-Converged Contingencies to the Worst Flow Contingency List
vlowconlist2=list(set(vlowconlist2)) #Remove Duplicates from the Worst Voltage Contingency List
vhighconlist2=list(set(vhighconlist2)) #Remove Duplicates from the Worst Voltage Contingency List
iconlist2=list(set(iconlist2)) #Remove Duplicates from the Worst Flow Contingency List
vlowconlist2.sort() #Sort the Worst Low Voltage Contingency List
vhighconlist2.sort() #Sort the Worst High Voltage Contingency List
iconlist2.sort() #Sort the Worst Flow Contingency List
#Write PSSE Generated Report File(s) (If Enabled) --------------------------
if TextReport==True:
#PSSE Text Report Options ----------------------------------------------
a=1 #Column Headings: 1=acc filename, 2=savcase filename
b=1 #Base Case Rating: 1=RateA, 2=RateB, 3=RateC
c=2 #Contingency Case Rating: 1=RateA, 2=RateB, 3=RateC
d=1 #Base Case voltage limit: 1=Normal 2=Emergency
e=2 #Contingency Case Voltage Limit: 1=Normal 2=Emergency
f=0 #Print monitored elements summary report
g=0 #Print missing monitored elements report
h=0 #print missing monitored buses report
i=2 #print contingency legend: 0=No 1=Complete Legend Only 2=Reduced Legend with each table, 3=Both
j=0 #print missing contingencies report
k=1 #print non-converged contingencies report
l=2 #print loading violations: 0=No, 1=BaseCase and WorstCase, 2=BaseCase and All, 3=BaseCase WorstCase and All
m=2 #print voltage violations: 0=No, 1=BaseCase and WorstCase, 2=BaseCase and All, 3=BaseCase WorstCase and All
n=0 #Report Interfaces in loading violation reports
o=1 #Skip N-0 Flow Violations in Contingency Flow Reporting
p=1 #Skip N-0 Voltage Violations in Contingency Voltage Reporting
A=0.5 #bus mismatch converged tolerance
B=5.0 #system mismatch converged tolerance
C=IHigh #percent flow rating for reporting
D=IHigh #worst case percent flow rating for reporting
E=0.0 #worst case minimum flow change from base case for reporting
F=0.0 #worst case minimum percent flow increase from base case for reporting
G=0.0 #worst case minimum voltage change from base case for reporting
if MVARatingCriteria=='C': c=3
print 'GENERATING PSSE TEXT REPORT(S) ................'
import redirect
redirect.psse2py()
psspy.psseinit(buses=80000)
psspy.transformer_percent_units(1)
psspy.non_trans_percent_units(1)
tempout = sys.stdout #Temp placeholder for sys.stdout
sys.stdout = open(rptfile1,'w') #Send Print Statements to ACCC_PSSE_Report.txt File
filelist=accfilelist[0:numaccfiles]
psspy.accc_multiple_run_report_2([a,b,c,d,e,f,g,h,i,j,k,l,m,n,o,p],[A,B,C,D,E,F,G],numaccfiles,filelist)
if GetWorst>0:
l=1
m=1
reportout = sys.stdout
sys.stdout = open(rptfile2,'w') #Send Print Statements to ACCC_PSSE_Report_(Worst).txt File
psspy.accc_multiple_run_report_2([a,b,c,d,e,f,g,h,i,j,k,l,m,n,o,p],[A,B,C,D,E,F,G],numaccfiles,filelist)
sys.stdout = tempout #Direct Output Back to Screen
#===========================================================================
#---------------------- WRITE RESULTS TO EXCEL -----------------------------
#===========================================================================
import excelpy
import win32com.client
Vlowviolist=list([vlowviolist1,vlowviolist2])
Vlowconlist=list([vlowconlist1,vlowconlist2])
Vhighviolist=list([vhighviolist1,vhighviolist2])
Vhighconlist=list([vhighconlist1,vhighconlist2])
Iviolist=list([iviolist1,iviolist2])
Iconlist=list([iconlist1,iconlist2])
looplogic=[range(1),range(1,2),range(2)]
worsttext=['ALL','WORST']
vlowsheet=['VLow','VLow (Worst)']
vhighsheet=['VHigh','VHigh (Worst)']
flowsheet=['Flow','Flow (Worst)']
filler=['..','']
#Create Case Headings ------------------------------------------------------
case=[]
for i in range(numaccfiles): #Loop through the number of ACCC Files
value='Case%s '%str(i) #Column Headers in will be Case0, Case1, etc.
case.append(value) #Add to case heading list
for j in range(i+1,8): case.append('') #If Number of Cases is <8 ... Create 'Blank' Header
#Create Names for Case Legend ---------------------------------------------
fname=[]
for i in range(0,8):
p,e=os.path.splitext(accfilelist[i]) #Get ACCC Filename (without .acc) for The Legend
r,f=os.path.split(p) #Get ACCC Filename (without path) for The Legend
fname.append(f) #Add ACCC Filename to filename list
print '\nCREATING EXCEL REPORT .....................................'
for x in looplogic[GetWorst]:
#=======================================================================
#-------- LOW VOLTAGE -------- LOW VOLTAGE -------- LOW VOLTAGE --------
#=======================================================================
if x==0: xlswbk = excelpy.workbook(xlsfile,mode='w', sheet=vlowsheet[x],overwritesheet=True)
if x==1: xlswbk = excelpy.workbook(xlsfile,mode='w', sheet=vlowsheet[x],overwritesheet=True)
#if x==1 and GetWorst==1: xlswbk = excelpy.workbook(xlsfile,mode='w', sheet=vlowsheet[x],overwritesheet=True)
#if x==1 and GetWorst==2: xlswbk.worksheet_add_after(newSheet=vlowsheet[x], oldSheet=flowsheet[0], overwritesheet=True)
print 'WRITING {0:} LOW BUS VOLTAGE RESULTS TO EXCEL ............{1:}'.format(worsttext[x],filler[x])
#-----------------------------------------------------------------------
#-------- WRITE CONTINGENCY LOW VOLTAGE HEADINGS -----------------------
#-----------------------------------------------------------------------
nextrow=1
#Title1
title1= 'LOW BUS VOLTAGE REPORT'
xlswbk.set_cell((nextrow,1),title1,fontStyle="Bold",fontSize=12, fontColor="orange", sheet=vlowsheet[x])
xlswbk.border((nextrow,1,nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vlowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Title2
if x==0: title2= 'Contingency Results'
if x==1: title2= 'Worst Contingency Results'
xlswbk.set_cell((nextrow,1),title2,fontStyle="Bold",fontSize=10, fontColor="blue", sheet=vlowsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vlowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Title3
VLow1='{0:>5.3f}'.format(VLow)
title3= '< '+ VLow1 +' pu'
xlswbk.set_cell((nextrow,1),title3,fontStyle="Bold",numberFormat='0.000', fontSize=10, fontColor="black", sheet=vlowsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vlowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Blank Row
xlswbk.height((nextrow,1), height=7, sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Column Headings
colheads = ['BUS', 'OUTAGE', 'Case0', 'Case1', 'Case2','Case3','Case4','Case5','Case6','Case7']
xlswbk.set_range(nextrow,1,colheads,fontStyle="Bold",fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,1,nextrow,10),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1,nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin', borderColor='black', sheet=vlowsheet[x])
#Case Legend
xlswbk.set_range(nextrow,12,['Case Legend:'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow+1,12,18,12),'right', sheet=vlowsheet[x])
xlswbk.align((nextrow+1,13,18,13),'left', sheet=vlowsheet[x])
count=1
if fname[0]!='': xlswbk.set_range(nextrow+count,12,['Case0: ',fname[0]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[1]!='': xlswbk.set_range(nextrow+count,12,['Case1: ',fname[1]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[2]!='': xlswbk.set_range(nextrow+count,12,['Case2: ',fname[2]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[3]!='': xlswbk.set_range(nextrow+count,12,['Case3: ',fname[3]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[4]!='': xlswbk.set_range(nextrow+count,12,['Case4: ',fname[4]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[5]!='': xlswbk.set_range(nextrow+count,12,['Case5: ',fname[5]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[6]!='': xlswbk.set_range(nextrow+count,12,['Case6: ',fname[6]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[7]!='': xlswbk.set_range(nextrow+count,12,['Case7: ',fname[7]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
count+=1
xlswbk.set_range(nextrow+count,12,['NB : ','No Bus -or- Not Monitored'],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['NC : ','No Contingency'],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['NS : ','No Solution'],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['* : ','Bus Had Basecase Violation'],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['@ : ','Duplicate Contingency Name'],fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.font((nextrow+1,12,nextrow+count,12),fontStyle="Bold", sheet=vlowsheet[x])
xlswbk.autofit_columns((12,12), sheet=vlowsheet[x]) #Autofit Column12
xlswbk.autofit_columns((13,13), sheet=vlowsheet[x]) #Autofit Column13
nextrow+=1
#---------------------------------------------------------------------------
#------- WRITE CONTINGENCY LOW VOLTAGE FIELD -------------------------------
#---------------------------------------------------------------------------
col=1
V1firstrow=nextrow
V1lastrow=nextrow
for r in range(len(Vlowviolist[x])): #Write the Contingency Low Voltage Violations Field
rowval = Vlowviolist[x][r]
xlswbk.set_range(nextrow,col,rowval,fontSize=8, fontColor="black", sheet=vlowsheet[x])
V1lastrow=nextrow
nextrow+=1
xlswbk.autofit_columns((1,2), sheet=vlowsheet[x]) #AutoFit Column2
xlswbk.align((V1firstrow,1,V1lastrow,1),'right', sheet=vlowsheet[x]) #Right Justify Bus Names
xlswbk.align((V1firstrow,2,V1lastrow,10),'h_center', sheet=vlowsheet[x]) #Center the Field
xlswbk.font((V1firstrow,3,V1lastrow,10),numberFormat='0.000', sheet=vlowsheet[x]) #Format the Low Voltage Field to 3 Decimal Places
if Vlowviolist[x]==[]: #Check if there were no Low Voltage Violations
xlswbk.set_range(nextrow,col,['NONE'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,col),'h_center', sheet=vlowsheet[x])
nextrow+=1
nextrow+=1 #Write Contingency Legend Header
xlswbk.set_range(nextrow,col,['Contingency Legend:'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,col),'right', sheet=vlowsheet[x])
nextrow+=1
for r in Vlowconlist[x]: #Write Contingency Legend
rowval1 = [r[0],r[1][0]]
xlswbk.set_range(nextrow,col,rowval1,fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,col),'right', sheet=vlowsheet[x])
xlswbk.align((nextrow,col+1),'left', sheet=vlowsheet[x])
nextrow+=1
multicon=len(r[1]) #Check if Multiple Outages per Contingency
for j in range(multicon-1): #Enter This Loop if More than One Outage per Contingency
nextoutage=['-',r[1][j+1]]
xlswbk.set_range(nextrow,col,nextoutage,fontSize=8, fontColor="black", sheet=vlowsheet[x]) #Put it in the nextrow
xlswbk.align((nextrow,col),'right', sheet=vlowsheet[x])
xlswbk.align((nextrow,col+1),'left', sheet=vlowsheet[x])
nextrow+=1
#---------------------------------------------------------------------------
#-------- WRITE N-0 LOW VOLTAGE HEADINGS -----------------------------------
#---------------------------------------------------------------------------
nextrow+=3
#Title4
title4= 'N-0 Voltage Results'
xlswbk.set_cell((nextrow,1),title4, fontStyle="Bold",fontSize=10, fontColor="blue", sheet=vlowsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vlowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Title5
BaseVLow1='{0:>5.3f}'.format(BaseVLow)
title5= '< '+ BaseVLow1 +' pu'
xlswbk.set_cell((nextrow,1),title5,fontStyle="Bold", numberFormat='0.000', fontSize=10, fontColor="black", sheet=vlowsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vlowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Blank Row
xlswbk.height((nextrow,1), height=7, sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Column Headings
N0row=nextrow
colheads = ['BUS', ' ', 'Case0', 'Case1', 'Case2','Case3','Case4','Case5','Case6','Case7']
xlswbk.set_range(nextrow,1,colheads,fontStyle="Bold",fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,1,nextrow,10),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1,nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin', borderColor='black', sheet=vlowsheet[x])
#-----------------------------------------------------------------------
#------- WRITE N-0 LOW VOLTAGE FIELD -----------------------------------
#-----------------------------------------------------------------------
nextrow+=1
V0firstrow=nextrow
V0lastrow=nextrow
for r in range(len(baselowviolist)): #Write the N-0 Violations Field
rowval = baselowviolist[r]
xlswbk.set_range(nextrow,col,[rowval[0]],fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.set_range(nextrow,col+1,['--'],fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.set_range(nextrow,col+2,[rowval[1:]],fontSize=8, fontColor="black", sheet=vlowsheet[x])
V0lastrow=nextrow
nextrow+=1
xlswbk.align((V0firstrow,1,V0lastrow,1),'right', sheet=vlowsheet[x]) #Right Justify Bus Names
xlswbk.align((V0firstrow,2,V0lastrow,10),'h_center', sheet=vlowsheet[x]) #Center the Field
xlswbk.font((V0firstrow,2,V0lastrow,10),numberFormat='0.000', sheet=vlowsheet[x]) #Format the Voltage Field to 3 Decimal Places
if baselowviolist==[]:
xlswbk.set_range(nextrow,col,['NONE'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,col),'h_center', sheet=vlowsheet[x])
nextrow+=1
xlswbk.autofit_columns((1,1), sheet=vlowsheet[x]) #AutoFit Column1
xlswbk.width((1,11),3,sheet=flowsheet[x]) #Set Width of Column11
#=======================================================================
#-------- BRANCH FLOWS -------- BRANCH FLOWS -------- BRANCH FLOWS -----
#=======================================================================
xlswbk.worksheet_add_after(newSheet=flowsheet[x], oldSheet=vlowsheet[x], overwritesheet=True)
print 'WRITING {0:} BRANCH FLOW RESULTS TO EXCEL ................{1:}'.format(worsttext[x],filler[x])
#-----------------------------------------------------------------------
#-------- WRITE CONTINGENCY FLOWS HEADINGS -----------------------------
#-----------------------------------------------------------------------
nextrow=1
#Title1
title1= 'BRANCH LOADING REPORT'
xlswbk.set_cell((nextrow,1),title1,fontStyle="Bold",fontSize=12, fontColor="orange", sheet=flowsheet[x])
xlswbk.border((nextrow,1,nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.merge((nextrow,1,nextrow,11), sheet=flowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Title2
if x==0: title2= 'Contingency Results'
if x==1: title2= 'Worst Contingency Results'
xlswbk.set_cell((nextrow,1),title2,fontStyle="Bold",fontSize=10, fontColor="blue", sheet=flowsheet[x])
xlswbk.merge((nextrow,1,nextrow,11), sheet=flowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Title3
title3=' > '+ str(IHigh) +'% '+ '(Rate {0:1})'.format(MVARatingCriteria)
xlswbk.set_cell((nextrow,1),title3,fontStyle="Bold", fontSize=10, fontColor="black", sheet=flowsheet[x])
xlswbk.merge((nextrow,1,nextrow,11), sheet=flowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Blank Row
xlswbk.height((nextrow,1), height=7, sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Column Headings
colheads = ['BRANCH', 'OUTAGE', 'RATING', 'Case0', 'Case1', 'Case2','Case3','Case4','Case5','Case6','Case7']
xlswbk.set_range(nextrow,1,colheads,fontStyle="Bold",fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,1,nextrow,11),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1,nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin', borderColor='black', sheet=flowsheet[x])
#Case Legend
xlswbk.set_range(nextrow,13,['Case Legend:'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow+1,13,19,13),'right', sheet=flowsheet[x])
xlswbk.align((nextrow+1,14,19,14),'left', sheet=flowsheet[x])
count=1
if fname[0]!='': xlswbk.set_range(nextrow+count,13,['Case0: ',fname[0]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[1]!='': xlswbk.set_range(nextrow+count,13,['Case1: ',fname[1]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[2]!='': xlswbk.set_range(nextrow+count,13,['Case2: ',fname[2]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[3]!='': xlswbk.set_range(nextrow+count,13,['Case3: ',fname[3]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[4]!='': xlswbk.set_range(nextrow+count,13,['Case4: ',fname[4]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[5]!='': xlswbk.set_range(nextrow+count,13,['Case5: ',fname[5]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[6]!='': xlswbk.set_range(nextrow+count,13,['Case6: ',fname[6]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[7]!='': xlswbk.set_range(nextrow+count,13,['Case7: ',fname[7]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
count+=1
xlswbk.set_range(nextrow+count,13,['NB : ','No Bus -or- Not Monitored'],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,13,['NC : ','No Contingency'],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,13,['NS : ','No Solution'],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,13,['* : ','Basecase Violation'],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,13,[chr(149)+' : ','Rate C > Rate B'],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,13,['~ : ','Rating Changed'],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,13,['@ : ','Duplicate Contingency Name'],fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.font((nextrow+1,13,nextrow+count,13),fontStyle="Bold", sheet=flowsheet[x])
xlswbk.autofit_columns((13,13), sheet=flowsheet[x])
xlswbk.autofit_columns((13,14), sheet=flowsheet[x])
nextrow+=1
#-----------------------------------------------------------------------
#------- WRITE CONTINGENCY FLOWS FIELD ---------------------------------
#-----------------------------------------------------------------------
col=1
i1firstrow=nextrow
i1lastrow=nextrow
for r in range(len(Iviolist[x])): #Write the Contingency Flow Violations Field
rowval = Iviolist[x][r]
xlswbk.set_range(nextrow,col,rowval,fontSize=8, fontColor="black", sheet=flowsheet[x])
i1lastrow=nextrow
nextrow+=1
xlswbk.autofit_columns((1,2), sheet=flowsheet[x]) #AutoFit Column2
xlswbk.align((i1firstrow,1,i1lastrow,1),'right', sheet=flowsheet[x]) #Right Justify Branch Names
xlswbk.align((i1firstrow,2,i1lastrow,11),'h_center', sheet=flowsheet[x]) #Center the Field
xlswbk.font((i1firstrow,3,i1lastrow,3),numberFormat='0', sheet=flowsheet[x]) #Format the Rating Field to 0 Decimal Places
xlswbk.font((i1firstrow,4,i1lastrow,11),numberFormat='0.0', sheet=flowsheet[x]) #Format the Flow Field to 1 Decimal Places
if Iviolist[x]==[]:
xlswbk.set_range(nextrow,col,['NONE'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,col),'h_center', sheet=flowsheet[x])
nextrow+=1
nextrow+=1 #Write the Flow Contingency Legend Header
xlswbk.set_range(nextrow,col,['Contingency Legend:'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,col),'right', sheet=flowsheet[x])
nextrow+=1
for r in Iconlist[x]: #Write the Flow Contingency Legend
rowval1 = [r[0],r[1][0]]
xlswbk.set_range(nextrow,col,rowval1,fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,col),'right', sheet=flowsheet[x])
xlswbk.align((nextrow,col+1),'left', sheet=flowsheet[x])
nextrow+=1
multicon=len(r[1]) #Check if Multiple Outages per Contingency
for j in range(multicon-1): #Enter This Loop if More than One Outage per Contingency
nextoutage=['-',r[1][j+1]]
xlswbk.set_range(nextrow,col,nextoutage,fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,col),'right', sheet=flowsheet[x])
xlswbk.align((nextrow,col+1),'left', sheet=flowsheet[x])
nextrow+=1
#-----------------------------------------------------------------------
#-------- WRITE N-0 FLOWS HEADINGS -------------------------------------
#-----------------------------------------------------------------------
#Title4
nextrow+=3
title4= 'N-0 Flow Results'
xlswbk.set_cell((nextrow,1),title4,fontStyle="Bold",fontSize=10, fontColor="blue", sheet=flowsheet[x])
xlswbk.merge((nextrow,1,nextrow,11), sheet=flowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Title5
title5='> '+ str(BaseIHigh) +'% (Rate A)'
xlswbk.set_cell((nextrow,1),title5,fontStyle="Bold", fontSize=10, fontColor="black", sheet=flowsheet[x])
xlswbk.merge((nextrow,1,nextrow,11), sheet=flowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Blank Row
xlswbk.height((nextrow,1), height=7, sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Column Headings
colheads = ['BRANCH', ' ', 'RATING', 'Case0', 'Case1', 'Case2','Case3','Case4','Case5','Case6','Case7']
xlswbk.set_range(nextrow,1,colheads,fontStyle="Bold",fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,1,nextrow,11),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1,nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin', borderColor='black', sheet=flowsheet[x])
#-----------------------------------------------------------------------
#------- WRITE N-0 FLOWS FIELD -----------------------------------------
#-----------------------------------------------------------------------
nextrow+=1
row=nextrow
i0firstrow=nextrow
i0lastrow=nextrow
for r in range(len(baseiviolist)): #Write N-0 Flow Violations Field
rowval = baseiviolist[r]
xlswbk.set_range(nextrow,col,[rowval[0]],fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.set_range(nextrow,col+1,['--'],fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.set_range(nextrow,col+2,[rowval[1:]],fontSize=8, fontColor="black", sheet=flowsheet[x])
i0lastrow=nextrow
nextrow+=1
xlswbk.align((i0firstrow,1,i0lastrow,1),'right', sheet=flowsheet[x]) #Right Justify Branch Names
xlswbk.align((i0firstrow,2,i0lastrow,11),'h_center', sheet=flowsheet[x]) #Center the Field
xlswbk.font((i0firstrow,3,i0lastrow,3),numberFormat='0', sheet=flowsheet[x]) #Format the Rating Field to 0 Decimal Places
xlswbk.font((i0firstrow,4,i0lastrow,11),numberFormat='0.0', sheet=flowsheet[x]) #Format the Flow Field to 1 Decimal Places
if baseiviolist==[]: #Check if there were No Flow Violations
xlswbk.set_range(nextrow,col,['NONE'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,col),'h_center', sheet=flowsheet[x])
nextrow+=1
xlswbk.autofit_columns((1,1), sheet=flowsheet[x]) #Autofit Column1
xlswbk.width((1,12),3,sheet=flowsheet[x]) #Set Width of Column12
#=======================================================================
#-------- HIGH VOLTAGE -------- HIGH VOLTAGE -------- HIGH VOLTAGE -----
#=======================================================================
if GetHighV==True:
xlswbk.worksheet_add_after(newSheet=vhighsheet[x], oldSheet=vlowsheet[x], overwritesheet=True)
#-------------------------------------------------------------------
#-------- WRITE CONTINGENCY HIGH VOLTAGE HEADINGS ------------------
#-------------------------------------------------------------------
print 'WRITING {0:} HIGH BUS VOLTAGE RESULTS TO EXCEL ...........{1:}'.format(worsttext[x],filler[x])
nextrow=1
#Title1
title1= 'HIGH BUS VOLTAGE REPORT'
xlswbk.set_cell((nextrow,1),title1,fontStyle="Bold",fontSize=12, fontColor="orange", sheet=vhighsheet[x])
xlswbk.border((nextrow,1,nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vhighsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Title2
if x==0: title2= 'Contingency Results'
if x==1: title2= 'Worst Contingency Results'
xlswbk.set_cell((nextrow,1),title2,fontStyle="Bold",fontSize=10, fontColor="blue", sheet=vhighsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vhighsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Title3
VHigh1='{0:>5.3f}'.format(VHigh)
title3='> '+ VHigh1 +' pu'
xlswbk.set_cell((nextrow,1),title3,fontStyle="Bold",numberFormat='0.000', fontSize=10, fontColor="black", sheet=vhighsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vhighsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Blank Row
xlswbk.height((nextrow,1), height=7, sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Column Headings
colheads = ['BUS', 'OUTAGE', 'Case0', 'Case1', 'Case2','Case3','Case4','Case5','Case6','Case7']
xlswbk.set_range(nextrow,1,colheads,fontStyle="Bold",fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,1,nextrow,10),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1,nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin', borderColor='black', sheet=vhighsheet[x])
#Case Legend
xlswbk.set_range(nextrow,12,['Case Legend:'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow+1,12,18,12),'right', sheet=vhighsheet[x])
xlswbk.align((nextrow+1,13,18,13),'left', sheet=vhighsheet[x])
count=1
if fname[0]!='': xlswbk.set_range(nextrow+count,12,['Case0: ',fname[0]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[1]!='': xlswbk.set_range(nextrow+count,12,['Case1: ',fname[1]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[2]!='': xlswbk.set_range(nextrow+count,12,['Case2: ',fname[2]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[3]!='': xlswbk.set_range(nextrow+count,12,['Case3: ',fname[3]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[4]!='': xlswbk.set_range(nextrow+count,12,['Case4: ',fname[4]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[5]!='': xlswbk.set_range(nextrow+count,12,['Case5: ',fname[5]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[6]!='': xlswbk.set_range(nextrow+count,12,['Case6: ',fname[6]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[7]!='': xlswbk.set_range(nextrow+count,12,['Case7: ',fname[7]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
count+=1
xlswbk.set_range(nextrow+count,12,['NB : ','No Bus -or- Not Monitored'],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['NC : ','No Contingency'],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['NS : ','No Solution'],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['* : ','Bus Had Basecase Violation'],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['@ : ','Duplicate Contingency Name'],fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.font((nextrow+1,12,nextrow+count,12),fontStyle="Bold", sheet=vhighsheet[x])
xlswbk.autofit_columns((12,12), sheet=vhighsheet[x])
xlswbk.autofit_columns((13,13), sheet=vhighsheet[x])
nextrow+=1
#-------------------------------------------------------------------
#------- WRITE CONTINGENCY HIGH VOLTAGE FIELD ----------------------
#-------------------------------------------------------------------
col=1
V2firstrow=nextrow
V2lastrow=nextrow
for r in range(len(Vhighviolist[x])): #Write Contingency High Violations Field
rowval = Vhighviolist[x][r]
xlswbk.set_range(nextrow,col,rowval,fontSize=8, fontColor="black", sheet=vhighsheet[x])
V2lastrow=nextrow
nextrow+=1
xlswbk.autofit_columns((1,2), sheet=vhighsheet[x]) #Autofit Column2
xlswbk.align((V2firstrow,1,V2lastrow,1),'right', sheet=vhighsheet[x]) #Right Justify Bus Names
xlswbk.align((V2firstrow,2,V2lastrow,10),'h_center', sheet=vhighsheet[x]) #Center the Field
xlswbk.font((V2firstrow,3,V2lastrow,10),numberFormat='0.000', sheet=vhighsheet[x])#Format the High Voltage Field to 3 Decimal Places
if Vhighviolist[x]==[]: #Check if there were No High Voltage Violations
xlswbk.set_range(nextrow,col,['NONE'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,col),'h_center', sheet=vhighsheet[x])
nextrow+=1
nextrow+=1 #Write the High Voltage Coningency Legend Header
xlswbk.set_range(nextrow,col,['Contingency Legend:'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,col),'right', sheet=vhighsheet[x])
nextrow+=1
for r in Vhighconlist[x]: #Write the High Voltage Coningency Legend
rowval1 = [r[0],r[1][0]]
xlswbk.set_range(nextrow,col,rowval1,fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,col),'right', sheet=vhighsheet[x])
xlswbk.align((nextrow,col+1),'left', sheet=vhighsheet[x])
nextrow+=1
multicon=len(r[1]) #Check if Multiple Outages per Contingency
for j in range(multicon-1): #Enter This Loop if More than One Outage per Contingency
nextoutage=['-',r[1][j+1]]
xlswbk.set_range(nextrow,col,nextoutage,fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,col),'right', sheet=vhighsheet[x])
xlswbk.align((nextrow,col+1),'left', sheet=vhighsheet[x])
nextrow+=1
#-------------------------------------------------------------------
#-------- WRITE N-0 HIGH VOLTAGE HEADINGS --------------------------
#-------------------------------------------------------------------
nextrow+=3
#Title4
title4= 'N-0 High Voltage Results'
xlswbk.set_cell((nextrow,1),title4, fontStyle="Bold",fontSize=10, fontColor="blue", sheet=vhighsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vhighsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Title5
BaseVHigh1='{0:>5.3f}'.format(BaseVHigh)
title5= '> '+ BaseVHigh1 +' pu'
xlswbk.set_cell((nextrow,1),title5,fontStyle="Bold", numberFormat='0.000', fontSize=10, fontColor="black", sheet=vhighsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vhighsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Blank Row
xlswbk.height((nextrow,1), height=7, sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Column Headings
colheads = ['BUS', ' ', 'Case0', 'Case1', 'Case2','Case3','Case4','Case5','Case6','Case7']
xlswbk.set_range(nextrow,1,colheads,fontStyle="Bold",fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,1,nextrow,10),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1,nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin', borderColor='black', sheet=vhighsheet[x])
#-------------------------------------------------------------------
#------- WRITE N-0 HIGH VOLTAGE FIELD ------------------------------
#-------------------------------------------------------------------
nextrow+=1
V3firstrow=nextrow
V3lastrow=nextrow
for r in range(len(basehighviolist)): #Write the N-0 High Voltage Violations Field
rowval = basehighviolist[r]
xlswbk.set_range(nextrow,col,[rowval[0]],fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.set_range(nextrow,col+1,['--'],fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.set_range(nextrow,col+2,[rowval[1:]],fontSize=8, fontColor="black", sheet=vhighsheet[x])
V3lastrow=nextrow
nextrow+=1
xlswbk.align((V3firstrow,1,V3lastrow,1),'right', sheet=vhighsheet[x]) #Right Justify Bus Names
xlswbk.align((V3firstrow,2,V3lastrow,10),'h_center', sheet=vhighsheet[x]) #Center the Field
xlswbk.font((V3firstrow,3,V3lastrow,10),numberFormat='0.000', sheet=vhighsheet[x]) #Format the High Voltage Field to 3 Decimal Places
if basehighviolist==[]: #Check if there were no High Voltage Violation
xlswbk.set_range(nextrow,col,['NONE'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,col),'h_center', sheet=vhighsheet[x])
nextrow+=1
xlswbk.autofit_columns((1,1), sheet=vhighsheet[x]) #Autofit Column1
xlswbk.width((1,11),3,sheet=vhighsheet[x]) #Set Width of Column11
#xlswbk.show()
xlswbk.save()
xlswbk.close()
#***********************************************************************
#------------ Python Win32 Extension for Cell Colors -------------------
#***********************************************************************
print 'HIGHLIGHTING CELLS IN {0:} RESULTS .......................{1:}'.format(worsttext[x],filler[x])
xlApp=win32com.client.gencache.EnsureDispatch('Excel.Application')
xlApp.Workbooks.Open(xlsfile)
xlBook=xlApp.ActiveWorkbook
#CONTINGENCY LOW VOLTAGE -----------------------------------------------
for i in range(V1firstrow,V1lastrow+1):
for j in range(3,11):
value=xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Value
if value > 0.000:
if value < VLowCriteria+0.010:
xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Interior.ColorIndex = 36
if value < VLowCriteria:
xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Interior.ColorIndex = 45
if value <= ExtremeVLow:
xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Interior.ColorIndex = 3
#N-0 LOW VOLTAGE -------------------------------------------------------
for i in range(V0firstrow,V0lastrow+1):
for j in range(3,11):
value=xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Value
if value > 0.000:
if value < BaseVLowCriteria+0.010:
xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Interior.ColorIndex = 36
if value < BaseVLowCriteria:
xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Interior.ColorIndex = 45
if value <= ExtremeBaseVLow:
xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Interior.ColorIndex = 3
#CONTINGENCY FLOWS -----------------------------------------------------
for i in range(i1firstrow,i1lastrow+1):
for j in range(4,12):
value=xlApp.Worksheets(flowsheet[x]).Cells(i,j).Value
if type(value)==float:
if value >= IHighCriteria-5.0:
xlApp.Worksheets(flowsheet[x]).Cells(i,j).Interior.ColorIndex = 36
if value >= IHighCriteria:
xlApp.Worksheets(flowsheet[x]).Cells(i,j).Interior.ColorIndex = 45
if value >= ExtremeIHigh:
xlApp.Worksheets(flowsheet[x]).Cells(i,j).Interior.ColorIndex = 3
#N-0 FLOWS -------------------------------------------------------------
for i in range(i0firstrow,i0lastrow+1):
for j in range(4,12):
value=xlApp.Worksheets(flowsheet[x]).Cells(i,j).Value
if type(value)==float:
if value >= IHighCriteria-5.0:
xlApp.Worksheets(flowsheet[x]).Cells(i,j).Interior.ColorIndex = 36
if value >= IHighCriteria:
xlApp.Worksheets(flowsheet[x]).Cells(i,j).Interior.ColorIndex = 45
if value >= ExtremeIHigh:
xlApp.Worksheets(flowsheet[x]).Cells(i,j).Interior.ColorIndex = 3
#CONTINGENCY HIGH VOLTAGE ----------------------------------------------
if GetHighV==True:
for i in range(V2firstrow,V2lastrow+1):
for j in range(3,11):
value=xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Value
if type(value)==float:
if value > VHighCriteria-0.010:
xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Interior.ColorIndex = 36
if value > VHighCriteria:
xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Interior.ColorIndex = 45
if value >= ExtremeVHigh:
xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Interior.ColorIndex = 3
#N-0 HIGH VOLTAGE --------------------------------------------------
for i in range(V3firstrow,V3lastrow+1):
for j in range(3,11):
value=xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Value
if type(value)==float:
if value > BaseVHighCriteria-0.010:
xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Interior.ColorIndex = 36
if value > BaseVHighCriteria:
xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Interior.ColorIndex = 45
if value >= ExtremeBaseVHigh:
xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Interior.ColorIndex = 3
xlBook.Save()
xlBook.Close()
xlApp.Application.Quit()
print 'DONE .... OPENING EXCEL REPORT ............................'
if GetWorst==0: sheetselection=vlowsheet[0]
if GetWorst==1: sheetselection=vlowsheet[1]
if GetWorst==2: sheetselection=vlowsheet[0]
xlApp=win32com.client.gencache.EnsureDispatch('Excel.Application')
xlApp.Workbooks.Open(xlsfile)
xlBook=xlApp.ActiveWorkbook
xlApp.Worksheets(sheetselection).Select()
xlApp.Visible=True
xlBook.Save()
#================================ DONE =====================================
if modext=='.pyc':
import time
starttime=time.time()
timeleft=sleeptime
while timeleft>=0:
elapsedtime=time.time()-starttime
timeleft=round(sleeptime-elapsedtime,0)
time.sleep(0.04)
print 'EXITING IN ................................................ {0:2.0f} SECONDS\r'.format(timeleft),
| | 7 | No.7 Revision |
Help Refining Multiple ACCC Excel Report
I have created a python module for comparing multiple (up to eight) acc files and reporting results to Excel. Lots of time invested so far and it seems to function well.... However when comparing multiple files with large contingency lists (not to mention N-2 lists), this thing takes forever to create the final Excel report. I must admit that I am a "Brute Force" type of programmer. I would welcome anyone out there to take a look at my code and suggest any ways to improve processing time. Thanks, Use the code below any way you like.
Thanks JervisW for your reply, This module uses excel.py (for output). Then uses win32.com for Highlighting Cell Colors. The excel output only happens at very last of module. No real complaints with speed regarding Excel Output. Processing the Outages from multiple ACCC file(s) seems to be the culprit. Perhaps looping more efficiently is the real question here.
#Created by knucklehead on 07-20-2013
#Developed with Python 2.7.3, EXCEL 2013, and PSSE 33.4
#This Module Creates an Excel Spreadsheet Comparing Results of Up to Eight(8) PSSE ACCC Solution Files
#Prompts for Contingency Low Bus Voltage Threshold to Report
#Option to Enable High Bus Voltage Reporting (GetHighV)
#Prompts for Contingency High Bus Voltage Threshold to Report (if GetHighV enabled)
#Prompts for Contingency High Branch Flow Threshold to Report
#Will Ask for How Many ACCC Files to Compare
#Prompts to Input the ACCC Files (Choose Files in the order Desired)
#Has Options to Report All Violations, Worst Violations, or Both on EXCEL Sheets
#Writes and Saves an EXCEL Report file with the name: ACCC_Report + Date... Example: ACCC_Report(070713).xlsx
#Writes and Saves a PSSE TEXT Report (if Enabled Below) With the Name: ACCC_PSSE_Report + Date... Example: ACCC_PSSE_Report(070713).xlsx
#Use it Any Way You Like ... DNL
#Default Options ---------------------------------------------------------------
BaseVLowCriteria = 0.950 #N-0 pu Low Voltage Criteria (ERCOT uses 0.950)
BaseVHighCriteria = 1.050 #N-0 pu Low Voltage Criteria (ERCOT uses 1.050)
VLowCriteria = 0.900 #Contingency pu Low Voltage Criteria (ERCOT uses 0.900)
VHighCriteria = 1.050 #Contingency pu High Voltage Criteria (ERCOT uses 1.050)
IHighCriteria = 100.0 #Contingency Percent High Flow Criteria (All RTOs use 100.0)
MVARatingCriteria = 'B' #Contingency Rating Criteria for Branch Flow (Enter as Text)
BaseVLow = 0.950 #Per Unit N-0 Low Voltage Violation Level to Report
BaseVHigh = 1.050 #Per Unit N-0 High Voltage Violation Level to Report
BaseIHigh = 95.0 #Percent N-0 High Flow Violation Level to Report
ExtremeBaseVLow = 0.920 #Per Unit N-0 Extreme Low Voltage Violation (for EXCEL Highlighting)
ExtremeBaseVHigh = 1.100 #Per Unit N-0 Extreme High Voltage (for EXCEL Highlighting)
ExtremeBaseIHigh = 110.0 #Percent N-0 Extreme High Flow Violation (for EXCEL Highlighting)
ExtremeVLow = 0.850 #Per Unit Contingency Extreme Low Voltage (for EXCEL Highlighting)
ExtremeVHigh = 1.150 #Per Unit Contingency Extreme High Voltage (for EXCEL Highlighting)
ExtremeIHigh = 125.0 #Percent Contingency Extreme High Flow (for EXCEL Highlighting)
DefaultGetHighV = False #Default Enable for Reporting High Voltage Violations
DefaultVHigh = '1.050' #Default Contingency Per Unit High Voltage Violation Level to Report (Enter as Text)
DefaultVLow = '0.900' #Default Contingency Per Unit Low Voltage Violation Level to Report (Enter as Text)
DefaultIHigh = '95.0' #Default Contingency Percent Flow Violation Level (Enter as Text)
DefaultGetWorst = 2 #Default Contingency Violation Reporting Option: 0=All, 1=Worst, 2=Both
TextReport = False #Option for PSSE Generated 'Multiple AC Contingency Run Report'
sleeptime=10 #Pause Time for Output Console Window
import wx
from datetime import date
#--- ACCC GUI ------------------------------------------------------------------
def create(parent):
return Frame1(parent)
[wxID_FRAME1, wxID_FRAME1BUTTON1, wxID_FRAME1BUTTON2, wxID_FRAME1CHECKBOX2,
wxID_FRAME1PANEL1, wxID_FRAME1RADIOBOX1, wxID_FRAME1RADIOBOX3,
wxID_FRAME1STATICTEXT1, wxID_FRAME1STATICTEXT11, wxID_FRAME1STATICTEXT2,
wxID_FRAME1STATICTEXT3, wxID_FRAME1STATICTEXT4, wxID_FRAME1STATICTEXT5,
wxID_FRAME1STATICTEXT6, wxID_FRAME1STATICTEXT7, wxID_FRAME1STATICTEXT8,
wxID_FRAME1STATICTEXT9, wxID_FRAME1TEXTCTRL1, wxID_FRAME1TEXTCTRL10,
wxID_FRAME1TEXTCTRL11, wxID_FRAME1TEXTCTRL2, wxID_FRAME1TEXTCTRL3,
wxID_FRAME1TEXTCTRL4, wxID_FRAME1TEXTCTRL5, wxID_FRAME1TEXTCTRL6,
wxID_FRAME1TEXTCTRL7, wxID_FRAME1TEXTCTRL8, wxID_FRAME1TEXTCTRL9,
] = [wx.NewId() for _init_ctrls in range(28)]
class Frame1(wx.Frame):
def _init_coll_boxSizer9_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl3, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText3, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer7_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl5, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText5, 0, border=4, flag=wx.BOTTOM | wx.TOP)
def _init_coll_boxSizer8_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl4, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText4, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer15_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl9, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(23, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl10, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(23, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl11, 0, border=0, flag=0)
def _init_coll_boxSizer6_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl6, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText6, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer13_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.radioBox1, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
def _init_coll_boxSizer4_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl8, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText8, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer11_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl1, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText1, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer12_Items(self, parent):
parent.AddSpacer(wx.Size(70, 8), border=0, flag=0)
parent.AddWindow(self.button1, 0, border=0, flag=0)
def _init_coll_boxSizer10_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl2, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText2, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer5_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl7, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText7, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer3_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.radioBox3, 0, border=0, flag=0)
def _init_coll_boxSizer14_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.staticText9, 0, border=3, flag=wx.BOTTOM)
parent.AddSpacer(wx.Size(23, 8), border=0, flag=0)
parent.AddWindow(self.checkBox2, 0, border=1, flag=wx.BOTTOM)
parent.AddSpacer(wx.Size(23, 8), border=0, flag=0)
parent.AddWindow(self.staticText11, 0, border=3, flag=wx.BOTTOM)
def _init_coll_boxSizer1_Items(self, parent):
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer14, 0, border=0, flag=0)
parent.AddSizer(self.boxSizer15, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer13, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer12, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer11, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer10, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer9, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer8, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer7, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer6, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer5, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer4, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer3, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer2, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
def _init_coll_boxSizer2_Items(self, parent):
parent.AddSpacer(wx.Size(70, 8), border=0, flag=0)
parent.AddWindow(self.button2, 0, border=0, flag=0)
def _init_sizers(self):
self.boxSizer1 = wx.BoxSizer(orient=wx.VERTICAL)
self.boxSizer2 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer3 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer4 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer5 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer6 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer7 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer8 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer9 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer10 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer11 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer12 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer13 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer14 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer15 = wx.BoxSizer(orient=wx.HORIZONTAL)
self._init_coll_boxSizer1_Items(self.boxSizer1)
self._init_coll_boxSizer2_Items(self.boxSizer2)
self._init_coll_boxSizer3_Items(self.boxSizer3)
self._init_coll_boxSizer4_Items(self.boxSizer4)
self._init_coll_boxSizer5_Items(self.boxSizer5)
self._init_coll_boxSizer6_Items(self.boxSizer6)
self._init_coll_boxSizer7_Items(self.boxSizer7)
self._init_coll_boxSizer8_Items(self.boxSizer8)
self._init_coll_boxSizer9_Items(self.boxSizer9)
self._init_coll_boxSizer10_Items(self.boxSizer10)
self._init_coll_boxSizer11_Items(self.boxSizer11)
self._init_coll_boxSizer12_Items(self.boxSizer12)
self._init_coll_boxSizer13_Items(self.boxSizer13)
self._init_coll_boxSizer14_Items(self.boxSizer14)
self._init_coll_boxSizer15_Items(self.boxSizer15)
self.panel1.SetSizer(self.boxSizer1)
def _init_ctrls(self, prnt):
wx.Frame.__init__(self, id=wxID_FRAME1, name='', parent=prnt,
pos=wx.Point(684, 261), size=wx.Size(321, 582),
style=wx.DEFAULT_FRAME_STYLE, title='ACCC Report Options')
self.SetClientSize(wx.Size(305, 544))
self.SetToolTipString('')
wx.Frame.Center(self,wx.BOTH)
self.panel1 = wx.Panel(id=wxID_FRAME1PANEL1, name='panel1', parent=self,
pos=wx.Point(0, 0), size=wx.Size(305, 544),
style=wx.TAB_TRAVERSAL)
self.panel1.SetToolTipString('')
self.radioBox1 = wx.RadioBox(choices=['1', '2', '3', '4', '5', '6', '7',
'8'], id=wxID_FRAME1RADIOBOX1, label='Number of ACC Files',
majorDimension=1, name='radioBox1', parent=self.panel1,
pos=wx.Point(24, 69), size=wx.Size(256, 48),
style=wx.RAISED_BORDER | wx.RA_SPECIFY_ROWS)
self.radioBox1.SetToolTipString('')
self.radioBox1.SetThemeEnabled(False)
self.radioBox1.SetSelection(0)
self.radioBox1.Bind(wx.EVT_RADIOBOX, self.OnRadioBox1Radiobox,
id=wxID_FRAME1RADIOBOX1)
self.button1 = wx.Button(id=wxID_FRAME1BUTTON1, label='Get File(s)',
name='button1', parent=self.panel1, pos=wx.Point(70, 125),
size=wx.Size(76, 23), style=0)
self.button1.SetToolTipString('')
self.button1.SetFocus()
self.button1.Bind(wx.EVT_BUTTON, self.OnButton1Button,
id=wxID_FRAME1BUTTON1)
self.textCtrl1 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL1, name='textCtrl1',
parent=self.panel1, pos=wx.Point(24, 156), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl1.Enable(True)
self.textCtrl1.SetToolTipString('')
self.textCtrl1.SetEditable(False)
self.textCtrl1.Enable(True)
self.textCtrl2 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL2, name='textCtrl2',
parent=self.panel1, pos=wx.Point(24, 185), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl2.SetEditable(False)
self.textCtrl2.SetToolTipString('')
self.textCtrl2.Enable(False)
self.textCtrl3 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL3, name='textCtrl3',
parent=self.panel1, pos=wx.Point(24, 214), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl3.Enable(True)
self.textCtrl3.SetToolTipString('')
self.textCtrl3.SetEditable(False)
self.textCtrl3.Enable(False)
self.textCtrl4 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL4, name='textCtrl4',
parent=self.panel1, pos=wx.Point(24, 243), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl4.Enable(True)
self.textCtrl4.SetToolTipString('')
self.textCtrl4.SetEditable(False)
self.textCtrl4.Enable(False)
self.textCtrl5 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL5, name='textCtrl5',
parent=self.panel1, pos=wx.Point(24, 272), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl5.Enable(True)
self.textCtrl5.SetToolTipString('')
self.textCtrl5.SetEditable(False)
self.textCtrl5.Enable(False)
self.textCtrl6 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL6, name='textCtrl6',
parent=self.panel1, pos=wx.Point(24, 301), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl6.Enable(True)
self.textCtrl6.SetToolTipString('')
self.textCtrl6.SetEditable(False)
self.textCtrl6.Enable(False)
self.textCtrl7 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL7, name='textCtrl7',
parent=self.panel1, pos=wx.Point(24, 330), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl7.Enable(True)
self.textCtrl7.SetToolTipString('')
self.textCtrl7.SetEditable(False)
self.textCtrl7.Enable(False)
self.textCtrl8 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL8, name='textCtrl8',
parent=self.panel1, pos=wx.Point(24, 359), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl8.Enable(True)
self.textCtrl8.SetToolTipString('')
self.textCtrl8.SetEditable(False)
self.textCtrl8.Enable(False)
self.button2 = wx.Button(id=wxID_FRAME1BUTTON2, label='Run Report',
name='button2', parent=self.panel1, pos=wx.Point(70, 504),
size=wx.Size(76, 23), style=0)
self.button2.SetToolTipString('')
self.button2.Bind(wx.EVT_BUTTON, self.OnButton2Button,
id=wxID_FRAME1BUTTON2)
self.staticText1 = wx.StaticText(id=wxID_FRAME1STATICTEXT1,
label='<--- ACC File 1', name='staticText1', parent=self.panel1,
pos=wx.Point(200, 160), size=wx.Size(80, 13), style=0)
self.staticText1.SetToolTipString('')
self.staticText2 = wx.StaticText(id=wxID_FRAME1STATICTEXT2,
label='<--- ACC File 2', name='staticText2', parent=self.panel1,
pos=wx.Point(200, 189), size=wx.Size(80, 13), style=0)
self.staticText2.SetToolTipString('')
self.staticText3 = wx.StaticText(id=wxID_FRAME1STATICTEXT3,
label='<--- ACC File 3', name='staticText3', parent=self.panel1,
pos=wx.Point(200, 218), size=wx.Size(80, 13), style=0)
self.staticText3.SetToolTipString('')
self.staticText4 = wx.StaticText(id=wxID_FRAME1STATICTEXT4,
label='<--- ACC File 4', name='staticText4', parent=self.panel1,
pos=wx.Point(200, 247), size=wx.Size(80, 13), style=0)
self.staticText4.SetToolTipString('')
self.staticText5 = wx.StaticText(id=wxID_FRAME1STATICTEXT5,
label='<--- ACC File 5', name='staticText5', parent=self.panel1,
pos=wx.Point(200, 276), size=wx.Size(80, 13), style=0)
self.staticText5.SetToolTipString('')
self.staticText6 = wx.StaticText(id=wxID_FRAME1STATICTEXT6,
label='<--- ACC File 6', name='staticText6', parent=self.panel1,
pos=wx.Point(200, 305), size=wx.Size(80, 13), style=0)
self.staticText6.SetToolTipString('')
self.staticText7 = wx.StaticText(id=wxID_FRAME1STATICTEXT7,
label='<--- ACC File 7', name='staticText7', parent=self.panel1,
pos=wx.Point(200, 334), size=wx.Size(80, 13), style=0)
self.staticText7.SetToolTipString('')
self.staticText8 = wx.StaticText(id=wxID_FRAME1STATICTEXT8,
label='<--- ACC File 8', name='staticText8', parent=self.panel1,
pos=wx.Point(200, 363), size=wx.Size(80, 13), style=0)
self.staticText8.SetToolTipString('')
self.staticText9 = wx.StaticText(id=wxID_FRAME1STATICTEXT9,
label='VLow (pu)', name='staticText9', parent=self.panel1,
pos=wx.Point(24, 16), size=wx.Size(70, 13),
style=wx.ALIGN_CENTRE)
self.staticText9.SetToolTipString('')
self.staticText11 = wx.StaticText(id=wxID_FRAME1STATICTEXT11,
label='Loading (%)', name='staticText11', parent=self.panel1,
pos=wx.Point(210, 16), size=wx.Size(70, 13),
style=wx.ALIGN_CENTRE)
self.staticText11.SetToolTipString('')
self.textCtrl9 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL9, name='textCtrl9',
parent=self.panel1, pos=wx.Point(24, 32), size=wx.Size(70, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value=DefaultVLow)
self.textCtrl9.SetToolTipString('')
self.textCtrl9.Bind(wx.EVT_TEXT, self.OnTextCtrl9Text,
id=wxID_FRAME1TEXTCTRL9)
self.textCtrl10 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL10,
name='textCtrl10', parent=self.panel1, pos=wx.Point(117, 32),
size=wx.Size(70, 21), style=wx.SUNKEN_BORDER | wx.TE_CENTER,
value=DefaultVHigh)
self.textCtrl10.SetToolTipString('')
self.textCtrl10.Enable(False)
self.textCtrl10.Bind(wx.EVT_TEXT, self.OnTextCtrl10Text,
id=wxID_FRAME1TEXTCTRL10)
self.textCtrl11 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL11,
name='textCtrl11', parent=self.panel1, pos=wx.Point(210, 32),
size=wx.Size(70, 21), style=wx.SUNKEN_BORDER | wx.TE_CENTER,
value=DefaultIHigh)
self.textCtrl11.SetToolTipString('')
self.textCtrl11.Bind(wx.EVT_TEXT, self.OnTextCtrl11Text,
id=wxID_FRAME1TEXTCTRL11)
self.checkBox2 = wx.CheckBox(id=wxID_FRAME1CHECKBOX2,
label='VHigh (pu)', name='checkBox2', parent=self.panel1,
pos=wx.Point(117, 16), size=wx.Size(70, 13), style=0)
self.checkBox2.SetValue(DefaultGetHighV)
self.checkBox2.SetToolTipString('')
self.checkBox2.Bind(wx.EVT_CHECKBOX, self.OnCheckBox2Checkbox,
id=wxID_FRAME1CHECKBOX2)
self.radioBox3 = wx.RadioBox(choices=['<--- Report All Violations',
'<--- Report Worst Violations', '<--- Report Both'],
id=wxID_FRAME1RADIOBOX3,
label='CONTINGENCY VIOLATION REPORTING OPTIONS:',
majorDimension=1, name='radioBox3', parent=self.panel1,
pos=wx.Point(24, 404), size=wx.Size(256, 84),
style=wx.RAISED_BORDER | wx.RA_SPECIFY_COLS)
self.radioBox3.SetSelection(DefaultGetWorst)
self.radioBox3.SetToolTipString('')
self.radioBox3.Bind(wx.EVT_RADIOBOX, self.OnRadioBox3Radiobox,
id=wxID_FRAME1RADIOBOX3)
self._init_sizers()
def __init__(self, parent):
self._init_ctrls(parent)
#-- GUI EVENTS -------------------------------------------------------------
#-- High Voltage Enable ----------------------------------------------------
def OnCheckBox2Checkbox(self, event):
gethighv = bool(self.checkBox2.GetValue())
self.textCtrl10.Enable(gethighv)
self.GetHighV = gethighv
#-- High Voltage Selection -------------------------------------------------
def OnTextCtrl10Text(self, event):
self.VHigh = float(self.textCtrl10.GetValue())
#-- Low Voltge Selection ---------------------------------------------------
def OnTextCtrl9Text(self, event):
self.VLow=float(self.textCtrl9.GetValue())
#-- High Loading Selection -------------------------------------------------
def OnTextCtrl11Text(self, event):
self.IHigh = float(self.textCtrl11.GetValue())
#-- Number of ACC Files Selection ------------------------------------------
def OnRadioBox1Radiobox(self, event):
displaydict={0:self.textCtrl1,1:self.textCtrl2,2:self.textCtrl3,3:self.textCtrl4,
4:self.textCtrl5,5:self.textCtrl6,6:self.textCtrl7,7:self.textCtrl8}
for i in displaydict: displaydict[i].SetValue('None')
self.numaccfiles = self.radioBox1.GetSelection()+1
for j in range(self.numaccfiles):
displaydict[j].Enable(1)
for k in range(j+1,8):
displaydict[k].Enable(0)
#-- Get ACC Files Button ---------------------------------------------------
def OnButton1Button(self, event):
displaydict={0:self.textCtrl1,1:self.textCtrl2,2:self.textCtrl3,3:self.textCtrl4,
4:self.textCtrl5,5:self.textCtrl6,6:self.textCtrl7,7:self.textCtrl8}
self.accfilelist=['','','','','','','','']
wildcard = "ACCC File (*.acc)|*.acc|"\
"All files (*.*)|*.*"
for i in range(self.numaccfiles):
title='Select ACCC File {0:1}'.format(i)
dialog = wx.FileDialog(None, title, os.getcwd(), "", wildcard, wx.OPEN|wx.CHANGE_DIR)
dialog.Center(wx.BOTH)
dialog.ShowModal()
fname=dialog.GetPath().encode("ascii")
path,fname=os.path.split(fname)
self.accfilelist[i]=fname
displaydict[i].SetValue(fname)
dialog.Destroy()
#-- Contingency Violation Options ------------------------------------------
def OnRadioBox3Radiobox(self, event):
self.GetWorst = self.radioBox3.GetSelection()
#-- Done Button.. Generate Report ------------------------------------------
def OnButton2Button(self, event):
app.ExitMainLoop()
#=== NON GUI FUNCTIONS =========================================================
def GetReportNames(path):
stamp='{:%m%d%y}'.format(date.today())
rptfile1=path +'\\ACCC_PSSE_Report_('+stamp+').txt'
rptfile2=path +'\\ACCC_PSSE_Report_(Worst)_('+stamp+').txt'
xlsfile=path +'\\ACCC_Report_('+stamp+').xlsx'
return rptfile1,rptfile2,xlsfile
#-------------------------------------------------------------------------------
def GetN0results(numaccfiles,accfilelist):
N0results=[[],[],[],[],[],[],[],[]]
for i in range(numaccfiles):
data = pssarrays.accc_solution(accfilelist[i], colabel='BASE CASE')
N0results[i]=data
return N0results
#-------------------------------------------------------------------------------
def GetUniqueBusList(numaccfiles,accfilelist):
accsummary=[[],[],[],[],[],[],[],[]]
buslist=()
for i in range(numaccfiles):
data = pssarrays.accc_summary(accfilelist[i])
accsummary[i]= data
buslist=buslist+data.mvbuslabel
ubuslist=list(set(buslist))
ubuslist.sort()
return ubuslist,accsummary
#-------------------------------------------------------------------------------
def GetUniqueBranchList(numaccfiles,accsummary):
branchlist=()
for i in range(numaccfiles):
data = accsummary[i]
branchlist=branchlist+data.melement
ubranchlist=list(set(branchlist))
ubranchlist.sort()
return ubranchlist
#-------------------------------------------------------------------------------
def BuildMasterConlist(numaccfiles,accfilelist,accsummary):
conlist=[]
masterconlist=[]
desc=[[],[],[],[],[],[],[],[]]
for j in range(numaccfiles):
for outage in accsummary[j].colabel[1:]:
data = pssarrays.accc_solution(accfilelist[j], colabel=outage)
description=(outage,data.codesc)
desc[j].append(description)
masterconlist.append(description)
umasterconlist=list(set(masterconlist))
umasterconlist.sort()
return desc,umasterconlist
#-------------------------------------------------------------------------------
def BuildDuplicateConList(masterconlist):
pmasterconlist=[]
for u in range(len(masterconlist)):
temp=[masterconlist[u][0],masterconlist[u][1]]
pmasterconlist.append(temp)
for x in range(len(pmasterconlist)-1):
for y in range(len(pmasterconlist)-1):
if pmasterconlist[y][0]== pmasterconlist[y+1][0]:
pmasterconlist[y][0]='@'+pmasterconlist[y+1][0]
return pmasterconlist
#-------------------------------------------------------------------------------
def GetN1results(numaccfiles,accfilelist,outage,desc):
conexist=[[],[],[],[],[],[],[],[]]
converged=[[],[],[],[],[],[],[],[]]
con=[[],[],[],[],[],[],[],[]]
N1results=[[],[],[],[],[],[],[],[]]
for i in range(numaccfiles):
conexist[i]=False
converged[i]='NA'
for j in desc[i]:
if outage[1]==j[1]:
con[i]=j
conexist[i]=True
for k in range(numaccfiles):
if conexist[k]==True:
data=pssarrays.accc_solution(accfilelist[k], colabel=con[k][0])
N1results[k]=data
converged[k]=data.cnvflag
return N1results,conexist,converged
#-------------------------------------------------------------------------------
def GetWorstVLow(vlowviolist,vlowconlist):
vlowviolist.sort(key=lambda x:x[0]) #Sort the Low Bus Voltage Violation List by Bus Name
delviolist=[True for y in range(len(vlowviolist))] #Initialize a Delete Flag List to True (Worst Violations will be changed to False)
buscountlist=[1 for z in range(len(vlowviolist))] #Initialize a Violation Counter list to 1 (Will be incremented if more than 1 violation)
vlowconlistdict=dict(vlowconlist) #Create a dictionary of contingency violations
minvoltage=3.33; buscount=1; minindex=0 #Initialize MinVoltage Value, Low Voltage Violation Counter, Index of Min Bus Voltage
for x in range(len(vlowviolist)-1): #Loop through the Indexes of the Bus Violation List (up to next to last)
if vlowviolist[x][0] == vlowviolist[x+1][0]: #Determine if this loop's Bus is equal to the next loop's Bus
buscount+=1 #If Equal, Increment Violation Counter
AList=vlowviolist[x][2:] #Get this loop's Bus Voltage Values
BList=vlowviolist[x+1][2:] #Get the next loop's Bus Voltage Values
for i in range(len(AList)): #Loop through the indexes of this loop's voltage values
try: AList[i]=float(AList[i]) #Convert the Bus Voltage Values to 'float' (if it is 'numerical')
except: AList[i]=3.44 #If the Bus Voltage is not numerical, assign it a very high 'non-violation' value
for j in range(len(BList)): #Loop through the indexes of the next loop's voltage values
try: BList[j]=float(BList[j]) #Convert the Bus Voltage Values to 'float' (if it is 'numerical')
except: BList[j]=3.44 #If the Bus Voltage is not numerical, assign it a very high 'non-violation' value
a=min(AList) #Get the Min of this loop's Bus Voltage
b=min(BList) #Get the Min of the next loop's Bus Voltage
if a < minvoltage: #If the Min of this loop's Bus Voltage is < this loop's minvoltage value
minvoltage=a #Set the minvoltage value to this loop's Min Bus Voltage
minindex=x #Save the index of this loop's Min Bus Voltage
if b < minvoltage: #If the Min of the next loop's Bus Voltage is < this loop's minvoltage value
minvoltage=b #Set the minvoltage value to the next loop's Min Bus Voltage
minindex=x+1 #Save the index of the next loop's Min Bus Voltage
else: #Since this loop's Bus is NOT equal to the next loop's Bus (Means we have looped through all buses with equal names)
buscountlist[minindex]=buscount #Change the element in this loop's (or next loop's) Bus Counter List to the Violation Counter
delviolist[minindex]=False #Change the element in this loop's (or next loop's) Delete Flag List to False
minvoltage=3.33 #Reset the Min Voltage Value to a large 'non-violation' value
buscount=1 #Reset the Bus Violation Counter
minindex=x+1 #Reset the Bus Min Violation index to the next loop
buscountlist[minindex]=buscount #If last two Buses are equal, assign bus counter from equal logic. If last two Buses are NOT equal, assign bus counter from NOT equal logic.
delviolist[minindex]=False #If last two Buses are equal, Change Delete Flag List from equal logic. If last two Buses are NOT equal, Change Delete Flag List from NOT equal logic.
worstviolist=[] #Create an Empty List to hold the 'Worst' Bus/Contingency/LowVoltage Data
worstcountlist=[] #Create an Empty List to hold how many Contingencies Caused Low Voltage Violations
for x in range(len(vlowviolist)): #Loop Through the 'Total' Bus Low Voltage Violation List
if delviolist[x]==False: #Check if this Bus/Contingency is NOT 'Flagged' to be Deleted (Worst Contingency)
worstviolist.append(list(vlowviolist[x])) #If Not ... Add it to the Worst Bus Low Voltage Violation List
worstcountlist.append(int(buscountlist[x])) #Get how many other Contingencies Caused Low Voltage Violations for this Bus
for y in range(len(worstviolist)): #Loop Through 'Identified' Worst Bus Low Voltage Violation List
if worstviolist[y][0].startswith('*'): #Check if the worst violation had a basecase violation
worstviolist[y][0]=worstviolist[y][0].lstrip('*') #Remove the leading character (will add it back)
worstviolist[y][0]='*('+str(worstcountlist[y])+') '+worstviolist[y][0] #Add the Number of Contingencies that Caused Low Voltage Violations to the Begining of the Bus Description
else: #If it did not have basecase violation...
worstviolist[y][0]='('+str(worstcountlist[y])+') '+worstviolist[y][0] #Add the Number of Contingencies that Caused Low Voltage Violations to the Begining of the Bus Description
worstconlist=[] #Create an Empty List to hold the Worst Contingency Names and Descriptions
for z in worstviolist: #Finally...Loop through 'Identified' Worst Bus Low Voltage Violation List Again
conlabel=z[1] #Get the Continency Name or 'Label'
condesc=vlowconlistdict[conlabel] #Get the Contingency Description using the Low Voltage Contingency List Dictionary
condata=(conlabel,condesc) #Create a temporary list for this Contingency Label and Description
worstconlist.append(condata) #Add this 'Worst' Contingency to the 'worstcon' List
return worstviolist,worstconlist #Return Worst Results (Bus/WorstOutage/VoltageData and Contingency Names/Descriptions
#-------------------------------------------------------------------------------
def GetWorstVHigh(vhighviolist,vhighconlist):
vhighviolist.sort(key=lambda x:x[0]) #Sort the High Bus Voltage Violation List by Bus Name
delviolist=[True for y in range(len(vhighviolist))] #Initialize a Delete Flag List to True (Worst Violations will be changed to False)
buscountlist=[1 for z in range(len(vhighviolist))] #Initialize a Violation Counter list to 1 (Will be incremented if more than 1 violation)
vhighconlistdict=dict(vhighconlist) #Create a dictionary of contingency violations
maxvoltage=0.20; buscount=1; maxindex=0 #Initialize MaxVoltage Value, High Voltage Violation Counter, Index of Max Bus Voltage
for x in range(len(vhighviolist)-1): #Loop through the Indexes of the Bus Violation List (up to next to last)
if vhighviolist[x][0] == vhighviolist[x+1][0]: #Determine if this loop's Bus is equal to the next loop's Bus
buscount+=1 #If Equal, Increment Violation Counter
AList=vhighviolist[x][2:] #Get this loop's Bus Voltage Values
BList=vhighviolist[x+1][2:] #Get the next loop's Bus Voltage Values
for i in range(len(AList)): #Loop through the indexes of this loop's voltage values
try: AList[i]=float(AList[i]) #Convert the Bus Voltage Values to 'float' (if it is 'numerical')
except: AList[i]=0.10 #If the Bus Voltage is not numerical, assign it a very low 'non-violation' value
for j in range(len(BList)): #Loop through the indexes of the next loop's voltage values
try: BList[j]=float(BList[j]) #Convert the Bus Voltage Values to 'float' (if it is 'numerical')
except: BList[j]=0.10 #If the Bus Voltage is not numerical, assign it a very low 'non-violation' value
a=max(AList) #Get the Max of this loop's Bus Voltage
b=max(BList) #Get the Max of the next loop's Bus Voltage
if a > maxvoltage: #If the Max of this loop's Bus Voltage is > this loop's minvoltage value
maxvoltage=a #Set the maxvoltage value to this loop's Max Bus Voltage
maxindex=x #Save the index of this loop's Max Bus Voltage
if b > maxvoltage: #If the Max of the next loop's Bus Voltage is > this loop's maxvoltage value
maxvoltage=b #Set the maxvoltage value to the next loop's Max Bus Voltage
maxindex=x+1 #Save the index of the next loop's Max Bus Voltage
else: #Since this loop's Bus is NOT equal to the next loop's Bus (Means we have looped through all buses with equal names)
buscountlist[maxindex]=buscount #Change the element in this loop's (or next loop's) Bus Counter List to the Violation Counter
delviolist[maxindex]=False #Change the element in this loop's (or next loop's) Delete Flag List to False
maxvoltage=0.20 #Reset the Max Voltage Value to a low 'non-violation' value
buscount=1 #Reset the Bus Violation Counter
maxindex=x+1 #Reset the Bus Max Violation index to the next loop
buscountlist[maxindex]=buscount #If last two Buses are equal, assign bus counter from equal logic. If last two Buses are NOT equal, assign bus counter from NOT equal logic.
delviolist[maxindex]=False #If last two Buses are equal, Change Delete Flag List from equal logic. If last two Buses are NOT equal, Change Delete Flag List from NOT equal logic.
worstviolist=[] #Create an Empty List to hold the 'Worst' Bus/Contingency/High Voltage Data
worstcountlist=[] #Create an Empty List to hold how many Contingencies Caused High Voltge Violations
for x in range(len(vhighviolist)): #Loop Through the 'Total' Bus Violation List
if delviolist[x]==False: #Check if this Bus/Contingency is NOT 'Flagged' to be Deleted (Worst Contingency)
worstviolist.append(list(vhighviolist[x])) #If Not ... Add it to the Worst Bus High Voltage Violation List
worstcountlist.append(int(buscountlist[x])) #Get how many other Contingencies Caused High Violations for this Bus
for y in range(len(worstviolist)): #Loop Through 'Identified' Worst Bus High Voltage Violation List
if worstviolist[y][0].startswith('*'): #Check if the worst violation had a basecase violation
worstviolist[y][0]=worstviolist[y][0].lstrip('*') #Remove the leading character (will add it back)
worstviolist[y][0]='*('+str(worstcountlist[y])+') '+worstviolist[y][0] #Add the Number of Contingencies that Caused Low Voltage Violations to the Begining of the Bus Description
else: #If it did not have basecase violation...
worstviolist[y][0]='('+str(worstcountlist[y])+') '+worstviolist[y][0] #Add the Number of Contingencies that Caused Low Voltage Violations to the Begining of the Bus Description
worstconlist=[] #Create an Empty List to hold the Worst Contingency Names and Descriptions
for z in worstviolist: #Finally...Loop through 'Identified' Worst Bus High Voltage List Again
conlabel=z[1] #Get the Continency Name or 'Label'
condesc=vhighconlistdict[conlabel] #Get the Contingency Description using the Voltage Contingency List Dictionary
condata=(conlabel,condesc) #Create a temporary list for this Contingency Label and Description
worstconlist.append(condata) #Add this 'Worst' Contingency to the 'worstcon' List
return worstviolist,worstconlist #Return Worst Results (Bus/WorstOutage/HighVoltageData and Contingency Names/Descriptions
#-------------------------------------------------------------------------------
def GetWorstI(iviolist,iconlist):
iviolist.sort(key=lambda x:x[0]) #Sort the Branch Violation List by Branch Name
deliviolist=[True for y in range(len(iviolist))] #Initialize a Delete Flag List to True (Worst Violations will be changed to False)
branchcountlist=[1 for z in range(len(iviolist))] #Initialize a Violation Counter list to 1 (Will be incremented if more than 1 violation)
iconlistdict=dict(iconlist) #Create a dictionary of contingency violations
maxloading=0.15; branchcount=1; maxindex=0 #Initialize MaxLoading Value, Branch Violation Counter, Index of Max Branch flow
for x in range(len(iviolist)-1): #Loop through the Indexes of the Branch Violation List (up to next to last)
if iviolist[x][0]==iviolist[x+1][0]: #Determine if this loop's Branch is equal to the next loop's Branch
branchcount+=1 #If Equal, Increment Violation Counter
AList=iviolist[x][3:] #Get this loop's Branch Flow Values
BList=iviolist[x+1][3:] #Get the next loop's Branch Flow Values
for i in range(len(AList)): #Loop through the indexes of this loop's flow values
try: AList[i]=float(AList[i]) #Convert the Branch Flow Values to 'float' (if it is 'numerical')
except: AList[i]=0.10 #If the Branch flow is not numerical, assign it a very low 'non-violation' value
for j in range(len(BList)): #Loop through the indexes of the next loop's flow values
try: BList[j]=float(BList[j]) #Convert the Branch Flow Values to 'float' (if it is 'numerical')
except: BList[j]=0.10 #If the Branch flow is not numerical, assign it a very low 'non-violation' value
a=max(AList) #Get the Max of this loop's branch flow
b=max(BList) #Get the Max of the next loop's branch flow
if a > maxloading: #If the Max of this loop's branch flow is > this loop's maxloading value
maxloading=a #Set the maxloading value to this loop's Max branch flow
maxindex=x #Save the index of this loop's Max branch flow
if b > maxloading: #If the Max of the next loop's branch flow is > this loop's maxloading value
maxloading=b #Set the maxloading value to the next loop's Max branch flow
maxindex=x+1 #Save the index of the next loop's Max branch flow
else: #Since this loop's Branch is NOT equal to the next loop's Branch (Means we have looped through all branches with equal names)
branchcountlist[maxindex]=branchcount #Change the element in this loop's (or next loop's) Branch Counter List to the Violation Counter
deliviolist[maxindex]=False #Change the element in this loop's (or next loop's) Delete Flag List to False
maxloading=0.15 #Reset the Max Loading Value to a small 'non-violation' value
branchcount=1 #Reset the Branch Violation Counter
maxindex=x+1 #Reset the Branch Max Violation index to the next loop
branchcountlist[maxindex]=branchcount #If last two branches are equal, assign branch counter from equal logic. If last two branches are NOT equal, assign branch counter from NOT equal logic.
deliviolist[maxindex]=False #If last two branches are equal, Change Delete Flag List from equal logic. If last two branches are NOT equal, Change Delete Flag List from NOT equal logic.
worstiviolist=[] #Create an Empty List to hold the 'Worst' Branch/Contingency/Flow Data
worstcountlist=[] #Create an Empty List to hold how many Contingencies Caused Violations
for x in range(len(iviolist)): #Loop Through the 'Total' Branch Violation List
if deliviolist[x]==False: #Check if this Branch/Contingency is not Flagged to be Deleted (Worst Contingency)
worstiviolist.append(list(iviolist[x])) #If Not ... Add it to the Worst Branch Flow Violation List
worstcountlist.append(int(branchcountlist[x])) #Get how many other Contingencies Caused Violations for this Branch
for y in range(len(worstiviolist)): #Loop Through 'Identified' Worst Branch Flow Violation List
if worstiviolist[y][0].startswith('*'): #Check if the worst violation had a basecase violation
worstiviolist[y][0]=worstiviolist[y][0].lstrip('*') #Remove the leading character (will add it back)
worstiviolist[y][0]='*('+str(worstcountlist[y])+') '+worstiviolist[y][0] #Add the Number of Contingencies that Caused High Flow Violations to the Begining of the Bus Description
else: #If it did not have basecase violation...
worstiviolist[y][0]='('+str(worstcountlist[y])+') '+worstiviolist[y][0] #Add the Number of Contingencies that Caused High Flow Violations to the Begining of the Bus Description
worstconlist=[] #Create an Empty List to hold the Worst Contingency Names and Descriptions
for z in worstiviolist: #Finally...Loop through 'Identified' Worst Branch Flow List Again
conlabel=z[1] #Get the Continency Name or 'Label'
condesc=iconlistdict[conlabel] #Get the Contingency Description using the Flow Contingency List Dictionary
condata=(conlabel,condesc) #Create a temporary list for this Contingency Label and Description
worstconlist.append(condata) #Add this 'Worst' Contingency to the 'worstcon' List
return worstiviolist,worstconlist #Return Worst Results (Branch/WorstOutage/FlowData and Contingency Names/Descriptions
#-------------------------------------------------------------------------------
#----- MAIN ---------- MAIN ---------- MAIN ---------- MAIN ---------- MAIN ----
#-------------------------------------------------------------------------------
if __name__ == '__main__':
import os, sys
#-------- SET EVIRONMENT VARIABLES to Access PSSE Modules ------------------
_PSSBINPATH = r"C:\Program Files\PTI\PSSE33\PSSBIN"
if os.path.exists(r"C:\Program Files (x86)\PTI\PSSE33\PSSBIN"):
_PSSBINPATH = r"C:\Program Files (x86)\PTI\PSSE33\PSSBIN"
os.environ['PATH'] = _PSSBINPATH + ';' + os.environ['PATH']
sys.path.insert(0,_PSSBINPATH)
import pssarrays, psspy
#Create GUI ----------------------------------------------------------------
app = wx.PySimpleApp()
frame = create(None)
frame.Show()
#Initialize ACCC Options ---------------------------------------------------
frame.VLow=float(DefaultVLow)
frame.GetHighV=DefaultGetHighV
frame.VHigh=float(DefaultVHigh)
frame.IHigh=float(DefaultIHigh)
frame.numaccfiles=1
frame.accfilelist=None
frame.GetWorst=DefaultGetWorst
#Go To GUI -----------------------------------------------------------------
app.MainLoop()
#Assign ACCC Options Selections --------------------------------------------
VLow=frame.VLow
GetHighV=frame.GetHighV
VHigh=frame.VHigh
IHigh=frame.IHigh
numaccfiles=frame.numaccfiles
accfilelist=frame.accfilelist
GetWorst=frame.GetWorst
#Close GUI -----------------------------------------------------------------
frame.Show(0)
frame.Close()
app.Destroy()
if accfilelist==None:
print '\nNO SAVE FILES SELECTED!!',
raise Exception('NO SAVE FILES SELECTED!!')
#---------------------------------------------------------------------------
accpath=os.getcwd() #Get the Path of Working Directory
rptfile1,rptfile2,xlsfile=GetReportNames(accpath) #Get the Names of Text and Excel Report Files
try: os.remove(xlsfile) #Delete EXCEL file with same name if it exists
except: pass
NoBus=9.999 #Temp Value if Bus is not found in Monitor List
NoVCon=8.888 #Temp Value if Contingency is not found in .acc File
NoBusNoVCon=7.777 #Temp Value Bus and Contingency is not found
NoVSol=6.666 #Temp Value if Contingency did not reach Convergence
NoBranch=999.9 #Temp Value if Branch is not found in Monitor List
NoICon=888.8 #Temp Value if No Flow Contingency
NoBranchNoICon=777.7 #Temp Value if Branch and Contingency is not found
NoISol=666.6 #Temp Value if Contingency did not reach Convergence
#===========================================================================
#===== GET N-0 RESULTS =====================================================
#===========================================================================
print 'GETTING N-0 RESULTS .......................................'
N0results= GetN0results(numaccfiles,accfilelist) #Get N-0 Results (Also used for Flow)
#START N-0 VOLTAGE ANALYSIS -----------------------------------------------
print 'COMPILING BUS LIST ........................................'
buslist,accsummary = GetUniqueBusList(numaccfiles,accfilelist) #Compile Unique Monitored Bus List
baselowviolist=[] #Initialize the N-0 Bus Low Voltage Violation List
basehighviolist=[] #Initialize the N-0 Bus High Voltage Violation List
print 'PROCESSING N-0 VOLTAGE ....................................'
for BUS in buslist: #Loop Through buses in the 'Total' Monitored Bus List
v = [0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize This 'BUS' Voltage Across Cases for this Loop
for i in range(numaccfiles): #Loop Across Cases
try: #Determine if this 'BUS' Exists in the Monitored List
busindex=accsummary[i].mvbuslabel.index(BUS) #Get this 'BUS' index from the Summary (if it exists)
v[i]=N0results[i].volts[busindex] #If the Bus is in the Monitored List... Get it's Voltage
except: v[i]=NoBus #If the Bus is not in the Monitored List... Assign it the 'NoBus' Value
lowviolation = False #Initialize Low Voltage Violation Flag
highviolation = False #Initialize High Voltage Violation Flag
for j in range(numaccfiles): #Loop Across Cases
if v[j] > 0.0 and v[j] < BaseVLow: lowviolation = True #Determine if this 'BUS' has a Low Voltage Violation, Set Flag
if v[j] > BaseVHigh and v[j] < NoVSol: highviolation = True #Determine if this 'BUS' has a High Voltage Violation, Set Flag
if lowviolation == True: #if this 'BUS' was Found in Low Voltage Violation
for k in range(numaccfiles): #Loop Across Cases
if v[k]==NoBus: v[k]='NB' #If this 'BUS' does not exist in the Monitored List for this Case, Assign a String to it's value
else: v[k]='{0:>5.3f}'.format(v[k]) #Otherwise... Get the 'BUS' Voltage
for x in range(numaccfiles,8): v[x]='- ' #If Less than Eight Cases... Set the 'BUS' voltage to a 'Null' String
L=[BUS,v[0],v[1],v[2],v[3],v[4],v[5],v[6],v[7]] #Create a List of Results
baselowviolist.append(L) #Add Results of this Loop to a Compiled N-0 Low Voltage Violation List
if highviolation == True: #if this 'BUS' was Found in High Voltage Violation
for m in range(numaccfiles): #Loop Across Cases
if v[m]==NoBus: v[m]='NB' #If this 'BUS' does not exist in the Monitored List for this Case, Assign a String to it's value
else: v[m]='{0:>5.3f}'.format(v[m]) #Otherwise... Get the 'BUS' Voltage
for x in range(numaccfiles,8): v[x]='- ' #If Less than Eight Cases... Set the 'BUS' voltage to a 'Null' String
M=[BUS,v[0],v[1],v[2],v[3],v[4],v[5],v[6],v[7]] #Create a List of Results
basehighviolist.append(M) #Add Results of this Loop to a Compiled N-0 High Voltage Violation List
baselowviolist.sort() #Sort the N-0 Bus Low Voltage Violation List
basehighviolist.sort() #Sort the N-0 Bus High Voltage Violation List
#START N-0 BRANCH FLOW ANALYSIS --------------------------------------------
print 'COMPILING BRANCH LIST .....................................'
branchlist= GetUniqueBranchList(numaccfiles,accsummary) #Compile Unique Monitored Branch List
baseiviolist=[] #Initialize the N-0 Violation List
print 'PROCESSING N-0 FLOW .......................................'
for BRANCH in branchlist: #Loop Through Branches in the 'Total' Monitored Branch List
rating=[0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize the Branch Ratings across Cases
pct=[0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize the Percent Flow across Cases
for i in range(numaccfiles): #Loop Across Cases
if BRANCH in accsummary[i].melement: #Determine if this 'BRANCH' Exists in the Monitored List
branchindex=accsummary[i].melement.index(BRANCH) #Get this 'BRANCH' index from the Summary (if it exists)
mvaflow=abs(N0results[i].ampflow[branchindex]) #If this 'BRANCH' is in the Monitored List... Get it's Flow
rating[i] = accsummary[i].rating.a[branchindex] #If this 'BRANCH' is in the Monitored List... Get it's Rating A
try: pct[i]=mvaflow*100/rating[i] #Check for Division by Zero ... Calculate Percent Flow
except: continue #Next Loop if Rating = 0.0
else: pct[i]=NoBranch #If this 'BRANCH' is not in the Monitored List... Assign it the 'NoBranch' Value
rate=max(rating) #Get the Max Branch Rating across Cases
rate='{0:>5.0f}'.format(rate) #Convert Rating to String and Format to Zero Decimal Places
for r in range(numaccfiles-1): #Loop Across Cases
if rating[r]!= 0.0 and rating[r+1]!= rating[r]: rate=rate+'~' #Determine if Ratings are Different... If So.. Add a Character to Max Rating
violation = False #Initialize the Violation Flag heading into the Next Loop
for j in range(numaccfiles): #Loop Across Cases
if pct[j] > BaseIHigh and pct[j] < NoISol: violation = True #Determine if this 'BRANCH' is in Violation, Set Flag
if violation == True: #if this 'BRANCH' was Found in Violation
for k in range(numaccfiles): #Loop Across Cases
if pct[k]==NoBranch: pct[k]='NB' #If this 'BRANCH' does not exist in the Monitored List, Assign a String to it's value
else: pct[k]='{0:>5.1f}'.format(pct[k]) #Otherwise... Get the 'BRANCH' Percent Flow
for x in range(numaccfiles,8): pct[x]='- ' #If Less than Eight Cases... Set the 'BRANCH' Percent Flow to a 'Null' String
L=[BRANCH,rate,pct[0],pct[1],pct[2],pct[3],pct[4],pct[5], #Create a List of Results
pct[6],pct[7]]
baseiviolist.append(L) #Add Results of this Loop to a Compiled N-0 Violation List
baseiviolist.sort() #Sort the N-0 Branch Violation List
#===========================================================================
#===== GET CONTINGENCY RESULTS =============================================
#===========================================================================
#BUILD MASTER CONTINGENCY LISTS --------------------------------------------
print 'BUILDING MASTER CONTINGENCY LIST ..........................'
desc,masterconlist= BuildMasterConlist(numaccfiles,accfilelist,accsummary) #Create a Contingency List for Each Case, and a Total List Across all Cases
print 'BUILDING DUPLICATE CONTINGENCY LIST .......................'
pmasterconlist=BuildDuplicateConList(masterconlist) #Create "Parallel" List to Distinguish any Duplicates
notconverged=[] #Holds all Contingencies that did not Converge
#INITIALIZE CONTINGENCY ANALYSIS ------------------------------------------
vnotconverged=[] #Formated and Used to Report Non-Converged Contingencies associated with Voltage
inotconverged=[] #Formated and Used to Report Non-Converged Contingencies associated with Flow
vlowconlist=[] #Holds Low Voltage Violation Contingency List
vlowviolist=[] #Holds Bus Name and Low Voltage Violatons
vhighconlist=[] #Holds High Voltage Violation Contingency List
vhighviolist=[] #Holds Bus Name and High Voltage Violatons
iconlist=[] #Holds Branch Violation Contingency List
iviolist=[] #Holds Branch Name and Branch Violatons
vlowconlist1=[] #Holds Low Voltage Violation Contingency List for Reporting
vlowviolist1=[] #Holds Bus Name and Low Voltage Violatons for Reporting
vhighconlist1=[] #Holds High Voltage Violation Contingency List for Reporting
vhighviolist1=[] #Holds Bus Name and High Voltage Violatons for Reporting
iconlist1=[] #Holds Branch Violation Contingency List for Reporting
iviolist1=[] #Holds Branch Name and Branche Violatons for Reporting
vlowconlist2=[] #Holds Worst Low Voltage Violation Contingency List for Reporting
vlowviolist2=[] #Holds Worst Bus Name and Low Voltage Violatons for Reporting
vhighconlist2=[] #Holds Worst High Voltage Violation Contingency List for Reporting
vhighviolist2=[] #Holds Worst Bus Name and High Voltage Violatons for Reporting
iconlist2=[] #Holds Worst Branch Violation Contingency List for Reporting
iviolist2=[] #Holds Worst Branch Name and Branche Violatons for Reporting
#GET DATA FOR REPORTING PROGRESS ------------------------------------------
loops=len(masterconlist) #Get how many Contingencies will be processed
loopcount=0.0 #Initialize a Loop Counter
modpath,modfname=os.path.split(sys.argv[0])
modname,modext=os.path.splitext(modfname) #Get Either .py or .pyc Extension of Module
#START CONTINGENCY ANALYSIS ------------------------------------------------
print 'PROCESSING OUTAGES ........................................'
for outage in masterconlist: #Loop Through the Master Contingency List
#PRINT PROGRESS (If in Command Console) --------------------------------
if modext=='.pyc':
loopcount+=1 #Increment the Loop Counter
print( '{0:<5.1f}% OUTAGE: ---> {1:<50s}'+'\r'*5).format(loopcount*100/loops,outage[0]), #Print Progress
#GET CONTINGENCY RESULTS ----------------------------------------------
N1results,conexist,converged= GetN1results(numaccfiles,accfilelist,outage,desc) #Get the Results for this Contingency (Also used for Flow)
conindex=masterconlist.index(outage) #Get the Index of this Contingency from the Master List (Used to Point to the Parallel List)
outagelabel=pmasterconlist[conindex][0] #Get the "Label" of this Outage from the Parallel Contingency List
con=(outagelabel,outage[1]) #Use the Parallel List Label and Master List Description to Identify this Outage
#-----------------------------------------------------------------------
#------------- START CONTINGENCY BUS VOLTAGE ANALYSIS ------------------
#-----------------------------------------------------------------------
for BUS in buslist: #Loop Through the Total BUS List
v = [0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize This Contingency's BUS Voltages
for i in range(numaccfiles): #Loop Across Cases
if conexist[i]==True: #Check if this Contingency Exists in this Case
if BUS in accsummary[i].mvbuslabel: #Check if this Bus is in the Monitor List
busindex=accsummary[i].mvbuslabel.index(BUS) #Get this BUS's index from the Summary (if it exists)
v[i]=N1results[i].volts[busindex] #If the BUS is in the Monitored List... Get it's Voltage
if converged[i]==False: v[i]=NoVSol #If the Contingency did not Converge in this Case... Assign it the 'NoSol' Value
else: v[i]=NoBus #If the Bus is not in the Monitored List... Assign it the 'NoBus' Value
if conexist[i]==False: #If this Loop's Contingency does not exist for this BUS
if BUS in accsummary[i].mvbuslabel: v[i]=NoVCon #Check if this BUS Exists in this Case.. If so, Assign the NoContingency Value
else: v[i]=NoBusNoVCon #Determine if this BUS does not Exist in this Case, If not, Assign the NoBus-NoContingency Value
lowviolation = False #Initialize Low Voltage Violation Flag
for i in range(numaccfiles): #Loop Across Cases
if v[i] > 0.0 and v[i] < VLow: lowviolation = True #Determine if this 'BUS' has a Low Voltage Violation, Set Flag
if lowviolation==True: #If one of the Cases had a Low BUS Voltage violation .... Do This Next Stuff
baselowvio=False #Initialize a 'Basecase Violaton' Flag (Used for considering basecase violations)
for j in baselowviolist: #Loop through the N-0 violation list
if BUS==j[0]: #Check if this Bus was in the N-0 violation list
baselowpu=[float(x) for x in j[1:1+numaccfiles]] #Create a list of the N-0 Bus PU Voltages
if min(baselowpu)< BaseVLowCriteria: baselowvio=True #If the Min of the PU Volages is < N-0 Low Voltage Criteria, Set basecase violation flag
for k in range(numaccfiles): #Loop Across Cases
if v[k]==NoVSol: v[k]='NS' #If Voltage has the "NoSolution" Value... Assign it a String Value
elif v[k]==NoBus: v[k]='NB' #If Voltage has the "NoBus" Value... Assign it a String Value
elif v[k]==NoVCon: v[k]='NC' #If Voltage has the "NoContingency" Value... Assign it a String Value
elif v[k]==NoBusNoVCon: v[k]='NB,NC' #If Voltage has the "NoBus NoContingency" Value... Assign it a String Value
else: v[k]='{0:>8.3f}'.format(v[k]) #Format the BUS Voltage to Three Decimal Places
vlowconlist.append(con) #Add this Contingency to the Low Voltage Contingency List for Reporting
for x in range(numaccfiles,8): v[x]='- ' #If Less than Eight Cases... Set the 'Other BUS' voltages to a 'Null' String for Nicer Output
if baselowvio==True: BUS='* '+BUS #If this BUS had a N-0 Violation, #Add a Character to BUS Name to Indicate this Branch had a basecase violation
L=[BUS,outagelabel,v[0],v[1],v[2],v[3],v[4],v[5],v[6],v[7]] #Build a Temporary List of this Loop's Bus, Outage Label, and Low Voltage Results
vlowviolist.append(L) #Add the Temporary List to the Total Low Voltage violation list
if GetHighV==True: #If Get High BUS Voltages is Enabled ... Do This Next Stuff
highviolation = False #Initialize High BUS Voltage Violation Flag
for i in range(numaccfiles): #Loop Across Cases
if v[i] > VHigh and v[i] < NoVSol: highviolation = True #Determine if this 'BUS' has a High Voltage Violation, Set Flag
if highviolation==True: #If one of the Cases had a High BUS Voltage violation .... Do This Next Stuff
basehighvio=False #Initialize a 'Basecase Violaton' Flag (Used for considering basecase violations)
for j in basehighviolist: #Loop through the N-0 violation list
if BUS==j[0]: #Check if this Bus was in the N-0 violation list
basehighpu=[float(x) for x in j[1:1+numaccfiles]] #Create a list of the N-0 Bus PU Voltages
if max(basehighpu)> BaseVHighCriteria: #If the Max of the PU Volages is > N-0 High Voltage Criteria
basehighvio=True #Set basecase violation flag
for k in range(numaccfiles): #Loop Across Cases
if v[k]==NoVSol: v[k]='NS' #If Voltage has the "NoSolution" Value... Assign it a String Value
elif v[k]==NoBus: v[k]='NB' #If Voltage has the "NoBus" Value... Assign it a String Value
elif v[k]==NoVCon: v[k]='NC' #If Voltage has the "NoContingency" Value... Assign it a String Value
elif v[k]==NoBusNoVCon: v[k]='NB,NC' #If Voltage has the "NoBus NoContingency" Value... Assign it a String Value
else: v[k]='{0:>8.3f}'.format(v[k]) #Format the BUS Voltage to Three Decimal Places
vhighconlist.append(con) #Add this Contingency to the High Voltage Contingency List for Reporting
for x in range(numaccfiles,8): v[x]='- ' #If Less than Eight Cases... Set the 'Other BUS' voltages to a 'Null' String for Nicer Output
if basehighvio==True: BRANCH='* '+BRANCH #If this Branch had a N-0 Violation, #Add a Character to BRANCH Name to Indicate this Branch had a basecase violation
L=[BUS,outagelabel,v[0],v[1],v[2],v[3],v[4],v[5],v[6],v[7]] #Build a Temporary List of this Loop's Bus, Outage Label, and Low Voltage Results
vhighviolist.append(L) #Add the Temporary List to the Total High Voltage violation list
vlowviolist.sort() #Sort the Contingency Low Voltage Violation List
vhighviolist.sort() #Sort the Contingency High Voltage Violation List
#-----------------------------------------------------------------------
#-------------- START CONTINGENCY BRANCH FLOW ANALYSIS -----------------
#-----------------------------------------------------------------------
for BRANCH in branchlist: #Loop Through the Total Branchlist
rating=[0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize the Branch Ratings across Cases
pct=[0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize the pecent Flow across Cases
BCRateflag=False
for i in range(numaccfiles): #Loop Across Case Numbers
if conexist[i]==True: #Check if the Contingency Exists
if BRANCH in accsummary[i].melement: #Determine if this 'BRANCH' Exists in the Monitored List
branchindex=accsummary[i].melement.index(BRANCH) #Get this BRANCH's index from the Summary (if it exists)
mvaflow=abs(N1results[i].ampflow[branchindex]) #If this BRANCH is in the Monitored List... Get it's Flow for this Outage
rateb=accsummary[i].rating.b[branchindex] #Get this BRANCH's B Rating in this case
ratec=accsummary[i].rating.c[branchindex] #Get this BRANCH's C Rating in this case
if ratec > rateb: BCRateflag=True #If Rate C > Rate B, Set flag
rating[i] = rateb #Set this BRANCH's Rating to Rate B
if MVARatingCriteria=='C': rating[i] = ratec #If BRANCH Rating Criteria is Set to 'C', Set this BRANCH's Rating to Rate C
try: pct[i]=mvaflow*100/rating[i] #Check for Division by Zero, Calculate Percent Flow
except: continue #Next Loop if Rating = 0.0
if converged[i]==False: pct[i]=NoISol #If this Contingency did not converge, assign the NoSolution Value
else: pct[i]=NoBranch #Since this BRANCH does not Exist in the Monitored List ... Assign it the 'NoBranch' Value
if conexist[i]==False: #Check if This Loop's Contingency exists in this Loop's Case
if BRANCH in accsummary[i].melement: pct[i]=NoICon #Check if this BRANCH exists in this case... If so, Assign the No Contingency Value
else: pct[i]=NoBranchNoICon #Since this BRANCH does not Exist in the Monitored List ... Assign the NoBranch-NoContingency Value
rate=max(rating) #Get the Max BRANCH Rating across Cases
rate='{0:>.0f}'.format(rate) #Convert BRANCH Rating to String and Format to Zero Decimal Places
if BCRateflag==True: rate=chr(149)+rate #If B and C Rating is different in one of the cases, Add Character to 'rate' for reporting
for r in range(numaccfiles-1): #Loop Across Case Numbers
if rating[r]!= 0.0 and rating[r+1]!= 0.0 and rating[r+1]!= rating[r]: rate=rate+'~' #Determine if BRANCH Ratings are Different... If So.. Add a Character to Max Rating
violation = False #Initialize the Violation Flag for the Next Loop
for j in range(numaccfiles): #Loop Across Case Numbers ...n, Set Flag
if pct[j] >= IHigh and pct[j] < NoISol: violation = True #Determine if this BRANCH is in Violation... If So, Set Flag
if violation==True: #If This Branch is in Violation of IHigh ... Do this Stuff
skip=False #Initialize a 'Skip Contingency' Flag (Used for considering basecase violations)
basevio=False #Initialize a 'Basecase Violaton' Flag (Used for considering basecase violations)
skiplist=[False for x in range(numaccfiles)] #Iniialize a skip flag list for the cases
for k in baseiviolist: #Loop through the N-0 violation list
if BRANCH==k[0]: #Check if this Branch was in the N-0 violation list
basepercent=[float(x) for x in k[2:2+numaccfiles]] #Create a list of the N-0 Percent Branch Flows
if min(basepercent)> IHighCriteria: basevio=True #If the Max of the Percent Flows > High Flow Criteria, Set basecase violation flag
conpercent=[pct[x] for x in range(numaccfiles)] #Create a list of the N-1 Percent Branch Flows
for x in range(len(basepercent)): #Loop through the indexes of the N-0 Branch Flow list
if conpercent[x]<= basepercent[x]+5.0: #If cases contingency branch flow <= cases N-0 branch flow,
skiplist[x]=True #Set skiplist flag for this case
if False not in skiplist: skip=True #Check if all the skiplist flags were set True, if so set skip flag
if skip==False: #If the 'skip' flag was not changed to True
iconlist.append(con) #Add this Contingency to the List for Reporting
for m in range(numaccfiles): #Loop Across Cases
if pct[m]==NoISol: pct[m]='NS' #If the Percent Flow has a NoSolution Value... Assign it a String Value
elif pct[m]==NoBranch: pct[m]='NB' #If the Percent Flow has a NoBranch Value... Assign it a String Value
elif pct[m]==NoICon: pct[m]='NC' #If the Percent Flow has a NoContingency Value... Assign it a String Value
elif pct[m]==NoBranchNoICon: pct[m]='NB,NC' #If the Percent Flow has a NoBranch-NoSolution Value... Assign it a String Value
else: pct[m]='{0:>5.1f}'.format(pct[m]) #Else format the 'Valid' percent Flow value to three decimal places
for x in range(numaccfiles,8): pct[x]='- ' #If Less than Eight Cases... Set the Case's Branch' flows to a 'Null' String for Nicer Output
if basevio==True: BRANCH='* '+BRANCH #If this Branch had a N-0 Violation, #Add a Character to BRANCH Name to Indicate this Branch had a basecase violation
L=[BRANCH,outagelabel,rate,pct[0],pct[1],pct[2],pct[3], #Build a Temp List of the Violation Results of this BRANCH Loop
pct[4],pct[5],pct[6],pct[7]]
iviolist.append(L) #Add the Temp List to the Master Flow Violation List
iviolist.sort() #Sort the Contingency Flow Violation List by Branch ID
if False in converged: #Determine if this outage did not converge in any of the cases
notconverged.append(con) #Add this Non-Converged contingency to a Master list
for x in range(numaccfiles,8): converged[x]='- ' #If Less than Eight Cases... Set the 'Other Branch' flows to a 'Null' String for Nicer Output
for y in range(numaccfiles): #Loop Across Case Numbers
if converged[y]==False: converged[y]='NS' #If this outage did not converged in this case... Assign a 'No Solution' String Value
if converged[y]==True: converged[y]='- ' #If this outage did converge in this case... Assign a 'Null' String Value
K=['NON CONVERGED ->',outagelabel,converged[0],converged[1], #Build a Temporary List for the Voltage cases showing Non-Convergence
converged[2],converged[3],converged[4],converged[5],
converged[6],converged[7]]
M=['NON CONVERGED ->',outagelabel,' -',converged[0], #Build a Temporary List for the Flow cases showing Non-Convergence
converged[1],converged[2],converged[3],converged[4],
converged[5],converged[6],converged[7]]
vnotconverged.append(K) #Add the Temporary to a list for appending Voltage Field
inotconverged.append(M) #Add the Temporary list to a list for appending Flow Field
vlowconlist.append(con) #Add this Non-Converged Contingency to the Low Voltage violation contingency list (remove duplicates later)
vhighconlist.append(con) #Add this Non-Converged Contingency to the High Voltage violation contingency list (remove duplicates later)
iconlist.append(con) #Add this Non-Converged Contingency to the Flow violation contingency list (remove duplicates later)
#Append Non-Converged Contingencies to other Lists -------------------------
vlowviolist1=vlowviolist+vnotconverged #Add the Non-Converged list to the Low Voltage Violations Field
vhighviolist1=vhighviolist+vnotconverged #Add the Non-Converged list to the High Voltage Violations Field
iviolist1=iviolist+inotconverged #Add the Non-Converged list to the Flow Violations Field
vlowconlist1=vlowconlist+notconverged #Add the Non-Converged Contingencies to the Low Voltage Contingency List
vhighconlist1=vhighconlist+notconverged #Add the Non-Converged Contingencies to the High Voltage Contingency List
iconlist1=iconlist+notconverged #Add the Non-Converged Contingencies to the Flow Contingency List
vlowconlist1=list(set(vlowconlist1)) #Remove Duplicates from the Low Voltage Contingency List
vhighconlist1=list(set(vhighconlist1)) #Remove Duplicates from the High Voltage Contingency List
iconlist1=list(set(iconlist1)) #Remove Duplicates from the Flow Contingency List
vlowconlist1.sort() #Sort the Low Voltage Contingency List
vhighconlist1.sort() #Sort the High Voltage Contingency List
iconlist1.sort() #Sort the Flow Contingency List
#If Get Worst Results Enabled ----------------------------------------------
if GetWorst>0: #If GetWorst Flag is set... Determine Worst Outages
print '\nGETTING WORST VOLTAGE RESULTS .............................'
if vlowviolist!=[]:
vlowviolist2,vlowconlist2=GetWorstVLow(vlowviolist,vlowconlist) #Return Worst Low Voltage Violation and Contingency Lists
if GetHighV==True and vhighviolist!=[]:
vhighviolist2,vhighconlist2=GetWorstVHigh(vhighviolist,vhighconlist)#Return Worst High Voltage Violation and Contingency Lists
print 'GETTING WORST FLOW RESULTS ................................'
if iviolist!=[]:
iviolist2,iconlist2=GetWorstI(iviolist,iconlist) #Return Worst Flow Violation and Contingency Lists
vlowviolist2=vlowviolist2+vnotconverged #Add the Non-Converged list to the Worst Low Voltage Violations Field
vhighviolist2=vhighviolist2+vnotconverged #Add the Non-Converged list to the Worst High Voltage Violations Field
iviolist2=iviolist2+inotconverged #Add the Non-Converged list to the Worst Flow Violations Field
vlowconlist2=vlowconlist2+notconverged #Add the Non-Converged Contingencies to the Worst Low Voltage Contingency List
vhighconlist2=vhighconlist2+notconverged #Add the Non-Converged Contingencies to the Worst High Voltage Contingency List
iconlist2=iconlist2+notconverged #Add the Non-Converged Contingencies to the Worst Flow Contingency List
vlowconlist2=list(set(vlowconlist2)) #Remove Duplicates from the Worst Voltage Contingency List
vhighconlist2=list(set(vhighconlist2)) #Remove Duplicates from the Worst Voltage Contingency List
iconlist2=list(set(iconlist2)) #Remove Duplicates from the Worst Flow Contingency List
vlowconlist2.sort() #Sort the Worst Low Voltage Contingency List
vhighconlist2.sort() #Sort the Worst High Voltage Contingency List
iconlist2.sort() #Sort the Worst Flow Contingency List
#Write PSSE Generated Report File(s) (If Enabled) --------------------------
if TextReport==True:
#PSSE Text Report Options ----------------------------------------------
a=1 #Column Headings: 1=acc filename, 2=savcase filename
b=1 #Base Case Rating: 1=RateA, 2=RateB, 3=RateC
c=2 #Contingency Case Rating: 1=RateA, 2=RateB, 3=RateC
d=1 #Base Case voltage limit: 1=Normal 2=Emergency
e=2 #Contingency Case Voltage Limit: 1=Normal 2=Emergency
f=0 #Print monitored elements summary report
g=0 #Print missing monitored elements report
h=0 #print missing monitored buses report
i=2 #print contingency legend: 0=No 1=Complete Legend Only 2=Reduced Legend with each table, 3=Both
j=0 #print missing contingencies report
k=1 #print non-converged contingencies report
l=2 #print loading violations: 0=No, 1=BaseCase and WorstCase, 2=BaseCase and All, 3=BaseCase WorstCase and All
m=2 #print voltage violations: 0=No, 1=BaseCase and WorstCase, 2=BaseCase and All, 3=BaseCase WorstCase and All
n=0 #Report Interfaces in loading violation reports
o=1 #Skip N-0 Flow Violations in Contingency Flow Reporting
p=1 #Skip N-0 Voltage Violations in Contingency Voltage Reporting
A=0.5 #bus mismatch converged tolerance
B=5.0 #system mismatch converged tolerance
C=IHigh #percent flow rating for reporting
D=IHigh #worst case percent flow rating for reporting
E=0.0 #worst case minimum flow change from base case for reporting
F=0.0 #worst case minimum percent flow increase from base case for reporting
G=0.0 #worst case minimum voltage change from base case for reporting
if MVARatingCriteria=='C': c=3
print 'GENERATING PSSE TEXT REPORT(S) ................'
import redirect
redirect.psse2py()
psspy.psseinit(buses=80000)
psspy.transformer_percent_units(1)
psspy.non_trans_percent_units(1)
tempout = sys.stdout #Temp placeholder for sys.stdout
sys.stdout = open(rptfile1,'w') #Send Print Statements to ACCC_PSSE_Report.txt File
filelist=accfilelist[0:numaccfiles]
psspy.accc_multiple_run_report_2([a,b,c,d,e,f,g,h,i,j,k,l,m,n,o,p],[A,B,C,D,E,F,G],numaccfiles,filelist)
if GetWorst>0:
l=1
m=1
reportout = sys.stdout
sys.stdout = open(rptfile2,'w') #Send Print Statements to ACCC_PSSE_Report_(Worst).txt File
psspy.accc_multiple_run_report_2([a,b,c,d,e,f,g,h,i,j,k,l,m,n,o,p],[A,B,C,D,E,F,G],numaccfiles,filelist)
sys.stdout = tempout #Direct Output Back to Screen
#===========================================================================
#---------------------- WRITE RESULTS TO EXCEL -----------------------------
#===========================================================================
import excelpy
import win32com.client
Vlowviolist=list([vlowviolist1,vlowviolist2])
Vlowconlist=list([vlowconlist1,vlowconlist2])
Vhighviolist=list([vhighviolist1,vhighviolist2])
Vhighconlist=list([vhighconlist1,vhighconlist2])
Iviolist=list([iviolist1,iviolist2])
Iconlist=list([iconlist1,iconlist2])
looplogic=[range(1),range(1,2),range(2)]
worsttext=['ALL','WORST']
vlowsheet=['VLow','VLow (Worst)']
vhighsheet=['VHigh','VHigh (Worst)']
flowsheet=['Flow','Flow (Worst)']
filler=['..','']
#Create Case Headings ------------------------------------------------------
case=[]
for i in range(numaccfiles): #Loop through the number of ACCC Files
value='Case%s '%str(i) #Column Headers in will be Case0, Case1, etc.
case.append(value) #Add to case heading list
for j in range(i+1,8): case.append('') #If Number of Cases is <8 ... Create 'Blank' Header
#Create Names for Case Legend ---------------------------------------------
fname=[]
for i in range(0,8):
p,e=os.path.splitext(accfilelist[i]) #Get ACCC Filename (without .acc) for The Legend
r,f=os.path.split(p) #Get ACCC Filename (without path) for The Legend
fname.append(f) #Add ACCC Filename to filename list
print '\nCREATING EXCEL REPORT .....................................'
for x in looplogic[GetWorst]:
#=======================================================================
#-------- LOW VOLTAGE -------- LOW VOLTAGE -------- LOW VOLTAGE --------
#=======================================================================
if x==0: xlswbk = excelpy.workbook(xlsfile,mode='w', sheet=vlowsheet[x],overwritesheet=True)
if x==1: xlswbk = excelpy.workbook(xlsfile,mode='w', sheet=vlowsheet[x],overwritesheet=True)
#if x==1 and GetWorst==1: xlswbk = excelpy.workbook(xlsfile,mode='w', sheet=vlowsheet[x],overwritesheet=True)
#if x==1 and GetWorst==2: xlswbk.worksheet_add_after(newSheet=vlowsheet[x], oldSheet=flowsheet[0], overwritesheet=True)
print 'WRITING {0:} LOW BUS VOLTAGE RESULTS TO EXCEL ............{1:}'.format(worsttext[x],filler[x])
#-----------------------------------------------------------------------
#-------- WRITE CONTINGENCY LOW VOLTAGE HEADINGS -----------------------
#-----------------------------------------------------------------------
nextrow=1
#Title1
title1= 'LOW BUS VOLTAGE REPORT'
xlswbk.set_cell((nextrow,1),title1,fontStyle="Bold",fontSize=12, fontColor="orange", sheet=vlowsheet[x])
xlswbk.border((nextrow,1,nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vlowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Title2
if x==0: title2= 'Contingency Results'
if x==1: title2= 'Worst Contingency Results'
xlswbk.set_cell((nextrow,1),title2,fontStyle="Bold",fontSize=10, fontColor="blue", sheet=vlowsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vlowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Title3
VLow1='{0:>5.3f}'.format(VLow)
title3= '< '+ VLow1 +' pu'
xlswbk.set_cell((nextrow,1),title3,fontStyle="Bold",numberFormat='0.000', fontSize=10, fontColor="black", sheet=vlowsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vlowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Blank Row
xlswbk.height((nextrow,1), height=7, sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Column Headings
colheads = ['BUS', 'OUTAGE', 'Case0', 'Case1', 'Case2','Case3','Case4','Case5','Case6','Case7']
xlswbk.set_range(nextrow,1,colheads,fontStyle="Bold",fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,1,nextrow,10),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1,nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin', borderColor='black', sheet=vlowsheet[x])
#Case Legend
xlswbk.set_range(nextrow,12,['Case Legend:'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow+1,12,18,12),'right', sheet=vlowsheet[x])
xlswbk.align((nextrow+1,13,18,13),'left', sheet=vlowsheet[x])
count=1
if fname[0]!='': xlswbk.set_range(nextrow+count,12,['Case0: ',fname[0]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[1]!='': xlswbk.set_range(nextrow+count,12,['Case1: ',fname[1]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[2]!='': xlswbk.set_range(nextrow+count,12,['Case2: ',fname[2]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[3]!='': xlswbk.set_range(nextrow+count,12,['Case3: ',fname[3]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[4]!='': xlswbk.set_range(nextrow+count,12,['Case4: ',fname[4]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[5]!='': xlswbk.set_range(nextrow+count,12,['Case5: ',fname[5]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[6]!='': xlswbk.set_range(nextrow+count,12,['Case6: ',fname[6]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[7]!='': xlswbk.set_range(nextrow+count,12,['Case7: ',fname[7]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
count+=1
xlswbk.set_range(nextrow+count,12,['NB : ','No Bus -or- Not Monitored'],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['NC : ','No Contingency'],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['NS : ','No Solution'],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['* : ','Bus Had Basecase Violation'],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['@ : ','Duplicate Contingency Name'],fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.font((nextrow+1,12,nextrow+count,12),fontStyle="Bold", sheet=vlowsheet[x])
xlswbk.autofit_columns((12,12), sheet=vlowsheet[x]) #Autofit Column12
xlswbk.autofit_columns((13,13), sheet=vlowsheet[x]) #Autofit Column13
nextrow+=1
#---------------------------------------------------------------------------
#------- WRITE CONTINGENCY LOW VOLTAGE FIELD -------------------------------
#---------------------------------------------------------------------------
col=1
V1firstrow=nextrow
V1lastrow=nextrow
for r in range(len(Vlowviolist[x])): #Write the Contingency Low Voltage Violations Field
rowval = Vlowviolist[x][r]
xlswbk.set_range(nextrow,col,rowval,fontSize=8, fontColor="black", sheet=vlowsheet[x])
V1lastrow=nextrow
nextrow+=1
xlswbk.autofit_columns((1,2), sheet=vlowsheet[x]) #AutoFit Column2
xlswbk.align((V1firstrow,1,V1lastrow,1),'right', sheet=vlowsheet[x]) #Right Justify Bus Names
xlswbk.align((V1firstrow,2,V1lastrow,10),'h_center', sheet=vlowsheet[x]) #Center the Field
xlswbk.font((V1firstrow,3,V1lastrow,10),numberFormat='0.000', sheet=vlowsheet[x]) #Format the Low Voltage Field to 3 Decimal Places
if Vlowviolist[x]==[]: #Check if there were no Low Voltage Violations
xlswbk.set_range(nextrow,col,['NONE'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,col),'h_center', sheet=vlowsheet[x])
nextrow+=1
nextrow+=1 #Write Contingency Legend Header
xlswbk.set_range(nextrow,col,['Contingency Legend:'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,col),'right', sheet=vlowsheet[x])
nextrow+=1
for r in Vlowconlist[x]: #Write Contingency Legend
rowval1 = [r[0],r[1][0]]
xlswbk.set_range(nextrow,col,rowval1,fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,col),'right', sheet=vlowsheet[x])
xlswbk.align((nextrow,col+1),'left', sheet=vlowsheet[x])
nextrow+=1
multicon=len(r[1]) #Check if Multiple Outages per Contingency
for j in range(multicon-1): #Enter This Loop if More than One Outage per Contingency
nextoutage=['-',r[1][j+1]]
xlswbk.set_range(nextrow,col,nextoutage,fontSize=8, fontColor="black", sheet=vlowsheet[x]) #Put it in the nextrow
xlswbk.align((nextrow,col),'right', sheet=vlowsheet[x])
xlswbk.align((nextrow,col+1),'left', sheet=vlowsheet[x])
nextrow+=1
#---------------------------------------------------------------------------
#-------- WRITE N-0 LOW VOLTAGE HEADINGS -----------------------------------
#---------------------------------------------------------------------------
nextrow+=3
#Title4
title4= 'N-0 Voltage Results'
xlswbk.set_cell((nextrow,1),title4, fontStyle="Bold",fontSize=10, fontColor="blue", sheet=vlowsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vlowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Title5
BaseVLow1='{0:>5.3f}'.format(BaseVLow)
title5= '< '+ BaseVLow1 +' pu'
xlswbk.set_cell((nextrow,1),title5,fontStyle="Bold", numberFormat='0.000', fontSize=10, fontColor="black", sheet=vlowsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vlowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Blank Row
xlswbk.height((nextrow,1), height=7, sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Column Headings
N0row=nextrow
colheads = ['BUS', ' ', 'Case0', 'Case1', 'Case2','Case3','Case4','Case5','Case6','Case7']
xlswbk.set_range(nextrow,1,colheads,fontStyle="Bold",fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,1,nextrow,10),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1,nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin', borderColor='black', sheet=vlowsheet[x])
#-----------------------------------------------------------------------
#------- WRITE N-0 LOW VOLTAGE FIELD -----------------------------------
#-----------------------------------------------------------------------
nextrow+=1
V0firstrow=nextrow
V0lastrow=nextrow
for r in range(len(baselowviolist)): #Write the N-0 Violations Field
rowval = baselowviolist[r]
xlswbk.set_range(nextrow,col,[rowval[0]],fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.set_range(nextrow,col+1,['--'],fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.set_range(nextrow,col+2,[rowval[1:]],fontSize=8, fontColor="black", sheet=vlowsheet[x])
V0lastrow=nextrow
nextrow+=1
xlswbk.align((V0firstrow,1,V0lastrow,1),'right', sheet=vlowsheet[x]) #Right Justify Bus Names
xlswbk.align((V0firstrow,2,V0lastrow,10),'h_center', sheet=vlowsheet[x]) #Center the Field
xlswbk.font((V0firstrow,2,V0lastrow,10),numberFormat='0.000', sheet=vlowsheet[x]) #Format the Voltage Field to 3 Decimal Places
if baselowviolist==[]:
xlswbk.set_range(nextrow,col,['NONE'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,col),'h_center', sheet=vlowsheet[x])
nextrow+=1
xlswbk.autofit_columns((1,1), sheet=vlowsheet[x]) #AutoFit Column1
xlswbk.width((1,11),3,sheet=flowsheet[x]) #Set Width of Column11
#=======================================================================
#-------- BRANCH FLOWS -------- BRANCH FLOWS -------- BRANCH FLOWS -----
#=======================================================================
xlswbk.worksheet_add_after(newSheet=flowsheet[x], oldSheet=vlowsheet[x], overwritesheet=True)
print 'WRITING {0:} BRANCH FLOW RESULTS TO EXCEL ................{1:}'.format(worsttext[x],filler[x])
#-----------------------------------------------------------------------
#-------- WRITE CONTINGENCY FLOWS HEADINGS -----------------------------
#-----------------------------------------------------------------------
nextrow=1
#Title1
title1= 'BRANCH LOADING REPORT'
xlswbk.set_cell((nextrow,1),title1,fontStyle="Bold",fontSize=12, fontColor="orange", sheet=flowsheet[x])
xlswbk.border((nextrow,1,nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.merge((nextrow,1,nextrow,11), sheet=flowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Title2
if x==0: title2= 'Contingency Results'
if x==1: title2= 'Worst Contingency Results'
xlswbk.set_cell((nextrow,1),title2,fontStyle="Bold",fontSize=10, fontColor="blue", sheet=flowsheet[x])
xlswbk.merge((nextrow,1,nextrow,11), sheet=flowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Title3
title3=' > '+ str(IHigh) +'% '+ '(Rate {0:1})'.format(MVARatingCriteria)
xlswbk.set_cell((nextrow,1),title3,fontStyle="Bold", fontSize=10, fontColor="black", sheet=flowsheet[x])
xlswbk.merge((nextrow,1,nextrow,11), sheet=flowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Blank Row
xlswbk.height((nextrow,1), height=7, sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Column Headings
colheads = ['BRANCH', 'OUTAGE', 'RATING', 'Case0', 'Case1', 'Case2','Case3','Case4','Case5','Case6','Case7']
xlswbk.set_range(nextrow,1,colheads,fontStyle="Bold",fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,1,nextrow,11),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1,nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin', borderColor='black', sheet=flowsheet[x])
#Case Legend
xlswbk.set_range(nextrow,13,['Case Legend:'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow+1,13,19,13),'right', sheet=flowsheet[x])
xlswbk.align((nextrow+1,14,19,14),'left', sheet=flowsheet[x])
count=1
if fname[0]!='': xlswbk.set_range(nextrow+count,13,['Case0: ',fname[0]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[1]!='': xlswbk.set_range(nextrow+count,13,['Case1: ',fname[1]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[2]!='': xlswbk.set_range(nextrow+count,13,['Case2: ',fname[2]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[3]!='': xlswbk.set_range(nextrow+count,13,['Case3: ',fname[3]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[4]!='': xlswbk.set_range(nextrow+count,13,['Case4: ',fname[4]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[5]!='': xlswbk.set_range(nextrow+count,13,['Case5: ',fname[5]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[6]!='': xlswbk.set_range(nextrow+count,13,['Case6: ',fname[6]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
if fname[7]!='': xlswbk.set_range(nextrow+count,13,['Case7: ',fname[7]],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
count+=1
xlswbk.set_range(nextrow+count,13,['NB : ','No Bus -or- Not Monitored'],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,13,['NC : ','No Contingency'],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,13,['NS : ','No Solution'],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,13,['* : ','Basecase Violation'],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,13,[chr(149)+' : ','Rate C > Rate B'],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,13,['~ : ','Rating Changed'],fontSize=8, fontColor="black", sheet=flowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,13,['@ : ','Duplicate Contingency Name'],fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.font((nextrow+1,13,nextrow+count,13),fontStyle="Bold", sheet=flowsheet[x])
xlswbk.autofit_columns((13,13), sheet=flowsheet[x])
xlswbk.autofit_columns((13,14), sheet=flowsheet[x])
nextrow+=1
#-----------------------------------------------------------------------
#------- WRITE CONTINGENCY FLOWS FIELD ---------------------------------
#-----------------------------------------------------------------------
col=1
i1firstrow=nextrow
i1lastrow=nextrow
for r in range(len(Iviolist[x])): #Write the Contingency Flow Violations Field
rowval = Iviolist[x][r]
xlswbk.set_range(nextrow,col,rowval,fontSize=8, fontColor="black", sheet=flowsheet[x])
i1lastrow=nextrow
nextrow+=1
xlswbk.autofit_columns((1,2), sheet=flowsheet[x]) #AutoFit Column2
xlswbk.align((i1firstrow,1,i1lastrow,1),'right', sheet=flowsheet[x]) #Right Justify Branch Names
xlswbk.align((i1firstrow,2,i1lastrow,11),'h_center', sheet=flowsheet[x]) #Center the Field
xlswbk.font((i1firstrow,3,i1lastrow,3),numberFormat='0', sheet=flowsheet[x]) #Format the Rating Field to 0 Decimal Places
xlswbk.font((i1firstrow,4,i1lastrow,11),numberFormat='0.0', sheet=flowsheet[x]) #Format the Flow Field to 1 Decimal Places
if Iviolist[x]==[]:
xlswbk.set_range(nextrow,col,['NONE'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,col),'h_center', sheet=flowsheet[x])
nextrow+=1
nextrow+=1 #Write the Flow Contingency Legend Header
xlswbk.set_range(nextrow,col,['Contingency Legend:'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,col),'right', sheet=flowsheet[x])
nextrow+=1
for r in Iconlist[x]: #Write the Flow Contingency Legend
rowval1 = [r[0],r[1][0]]
xlswbk.set_range(nextrow,col,rowval1,fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,col),'right', sheet=flowsheet[x])
xlswbk.align((nextrow,col+1),'left', sheet=flowsheet[x])
nextrow+=1
multicon=len(r[1]) #Check if Multiple Outages per Contingency
for j in range(multicon-1): #Enter This Loop if More than One Outage per Contingency
nextoutage=['-',r[1][j+1]]
xlswbk.set_range(nextrow,col,nextoutage,fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,col),'right', sheet=flowsheet[x])
xlswbk.align((nextrow,col+1),'left', sheet=flowsheet[x])
nextrow+=1
#-----------------------------------------------------------------------
#-------- WRITE N-0 FLOWS HEADINGS -------------------------------------
#-----------------------------------------------------------------------
#Title4
nextrow+=3
title4= 'N-0 Flow Results'
xlswbk.set_cell((nextrow,1),title4,fontStyle="Bold",fontSize=10, fontColor="blue", sheet=flowsheet[x])
xlswbk.merge((nextrow,1,nextrow,11), sheet=flowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Title5
title5='> '+ str(BaseIHigh) +'% (Rate A)'
xlswbk.set_cell((nextrow,1),title5,fontStyle="Bold", fontSize=10, fontColor="black", sheet=flowsheet[x])
xlswbk.merge((nextrow,1,nextrow,11), sheet=flowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Blank Row
xlswbk.height((nextrow,1), height=7, sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Column Headings
colheads = ['BRANCH', ' ', 'RATING', 'Case0', 'Case1', 'Case2','Case3','Case4','Case5','Case6','Case7']
xlswbk.set_range(nextrow,1,colheads,fontStyle="Bold",fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,1,nextrow,11),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1,nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin', borderColor='black', sheet=flowsheet[x])
#-----------------------------------------------------------------------
#------- WRITE N-0 FLOWS FIELD -----------------------------------------
#-----------------------------------------------------------------------
nextrow+=1
row=nextrow
i0firstrow=nextrow
i0lastrow=nextrow
for r in range(len(baseiviolist)): #Write N-0 Flow Violations Field
rowval = baseiviolist[r]
xlswbk.set_range(nextrow,col,[rowval[0]],fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.set_range(nextrow,col+1,['--'],fontSize=8, fontColor="black", sheet=flowsheet[x])
xlswbk.set_range(nextrow,col+2,[rowval[1:]],fontSize=8, fontColor="black", sheet=flowsheet[x])
i0lastrow=nextrow
nextrow+=1
xlswbk.align((i0firstrow,1,i0lastrow,1),'right', sheet=flowsheet[x]) #Right Justify Branch Names
xlswbk.align((i0firstrow,2,i0lastrow,11),'h_center', sheet=flowsheet[x]) #Center the Field
xlswbk.font((i0firstrow,3,i0lastrow,3),numberFormat='0', sheet=flowsheet[x]) #Format the Rating Field to 0 Decimal Places
xlswbk.font((i0firstrow,4,i0lastrow,11),numberFormat='0.0', sheet=flowsheet[x]) #Format the Flow Field to 1 Decimal Places
if baseiviolist==[]: #Check if there were No Flow Violations
xlswbk.set_range(nextrow,col,['NONE'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=flowsheet[x])
xlswbk.align((nextrow,col),'h_center', sheet=flowsheet[x])
nextrow+=1
xlswbk.autofit_columns((1,1), sheet=flowsheet[x]) #Autofit Column1
xlswbk.width((1,12),3,sheet=flowsheet[x]) #Set Width of Column12
#=======================================================================
#-------- HIGH VOLTAGE -------- HIGH VOLTAGE -------- HIGH VOLTAGE -----
#=======================================================================
if GetHighV==True:
xlswbk.worksheet_add_after(newSheet=vhighsheet[x], oldSheet=vlowsheet[x], overwritesheet=True)
#-------------------------------------------------------------------
#-------- WRITE CONTINGENCY HIGH VOLTAGE HEADINGS ------------------
#-------------------------------------------------------------------
print 'WRITING {0:} HIGH BUS VOLTAGE RESULTS TO EXCEL ...........{1:}'.format(worsttext[x],filler[x])
nextrow=1
#Title1
title1= 'HIGH BUS VOLTAGE REPORT'
xlswbk.set_cell((nextrow,1),title1,fontStyle="Bold",fontSize=12, fontColor="orange", sheet=vhighsheet[x])
xlswbk.border((nextrow,1,nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vhighsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Title2
if x==0: title2= 'Contingency Results'
if x==1: title2= 'Worst Contingency Results'
xlswbk.set_cell((nextrow,1),title2,fontStyle="Bold",fontSize=10, fontColor="blue", sheet=vhighsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vhighsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Title3
VHigh1='{0:>5.3f}'.format(VHigh)
title3='> '+ VHigh1 +' pu'
xlswbk.set_cell((nextrow,1),title3,fontStyle="Bold",numberFormat='0.000', fontSize=10, fontColor="black", sheet=vhighsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vhighsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Blank Row
xlswbk.height((nextrow,1), height=7, sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Column Headings
colheads = ['BUS', 'OUTAGE', 'Case0', 'Case1', 'Case2','Case3','Case4','Case5','Case6','Case7']
xlswbk.set_range(nextrow,1,colheads,fontStyle="Bold",fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,1,nextrow,10),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1,nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin', borderColor='black', sheet=vhighsheet[x])
#Case Legend
xlswbk.set_range(nextrow,12,['Case Legend:'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow+1,12,18,12),'right', sheet=vhighsheet[x])
xlswbk.align((nextrow+1,13,18,13),'left', sheet=vhighsheet[x])
count=1
if fname[0]!='': xlswbk.set_range(nextrow+count,12,['Case0: ',fname[0]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[1]!='': xlswbk.set_range(nextrow+count,12,['Case1: ',fname[1]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[2]!='': xlswbk.set_range(nextrow+count,12,['Case2: ',fname[2]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[3]!='': xlswbk.set_range(nextrow+count,12,['Case3: ',fname[3]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[4]!='': xlswbk.set_range(nextrow+count,12,['Case4: ',fname[4]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[5]!='': xlswbk.set_range(nextrow+count,12,['Case5: ',fname[5]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[6]!='': xlswbk.set_range(nextrow+count,12,['Case6: ',fname[6]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
if fname[7]!='': xlswbk.set_range(nextrow+count,12,['Case7: ',fname[7]],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
count+=1
xlswbk.set_range(nextrow+count,12,['NB : ','No Bus -or- Not Monitored'],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['NC : ','No Contingency'],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['NS : ','No Solution'],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['* : ','Bus Had Basecase Violation'],fontSize=8, fontColor="black", sheet=vhighsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['@ : ','Duplicate Contingency Name'],fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.font((nextrow+1,12,nextrow+count,12),fontStyle="Bold", sheet=vhighsheet[x])
xlswbk.autofit_columns((12,12), sheet=vhighsheet[x])
xlswbk.autofit_columns((13,13), sheet=vhighsheet[x])
nextrow+=1
#-------------------------------------------------------------------
#------- WRITE CONTINGENCY HIGH VOLTAGE FIELD ----------------------
#-------------------------------------------------------------------
col=1
V2firstrow=nextrow
V2lastrow=nextrow
for r in range(len(Vhighviolist[x])): #Write Contingency High Violations Field
rowval = Vhighviolist[x][r]
xlswbk.set_range(nextrow,col,rowval,fontSize=8, fontColor="black", sheet=vhighsheet[x])
V2lastrow=nextrow
nextrow+=1
xlswbk.autofit_columns((1,2), sheet=vhighsheet[x]) #Autofit Column2
xlswbk.align((V2firstrow,1,V2lastrow,1),'right', sheet=vhighsheet[x]) #Right Justify Bus Names
xlswbk.align((V2firstrow,2,V2lastrow,10),'h_center', sheet=vhighsheet[x]) #Center the Field
xlswbk.font((V2firstrow,3,V2lastrow,10),numberFormat='0.000', sheet=vhighsheet[x])#Format the High Voltage Field to 3 Decimal Places
if Vhighviolist[x]==[]: #Check if there were No High Voltage Violations
xlswbk.set_range(nextrow,col,['NONE'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,col),'h_center', sheet=vhighsheet[x])
nextrow+=1
nextrow+=1 #Write the High Voltage Coningency Legend Header
xlswbk.set_range(nextrow,col,['Contingency Legend:'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,col),'right', sheet=vhighsheet[x])
nextrow+=1
for r in Vhighconlist[x]: #Write the High Voltage Coningency Legend
rowval1 = [r[0],r[1][0]]
xlswbk.set_range(nextrow,col,rowval1,fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,col),'right', sheet=vhighsheet[x])
xlswbk.align((nextrow,col+1),'left', sheet=vhighsheet[x])
nextrow+=1
multicon=len(r[1]) #Check if Multiple Outages per Contingency
for j in range(multicon-1): #Enter This Loop if More than One Outage per Contingency
nextoutage=['-',r[1][j+1]]
xlswbk.set_range(nextrow,col,nextoutage,fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,col),'right', sheet=vhighsheet[x])
xlswbk.align((nextrow,col+1),'left', sheet=vhighsheet[x])
nextrow+=1
#-------------------------------------------------------------------
#-------- WRITE N-0 HIGH VOLTAGE HEADINGS --------------------------
#-------------------------------------------------------------------
nextrow+=3
#Title4
title4= 'N-0 High Voltage Results'
xlswbk.set_cell((nextrow,1),title4, fontStyle="Bold",fontSize=10, fontColor="blue", sheet=vhighsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vhighsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Title5
BaseVHigh1='{0:>5.3f}'.format(BaseVHigh)
title5= '> '+ BaseVHigh1 +' pu'
xlswbk.set_cell((nextrow,1),title5,fontStyle="Bold", numberFormat='0.000', fontSize=10, fontColor="black", sheet=vhighsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vhighsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Blank Row
xlswbk.height((nextrow,1), height=7, sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
nextrow+=1
#Column Headings
colheads = ['BUS', ' ', 'Case0', 'Case1', 'Case2','Case3','Case4','Case5','Case6','Case7']
xlswbk.set_range(nextrow,1,colheads,fontStyle="Bold",fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,1,nextrow,10),'h_center', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vhighsheet[x])
xlswbk.border((nextrow,1,nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin', borderColor='black', sheet=vhighsheet[x])
#-------------------------------------------------------------------
#------- WRITE N-0 HIGH VOLTAGE FIELD ------------------------------
#-------------------------------------------------------------------
nextrow+=1
V3firstrow=nextrow
V3lastrow=nextrow
for r in range(len(basehighviolist)): #Write the N-0 High Voltage Violations Field
rowval = basehighviolist[r]
xlswbk.set_range(nextrow,col,[rowval[0]],fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.set_range(nextrow,col+1,['--'],fontSize=8, fontColor="black", sheet=vhighsheet[x])
xlswbk.set_range(nextrow,col+2,[rowval[1:]],fontSize=8, fontColor="black", sheet=vhighsheet[x])
V3lastrow=nextrow
nextrow+=1
xlswbk.align((V3firstrow,1,V3lastrow,1),'right', sheet=vhighsheet[x]) #Right Justify Bus Names
xlswbk.align((V3firstrow,2,V3lastrow,10),'h_center', sheet=vhighsheet[x]) #Center the Field
xlswbk.font((V3firstrow,3,V3lastrow,10),numberFormat='0.000', sheet=vhighsheet[x]) #Format the High Voltage Field to 3 Decimal Places
if basehighviolist==[]: #Check if there were no High Voltage Violation
xlswbk.set_range(nextrow,col,['NONE'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vhighsheet[x])
xlswbk.align((nextrow,col),'h_center', sheet=vhighsheet[x])
nextrow+=1
xlswbk.autofit_columns((1,1), sheet=vhighsheet[x]) #Autofit Column1
xlswbk.width((1,11),3,sheet=vhighsheet[x]) #Set Width of Column11
#xlswbk.show()
xlswbk.save()
xlswbk.close()
#***********************************************************************
#------------ Python Win32 Extension for Cell Colors -------------------
#***********************************************************************
print 'HIGHLIGHTING CELLS IN {0:} RESULTS .......................{1:}'.format(worsttext[x],filler[x])
xlApp=win32com.client.gencache.EnsureDispatch('Excel.Application')
xlApp.Workbooks.Open(xlsfile)
xlBook=xlApp.ActiveWorkbook
#CONTINGENCY LOW VOLTAGE -----------------------------------------------
for i in range(V1firstrow,V1lastrow+1):
for j in range(3,11):
value=xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Value
if value > 0.000:
if value < VLowCriteria+0.010:
xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Interior.ColorIndex = 36
if value < VLowCriteria:
xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Interior.ColorIndex = 45
if value <= ExtremeVLow:
xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Interior.ColorIndex = 3
#N-0 LOW VOLTAGE -------------------------------------------------------
for i in range(V0firstrow,V0lastrow+1):
for j in range(3,11):
value=xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Value
if value > 0.000:
if value < BaseVLowCriteria+0.010:
xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Interior.ColorIndex = 36
if value < BaseVLowCriteria:
xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Interior.ColorIndex = 45
if value <= ExtremeBaseVLow:
xlApp.Worksheets(vlowsheet[x]).Cells(i,j).Interior.ColorIndex = 3
#CONTINGENCY FLOWS -----------------------------------------------------
for i in range(i1firstrow,i1lastrow+1):
for j in range(4,12):
value=xlApp.Worksheets(flowsheet[x]).Cells(i,j).Value
if type(value)==float:
if value >= IHighCriteria-5.0:
xlApp.Worksheets(flowsheet[x]).Cells(i,j).Interior.ColorIndex = 36
if value >= IHighCriteria:
xlApp.Worksheets(flowsheet[x]).Cells(i,j).Interior.ColorIndex = 45
if value >= ExtremeIHigh:
xlApp.Worksheets(flowsheet[x]).Cells(i,j).Interior.ColorIndex = 3
#N-0 FLOWS -------------------------------------------------------------
for i in range(i0firstrow,i0lastrow+1):
for j in range(4,12):
value=xlApp.Worksheets(flowsheet[x]).Cells(i,j).Value
if type(value)==float:
if value >= IHighCriteria-5.0:
xlApp.Worksheets(flowsheet[x]).Cells(i,j).Interior.ColorIndex = 36
if value >= IHighCriteria:
xlApp.Worksheets(flowsheet[x]).Cells(i,j).Interior.ColorIndex = 45
if value >= ExtremeIHigh:
xlApp.Worksheets(flowsheet[x]).Cells(i,j).Interior.ColorIndex = 3
#CONTINGENCY HIGH VOLTAGE ----------------------------------------------
if GetHighV==True:
for i in range(V2firstrow,V2lastrow+1):
for j in range(3,11):
value=xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Value
if type(value)==float:
if value > VHighCriteria-0.010:
xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Interior.ColorIndex = 36
if value > VHighCriteria:
xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Interior.ColorIndex = 45
if value >= ExtremeVHigh:
xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Interior.ColorIndex = 3
#N-0 HIGH VOLTAGE --------------------------------------------------
for i in range(V3firstrow,V3lastrow+1):
for j in range(3,11):
value=xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Value
if type(value)==float:
if value > BaseVHighCriteria-0.010:
xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Interior.ColorIndex = 36
if value > BaseVHighCriteria:
xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Interior.ColorIndex = 45
if value >= ExtremeBaseVHigh:
xlApp.Worksheets(vhighsheet[x]).Cells(i,j).Interior.ColorIndex = 3
xlBook.Save()
xlBook.Close()
xlApp.Application.Quit()
print 'DONE .... OPENING EXCEL REPORT ............................'
if GetWorst==0: sheetselection=vlowsheet[0]
if GetWorst==1: sheetselection=vlowsheet[1]
if GetWorst==2: sheetselection=vlowsheet[0]
xlApp=win32com.client.gencache.EnsureDispatch('Excel.Application')
xlApp.Workbooks.Open(xlsfile)
xlBook=xlApp.ActiveWorkbook
xlApp.Worksheets(sheetselection).Select()
xlApp.Visible=True
xlBook.Save()
#================================ DONE =====================================
if modext=='.pyc':
import time
starttime=time.time()
timeleft=sleeptime
while timeleft>=0:
elapsedtime=time.time()-starttime
timeleft=round(sleeptime-elapsedtime,0)
time.sleep(0.04)
print 'EXITING IN ................................................ {0:2.0f} SECONDS\r'.format(timeleft),
sheet=flowsheet[x]
| | 8 | No.8 Revision |
Help Refining Multiple ACCC Excel Report
I have created a python module for comparing multiple (up to eight) acc files determined that the opening and reporting results to Excel. Lots closing of time invested so far and it seems to function well.... However when comparing multiple files with large contingency lists (not to mention N-2 lists), this thing psspy.accsummary in loops takes forever to create the final Excel report. I must admit that I am a "Brute Force" type of programmer. I would welcome anyone out there to take a look at my code and suggest any ways to improve processing time.
Thanks, Use the code below any way you like.significant time.
Thanks JervisW for your reply, This module uses excel.py (for output). Then uses win32.com for Highlighting Cell Colors. The excel output only happens at very last of module. No real complaints with speed regarding Excel Output. Processing the Outages from multiple ACCC file(s) seems to be the culprit. Perhaps looping more efficiently is the real question here.
#Created by knucklehead on 07-20-2013
#Developed with Python 2.7.3, EXCEL 2013, and PSSE 33.4
#This Module Creates an Excel Spreadsheet Comparing Results of Up to Eight(8) PSSE ACCC Solution Files
#Prompts for Contingency Low Bus Voltage Threshold to Report
#Option to Enable High Bus Voltage Reporting (GetHighV)
#Prompts for Contingency High Bus Voltage Threshold to Report (if GetHighV enabled)
#Prompts for Contingency High Branch Flow Threshold to Report
#Will Ask for How Many ACCC Files to Compare
#Prompts to Input the ACCC Files (Choose Files in the order Desired)
#Has Options to Report All Violations, Worst Violations, or Both on EXCEL Sheets
#Writes and Saves an EXCEL Report file with the name: ACCC_Report + Date... Example: ACCC_Report(070713).xlsx
#Writes and Saves a PSSE TEXT Report (if Enabled Below) With the Name: ACCC_PSSE_Report + Date... Example: ACCC_PSSE_Report(070713).xlsx
#Use it Any Way You Like ... DNL
#Default Options ---------------------------------------------------------------
BaseVLowCriteria = 0.950 #N-0 pu Low Voltage Criteria (ERCOT uses 0.950)
BaseVHighCriteria = 1.050 #N-0 pu Low Voltage Criteria (ERCOT uses 1.050)
VLowCriteria = 0.900 #Contingency pu Low Voltage Criteria (ERCOT uses 0.900)
VHighCriteria = 1.050 #Contingency pu High Voltage Criteria (ERCOT uses 1.050)
IHighCriteria = 100.0 #Contingency Percent High Flow Criteria (All RTOs use 100.0)
MVARatingCriteria = 'B' #Contingency Rating Criteria for Branch Flow (Enter as Text)
BaseVLow = 0.950 #Per Unit N-0 Low Voltage Violation Level to Report
BaseVHigh = 1.050 #Per Unit N-0 High Voltage Violation Level to Report
BaseIHigh = 95.0 #Percent N-0 High Flow Violation Level to Report
ExtremeBaseVLow = 0.920 #Per Unit N-0 Extreme Low Voltage Violation (for EXCEL Highlighting)
ExtremeBaseVHigh = 1.100 #Per Unit N-0 Extreme High Voltage (for EXCEL Highlighting)
ExtremeBaseIHigh = 110.0 #Percent N-0 Extreme High Flow Violation (for EXCEL Highlighting)
ExtremeVLow = 0.850 #Per Unit Contingency Extreme Low Voltage (for EXCEL Highlighting)
ExtremeVHigh = 1.150 #Per Unit Contingency Extreme High Voltage (for EXCEL Highlighting)
ExtremeIHigh = 125.0 #Percent Contingency Extreme High Flow (for EXCEL Highlighting)
DefaultGetHighV = False #Default Enable for Reporting High Voltage Violations
DefaultVHigh = '1.050' #Default Contingency Per Unit High Voltage Violation Level to Report (Enter as Text)
DefaultVLow = '0.900' #Default Contingency Per Unit Low Voltage Violation Level to Report (Enter as Text)
DefaultIHigh = '95.0' #Default Contingency Percent Flow Violation Level (Enter as Text)
DefaultGetWorst = 2 #Default Contingency Violation Reporting Option: 0=All, 1=Worst, 2=Both
TextReport = False #Option for PSSE Generated 'Multiple AC Contingency Run Report'
sleeptime=10 #Pause Time for Output Console Window
import wx
from datetime import date
#--- ACCC GUI ------------------------------------------------------------------
def create(parent):
return Frame1(parent)
[wxID_FRAME1, wxID_FRAME1BUTTON1, wxID_FRAME1BUTTON2, wxID_FRAME1CHECKBOX2,
wxID_FRAME1PANEL1, wxID_FRAME1RADIOBOX1, wxID_FRAME1RADIOBOX3,
wxID_FRAME1STATICTEXT1, wxID_FRAME1STATICTEXT11, wxID_FRAME1STATICTEXT2,
wxID_FRAME1STATICTEXT3, wxID_FRAME1STATICTEXT4, wxID_FRAME1STATICTEXT5,
wxID_FRAME1STATICTEXT6, wxID_FRAME1STATICTEXT7, wxID_FRAME1STATICTEXT8,
wxID_FRAME1STATICTEXT9, wxID_FRAME1TEXTCTRL1, wxID_FRAME1TEXTCTRL10,
wxID_FRAME1TEXTCTRL11, wxID_FRAME1TEXTCTRL2, wxID_FRAME1TEXTCTRL3,
wxID_FRAME1TEXTCTRL4, wxID_FRAME1TEXTCTRL5, wxID_FRAME1TEXTCTRL6,
wxID_FRAME1TEXTCTRL7, wxID_FRAME1TEXTCTRL8, wxID_FRAME1TEXTCTRL9,
] = [wx.NewId() for _init_ctrls in range(28)]
class Frame1(wx.Frame):
def _init_coll_boxSizer9_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl3, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText3, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer7_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl5, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText5, 0, border=4, flag=wx.BOTTOM | wx.TOP)
def _init_coll_boxSizer8_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl4, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText4, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer15_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl9, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(23, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl10, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(23, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl11, 0, border=0, flag=0)
def _init_coll_boxSizer6_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl6, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText6, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer13_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.radioBox1, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
def _init_coll_boxSizer4_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl8, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText8, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer11_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl1, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText1, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer12_Items(self, parent):
parent.AddSpacer(wx.Size(70, 8), border=0, flag=0)
parent.AddWindow(self.button1, 0, border=0, flag=0)
def _init_coll_boxSizer10_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl2, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText2, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer5_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.textCtrl7, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddWindow(self.staticText7, 0, border=4, flag=wx.TOP | wx.BOTTOM)
def _init_coll_boxSizer3_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.radioBox3, 0, border=0, flag=0)
def _init_coll_boxSizer14_Items(self, parent):
parent.AddSpacer(wx.Size(24, 8), border=0, flag=0)
parent.AddWindow(self.staticText9, 0, border=3, flag=wx.BOTTOM)
parent.AddSpacer(wx.Size(23, 8), border=0, flag=0)
parent.AddWindow(self.checkBox2, 0, border=1, flag=wx.BOTTOM)
parent.AddSpacer(wx.Size(23, 8), border=0, flag=0)
parent.AddWindow(self.staticText11, 0, border=3, flag=wx.BOTTOM)
def _init_coll_boxSizer1_Items(self, parent):
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer14, 0, border=0, flag=0)
parent.AddSizer(self.boxSizer15, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer13, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer12, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer11, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer10, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer9, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer8, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer7, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer6, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer5, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer4, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer3, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSizer(self.boxSizer2, 0, border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
parent.AddSpacer(wx.Size(8, 8), border=0, flag=0)
def _init_coll_boxSizer2_Items(self, parent):
parent.AddSpacer(wx.Size(70, 8), border=0, flag=0)
parent.AddWindow(self.button2, 0, border=0, flag=0)
def _init_sizers(self):
self.boxSizer1 = wx.BoxSizer(orient=wx.VERTICAL)
self.boxSizer2 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer3 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer4 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer5 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer6 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer7 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer8 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer9 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer10 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer11 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer12 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer13 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer14 = wx.BoxSizer(orient=wx.HORIZONTAL)
self.boxSizer15 = wx.BoxSizer(orient=wx.HORIZONTAL)
self._init_coll_boxSizer1_Items(self.boxSizer1)
self._init_coll_boxSizer2_Items(self.boxSizer2)
self._init_coll_boxSizer3_Items(self.boxSizer3)
self._init_coll_boxSizer4_Items(self.boxSizer4)
self._init_coll_boxSizer5_Items(self.boxSizer5)
self._init_coll_boxSizer6_Items(self.boxSizer6)
self._init_coll_boxSizer7_Items(self.boxSizer7)
self._init_coll_boxSizer8_Items(self.boxSizer8)
self._init_coll_boxSizer9_Items(self.boxSizer9)
self._init_coll_boxSizer10_Items(self.boxSizer10)
self._init_coll_boxSizer11_Items(self.boxSizer11)
self._init_coll_boxSizer12_Items(self.boxSizer12)
self._init_coll_boxSizer13_Items(self.boxSizer13)
self._init_coll_boxSizer14_Items(self.boxSizer14)
self._init_coll_boxSizer15_Items(self.boxSizer15)
self.panel1.SetSizer(self.boxSizer1)
def _init_ctrls(self, prnt):
wx.Frame.__init__(self, id=wxID_FRAME1, name='', parent=prnt,
pos=wx.Point(684, 261), size=wx.Size(321, 582),
style=wx.DEFAULT_FRAME_STYLE, title='ACCC Report Options')
self.SetClientSize(wx.Size(305, 544))
self.SetToolTipString('')
wx.Frame.Center(self,wx.BOTH)
self.panel1 = wx.Panel(id=wxID_FRAME1PANEL1, name='panel1', parent=self,
pos=wx.Point(0, 0), size=wx.Size(305, 544),
style=wx.TAB_TRAVERSAL)
self.panel1.SetToolTipString('')
self.radioBox1 = wx.RadioBox(choices=['1', '2', '3', '4', '5', '6', '7',
'8'], id=wxID_FRAME1RADIOBOX1, label='Number of ACC Files',
majorDimension=1, name='radioBox1', parent=self.panel1,
pos=wx.Point(24, 69), size=wx.Size(256, 48),
style=wx.RAISED_BORDER | wx.RA_SPECIFY_ROWS)
self.radioBox1.SetToolTipString('')
self.radioBox1.SetThemeEnabled(False)
self.radioBox1.SetSelection(0)
self.radioBox1.Bind(wx.EVT_RADIOBOX, self.OnRadioBox1Radiobox,
id=wxID_FRAME1RADIOBOX1)
self.button1 = wx.Button(id=wxID_FRAME1BUTTON1, label='Get File(s)',
name='button1', parent=self.panel1, pos=wx.Point(70, 125),
size=wx.Size(76, 23), style=0)
self.button1.SetToolTipString('')
self.button1.SetFocus()
self.button1.Bind(wx.EVT_BUTTON, self.OnButton1Button,
id=wxID_FRAME1BUTTON1)
self.textCtrl1 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL1, name='textCtrl1',
parent=self.panel1, pos=wx.Point(24, 156), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl1.Enable(True)
self.textCtrl1.SetToolTipString('')
self.textCtrl1.SetEditable(False)
self.textCtrl1.Enable(True)
self.textCtrl2 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL2, name='textCtrl2',
parent=self.panel1, pos=wx.Point(24, 185), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl2.SetEditable(False)
self.textCtrl2.SetToolTipString('')
self.textCtrl2.Enable(False)
self.textCtrl3 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL3, name='textCtrl3',
parent=self.panel1, pos=wx.Point(24, 214), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl3.Enable(True)
self.textCtrl3.SetToolTipString('')
self.textCtrl3.SetEditable(False)
self.textCtrl3.Enable(False)
self.textCtrl4 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL4, name='textCtrl4',
parent=self.panel1, pos=wx.Point(24, 243), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl4.Enable(True)
self.textCtrl4.SetToolTipString('')
self.textCtrl4.SetEditable(False)
self.textCtrl4.Enable(False)
self.textCtrl5 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL5, name='textCtrl5',
parent=self.panel1, pos=wx.Point(24, 272), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl5.Enable(True)
self.textCtrl5.SetToolTipString('')
self.textCtrl5.SetEditable(False)
self.textCtrl5.Enable(False)
self.textCtrl6 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL6, name='textCtrl6',
parent=self.panel1, pos=wx.Point(24, 301), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl6.Enable(True)
self.textCtrl6.SetToolTipString('')
self.textCtrl6.SetEditable(False)
self.textCtrl6.Enable(False)
self.textCtrl7 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL7, name='textCtrl7',
parent=self.panel1, pos=wx.Point(24, 330), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl7.Enable(True)
self.textCtrl7.SetToolTipString('')
self.textCtrl7.SetEditable(False)
self.textCtrl7.Enable(False)
self.textCtrl8 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL8, name='textCtrl8',
parent=self.panel1, pos=wx.Point(24, 359), size=wx.Size(168, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value='None')
self.textCtrl8.Enable(True)
self.textCtrl8.SetToolTipString('')
self.textCtrl8.SetEditable(False)
self.textCtrl8.Enable(False)
self.button2 = wx.Button(id=wxID_FRAME1BUTTON2, label='Run Report',
name='button2', parent=self.panel1, pos=wx.Point(70, 504),
size=wx.Size(76, 23), style=0)
self.button2.SetToolTipString('')
self.button2.Bind(wx.EVT_BUTTON, self.OnButton2Button,
id=wxID_FRAME1BUTTON2)
self.staticText1 = wx.StaticText(id=wxID_FRAME1STATICTEXT1,
label='<--- ACC File 1', name='staticText1', parent=self.panel1,
pos=wx.Point(200, 160), size=wx.Size(80, 13), style=0)
self.staticText1.SetToolTipString('')
self.staticText2 = wx.StaticText(id=wxID_FRAME1STATICTEXT2,
label='<--- ACC File 2', name='staticText2', parent=self.panel1,
pos=wx.Point(200, 189), size=wx.Size(80, 13), style=0)
self.staticText2.SetToolTipString('')
self.staticText3 = wx.StaticText(id=wxID_FRAME1STATICTEXT3,
label='<--- ACC File 3', name='staticText3', parent=self.panel1,
pos=wx.Point(200, 218), size=wx.Size(80, 13), style=0)
self.staticText3.SetToolTipString('')
self.staticText4 = wx.StaticText(id=wxID_FRAME1STATICTEXT4,
label='<--- ACC File 4', name='staticText4', parent=self.panel1,
pos=wx.Point(200, 247), size=wx.Size(80, 13), style=0)
self.staticText4.SetToolTipString('')
self.staticText5 = wx.StaticText(id=wxID_FRAME1STATICTEXT5,
label='<--- ACC File 5', name='staticText5', parent=self.panel1,
pos=wx.Point(200, 276), size=wx.Size(80, 13), style=0)
self.staticText5.SetToolTipString('')
self.staticText6 = wx.StaticText(id=wxID_FRAME1STATICTEXT6,
label='<--- ACC File 6', name='staticText6', parent=self.panel1,
pos=wx.Point(200, 305), size=wx.Size(80, 13), style=0)
self.staticText6.SetToolTipString('')
self.staticText7 = wx.StaticText(id=wxID_FRAME1STATICTEXT7,
label='<--- ACC File 7', name='staticText7', parent=self.panel1,
pos=wx.Point(200, 334), size=wx.Size(80, 13), style=0)
self.staticText7.SetToolTipString('')
self.staticText8 = wx.StaticText(id=wxID_FRAME1STATICTEXT8,
label='<--- ACC File 8', name='staticText8', parent=self.panel1,
pos=wx.Point(200, 363), size=wx.Size(80, 13), style=0)
self.staticText8.SetToolTipString('')
self.staticText9 = wx.StaticText(id=wxID_FRAME1STATICTEXT9,
label='VLow (pu)', name='staticText9', parent=self.panel1,
pos=wx.Point(24, 16), size=wx.Size(70, 13),
style=wx.ALIGN_CENTRE)
self.staticText9.SetToolTipString('')
self.staticText11 = wx.StaticText(id=wxID_FRAME1STATICTEXT11,
label='Loading (%)', name='staticText11', parent=self.panel1,
pos=wx.Point(210, 16), size=wx.Size(70, 13),
style=wx.ALIGN_CENTRE)
self.staticText11.SetToolTipString('')
self.textCtrl9 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL9, name='textCtrl9',
parent=self.panel1, pos=wx.Point(24, 32), size=wx.Size(70, 21),
style=wx.SUNKEN_BORDER | wx.TE_CENTER, value=DefaultVLow)
self.textCtrl9.SetToolTipString('')
self.textCtrl9.Bind(wx.EVT_TEXT, self.OnTextCtrl9Text,
id=wxID_FRAME1TEXTCTRL9)
self.textCtrl10 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL10,
name='textCtrl10', parent=self.panel1, pos=wx.Point(117, 32),
size=wx.Size(70, 21), style=wx.SUNKEN_BORDER | wx.TE_CENTER,
value=DefaultVHigh)
self.textCtrl10.SetToolTipString('')
self.textCtrl10.Enable(False)
self.textCtrl10.Bind(wx.EVT_TEXT, self.OnTextCtrl10Text,
id=wxID_FRAME1TEXTCTRL10)
self.textCtrl11 = wx.TextCtrl(id=wxID_FRAME1TEXTCTRL11,
name='textCtrl11', parent=self.panel1, pos=wx.Point(210, 32),
size=wx.Size(70, 21), style=wx.SUNKEN_BORDER | wx.TE_CENTER,
value=DefaultIHigh)
self.textCtrl11.SetToolTipString('')
self.textCtrl11.Bind(wx.EVT_TEXT, self.OnTextCtrl11Text,
id=wxID_FRAME1TEXTCTRL11)
self.checkBox2 = wx.CheckBox(id=wxID_FRAME1CHECKBOX2,
label='VHigh (pu)', name='checkBox2', parent=self.panel1,
pos=wx.Point(117, 16), size=wx.Size(70, 13), style=0)
self.checkBox2.SetValue(DefaultGetHighV)
self.checkBox2.SetToolTipString('')
self.checkBox2.Bind(wx.EVT_CHECKBOX, self.OnCheckBox2Checkbox,
id=wxID_FRAME1CHECKBOX2)
self.radioBox3 = wx.RadioBox(choices=['<--- Report All Violations',
'<--- Report Worst Violations', '<--- Report Both'],
id=wxID_FRAME1RADIOBOX3,
label='CONTINGENCY VIOLATION REPORTING OPTIONS:',
majorDimension=1, name='radioBox3', parent=self.panel1,
pos=wx.Point(24, 404), size=wx.Size(256, 84),
style=wx.RAISED_BORDER | wx.RA_SPECIFY_COLS)
self.radioBox3.SetSelection(DefaultGetWorst)
self.radioBox3.SetToolTipString('')
self.radioBox3.Bind(wx.EVT_RADIOBOX, self.OnRadioBox3Radiobox,
id=wxID_FRAME1RADIOBOX3)
self._init_sizers()
def __init__(self, parent):
self._init_ctrls(parent)
#-- GUI EVENTS -------------------------------------------------------------
#-- High Voltage Enable ----------------------------------------------------
def OnCheckBox2Checkbox(self, event):
gethighv = bool(self.checkBox2.GetValue())
self.textCtrl10.Enable(gethighv)
self.GetHighV = gethighv
#-- High Voltage Selection -------------------------------------------------
def OnTextCtrl10Text(self, event):
self.VHigh = float(self.textCtrl10.GetValue())
#-- Low Voltge Selection ---------------------------------------------------
def OnTextCtrl9Text(self, event):
self.VLow=float(self.textCtrl9.GetValue())
#-- High Loading Selection -------------------------------------------------
def OnTextCtrl11Text(self, event):
self.IHigh = float(self.textCtrl11.GetValue())
#-- Number of ACC Files Selection ------------------------------------------
def OnRadioBox1Radiobox(self, event):
displaydict={0:self.textCtrl1,1:self.textCtrl2,2:self.textCtrl3,3:self.textCtrl4,
4:self.textCtrl5,5:self.textCtrl6,6:self.textCtrl7,7:self.textCtrl8}
for i in displaydict: displaydict[i].SetValue('None')
self.numaccfiles = self.radioBox1.GetSelection()+1
for j in range(self.numaccfiles):
displaydict[j].Enable(1)
for k in range(j+1,8):
displaydict[k].Enable(0)
#-- Get ACC Files Button ---------------------------------------------------
def OnButton1Button(self, event):
displaydict={0:self.textCtrl1,1:self.textCtrl2,2:self.textCtrl3,3:self.textCtrl4,
4:self.textCtrl5,5:self.textCtrl6,6:self.textCtrl7,7:self.textCtrl8}
self.accfilelist=['','','','','','','','']
wildcard = "ACCC File (*.acc)|*.acc|"\
"All files (*.*)|*.*"
for i in range(self.numaccfiles):
title='Select ACCC File {0:1}'.format(i)
dialog = wx.FileDialog(None, title, os.getcwd(), "", wildcard, wx.OPEN|wx.CHANGE_DIR)
dialog.Center(wx.BOTH)
dialog.ShowModal()
fname=dialog.GetPath().encode("ascii")
path,fname=os.path.split(fname)
self.accfilelist[i]=fname
displaydict[i].SetValue(fname)
dialog.Destroy()
#-- Contingency Violation Options ------------------------------------------
def OnRadioBox3Radiobox(self, event):
self.GetWorst = self.radioBox3.GetSelection()
#-- Done Button.. Generate Report ------------------------------------------
def OnButton2Button(self, event):
app.ExitMainLoop()
#=== NON GUI FUNCTIONS =========================================================
def GetReportNames(path):
stamp='{:%m%d%y}'.format(date.today())
rptfile1=path +'\\ACCC_PSSE_Report_('+stamp+').txt'
rptfile2=path +'\\ACCC_PSSE_Report_(Worst)_('+stamp+').txt'
xlsfile=path +'\\ACCC_Report_('+stamp+').xlsx'
return rptfile1,rptfile2,xlsfile
#-------------------------------------------------------------------------------
def GetN0results(numaccfiles,accfilelist):
N0results=[[],[],[],[],[],[],[],[]]
for i in range(numaccfiles):
data = pssarrays.accc_solution(accfilelist[i], colabel='BASE CASE')
N0results[i]=data
return N0results
#-------------------------------------------------------------------------------
def GetUniqueBusList(numaccfiles,accfilelist):
accsummary=[[],[],[],[],[],[],[],[]]
buslist=()
for i in range(numaccfiles):
data = pssarrays.accc_summary(accfilelist[i])
accsummary[i]= data
buslist=buslist+data.mvbuslabel
ubuslist=list(set(buslist))
ubuslist.sort()
return ubuslist,accsummary
#-------------------------------------------------------------------------------
def GetUniqueBranchList(numaccfiles,accsummary):
branchlist=()
for i in range(numaccfiles):
data = accsummary[i]
branchlist=branchlist+data.melement
ubranchlist=list(set(branchlist))
ubranchlist.sort()
return ubranchlist
#-------------------------------------------------------------------------------
def BuildMasterConlist(numaccfiles,accfilelist,accsummary):
conlist=[]
masterconlist=[]
desc=[[],[],[],[],[],[],[],[]]
for j in range(numaccfiles):
for outage in accsummary[j].colabel[1:]:
data = pssarrays.accc_solution(accfilelist[j], colabel=outage)
description=(outage,data.codesc)
desc[j].append(description)
masterconlist.append(description)
umasterconlist=list(set(masterconlist))
umasterconlist.sort()
return desc,umasterconlist
#-------------------------------------------------------------------------------
def BuildDuplicateConList(masterconlist):
pmasterconlist=[]
for u in range(len(masterconlist)):
temp=[masterconlist[u][0],masterconlist[u][1]]
pmasterconlist.append(temp)
for x in range(len(pmasterconlist)-1):
for y in range(len(pmasterconlist)-1):
if pmasterconlist[y][0]== pmasterconlist[y+1][0]:
pmasterconlist[y][0]='@'+pmasterconlist[y+1][0]
return pmasterconlist
#-------------------------------------------------------------------------------
def GetN1results(numaccfiles,accfilelist,outage,desc):
conexist=[[],[],[],[],[],[],[],[]]
converged=[[],[],[],[],[],[],[],[]]
con=[[],[],[],[],[],[],[],[]]
N1results=[[],[],[],[],[],[],[],[]]
for i in range(numaccfiles):
conexist[i]=False
converged[i]='NA'
for j in desc[i]:
if outage[1]==j[1]:
con[i]=j
conexist[i]=True
for k in range(numaccfiles):
if conexist[k]==True:
data=pssarrays.accc_solution(accfilelist[k], colabel=con[k][0])
N1results[k]=data
converged[k]=data.cnvflag
return N1results,conexist,converged
#-------------------------------------------------------------------------------
def GetWorstVLow(vlowviolist,vlowconlist):
vlowviolist.sort(key=lambda x:x[0]) #Sort the Low Bus Voltage Violation List by Bus Name
delviolist=[True for y in range(len(vlowviolist))] #Initialize a Delete Flag List to True (Worst Violations will be changed to False)
buscountlist=[1 for z in range(len(vlowviolist))] #Initialize a Violation Counter list to 1 (Will be incremented if more than 1 violation)
vlowconlistdict=dict(vlowconlist) #Create a dictionary of contingency violations
minvoltage=3.33; buscount=1; minindex=0 #Initialize MinVoltage Value, Low Voltage Violation Counter, Index of Min Bus Voltage
for x in range(len(vlowviolist)-1): #Loop through the Indexes of the Bus Violation List (up to next to last)
if vlowviolist[x][0] == vlowviolist[x+1][0]: #Determine if this loop's Bus is equal to the next loop's Bus
buscount+=1 #If Equal, Increment Violation Counter
AList=vlowviolist[x][2:] #Get this loop's Bus Voltage Values
BList=vlowviolist[x+1][2:] #Get the next loop's Bus Voltage Values
for i in range(len(AList)): #Loop through the indexes of this loop's voltage values
try: AList[i]=float(AList[i]) #Convert the Bus Voltage Values to 'float' (if it is 'numerical')
except: AList[i]=3.44 #If the Bus Voltage is not numerical, assign it a very high 'non-violation' value
for j in range(len(BList)): #Loop through the indexes of the next loop's voltage values
try: BList[j]=float(BList[j]) #Convert the Bus Voltage Values to 'float' (if it is 'numerical')
except: BList[j]=3.44 #If the Bus Voltage is not numerical, assign it a very high 'non-violation' value
a=min(AList) #Get the Min of this loop's Bus Voltage
b=min(BList) #Get the Min of the next loop's Bus Voltage
if a < minvoltage: #If the Min of this loop's Bus Voltage is < this loop's minvoltage value
minvoltage=a #Set the minvoltage value to this loop's Min Bus Voltage
minindex=x #Save the index of this loop's Min Bus Voltage
if b < minvoltage: #If the Min of the next loop's Bus Voltage is < this loop's minvoltage value
minvoltage=b #Set the minvoltage value to the next loop's Min Bus Voltage
minindex=x+1 #Save the index of the next loop's Min Bus Voltage
else: #Since this loop's Bus is NOT equal to the next loop's Bus (Means we have looped through all buses with equal names)
buscountlist[minindex]=buscount #Change the element in this loop's (or next loop's) Bus Counter List to the Violation Counter
delviolist[minindex]=False #Change the element in this loop's (or next loop's) Delete Flag List to False
minvoltage=3.33 #Reset the Min Voltage Value to a large 'non-violation' value
buscount=1 #Reset the Bus Violation Counter
minindex=x+1 #Reset the Bus Min Violation index to the next loop
buscountlist[minindex]=buscount #If last two Buses are equal, assign bus counter from equal logic. If last two Buses are NOT equal, assign bus counter from NOT equal logic.
delviolist[minindex]=False #If last two Buses are equal, Change Delete Flag List from equal logic. If last two Buses are NOT equal, Change Delete Flag List from NOT equal logic.
worstviolist=[] #Create an Empty List to hold the 'Worst' Bus/Contingency/LowVoltage Data
worstcountlist=[] #Create an Empty List to hold how many Contingencies Caused Low Voltage Violations
for x in range(len(vlowviolist)): #Loop Through the 'Total' Bus Low Voltage Violation List
if delviolist[x]==False: #Check if this Bus/Contingency is NOT 'Flagged' to be Deleted (Worst Contingency)
worstviolist.append(list(vlowviolist[x])) #If Not ... Add it to the Worst Bus Low Voltage Violation List
worstcountlist.append(int(buscountlist[x])) #Get how many other Contingencies Caused Low Voltage Violations for this Bus
for y in range(len(worstviolist)): #Loop Through 'Identified' Worst Bus Low Voltage Violation List
if worstviolist[y][0].startswith('*'): #Check if the worst violation had a basecase violation
worstviolist[y][0]=worstviolist[y][0].lstrip('*') #Remove the leading character (will add it back)
worstviolist[y][0]='*('+str(worstcountlist[y])+') '+worstviolist[y][0] #Add the Number of Contingencies that Caused Low Voltage Violations to the Begining of the Bus Description
else: #If it did not have basecase violation...
worstviolist[y][0]='('+str(worstcountlist[y])+') '+worstviolist[y][0] #Add the Number of Contingencies that Caused Low Voltage Violations to the Begining of the Bus Description
worstconlist=[] #Create an Empty List to hold the Worst Contingency Names and Descriptions
for z in worstviolist: #Finally...Loop through 'Identified' Worst Bus Low Voltage Violation List Again
conlabel=z[1] #Get the Continency Name or 'Label'
condesc=vlowconlistdict[conlabel] #Get the Contingency Description using the Low Voltage Contingency List Dictionary
condata=(conlabel,condesc) #Create a temporary list for this Contingency Label and Description
worstconlist.append(condata) #Add this 'Worst' Contingency to the 'worstcon' List
return worstviolist,worstconlist #Return Worst Results (Bus/WorstOutage/VoltageData and Contingency Names/Descriptions
#-------------------------------------------------------------------------------
def GetWorstVHigh(vhighviolist,vhighconlist):
vhighviolist.sort(key=lambda x:x[0]) #Sort the High Bus Voltage Violation List by Bus Name
delviolist=[True for y in range(len(vhighviolist))] #Initialize a Delete Flag List to True (Worst Violations will be changed to False)
buscountlist=[1 for z in range(len(vhighviolist))] #Initialize a Violation Counter list to 1 (Will be incremented if more than 1 violation)
vhighconlistdict=dict(vhighconlist) #Create a dictionary of contingency violations
maxvoltage=0.20; buscount=1; maxindex=0 #Initialize MaxVoltage Value, High Voltage Violation Counter, Index of Max Bus Voltage
for x in range(len(vhighviolist)-1): #Loop through the Indexes of the Bus Violation List (up to next to last)
if vhighviolist[x][0] == vhighviolist[x+1][0]: #Determine if this loop's Bus is equal to the next loop's Bus
buscount+=1 #If Equal, Increment Violation Counter
AList=vhighviolist[x][2:] #Get this loop's Bus Voltage Values
BList=vhighviolist[x+1][2:] #Get the next loop's Bus Voltage Values
for i in range(len(AList)): #Loop through the indexes of this loop's voltage values
try: AList[i]=float(AList[i]) #Convert the Bus Voltage Values to 'float' (if it is 'numerical')
except: AList[i]=0.10 #If the Bus Voltage is not numerical, assign it a very low 'non-violation' value
for j in range(len(BList)): #Loop through the indexes of the next loop's voltage values
try: BList[j]=float(BList[j]) #Convert the Bus Voltage Values to 'float' (if it is 'numerical')
except: BList[j]=0.10 #If the Bus Voltage is not numerical, assign it a very low 'non-violation' value
a=max(AList) #Get the Max of this loop's Bus Voltage
b=max(BList) #Get the Max of the next loop's Bus Voltage
if a > maxvoltage: #If the Max of this loop's Bus Voltage is > this loop's minvoltage value
maxvoltage=a #Set the maxvoltage value to this loop's Max Bus Voltage
maxindex=x #Save the index of this loop's Max Bus Voltage
if b > maxvoltage: #If the Max of the next loop's Bus Voltage is > this loop's maxvoltage value
maxvoltage=b #Set the maxvoltage value to the next loop's Max Bus Voltage
maxindex=x+1 #Save the index of the next loop's Max Bus Voltage
else: #Since this loop's Bus is NOT equal to the next loop's Bus (Means we have looped through all buses with equal names)
buscountlist[maxindex]=buscount #Change the element in this loop's (or next loop's) Bus Counter List to the Violation Counter
delviolist[maxindex]=False #Change the element in this loop's (or next loop's) Delete Flag List to False
maxvoltage=0.20 #Reset the Max Voltage Value to a low 'non-violation' value
buscount=1 #Reset the Bus Violation Counter
maxindex=x+1 #Reset the Bus Max Violation index to the next loop
buscountlist[maxindex]=buscount #If last two Buses are equal, assign bus counter from equal logic. If last two Buses are NOT equal, assign bus counter from NOT equal logic.
delviolist[maxindex]=False #If last two Buses are equal, Change Delete Flag List from equal logic. If last two Buses are NOT equal, Change Delete Flag List from NOT equal logic.
worstviolist=[] #Create an Empty List to hold the 'Worst' Bus/Contingency/High Voltage Data
worstcountlist=[] #Create an Empty List to hold how many Contingencies Caused High Voltge Violations
for x in range(len(vhighviolist)): #Loop Through the 'Total' Bus Violation List
if delviolist[x]==False: #Check if this Bus/Contingency is NOT 'Flagged' to be Deleted (Worst Contingency)
worstviolist.append(list(vhighviolist[x])) #If Not ... Add it to the Worst Bus High Voltage Violation List
worstcountlist.append(int(buscountlist[x])) #Get how many other Contingencies Caused High Violations for this Bus
for y in range(len(worstviolist)): #Loop Through 'Identified' Worst Bus High Voltage Violation List
if worstviolist[y][0].startswith('*'): #Check if the worst violation had a basecase violation
worstviolist[y][0]=worstviolist[y][0].lstrip('*') #Remove the leading character (will add it back)
worstviolist[y][0]='*('+str(worstcountlist[y])+') '+worstviolist[y][0] #Add the Number of Contingencies that Caused Low Voltage Violations to the Begining of the Bus Description
else: #If it did not have basecase violation...
worstviolist[y][0]='('+str(worstcountlist[y])+') '+worstviolist[y][0] #Add the Number of Contingencies that Caused Low Voltage Violations to the Begining of the Bus Description
worstconlist=[] #Create an Empty List to hold the Worst Contingency Names and Descriptions
for z in worstviolist: #Finally...Loop through 'Identified' Worst Bus High Voltage List Again
conlabel=z[1] #Get the Continency Name or 'Label'
condesc=vhighconlistdict[conlabel] #Get the Contingency Description using the Voltage Contingency List Dictionary
condata=(conlabel,condesc) #Create a temporary list for this Contingency Label and Description
worstconlist.append(condata) #Add this 'Worst' Contingency to the 'worstcon' List
return worstviolist,worstconlist #Return Worst Results (Bus/WorstOutage/HighVoltageData and Contingency Names/Descriptions
#-------------------------------------------------------------------------------
def GetWorstI(iviolist,iconlist):
iviolist.sort(key=lambda x:x[0]) #Sort the Branch Violation List by Branch Name
deliviolist=[True for y in range(len(iviolist))] #Initialize a Delete Flag List to True (Worst Violations will be changed to False)
branchcountlist=[1 for z in range(len(iviolist))] #Initialize a Violation Counter list to 1 (Will be incremented if more than 1 violation)
iconlistdict=dict(iconlist) #Create a dictionary of contingency violations
maxloading=0.15; branchcount=1; maxindex=0 #Initialize MaxLoading Value, Branch Violation Counter, Index of Max Branch flow
for x in range(len(iviolist)-1): #Loop through the Indexes of the Branch Violation List (up to next to last)
if iviolist[x][0]==iviolist[x+1][0]: #Determine if this loop's Branch is equal to the next loop's Branch
branchcount+=1 #If Equal, Increment Violation Counter
AList=iviolist[x][3:] #Get this loop's Branch Flow Values
BList=iviolist[x+1][3:] #Get the next loop's Branch Flow Values
for i in range(len(AList)): #Loop through the indexes of this loop's flow values
try: AList[i]=float(AList[i]) #Convert the Branch Flow Values to 'float' (if it is 'numerical')
except: AList[i]=0.10 #If the Branch flow is not numerical, assign it a very low 'non-violation' value
for j in range(len(BList)): #Loop through the indexes of the next loop's flow values
try: BList[j]=float(BList[j]) #Convert the Branch Flow Values to 'float' (if it is 'numerical')
except: BList[j]=0.10 #If the Branch flow is not numerical, assign it a very low 'non-violation' value
a=max(AList) #Get the Max of this loop's branch flow
b=max(BList) #Get the Max of the next loop's branch flow
if a > maxloading: #If the Max of this loop's branch flow is > this loop's maxloading value
maxloading=a #Set the maxloading value to this loop's Max branch flow
maxindex=x #Save the index of this loop's Max branch flow
if b > maxloading: #If the Max of the next loop's branch flow is > this loop's maxloading value
maxloading=b #Set the maxloading value to the next loop's Max branch flow
maxindex=x+1 #Save the index of the next loop's Max branch flow
else: #Since this loop's Branch is NOT equal to the next loop's Branch (Means we have looped through all branches with equal names)
branchcountlist[maxindex]=branchcount #Change the element in this loop's (or next loop's) Branch Counter List to the Violation Counter
deliviolist[maxindex]=False #Change the element in this loop's (or next loop's) Delete Flag List to False
maxloading=0.15 #Reset the Max Loading Value to a small 'non-violation' value
branchcount=1 #Reset the Branch Violation Counter
maxindex=x+1 #Reset the Branch Max Violation index to the next loop
branchcountlist[maxindex]=branchcount #If last two branches are equal, assign branch counter from equal logic. If last two branches are NOT equal, assign branch counter from NOT equal logic.
deliviolist[maxindex]=False #If last two branches are equal, Change Delete Flag List from equal logic. If last two branches are NOT equal, Change Delete Flag List from NOT equal logic.
worstiviolist=[] #Create an Empty List to hold the 'Worst' Branch/Contingency/Flow Data
worstcountlist=[] #Create an Empty List to hold how many Contingencies Caused Violations
for x in range(len(iviolist)): #Loop Through the 'Total' Branch Violation List
if deliviolist[x]==False: #Check if this Branch/Contingency is not Flagged to be Deleted (Worst Contingency)
worstiviolist.append(list(iviolist[x])) #If Not ... Add it to the Worst Branch Flow Violation List
worstcountlist.append(int(branchcountlist[x])) #Get how many other Contingencies Caused Violations for this Branch
for y in range(len(worstiviolist)): #Loop Through 'Identified' Worst Branch Flow Violation List
if worstiviolist[y][0].startswith('*'): #Check if the worst violation had a basecase violation
worstiviolist[y][0]=worstiviolist[y][0].lstrip('*') #Remove the leading character (will add it back)
worstiviolist[y][0]='*('+str(worstcountlist[y])+') '+worstiviolist[y][0] #Add the Number of Contingencies that Caused High Flow Violations to the Begining of the Bus Description
else: #If it did not have basecase violation...
worstiviolist[y][0]='('+str(worstcountlist[y])+') '+worstiviolist[y][0] #Add the Number of Contingencies that Caused High Flow Violations to the Begining of the Bus Description
worstconlist=[] #Create an Empty List to hold the Worst Contingency Names and Descriptions
for z in worstiviolist: #Finally...Loop through 'Identified' Worst Branch Flow List Again
conlabel=z[1] #Get the Continency Name or 'Label'
condesc=iconlistdict[conlabel] #Get the Contingency Description using the Flow Contingency List Dictionary
condata=(conlabel,condesc) #Create a temporary list for this Contingency Label and Description
worstconlist.append(condata) #Add this 'Worst' Contingency to the 'worstcon' List
return worstiviolist,worstconlist #Return Worst Results (Branch/WorstOutage/FlowData and Contingency Names/Descriptions
#-------------------------------------------------------------------------------
#----- MAIN ---------- MAIN ---------- MAIN ---------- MAIN ---------- MAIN ----
#-------------------------------------------------------------------------------
if __name__ == '__main__':
import os, sys
#-------- SET EVIRONMENT VARIABLES to Access PSSE Modules ------------------
_PSSBINPATH = r"C:\Program Files\PTI\PSSE33\PSSBIN"
if os.path.exists(r"C:\Program Files (x86)\PTI\PSSE33\PSSBIN"):
_PSSBINPATH = r"C:\Program Files (x86)\PTI\PSSE33\PSSBIN"
os.environ['PATH'] = _PSSBINPATH + ';' + os.environ['PATH']
sys.path.insert(0,_PSSBINPATH)
import pssarrays, psspy
#Create GUI ----------------------------------------------------------------
app = wx.PySimpleApp()
frame = create(None)
frame.Show()
#Initialize ACCC Options ---------------------------------------------------
frame.VLow=float(DefaultVLow)
frame.GetHighV=DefaultGetHighV
frame.VHigh=float(DefaultVHigh)
frame.IHigh=float(DefaultIHigh)
frame.numaccfiles=1
frame.accfilelist=None
frame.GetWorst=DefaultGetWorst
#Go To GUI -----------------------------------------------------------------
app.MainLoop()
#Assign ACCC Options Selections --------------------------------------------
VLow=frame.VLow
GetHighV=frame.GetHighV
VHigh=frame.VHigh
IHigh=frame.IHigh
numaccfiles=frame.numaccfiles
accfilelist=frame.accfilelist
GetWorst=frame.GetWorst
#Close GUI -----------------------------------------------------------------
frame.Show(0)
frame.Close()
app.Destroy()
if accfilelist==None:
print '\nNO SAVE FILES SELECTED!!',
raise Exception('NO SAVE FILES SELECTED!!')
#---------------------------------------------------------------------------
accpath=os.getcwd() #Get the Path of Working Directory
rptfile1,rptfile2,xlsfile=GetReportNames(accpath) #Get the Names of Text and Excel Report Files
try: os.remove(xlsfile) #Delete EXCEL file with same name if it exists
except: pass
NoBus=9.999 #Temp Value if Bus is not found in Monitor List
NoVCon=8.888 #Temp Value if Contingency is not found in .acc File
NoBusNoVCon=7.777 #Temp Value Bus and Contingency is not found
NoVSol=6.666 #Temp Value if Contingency did not reach Convergence
NoBranch=999.9 #Temp Value if Branch is not found in Monitor List
NoICon=888.8 #Temp Value if No Flow Contingency
NoBranchNoICon=777.7 #Temp Value if Branch and Contingency is not found
NoISol=666.6 #Temp Value if Contingency did not reach Convergence
#===========================================================================
#===== GET N-0 RESULTS =====================================================
#===========================================================================
print 'GETTING N-0 RESULTS .......................................'
N0results= GetN0results(numaccfiles,accfilelist) #Get N-0 Results (Also used for Flow)
#START N-0 VOLTAGE ANALYSIS -----------------------------------------------
print 'COMPILING BUS LIST ........................................'
buslist,accsummary = GetUniqueBusList(numaccfiles,accfilelist) #Compile Unique Monitored Bus List
baselowviolist=[] #Initialize the N-0 Bus Low Voltage Violation List
basehighviolist=[] #Initialize the N-0 Bus High Voltage Violation List
print 'PROCESSING N-0 VOLTAGE ....................................'
for BUS in buslist: #Loop Through buses in the 'Total' Monitored Bus List
v = [0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize This 'BUS' Voltage Across Cases for this Loop
for i in range(numaccfiles): #Loop Across Cases
try: #Determine if this 'BUS' Exists in the Monitored List
busindex=accsummary[i].mvbuslabel.index(BUS) #Get this 'BUS' index from the Summary (if it exists)
v[i]=N0results[i].volts[busindex] #If the Bus is in the Monitored List... Get it's Voltage
except: v[i]=NoBus #If the Bus is not in the Monitored List... Assign it the 'NoBus' Value
lowviolation = False #Initialize Low Voltage Violation Flag
highviolation = False #Initialize High Voltage Violation Flag
for j in range(numaccfiles): #Loop Across Cases
if v[j] > 0.0 and v[j] < BaseVLow: lowviolation = True #Determine if this 'BUS' has a Low Voltage Violation, Set Flag
if v[j] > BaseVHigh and v[j] < NoVSol: highviolation = True #Determine if this 'BUS' has a High Voltage Violation, Set Flag
if lowviolation == True: #if this 'BUS' was Found in Low Voltage Violation
for k in range(numaccfiles): #Loop Across Cases
if v[k]==NoBus: v[k]='NB' #If this 'BUS' does not exist in the Monitored List for this Case, Assign a String to it's value
else: v[k]='{0:>5.3f}'.format(v[k]) #Otherwise... Get the 'BUS' Voltage
for x in range(numaccfiles,8): v[x]='- ' #If Less than Eight Cases... Set the 'BUS' voltage to a 'Null' String
L=[BUS,v[0],v[1],v[2],v[3],v[4],v[5],v[6],v[7]] #Create a List of Results
baselowviolist.append(L) #Add Results of this Loop to a Compiled N-0 Low Voltage Violation List
if highviolation == True: #if this 'BUS' was Found in High Voltage Violation
for m in range(numaccfiles): #Loop Across Cases
if v[m]==NoBus: v[m]='NB' #If this 'BUS' does not exist in the Monitored List for this Case, Assign a String to it's value
else: v[m]='{0:>5.3f}'.format(v[m]) #Otherwise... Get the 'BUS' Voltage
for x in range(numaccfiles,8): v[x]='- ' #If Less than Eight Cases... Set the 'BUS' voltage to a 'Null' String
M=[BUS,v[0],v[1],v[2],v[3],v[4],v[5],v[6],v[7]] #Create a List of Results
basehighviolist.append(M) #Add Results of this Loop to a Compiled N-0 High Voltage Violation List
baselowviolist.sort() #Sort the N-0 Bus Low Voltage Violation List
basehighviolist.sort() #Sort the N-0 Bus High Voltage Violation List
#START N-0 BRANCH FLOW ANALYSIS --------------------------------------------
print 'COMPILING BRANCH LIST .....................................'
branchlist= GetUniqueBranchList(numaccfiles,accsummary) #Compile Unique Monitored Branch List
baseiviolist=[] #Initialize the N-0 Violation List
print 'PROCESSING N-0 FLOW .......................................'
for BRANCH in branchlist: #Loop Through Branches in the 'Total' Monitored Branch List
rating=[0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize the Branch Ratings across Cases
pct=[0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize the Percent Flow across Cases
for i in range(numaccfiles): #Loop Across Cases
if BRANCH in accsummary[i].melement: #Determine if this 'BRANCH' Exists in the Monitored List
branchindex=accsummary[i].melement.index(BRANCH) #Get this 'BRANCH' index from the Summary (if it exists)
mvaflow=abs(N0results[i].ampflow[branchindex]) #If this 'BRANCH' is in the Monitored List... Get it's Flow
rating[i] = accsummary[i].rating.a[branchindex] #If this 'BRANCH' is in the Monitored List... Get it's Rating A
try: pct[i]=mvaflow*100/rating[i] #Check for Division by Zero ... Calculate Percent Flow
except: continue #Next Loop if Rating = 0.0
else: pct[i]=NoBranch #If this 'BRANCH' is not in the Monitored List... Assign it the 'NoBranch' Value
rate=max(rating) #Get the Max Branch Rating across Cases
rate='{0:>5.0f}'.format(rate) #Convert Rating to String and Format to Zero Decimal Places
for r in range(numaccfiles-1): #Loop Across Cases
if rating[r]!= 0.0 and rating[r+1]!= rating[r]: rate=rate+'~' #Determine if Ratings are Different... If So.. Add a Character to Max Rating
violation = False #Initialize the Violation Flag heading into the Next Loop
for j in range(numaccfiles): #Loop Across Cases
if pct[j] > BaseIHigh and pct[j] < NoISol: violation = True #Determine if this 'BRANCH' is in Violation, Set Flag
if violation == True: #if this 'BRANCH' was Found in Violation
for k in range(numaccfiles): #Loop Across Cases
if pct[k]==NoBranch: pct[k]='NB' #If this 'BRANCH' does not exist in the Monitored List, Assign a String to it's value
else: pct[k]='{0:>5.1f}'.format(pct[k]) #Otherwise... Get the 'BRANCH' Percent Flow
for x in range(numaccfiles,8): pct[x]='- ' #If Less than Eight Cases... Set the 'BRANCH' Percent Flow to a 'Null' String
L=[BRANCH,rate,pct[0],pct[1],pct[2],pct[3],pct[4],pct[5], #Create a List of Results
pct[6],pct[7]]
baseiviolist.append(L) #Add Results of this Loop to a Compiled N-0 Violation List
baseiviolist.sort() #Sort the N-0 Branch Violation List
#===========================================================================
#===== GET CONTINGENCY RESULTS =============================================
#===========================================================================
#BUILD MASTER CONTINGENCY LISTS --------------------------------------------
print 'BUILDING MASTER CONTINGENCY LIST ..........................'
desc,masterconlist= BuildMasterConlist(numaccfiles,accfilelist,accsummary) #Create a Contingency List for Each Case, and a Total List Across all Cases
print 'BUILDING DUPLICATE CONTINGENCY LIST .......................'
pmasterconlist=BuildDuplicateConList(masterconlist) #Create "Parallel" List to Distinguish any Duplicates
notconverged=[] #Holds all Contingencies that did not Converge
#INITIALIZE CONTINGENCY ANALYSIS ------------------------------------------
vnotconverged=[] #Formated and Used to Report Non-Converged Contingencies associated with Voltage
inotconverged=[] #Formated and Used to Report Non-Converged Contingencies associated with Flow
vlowconlist=[] #Holds Low Voltage Violation Contingency List
vlowviolist=[] #Holds Bus Name and Low Voltage Violatons
vhighconlist=[] #Holds High Voltage Violation Contingency List
vhighviolist=[] #Holds Bus Name and High Voltage Violatons
iconlist=[] #Holds Branch Violation Contingency List
iviolist=[] #Holds Branch Name and Branch Violatons
vlowconlist1=[] #Holds Low Voltage Violation Contingency List for Reporting
vlowviolist1=[] #Holds Bus Name and Low Voltage Violatons for Reporting
vhighconlist1=[] #Holds High Voltage Violation Contingency List for Reporting
vhighviolist1=[] #Holds Bus Name and High Voltage Violatons for Reporting
iconlist1=[] #Holds Branch Violation Contingency List for Reporting
iviolist1=[] #Holds Branch Name and Branche Violatons for Reporting
vlowconlist2=[] #Holds Worst Low Voltage Violation Contingency List for Reporting
vlowviolist2=[] #Holds Worst Bus Name and Low Voltage Violatons for Reporting
vhighconlist2=[] #Holds Worst High Voltage Violation Contingency List for Reporting
vhighviolist2=[] #Holds Worst Bus Name and High Voltage Violatons for Reporting
iconlist2=[] #Holds Worst Branch Violation Contingency List for Reporting
iviolist2=[] #Holds Worst Branch Name and Branche Violatons for Reporting
#GET DATA FOR REPORTING PROGRESS ------------------------------------------
loops=len(masterconlist) #Get how many Contingencies will be processed
loopcount=0.0 #Initialize a Loop Counter
modpath,modfname=os.path.split(sys.argv[0])
modname,modext=os.path.splitext(modfname) #Get Either .py or .pyc Extension of Module
#START CONTINGENCY ANALYSIS ------------------------------------------------
print 'PROCESSING OUTAGES ........................................'
for outage in masterconlist: #Loop Through the Master Contingency List
#PRINT PROGRESS (If in Command Console) --------------------------------
if modext=='.pyc':
loopcount+=1 #Increment the Loop Counter
print( '{0:<5.1f}% OUTAGE: ---> {1:<50s}'+'\r'*5).format(loopcount*100/loops,outage[0]), #Print Progress
#GET CONTINGENCY RESULTS ----------------------------------------------
N1results,conexist,converged= GetN1results(numaccfiles,accfilelist,outage,desc) #Get the Results for this Contingency (Also used for Flow)
conindex=masterconlist.index(outage) #Get the Index of this Contingency from the Master List (Used to Point to the Parallel List)
outagelabel=pmasterconlist[conindex][0] #Get the "Label" of this Outage from the Parallel Contingency List
con=(outagelabel,outage[1]) #Use the Parallel List Label and Master List Description to Identify this Outage
#-----------------------------------------------------------------------
#------------- START CONTINGENCY BUS VOLTAGE ANALYSIS ------------------
#-----------------------------------------------------------------------
for BUS in buslist: #Loop Through the Total BUS List
v = [0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize This Contingency's BUS Voltages
for i in range(numaccfiles): #Loop Across Cases
if conexist[i]==True: #Check if this Contingency Exists in this Case
if BUS in accsummary[i].mvbuslabel: #Check if this Bus is in the Monitor List
busindex=accsummary[i].mvbuslabel.index(BUS) #Get this BUS's index from the Summary (if it exists)
v[i]=N1results[i].volts[busindex] #If the BUS is in the Monitored List... Get it's Voltage
if converged[i]==False: v[i]=NoVSol #If the Contingency did not Converge in this Case... Assign it the 'NoSol' Value
else: v[i]=NoBus #If the Bus is not in the Monitored List... Assign it the 'NoBus' Value
if conexist[i]==False: #If this Loop's Contingency does not exist for this BUS
if BUS in accsummary[i].mvbuslabel: v[i]=NoVCon #Check if this BUS Exists in this Case.. If so, Assign the NoContingency Value
else: v[i]=NoBusNoVCon #Determine if this BUS does not Exist in this Case, If not, Assign the NoBus-NoContingency Value
lowviolation = False #Initialize Low Voltage Violation Flag
for i in range(numaccfiles): #Loop Across Cases
if v[i] > 0.0 and v[i] < VLow: lowviolation = True #Determine if this 'BUS' has a Low Voltage Violation, Set Flag
if lowviolation==True: #If one of the Cases had a Low BUS Voltage violation .... Do This Next Stuff
baselowvio=False #Initialize a 'Basecase Violaton' Flag (Used for considering basecase violations)
for j in baselowviolist: #Loop through the N-0 violation list
if BUS==j[0]: #Check if this Bus was in the N-0 violation list
baselowpu=[float(x) for x in j[1:1+numaccfiles]] #Create a list of the N-0 Bus PU Voltages
if min(baselowpu)< BaseVLowCriteria: baselowvio=True #If the Min of the PU Volages is < N-0 Low Voltage Criteria, Set basecase violation flag
for k in range(numaccfiles): #Loop Across Cases
if v[k]==NoVSol: v[k]='NS' #If Voltage has the "NoSolution" Value... Assign it a String Value
elif v[k]==NoBus: v[k]='NB' #If Voltage has the "NoBus" Value... Assign it a String Value
elif v[k]==NoVCon: v[k]='NC' #If Voltage has the "NoContingency" Value... Assign it a String Value
elif v[k]==NoBusNoVCon: v[k]='NB,NC' #If Voltage has the "NoBus NoContingency" Value... Assign it a String Value
else: v[k]='{0:>8.3f}'.format(v[k]) #Format the BUS Voltage to Three Decimal Places
vlowconlist.append(con) #Add this Contingency to the Low Voltage Contingency List for Reporting
for x in range(numaccfiles,8): v[x]='- ' #If Less than Eight Cases... Set the 'Other BUS' voltages to a 'Null' String for Nicer Output
if baselowvio==True: BUS='* '+BUS #If this BUS had a N-0 Violation, #Add a Character to BUS Name to Indicate this Branch had a basecase violation
L=[BUS,outagelabel,v[0],v[1],v[2],v[3],v[4],v[5],v[6],v[7]] #Build a Temporary List of this Loop's Bus, Outage Label, and Low Voltage Results
vlowviolist.append(L) #Add the Temporary List to the Total Low Voltage violation list
if GetHighV==True: #If Get High BUS Voltages is Enabled ... Do This Next Stuff
highviolation = False #Initialize High BUS Voltage Violation Flag
for i in range(numaccfiles): #Loop Across Cases
if v[i] > VHigh and v[i] < NoVSol: highviolation = True #Determine if this 'BUS' has a High Voltage Violation, Set Flag
if highviolation==True: #If one of the Cases had a High BUS Voltage violation .... Do This Next Stuff
basehighvio=False #Initialize a 'Basecase Violaton' Flag (Used for considering basecase violations)
for j in basehighviolist: #Loop through the N-0 violation list
if BUS==j[0]: #Check if this Bus was in the N-0 violation list
basehighpu=[float(x) for x in j[1:1+numaccfiles]] #Create a list of the N-0 Bus PU Voltages
if max(basehighpu)> BaseVHighCriteria: #If the Max of the PU Volages is > N-0 High Voltage Criteria
basehighvio=True #Set basecase violation flag
for k in range(numaccfiles): #Loop Across Cases
if v[k]==NoVSol: v[k]='NS' #If Voltage has the "NoSolution" Value... Assign it a String Value
elif v[k]==NoBus: v[k]='NB' #If Voltage has the "NoBus" Value... Assign it a String Value
elif v[k]==NoVCon: v[k]='NC' #If Voltage has the "NoContingency" Value... Assign it a String Value
elif v[k]==NoBusNoVCon: v[k]='NB,NC' #If Voltage has the "NoBus NoContingency" Value... Assign it a String Value
else: v[k]='{0:>8.3f}'.format(v[k]) #Format the BUS Voltage to Three Decimal Places
vhighconlist.append(con) #Add this Contingency to the High Voltage Contingency List for Reporting
for x in range(numaccfiles,8): v[x]='- ' #If Less than Eight Cases... Set the 'Other BUS' voltages to a 'Null' String for Nicer Output
if basehighvio==True: BRANCH='* '+BRANCH #If this Branch had a N-0 Violation, #Add a Character to BRANCH Name to Indicate this Branch had a basecase violation
L=[BUS,outagelabel,v[0],v[1],v[2],v[3],v[4],v[5],v[6],v[7]] #Build a Temporary List of this Loop's Bus, Outage Label, and Low Voltage Results
vhighviolist.append(L) #Add the Temporary List to the Total High Voltage violation list
vlowviolist.sort() #Sort the Contingency Low Voltage Violation List
vhighviolist.sort() #Sort the Contingency High Voltage Violation List
#-----------------------------------------------------------------------
#-------------- START CONTINGENCY BRANCH FLOW ANALYSIS -----------------
#-----------------------------------------------------------------------
for BRANCH in branchlist: #Loop Through the Total Branchlist
rating=[0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize the Branch Ratings across Cases
pct=[0.0,0.0,0.0,0.0,0.0,0.0,0.0,0.0] #Initialize the pecent Flow across Cases
BCRateflag=False
for i in range(numaccfiles): #Loop Across Case Numbers
if conexist[i]==True: #Check if the Contingency Exists
if BRANCH in accsummary[i].melement: #Determine if this 'BRANCH' Exists in the Monitored List
branchindex=accsummary[i].melement.index(BRANCH) #Get this BRANCH's index from the Summary (if it exists)
mvaflow=abs(N1results[i].ampflow[branchindex]) #If this BRANCH is in the Monitored List... Get it's Flow for this Outage
rateb=accsummary[i].rating.b[branchindex] #Get this BRANCH's B Rating in this case
ratec=accsummary[i].rating.c[branchindex] #Get this BRANCH's C Rating in this case
if ratec > rateb: BCRateflag=True #If Rate C > Rate B, Set flag
rating[i] = rateb #Set this BRANCH's Rating to Rate B
if MVARatingCriteria=='C': rating[i] = ratec #If BRANCH Rating Criteria is Set to 'C', Set this BRANCH's Rating to Rate C
try: pct[i]=mvaflow*100/rating[i] #Check for Division by Zero, Calculate Percent Flow
except: continue #Next Loop if Rating = 0.0
if converged[i]==False: pct[i]=NoISol #If this Contingency did not converge, assign the NoSolution Value
else: pct[i]=NoBranch #Since this BRANCH does not Exist in the Monitored List ... Assign it the 'NoBranch' Value
if conexist[i]==False: #Check if This Loop's Contingency exists in this Loop's Case
if BRANCH in accsummary[i].melement: pct[i]=NoICon #Check if this BRANCH exists in this case... If so, Assign the No Contingency Value
else: pct[i]=NoBranchNoICon #Since this BRANCH does not Exist in the Monitored List ... Assign the NoBranch-NoContingency Value
rate=max(rating) #Get the Max BRANCH Rating across Cases
rate='{0:>.0f}'.format(rate) #Convert BRANCH Rating to String and Format to Zero Decimal Places
if BCRateflag==True: rate=chr(149)+rate #If B and C Rating is different in one of the cases, Add Character to 'rate' for reporting
for r in range(numaccfiles-1): #Loop Across Case Numbers
if rating[r]!= 0.0 and rating[r+1]!= 0.0 and rating[r+1]!= rating[r]: rate=rate+'~' #Determine if BRANCH Ratings are Different... If So.. Add a Character to Max Rating
violation = False #Initialize the Violation Flag for the Next Loop
for j in range(numaccfiles): #Loop Across Case Numbers ...n, Set Flag
if pct[j] >= IHigh and pct[j] < NoISol: violation = True #Determine if this BRANCH is in Violation... If So, Set Flag
if violation==True: #If This Branch is in Violation of IHigh ... Do this Stuff
skip=False #Initialize a 'Skip Contingency' Flag (Used for considering basecase violations)
basevio=False #Initialize a 'Basecase Violaton' Flag (Used for considering basecase violations)
skiplist=[False for x in range(numaccfiles)] #Iniialize a skip flag list for the cases
for k in baseiviolist: #Loop through the N-0 violation list
if BRANCH==k[0]: #Check if this Branch was in the N-0 violation list
basepercent=[float(x) for x in k[2:2+numaccfiles]] #Create a list of the N-0 Percent Branch Flows
if min(basepercent)> IHighCriteria: basevio=True #If the Max of the Percent Flows > High Flow Criteria, Set basecase violation flag
conpercent=[pct[x] for x in range(numaccfiles)] #Create a list of the N-1 Percent Branch Flows
for x in range(len(basepercent)): #Loop through the indexes of the N-0 Branch Flow list
if conpercent[x]<= basepercent[x]+5.0: #If cases contingency branch flow <= cases N-0 branch flow,
skiplist[x]=True #Set skiplist flag for this case
if False not in skiplist: skip=True #Check if all the skiplist flags were set True, if so set skip flag
if skip==False: #If the 'skip' flag was not changed to True
iconlist.append(con) #Add this Contingency to the List for Reporting
for m in range(numaccfiles): #Loop Across Cases
if pct[m]==NoISol: pct[m]='NS' #If the Percent Flow has a NoSolution Value... Assign it a String Value
elif pct[m]==NoBranch: pct[m]='NB' #If the Percent Flow has a NoBranch Value... Assign it a String Value
elif pct[m]==NoICon: pct[m]='NC' #If the Percent Flow has a NoContingency Value... Assign it a String Value
elif pct[m]==NoBranchNoICon: pct[m]='NB,NC' #If the Percent Flow has a NoBranch-NoSolution Value... Assign it a String Value
else: pct[m]='{0:>5.1f}'.format(pct[m]) #Else format the 'Valid' percent Flow value to three decimal places
for x in range(numaccfiles,8): pct[x]='- ' #If Less than Eight Cases... Set the Case's Branch' flows to a 'Null' String for Nicer Output
if basevio==True: BRANCH='* '+BRANCH #If this Branch had a N-0 Violation, #Add a Character to BRANCH Name to Indicate this Branch had a basecase violation
L=[BRANCH,outagelabel,rate,pct[0],pct[1],pct[2],pct[3], #Build a Temp List of the Violation Results of this BRANCH Loop
pct[4],pct[5],pct[6],pct[7]]
iviolist.append(L) #Add the Temp List to the Master Flow Violation List
iviolist.sort() #Sort the Contingency Flow Violation List by Branch ID
if False in converged: #Determine if this outage did not converge in any of the cases
notconverged.append(con) #Add this Non-Converged contingency to a Master list
for x in range(numaccfiles,8): converged[x]='- ' #If Less than Eight Cases... Set the 'Other Branch' flows to a 'Null' String for Nicer Output
for y in range(numaccfiles): #Loop Across Case Numbers
if converged[y]==False: converged[y]='NS' #If this outage did not converged in this case... Assign a 'No Solution' String Value
if converged[y]==True: converged[y]='- ' #If this outage did converge in this case... Assign a 'Null' String Value
K=['NON CONVERGED ->',outagelabel,converged[0],converged[1], #Build a Temporary List for the Voltage cases showing Non-Convergence
converged[2],converged[3],converged[4],converged[5],
converged[6],converged[7]]
M=['NON CONVERGED ->',outagelabel,' -',converged[0], #Build a Temporary List for the Flow cases showing Non-Convergence
converged[1],converged[2],converged[3],converged[4],
converged[5],converged[6],converged[7]]
vnotconverged.append(K) #Add the Temporary to a list for appending Voltage Field
inotconverged.append(M) #Add the Temporary list to a list for appending Flow Field
vlowconlist.append(con) #Add this Non-Converged Contingency to the Low Voltage violation contingency list (remove duplicates later)
vhighconlist.append(con) #Add this Non-Converged Contingency to the High Voltage violation contingency list (remove duplicates later)
iconlist.append(con) #Add this Non-Converged Contingency to the Flow violation contingency list (remove duplicates later)
#Append Non-Converged Contingencies to other Lists -------------------------
vlowviolist1=vlowviolist+vnotconverged #Add the Non-Converged list to the Low Voltage Violations Field
vhighviolist1=vhighviolist+vnotconverged #Add the Non-Converged list to the High Voltage Violations Field
iviolist1=iviolist+inotconverged #Add the Non-Converged list to the Flow Violations Field
vlowconlist1=vlowconlist+notconverged #Add the Non-Converged Contingencies to the Low Voltage Contingency List
vhighconlist1=vhighconlist+notconverged #Add the Non-Converged Contingencies to the High Voltage Contingency List
iconlist1=iconlist+notconverged #Add the Non-Converged Contingencies to the Flow Contingency List
vlowconlist1=list(set(vlowconlist1)) #Remove Duplicates from the Low Voltage Contingency List
vhighconlist1=list(set(vhighconlist1)) #Remove Duplicates from the High Voltage Contingency List
iconlist1=list(set(iconlist1)) #Remove Duplicates from the Flow Contingency List
vlowconlist1.sort() #Sort the Low Voltage Contingency List
vhighconlist1.sort() #Sort the High Voltage Contingency List
iconlist1.sort() #Sort the Flow Contingency List
#If Get Worst Results Enabled ----------------------------------------------
if GetWorst>0: #If GetWorst Flag is set... Determine Worst Outages
print '\nGETTING WORST VOLTAGE RESULTS .............................'
if vlowviolist!=[]:
vlowviolist2,vlowconlist2=GetWorstVLow(vlowviolist,vlowconlist) #Return Worst Low Voltage Violation and Contingency Lists
if GetHighV==True and vhighviolist!=[]:
vhighviolist2,vhighconlist2=GetWorstVHigh(vhighviolist,vhighconlist)#Return Worst High Voltage Violation and Contingency Lists
print 'GETTING WORST FLOW RESULTS ................................'
if iviolist!=[]:
iviolist2,iconlist2=GetWorstI(iviolist,iconlist) #Return Worst Flow Violation and Contingency Lists
vlowviolist2=vlowviolist2+vnotconverged #Add the Non-Converged list to the Worst Low Voltage Violations Field
vhighviolist2=vhighviolist2+vnotconverged #Add the Non-Converged list to the Worst High Voltage Violations Field
iviolist2=iviolist2+inotconverged #Add the Non-Converged list to the Worst Flow Violations Field
vlowconlist2=vlowconlist2+notconverged #Add the Non-Converged Contingencies to the Worst Low Voltage Contingency List
vhighconlist2=vhighconlist2+notconverged #Add the Non-Converged Contingencies to the Worst High Voltage Contingency List
iconlist2=iconlist2+notconverged #Add the Non-Converged Contingencies to the Worst Flow Contingency List
vlowconlist2=list(set(vlowconlist2)) #Remove Duplicates from the Worst Voltage Contingency List
vhighconlist2=list(set(vhighconlist2)) #Remove Duplicates from the Worst Voltage Contingency List
iconlist2=list(set(iconlist2)) #Remove Duplicates from the Worst Flow Contingency List
vlowconlist2.sort() #Sort the Worst Low Voltage Contingency List
vhighconlist2.sort() #Sort the Worst High Voltage Contingency List
iconlist2.sort() #Sort the Worst Flow Contingency List
#Write PSSE Generated Report File(s) (If Enabled) --------------------------
if TextReport==True:
#PSSE Text Report Options ----------------------------------------------
a=1 #Column Headings: 1=acc filename, 2=savcase filename
b=1 #Base Case Rating: 1=RateA, 2=RateB, 3=RateC
c=2 #Contingency Case Rating: 1=RateA, 2=RateB, 3=RateC
d=1 #Base Case voltage limit: 1=Normal 2=Emergency
e=2 #Contingency Case Voltage Limit: 1=Normal 2=Emergency
f=0 #Print monitored elements summary report
g=0 #Print missing monitored elements report
h=0 #print missing monitored buses report
i=2 #print contingency legend: 0=No 1=Complete Legend Only 2=Reduced Legend with each table, 3=Both
j=0 #print missing contingencies report
k=1 #print non-converged contingencies report
l=2 #print loading violations: 0=No, 1=BaseCase and WorstCase, 2=BaseCase and All, 3=BaseCase WorstCase and All
m=2 #print voltage violations: 0=No, 1=BaseCase and WorstCase, 2=BaseCase and All, 3=BaseCase WorstCase and All
n=0 #Report Interfaces in loading violation reports
o=1 #Skip N-0 Flow Violations in Contingency Flow Reporting
p=1 #Skip N-0 Voltage Violations in Contingency Voltage Reporting
A=0.5 #bus mismatch converged tolerance
B=5.0 #system mismatch converged tolerance
C=IHigh #percent flow rating for reporting
D=IHigh #worst case percent flow rating for reporting
E=0.0 #worst case minimum flow change from base case for reporting
F=0.0 #worst case minimum percent flow increase from base case for reporting
G=0.0 #worst case minimum voltage change from base case for reporting
if MVARatingCriteria=='C': c=3
print 'GENERATING PSSE TEXT REPORT(S) ................'
import redirect
redirect.psse2py()
psspy.psseinit(buses=80000)
psspy.transformer_percent_units(1)
psspy.non_trans_percent_units(1)
tempout = sys.stdout #Temp placeholder for sys.stdout
sys.stdout = open(rptfile1,'w') #Send Print Statements to ACCC_PSSE_Report.txt File
filelist=accfilelist[0:numaccfiles]
psspy.accc_multiple_run_report_2([a,b,c,d,e,f,g,h,i,j,k,l,m,n,o,p],[A,B,C,D,E,F,G],numaccfiles,filelist)
if GetWorst>0:
l=1
m=1
reportout = sys.stdout
sys.stdout = open(rptfile2,'w') #Send Print Statements to ACCC_PSSE_Report_(Worst).txt File
psspy.accc_multiple_run_report_2([a,b,c,d,e,f,g,h,i,j,k,l,m,n,o,p],[A,B,C,D,E,F,G],numaccfiles,filelist)
sys.stdout = tempout #Direct Output Back to Screen
#===========================================================================
#---------------------- WRITE RESULTS TO EXCEL -----------------------------
#===========================================================================
import excelpy
import win32com.client
Vlowviolist=list([vlowviolist1,vlowviolist2])
Vlowconlist=list([vlowconlist1,vlowconlist2])
Vhighviolist=list([vhighviolist1,vhighviolist2])
Vhighconlist=list([vhighconlist1,vhighconlist2])
Iviolist=list([iviolist1,iviolist2])
Iconlist=list([iconlist1,iconlist2])
looplogic=[range(1),range(1,2),range(2)]
worsttext=['ALL','WORST']
vlowsheet=['VLow','VLow (Worst)']
vhighsheet=['VHigh','VHigh (Worst)']
flowsheet=['Flow','Flow (Worst)']
filler=['..','']
#Create Case Headings ------------------------------------------------------
case=[]
for i in range(numaccfiles): #Loop through the number of ACCC Files
value='Case%s '%str(i) #Column Headers in will be Case0, Case1, etc.
case.append(value) #Add to case heading list
for j in range(i+1,8): case.append('') #If Number of Cases is <8 ... Create 'Blank' Header
#Create Names for Case Legend ---------------------------------------------
fname=[]
for i in range(0,8):
p,e=os.path.splitext(accfilelist[i]) #Get ACCC Filename (without .acc) for The Legend
r,f=os.path.split(p) #Get ACCC Filename (without path) for The Legend
fname.append(f) #Add ACCC Filename to filename list
print '\nCREATING EXCEL REPORT .....................................'
for x in looplogic[GetWorst]:
#=======================================================================
#-------- LOW VOLTAGE -------- LOW VOLTAGE -------- LOW VOLTAGE --------
#=======================================================================
if x==0: xlswbk = excelpy.workbook(xlsfile,mode='w', sheet=vlowsheet[x],overwritesheet=True)
if x==1: xlswbk = excelpy.workbook(xlsfile,mode='w', sheet=vlowsheet[x],overwritesheet=True)
#if x==1 and GetWorst==1: xlswbk = excelpy.workbook(xlsfile,mode='w', sheet=vlowsheet[x],overwritesheet=True)
#if x==1 and GetWorst==2: xlswbk.worksheet_add_after(newSheet=vlowsheet[x], oldSheet=flowsheet[0], overwritesheet=True)
print 'WRITING {0:} LOW BUS VOLTAGE RESULTS TO EXCEL ............{1:}'.format(worsttext[x],filler[x])
#-----------------------------------------------------------------------
#-------- WRITE CONTINGENCY LOW VOLTAGE HEADINGS -----------------------
#-----------------------------------------------------------------------
nextrow=1
#Title1
title1= 'LOW BUS VOLTAGE REPORT'
xlswbk.set_cell((nextrow,1),title1,fontStyle="Bold",fontSize=12, fontColor="orange", sheet=vlowsheet[x])
xlswbk.border((nextrow,1,nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vlowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Title2
if x==0: title2= 'Contingency Results'
if x==1: title2= 'Worst Contingency Results'
xlswbk.set_cell((nextrow,1),title2,fontStyle="Bold",fontSize=10, fontColor="blue", sheet=vlowsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vlowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Title3
VLow1='{0:>5.3f}'.format(VLow)
title3= '< '+ VLow1 +' pu'
xlswbk.set_cell((nextrow,1),title3,fontStyle="Bold",numberFormat='0.000', fontSize=10, fontColor="black", sheet=vlowsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vlowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Blank Row
xlswbk.height((nextrow,1), height=7, sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Column Headings
colheads = ['BUS', 'OUTAGE', 'Case0', 'Case1', 'Case2','Case3','Case4','Case5','Case6','Case7']
xlswbk.set_range(nextrow,1,colheads,fontStyle="Bold",fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,1,nextrow,10),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1,nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin', borderColor='black', sheet=vlowsheet[x])
#Case Legend
xlswbk.set_range(nextrow,12,['Case Legend:'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow+1,12,18,12),'right', sheet=vlowsheet[x])
xlswbk.align((nextrow+1,13,18,13),'left', sheet=vlowsheet[x])
count=1
if fname[0]!='': xlswbk.set_range(nextrow+count,12,['Case0: ',fname[0]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[1]!='': xlswbk.set_range(nextrow+count,12,['Case1: ',fname[1]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[2]!='': xlswbk.set_range(nextrow+count,12,['Case2: ',fname[2]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[3]!='': xlswbk.set_range(nextrow+count,12,['Case3: ',fname[3]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[4]!='': xlswbk.set_range(nextrow+count,12,['Case4: ',fname[4]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[5]!='': xlswbk.set_range(nextrow+count,12,['Case5: ',fname[5]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[6]!='': xlswbk.set_range(nextrow+count,12,['Case6: ',fname[6]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
if fname[7]!='': xlswbk.set_range(nextrow+count,12,['Case7: ',fname[7]],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
count+=1
xlswbk.set_range(nextrow+count,12,['NB : ','No Bus -or- Not Monitored'],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['NC : ','No Contingency'],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['NS : ','No Solution'],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['* : ','Bus Had Basecase Violation'],fontSize=8, fontColor="black", sheet=vlowsheet[x]);count+=1
xlswbk.set_range(nextrow+count,12,['@ : ','Duplicate Contingency Name'],fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.font((nextrow+1,12,nextrow+count,12),fontStyle="Bold", sheet=vlowsheet[x])
xlswbk.autofit_columns((12,12), sheet=vlowsheet[x]) #Autofit Column12
xlswbk.autofit_columns((13,13), sheet=vlowsheet[x]) #Autofit Column13
nextrow+=1
#---------------------------------------------------------------------------
#------- WRITE CONTINGENCY LOW VOLTAGE FIELD -------------------------------
#---------------------------------------------------------------------------
col=1
V1firstrow=nextrow
V1lastrow=nextrow
for r in range(len(Vlowviolist[x])): #Write the Contingency Low Voltage Violations Field
rowval = Vlowviolist[x][r]
xlswbk.set_range(nextrow,col,rowval,fontSize=8, fontColor="black", sheet=vlowsheet[x])
V1lastrow=nextrow
nextrow+=1
xlswbk.autofit_columns((1,2), sheet=vlowsheet[x]) #AutoFit Column2
xlswbk.align((V1firstrow,1,V1lastrow,1),'right', sheet=vlowsheet[x]) #Right Justify Bus Names
xlswbk.align((V1firstrow,2,V1lastrow,10),'h_center', sheet=vlowsheet[x]) #Center the Field
xlswbk.font((V1firstrow,3,V1lastrow,10),numberFormat='0.000', sheet=vlowsheet[x]) #Format the Low Voltage Field to 3 Decimal Places
if Vlowviolist[x]==[]: #Check if there were no Low Voltage Violations
xlswbk.set_range(nextrow,col,['NONE'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,col),'h_center', sheet=vlowsheet[x])
nextrow+=1
nextrow+=1 #Write Contingency Legend Header
xlswbk.set_range(nextrow,col,['Contingency Legend:'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,col),'right', sheet=vlowsheet[x])
nextrow+=1
for r in Vlowconlist[x]: #Write Contingency Legend
rowval1 = [r[0],r[1][0]]
xlswbk.set_range(nextrow,col,rowval1,fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,col),'right', sheet=vlowsheet[x])
xlswbk.align((nextrow,col+1),'left', sheet=vlowsheet[x])
nextrow+=1
multicon=len(r[1]) #Check if Multiple Outages per Contingency
for j in range(multicon-1): #Enter This Loop if More than One Outage per Contingency
nextoutage=['-',r[1][j+1]]
xlswbk.set_range(nextrow,col,nextoutage,fontSize=8, fontColor="black", sheet=vlowsheet[x]) #Put it in the nextrow
xlswbk.align((nextrow,col),'right', sheet=vlowsheet[x])
xlswbk.align((nextrow,col+1),'left', sheet=vlowsheet[x])
nextrow+=1
#---------------------------------------------------------------------------
#-------- WRITE N-0 LOW VOLTAGE HEADINGS -----------------------------------
#---------------------------------------------------------------------------
nextrow+=3
#Title4
title4= 'N-0 Voltage Results'
xlswbk.set_cell((nextrow,1),title4, fontStyle="Bold",fontSize=10, fontColor="blue", sheet=vlowsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vlowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Title5
BaseVLow1='{0:>5.3f}'.format(BaseVLow)
title5= '< '+ BaseVLow1 +' pu'
xlswbk.set_cell((nextrow,1),title5,fontStyle="Bold", numberFormat='0.000', fontSize=10, fontColor="black", sheet=vlowsheet[x])
xlswbk.merge((nextrow,1,nextrow,10), sheet=vlowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Blank Row
xlswbk.height((nextrow,1), height=7, sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
nextrow+=1
#Column Headings
N0row=nextrow
colheads = ['BUS', ' ', 'Case0', 'Case1', 'Case2','Case3','Case4','Case5','Case6','Case7']
xlswbk.set_range(nextrow,1,colheads,fontStyle="Bold",fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,1,nextrow,10),'h_center', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,5), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,6), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,7), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,8), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,9), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=vlowsheet[x])
xlswbk.border((nextrow,1,nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin', borderColor='black', sheet=vlowsheet[x])
#-----------------------------------------------------------------------
#------- WRITE N-0 LOW VOLTAGE FIELD -----------------------------------
#-----------------------------------------------------------------------
nextrow+=1
V0firstrow=nextrow
V0lastrow=nextrow
for r in range(len(baselowviolist)): #Write the N-0 Violations Field
rowval = baselowviolist[r]
xlswbk.set_range(nextrow,col,[rowval[0]],fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.set_range(nextrow,col+1,['--'],fontSize=8, fontColor="black", sheet=vlowsheet[x])
xlswbk.set_range(nextrow,col+2,[rowval[1:]],fontSize=8, fontColor="black", sheet=vlowsheet[x])
V0lastrow=nextrow
nextrow+=1
xlswbk.align((V0firstrow,1,V0lastrow,1),'right', sheet=vlowsheet[x]) #Right Justify Bus Names
xlswbk.align((V0firstrow,2,V0lastrow,10),'h_center', sheet=vlowsheet[x]) #Center the Field
xlswbk.font((V0firstrow,2,V0lastrow,10),numberFormat='0.000', sheet=vlowsheet[x]) #Format the Voltage Field to 3 Decimal Places
if baselowviolist==[]:
xlswbk.set_range(nextrow,col,['NONE'],fontSize=8, fontStyle="Bold", fontColor="black", sheet=vlowsheet[x])
xlswbk.align((nextrow,col),'h_center', sheet=vlowsheet[x])
nextrow+=1
xlswbk.autofit_columns((1,1), sheet=vlowsheet[x]) #AutoFit Column1
xlswbk.width((1,11),3,sheet=flowsheet[x]) #Set Width of Column11
#=======================================================================
#-------- BRANCH FLOWS -------- BRANCH FLOWS -------- BRANCH FLOWS -----
#=======================================================================
xlswbk.worksheet_add_after(newSheet=flowsheet[x], oldSheet=vlowsheet[x], overwritesheet=True)
print 'WRITING {0:} BRANCH FLOW RESULTS TO EXCEL ................{1:}'.format(worsttext[x],filler[x])
#-----------------------------------------------------------------------
#-------- WRITE CONTINGENCY FLOWS HEADINGS -----------------------------
#-----------------------------------------------------------------------
nextrow=1
#Title1
title1= 'BRANCH LOADING REPORT'
xlswbk.set_cell((nextrow,1),title1,fontStyle="Bold",fontSize=12, fontColor="orange", sheet=flowsheet[x])
xlswbk.border((nextrow,1,nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.merge((nextrow,1,nextrow,11), sheet=flowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,5), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,6), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,7), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,8), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,9), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,10), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='left', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,11), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
nextrow+=1
#Title2
if x==0: title2= 'Contingency Results'
if x==1: title2= 'Worst Contingency Results'
xlswbk.set_cell((nextrow,1),title2,fontStyle="Bold",fontSize=10, fontColor="blue", sheet=flowsheet[x])
xlswbk.merge((nextrow,1,nextrow,11), sheet=flowsheet[x])
xlswbk.align((nextrow,1),'h_center', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='right', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='top', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,1), borderv='bottom', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,2), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,3), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x])
xlswbk.border((nextrow,4), borderv='outline', borderStyle='continuous', borderWeight='thin',borderColor='white', sheet=flowsheet[x]
| | 9 | No.9 Revision |
Help Refining Multiple ACCC Excel Report
determined I Determined that the opening and closing of psspy.accsummary pssarrays.accc_solution() for each contingency across multiple cases takes a lot of time. Even had memory leak problem when analyzing N-2 contingencies. I think version 34 has resolved the memory leak problem, but still need to break up the analysis into 'chunks' based on the number of cases, monitored elements and contingencies to keep from hitting the 2GB limit per process.
I ultimately used this logic:
GroupFactor=10 #Split Very Large Analysis Into Smaller Chuncks to Avoid Memory Limitations
GFactor=GroupFactor*1e6 #Decrease GroupFactor for More Groups (Smaller Steps)
numberofcons=len(alllabels) #Assign how many contingencies will be processed
NumBuses=sum([len(casebuses[x]) for x in loops takes significant time.xrange(numcases)])
NumBranches=sum([len(casebranches[x]) for x in xrange(numcases)])
numgroups=int(ceil(1.0*numberofcons*(NumBuses+NumBranches)/GFactor))
groupsize=int(ceil(1.0*numberofcons/numgroups))
| | 10 | No.10 Revision |
Help Refining Multiple ACCC Excel Report
I Determined that the opening and closing of pssarrays.accc_solution() for each contingency across multiple cases takes a lot of time. Even had memory leak problem when analyzing N-2 contingencies. I think version 34 has resolved the memory leak problem, but still need to break up the analysis into 'chunks' based on the number of cases, monitored elements and contingencies to keep from hitting the 2GB limit per process. I ultimately used this logic:
GroupFactor=10 #Split Very Large Analysis Into Smaller Chuncks to Avoid Memory Limitations
GFactor=GroupFactor*1e6 #Decrease GroupFactor for More Groups (Smaller Steps)
numberofcons=len(alllabels) #Assign how many contingencies will be processed
NumBuses=sum([len(casebuses[x]) for x in xrange(numcases)])
NumBranches=sum([len(casebranches[x]) for x in xrange(numcases)])
numgroups=int(ceil(1.0*numberofcons*(NumBuses+NumBranches)/GFactor))
groupsize=int(ceil(1.0*numberofcons/numgroups))
| | 11 | No.11 Revision |
Help Refining Multiple ACCC Excel Report
I Determined that the opening and closing of pssarrays.accc_solution() for each contingency across multiple cases takes a lot of time. Even had memory leak problem when analyzing N-2 contingencies. I think version 34 has resolved the memory leak problem, but still need to break up the analysis into 'chunks' based on the number of cases, monitored elements and contingencies to keep from hitting the 2GB limit per process. I ultimately used this logic:
GroupFactor=10 #Split Very Large Analysis Into Smaller Chuncks to Avoid Memory Limitations
GFactor=GroupFactor*1e6 #Decrease GroupFactor for More Groups (Smaller Steps)
numberofcons=len(alllabels) #Assign how many contingencies will be processed
NumBuses=sum([len(casebuses[x]) for x in xrange(numcases)])
NumBranches=sum([len(casebranches[x]) for x in xrange(numcases)])
numgroups=int(ceil(1.0*numberofcons*(NumBuses+NumBranches)/GFactor))
groupsize=int(ceil(1.0*numberofcons/numgroups))
