Revision history [back]
 | 1 | initial version |
There is! To colour branches, buses, etc based on nominal voltage, you can use psspy.setdiagresvrcs. Some example code is below:
# Set voltage limits and colours
voltage_lims = [21,65,109,219,274,329,499]
reds = [128,0,128,255,0,128,255,255]
blues = [128,255,64,0,255,255,64,0]
greens = [128,255,64,0,0,0,128,255]
# Colours are [grey, light blue, brown, red, blue, purple, orange, yellow]
psspy.setdiagresvrcs_2(setscope = 1, usevolt = 1, vltval = voltage_lims, vlnclrr = reds, vlnclrb = blues, vlnclrg = greens, usevoltlay = 1)
| | 2 | No.2 Revision |
There is! To colour branches, buses, etc based on nominal voltage, you can use psspy.setdiagresvrcs. Some example code is below:below (code was written for PSSE 34, it's possible this may need tweaking in the latest version of PSSE):
# Set voltage limits and colours
voltage_lims = [21,65,109,219,274,329,499]
reds = [128,0,128,255,0,128,255,255]
blues = [128,255,64,0,255,255,64,0]
greens = [128,255,64,0,0,0,128,255]
# Colours are [grey, light blue, brown, red, blue, purple, orange, yellow]
psspy.setdiagresvrcs_2(setscope = 1, usevolt = 1, vltval = voltage_lims, vlnclrr = reds, vlnclrb = blues, vlnclrg = greens, usevoltlay = 1)
Note that the setscope argument determines whether the colours apply to the active SLD only, or whether they apply to all new SLDs.
