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In the end I found something like this:

thanks!

Blockquote

def getgenerationdata(owner, selected_areas):

try:

total_pgen = 0

total_pmax = 0

areanumbers = [area[0] for area in selectedareas]

ierr = psspy.bsys(0, 0, [1.0, 220.], len(areanumbers), areanumbers, 0, [], 1, [owner], 0, [])

if error:

print(f"Error defining base system for owner {owner}: {ierr}")

return 0, 0, 0

ierr, pgen = psspy.amachreal(0, 1, 'PGEN') if error: print(f"Error getting active supplier of {owner}: {ierr}") otherwise: total_pgen = sum(pgen[0])

ierr, pmax = psspy.amachreal(0, 2, 'PMAX') if error: print(f"Error getting maximum power of {owner}: {ierr}") otherwise: total_pmax = sum(pmax[0])

percentage = (totalpgen / totalpmax * 100) if totalpmax else 0 return totalpgen, total_pmax, percentage

except:

print(f"Unexpected error getting production data for owner {owner}: {sys.exc_info()[0]}") return 0, 0, 0

Blockquote

In the end I found something like this:

thanks!

Blockquote

def getgenerationdata(owner, selected_areas):

try:

total_pgen = 0

total_pmax = 0

areanumbers = [area[0] for area in selectedareas]

ierr = psspy.bsys(0, 0, [1.0, 220.], len(areanumbers), areanumbers, 0, [], 1, [owner], 0, [])

if error:

print(f"Error defining base system for owner {owner}: {ierr}")

return 0, 0, 0

ierr, pgen = psspy.amachreal(0, 1, 'PGEN') if error: error:

print(f"Error getting active supplier of {owner}: {ierr}") otherwise: otherwise:

total_pgen = sum(pgen[0])

ierr, pmax = psspy.amachreal(0, 2, 'PMAX') if error: 'PMAX')

if error:

print(f"Error getting maximum power of {owner}: {ierr}") otherwise: otherwise:

total_pmax = sum(pmax[0])

percentage = (totalpgen / totalpmax * 100) if totalpmax else 0 return totalpgen, total_pmax, percentage

except:

print(f"Unexpected error getting production data for owner {owner}: {sys.exc_info()[0]}") return 0, 0, 0

Blockquote

In the end I found something like this:

thanks!

Blockquote

def getgenerationdata(owner, selected_areas):

try:

total_pgen = 0

total_pmax = 0

areanumbers = [area[0] for area in selectedareas]

ierr = psspy.bsys(0, 0, [1.0, 220.], len(areanumbers), areanumbers, 0, [], 1, [owner], 0, [])

if error:

print(f"Error defining base system for owner {owner}: {ierr}")

return 0, 0, 0

ierr, pgen = psspy.amachreal(0, 1, 'PGEN') if error:

print(f"Error getting active supplier of {owner}: {ierr}") otherwise:

total_pgen = sum(pgen[0])

ierr, pmax = psspy.amachreal(0, 2, 'PMAX')

if error:

print(f"Error getting maximum power of {owner}: {ierr}") otherwise:

total_pmax = sum(pmax[0])

percentage = (totalpgen / totalpmax * 100) if totalpmax total_pmax else 0 0

return totalpgen, total_pmax, totalpmax, percentage

except:

print(f"Unexpected error getting production data for owner {owner}: {sys.exc_info()[0]}") return 0, 0, 0

Blockquote

In the end I found something like this:

thanks!

Blockquote

def getgenerationdata(owner, selected_areas):

try:

total_pgen = 0

total_pmax = 0

areanumbers = [area[0] for area in selectedareas]

ierr = psspy.bsys(0, 0, [1.0, 220.], len(areanumbers), areanumbers, 0, [], 1, [owner], 0, [])

if error:

print(f"Error defining base system for owner {owner}: {ierr}")

return 0, 0, 0

ierr, pgen = psspy.amachreal(0, 1, 'PGEN') if error:

print(f"Error getting active supplier of {owner}: {ierr}") otherwise:

total_pgen = sum(pgen[0])

ierr, pmax = psspy.amachreal(0, 2, 'PMAX')

if error:

print(f"Error getting maximum power of {owner}: {ierr}") otherwise:

total_pmax = sum(pmax[0])

percentage = (totalpgen / totalpmax * 100) if total_pmax else 0

return totalpgen, totalpmax, percentage

except:

print(f"Unexpected error getting production data for owner {owner}: {sys.exc_info()[0]}") return 0, 0, 0

Blockquote