def main(fileName):
start = time.clock()
var = Var()
var.openFile(fileName)
var.output_something()
var.analysis_text()
# for Martix and dict
var.initMartix()
var.makeDict()
var.initStamp() # stamp for the element like R
# var.printMartix()
# var.printGBCDUI()
var.backMartix()
if var.ToSolveDC:
var.solveDC(plotFlag=1)
if var.ToSolveTran:
var.solveTran()
if var.ToSolveAC:
var.solveAC()
# var.printMartix()
# var.printGBCDUI()
# var.printX()
var.closeFile()
end = time.clock()
print end - start
def parse(netlist):
var = Var()
var.string2file(netlist)
var.analysis_text()
# for Martix and dict
var.initMartix()
var.makeDict()
var.initStamp() # stamp for the element like R
# var.printMartix()
# var.printGBCDUI()
var.backMartix()
if var.ToSolveDC:
var.solveDC(plotFlag=1)
if var.ToSolveTran:
var.solveTran()
if var.ToSolveAC:
var.solveAC()
# var.printMartix()
# var.printGBCDUI()
# var.printX()
var.closeFile()
result = {}
if hasattr(var, 'voltage_tag'):
result['voltage'] = var.voltage_tag
if hasattr(var, 'current_tag'):
result['current'] = var.current_tag
if hasattr(var, 'phase_tag'):
result['phase'] = var.phase_tag
return result