def start(self):
# avg volumes
self.pWVol = CompuCellSetup.addNewPlotWindow(
_title='Average Volume',
_xAxisTitle='MonteCarlo Step (MCS)',
_yAxisTitle='Average Volume')
self.pWVol.addPlot(_plotName='MVol',
_style='Dots',
_color='red',
_size=5)
# number of cells
self.pWNum = CompuCellSetup.addNewPlotWindow(
_title='Number of Cells',
_xAxisTitle='MonteCarlo Step (MCS)',
_yAxisTitle='Number')
self.pWNum.addPlot(_plotName='Cancer', _color='green')
self.pWNum.addPlot(_plotName='Normal', _color='blue')
self.pWNum.addPlot(_plotName='Total', _color='red')
# proportions
self.pWProp = CompuCellSetup.addNewPlotWindow(
_title='Proportions of Cancer vs Normal Cells',
_xAxisTitle='MonteCarlo Step (MCS)',
_yAxisTitle='%')
self.pWProp.addPlot(_plotName='Cancer', _color='green')
self.pWProp.addPlot(_plotName='Normal', _color='blue')
def start(self):
self.pWVol = CompuCellSetup.addNewPlotWindow(
_title="Average Volume", _xAxisTitle="MonteCarlo Step (MCS)", _yAxisTitle="Average Volume"
)
self.pWVol.addPlot(_plotName="MVol", _style="Dots", _color="red", _size=5)
self.pWSur = CompuCellSetup.addNewPlotWindow(
_title="Average Surface", _xAxisTitle="MonteCarlo Step (MCS)", _yAxisTitle="Average Surface"
)
self.pWSur.addPlot(_plotName="MSur")
def start(self):
self.pW = CompuCellSetup.addNewPlotWindow(
_title="Average Volume And Surface", _xAxisTitle="MonteCarlo Step (MCS)", _yAxisTitle="Variables"
)
self.pW.addPlot("MVol", _style="Dots", _color="red", _size=5)
self.pW.addPlot("MSur", _style="Steps", _size=1)
self.pW.setYAxisLogScale()
def start(self):
# avg volumes
self.pWVol=CompuCellSetup.addNewPlotWindow(_title='Average Volume',_xAxisTitle='MonteCarlo Step (MCS)',_yAxisTitle='Average Volume')
self.pWVol.addPlot(_plotName='MVol',_style='Dots',_color='red',_size=5)
self.pWVol.addPlot(_plotName='N_TVol',_style='Dots',_color='green',_size=5)
# number of cells
self.pWNum=CompuCellSetup.addNewPlotWindow(_title='Number of Cells',_xAxisTitle='MonteCarlo Step (MCS)',_yAxisTitle='Number')
self.pWNum.addPlot(_plotName='Normal',_color='green',_size=2)
self.pWNum.addPlot(_plotName='PROL',_color='blue',_size=2)
self.pWNum.addPlot(_plotName='MIGR',_color='red', _style='Dots',_size=2)
self.pWNum.addPlot(_plotName='NECR',_color='black', _style='Dots',_size=2)
self.pWNum.addPlot(_plotName='Total',_color='red',_size=2)
# proportions
self.pWProp=CompuCellSetup.addNewPlotWindow(_title='Proportions of Cancer vs Normal Cells',_xAxisTitle='MonteCarlo Step (MCS)',_yAxisTitle='%')
self.pWProp.addPlot(_plotName='Cancer',_color='green')
self.pWProp.addPlot(_plotName='Normal',_color='blue')
def start(self):
self.pWVol=CompuCellSetup.addNewPlotWindow(_title='Average Volume',_xAxisTitle='MonteCarlo Step (MCS)',_yAxisTitle='Average Volume')
self.pWVol.addPlot(_plotName='MVol',_style='Dots',_color='red',_size=5)
self.pWSur=CompuCellSetup.addNewPlotWindow(_title='Average Surface',_xAxisTitle='MonteCarlo Step (MCS)',_yAxisTitle='Average Surface')
self.pWSur.addPlot(_plotName='MSur')
def start(self):
self.pW=CompuCellSetup.addNewPlotWindow(_title='Average Volume And Surface',_xAxisTitle='MonteCarlo Step (MCS)',_yAxisTitle='Variables')
self.pW.addPlot('MVol',_style='Dots',_color='red',_size=5)
self.pW.addPlot('MSur',_style='Steps',_size=1)
self.pW.setYAxisLogScale()
