def onCalibTestBtn(self, event):
# set the gamma and test calibration
currentCal = self.currentMon.currentCalib['gammaGrid']
calibDlg = GammaDlg(self, self.currentMon)
if calibDlg.ShowModal() != wx.ID_OK:
calibDlg.Destroy()
return 1
nPoints = int(calibDlg.ctrlNPoints.GetValue())
stimSize = unicodeToFloat(calibDlg.ctrlStimSize.GetValue())
useBits = calibDlg.ctrlUseBits.GetValue()
calibDlg.Destroy()
autoMode = calibDlg.methodChoiceBx.GetStringSelection()
# lib starts at zero but here we allow 1
screen = int(calibDlg.ctrlScrN.GetValue()) - 1
lumLevels = monitors.DACrange(nPoints)
# gamma=None causes the function to use monitor settings
lumsPost = monitors.getLumSeries(photometer=self.photom,
lumLevels=lumLevels,
useBits=useBits,
autoMode=autoMode,
winSize=self.currentMon.getSizePix(),
stimSize=stimSize,
monitor=self.currentMon,
gamma=None,
screen=screen,)
if len(lumsPost) > 1:
self.currentMon.setLumsPost(lumsPost) # save for future
self.currentMon.setLevelsPost(lumLevels) # save for future
self.unSavedMonitor = True
def onCalibTestBtn(self,event):
#set the gamma and test calibration
currentCal = self.currentMon.currentCalib['gammaGrid']
calibDlg = GammaDlg(self, self.currentMon)
if calibDlg.ShowModal()!=wx.ID_OK:
calibDlg.Destroy()
return 1
nPoints = int(calibDlg.ctrlNPoints.GetValue())
stimSize = unicodeToFloat(calibDlg.ctrlStimSize.GetValue())
useBits = calibDlg.ctrlUseBits.GetValue()
calibDlg.Destroy()
autoMode = calibDlg.methodChoiceBx.GetStringSelection()
screen = int(calibDlg.ctrlScrN.GetValue())-1 #lib starts at zero but here we allow 1
lumLevels=monitors.DACrange(nPoints)
lumsPost = monitors.getLumSeries(photometer=self.photom,
lumLevels=lumLevels,
useBits=useBits,
autoMode=autoMode,
winSize=self.currentMon.getSizePix(),
stimSize=stimSize,
monitor = self.currentMon,
gamma=None,#causes the function to use monitor settings
screen=screen,
)
if len(lumsPost)>1:
self.currentMon.setLumsPost(lumsPost)#save for future
self.currentMon.setLevelsPost(lumLevels)#save for future
self.unSavedMonitor=True
def onCalibGammaBtn(self, event):
if NO_MEASUREMENTS:
# recalculate from previous measure
lumsPre = self.currentMon.getLumsPre()
lumLevels = self.currentMon.getLevelsPre()
else:
# present a dialogue to get details for calibration
calibDlg = GammaDlg(self, self.currentMon)
if calibDlg.ShowModal() != wx.ID_OK:
calibDlg.Destroy()
return 1
nPoints = int(calibDlg.ctrlNPoints.GetValue())
stimSize = unicodeToFloat(calibDlg.ctrlStimSize.GetValue())
useBits = calibDlg.ctrlUseBits.GetValue()
calibDlg.Destroy()
autoMode = calibDlg.methodChoiceBx.GetStringSelection()
# lib starts at zero but here we allow 1
screen = int(calibDlg.ctrlScrN.GetValue()) - 1
# run the calibration itself
lumLevels = monitors.DACrange(nPoints)
_size = self.currentMon.getSizePix()
lumsPre = monitors.getLumSeries(photometer=self.photom,
lumLevels=lumLevels,
useBits=useBits,
autoMode=autoMode,
winSize=_size,
stimSize=stimSize,
monitor=self.currentMon,
screen=screen)
# allow user to type in values
if autoMode == 'semi':
inputDlg = GammaLumValsDlg(parent=self, levels=lumLevels)
lumsPre = inputDlg.show() # will be [] if user cancels
inputDlg.Destroy()
# fit the gamma curves
if lumsPre is None or len(lumsPre) > 1:
self.onCopyCalib(1) # create a new dated calibration
self.currentMon.setLumsPre(lumsPre) # save for future
self.currentMon.setLevelsPre(lumLevels) # save for future
self.btnPlotGamma.Enable(True)
self.choiceLinearMethod.Enable()
# do the fits
self.doGammaFits(lumLevels, lumsPre)
else:
logging.warning('No lum values captured/entered')
