def onBtnFindPhotometer(self, event):
photName = self.ctrlPhotomType.GetStringSelection()
#search all ports
self.comPortLabel.SetLabel('Scanning ports...')
self.Update()
if 'PR655' in photName:
self.photom = hardware.findPhotometer(device='PR655')
elif 'PR650' in photName:
self.photom = hardware.findPhotometer(device='PR650')
elif 'LS100' in photName:
self.photom = hardware.findPhotometer(device='LS100')
elif 'ColorCAL' in photName:
self.photom = hardware.findPhotometer(device='ColorCAL')
if self.photom!=None and self.photom.OK:
self.btnFindPhotometer.Disable()
self.btnCalibrateGamma.Enable(True)
self.btnTestGamma.Enable(True)
if hasattr(self.photom, 'getLastSpectrum'):
self.btnCalibrateColor.Enable(True)
self.comPortLabel.SetLabel('%s found on %s' %(self.photom.type, self.photom.portString))
else:
self.comPortLabel.SetLabel('No photometers found')
self.photom=None
#does this device need a dark calibration?
if hasattr(self.photom, 'getNeedsCalibrateZero') and self.photom.getNeedsCalibrateZero():
#prompt user if we need a dark calibration for the device
if self.photom.getNeedsCalibrateZero():
dlg = wx.Dialog(self,title='Dark calibration of ColorCAL')
msg='Your ColorCAL needs to be calibrated first. ' +\
'Please block all light from getting into the lens and press OK.'
while self.photom.getNeedsCalibrateZero():
dlg = dialogs.MessageDialog(self,message=msg,
title='Dark calibration of ColorCAL',
type='Info')#info dlg has only an OK button
resp=dlg.ShowModal()
if resp== wx.ID_CANCEL:
self.photom=None
self.comPortLabel.SetLabel('')
return 0
elif resp == wx.ID_OK:
self.photom.calibrateZero()
#this failed at least once. Try again.
msg = 'Try again. Cover the lens fully and press OK'
def onBtnFindPhotometer(self, event):
# safer to get by index, but GetStringSelection will work for
# nonlocalized techincal names:
photName = self.ctrlPhotomType.GetStringSelection()
# not sure how
photPort = self.ctrlPhotomPort.GetValue().strip()
# [0] == Scan all ports
if not photPort or photPort == self._photomChoices[0]:
photPort = None
elif photPort.isdigit():
photPort = int(photPort)
# search all ports
self.comPortLabel.SetLabel(_translate('Scanning ports...'))
self.Update()
self.photom = hardware.findPhotometer(device=photName, ports=photPort)
if self.photom is not None and self.photom.OK:
self.btnFindPhotometer.Disable()
self.btnCalibrateGamma.Enable(True)
self.btnTestGamma.Enable(True)
if hasattr(self.photom, 'getLastSpectrum'):
self.btnCalibrateColor.Enable(True)
msg = _translate('%(photomType)s found on %(photomPort)s')
self.comPortLabel.SetLabel(msg %
{'photomType': self.photom.type,
'photomPort': self.photom.portString})
else:
self.comPortLabel.SetLabel(_translate('No photometers found'))
self.photom = None
# does this device need a dark calibration?
if (hasattr(self.photom, 'getNeedsCalibrateZero') and
self.photom.getNeedsCalibrateZero()):
# prompt user if we need a dark calibration for the device
if self.photom.getNeedsCalibrateZero():
dlg = wx.Dialog(self, title=_translate(
'Dark calibration of ColorCAL'))
msg = _translate('Your ColorCAL needs to be calibrated first.'
' Please block all light from getting into '
'the lens and press OK.')
while self.photom.getNeedsCalibrateZero():
txt = _translate('Dark calibration of ColorCAL')
dlg = dialogs.MessageDialog(self, message=msg,
title=txt,
type='Info')
# info dlg has only an OK button
resp = dlg.ShowModal()
if resp == wx.ID_CANCEL:
self.photom = None
self.comPortLabel.SetLabel('')
return 0
elif resp == wx.ID_OK:
self.photom.calibrateZero()
# this failed at least once. Try again.
msg = _translate('Try again. Cover the lens fully and '
'press OK')
def onBtnFindPhotometer(self, event):
photName = self.ctrlPhotomType.GetStringSelection()
#search all ports
self.comPortLabel.SetLabel('Scanning ports...')
self.Update()
if 'PR655' in photName:
self.photom = hardware.findPhotometer(device='PR655')
elif 'PR650' in photName:
self.photom = hardware.findPhotometer(device='PR650')
elif 'LS100' in photName:
self.photom = hardware.findPhotometer(device='LS100')
if self.photom!=None and self.photom.OK:
self.btnFindPhotometer.Disable()
self.btnCalibrateGamma.Enable(True)
self.btnTestGamma.Enable(True)
if hasattr(self.photom, 'getLastSpectrum'):
self.btnCalibrateColor.Enable(True)
self.comPortLabel.SetLabel('%s found on %s' %(self.photom.type, self.photom.portString))
else:
self.comPortLabel.SetLabel('None found (for LS100 try again)')
self.photom=None
def onBtnFindPhotometer(self, event):
photName = self.ctrlPhotomType.GetStringSelection()
#search all ports
self.comPortLabel.SetLabel('Scanning ports...')
self.Update()
if 'PR655' in photName:
self.photom = hardware.findPhotometer(device='PR655')
elif 'PR650' in photName:
self.photom = hardware.findPhotometer(device='PR650')
elif 'LS100' in photName:
self.photom = hardware.findPhotometer(device='LS100')
if self.photom != None and self.photom.OK:
self.btnFindPhotometer.Disable()
self.btnCalibrateGamma.Enable(True)
self.btnTestGamma.Enable(True)
if hasattr(self.photom, 'getLastSpectrum'):
self.btnCalibrateColor.Enable(True)
self.comPortLabel.SetLabel(
'%s found on %s' % (self.photom.type, self.photom.portString))
else:
self.comPortLabel.SetLabel('None found (for LS100 try again)')
self.photom = None
def onBtnFindPhotometer(self, event):
photName = self.ctrlPhotomType.GetStringSelection()
photPort = self.ctrlPhotomPort.GetValue().strip()
if not photPort or photPort == "Scan all ports":
photPort = None
elif photPort.isdigit():
photPort = int(photPort)
#search all ports
self.comPortLabel.SetLabel('Scanning ports...')
self.Update()
self.photom = hardware.findPhotometer(device=photName, ports=photPort)
if self.photom is not None and self.photom.OK:
self.btnFindPhotometer.Disable()
self.btnCalibrateGamma.Enable(True)
self.btnTestGamma.Enable(True)
if hasattr(self.photom, 'getLastSpectrum'):
self.btnCalibrateColor.Enable(True)
self.comPortLabel.SetLabel(
'%s found on %s' % (self.photom.type, self.photom.portString))
else:
self.comPortLabel.SetLabel('No photometers found')
self.photom = None
#does this device need a dark calibration?
if hasattr(self.photom, 'getNeedsCalibrateZero'
) and self.photom.getNeedsCalibrateZero():
#prompt user if we need a dark calibration for the device
if self.photom.getNeedsCalibrateZero():
dlg = wx.Dialog(self, title='Dark calibration of ColorCAL')
msg='Your ColorCAL needs to be calibrated first. ' +\
'Please block all light from getting into the lens and press OK.'
while self.photom.getNeedsCalibrateZero():
dlg = dialogs.MessageDialog(
self,
message=msg,
title='Dark calibration of ColorCAL',
type='Info') #info dlg has only an OK button
resp = dlg.ShowModal()
if resp == wx.ID_CANCEL:
self.photom = None
self.comPortLabel.SetLabel('')
return 0
elif resp == wx.ID_OK:
self.photom.calibrateZero()
#this failed at least once. Try again.
msg = 'Try again. Cover the lens fully and press OK'
def test_PR655():
pr655 = hardware.findPhotometer(device='PR655')
if pr655==None:
logging.warning('no device found')
else:
print 'type:', pr655.type
print 'SN:', pr655.getDeviceSN()
pr655.measure()
print 'lum', pr655.lastLum
print 'uv',pr655.lastUV
print 'xy', pr655.lastXY
print 'tristim', pr655.lastTristim
nm, spec = pr655.getLastSpectrum()
print 'nm', nm
print 'spec', spec
print 'temperature', pr655.lastColorTemp
print 'DONE'
def test_PR655():
pr655 = hardware.findPhotometer(device='PR655')
if pr655 == None:
logging.warning('no device found')
else:
print 'type:', pr655.type
print 'SN:', pr655.getDeviceSN()
pr655.measure()
print 'lum', pr655.lastLum
print 'uv', pr655.lastUV
print 'xy', pr655.lastXY
print 'tristim', pr655.lastTristim
nm, spec = pr655.getLastSpectrum()
print 'nm', nm
print 'spec', spec
print 'temperature', pr655.lastColorTemp
print 'DONE'
def onBtnFindPhotometer(self, event):
photName = self.ctrlPhotomType.GetStringSelection()
photPort = self.ctrlPhotomPort.GetValue().strip()
if not photPort or photPort == "Scan all ports":
photPort = None
elif photPort.isdigit():
photPort = int(photPort)
# search all ports
self.comPortLabel.SetLabel("Scanning ports...")
self.Update()
self.photom = hardware.findPhotometer(device=photName, ports=photPort)
if self.photom is not None and self.photom.OK:
self.btnFindPhotometer.Disable()
self.btnCalibrateGamma.Enable(True)
self.btnTestGamma.Enable(True)
if hasattr(self.photom, "getLastSpectrum"):
self.btnCalibrateColor.Enable(True)
self.comPortLabel.SetLabel("%s found on %s" % (self.photom.type, self.photom.portString))
else:
self.comPortLabel.SetLabel("No photometers found")
self.photom = None
# does this device need a dark calibration?
if hasattr(self.photom, "getNeedsCalibrateZero") and self.photom.getNeedsCalibrateZero():
# prompt user if we need a dark calibration for the device
if self.photom.getNeedsCalibrateZero():
dlg = wx.Dialog(self, title="Dark calibration of ColorCAL")
msg = (
"Your ColorCAL needs to be calibrated first. "
+ "Please block all light from getting into the lens and press OK."
)
while self.photom.getNeedsCalibrateZero():
dlg = dialogs.MessageDialog(
self, message=msg, title="Dark calibration of ColorCAL", type="Info"
) # info dlg has only an OK button
resp = dlg.ShowModal()
if resp == wx.ID_CANCEL:
self.photom = None
self.comPortLabel.SetLabel("")
return 0
elif resp == wx.ID_OK:
self.photom.calibrateZero()
# this failed at least once. Try again.
msg = "Try again. Cover the lens fully and press OK"
def test_PR655():
pr655 = hardware.findPhotometer(device='PR655')
if pr655 is None:
logging.warning('no device found')
else:
print(('type:', pr655.type))
print(('SN:', pr655.getDeviceSN()))
#on linux we do actually find a device that returns 'D'
if pr655.type == 'D':
pytest.skip()
pr655.measure()
print(('lum', pr655.lastLum))
print(('uv', pr655.lastUV))
print(('xy', pr655.lastXY))
print(('tristim', pr655.lastTristim))
nm, spec = pr655.getLastSpectrum()
print(('nm', nm))
print(('spec', spec))
print(('temperature', pr655.lastColorTemp))
print('DONE')
def test_PR655():
pr655 = hardware.findPhotometer(device="PR655")
if pr655 is None:
logging.warning("no device found")
else:
print "type:", pr655.type
print "SN:", pr655.getDeviceSN()
# on linux we do actually find a device that returns 'D'
if pr655.type == "D":
pytest.skip()
pr655.measure()
print "lum", pr655.lastLum
print "uv", pr655.lastUV
print "xy", pr655.lastXY
print "tristim", pr655.lastTristim
nm, spec = pr655.getLastSpectrum()
print "nm", nm
print "spec", spec
print "temperature", pr655.lastColorTemp
print "DONE"
def test_PR655():
pr655 = hardware.findPhotometer(device='PR655')
if pr655 is None:
logging.warning('no device found')
else:
print(('type:', pr655.type))
print(('SN:', pr655.getDeviceSN()))
#on linux we do actually find a device that returns 'D'
if pr655.type=='D':
pytest.skip()
pr655.measure()
print(('lum', pr655.lastLum))
print(('uv',pr655.lastUV))
print(('xy', pr655.lastXY))
print(('tristim', pr655.lastTristim))
nm, spec = pr655.getLastSpectrum()
print(('nm', nm))
print(('spec', spec))
print(('temperature', pr655.lastColorTemp))
print('DONE')
def test_findPhotometer():
# findPhotometer with no ports should return None
assert hw.findPhotometer(ports=[]) is None
# likewise, if an empty device list is used return None
assert hw.findPhotometer(device=[]) is None
# even when both are empty
assert hw.findPhotometer(device=[], ports=[]) is None
# non-existant photometers return None, for now
assert hw.findPhotometer(device="thisIsNotAPhotometer!") is None
# if the photometer raises an exception don't crash, return None
assert hw.findPhotometer(device=[_exceptionRaisingPhotometer], ports="foobar") is None
# specifying a photometer should work
assert hw.findPhotometer(device=[_workingPhotometer], ports="foobar") == _MockPhotometer
# one broken, one working
device = [_exceptionRaisingPhotometer, _workingPhotometer]
assert hw.findPhotometer(device=device, ports="foobar") == _MockPhotometer
def test_findPhotometer():
# findPhotometer with no ports should return None
assert (hw.findPhotometer(ports=[]) is None)
# likewise, if an empty device list is used return None
assert (hw.findPhotometer(device=[]) is None)
# even when both are empty
assert (hw.findPhotometer(device=[],ports=[]) is None)
# non-existent photometers return None, for now
assert (hw.findPhotometer(device="thisIsNotAPhotometer!") is None)
# if the photometer raises an exception don't crash, return None
assert (hw.findPhotometer(device=[_exceptionRaisingPhotometer],ports="foobar") is None)
# specifying a photometer should work
assert hw.findPhotometer(device=[_workingPhotometer],ports="foobar") == _MockPhotometer
# one broken, one working
device = [_exceptionRaisingPhotometer,_workingPhotometer]
assert hw.findPhotometer(device=device,ports="foobar") == _MockPhotometer
import glob
from psychopy import core, log, hardware
log.console.setLevel(log.DEBUG)
pr655 = hardware.findPhotometer(device="PR655")
if pr655 == None:
log.warning("no device found")
else:
print "type:", pr655.type
print "SN:", pr655.getDeviceSN()
pr655.measure()
print "lum", pr655.lastLum
print "uv", pr655.lastUV
print "xy", pr655.lastXY
print "tristim", pr655.lastTristim
nm, spec = pr655.getLastSpectrum()
print "nm", nm
print "spec", spec
print "temperature", pr655.lastColorTemp
print "DONE"
from psychopy import hardware, log
from psychopy import monitors
from psychopy.hardware import minolta
import serial
#phot = minolta.LS100('COM3')
#print phot
log.console.setLevel(log.DEBUG)
#phot = pr.PR650('/dev/tty.USA19H1d1P1.1')
phot = hardware.findPhotometer(ports=[3])
if phot != None:
print phot.getLum()
print 'done'
from psychopy import hardware, logging
from psychopy import monitors
from psychopy.hardware import minolta
import serial
#phot = minolta.LS100('COM3')
#print phot
logging.console.setLevel(logging.DEBUG)
#phot = pr.PR650('/dev/tty.USA19H1d1P1.1')
phot = hardware.findPhotometer(ports=[3])
if phot!=None:
print phot.getLum()
print 'done'
import glob
from psychopy import core, logging, hardware
logging.console.setLevel(logging.DEBUG)
pr655 = hardware.findPhotometer(device='PR655')
if pr655==None:
logging.warning('no device found')
else:
print 'type:', pr655.type
print 'SN:', pr655.getDeviceSN()
pr655.measure()
print 'lum', pr655.lastLum
print 'uv',pr655.lastUV
print 'xy', pr655.lastXY
print 'tristim', pr655.lastTristim
nm, spec = pr655.getLastSpectrum()
print 'nm', nm
print 'spec', spec
print 'temperature', pr655.lastColorTemp
print 'DONE'
