def __init__(self):
super(CCDSimulator, self).__init__()
#PyIndiDriver.PyCCD.__init__(self)
#self.RA=0.0
self.name = 'PyCCD Simulator'
self.AbortGuideFrame = False
self.AbortPrimaryFrame = False
self.ShowStarField = True
self.timefactor = 1.0
self.InExposure = False
self.ExposureRequest = 1.0
# CCD Capability is nested structure in C++ class: capability not supported by swig
self.cap = PyIndiDriver.CCDCapability()
self.cap.canAbort = True
self.cap.canBin = True
self.cap.canSubFrame = True
self.cap.hasCooler = False
self.cap.hasGuideHead = True
self.cap.hasShutter = True
self.cap.hasST4Port = True
# no way: capability is private, SetCapability is protected (can not extend for Python)
#self.setCCDCapability(self.cap)
#self.SetCapability(self.cap)
# it is unuseful to keep these objetcs as they are not synchronized with C++ real data
self.SimulatorSettingsNV = PyIndi.INumberVectorProperty()
self.SimulatorSettingsN = [PyIndi.INumber() for x in range(13)]
self.TimeFactorSV = PyIndi.ISwitchVectorProperty()
self.TimeFactorS = [PyIndi.ISwitch() for x in range(3)]
self.logger = logging.getLogger('PyIndiDriver.CCD')
self.logger.info('creating an instance of PyIndiDriver.CCD')
def data(self, column):
if (column == 0):
return self._name
if (column == 2):
s=''
s=s.zfill(PyIndi.numberFormat(s, self.inumber.format, self.inumber.value))
PyIndi.numberFormat(s, self.inumber.format, self.inumber.value)
return s
def data(self, column):
if (column == 0):
return self._name
if (column == 2):
s = ''
s = s.zfill(
PyIndi.numberFormat(s, self.inumber.format,
self.inumber.value))
PyIndi.numberFormat(s, self.inumber.format, self.inumber.value)
return s
def setValue(self, value, column):
if column==2:
# self.itext.text=str(value)
indiproperty=self.parent().property
propertyname=indiproperty.indiproperty.getName()
device=indiproperty.device
server=device.server
nbstr=value.toPyObject()
numval=0.0
(r, numval)=PyIndi.f_scansexa(nbstr)
if (r == -1):
print("Enter a numeric/sexagesimal value")
return False
server.indiclient.sendNewNumber(str(device.device.getDeviceName()), propertyname, self.inumber.name, numval)
return True
return False
def setValue(self, value, column):
if column == 2:
# self.itext.text=str(value)
indiproperty = self.parent().property
propertyname = indiproperty.indiproperty.getName()
device = indiproperty.device
server = device.server
nbstr = value.toPyObject()
numval = 0.0
(r, numval) = PyIndi.f_scansexa(nbstr)
if (r == -1):
print("Enter a numeric/sexagesimal value")
return False
server.indiclient.sendNewNumber(str(device.device.getDeviceName()),
propertyname, self.inumber.name,
numval)
return True
return False
