def __init__(self):
CameraBase.__init__(self)
FilterWheelBase.__init__(self)
self.__apogee_manager = ApogeeManager()
self.__cooling = False
self.__lastFilter = self._getFilterName(0)
self.__temperature = 20.0
self.__setpoint = 0
self.__lastFrameStart = 0
self.__isFanning = False
# my internal CCD code
self._MY_CCD = 1 << 1
self._MY_ADC = 1 << 2
self._MY_READOUT_MODE = 1 << 3
self._ccds = {self._MY_CCD: CCD.IMAGING}
self._adcs = {"12 bits": self._MY_ADC}
self._binnings = {"1x1": self._MY_READOUT_MODE}
self._binning_factors = {"1x1": 1}
self._supports = {
CameraFeature.TEMPERATURE_CONTROL: True,
CameraFeature.PROGRAMMABLE_GAIN: False,
CameraFeature.PROGRAMMABLE_OVERSCAN: False,
CameraFeature.PROGRAMMABLE_FAN: True,
CameraFeature.PROGRAMMABLE_LEDS: False,
CameraFeature.PROGRAMMABLE_BIAS_LEVEL: False
}
readoutMode = ReadoutMode()
readoutMode.mode = 0
readoutMode.gain = 1.0
readoutMode.width = 1024
readoutMode.height = 1024
readoutMode.pixelWidth = 9.0
readoutMode.pixelHeight = 9.0
self._readoutModes = {
self._MY_CCD: {
self._MY_READOUT_MODE: readoutMode
}
}
# TODO : necessario?
self._binning_factors = {"1x1": 1, "2x2": 2, "3x3": 3, "9x9": 9}
def __init__(self):
CameraBase.__init__(self)
FilterWheelBase.__init__(self)
self.__apogee_manager = ApogeeManager()
self.__cooling = False
self.__lastFilter = self._getFilterName(0)
self.__temperature = 20.0
self.__setpoint = 0
self.__lastFrameStart = 0
self.__isFanning = False
# my internal CCD code
self._MY_CCD = 1 << 1
self._MY_ADC = 1 << 2
self._MY_READOUT_MODE = 1 << 3
self._ccds = {self._MY_CCD: CCD.IMAGING}
self._adcs = {"12 bits": self._MY_ADC}
self._binnings = {"1x1": self._MY_READOUT_MODE}
self._binning_factors = {"1x1": 1}
self._supports = {CameraFeature.TEMPERATURE_CONTROL: True,
CameraFeature.PROGRAMMABLE_GAIN: False,
CameraFeature.PROGRAMMABLE_OVERSCAN: False,
CameraFeature.PROGRAMMABLE_FAN: True,
CameraFeature.PROGRAMMABLE_LEDS: False,
CameraFeature.PROGRAMMABLE_BIAS_LEVEL: False}
readoutMode = ReadoutMode()
readoutMode.mode = 0
readoutMode.gain = 1.0
readoutMode.width = 1024
readoutMode.height = 1024
readoutMode.pixelWidth = 9.0
readoutMode.pixelHeight = 9.0
self._readoutModes = {self._MY_CCD:
{self._MY_READOUT_MODE: readoutMode}}
# TODO : necessario?
self._binning_factors = {"1x1": 1,
"2x2": 2,
"3x3": 3,
"9x9": 9}
def __start__(self):
self.open()
# my internal CCD code
self._MY_CCD = 1 << 1
self._MY_ADC = 1 << 2
self._MY_READOUT_MODE = 1 << 3
self._ccds = {self._MY_CCD: CCD.IMAGING}
self._adcs = {"12 bits": self._MY_ADC}
self._binnings = {"1x1": 0,
"2x2": 1,
"3x3": 2,
"9x9": 3,
"10x10": 4}
self._binning_factors = {"1x1": 1,
"2x2": 2,
"3x3": 3,
"9x9": 9,
"10x10": 10}
self._supports = {CameraFeature.TEMPERATURE_CONTROL: True,
CameraFeature.PROGRAMMABLE_GAIN: False,
CameraFeature.PROGRAMMABLE_OVERSCAN: False,
CameraFeature.PROGRAMMABLE_FAN: False,
CameraFeature.PROGRAMMABLE_LEDS: False,
CameraFeature.PROGRAMMABLE_BIAS_LEVEL: False}
self._readout_modes = [0]
self._readoutModes = {self._MY_CCD: {}}
i_mode_tot = 0
for i_mode in range(len(self._readout_modes)):
for binning, i_mode in self._binnings.iteritems():
readoutMode = ReadoutMode()
vbin, hbin = [int(v) for v in binning.split('x')]
readoutMode.mode = i_mode
# TODO: readoutMode.gain = self._ccdsoft.ElectronsPerADU
readoutMode.width = self["ccd_width"] / hbin
readoutMode.height = self["ccd_height"] / vbin
readoutMode.pixelWidth = self['ccd_pixsize_x'] * hbin
readoutMode.pixelHeight = self['ccd_pixsize_y'] * vbin
self._readoutModes[self._MY_CCD].update({i_mode: readoutMode})
i_mode_tot += 1
self.setHz(2)
def __start__(self):
self.open()
# my internal CCD code
self._MY_CCD = 1 << 1
self._MY_ADC = 1 << 2
self._MY_READOUT_MODE = 1 << 3
self._ccds = {self._MY_CCD: CCD.IMAGING}
self._adcs = {"12 bits": self._MY_ADC}
self._binnings = {"1x1": 0,
"2x2": 1,
"3x3": 2,
"9x9": 3,
"10x10": 4}
self._binning_factors = {"1x1": 1,
"2x2": 2,
"3x3": 3,
"9x9": 9,
"10x10": 10}
self._supports = {CameraFeature.TEMPERATURE_CONTROL: True,
CameraFeature.PROGRAMMABLE_GAIN: False,
CameraFeature.PROGRAMMABLE_OVERSCAN: False,
CameraFeature.PROGRAMMABLE_FAN: False,
CameraFeature.PROGRAMMABLE_LEDS: False,
CameraFeature.PROGRAMMABLE_BIAS_LEVEL: False}
self._readout_modes = [0]
self._readoutModes = {self._MY_CCD: {}}
i_mode_tot = 0
for i_mode in range(len(self._readout_modes)):
for binning, i_mode in self._binnings.iteritems():
readoutMode = ReadoutMode()
vbin, hbin = [int(v) for v in binning.split('x')]
readoutMode.mode = i_mode
# TODO: readoutMode.gain = self._ccdsoft.ElectronsPerADU
readoutMode.width = self["ccd_width"] / hbin
readoutMode.height = self["ccd_height"] / vbin
readoutMode.pixelWidth = self['ccd_pixsize_x'] * hbin
readoutMode.pixelHeight = self['ccd_pixsize_y'] * vbin
self._readoutModes[self._MY_CCD].update({i_mode: readoutMode})
i_mode_tot += 1
self.setHz(2)
def __start__(self):
self.open()
self["camera_model"] = self.camera0.DeviceModelName
self["device"] = "Ethernet"
self["ccd_model"] = self.camera0.SensorType
# self["CCD"] = CCD.TRACKING
self.camera0.DeviceTemperatureSelector = "Sensor"
readoutMode = ReadoutMode()
readoutMode.mode = 0
readoutMode.gain = 1.0
readoutMode.width = self.camera0.WidthMax
readoutMode.height = self.camera0.HeightMax
readoutMode.pixelWidth = 5.5
readoutMode.pixelHeight = 5.5
self.readOutModes = {self.ccd : {0 : readoutMode}}
