def Standard_Settings(cam, dev, verbose):
'''
Write standard settings to the camera. This is typically items that will
never change (such as single frame mode, use full frame, no Auto-exposure, etc.)
Note that the DefectCorrectStaticEnable option uses an internal look-up table of
factory-measured bad pixels and interpolates across them. We want this off!
'''
# [fWid,fHgt] = cam.get_sensor_size() # Full frame size
fWid, fHgt = 1600, 1100 # Full frame size
cam.set_binning(1, 1) # Pixel binning 1x1
cam.set_region(0, 0, fWid, fHgt) # Use full frame
frameRate = 1.0 # Frame rate (Hz). I don't think that this has any effect (for single frames)
cam.set_frame_rate(frameRate) # Frame rate (Hz)
dev.set_string_feature_value('PixelFormat', 'Mono16')
cam.set_boolean('GammaEnable', False) # No gamma correction!
cam.set_exposure_time_auto(
Aravis.auto_from_string('Off')) # Auto-exposure off
cam.set_gain_auto(Aravis.auto_from_string('Off')) # Also auto-gain
cam.set_acquisition_mode(
(Aravis.acquisition_mode_from_string('SingleFrame')
)) # Set to single frames
cam.set_boolean('ReverseX', False) # Use these to flip left-right
cam.set_boolean('ReverseY', False) # and up-down
cam.set_string('AdcBitDepth',
'Bit12') # 12-bit ADC - only option for this camera
cam.set_string(
'DeviceTemperatureSelector',
'Sensor') # Which temperature sensor - only option for this camera
cam.set_boolean('DefectCorrectStaticEnable',
False) # Turn off auto-correction of (known) bad pixels
cam.set_boolean('BlackLevelClampingEnable',
False) # CHECK - seems to correct low signal clamping
if verbose:
print("Set RoI to Full Frame ", fWid, " x ", fHgt)
print("Set binning to 1 x 1")
print("Auto-exposure off, Single frame mode")
print("No X or Y-flips of frame")
print("ADC depth 12 bits")
print("auto-correction of bad pixels off")
print("BlackLevelClampingEnable off")
'''
#--- Set conversion mode, gain, exposure time here:
GCM = "HCG" # Gain Conversion Mode ("HCG" or "LCG")
GainSetting = 5.0 # Gain setting 0-48
ExpTime = 0.07 # Exposure time (Seconds: 18E-6 to 30)
cam.set_string('GainConversion', GCM) # Set gain conversion mode
cam.set_gain(GainSetting) # and Gain Setting
cam.set_exposure_time(ExpTime * 1.0E6) # Exposure time (uSec)
#---
cam.set_acquisition_mode((Aravis.acquisition_mode_from_string('SingleFrame')
)) # Set to single frames
cam.set_boolean('ReverseX', False) # Use these to flip left-right
cam.set_boolean('ReverseY', False) # and up-down
# cam.set_string('ImageCompressionMode','Off') # Definitely don't want this (WRITE-PROTECTED?)
cam.set_string('AdcBitDepth', 'Bit12') # Only option for this camera
cam.set_string('DeviceTemperatureSelector',
'Sensor') # Only option for this camera
cam.set_boolean('DefectCorrectStaticEnable',
False) # Turn off auto-correction of (known) bad pixels
dev = cam.get_device() # Allows access to "deeper" features
