LastImageReady while lastimg != 9 : time. startAcq () # Wait for last image (#9) ready lastimg = control. setParameters ( pars ) # Now ask for 2 sec. acquisition () # Set new file parameters and autosaving mode saving = control. CtControl ( hwint ) # Get the acquisition control acq = control. Interface ( cam ) # Get the control interface control = Core.
setTemperatureTarget ( - 10 ) # Get the hardware interface hwint = Dhyana.
Tucsen camera code#
No Specific hardware configuration are needed Getting started ¶įor a quick test one can use the python binding, here is a short code example:įrom Lima import Dhyana from lima import Core import time cam = Dhyana.
There is no hardware support for binning. To activate a real Hw Roi the camera only support x offset as factor of 4 and width as factor of 8. Roi parameters (x, y, width, height), thanks to Lima you can set any Roi but The TUCam SDK allows accessing the temperature target (R/W). An other mode calls “synchronous” is also available.Ĭooling temperature : Forced air (Ambient at +25 Celsius): -10 Celsius Conventional CMOS cameras offer very fast frame rates but compromise dynamic range and sensitivity. ln general, CCD-based cameras offer high sensitivity but low frame rates.
Tucsen camera series#
The camera plugin provides commands to change the trigger (shutter) mode, from standard (rolling) to The Tucsen Dhyana series cameras are based on pioneering new scientific CMOS technology, which makes them particularly suitable for high fidelity, quantitative scientific measurements in low light level conditions. The camera can support different trigger modes, please refer to the documentation for more details.
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