run¶
-
simcado.simulation.run(src, mode='wide', cmds=None, opt_train=None, fpa=None, detector_layout='small', filename=None, return_internals=False, filter_name=None, exptime=None, sub_pixel=False, sim_data_dir=None, **kwargs)[source]¶ Run a MICADO simulation with default parameters
- Parameters
- srcsimcado.Source
The object of interest
- modestr, optional
[“wide”, “zoom”] Default is “wide”, for a 4mas FoV. “Zoom” -> 1.5mas
- cmdssimcado.UserCommands, optional
A custom set of commands for the simulation. Default is None
- opt_trainsimcado.OpticalTrain, optional
A custom optical train for the simulation. Default is None
- fpasimcado.Detector, optional
A custom detector layout for the simulation. Default is None
- detector_layoutstr, optional
[“small”, “centre”, “full”, “tiny”] Default is “small”. “small” - 1x 1k-detector centred in the FoV “tiny” - 128 x 128 pixels centred in the FoV “centre” - 1x 4k-detector centred in the FoV “full” - 9x 4k-detectors
- filenamestr, optional
The filepath for where the FITS images should be saved. Default is None. If None, the output images are returned to the user as FITS format astropy.io.HDUList objects.
- return_internalsbool
[False, True] Default is False. If True, the
UserCommands,OpticalTrainandDetectorobjects used in the simulation are returned in a tuple:return hdu, (cmds, opt_train, fpa)- filter_namestr, TransmissionCurve
Analogous to passing INST_FILTER_TC as a keyword argument
- exptimeint, float
- [s] Total integration time. Currently, this is observed in one DIT
(i.e. NDIT=1). Use OBS_DIT and OBS_NDIT for more general setup.
- sim_data_dirstr
Path to where the data is kept