Returns just the gamma value (not the whole grid) getGammaGrid ( ) ¶ Returns distance from viewer to the screen in cm, Otherwise, if power spectra are availableįor the monitor a matrix will be calculated. Won’t be finalised unless monitor is saved gammaIsDefault ( ) ¶ĭetermine whether we’re using the default gamma values getCalibDate ( ) ¶Īs a python date object (convert to string usingĬalibTools.strFromDate getDKL_RGB ( RECOMPUTE = False ) ¶ Remove a specific calibration from the current monitor. Stores the settings for the current calibration settings as Or not (in which case the changes will be lost) _loadAll ( ) ¶įetches the calibrations for this monitor from disk, storing themĪs self.calibs cop圜alib ( calibName = None ) ¶ These can be saved to the monitor file using Use with caution since theĭictionary may not contain all the necessary fields thatįetches the info on the sony500 and overrides its usual distance

currentCalib is a dictionary object containing variousįields for a calibration.

Notes is a text field to store any useful info Width, distance, gamma are details about the calibration Many settings from the stored monitor can easily be overriddenĮither by adding them as arguments during the initial call. Monitor name is already defined (see methods). This will be loaded automatically from disk if the Monitor ( name, width = None, distance = None, gamma = None, notes = None, useBits = None, verbose = True, currentCalib = None, autoLog = True ) ¶Ĭreates a monitor object for storing calibration details.

You might also want to fetch the Photometer class for conducting your own calibrations Monitor ¶ class psychopy.monitors. setDistance ( 114 ) #further away than normal? win = visual. Monitor ( 'SonyG55' ) #fetch the most recent calib for this monitor mon. From psychopy import visual, monitors mon = monitors.

Display grid center