calix.common.cadc.CADCCalibResult

class calix.common.cadc.CADCCalibResult(target: Optional[CalibTarget], options: Optional[CalibOptions], v_ramp_offset: numpy.ndarray = <factory>, i_ramp_slope: numpy.ndarray = <factory>, channel_offset: numpy.ndarray = <factory>, success: Optional[numpy.ndarray] = None)

Bases: calix.common.base.CalibResult

Result object for the CADC calibration.

Contains: * Calibrated values for cadc_v_ramp_offset. One per quadrant. * Calibrated values for cadc_i_ramp_slope. One per quadrant. * Calibrated digital channel offsets. One per channel. * Success mask for calibration. Successfully calibrated channels are indicated by True, for any failure the channels will be flagged False. Failing quadrants result in all channels on that quadrant being flagged False.

__init__(target: Optional[CalibTarget], options: Optional[CalibOptions], v_ramp_offset: numpy.ndarray = <factory>, i_ramp_slope: numpy.ndarray = <factory>, channel_offset: numpy.ndarray = <factory>, success: Optional[numpy.ndarray] = None) → None

Initialize self. See help(type(self)) for accurate signature.

Methods

__init__(target, options[, v_ramp_offset, …])	Initialize self.
apply(builder)	Apply the calibration into the given builder.

Attributes

success

apply(builder: Union[pystadls_vx_v3.PlaybackProgramBuilder, pystadls_vx_v3.PlaybackProgramBuilderDumper, calix.common.base.WriteRecordingPlaybackProgramBuilder])

Apply the calibration into the given builder.

Applying configures and enables the CADC so that it is ready for usage, just like after running the calibration.

Parameters

builder – Builder or dumper to append configuration instructions to.

channel_offset: numpy.ndarray

i_ramp_slope: numpy.ndarray

success: Optional[numpy.ndarray] = None

v_ramp_offset: numpy.ndarray