frameclassification¶

This module provides heuristical functions to find exact frame positions of changes of the cameras settings.

You will most likely need one of:

function documentation¶

runmacs.spec.calibration.frameclassification.getActionState(al, t)[source]¶: Takes an actionLog and a time, calculates the full state at that specific time.

runmacs.spec.calibration.frameclassification.getActionTimes(al)[source]¶: Takes an actionLog and returns all contained unique times in sorted order.

runmacs.spec.calibration.frameclassification.getActionValue(tcut, al)[source]¶

Takes a cut time and an actionLog of a single value (e.g. ..[‘fps’]).

Returns:	Value at the time of `tcut`

runmacs.spec.calibration.frameclassification.getChanges(frameTimes, actionLog)[source]¶

Computes all actionLog changes for a given frameTimes and actionLog, approximately interpolated to frames.

Returns:	`(frameNo, stateBefore, stateAfter)`

runmacs.spec.calibration.frameclassification.getChangesFromEnviFile(fil)[source]¶: Computes and refines changes from EnviFile.

runmacs.spec.calibration.frameclassification.getPartsFromDataTimeAndAL(data, frameTimes, actionLog)[source]¶

Computes changes and converts them to continous image parts

Parameters:	data – An 1-dimensional array with representative illumination values for each frame frameTimes – An array of the same shape as `data`, containing the time of each frame actionLog – The corresponding actionLog as `dict` of lists of 2-tuples.
Returns:	A list containing `(cutStart, cutStop, state)`

runmacs.spec.calibration.frameclassification.joinChanges(changes)[source]¶: Joins nearby changes (after refinement).

runmacs.spec.calibration.frameclassification.mergeFits(a, b)[source]¶: Combines the results of two change fits to a single change.

runmacs.spec.calibration.frameclassification.preJoinChanges(changes)[source]¶: Joins common closely following changes to a single change.

runmacs.spec.calibration.frameclassification.refineChange(data, change)[source]¶: Uses a data-timeline to refine the position of a given change.

runmacs.spec.calibration.frameclassification.refineChanges(data, changes)[source]¶: Uses a data-timeline to refine the positions of given changes.

runmacs.spec.calibration.frameclassification.stateIsComplete(state)[source]¶: Checks if all state variables are covered by a given state.