toor.Corrections.CT package

Subpackages

• toor.Corrections.CT.Projector package
  • Submodules
  • toor.Corrections.CT.Projector.pyramidalprojector module
    • PyramidalProjector
      • PyramidalProjector.amplifyPointsToGPUCoordinateSystem()
      • PyramidalProjector.calcD()
      • PyramidalProjector.calcVector()
      • PyramidalProjector.countsPerPosition
      • PyramidalProjector.createPlanes()
      • PyramidalProjector.createVectorialSpace()
      • PyramidalProjector.crossProduct()
      • PyramidalProjector.norm()
      • PyramidalProjector.setAbsMinMin()
      • PyramidalProjector.setCountsPerPosition()
      • PyramidalProjector.transformIntoPositivePoints()
  • Module contents

Submodules

toor.Corrections.CT.normalization module

class toor.Corrections.CT.normalization.AutomaticNormalization(tor_file=None)

Bases: object

normalizationLM()

class toor.Corrections.CT.normalization.DualRotationNormalizationSystem(tor_file=None, getNumberOfDetectorsFromFile=True)

Bases: AutomaticNormalization

property axialMotorStep

Axial motor step :return:

property calculateAllPositionsAllDetectors

Calculate all positions for all detectors. If false the unique positions are determined :return:

property energyPeakKey

Get the energy peak key :return:

property fanMotorStep

Fan motor step :return:

property fieldsListMode

Get the fields list mode :return:

property generateMotorPositions

Generate motor positions :return:

property listModeForNormalization

normalizationLM()

Normalization for the dual rotation system :return:

property numberOfDetectorsSideA

property numberOfDetectorsSideB

property numberOfEventsListMode

printMotorVariables()

Print the motor variables :return:

setCalculateAllPositionsAllDetectors(value)

Set calculate all positions for all detectors :type value: :param value: :return:

setEnergyPeakKey(energyPeakKey)

Set the energy peak key :type energyPeakKey: :param energyPeakKey: :return:

setGenerateMotorPositions(value)

Set generate motor positions :type value: :param value: :return:

property tiledProbabilityOfDetection

Get the tiled probability of detection :return:

class toor.Corrections.CT.normalization.NormalizationCT(data_in=None, number_of_crystals=None, data_in_s=None, number_of_reps=10, rangeTopMotor=99, begin_range_botMotor=0, end_rangeBotMotor=360, stepTopmotor=0.225, stepBotMotor=3.6, recon_2D=False)

Bases: object

matrix_without_reduction()

normalizationLM()

normalization_LM()

probability_uniform_phantom()

write_probability_phantom()

Module contents

Brief description of the file.