Spinnaker C
4.3.0.189
 
Data Fields

The type of information that can be obtained from image chunk data. More...

Data Fields

double m_blackLevel
 
int64_t m_frameID
 
int64_t m_lineStatusAll
 
int64_t m_currentDatarate
 
double m_exposureTime
 
int64_t m_timestamp
 
int64_t m_exposureEndLineStatusAll
 
int64_t m_width
 
int64_t m_image
 
int64_t m_height
 
double m_gain
 
int64_t m_sequencerSetActive
 
double m_compressionRatio
 
int64_t m_cRC
 
int64_t m_offsetX
 
int64_t m_offsetY
 
int64_t m_compressionMode
 
int64_t m_serialDataLength
 
int64_t m_partSelector
 
int64_t m_pixelDynamicRangeMin
 
int64_t m_pixelDynamicRangeMax
 
int64_t m_timestampLatchValue
 
int64_t m_counterValue
 
double m_timerValue
 
int64_t m_scanLineSelector
 
int64_t m_encoderValue
 
int64_t m_linePitch
 
int64_t m_transferBlockID
 
int64_t m_transferQueueCurrentBlockCount
 
int64_t m_streamChannelID
 
double m_scan3dCoordinateScale
 
double m_scan3dCoordinateOffset
 
double m_scan3dInvalidDataValue
 
double m_scan3dAxisMin
 
double m_scan3dAxisMax
 
double m_scan3dTransformValue
 
double m_scan3dCoordinateReferenceValue
 
double m_scan3dFocalLength
 
double m_scan3dBaseline
 
double m_scan3dPrincipalPointU
 
double m_scan3dPrincipalPointV
 
int64_t m_stereoWidth
 
int64_t m_stereoHeight
 
double m_minZ
 
double m_maxZ
 
int64_t m_smallPenalty
 
int64_t m_largePenalty
 
int64_t m_uniquenessRatio
 
int64_t m_inferenceFrameId
 
int64_t m_inferenceResult
 
double m_inferenceConfidence
 

Detailed Description

The type of information that can be obtained from image chunk data.

Field Documentation

◆ m_blackLevel

double m_blackLevel

◆ m_compressionMode

int64_t m_compressionMode

◆ m_compressionRatio

double m_compressionRatio

◆ m_counterValue

int64_t m_counterValue

◆ m_cRC

int64_t m_cRC

◆ m_currentDatarate

int64_t m_currentDatarate

◆ m_encoderValue

int64_t m_encoderValue

◆ m_exposureEndLineStatusAll

int64_t m_exposureEndLineStatusAll

◆ m_exposureTime

double m_exposureTime

◆ m_frameID

int64_t m_frameID

◆ m_gain

double m_gain

◆ m_height

int64_t m_height

◆ m_image

int64_t m_image

◆ m_inferenceConfidence

double m_inferenceConfidence

◆ m_inferenceFrameId

int64_t m_inferenceFrameId

◆ m_inferenceResult

int64_t m_inferenceResult

◆ m_largePenalty

int64_t m_largePenalty

◆ m_linePitch

int64_t m_linePitch

◆ m_lineStatusAll

int64_t m_lineStatusAll

◆ m_maxZ

double m_maxZ

◆ m_minZ

double m_minZ

◆ m_offsetX

int64_t m_offsetX

◆ m_offsetY

int64_t m_offsetY

◆ m_partSelector

int64_t m_partSelector

◆ m_pixelDynamicRangeMax

int64_t m_pixelDynamicRangeMax

◆ m_pixelDynamicRangeMin

int64_t m_pixelDynamicRangeMin

◆ m_scan3dAxisMax

double m_scan3dAxisMax

◆ m_scan3dAxisMin

double m_scan3dAxisMin

◆ m_scan3dBaseline

double m_scan3dBaseline

◆ m_scan3dCoordinateOffset

double m_scan3dCoordinateOffset

◆ m_scan3dCoordinateReferenceValue

double m_scan3dCoordinateReferenceValue

◆ m_scan3dCoordinateScale

double m_scan3dCoordinateScale

◆ m_scan3dFocalLength

double m_scan3dFocalLength

◆ m_scan3dInvalidDataValue

double m_scan3dInvalidDataValue

◆ m_scan3dPrincipalPointU

double m_scan3dPrincipalPointU

◆ m_scan3dPrincipalPointV

double m_scan3dPrincipalPointV

◆ m_scan3dTransformValue

double m_scan3dTransformValue

◆ m_scanLineSelector

int64_t m_scanLineSelector

◆ m_sequencerSetActive

int64_t m_sequencerSetActive

◆ m_serialDataLength

int64_t m_serialDataLength

◆ m_smallPenalty

int64_t m_smallPenalty

◆ m_stereoHeight

int64_t m_stereoHeight

◆ m_stereoWidth

int64_t m_stereoWidth

◆ m_streamChannelID

int64_t m_streamChannelID

◆ m_timerValue

double m_timerValue

◆ m_timestamp

int64_t m_timestamp

◆ m_timestampLatchValue

int64_t m_timestampLatchValue

◆ m_transferBlockID

int64_t m_transferBlockID

◆ m_transferQueueCurrentBlockCount

int64_t m_transferQueueCurrentBlockCount

◆ m_uniquenessRatio

int64_t m_uniquenessRatio

◆ m_width

int64_t m_width

The documentation for this struct was generated from the following file: