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Isis Developer Reference
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Go to the documentation of this file. 1 #ifndef CameraFocalPlaneMap_h
2 #define CameraFocalPlaneMap_h
10 template<
class T>
class QVector;
92 virtual bool SetDetector(
const double sample,
const double line);
105 const double lineOffset);
114 const double *
TransL()
const;
115 const double *
TransS()
const;
116 const double *
TransX()
const;
117 const double *
TransY()
const;
158 void Init(
Camera *parent,
const int naifIkCode);
FocalPlaneXDependencyType
Focal plane x dependency indicates whether the x value of the focal plane coordinate maps to a sample...
Definition: CameraFocalPlaneMap.h:123
void SetDetectorOrigin(const double sample, const double line)
Set the detector origin.
Definition: CameraFocalPlaneMap.cpp:293
void SetTransS(const QVector< double > transS)
Set the affine coefficients for converting destorted (x,y) to a detector Sample.
Definition: CameraFocalPlaneMap.cpp:364
double DetectorSampleOffset() const
Definition: CameraFocalPlaneMap.cpp:342
double FocalPlaneY() const
Definition: CameraFocalPlaneMap.cpp:247
double p_focalPlaneY
y value of focal plane coordinate
Definition: CameraFocalPlaneMap.h:143
double p_detectorLineOffset
Offset of the detector origin line from the average.
Definition: CameraFocalPlaneMap.h:149
double p_detectorLineOrigin
The origin line of the detector.
Definition: CameraFocalPlaneMap.h:139
void SetTransX(const QVector< double > transX)
Set the affine coefficients for converting detector (sample,line) to a distorted X.
Definition: CameraFocalPlaneMap.cpp:376
CameraFocalPlaneMap(Camera *parent, const int naifIkCode)
Construct mapping between detectors and focal plane x/y.
Definition: CameraFocalPlaneMap.cpp:25
double SignMostSigX()
Return the sign of the p_transx coefficient with the greatest magnitude.
Definition: CameraFocalPlaneMap.cpp:201
Camera * p_camera
Camera of the image.
Definition: CameraFocalPlaneMap.h:137
double DetectorLine() const
Definition: CameraFocalPlaneMap.cpp:263
void SetDetectorOffset(const double sampleOffset, const double lineOffset)
Set the detector offset.
Definition: CameraFocalPlaneMap.cpp:324
void ComputeCentered()
Convenience method to center detector origin (use when inheriting)
Definition: CameraFocalPlaneMap.cpp:428
double p_itransl[3]
The y transition from distorted to detector.
Definition: CameraFocalPlaneMap.h:155
void ComputeUncentered()
Convenience method to center detector origin (use when inheriting)
Definition: CameraFocalPlaneMap.cpp:435
double p_detectorLine
line value of the detector
Definition: CameraFocalPlaneMap.h:144
double DetectorSampleOrigin() const
Definition: CameraFocalPlaneMap.cpp:310
double p_centeredDetectorSample
Detector sample position.
Definition: CameraFocalPlaneMap.h:146
double DetectorSample() const
Definition: CameraFocalPlaneMap.cpp:255
QString toString(bool boolToConvert)
Global function to convert a boolean to a string.
Definition: IString.cpp:211
const double * TransX() const
Definition: CameraFocalPlaneMap.cpp:398
double CenteredDetectorLine() const
Definition: CameraFocalPlaneMap.cpp:279
int FocalPlaneXDependency()
Return the focal plane x dependency variable.
Definition: CameraFocalPlaneMap.cpp:182
double p_detectorSample
sample value of the detector
Definition: CameraFocalPlaneMap.h:145
double DetectorLineOffset() const
Definition: CameraFocalPlaneMap.cpp:334
double p_detectorSampleOffset
offset of the detector origin sample from the average
Definition: CameraFocalPlaneMap.h:150
double DetectorLineOrigin() const
Definition: CameraFocalPlaneMap.cpp:302
const double * TransL() const
Definition: CameraFocalPlaneMap.cpp:422
virtual bool SetFocalPlane(const double dx, const double dy)
Compute detector position (sample,line) from focal plane coordinates.
Definition: CameraFocalPlaneMap.cpp:143
@ Line
The x value of the focal plane maps to a line.
Definition: CameraFocalPlaneMap.h:125
double p_centeredDetectorLine
Detector line position.
Definition: CameraFocalPlaneMap.h:147
double p_transx[3]
The x transition from detector to distorted.
Definition: CameraFocalPlaneMap.h:152
const double * TransY() const
Definition: CameraFocalPlaneMap.cpp:406
void SetTransY(const QVector< double > transY)
Set the affine coefficients for converting detector (sample,line) to a distorted Y.
Definition: CameraFocalPlaneMap.cpp:388
virtual ~CameraFocalPlaneMap()
Destructor.
Definition: CameraFocalPlaneMap.cpp:82
std::vector< double > Coefficients(int var)
Return the affine coeffients for the entered variable (1 or 2).
Definition: Affine.cpp:220
void SetFocalPlaneMap(CameraFocalPlaneMap *map)
Sets the Focal Plane Map.
Definition: Camera.cpp:2357
double CenteredDetectorSample() const
Definition: CameraFocalPlaneMap.cpp:271
double p_detectorSampleOrigin
The origin sample of the detector.
Definition: CameraFocalPlaneMap.h:140
const double * TransS() const
Definition: CameraFocalPlaneMap.cpp:414
@ Sample
The x value of the focal plane maps to a sample.
Definition: CameraFocalPlaneMap.h:124
double p_transy[3]
The y transition from detector to distorted.
Definition: CameraFocalPlaneMap.h:153
double FocalPlaneX() const
Definition: CameraFocalPlaneMap.cpp:239
Convert between distorted focal plane and detector coordinates.
Definition: CameraFocalPlaneMap.h:85
virtual bool SetDetector(const double sample, const double line)
Compute distorted focal plane coordinate from detector position (sampel,line)
Definition: CameraFocalPlaneMap.cpp:164
Affine basis function.
Definition: Affine.h:65
void SetTransL(const QVector< double > transL)
Set the affine coefficients for converting destorted (x,y) to a detector Line.
Definition: CameraFocalPlaneMap.cpp:352
double SignMostSigY()
Return the sign of the p_transy coefficient with the greatest magnitude.
Definition: CameraFocalPlaneMap.cpp:223
SpiceDouble getDouble(const QString &key, int index=0)
This returns a value from the NAIF text pool.
Definition: Spice.cpp:1039
double p_focalPlaneX
x value of focal plane coordinate
Definition: CameraFocalPlaneMap.h:142
This is free and unencumbered software released into the public domain.
Definition: Apollo.h:16
std::vector< double > InverseCoefficients(int var)
Return the inverse affine coeffients for the entered variable (1 or 2).
Definition: Affine.cpp:237
double p_itranss[3]
The x transition from distorted to detector.
Definition: CameraFocalPlaneMap.h:154