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Isis 3.0 Application Source Code Reference |
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Functions | |
| void | BitweightCorrect (Buffer &in) |
| This method is modelled after IDL CISSCAL's cassimg_bitweightcorrect.pro. | |
| void | Calibrate (vector< Buffer * > &in, vector< Buffer * > &out) |
| This calibration method runs through all calibration steps. | |
| void | ComputeBias () |
| This method is modelled after IDL CISSCAL's cassimg_debias.pro. | |
| void | CopyInput (Buffer &in) |
| The purpose of this method is to copy the input to output if no bitweight correction occurs. | |
| void | CreateBitweightStretch (Filename bitweightTable) |
| This method sets up the strech for the conversion from file. | |
| Filename | FindBitweightFile () |
| This method is modelled after IDL CISSCAL's cassimg_bitweightcorrect.pro. | |
| vector< double > | OverclockFit () |
| This method is modelled after IDL CISSCAL's cassimg_define.pro method, CassImg::OverclockAvg(). | |
| void | Linearize () |
| This method is modelled after IDL CISSCAL's cassimg_linearise.pro. | |
| void | FindDustRingParameters () |
| This method is modelled after IDL CISSCAL's cassimg_dustringcorrect.pro. | |
| Filename | FindFlatFile () |
| This method is modelled after IDL CISSCAL's cassimg_dividebyflats.pro. | |
| void | FindCorrectionFactors () |
| This method is modelled after IDL CISSCAL's cassimg_correctionfactors.pro. | |
| void | DNtoElectrons () |
| This method is modelled after IDL CISSCAL's cassimg_dntoelectrons.pro. | |
| void | FindShutterOffset () |
| This method is modelled after IDL CISSCAL's cassimg_dividebyexpot.pro. | |
| void | DivideByAreaPixel () |
| This method is modelled after IDL CISSCAL's cassimg_dividebyareapixel.pro. | |
| void | FindEfficiencyFactor (string fluxunits) |
| This method is modelled after IDL CISSCAL's cassimg_dividebyefficiency.pro. | |
| iString | GetCalibrationDirectory (string calibrationType) |
| This method returns an iString containing the path of a Cassini calibration directory. | |
| void | Calibrate (vector< Buffer * > &in, vector< Buffer * > &out) |
| This calibration method runs through all calibration steps. | |
| void | CopyInput (Buffer &in) |
| The purpose of this method is to copy the input to output if no bitweight correction occurs. | |
| void | BitweightCorrect (Buffer &in) |
| This method is modelled after IDL CISSCAL's cassimg_bitweightcorrect.pro. | |
| void | CreateBitweightStretch (Filename bitweightTable) |
| This method sets up the strech for the conversion from file. | |
| Filename | FindBitweightFile () |
| This method is modelled after IDL CISSCAL's cassimg_bitweightcorrect.pro. | |
| void | ComputeBias () |
| This method is modelled after IDL CISSCAL's cassimg_debias.pro. | |
| vector< double > | OverclockFit () |
| This method is modelled after IDL CISSCAL's cassimg_define.pro method, CassImg::OverclockAvg(). | |
| void | Linearize () |
| This method is modelled after IDL CISSCAL's cassimg_linearise.pro. | |
| void | FindDustRingParameters () |
| This method is modelled after IDL CISSCAL's cassimg_dustringcorrect.pro. | |
| Filename | FindFlatFile () |
| This method is modelled after IDL CISSCAL's cassimg_dividebyflats.pro. | |
| void | DNtoElectrons () |
| This method is modelled after IDL CISSCAL's cassimg_dntoelectrons.pro. | |
| void | FindShutterOffset () |
| This method is modelled after IDL CISSCAL's cassimg_dividebyexpot.pro. | |
| void | DivideByAreaPixel () |
| This method is modelled after IDL CISSCAL's cassimg_dividebyareapixel.pro. | |
| void | FindEfficiencyFactor (string fluxunits) |
| This method is modelled after IDL CISSCAL's cassimg_dividebyefficiency.pro. | |
| void | FindCorrectionFactors () |
| This method is modelled after IDL CISSCAL's cassimg_correctionfactors.pro. | |
| iString | GetCalibrationDirectory (string calibrationType) |
| This method returns an iString containing the path of a Cassini calibration directory. | |
| void | Calibrate (vector< Buffer * > &in, vector< Buffer * > &out) |
| This calibration method runs through all calibration steps. | |
| void | Calibrate (Buffer &in, Buffer &out) |
| void | LoadCoefficients (const string &file, int ns) |
| void | FixWagoLines (string file) |
| void | Calibrate (Buffer &in, Buffer &out) |
| void | LoadCoefficients (const string &file, int ns) |
| void | FixWagoLines (string file) |
| const int | spikeInterval (50) |
| void | CollectColumnStats (Buffer &in) |
| void | Copy (Buffer &in, Buffer &out) |
| void | RemoveNoise (Buffer &in, Buffer &out) |
| void | CollectColumnStats (Buffer &in) |
| void | RemoveNoise (Buffer &in, Buffer &out) |
| void | Copy (Buffer &in, Buffer &out) |
Variables | |
| CissLabels * | cissLab |
| Cube * | incube |
| PvlGroup | calgrp |
| Stretch | stretch |
| int | numberOfOverclocks |
| vector< double > | bias |
| vector< vector< double > > | bitweightCorrected |
| vector< vector< double > > | dark_DN |
| Filename | dustFile |
| Filename | mottleFile |
| double | strengthFactor |
| bool | dustCorrection |
| bool | mottleCorrection |
| bool | flatCorrection |
| double | trueGain |
| bool | divideByExposure |
| Brick * | offset |
| double | solidAngle |
| double | opticsArea |
| double | sumFactor |
| double | efficiencyFactor |
| double | polarizationFactor |
| double | correctionFactor |
| Mer::MiCalibration * | mi |
| double | sunAU |
| double | ReferencePixelValue |
| int | useReferenceValue |
| int | useZeroExposureValue |
| int | useActiveAreaValue |
| double | a |
| double | off |
| double | ex |
| double | z |
| double | dc |
| double | g |
| double | w0 |
| double | iof |
| vector< double > | pixelGain |
| vector< double > | pixelOffset |
| vector< double > | inLineAvg |
| vector< double > | outLineAvg |
| Mgs::MocLabels * | moc |
| bool | nullWago |
| int | averageWidth |
| vector< int > | maxNoiseColumn |
| vector< double > | column1Norm |
| vector< double > | column2Norm |
| vector< double > | column3Norm |
| int | delta |
| int | ssFirst |
| double | avg1 |
| double | avg2 |
| double | avg3 |
| void gbl::BitweightCorrect | ( | Buffer & | in | ) |
This method is modelled after IDL CISSCAL's cassimg_bitweightcorrect.pro.
The purpose is to correct the image for uneven bit weights. This is done using one of several tables developed from the ground calibration exercises table depends on InstrumentId, GainModeId, and OpticsTemperature.
| in | Input buffer for the first process in IsisMain() |
Definition at line 399 of file cisscal.cpp.
| void Calibrate | ( | vector< Buffer * > & | in, | |
| vector< Buffer * > & | out | |||
| ) |
This calibration method runs through all calibration steps.
It takes a vector of input buffers that contains the input image and, if needed, the flat field image, the dustring correction image, and the mottle correction image. The vector of output buffers will only contain one element: the output image.
| in | Vector of pointers to input buffers for the second process in IsisMain() | |
| out | Vector of pointers to output buffer. |
Definition at line 246 of file cisscal.cpp.
| void gbl::ComputeBias | ( | ) |
This method is modelled after IDL CISSCAL's cassimg_debias.pro.
The purpose is to compute the bias (zero-exposure DN level of CCD chip) to be subtracted in the Calibrate() method. There are two ways to do this 1. (DEFAULT) using overclocked pixel array taken out of binary line prefix 2. subtract BiasMeanStrip value found in labels
Definition at line 509 of file cisscal.cpp.
| void gbl::CopyInput | ( | Buffer & | in | ) |
The purpose of this method is to copy the input to output if no bitweight correction occurs.
| in | Input buffer for the first process in IsisMain() |
Definition at line 375 of file cisscal.cpp.
| void gbl::CreateBitweightStretch | ( | Filename | bitweightTable | ) |
This method sets up the strech for the conversion from file.
It is used by the BitweightCorrect() method to map LUT values.
| bitweightTable | Name of the bitweight table for this image. |
Definition at line 428 of file cisscal.cpp.
| Filename gbl::FindBitweightFile | ( | ) |
This method is modelled after IDL CISSCAL's cassimg_bitweightcorrect.pro.
The purpose is to find the look up table file name for this image.
The table to be used depends on: Camera NAC or WAC GainState 1, 2 or 3 <=> GainModeId 95, 29, or 12 Optics temp. -10, +5 or +25
Definition at line 465 of file cisscal.cpp.
| vector<double> gbl::OverclockFit | ( | ) |
This method is modelled after IDL CISSCAL's cassimg_define.pro method, CassImg::OverclockAvg().
This access function computes line-averaged overclocked pixel values and returns a linear fit of these values.
Definition at line 582 of file cisscal.cpp.
| void gbl::Linearize | ( | ) |
This method is modelled after IDL CISSCAL's cassimg_linearise.pro.
The purpose is to correct the image for non-linearity.
Definition at line 655 of file cisscal.cpp.
| void gbl::FindDustRingParameters | ( | ) |
This method is modelled after IDL CISSCAL's cassimg_dustringcorrect.pro.
The purpose is to find the files and value needed to perform dustring correction and mottle correction: dustFile, mottleFile, strengthFactor.
Definition at line 747 of file cisscal.cpp.
| Filename gbl::FindFlatFile | ( | ) |
This method is modelled after IDL CISSCAL's cassimg_dividebyflats.pro.
The purpose is to find the flat field file needed to correct the image for sensitivity variations across the field by dividing by flat field image.
Definition at line 909 of file cisscal.cpp.
| void gbl::FindCorrectionFactors | ( | ) |
This method is modelled after IDL CISSCAL's cassimg_correctionfactors.pro.
The purpose is to find the correction factor, i.e. the value used to correct the image for ad-hoc factors.
Definition at line 1465 of file cisscal.cpp.
| void gbl::DNtoElectrons | ( | ) |
This method is modelled after IDL CISSCAL's cassimg_dntoelectrons.pro.
The purpose is to find the true gain needed to multiply image by gain constant (convert DN to electrons).
Definition at line 1020 of file cisscal.cpp.
| void gbl::FindShutterOffset | ( | ) |
This method is modelled after IDL CISSCAL's cassimg_dividebyexpot.pro.
The purpose is to find the shutter offset needed to divide a Cassini image by corrected exposure time, correcting for shutter offset effects (sample dependency of actual exposure time).
Definition at line 1071 of file cisscal.cpp.
| void gbl::DivideByAreaPixel | ( | ) |
This method is modelled after IDL CISSCAL's cassimg_dividebyareapixel.pro.
The purpose is to find the values needed to normalise the image by dividing by area of optics and by solid angle subtended by a pixel.
Definition at line 1124 of file cisscal.cpp.
| void gbl::FindEfficiencyFactor | ( | string | fluxunits | ) |
This method is modelled after IDL CISSCAL's cassimg_dividebyefficiency.pro.
The purpose is to find the efficiency factor for the given flux units. This value is used to correct the image for filter and CCD efficiency.
Note: For "I/F", The results diverge from the IDL results due to differences in the way they calculate solar distance. However, the DN results are still within 0.2% after we divide by efficiency factor.
Definition at line 1186 of file cisscal.cpp.
| iString gbl::GetCalibrationDirectory | ( | string | calibrationType | ) |
This method returns an iString containing the path of a Cassini calibration directory.
| calibrationType |
Definition at line 1611 of file cisscal.cpp.
| void gbl::Calibrate | ( | vector< Buffer * > & | in, | |
| vector< Buffer * > & | out | |||
| ) |
This calibration method runs through all calibration steps.
It takes a vector of input buffers that contains the input image and, if needed, the flat field image, the dustring correction image, and the mottle correction image. The vector of output buffers will only contain one element: the output image.
| in | Vector of pointers to input buffers for the second process in IsisMain() | |
| out | Vector of pointers to output buffer. |
Definition at line 246 of file cisscal.cpp.
| void gbl::CopyInput | ( | Buffer & | in | ) |
The purpose of this method is to copy the input to output if no bitweight correction occurs.
| in | Input buffer for the first process in IsisMain() |
Definition at line 375 of file cisscal.cpp.
| void gbl::BitweightCorrect | ( | Buffer & | in | ) |
This method is modelled after IDL CISSCAL's cassimg_bitweightcorrect.pro.
The purpose is to correct the image for uneven bit weights. This is done using one of several tables developed from the ground calibration exercises table depends on InstrumentId, GainModeId, and OpticsTemperature.
| in | Input buffer for the first process in IsisMain() |
Definition at line 399 of file cisscal.cpp.
| void gbl::CreateBitweightStretch | ( | Filename | bitweightTable | ) |
This method sets up the strech for the conversion from file.
It is used by the BitweightCorrect() method to map LUT values.
| bitweightTable | Name of the bitweight table for this image. |
Definition at line 428 of file cisscal.cpp.
| Filename gbl::FindBitweightFile | ( | ) |
This method is modelled after IDL CISSCAL's cassimg_bitweightcorrect.pro.
The purpose is to find the look up table file name for this image.
The table to be used depends on: Camera NAC or WAC GainState 1, 2 or 3 <=> GainModeId 95, 29, or 12 Optics temp. -10, +5 or +25
Definition at line 465 of file cisscal.cpp.
| void gbl::ComputeBias | ( | ) |
This method is modelled after IDL CISSCAL's cassimg_debias.pro.
The purpose is to compute the bias (zero-exposure DN level of CCD chip) to be subtracted in the Calibrate() method. There are two ways to do this 1. (DEFAULT) using overclocked pixel array taken out of binary line prefix 2. subtract BiasMeanStrip value found in labels
Definition at line 509 of file cisscal.cpp.
| vector<double> gbl::OverclockFit | ( | ) |
This method is modelled after IDL CISSCAL's cassimg_define.pro method, CassImg::OverclockAvg().
This access function computes line-averaged overclocked pixel values and returns a linear fit of these values.
Definition at line 582 of file cisscal.cpp.
| void gbl::Linearize | ( | ) |
This method is modelled after IDL CISSCAL's cassimg_linearise.pro.
The purpose is to correct the image for non-linearity.
Definition at line 655 of file cisscal.cpp.
| void gbl::FindDustRingParameters | ( | ) |
This method is modelled after IDL CISSCAL's cassimg_dustringcorrect.pro.
The purpose is to find the files and value needed to perform dustring correction and mottle correction: dustFile, mottleFile, strengthFactor.
Definition at line 747 of file cisscal.cpp.
| Filename gbl::FindFlatFile | ( | ) |
This method is modelled after IDL CISSCAL's cassimg_dividebyflats.pro.
The purpose is to find the flat field file needed to correct the image for sensitivity variations across the field by dividing by flat field image.
Definition at line 909 of file cisscal.cpp.
| void gbl::DNtoElectrons | ( | ) |
This method is modelled after IDL CISSCAL's cassimg_dntoelectrons.pro.
The purpose is to find the true gain needed to multiply image by gain constant (convert DN to electrons).
Definition at line 1020 of file cisscal.cpp.
| void gbl::FindShutterOffset | ( | ) |
This method is modelled after IDL CISSCAL's cassimg_dividebyexpot.pro.
The purpose is to find the shutter offset needed to divide a Cassini image by corrected exposure time, correcting for shutter offset effects (sample dependency of actual exposure time).
Definition at line 1071 of file cisscal.cpp.
| void gbl::DivideByAreaPixel | ( | ) |
This method is modelled after IDL CISSCAL's cassimg_dividebyareapixel.pro.
The purpose is to find the values needed to normalise the image by dividing by area of optics and by solid angle subtended by a pixel.
Definition at line 1124 of file cisscal.cpp.
| void gbl::FindEfficiencyFactor | ( | string | fluxunits | ) |
This method is modelled after IDL CISSCAL's cassimg_dividebyefficiency.pro.
The purpose is to find the efficiency factor for the given flux units. This value is used to correct the image for filter and CCD efficiency.
Note: For "I/F", The results diverge from the IDL results due to differences in the way they calculate solar distance. However, the DN results are still within 0.2% after we divide by efficiency factor.
Definition at line 1186 of file cisscal.cpp.
| void gbl::FindCorrectionFactors | ( | ) |
This method is modelled after IDL CISSCAL's cassimg_correctionfactors.pro.
The purpose is to find the correction factor, i.e. the value used to correct the image for ad-hoc factors.
Definition at line 1465 of file cisscal.cpp.
| iString gbl::GetCalibrationDirectory | ( | string | calibrationType | ) |
This method returns an iString containing the path of a Cassini calibration directory.
| calibrationType |
Definition at line 1611 of file cisscal.cpp.
| void gbl::Calibrate | ( | vector< Buffer * > & | in, | |
| vector< Buffer * > & | out | |||
| ) |
This calibration method runs through all calibration steps.
It takes a vector of input buffers that contains the input image and, if needed, the flat field image, the dustring correction image, and the mottle correction image. The vector of output buffers will only contain one element: the output image.
| in | Vector of pointers to input buffers for the second process in IsisMain() | |
| out | Vector of pointers to output buffer. |
| void gbl::Calibrate | ( | Buffer & | in, | |
| Buffer & | out | |||
| ) |
Definition at line 178 of file moccal.cpp.
| void gbl::LoadCoefficients | ( | const string & | file, | |
| int | ns | |||
| ) |
Definition at line 226 of file moccal.cpp.
| void gbl::FixWagoLines | ( | string | file | ) |
Definition at line 286 of file moccal.cpp.
| void gbl::Calibrate | ( | Buffer & | in, | |
| Buffer & | out | |||
| ) |
Definition at line 178 of file moccal.cpp.
| void gbl::LoadCoefficients | ( | const string & | file, | |
| int | ns | |||
| ) |
Definition at line 226 of file moccal.cpp.
| void gbl::FixWagoLines | ( | string | file | ) |
Definition at line 286 of file moccal.cpp.
| const int gbl::spikeInterval | ( | 50 | ) |
| void gbl::CollectColumnStats | ( | Buffer & | in | ) |
Definition at line 177 of file mocnoise50.cpp.
| void gbl::Copy | ( | Buffer & | in, | |
| Buffer & | out | |||
| ) |
Definition at line 318 of file mocnoise50.cpp.
| void gbl::RemoveNoise | ( | Buffer & | in, | |
| Buffer & | out | |||
| ) |
Definition at line 274 of file mocnoise50.cpp.
| void gbl::CollectColumnStats | ( | Buffer & | in | ) |
Definition at line 177 of file mocnoise50.cpp.
| void gbl::RemoveNoise | ( | Buffer & | in, | |
| Buffer & | out | |||
| ) |
Definition at line 274 of file mocnoise50.cpp.
| void gbl::Copy | ( | Buffer & | in, | |
| Buffer & | out | |||
| ) |
Definition at line 318 of file mocnoise50.cpp.
| CissLabels* cissLab |
Definition at line 55 of file cisscal.cpp.
Definition at line 56 of file cisscal.cpp.
| PvlGroup calgrp |
Definition at line 57 of file cisscal.cpp.
| Stretch stretch |
Definition at line 58 of file cisscal.cpp.
Definition at line 59 of file cisscal.cpp.
| vector<double> bias |
Definition at line 60 of file cisscal.cpp.
| vector<vector <double> > bitweightCorrected |
Definition at line 61 of file cisscal.cpp.
| vector<vector <double> > dark_DN |
Definition at line 63 of file cisscal.cpp.
| Filename dustFile |
Definition at line 65 of file cisscal.cpp.
| Filename mottleFile |
Definition at line 66 of file cisscal.cpp.
| double strengthFactor |
Definition at line 67 of file cisscal.cpp.
| bool dustCorrection |
Definition at line 68 of file cisscal.cpp.
| bool mottleCorrection |
Definition at line 68 of file cisscal.cpp.
| bool flatCorrection |
Definition at line 68 of file cisscal.cpp.
| double trueGain |
Definition at line 70 of file cisscal.cpp.
| bool divideByExposure |
Definition at line 71 of file cisscal.cpp.
| Brick* offset |
Definition at line 72 of file cisscal.cpp.
| double solidAngle |
Definition at line 73 of file cisscal.cpp.
| double opticsArea |
Definition at line 74 of file cisscal.cpp.
| double sumFactor |
Definition at line 75 of file cisscal.cpp.
| double efficiencyFactor |
Definition at line 76 of file cisscal.cpp.
| double polarizationFactor |
Definition at line 78 of file cisscal.cpp.
| double correctionFactor |
Definition at line 79 of file cisscal.cpp.
| double ReferencePixelValue |
| double a |
Definition at line 19 of file moccal.cpp.
| double off |
Definition at line 20 of file moccal.cpp.
| double ex |
Definition at line 21 of file moccal.cpp.
| double z |
Definition at line 22 of file moccal.cpp.
| double dc |
Definition at line 23 of file moccal.cpp.
| double g |
Definition at line 24 of file moccal.cpp.
| double w0 |
Definition at line 25 of file moccal.cpp.
| double iof |
Definition at line 26 of file moccal.cpp.
| vector<double> pixelGain |
Definition at line 28 of file moccal.cpp.
| vector<double> pixelOffset |
Definition at line 29 of file moccal.cpp.
| vector<double> inLineAvg |
Definition at line 31 of file moccal.cpp.
| vector<double> outLineAvg |
Definition at line 32 of file moccal.cpp.
| Mgs::MocLabels* moc |
Definition at line 34 of file moccal.cpp.
| bool nullWago |
Definition at line 36 of file moccal.cpp.
| int averageWidth |
Definition at line 14 of file mocnoise50.cpp.
| vector<int> maxNoiseColumn |
Definition at line 15 of file mocnoise50.cpp.
| vector<double> column1Norm |
Definition at line 16 of file mocnoise50.cpp.
| vector<double> column2Norm |
Definition at line 17 of file mocnoise50.cpp.
| vector<double> column3Norm |
Definition at line 18 of file mocnoise50.cpp.
| int delta |
Definition at line 19 of file mocnoise50.cpp.
| int ssFirst |
Definition at line 20 of file mocnoise50.cpp.
| double avg1 |
Definition at line 21 of file mocnoise50.cpp.
| double avg2 |
Definition at line 21 of file mocnoise50.cpp.
| double avg3 |
Definition at line 21 of file mocnoise50.cpp.