com.pentec.adaq.fist
Interface IJadeComm

All Known Implementing Classes:

JadeComm, JadedClient

public interface IJadeComm

CEDIP LWIR (Jade/Cirrus) communications interface There is no predefined startup sequence for this camera as it remembers its previous settings.

Nested Class Summary

static class	IJadeComm.JadeAGCSmoothParameters Structure containing AGC smoothing parameters
static class	IJadeComm.JadeAutoGain Structure containing information about Jade autogain
static class	IJadeComm.JadeElapsedTime Time elapsed
static class	IJadeComm.JadeHousingTemperatureParameters Housing temperature parameters
static class	IJadeComm.JadeImageInformation Image information
static class	IJadeComm.JadeIntegrationParameters Structure containing integration parameters
static class	IJadeComm.JadeIRSignalAmplifierParameters Structure containing IR signal amplifier parameters
static class	IJadeComm.JadeMasterClock Structure containing information about the Jade master clock
static class	IJadeComm.JadeOffsetLimitationParameters Structure containing offset limitation parameters
static class	IJadeComm.JadePaletteManipulate Structure containing information about Jade palette manipulation
static class	IJadeComm.JadeRandomWindowingParameters Structure containing randon windowing parameters
static class	IJadeComm.JadeRemapping Structure containing information about remapping the Jade window
static class	IJadeComm.JadeROI Structure containing information about a Jade ROI
static class	IJadeComm.JadeSCDDetectorSkimmingAndAntibloomingParameters Structure containing skimming and antiblooming parameters for SCD detector
static class	IJadeComm.JadeSensorCalibration Sensor calibration information
static class	IJadeComm.JadeSetup Setup parameters
static class	IJadeComm.JadeSoftwareVersion Software version information
static class	IJadeComm.JadeWindow Structure containing information about a Jade window

Field Summary

static byte	AUTOGAIN_METHOD_MEAN_STD
static byte	AUTOGAIN_METHOD_MIN_MAX
static byte	BAUD_RATE_57600
static byte	BAUD_RATE_9600
static byte	BPR_CALCULATION_ALPHA_METHOD
static byte	BPR_CALCULATION_BETA_METHOD
static byte	BPR_CALCULATION_LIST_ADD
static byte	BPR_CALCULATION_LIST_RESET_NO_CALC
static byte	BPR_CALCULATION_LIST_RESET_WITH_CALC
static byte	BPR_CALCULATION_MINMAX_METHOD
static byte	BPR_CALCULATION_NOISE_METHOD
static byte	CHANNEL_1
static byte	CHANNEL_2
static byte	CHANNEL_3
static byte	CHANNEL_4
static byte	CODE_TYPE_CASSIOPEA_APPLICATION
static byte	CODE_TYPE_CASSIOPEA_BOOTLOADER
static byte	CODE_TYPE_CIRRUS_APPLICATION
static byte	CODE_TYPE_CIRRUS_BOOTLOADER
static byte	CODE_TYPE_PEGASUS_APPLICATION
static byte	CODE_TYPE_PEGASUS_BOOTLOADER
static int	COMMAND_ERROR_ACQUISITION_OF_FRAME
static int	COMMAND_ERROR_ADC_SENSOR
static int	COMMAND_ERROR_BAD_PARAMETER
static int	COMMAND_ERROR_BAD_PIXEL_BAD_REMAPPING
static int	COMMAND_ERROR_BAD_PIXEL_HAS_BAD_COORDINATE
static int	COMMAND_ERROR_COMMAND_NOT_IMPLEMENTED
static int	COMMAND_ERROR_FLASH_BAD_PIXEL
static int	COMMAND_ERROR_FOCUS_NOT_RESPONDING
static int	COMMAND_ERROR_INTERNAL_BLACKBODY_REGULATION
static int	COMMAND_ERROR_INTERNAL_WHEEL_NOT_RESPONDING
static int	COMMAND_ERROR_LOAD_FLASH_BACKUP
static int	COMMAND_ERROR_LOAD_FLASH_NUC
static int	COMMAND_ERROR_LOAD_FLASH_SETUP
static int	COMMAND_ERROR_MASTER_CLOCK_OSCILLATOR_ERROR
static int	COMMAND_ERROR_MEMORY_ALLOCATION
static java.lang.String[]	COMMAND_ERROR_MESSAGE
static int	COMMAND_ERROR_MULTIFOCUS_LENS_NOT_RESPONDING
static int	COMMAND_ERROR_NO_ERROR
static int	COMMAND_ERROR_PARAMETER_OUT_OF_RANGE
static int	COMMAND_ERROR_READ_NUC_TABLE
static int	COMMAND_ERROR_SAVE_FLASH_BACKUP
static int	COMMAND_ERROR_SAVE_FLASH_BAD_PIXEL
static int	COMMAND_ERROR_SAVE_FLASH_NUC
static int	COMMAND_ERROR_SAVE_FLASH_SETUP
static int	COMMAND_ERROR_TOO_MANY_BAD_PIXELS
static byte	FLIP_BOTH
static byte	FLIP_HORIZONTALLY
static byte	FLIP_NONE
static byte	FLIP_VERTICALLY
static byte	IDET_1_MICROAMP
static byte	IDET_10_MICROAMPS
static byte	IDET_10_NANOAMPS
static byte	IDET_100_NANOAMPS
static byte	IDET_3_MICROAMPS
static byte	IDET_30_NANOAMPS
static byte	IDET_300_NANOAMPS
static short	ROTATE_0_DEGREES
static short	ROTATE_180_DEGREES
static short	ROTATE_270_DEGREES
static short	ROTATE_90_DEGREES
static byte	TWO_POINT_NUC_UPDATE_BLACKBODY_METHOD
static byte	TWO_POINT_NUC_UPDATE_FIRST_STAGE
static byte	TWO_POINT_NUC_UPDATE_INTEGRATION_METHOD
static byte	TWO_POINT_NUC_UPDATE_SECOND_STAGE
static byte	VIDEO_TYPE_CCIR
static byte	VIDEO_TYPE_RS170
static byte	WINDOW_MODE_FULL_FRAME
static byte	WINDOW_MODE_HALF_FRAME
static byte	WINDOW_MODE_QUARTER_FRAME
static byte	WINDOW_MODE_RANDOM_FRAME

Method Summary

void	activateAutoGain() Activate autogain with histogram
void	activateAutoGain(int iFilter) Activate autogain with histogram
void	activateBadPixelReplacement() Activate a bad pixel replacement list
void	activateNUC(int iTable) Activate NUC table number iTable and the corresponding bad pixel list
void	activateRemapping() Activate remapping
void	applyContrastOptimization() Apply contrast optimization (AGC is deactivated)
void	applyContrastOptimizationWithHistogram() Apply contrast optimization with histogram (AGC is deactivated)
void	automaticBPRCalculation(int iTable, byte bMethod, byte bList) Update the BPR list with an automatic calculation.
void	badPixelStatus()
void	bypassNUC() Bypass the NUC, remapping, and bad pixel replacement modules
void	checkCommunication() Check communication
void	close() Close any open communications lines and stop any helper threads.
void	deactivateAutoGain() Deactivate autogain
void	deactivateBadPixelReplacement() Deactivate bad pixel replacement
void	deactivateRemapping() Deactivate remapping
void	flipImageHorizontally() Flip image horizontally
void	flipImageVertically() Flip image vertically
void	freezeImage() Freeze the image display
IJadeComm.JadeAGCSmoothParameters	getAGCSmoothParameters() Get AGC smoothing parameters
IJadeComm.JadeIRSignalAmplifierParameters	getAmplifierState() Get the state of the IR signal amplifier
IJadeComm.JadeAutoGain	getAutoGain() Get autogain status, threshold, method, and delta for mean/STD method
double	getAutoGainAdjustmentThreshold() Get the threshold for successive adjustment
int	getBadPixelCalculationStatus() Get bad pixel calculation status
byte	getCodeType() Get the type of embedded code running
IJadeComm.JadeElapsedTime	getElapsedTime() Get elapsed time and power cycles
int	getErrorCommand() Get the type of error after a command failure
int	getFrameRate() Get frame rate
double	getFrameRateMax(int iIntegrationTime, int iX, int iY) Get maximum frame rate with respect to integration time and format
byte	getGain() Get gain for SCD and Sofradir detectors
double	getHousingTemperature() Get housing temperature in Kelvin
IJadeComm.JadeHousingTemperatureParameters	getHousingTemperatureParameters() Get housing temperature parameters
IJadeComm.JadeImageInformation	getImageInformation() Get live image information
IJadeComm.JadeIntegrationParameters	getIntegrationTime(byte bChannel) Get integration time for the selected channel
IJadeComm.JadeMasterClock	getMasterClock() Get master clock and oscillator frequencies driving the FPA
void	getNUCStatus()
IJadeComm.JadeOffsetLimitationParameters	getOffsetLimitationParameters() Get offset limitation parameters
IJadeComm.JadePaletteManipulate	getPaletteManipulate() Get palette manipulation paramters
double	getPercentInMinMaxAGC() Get percent in min max AGC
IJadeComm.JadeRandomWindowingParameters	getRandomWindowingParameters() Get random windowing parameters
IJadeComm.JadeRemapping	getRemapping() Return remapping enabled status, angle of rotation, and flip status
IJadeComm.JadeROI	getROI() Get ROI for AGC
IJadeComm.JadeSensorCalibration	getSensorCalibration(byte bChannel) Get sensor calibration
int	getSensorLevel(byte iChannel) Get the temperature ADC averaging digital level
int	getSensorTemperature() Get sensor temperature in Kelvin
IJadeComm.JadeSetup	getSetup() Get the current setup
IJadeComm.JadeSCDDetectorSkimmingAndAntibloomingParameters	getSkimmingAndAntibloomingParameters() Get skimming and antiblooming parameters
IJadeComm.JadeSoftwareVersion	getSoftwareVersion() Get software version
byte	getVideoType() Get the type of video
IJadeComm.JadeWindow	getWindowModeAndCapabilities() Get window mode
boolean	isBlackAndWhitePaletteSwapped() Get black and white palette swap status
boolean	isDebugModeEnabled() Gets debug mode status
boolean	isExternalSyncEnabled() Check if the external sync is enabled
boolean	isGenLockEnabled() Get gen lock enabled status
boolean	isNUCShutterAutomaticEnabled() Return the status of for a NUC 1 point with automatic shutter
boolean	isNUCTableParametersAutomaticEnabled() todo: engrish documentation, not sure
boolean	isReticleVideoEnabled() Get reticle video status
boolean	isStartOnSensorEnabled() Get startup on sensor status
boolean	isZoomEnabled() Gets zoom status
void	liveImage() Live image display
void	resetElapsedTime() Reset elapsed time and number of power cycles
void	resetNUC() Deactivate the NUC and set all gain and offset values to 1 and 0 respectively
void	restoreNUCTable(int iTable) Restore NUC table from flash memory
void	rotateImage(short sRotation) Rotate a square image
void	saveCurrentNUCTable() Save the current NUC table to flash memory
void	setAGCSmoothParameters(IJadeComm.JadeAGCSmoothParameters smoothingParameters) Set AGC smoothing parameters
void	setAmplifierState(IJadeComm.JadeIRSignalAmplifierParameters irSignalAmplifierParameters) Set the IR signal amplifier's state
void	setAutoGainAdjustmentThreshold(double dThreshold) Set the threshold for successive adjustment
void	setAutoGainCalculationMeanSTDMethod(int iDelta) Set AGC calculation to mean and STD method
void	setAutoGainCalculationMinMaxMethod() Set AGC calculation to the min max method
void	setBadPixelDetectionParameters(int iMinGain, int iMaxGain, int iOffset, int iNoise, int iFrames) Set bad pixel detetion parameters (save in flash memory)
void	setBaudRate(byte bBaudRate) Set the UART baud rate - you must wait one second before sending further commands
void	setConverterDigitalSource() Set the digital source to the converter
void	setDebugModeEnabled(boolean isEnabled) Set debug mode status - in debug mode, the system overlays text on the output screen
void	setExternalSyncEnabled(boolean isEnabled) Enable or disable external sync
void	setFrameRate(int iFrameRate) Set frame rate
void	setFullScale() Set full scale video display (AGC is deactivated)
void	setGain(int iGain) Set the global gain level
void	setGenLockEnabled(boolean isEnabled) Set gen lock enabled status
void	setHousingTemperatureParameters(IJadeComm.JadeHousingTemperatureParameters housingTemperatureParameters) Set housing temperature parameters
void	setIntegrationTime(IJadeComm.JadeIntegrationParameters integrationParameters) Set integration time
void	setMasterClock(IJadeComm.JadeMasterClock masterClock)
void	setMaxGainWithAGC(int iMax) Set a maximum gain with AGC
void	setMaxGainWithAGC(int iMax, int iMin) Set a maximum gain with AGC
void	setMinMaxLevel(int iMin, int iMax) Set minimum and maximum levels (AGC is deactivated)
void	setNUCShutterAutomaticEnabled(boolean isEnabled) Set NUC 1 point with automatic shutter every five minutes (three times every 30 seconds at startup) for the microbolometer detector.
void	setNUCTableParametersAutomaticEnabled(boolean isAutomatic) todo: engrish documentation, not sure
void	setOffset(int iOffset) Set the global offset level
void	setOffsetLimitationParameters(IJadeComm.JadeOffsetLimitationParameters offsetLimitationParameters) Set offset limitation parameters
void	setPaletteManipulate(IJadeComm.JadePaletteManipulate paletteManipulate) Set optimum palette when the gain is saturated
void	setPatternDigitalSource() Set the digital source to the pattern
void	setPercentInMinMaxAGC(double dPercent) Set percent in min max AGC
void	setReticleVideoEnabled(boolean isEnabled) Sets reticle video enabled status
void	setROI(boolean isEnabled, int iWidth, int iHeight, int iX0, int iY0) Set region of interest for autogain control (AGC)
void	setSCDSofradirGain(byte bGain) Set gain for SCD and Sofradir detectors
void	setSensorCalibration(IJadeComm.JadeSensorCalibration sensorCalibration) Set sensor calibration
void	setSkimmingAndAntibloomingParameters(IJadeComm.JadeSCDDetectorSkimmingAndAntibloomingParameters scdDetectorSkimmingAndAntibloomingParameters) Set skimming and antiblooming parametsr
void	setStartupOnSensorEnabled(boolean isEnabled) Set startup on sensor status
void	setSwapBlackAndWhitePalette(boolean isEnabled) Swap the black and white palette
void	setVideoType(byte bVideoType) Set the video type
void	setWindowModeAndCapabilities(IJadeComm.JadeWindow window) Set window mode
void	setZoomEnabled(boolean isEnabled) Set zoom enabled status
void	update1PointNUC(int iTable, int iFrames, boolean keepPreviousGain) Update the NUC with the 1 point method
void	update1PointNUC(int iTable, int iFrames, boolean keepPreviousGain, boolean withInternalBlackBody) Update the NUC with the 1 point method
void	update1PointNUC(int iTable, int iFrames, boolean keepPreviousGain, boolean withInternalBlackBody, int iRegulationOfTemperature) Update the NUC with the 1 point method
void	update2PointNUC(byte bMethod, boolean badPixelDetection, int iTable, int iFrames, byte bStage) Update the NUC with the 2 point method

Field Detail

AUTOGAIN_METHOD_MEAN_STD

static final byte AUTOGAIN_METHOD_MEAN_STD

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AUTOGAIN_METHOD_MIN_MAX

static final byte AUTOGAIN_METHOD_MIN_MAX

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BAUD_RATE_57600

static final byte BAUD_RATE_57600

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BAUD_RATE_9600

static final byte BAUD_RATE_9600

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BPR_CALCULATION_ALPHA_METHOD

static final byte BPR_CALCULATION_ALPHA_METHOD

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BPR_CALCULATION_BETA_METHOD

static final byte BPR_CALCULATION_BETA_METHOD

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BPR_CALCULATION_LIST_ADD

static final byte BPR_CALCULATION_LIST_ADD

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BPR_CALCULATION_LIST_RESET_NO_CALC

static final byte BPR_CALCULATION_LIST_RESET_NO_CALC

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BPR_CALCULATION_LIST_RESET_WITH_CALC

static final byte BPR_CALCULATION_LIST_RESET_WITH_CALC

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BPR_CALCULATION_MINMAX_METHOD

static final byte BPR_CALCULATION_MINMAX_METHOD

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BPR_CALCULATION_NOISE_METHOD

static final byte BPR_CALCULATION_NOISE_METHOD

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CHANNEL_1

static final byte CHANNEL_1

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CHANNEL_2

static final byte CHANNEL_2

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CHANNEL_3

static final byte CHANNEL_3

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CHANNEL_4

static final byte CHANNEL_4

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CODE_TYPE_CASSIOPEA_APPLICATION

static final byte CODE_TYPE_CASSIOPEA_APPLICATION

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CODE_TYPE_CASSIOPEA_BOOTLOADER

static final byte CODE_TYPE_CASSIOPEA_BOOTLOADER

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CODE_TYPE_CIRRUS_APPLICATION

static final byte CODE_TYPE_CIRRUS_APPLICATION

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CODE_TYPE_CIRRUS_BOOTLOADER

static final byte CODE_TYPE_CIRRUS_BOOTLOADER

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CODE_TYPE_PEGASUS_APPLICATION

static final byte CODE_TYPE_PEGASUS_APPLICATION

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CODE_TYPE_PEGASUS_BOOTLOADER

static final byte CODE_TYPE_PEGASUS_BOOTLOADER

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COMMAND_ERROR_ACQUISITION_OF_FRAME

static final int COMMAND_ERROR_ACQUISITION_OF_FRAME

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COMMAND_ERROR_ADC_SENSOR

static final int COMMAND_ERROR_ADC_SENSOR

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COMMAND_ERROR_BAD_PARAMETER

static final int COMMAND_ERROR_BAD_PARAMETER

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COMMAND_ERROR_BAD_PIXEL_BAD_REMAPPING

static final int COMMAND_ERROR_BAD_PIXEL_BAD_REMAPPING

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COMMAND_ERROR_BAD_PIXEL_HAS_BAD_COORDINATE

static final int COMMAND_ERROR_BAD_PIXEL_HAS_BAD_COORDINATE

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COMMAND_ERROR_COMMAND_NOT_IMPLEMENTED

static final int COMMAND_ERROR_COMMAND_NOT_IMPLEMENTED

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COMMAND_ERROR_FLASH_BAD_PIXEL

static final int COMMAND_ERROR_FLASH_BAD_PIXEL

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COMMAND_ERROR_FOCUS_NOT_RESPONDING

static final int COMMAND_ERROR_FOCUS_NOT_RESPONDING

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COMMAND_ERROR_INTERNAL_BLACKBODY_REGULATION

static final int COMMAND_ERROR_INTERNAL_BLACKBODY_REGULATION

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COMMAND_ERROR_INTERNAL_WHEEL_NOT_RESPONDING

static final int COMMAND_ERROR_INTERNAL_WHEEL_NOT_RESPONDING

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COMMAND_ERROR_LOAD_FLASH_BACKUP

static final int COMMAND_ERROR_LOAD_FLASH_BACKUP

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COMMAND_ERROR_LOAD_FLASH_NUC

static final int COMMAND_ERROR_LOAD_FLASH_NUC

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COMMAND_ERROR_LOAD_FLASH_SETUP

static final int COMMAND_ERROR_LOAD_FLASH_SETUP

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COMMAND_ERROR_MASTER_CLOCK_OSCILLATOR_ERROR

static final int COMMAND_ERROR_MASTER_CLOCK_OSCILLATOR_ERROR

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COMMAND_ERROR_MEMORY_ALLOCATION

static final int COMMAND_ERROR_MEMORY_ALLOCATION

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COMMAND_ERROR_MESSAGE

static final java.lang.String[] COMMAND_ERROR_MESSAGE

COMMAND_ERROR_MULTIFOCUS_LENS_NOT_RESPONDING

static final int COMMAND_ERROR_MULTIFOCUS_LENS_NOT_RESPONDING

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COMMAND_ERROR_NO_ERROR

static final int COMMAND_ERROR_NO_ERROR

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COMMAND_ERROR_PARAMETER_OUT_OF_RANGE

static final int COMMAND_ERROR_PARAMETER_OUT_OF_RANGE

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COMMAND_ERROR_READ_NUC_TABLE

static final int COMMAND_ERROR_READ_NUC_TABLE

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COMMAND_ERROR_SAVE_FLASH_BACKUP

static final int COMMAND_ERROR_SAVE_FLASH_BACKUP

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COMMAND_ERROR_SAVE_FLASH_BAD_PIXEL

static final int COMMAND_ERROR_SAVE_FLASH_BAD_PIXEL

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COMMAND_ERROR_SAVE_FLASH_NUC

static final int COMMAND_ERROR_SAVE_FLASH_NUC

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COMMAND_ERROR_SAVE_FLASH_SETUP

static final int COMMAND_ERROR_SAVE_FLASH_SETUP

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COMMAND_ERROR_TOO_MANY_BAD_PIXELS

static final int COMMAND_ERROR_TOO_MANY_BAD_PIXELS

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FLIP_BOTH

static final byte FLIP_BOTH

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FLIP_HORIZONTALLY

static final byte FLIP_HORIZONTALLY

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FLIP_NONE

static final byte FLIP_NONE

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FLIP_VERTICALLY

static final byte FLIP_VERTICALLY

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IDET_1_MICROAMP

static final byte IDET_1_MICROAMP

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IDET_10_MICROAMPS

static final byte IDET_10_MICROAMPS

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IDET_10_NANOAMPS

static final byte IDET_10_NANOAMPS

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IDET_100_NANOAMPS

static final byte IDET_100_NANOAMPS

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IDET_3_MICROAMPS

static final byte IDET_3_MICROAMPS

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IDET_30_NANOAMPS

static final byte IDET_30_NANOAMPS

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IDET_300_NANOAMPS

static final byte IDET_300_NANOAMPS

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ROTATE_0_DEGREES

static final short ROTATE_0_DEGREES

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ROTATE_180_DEGREES

static final short ROTATE_180_DEGREES

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ROTATE_270_DEGREES

static final short ROTATE_270_DEGREES

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ROTATE_90_DEGREES

static final short ROTATE_90_DEGREES

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TWO_POINT_NUC_UPDATE_BLACKBODY_METHOD

static final byte TWO_POINT_NUC_UPDATE_BLACKBODY_METHOD

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TWO_POINT_NUC_UPDATE_FIRST_STAGE

static final byte TWO_POINT_NUC_UPDATE_FIRST_STAGE

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TWO_POINT_NUC_UPDATE_INTEGRATION_METHOD

static final byte TWO_POINT_NUC_UPDATE_INTEGRATION_METHOD

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TWO_POINT_NUC_UPDATE_SECOND_STAGE

static final byte TWO_POINT_NUC_UPDATE_SECOND_STAGE

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VIDEO_TYPE_CCIR

static final byte VIDEO_TYPE_CCIR

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VIDEO_TYPE_RS170

static final byte VIDEO_TYPE_RS170

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WINDOW_MODE_FULL_FRAME

static final byte WINDOW_MODE_FULL_FRAME

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WINDOW_MODE_HALF_FRAME

static final byte WINDOW_MODE_HALF_FRAME

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WINDOW_MODE_QUARTER_FRAME

static final byte WINDOW_MODE_QUARTER_FRAME

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WINDOW_MODE_RANDOM_FRAME

static final byte WINDOW_MODE_RANDOM_FRAME

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Method Detail

activateAutoGain

void activateAutoGain()
                      throws java.io.IOException

Activate autogain with histogram

Throws:

java.io.IOException

activateAutoGain

void activateAutoGain(int iFilter)
                      throws java.io.IOException

Activate autogain with histogram

Parameters:

iFilter - filter number (spectry mode)

Throws:

java.io.IOException

activateBadPixelReplacement

void activateBadPixelReplacement()
                                 throws java.io.IOException

Activate a bad pixel replacement list

Throws:

java.io.IOException - failure to activate

activateNUC

void activateNUC(int iTable)
                 throws java.io.IOException

Activate NUC table number iTable and the corresponding bad pixel list

Parameters:

iTable - NUC table number to activate

Throws:

java.io.IOException - failure to activate NUC table

activateRemapping

void activateRemapping()
                       throws java.io.IOException

Activate remapping

Throws:

java.io.IOException - failure to acticate remapping

applyContrastOptimization

void applyContrastOptimization()
                               throws java.io.IOException

Apply contrast optimization (AGC is deactivated)

Throws:

java.io.IOException - failure to triggerApply contrast optimization

applyContrastOptimizationWithHistogram

void applyContrastOptimizationWithHistogram()
                                            throws java.io.IOException

Apply contrast optimization with histogram (AGC is deactivated)

Throws:

java.io.IOException - failure to triggerApply contrast optimization

automaticBPRCalculation

void automaticBPRCalculation(int iTable,
                             byte bMethod,
                             byte bList)
                             throws java.io.IOException

Update the BPR list with an automatic calculation. The new BPR list is automatically save to flash memory.

Parameters:

iTable -

bMethod - method to use ()

bList - ()

Throws:

java.io.IOException

badPixelStatus

void badPixelStatus()
                    throws java.io.IOException

Throws:

java.io.IOException

bypassNUC

void bypassNUC()
               throws java.io.IOException

Bypass the NUC, remapping, and bad pixel replacement modules

Throws:

java.io.IOException - failure to bypass NUC

checkCommunication

void checkCommunication()
                        throws java.io.IOException

Check communication

Throws:

java.io.IOException - failed communication

close

void close()

Close any open communications lines and stop any helper threads.

deactivateAutoGain

void deactivateAutoGain()
                        throws java.io.IOException

Deactivate autogain

Throws:

java.io.IOException

deactivateBadPixelReplacement

void deactivateBadPixelReplacement()
                                   throws java.io.IOException

Deactivate bad pixel replacement

Throws:

java.io.IOException - failure to deactivate

deactivateRemapping

void deactivateRemapping()
                         throws java.io.IOException

Deactivate remapping

Throws:

java.io.IOException - failure to deactivate remapping

flipImageHorizontally

void flipImageHorizontally()
                           throws java.io.IOException

Flip image horizontally

Throws:

java.io.IOException - failure to flip image

flipImageVertically

void flipImageVertically()
                         throws java.io.IOException

Flip image vertically

Throws:

java.io.IOException - failure to flip image

freezeImage

void freezeImage()
                 throws java.io.IOException

Freeze the image display

Throws:

java.io.IOException

getAGCSmoothParameters

IJadeComm.JadeAGCSmoothParameters getAGCSmoothParameters()
                                                         throws java.io.IOException

Get AGC smoothing parameters

Returns:

smoothing parameters

Throws:

java.io.IOException - failure to get smoothing parameters

getAmplifierState

IJadeComm.JadeIRSignalAmplifierParameters getAmplifierState()
                                                            throws java.io.IOException

Get the state of the IR signal amplifier

Returns:

IR signal amplifier parameters

Throws:

java.io.IOException - failure to get IR signal amplifier state

getAutoGain

IJadeComm.JadeAutoGain getAutoGain()
                                   throws java.io.IOException

Get autogain status, threshold, method, and delta for mean/STD method

Returns:

autogain information

Throws:

java.io.IOException - failure to get autogain information

getAutoGainAdjustmentThreshold

double getAutoGainAdjustmentThreshold()
                                      throws java.io.IOException

Get the threshold for successive adjustment

Returns:

threshold level

Throws:

java.io.IOException - failure to get threshold

getBadPixelCalculationStatus

int getBadPixelCalculationStatus()
                                 throws java.io.IOException

Get bad pixel calculation status

Returns:

number of bad pixels

Throws:

java.io.IOException - failure to get status

getCodeType

byte getCodeType()
                 throws java.io.IOException

Get the type of embedded code running

Returns:

type of code

Throws:

java.io.IOException - failure to get type

getElapsedTime

IJadeComm.JadeElapsedTime getElapsedTime()
                                         throws java.io.IOException

Get elapsed time and power cycles

Returns:

elapsed time and power cycles

Throws:

java.io.IOException - failure to get elapsed time

getErrorCommand

int getErrorCommand()
                    throws java.io.IOException

Get the type of error after a command failure

Returns:

Throws:

java.io.IOException

getFrameRate

int getFrameRate()
                 throws java.io.IOException

Get frame rate

Returns:

frame rate

Throws:

java.io.IOException

getFrameRateMax

double getFrameRateMax(int iIntegrationTime,
                       int iX,
                       int iY)
                       throws java.io.IOException

Get maximum frame rate with respect to integration time and format

Parameters:

iIntegrationTime - integration time in microseconds

iX - width in pixels

iY - height in pixels

Returns:

frame rate in Hz

Throws:

java.io.IOException

getGain

byte getGain()
             throws java.io.IOException

Get gain for SCD and Sofradir detectors

Returns:

Throws:

java.io.IOException

getHousingTemperature

double getHousingTemperature()
                             throws java.io.IOException

Get housing temperature in Kelvin

Returns:

housing temperature in Kelvin

Throws:

java.io.IOException - failure to get housing temperautre

getHousingTemperatureParameters

IJadeComm.JadeHousingTemperatureParameters getHousingTemperatureParameters()
                                                                           throws java.io.IOException

Get housing temperature parameters

Returns:

housing temperature parameters

Throws:

java.io.IOException - failure to get parameters

getImageInformation

IJadeComm.JadeImageInformation getImageInformation()
                                                   throws java.io.IOException

Get live image information

Returns:

image information

Throws:

java.io.IOException - failure to get image information

getIntegrationTime

IJadeComm.JadeIntegrationParameters getIntegrationTime(byte bChannel)
                                                       throws java.io.IOException

Get integration time for the selected channel

Returns:

integration parameters

Throws:

java.io.IOException

getMasterClock

IJadeComm.JadeMasterClock getMasterClock()
                                         throws java.io.IOException

Get master clock and oscillator frequencies driving the FPA

Returns:

master clock and oscillator frequencies

Throws:

java.io.IOException - failure to get frequencies

getNUCStatus

void getNUCStatus()
                  throws java.io.IOException

Throws:

java.io.IOException

getOffsetLimitationParameters

IJadeComm.JadeOffsetLimitationParameters getOffsetLimitationParameters()
                                                                       throws java.io.IOException

Get offset limitation parameters

Returns:

offset limitation parameters

Throws:

java.io.IOException - failure to set parameters

getPaletteManipulate

IJadeComm.JadePaletteManipulate getPaletteManipulate()
                                                     throws java.io.IOException

Get palette manipulation paramters

Returns:

palette manipulation parameters

Throws:

java.io.IOException - failure to get palette manipulation parameters

getPercentInMinMaxAGC

double getPercentInMinMaxAGC()
                             throws java.io.IOException

Get percent in min max AGC

Returns:

percent of histogram eliminated

Throws:

java.io.IOException - failure to get percentage

getRandomWindowingParameters

IJadeComm.JadeRandomWindowingParameters getRandomWindowingParameters()
                                                                     throws java.io.IOException

Get random windowing parameters

Returns:

random windowing parameters

Throws:

java.io.IOException - failure to get random windowing parameters

getRemapping

IJadeComm.JadeRemapping getRemapping()
                                     throws java.io.IOException

Return remapping enabled status, angle of rotation, and flip status

Returns:

remapping information

Throws:

java.io.IOException - failure to get remapping data

getROI

IJadeComm.JadeROI getROI()
                         throws java.io.IOException

Get ROI for AGC

Returns:

ROI

Throws:

java.io.IOException - failure to get ROI

getSensorCalibration