Operation

java.lang. Runnable +run() :void net.aerith.misao.util. OperationObservable #observer_list :Vector +OperationObservable() +addObserver(OperationObserver observer) :void +deleteObserver(OperationObserver observer) :void #notifyStart() :void #notifyEnd(Exception exception) :void #notifySucceeded(Object arg) :void #notifyFailed(Object arg) :void #notifyWarned(Object arg) :void

net.aerith.misao.util. Operation #monitor_set :MonitorSet #stopped :boolean +Operation() +addMonitor(Monitor monitor) :void +ready() :boolean +perform() :void #operate() :void +stop() :void +isStopped() :boolean +run() :void

net.aerith.misao.pixy. ExaminationOperator #pane :Container #instruction :XmlInstruction #report :XmlReport #image_converter :ImageConverter #star_detection_mode :int #inner_aperture_size :int #outer_aperture_size :int #correct_blooming_position :boolean #matching_mode :int #matching_judge :int #retry_flag :boolean #fix_mag_formula_gradient :boolean #assume_flat :boolean +ExaminationOperator(XmlInstruction instruction) +enableInteractive(Container pane) :void +setImageConverter(ImageConverter converter) :void +setStarDetectionMode(int mode) :void +setApertureSize(int inner_size, int outer_size) :void +setCorrectBloomingPosition() :void +setMatchingMode(int mode) :void +setMatchingJudgementMode(int mode) :void +setRetryEnabled(boolean flag) :void +fixMagnitudeTranslationFormulaGradient() :void +assumeFlat() :void +getXmlReportDocument() :XmlReport +ready() :boolean +operate() :void net.aerith.misao.pixy.identification. IdentificationDeleter #report :XmlReport #reader :CatalogReader +IdentificationDeleter(XmlReport report, CatalogReader reader) +ready() :boolean +operate() :void net.aerith.misao.pixy.identification. DefaultIdentifier #report :XmlReport #reader :CatalogReader #accept_negative :boolean +DefaultIdentifier(XmlReport report, CatalogReader reader) +acceptNegative() :void +exceptNegative() :void +ready() :boolean +operate() :void net.aerith.misao.pixy.image_loading. XmlImageLoader #xml_image :XmlImage #reversed_image :boolean #sbig_image :boolean #file :File #format :Format #instruction :XmlInstruction #information :XmlInformation #filter_list :Vector #file_manager :FileManager #image :MonoImage +XmlImageLoader(XmlInstruction instruction, FileManager file_manager) +XmlImageLoader(XmlInformation info, FileManager file_manager) +setFile(File file, Format format) :void +addFilter(Filter filter) :void +getMonoImage() :MonoImage +ready() :boolean +operate() :void net.aerith.misao.pixy.image_loading. DefaultImageLoader #file :File #format :Format #image :MonoImage +DefaultImageLoader(File file, Format format) +getMonoImage() :MonoImage +ready() :boolean +operate() :void net.aerith.misao.pixy.image_processing. DefaultBackgroundEstimator #image :MonoImage #background_value :double #background_deviation :double #area_count :int #filter_size :int +DefaultBackgroundEstimator(MonoImage image) +getBackground() :double +getBackgroundDeviation() :double +ready() :boolean +operate() :void net.aerith.misao.pixy.limiting_mag. DefaultLimitingValueEstimator #list :StarList #average_window_size :int #minimum_window_size :int #threshold_ratio :double #limiting_ratio :double #threshold :double +MODE_BASED_ON_MAGNITUDE :int +MODE_BASED_ON_PIXEL_VALUE :int #mode :int +POLICY_LIMITING :int +POLICY_UPPERLIMIT :int #policy :int +DefaultLimitingValueEstimator(StarList list) +setMode(int mode) :void +setPolicy(int policy) :void +setMovingAverageWindowSize(int new_window_size) :void +setMinimumWindowSize(int new_window_size) :void +setThresholdRatio(double new_threshold_ratio) :void +getThreshold() :double +ready() :boolean +operate() :void net.aerith.misao.pixy.matching. MatchingOperator #pane :Container #image :MonoImage #catalog_reader :CatalogReader #center_coor :Coor #fov_width :double #fov_height :double #position_angle_of_up :double #list_detected :StarImageList #list_catalog :StarList #cmf :ChartMapFunction #limit_mag :double #mode :int +MODE_UNCERTAIN :int +MODE_SEMI_ACCURATE :int +MODE_ACCURATE :int #judge :int +JUDGEMENT_NORMAL :int +JUDGEMENT_LOOSE :int +MatchingOperator(MonoImage image, CatalogReader catalog_reader, String catalog_path, Coor center_coor, double fov_width, double fov_height, double position_angle_of_up, StarImageList list_detected) +enableInteractive(Container pane) :void +getCatalogList() :StarList +getChartMapFunction() :ChartMapFunction +getLimitingMag() :double +setMode(int mode) :void +setJudgementMode(int mode) :void +ready() :boolean +operate() :void net.aerith.misao.pixy.matching. DefaultMatchingSolver #original_map1 :PositionMap #original_map2 :PositionMap #map_function :MapFunction #mode :int +MODE_IMAGE_TO_CATALOG :int +MODE_IMAGE_TO_IMAGE :int #check_accuracy :double #score :double #matching_failed_exception :MatchingFailedException +DefaultMatchingSolver(PositionMap map1, PositionMap map2) +getMapFunction() :MapFunction +setMode(int m) :void +setCheckAccuracy(double accuracy) :void +getScore() :double +ready() :boolean +operate() :void net.aerith.misao.pixy.pairing. PairingOperator #pane :Container #report :XmlReport #image :MonoImage #catalog_reader :CatalogReader #cmf :ChartMapFunction #list_detected :StarImageList #list_catalog :StarList #pair_list :Vector #df :DistortionField #mag_formula :MagnitudeTranslationFormula #limit_mag :double #upper_limit_mag :double #astrometric_error :AstrometricError #photometric_error :PhotometricError #image_file :XmlImage #sbig_image :boolean #reversed_image :boolean #fix_mag_formula_gradient :boolean #assume_flat :boolean #fix_limiting_mag :boolean #fixed_limit_mag :double #fixed_upper_limit_mag :double +PairingOperator(MonoImage image, CatalogReader catalog_reader, ChartMapFunction cmf, StarImageList list_detected, XmlImage image_file, boolean sbig_image, boolean reversed_image) +enableInteractive(Container pane) :void +fixMagnitudeTranslationFormulaGradient() :void +assumeFlat() :void +fixLimitingMagnitude(double limit_mag, double upper_limit_mag) :void +getXmlReportDocument() :XmlReport +getMagnitudeTranslationFormula() :MagnitudeTranslationFormula +getLimitingMag() :double +getUpperLimitMag() :double +getDetectedList() :StarImageList +getCatalogList() :StarList +ready() :boolean +operate() :void -createXmlReportDocument() :void net.aerith.misao.pixy.pairing. ProgressivePairMaker #first_list :StarImageList #second_list :StarList #image_map :PositionMap #catalog_map :PositionMap #cmf :ChartMapFunction #pair_list :Vector #assume_flat :boolean #fix_limiting_mag :boolean #fixed_limit_mag :double -PAIR_MAKER_DEFAULT :int -PAIR_MAKER_BRIGHTNESS_BASED :int -PAIR_MAKER_SIMILARITY_BASED :int -PAIR_MAKER_POSITION_BASED :int -PAIR_MAKER_FINAL :int +ProgressivePairMaker(StarImageList first_list, StarList second_list, ChartMapFunction cmf, PositionMap image_map, PositionMap catalog_map) +assumeFlat() :void +fixLimitingMagnitude(double limit_mag) :void +getChartMapFunction() :ChartMapFunction +getPairList() :Vector +ready() :boolean +operate() :void net.aerith.misao.pixy.pairing. BrightnessBasedPairMaker #first_list :StarList #second_list :StarList #first_map :PositionMap #second_map :PositionMap #search_radius :double #acceptable_mag_difference :double #pair_list :Vector +BrightnessBasedPairMaker(StarList first_list, StarList second_list) +setSearchRadius(double radius) :void +setAcceptableMagnitudeDifference(double delta_mag) :void +setMapAreas(PositionMap map1, PositionMap map2) :void +getPairList() :Vector +ready() :boolean +operate() :void net.aerith.misao.pixy.pairing. DefaultPairMaker #first_list :StarList #second_list :StarList #first_map :PositionMap #second_map :PositionMap #search_radius :double #pair_list :Vector +DefaultPairMaker(StarList first_list, StarList second_list) +setSearchRadius(double radius) :void +setMapAreas(PositionMap map1, PositionMap map2) :void +getPairList() :Vector +ready() :boolean +operate() :void net.aerith.misao.pixy.pairing. StarImageRadiusBasedPairMaker #first_list :StarList #second_list :StarList #first_map :PositionMap #second_map :PositionMap #search_radius_coefficient :double #minimum_radius :double #acceptable_mag_difference :double #pair_list :Vector +StarImageRadiusBasedPairMaker(StarList first_list, StarList second_list) +setSearchRadiusCoefficient(double coefficient) :void +setMinimumRadius(double radius) :void +setAcceptableMagnitudeDifference(double delta_mag) :void +setMapAreas(PositionMap map1, PositionMap map2) :void +getPairList() :Vector +ready() :boolean +operate() :void net.aerith.misao.pixy.pairing. SupplementaryPairMaker #first_list :StarList #second_list :StarList #cmf :ChartMapFunction #threshold :double #minimum_radius :double #pair_list :Vector +SupplementaryPairMaker(StarList first_list, StarList second_list, ChartMapFunction cmf) +setThreshold(double threshold) :void +setMinimumSearchRadius(double radius) :void +getPairList() :Vector -getSearchRadius(double mag) :double +ready() :boolean +operate() :void net.aerith.misao.pixy.pairing. ExperiencedPairRefiner #pair_list :Vector #image_map :PositionMap #cmf :ChartMapFunction #df :DistortionField #mag_formula :MagnitudeTranslationFormula #limit_mag :double #upper_limit_mag :double #astrometric_error :AstrometricError #photometric_error :PhotometricError #fix_mag_formula_gradient :boolean #assume_flat :boolean #fix_limiting_mag :boolean #fixed_limit_mag :double #fixed_upper_limit_mag :double +ExperiencedPairRefiner(Vector pair_list, ChartMapFunction cmf, PositionMap map) +fixMagnitudeTranslationFormulaGradient() :void +assumeFlat() :void +fixLimitingMagnitude(double limit_mag, double upper_limit_mag) :void +getChartMapFunction() :ChartMapFunction +getDistortionField() :DistortionField +getMagnitudeTranslationFormula() :MagnitudeTranslationFormula +getLimitingMagnitude() :double +getUpperLimitMagnitude() :double +getAstrometricError() :AstrometricError +getPhotometricError() :PhotometricError +getPairList() :Vector +ready() :boolean +operate() :void net.aerith.misao.pixy.pairing. PositionBasedPairMaker #first_list :StarList #second_list :StarList #first_map :PositionMap #second_map :PositionMap #search_radius :double #pair_list :Vector +PositionBasedPairMaker(StarList first_list, StarList second_list) +setSearchRadius(double radius) :void +setMapAreas(PositionMap map1, PositionMap map2) :void +getPairList() :Vector +ready() :boolean +operate() :void net.aerith.misao.pixy.pairing. SimilarityBasedPairMaker #first_list :StarList #second_list :StarList #first_map :PositionMap #second_map :PositionMap #position_error :double #magnitude_error :double #pair_list :Vector +SimilarityBasedPairMaker(StarList first_list, StarList second_list) +setPositionError(double delta_pos) :void +setMagnitudeError(double delta_mag) :void +setMapAreas(PositionMap map1, PositionMap map2) :void +getPairList() :Vector +ready() :boolean +operate() :void net.aerith.misao.pixy.star_detection. AdjoiningPixelDetector #image :MonoImage #threshold :double #minimum_peak :double #list :Vector +AdjoiningPixelDetector(MonoImage image) +setThreshold(double new_threshold) :void +setMinimumPeakValue(double new_value) :void +getAdjoiningPixelList() :Vector +ready() :boolean +operate() :void -detectAdjoiningPixel(int x, int y) :AdjoiningPixel net.aerith.misao.pixy.star_detection. DefaultStarDetector #image :MonoImage #sky_image :MonoImage #keep_sky_image :boolean #threshold :double #list :StarImageList #threshold_coefficient :double #correct_blooming_position :boolean #mode :int +MODE_PIXEL_AMOUNT_OVER_THRESHOLD :int +MODE_PEAK :int +MODE_APERTURE :int #inner_aperture_size :int #outer_aperture_size :int +DefaultStarDetector(MonoImage image) +keepSkyImage() :void +getSkyImage() :MonoImage +getStarList() :StarImageList +setThresholdCoefficient(double new_coef) :void +setCorrectBloomingPosition() :void +setMode(int mode) :void +setApertureSize(int inner_size, int outer_size) :void +ready() :boolean +operate() :void net.aerith.misao.util. MultiTaskOperation #conductor :MultiTaskConductor +MultiTaskOperation() +showSettingDialog() :int +ready() :boolean #operate() :void +operate(Object object) :void