PDS_VERSION_ID = PDS3 LABEL_REVISION_NOTE = "2017-02-22 CT: first version 2018-11-02 CG: fixed line length 2019-12-16 CT: added correction for filter dependant boresight shifts; updated WAC distortion parameters to achieve better disotrion correction; updated NAC and WAC distortion parameters to maintein the boresight on center of the CCD; 2020-07-15 CT: added correction for temperature dependent boresight shift 2021-10-07 GK: added correction with LUT" /* FILE CHARACTERISTICS */ RECORD_TYPE = STREAM FILE_NAME = "WAC_FM_DISTORTION_V02.TXT" DESCRIPTION = "WAC FM Distortion correction parameters Original correction file: 2008-09-09 with fitted parametrs: 2014-10-20 methods: POLY4 = 4-th order 2D polynomial n_pars = (poly_order+1)**2 parameters start with 00! The filter shifts are in pixels in CCD coordinates. General information about the calibration can be found in OSIRIS_CAL_PIPELINE_V??.PDF and about the data in GEOMETRIC_DIST_COR_V??.PDF (latest version)." /* IMAGE IDENTIFICATION */ PRODUCT_ID = WAC_FM_DISTORTION ROSETTA:DATA_VERSION_ID = "RO-RIS-MPAE-TN-081 2/-" DATA_SET_ID = "RO-C-OSINAC-2-ESC1-67PCHURYUMOV-M11-V4.0" /* MISSION IDENTIFICATION */ INSTRUMENT_HOST_NAME = "ROSETTA-ORBITER" /* INSTRUMENT DESCRIPTION */ /* TIME IDENTIFICATION */ PRODUCT_CREATION_TIME = 2021-10-07 ROSETTA:START_VALID_PERIOD = 2004-03-02T01:00:00 ROSETTA:START_VALID_PERIOD_SCLK = "1/0036809986.59225" ROSETTA:END_VALID_PERIOD = 2016-09-30T23:00:00 ROSETTA:END_VALID_PERIOD_SCLK = "1/0433897110.29268" OBJECT = WAC_FM_DISTORTION_DOCUMENT INTERCHANGE_FORMAT = ASCII DOCUMENT_FORMAT = TEXT DOCUMENT_TOPIC_TYPE = "SENSOR CALIBRATION" DOCUMENT_NAME = "WAC_FM_DISTORTION_V02.TXT" PUBLICATION_DATE = 2021-10-07 END_OBJECT = WAC_FM_DISTORTION_DOCUMENT END /* CVS VERSION */ CVS_VERSION_LOG = " $Log: WAC_FM_DISTORTION_V02.TXT,v $ Revision 1.4 2021/11/26 14:01:40 guettlerc cloned from OsiCalliope Revision 1.15 2021/11/26 12:46:18 guettlerc merge LUT resampling from distortion V03 into V02, remove V03 update OSICALLIOPE_V09.TXT accordingly Revision 1.14 2021/07/21 09:11:17 guettlerc fixed line length for cvs history Revision 1.13 2021/07/13 14:53:32 guettlerc harmonise alignment for DIST_Y_PAR10 and DIST_Y_PAR15 for easier parsing Revision 1.12 2020/07/15 09:56:40 tubiana Updated LABEL_REVISION_NOTE, DESCRIPTION, ROSETTA:DATA_VERSION_ID, PRODUCT_CREATION_TIME and PUBLICATION_DATE Revision 1.11 2020/07/15 09:20:22 tubiana corrected LABEL_REVISION_NOTE Revision 1.10 2020/05/13 08:55:48 pc\kovacs Modified temperature correction factors, including starfield and ZetaCas Revision 1.9 2020/04/27 12:31:48 tubiana Removed comments to BORESIGHT_X_FACTOR_B and BORESIGHT_Y_FACTOR_B Revision 1.8 2020/04/26 13:05:19 pc\kovacs Removed constant value for new SPICE calculations Revision 1.7 2020/04/24 09:07:52 pc\kovacs Modified temperature shift parameters. Base temperature is 290K for NAC, 300K for WAC for closer ADC2 temperature average value. Revision 1.6 2020/04/21 19:04:26 pc\kovacs Modified temperature shift factors, fixed general '0.5 px' shift Revision 1.5 2020/04/17 11:06:47 pc\kovacs Improved WAC temperature shift factors, based on comet phase Vega F12 images Revision 1.4 2020/04/02 13:13:01 pc\kovacs Fixed WAC pixel scaling Revision 1.3 2019/12/16 14:57:43 tubiana Merged V02 and V03 into V02 Added temperature dependent boresight shift and updated parameters Updated label revision note and publication date Revision 1.2 2019/12/13 11:48:05 hall Merged from GK_OCA_2_11b Revision 1.1.2.4 2019/10/16 12:08:30 kovacs Modified distortion correction parameters, to keep the 1024, 1024 center pixel unchanged by the calibration step. Revision 1.1.2.3 2019/10/14 14:28:42 tubiana Updated LABEL_REVISION_NOTE Added info about filter shifts Updated ROSETTA:DATA_VERSION_ID Updated PRODUCT_CREATION_TIME and PUBLICATION_DATE Revision 1.1.2.2 2019/10/02 08:36:12 tubiana Updated filter shift values using values from Gabor's email on 2019-09-25. Revision 1.1.2.1 2019/08/28 11:38:09 kovacs Added filter shift handling Compiled with: MPS_CALLIB_1_18_1 added config: OSICALLIOPE_V09.TXT, NAC_FM_DISTORTION_V02.TXT, WAC_FM_DISTORTION_V02.TXT " DIST_X_METHOD= POLY4 DIST_X_NPARS= 25 DIST_X_PAR00= 7.88360910E+01 DIST_X_PAR01= -4.307429000E-02 DIST_X_PAR02= 2.133265700E-05 DIST_X_PAR03= 8.358309878E-10 DIST_X_PAR04= -2.307480000E-13 DIST_X_PAR05= 9.098868230E-01 DIST_X_PAR06= 9.782050000E-06 DIST_X_PAR07= -4.924862000E-09 DIST_X_PAR08= 1.285400493E-13 DIST_X_PAR09= 0.0 DIST_X_PAR10= 3.268638400E-05 DIST_X_PAR11= 2.110730000E-10 DIST_X_PAR12= -1.082950000E-13 DIST_X_PAR13= 0.0 DIST_X_PAR14= 0.0 DIST_X_PAR15= -4.46203600E-09 DIST_X_PAR16= -4.100030000E-14 DIST_X_PAR17= 0.0 DIST_X_PAR18= 0.0 DIST_X_PAR19= 0.0 DIST_X_PAR20= -1.09946000E-13 DIST_X_PAR21= 0.0 DIST_X_PAR22= 0.0 DIST_X_PAR23= 0.0 DIST_X_PAR24= 0.0 DIST_Y_METHOD= POLY4 DIST_Y_NPARS= 25 DIST_Y_PAR00= -2.00355940E+01 DIST_Y_PAR01= 1.008787140E+00 DIST_Y_PAR02= 1.633132000E-05 DIST_Y_PAR03= -5.311250000E-09 DIST_Y_PAR04= 1.614360000E-15 DIST_Y_PAR05= -1.122941600E-02 DIST_Y_PAR06= 1.259812000E-05 DIST_Y_PAR07= -1.214809000E-09 DIST_Y_PAR08= 2.451650000E-13 DIST_Y_PAR09= 0.0 DIST_Y_PAR10= 3.683580000E-06 DIST_Y_PAR11= -5.716986000E-09 DIST_Y_PAR12= 1.527870000E-13 DIST_Y_PAR13= 0.0 DIST_Y_PAR14= 0.0 DIST_Y_PAR15= 1.210383200E-09 DIST_Y_PAR16= 8.519180000E-14 DIST_Y_PAR17= 0.0 DIST_Y_PAR18= 0.0 DIST_Y_PAR19= 0.0 DIST_Y_PAR20= -3.160610000E-13 DIST_Y_PAR21= 0.0 DIST_Y_PAR22= 0.0 DIST_Y_PAR23= 0.0 DIST_Y_PAR24= 0.0 PIXEL_LUT_NF = "WAC_FM_DISTORTION_LUT_NF_V01.DCD" PIXEL_LUT_EF = "WAC_FM_DISTORTION_LUT_EF_V01.DCD" /* filter shift */ FSHIFT_12 = ( 0.00, 0.00) FSHIFT_13 = (-0.30, 0.03) FSHIFT_14 = (-0.29, -0.08) FSHIFT_15 = (-0.50, 0.08) FSHIFT_16 = (-0.47, 0.01) FSHIFT_17 = (-0.40, -0.28) FSHIFT_18 = (-0.41, -0.07) FSHIFT_21 = (-2.37, -0.04) FSHIFT_31 = (-2.02, 0.00) FSHIFT_41 = (-1.97, 0.25) FSHIFT_51 = (-1.81, -0.14) FSHIFT_61 = (-1.52, -0.15) FSHIFT_71 = (-1.77, 0.05) FSHIFT_81 = (-2.40, 0.10) /* Boresight shift temperature factors */ BORESIGHT_BASE_TEMP = 300 BORESIGHT_X_FACTOR_A = 0.1502 BORESIGHT_X_FACTOR_B = 0.0 BORESIGHT_Y_FACTOR_A = -0.421 BORESIGHT_Y_FACTOR_B = 0.0