CCSD3ZF0000100000001NJPL3IF0PDS200000001 = SFDU_LABEL RECORD_TYPE = FIXED_LENGTH RECORD_BYTES = 80 SPACECRAFT_NAME = MAGELLAN TARGET_NAME = VENUS OBJECT = TEXT PUBLICATION_DATE = 1992-07-14 NOTE = "COMMENTS ON MAGELLAN MIDR CD-ROMS" END_OBJECT END COMMENTS ON MAGELLAN MIDR CD-ROMS 1. Purpose of This Document This document is a cumulative summary of comments concerning the Magellan MIDR data set published on CD-ROMs. It contains comments on all the MIDR CD-ROMs published so far. Comments include information of interest to users of the data and notes about any known errors on the CD-ROMs. 2. General Comments 2.1 Normalization of Data Note that the eight-bit digital numbers (DN's) for each MIDR pixel on the CD-ROM's were computed by taking the estimated backscatter cross sections, dividing the values by the value for the Muhleman scattering law at the same incidence angles, converting to decibels, and scaling to bytes. The Muhleman Law has the following expression: sigma naught = A cos(i) / (sin(i) + B cos(i)) ** 3 Values for A and B were meant to be 0.0188 and 0.111, respectively Through an error, the A value used for the Muhleman Law estimate was 0.0118. As a result of this mistake, the pixel values are systematically about 10 DN (2 dB) greater than they should be according to the planned algorithm. Also, because of an indexing error, the incidence angles used in the above equation were 0.5 degrees lower than the actual angles. 2.2 VICAR2 Labels of Browse Images The browse versions of MIDRs were created by reducing the original 7168 by 8192 MIDR by a factor of 8. The VICAR2 labels for the browse images do not accurately reflect the size reduction, in that parameters PROJSAMP, PIXSIZ, and SPECLINE still pertain to the original MIDR size. 2.3 Data Feathering MIDR products on the CD-ROM's, in some cases, have had a feathering algorithm applied to suppress banding due to BIDR differences. The file CONTENTS.TAB includes a column (column no. 31) that specifies whether or not feathering has been applied. A "C" in this column indicates correction by feathering, while an "R" means not feathered. 3. Comments on volume MG_0001, version 2 3.1 Difference between MG_0001 file structure and Standard file structure The files MCUMDIR and CONTENTS are in the root directory of MG_0001. They are in subdirectory INDEX of MG_0002 and subsequent CD's. In addition, MG_0001 has a label file PMIDRDS.LBL in the LABEL directory. This file is replaced by NPMIDRDS.LBL and SPMIDRDS.LBL in the LABEL subdirectory of MG_0002 and subsequent CD's. For MG_0002 and subsequent CD's, a number of other label and text files (including AAREADME.TXT) have been updated to reflect these and a few other minor changes. 3.2 Difference between Standard and Engineering F-MIDRs The ten F-MIDRs on this CD-ROM are not standard products; rather, they are engineering test products generated before delivery of operational software. There are three primary differences between Engineering F-MIDRs and standard F-MIDRs. First, Engineering F-MIDRs consist of 20 orbits whereas standard F-MIDRs contain 24 orbits. Second, Engineering F-MIDRs are not necessarily complete on the trailing edge and may contain missing orbits within the body of the mosaic that have since been processed. The gap at the trailing edge of some of the F-MIDRs is a start of mapping gap and is present because processing began with orbit 376. Gaps in the bodies of the F-MIDRs are present because the Image Data Processing Team (IDPT) was instructed not to wait until all orbits had completed the processing queue. Therefore, orbits that the SAR Data Processing Team (SDPT) had trouble processing appear as gaps in the Engineering F-MIDRs even though the orbit has now been processed. 3.3 Error in VICAR2 Keyword PROJSAMP This CD-ROM has an error in the VICAR2 labels for the mosaic framelets. Specifically, the value for PROJSAMP does not vary from framelet to framelet. 3.4 VICAR2 Labels of MIDR Framelets Some of the MIDR framelet files have a VICAR2 label embedded at the end of the file, in addition to the normal VICAR2 label at the beginning of the file. This extra label is not documented in the PDS detached label. 3.5 Product ID in VICAR2 Label In two of the data subdirectories, the product ID given in the VICAR2 embedded labels is not correct. Specifically, the VICAR2 label has an N for north latitude instead of an S for south latitude. The correct IDs are as follows: directory product ID in VICAR2 labels correct product ID --------- --------------------------- ------------------ [F05S335] F-MIDR.05N335 F-MIDR.05S335 [F40S342] F-MIDR.40N342 F-MIDR.40S342 3.6 Error in BROWSE.LBL Files The PDS label files for the browse images on this CD-ROM (all named BROWSE.LBL) contain incorrect entries in the IMAGE object. The keyword LINES, which shows a value of 1024, should have the value 896. The keyword LINE_SAMPLES, which shows a value of 896, should have the value 1024. 4. Comments on Volume MG_0003, version 1 The F-MIDR products, F50S345, F55N337, F60N334, F65N330 and F75N332, on CD-ROM MG_0003 are the standard product replacements for five of the engineering test product F-MIDRD's on MG_0001. 5. Comments on GEO.LBL for Volumes MG_0001 to MG_0022 The PDS label file GEO.LBL on Magellan CD's volumes 1 to 22 contain incorrect DESCRIPTION keyword entries for the objects MINIMUM_LONGITUDE and MAXIMUM_LONGITUDE. The correct entries for these objects are: OBJECT = COLUMN NAME = MINIMUM_LONGITUDE DATA_TYPE = REAL UNIT = DEGREE START_BYTE = 19 BYTES = 8 DESCRIPTION = "The minimum_longitude element specifies the westernmost (left_most) longitude of the feature." END_OBJECT = COLUMN OBJECT = COLUMN NAME = MAXIMUM_LONGITUDE DATA_TYPE = REAL UNIT = DEGREE START_BYTE = 28 BYTES = 8 DESCRIPTION = "The maximum_longitude element specifies the easternmost (right_most) longitude of the feature." END_OBJECT = COLUMN Previously, the DESCRIPTION keyword for MINIMUM_LONGITUDE referred to "easternmost" and the DESCRIPTION keyword for MAXIMUM_LONGITUDE referred to "westernmost". 6. Comments on Volume MG_0012 Framelet 56 for C1-MIDR 60N014 has zeros in approximately 6.5 records starting at line 605 sample 513 and continuing to line 611 sample 1024. This will result in a horizontal black band across the framelet and may cause problems with some automated processing algorithms. 7. Comments on Volume MG_0014 Framelet 36 for C1-MIDR 00N009 has zeros in approximately 7 records starting at line 316 sample 513 and continuing to line 323 sample 512. This will result in a horizontal black band across the framelet and may cause problems with some automated processing algorithms. 8. Comments on Volume MG_0015 Framelet 22 for F-MIDR 20N097 has zeros in approximately 6 records starting at line 360 sample 513 and continuing to line 366 sample 512. This will result in a horizontal black band across the framelet and may cause problems with some automated processing algorithms. 9. Comments on Volumes MG_0023 to MG_0026 The PUBLICATION_DATE keyword in MCUMCOMM.TXT shows an incorrect date. The date is supposed to be 1991-10-03 not 1991-09-03. 10. Comments on Volume MG_0030 The file CONTENTS.TAB, in directory INDEX, shows 141 as the maximum longitude for product C1_75N119. The maximum longitude entry for this product should be 186. 11. Comments on Volume MG_0041 11.1 Comments on FRAME.TAB The file FRAME.TAB in directory C175N209 incorrectly reports the maximum longitude of framelet C1F02 to be 175.9575. This should be 183.4368. Also, FRAME.TAB reports the minimum longitude of framelet C1F03 to be 183.4495. The minimum longitude for framelet C1F03 is 175.9738. (Although locations are reported to four significant figures, spatial accuracy is actually much lower.) 11.2 Comments on [C175N209]C1F02.LBL The MAXIMUM_LONGITUDE keyword in this file has a value of 175.9575. The value should be 183.4368. 11.3 Comments on [C175N209]C1F03.LBL The MINIMUM_LONGITUDE keyword in this file has a value of 183.4495. The value should be 175.9738. 11.4 Comments on CONTENTS.TAB The file CONTENTS.TAB, in directory INDEX, reports 186 as the minimum longitude for product C1_75N209. The minimum longitude entry for this product should be 142. 12. Comments on Volume MG_0043 The file CONTENTS.TAB, in subdirectory INDEX, reports the maximum latitude (northernmost), the minimum latitude (southernmost), the maximum longitude (easternmost) and the minimum longitude (westernmost). Since the product C2-MIDR 60N033 on this CD lies in the far northern hemisphere, the image wraps around itself. Consequently, the maximum longitude and minimum longitude entries in CONTENTS.TAB are not appropriate indications of the longitude limits for this image. These entries in CONTENTS.TAB have therefore been set to 0. This approach adheres to the file structure given in the MIDRCD SIS. Note that the top edge of this product extends for 401 degrees, from 192.1 degrees, through 360 degrees and continuing to 233.2 degrees. 13. Comments on GEO.TAB on all volumes GEO.TAB contains names and locations of specific features on Venus. The file is dynamic and contains a number of spelling and location errors. The file is periodically updated, but the user should be careful in using this data. Contact Raymond Batson if you have comments on GEO.TAB. Raymond Batson Branch of Astrogeology U.S. Geological Survey 2255 North Gemini Drive Flagstaff, Arizona 86001 (602) 556-7260 NASAmail: RAY.BATSON 14. Comments on PDS Data Set Map Project Keyword Descriptions on all volumes The following information, concerning the definitions of some PDS keywords, should be added to the DATA_SET_MAP_PROJECT_CATALOG descriptions contained in [LABEL]DSMAP*.LBL files. NOTE: The PDS keywords whose names begin 'X_' and 'Y_', e.g. X_AXIS_PROJECTION_OFFSET, Y_AXIS_PROJECTION_OFFSET, etc., use 'X' to denote LINE and 'Y' to denote SAMPLE. This is reversed relative to the definitions in Snyder (1987), i.e. x(Snyder) = y(PDS), and y(Snyder) = -x(PDS). Snyder, John P., (1987) "Map projections -- a working manual", U. S. Geol. Surv. Prof. Paper 1395, 383p., 1987. 15. Comments on Volume MG_0051 The C2 MIDRDS C260N333, C260N153 and C260N093 on this CD lie far enough north so that the top boundaries of these products actually wrap around themselves. Consequently, the entries in [INDEX]CONTENTS.TAB, maximum longitude (easternmost) and minimum longitude (westernmost), for these products are not an appropriate indication of the limits of these products. These entries have therefore been set to 0. Latitude and longitude limits for these products can be obtained from the VICAR label or from the file FRAME.TAB. C260N333 the top edge of this product extends for 401 degrees, from 132.1 degrees, through 360 degrees and continuing to 173.2 degrees. C260N153 the top edge of this product extends for 401 degrees, from 312.1 degrees, through 360 degrees and continuing to 353.2 degrees. C260N093 the top edge of this product extends for 401 degrees, from 252.1 degrees, through 360 degrees and continuing to 293.2 degrees. 16. Comments on "PRODUCT_ID" for Volumes MG_0053 and Above With the advent of cycle 2 data on volume MG_0053, it was decided to alter the format and meaning of PRODUCT_ID version numbers (note that the version number follows the ";" in the PRODUCT_ID). If the PRODUCT_ID has a single digit version number (e.g. F-MIDR.25N333;1), the product is a cycle 1 product. In this case, a higher version number means an improved version of the same product. If the PRODUCT_ID has a three digit version number (e.g. F-MIDR.15S049;201), the version number format is : product_name;cvv where c is the cycle number vv is a "version" number. However, in this case the version number does NOT necessarily refer to an improved version of the same product. It may mean that this is a completely different type of MIDR product at this latitude and longitude. For example, F-MIDR.nnzmmm;202 may be a right looking image while F-MIDR.nnzmmm;201 is a left looking one. The file [INDEX]CONTENTS.TAB will provide this information. 17. Comments on GEOM.TAB for MG_0001 to MG_0052 The file GEOM.TAB in each product sub-directory contains geometry information such as orbit number, boresight longitude and latitude, etc. The orbit numbers referenced in these files on CD's 1 to 52 are incorrect. The table entry for orbit number was 3 bytes long when it should have been 4 bytes. Cycle 1 and cycle 2 orbit numbers were also intermixed. These files should not be used. The problem has been fixed for MG_0053 and future CD's. Corrected versions of past GEOM.TAB files will be available on a future CD. 18. Comments on GEO.TAB for MG_0001 to MG_0052 The file GEO.TAB, contained in the top level directory, reports the positions and types of Venus features. Up to and including CD 52 this file has included the names of provisional features. Starting with CD 53, GEO.TAB includes only the names of IAU (International Astronomical Union) approved features. 19. Comments on Volume MG_0054 The C2 MIDRDS C260N213, C260S213, C260S153, C260S093, C260S033 and C260S273 on this CD lie far enough north (or south) so that the top (or bottom) boundaries of these products wrap around themselves. Consequently, the entries in [INDEX]CONTENTS.TAB, maximum longitude (easternmost) and minimum longitude (westernmost), for these products are not an appropriate indication of the limits of these products. These entries have therefore been set to 0. Latitude and longitude limits for these products can be obtained from the VICAR label or from the file FRAME.TAB. C260N213 the top edge of this product extends for 401 degrees, from 12.1 degrees, through 360 degrees and continuing to 53.2 degrees. C260S213 the bottom edge of this product extends for 401 degrees, from 12.1 degrees, through 360 degrees and continuing to 53.2 degrees. C260S153 the bottom edge of this product extends for 401 degrees, from 312.1 degrees, through 360 degrees and continuing to 353.2 degrees. C260S093 the bottom edge of this product extends for 401 degrees, from 252.1 degrees, through 360 degrees and continuing to 293.2 degrees. C260S033 the bottom edge of this product extends for 401 degrees, from 192.1 degrees, through 360 degrees and continuing to 233.2 degrees. C260S273 the bottom edge of this product extends for 401 degrees, from 72.1 degrees, through 360 degrees and continuing to 113.2 degrees. 20. Product Lists for Volumes MG_0001 to MG_0055 The following is a list of MIDR products, sorted by longitude then by latitude (from north pole to south pole). PRODUCT TYPE: FMIDRS PRODUCT CD CYCLE PRODUCT CD CYCLE PRODUCT CD CYCLE F_25N003;1 7 1 F_30S161;1 23 1 F_10S267;1 36 1 F_20N003;1 7 1 F_65N162;1 26 1 F_30N269;1 44 1 F_20S003;1 6 1 F_20S162;1 24 1 F_20N269;1 44 1 F_25S003;1 6 1 F_25S162;1 23 1 F_30S269;1 42 1 F_30S003;1 6 1 F_15S163;1 23 1 F_60N270;1 42 1 F_35S003;1 6 1 F_35S163;1 23 1 F_35N270;1 44 1 F_45N004;1 7 1 F_60N164;1 26 1 F_40N272;1 44 1 F_40S004;1 6 1 F_50N172;1 27 1 F_50S272;1 39 1 F_60N005;1 8 1 F_10N177;1 24 1 F_10N273;1 45 1 F_60S005;1 5 1 F_05N177;1 23 1 F_05N273;1 45 1 F_65S005;1 5 1 F_05S177;1 24 1 F_10S273;1 45 1 F_65N006;1 8 1 F_10S177;1 24 1 F_30N275;1 44 1 F_70N007;1 7 1 F_15S180;1 25 1 F_30S275;1 45 1 F_25S009;1 7 1 F_20S180;1 26 1 F_35N277;1 44 1 F_30S009;1 7 1 F_05S183;1 26 1 F_25N278;1 50 1 F_50S013;1 18 1 F_10S183;1 26 1 F_40N279;1 45 1 F_15N014;1 11 1 F_65N186;1 27 1 F_10N279;1 49 1 F_10N014;1 10 1 F_25N186;1 26 1 F_00N279;1 46 1 F_55S014;1 18 1 F_20N186;1 25 1 F_05S279;1 46 1 F_60N016;1 7 1 F_15N186;1 32 1 F_40S279;1 49 1 F_60S016;1 8 1 F_10N188;1 25 1 F_20N280;1 46 1 F_65N018;1 7 1 F_05N188;1 24 1 F_45S280;1 49 1 F_40N018;1 7 1 F_10S188;1 25 1 F_60N281;1 45 1 F_45N019;1 11 1 F_00N189;1 24 1 F_30N281;1 42 1 F_45S019;1 18 1 F_15N191;1 25 1 F_35N283;1 44 1 F_15N020;1 11 1 F_20N192;1 24 1 F_15S283;1 46 1 F_10N020;1 8 1 F_40N194;1 28 1 F_25N284;1 42 1 F_50N021;1 8 1 F_10N194;1 24 1 F_10N284;1 45 1 F_50S021;1 39 1 F_05N194;1 24 1 F_05N284;1 45 1 F_30S022;1 10 1 F_00N194;1 24 1 F_00N284;1 49 1 F_55N023;1 8 1 F_45N195;1 26 1 F_10S284;1 46 1 F_40N025;1 8 1 F_50N197;1 27 1 F_40N286;1 46 1 F_60N026;1 8 1 F_35N197;1 27 1 F_20N286;1 46 1 F_00N037;201 55 2 F_15N197;1 25 1 F_20S286;1 39 1 F_05S037;201 55 2 F_65N198;1 28 1 F_40S286;1 49 1 F_00N042;201 55 2 F_20N198;1 25 1 F_30N287;1 44 1 F_05S042;201 55 2 F_10N200;1 25 1 F_15S289;1 46 1 F_15N043;201 55 2 F_05N200;1 25 1 F_35N290;1 36 1 F_25N046;201 55 2 F_00N200;1 25 1 F_05N290;1 46 1 F_30N047;201 55 2 F_10S200;1 27 1 F_10S290;1 46 1 F_10N048;201 55 2 F_15N203;1 35 1 F_35S290;1 49 1 F_05N048;201 55 2 F_20N204;1 28 1 F_55N291;1 49 1 F_15N049;201 55 2 F_20S204;1 29 1 F_20N292;1 44 1 F_15S049;201 53 2 F_50N205;1 28 1 F_30N294;1 50 1 F_50N054;1 13 1 F_10N205;1 32 1 F_45N295;1 49 1 F_55N060;1 11 1 F_05N205;1 27 1 F_05S295;1 50 1 F_10N065;1 13 1 F_00N205;1 27 1 F_70N296;1 49 1 F_05N065;1 9 1 F_05S205;1 28 1 F_25N296;1 50 1 F_00N065;1 9 1 F_30S205;1 26 1 F_25S296;1 50 1 F_05S065;1 10 1 F_60N207;1 28 1 F_50N297;1 49 1 F_10S065;1 10 1 F_60S207;1 26 1 F_35N297;1 50 1 F_05N070;1 9 1 F_55N208;1 28 1 F_30N300;1 52 1 F_00N070;1 9 1 F_20S210;1 29 1 F_40S300;1 50 1 F_05S070;1 9 1 F_45N211;1 27 1 F_05N301;1 52 1 F_10S070;1 9 1 F_25N211;1 27 1 F_10S301;1 50 1 F_40S074;1 18 1 F_10N211;1 29 1 F_25S302;1 52 1 F_05N076;1 8 1 F_05S211;1 29 1 F_50N306;1 52 1 F_00N076;1 9 1 F_10S211;1 29 1 F_10N307;1 52 1 F_05S076;1 9 1 F_45S211;1 28 1 F_05N307;1 53 1 F_10S076;1 9 1 F_30S212;1 28 1 F_10S307;1 52 1 F_35N077;1 11 1 F_15S214;1 29 1 F_70N310;1 50 1 F_45N080;1 11 1 F_10N217;1 32 1 F_60N312;1 50 1 F_20N080;1 15 1 F_05N217;1 29 1 F_15N312;1 53 1 F_05N082;1 10 1 F_00N217;1 27 1 F_05N318;1 53 1 F_00N082;1 10 1 F_05S217;1 28 1 F_55N319;1 53 1 F_05S082;1 8 1 F_45S218;1 29 1 F_40N321;1 52 1 F_10S082;1 9 1 F_20S221;1 29 1 F_60N323;1 53 1 F_25S082;1 13 1 F_05S222;1 32 1 F_70N324;1 52 1 F_35S083;1 11 1 F_40S222;1 29 1 F_55N328;1 52 1 F_05N087;1 10 1 F_25N223;1 32 1 F_20N328;1 53 1 F_00N087;1 10 1 F_20N227;1 32 1 F_65N330;1 1 1 F_05S087;1 10 1 F_10N228;1 38 1 F_65N330;1 3 1 F_10S087;1 10 1 F_05N228;1 32 1 F_35N330;1 52 1 F_40N088;1 11 1 F_25N229;1 32 1 F_75N332;1 1 1 F_50S088;1 11 1 F_40N230;1 35 1 F_75N332;1 3 1 F_35S090;1 11 1 F_35N230;1 35 1 F_30N332;1 1 1 F_20N097;1 15 1 F_40S230;1 32 1 F_25N333;1 53 1 F_10N098;1 17 1 F_20N233;1 36 1 F_60N334;1 3 1 F_05N098;1 15 1 F_20S233;1 35 1 F_60N334;1 1 1 F_05S098;1 15 1 F_10N234;1 32 1 F_20N334;1 1 1 F_10S098;1 15 1 F_55N236;1 36 1 F_05S335;1 1 1 F_65N102;1 15 1 F_75N237;1 36 1 F_55N337;1 1 1 F_60N111;1 18 1 F_30N237;1 38 1 F_55N337;1 3 1 F_15N111;1 13 1 F_15N237;1 35 1 F_70N339;1 4 1 F_65N114;1 17 1 F_15S237;1 35 1 F_27S339;1 1 1 F_45N119;1 17 1 F_20N239;1 35 1 F_15N340;1 3 1 F_25N119;1 17 1 F_05N239;1 36 1 F_65N342;1 4 1 F_20S121;1 17 1 F_05S239;1 35 1 F_40S342;1 1 1 F_30N123;1 13 1 F_45N241;1 38 1 F_60N344;1 4 1 F_15S123;1 18 1 F_15S243;1 38 1 F_25N345;1 4 1 F_65N126;1 13 1 F_35S243;1 35 1 F_25S345;1 3 1 F_45N126;1 17 1 F_40N244;1 42 1 F_50S345;1 3 1 F_15N129;1 15 1 F_40S244;1 35 1 F_50S345;1 1 1 F_30S129;1 13 1 F_10S245;1 39 1 F_55N346;1 4 1 F_35S130;1 13 1 F_20S245;1 39 1 F_40S349;1 4 1 F_25S131;1 13 1 F_50N247;1 39 1 F_45S349;1 3 1 F_40S131;1 18 1 F_25S247;1 39 1 F_75N351;1 7 1 F_60N132;1 18 1 F_45N249;1 39 1 F_25N351;1 4 1 F_10N132;1 17 1 F_15N249;1 36 1 F_20N351;1 4 1 F_05N132;1 17 1 F_15S249;1 38 1 F_70N353;1 6 1 F_00N132;1 17 1 F_05S250;1 36 1 F_65N354;1 6 1 F_05S132;1 15 1 F_10S250;1 39 1 F_65S354;1 3 1 F_10S132;1 15 1 F_40N251;1 44 1 F_60N355;1 6 1 F_30S136;1 15 1 F_20S251;1 39 1 F_55S355;1 4 1 F_40S138;1 13 1 F_25S253;1 42 1 F_60S355;1 3 1 F_30S142;1 53 1 F_15S254;1 38 1 F_50N356;1 6 1 F_45S142;1 38 1 F_30N256;1 38 1 F_50S356;1 4 1 F_35S143;1 53 1 F_20S257;1 38 1 F_25N357;1 6 1 F_20N145;1 17 1 F_25S259;1 42 1 F_20N357;1 5 1 F_20S145;1 18 1 F_15N260;1 36 1 F_05N357;1 5 1 F_40S145;1 18 1 F_15S260;1 38 1 F_00N357;1 5 1 F_50N147;1 26 1 F_30N262;1 36 1 F_05S357;1 5 1 F_55N152;1 23 1 F_30S262;1 42 1 F_20S357;1 5 1 F_10S155;1 23 1 F_55N263;1 42 1 F_25S357;1 5 1 F_20S156;1 23 1 F_50N264;1 42 1 F_30S357;1 5 1 F_25S156;1 23 1 F_15N266;1 45 1 F_35S357;1 5 1 F_15S157;1 23 1 F_10N267;1 45 1 PRODUCT TYPE: C1MIDRS PRODUCT CD CYCLE PRODUCT CD CYCLE PRODUCT CD CYCLE C1_30N009;1 12 1 C1_60N125;1 21 1 C1_45N244;1 40 1 C1_15N009;1 14 1 C1_60S125;1 22 1 C1_45S244;1 40 1 C1_00N009;1 14 1 C1_15N129;1 20 1 C1_75S248;1 48 1 C1_15S009;1 14 1 C1_00N129;1 19 1 C1_15N249;1 41 1 C1_30S009;1 14 1 C1_15S129;1 19 1 C1_00N249;1 40 1 C1_45N011;1 14 1 C1_30N135;1 30 1 C1_15S249;1 40 1 C1_45S011;1 12 1 C1_30S135;1 21 1 C1_75N254;1 48 1 C1_60N014;1 12 1 C1_45N138;1 21 1 C1_30N261;1 40 1 C1_60S014;1 16 1 C1_45S138;1 21 1 C1_30S261;1 40 1 C1_75S023;1 54 1 C1_15N146;1 22 1 C1_60N263;1 41 1 C1_15N026;1 12 1 C1_00N146;1 22 1 C1_60S263;1 41 1 C1_00N026;1 12 1 C1_15S146;1 22 1 C1_45N265;1 41 1 C1_15S026;1 12 1 C1_60N153;1 31 1 C1_45S265;1 40 1 C1_30N027;1 12 1 C1_30N153;1 22 1 C1_15N266;1 41 1 C1_30S027;1 14 1 C1_30S153;1 22 1 C1_00N266;1 41 1 C1_75N029;1 16 1 C1_60S153;1 22 1 C1_15S266;1 41 1 C1_45N032;1 12 1 C1_45N159;1 30 1 C1_30N279;1 43 1 C1_45N032;201 54 2 C1_45S159;1 22 1 C1_30S279;1 41 1 C1_45S032;1 14 1 C1_15N163;1 31 1 C1_15N283;1 43 1 C1_60N042;1 16 1 C1_00N163;1 31 1 C1_00N283;1 43 1 C1_60S042;1 20 1 C1_15S163;1 30 1 C1_15S283;1 41 1 C1_60S042;2 54 1 C1_75N164;1 37 1 C1_45N286;1 47 1 C1_45N053;1 16 1 C1_30N171;1 31 1 C1_45S286;1 43 1 C1_15N060;1 16 1 C1_30S171;1 31 1 C1_60N291;1 47 1 C1_00N060;1 14 1 C1_60N180;1 30 1 C1_60S291;1 47 1 C1_15S060;1 16 1 C1_45N180;1 30 1 C1_75S293;1 48 1 C1_30N063;1 16 1 C1_15N180;1 30 1 C1_30N297;1 47 1 C1_30S063;1 16 1 C1_00N180;1 30 1 C1_30S297;1 43 1 C1_75S066;1 51 1 C1_15S180;1 30 1 C1_75N299;1 48 1 C1_60N070;1 19 1 C1_60S180;1 33 1 C1_15N300;1 47 1 C1_60S070;1 21 1 C1_30N189;1 31 1 C1_00N300;1 47 1 C1_75N074;1 22 1 C1_30S189;1 31 1 C1_15S300;1 47 1 C1_45N074;1 20 1 C1_15N197;1 33 1 C1_45N307;1 47 1 C1_45S074;1 16 1 C1_00N197;1 33 1 C1_30N315;1 48 1 C1_15N077;1 19 1 C1_15S197;1 33 1 C1_30S315;1 47 1 C1_00N077;1 16 1 C1_45N202;1 31 1 C1_15N317;1 48 1 C1_15S077;1 19 1 C1_45S202;1 31 1 C1_00N317;1 48 1 C1_30N081;1 20 1 C1_75S203;1 48 1 C1_15S317;1 48 1 C1_30S081;1 20 1 C1_30N207;1 33 1 C1_60N319;1 48 1 C1_15N095;1 19 1 C1_30S207;1 33 1 C1_45N329;1 47 1 C1_00N095;1 19 1 C1_60N208;1 37 1 C1_30N333;1 2 1 C1_15S095;1 19 1 C1_60S208;1 34 1 C1_30S333;1 2 1 C1_45N096;1 20 1 C1_75N209;1 41 1 C1_15N335;1 2 1 C1_45S096;1 19 1 C1_15N215;1 34 1 C1_00N335;1 2 1 C1_60N097;1 21 1 C1_00N215;1 33 1 C1_15S335;1 2 1 C1_60S097;1 22 1 C1_15S215;1 33 1 C1_75N338;1 14 1 C1_30N099;1 20 1 C1_45N223;1 37 1 C1_60N347;1 14 1 C1_30S099;1 20 1 C1_45S223;1 33 1 C1_60N347;2 54 1 C1_15N112;1 20 1 C1_30N225;1 34 1 C1_60S347;1 31 1 C1_00N112;1 19 1 C1_30S225;1 34 1 C1_45N350;1 12 1 C1_15S112;1 20 1 C1_15N232;1 37 1 C1_45S350;1 2 1 C1_75S113;1 51 1 C1_00N232;1 34 1 C1_30N351;1 12 1 C1_45N117;1 21 1 C1_15S232;1 34 1 C1_30S351;1 2 1 C1_30N117;1 21 1 C1_60N236;1 40 1 C1_15N352;1 2 1 C1_30S117;1 21 1 C1_60S236;1 37 1 C1_00N352;1 2 1 C1_45S117;1 21 1 C1_30N243;1 40 1 C1_15S352;1 2 1 C1_75N119;1 30 1 C1_30S243;1 40 1 PRODUCT TYPE: C2MIDRS PRODUCT CD CYCLE PRODUCT CD CYCLE PRODUCT CD CYCLE C2_30N026;1 34 1 C2_30N129;1 34 1 C2_30N232;1 43 1 C2_30S026;1 37 1 C2_30S129;1 37 1 C2_30S232;1 43 1 C2_00N028;1 37 1 C2_00N131;1 34 1 C2_00N234;1 43 1 C2_60N033;1 43 1 C2_50N153;1 51 1 C2_60S273;1 54 1 C2_60S033;1 54 1 C2_60S153;1 54 1 C2_30N284;1 51 1 C2_30N078;1 33 1 C2_30N181;1 43 1 C2_30S284;1 51 1 C2_30S078;1 37 1 C2_30S181;1 37 1 C2_00N286;1 51 1 C2_00N080;1 30 1 C2_00N183;1 34 1 C2_50N333;1 51 1 C2_60N093;1 51 1 C2_60N213;1 54 1 C2_30N335;1 51 1 C2_60S093;1 54 1 C2_60S213;1 54 1 C2_00N337;1 51 1