ISCCP D1 Data Set Readme File NOTE: The file contents for the time periods July 1983 - January 1994 and February 1994 - present are different. The later files no longer contain the read software and the ancillary data are included as a VDATA. The latest FORTRAN read software will read both formats. 1.0 Introduction This file contains information about the International Satellite Cloud Climatology Project (ISCCP) D1 data set. (ISCCP_D1) The data files are in HDF format. The home page for ISCCP is located at http://isccp.giss.nasa.gov/ This readme file also includes the following sections: Section 2.0 - provides general information about the data set. Section 3.0 - describes the format of the data. Section 4.0 - provides the user with science parameter information Section 5.0 - describes the sample read software. Section 6.0 - discusses how to invoke the run-time executable. Section 7.0 - provides an example of an actual run of the sample read software. If users have questions while using the ISCCP_D1 sample read software, please contact the Langley Data Center User and Data Services office at: Langley Atmospheric Science Data Center NASA Langley Research Center Mail Stop 157D, 2 S. Wright St. Hampton, VA 23681-2199 USA E-Mail: support-asdc@earthdata.nasa.gov Phone: (757)864-8656 FAX: (757)864-8807 2.0 Data Set Description Documentation on the ISCCP_D1 data set can be obtained from the following URL: http://isccp.giss.nasa.gov/doc/documents.html Contact for scientific inquiries: Dr. William B. Rossow NASA Goddard Institute for Space Studies 2880 Broadway New York, NY 10025 email: clwbr@giss.nasa.gov Phone: 212-678-5567 FAX: 212-678-5662 Contact for technical assistance: Violeta Golea NASA Goddard Institute for Space Studies 2880 Broadway, Rm 322A New York, NY 10025 email: vgolea@giss.nasa.gov 3.0 Format and Packaging NOTE: The file contents for the time periods July 1983 - January 1994 and February 1994 - present are different. The later files no longer contain the read software and the ancillary data are included as a VDATA. The latest FORTRAN read software will read both formats. There are 2 naming conventions for these files. The first convention is as follows: d1_YYYYMMDDHH YYYY is the year, MM is the month, DD is the day HH is the GMT hour (00, 03, 06, 09, 12, 15, 18 or 21) There are 3 ancillary files that are included within the ISCCP_D1 data files. They are a volume identification file, a table of contents file and ancillary data file. For example: d1_1987020100 The second file naming convention is as follows: ISCCP.TTTTTT.V.SATID.YYYY.MM.DD.HH.MM.DCN.hdf TTTTTT - data type D1 - ISCCP D1 data file V - version number SATID - GLOBAL - used if multiple or no satellites apply YYYY - year = 1981...2005 (always 4 numbers, fill = 9999) MM - month number = 1...12 (always 2 numbers, fill = 99) DD - day of month = 1...31 (always 2 numbers, fill = 99) HHMM - hour-minute GMT = 0000...2100 (always 4 characters, fill = 9999) DCN - data center name where data originated. For non-data files, the date and time fields may be fill values. Example: ISCCP.D1.0.GLOBAL.1995.10.01.0300.GPC.hdf (data file) The ISCCP D1 data set has one file per day for the data years currently archived at the Data Center. These files each contain data for 8 UTCs (GMT 0, GMT 3, GMT 6, ..., GMT 21). There are 202 variables per UTC. These variables are identified in the README file which the user can extract from the HDF file using the sample read software. Hierarchical Data Format Libraries (HDF): ========================================= The HDF libraries, source code and documentation can be obtained free of charge from the National Center for Supercomputing Applications (NCSA) at the following URL http://hdf.ncsa.uiuc.edu NCSA also provides a variety of tools to assist in viewing, analyzing, and displaying HDF formatted data files. 4.0 Science Parameters Information The ISCCP_D1 data set contains 3-hourly, 280 KM equal-area grid data from various polar and geostationary satellites. More information on the ancillary and data files can be obtained from the International Satellite Cloud Climatology Project (ISCCP) Documentation of New Cloud Datasets documentation available at the URL http://isccp.giss.nasa.gov/doc/documents.html 5.0 Description of Sample Read Software The Hierarchical Data Formatted (HDF) ISCCP D1 data files have an embedded FORTRAN read program supplied by the data provider. This program is sample software intended to provide minimal capabilities. Users should modify the program to accommodate their specific needs. A "C" language version of the program was developed by the Langley Data Center and is also provided as sample read software. It is the user's responsibility to modify the program to accommodate their specific needs. Both read software programs have been tested with the HDF 3.3r4 and HDF 4.1r1 libraries. If using any of the HDF 4.0 beta releases of the HDF libraries, the user should be aware of additional HDF libraries which must be included for the program to load correctly. The release notes for the various beta releases specify the additional required libraries and the order in which they should be specified for proper loading. 6.0 Implementing Sample Read Software Example command line compilation statements are included here. The various paths need to be changed to correspond to those being used on your platform. In addition, special DEFINES may be required for specific platforms. For example, an HP platform may require a "-DHP9000", while an SGI platform may require a "-32" or "-n32" in the command line compilation statement. HDF 3.3r4 and earlier: f77 -o read_d1_f isccp_d1_read.f -I/usr/local/hdf-3.3r4/hdf/include -L/usr/local/hdf-3.3r4/hdf/lib -ldf /bin/cc -Aa -DHP9000 -o read_d1_c -I/usr/local/hdf-3.3r4/hdf/include isccp_d1_read.c -L/usr/local/hdf-3.3r4/hdf/lib -ldf -lm HDF 4.1r1: a) for SUN OS: (must be one continuous line) f77 isccp_d1_read.f -I/usr/local/HDF4.1r1/hdf/include -I/usr/local/HDF4.1r1/include -DSUN -o read_d1_f -L/usr/local/HDF4.1r1/lib -lmfhdf -ldf -ljpeg -lz gcc isccp_d1_read.c -I/usr/local/HDF4.1r1/hdf/include -I/usr/local/HDF4.1r1/include -DSUN -o read_d1_c -L/usr/local/HDF4.1r1/lib -lmfhdf -ldf -ljpeg -lz /usr/lib/libm.a b) for SGI: f77 -64 -mips4 -O -s -o read_d1_f isccp_d1_read.f -I/usr/local/HDF4.1r1/hdf/include -I/usr/local/HDF4.1r1/include -I/usr/local/HDF4.1r1/mfhdf/libsrc -I/usr/local/HDF4.1r1/mfhdf/port -L/usr/local/HDF4.1r1/lib -ldf -lz cc -ansi -64 -mips4 -O -s -o read_d1_c isccp_d1_read.c -I/usr/local/HDF4.1r1/hdf/include -I/usr/local/HDF4.1r1/include -I/usr/local/HDF4.1r1/mfhdf/libsrc -I/usr/local/HDF4.1r1/mfhdf/port -L/usr/local/HDF4.1r1/lib -ldf -lz -L/usr/lib64/mips4 -lc -lm c) for HP: f77 -o read_d1_f isccp_d1_read.f -I/usr/local/hdf4.1r1/include/ /usr/local/hdf4.1r1/lib/libmfhdf.a /usr/local/hdf4.1r1/lib/libz.a /usr/lib/libm.a cc -AE -O -o read_d1_c isccp_d1_read.c -I/usr/local/hdf4.1r1/include/ -L/usr/local/hdf4.1r1/include -L/usr/local/hdf4.1r1/lib -lmfhdf -ldf -ljpeg -lz /usr/lib/libm.a 6.1 Note on sample FORTRAN read software The sample FORTRAN read software can be modified to print out the specific data desired. To assist the user in this effort the following notes are included: 1) Change line "DO 600 IUTC=1,8" to match whatever UTCs (GMTs) you want to extract (~line 77) 2) Change line "IF ( LAT .EQ. 36 .AND. LON .LT. 5 ) THEN" (~line 110) to match the latitude longitudes values for whatever cells you want the program to output. The correlation between the cell number and the latitude/longitude can be found in the fourth HDF file description included in the file. 3) Change variable HDFFILE (~line 67) to the appropriate file name. If many different files will be processed, it will be easier to use a generic name (something like HDF_LINK) and use the UNIX symbolic link capability. This will avoid the necessity of re-editing the program to change the file name assigned to HDFFILE and recompiling the program. ln -s /ISCCP_D1/1990/December/d1_901230.hdf.bin HDF_LINK After that file is processed, remove the link and generate a new one: rm -f HDF_LINK ln -s /ISCCP_D1/d1_901231.hdf.bin HDF_LINK 4) If you are attempting to use the FORTRAN read program and it was extracted directly from one of the ISCCP D1 data granules, it may also be necessary to modify the following two lines (~line 743): PRINT 100,LON 100 FORMAT(/1X,'TOTVIS: VIS RADIANCES') Either delete the print statement, or add a format descriptor. Otherwise, the program will compile, but the program will abort with a core dump during execution. The version provided by the Langley Data Center has the print statement already commented out. This, plus the data file name on line 67 are the only differences between the program contained in the HDF data file and the Data Center's online version. 5) Two discrepancies were noted in the README file embedded in the ISCCP D1 HDF data files: a) The line "FILE DESCRIPTION 5 - ANCILLARY DATA TABLE" should indicate "FILE DESCRIPTION 4 - ANCILLARY DATA TABLE" instead. b) The ANCILLARY DATA TABLE description should include columns 12-15, which are the Satellite Preference values. 6) On the SGI, ICHAR evidently interprets the high order (leftmost) bit in the byte as the sign of the number (+ or-), which means that values greater than 127 are interpreted on the SGI as being negative, with values ranging from -128 to -1. This is a compiler "bug" which has apparently been fixed in IRIX 7.2. If you are using an earlier version of IRIX then you need to use the following fix. To fix this problem, add the following code in the DO 490 loop after the ICHAR line (after line 244): IF (IVAR(I,LON) .LT. 0) THEN IVAR(I,LON) = IVAR(I,LON) + 256 ENDIF 6.2 Notes on the C Sample Read Software: ========== The sample C read software can be modified to print out specific variables as desired. This can be accomplished by modifying the variables which are used to read data blocks from the input data file (begin2, end2 ~line 593). However, other portions of the program would have to be modified also. It would be much easier to test for the variable's ordinal value (as specified in the README file extracted from the data file). The integer values are printed out starting at (~line 1163): for (j=winst[1]; j<=winend[1]; j++){ /* for each variable (202 max) * The physical values are printed inside the series of case statements which begin ~1180. Simply eliminate the variables ordinal from the appropriate case statement. It would also be advisable to delete the line (~1361): fprintf(out,"********"); Section: 7.0 A Sample Run % read_d1_c This program reads the ISCCP D1 HDF formatted data files Please enter file name to read: /ISCCP_D1/1991/January/d1_910101.hdf.bin please enter report file name (use `-' to print to screen): - *********************************************************************** ISCCP D1 HDF formatted files include four file descriptions - they are: 1) README SECTION - including contributing satellites, processing centers, file format description, etc. 2) TABLE OF CONTENTS - Lists the date and spatial coverage of each data object in the HDF file in ASCII text tabular form and cell statistics 3) FORTRAN READ SOFTWARE 4) ANCILLARY DATA TABLE - Lists characteristics of each ISCCP grid box in tabular form (NOTE: data may vary between granules) *********************************************************************** This program can write these descriptors into a set of files ####### The ANCILLARY DATA TABLE file is automatically generated ########### ####### since this data is required to calculate Cloud Top Height ########### NOTE: The data in the Ancillary Data File may vary between data granules Please enter file name to write the Ancillary Data File into: 910101.ann_data Input file is /ISCCP_D1/1991/January/d1_910101.hdf.bin Output file is stdout Ancillary Data file is 910101.ann_data File ID: ISCCP-D1 Year 91 Month 01 Day 01 Would you like to have the README SECTION, TABLE OF CONTENTS, and FORTRAN READ software written to local files? (Y or N): y Please enter file name to write the README data into: 910101.RD_ME Please enter file name to write the Table Of Contents data into: 910101.TOC The FORTRAN read program will be written to the file ISCCP_READ.for Would like to subset data based on CELL NUMBER? yes (Y) or no subsetting (N): y Enter beginning and ending cell numbers separated by a space ) (1 <= cell no. <= 6596): 1 1 Item Dims Label 1 (6596X202) UTC 0 2 (6596X202) UTC 3 3 (6596X202) UTC 6 4 (6596X202) UTC 9 5 (6596X202) UTC 12 6 (6596X202) UTC 15 7 (6596X202) UTC 18 8 (6596X202) UTC 21 Please select the numbers of the data items to dump separated by a space. Enter 0 (zero) to quit entering parameters 1 0 Getting data, Please wait ... Processing: UTC 0 Data attributes are as follows: Label : UTC 0 Units : counts Format : I3 Fill Value : 0 Coordinate System: Original data dimensions are 6596 by 202 Data values for each ISCCP cell from 1 to 1 for variables 1 to 202 are: ********** CELL NO. 1 ********** INTEGER COUNTS: ( 1) 1 1 1 48 13 2 100 54 37 56 ( 11) 41 35 7 7 35 28 7 7 4 0 ( 21) 183 48 0 0 0 0 7 0 0 0 ( 31) 0 0 0 0 0 0 0 0 0 0 ( 41) 0 0 0 0 0 0 0 4 2 0 ( 51) 0 0 0 1 4 4 12 0 0 2 ( 61) 5 0 1 0 0 0 0 0 0 0 ( 71) 0 7 1 0 11 16 0 123 117 109 ( 81) 127 117 109 1 49 47 44 51 47 44 ( 91) 2 90 71 71 94 71 71 78 136 118 (101) 118 140 118 118 123 255 255 255 255 47 (111) 255 255 255 255 255 255 255 255 255 255 (121) 255 56 43 45 54 139 139 255 255 255 (131) 255 255 255 255 255 255 255 255 255 45 (141) 43 44 49 139 141 255 255 255 255 255 (151) 255 255 255 255 255 255 255 54 57 52 (161) 52 12 250 241 120 120 72 9 47 2 (171) 47 52 12 52 54 87 4 87 86 6 (181) 86 88 3 138 52 255 54 50 42 32 (191) 23 255 63 27 44 57 255 1 2 1 (201) 1 153 PHYSICAL VALUES: ( 1) 1.00 1.00 1.00 48.00 13.00 2.00 100.00 0.54 0.37 56.00 ( 11) 41.00 85.37 17.07 17.07 85.37 68.29 17.07 17.07 9.76 0.00 ( 21) 1.83 0.48 0.00 0.00 0.00 0.00 17.07 0.00 0.00 0.00 ( 31) 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 0.00 ( 41) 0.00 0.00 0.00 0.00 0.00 0.00 0.00 9.76 4.88 0.00 ( 51) 0.00 0.00 0.00 2.44 9.76 9.76 29.27 0.00 0.00 4.88 ( 61) 12.20 0.00 2.44 0.00 0.00 0.00 0.00 0.00 0.00 0.00 ( 71) 0.00 17.07 2.44 0.00 26.83 39.02 0.00 610.00 580.00 540.00 ( 81) 630.00 580.00 540.00 1.00 241.00 239.20 236.60 242.80 239.20 236.60 ( 91) 0.30 4.95 3.32 3.32 5.35 3.32 3.32 3.88 71.41 52.22 (101) 52.22 76.57 52.22 52.22 57.01-1000.00-1000.00-1000.00-1000.00 239.20 (111)-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00 (121)-1000.00 246.90 1.57 17.53 245.30 11.96 125.58-1000.00-1000.00-1000.00 (131)-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00 237.50 (141) 1.57 17.01 241.00 11.96 130.10-1000.00-1000.00-1000.00-1000.00-1000.00 (151)-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00 245.30 247.70 243.70 (161) 243.70 3.30 1.02 0.96 0.48 0.48 0.29 0.04 239.20 0.30 (171) 239.20 243.70 3.30 243.70 245.30 0.35 0.02 0.35 0.34 0.02 (181) 0.34 0.35 3.00 685.00 243.70-1000.00 245.30 241.90 234.80 224.40 (191) 212.80-1000.00 310.00 217.90 236.60 247.70-1000.00 0.00 0.03 0.00 (201) 0.00 304.00 CENTER: CENTER LON/LAT 60.00 -88.75 TOTIR: IR RADIANCES USING IR CLOUD/CLEAR CATEGORIES NUMBER OF PIXELS CLOUD/CLEAR/TOTAL 7 34 41 RADIANCE (K) CLOUD/CLEAR/TOTAL 239.20 243.70 242.80 USING VIS/IR CLOUD/CLEAR CATEGORIES NUMBER OF PIXELS CLOUD/CLEAR/TOTAL 7 34 41 RADIANCE (K) CLOUD/CLEAR/TOTAL 239.20 243.70 242.80 TOTVIS: VIS RADIANCES USING IR CLOUD/CLEAR CATEGORIES NUMBER OF PIXELS CLOUD/CLEAR/TOTAL 7 34 41 RADIANCE (REFLECTANCE) CLOUD/CLEAR/TOTAL 0.35 0.34 0.34 USING VIS/IR CLOUD/CLEAR CATEGORIES NUMBER OF PIXELS CLOUD/CLEAR/TOTAL 7 34 41 RADIANCE (REFLECTANCE) CLOUD/CLEAR/TOTAL 0.35 0.34 0.34 MIDPRS: ACTUAL PRESSURE LAYER MID-POINTS (MB)-1000.00 682.50 620.00 500.00 375.00 245.00 245.00 CLDHGT: CLOUD TOP PRESSURE (MB) 610 CLOUD TOP HEIGHT (M) 3718 *************************************************************** * * * Program has completed processing * * * *************************************************************** % Sample Output From The FORTRAN Program: ======================================= % read_d1_f FILE ID: ISCCP-D1 Year 90 Month 12 Day 31 FILE POSITIONED AT DATA LABEL: UTC 0 D1PHYS: LAT BAND 1 CONVERTED TO PHYSICAL VALUES D1PHYS: LAT BAND 2 CONVERTED TO PHYSICAL VALUES D1PHYS: LAT BAND 3 CONVERTED TO PHYSICAL VALUES D1PHYS: LAT BAND 4 CONVERTED TO PHYSICAL VALUES D1PHYS: LAT BAND 5 CONVERTED TO PHYSICAL VALUES ^ | | (some output deleted for readability) V D1PHYS: LAT BAND 36 CONVERTED TO PHYSICAL VALUES D1PHYS: LAT BAND 37 CONVERTED TO PHYSICAL VALUES **************************************************************************************************** PROCESSING EQUAL-AREA LON/LAT 35 37 PRINTI: COUNT VALUES FOR ALL VARIABLES 1 2 3 4 5 6 7 8 9 10 VARIABLE (001-010) 37 35 35 35 54 101 0 47 255 255 VARIABLE (011-020) 36 17 17 255 2 255 255 255 255 255 255 255 255 255 VARIABLE (011-020) 36 17 17 255 0 0 3 255 0 0 VARIABLE (021-030) 255 255 0 6 2 0 1 4 4 255 VARIABLE (031-040) 255 255 255 255 255 255 255 255 255 255 VARIABLE (041-050) 255 255 255 255 255 255 255 255 255 255 VARIABLE (051-060) 255 255 255 255 255 255 255 255 255 255 VARIABLE (061-070) 255 255 255 255 255 255 255 255 255 255 VARIABLE (071-080) 255 255 255 255 255 255 255 111 111 255 VARIABLE (081-090) 255 187 255 56 86 86 255 255 147 255 VARIABLE (091-100) 102 255 255 255 255 255 255 255 255 255 VARIABLE (101-110) 255 255 255 255 255 255 31 67 255 97 VARIABLE (111-120) 119 143 255 255 255 255 255 255 255 255 VARIABLE (121-130) 255 255 255 255 255 255 255 255 255 255 VARIABLE (131-140) 255 255 255 255 255 255 255 255 255 255 VARIABLE (141-150) 255 255 255 255 255 255 255 255 255 255 VARIABLE (151-160) 255 255 255 255 255 255 255 161 157 157 VARIABLE (161-170) 255 5 255 255 255 255 255 255 81 92 VARIABLE (171-180) 255 128 5 255 132 255 255 255 255 255 VARIABLE (181-190) 255 255 1 201 159 139 119 102 85 64 VARIABLE (191-200) 37 17 20 11 19 35 98 40 29 15 VARIABLE (201-202) 6 123 PRINTR: PHYSICAL VALUES FOR ALL VARIABLES 1 2 3 4 5 6 7 8 9 10 VARIABLE (001-010) 37.00 35.00 35.00 35.00 54.00 101.00 0.00 0.47-1000.00-1000.00 VARIABLE (011-020) 36.00 47.22 47.22-1000.00 0.00 0.00 8.33-1000.00 0.00 0.00 VARIABLE (021-030)-1000.00-1000.00 0.00 16.67 5.56 0.00 2.78 11.11 11.11-1000.00 VARIABLE (031-040)-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00 VARIABLE (041-050)-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00 VARIABLE (051-060)-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00 VARIABLE (061-070)-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00 VARIABLE (071-080)-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00 550.00 550.00-1000.00 VARIABLE (081-090)-1000.00 930.00-1000.00 275.00 267.80 267.80-1000.00-1000.00 299.60-1000.00 VARIABLE (091-100) 30.30-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00 VARIABLE (101-110)-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00 223.10 255.30-1000.00 274.40 VARIABLE (111-120) 286.30 297.80-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00 VARIABLE (121-130)-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00 VARIABLE (131-140)-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00 VARIABLE (141-150)-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00 VARIABLE (151-160)-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00 305.80 304.00 304.00 VARIABLE (161-170)-1000.00 1.20-1000.00-1000.00-1000.00-1000.00-1000.00-1000.00 264.70 27.30 VARIABLE (171-180)-1000.00 290.70 1.20-1000.00 292.70-1000.00-1000.00-1000.00-1000.00-1000.00 VARIABLE (181-190)-1000.00-1000.00 1.00 1000.00 304.90 296.00 286.30 277.30 267.20 253.10 VARIABLE (191-200) 229.60 202.70 95.00 192.00 206.20 227.50 2.91 1.17 0.84 0.42 VARIABLE (201-202) 0.15 244.00 CENTER: CENTER LON/LAT 86.25 1.25 TOTIR: IR RADIANCES USING IR CLOUD/CLEAR CATEGORIES NUMBER OF PIXELS CLOUD/CLEAR/TOTAL 17 19 36 RADIANCE (K) CLOUD/CLEAR/TOTAL 264.70 290.70 279.50 USING VIS/IR CLOUD/CLEAR CATEGORIES NUMBER OF PIXELS CLOUD/CLEAR/TOTAL 17 19 36 RADIANCE (K) CLOUD/CLEAR/TOTAL -1000.00 -1000.00 -1000.00 TOTVIS: VIS RADIANCES TOTVIS: VIS RADIANCES USING IR CLOUD/CLEAR CATEGORIES NUMBER OF PIXELS CLOUD/CLEAR/TOTAL 17 19 36 RADIANCE (REFLECTANCE) CLOUD/CLEAR/TOTAL -1000.00 -1000.00 -1000.00 USING VIS/IR CLOUD/CLEAR CATEGORIES NUMBER OF PIXELS CLOUD/CLEAR/TOTAL 17 19 36 RADIANCE (REFLECTANCE) CLOUD/CLEAR/TOTAL -1000.00 -1000.00 -1000.00 MIDPRS: ACTUAL PRESSURE LAYER MID-POINTS (MB) 900.00 740.00 620.00 500.00 375.00 245.00 137.50 CLDHGT: CLOUD TOP PRESSURE (MB) 550. CLOUD TOP HEIGHT (M) 5328. | | V **** ADDITIONAL OUTPUT DELETED DUE TO SPACE ****** | | V D1PHYS: LAT BAND 65 CONVERTED TO PHYSICAL VALUES D1PHYS: LAT BAND 66 CONVERTED TO PHYSICAL VALUES D1PHYS: LAT BAND 67 CONVERTED TO PHYSICAL VALUES D1PHYS: LAT BAND 68 CONVERTED TO PHYSICAL VALUES D1PHYS: LAT BAND 69 CONVERTED TO PHYSICAL VALUES D1PHYS: LAT BAND 70 CONVERTED TO PHYSICAL VALUES D1PHYS: LAT BAND 71 CONVERTED TO PHYSICAL VALUES D1PHYS: LAT BAND 72 CONVERTED TO PHYSICAL VALUES NUMBER OF FULL BOXES: 6119 NORMAL END OF PROGRAM STOP: 0 Last updated: April 19, 2002 April 30, 2009