TRACI HRT header 754
BEGINHD /GENPRO OUTPUT HEADER
/HDROPT = (HEADER,NOSPAN,ASCII) /HEADER RECORD OPTIONS
/HDRLOG = 10 /LOGICAL HEADER RECORDS PER PHYSICAL RECORD
/HDRSIZ = 6400 /PHYSICAL HEADER RECORD SIZE (BITS)
/PROJECT= "754B TRACI 15OCT85 "
/PRDATE = ("15","OCT","85") /PROJECT DATE
/PRTIME = ("13H","12M","48S") /PROJECT TIME
/BEGSNP = ( 13.000 , 15.000 , 0.00000 )
/ENDSNP = ( 14.000 , 51.000 , 0.00000 )
/COMMENT= " ",
/ " ",
/ " NCAR RAF MAGNETIC TAPE FORMATS ",
/ " ",
/ " THE CALIBRATED MAGNETIC TAPES ARE PRODUCED BY NCAR RAF ",
/ " DATA MANAGEMENT GROUP, WITH THE DATA PROCESSOR GENPRO-II, ",
/ " FOR EACH PROJECT THAT REQUIRES PRODUCTION PROCESSING. THE ",
/ " FORMAT OF THESE TAPES INCLUDE A HEADER FILE PRECEDING EACH ",
/ " DATA FILE WHICH CORRESPONDS TO ALL OR PART OF ",
/ " A PARTICULAR AIRCRAFT FLIGHT. ",
/ " ",
/ " ",
/ " - HEADER FILE: ",
/ " ",
/ " THE HEADER FILE DESCRIBING THE DATA FORMATS IS IN ASCII ",
/ " CHARACTER FORMAT, 80 CHARACTERS TO A LOGICAL RECORD AND ",
/ " 10 LOGICAL RECORDS TO A PHYSICAL RECORD. ",
/ " ",
/ " THE HEADER FILE IS DIVIDED INTO THE FOLLOWING FOUR ",
/ " SECTIONS: ",
/ " ",
/ " 1. GENERAL INFORMATION SECTION BEGINS WITH THE TITLE LINE ",
/ " (BEGINHD). IT CONTAINS THE INFORMATION PERTAINING TO ",
/ " HEADER FILE SIZE (HDRLOG,HDRSIZ), DATA FILE SIZE (LOGBIT, ",
/ " DATLOG,DATSIZ), AIRCRAFT AND FLIGHT INFORMATION ",
/ " (PROJECT,PRDATE,PRTIME), TIME INTERVAL OF THE DATA FILE ",
/ " (BEGSNP,ENDSNP), HEADER AND DATA CREATION (EXDATA, ",
/ " EXTIME,MACHINE,JOBIDS), RECORD OPTIONS FILE (HDROPT, ",
/ " DATOPT) AND COMMENTS(COMMENT). ",
/ " ",
/ " 2. VARIABLE NAME LIST BEGINS WITH THE TITLE LINE ",
/ " (/VARIABLE WRITTEN FOR THIS SNAPSHOT PERIOD). ",
/ " VARIABLE NAMES ARE LISTED ON THE FOLLOWING ",
/ " LINES THAT BEGIN WITH (APPVAR =). THIS ",
/ " SECTION CONTAINS ALL THE VARIABLE NAMES ",
/ " THAT ARE ON THE DATA FILE WITH DATA VALUES. ",
/ " A BRIEF DESCRIPTION OF EACH VARIABLE IS GIVEN IN ",
/ " SECTION 3. ",
/ " ",
/ " 3. THE TITLE LINE OF THIS SECTION IS (ORDVAR = TITLE, ",
/ " SAMPLE,RATE). EACH LINE FOLLOWING WILL BEGIN WITH ",
/ " (LETVAR =) AND FOLLOWED BY THE VARIABLE TITLE (TITLE), ",
/ " VALUES OF SAMPLING RATE(SAMPLE) AND OUTPUT RATE(RATE) ",
/ " FOR A PARTICULAR VARIABLE. AT THE END OF THE SAME ",
/ " LINE, (%FOR,) IS FOLLOWED BY THE NAME OF THIS VARIABLE. ",
/ " ",
/ " 4. THE TITLE LINE OF THIS SECTION IS (ORDVAR = UNITS, ",
/ " TERM, FACTOR, SCLKEY, BITS, FSTBIT, SKIP). EACH LINE ",
/ " FOLLOWING WILL BEGIN WITH (LETVAR =), AND FOLLOWED BY ",
/ " THE VARIABLE UNITS (UNITS), VALUES OF SCALING TERM ",
/ " (TERM), SCALING FACTOR (FACTOR), SCALING ALGORITHM ",
/ " SELECTION(SCLKEY), BIT LENGTH OF EACH DATA VALUE ",
/ " (BITS),FIRST BIT LOCATION OF EACH VARIABLE (FSTBIT) ",
/ " AND NUMBER OF BITS BETWEEN TWO DATA VALUES(SKIP) FOR ",
/ " A PARTICULAR VARIABLE. AT THE END OF THE SAME LINE, ",
/ " (%FOR,) IS FOLLOWED BY THE NAME OF THIS VARIABLE. ",
/ " ",
/ " ",
/ " - DATA FILE: ",
/ " ",
/ " THE DATA FILE CONTAINS DATA VALUES OF VARIABLES OVER A ",
/ " SPECIFIED TIME PERIOD (FROM BEGSNP TO ENDSNP) OF A PROJECT ",
/ " PRODUCTION FLIGHT. A GENPRO CYCLE INTERVAL OF DATA IS OUTPUT ",
/ " AS A DATA LOGICAL RECORD, WHERE ONE GENPRO CYCLE INTERVAL ",
/ " IS 1 SECONDS FOR THIS PROJECT. BEFORE THE DATA ARE WRITTEN ",
/ " TO THE OUTPUT DESTINATION, EACH DATA VALUE IS SCALED AND ",
/ " TRUNCATED TO A SPECIFIED NUMBER OF BINARY BITS ("BITS") AND ",
/ " THEN WRITTEN AS A POSITIVE INTEGER.(I.E. A "TERM" IS ADDED TO ",
/ " EACH VALUE OF VARIABLE AND RESULT IS MULTIPLED BY A "FACTOR") ",
/ " ",
/ " EACH VARIABLE IN THE DATA FILE HAS A CORRESPONDING "FSTBIT", ",
/ " "BITS","RATE","TERM", AND "FACTOR". A GIVEN VARIABLE CAN BE ",
/ " CONVERTED FROM A PACKED INTEGER VALUE TO AN UNPACKED REAL ",
/ " VALUE BY FOLLOWING THIS PROCEDURE: ",
/ " ",
/ " TAKE "BITS" NUMBER OF BITS STARTING AT "FSTBIT" ",
/ " FROM THIS INTEGER VALUE DIVIDE BY THE "FACTOR" ",
/ " AND THEN SUBTRACT THE BIAS "TERM" FROM THE RESULT. ",
/ " ",
/ " IF THE VARIABLE HAS MORE THAN ONE SAMPLE PER GENPRO CYCLE ",
/ " INTERVAL IN A LOGICAL RECORD, THE PROCEDURE MUST BE REPEATED ",
/ " "RATE" TIMES IN A LOOP WHERE I=1 TO "RATE". THE STARTING BIT ",
/ " NUMBER FOR EACH SEPARATE ITERATION IS THEN: ",
/ " ",
/ " FSTBIT + BITS*(I-1) ",
/ " ",
/ " IF ALL PACKED VALUES ARE UNPACKED AND PLACED IN AN ARRAY, ",
/ " THE FOLLOWING EQUATION MAY BE USED TO OBTAIN THE STARTING ",
/ " INDEX OF A GIVEN VARIABLE (IVAR) WITHIN THE UNPACKED ARRAY: ",
/ " ",
/ " INDEX(IVAR) = ((FSTBIT(IVAR)-1)/BITS)+1 ",
/ " "
/EXDATE = ("16","DEC","86") /EXECUTION DATE
/EXTIME = ("15H","55M","13S") /EXECUTION TIME
/MACHINE= "CRAY" /EXECUTION MACHINE
/JOBID = "IO2971 " /JOB IDENTIFICATION
MEDIA = 1 /MEDIA NUMBER
DATOPT = (AUTO,NOSPAN) /DATA RECORD OPTIONS
LOGBIT = 20576 /BITS PER LOGICAL DATA RECORD
DATLOG = 4 /LOGICAL DATA RECORDS PER PHYSICAL RECORD
DATSIZ = 82304 /PHYSICAL DATA RECORD SIZE (BITS)
/VARIABLES WRITTEN FOR THIS SNAPSHOT PERIOD
APPVAR = TPTIME , ATKR , SSLPR , QCR , QCF , ADIFR
APPVAR = BDIFR , TASF , TASR , ATF , VZI , WP3R
APPVAR = XVI , YVI , PITCH , ROLL , QCRC , QCFC
APPVAR = UIR , VIR , WIR , UXR , VYR , VEWR
APPVAR = VNSR , WDIRR , WSPDR , THF , HI3R , PALT
APPVAR = ATFH , BRHOTD , TRHOTD , PSFDC , PSFC
ORDVAR = TITLE
LETVAR = "RAW TAPE TIME ", %FOR, TPTIME
LETVAR = "ATTACK ANGLE (RADOME ) ", %FOR, ATKR
LETVAR = "SIDESLIP ANGLE (RADOME ) ", %FOR, SSLPR
LETVAR = "RADOME DYNAMIC PRESSURE (PTR-PSFDC) ", %FOR, QCR
LETVAR = "RAW DYNAMIC PRESSURE (FUSELAGE) ", %FOR, QCF
LETVAR = "ATTACK DIFF. PRESS. (RADOME) ", %FOR, ADIFR
LETVAR = "SIDESLIP DIFF. PRESS. (RADOME) ", %FOR, BDIFR
LETVAR = "AIRCRAFT TRUE AIRSPEED (FUSELAGE) ", %FOR, TASF
LETVAR = "AIRCRAFT TRUE AIRSPEED ( RADOME ) ", %FOR, TASR
LETVAR = "AMBIENT TEMPERATURE (FUSELAGE ) ", %FOR, ATF
LETVAR = "RAW INS VERTICAL VELOCITY ", %FOR, VZI
LETVAR = "DAMPED AIRCRAFT VERT VELOCITY (RADOME) ", %FOR, WP3R
LETVAR = "RAW INS GROUND SPEED X COMPONENT ", %FOR, XVI
LETVAR = "RAW INS GROUND SPEED Y COMPONENT ", %FOR, YVI
LETVAR = "AIRCRAFT PITCH ATTITUDE ANGLE ", %FOR, PITCH
LETVAR = "AIRCRAFT ROLL ATTITUDE ANGLE ", %FOR, ROLL
LETVAR = "CORRECTED DYNAMIC PRESSURE (RADOME) ", %FOR, QCRC
LETVAR = "CORRECTED DYNAMIC PRESSURE (FUSELAGE) ", %FOR, QCFC
LETVAR = "WIND VECTOR EAST GUST COMPONENT(RADOME) ", %FOR, UIR
LETVAR = "WIND VECTOR NORTH GUST COMP. (RADOME) ", %FOR, VIR
LETVAR = "WIND VECTOR VERTICAL GUST COMP(RADOME) ", %FOR, WIR
LETVAR = "WIND VECTOR LNGTDNL GUST COMP. (RADOME) ", %FOR, UXR
LETVAR = "WIND VECTOR LATERAL GUST COMP. (RADOME) ", %FOR, VYR
LETVAR = "RAW INS GROUND SPEED EAST COMP (RADOME) ", %FOR, VEWR
LETVAR = "RAW INS GROUND SPEED NORTH COMP(RADOME) ", %FOR, VNSR
LETVAR = "HORIZONTAL WIND DIRECTION) (RADOME) ", %FOR, WDIRR
LETVAR = "HORIZONTAL WIND SPEED (RADOME) ", %FOR, WSPDR
LETVAR = "AIRCRAFT TRUE HEADING (YAW) ", %FOR, THF
LETVAR = "PRESSURE-DAMPED INERTIAL ALT.(RADOME) ", %FOR, HI3R
LETVAR = "NACA PRESSURE ALTITUDE ", %FOR, PALT
LETVAR = "AMBIENT TEMPERATURE (FUSELAGE HEATED) ", %FOR, ATFH
LETVAR = "ABSOLUTE HUMIDITY (THERMOELEC B) ", %FOR, BRHOTD
LETVAR = "ABSOLUTE HUMIDITY (THERMOELEC T) ", %FOR, TRHOTD
LETVAR = "CORRECTED STATIC PRESR (FUSELAGE DI) ", %FOR, PSFDC
LETVAR = "CORRECTED STATIC PRESR (FUSELAGE ) ", %FOR, PSFC
ORDVAR = UNITS, SAMPLE, RATE, BITS, FSTBIT, SKIP
LETVAR = " SEC ", 1, 1, 32, 1, 0, %FOR, TPTIME
LETVAR = " DEG ", 20, 20, 32, 33, 0, %FOR, ATKR
LETVAR = " DEG ", 20, 20, 32, 673, 0, %FOR, SSLPR
LETVAR = " MB ", 20, 20, 32, 1313, 0, %FOR, QCR
LETVAR = " MB ", 20, 20, 32, 1953, 0, %FOR, QCF
LETVAR = " MB ", 20, 20, 32, 2593, 0, %FOR, ADIFR
LETVAR = " MB ", 20, 20, 32, 3233, 0, %FOR, BDIFR
LETVAR = " M/S ", 20, 20, 32, 3873, 0, %FOR, TASF
LETVAR = " M/S ", 20, 20, 32, 4513, 0, %FOR, TASR
LETVAR = " C ", 20, 20, 32, 5153, 0, %FOR, ATF
LETVAR = " M/S ", 20, 20, 32, 5793, 0, %FOR, VZI
LETVAR = " M/S ", 20, 20, 32, 6433, 0, %FOR, WP3R
LETVAR = " M/S ", 20, 20, 32, 7073, 0, %FOR, XVI
LETVAR = " M/S ", 20, 20, 32, 7713, 0, %FOR, YVI
LETVAR = " DEG ", 20, 20, 32, 8353, 0, %FOR, PITCH
LETVAR = " DEG ", 20, 20, 32, 8993, 0, %FOR, ROLL
LETVAR = " MB ", 20, 20, 32, 9633, 0, %FOR, QCRC
LETVAR = " MB ", 20, 20, 32, 10273, 0, %FOR, QCFC
LETVAR = " M/S ", 20, 20, 32, 10913, 0, %FOR, UIR
LETVAR = " M/S ", 20, 20, 32, 11553, 0, %FOR, VIR
LETVAR = " M/S ", 20, 20, 32, 12193, 0, %FOR, WIR
LETVAR = " M/S ", 20, 20, 32, 12833, 0, %FOR, UXR
LETVAR = " M/S ", 20, 20, 32, 13473, 0, %FOR, VYR
LETVAR = " M/S ", 20, 20, 32, 14113, 0, %FOR, VEWR
LETVAR = " M/S ", 20, 20, 32, 14753, 0, %FOR, VNSR
LETVAR = " DEG ", 20, 20, 32, 15393, 0, %FOR, WDIRR
LETVAR = " M/S ", 20, 20, 32, 16033, 0, %FOR, WSPDR
LETVAR = " DEG ", 20, 20, 32, 16673, 0, %FOR, THF
LETVAR = " M ", 20, 20, 32, 17313, 0, %FOR, HI3R
LETVAR = " M ", 20, 20, 32, 17953, 0, %FOR, PALT
LETVAR = " C ", 20, 20, 32, 18593, 0, %FOR, ATFH
LETVAR = "G/M3 ", 1, 1, 32, 19233, 0, %FOR, BRHOTD
LETVAR = " G/M3 ", 1, 1, 32, 19265, 0, %FOR, TRHOTD
LETVAR = " MB ", 20, 20, 32, 19297, 0, %FOR, PSFDC
LETVAR = " MB ", 20, 20, 32, 19937, 0, %FOR, PSFC
ORDVAR = CONKEY, SCLKEY, TERM, FACTOR
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, TPTIME
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, ATKR
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, SSLPR
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, QCR
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, QCF
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, ADIFR
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, BDIFR
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, TASF
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, TASR
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, ATF
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, VZI
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, WP3R
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, XVI
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, YVI
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, PITCH
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, ROLL
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, QCRC
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, QCFC
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, UIR
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, VIR
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, WIR
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, UXR
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, VYR
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, VEWR
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, VNSR
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, WDIRR
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, WSPDR
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, THF
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, HI3R
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, PALT
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, ATFH
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, BRHOTD
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, TRHOTD
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, PSFDC
LETVAR = 1, 2, 1000.0000 , 1000.0000 , %FOR, PSFC
ENDHD
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