Proof TVCINITIALIZE
Connor Roizman
parent
5feabf1450
commit
ef8224fbe0
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@ -75,7 +75,7 @@
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EBANK= BZERO
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TVCDAPON LXCH BANKRUPT # T5 RUPT ARRIVAL (CALL BY DOTVCON - P40)
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EXTEND # SAVE Q REQUIRED IN RESTART (MRCLEAN AND
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EXTEND # SAVE Q REQUIRED IN RESTARTS (MRCLEAN AND
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QXCH QRUPT # TVCINIT4 ARE ENTRIES)
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MRCLEAN CAF NZERO # NUMBER TO ZERO, LESS ONE (MUST BE ODD)
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# TVC RESTARTS ENTER HERE (NEW BANK)
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@ -90,8 +90,8 @@ MRCLEAN CAF NZERO # NUMBER TO ZERO, LESS ONE (MUST BE ODD)
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# Page 938
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EXTEND # SET UP ANOTHER T5 RUPT TO CONTINUE
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DCA INITLOC2 # INITIALIZATION AT TVCINIT1
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DXCH T5LOC # THE PHSCHK2 ENTRY (REDOTVC) AT TVCDAPON
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CAF POSMAX # +3 IS IN ANOTHER BANK. MUST RESET
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DXCH T5LOC # THE PHSCHK2 ENTRY (REDOTVC) AT TVCDAPON
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CAF POSMAX # +3 IS IN ANOTHER BANK. MUST RESET
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TS TIME5 # BBCON TOO (FULL 2CADR), FOR THAT
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ENDMRC TCF RESUME # ENTRY.
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@ -125,7 +125,7 @@ TVCINIT1 LXCH BANKRUPT
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CAE EKTLX/I # SCALED AT 1/(8 ASCREV) OF ACTUAL VALUE
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TS KTLX/I
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TCR S40.15 # COMPUTE 1/CONACC, VARK
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TCR S40.15 # COMPUTE 1/CONACC , VARK
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TVCINIT2 CS CNTR # PICK LM-OFF,-ON VALUE FOR FILTER PERIOD
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INDEX A # DETERMINATION:
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@ -145,7 +145,7 @@ TVCINIT2 CS CNTR # PICK LM-OFF,-ON VALUE FOR FILTER PERIOD
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INDEX CNTR # PICK UP LEM-OFF,-ON KPRIME
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CAE EKPRIME # SCALED (100 PI)/16
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EXTEND
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MP KPRIMEDT # (TVCDT/2, SC.AT B+14 CS)
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MP KPRIMEDT # (TVCDT/2, SC.AT B+14CS)
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LXCH A # SC.AT PI/8 (DIMENSIONLESS)
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DXCH KPRIMEDT
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@ -219,9 +219,9 @@ TVCINIT4 CAF ZERO # SET TVCPHASE TO INDICATE TVCDAPON-THRU-
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CAF BIT13 # IF ENGINE IS ALREADY OFF, ENGINOFF HAS
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EXTEND # ALREADY ESTABLISHED THE POST-BURN
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RAND DSALMOUT # CSMMASS (MASSBACK DOES IT). DON'T
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RAND DSALMOUT # CSMMASS (MASSBACK DOES IT). DONT
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EXTEND # TOUCH CSMMASS. IF ENGINE IS ON,
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BZF +3 # THEN IT'S OK TO DO THE COPYCYCLE
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BZF +3 # THEN ITS OK TO DO THE COPYCYCLE
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# EVEN BURNS LESS THAN 0.4 SEC ARE AOK
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CAE MASSTMP # COPYCYCLE
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@ -304,37 +304,37 @@ LOADCOEF EXTEND # LOAD DAP FILTER COEFFICIENTS
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EXTEND # NOTE: FOR CSM/LM, NORMAL COEFFICIENT
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INDEX COEFFADR # LOAD WILL BE HIGH BANDWIDTH PAD LOAD
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DCA 2 # ERASABLES. DURING CSM/LM SWITCHOVER,
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DXCH N10 +2 # THIS LOGIC IS USED TO LOAD LOW BANDWIDTH
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DXCH N10 +2 # THIS LOGIC IS USED TO LOAD LOW BANDWIDTH
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# COEFFICIENTS FROM FIXED MEMORY.
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EXTEND
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INDEX COEFFADR
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DCA 4
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DXCH N10 +4
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DXCH N10 +4
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EXTEND
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INDEX COEFFADR
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DCA 6
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DXCH N10 +6
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DXCH N10 +6
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EXTEND
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INDEX COEFFADR
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DCA 8D
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DXCH N10 +8D
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DXCH N10 +8D
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EXTEND
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INDEX COEFFADR
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DCA 10D
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DXCH N10 +10D
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DXCH N10 +10D
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EXTEND
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INDEX COEFFADR
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DCA 12D
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DXCH N10 +12D
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DXCH N10 +12D
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INDEX COEFFADR
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CA 14D
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TS N10 +14D
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TS N10 +14D
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TC Q
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# Page 943
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@ -344,7 +344,7 @@ S40.15 CAE IXX # GAIN COMPUTATIONS (1/CONACC, VARK)
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DDOUBL # IXX SCALED B+20 KG-MSQ
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DDOUBL
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DDOUBL
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TS 1/CONACC # SCALED B+9 SEC-SQ/REV
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TS 1/CONACC # SCALED B+9 SEC-SQ/REV
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+7 CAE KTLX/I # ENTRY FROM CSM/LM V46 SWITCH-OVER
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EXTEND # SCALED (B+3 ASCREV) 1/SECSQ
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@ -368,21 +368,21 @@ CSMN10 DEC .99999 # N10 CSM ONLY FILTER COEFFICIENTS
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LBN10 DEC +.99999 # N10 LOW BANDWIDTH FILTER COEFFICIENTS
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DEC -.3285 # N11/2
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DEC -.3301 #N12
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DEC -.9101 #D11/2
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DEC +.8460 #D12
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DEC -.3301 # N12
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DEC -.9101 # D11/2
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DEC +.8460 # D12
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DEC +.03125 #N20
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DEC 0 #N21/2
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DEC 0 #N22
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DEC -.9101 #D21/2
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DEC +.8460 #D22
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DEC +.03125 # N20
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DEC 0 # N21/2
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DEC 0 # N22
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DEC -.9101 # D21/2
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DEC +.8460 # D22
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DEC +.50000 #N30
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DEC -.47115 #N31/2
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DEC +.4749 #N32
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DEC -.9558 #D31/2
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DEC +.9372 #D32
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DEC +.5000 # N30
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DEC -.47115 # N31/2
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DEC +.4749 # N32
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DEC -.9558 # D31/2
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DEC +.9372 # D32
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CSMCFADR GENADR CSMN10 # CSM ONLY COEFFICIENTS ADDRESS
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HBCFADR GENADR HBN10 # HIGH BANDWIDTH COEFFICIENTS ADDRESS
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@ -392,7 +392,7 @@ LBCFADR GENADR LBN10 # LOW BANDWIDTH COEFFICIENTS ADDRESS
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NZERO DEC 51 # MUST BE ODD FOR MRCLEAN
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NZEROJR DEC 23 # MUST BE ODD FOR MCLEANJR
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ATTLIM DEC 0.00833 # INITIAL ATTITUDE EROR LIMIT (1.5 DEG)
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ATTLIM DEC 0.00833 # INITIAL ATTITUDE ERROR LIMIT (1.5 DEG)
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1/ATTLIM DEC 0.007325 # .007325(ERROR) = 0 IF ERROR < 1.5 DEG
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TCORR OCT 00005 # CSM
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