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Proof INTERPRETER.agc (#508)

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* Update Page 1107 of INTERPRETER.agc

* Update Page 1108

* Proofread Page 1110

* Update INTERPRETER.agc

* Proofread P1113

* Proofread P1114

* Proofread P1115

* Proofread P1116

* Proofread P1117 and P1118
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秋纫 2019-11-20 10:45:12 +09:00 committed by James Harris
parent a1c04d4d4d
commit 23af0c8942
1 changed files with 19 additions and 15 deletions
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34
Comanche055/INTERPRETER.agc
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@ -42,10 +42,12 @@
BLOCK 03 BLOCK 03
COUNT* $$/INTER COUNT 03/INTER
INTPRET RELINT INTPRET RELINT
EXTEND # SET LOC TO THE WORD FOLLOWING THE TC. EXTEND # SET LOC TO THE WORD FOLLOWING THE TC.
QXCH LOC QXCH LOC
+2 CA BBANK # INTERPRETIVE BRANCHES FINISH HERE. +2 CA BBANK # INTERPRETIVE BRANCHES FINISH HERE.
TS BANKSET TS BANKSET
MASK BIT15 # GET 15TH BIT FOR INDEXABLE ADDRESSES. MASK BIT15 # GET 15TH BIT FOR INDEXABLE ADDRESSES.
@ -55,14 +57,14 @@ INTPRET RELINT
TCF NEWOPS # PICK UP OP CODE PAIR AND BEGIN. TCF NEWOPS # PICK UP OP CODE PAIR AND BEGIN.
INTRSM LXCH BBANK # RESUME SUSPENDED INTERPRETIVE JOB INTRSM LXCH BBANK # RESUME SUSPENDED INTERPRETIVE JOB
TCF INTPRET +3 TCF INTPRET +3
# DLOAD LOADS MPAC, MPAC +1, LEAVING ZERO IN MPAC +2. # DLOAD LOADS MPAC, MPAC +1, LEAVING ZERO IN MPAC +2.
DLOAD EXTEND DLOAD EXTEND
INDEX ADDRWD INDEX ADDRWD
DCA 0 # LOAD DP C(C(ADDRWD)) INT MPAC,MPAC +1 DCA 0 # LOAD DP C(C(ADDRWD)) INTO MPAC,MPAX +1
SLOAD2 DXCH MPAC SLOAD2 DXCH MPAC
CAF ZERO # ZERO MPAC +2 CAF ZERO # ZERO MPAC +2
@ -85,7 +87,7 @@ NOIBNKSW CCS EDOP # SEE IF AN ORDER CODE IS LEFT OVER FROM
INCR LOC # ADVANCE THE LOCATION COUNTER. INCR LOC # ADVANCE THE LOCATION COUNTER.
# ITRACE (1) REFERS TO "NEWOPS" # ITRACE (1) REFERS TO "NEWOPS".
NEWOPS INDEX LOC # ENTRY TO BEGIN BY PICKING OP CODE PAIR. NEWOPS INDEX LOC # ENTRY TO BEGIN BY PICKING OP CODE PAIR.
CA 0 # MAY BE AN OPCODE PAIR OR A STORE CODE. CA 0 # MAY BE AN OPCODE PAIR OR A STORE CODE.
CCS A # TEST SIGN AND GET DABS(A). CCS A # TEST SIGN AND GET DABS(A).
@ -120,7 +122,7 @@ NEG4 DEC -4
TS ADDRWD TS ADDRWD
# Page 1110 # Page 1110
# FINAL DIGESTION OF DIRECT ADDRESSES OF OP CODES WITH 01 PREFIX IS DONE HERE. IN EACH CASE, THE # FINAL DIGESTION OF DIRECT ADDRESSES OF OP CODES WITH 01 PREFIX IS DONE HERE. IN EACH CASE, THE
# REQUIRED 12-BIT SUB-ADDRESS IS LEFT IN ADDRWD, WITH ANY REQUIRED E OR F BANK SWITCHING DONE. ADDRESSES LESS # REQUIRED 12-BIT SUB-ADDRESS IS LEFT IN ADDRWD, WITH ANY REQUIRED E OR F BANK SWITCHING DONE. ADDRESSES LESS
# THAN 45D ARE TAKEN TO BE RELATIVE TO THE WORK AREA. THE OP CODE IS NOW IN BITS 1-5 OF CYR WITH BIT 14 = 1. # THAN 45D ARE TAKEN TO BE RELATIVE TO THE WORK AREA. THE OP CODE IS NOW IN BITS 1-5 OF CYR WITH BIT 14 = 1.
@ -202,7 +204,7 @@ INDERASE CA OCT1400
XCH ADDRWD XCH ADDRWD
TS EBANK TS EBANK
MASK LOW8 MASK LOW8
-1 ADS ADDRWD -1 ADS ADDRWD
# Page 1112 # Page 1112
ITR13 INDEX CYR ITR13 INDEX CYR
3 INDJUMP -1 3 INDJUMP -1
@ -238,7 +240,7 @@ PUSHUP CAF OCT23 # IF THE LOW 5 BITS OF CYR ARE LESS THAN
INDEX MODE # FOR VXSC AND V/SC WE WANT THE REQUIRED INDEX MODE # FOR VXSC AND V/SC WE WANT THE REQUIRED
CS REVCNT # PUSHLOC DECREMENT WITHOUT CHANGING THE CS REVCNT # PUSHLOC DECREMENT WITHOUT CHANGING THE
TCF REGUP +2 # MODE AT THE IS TIME. TCF REGUP +2 # MODE AT THIS TIME.
REGUP INDEX MODE # MOST ALL OP CODES PUSHUP HERE. REGUP INDEX MODE # MOST ALL OP CODES PUSHUP HERE.
CS NO.WDS CS NO.WDS
@ -258,7 +260,7 @@ OCTAL3 OCT 3 # 2 IN DP, AND 3 IN TP.
# TEST THE SECOND PREFIX BIT TO SEE IF THIS IS A MISCELLANEOUS OR A UNARY/SHORT SHIFT OPERATION. # TEST THE SECOND PREFIX BIT TO SEE IF THIS IS A MISCELLANEOUS OR A UNARY/SHORT SHIFT OPERATION.
OPJUMP2 CCS CYR # TEST SECOND PREFIX BIT. OPJUMP2 CCS CYR # TEST SECOND PREFIX BIT.
TCF OPJUMP3 # TEST THIRD BIT TO SEE IF UNARY OR SHIFT TCF OPJUMP3 # TEST THIRD BIT TO SEE IF UNARY OR SHIFT.
-ENDVAC DEC -45 -ENDVAC DEC -45
@ -280,8 +282,8 @@ ITR7 INDEX A
# Page 1115 # Page 1115
# COMPLETE THE DISPATCHING OF UNARY AND SHORT SHIFT OPERATIONS. # COMPLETE THE DISPATCHING OF UNARY AND SHORT SHIFT OPERATIONS.
OPJUMP3 TS FBANK # CALL IN BANK 0 (BIT5S 11-15 OF A ARE 0.) OPJUMP3 TS FBANK # CALL IN BANK 0 (BITS 11-15 OF A ARE 0.)
# ITRACE (6) REFERS TO "OPJUMP3".
CCS CYR # TEST THIRD PREFIX BIT. CCS CYR # TEST THIRD PREFIX BIT.
INDEX A # THE DECREMENTED UNARY CODE IS IN BITS INDEX A # THE DECREMENTED UNARY CODE IS IN BITS
TCF UNAJUMP # 1-4 OF A (ZERO, EXIT, HAS BEEN DETECTED) TCF UNAJUMP # 1-4 OF A (ZERO, EXIT, HAS BEEN DETECTED)
@ -304,7 +306,7 @@ INDJUMP TCF VLOAD # 00 -- LOAD MPAC WITH A VECTOR.
TCF CGOTO # 04 -- COMPUTED GO TO. TCF CGOTO # 04 -- COMPUTED GO TO.
TCF TLOAD # 05 -- LOAD MPAC WITH TRIPLE PRECISION. TCF TLOAD # 05 -- LOAD MPAC WITH TRIPLE PRECISION.
TCF DLOAD # 06 -- LOAD MPAC WITH A DP SCALAR. TCF DLOAD # 06 -- LOAD MPAC WITH A DP SCALAR.
TCF V/SC # 07 -- VECTOR DIVIDED BY A SCALAR. TCF V/SC # 07 -- VECTOR DIVIDED BY SCALAR.
TCF SLOAD # 10 -- LOAD MPAC IN SINGLE PRECISION. TCF SLOAD # 10 -- LOAD MPAC IN SINGLE PRECISION.
TCF SSP # 11 -- SET SINGLE PRECISION INTO X. TCF SSP # 11 -- SET SINGLE PRECISION INTO X.
@ -329,11 +331,11 @@ INDJUMP TCF VLOAD # 00 -- LOAD MPAC WITH A VECTOR.
TCF DSU # 32 -- DP SUBTRACT. TCF DSU # 32 -- DP SUBTRACT.
TCF BDSU # 33 -- DP SUBTRACT FROM. TCF BDSU # 33 -- DP SUBTRACT FROM.
TCF DAD # 34 -- DP ADD. TCF DAD # 34 -- DP ADD.
TCF +0 # 35 -- AVAILABLE TCF # 35 -- AVAILABLE
TCF DMP1 # 36 -- DP MULTIPLY. TCF DMP1 # 36 -- DP MULTIPLY.
TCF SETPD # 37 -- SET PUSH DOWN POINTER (DIRECT ONLY) TCF SETPD # 37 -- SET PUSH DOWN POINTER (DIRECT ONLY)
# CODES 10 AND 14 MUST NOT PUSH UP. CODE 04 MAY BE USED FOR VECTOR DECLARE BEFORE PUSHUP IF DESIRED. # CODES 10 AND 14 MUST NOT PUSH UP. CODE 04 MAY BE USED FOR VECTOR DECLARE BEFORE PUSHUP IF DESIRED.
# Page 1117 # Page 1117
# THE FOLLOWING JUMP TABLE APPLIES TO INDEX, BRANCH, AND MISCELLANEOUS INSTRUCTIONS. # THE FOLLOWING JUMP TABLE APPLIES TO INDEX, BRANCH, AND MISCELLANEOUS INSTRUCTIONS.
@ -349,7 +351,7 @@ MISCJUMP TCF AXT # 00 -- ADDRESS TO INDEX TRUE.
TCF XAD # 10 -- INDEX REGISTER ADD FROM ERASABLE. TCF XAD # 10 -- INDEX REGISTER ADD FROM ERASABLE.
TCF XSU # 11 -- INDEX SUBTRACT FROM ERASABLE. TCF XSU # 11 -- INDEX SUBTRACT FROM ERASABLE.
TCF BZE/GOTO # 12 -- BRANCH ZERO AND GOTO TCF BZE/GOTO # 12 -- BRANCH ZERO AND GOTO.
TCF BPL/BMN # 13 -- BRANCH PLUS AND BRANCH MINUS. TCF BPL/BMN # 13 -- BRANCH PLUS AND BRANCH MINUS.
TCF RTB/BHIZ # 14 -- RETURN TO BASIC AND BRANCH HI ZERO. TCF RTB/BHIZ # 14 -- RETURN TO BASIC AND BRANCH HI ZERO.
TCF CALL/ITA # 15 -- CALL AND STORE QPRET. TCF CALL/ITA # 15 -- CALL AND STORE QPRET.
@ -358,7 +360,9 @@ MISCJUMP TCF AXT # 00 -- ADDRESS TO INDEX TRUE.
# Page 1118 # Page 1118
# THE FOLLOWING JUMP TABLE APPLIES TO UNARY INSTRUCTIONS # THE FOLLOWING JUMP TABLE APPLIES TO UNARY INSTRUCTIONS
COUNT* $$/INTER
COUNT 00/INTER
BANK 0 # 00 -- EXIT -- DETECTED EARLIER. BANK 0 # 00 -- EXIT -- DETECTED EARLIER.
UNAJUMP TCF SQRT # 01 -- SQUARE ROOT. UNAJUMP TCF SQRT # 01 -- SQUARE ROOT.
TCF SINE # 02 -- SIN. TCF SINE # 02 -- SIN.