VistA-WorldVistAEHR/r/CLINICAL_CASE_REGISTRIES-ROR/RORBIN.m

371 lines
6.0 KiB
Mathematica

RORBIN ;HCIOFO/SG - BINARY OPERATIONS ; 1/23/06 1:54pm
;;1.5;CLINICAL CASE REGISTRIES;;Feb 17, 2006
;
Q
;
;***** BINARY "AND" OPERATION
;
; V1 Operands formatted as strings of "1" and "0"
; V2
;
AND(V1,V2) ;
N I,L1,L2,N,RES
S L1=$L(V1),L2=$L(V2),RES=""
I L1<L2 S N=L1,V2=$E(V2,L2-L1+1,L2)
E S N=L2,V1=$E(V1,L1-L2+1,L1)
F I=1:1:N S RES=RES_$S($E(V1,I)&$E(V2,I):"1",1:"0")
Q RES
;
;***** FAST CONVERSIONS FROM HEXADECIMAL TO BINARY
;
; VAL Hexadecimal value
;
C16TO2(VAL) ;
N I,J,L,RES
S L=$L(VAL),RES=""
F I=1:1:L D
. S J=$F("0123456789ABCDEF",$E(VAL,I))-1
. S RES=RES_$P("0000^0001^0010^0011^0100^0101^0110^0111^1000^1001^1010^1011^1100^1101^1110^1111","^",J)
Q RES
;
;***** CALCULATES CRC-32 FOR PROVIDED DATA
;
; ROR8NODE Closed root of an array that contains the data
;
CRC32(ROR8NODE) ;
N TMPCRC S TMPCRC=$$C16TO2("FFFFFFFF")
F S ROR8NODE=$Q(@ROR8NODE) Q:ROR8NODE="" D
. S TMPCRC=$$UPDCRC32(TMPCRC,@ROR8NODE)
S TMPCRC=$$BASE^XLFUTL($$NOT(TMPCRC),2,16)
Q $TR($J(TMPCRC,8)," ","0")
;
;***** BINARY "NOT" OPERATION
;
; V1 Operand formatted as string of "1" and "0"
;
NOT(VAL) ;
Q $TR(VAL,"01","10")
;
;***** BINARY "OR" OPERATION
;
; V1 Operands formatted as strings of "1" and "0"
; V2
;
OR(V1,V2) ;
N I,L1,L2,N,RES,TMP
S L1=$L(V1),L2=$L(V2)
I L1<L2 S N=L1,RES=$E(V2,1,L2-L1),V2=$E(V2,L2-L1+1,L2)
E S N=L2,RES=$E(V1,1,L1-L2),V1=$E(V1,L1-L2+1,L1)
F I=1:1:N S RES=RES_$S($E(V1,I)!$E(V2,I):"1",1:"0")
Q RES
;
;***** RIGHT SHIFT (SIGNED OF UNSIGNED)
;
; V1 Operands formatted as strings of "1" and "0"
; V2
;
; N Number of bits to shift by
;
; SIGN If this parameter defined and greater than 0, then
; "signed" shift is performed (sign bit is propagated).
; Parameter value defines the maximum number of bits
; allowed for the values.
;
; By default ($G(SIGN)'>0), "unsigned" shift is
; performed.
;
SHR(VAL,N,SIGN) ;
N FILL,L,RES,SIZE
S L=$L(VAL)
Q:$G(SIGN)'>0 $S(N<L:$E(VAL,1,L-N),1:"0")
S SIZE=+SIGN
;---
S:L>SIZE VAL=$E(VAL,L-SIZE+1,L),L=SIZE
S SIGN=$S(L<SIZE:0,1:$E(VAL,1))
S:N>SIZE N=SIZE
S:SIGN $P(FILL,"1",N+1)=""
Q $E($G(FILL)_$S(N<L:$E(VAL,1,L-N),1:"0"),1,SIZE)
;
;***** INTERNAL ENTRY POINT FOR CRC-32 CALCULATION
UPDCRC32(CRC32,STR) ;
N FFFFFF,I,I32,L
S L=$L(STR),FFFFFF=$$C16TO2("FFFFFF")
F I=1:1:L D
. S I32=$$XOR(CRC32,$$CNV^XLFUTL($A(STR,I),2))
. S I32=$$DEC^XLFUTL(I32,2)#256+1
. S TMP=$$C16TO2($P($T(TBL+I32),";;",2))
. S CRC32=$$XOR($$AND($$SHR(CRC32,8,32),FFFFFF),TMP)
Q CRC32
;
;***** BINARY "EXCLUSIVE OR" OPERATION
;
; V1 Operands formatted as strings of "1" and "0"
; V2
;
XOR(V1,V2) ;
N I,L1,L2,N,RES,TMP
S L1=$L(V1),L2=$L(V2)
I L1<L2 S N=L1,RES=$E(V2,1,L2-L1),V2=$E(V2,L2-L1+1,L2)
E S N=L2,RES=$E(V1,1,L1-L2),V1=$E(V1,L1-L2+1,L1)
F I=1:1:N S RES=RES_$S($E(V1,I)+$E(V2,I)=1:"1",1:"0")
Q RES
;
;***** TABLE FOR CRC-32 CALCULATION
TBL ;
;;00000000
;;77073096
;;EE0E612C
;;990951BA
;;076DC419
;;706AF48F
;;E963A535
;;9E6495A3
;;0EDB8832
;;79DCB8A4
;;E0D5E91E
;;97D2D988
;;09B64C2B
;;7EB17CBD
;;E7B82D07
;;90BF1D91
;;1DB71064
;;6AB020F2
;;F3B97148
;;84BE41DE
;;1ADAD47D
;;6DDDE4EB
;;F4D4B551
;;83D385C7
;;136C9856
;;646BA8C0
;;FD62F97A
;;8A65C9EC
;;14015C4F
;;63066CD9
;;FA0F3D63
;;8D080DF5
;;3B6E20C8
;;4C69105E
;;D56041E4
;;A2677172
;;3C03E4D1
;;4B04D447
;;D20D85FD
;;A50AB56B
;;35B5A8FA
;;42B2986C
;;DBBBC9D6
;;ACBCF940
;;32D86CE3
;;45DF5C75
;;DCD60DCF
;;ABD13D59
;;26D930AC
;;51DE003A
;;C8D75180
;;BFD06116
;;21B4F4B5
;;56B3C423
;;CFBA9599
;;B8BDA50F
;;2802B89E
;;5F058808
;;C60CD9B2
;;B10BE924
;;2F6F7C87
;;58684C11
;;C1611DAB
;;B6662D3D
;;76DC4190
;;01DB7106
;;98D220BC
;;EFD5102A
;;71B18589
;;06B6B51F
;;9FBFE4A5
;;E8B8D433
;;7807C9A2
;;0F00F934
;;9609A88E
;;E10E9818
;;7F6A0DBB
;;086D3D2D
;;91646C97
;;E6635C01
;;6B6B51F4
;;1C6C6162
;;856530D8
;;F262004E
;;6C0695ED
;;1B01A57B
;;8208F4C1
;;F50FC457
;;65B0D9C6
;;12B7E950
;;8BBEB8EA
;;FCB9887C
;;62DD1DDF
;;15DA2D49
;;8CD37CF3
;;FBD44C65
;;4DB26158
;;3AB551CE
;;A3BC0074
;;D4BB30E2
;;4ADFA541
;;3DD895D7
;;A4D1C46D
;;D3D6F4FB
;;4369E96A
;;346ED9FC
;;AD678846
;;DA60B8D0
;;44042D73
;;33031DE5
;;AA0A4C5F
;;DD0D7CC9
;;5005713C
;;270241AA
;;BE0B1010
;;C90C2086
;;5768B525
;;206F85B3
;;B966D409
;;CE61E49F
;;5EDEF90E
;;29D9C998
;;B0D09822
;;C7D7A8B4
;;59B33D17
;;2EB40D81
;;B7BD5C3B
;;C0BA6CAD
;;EDB88320
;;9ABFB3B6
;;03B6E20C
;;74B1D29A
;;EAD54739
;;9DD277AF
;;04DB2615
;;73DC1683
;;E3630B12
;;94643B84
;;0D6D6A3E
;;7A6A5AA8
;;E40ECF0B
;;9309FF9D
;;0A00AE27
;;7D079EB1
;;F00F9344
;;8708A3D2
;;1E01F268
;;6906C2FE
;;F762575D
;;806567CB
;;196C3671
;;6E6B06E7
;;FED41B76
;;89D32BE0
;;10DA7A5A
;;67DD4ACC
;;F9B9DF6F
;;8EBEEFF9
;;17B7BE43
;;60B08ED5
;;D6D6A3E8
;;A1D1937E
;;38D8C2C4
;;4FDFF252
;;D1BB67F1
;;A6BC5767
;;3FB506DD
;;48B2364B
;;D80D2BDA
;;AF0A1B4C
;;36034AF6
;;41047A60
;;DF60EFC3
;;A867DF55
;;316E8EEF
;;4669BE79
;;CB61B38C
;;BC66831A
;;256FD2A0
;;5268E236
;;CC0C7795
;;BB0B4703
;;220216B9
;;5505262F
;;C5BA3BBE
;;B2BD0B28
;;2BB45A92
;;5CB36A04
;;C2D7FFA7
;;B5D0CF31
;;2CD99E8B
;;5BDEAE1D
;;9B64C2B0
;;EC63F226
;;756AA39C
;;026D930A
;;9C0906A9
;;EB0E363F
;;72076785
;;05005713
;;95BF4A82
;;E2B87A14
;;7BB12BAE
;;0CB61B38
;;92D28E9B
;;E5D5BE0D
;;7CDCEFB7
;;0BDBDF21
;;86D3D2D4
;;F1D4E242
;;68DDB3F8
;;1FDA836E
;;81BE16CD
;;F6B9265B
;;6FB077E1
;;18B74777
;;88085AE6
;;FF0F6A70
;;66063BCA
;;11010B5C
;;8F659EFF
;;F862AE69
;;616BFFD3
;;166CCF45
;;A00AE278
;;D70DD2EE
;;4E048354
;;3903B3C2
;;A7672661
;;D06016F7
;;4969474D
;;3E6E77DB
;;AED16A4A
;;D9D65ADC
;;40DF0B66
;;37D83BF0
;;A9BCAE53
;;DEBB9EC5
;;47B2CF7F
;;30B5FFE9
;;BDBDF21C
;;CABAC28A
;;53B39330
;;24B4A3A6
;;BAD03605
;;CDD70693
;;54DE5729
;;23D967BF
;;B3667A2E
;;C4614AB8
;;5D681B02
;;2A6F2B94
;;B40BBE37
;;C30C8EA1
;;5A05DF1B
;;2D02EF8D