Jake-S@cup.portal.com (Jake G Schwartz) (04/03/91)
(start of part 2 of 4 - address sort - 4/2/91)
1A265 Internal BYTES (1:Global Name)
1A265: Bytes_global
1A292^ <9h>
1A2BC NEWOB (XLIB 2 39)
1A2BC: Cmd_NEWOB
1A2BC; /U xNEWOB
1A2DA if TOS = ROM Object -> True/False
1A2DA- rom_object?_(boolean)_1any
1A2DA: Romobjp
1A303 KILL (XLIB 2 40)
1A303: Cmd_KILL
1A303; /U xKILL
1A31E OFF (XLIB 2 41)
1A31E: Cmd_OFF
1A31E; /U xOFF
1A339 DOERR (XLIB 2 42)
1A339: Cmd_DOERR
1A339; /U xDOERR
1A36D ERR0 (XLIB 2 43)
1A36D: Cmd_ERR0
1A36D; /U xERR0
1A388 ERRN (XLIB 2 44)
1A388: Cmd_ERRN
1A388; /U xERRN
1A3A3 ERRM (XLIB 2 45)
1A3A3: Cmd_ERRM
1A3A3; /U xERRM
1A3BE EVAL (XLIB 2 46)
1A3BE: Cmd_EVAL
1A3BE; /U xEVAL
1A3FE IFTE (XLIB 2 47)
1A3FE: Cmd_IFTE
1A3FE; /U xIFTE
1A471: Binary_526260410
1A48A: Short_7dac5h
1A494: Short_7dddbh
1A4A3 Internal IFTE (3:Real Number,2:Any,1:Any)
1A4A3: Ifte_real_any_any
1A4CD IFT (XLIB 2 48)
1A4CD: Cmd_IFT
1A4CD; /U xIFT
1A4F0 Internal IFT (2:Real Number,1:Any)
1A4F0: Ift_real_any
1A513 Internal IFT (2:Symbolic,1:Any)
1A513: Ift_alg_any
1A52E SYSEVAL (XLIB 2 49)
1A52E: Cmd_SYSEVAL
1A52E; /U xSYSEVAL
1A547 Internal SYSEVAL (1:Binary Integer)
1A547: Syseval
1A556: EvalAddr_short
1A584 DISP (XLIB 2 50)
1A584: Cmd_DISP
1A584; /U xDISP
1A5A4 FREEZE (XLIB 2 51)
1A5A4: Cmd_FREEZE
1A5A4; /U xFREEZE
1A5C4 BEEP (XLIB 2 52)
1A5C4: Cmd_BEEP
1A5C4; /U xBEEP
1A5E4 ->NUM (XLIB 2 53)
1A5E4: Cmd_toNUM
1A5E4; /U x>NUM
1A604 LASTARG (XLIB 2 54)
1A604: Cmd_LASTARG
1A604; /U xLAST
1A631-
1A71F WAIT (XLIB 2 55)
1A71F: Cmd_WAIT
1A71F; /U xWAIT
1A738 Internal WAIT (1:Real Number)
1A738: Wait_real
1A7B5 Internal WAIT (1:Real Number > 0)
1A7B5: Wait_positive
1A7CE: Real_8192
1A858 CLLCD (XLIB 2 56)
1A858: Cmd_CLLCD
1A858; /U xCLLCD
1A873 KEY (XLIB 2 57)
1A873: Cmd_KEY
1A873; /U xKEY
1A8BB CONT (XLIB 2 58)
1A8BB: Cmd_CONT
1A8BB; /U xCONT
1A8D8 = (XLIB 2 59)
1A8D8: Cmd_equal
1A8D8; /U x=
1A995 NEG (XLIB 2 60)
1A995: Cmd_NEG
1A995; /U xNEG
1A9F9: Binary_0108
1AA1F ABS (XLIB 2 61)
1AA1F: Cmd_ABS
1AA1F; /U xABS
1AA6E CONJ (XLIB 2 62)
1AA6E: Cmd_CONJ
1AA6E; /U xCONJ
1AABD pi (XLIB 2 63)
1AABD: Cmd_pi
1AABD; /U xPI
1AADF MAXR (XLIB 2 64)
1AADF: Cmd_MAXR
1AADF; /U xMAXR
1AB01 MINR (XLIB 2 65)
1AB01: Cmd_MINR
1AB01; /U xMINR
1AB23 e (XLIB 2 66)
1AB23: Cmd_e
1AB23; /U xCONSTANTe
1AB45 i (XLIB 2 67)
1AB45: Cmd_i
1AB45; /U xi
1AB67 + (XLIB 2 68)
1AB67: Cmd_add
1AB67; /U x+
1AC93 Internal + (2:Any,1:List)
1AC93: Add_any_list
1ACA7 Internal + (2:String,1:Any)
1ACA7: Add_string_any
1ACBB Internal + (2:Any,1:String)
1ACBB: Add_any_string
1ACD7 ?? + (XLIB 2 69)
1ACDD: Cmd_unary_plus
1ACDD; /U xNEGNEG
1ACFB: Bin_0108
1AD09 - (XLIB 2 70)
1AD09: Cmd_sub
1AD09; /U x-
1ADEE * (XLIB 2 71)
1ADEE: Cmd_mul
1ADEE; /U x*
1AF05 / (XLIB 2 72)
1AF05: Cmd_div
1AF05; /U x/
1B02D ^ (XLIB 2 73)
1B02D: Cmd_pwr
1B02D; /U x^
1B124 Internal ^ (2:Real Number,1:Real Number)
1B124: Pwr_real
1B147^ <304h>
1B185 XROOT (XLIB 2 74)
1B185; /U rpnXROOT
1B1C4 ?? XROOT (XLIB 2 75)
1B1CA: Cmd_XROOT
1B1CA; /U xXROOT
1B278 INV (XLIB 2 76)
1B278: Cmd_INV
1B278; /U xINV
1B2C8^ <7D2D2h>
1B2DB ARG (XLIB 2 77)
1B2DB: Cmd_ARG
1B2DB; /U xARG
1B30D Internal ARG (1:Real Number)
1B30D: Arg_real
1B32A SIGN (XLIB 2 78)
1B32A: Cmd_sigmaN
1B32A; /U xSIGN
1B361^ <7D877h>
1B374 sqrt (XLIB 2 79)
1B374: Cmd_sqrt
1B374; /U xSQRT
1B3BF^ <7D58Eh>
1B3F5 Internal sqrt (1:Real Number)
1B3F5: Sqrt_real
1B426 SQ (XLIB 2 80)
1B426: Cmd_SQ
1B426; /U xSQ
1B471^ <7D50Ch>
1B47B Internal SQ (1:Real Number)
1B47B: Sq_real
1B48F Internal SQ (1:Complex Number)
1B48F: Sq_complex
1B4AC SIN (XLIB 2 81)
1B4AC: Cmd_SIN
1B4AC; /U xSIN
1B4F2^ <7C5D3h>
1B505 COS (XLIB 2 82)
1B505: Cmd_COS
1B505; /U xCOS
1B54B^ <7C768h>
1B55E TAN (XLIB 2 83)
1B55E: Cmd_TAN
1B55E; /U xTAN
1B5A4^ <7C844h>
1B5B7 SINH (XLIB 2 84)
1B5B7: Cmd_SINH
1B5B7; /U xSINH
1B5F3^ <7CC18h>
1B606 COSH (XLIB 2 85)
1B606: Cmd_COSH
1B606; /U xCOSH
1B642^ <7CDCBh>
1B655 TANH (XLIB 2 86)
1B655: Cmd_TANH
1B655; /U xTANH
1B691^ <7CF1Fh>
1B6A4 ASIN (XLIB 2 87)
1B6A4: Cmd_ASIN
1B6A4; /U xASIN
1B6E0^ <7CA2Eh>
1B6EA Internal ASIN (1:Real Number)
1B6EA: Asin_real
1B72F ACOS (XLIB 2 88)
1B72F: Cmd_ACOS
1B72F; /U xACOS
1B76B^ <7CACEh>
1B775 Internal ACOS (1:Real Number)
1B775: Acos_real
1B79C ATAN (XLIB 2 89)
1B79C: Cmd_ATAN
1B79C; /U xATAN
1B7D8^ <7CB6Eh>
1B7EB ASINH (XLIB 2 90)
1B7EB: Cmd_ASINH
1B7EB; /U xASINH
1B830 ACOSH (XLIB 2 91)
1B830: Cmd_ACOSH
1B830; /U xACOSH
1B86C Internal ACOSH (1:Real Number)
1B86C: Acosh_real
1B8A2 ATANH (XLIB 2 92)
1B8A2: Cmd_ATANH
1B8A2; /U xATANH
1B8DE Internal ATANH (1:Real Number)
1B8DE: Atanh_real
1B905 EXP (XLIB 2 93)
1B905: Cmd_EXP
1B905; /U xEXP
1B94F LN (XLIB 2 94)
1B94F: Cmd_LN
1B94F; /U xLN
1B98B^ <7D1AAh>
1B995 Internal LN (1:Real Number)
1B995: Ln_real
1B9C6 LOG (XLIB 2 95)
1B9C6: Cmd_LOG
1B9C6; /U xLOG
1BA02^ <7D231h>
1BA0C Internal LOG (1:Real Number)
1BA0C= Log_real
1BA3D ALOG (XLIB 2 96)
1BA3D: Cmd_ALOG
1BA3D; /U xALOG
1BA79^ <7D11Dh>
1BA8C LNP1 (XLIB 2 97)
1BA8C: Cmd_LNP1
1BA8C; /U xLNP1
1BAC2 EXPM (XLIB 2 98)
1BAC2: Cmd_EXPM
1BAC2; /U xEXPM
1BAEF^ <7D0A0h>
1BB02 ! (XLIB 2 99)
1BB02: Cmd_fact
1BB02; /U xFACT
1BB41 FACT (XLIB 2 100)
1BB41: Cmd_FACT
1BB41; /U preFACT
1BB6D IP (XLIB 2 101)
1BB6D: Cmd_IP
1BB6D; /U xIP
1BBA3 FP (XLIB 2 102)
1BBA3: Cmd_FP
1BBA3; /U xFP
1BBD9 FLOOR (XLIB 2 103)
1BBD9: Cmd_FLOOR
1BBD9; /U xFLOOR
1BC0F CEIL (XLIB 2 104)
1BC0F: Cmd_CEIL
1BC0F; /U xCEIL
1BC45 XPON (XLIB 2 105)
1BC45: Cmd_XPON
1BC45; /U xXPON
1BC71 MAX (XLIB 2 106)
1BC71: Cmd_MAX
1BC71; /U xMAX
1BCE3 MIN (XLIB 2 107)
1BCE3: Cmd_MIN
1BCE3; /U xMIN
1BD55 RND (XLIB 2 108)
1BD55: Cmd_RND
1BD55; /U xRND
1BDD1 TRNC (XLIB 2 109)
1BDD1: Cmd_TRNC
1BDD1; /U xTRNC
1BE4D MOD (XLIB 2 110)
1BE4D: Cmd_MOD
1BE4D; /U xMOD
1BE9C MANT (XLIB 2 111)
1BE9C: Cmd_MANT
1BE9C; /U xMANT
1BEC8 D->R (XLIB 2 112)
1BEC8: Cmd_DtoR
1BEC8; /U xD>R
1BEF4 R->D (XLIB 2 113)
1BEF4: Cmd_RtoD
1BEF4; /U xR>D
1BF1E ->HMS (XLIB 2 114)
1BF1E: Cmd_toHMS
1BF1E; /U x>HMS
1BF3E HMS-> (XLIB 2 115)
1BF3E: Cmd_HMSto
1BF3E; /U xHMS>
1BF5E HMS+ (XLIB 2 116)
1BF5E: Cmd_HMSadd
1BF5E; /U xHMS+
1BF7E HMS- (XLIB 2 117)
1BF7E: Cmd_HMSsub
1BF7E; /U xHMS-
1BF9E RNRM (XLIB 2 118)
1BF9E: Cmd_RNRM
1BF9E; /U xRNRM
1BFBE CNRM (XLIB 2 119)
1BFBE: Cmd_CNRM
1BFBE; /U xCNRM
1BFDE DET (XLIB 2 120)
1BFDE: Cmd_DET
1BFDE; /U xDET
1BFFE DOT (XLIB 2 121)
1BFFE: Cmd_DOT
1BFFE; /U xDOT
1C007: Cmd_percentT
1C01E CROSS (XLIB 2 122)
1C01E: Cmd_CROSS
1C01E; /U xCROSS
1C03E RSD (XLIB 2 123)
1C03E: Cmd_RSD
1C03E; /U xRSD
1C060 % (XLIB 2 124)
1C060: Cmd_percent
1C060; /U x%
1C0D7 %T (XLIB 2 125)
1C0D7; /U x%T
1C149 %CH (XLIB 2 126)
1C149: Cmd_percentCH
1C149; /U x%CH
1C1B9 RAND (XLIB 2 127)
1C1B9: Cmd_RAND
1C1B9; /U xRAND
1C1D4 RDZ (XLIB 2 128)
1C1D4: Cmd_RDZ
1C1D4; /U xRDZ
1C1F6 COMB (XLIB 2 129)
1C1F6: Cmd_COMB
1C1F6; /U xCOMB
1C236 PERM (XLIB 2 130)
1C236: Cmd_PERM
1C236; /U xPERM
1C274 SF (XLIB 2 131)
1C274: Cmd_SF
1C274; /U xSF
1C28D Internal SF (1:Real Number)
1C28D: Sf_real
1C2B0 TOS (Real) -> System Binary / TOS (Real) > 0 -> True/False
1C2B0: RealToShort_Dup_Ge1p
1C2D5 CF (XLIB 2 132)
1C2D5: Cmd_CF
1C2D5; /U xCF
1C2EE Internal CF (1:Real Number)
1C2EE: Cf_real
1C313 FS? (XLIB 2 133)
1C313: Cmd_FSp
1C313; /U xFS?
1C32C Internal FS? (1:Real Number)
1C32C: Fsp_real
1C331 Internal FS? (1:Real Number) -> True/False
1C331: TestFlag_real
1C360 FC? (XLIB 2 134)
1C360: Cmd_FCp
1C360; /U xFC?
1C379 Internal FC? (1:Real Number)
1C379: Fcp_real
1C399 DEG (XLIB 2 135)
1C399: Cmd_DEG
1C399; /U xDEG
1C3B4 RAD (XLIB 2 136)
1C3B4: Cmd_RAD
1C3B4; /U xRAD
1C3CF GRAD (XLIB 2 137)
1C3CF: Cmd_GRAD
1C3CF; /U xGRAD
1C3EA FIX (XLIB 2 138)
1C3EA: Cmd_FIX
1C3EA; /U xFIX
1C403 Internal FIX (1:Real Number)
1C403: Fix_short
1C41E SCI (XLIB 2 139)
1C41E: Cmd_SCI
1C41E; /U xSCI
1C437 Internal SCI (1:Real Number)
1C437: Sci_real
1C452 ENG (XLIB 2 140)
1C452: Cmd_ENG
1C452; /U xENG
1C46B Internal ENG (1:Real Number)
1C46B: Eng
1C486 STD (XLIB 2 141)
1C486: Cmd_STD
1C486; /U xSTD
1C4A1 FS?C (XLIB 2 142)
1C4A1: Cmd_FSC
1C4A1; /U xFS?C
1C4BA Internal FS?C (1:Real Number)
1C4BA: Fscp_real
1C4BF Internal FS?C (1:Real Number) -> True/False
1C4BF= Fccp
1C4CE: Test_and_clear_user_flag
1C4EC: Test_and_clear_system_flag
1C520 FC?C (XLIB 2 143)
1C520: Cmd_FCC
1C520; /U xFC?C
1C539 Internal FC?C (1:Real Number)
1C539: Fcc_real
1C559 BIN (XLIB 2 144)
1C559: Cmd_BIN
1C559; /U xBIN
1C574 DEC (XLIB 2 145)
1C574: Cmd_DEC
1C574; /U xDEC
1C58F HEX (XLIB 2 146)
1C58F: Cmd_HEX
1C58F; /U xHEX
1C5AA OCT (XLIB 2 147)
1C5AA: Cmd_OCT
1C5AA; /U xOCT
1C5C5 STWS (XLIB 2 148)
1C5C5: Cmd_STWS
1C5C5; /U xSTWS
1C5FE RCWS (XLIB 2 149)
1C5FE: Cmd_RCWS
1C5FE; /U xRCWS
1C619 RCLF (XLIB 2 150)
1C619: Cmd_RCLF
1C619; /U xRCLF
1C637 Internal recall System Flags
1C637- rclf_(system_flags)
1C637: Get_system_flags
1C64E Internal recall User Flags
1C64E- rclf_(user_flags)
1C64E: Get_user_flags
1C661 push Binary Integer @ D0
1C67F STOF (XLIB 2 151)
1C67F: Cmd_STOF
1C67F; /U xSTOF
1C6A2 Internal STOF (1:List)
1C6A2: StoF_list
1C6CF Internal STOF (2:Binary Integer,1:Binary Integer)
1C6CF: StoF
1C6E3 Internal STOF (system) (1:Binary Integer)
1C6E3: StoF_sysflags_bin
1C6F7 Store user flags (1:Binary Integer)
1C6F7- stof_(user_flags)_1binary
1C6F7: Set_user_flags
1C731 Store system flags (1:Binary Integer)
1C731- stof_(system_flags)_1binary
1C731: Set_system_flags
1C783 ->LIST (XLIB 2 152)
1C783: Cmd_toLIST
1C783; /U x>LIST
1C79E R->C (XLIB 2 153)
1C79E: Cmd_RtoC
1C79E; /U xR>C
1C7CA RE (XLIB 2 154)
1C7CA: Cmd_RE
1C7CA; /U xRE
1C819 IM (XLIB 2 155)
1C819: Cmd_IM
1C819; /U xIM
1C85C SUB (XLIB 2 156)
1C85C: Cmd_SUB
1C85C; /U xSUB
1C87A: Short_c55h
1C889: Short_c22h
1C898: Short_855h
1C8A7: Short_822h
1C8BB Internal SUB (3:String,2:Real Number,1:Real Number)
1C8BB: Sub_Str_Real_Real
1C8CF Internal SUB (3:List,2:Real Number,1:Real Number)
1C8CF: Sub_CArr_Real_Real
1C8EA REPL (XLIB 2 157)
1C8EA: Cmd_REPL
1C8EA; /U xREPL
1C8F4: Short_c5ch
1C903: Short_c2ch
1C912: Short_85ch
1C921: Short_82ch
1C930: Short_313h
1C93F: Short_515h
1C95A LIST-> (XLIB 2 158)
1C95A: Cmd_LISTto
1C95A; /U xLIST>
1C973 explode composite object -> (N:...,1:Real Number)
1C973: ListAlgPrgTo_ToReal
1C98E C->R (XLIB 2 159)
1C98E: Cmd_CtoR
1C98E; /U xC>R
1C9B8 SIZE (XLIB 2 160)
1C9B8: Cmd_SIZE
1C9B8; /U xSIZE
1CA0D: Size_unknown
1CA26 Internal SIZE (1:String)
1CA26: Size_string
1CA3A Internal SIZE (1:Unit)
1CA3A: Size_listUnit_toReal
1CA4E Internal SIZE (1:Array)
1CA4E: Size_array
1CA62 Internal SIZE (1:Graphic)
1CA62: Size_GROB
1CA85 Internal SIZE (1:Binary Integer)
1CA85: Size_prg
1CAB4 POS (XLIB 2 161)
1CAB4: Cmd_POS
1CAB4; /U xPOS
1CAD7 Internal POS (2:String,1:String)
1CAD7: Pos_string_string
1CAF0 Internal POS (2:List,1:Any)
1CAF0: Pos_list_any
1CB0B ->STR (XLIB 2 162)
1CB0B: Cmd_toSTR
1CB0B; /U x>STR
1CB26 STR-> (XLIB 2 163)
1CB26: Cmd_STRto
1CB26; /U xSTR>
1CB46 NUM (XLIB 2 164)
1CB46: Cmd_NUM
1CB46; /U xNUM
1CB66 CHR (XLIB 2 165)
1CB66: Cmd_CHR
1CB66; /U xCHR
1CB86 TYPE (XLIB 2 166)
1CB86: Cmd_TYPE
1CB86; /U xTYPE
1CB90 Internal TYPE (1:Any)
1CC03: Real_11
1CC1D: Real_12
1CC37: Real_13
1CC51: Real_14
1CC6B: Real_20
1CC85: Real_15
1CC9A: Short_3fh
1CCA4: Real_21
1CCB9: Short_4fh
1CCC3: Real_22
1CCD8: Short_5fh
1CCE2: Real_23
1CCF7: Short_6fh
1CD01: Real_24
1CD16: Short_7fh
1CD20: Real_25
1CD3A: Real_16
1CD54: Real_17
1CD69: Short_afh
1CD73: Real_26
1CD8D: Real_27
1CDB1 Internal TYPE (1:Array)
1CDB1: Type_array
1CDD4 Internal TYPE (1:Program)
1CDD4: Type_prg
1CDF2: Real_18
1CE07: Real_19
1CE28 VTYPE (XLIB 2 167)
1CE28: Cmd_VTYPE
1CE28; /U xVTYPE
1CE55 Internal VTYPE (1:Global Name/Local Name)
1CE82 Internal VTYPE (1:Tagged)
1CEAF^ <204h>
1CEE3 EQ-> (XLIB 2 168)
1CEE3: Cmd_EQto
1CEE3; /U xEQ>
1CF2E Internal EQ-> (1:Algebraic)
1CF7B OBJ-> (XLIB 2 169)
1CF7B: Cmd_OBJto
1CF7B; /U xOBJ>
1CFD0 Internal OBJ-> (1:Algebraic)
1D009 ->ARRY (XLIB 2 170)
1D009: Cmd_toARRAY
1D02C Internal ->ARRY (1:Real Number)
1D040 Internal ->ARRY (1:List)
1D092 ARRY-> (XLIB 2 171)
1D092: Cmd_ARRYto
1D092; /U xARRY>
1D0AB Internal ARRY-> (1:Array)
1D0DE: Cmd_RDM
1D0DF RDM (XLIB 2 172)
1D0DF; /U xRDM
1D10C Internal RDM (2:Array,1:List)
1D125 Internal RDM (2:Global Name,1:List)
1D152 Internal RDM (2:Local Name,1:List)
1D186 CON (XLIB 2 173)
1D186: Cmd_CON
1D186; /U xCON
1D1D6^ <72h>
1D1EA Internal CON (2:List,1:Real Number/Complex Number)
1D221 Internal CON (2:List,1:Complex Number)
1D23F Internal CON (2:Global Name,1:Real Number)
1D262 Internal CON (2:Global Name,1:Complex Number)
1D28A Internal CON (2:Local Name,1:Real Number)
1D2AD Internal CON (2:Local Name,1:Complex Number)
1D2DC IDN (XLIB 2 174)
1D2DC: Cmd_IDN
1D2DC; /U xIDN
1D313 Internal IDN (1:Real Number)
1D34A Internal IDN (1:Global Name)
1D36D Internal IDN (1:Local Name)
1D392 TRN (XLIB 2 175)
1D392: Cmd_TRN
1D392; /U xTRN
1D3BF Internal TRN (1:Global Name)
1D3E2 Internal TRN (1:Local Name)
1D407 PUT (XLIB 2 176)
1D407: Cmd_PUT
1D407; /U xPUT
1D42F^ <750h>
1D448^ <710h>
1D484 Internal PUT (3:Global Name,2:Real Number/List,1:Any)
1D4DE Internal PUT (3:Array,2:Real Number/List,1:Real Number/Complex Number)
1D524 Internal PUT (3:List,2:Real Number/List,1:Any)
1D565 Internal PUT (3:Local Name,2:Real Number/List,1:Any)
1D5DF PUTI (XLIB 2 177)
1D5DF: Cmd_PUTI
1D5DF; /U xPUTI
1D611^ <750h>
1D620^ <710h>
1D65C Internal PUTI (3:Global Name,2:Real Number/List,1:Any)
1D6B6 Internal PUTI (3:Array,2:Real Number/List,1:Real Number/Complex Number)
1D701 Internal PUTI (3:List,2:Real Number/List,1:Any)
1D747 Internal PUTI (3:Local Name,2:Real Number/List,1:Any)
1D7C6 GET (XLIB 2 178)
1D7C6: Cmd_GET
1D7C6; /U xGET
1D825 Internal GET (2:Global Name/Local Name,1:Real Number/List)
1D825: Get_global_real
1D86B Internal GET (2:Array,1:Real Number/List)
1D86B: Get_array_real
1D898 Internal GET (2:List,1:Real Number/List)
1D898: Get_list_real
1D8C7 GETI (XLIB 2 179)
1D8C7: Cmd_GETI
1D8C7; /U xGETI
1D926 Internal GETI (2:Global Name/Local Name,1:Real Number/List)
1D96C Internal GETI (2:Array,1:Real Number/List)
1D9BC Internal GETI (2:List,1:Real Number/List)
1DB5B: Assert_range
1DD06 V-> (XLIB 2 180)
1DD06: Cmd_Vto
1DD06; /U xV>
1DD29 Internal V-> (1:Complex Number)
1DD3D Internal V-> (1:Array)
1DE66 ->V2 (XLIB 2 181)
1DE66: Cmd_toV2
1DE66; /U x>V2
1DE7F Internal ->V2 (2:Real Number,1:Real Number)
1DEC2 ->V3 (XLIB 2 182)
1DEC2: Cmd_toV3
1DEC2; /U x>V3
1DEDB Internal ->V3 (3:Real Number,2:Real Number,1:Real Number)
1DF30: Eval_lev3_alg
1DFDF: Eval_alg_to_real
1E04A INDEP (XLIB 2 183)
1E04A: Cmd_INDEP
1E04A; /U xINDEP
1E07E PMIN (XLIB 2 184)
1E07E: Cmd_PMIN
1E07e; /U xPMIN
1E09E PMAX (XLIB 2 185)
1E09E: Cmd_PMAX
1E09E; /U xPMAX
1E0BE AXES (XLIB 2 186)
1E0BE: Cmd_AXES
1E0BE; /U xAXES
1E0E8 CENTR (XLIB 2 187)
1E0E8: Cmd_CENTR
1E0E8; /U xCENTR
1E101 Internal CENTR (1:Real Number)
1E126 RES (XLIB 2 188)
1E126: Cmd_RES
1E126; /U xRES
1E150 *H (XLIB 2 189)
1E150: Cmd_mulH
1E150; /U x*H
1E170 *W (XLIB 2 190)
1E170: Cmd_mulW
1E170; /U x*W
1E190 DRAW (XLIB 2 191)
1E190: Cmd_DRAW
1E190; /U xDRAW
1E1AB AUTO (XLIB 2 192)
1E1AB: Cmd_AUTO
1E1AB; /U xAUTO
1E1C6 DRAX (XLIB 2 193)
1E1C6: Cmd_DRAX
1E1C6; /U xDRAX
1E1E1 SCALE (XLIB 2 194)
1E1E1: Cmd_SCALE
1E1E1; /U xSCALE
1E201 PDIM (XLIB 2 195)
1E201: Cmd_PDIM
1E201; /U xPDIM
1E22B DEPND (XLIB 2 196)
1E22B: Cmd_DEPND
1E22B; /U xDEPND
1E25F ERASE (XLIB 2 197)
1E25F: Cmd_ERASE
1E25F; /U xERASE
1E27A PX->C (XLIB 2 198)
1E27A: Cmd_PXtoC
1E27A; /U xPX>C
1E29A C->PX (XLIB 2 199)
1E29A: Cmd_CtoPX
1E29A; /U xC>PX
1E2BA GRAPH (XLIB 2 200)
1E2BA: Cmd_GRAPH
1E2BA; /U xGRAPH
1E2D5 LABEL (XLIB 2 201)
1E2D5: Cmd_LABEL
1E2D5; /U xLABEL
1E2F0 PVIEW (XLIB 2 202)
1E2F0: Cmd_PVIEW
1E2F0; /U xPVIEW
1E31A PIXON (XLIB 2 203)
1E31A: Cmd_PIXON
1E31A; /U xPIXON
1E344 PIXOFF (XLIB 2 204)
1E344: Cmd_PIXOFF
1E344; /U xPIXOFF
1E36E PIX? (XLIB 2 205)
1E36E: Cmd_PIXp
1E36E; /U xPIX?
1E398 LINE (XLIB 2 206)
1E398: Cmd_LINE
1E398; /U xLINE
1E3C2 TLINE (XLIB 2 207)
1E3C2: Cmd_TLINE
1E3C2; /U xTLINE
1E3EC BOX (XLIB 2 208)
1E3EC: Cmd_BOX
1E3EC; /U xBOX
1E416 BLANK (XLIB 2 209)
1E416: Cmd_BLANK
1E416; /U xBLANK
1E436 PICT (XLIB 2 210)
1E436: Cmd_PICT
1E436; /U xPICT
1E456 GOR (XLIB 2 211)
1E456: Cmd_GOR
1E456; /U xGOR
1E460: Short_c5ch <c5ch>
1E46A Internal GOR (3:Graphic,2:List,1:Graphic)
1E47E: Short_c2ch <c2ch>
1E488 Internal GOR (3:Graphic,2:Complex Number,1:Graphic)
1E49C: Short_85ch <85ch>
1E4A6 Internal GOR (3:PICT,2:List,1:Graphic)
1E4BA: Short_82ch <82ch>
1E4C4 Internal GOR (3:PICT,2:Complex Number,1:Graphic)
1E4E4 GXOR (XLIB 2 212)
1E4E4: Cmd_GXOR
1E4E4; /U xGXOR
1E4EE^ <C5Ch>
1E50C^ <C2Ch>
1E52A^ <85Ch>
1E548^ <82Ch>
1E572 LCD-> (XLIB 2 213)
1E572: Cmd_LCDto
1E572; /U xLCD>
1E58D ->LCD (XLIB 2 214)
1E58D: Cmd_toLCD
1E58D; /U x>LCD
1E5AD ->GROB (XLIB 2 215)
1E5AD: Cmd_toGROB
1E5AD; /U x>GROB
1E5B7^ <1h>
1E5D2 ARC (XLIB 2 216)
1E5D2: Cmd_ARC
1E5D2; /U xARC
1E5DC^ <2111h>
1E5EB^ <5B11h>
1E606 TEXT (XLIB 2 217)
1E606: Cmd_TEXT
1E606; /U xTEXT
1E621 XRNG (XLIB 2 218)
1E621: Cmd_XRNG
1E621; /U xXRNG
1E641 YRNG (XLIB 2 219)
1E641: Cmd_YRNG
1E641; /U xYRNG
1E661 FUNCTION (XLIB 2 220)
1E661: Cmd_FUNCTN
1E661; /U xFUNCTION
1E681 CONIC (XLIB 2 221)
1E681: Cmd_CONIC
1E681; /U xCONIC
1E6A1 POLAR (XLIB 2 222)
1E6A1: Cmd_POLAR
1E6A1; /U xPOLAR
1E6C1 PARAMETRIC (XLIB 2 223)
1E6C1: Cmd_PARMTRC
1E6C1; /U xPARAMETRIC
1E6E1 TRUTH (XLIB 2 224)
1E6E1: Cmd_TRUTH
1E6E1; /U xTRUTH
1E701 SCATTER (XLIB 2 225)
1E701: Cmd_SCATTER
1E701; /U xSCATTER
1E721 HISTOGRAM (XLIB 2 226)
1E721: Cmd_HISTGRM
1E721; /U xHISTOGRAM
1E741 BAR (XLIB 2 227)
1E741: Cmd_BAR
1E741; /U xBAR
1E761 SAME (XLIB 2 228)
1E761: Cmd_SAME
1E761; /U xSAME
1E783 AND (XLIB 2 229)
1E783: Cmd_AND
1E783; /U xAND
1E7DD Internal AND (2:Real Number,1:Real Number)
1E809 OR (XLIB 2 230)
1E809: Cmd_OR
1E809; /U xOR
1E863 Internal OR (2:Real Number,1:Real Number)
1E88F NOT (XLIB 2 231)
1E88F: Cmd_NOT
1E88F; /U xNOT
1E8D9 Internal NOT (1:Real Number)
1E8F6 XOR (XLIB 2 232)
1E8F6: Cmd_XOR
1E8F6; /U xXOR
1E946 Internal XOR (2:Real Number,1:Real Number)
1E972 == (XLIB 2 233)
1E972: Cmd_equalp
1E972; /U x==
1EA30 Internal == (2:Any,1:Any)
1EA44 Internal == (2:Tagged/Any,1:Tagged/Any)
1EA6C Internal == (2:Real Number,1:Complex Number)
1EA76 Internal == (2:Complex Number,1:Real Number)
1EA9D != (XLIB 2 234)
1EA9D: Cmd_notEqualp
1EA9D; /U x#?
1EB51 Internal != (2:Any,1:Any)
1EB65 Internal != (2:Tagged/Any,1:Tagged/Any)
1EB8D Internal != (2:Real Number,1:Complex Number)
1EB97 Internal != (2:Complex Number,1:Real Number)
1EBBE < (XLIB 2 235)
1EBBE: Cmd_lessThanp
1EBBE; /U x<
1EC40 Internal < (2:Real Number,1:Real Number)
1EC5D > (XLIB 2 236)
1EC5D: Cmd_greaterThanp
1EC5D; /U x>
1ECDF Internal > (2:Real Number,1:Real Number)
1ECFC <= (XLIB 2 237)
1ECFC: Cmd_lessOrEqp
1ECFC; /U x<=?
1ED7E Internal <= (2:Real Number,1:Real Number)
1ED9B >= (XLIB 2 238)
1ED9B: Cmd_greaterOrEqp
1ED9B; /U x>=?
1EE1D Internal >= (2:Real Number,1:Real Number)
1EE38 OLDPRT (XLIB 2 239)
1EE38: Cmd_OLDPRT
1EE38; /U xOLDPRT
1EE53 PR1 (XLIB 2 240)
1EE53: Cmd_PR1
1EE53; /U xPR1
1EE6E PRSTC (XLIB 2 241)
1EE6E: Cmd_PRSTC
1EE6E; /U xPRSTC
1EE89 PRST (XLIB 2 242)
1EE89: Cmd_PRST
1EE89; /U xPRST
1EEA4 CR (XLIB 2 243)
1EEA4: Cmd_CR
1EEA4; /U xCR
1EEBF PRVAR (XLIB 2 244)
1EEBF: Cmd_PRVAR
1EEBF; /U xPRVAR
1EEEC Internal PRVAR (1:Tagged)
1EF1E Internal PRVAR (1:List)
1EF43 DELAY (XLIB 2 245)
1EF43: Cmd_DELAY
1EF43; /U xDELAY
1EF63 PRLCD (XLIB 2 246)
1EF63: Cmd_PRLCD
1EF63; /U xPRLCD
1EF7E delta (complete derivative) (XLIB 2 247)
1EF7E: Cmd_delta
1EF7E; /U rpnDER
1EFCC: Cmd_delta
1EFD2 delta (stepwise derivative) (XLIB 2 248)
1EFD2; /U xDER
1F00E: Binary_1234250h
1F024: Short_7d9dfh
1F02E: Short_7d8eah
1F038: Short_7dda4h
1F047 Internal DROP2 and push 0
1F047: Drop2_Real0
1F05B-
1F0F5 Internal delta (stepwise derivative) (2:Algebraic,1:Symbolic)
1F133 RCEQ (XLIB 2 249)
1F133: Cmd_RCEQ
1F133; /U xRCEQ
1F14E STEQ (XLIB 2 250)
1F14E: Cmd_STEQ
1F14E; /U xSTEQ
1F16E ROOT (XLIB 2 251)
1F16E: Cmd_ROOT
1F16E; /U xROOT
1F1D4 integral (stack syntax) (XLIB 2 252)
1F1D4: Cmd_integral
1F1D4; /U rpnINTG
1F201 Internal integral (stack syntax)
1F21D: Cmd_integral
1F223 integral (algebraic syntax) (XLIB 2 253)
1F223; /U xINTEGRAL
1F25C^ <7DA20h>
1F26B^ <7DF4Dh>
1F27A Internal integral (algebraic syntax)
1F2C9 sigma (XLIB 2 254)
1F2C9: Cmd_sigma
1F2C9; /U xSUM
1F2D3^ <A110h>
1F2E2^ <AA10h>
1F2F1^ <A1A0h>
1F300^ <AAA0h>
1F334^ <7DA6Bh>
1F33E^ <7E029h>
1F354 | (stack syntax) (XLIB 2 255)
1F354: Cmd_where
1F354; /U rpnWHERE
1F38B Internal | (stack syntax) (2:Symbolic,1:List)
1F3ED: Cmd_where_2
1F3F3 | (algebraic syntax) (XLIB 2 256)
1F3F3; /U xWHERE
1F42A^ <7DE99h>
1F500 QUOTE (XLIB 2 257)
1F500: Cmd_QUOTE
1F500; /U xQUOTE
1F533^ <7DB15h>
1F542 Internal QUOTE (1:Algebraic)
1F55D APPLY (stack syntax) (XLIB 2 258)
1F55D: Cmd_APPLY
1F55D; /U rpnAPPLY
1F585 Internal APPLY (stack syntax) (2:List,1:Global Name/Local Name)
1F5C5 APPLY (algebraic syntax) (XLIB 2 259)
1F5C5; /U xAPPLY
1F640 XLIB 2 260
1F640; /U xFCNAPPLY
1F6CC^ <7DB42h>
1F6D6^ <7DD13h>
1F8CF Internal STO (2:Any,1:Algebraic)
1F96F ''num' (Local Name)
1F97E ''fcn' (Local Name)
1F996 XLIB 2 261
1F996; /U COMPLEXDUMMY
1F9AE XLIB 2 262
1F9AE; /U POLARDUMMY
1F9C4 ->Q (XLIB 2 263)
1F9C4: Cmd_toQ
1F9C4; /U x->Q
1F9E9 ->Qpi (XLIB 2 264)
1F9E9: Cmd_toQpi
1F9E9; /U x->QPI
1FA59 ^MATCH (XLIB 2 265)
1FA59: Cmd_upMATCH
1FA59; /U xMATCHUP
1FA8D vMATCH (XLIB 2 266)
1FA8D: Cmd_downMATCH
1FA8D; /U xMATCHDN
1FABA Internal ^MATCH (2:Real Number/Complex Number/Symbolic,1:List)
1FACE Internal vMATCH (2:Real Number/Complex Number/Symbolic,1:List)
1FAEB _ (XLIB 2 267)
1FAEB: Cmd__
1FAEB; /U xFORMUNIT
1FB31 Internal _ (1:Real Number/Unit)
1FB5D RATIO (XLIB 2 268)
1FB5D: Cmd_RATIO
1FB5D; /U xPREDIV
1FB87 DUP (XLIB 2 269)
1FB87: Cmd_DUP
1FB87; /U xDUP
1FBA2 DUP2 (XLIB 2 270)
1FBA2: Cmd_DUP2
1FBA2; /U xDUP2
1FBBD SWAP (XLIB 2 271)
1FBBD: Cmd_SWAP
1FBBD; /U xSWAP
1FBD8 DROP (XLIB 2 272)
1FBD8: Cmd_DROP
1FBD8; /U xDROP
1FBF3 DROP2 (XLIB 2 273)
1FBF3: Cmd_DROP2
1FBF3; /U xDROP2
1FC0E ROT (XLIB 2 274)
1FC0E: Cmd_ROT
1FC0E; /U xROT
1FC29 OVER (XLIB 2 275)
1FC29: Cmd_OVER
1FC29; /U xOVER
1FC44 DEPTH (XLIB 2 276)
1FC44: Cmd_DEPTH
1FC44; /U xDEPTH
1FC64 DROPN (XLIB 2 277)
1FC64: Cmd_DROPN
1FC64; /U xDROPN
1FC7F DUPN (XLIB 2 278)
1FC7F: Cmd_DUPN
1FC7F; /U xDUPN
1FC9A PICK (XLIB 2 279)
1FC9A: Cmd_PICK
1FC9A; /U xPICK
1FCB5 ROLL (XLIB 2 280)
1FCB5: Cmd_ROLL
1FCB5; /U xROLL
1FCD0 ROLLD (XLIB 2 281)
1FCD0: Cmd_ROLLD
1FCD0; /U xROLLD
1FCEB CLEAR (XLIB 2 282)
1FCEB: Cmd_CLEAR
1FCEB; /U xCLEAR
1FD0B STOsigma (XLIB 2 283)
1FD0B: Cmd_STOsigma
1FD0B; /U xSTOSIGMA
1FD2B CLsigma (XLIB 2 284)
1FD2B: Cmd_CLsigma
1FD2B; /U xCLSIGMA
1FD46 RCLsigma (XLIB 2 285)
1FD46: Cmd_RCLsigma
1FD46; /U xRCLSIGMA
1FD61 sigma+ (XLIB 2 286)
1FD61: Cmd_sigmaAdd
1FD61; /U xSIGMA+
1FD8B sigma- (XLIB 2 287)
1FD8B: Cmd_sigmaSub
1FD8B; /U xSIGMA-
1FDA6 Nsigma (XLIB 2 288)
1FDA6: Cmd_Nsigma
1FDA6; /U xNSIGMA
1FDC1 CORR (XLIB 2 289)
1FDC1: Cmd_CORR
1FDC1; /U xCORR
1FDDC COV (XLIB 2 290)
1FDDC: Cmd_COV
1FDDC; /U xCOV
1FDF7 sigmaX (XLIB 2 291)
1FDF7: Cmd_sigmaX
1FDF7; /U xSUMX
1FE12 sigmaY (XLIB 2 292)
1FE12: Cmd_sigmaY
1FE12; /U xSUMY
1FE2D sigmaX^2 (XLIB 2 293)
1FE2D: Cmd_sigmaXsq
1FE2D; /U xSUMX2
1FE48 sigmaY^2 (XLIB 2 294)
1FE48: Cmd_sigmaYsq
1FE48; /U xSUMY2
1FE63 sigmaX*Y (XLIB 2 295)
1FE63: Cmd_sigmaXmulY
1FE63; /U xSUMXY
1FE7E MAXsigma (XLIB 2 296)
1FE7E: Cmd_MAXsigma
1FE7E; /U xMAXSIGMA
1FE99 MEAN (XLIB 2 297)
1FE99: Cmd_MEAN
1FE99; /U xMEAN
1FEB4 MINsigma (XLIB 2 298)
1FEB4: Cmd_MINsigma
1FEB4; /U xMINSIGMA
1FECF SDEV (XLIB 2 299)
1FECF: Cmd_SDEV
1FECF; /U xSDEV
1FEEA TOT (XLIB 2 300)
1FEEA: Cmd_TOT
1FEEA; /U xTOT
1FF05 VAR (XLIB 2 301)
1FF05: Cmd_VAR
1FF05; /U xVAR
1FF20 LR (XLIB 2 302)
1FF20: Cmd_LR
1FF20; /U xLR
1FF7A PREDV (XLIB 2 303)
1FF7A: Cmd_PREDV
1FF7A; /U xPREDV
1FF9A PREDY (XLIB 2 304)
1FF9A: Cmd_PREDY
1FF9A; /U xPREDY
1FFBA PREDX (XLIB 2 305)
1FFBA: Cmd_PREDX
1FFBA; /U xPREDX
1FFDA XCOL (XLIB 2 306)
1FFDA: Cmd_XCOL
1FFDA; /U xXCOL
1FFFA YCOL (XLIB 2 307)
1FFFA: Cmd_YCOL
1FFFA; /U xYCOL
2001A UTPC (XLIB 2 308)
2001A: Cmd_UTPC
2001A; /U xUTPC
2003A UTPN (XLIB 2 309)
2003A: Cmd_UTPN
2003A; /U xUTPN
2005A UTPF (XLIB 2 310)
2005A: Cmd_UTPF
2005A; /U xUTPF
2007A UTPT (XLIB 2 311)
2007A: Cmd_UTPT
2007A; /U xUTPT
2009A COLsigma (XLIB 2 312)
2009A: Cmd_COLsigma
2009A; /U xSIGMACOL
200C4 SCLsigma (XLIB 2 313)
200C4: Cmd_SCLsigma
200C4; /U xSCLSIGMA
200F3 sigmaLINE (XLIB 2 314)
200F3: Cmd_sigmaLINE
200F3; /U xSIGMALINE
2010E BINS (XLIB 3 315)
2010E: Cmd_BINS
2010E; /U xBINS
20118^ <111h>
20133 BARPLOT (XLIB 2 316)
20133: Cmd_BARPLOT
20133; /U xBARPLOT
20167 HISTPLOT (XLIB 2 317)
20167: Cmd_HISTPLT
20167; /U xHISTPLOT
2018C SCATRPLOT (XLIB 2 318)
2018C: Cmd_SCTRPLT
2018C; /U xSCATRPLOT
201B1 LINFIT (XLIB 2 319)
201B1: Cmd_LINFIT
201B1; /U xLINFIT
201D6 LOGFIT (XLIB 2 320)
201D6: Cmd_LOGFIT
201D6; /U xLOGFIT
201FB EXPFIT (XLIB 2 321)
201FB: Cmd_EXPFIT
201FB; /U xEXPFIT
20220 PWRFIT (XLIB 2 322)
20220: Cmd_PWRFIT
20220; /U xPWRFIT
20234 set curve-fitting model in 'sigmaPAR' (1:model)
2025E BESTFIT (XLIB 2 323)
2025E: Cmd_BESTFIT
2025E; /U xBESTFIT
202CE SINV (XLIB 2 324)
202CE: Cmd_SINV
202CE; /U xSINV
202F1 Internal SINV (1:Global Name)
20314 Internal SINV (1:Local Name)
2034D SNEG (XLIB 2 325)
2034D: Cmd_SNEG
2034D; /U xSNEG
20370 Internal SNEG (1:Global Name)
20393 Internal SNEG (1:Local Name)
203CC SCONJ (XLIB 2 326)
203CC: Cmd_SCONJ
203CC; /U xSCONJ
203EF Internal SCONJ (1:Global Name)
20412 Internal SCONJ (1:Local Name)
2044B STO+ (XLIB 2 327)
2044B: Cmd_STOadd
2044B; /U xSTO+
20482 Internal STO+ (2:Any,1:Global Name/Local Name)
20496 <644h>
204C3 Internal STO+ (2:Global Name/Local Name,1:Any)
20538 STO- (XLIB 2 328)
20538: Cmd_STOsub
20538; /U xSTO-
20583 Internal STO- (2:Any,1:Global Name/Local Name)
205A1 Internal STO- (2:Global Name/Local Name,1:Any)
205BF Internal STO- (2:Array,1:Global Name)
205E2 Internal STO- (2:Global Name,1:Array)
2060C STO/ (XLIB 2 329)
2060C: Cmd_STOdiv
2060C; /U xSTO/
2066B Internal STO/ (2:Any,1:Global Name/Local Name)
20689 Internal STO/ (2:Global Name/Local Name,1:Any)
206A7 Internal STO/ (2:Global Name,1:Real Number/Complex Number)
206E8 Internal STO/ (2:Array,1:Global Name)
20729 Internal STO/ (2:Global Name,1:Array)
20753 STO* (XLIB 2 330)
20753: Cmd_STOmul
20753; /U xSTO*
207C6 Internal STO* (2:Any,1:Global Name/Local Name)
207E4 Internal STO* (2:Global Name/Local Name,1:Any)
20802 Internal STO* (2:Real Number/Complex Number,1:Global Name)
2082A Internal STO* (2:Global Name,1:Real Number/Complex Number)
2086B Internal STO* (2:Array,1:Global Name)
208AC Internal STO* (2:Global Name,1:Array)
208F4 INCR (XLIB 2 331)
208F4: Cmd_INCR
208F4; /U xINCR
20917 Internal INCR (1:Global Name)
20917: Incr_global
20980 Internal INCR (1:Local Name)
20980: Incr_local
209AA DECR (XLIB 2 332)
209AA: Cmd_DECR
209AA; /U xDECR
209CD Internal DECR (1:Global Name)
209EB Internal DECR (1:Local Name)
20A15 COLCT (XLIB 2 333)
20A15: Cmd_COLCT
20A15; /U xCOLCT
20A49 EXPAN (XLIB 2 334)
20A49: Cmd_EXPAN
20A49; /U xEXPAN
20A7D RULES (XLIB 2 335)
20A7D: Cmd_RULES
20A7D; /U xRULES
20A93 ISOL (XLIB 2 336)
20A93: Cmd_ISOL
20A93; /U xISOL
20AB3 QUAD (XLIB 2 337)
20AB3: Cmd_QUAD
20AB3; /U xQUAD
20AD3 SHOW (XLIB 2 338)
20AD3: Cmd_SHOW
20AD3; /U xSHOW
20B00 Internal SHOW (2:Symbolic,1:List)
20B00= Show_list
20B20 TAYLR (XLIB 2 339)
20B20: Cmd_TAYLR
20B20; /U xTAYLR
20B40 RCL (XLIB 2 340)
20B40: Cmd_RCL
20B40; /U xRCL
20B81 Internal RCL (1:Global Name/Local Name)
20B81= Rcl
20B9A Internal RCL (1:List (path/object))
20CAD Internal RCL (1:PICT)
20CCD STO (XLIB 2 341)
20CCD: Cmd_STO
20CCD; /U xSTO
20D2C^ <C8h>
20D3B^ <9F1h>
20D4A^ <8F1h>
20D65 DEFINE (XLIB 2 342)
20D65: Cmd_DEFINE
20D65; /U xDEFINE
20D7E Internal DEFINE (1:Algebraic)
20DBF Internal DEFINE (1:Global Name/Local Name)
20EFE PURGE (XLIB 2 343)
20EFE: Cmd_PURGE
20EFE; /U xPURGE
20F35 Internal PURGE (1:List)
20F8A Internal PURGE (1:PICT)
20FAA MEM (XLIB 2 344)
20FAA: Cmd_MEM
20FAA; /U xMEM
20FD9 ORDER (XLIB 2 345)
20FD9: Cmd_ORDER
20FD9; /U xORDER
20FF2 Internal ORDER (1:List)
20FF2= Order
210FC CLVAR (XLIB 2 346)
210FC: Cmd_CLVAR
210FC; /U xCLUSR
2115D TMENU (XLIB 2 347)
2115D: Cmd_TMENU
2115D; /U xTMENU
21196 MENU (XLIB 2 348)
21196: Cmd_MENU
21196; /U xMENU
211B4 'CST' (Global Name)
211B4: Global_CST 'CST'
211E1 RCLMENU (XLIB 2 349)
211E1: Cmd_RCLMENU
211E1; /U xRCLMENU
211FC PVARS (XLIB 2 350)
211FC: Cmd_PVARS
211FC; /U xPVARS
2123A PGDIR (XLIB 2 351)
2123A: Cmd_PGDIR
2123A; /U xPGDIR
2125A ARCHIVE (XLIB 2 352)
2125A: Cmd_ARCHIVE
2125A; /U xARCHIVE
21273 Internal ARCHIVE (1:Tagged)
2133C RESTORE (XLIB 2 353)
2133C: Cmd_RESTORE
2133C; /U xRESTORE
21364^ <9Fh>
2137F MERGE (XLIB 3 354)
2137F: Cmd_MERGE
2137F; /U xMERGE
21398 Internal MERGE (1:Real Number)
213D1 FREE (XLIB 2 355)
213D1: Cmd_FREE
213D1; /U xFREE
21408 Internal FREE (2:Real Number/Global Name/Local Name,1:Real Number)
2142D LIBS (XLIB 2 356)
2142D: Cmd_LIBS
2142D; /U xLIBS
21448 ATTACH (XLIB 2 357)
21448: Cmd_ATTACH
21448; /U xATTACH
21461 Internal ATTACH (1:Real Number)
2147C DETACH (XLIB 2 358)
2147C: Cmd_DETACH
2147C; /U xDETACH
21495 Internal DETACH (1:Real Number)
214A9 Internal R->SB and verify >= <100h> and != <700h>
214F4 Internal STO (2:Any,1:Tagged)
215BF Internal STO (2:Library/Backup,1:Real Number)
21638 if TYPE(TOS) = Real Number, then do next/return, else skip next
2164C Internal SWAP and False
21660 deop level two object and True
216D8-
21744^ <71541h>
21761 Internal RCL (1:Tagged)
217C7 Internal EVAL (1:Tagged)
217C7= Eval_Tag
217F1 Internal PURGE (1:Tagged)
21B2F Internal RESTORE (1:Backup)
21B4E-
21B74 Internal FREE (2:List,1:Real Number)
21C47-
21C6F Internal ATTACH (1:System Binary)
21CBA- attach_(any_directory)_1short2directory
21CBA Internal ATTACH to non-HOME directory (2:Directory,1:System Binary)
21CE5 Internal DETACH (1:System Binary)
21D2B- detach_(any_directory)_1short2directory
21D2B Internal DETACH from non-HOME directory (2:Directory,1:System Binary)
21D54 Internal LIBS
21DE7^ <70000h>
21E75 XMIT (XLIB 2 359)
21E75: Cmd_XMIT
21E75; /U xXMIT
21E95 SRECV (XLIB 2 360)
21E95: Cmd_SRECV
21E95; /U xSRECV
21EB5 OPENIO (XLIB 2 361)
21EB5: Cmd_OPENIO
21EB5; /U xOPENIO
21ED5 CLOSEIO (XLIB 2 362)
21ED5: Cmd_CLOSEIO
21ED5; /U xCLOSEIO
21EF0 SEND (XLIB 2 363)
21EF0: Cmd_SEND
21EF0; /U xSEND
21F24 KGET (XLIB 2 364)
21F24: Cmd_KGET
21F24; /U xKGET
21F62 RECN (XLIB 2 365)
21F62: Cmd_RECN
21F62; /U xRECN
21F96 RECV (XLIB 2 366)
21F96: Cmd_RECV
21F96; /U xRECV
21FB6 FINISH (XLIB 2 367)
21FB6: Cmd_FINISH
21FB6; /U xFINISH
21FD1 SERVER (XLIB 2 368)
21FD1: Cmd_SERVER
21FD1; /U xSERVER
21FEC CKSM (XLIB 2 369)
21FEC: Cmd_CKSM
21FEC; /U xCKSM
2200C BAUD (XLIB 2 370)
2200C: Cmd_BAUD
2200C; /U xBAUD
2202C PARITY (XLIB 2 371)
2202C: Cmd_PARITY
2202C; /U xPARITY
2204C TRANSIO (XLIB 2 372)
2204C: Cmd_TRANSIO
2204C; /U xTRANSIO
2206C KERRM (XLIB 2 373)
2206C: Cmd_KERRM
2206C; /U xKERRM
22087 BUFLEN (XLIB 2 374)
22087: Cmd_BUFLEN
22087; /U xBUFLEN
220A2 STIME (XLIB 2 375)
220A2: Cmd_STIME
220A2; /U xSTIME
220C2 SBRK (XLIB 2 376)
220C2: Cmd_SBRK
220C2; /U xSBRK
220DD PKT (XLIB 2 377)
220DD: Cmd_PKT
220DD; /U xPKT
220F6: Disp_IO_settings
22352^ 1200
22367^ 2400
2237C^ 4800
22391^ Real 9600
224CA INPUT (XLIB 2 378)
224CA: Cmd_INPUT
224CA; /U xINPUT
224F4 ASN (XLIB 2 379)
224F4: Cmd_ASN
224F4; /U xASN
22514 STOKEYS (XLIB 2 380)
22514: Cmd_STOKEYS
22514; /U xSTOKEYS
22548 DELKEYS (XLIB 2 381)
22548: Cmd_DELKEYS
22548; /U xDELKEYS
22586 RCLKEYS (XLIB 2 382)
22586: Cmd_RCLKEYS
22586; /U xRCLKEYS
225A4 'S' (Global Name)
225BE ->TAG (XLIB 2 383)
225BE: Cmd_toTAG
225BE; /U x->TAG
225F5 Internal ->TAG (2:Any,1:String)
22618 Internal ->TAG (2:Any,1:Real Number)
22633 DTAG (XLIB 2 384)
22633: Cmd_DTAG
22633; /U xDTAG
22647 Reference to hash table for library 002 (XLIB 2)
22647^ <7448Ah>
22651 Link table for library 002 (XLIB 2)
22DFE Reference to hash table for library 700 (XLIB 1792)
22DFE^ <7427Ch>
22E08 Link table for library 700 (XLIB 1792)
22EA3 Configuration code for library 700 (XLIB 1792)
22EA8^ <700h>
22EC3 IF (XLIB 1792 0)
22EC3: Cmd_IF
22EC3; /U xIF
22ED7: If_Prompt
22EFA THEN (XLIB 1792 1)
22EFA: Cmd_THEN
22EFA: Cmd_THEN
22EFA; /U xTHEN
22F22 Internal THEN (1:Real Number)
22F22: Then_real
22F4F Internal THEN (1:Symbolic)
22F4F: Then_alg
22F68: Eval_globAlg
22F86: Eval_lev2GlobAlg
22FB5 ELSE (XLIB 1792 2)
22FB5: Cmd_ELSE
22FB5; /U xELSE
22FD5 END (XLIB 1792 3)
22FD5: Cmd_END
22FD5; /U xIFEND
22FEB -> (XLIB 1792 4)
22FEB: Cmd_toVars
22FEB; /U xALG->
23033 WHILE (XLIB 1792 5)
23033: Cmd_WHILE
23033; /U xWHILE
2305D REPEAT (XLIB 1792 6)
2305D: Cmd_REPEAT
2305D; /U xREPEAT
23085 Internal REPEAT (1:Real Number)
230A3 Internal REPEAT (1:Symbolic)
230C3 DO (XLIB 1792 7)
230C3: Cmd_DO
230C3; /U xDO
230ED UNTIL (XLIB 1792 8)
230ED: Cmd_UNTIL
230ED; /U xUNTIL
23103 START (XLIB 1792 9)
23103: Cmd_START
23103; /U xSTART
23144 Internal START (2:Real Number,1:Real Number)
23167 Internal START (2:Real Number/Symbolic,1:Symbolic)
23180 Internal START (2:Symbolic,1:Real Number)
231A0 FOR (XLIB 1792 10)
231A0: Cmd_FOR
231A0; /U xSTARTVAR
231E1 Internal FOR (2:Real Number,1:Real Number)
23213 Internal FOR (2:Real Number/Symbolic,1:Symbolic)
2322C Internal FOR (2:Symbolic,1:Real Number)
2324C NEXT (XLIB 1792 11)
2324C: Cmd_NEXT
2324C; /U xNEXT
2326A Internal NEXT
2326A- next
23380 STEP (XLIB 1792 12)
23380: Cmd_STEP
23380; /U xSTEP
233A8 Internal STEP (1:Symbolic)
233C1 Internal STEP (1:Real Number)
233C1- step_1real
233DF IFERR (XLIB 1792 13)
233DF: Cmd_IFERR
233DF; /U xIFERR
23472 HALT (XLIB 1792 14)
23472: Cmd_HALT
23472; /U xHALT
2349C (XLIB 1792 15)
2349C: Cmd_blank
2349C; /U xSILENT'
234C1 -> (XLIB 1792 16)
234C1; /U xRPN->
23502-
235FE >> (XLIB 1792 17)
235FE: Cmd_endPrg
235FE; /U x>>ABND
2361E << (XLIB 1792 18)
2361E: Cmd_beginPrg
2361E; /U x<<
23639 >> (XLIB 1792 19)
23639: Cmd_endPrg_2
23639; /U x>>
23654 ' (XLIB 1792 20)
23654: Cmd_quote
23654; /U x'
23679 ' (XLIB 1792 21)
23679: Cmd_quote_2
23679; /U xENDTIC
23694 END (XLIB 1792 22)
23694: Cmd_END
23694; /U xWHILEEND
236B9 END (XLIB 1792 23)
236B9: Cmd_END
236B9; /U xENDDO
2371F THEN (XLIB 1792 24)
2371F; /U xERRTHEN
2372E ''stop' (Local Name)
2372E: Local_stop
2373F ''noname' (Local Name)
2373F: Local_noname
23754 { ''noname' ''stop' }
23754: Locals_noname_stop { ''noname' ''stop' }
23768 ?? internal IF
23768= If
2378D CASE (XLIB 1792 25)
2378D: Cmd_CASE
2378D; /U xCASE
237A8 THEN (XLIB 1792 26)
237A8: Cmd_THEN
237A8; /U xTHENCASE
23813 DIR (XLIB 1792 27)
23813: Cmd_DIR
23813; /U xDIR
23824 PROMPT (XLIB 1792 28)
23824: Cmd_PROMPT
23824; /U xPROMPT
2387E ''ioinprogress' (Local Name)
238A4= StrTo
23908 'st' (Local Name)
23913 'ofs' (Local Name)
23920 'tok' (Local Name)
2394B 'st' (Local Name)
23956 'ofs' (Local Name)
23963 'tok' (Local Name)
2464F-
2465F-
24A2D 'i' (Local Name)
24A36 'j' (Local Name)
24A5D 'i' (Local Name)
24A6B 'j' (Local Name)
24B0A 'j' (Local Name)
24B1D 'i' (Local Name)
24B30 'i' (Local Name)
24BB6 'j' (Local Name)
24BD3 'i' (Local Name)
24BE1 'i' (Local Name)
24EA6-
25108-
2512D-
2534A-
2551F-
255BD-
255FB-
256E4-
25A0B ''1' (Local Name)
25A16 ''2' (Local Name)
25A21 ''3' (Local Name)
25A3B ''1' (Local Name)
25A46 ''2' (Local Name)
25A51 ''3' (Local Name)
25B0B-
25C37^ <2B1Eh>
25C41-
261AD-
26289^ <CFFh>
2635E-
265ED-
268C2-
26942-
269DB-
269E7-
26B40-
26B73-
26C1C-
26C65-
26E56-
26F0D-
26F1B-
26F29-
26F37-
26F45-
26F53-
26F61-
26F6F-
27140-
271FA-
27224-
27234-
27244-
27254-
27264-
272CD ''ttt' (Local Name)
272DC ''str' (Local Name)
272EB ''ofs' (Local Name)
272FA ''tok' (Local Name)
27309 ''rbv' (Local Name)
27318 ''idfflg' (Local Name)
2732D ''tmpop' (Local Name)
27340 ''tmppdat' (Local Name)
27357 ''ploc' (Local Name)
27368 ''bv' (Local Name)
27375 ''unbound' (Local Name)
28318-
284E6-
28A38 Internal _ (1:Symbolic)
28AE7^ <B01h>
28D08-
29140-
291AB-
292F7-
29340^ <D26A8h>
2957A-
29738-
29829-
298D7-
29993-
29A51-
29A8D-
29BC2-
29C7C-
29CC7-
29D5F-
29DCC-
29DDC-
29DEC-
29DFC-
29E0C-
29FD0= getreal_normalize
29FDA Let A = Binary(TOS (Real)) / save B,D,D1,D0
29FDA: getreal
29FF8: get2reals_normalize
2A002: get2reals
2A060: getarray
2A0B1: get2arrays_real
2A181 XFER: load regs D,B,D1,D0 (uses C)
2A1D7^ -4.77451811461E441
2A2B4 0
2A2B4: Real_0
2A2B4; /U %0
2A2C9 1
2A2C9: Real_1
2A2C9; /U %1
2A2DE 2
2A2DE: Real_2
2A2DE; /U %2
2A2DF 2
2A2F3 3
2A2F3: Real_3
2A2F3; /U %3
2A308 4
2A308: Real_4
2A308; /U %4
2A31D 5
2A31D: Real_5
2A31D; /U %5
2A332 6
2A332: Real_6
2A332; /U %6
2A347 7
2A347: Real_7
2A347; /U %7
2A35C 8
2A35C: Real_8
2A35C; /U %8
2A371 9
2A371: Real_9
2A371; /U %9
2A386 -1
2A386: "Real_-1"
2A386; /U %-1
2A39B -2
2A39B: "Real_-2"
2A39B; /U %-2
2A3B0 -3
2A3B0: "Real_-3"
2A3B0; /U %-3
2A3C5 -4
2A3C5: "Real_-4"
2A3C5; /U %-4
2A3D1 5
2A3DA -5
2A3DA: "Real_-5"
2A3DA; /U %-5
2A3EF -6
2A3EF: "Real_-6"
2A3EF; /U %-6
2A404 -7
2A404: "Real_-7"
2A404; /U %-7
2A419 -8
2A419: "Real_-8"
2A419; /U %-8
2A42E -9
2A42E: "Real_-9"
2A42E; /U %-9
2A443 3.14159265359
2A443: Real_3.14159265359
2A458 3.14159265358979 (Long Real)
2A458: Long_3.14159265358979
2A472 9.99999999999E499
2A472: Real_9.99999999999E499
2A487 -9.99999999999E499
2A487: "Real_-9.99999999999E499"
2A49C 1.E-499
2A49C: "Real_1E-499"
2A4B1 -1.E-499
2A4B1: "Real_-1E-499"
(end of part 2 of 4)