The X-Philes (2nd Revision)

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Internet Message Format | 1995-03-31 | 185KB

From comp.sys.handhelds Fri May 24 22:54:27 1991 Path: seq!ecsgate!mcnc!gatech!bloom-beacon!mintaka!olivea!apple!portal!cup.portal.com!Jake-S From: Jake-S@cup.portal.com (Jake G Schwartz) Newsgroups: comp.sys.handhelds Subject: Newly Revised HP48 Internals Address List 5-20-91 Message-ID: <42508@cup.portal.com> Date: 20 May 91 02:23:15 GMT Organization: The Portal System (TM) Lines: 43 Newly Revised (and final??????) HP48 Internals Address List (1) Sorted by Object Type and Function (2) Sorted by Increasing Address Including still more contributions from Paul Dale and Rick Grevelle May 20, 1991 Here is the latest list of HP48 internals addresses and short descriptions. Two recent contributions from Paul Dale and Rick Grevelle prompted this edition. Some changes to the format have been made to the object/function sort list. I finally gave in to some arm-twisting and separated out the prefixed code entry points into a separate section of the list. This section is clearly marked as such. It has been slimmed down by combining the multiple defi- nitions of the prefixed code wherever possible into a single description. Also, regular HP48 command names are in all caps, all stack contents lists are listed from highest to lowest stack level order, the underscores between words have been eliminated and the word "short" has been replaced everywhere in this section by "System Binary". I feel this section is now much more readable and compact. In addition, all the "author symbols" have been eliminated here (in the prefixed code section) due to the mixing of the material to yield a best description for each entry. The listing of all remaining prefixed code entry points which have not yet been unraveled has been left in the list sorted by address. In this list, no format changes were made, except that each prefixed address has been identified by a capital "P" following the author symbol and immediately before the definition. We now have approximately 800 prefixed addresses understood. Perhaps with the release of HP's system-RPL documentation in the near future, this list will no longer be necessary. Time will tell. I would like to thank the prime contributors to this list for all the efforts they put in to make this a worthwhile project. Thanks go out to Jan Brittenson, Derek Nickel, Jim Cloos, Paul Dale and Rick Grevelle. Once again, each version of the address list itself is separated into multiple parts since it is so large. Jake Schwartz P.S. - Please be patient....all the pieces may not be present immediately. From comp.sys.handhelds Fri May 24 22:57:33 1991 Path: seq!ecsgate!mcnc!gatech!ncar!elroy.jpl.nasa.gov!usc!apple!portal!cup.portal.com!Jake-S From: Jake-S@cup.portal.com (Jake G Schwartz) Newsgroups: comp.sys.handhelds Subject: List sorted by address part 1 of 4 Message-ID: <42525@cup.portal.com> Date: 20 May 91 11:50:38 GMT References: <42508@cup.portal.com> Organization: The Portal System (TM) Lines: 1711 HP48SX Internal Address List sorted in increasing address order 5/20/91 ------------------------------------------------------------------------ Author/Symbol Key: : or = Jan Brittenson (RAM) - Address is in RAM - Rick Grevelle (in hidden ROM) - Address is in the 32K ROM ; Jim Cloos page hidden below built-in ^ Paul Dale RAM (70000-7FFFF) blank Derek Nickel MC - Machine Code /U HP USRLIB built-in names TOS - Top of Stack "P" means Prefixed Code entry point Addresses with a dash and no definition are prefixed code entry points (as identified by Rick Grevelle) whose functions have yet to be understood. ------------------------------------------------------------------------ 00100 [DON Ofs2 Ofs1 Ofs0] Disp On, Bit Offset 00100: display_IO 00101 [Con3 Con2 Con1 Con0] Contrast 00102 [VDIG LID TRIM Con4] Disp Test (VDIG,LID,TRIM should be 0) & Contrast 00104 16 bit hardware CRC 0011F: 7_or_f_map 00138 hardware timer 00138: clock 0045C: intr_save_offset 004EA: keybuf 00D57: kbflush 00D71-P 01160: do_in.4 0172B-P 01E5E-P 01F53-P 01F6D-P cllcd_(status_&_stack_area) 01FA7-P cllcd_(entire_display) 02248 move #100,c.a / config 028FC Enter Machine Code (for RPL Objects) 028FC: Type 02911 System Binary 02911: type_Address 02911; /U # 02933 Real Number 02933: type_Real 02933; /U % 02955 Long Real 02955: type_LReal 02955; /U %% 02977 Complex Number 02977: type_Complex 02977; /U C% 0299D Long Complex 0299D: type_LComplex 0299D; /U C%% 029BF Character 029BF: type_Char 029BF; /U CHR 029E8 Array 029E8: type_Array 029E8; /U ARRY 02A0A Linked Array 02A0A: type_Arr_Linked 02A0A; /U LNKARRY 02A2C String 02A2C: type_String 02A2C; /U $ 02A4E Binary Integer 02A4E: type_Binary 02A4E; /U HXS 02A74 List 02A74: type_List 02A74; /U { 02A96 Directory 02A96: type_Directory 02A96; /U DIR 02AB8 Algebraic 02AB8: type_Algebraic 02AB8; /U DOSYMB 02ADA Unit 02ADA: type_Unit 02ADA; /U UNIT 02AFC Tagged 02AFC: type_Tagged 02AFC; /U TAG 02B1E Graphic 02B1E: type_Graphic 02B1E; /U GROB 02B40 Library 02B40: type_Library 02B40; /U LIB 02B62 Backup 02B62: type_Backup 02B62; /U BAK 02B88 Library Data 02B88: type_Libdata 02B88; /U DOEXT0 02BAA; /U DOEXT1 02BCC; /U DOEXT2 02BEE; /U DOEXT3 02C10; /U DOEXT4 02C28: span10nib 02C49: span21nib 02C6D: span26nib 02C95: span32nib 02CBC: span47nib 02CE3: spanbyte 02D04: span5vector 02D2A: span1thread 02D9D Program 02D9D: type_Program 02D9D; /U :: 02DCC Code 02DCC: type_Code 02DCC; /U CODE 02E48 Global Name 02E48: type_Gname 02E48; /U ID 02E6D Local Name 02E6D: type_Lname 02E6D; /U LAM 02E92 XLIB Name 02E92: type_Func 02E92: type_Xname 02E92; /U ROMPTR 02EFB: spanname 02F28: spanxlib 02F4C: Get_val_Eval 02F6F-P 02FD6: Getvalue_or_ErrUndef 02FEF: GetXlib_or_ErrUndef 03012: getinstr_2 03019 MC: skip next token 03019: getinstr 0312B P End Marker 0312B-P end_composite_object 0312B:P End 0312B;P /U ; 03130 RPL RETURN 03130: rpl_end 0314C P Internal DEPTH -> (1:System Binary) 0314C-P depth 0314C:P Depth 03188 P Internal DUP 03188-P dup_1any 03188:P Dup 031AC P Internal DUP2 031AC-P dup2_1any2any 031AC:P Dup2 031D9 P Internal DUPN (N:...,1:System Binary) 031D9-P dupn 031D9:P Dupn 03223 P Internal SWAP 03223-P swap 03223=P Swap 03244 P Internal DROP 03244-P drop 03244=P Drop 03258 P Internal DROP2 03258-P drop2 03258:P Drop2 0326E P Internal DROPN (1:System Binary) 0326E-P dropn 0326E=P Dropn 03295 P Internal ROT 03295-P rot 03295=P Rot 032C2 P Internal OVER 032C2-P over 032C2:P Over 032E2 P Internal PICK (N:...,1:System Binary) 032E2-P pick 032E2:P Pick 032F3: pick_a_from_c 03325 P Internal ROLL (N:...,1:System Binary) 03325-P roll 03325:P Roll 03330: roll_a_levels 0339E P Internal ROLLD (N:...,1:System Binary) 0339E-P rolld 0339E:P Rolld 033A9: rolld_a_levels 03416 MC: garbage collect need 1 stack element 0341D MC: garbage collect need C.A stack elements 03442-P con_1real2{shortshort} 03562-P size_(elements)_1array 0357C MC: push A as new System Binary and continue RPL 0357C: pusha_rplret_alt 0357F: pusrr0_rplret_alt 03585: rplret_3 0358F-P type_(real/complex)_1array 035A9-P size_(dimension)_1array 035A9=P Arrdims_listofshort 0363B^ <61441h> 03672 MC: restore registers, push A and continue RPL 03672: restore_regs_pusha_ret 03685-P verify_existence_of_array_element_1array2{<><>} 0371D-P get_1array2short 03826^ <A8241h> 03880^ <102A8h> 038DC^ <E13A8h> 039BE: blkalloc_keep_c 03A81 P True 03A81-P external_true 03A81:P True 03A86: pusha_rplret 03AC0 P False 03AC0-P external_false 03AC0:P False 03ADA-P xor_(boolean)_1external2external 03AF2 P Internal NOT (1:True/False) 03AF2-P not_(boolean)_1external 03AF2:P Not 03B06 MC: push False and continue RPL 03B06: False_rplret 03B1A MC: push True and continue RPL 03B2E P if TOS-1 = TOS (object addresses are the same) -> True/False 03B2E-P ==_(boolean)_1external2external 03B2E:P Identicalp 03B46 P if TOS-1 = False, then DROP TOS, else DROP TOS-1 03B46-P and_(boolean)_1external2external 03B46:P If_not_false 03B65: setr0_rplret_alt2 03B68: seta_rplret_alt2 03B75 P if TOS-1 = True, then DROP TOS, else DROP TOS-1 03B75-P or_(boolean)_1external2external 03B75:P DropLev2_ifTrue 03B97 P Internal SAME -> True/False 03B97-P same_(boolean)_1any2any 03C64-P prolog\->short_1list/program/algebraic/directory 03C64:P Type_to_short 03CA6 P if TOS = 0 (System Binary) -> True/False 03CA6-P not_(boolean)_1short 03CA6:P Nonzerop_short 03CC7 P if TOS != 0 (System Binary) -> True/False 03CC7-P <0h>_\=/_(boolean)_1short 03CC7:P Zerop_short 03CE4 P if TOS-1 < TOS (System Binary) -> True/False 03CE4-P <_(boolean)_1short2short 03CE4:P LessThan_short_short 03D19 if TOS-1 = TOS (System Binary) -> True/False 03D19- ==_(boolean)_1short2short 03D19: Equal_short_short 03D4E if TOS-1 != TOS (System Binary) -> True/False 03D4E- \=/_(boolean)_1short2short 03D4E: NotEqual_short_short 03D83 P if TOS-1 > TOS (System Binary) -> True/False 03D83-P >_(boolean)_1short2short 03D83:P GreaterThan_short_short 03DBC P Internal + (2:System Binary,1:System Binary) 03DBC-P +_1short2short 03DBC:P Add_short 03DC7: Push_A_and_rplret 03DE0 P Internal - (2:System Binary,1:System Binary) 03DE0-P -_1short2short 03DE0:P Sub_short 03DEF P Internal add one (1:System Binary) 03DEF-P <1h>_+_1short 03DEF:P Inc_short 03E0E P Internal subtract one (1:System Binary) 03E0E-P <1h>_-_1short 03E0E:P Dec_short 03E2D P Internal add two (1:System Binary) 03E2D-P <2h>_+_1short 03E2D:P Inc2_short 03E4E P Internal subtract two (1:System Binary) 03E4E-P <2h>_-_1short 03E4E:P Dec2_short 03E6F P Internal multiply by 2 (1:System Binary) 03E6F-P <2h>_*_1short 03E6F:P Mul2_short 03E8E P Internal divide by 2 (1:System Binary) 03E8E-P <2h>_/_1short2short 03E8E:P Div2_short 03EB1 P Internal AND (2:System Binary,1:System Binary) 03EB1-P and_1short2short 03EB1:P And_short_short 03EC2 P Internal * (2:System Binary,1:System Binary) 03EC2-P *_1short2short 03ED9: Mul_short_short_loop 03EE5: Mul_short_short_done 03EF7 P Internal / (2:System Binary,1:System Binary) -> (2:rem,1:div) 03EF7-P /_1short2short 03F14: shortpushR0R1_rplret 03F5D MC: pop TOS-1 and TOS (System Binary) -> A.A and C.A 03F5D: get2shorts 03F8B push Real Number prolog <2933h> 03F8B: Short__type_Real 03F8B^ <2933h> 03F95 push Complex Number prolog <2977h> 03F95: Short__type_Complex 03F95^ <2977h> 03F9F push List prolog <2A74h> 03F9F: Short__type_List 03F9F^ <2A74h> 03FA9 push Global Name prolog <2E48h> 03FA9: Short__type_Gname 03FA9^ <2E48h> 03FB3 push Program prolog <2D9Dh> 03FB3: Short__type_Program 03FB3^ <2D9Dh> 03FBD push Algebraic prolog <2AB8h> 03FBD: Short__type_Algebraic 03FBD^ <2AB8h> 03FC7 push Directory prolog <2A96h> 03FC7: Short__type_Directory 03FC7^ <2A96h> 03FD1 push Local Name prolog <2E6Dh> 03FD1: Short__type_Lname 03FD1^ <2E6Dh> 03FDB push Long Real prolog <2955h> 03FDB: Short__type_LReal 03FDB^ <2955h> 03FE5 push Unit prolog <2ADAh> 03FE5: Short__type_Unit 03FE5^ <2ADAh> 03FEF <0h> 03FEF: Short_0 03FF9 <1h> 03FF9: Short_1 04003 <2h> 04003= Short_2 0400D <3h> 0400D= Short_3 04017 <4h> 04017= Short_4 04021 <5h> 04021= Short_5 0402B <6h> 0402B= Short_6 04035 <7h> 04035= Short_7 0403F <8h> 0403F: Short_8 04049 <9h> 04049: Short_9 04053 <Ah> 04053= Short_0ah 0405D <Bh> 0405D= Short_0bh 04067 <Ch> 04067: Short_0ch 04071 <Dh> 04071: Short_0dh 0407B <Eh> 0407B= Short_0eh 04085 <Fh> 04085: Short_0fh 0408F <10h> 0408F: Short_10h 04099 <11h> 04099= Short_11h 040A3 <12h> 040A3= Short_12h 040AD <13h> 040AD: Short_13h 040B7 <14h> 040B7: Short_14h 040C1 <15h> 040C1: Short_15h 040CB <16h> 040CB: Short_16h 040D5 <17h> 040D5: Short_17h 040DF <18h> 040DF: Short_18h 040E9 <19h> 040E9: Short_19h 040F3 <1Ah> 040F3= Short_1ah 040FD <1Bh> 040FD= Short_1bh 04107 <1Ch> 04107: Short_1ch 04111 <1Dh> 04111: Short_1dh 0411B <1Eh> 0411B= Short_1eh 04125 <1Fh> 04125: Short_1fh 0412F <20h> 0412F: Short_20h 04139 <21h> 04139= Short_21h 04143 <22h> 04143= Short_22h 0414D <23h> 0414D: Short_23h 04157 <24h> 04157: Short_24h 04161 <25h> 04161: Short_25h 0416B <26h> 0416B: Short_26h 04175 <27h> 04175: Short_27h 0417F <28h> 0417F: Short_28h 04189 <29h> 04189: Short_29h 04193 <2Ah> 04193= Short_2ah 0419D <2Bh> 0419D: Short_2bh 041A7 Internal OFF 041A7= Off 041ED-P off 04546-P 04577-P 04693: save_regs_ref_4 04708-P key?_do 04714-P key? 04714:P Lastkeyq 0477E: poll_kbd 047B7: clear_pollflag 047C7-P keyscan_1short 04912-P keywait 04A0B-P rcl_user_menu_name_as_global_1short(menu_number_<1h>_to_<6h>) 04A0B-P rcl_rom_menu_contents_(command)_1short_(menu_number_<1h>_to_<6h>) 04A0B-P rcl_rom_menu_contents_(directory)_1short(menu_number_<1h>_to_<6h>) 04A41-P rcl_user_menu_name_as_global_1short(menu_number_<1h>_to_<6h>) 04A41-P rcl_rom_menu_name_as_string_1short(menu_number_<1h>_to_<6h>) 04A4C-P sto_menu_name_1short(menu_number_<1h>_to_<6h>)2string 04A57-P 04B15: getmenu 04B76: getmenuent 04CDC^ <72000h> 04CE6-P rcl_5_nibbles_@70673_as_short 04CE6:P Get_70673 04D0E-P sto_5_nibbles_@70673_1short 04D0E:P Set_70673 04D33-P clr_5_nibbles_@70673 04D33:P Clear_70673 04D3E-P move_055DF_to_@d1_(overwrites_level1_w/_null_string)_1any 04D43: set_string_null 04D57-P drop_move_055DF_to_@d1_(drop_overwrite_level1_w/_null_string)_1any2any 04DD7-P split_short_1short 04E07-P move_address_@70600_to_@d1_(overwrites_level1) 04E07:P Get_70600 04E37-P move_address_@d1_to_@70600_(stores_level1) 04E37: Bind_70600 04E5E:P Inc_local_and_loop_ctrs 04EB8:P Eval_in_new_frameq 04ED1-P do errn @70673 (Last error code) 04FAA-P errn_006_power_lost 04FB6 P Error: Insufficient Memory 04FB6-P errn_001_insufficient_memory 04FB6:P Error_Insuff_mem 04FBB MC: Error: Insufficient Memory 04FBB: error_insuff_mem 04FC2-P errn_002_directory_recursion 04FC2:P Error_Dir_Recursion 04FC7: error_dir_recursion 04FCE-P errn_003_undefined_local_name 04FCE:P Error_Undef_local 04FD3: error_undef_local 04FDA-P errn_008_invalid_card_data 04FDA:P Error_Inv_card_data 04FDF: error_inv_card_data 04FE6-P errn_009_object_in_use 04FE6:P Error_Obj_in_use 04FEB: error_obj_in_use 04FF2-P errn_00a_port_not_available 04FF2:P Error_Port_not_avail 04FF7: error_port_not_avail 04FFE-P errn_00b_no_room_in_port 04FFE:P Error_No_room_in_port 0500A-P errn_00c_object_not_in_port 0500A:P Error_Obj_not_in_port 0500F: error_obj_not_in_port 05016-P errn_004_undefined_xlib_name 05016:P Error_Undef_xlib_name 0501B: error_undef_xlib_name 0501E MC: invoke error code in C 0501E: disp_error_c_p 05023 MC: invoke error code in A.A 05023: disp_error_a 05040-P on/attn_key_pressed? 05068-P 05089 P Internal UVAL (1:Unit) 05089-P uval_(1_get)_1unit 05089=P RE_Unit 050ED-P string->character 050ED:P FirstChar_of_string 05143 MC: Restore D,B,D1,D0 (C=D0), Clear Carry and continue RPL 05153: SubList_2_toEnd 0516C: SubString_2toEnd 05176: Short_fffffh 0518A-P +_1string2string 05193 P Internal + (2:String,1:String) 05193-P +_1string2string 05193=P Add_string_string 0521F Internal + (2:List,1:List) 0521F= Add_list_list 0525B-P chr_1short2string 052C6= ToList1_Swap_AddList 052EE-P chr_1short2string 052EE=P Add_char_to_string 052FA Internal + (2:List,1:Any) 052FA= Add_list_any 05331 P build composite object (N:...,2:System Binary,1:System Binary) 05331-P \->list_1short(prolog)2short(n)3any...nanyn+1anyn+2any 05331-P \->program_1short(prolog)2short(n)3any...nanyn+1anyn+2any 05331-P \->algebraic_1short(prolog)2short(n)3any...nanyn+1anyn+2any 05445 Internal ->PROGRAM (N:...,1:System Binary) 05445: ToPrg 05459 Internal ->LIST (N:...,1:System Binary) 05459: ToList 0546D Internal ->ALGEBRAIC (N:...,1:System Binary) 0546D: ToAlg 05481 Internal ->UNIT (M:...,1:System Binary) 054AF P explode composite object -> (N:...,1:System Binary) 054AF-P algebraic\->_1algebraic 054AF-P list\->_1list 054AF-P program\->_1program 054AF:P ListAlgPrgTo 0554C GC & load D,B,D1,D0 (C=D0) / CC 05566:P Short_5_p_alt 05566-P null_string? 0556F-P null_string? 0556F:P Short_5_p 05574: short_5_p 0558A: settrue_if_CEqA_elseFalse 0558F: settrue 055A3: setfalse 055B7-P null_list? 055B7:P Short__End_p 055D5: Binary_null Template for Binaries 055DF "" 055DF: String_null Template for Strings 055E9 { } 055E9: List_empty Template for Lists (empty list) 055F3: Alg_empty Template for Algebraics 05616-P size_(nibbles)_1string 05622 P SIZE of level 2 String -> System Binary 05622-P over_size_(bytes)_1any2string 05622:P Strlen_of_lev2 05636 P Internal SIZE (1:String) -> System Binary 05636-P size_(bytes)_1string 05636:P Strlen 0567B-P size_1list 0567B=P Size_listUnit 056B6 P Internal GET; object <Nh> -> N'th address in object 056B6-P get_1short2list 05733-P sub_(bytes)_1short2short3string 05733=P Substr_short_short 05815-P sub_(nibbles)_1short2short3string 05821-P sub_1short2short3list 05821=P Sub_Arr_Short_Short 05902-P size_(nibbles)_1any 05944 P Internal BYTES (non-ROM objects) -> (2:System Binary,1:Binary Integer) 05944-P bytes_1any 05944=P Crc_Nibbles 059CC-P short->binary 05A03 P Internal B->SB (1:Binary Integer) 05A03-P binary->short 05A03=P Bin_to_short 05A51-P character\->short 05A51:P Char_to_short 05A75-P short\->character 05A75:P Short_to_char 05AB3: Copy_and_set_type 05ACC-P change_prolog_1short2any 05ACC:P Settype 05B15-P string\->global_1string 05B15:P Str_to_Global 05B79 MC: allocate string 05B79: stralloc 05B88: str_try_again 05BAD: str_avail 05BE9 P name to string (1:Global Name/Local Name) 05BE9-P global\->string_1global 05BE9:P Name_to_string 05C27 P Internal R->C (2:Real Number,1:Real Number) 05C27-P r\->c 05C27:P Two_reals_to_complex 05C8A-P longreal\->longcomplex_1longreal2longreal 05C8A:P Two_lreals_to_lcomplex 05D2C P Internal C->R (1:Complex Number) 05D2C-P c\->r 05D2C:P Complex_to_reals 05DBC-P longcomplex\->longreal_1longcomplex 05DBC:P Lcomplex_to_lreals 05E81 Deep internal ->TAG (2:Any,1:String) 05E81: StrTag 05E9F-P /->tag_1{global_any} 05E9F:P Tag 05EC7 Internal OBJ-> (1:Tagged) 05EC7= SplitTag 05EEA P change prolog of list element one to Global Name 05EEA-P dtag_1{tagged} 05EEA:P Zap_Gname 05F0F GC Need 5 Nibbles 05F2E Internal ->TAG (2:Any,1:Global Name/Local Name) 05F42 P RPL Garbage Collect 05F42-P force_memory_packing 05F61 P Internal MEM (nibbles free) -> (1:System Binary) 05F61-P mem 05F61:P Free_mem 05F91: findobj 0613E Garbage Collect & set D 064D6-P 064E2-P 06529: shortpush_r0r1 06537 MC: push R0 as new System Binary 06537: shortpush_r0 0657E^ <61441h> 065D9-P 065E5-P 06641 MC: pop TOS (System Binary) -> A.A 06641: getshort 06657 P Internal NEWOB 06657-P newob 06657:P Copy 066B9: blkcopy_descend 0670C MC: block copy 0670C: blkcopy 0679B MC: save D0,D1,B,D (uses C,D0), clear carry 0679B: save_regs 067D2 MC: restore D,B,D1,D0 (C=D0), clear carry 067D2: restore_regs 06806 Let C = Space B/W RSTK & TOS 06806= avail_mem 06A8E Let C.A = C.A / 5 06A8E: div5_c 06AD8 A=malloc(C Nibbles) ??? 06AD8: blkalloc 06AE3 A=malloc(C Nibbles) 06B00 A=malloc(B Nibbles) (C.A=free nibbles) 06B3E:P Dynamicp 06B4E-P 06DDE-P 06E8E No Operation (continue RPL) 06E8E- continue_rpl_(no_operation) 06E8E: RE_Real 06E97 P Place next address on the stack, do not execute 06E97-P push_next_item_in_this_instruction_stream_to_stack_unevaluated 06E97:P Get_value 06EC9: pushobj_a_rplret 06EEB-P push_next_item_in_previous_instruction_stream_to_stack_unevaluated 06F66-P eval_next_item_from_previous_instruction_steam_then_continue 06F8E Internal EVAL (1:Any except Algebraic/List/Tagged) 06F8E- eval_1any_(except_list_algebraic_tagged) 06F8E: Eval 06F9F-P eval_1program 06F9F:P Eval_program 06FB7- skip_remainder_of_previous_instruction_stream_&_continue 06FB7 iterate loop 06FBC MC: iterate loop 06FBC: iterate_loop 06FD1-P eval_next_item_in_this_instruction_stream_&_return 06FD1 P Return and execute the next token in this stream 06FD1:P Eval_prev_context 06FD6 MC: return and execute the next token in this stream 06FD6: eval_and_ret 06FD6: rpl_return 07012:P DupNextPrg 07012-P push_remainder_of_previous_instruction_stream_&_continue 0701F-P push_&_skip_remainder_previous_instruction_stream_&_continue 07035: dupnextprg 070C3-P if_level3_true_then_drop_&_eval_else_swap_drop_&_eval_1any2any3external 070C3:P IfTrueFalse 070F5: pop_rplret 070FD-P if_level2_true_then_eval_else_else_drop 0712A-P if_true_then_skip_next_item_in_this_instruction_stream_1external 0712A P if pop TOS = True, then skip next token 0712A:P Skip_if_True 0714D-P skip_next_item_in_this_instruction_stream 0714D:P Skip 07152 MC: skip next token and continue RPL 07152: skip 0715C-P skip_next_2_items_in_this_instruction_stream 0715C P skip next two tokens 0715C:P Skip_Two 07161 MC: skip next two tokens and continue RPL 07161: skip_two 0716B P set return to self 0716B:P Set_return_self 07170 MC: set return to self and continue RPL 07170: set_return 0717B MC: set return to A and continue RPL 0717B: set_return_a 071A2 P loop 071A2-P do_until_(loop/test-clause_true_end) 071A2-P while_(test-clause_true_repeat_loop-clause_end) 071A2:P Loop 071AB-P abort_loop 071AB P exit loop 071B0 MC: exit loop 071B0: exit_loop 071BE MC: continue RPL 071BE: rplret_5 071C8 P if pop TOS = False, then exit loop, else iterate loop 071C8-P end_1external_(do_(until)_loop/test-clause_true_end) 071C8-P until_(end)_1external 071C8:P Until_False 071CD MC: if pop TOS = False, then exit loop, else iterate loop 071E5 P exit loop 071E5-P end 071EE P if pop TOS = False, then skip next two tokens and iterate 071EE-P repeat_1external_(while_test-clause_true_repeat_loop-clause_end) 071EE:P IfFalse_thenSkip2Iterate 07211 MC: skip next two tokens and iterate 07221 P push current loop counter as System Binary 07221-P rcl_current_loop_count 07221:P Loop_increment 07249-P rcl_n_(total_loop_passes) 07249:P Loop_counter 07258:P Loop_v1q 07264:P Loop_v2q 07270:P Set_loop_increment 07295:P Set_loop_counter 072AD:P Set_loop_v1q 072C2:P Set_loop_v2q 072D7 A=orig D0, C=ptr to loop info, D0=ptr to loop counter 072D7: find_loopvars 072EC: find_loopvar_3 07321-P 07334 P next (internal loop) 07334-P next 07334:P Next 073A5-P step_1short 073A5:P Step 073C3 P for 0 to (TOS)-1 (1:System Binary) 073C3-P start_0_to_n-1_1short 073C3:P Start_0or1_shortSub1 073CE P for 1 to (TOS)-1 (1:System Binary) 073CE-P start_1_to_n-1_1short 073CE:P Start_1_to_nSub1 073DB P for 1 to TOS (1:System Binary) 073DB-P start_1_to_n_1short_(7249=n+1) 073DB:P Start_1_shortSub1 073F7 P for TOS to (TOS-1)-1 (2:System Binary,1:System Binary) 073F7-P start_n(2)_to_n(1)_1short2short 073F7:P Start_short_short 07497-P purge_local(s) 074D0 store local variables (N:Any,...,1:List(of Local Names)) 074D0: ListAlgPrgTo_StoreLocals 074E4 P store local variables (M:Any,...N:Local Name,...1:System Binary) 074E4-P store_local(s)_1short2local....nany 074E4:P Store_Locals_N 075A5-P 075E9-P 07638-P 0764E-P attach_message_array_1array2short 0764E;P Replace message table (1:Array of String, 2:System Binary) 076AE-P detach_(home_directory)_1short 076AE P Internal DETACH from HOME directory (1:System Binary) 07709 P Internal ATTACH to HOME directory (1:System Binary) 077C2-P 07819-P crdir_1short 07866: nameeqp 078C3: Find_var_current_dir 07901= Up_dir 0791E-P 0792A-P 07943-P 0797B-P rcl_1global 0797B:P Find_name 079AE: rr_pusha_jumpTrue_ref 079CC: try_prev_dir 079D3: rr_setFalse_rplret_ref 079D7-P 07A90^ <216A8h> 07BFD-P global\->command_1global 07C2F: jumpTrue 07D1B-P sto_1local2any 07D27-P sto_1global2any 07D27 P Internal STO (2:Any,1:Local Name) 07DA2: find_local_var 07DF3: find_local_b_levels_up 07E50 P \->xlib_1short(library_number)2short(command_number) 07E76-P rpl\->xlib_1program 07E99 P rcl_(xlib_contents)_1xlib 07E99=P Find_Xlib 07EC4: rr_setFalse_rplret 07F98-P returns_xlib's_library_number_1xlib 08051^ <414C1h> 08072: rr_pusha_jumpTrue 0807F-P returns_library_location_1short(library_number) 0809E-P size_(library_nibbles-10)_1short(library_number) 080C9-P does_this_library_or_one_higher_exist?_1short(library_number) 08101-P returns_hash_table_location_1short(library_number) 0811C-P returns_message_table_location_1short(library_number) 08128-P rcl_link_table_to_stack_(large_binary)_1short(library_number) 08143-P rcl_configuration_routine_to_stack_1short(library_number) 0814F-P returns_library's_number_to_stack_1global(library's_name) 081B9-P returns_library's_name_to_stack_1short(library's_number) 081D9-P backup\->name_1backup 081EE-P library\->short_1library 08207-P command\->global_1command 0821F-P xlib\->global_1xlib(visible) 0825B^ <216A8h> 082E3-P variable_contents\->name 082E3=P Up_findValue 08309-P rcl_next_directory_up_1directory 08309=P Updir 08326-P rcl_first_directory/variable_1directory 08326:P Get_first_dirEntry 08376-P rcl_next_directory/variable_1external2directory 085D3-P sto_1new_contents2old_contents 08696-P sto_1global2any 089D8-P purge_1external(true/false)2any(variable_contents) 089FA-P purge_1any(variable_contents) 08CCC-P xlib\->_1xlib 08D08-P updir_1directory_(pre-existing) 08D08:P Set_curdir 08D14: pop_store_ind_c_rplret 08D1C: store_a_indc_rplret 08D2F: clr_indc_rplret 08D35: zeropindc 08D4A:P Store_tmpdir 08D5A P recall current directory 08D5A-P rcl_current_directory 08D5A: Get_curdir 08D66: pushindc_rplret 08D75: rpljump_indc 08D82-P rcl_home_directory 08D82:P Get_Tmpdir 08D92 P Internal HOME 08D92-P home 08D92:P Home 08D9E: setHome_c 08DC4:P SetTmpdir_Home 08DD4 P if pop TOS = HOME directory -> True/False 08DD4-P home?_(boolean)_1directory 08DD4:P Homep 08E14^ <7FFh> 08E73-P matches_library_w/_number_1library2short(library's_number) 08ECC^ <566A8h> 08F20^ <D6A8h> 09107-P sto_1short(port1/2_only)2short(nibbles+5)3short(address)4any5global 0922D^ <71541h> 092F5-P 0948E-P 094A4-P 095E3^ <2D541h> 09699-P 0970A-P 09730-P 0AAD0-P 0AB51-P 0AB82-P return_port_pointers_1short 0AC66^ <36h> 0AC70-P 0AD47-P 0AE03-P 0AF8B-P 0B037-P 0B5F3-P 0B69B-P 0B7C6-P 0B9E8-P 0BA7D-P 0BB68-P 0BD54-P 0BD60-P 0C1EF-P 0C288-P 0C2CB-P 0C37A-P 0C4EC-P rcl_message_as_string_1short(message_table_address)2short(message) 0C4EC-P (should_be_immediately_followed_drop_newob) 0C4EC-P 0C4FE^ <F6A8h> 0C612-P rcl_1short(address_of_data_being_recalled) 0C624^ <F6A8h> 0CAF5-P 0CB0F: ret_FalseTrue_2_ref 0CB84-P 0CBA2-P 0CBAE P Error: Nonexistent Alarm 0CBAE-P errn_d04_nonexexistent_alarm 0CBAE:P Error_Nonexist_Alrm 0CBB7: error_inv_date 0CBC4: error_inv_time 0CBD1: error_inv_repeat 0CBDE MC: Error: Nonexistent Alarm 0CBDE: error_nonexist_alrm 0CBE3: disp_error_cx 0CBEF: restore_regs_and_p 0CBFA P Internal TIME 0CBFA=P Cmd_Time 0CC0E P Internal DATE 0CC0E=P Cmd_Date 0CC39 P Internal DDAYS 0CC39=P Ddays 0CC5B Internal DATE+ 0CC5B= DateAdd 0CC60^ <1h> 0CC79-P 0CD2B Internal ->DATE 0CD2B= ToDate 0CD3F Internal CLKADJ 0CD3F= Clkadj 0CD53 Internal ->TIME 0CD53= ToTime 0CD67-P 0CDA6-P 0CDD0-P 0CE0F-P 0CEB9-P 0CED9-P 0CEEA-P 0CF5B-P 0CFD9=P Date_to_string 0D06A=P Time_to_string 0D143-P 0D156-P 0D169-P 0D18A-P 0D2A3 Internal WSLOG 0D2A3: Wslog 0D304 Internal TSTR 0D304: Tstr 0DC0F-P 0DC1C-P 0DC28-P 0DDA8 Internal ACKALL 0DDA8: Ackall 0DDC1 Internal ACK 0DDC1: Ack 0DF01 'Alarms' (Global Name) 0DF28 'Alarms' (Global Name) 0DF45-P 0E029: Disp_string_at_curPos 0E05B: Disp_grob_at_curPos 0E06F: Erase_two_stkLines 0E083: Erase_curStkLine 0E097: Erase_nextStkLine 0E0AB: Get_fullStkGrob_curPos_nextEolPos 0E0D3: Get_fullStkGrob_curPos_eolPos 0E0FB: Get_fullStkGrob_nextLine 0E128: Get_fullStkGrob_curColRow 0E1B9-P 0E1D8 Convert internal alarm into external alarm 0E219-P 0E235 P Recall 'Alarms' list 0E248-P 0E26D-P 0E27D-P 0E2A1-P 0E2B9-P 0E2D1-P 0E302-P 0E343^ <F9A7Ah> 0E3A6-P 0E3DF Internal RCLALARM 0E3DF: Rclalrm 0E402 Recall N'th Alarm (1:System Binary) -> (Alarm/True,False) 0E41B-P 0E43C-P 0E47A 'M' (Local Name) 0E483 'N' (Local Name) 0E4A0 'M' (Local Name) 0E4AE 'N' (Local Name) 0E4C1 'M' (Local Name) 0E510= Stoalrm_real 0E52E^ 0 0E54D= Stoalrm_list 0E593^ 0 0E5D0^ 0 0E630-P 0E66A-P 0E693-P 0E724 Internal DELALARM 0E724= Delalrm 0E7B0-P 0E7BB-P 0E7CE-P 0E7F7-P 0E802-P 0E80D-P 0E820-P 0E82B-P 0E836-P 0E8F3: testEnd 0E8FE: testbinary 0E909: test_1dh 0E914: testlist 0E91B: testtype 0E925-P 0E9B2-P 0EAD7 Internal FINDALARM (1:Real Number) 0EAD7= Fndalrm_real 0EB31 Internal FINDALARM (1:List) 0EB31= Fndalrm_list 0EB81 Internal TICKS 0EB81= Ticks 0EC07-P 0EC9D-P 0ED78-P 0ED95-P 0EDFA: test_d_gt_1 0EE26-P 0EFEE: Real_8192 Ticks per second 0F003: Real_491520 Ticks per minute 0F018: Real_29491200 Ticks per hour 0F02D: Real_707788800 Ticks per day 0F042: Real_4954521600 Ticks per week 0F33A Internal UNIT 0F33A= ToUnit_real_unit 0F34E Internal OBJ-> (1:Unit) 0F371 Internal CONVERT 0F371= Convert 0F547^ 32 (Long Real) 0F561 Standardize units and then strip units (levels 1,2) 0F584 Internal == (2:Real Number/Unit,1:Real Number/Unit) 0F598 Internal != (2:Real Number/Unit,1:Real Number/Unit) 0F5AC Internal < (2:Real Number/Unit,1:Real Number/Unit) 0F5C0 Internal > (2:Real Number/Unit,1:Real Number/Unit) 0F5D4 Internal <= (2:Real Number/Unit,1:Real Number/Unit) 0F5E8 Internal >= (2:Real Number/Unit,1:Real Number/Unit) 0F5FC Internal ABS (1:Unit) 0F5FC= Abs_unit 0F615 Internal NEG (1:Unit) 0F615= Neg_unit 0F62E Internal SIN (1:Unit) 0F62E= Sin_unit 0F660 Internal COS (1:Unit) 0F660= Cos_unit 0F674 Internal TAN (1:Unit) 0F674= Tan_unit 0F688^ 6.28318530717959 = 2pi (Long Real) 0F6A2 Internal + (2:Real Number/Unit,1:Real Number/Unit) 0F6A2= Add_unit_unit 0F774 Internal - (2:Real Number/Unit,1:Real Number/Unit) 0F774= Sub_real_unit 0F774= Sub_unit 0F774= Sub_unit_real 0F792 Internal * (2:Real Number/Unit,1:Real Number/Unit) 0F792= Mul_unit 0F823 Internal / (2:Real Number/Unit,1:Real Number/Unit) 0F823= Div_real_unit 0F823= Div_unit 0F841 Internal INV (1:Unit) 0F841= Inv_unit 0F878 Internal ^ (2:Real Number/Unit,1:Real Number/Unit) 0F878= Pwr_unit 0F8FA= Xroot_real_unit 0F913 Internal SQ (1:Unit) 0F913= Sq_unit 0F92C Internal sqrt (1:Unit) 0F92C= Sqrt_unit 0F945 Internal UBASE (1:Unit) 0F945= Ubase 0FB6F Internal MAX (2:Real Number/Unit,1:Real Number/Unit) 0FB6F= Max_unit 0FB8D Internal MIN (2:Real Number/Unit,1:Real Number/Unit) 0FB8D= Min_unit 0FBAB Internal % (2:Unit,1:Real Number) 0FBAB= Percent_unit_real 0FC3C Internal %CH (2:Real Number/Unit,1:Real Number/Unit) 0FC3C= PercentCH_unit 0FCCD Internal %T (2:Real Number/Unit,1:Real Number/Unit) 0FCE6 Internal SIGN (1:Unit) 0FCE6= SigmaN_unit 0FCFA Internal IP (1:Unit) 0FCFA= Ip_unit 0FD0E Internal FP (1:Unit) 0FD0E= Fp_unit 0FD22 Internal FLOOR (1:Unit) 0FD22= Floor_unit 0FD36 Internal CEIL (1:Unit) 0FD36= Ceil_unit 0FD68 Internal RND (2:Unit,1:Real Number) 0FD68= Rnd_unit_real 0FD8B Internal TRNC (2:Unit,1:Real Number) 0FD8B= Trunc_unit_real 10141-P 10B1C-P 10D4B-P 10E68^ 0.555555555555556 = 5/9 (C <-> F conversion) (Long Real) 10E82^ 1 (Long Real) 10E9C^ 273.15 = 0C in K (Long Real) 10EB6^ 459.67 = 0F in R (Long Real) 10ED0^ 0.0795774715459477 (Long Real) 10EEA-P 10EFA-P 10F54-P errn_102_can't_edit_null_char 10F54:P Error_Cant_edit_null_char 10F64-P errn_103_invalid_user_function 10F64:P Error_Inv_user_func 10F74 P Error: No Current Equation 10F74-P errn_104_no_current_equation 10F74:P Error_No_Cur_eq 10F79 MC: Error: No Current Equation 10F86-P errn_106_invalid_syntax 10F86:P Error_Inv_syntax 10F96-P errn_12e_invalid_ppar 10F96:P Error_Invalid_PPAR 10FA6-P errn_12f_non-real_result 10FA6:P Error_Nonreal_result 10FB6-P errn_130_unable_to_isolate 10FB6:P Error_Unable_to_Isol 10FC6-P errn_126_halt_not_allowed 10FC6:P Error_Halt_not_allowed 10FD6 P Internal KILL 10FD6-P errn_123_kill 10FD6:P Error_123 10FE6-P errn_124_last_stack_disabled 10FE6:P Error_Last_stack_disabl 10FF6-P errn_125_last_cmd_disabled 10FF6:P Error_Last_cmd_disabl 11006-P errn_128_wrong_argument_count 11006:P Error_Wrong_arg_count 11016-P errn_129_circular_reference 11016:P Error_Circ_ref 11026-P errn_12a_directory_not_allowed 11026:P Error_Dir_not_allowed 11036 P Error: Non-Empty Directory 11036-P errn_12b_non-empty_directory 11036:P Error_Nonempty_dir 1103B MC: Error: Non-Empty Directory 11046-P errn_12c_invalid_definition 11046:P Error_Inv_def 11056-P errn_12d_missing_library 11056:P Error_Missing_library 11066-P errn_13c_name_conflict 11066:P Error_Name_conflict 11076 P Internal CONT 11076-P errn_13e_continue 11076:P Error_13e 110EF-P 1123F-P 112EC P ?? save Last Arguments 112EC-P clear_last_arguments 112EC:P Clear_lastargs 11320-P 1132D-P alpha_annunciator_on 1133A-P alpha_annunciator_off 11347-P blue_shift_annunciator_on 11354-P blue_shift_annunciator_off 11361-P orange_shift_annunciator_on 1136E-P orange_shift_annunciator_off 11387-P 113C2-P 113D2-P 113E2-P 113F2-P 11402-P 11412-P 11422-P 11432-P 11442-P 11452-P 11462-P 11472-P 11495-P 114B3 Push @C.A as new System Binary 114B3: pushindc_short 114C9: popshort_store_indc 11501-P 11511-P 11533-P prg_on 11543-P delayed_alpha_lock 1155C-P 1156C-P 1158F P Internal BLANK (2:System Binary,1:System Binary) 1165A= compute_grob_nibble 11679=P Disp_Grob_inGrob_Pos 1192F-P 11A6D-P 11CBE: getshort_ref_3 11CC5: save_regs_ref_3 11CCC: do_retsetxm 11CCE-P 11CF3:P String_pitch10_toGrob 11D00:P String_pitch8_toGrob 11EEF: do_retsetc 11EFF: back_graph_char 11F1D: set_c_nib7_0fh 11F1F: set_c_p_fh 11F80=P String_pitch6_toGrob 11FFF: seta_rplret 12002: rplret_8 1200C:P String_to_grob_pitch6 120CC: strlen_a 120EE: pushShortA_rplret_alt_ref 1215E-P 122FF-P 123C8-P disp_(n_x_10)_1short2string 123E5-P <4h>_disp_(n_x_10)_1string 123F5-P <3h>_disp_(n_x_10)_1string 12405-P <2h>_disp_(n_X_10)_1stirng 12415-P <1h>_disp_(n_x_10)_1string 12429-P disp_(n_x_8)_1short2string 12429:P Disp_pitch8Str 1245B-P <1h>_disp_(n_x_8)_1string 1245B:P DispStk_pitch8Str_line0 1245B:P Disp_pitch8Str_line0 1246B-P <2h>_disp_(n_x_8)_1string 1246B:P DispStk_pitch8Str_line1 1246B:P Disp_pitch8Str_line1 1247B-P <3h>_disp_(n_x_8)_1string 1247B:P DispStk_pitch8Str_line2 1247B:P Disp_pitch8Str_line2 1248B-P <4h>_disp_(n_x_8)_1string 1248B:P DispStk_pitch8Str_line3 1248B:P Disp_pitch8Str_line3 1249B-P <5h>_disp_(n_x_8)_1string 1249B:P DispStk_pitch8Str_line4 1249B:P Disp_pitch8Str_line4 124AB-P <6h>_disp_(n_x_8)_1string 124AB:P DispStk_pitch8Str_line5 124AB:P Disp_pitch8Str_line5 124BB-P <7h>_disp_(n_x_8)_1string 124BB:P DispStk_pitch8Str_line6 124BB:P Disp_pitch8Str_line6 124CB:P DispStk_pitch8Str_line7 124CB:P Disp_pitch8Str_line7 124D7: dispstr_row_c 12635-P rcl_stack/status_grob_(131_x_56) 12635:P Get_56line_stkGROB 12645-P rcl_menu_grob_(131_x_8) 12645:P Get_menuGrob 12655-P rcl_stack/status_grob_(131_x_56) 12655:P Get_stkGrob 12665 P recall PICT 12665:P Get_graphGrob 12690-P 126DF: Erase_lines_in_stkGROB 1270C: Disp_at_lines_0_1 12725: Disp_line_0 12748: Disp_line_1 12770: Trunc_string_for_display 127A7: Split_string_at_LF 12815: DispStringPitch6_inFullStkCurPos_FullStk 12829: Disp_inFullStkCurPos_FullStk 12847-P 12996-P 12A0D-P 12A4A-P 12AF6-P 12BB7-P 12DD1-P 12E89-P 12F0A-P 12FB2 XFER: Save D,B,D1,D0 (uses C) 13043-P 13061-P 130CA-P 13135-P 1314D P Internal TEXT 13161 XFER: Restore D,B,D1,D0 (C=D0) / Clear Carry 13167-P 131C8-P 13220-P 134AE-P 134E4-P 1357F-P 13679-P 13695-P 137B6-P 137B6=P Get_curRowCol 1380F-P 13825-P 1383B-P 1384A-P 13986-P 13992-P 139E7-P 13B41-P 13BB5-P 13BF1-P 13D28-P 13D55-P 13E05-P 13E22-P 13E2E-P 13E53-P 13E63-P 13E85-P 13E9E-P 13EBC-P 13ED2-P 13EF1-P 13F01-P 13F11-P 13F29-P 13F47-P 13F69-P 13F7F-P 13F9B-P 13FB0-P 13FE5-P move_5_nibbles_@70673_to_#706FF 1400E P Internal ERR0 1400E-P err0 1400E=P Err0 14039 P Push Last Err# as System Binary 14039-P errn 1404C Internal ERRN 1404C= Errn 14065 Internal ERRM 14065= Errm 14088 Internal ->STR (1:Any) 14088: ToString 140AB Internal DISP (2:Any,1:Real Number) 140AB: Disp 140F1 Internal CHR (1:Real Number) 140F1: Chr 1410F Internal NUM (1:String) 1410F: Num 14137 Internal STR-> (1:String) 14137: StrTo_Eval 1415A Internal BEEP (2:Real Number,1:Real Number) 1415A: Beep_real 1415F: Mul1000_real 141B2-P beep_1short2short 141B2:P Beep 141DE: jump_save_regs 141E5-P 1420A P Internal > (2:String,1:String) 1420A-P >_1string2string 142A6 Internal < (2:String,1:String) 142BA Internal >= (2:String,1:String) 142E2 Internal <= (2:String,1:String) 142FB Internal FREEZE (1:Real Number) 142FB= Freeze 14378 Internal HALT 1439B ''halt' (Local Name) 14483 ''nohalt' (Local Name) 14D1B-P 14E6D-P 14EA5-P 14EEC-P 14F2A-P 14F8C-P 14FC3-P 15007 Internal DOERR (1:Real Number) 15007= Doerr_real 1501B Internal DOERR (1:Binary Integer) 1501B= Doerr_bin 1502F Internal DOERR (1:System Binary) 15048 Internal DOERR (1:String) 15048= Doerr_string 1518D-P 15442: "String_': '" 15717 Internal STEQ (1:Any) 1572B Internal RCEQ 15744 Internal RCEQ -> Contents,True/False 15758 unevaluated 'EQ' (Global Name) 1576C 'EQ' (Global Name) 15781 '' (Global Name) 1592D Set last RPL token to <0h> and verify DEPTH >= 1 15978: toString_1any 159EB-P \->str_1any_(truncate) 15A54-P 15A60-P 15A8B-P 15A97-P 15B13= Any_to_string 15B31-P \->str_1any 15B3D-P \->str_1any 15C4B^ <15D06h> 15D6F^ <117h> 15DAB^ <118h> 15E0B^ <112h> 15FCF-P hex\->ascii_1string2binary 1605F-P quotes_in_string_1string 1606C-P double_quotes_in_string_1string 160E5-P \->str_1global 1613F Null String "" (RAM based) 1613F: String_null_Copy 162AC-P \->str_1real 162AC:P Real_to_string 162B8-P \->str_1real 1633D: GC 166E3 P Internal FIX (1:System Binary) 166E3-P fix_1short 166E3=P SetFix 166EF P Internal SCI (1:System Binary) 166EF-P sci_1short 166EF=P SetSci 166FB P Internal ENG (1:System Binary) 166FB-P eng_1short 166FB=P SetEng 16707 P Internal STD 16707-P std 16707=P Std 167D8-P short\->real\->string_(colon)_1short 167E4-P short\->real\->string_1short 1685C-P short\->real\->string_+_(colon)_1short2string 1686A-P short\->real\->string_+_(colon)_1short2string 16969^ <13h> 16AD6^ <4000h> 16AE5^ <5000h> 16AF4^ <8000h> 16B03^ <9000h> 16B12^ <E000h> 16B21^ <D000h> 16B30^ <2F000h> 16CA7 Error: Bad Argument Value 1795A: StoreShort_70770 1795A-P sto_5_nibbles_@70770_1short 17980-P rcl_5_nibbles_@70770_as_short 179AC-P grob_width_<1h>_==_1grob 179D0-P get_variable_contents_1short2directory 17C3F-P 17C55-P 17F15-P 17F4A^ <B8h> 181FA-P 18242-P 1825F-P 18282-P 18295-P 18308-P 18338-P 18355-P 183EB-P 18404-P 1848C Internal PATH 1848C: Path 184E1 Internal CRDIR 184E1: Crdir 18513 Internal STO (2:Any,1:Global Name) 1853B= Recall 1854F Internal PURGE (1:Global Name) 18595 Internal PGDIR (1:Global Name) 18608: While_dir_empty 18621: IfFirstEnt_thenFalseIterate_elseTypeNib1and2_zerop 18653:P TypeNib1and2_zerop 186E8 Internal TVARS (1:Real Number) 186E8= Tvars_real 18706 Internal TVARS (1:List) 18706= Tvars_list 18779 Internal VARS 18779= Vars 187AB-P 18802-P 1884D P Set last RPL Token to <0h> 1884D:P Short0_End 18873 Internal AND (2:String,1:String) 18887 Internal OR (2:String,1:String) 1889B Internal XOR (2:String,1:String) 188AF if SIZE(TOS) = SIZE(TOS-1) (String), then NEWOB and SWAP, else Bad Argument Value 188AF: Need2StringsEqualLen_Swap 188D2 Internal NOT (1:String) 188E6 P Deep internal AND (2:String,1:String) 188E6-P and_1string2string 188F5 P Deep internal OR (2:String,1:String) 188F5-P or_1string2string 18904 P Deep internal XOR (2:String,1:String) 18904-P xor_1string2string 18961 P Deep internal NOT (1:String) 18961-P not_1string 189FC Configuration code for library 002 (XLIB 2) 18A15-P need_0_arguments_(directory) 18A1E P save last RPL token, stack size, clear @706FD.S 18A1E-P need_0_arguments_(library) 18A1E=P No_arguments 18A27 MC: save stack size, clear @706FD.S and continue RPL 18A51 continue RPL 18A5B P Save last RPL token and verify DEPTH >= 3 18A5B-P need_3_arguments_(library) 18A5B:P Need_3_args_retq 18A68 P Verify DEPTH >= 3 18A68-P need_3_arguments_(directory) 18A68:P Need_3_args 18A6D MC: verify DEPTH >= 3 and continue RPL 18A75 MC: verify DEPTH >= 3 18A75: assert_3_args 18A80 P Save last RPL token and verify DEPTH >= 2 18A80-P need_2_arguments_(library) 18A80:P Need_2_args_retq 18A8D P Verify DEPTH >= 2 18A8D-P need_2_arguments_(directory) 18A8D:P Need_2_args 18A92 MC: verify DEPTH >= 2 and continue RPL 18A9A MC: verify DEPTH >= 2 18A9A: assert_2_args 18AA5 P Save last RPL token and verify DEPTH >= 1 18AA5-P need_1_argument_(library) 18AA5:P Need_1_arg_retq 18AB2 P Verify DEPTH >= 1 18AB2-P need_1_argument_(directory) 18AB2:P Need_1_arg 18AB7 MC: verify DEPTH >= 1 and continue RPL 18AB7: need_1_arg 18ABF MC: verify DEPTH >= 1 18ABF: assert_1_arg 18AC6 MC: verify DEPTH >= C.S, expect P = 2*C.S - 1 18AC6: assert_c_args 18B6D P Save last RPL token and verify DEPTH >= 5 18B6D-P need_5_arguments_(library) 18B6D:P Need_5_args_retq 18B7A P Verify DEPTH >= 5 18B7A-P need_5_arguments_(directory) 18B7A:P Need_5_args 18B7F MC: verify DEPTH >= 5 and continue RPL 18B87 MC: verify DEPTH >= 5 18B87: assert_5_args 18B92 P Save last RPL token and verify DEPTH >= 4 18B92-P need_4_arguments_(library) 18B92:P Need_4_args_retq 18B9F P Verify DEPTH >= 4 18B9F-P need_4_arguments_(directory) 18B9F:P Need_4_args 18BA4 MC: verify DEPTH >= 4 and continue RPL 18BAC MC: verify DEPTH >= 4 18BAC: assert_4_args 18BB3: assert_c_gt3_args 18C34 P Save last token, check args, R->SB and verify TOS < DEPTH-1 18C34-P need_n_arguments_1real2any...nany 18C34:P ToShort_Need_n_args_alt 18C4A Check args, R->SB and verify TOS < DEPTH-1 18C4A: ToShort_Need_n_args 18C77 MC: save last RPL token 18C77: save_toh_sub_10 18C92 P Error: Undefined Name 18C92-P errn_204_undefined_name 18C92:P Error_Undef_name 18C97 MC: Error: Undefined Name 18C97: error_undef_name 18CA2 P Error: Bad Argument Value 18CA2-P errn_203_bad_argument_value 18CA2:P Error_Bad_arg_value 18CA7 MC: Error: Bad Argument Value 18CA7: error_bad_arg_value 18CB2 P Error: Bad Argument Type 18CB2-P errn_202_bad_argument_type 18CB2:P Error_Bad_arg_type 18CB7 MC: Error: Bad Argument Type 18CB7: error_bad_arg_type 18CC2 P Error: Too Few Arguments 18CC2-P errn_201_too_few_arguments 18CC2:P Error_Too_few_args 18CC7 MC: Error: Too Few Arguments 18CC7: error_too_few_args 18CCE Put Error Code in C.A into A 18CCE: disp_error_c 18CD7 P ABS(Real) -> System Binary 18CD7-P abs_real\->short 18CD7:P AbsReal_to_Short 18CEA P Internal R->SB (1:Real Number) 18CEA-P real\->short 18CEA:P Real_to_Short 18D07: shortpush_a_replret 18D0A: shortpush_r0_rplret 18DBF P Internal SB->R (1:System Binary) 18DBF-P short\->real 18DBF:P Short_to_real 18E45-P 18E7E-P 18EBA P Internal EVAL (1:Algebraic/List) 18EBA-P eval_1algebraic/list/program 18EBA:P Eval_ListOrPrg 18ECE P Save last RPL token, verify DEPTH >= 1 and check args. 18ECE-P need_&_check_1_argument_(xlib) 18ECE:P Switch_on_argtype 18EDF P Save last RPL token, verify DEPTH >= 2 and check args. 18EDF-P need_&_check_2_arguments_(xlib) 18EDF=P Switch_on_2_argtypes 18EF0 P Save last RPL token, verify DEPTH >= 3 and check args. 18EF0-P need_&_check_3_arguments_(xlib) 18EF0:P Switch_on_3argtypes 18F01 P Save last RPL token, verify DEPTH >= 4 and check args. 18F01-P need_&_check_4_arguments_(xlib) 18F12 P Save last RPL token, verify DEPTH >= 5 and check args. 18F12-P need_&_check_5_arguments_(xlib) 18F23-P 18F6A= EndAndEvalq 18F83 XFER: Bad Argument Type 18F83: error_bad_arg_type_ref_2 18F87: end_follows 18F9D P Check arguments for type (don't save D0) 18F9D-P check_argument(s)_(directory)_(requires_short_reference) 18F9D:P Check_1_argtype_alt2 18FA9 P Check arguments for type - XFER 18FA9-P check_argument(s)_(directory)_(requires_short_reference) 18FA9:P Check_1_argtype_alt 18FB2 P Check arguments for type 18FB2-P check_argument(s)_(directory)_(requires_short_reference) 18FB2:P Check_1_argtype 18FB7 MC: check arguments for type 18FDE^ <B6A8h> 18FF1: not_address 1911E= type_table_1 1916E: type_table_2 19173^ <2A96h> 191B9:P Mul_short 191B9 P_1short2short 19207- check_stack_for_n_real/complex_1short2any3real/complex..n+3real/complex 19294-P \->arry_1array(real/complex)2short3real/complex...n+3real/complex 19350-P ram_object?_(boolean)_1any 19385: Over_Recall 193A3: Pick3_Recall 193C1: Assert_array 194BB verify Real Array (1:Array) 194F7= TwoReal_to_Shorts 1950B: TwoShorts_to_reals 19529= ListOf_short_to_real 1957B ASR (XLIB 2 0) 1957B: Cmd_ASR 1957B; /U xASR 1959B RL (XLIB 2 1) 1959B: Cmd_RL 1959B; /U xRL 195BB RLB (XLIB 2 2) 195BB: Cmd_RLB 195BB; /U xRLB 195DB RR (XLIB 2 3) 195DB: Cmd_RR 195DB; /U xRR 195FB RRB (XLIB 2 4) 195FB: Cmd_RRB 195FB; /U xRRB 1961B SL (XLIB 2 5) 1961B: Cmd_SL 1961B; /U xSL 1963B SLB (XLIB 2 6) 1963B: Cmd_SLB 1963B; /U xSLB 1965B SR (XLIB 2 7) 1965B: Cmd_SR 1965B; /U xSR 1967B SRB (XLIB 2 8) 1967B: Cmd_SRB 1967B; /U xSRB 1969B R->B (XLIB 2 9) 1969B: Cmd_RtoB 1969B; /U xR>B 196BB B->R (XLIB 2 10) 196BB: Cmd_BtoR 196BB; /U xB>R 196DB CONVERT (XLIB 2 11) 196DB: Cmd_CONVERT 196DB; /U xCONVERT 1971B UVAL (XLIB 2 12) 1971B: Cmd_UVAL 1971B; /U xUVAL 1974F UNIT (XLIB 2 13) 1974F: Cmd_UNIT 1974F; /U x>UNIT 19771 UBASE (XLIB 2 14) 19771: Cmd_UBASE 19771; /U xUBASE 197A5 UFACT (XLIB 2 15) 197A5: Cmd_UFACT 197A5; /U xUFACT 197C8 Internal UFACT 197C8: Ufact_unit_unit 197F7 TIME (XLIB 2 16) 197F7: Cmd_TIME 197F7; /U xTIME 19812 DATE (XLIB 2 17) 19812: Cmd_DATE 19812; /U xDATE 1982D TICKS (XLIB 2 18) 1982D: Cmd_TICKS 1982D; /U xTICKS 19848 WSLOG (XLIB 2 19) 19848: Cmd_WSLOG 19848; /U xWSLOG 19863 ACKALL (XLIB 2 20) 19863: Cmd_ACKALL 19863; /U xACKALL 1987E ACK (XLIB 2 21) 1987E: Cmd_ACK 1987E; /U xACK 1989E ->DATE (XLIB 2 22) 1989E: Cmd_toDATE 1989E; /U xSETDATE 198BE ->TIME (XLIB 2 23) 198BE: Cmd_toTIME 198BE; /U xSETTIME 198DE CLKADJ (XLIB 2 24) 198DE: Cmd_CLKADJ 198DE; /U xCLKADJ 198FE STOALARM (XLIB 2 25) 198FE: Cmd_STOALRM 198FE; /U xSTOALARM 19928 RCLALARM (XLIB 2 26) 19928: Cmd_RCLALRM 19928; /U xRCLALARM 19948 FINDALARM (XLIB 2 27) 19948: Cmd_FNDALRM 19948; /U xFINDALARM 19972 DELALARM (XLIB 2 28) 19972: Cmd_DELALRM 19972; /U xDELALARM 19992 TSTR (XLIB 2 29) 19992: Cmd_TSTR 19992; /U xTSTR 199B2 DDAYS (XLIB 2 30) 199B2: Cmd_DDAYS 199B2; /U xDDAYS 199D2 DATE+ (XLIB 2 31) 199D2: Cmd_DATEadd 199D2; /U xDATE+ 19A68: Get_default_alarm 19A72 'ALRMDAT' (Global Name) 19A72: Global_Alrmdat 19A91: List_Real0_StringNull_Real0 19A96^ 0 19AB5^ 0 19B1F 'ALRMDAT' (Global Name) 19B1F: Global_Alrmdat_alt 19C34: Need_n_args 19DBE 'ALRMDAT' (Global Name) 19DE2: Disp_next_alrm 1A105 CRDIR (XLIB 2 32) 1A105: Cmd_CRDIR 1A105; /U xCRDIR 1A125 PATH (XLIB 2 33) 1A125: Cmd_PATH 1A125; /U xPATH 1A140 HOME (XLIB 2 34) (end of part 1 of 4) From comp.sys.handhelds Fri May 24 22:57:47 1991 Path: seq!ecsgate!mcnc!gatech!bloom-beacon!mintaka!think.com!zaphod.mps.ohio-state.edu!usc!apple!portal!cup.portal.com!Jake-S From: Jake-S@cup.portal.com (Jake G Schwartz) Newsgroups: comp.sys.handhelds Subject: List sorted by address part 2 of 4 Message-ID: <42526@cup.portal.com> Date: 20 May 91 11:55:55 GMT References: <42508@cup.portal.com> Organization: The Portal System (TM) Lines: 1720 HP48 List of addresses sorted by address (part 2 of 4) 1A140: Cmd_HOME 1A140; /U xHOME 1A15B UPDIR (XLIB 2 35) 1A15B: Cmd_UPDIR 1A15B; /U xUPDIR 1A16F Internal UPDIR 1A16F: Up 1A194 VARS (XLIB 2 36) 1A194: Cmd_VARS 1A194; /U xVARS 1A1AF TVARS (XLIB 2 37) 1A1AF: Cmd_TVARS 1A1AF; /U xTVARS 1A1D9 BYTES (XLIB 2 38) 1A1D9: Cmd_BYTES 1A1D9; /U xBYTES 1A1FC Internal BYTES (1:Any except Global Name) 1A1FC: Bytes_any 1A223^ 2.5 1A265 Internal BYTES (1:Global Name) 1A265: Bytes_global 1A292^ <9h> 1A2BC NEWOB (XLIB 2 39) 1A2BC: Cmd_NEWOB 1A2BC; /U xNEWOB 1A2DA P if TOS = ROM Object -> True/False 1A2DA-P rom_object?_(boolean)_1any 1A2DA:P 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-P 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 P Internal recall System Flags 1C637-P rclf_(system_flags) 1C637:P Get_system_flags 1C64E P Internal recall User Flags 1C64E-P rclf_(user_flags) 1C64E:P 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 P Store user flags (1:Binary Integer) 1C6F7-P stof_(user_flags)_1binary 1C6F7:P Set_user_flags 1C731 P Store system flags (1:Binary Integer) 1C731-P stof_(system_flags)_1binary 1C731:P 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-P 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-P 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-P 21B74 Internal FREE (2:List,1:Real Number) 21C47-P returns_address_of_first_nibble_past_level1_object 21C6F Internal ATTACH (1:System Binary) 21CBA-P attach_(any_directory)_1short2directory 21CBA P Internal ATTACH to non-HOME directory (2:Directory,1:System Binary) 21CE5 Internal DETACH (1:System Binary) 21D2B-P detach_(any_directory)_1short2directory 21D2B P 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 P Internal NEXT 2326A-P next 23380 STEP (XLIB 1792 12) 23380: Cmd_STEP 23380; /U xSTEP 233A8 Internal STEP (1:Symbolic) 233C1 P Internal STEP (1:Real Number) 233C1-P 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-P 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-P local\->global_1local 2465F-P global\->local_1global 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-P list\->directory_1list{#0h_'name('_any} 25108-P 2512D-P 2534A-P 2551F-P 255BD-P 255FB-P 256E4-P 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-P 25C37^ <2B1Eh> 25C41-P ascii\->hex_1short(prolog)2short(5=prolog_only)3binary4string 261AD-P 26289^ <CFFh> 2635E-P 265ED-P 268C2-P 26942-P 269DB-P 269E7-P 26B40-P 26B73-P 26C1C-P 26C65-P 26E56-P 26F0D-P 26F1B-P 26F29-P 26F37-P 26F45-P 26F53-P 26F61-P 26F6F-P 27140-P 271FA-P 27224-P 27234-P 27244-P 27254-P 27264-P 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-P 284E6-P 28A38 Internal _ (1:Symbolic) 28AE7^ <B01h> 28D08-P 29140-P 291AB-P 292F7-P 29340^ <D26A8h> 2957A-P 29738-P 29829-P 298D7-P 29993-P 29A51-P 29A8D-P 29BC2-P 29C7C-P 29CC7-P 29D5F-P 29DCC-P 29DDC-P 29DEC-P 29DFC-P 29E0C-P 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" (end of part 2 of 4) From 3 Fri May 24 23:34:32 1991 From comp.sys.handhelds Fri May 24 22:58:00 1991 Path: seq!ecsgate!mcnc!gatech!ncar!elroy.jpl.nasa.gov!usc!apple!portal!cup.portal.com!Jake-S From: Jake-S@cup.portal.com (Jake G Schwartz) Newsgroups: comp.sys.handhelds Subject: List sorted by address part 3 of 4 Message-ID: <42528@cup.portal.com> Date: 20 May 91 16:48:00 GMT References: <42508@cup.portal.com> <42526@cup.portal.com> Organization: The Portal System (TM) Lines: 1721 HP48 Address List sorted by Address Part 3 of 4 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" 2A4C6 0 (Long Real) 2A4C6: Long_0 2A4E0 1 (Long Real) 2A4E0: Long_1 2A4FA 2 (Long Real) 2A4FA: Long_2 2A514 3 (Long Real) 2A514: Long_3 2A52E 4 (Long Real) 2A52E: Long_4 2A548 5 (Long Real) 2A548: Long_5 2A562 .1 (Long Real) 2A562: Long_0.1 2A57C .5 (Long Real) 2A57C: Long_0.5 2A596 10 (Long Real) 2A596: Long_10 2A5B0 P Internal LR->R (1:Long Real) 2A5B0-P longreal\->real_1longreal 2A5C1 P Internal R->LR (1:Real Number) 2A5C1-P real\->longreal_1real 2A5D2 Internal DEG 2A5D2= Deg 2A5F0 Internal RAD 2A5F0= Rad 2A604 Internal GRAD 2A604= Grad 2A622 Internal D->R (1:Real Number) 2A622= DtoR_real 2A62C^ 0.0174532925199433 (Long Real) 2A655 Internal R->D (1:Real Number) 2A655= RtoD_real 2A673 Internal ->HMS (1:Real Number) 2A673= toHMS_real 2A68C Internal HMS-> (1:Real Number) 2A68C= HMSto_real 2A6A0 Internal HMS+ (2:Real Number,1:Real Number) 2A6A0= HMSadd_real 2A6C8 Internal HMS- (2:Real Number,1:Real Number) 2A6C8= HMSsub_real 2A6F5 Internal MAX (2:Real Number,1:Real Number) 2A6F5= Max_real 2A70E Internal MIN (2:Real Number,1:Real Number) 2A70E= Min_real 2A727-P 0_<_(boolean)_1longreal 2A727:P NegativeLev2p_real 2A738 P if pop TOS < 0 (Real Number) -> True/False 2A738-P 0_<_(boolean)_1real 2A738:P Negativep_real 2A75A:P ZeroLev2p_real 2A75A-P 0_==_(boolean)_1longreal 2A76B:P Zerop_real 2A76B-P 0_==_(boolean)_1real 2A788:P greater_than_one?_level_2_p_real 2A788-P 0_>_(boolean)_1longreal 2A799 P if pop TOS > 0 (Real Number) -> True/False 2A799-P 0_>_(boolean)_1real 2A799:P Gt1p_real 2A799=P Ge1p_real 2A7BB: NonZeropLev2p 2A7CF: NonZerop 2A7E3: PositiveLev2p 2A7F7: Positivep 2A80B: Le0Lev2p 2A81F-P <_(boolean)_1real2real 2A837: rr_pushFalse_alt3 2A83E: pushFalse_alt3 2A843: setFalse_alt3 2A851: rr_pushTrue_alt3 2A858: pushTrue_alt3 2A85D: setTrue_alt3 2A867: rplret_9 2A871 P Internal < (2:Real Number,1:Real Number) -> True/False 2A871-P <_(boolean)_1real2real 2A87F-P >_(boolean)_1real2real 2A88A P Internal > (2:Real Number,1:Real Number) -> True/False 2A88A-P >_(boolean)_1real2real 2A895-P \>=_(boolean)_1real2real 2A8A0 P Internal >= (2:Real Number,1:Real Number) -> True/False 2A8A0-P \>=_(boolean)_1real2real 2A8AB-P \<=_(boolean)_1real2real 2A8B6 P Internal <= (2:Real Number,1:Real Number) -> True/False 2A8B6-P \<=_(boolean)_1real2real 2A8C1-P ==_(boolean)_1real2real 2A8CC-P \=/_(boolean)_1real2real 2A8D7 P Internal SIGN (1:Real Number) 2A8D7-P sign_1real 2A8D7=P SigmaN_real 2A8F0-P abs_1longreal 2A900 P Internal ABS (1:Real Number) 2A900-P abs_1real 2A900=P Abs_real 2A910-P neg_1longreal 2A920 P Internal NEG (1:Real Number) 2A920-P neg_1real 2A920=P Neg_real 2A930 P Internal MANT (1:Real Number) 2A930-P mant_1real 2A930=P Mant_real 2A943-P +_1longreal2longreal 2A94F-P -_1longreal2longreal 2A95B-P 2A974 P Internal + (2:Real Number,1:Real Number) 2A974-P +_1real2real 2A974:P Add_real_real 2A981 P Internal - (2:Real Number,1:Real Number) 2A981-P -_1real2real 2A981=P Sub_real 2A99A-P *_1longreal2longreal 2A9A6-P 2A9BC P Internal * (2:Real Number,1:Real Number) 2A9BC-P *_1real2real 2A9BC=P Mul_real 2A9C9 P Internal % (2:Real Number,1:Real Number) 2A9C9-P %_1real 2A9C9=P Percent_real 2A9E8-P /_1longreal2longreal 2A9FE P Internal / (2:Real Number,1:Real Number) 2A9FE-P /_1real2real 2A9FE:P Div_real 2AA0B P Internal %T (2:Real Number,1:Real Number) 2AA0B-P %t_1real2real 2AA30 P Internal %CH (2:Real Number,1:Real Number) 2AA30-P %ch_1real2real 2AA30=P PercentCH_real 2AA5F-P ^_1longreal2longreal 2AA70-P ^_1real2real 2AA70=P PwrReal 2AA81-P xroot_1real2real 2AA81=P Xroot_real 2AA92-P inv_1longreal 2AA9E-P 2AAAF P Internal INV (1:Real Number) 2AAAF-P inv_1real 2AAAF=P Inv_real 2AAEA-P \v/_1longreal 2AAF6-P 2AB09-P \v/_1real 2AB1C-P exp_1longreal 2AB2F P Internal EXP (1:Real Number) 2AB2F-P exp_1real 2AB2F=P Exp_real 2AB42 P Internal EXPM (1:Real Number) 2AB42-P expm_1real 2AB42=P Expm 2AB5B-P ln_1longreal 2AB6E-P ln_1real_(values_greater_than_zero) 2AB81-P log_1real_(values_greater_than_zero) 2AB94-P lnp1_1longreal 2ABA7 P Internal LNP1 (1:Real Number) 2ABA7-P lnp1_1real 2ABA7=P Lnp1_real 2ABBA P Internal ALOG (1:Real Number) 2ABBA-P alog_1real 2ABBA=P Alog_real 2ABDC P Internal MOD (2:Real Number,1:Real Number) 2ABDC-P mod_1real 2ABDC=P Mod_real 2ABEF P Internal SIN (1:Real Number) 2ABEF-P sin_1real 2ABEF=P Sin_real 2AC06-P sin_1longreal 2AC17-P tan_1longreal 2AC27-P 2AC40 P Internal COS (1:Real Number) 2AC40-P cos_1real 2AC40=P Cos_real 2AC57-P cos_1longreal 2AC68-P 2AC78-P 2AC91 P Internal TAN (1:Real Number) 2AC91-P tan_1real 2AC91=P Tan_real 2ACA8-P 2ACC1-P asin_1real_(values_less_than_or_equal_to_one) 2ACD8-P 2ACF1-P acos_1real_(values_less_than_or_equal_to_one) 2AD08-P 2AD21 P Internal ATAN (1:Real Number) 2AD21-P atan_1real 2AD21=P Atan_real 2AD38-P 2AD4F-P 2AD5B-P 2AD6C-P 2AD7C-P 2AD95-P 2ADAE P Internal SINH (1:Real Number) 2ADAE-P sinh_1real 2ADAE=P Sinh_real 2ADC7-P 2ADDA P Internal COSH (1:Real Number) 2ADDA-P cosh_1real 2ADDA=P Cosh_real 2ADED P Internal TANH (1:Real Number) 2ADED-P tanh_1real 2ADED=P Tanh_real 2AE00 P Internal ASINH (1:Real Number) 2AE00-P asinh_1real 2AE00=P Asinh_real 2AE13-P 2AE26-P 2AE39 P Internal XPON (1:Real Number) 2AE39-P xpon_1real 2AE39=P Xpon 2AE4C-P 2AE62 P Internal COMB (2:Real Number,1:Real Number) 2AE62-P comb_1real2real 2AE62=P Comb_real 2AE75 P Internal PERM (2:Real Number,1:Real Number) 2AE75-P perm_1real2real 2AE75=P Perm_real 2AE9B: getreal_ref_3 2AEA2: getreal_norm_ref 2AEA9: get2reals_norm_ref 2AEB0: getarray_real_ref 2AEB7: get2arrays_real_ref 2AF27-P 2AF3A-P 2AF4D P Internal FP (1:Real Number) 2AF4D-P fp_1real 2AF4D=P Fp 2AF60 P Internal IP (1:Real Number) 2AF60-P ip_1real 2AF60=P Ip 2AF73 P Internal CEIL (1:Real Number) 2AF73-P ceil_1real 2AF73=P Ceil 2AF86 P Internal FLOOR (1:Real Number) 2AF86-P floor_1real 2AF86=P Floor 2AF99-P floor_1longreal 2AFAC-P 2AFC2 P Internal RAND 2AFC2-P rand 2AFC2=P Rand 2B044 Internal RDZ (1:Real Number) 2B044= Rdz_real 2B07B-P 2B0C4 Internal ! (1:Real Number) 2B0C4= Factor 2B0C4= Factorial 2B0CE^ 260 2B0F2^ 1E10000 (Long Real) 2B139^ -260 2B1BC^ 1E-10000 (Long Real) 2B1D6^ -1E-10000 (Long Real) 2B1FF^ 7 (Long Real) 2B2DC^ 12 (Long Real) 2B300^ 60 (Long Real) 2B31F^ -495.920119017593 (Long Real) 2B343^ 30.3479606073615 (Long Real) 2B36C^ -76.5594818140208 (Long Real) 2B390^ 9.33584905660377 (Long Real) 2B3B9^ -1.21142857142857 (Long Real) 2B3DD^ 0.4 (Long Real) 2B410^ 0.918938533204673 (Long Real) 2B529 Internal RND (2:Real Number,1:Real Number) 2B529= Rnd_real 2B53D Internal TRNC (2:Real Number,1:Real Number) 2B53D= Trnc_real 2B551-P 2B55D-P 2B590-P 2BC4A: normalize_a 2BCA0: normalize_a_d 2C09F Internal UTPN (3:Real Number,2:Real Number,1:Real Number) 2C11C-P 2C149 Internal UTPC (2:Real Number,1:Real Number) 2C174 Internal UTPF (3:Real Number,2:Real Number,1:Real Number) 2C19A Internal UTPT (2:Real Number,1:Real Number) 2C1C5^ 100 (Long Real) 2C1F3 Internal STOsigma (1:Any) 2C1FD 'sigmaDAT' (Global Name) 2C22F Internal CLsigma 2C293 Internal RCLsigma -> Contents,True/False 2C2AC Internal RCLsigma 2C2D9 Internal sigma+ (1:Real Number) 2C32E Internal sigma+ (1:Array) 2C423 Internal sigma- 2C491^ <1h> 2C535 Internal Nsigma 2C558 Internal MAXsigma 2C571 Internal MEAN 2C58A Internal MINsigma 2C5A3 Internal SDEV 2C5BC Internal TOT 2C5D5 Internal VAR 2C684 Internal COLsigma (2:Real Number/Array,1:Real Number) 2C6A2 store levels 1-5 into 'sigmaPAR' 2C6C5 Internal XCOL (1:Real Number) 2C6DE Internal YCOL (1:Real Number) 2C738 'sigmaPAR' (Global Name) 2C7EC^ <11118h> 2C84B Internal CORR 2C8F5 Internal COV 2C94F Internal sigmaX 2C963 Internal sigmaY 2C977 Internal sigmaX^2 2C99A Internal sigmaY^2 2C9BD Internal sigmaX*Y 2CA30 Internal LR 2CB02 Internal PREDY (1:Real Number) 2CB75 Internal PREDX (1:Real Number) 2CCBA-P 2CCDF;P MaxSigma (2:short=col 1:2DRealArray) -> 1:real 2CCF8;P MinSigma (2:short=col 1:2DRealArray) -> 1:real 2CD04;P TOT (2:short=col 1:2DRealArray) -> 1:real 2CD13;P MEAN (2:short=col 1:2DRealArray) -> 1:real 2CD22;P VAR (2:short=col 1:2DRealArray) -> 1:real 2CD31;P SDEV (2:short=col 1:2DRealArray) -> 1:real 2CDC5-P 2CE53;P Sum of Squares (4:short=col 3:2DRealArray 2:long_real_0 1:bool=false) -> 1: long_real (It isn't yet known what passing true does.) 2CEC0-P 2CF5F-P 2D271;P Check TOS is a non-empty real 2D array, else Invalid Sigma Data Error 2D2E6 P Error: Nonexistent sigmaDAT 2D2E6-P errn_602_nonexistent_\GSdat 2D2EB MC: Error: Nonexistent sigmaDAT 2D2F6-P 2D306-P 2D316-P 2D326-P 2D396^ <Ah> 2D3A0 ''PKNO' (Local Name) 2D3B1 ''PACKET' (Local Name) 2D3C6 ''RETRY' (Local Name) 2D3D9 ''ERRMSG' (Local Name) 2D3EE ''KP' (Local Name) 2D3FB ''LNAME' (Local Name) 2D40E ''OBJ' (Local Name) 2D41D ''OPOS' (Local Name) 2D42E ''EXCHP' (Local Name) 2D45A ''KLIST' (Local Name) 2D46D ''KMODE' (Local Name) 2D480 ''KPTRN' (Local Name) 2D493 ''KRM' (Local Name) 2D4A2 ''MaxR' (Local Name) 2D5C3^ <C02h> 2D6C2^ <40h> 2D816 Internal RECN (1:String/Global Name/Local Name) 2D816= Recn_name 2D816= Recn_string 2D96A^ <4Bh> 2D9A1-P 2D9B2-P 2D9F5 Internal SERVER 2D9F5= Server 2DA7C^ <C0Ch> 2DD6F^ <C11h> 2E31F: pushr0_and_false 2E5AB Internal SEND (1:Global Name/Local Name) 2E5AB= Send_name 2E6EB Internal SEND (1:List) 2E6EB= Send_list 2E7CC^ <3h> 2E7D6^ <204h> 2E7EF Internal KGET (1:String/Global Name/Local Name) 2E7EF= Kget_name 2E835 Internal KGET (1:List) 2E876 Internal FINISH 2E876= Finish 2E8D1 Internal PKT (2:String,1:String) 2E8D1= Pkt_strings 2E9D5 'IOPAR' (Global Name) 2EA4F: Get_IOPar 2EA59 'IOPAR' (Global Name) 2EB37-P 2EC11 ABS(IP(Real Number)) -> System Binary 2EC39^ <C12h> 2EC52:P Proper_baudrate_p 2EC84 Internal BAUD (1:Real Number) 2EC84: Baud_real 2ECCA Internal PARITY (1:Real Number) 2ECCA: Parity_real 2ED10 Internal TRANSIO (1:Real Number) 2ED10: Transio_real 2ED4C Internal CKSM (1:Real Number) 2ED4C: Cksm_real 2EDA6 Internal KERRM 2EDA6: Kerrm 2EDE1 Internal BUFLEN 2EDE1= Buflen 2EDF5 Internal STIME (1:Real Number) 2EDF5= Stime_real 2EE18 Internal SBRK 2EE18: Sbrk_real 2EE31-P 2EE6F Internal XMIT (1:String) 2EE6F: Xmit 2EE97 Internal SRECV (1:Real Number) 2EE97: Srecv 2F04A^ <C10h> 2F0B3^ <8h> 2F0E0^ <C0Dh> 2F211 ''KML' (Local Name) 2F3A6^ <40h> 2F46E ''KEOF' (Local Name) 2F4A2^ <86h> 2F8EE^ <C0Eh> 2F96B^ <40h> 2FA9C^ <C0Fh> 2FD26-P 2FEF1-P 2FEFD-P 3030633A= ret_c 30771-P 30794 P Binary file header (HPHP48-B) 30794-P string_"hphp48-n" 30805-P 30BD7-P 30E6C-P 3100E: Copy_70406nib_to_110 3106B: add_100_mul_13104_to_d 3106F: add_c_mul_13104_to_d 31085: test_bit3_of_402 310A5: test_if_401_is_Ch 310CA: get_112_and_test_bit0 3133B-P 3136C-P 314E5-P 31579-P 31589-P 315C6 Internal CLOSEIO 31608-P 3161E-P 31666563= ret_c 3178E-P 3182C^ <C15h> 31868 Internal CR 318A4 Internal PRSTC 318FE Internal PR1 31A25 Internal PRST 31BF1^ <C16h> 31C37 ''IWrap' (Local Name) 31C5E^ <127h> 31D56 Internal PRVAR (1:Global Name/Local Name) 31DAB Internal OLDPRT 31EE2 Internal PRLCD 31F4F^ 1.8 31F87 'PRTPAR' (Global Name) 31FB8 'PRTPAR' (Global Name) 31FFD Internal DELAY (1:Real Number) 320B1^ Real 80 320D0^ <C13h> 32323-P 3234D-P 323F9-P 324A6-P 324C8-P 3252B-P 32F77 Internal ROOT (3 args) 33C29^ <A05h> 33C83^ <A06h> 33CA1^ <12Fh> 33CBF^ <A01h> 33CD3^ <A02h> 33D91^ <A04h> 34301^ <A03h> 3431F-P 3437C-P 34389-P 34394-P 343D1-P 344C7-P 34546-P 34627-P 346E8-P 346F8-P 34708-P 3474E-P 34771-P 3477E-P 3478E-P 3479E-P 347AE-P 347DA-P 347E7-P 347F7-P 34807-P 34817-P 34827-P 3491B-P 349C6-P 34A08-P 34A1A-P 34A56-P 34B2D-P 34B77-P 34BB5-P 34C21-P 34C49-P 34D30 '' (Local Name) 34D30: Local_null 34D3C-P 34DBB ''symb' (Global Name) 34DBB: Global_Symb 350B5-P 3516C-P 35236-P 35318-P 3558E-P get_(as_real/complex)_1short2array(real/complex) 355B8-P get_(as_real)_1short2array(real) 355C8-P get_(as_complex)_1short2array(complex) 355D8-P get_(as_longreal/longcomplex)_1short2array(real/complex) 35602-P get_(as_longreal)_1short2array(real) 35628-P put_1short2real/complex3array(real/complex) 35628-P put_1short2longreal/longcomplex3array(real/complex) 3566F-P put_1short2real3array(real) 356F3-P put_1short2complex3array(complex) 3574C: rplret_7 357A8:P Stat_Dir 357A8-P size_(row_column)_1array(matrix_true_vector_false) 357F0-P longreal\->real_1longreal 35804-P +_1real2real 3581E-P -_1real2real 35831-P 35849-P next 35864-P 35870-P 35ADA: getshort_ref 35AE1: save_regs_ref 35AF6:P Assert_2RArr_elseq 35B3D: popd1_eval_ret 35B42: eval_ret 35B4F:P Switch_R_C_LR 35B90:P Switch_R_C_LR_and_R_LR 35C14: popd1_eval_ret_ref 35CAE Internal CON (2:List,1:Real Number) 35D35 Internal IDN (1:Array) 35D71-P 35DEB Internal NEG (1:Array) 35DEB= Neg_array 35E2C Internal RND (2:Array,1:Real Number) 35EA9 Internal TRNC (2:Array,1:Real Number) 35EA9= Trunc_array_real 35EC2 Internal RND (2:Complex Number,1:Real Number) 35EC2= Rnd_complex_real 35F17 Internal TRNC (2:Complex Number,1:Real Number) 35F17= Trunc_complex_real 35F30 Internal CONJ (1:Array) 35F30= Conj_array 35F8F Internal RE (1:Array) 35F8F= RE_ComplexArr 35FEE Internal IM (1:Array) 35FEE= IM_array 36039 Internal R->C (2:Array,1:Array) 36039= RtoC_array 360B6 Internal C->R (1:Array) 360B6= CtoR_array 36115 Internal + (2:Array,1:Array) 36115= Add_array_array 36278 Internal - (2:Array,1:Array) 36278= Sub_array 362DC Internal * (2/1:Real Number/Complex Number,1/2:Array) 362DC= Mul_array_complex 362DC= Mul_array_real 362DC= Mul_complex_array 362DC= Mul_real_array 363A436D= ret_c 363CC Internal / (2:Array,1:Real Number/Complex Number) 363CC= Div_array_complex 363CC= Div_array_real 36435 Internal SQ (1:Array) 36435= Sq_array 3643F Internal * (2:Array,1:Array) 3643F= Mul_array 365AC Internal RSD (3:Array,2:Array,1:Array) 365AC= Rsd_array 366F6 Internal DOT (2:Array,1:Array) 366F6= Dot_array 36782 Internal CROSS (2:Array,1:Array) 36782= Cross_array 368E5 Internal RNRM (1:Array) 368E5= Rnrm_array 368F9 Internal CNRM (1:Array) 368F9= Cnrm_array 3690D Internal RNRM... (1:Array) 369CB Internal ABS (1:Array) 369CB= Abs_array 36A2A Internal DET (1:Array) 36A2A= Det_array 36B0B Internal INV (1:Array) 36B0B= Inv_array 36B60 Internal / (2:Array,1:Array) 36B60= Div_array 36BF6 '#a' (Local Name) 36C01 '#b' (Local Name) 36C2F '#b' (Local Name) 36C3F '#a' (Local Name) 36CEF '#b' (Local Name) 36D18 '#b' (Local Name) 3742D-P 3745E-P 37500-P 375B0-P 376AE-P 376EA-P 3773C-P 37834-P 37840-P 37944-P 379FF-P 37DE7^ <501h> 37E73-P 37E7F-P 3811F Internal TRN (1:Array) 38179-P 38A3E ''SavedUI' (Local Name) 38C08-P sto_@d1_to_@70605 38C18-P 38C28-P 38C38-P sto_@d1_to_@7060A 38C48-P 38C58-P 38C68-P 38C78-P 38C88-P 38C98-P 38CAB-P 38CBE-P 38CD1-P 38CDF-P 38CED-P 38CFB-P 38D09-P 38D17-P 38D25-P 38D33-P 38D41-P 38D4F-P 38D5D-P 38D6B-P 38D79-P 38D8A-P 38D9B-P 391EE: Freeze_display 39275-P 39283-P 39291-P 3929F-P 392AD-P 392BB-P 392C9-P 392D7-P 392E5-P 392F3-P 39301-P 3930F-P 3931D-P 3932B-P 39339-P 39347-P 39355-P 39363-P 39371-P 3937F-P 3938D-P 3939B-P 393A9-P 393B7-P 393C5-P 393D3-P freeze_status_area 393E1-P 393EF-P 393FD-P freeze_stack 3940B-P 39419-P 39427-P 39435-P 39443-P 39451-P freeze_menu_bar 3945F-P 3946D-P 3947B-P 39489-P 39497-P 394A5-P 394B3-P 394C1-P 394CF-P 394DD-P 394EB-P 394F9-P 39507-P 39515-P 39523-P 39531-P 3953F-P 3954D-P 3955B-P 39569-P 3957A-P 3958B-P 3974D^ <3039h> 39980^ <7Dh> 39F6F-P 39FB0-P 39FC1-P 39FD2-P 3A1FC Update menu display 3A1FC= Update_menu 3A20B^ <6Eh> 3A215^ <58h> 3A21F^ <42h> 3A229^ <2Ch> 3A297: Disp_in_menuGrob 3A2C9: Eval_Eval_70632 3A337: Grob_lineseg Line segment - line above menu entry 3A399: Grob_lineseg_square Same, but with check square 3A3FB: Grob_dot_space_lineseg 3A45D: Grob_inverse_menu 3A45D: Grob_inverse_menu Solver-type menu box 3A4CE: DispString_fromLine 3A546: EraseStk_Line1 3A55F: EraseStk_line_10h_to_38h 3A578: EraseStk 3A62C^ <1Dh> 3A672^ <11h> 3A69A: key_quote 3A6B3: key_bshf_X 3A6CC: key_oshf_div 3A6E5: key_oshf_PRG 3A71C: key_NXT 3A735: key_oshf_NXT 3A73F^ <FFFFAh> 3A7A3: key_oshf_4 3A7C6: key_oshf_plusMinus 3A7F3: key_ENTER 3A834: key_left 3A870^ <10h> 3A893: key_oshf 3A8C5: key_bshf 3A8DE: key_right 3A91A^ <12h> 3A93D: key_up 3A96A^ <Bh> 3AA0A: key_alpha 3AA37: key_alpha_oshf 3AA50: key_alpha 3AA69: key_alpha_bshf 3AA82: key_plusMinus 3AA9B: key_plusMinus 3AAEB: key_bshf_DEL 3AB40^ <1Ch> 3AB59: key_oshf_9 3AB72: key_CST 3AB8B: key_oshf_add 3ABA4: key_oshf_x 3ABBD: key_alpha_oshf_sub 3ABD6: key_oshf_sub 3ABEF: key_bshf_add 3AC08: key_bshf_div 3AC21: key_bshf_sub 3AC3A: key_EEX 3ACBC: key_oshf_3 3AD57: key_MTH 3AD70: key_oshf_VAR 3AD89: key_bshf_VAR 3ADA2: key_oshf_CST 3ADBB: key_bshf_CST 3ADED: key_oshf_8 3AE1A: key_PRG 3AE33: key_oshf_MTH 3AE4C: key_oshf_down 3AE6F: key_oshf_up 3AE88: key_oshf_7 3AEB5: key_oshf_5 3AEE2: key_bshf_5 3AF05: key_oshf_6 3AF1E: key_bshf_6 3AF37: key_VAR 3AF50: key_oshf_ENTER 3AF69: key_bshf_plusMinus 3AF73: key_bshf_plusMinus 3B068: key_bshf_ENTER 3B081: key_bshf_alpha 3B095: key_bshf_alpha 3B0DB: key_oshf_alpha 3B1B7: key_bshf_1 3B1CB: key_oshf_1 3B293: Menu_Math Internal-format MTH menu 3B36C: Menu_Math_Parts MTH PARTS menu 3B3E4: Menu_Math_Prob MTH PROB menu 3B420: Menu_Math_Hyp MTH HYP menu 3B452: Menu_Math_Matrx MTH MATRX menu 3B489: Menu_Math_Vectr MTH VECTR menu 3B4CA: Menu_Math_Base MTH BASE menu 3BB46: Menu_Modes MODES menu 3BD46: Menu_blue_Memory [blue] MEMORY menu 3C039: Menu_Plot_Ptype PLOT PTYPE menu 3E71A= Menu_IO_Setup IO SETUP menu 3F103^ <7DBBFh> 3F10D^ <7DC05h> 3F117^ <7DC5Ah> 3F121^ <7DC82h> 3F12B^ <7DCA0h> 3F135^ <7DCBEh> 3F13F^ <7DCCDh> 3F149^ <7DCE1h> 3F153^ <7DCF0h> 3F15D^ <7DD04h> 3F26B-P 3F5DD-P 3FACF 'SKEY' (Global Name) 3FAE8 'SKEY' (Local Name) 3FB1F^ <7B4E4h> 3FD36: key_alpha 3FD63: key_alpha_oshf 3FD90: key_alpha_bshf 3FDD1 Internal RULES 3FDD1= Rules 3FF75-P 3FF86-P 3FF97-P 3FFA8-P 3FFB9-P user\->1use 3FFCA-P 4002F-P 4048F-P 40788 Null Program 40792-P 4093B '.ENTER' (Global Name) 409DF '.ENTER' (Global Name) 409DF: Global_betaENTER 40A6F:P Store_7065f 40A82:P Get_7065f 40A95-P 40A9A: Clear_7065f 40AA8:P Zerop_7065f 40BDD-P 40C94-P 40CC3-P 40D25: key_alpha_alpha 40EE7:P Delay_55e 40F02:P Delay_6b67 40F12:P Delay_43206h 41125: Short_ffffbh <ffffbh> 415C9 Internal RCLMENU 415D8^ <6h> 415f1^ Real 100 41679 Internal TMENU (1:Real Number) 417AF-P 417C0-P 417D1-P 417E2-P 417F3-P 41804-P 41815-P 41826-P 41837-P 41848:P Store_707c9_short 4185B:P Get_707c9_short 4186E:P Store_707d3_short 41881:P Get_707d3_short 41894:P Store_7061e 418A4:P Get_7061e 418B4:P Store_70628 418C4:P Eval_70628 418D4:P Store_7062d 418E4:P Eval_7062d 418F4:P Store_70632 41904:P Eval_70632 41914:P Store_70637 41924:P Get_70637 41934:P Eval_70637 41944:P Store_7063c 41954:P Eval_7063c 41964:P Store_70641 41974:P Eval_70641 41984:P Store_70646 41994:P Eval_70646 419A4:P Store_70560 419B4:P Eval_70650 419C4:P Store_70655 419D4:P Eval_70655 419E4:P Store_70623 419F4:P Get_70623 41A04:P Store_7064b 41A14:P Get_7064b 41A24: setindc_rplret_ref2 41A2B: pushindc_rplret_ref2 41A32: rpljump_indc_ref2 41A39: Get_userkeys 41A43 'UserKeys' (Global Name) 41A5F: Get_userkeysCRC 41A69 'UserKeys.CRC' (Global Name) 41AA1 Intenral STOKEYS (1:List) 41B28 Internal ASN (2:Any,1:Real Number) 41B3C Internal DELKEYS (1:List) 41B69 Internal DELKEYS (1:Real Number) 41BA5 Internal STOKEYS (1:Global Name/Local Name) 41BB9 Internal DELKEYS (1:Global Name/Local Name) 41BD7 'S' (Global Name) 41BEA 'S' (Local Name) 41F2C-P 41F3F-P 41F52-P 41F65= Get_key 42262:P Zerop_loc70679 4227F-P 422A1-P 422C6-P 422EB-P 42309-P 4231A-P 4237F-P 42396-P 4245C: While_loc70679nonzero 4248E-P 424A1-P 424B4-P 424C7-P 42A07-P 42C74: Dup2_LFpos 43395 Internal INPUT (2:String,1:String) 433CC Internal INPUT (2:String,1:List) 4353E 'ALG' (Global Name) 43555 'ALG' (Local Name) 4358A '.' (Global Name) 4359D '.' (Local Name) 435CE 'V' (Global Name) 435E1 'V' (Local Name) 4426D^ <15h> 442A4-P 4434F-P justify_right_margin_for_edit 44407-P 444C3-P edit_1string 444EE-P edit_1charater 44683-P 44711-P 44730-P 4478A-P 4482D-P 46BE3^ <84h> 46EB8^ <26h> 47129^ <84h> 472C8^ <502h> 472D2^ <503h> 472DC^ <504h> 472E6^ <505h> 472F0^ <506h> 472FA-P 4730A-P 4731A-P 4732A-P 47459 'X' (Global Name) 47A1A Internal XRNG (2:Real Number,1:Real Number) 47A42 Internal YRNG (2:Real Number,1:Real Number) 47A6A Internal INDEP (1:Real Number) 47A8D Internal DEPND (1:Real Number) 47F65^ <1h> 48D4B 'ALRMDAT' (Global Name) 49161^ Real 40 491D5 Internal AUTO 494B4^ 0.1 49618^ 0.15 496A0^ <100h> 4A145 'X' (Global Name) 4A16C Internal sigmaLINE 4A19E 'X' (Global Name) 4A1DE 'X' (Global Name) 4A22D 'X' (Global Name) 4A25E 'X' (Global Name) 4A320^ <605h> 4A32A^ <606h> 4A334^ <607h> 4A33E^ <608h> 4A348^ <609h> 4A352^ <60Ah> 4A35C^ <60Bh> 4A366^ <60Ch> 4A370^ <60Dh> 4A37A^ <60Eh> 4A384^ <60Fh> 4A38E^ <610h> 4A398^ <611h> 4A3A2^ <612h> 4A3AC^ <613h> 4A3B6^ <614h> 4A3C0^ <615h> 4A3CA^ <616h> 4A3D4^ <617h> 4A3DE^ <618h> 4A3E8^ <619h> 4A3F2^ <61Ah> 4A3FC^ <61Bh> 4A406^ <61Ch> 4A410^ <61Dh> 4A41A^ <61Eh> 4A424^ <61Fh> 4A42E^ <620h> 4A438^ <621h> 4A442^ <622h> 4A44C^ <623h> 4A456^ <624h> 4A460^ <628h> 4A46A^ <629h> 4A474^ <62Ah> 4A47E^ <62Bh> 4A488^ <62Ch> 4A492^ <62Dh> 4A49C^ <62Eh> 4AB1C 'X' (Global Name) 4AB2A (0,0) 4AB59 'Y' (Global Name) 4AC61 Internal CENTR (1:Complex Number) 4AE3C Internal SCALE (2:Real Number,1:Real Number) 4AF77 Internal INDEP (1:Global Name) 4AF8B Internal INDEP (1:List) 4AFB3 Internal DEPND (1:Global Name) 4AFC7 Internal DEPND (1:List) 4AFEF Internal RES (1:Real Number) 4B012 Internal RES (1:positive Real Number/Binary Integer) 4B03A Internal AXES (1:Complex Number) 4B04E Internal AXES (1:List) 4B09E Internal PMIN (1:Complex Number) 4B0C6 Internal PMAX (1:Complex Number) 4B206 Internal PDIM (2:Complex Number,1:Complex Number) 4B300 Internal PDIM (2:Binary Integer,1:Binary Integer) 4B323 Internal PDIM (2:System Binary,1:System Binary) 4B32D^ <800h> 4B553 Internal *H (1:Real Number) 4B5AD Internal *W (1:Real Number) 4B60C Internal ERASE 4B6AC Internal DRAW 4B864^ 0.0349065850399 4C035^ 499 4C068^ 499 4C09B-P 4C0D4-P 4C607 Internal DRAX 4C86E-P 4C8F4 Internal BINS (3:Real Number,2:Real Number,1:Real Number) 4C908^ <FFFFDh> 4C944 ''xmax' (Local Name) 4C955 ''N' (Local Name) 4CF55 ''EnvOK' (Local Name) 4CF68 ''EXITFCN' (Local Name) 4D1AA Internal GRAPH 4D209^ <41h> 4D30D ''EnvOK' (Local Name) 4D352 ''EnvOK' (Local Name) 4D36F ''EnvOK' (Local Name) 4DFD0-P 4E0D8-P 4E12A-P 4E333^ <3Fh> 4E34C^ <37h> 4E36A^ <37h> 4E37E-P 4E875 Internal LABEL 4ECFD^ <201h> 4ED25^ <202h> 4F011 Internal PVIEW (1:Complex Number) 4F02F Internal PVIEW (1:List) 4F0AC Internal PX->C (1:List) 4F179 Internal C->PX (1:Complex Number) 4F37C Internal STO (2:Graphic,1:PICT) 4F390^ <800h> 4F3D1 Convert level 1 and 2 Binary Integers to System Binary 4F3EF Internal PIXON (1:Complex Number) 4F458 Internal PIXON (1:List) 4F471 Internal PIXOFF (1:Complex Number) 4F48A Internal PIXOFF (1:List) 4F4A3 Internal PIX? (1:Complex Number) 4F4BC Internal PIX? (1:List) 4F4D0^ <80000h> 4F525 Internal LINE (2:List,1:List) 4F539 Internal TLINE (2:List,1:List) 4F584 Internal LINE (2:Complex Number,1:Complex Number) 4F598 Internal TLINE (2:Complex Number,1:Complex Number) 4F665 Internal BOX (2:List,1:List) 4F688 Internal BOX (2:Complex Number,1:Complex Number) 4F6A1 Internal BLANK (2:Binary Integer,1:Binary Integer) 4F6BA Internal GOR/GXOR (4:True/False,3:Graphic,2:List,1:Graphic) 4F6F6 Internal GOR/GXOR (4:True/False,3:Graphic,2:Complex Number,1:Graphic) 4F741 Internal GOR/GXOR (4:True/False,3:PICT,2:Complex Number/List,1:Graphic) 4F8D1 Internal + (2:Graphic,1:Graphic) 4F8D1= Add_grob_grob 4F999 Internal REPL (3:Graphic,2:List,1:Graphic) 4F999= Repl_grob_list_grob 4F9F3 Internal REPL (3:Graphic,2:Complex Number,1:Graphic) 4F9F3= Repl_grob_cmplx_grob 4FA2F Internal REPL (3:PICT,2:List/Complex Number,1:Graphic) 4FA2F= Repl_prg_cmplx_grob 4FA2F= Repl_prg_list_grob 4FA7A Internal REPL (3:List,2:Real Number,1:List) 4FA7A= Repl_list_string_list 4FAF7 Internal REPL (3:String,2:Real Number,1:String) 4FAF7= Repl_string_real_string 4FB74 Internal SUB (3:Graphic,2:List,1:List) 4FB74= Sub_Grob_List_List 4FBC4 Internal SUB (3:Graphic,2:Complex Number,1:Complex Number) 4FBC4= Sub_Grob_Cmpx_Cmpx 4FBF6 Internal SUB (3:PICT,2/1:List or Complex Number) 4FC28 Internal NEG (1:Graphic) 4FC28= Neg_grob 4FC3C Internal NEG (1:PICT) 4FC3C= Neg_prg 4FC5F Internal ARC (4:Complex Number,3:Real Number,2:Real Number,1:Real Number ) 4FD2C Internal ARC (4:List,3:Binary Integer,2:Real Number,1:Real Number) 4FF9D ''xe' (Local Name) 4FFAA ''ye' (Local Name) 4FFB7 ''x' (Local Name) 4FFC2 ''y' (Local Name) 4FFCD ''xc' (Local Name) 4FFDA ''yc' (Local Name) 4FFE7 ''r2' (Local Name) 4FFF4 ''left' (Local Name) 50005 ''up' (Local Name) 50012 ''exit' (Local Name) 50262: Add_real_1 503C5 XFER: Internal TEXT 503D4 Internal LCD-> 503F7^ <38h> 50424^ <38h> 50438 Internal ->LCD (1:Graphic) 5046A Internal CLLCD 5046A: Cllcd 5048D Internal ->GROB (2:Any,1:Real Number) 5048D: ToGrob 5053C: GROB_Plus_Cursor 5055A: GROB_Cross_Cursor 50578-P size_(dimension)_1grob 50578 P get GROB dimensions (2:Rows,1:Columns) 50578:P Grobsize 505B2: GROB_null Template for GROBs 505E4-P 506AB-P 506C2-P 50701-P 50785-P 50ACC-P 50ADB-P 50AEA-P 50AF9-P 50B08-P 50B17-P 50D3E ''PlotEnv' (Local Name) 50E45^ <104h> 50E4F^ <602h> 50E59-P 50EA5-P 50EB9-P 50FCE 'X' (Global Name) 50FE6 'Y' (Global Name) 51148 validate pop TOS is PICT (Bad Argument Type) 51288 'PPAR' (Global Name) 51300 place SCATTER on the stack, do not call 51314 place HISTOGRAM (XLIB 2 226) on the stack, do not call 51328 place BAR (XLIB 2 227) on the stack, do not call 5137D^ <100h> 51436 's1' (Global Name) 514EB^ 6.28318530718 = 2pi 515CD-P 5179E push GROB dimensions (2:Rows,1:Columns) 517B2: Pick3_Grobsize 517F3= IfEqualReal_thenEvalEnd 5182F: LoopCounter_DecLoopCounter 51843: Inc_lev2 51857: Dec_lev2 5186B: Drop_Rules 5187F get PICT dimensions (2:Rows,1:Columns) 5187F: Grobsize_of_graphGrob 5190B ''PlotEnv' (Local Name) 5193B^ (1,0) Long Complex 5196A (-1,0) 5198F Internal IM (1:Real Number) 5198F= IM_Real 519A3 Internal RE (1:Complex Number) 519A3= RE_Complex 519B7 Internal IM (1:Complex Number) 519B7= IM_Complex 519F8-P 51A07-P longreal\->complex_1longreal2longreal 51A37-P real\->complex_1real 51A37:P Real_as_complex 51A4A-P 51A5F-P 51B2A-P 51B43-P 51B70 P Internal NEG (1:Complex Number) 51B70-P neg_1complex 51B70:P Neg_complex 51B91-P 51BB2 P Internal CONJ (1:Complex Number) 51BB2-P conj_1complex 51BB2:P Conj_complex 51BC1-P 51BD0 Internal + (2:Complex Number,1:Real Number) 51BD0= Add_complex_real 51BF8 Internal + (2:Real Number,1:Complex Number) 51BF8= Add_real_complex 51C16 Internal + (2:Complex Number,1:Complex Number) 51C16= Add_complex_complex 51CD4 Internal - (2:Real Number,1:Complex Number) 51CD4= Sub_real_complex 51CE8 Internal - (2:Complex Number,1:Real Number) 51CE8= Sub_complex_real 51CFC Internal - (2:Complex Number,1:Real Number) 51CFC= Sub_comlex 51D4C Internal * (2:Complex Number,1:Real Number) 51D4C= Mul_complex_real 51D60 Internal * (2:Real Number,1:Complex Number) 51D60= Mul_real_complex 51D88 Internal * (2:Complex Number,1:Complex Number) 51D88= Mul_complex 51E19 Internal / (2:Real Number,1:Complex Number) 51E19= Div_real_complex 51E64 Internal / (2:Complex Number,1:Real Number) 51E64= Div_complex_real 51EC8 Internal / (2:Complex Number,1:Complex Number) 51EC8= Div_complex 51EFA Internal INV (1:Complex Number) 51EFA= Inv_complex 52062 Internal ABS (1:Complex Number) 52062= Abs_complex 52099 Internal ARG (1:Complex Number) 52099= Arg_complex 520CB Internal SIGN (1:Complex Number) 520CB= SigmaN_complex 52107 Internal sqrt (1:Complex Number) 52107= Sqrt_complex 52193 Internal EXP (1:Complex Number) 52193= Exp_complex 521E3 Internal LN (1:Complex Number) 521E3= Ln_complex 522BF Internal LOG (1:Complex Number) 522BF= Log_complex 52305 Internal ALOG (1:Complex Number) 52305= Alog_complex 5230F^ 2.30258509299405 (Long Real) 52342 Internal ^ (2:Real Number,1:Complex Number) 52342= Pwr_real_complex 52360 Internal ^ (2:Complex Number,1:Real Number) 52360= Pwr_complex_real 52374 Internal ^ (2:Complex Number,1:Complex Number) 52374= Pwr_complex 524AF (0,0) 524AF: Complex_0_0i 524F7 (1,0) 524F7: Complex_1_0i 5251C: Real_MAXR 52530 Internal SIN (1:Complex Number) 52530= Sin_complex 52571 Internal COS (1:Complex Number) 52571= Cos_complex 525B7 Internal TAN (1:Complex Number) 525B7= Tan_complex 5262F Internal SINH (1:Complex Number) 5262F= Sinh_complex 52648 Internal COSH (1:Complex Number) 52648= Cosh_complex 5265C Internal TANH (1:Complex Number) 5265C= Tanh_complex 52675 Internal ATAN (1:Complex Number) 52675= Atan_complex 5267F (0,1) 5267F: Complex_0_1 (0, 1) 526AE (0,-1) 526AE: Complex_0_m1 (0, -1) 527EB Internal ATANH (1:Complex Number) 527EB= Atanh_complex 52804 Internal ASIN (1:Complex Number) 52804= Asin_complex 5281D Internal ASINH (1:Complex Number) 5281D= Asinh_complex 52836 Internal ACOSH (1:Complex Number) 52836= Acosh_complex 52863 Internal ACOS (1:Complex Number) 52863= Acos_complex 52A2F^ 0.7 (Long Real) 52C72^ 1E-12 52D26: List_of_4_locals { '' '' '' '' } 536FB-P 53725 P Set user flag (1:System Binary) 53725-P sf_(user_flag)_1short 53725:P Setflag_q 53731 P Set system flag (1:System Binary) 53731-P sf_(system_flag)_1short 53731:P Setflag 53741: storeflag_rplret 53755 P Clear user flag (1:System Binary) 53755-P cf_(user_flag)_1short 53755=P Clear_user_flag 53761 P Clear system flag (1:System Binary) 53761-P cf_(system_flag)_1short 53761:P Clear_system_flag 53778 P User flag set? (1:System Binary) -> True/False 53778-P fs?_(user_flag)_1short 53778:P Test_user_flag 53784 P System flag set? (1:System Binary) -> True/False 53784-P fs?_(system_flag)_1short 53784:P Test_system_flag 537A6: getflag 53807 XFER: Error Bad Arg Val 5380E P if pop TOS = True then push 1 else push 0 5380E-P external_(true/false)\->real_(1/0) 5380E:P TrueOrFalse_to_real 53842 if Last Arguments flag is clear then ??? 53842: Reset_lastargs 53860-P 5386E-P cmd_on 5387C-P cmd_off 5389E-P 538C0-P 538CE-P stk_on 538DC-P stk_off 538EA-P 538F8-P 53906-P 53914-P 53922-P 53930-P 5393E-P 5394C-P 5395A-P 53968-P 53976-P 53984-P 53992-P 539A0-P 539AE-P 539BC-P 539CA-P 539D8-P 53A12-P 53A20-P 53A2E-P 53A3C-P 53A4A-P 53A58-P immediate-entry_mode_on 53A66-P immediate_entry_mode_off 53A74-P 53A82-P 53A90-P 53A9E-P 53AAC-P clock_on 53ABA-P clock_off 53AC8-P 53AD6-P 53AE4-P 53B61-P 53BB0: Symbolic_mode_p 53BC9: OctDecp 53BDD: Flag_11 53BF1: Flags_11_12 53C0A: Sym_const_flag_p 53C23: Principal_flag_p 53C37 P Internal HEX 53C37-P hex 53C37=P Hex 53C43 P Internal BIN 53C43-P bin 53C43=P Bin 53C4F P Internal OCT 53C4F-P oct 53C4F:P Oct 53C5B P Internal DEC 53C5B-P dec 53C5B:P SetDec 53C96 Internal STWS (1:Real Number) 53C96: Stws_real 53CAA P Internal STWS (1:System Binary) 53CAA-P stws_1short 53CAA:P Stws_short 53CF0 Internal RCWS 53CF0: Rcws 53D04 P Internal AND (2:Binary Integer,1:Binary Integer) 53D04-P and_1binary2binary 53D15 P Internal OR (2:Binary Integer,1:Binary Integer) 53D15-P or_1binary2binary 53D26 P Internal XOR (2:Binary Integer,1:Binary Integer) 53D26-P xor_1binary2binary 53D4E P Internal NOT (1:Binary Integer) 53D4E-P not_1binary 53D5E P Internal SL 53D5E-P sl_1binary 53D5E=P Sl_bin 53D6E P Internal SLB 53D6E-P slb_1binary 53D6E:P Slb_bin 53D81 P Internal SR 53D81-P sr_1binary 53D81:P Sr_bin 53D91 P Internal SRB 53D91-P srb_1binary 53D91:P Srb_bin 53DA4 P Internal RR 53DA4-P rr_1binary 53DA4:P Rr_bin 53DE1 P Internal RRB 53DE1-P rrb_1binary 53DE1:P Rrb_bin 53E0C P Internal RL 53E0C-P rl_1binary 53E0C:P Rl_bin 53E3B P Internal RLB 53E3B-P rlb_1binary 53E3B:P Rlb_bin 53E65 P Internal ASR 53E65-P asr_1binary 53E65:P Asr_bin 53EA0 P Internal + (2:Binary Integer,1:Binary Integer) 53EA0-P +_1binary2binary 53EA0=P Add_bin_bin 53EB0 P Internal - (2:Binary Integer,1:Binary Integer) 53EB0-P -_1binary2binary 53EC3 P Internal NEG (1:Binary Integer) 53EC3-P neg_1binary 53EC3:P Neg_bin 53ED3 P Internal * (2:Binary Integer,1:Binary Integer) 53ED3-P *_1binary2binary 53ED3=P Mul_bin 53F05 P Internal / (2:Binary Integer,1:Binary Integer) 53F05-P /_1binary2binary 53F05=P Div_bin 53F69 XFER: Save Regs D,B,D1,D0 (uses C) 53F69: save_regs_ref_5 53F70 XFER: load regs D,B,D1,D0 (uses C) 53F70: restore_regs_ref_5 53F77^ MC: pop binary ints into a.wp(=SOS), c.wp(=TOS), mask into b.p 53F8D^ MC: pop binary int into a.wp, mask into b.p 53E95^ MC: push a.wp as binary integer (mask in b.p) [restReg] 53EE4^ MC: a.w = c.w = a.w * c.w (uses d.w, clears carry) 53EE4^ MC: a.w = c.w = a.w * c.w (uses d.w, clears carry) 54021 Let A.A = (@706C6 & #3F) + 1 54039 P Internal RCWS -> System Binary 54039-P rcws_(bits) 54039:P Get_WS 54050-P rcl_current_base_mode_(i.e._<10h>=hex_<10d>=dec_<10o>=oct_<10b>=bin) 540BB P get contents 540BB-P binary\->string_1binary 5422C: pushbin_r0_rplret 5429F Internal / (2:Real Number,1:Binary Integer) 5429F: Div_real_bin 542BD Internal / (2:Binary Integer,1:Real Number) 542BD= Div_bin_real 542D1 Internal * (2:Real Number,1:Binary Integer) 542D1= Mul_real_bin 542EA Internal * (2:Binary Integer,1:Real Number) 542EA= Mul_bin_real 542FE Internal - (2:Real Number,1:Binary Integer) 542FE= Sub_real_bin 5431C Internal - (2:Binary Integer,1:Real Number) 5431C= Sub_bin_real 54330 Internal + (2:Real Number,1:Binary Integer) 54330= Add_real_bin 54349 Internal + (2:Binary Integer,1:Real Number) 54349= Add_bin_real 5435D P Internal B->R 5435D-P binary\->real_1binary 5435D=P Binary_to_real 543F9 P Internal R->B 543F9-P real\->binary_1real 543F9=P Real_to_binary 54419 push A (Real) as Binary Integer 54422: Real_to_Binary_positive" 54451: Real_to_Bin_x_positive 544D9 P Internal == (2:Binary Integer,1:Binary Integer) 544D9-P ==_1binary2binary 544EC Internal != (2:Binary Integer,1:Binary Integer) 54500 P Internal > (2:Binary Integer,1:Binary Integer) 54500-P >_1binary2binary 5452C P Internal >= (2:Binary Integer,1:Binary Integer) 5452C-P \>=_1binary2binary 5453F P Internal <= (2:Binary Integer,1:Binary Integer) 5453F-P \<=_1binary2binary 54552 P Internal < (2:Binary Integer,1:Binary Integer) 54552-P <_1binary2binary 54565 Internal IFTE (3:Symbolic,2/1:Real/Complex/Symbolic) 54565= Ifte_algGlob_real_real 5456F ''tcls' (Local Name) 54580 ''fcls' (Local Name) 5460E ''tcls' (Local Name) 5460E: Local_tcls 'tcls' 54624 ''fcls' (Local Name) 54624: Local_fcls 'fcls' 5465D ''tcls' (Local Name) 5466E ''fcls' (Local Name) 54954 Internal delta (complete derivative) (2:Symbolic,1:Symbolic) 549CC { ''dvar' } 549CC: List_LocalDvar 549DB ''dvar' (Local Name) 549DB: Local_dvar 'dvar' 549EC-P 54CDB Internal MINR (1.E-499) 54CDB: Minr 54D12 Internal MAXR (9.99999999999E499) 54D12: Maxr 54D35 Internal pi (3.14159265359) 54D35: Pi 54D58 Internal i (0,1) 54D58: i 54D7B Internal e (2.71828182846) 54DD0 ''xSYMfcn' (Local Name) 54DE7 ''xfcn' (Local Name) 54E7F-P 54EA0 Internal RE (1:Symbolic) 54EA0= RE_Algebraic 54EB9 Internal IM (1:Symbolic) 54EB9= IM_algGlob 54ED2 Internal NOT (1:Symbolic) 54EEB Internal NEG (1:Symbolic) 54EEB= Neg_algGlob 54F04 Internal ABS (1:Symbolic) 54F04= Abs_algGlob 54F1D Internal CONJ (1:Symbolic) 54F1D= Conj_algGlob 54F36 Internal INV (1:Symbolic) 54F36= Inv_algGlob 54F4F Internal ARG (1:Symbolic) 54F4F= Arg_algGlob 54F68 Internal SIGN (1:Symbolic) 54F68= SigmaN_algGlob 54F81 Internal sqrt (1:Symbolic) 54F81= Sqrt_algGlob 54F9A Internal SQ (1:Symbolic) 54F9A= Sq_algGlob 54FB3 Internal SIN (1:Symbolic) 54FB3= Sin_algGlob 54FCC Internal COS (1:Symbolic) 54FCC= Cos_algGlob 54FE5 Internal TAN (1:Symbolic) 54FE5= Tan_algGlob 54FFE Internal SINH (1:Symbolic) 54FFE= Sinh_algGlob 55017 Internal COSH (1:Symbolic) 55017= Cosh_algGlob 55030 Internal TANH (1:Symbolic) 55030= Tanh_algGlob 55049 Internal ASIN (1:Symbolic) 55049= Asin_algGlob 55062 Internal ACOS (1:Symbolic) 55062= Acos_algGlob 5507B Internal ATAN (1:Symbolic) 5507B= Atan_algGlob 55094 Internal ASINH (1:Symbolic) 55094= Asinh_algGlob 550AD Internal ACOSH (1:Symbolic) 550AD= Acosh_algGlob 550C6 Internal ATANH (1:Symbolic) 550C6= Atanh_algGlob 550DF Internal EXP (1:Symbolic) 550DF= Exp_algGlob 550F8 Internal LN (1:Symbolic) 550F8= Ln_algGlob 55111 Internal LOG (1:Symbolic) 55111= Log_algGlob 5512A Internal ALOG (1:Symbolic) 5512A= Alog_algGlob 55143 Internal LNP1 (1:Symbolic) 55143= Lnp1_algGlob 5515C Internal EXPM (1:Symbolic) 5515C= Expm_algGlob 55175 Internal ! (1:Symbolic) 55175= Factor_algGlob 55175= Factorial_algGlob 5518E Internal IP (1:Symbolic) 5518E= Ip_algGlob 551A7 Internal FP (1:Symbilic) 551A7= Fp_algGlob 551C0 Internal FLOOR (1:Symbolic) 551C0= Floor_alGGlob 551D9 Internal CEIL (1:Symbolic) 551D9= Ceil_algGlob 551F2 Internal XPON (1:Symbolic) 551F2= Xpon_algGlob 5520B Internal MANT (1:Symbolic) 5520B= Mant_algGlob 55224 Internal D->R (1:Symbolic) 55224= DtoR_algGlob 5523D Internal R->D (1:Symbolic) 5523D= RtoD_algGlob 55256 Internal UBASE (1:Symbolic) 55256= Ubase_algGlobal 5526F Internal UVAL (1:Symbolic) 5526F= Uval_algGlobal 5566B ''oth' (Local Name) 55783 ''scl' (Local Name) 55792 ''xSYMfcn' (Local Name) 557A9 ''xfcn' (Local Name) 55800 ''xSYMfcn' (Local Name) 55817 ''xfcn' (Local Name) 55927 Internal = (2/1:all combinations) 55927= Equal 5599A Internal AND (2:Symbolic,1:Real Number) 559B3 Internal AND (2:Real Number,1:Symbolic) 559CC Internal AND (2:Symbolic,1:Symbolic) 559E5 Internal OR (2:Symbolic,1:Real Number) 559FE Internal OR (2:Real Number,1:Symbolic) 55A17 Internal OR (2:Symbolic,1:Symbolic) 55A30 Internal XOR (2:Symbolic,1:Real Number) 55A49 Internal XOR (2:Real Number,1:Symbolic) 55A62 Internal XOR (2:Symbolic,1:Symbolic) 55A7B Internal == (2:Symbolic,1:Real Number/Complex Number/Unit) 55A94 Internal == (2:Complex Number,1:Real Number/Complex Number/Unit) 55AAD Internal == (2:Symbolic,1:Symbolic) 55AC6 Internal != (2:Symbolic,1:Real Number/Complex Number/Unit) 55ADF Internal != (2:Real Number/Complex Number/Unit,1:Symbolic) 55AF8 Internal != (2:Symbolic,1:Symbolic) 55B11 Internal < (2:Symbolic,1:Real Number/Unit) 55B2A Internal < (2:Real Number/Unit,1:Symbolic) 55B43 Internal < (2:Symbolic,1:Symbolic) 55B5C Internal > (2:Symbolic,1:Real Number/Unit) 55B75 Internal > (2:Real Number/Unit,1:Symbolic) 55B8E Internal > (2:Symbolic,1:Symbolic) 55BA7 Internal <= (2:Symbolic,1:Real Number/Unit) 55BC0 Internal <= (2:Real Number/Unit,1:Symbolic) 55BD9 Internal <= (2:Symbolic,1:Symbolic) 55BF2 Internal >= (2:Symbolic,1:Real Number/Unit) 55C0B Internal >= (2:Real Number/Unit,1:Symbolic) 55C24 Internal >= (2:Symbolic,1:Symbolic) 55C3D Internal % (2:Symbolic,1:Real Number/Unit) 55C3D= Percent_algGlob_real 55C56 Internal % (2:Real Number/Unit,1:Symbolic) 55C56= Percent_real_algGlob 55C6F Internal % (2:Symbolic,1:Symbolic) 55C6F= Percent_algGlob 55C88 Internal %CH (2:Symbolic,1:Real Number/Unit) 55C88= PercentCH_algGlob_real 55CA1 Internal %CH (2:Real Number/Unit,1:Symbolic) 55CA1= PercentCH_real_algGlob 55CBA Internal %CH (2:Symbolic,1:Symbolic) 55CBA= PercentCH_algGlob 55CD3 Internal %T (2:Symbolic,1:Real Number/Unit) 55CEC Internal %T (2:Real Number/Unit,1:Symbolic) 55D05 Internal %T (2:Symbolic,1:Symbolic) 55D1E Internal COMB (2:Symbolic,1:Real Number) 55D1E= Comb_algGlob_real 55D37 Internal COMB (2:Real Number,1:Symbolic) 55D37= Comb_real_algGlob 55D50 Internal COMB (2:Symbolic,1:Symbolic) 55D50= Comb_algGlob 55D69 Internal PERM (2:Symbolic,1:Real Number) 55D69= Perm_algGlob_real 55D82 Internal PERM (2:Real Number,1:Symbolic) 55D82= Perm_real_algGlob 55D9B Internal PERM (2:Symbolic,1:Symbolic) 55D9B= Perm_algGlob 55DB4 Internal RND (2:Symbolic,1:Real Number) 55DB4= Rnd_algGlob_real 55DCD Internal RND (2:Real Number/Complex Number/Array/Unit,1:Symbolic) 55DCD= Rnd_real_algGlob 55DE6 Internal RND (2:Symbolic,1:Symbolic) 55DE6= Rnd_algGlob 55DFF Internal TRNC (2:Symbolic,1:Real Number) 55DFF= Trunc_algGlob_real 55E18 Internal TRNC (2:Real Number/Complex Number/Array/Unit,1:Symbolic) 55E18= Trnc_real_algGlob 55E31 Internal TRNC (2:Symbolic,1:Symbolic) 55E31= Trunc_algGlob 55E4A Internal MAX (2:Symbolic,1:Real Number/Unit) 55E4A= Max_algGlob_real 55E63 Internal MAX (2:Real Number/Unit,1:Symbolic) 55E63= Max_real_algGlob 55E7C Internal MAX (2:Symbolic,1:Symbolic) 55E7C= Max_algGlob 55E95 Internal MIN (2:Symbolic,1:Real Number/Unit) 55E95= Min_algGlob_real 55EAE Internal MIN (2:Real Number/Unit,1:Symbolic) 55EAE= Min_real_algGlob 55EC7 Internal MIN (2:Symbolic,1:Symbolic) 55EC7= Min_algGlob 55EE0 Internal ^ (2:Symbolic,1:Real Number/Complex Number/Unit) 55EE0= Pwr_algGlob_realComplex 55EF9 Internal ^ (2:Real Number/Complex Number/Unit,1:Symbolic) 55EF9= Pwr_realComplex_algGlob 55F12 Internal ^ (2:Symbolic,1:Symbolic) 55F12= Pwr_algGlob 55F2B Internal + (2:Symbolic,1:Real Number/Complex Number/Unit) 55F2B= Add_alg_real 55F44 Internal + (2:Real Number/Complex Number/Unit,1:Symbolic) 55F44= Add_real_alg 55F5D Internal + (2:Symbolic,1:Symbolic) 55F5D= Add_alg_alg 55F76 Internal - (2:Symbolic,1:Real Number/Complex Number/Unit) 55F76= Sub_algGlob_array 55F76= Sub_algGlob_complex 55F76= Sub_algGlob_unit 55F8F Internal - (2:Real Number/Complex Number/Unit,1:Symbolic) 55F8F= Sub_array_algGlob 55F8F= Sub_real_array 55F8F= Sub_unit_algGlob 55FA8 Internal - (2:Symbolic,1:Symbolic) 55FA8= Sub_algGlob 55FC1 Internal * (2:Symbolic,1:Real Number/Complex Number/Unit) 55FC1= Mul_algGlob_realComplexUnit 55FDA Internal * (2:Real Number/Complex Number/Unit,1:Symbolic) 55FDA= Mul_realUnit_algGlob 55FF3 Internal * (2:Symbolic,1:Symbolic) 55FF3= Mul_algGlob (end of part 3 fo 4) From comp.sys.handhelds Fri May 24 22:58:25 1991 Path: seq!ecsgate!mcnc!gatech!ncar!elroy.jpl.nasa.gov!usc!apple!portal!cup.portal.com!Jake-S From: Jake-S@cup.portal.com (Jake G Schwartz) Newsgroups: comp.sys.handhelds Subject: List sorted by address part 4 of 4 Message-ID: <42529@cup.portal.com> Date: 20 May 91 16:58:13 GMT References: <42508@cup.portal.com> <42526@cup.portal.com> Organization: The Portal System (TM) Lines: 1775 HP48 Address List sorted by address (Part 4 of 4) 5600C Internal / (2:Symbolic,1:Real Number/Complex Number/Unit) 5600C= Div_algGlob_complex 56025 Internal / (2:Real Number/Complex Number/Unit,1:Symbolic) 56025= Div_real_algGlob 5603E Internal / (2:Symbolic,1:Symbolic) 5603E= Div_algGlob 56057 Internal MOD (2:Symbolic,1:Real Number) 56057= Mod_algGlob_real 56070 Internal MOD (2:Real Number,1:Symbolic) 56070= Mod_real_algGlob 56089 Internal MOD (2:Symbolic,1:Symbolic) 56089= Mod_algGlob 560A2= Xroot_algGlob_real 560BB= Xroot_real_algGlob 560D4= Xroot_algGlob 56859 'IERR' (Global Name) 56949 Internal sigma (4:Symbolic,3:Symbolic,2:Symbolic,1:Any) 56976 ''sumexpr' (Local Name) 5698D ''sumvar' (Local Name) 56A06 Internal sigma (4:Symbolic,3:Symbolic,2:Real Number,1:Any) 56A4C Internal sigma (4:Symbolic,3:Real Number,2:Symbolic,1:Any) 56AC9 Internal sigma (4:Symbolic,3:Real Number,2:Real Number,1:Any) 56B87^ <7BA3Eh> 56B91^ <7BAC0h> 56B9B^ <7BB1Fh> 56BA5^ <7BB83h> 56C13^ <7BC05h> 56C1D^ <7BC32h> 56C40^ <7BCE1h> 56C4A^ <7BD36h> 56C54^ <7BDA4h> 56C5E^ <7BDF4h> 56C68^ <7BE58h> 56C72^ <7BEA3h> 56C7C^ <7BEF8h> 56C86^ <7BF3Eh> 56CCC^ <7BF8Eh> 56CD6^ <7BFB1h> 56CE0^ <7BFE3h> 56CEA^ <7C010h> 56CF4^ <7C04Ch> 56CFE^ <7C06Fh> 56D08^ <7C0ABh> 56D26^ <7C0ECh> 56D30^ <7C146h> 56D3A^ <7C164h> 56D44^ <7C191h> 56D4E^ <7C1C8h> 56D58^ <7C213h> 56D62^ <7C254h> 56D6C^ <7C295h> 56D7B^ <7C303h> 56D99^ <7C358h> 56F0B ''dv' (Local Name) 56F36^ <7C3A3h> 5720B ''nm' (Local Name) 57218 ''op' (Local Name) 5727A^ <7C3CBh> 57284^ <7C411h> 5728E^ <7C547h> 57298^ <7C5A6h> 572A2 Internal ISOL (2:Symbolic,1:Global Name) 572A2= Isol 57455^ <7B5F2h> 5745F^ <7B638h> 57469^ <7B6A6h> 57473^ <7B705h> 5747D^ <7B773h> 5748C^ <7B7EBh> 574CD^ <7B8CCh> 574EB^ <7B8F4h> 574F5^ <7B917h> 574FF^ <7B93Fh> 57509^ <7B962h> 57513^ <7B985h> 5751D^ <7B9ADh> 575F9^ <7B9D0h> 57617^ <7BA16h> 578E2 ''ni' (Local Name) 578EF ''ns' (Local Name) 5793F 'n0' (Global Name) 5795D 's0' (Global Name) 57A0C Internal EXPAN (1:Real Number/Complex Number/Symbolic) 57A0C= Expan 57B4C-P 57CF8-P 57D90 Internal COLCT (1:Real Number/Complex Number/Symbolic) 57D90= Colct 57EF3 ''*s' (Local Name) 58149 ''+s' (Local Name) 585A7-P 58715-P 58ADE-P 58C02-P 58C0E-P 58D75 Internal SHOW (2:Symbolic,1:Global Name/Local Name) 58D75= Show_global 58D75= Show_local 58DB6 ''fl' (Local Name) 59115 ''nmls' (Local Name) 591AD Internal QUAD (2:Symbolic,1:Global Name) 591AD= Quad 592C0 ''c' (Local Name) 592CB ''b' (Local Name) 592D6 ''a' (Local Name) 59304 's1' (Global Name) 59517 ''n' (Local Name) 59522 ''prog' (Local Name) 595DD Internal TAYLR (3:Symbolic,2:Global Name,1:Real Number) 595DD= Taylr 59646 ''n' (Local Name) 59F91 Internal SIZE (1:Symbolic) 59F91= Size_algGlob 5A1A8^ <7DEE4h> 5A55E-P 5A60F { ''piflag' } 5A614 ''piflag' (Local Name) 5A665 ''d' (Local Name) 5A670 ''r' (Local Name) 5A761 ''d' (Local Name) 5A76C ''R' (Local Name) 5A777 ''est' (Local Name) 5A786 ''X' (Local Name) 5A791 ''T' (Local Name) 5A8A5-P 5A8E8-P 5A952-P 5A983-P 5AAE5 ''bnds' (Local Name) 5BE56-P 5BE81-P 5BECE-P 5BF53-P 5BFD8-P 5C0B9-P 5C102-P 5C137-P 5C204-P 5C261-P 5C2CE-P 5C31B-P 5C348-P 5C375-P 5C3C2-P 5C4CF-P 5C53C-P 5C589-P 5C5D6-P 5C623-P 5C670-P 5C68D-P 5C6D9-P 5C73D-P 5C845-P 5C91D-P 5D67D ''which' (Local Name) 5D690 ''op1' (Local Name) 5D69F ''op2' (Local Name) 5DE55: False_Iterate 5DEAA: Algebraicp_alt 5DEEB-P 5DEF7-P 5E1E3-P 5E29C-P 5E415-P 5E706-P 5E7A5-P 5E8F2-P 5E9A7-P 5EA72: IfSymConst_then_else 5EAF4: Swap_Drop_Dec 5EB08: Dec2_Rot_Rot_Drop2 5EB1C-P 5EB58-P 5EBC6-P 5EBDB-P 5EBEA-P 5EBFC-P 5EC10: spanstack 5ED45-P 5ED5A-P 5ED6C-P 5EDFC-P 5EE10-P 5EEDB-P 5EF2E-P 5EF41-P 5EF54-P 5EF67-P 5EF7A-P 5EF8D-P 5EFA0-P 5EFB3-P 5EFC6-P 5EFD9-P 5EFF9-P 5F061-P 5F537-P 5F926-P 5F96E-P 5FB49: IfTrue_False_Iterate 5FB76-P 5FBE6-P 5FDC1 ''ct' (Local Name) 5FDCE ''pp' (Local Name) 5FDDB ''ep' (Local Name) 5FF73-P 601B6-P 602BD-P 6080B ''reg' (Local Name) 6081A ''sur' (Local Name) 60829 ''cts' (Local Name) 60838 ''sun' (Local Name) 60847 ''mlg' (Local Name) 60856 ''ckd' (Local Name) 60865 ''prd' (Local Name) 60874 ''prp' (Local Name) 60883 ''rhs' (Local Name) 60BE9 ''patternls' (Local Name) 60C04 ''compos' (Local Name) 60C19 ''varls' (Local Name) 60C4F ''patternls' (Local Name) 60C6A ''compos' (Local Name) 60CCA ''compos' (Local Name) 60D7F ''varls' (Local Name) 60E8C '&1' (Local Name) 60E97 '&2' (Local Name) 60EA2 '&3' (Local Name) 60EAD '&4' (Local Name) 60EBD-P 60EE7-P swap_level_2_level_3 60EE7:P Swap_lev2_lev3 60F0E-P swap_level1_w/_level3_drop 60F0E:P Rev3_Drop 60F21-P rot_drop 60F21:P Remove_lev3 60F33-P swap_level1_w/_level3 60F33:P Rev3 60F4B-P 3_dropn 60F4B:P Drop3 60F54-P 7_dropn 60F54:P Drop7 60F66-P 6_dropn 60F66:P Drop6 60F72-P 5_dropn 60F72:P Drop5 60F7E-P 4_dropn 60F7E:P Drop4 60F83: drop4 60F8B: sub_d_3_rplret 60F8D: sub_d_2_rplret 60F8F: dec_d_rplret 60F9B P drop level two object 60F9B-P swap_drop 60F9B:P Drop_lev2 60FAC-P 3_rolld 60FAC=P Rolld3 60FBB P Internal 4 ROLL 60FBB-P 4_rolld 60FBB:P Roll4 60FD8 P Internal 5 ROLL 60FD8-P 5_roll 60FD8:P Roll5 61002-P 6_roll 61002:P Roll6 6102F: set_a_rplret 6103C-P 8_roll 6103C:P Roll8 6106B-P 7_roll 6106B:P Roll7 61087: pushc15_r15_a5_rplret 61099: Dup_Rolld 6109E-P 4_rolld 6109E:P Rolld4 610C4-P 5_rolld 610C4:P Rolld5 610ED: pushc_rplret 610FA-P 6_rolld 610FA:P Rolld6 6112A P drop level two and three objects 6112A-P drop_level_2_level_3 6112A:P Drop_2_3 6113C-P drop_level_2_level_3_level_4 6114E-P 61160:P Back_fp_3_words 61172-P -_pick_1short2short3any... 61184-P +_pick_1short2short3any... 611A3-P <1h>_+_pick_1short2any...nanyn+1any 611B0: get1short 611BE-P <2h>_+_pick_1short2any...nanyn+1any 611BE:P Add2_Pick 611D2-P <3h>_+_pick_1short2any...nanyn+1any 611D2:P Add3_Pick 611E1-P <4h>_+_pick_1short2any...nanyn+1any 611E1:P Add4_Pick 611FE P Internal 3 PICK 611FE-P 3_pick 611FE:P Pick3 6121C-P 4_pick 6121C:P Pick4 6123A-P 5_pick 6123A:P Pick5 6125E-P 6_pick 6125E:P Pick6 61282-P 7_pick 61282:P Pick7 612A9-P 8_pick 612A9:P Pick8 612CC-P -_roll_1short2short3any...nanyn+1any 612CC:P SubShort_Roll 612DE-P +_roll_1short2short3any...nanyn+1any 612DE:P AddShort_Roll 612EC: roll_a_lev_ref 612F3-P <1h>_+_roll_1short2any...nanyn+1any 612F3:P AddShort1_Roll 61305-P dup_<2h>_+_roll_1short2any...nanyn+1any 61305:P AddShort2_Roll_xx 61318-P <2h>_+_roll_1short2any...nanyn+1any 61318:P AddShort2_Roll 6132C-P -_rolld_1short2short3any...nanyn+1any 6132C:P SubShort_Rolld 6133E-P +_rolld_1short2short3any...nanyn+1any 6133E:P AddShort_Rolld 6134C: rolld_a_lev_ref 61353-P <1h>_+_rolld_1short2any...nanyn+1any 61353:P AddShort1_Rolld: 61365-P <2h>_+_rolld_1short2any...nanyn+1any 61365:P AddShort2_Rolld: 61380-P swap_over 61380:P Swap_Over 613B6:P Get_lastLocal 613E7:P Get_secondLastLocal 6140E:P Get_thirdLastLocal 61438:P Get_fourthLastLocal 6145C:P Get_local1 6146C:P Get_local2 6147C:P Get_local3 6148C:P Get_local4 6149C:P Get_local5 614AC:P Get_local6 614BC:P Get_local7 614CC:P Get_local8 614DC:P Get_local9 614EC:P Get_local10 614FC:P Get_local11 6150C:P Get_local12 6151C:P Get_local13 6152C:P Get_local14 6153C:P Get_local15 6154C:P Get_local16 6155C:P Get_local17 6156C:P Get_local18 61589: getlocal_c 615BC: store_local_c 615E0:P Store_local_fh 615F0:P Store_local_19h 61600:P Store_local_23h 61610: Store_local_2dh 61615:P Store_Local_2dh 61625:P Store_local1 61635:P Store_local2 61645:P Store_local3 61655:P Store_local4 61665:P Store_local5 61675:P Store_local6 61685:P Store_local7 61695:P Store_local8 616A5:P Store_local9 616B5:P Store_local10 616C5:P Store_local11 616D5:P Store_local12 616E5:P Store_local13 616F5:P Store_local14 61705:P Store_local15 61715:P Store_local16 61725:P Store_local17 61735:P Store_local18 617D8:P Store_local_data 6186C-P if_==_then_skip_next_item_in_this_instruction_stream_1short2short 6187C-P if_over_==_then_do_next_return_else_skip_next_continue_1short2short 61891= Dup_Skip_if_nonzerp 61896:P Skip_if_zerop 61896-P if_<0h>_==_then_skip_next_item_in_this_instruction_stream_1short 618A8-P if_dup_<0h>_==_then_drop_do_next_return_else_skip_next_continue_1short 618A8:P Skip_if_nonZerop 618BA-P if_over_==_then_drop_do_next_return_else_skip_next_continue_1short2short 618BA:P Skip_if_not_eq 618D3-P if_over_==_then_drop_do_next_return_else_skip_next_continue_1short2short 618D3:P Skip_if_not_short_equal_drop 618E8-P if_true_then_skip_next_continue_else_drop_do_next_return_1external 618E8:P Skip_if_true_else_drop_ret 618F7-P if_false_then_skip_next_continue_else_drop_do_next_return_1external 618F7 P if pop TOS = True, then DROP, do next and return, else skip next 618F7:P Skip_if_not_true_else_drop_ret 61903: skip_3 61907: drop_ret 61910-P if_true_then_skip_next_continue_else_drop2_do_next_return_1external 6191F-P if_false_then_skip_next_continue_else_drop2_do_next_return_1external 61933-P if_over_==_then_do_next_return_else_skip_next_continus_1short2short 6194B P if pop TOS = True, then pop and return 6194B:P If_TrueDropRet 6194B-P if_true_then_drop_return_else_continue_1external2any 61957: dropret 61960-P if_false_then_drop_return_else_continue_1external2any 61960:P If_notTrueDropRet 6196C: rplret_6_ref 61970-P if_true_drop2_return_else_continue_1external2any3any 61970:P If_TrueDrop2Ret 6197C: drop2ret 61984-P if_false_drop2_return_else_continue_1external2any3any 61984:P If_notTrueDrop2Ret 61993 P if pop TOS = True, then do next/return, else skip next 61993-P if_true_then_do_next_return_else_skip_next_continue_1external 61993=P EndEval_if_true 61998: ret_if_false 6199C: skip_if_cc 6199F MC XFER: return and execute the next token in this stream 619A6 XFER: skip next RPL token and continue RPL 619A6: skip_ref 619AD P if pop TOS = True, skip next, else do next and return 619AD-P if_false_then_do_next_return_else_skip_next_continue_1external 619AD:P If_then 619BC P if pop TOS != True, then skip next token 619BC-P if_true_then_do_next_continue_else_skip_next_continue_1external 619BC:P IfTrue_then 619CB;P Continue RPL at the address in the next (following) word 619CB-P jump_absolute_to_address_given_by_next_five_nibbles_in_this_stream 619D6: rplret_4 619E0-P if_true_jump_absolute_else_continue_1external 619F3-P if_false_jump_absolute_else_continue_1external 61A02 if pop TOS = True, then set carry flag 61A02: test_True 61A18-P if_<0h>_==_then_return_else_continue_1short 61A18:P Return_if_short_0 61A2C-P if_false_then_return_else_continue_1external 61A2C P if pop TOS != True, then return 61A2C:P Return_if_False 61A3B-P if_true_then_return_else_continue_1external 61A3B P if pop TOS = True, then return 61A3B:P Return_if_True 61A47 XFER: RPL RETURN 61A47: rpl_end_ref 61A4E continue RPL 61A4E: rplret_6 61A58-P if_true_then_drop_skip_next_continue_else_continue_1external 61A58:P If_not_thenDropSkip 61A6D-P 61A8E-P if_level3_true_then_drop_eval_return_else_swap_drop_eval_ 61A8E:P IfLev3_thenLev2_elseLev1_Ret 61ACE: pop2_rplret 61AD8 P if pop TOS = True, then do/skip, else skip/do 61AD8-P if_true_then_(true-clause)_else_(else-clause)_1external 61AD8:P If_then_else 61AE9-P if_true_then_drop_return_else_return 61AE9:P If_ret_then_else 61B02: if_then_else 61B45-P 61B55-P 61B72-P if_false_then_drop_1external 61B72 P if pop TOS != True, then DROP 61B72:P Drop_if_not_True 61B89-P 61C1C P allocate nibbles (2:sized object,1:System Binary) 61C1C-P allocate_memory_(nibbles)_1short2string 61CE9-P 61D3A '' (Local Name) 61D41-P 61EA7-P 61F1B if pop TOS = True, then SWAP 61F8F-P 61FA9-P does_command/function_have_xlib_number?_1command/function(keeps_level1) 61FB6-P does_command/function_have_xlib_number?_1command/function(drops_level1) 62001-P swap_level1_w/_level3 62001:P Swap_short 62025-P character?_(boolean)_1any 62025:P Charp 62035 Internal DUP (?) 62035: Dup_Gnamep 6203A-P global?_(boolean)_1any 6203A:P Gnamep 6204A: Dup_Unitp 6204F-P unit?_(boolean)_1any 6204F:P Unitp 6205B MC: TYPE(pop TOS) = C -> True/False 6205B: test_type_vs_c 62063 Check Prolog -> True/False 62063: teststack 62076: ret_set_FalseTrue 6207D: ret_set_FalseTrue_2 62080 Replace TOS with True 62080: ret_set_True 62096: ret_set_TrueFalse 6209D: ret_set_TrueFalse_2 620A0 Replace TOS with False 620A0: ret_set_False 620B9 MC: restore regs and push True 620B9: ret_TrueFalse 620C0: ret_TrueFalse_2 620C3: ret_True 620D2 MC: restore regs and push False 620D2: ret_FalseTrue 620D9: ret_FalseTrue_2 620DC: ret_False 620EB-P over_==_(boolean)_1short2short 620EB:P Over_Equalp 62103-P move_03A81_to_@d1_1any_(overwrites_level1_w/_true) 62103:P Set_true 6210C-P move_03AC0_to_@d1_1any_(overwrites_level1_w/_false) 6210C:P Set_false 62115 test TYPE(TOS) = Local Name, push True/False 62115: Dup_Lnamep 6211A P local?_(boolean)_1any 6211A:P Lnamep 6212A: Dup_Shortp 6212F-P short?_(boolean)_1any 6212F:P Shortp 62136^ <CF1F6h> 6213F: Dup_Binaryp 62144-P binary?_(boolean)_1any 62144:P Binaryp 62154: Dup_Stringp 62159-P srting?_(boolean)_1any 62159:P Stringp 62169 test TYPE(TOS) = Real Number, push True/False 62169: Dup_Realp 6216E P test TYPE(TOS) = Real Number, replace TOS with True/False 6216E-P real?_(boolean)_1any 6216E:P Realp 6217E: Dup_Complexp 62183-P complex?_(boolean)_1any 62183:P Complexp 62193: Dup_Arrayp 62198-P array?_(boolean)_1any 62198:P Arrayp 621A8: Dup_Functionp 621AD-P xlib?_(boolean)_1any 621AD:P Functionp 621BD: Dup_Directoryp 621C2 P test TYPE(TOS) = Directory, replace TOS with True/False 621C2-P directory?_(boolean)_1any 621C2:P Directoryp 621D2: Dup_Algebraicp 621D7-P algebraic?_(boolean)_1any 621D7:P Algebraicp 621E7: Dup_Programp 621EC-P program?_(boolean)_1any 621EC:P Programp 621FC test TYPE(TOS) = Graphic, push True/False 621FC: Dup_Graphicp 62201-P graphics?_(boolean)_1any 62201:P Graphicp 62211: Dup_Listp 62216-P list?_(boolean)_1any 62216:P Listp 62226: Dup_Tagp 6222B P test TYPE(TOS) = Tagged, replace TOS with True/False 6222B-P tag?_(boolean)_1any 6222B:P Tagp 6223B P Check for Real Array -> True/False 6223B-P real_array?_(boolean)_1array 6223B:P Level2_Realp 62256-P complex_array?_(boolean)_1array 62256:P Level2_Complexp 62266-P dup_<0h>_==_(boolean)_1short 62266:P Zero_shortpq 62278: getshort_2 62289-P <3h>_==_(boolean)_1short 6229A-P <2h>_==_(boolean)_1short 622A7-P <1h>_==_(boolean)_1short 622B6-P <0h>_==_(boolean)_1short 622C5-P dup_<1h>_==_(boolean)_1short 622D4-P dup_<0h>_\=/_(boolean)_1short 622EF: Swap_AddStrings 62394-P +_(reverse)_1string2string 623A0-P +_1string2string 62474-P 6249E MC XFER: pop TOS (System Binary) -> A.A 6249E: getshort_ref_2 624AC: restore_regs_ref_2 624B3 XFER: save regs D,B,D1,D0 (uses C) 624B3: save_regs_ref_2 624BA-P min_1short2short 624BA:P Min_1short2short 624C6-P max_1short2short 624FB-P 62504: pushShortA_alt_ref_2 6250B: get_shorts_div2 62535-P move_03FEF_to_@d1_1any_(overwrites_level1_w/_<0h>) 62535: Set_short_0 62544: rplret_2 6254E-P move_03FEF_to_@d1_&_@d1+5_1any2any_(overwites_level1_&_level2_w/_<0h>) 6254E:P Set_twoShort0 6256A P Internal add 3 (1:System Binary) 6256A-P <3h>_+_1short 6256A:P Add3_short 6257A P Internal add 4 (1:System Binary) 6257A-P <4h>_+_1short 6257A:P Add4_short 6258A P Internal add 5 (1:System Binary) 6258A-P <5h>_+_1short 6258A:P Add5_short 6259A P Internal add 6 (1:System Binary) 6259A-P <6h>_+_1short 6259A:P Add6_short 625AA P Internal add 7 (1:System Binary) 625AA-P <7h>_+_1short 625AA:P Add7_short 625BA P Internal add 8 (1:System Binary) 625BA-P <8h>_+_short 625BA:P Add8_short 625CA P Internal add 9 (1:System Binary) 625CA-P <9h>_+_1short 625CA:P Add9_short 625DA P Internal add 10 (1:System Binary) 625DA-P <10h>_+_1short 625DA:P Add10_short 625EA P Internal add 12 (1:System Binary) 625EA-P <12h>_+_1short 625EA:P Add12_short 625FA P Internal subtract 3 (1:System Binary) 625FA-P <3h>_-_1short 625FA:P Sub3_short 6260A P Internal subtract 4 (1:System Binary) 6260A-P <4h>_-_1short 6260A:P Sub4_short 6261A P Internal subtract 5 (1:System Binary) 6261A-P <5h>_-_1short 6261A:P Sub5_short 6262A P Internal subtract 6 (1:System Binary) 6262A-P <6h>_-_1short 6262A:P Sub6_short 62636 MC: add C.A to TOS and continue RPL (1:System Binary) 62636: pushShort_add_c 6264E P Internal multiply by 10 (1:System Binary) 6264E-P <10h>_*_1short 6264E:P Mul10_short 6266B: pushShort_cAddA 6266D: pushShortA_alt_ref_3 6266D: push_a_ref_3 62674 P Internal multiply by 8 (1:System Binary) 62674-P <8h>_*_1short 62674:P mul8_short 62691 P Internal multiply by 6 (1:System Binary) 62691-P <6h>_*_1short 62691:P mul6_short 626AE-P eval_sixth_item_in_this_instruction_stream_&_return 626AE P Return and execute the sixth token in this stream 626AE:P Skip_5_exec 626C1: skip_3_exec 626C8: skip_2_exec 626CF: skip_1_exec 626DC-P eval_fourth_item_in_this_instruction_stream_&_return 626DC P Return and execute the fourth token in this stream 626DC:P Skip_3_exec 626E5-P eval_third_item_in_this_instruction_stream_&_return 626E5 P Return and execute the third token in this stream 626E5:P Skip_2_exec 626EE-P eval_second_item_in_this_instruction_stream_&_return 626EE P Return and execute the second token in this stream 626EE:P Skip_1_exec 626F7 P Internal DUP and add two (1:System Binary) 626F7-P dup_<2h>_+_1short 626F7:P Dup_Add2 6270C-P drop_swap 6270C:P Drop_Swap 62726-P drop_swap_drop 62726:P Drop_Swap_Drop 62747 P Internal SWAP and DUP 62747-P swap_dup 62747:P Swap_Dup 62775-P rot_dup 62775:P Rot_Dup 62794-P swap_-_1short2short 627A7-P drop_dup 627A7:P Drop_Drup 627A7=P Drop_Dup 627BB P Internal DUP and SIZE (1:String) -> (2:String,1:System Binary) 627BB-P dup_size_(bytes)_1string 627BB:P Dup_Strlen 627CE: pusha_rplret_alt_ref 627D5-P +_dup_1short2short 627D5:P AddShort_Dup 627E2: push_a_twice 627F8-P -_dup_1short2short 627F8:P SubShort_Dup 62809-P <1h>_+_dup_1short 62809:P Add1_Dup 6281A-P <1h>_-_dup_1short 6281A:P Sub1_Dup 62829 XFER: pop 2 System Binary -> A.A,C.A 62829: get2shorts_ref 62830-P swap_drop_dup 62830:P Overwrite_lev2_with_lev1 6284B-P swap_drop_swap 6284B:P Swap_drop_swap 62864-P 4_roll_drop 62864:P Drop_lev4 62880-P 5_roll_drop 62880:P Drop_lev5 6289B-P dup2_<_(boolean)_1short2short 6289B P if TOS > TOS-1 (System Binary) -> True/False 6289B:P Dup2_Gtp 628B5-P dup2_==_(boolean)_1short2short 628B5:P Dup2_Equalp 628D1-P dup2_>_(boolean)_1short2short 628D1:P Dup2_Ltp 628EB-P dup_<1h>_+_1short 628EB:P Dup_Inc 62904-P swap_<1h>_+_1short 62904:P Swap_Inc 6292F-P dup_<1h>_-_1short 6292F:P Dec 62946-P push_<0h>_1any(overwrites_level1_w/_<0h>) 62946:P Short1_End 62958-P eval_next_item_in_this_instruction_stream_&_return_two_times 62958:P Exit_loop_Eval 62966: rpl_return_ref 6296D-P return_&_eval_next_item_from_previous_instruction_stream_&_return 6296D:P Return_alt 62986-P return_&_if_true_then_do_next_return_else_skip_next_continue_1external 62986 P Return, if pop TOS = True, then do next/return, else skip next 62986:P Ret_if_notTrue 629A1-P return_&_if_true_then_skip_next_continue_else_do_next_return_1external 629A1 P Return, if pop TOS = True, then skip next, else do next/return 629A1:P Ret_if_True 62A34 Internal RCL (1:Global Name/Local Name) -> Contents,True/False 62B0B Internal DROP2 and False 62B0B: Drop2_False 62B6F: While_ShortZerop 62B88 Internal LIST-> (1:List) -> (N:...,1:Any) (no count) 62B88: ListAlgPrgTo_Drop 62BC4 Internal 7 ROLLD (7:...,1:Any) 62BC4: Rolld7 62BF1 Internal *10 (1:Real Number) 62C05: Dup_FindName 62C2D: IfEqual_then_else 62C41 Internal LIST-> (1:List) -> (N:...,1:System Binary) (DUP'd count) 62C41: ListAlgPrgTo_Dup 62C55: If_false 62C69 Internal NEWOB and SWAP 62C69: Copy_Swap 62C7D Internal ROT and DUP2 (3:Any,2:Any,1:Any) 62C7D: Rot_Dup2 62C91: If_lev3_not_false 62CA5 Internal ROT and OVER 62CA5: Rot_Over 62CB9 Internal DUP/DUP 62CCD Internal OVER and DUP 62CCD: Over_Dup 62CE1 Internal R->SB and DUP 62CE1: R_to_S_Dup 62CF5: Rev3_Dup 62D09: Rolld4_Dup 62D31 Internal OVER and SWAP 62D45 Internal ROLL and SWAP (N:...,1:System Binary) 62D45: Roll_Swap 62D59 Internal "" and SWAP 62D59: NullString_Swap 62D6D: Substr_Swap 62D81 if TOS-1 <= TOS (Real Number) then SWAP 62D9F if pop TOS != True then SWAP 62D9F: Swap_if_notFalse 62DCC: Rot_AddShort_Swap 62DE5: Pick4_Add_Swap 62DFE: AddShort_Swap 62E12: SubShort_Swap 62E26 Internal add 1 and SWAP (2:Any,1:System Binary) 62E26: IncShort_Swap 62E3A Internal <0h> and SWAP 62E3A: Short0_Swap 62E4E Internal sub 1, <1h> and SWAP (1:System Binary) 62E4E: DecShort_Short1_Swap 62E67 Internal <1h> and SWAP 62E67: Short1_Swap 62E7B Internal R->SB and SWAP (1:Real Number) 62E7B: RealToShort_Swap 62E8F Internal R->LR and SWAP (1:Real Number) 62EB7: DropLev2and3_True 62ECB: Roll4_Swap 62EDF: Over_Swap 62EF3: Pick4_Swap 62F07: Nlocals_Swap 62F1B if pop TOS = True, then SWAP 62F1B: Swap_if_true 62F43 if pop TOS = True, then DROP, else SWAP/DROP 62F43: IfTrue_DropLev1_elseDropLev2 62F5C if pop TOS = True, then SWAP/DROP, else DROP 62F5C: IfFalse_DropLev1_elseDropLev2 62F75 Internal DROPN and DROP (1:System Binary) 62F75: DropNplus1 62F89 Internal ROLL and DROP (N:...,1:System Binary) 62F89: DropNth 62F9D: Stat_Dir_Drop 62FB1 Internal DUP and ROT 62FB1: Dup_Rot 62FC5 Internal DROP and ROT 62FC5: Drop_Rot 62FD9 Internal subtract one and ROT (1:System Binary) 62FD9: DecShort_Rot 63029 Internal DROP and OVER 63029: Drop_Over 63051: AddShort_Over 63065: SubShort_Over 63079 <0h> and internal OVER 63079: Short0_Over 630DD Internal DUP and PICK (N:...,1:System Binary) 630F1 Internal DUP and ROLL (N:...,1:System Binary) 630F1: Dup_Roll 63105: Over_RolldShortPlus2 63119 Internal 8 ROLLD 63119: Rolld8 6312D Internal 10 ROLLD 6312D: Rolld10 6317D if pop TOS = True, then internal UVAL 63191: Add_LF 631A5 Internal subtract one and ->LIST (N:...,1:System Binary) 631A5: ToListLess1 631B9 Internal 2 ->LIST 631B9: List2 631CD Internal 3 ->LIST 631CD: List3 631E1 Internal DUP and LIST-> 631E1: Dup_ListAlgPrgTo 631F5 Internal SWAP and LIST-> 631F5: Swap_ListAlgPrgTo 63209: Dup_Short5p 6321D: Dup_ShortEndp 63245: Substr_Less1 63259: LeftStr_Less1 6326D: RightStr 63281: RightStr_Plus1 63295: Dup_StrToGlobal 632A9 Internal SWAP and R->C (2:Real Number,1:Real Number) 632A9: Swap_RtoC 632BD Unevaluated No Operation (continue RPL) 632D1 ->Program and EVAL (N:...,1:System Binary) 632D1: ToPrg_Eval 63312: Swap_Retq 63326: DropLev2And3_Retq 6333A: Skip_if_NonzeroShort 6336C: Skip_if_EqualShort 63399 if TOS-1 > TOS (System Binary), then skip next token 63399: Skip_if_GreaterShort 633B2 Internal ELSE 633B2: Exit_PrgLevel_Skip 633C6: Until 633DF: If_thenSkip2Iterate 63411 Internal DUP and push current loop counter as System Binary 63411: Dup_CurLoopInc 63425 Internal SWAP and push current loop counter as System Binary 63425: Swap_CurLoopInc 63439 Internal OVER and push current loop counter as System Binary 63439: Over_CurLoopInc 6344D Internal SWAP and next (internal loop) 6344D: Swap_Next 63466 Internal DROP and next (internal loop) 63466: Drop_Next 6347F Internal DUP and for 0 to (TOS)-1 (1:System Binary) 6347F: Dup_Start0or1toLess1 634F7 Internal True and False 634F7: True_False 6350B Internal False and True 6350B: False_True 6351F <0h> and False 6351F: Short0_False 63533 <1h> and False 63533: Short1_False 63583: IterateDrop2False_if_notFalse 6359C: FalseIterate_if_notFalse 635B0: DropLev2ifTrue_Not 635C4 Internal != (2:Any,1:Any) -> True/False 63605: Drop_if_identical 6362D: Nonzero_Swap_Nonzero_DropLev2ifTrue 6364B: Over_NonzeroShortp 6365F Internal OVER and if TOS-1 < TOS (System Binary) -> True/False 6365F: Over_LessShort 63673 if TOS < 3 (System Binary) -> True/False 63673: LessShort3p 63687 Internal DUP and if TOS < 7 (System Binary) -> True/False 63687: Dup_LessShort7p 636B4: EqualShort5p 636C8 if TOS != 2 (System Binary) -> True/False 636C8: NotEqual2p 636DC Internal OVER and if TOS-1 > TOS (System Binary) -> True/False 636DC: Over_Greaterp 636F0 if TOS > 1 (System Binary) -> True/False 636F0: Greater1p 63704: Dup2_add 63718: Rot_add 6372C: Over_add 63740: Pick3_Add 63754: Pick4_Add 63768: Rot_sub 6377C: Over_sub 63790: Sub_loop_count 637A4: Dup_Rot_Swap_Sub 637B8 Internal ROT and add one (System Binary) 637B8: Rot_inc_short 637CC: Sub_inc_short 637E0: Swap_dec_short 637F4 Internal DROP and subtract one (System Binary) 637F4: Drop_dec_short 63808: Add_dec_short 6383A= Disp_error 6384E: setd0tos 6385D: setd1tos 6386C Internal SWAP and DUP2 6386C: Swap_dup2 6389E: Erase_in_GROB 638CB: Exit_ifNotTrue_elseTrue 638E4: DropIfTrue_Iterate 63A15: Short_Endq 63A29 Store TOS into ''dvar' (Local Name) 63A29: ListAlgPrgTo_StoreLocalDvar 63A3D Store TOS into ''LNAME' (Local Name) 63A6F Internal DUP and if TOS is { } -> True/False 63A88 Internal DUP and <0h> 63A88: Dup_short_0 63A9C Internal DUP and <1h> 63A9C: Dup_short_1 63AB0: Swap_short_1 63AC4: Twice_short_1 63AD8: Dup_short_2 63B05: Error_ifNotTrue_BadArgVal 63B19 if pop TOS != True, then Bad Argument Value 63B19: Error_ifFalse_BadArgval 63B2D if TYPE(TOS) != Real Number, then Bad Argument Type 63B2D: Assert_Real 63B46 if pop TOS != True, then Bad Argument Type 63B46: Assert_False 63B5A Unevaluated * (multiply) 63B5A: Getval_Mul 63B6E Unevaluated delta (stepwise derivative) 63B96 Internal SB->LR (1:System Binary) 63C04 get GROB columns 63C2C Internal SWAP and 4 ROLL 63C2C: Swap_Roll4 63C40 Internal DUP2 and 5 ROLL 63C68: Over_Over 63C7C: Swap_Pick4 63C90: Over_Pick5 63CBD: IfZero_DropRet 63CD6: Return_if_not_identical 63CEA: IfTrue_Return_if_notTrue 63CFE if SAME, then do next/return, else skip next 63D12: Return_if_LessThan_short_short 63D3A if TOS-1 = TOS (System Binary), then skip next, else do next and return 63D3A: Return_if_NotEqual_short_short 63D4E: Return_if_notGreaterThan_Short_2 63D67 if TOS-1 > TOS (System Binary), then do next/return, else skip next 63D67: Return_if_notGreaterThan_short_short 63DA3: Return_if_notArray 63DDF: Return_if_notFalse 63E1B: Return_if_notReal 63E61: IfNotFalse_then_else 63E75: IfIdentical_then_else 63E89: IfNonZero_then_else 63E9D: IfLess_then_else 63EB1: IfGreater_then_else 63EC5: IfZero_then_else 63F6A: AddStrings_Swap 63FA6: Drop_Dropn 63FBA: Pick4_Pick4 63FCE: IfPrg_thenToPrg1 63FE7: ToPrg_1 63FFB: ToPrg_2 6400F: Set_loopctr_to_0 64127-P same_(boolean)_1any2any 6419A: List_13eh_123h_dffh 641C7:P In_current_context 641CC do DUP / continue RPL ML thread 641FC-P push_<0h>_<0h> 641FC:P Short_0_0 64209- push_<0h>_<1h> 64209: Short_0_1 64214: pushsmallshort_a_c 64236: pushsmallshort_a 6427A-P push_<0h>_<7h> 6427A:P Short_0_7 6428A-P push_<1h>_<1Bh> 6428A:P Short_1_1b 6429D-P push_<2h>_<1h> 6429D:P Short_2_1 642AF-P push_<2h>_<2h> 642AF:P Short_2_2 642BF-P push_<2h>_<4h> 642BF:P Short_2_4 642D1-P push_<3h>_<4h> 642D1:P Short_3_4 642E3: Short_5_4 642F7-P push_<5h>_<4h> 642F7:P Short_4_5 642BF- Short_2_4 642D1- Short_3_4 642F7- Short_4_5 64309: Short_0_0_0 6431D: Short_0_0_1 64331: Short_0_0_2 64368: Drop_DropLev2 644A3: Listpos 644BC: Swap_Listpos 645B1:P Strpos 645B1-P pos_1short(start)2string(match)3string(parent) 645BD-P compare_n_bytes_1short(n)2string(match)3string(parent) 64775 Internal DTAG (1:Any) 64775: UnTag 647A2 Internal DTAG level 2 object 647A2: Swap_UnTag_Swap 6480B-P push_5_nibbles_starting_@short_1short2list/program/algebraic 64B12 <2Ch> 64B12: Short_2ch 64B1C <2Dh> 64B1C= Short_2dh 64B26 <2Eh> 64B26: Short_2eh 64B30 <2Fh> 64B30: Short_2fh 64B3A <30h> 64B3A= Short_30h 64B44 <31h> 64B44: Short_31h 64B4E <32h> 64B4E: Short_32h 64B58 <33h> 64B58= Short_33h 64B62 <34h> 64B62: Short_34h 64B6C <35h> 64B6C: Short_35h 64B76 <36h> 64B76: Short_36h 64B80 <37h> 64B80= Short_37h 64B8A <38h> 64B8A: Short_38h 64B94 <39h> 64B94: Short_39h 64B9E <3Ah> 64B9E: Short_3ah 64BA8 <3Bh> 64BA8: Short_3bh 64BB2 <3Ch> 64BB2: Short_3ch 64BBC <3Dh> 64BBC: Short_3dh 64BC6 <3Eh> 64BC6: Short_3eh 64BD0 <3Fh> 64BD0: Short_3fh <3fh> 64BDA <40h> 64BDA: Short_40h 64BE4 <41h> 64BE4: Short_41h 64BEE <42h> 64BEE: Short_42h 64BF8 <43h> 64BF8: Short_43h 64C02 <44h> 64C02= Short_44h 64C0C <45h> 64C0C: Short_45h 64C16 <46h> 64C16: Short_46h 64C20 <4Ah> 64C20: Short_4ah 64C2A <4Fh> 64C34 <50h> 64C34= Short_50h 64C3E <51h> 64C3E: Short_51h 64C48 <52h> 64C48: Short_52h 64C52 <53h> 64C52: Short_53h 64C5C <54h> 64C5C: Short_54h 64C66 <55h> 64C66= Short_55h 64C70 <56h> 64C70: Short_56h 64C7A <57h> 64C7A: Short_57h 64C84 <5Bh> 64C84: Short_5bh 64C8E <60h> 64C8E: Short_60h 64C98 <61h> 64C98: Short_61h 64CA2 <62h> 64CA2: Short_62h 64CAC <64h> 64CAC: Short_64h 64CB6 <65h> 64CB6: Short_65h 64CC0 <6Fh> 64CCA <70h> 64CCA: Short_70h 64CD4 <71h> 64CD4: Short_71h 64CDE <72h> 64CDE: Short_72h 64CE8 <73h> 64CE8: Short_73h 64CF2 <74h> 64CF2: Short_74h 64CFC <75h> 64CFC: Short_75h 64D06 <7Ah> 64D06: Short_7ah 64D10 <80h> 64D10: Short_80h 64D1A <82h> 64D1A: Short_82h 64D24 <83h> 64D24: Short_83h 64D2E <8Fh> 64D2E: Short_8fh 64D38 <91h> 64D38: Short_91h 64D42 <92h> 64D42: Short_92h 64D4C <9Ah> 64D4C: Short_9ah 64D56 <9Eh> 64D56: Short_9eh 64D60 <9Fh> 64D60: Short_9fh 64D6A <A0h> 64D6A: Short_a0h 64D74 <A1h> 64D74= Short_a1h 64D7E <A2h> 64D7E= Short_a2h 64D88 <A5h> 64D88: Short_a5h 64D92 <A6h> 64D92: Short_a6h 64D9C <A7h> 64D9C: Short_a7h 64DA6 <A9h> 64DA6: Short_a9h 64DB0 <AAh> 64DB0= Short_aah 64DBA <AEh> 64DBA= Short_aeh 64DC4 <B1h> 64DC4= Short_b1h 64DCE <BBh> 64DCE= Short_bbh 64DD8 <C0h> 64DD8: Short_c0h 64DE2 <CCh> 64DE2= Short_cch 64DEC <D0h> 64DEC: Short_d0h 64DF6 <E1h> 64DF6= Short_e1h 64E00 <EAh> 64E00= Short_eah 64E0A <EEh> 64E0A= Short_eeh 64E14 <F0h> 64E14: Short_f0h 64E1E <FDh> 64E1E: Short_fdh 64E28 <FFh> 64E28: Short_ffh 64E32 <100h> 64E32: Short_100h 64E3C <102h> 64E3C: Short_102h 64E46 <106h> 64E46: Short_106h 64E50 <107h> 64E50: Short_107h 64E5A <110h> 64E5A: Short_110h 64E64 <111h> 64E64: Short_111h 64E6E <123h> 64E6E: Short_123h 64E78 <124h> 64E78: Short_124h 64E82 <131h> 64E82: Short_131h 64E8C <132h> 64E8C: Short_132h 64E96 <133h> 64E96: Short_133h 64EA0 <134h> 64EA0: Short_134h 64EAA <135h> 64EAA: Short_135h 64EB4 <136h> 64EB4: Short_136h 64EBE <137h> 64EBE: Short_137h 64EC8 <138h> 64EC8: Short_138h 64ED2 <139h> 64ED2: Short_139h 64EDC <13Ah> 64EDC: Short_13ah 64EE6 <13Bh> 64EE6: Short_13bh 64EF0 <13Dh> 64EF0: Short_13dh 64EFA <13Eh> 64EFA: Short_13eh 64F04 <151h> 64F04: Short_151h 64F0E <200h> 64F0E: Short_200h 64F18 <205h> 64F18= Short_205h 64F22 <311h> 64F22= Short_311h 64F2C <411h> 64F2C: Short_411h 64F36 <412h> 64F36: Short_412h 64F40 <444h> 64F40: Short_444h 64F4A <451h> 64F4A: Short_451h 64F54 <452h> 64F54: Short_452h 64F5E <510h> 64F5E: Short_510h 64F68 <511h> 64F68= Short_511h 64F72 <550h> 64F72: Short_550h 64F7C <610h> 64F7C: Short_610h 64F86 <650h> 64F86: Short_650h 64F90 <700h> 64F90: Short_700h 64F9A <861h> 64F9A: Short_861h 64FA4 <862h> 64FA4: Short_862h 64FAE <865h> 64FAE: Short_865h 64FB8 <86Eh> 64FB8: Short_86eh 64FC2 <A03h> 64FC2: Short_a03h 64FCC <A11h> 64FCC: Short_a11h 64FD6 <A12h> 64FD6: Short_a12h 64FE0 <A1Ah> 64FE0: Short_a1ah 64FEA <A21h> 64FEA: Short_a21h 64FF4 <A22h> 64FF4: Short_a22h 64FFE <A2Ah> 64FFE: Short_a2ah 65008 <A61h> 65008: Short_a61h 65012 <A62h> 65012: Short_a62h 6501C <A65h> 6501C: Short_a65h 65026 <A6Eh> 65026: Short_a6eh 65030 <AA1h> 65030: Short_aa1h 6503A <AA2h> 6503A: Short_aa2h 65044 <AAAh> 65044: Short_aaah 6504E <C06h> 6504E: Short_c06h 65058 <C07h> 65058: Short_c07h 65062 <C08h> 65062: Short_c08h 6506C <C0Ah> 6506C: Short_c0ah 65076 <C0Bh> 65076: Short_c0bh 65080 <DFFh> 65080: Short_dffh 6508A <E00h> 6508A: Short_e00h 65094 <70000h> 65094: Short__RAM_base 6509E <FFFFFh> 6509E: Short_minus1 650A8 2.71828182846 650A8: Real_2.71828182846 650BD .5 650BD: "Real_5E-99" 650D2 -.5 650D2: "Real_-5E-99" 650E7 10 650E7: Real_10 650FC 180 650FC: Real_180 DEG half-circle 65111 200 65111: Real_200 GRAD half-circle 65126 360 65126: Real_360 DEG circle 6513B 400 6513B: Real_400 GRAD circle 65150: "String_']'" "]" 6515C: "String_'[ '" "[ " 6516A: "String_'['" "[" 65176: "String_'{'" "{" 65182: "String_'}'" "}" 6518E: "String_'#'" "#" 6519A: "String_'_'" "_" 651A6: "String_'$'" "$" 651B2: "String_'&'" "&" 651BE: "String_'\033'" 651CA: "String_'\273'" 651D6: "String_'\253'" 651E2: "String_E" "E" 651EE: "String_'\200'" 651FA: "String_'\205'" 65206: "String_'|'" "|" 65212: String_14_blanks " " 65238: "String_'\012'" 65238: "String_'\012'" LF 65244: String_der "der" 65254: String_1_blank " " 65260: String_UNKNOWN "UNKNOWN" 65278: "String_'"'" "\"" 65284: "String_'''" "'" 65290: "String_','" "," 6529C: "String_'.'" "." 652A8: "String_';'" ";" 652B4: "String_'('" ")" 652C0: "String_')'" ")" 652CC: "String_'^'" "^" 652D8: "String_'*'" "*" 652E4: "String_'/'" "/" 652F0: "String_'+'" "+" 652FC: "String_'-'" "-" 65308: "String_'='" "=" 65314: "String_'\203'" 65320: "String_'\210'" 6532C: String_GROB "GROB" 6533E: "String_C$" "C$" 6534C: String_0 "0" 65358: String_1 "1" 65364: String_2 "2" 65370: String_3 "3" 6537C: String_4 "4" 65388: String_5 "5" 65394: String_6 "6" 653A0: String_7 "7" 653AC: String_8 "8" 653B8: String_9 "9" 653C4: Short_726a5h <726a5h> 653CE: Short_72704h <72704h> 653D8: Short_72dcfh <72dcfh> 653E2: Short_72f1eh <72f1eh> 653EC: Short_736f9h <736f9h> 653F6: Short_7232ch <7232ch> 65400: Short_7260ah <7260ah> 6540A: Short_72281h <72281h> 65414: Short_72fe6h <72fe6h> 6541E: Char_000 NUL 65425: Char_037 6542C: Char_double_quote " 65433: Char_hash # 6543A: Char_mul * 65441: Char_add + 65448: Char_comma , 6544F: Char_sub - 65456: Char_period . 6545D: Char_div / 65464: Char_0 6546B: Char_1 65472: Char_2 65479: Char_3 65480: Char_4 65487: Char_5 6548E: Char_6 65495: Char_7 6549C: Char_8 654A3: Char_9 654AA: Char_colon 654B1: Char_semicolon 654B8: Char_leftAngle 654BF: Char_equal 654C6: Char_rightAngle 654CD: Char_A 654D4: Char_B 654DB: Char_C 654E2: Char_D 654E9: Char_E 654F0: Char_F 654F7: Char_G 654FE: Char_H 65505: Char_I 6550C: Char_J 65513: Char_K 6551A: Char_L 65521: Char_M 65528: Char_N 6552F: Char_O 65536: Char_P 6553D: Char_Q 65544: Char_R 6554B: Char_S 65552: Char_T 65559: Char_U 65560: Char_V 65567: Char_W 6556E: Char_X 65575: Char_Y 6557C: Char_Z 65583: Char_a 6558A: Char_b 65591: Char_c 65598: Char_d 6559F: Char_e 655A6: Char_f 655AD: Char_g 655B4: Char_h 655BB: Char_i 655C2: Char_j 655C9: Char_k 655D0: Char_l 655D7: Char_m 655DE: Char_n 655E5: Char_o 655EC: Char_p 655F3: Char_q 655FA: Char_r 65601: Char_s 65608: Char_t 6560F: Char_u 65616: Char_v 6561D: Char_w 65624: Char_x 6562B: Char_y 65632: Char_z 65639: Char_215 65640: Char_253 65647: Char_273 6564E: Char_200 65655: Char_210 6565C: Char_204 65663: "Char_LParen ( 6566A: Char_012 LF 65671: Char_207 65678: "Char_RParen ) 6567F: Char_205 65686: Char_space 6568D: Char__ _ 65694: Char_LBracket [ 6569B: Char_RBracket ] 656A2: Char_LAngBracket < 656A9: Char_RAngBracket > 656B0: Char_211 656B7: Char_212 656BE: Char_213 656C5: "String_'R\200\200'" 656D5: "String_'R\200Z'" 656E5: String_XYZ "XYZ" 656F5: "String_'\253\273'" 65703: "String_'{}'" "{}" 65711: "String_'[]'" "[]" 6571F: "String_''''" "''" 6572D: "String_'::'" "::" 6573B: "String_'()'" "()" 65749: "String_'""'" "\"\"" 65757: String_ECHO "ECHO" 65769: String_EXIT "EXIT" 6577B: String_Undefined "Undefined" 65797: String_RAD "RAD" 657A7: String_GRAD "GRAD" 6594E-P 6595A-P 65A38: RE_Real_alt 65A38: RE_Real_alt 65C9F-P 65CCC: List_empty_alt 65E1E-P 65E6E-P 65EB7-P 65EDC-P 65F89-P 661C4-P 661F9-P 6624C-P 66264-P 66281-P 662E7-P 66332-P 663C8-P 663E3-P 663FE-P 6641A-P 6642A-P 66460-P 66473-P 66486-P 66499-P 66520-P 6652C-P 6656C-P 665A4-P 665CE-P 6663A-P 667A0-P 667FA-P 66814-P 6686E-P 66885-P 669BD-P 66B81-P 66BB7-P 67096-P 67105-P 6713B-P 67158-P 67167-P 6737B^ <206h> 67385^ <C17h> 67646^ <80000h> 67D12^ <80000h> 682F8-P 68394-P 6866E^ <80000h> 68777-P 68783-P 68A33-P 68A9C-P 68B57-P 697B3^ <201h> 69808^ <202h> 69A97 ''Radix' (Local Name) 69AAA ''KeysOK?' (Local Name) 69AC1 ''ExprLit' (Local Name) 69AD8 ''BuffW' (Local Name) 69AEB ''BuffH' (Local Name) 69AFE ''SaveBlank' (Local Name) 69B19 ''ManOp' (Local Name) 69B2C ''nohalt' (Local Name) 69B41 ''AppMode' (Local Name) 69B58 ''NameGrob' (Local Name) 69B71 ''EXITFCN' (Local Name) 69B88 ''FontGauge' (Local Name) 69BA3 ''LE' (Local Name) 69BB0 ''LB' (Local Name) 69BBD ''TE' (Local Name) 69BCA ''FormEnvOK' (Local Name) 69BE5 ''prow' (Local Name) 69BF6 ''pcol' (Local Name) 69C07 ''cursy' (Local Name) 69C1A ''cursx' (Local Name) 69C2D ''ttt' (Local Name) 69C3C ''source' (Local Name) 69C51 ''ofs' (Local Name) 69C60 ''tok' (Local Name) 69C6F ''rbv' (Local Name) 69C7E ''idfflg' (Local Name) 69C93 ''tmpop' (Local Name) 69CA6 ''tmppdat' (Local Name) 69CBD ''ploc' (Local Name) 69CCE ''bv' (Local Name) 69CDB ''unbound' (Local Name) 6A0D0-P 6A0E1-P 6A0F2-P 6A7B1^ <201h> 6A7E3^ <202h> 6B017^ <80000h> 6B035^ <80000h> 6B5C4^ <4Dh> 6B696^ <61h> 6B6FF^ <39h> 6B952^ <4Dh> 6BEC0^ <39h> 6BF10^ <4Dh> 6BF29^ <56h> 6BF38^ <50h> 6C61D^ <A7h> 6C68B^ <93h> 6C744^ <4Dh> 6C947^ <7Fh> 6C9C9^ <43h> 6CC30^ <61h> 6CFBE^ <6Fh> 6D28B-P 6D2B8-P 6D2D8-P 6D37C-P 6D37D-P 6D6A3^ <45h> 6D8E2^ <43h> 6D98C^ <68h> 6DAD6^ <3Ah> 6DB62^ <36h> 6E148^ <7FFFFh> 6EEEF^ <207h> 6EF08^ <208h> 70000: RAM_base (RAM) 70200 Time Init (RAM) 7045C: intr_save_usr (RAM) 704C3= pollpattern (RAM) 704DC= pollflag (RAM) 704EA key buffer (RAM) 704EA= Keybuf (RAM) 70551 pointer to menu display (RAM) 70551= Menu_GROB_ptr (RAM) 70556= Stk_GROB_ptr (RAM) 7055B pointer to stack display (RAM) 7055B= Stk_56line_GROB_ptr (RAM) 70565 pointer to PICT (RAM) 70565= graph_GROB_ptr (RAM) 7056A= DynamicStart (RAM) 7056F heap pointer (RAM) 7056F= HeapStart (RAM) 70574 saved B (return stack pointer) (RAM) 70574= FramePtr (RAM) 70579 saved D1 (RPL stack pointer) (RAM) 70579= TOS (RAM) 7057E bottom (start) of stack (grows down) (RAM) 7057E: EOS (RAM) 70583 local var ptr addr (RAM) 70583= local_vars (RAM) 70588 pointer to current loop information (RAM) 70588= loop_context (RAM) 7058D ?? menu keys ?? (RAM) 7058D= menu_keys (RAM) 70592 begin HOME dir (RAM) 70592: homedir (RAM) 70597 end HOME directory (points to 00000 prob for ATTACH) (RAM) 70597: end_homedir (RAM) 70597= BOS (RAM) 7059C pointer to current dir (RAM) 7059C: cur_dir (RAM) 705A1= tmpdir (RAM) 705AB pointer to alarm list (RAM) 705B0 saved D0 (RPL thread pointer) (RAM) 705B0= TOH (RAM) 705B5 temp save A.A (RAM) 705BA save arg ptrs (15 Nibbles) (RAM) 705BA= last_args (RAM) 705BF= Arg2 (RAM) 705C4= Arg3 (RAM) 705D9 ROM: ML Version Output (RAM) 7065A Last RPL Token (RAM) 7065A= toh_sub_10 (RAM) 7066E saved D (free stack space) (RAM) 7066E= FreeMem (RAM) 70673 Last Error Code (RAM) 7069F stack size (RAM) 7069F= Stacksize (RAM) 706A4 Random Seed (RAM) 706C5 RPL System Flags (RAM) 706C5= System_flags (RAM) 706D5 RPL User Flags (RAM) 706D5= User_flags (RAM) 706FD # arg ptrs @ 705BA??? (RAM) 706FD= N_args_nib (RAM) 706FF Save Last Err# (RAM) 70713 GROB for displaying lines of stack. Enough mem for 19 char bitmap (RAM) 70713: stk_LComp (RAM) 70764= st_save (RAM) 70844 GROB for menu display: 8 by 131 (RAM) 70844: menu_GROB (RAM) 70849: menu_GROB_len (RAM) 7084E: menu_GROB_h (RAM) 70853: menu_GROB_w (RAM) 70858: menu_dispmem (RAM) 70968 GROB for the rest of the screen: 56 by 131 (RAM) 70968: stk_GROB (RAM) 7096D: stk_GROB_len (RAM) 70972: stk_GROB_h (RAM) 70977: stk_GROB_w (RAM) 7097C: stk_dispmem (RAM) 70E4A: keybuf_usr (RAM) 710EC GROB for plot display: variable size (RAM) 710EC: plot_GROB (RAM) 710F1: plot_GROB_len (RAM) 710F6: plot_GROB_h (RAM) 710FB: plot_GROB_w (RAM) 71100: plot_dispmem (RAM) 71AD8 ASCIC: Version (RAM) 71AF6 ASCIC: Copyright (RAM) 72000 Message table for library 000 (XLIB 0) (RAM) 72281 Message table for library 00A (XLIB 10) (RAM) 7232C Message table for library 00C (XLIB 12) (RAM) 7260A Message table for library 00D (XLIB 13) (RAM) 726A5 Message table for library 00B (XLIB 11) (RAM) 72704 Message table for library 001 (XLIB 1) (RAM) 72DCF Message table for library 002 (XLIB 2) (RAM) 72F1E Message table for library 003 (XLIB 3) (RAM) 72FE6 Message table for library 006 (XLIB 6) (RAM) 736F9 Message table for library 005 (XLIB 5) (RAM) 7427C Hash table for library 700 (XLIB 1792) (RAM) 7448A Hash table for library 002 (XLIB 2) (RAM) 7AA67^ <1h> (in hidden ROM) 7AA9E^ <1h> (in hidden ROM) 7AAD5^ <1h> (in hidden ROM) 7AB0C^ <1h> (in hidden ROM) 7AB43^ <1h> (in hidden ROM) 7AB7A^ <1h> (in hidden ROM) 7ABB1^ <1h> (in hidden ROM) 7ABE8^ <1h> (in hidden ROM) 7AC1F^ <1h> (in hidden ROM) 7AC56^ <1h> (in hidden ROM) 7AC8D^ <1h> (in hidden ROM) 7ACC4^ <1h> (in hidden ROM) 7ACFB^ <1h> (in hidden ROM) 7AD32^ <1h> (in hidden ROM) 7AD69^ <1h> (in hidden ROM) 7ADA0^ <1h> (in hidden ROM) 7ADD7^ <1h> (in hidden ROM) 7AE0E^ <1h> (in hidden ROM) 7AE45^ <1h> (in hidden ROM) 7AE7C^ <1h> (in hidden ROM) 7AEB3^ <1h> (in hidden ROM) 7AEEA^ <1h> (in hidden ROM) 7AF21^ <1h> (in hidden ROM) 7AF58^ <1h> (in hidden ROM) 7AF8F^ <1h> (in hidden ROM) 7AFC6^ <1h> (in hidden ROM) 7AFFD^ <1h> (in hidden ROM) 7B034^ <1h> (in hidden ROM) 7B06B^ <1h> (in hidden ROM) 7B0A2^ <1h> (in hidden ROM) 7B0D9^ <1h> (in hidden ROM) 7B110^ <1h> (in hidden ROM) 7B147^ <1h> (in hidden ROM) 7B17E^ <1h> (in hidden ROM) 7B1B5^ <1h> (in hidden ROM) 7B1EC^ <1h> (in hidden ROM) 7B223^ <1h> (in hidden ROM) 7B25A^ <1h> (in hidden ROM) 7B291^ <1h> (in hidden ROM) 7B2C8^ <1h> (in hidden ROM) 7B2FF^ <1h> (in hidden ROM) 7B336^ <1h> (in hidden ROM) 7B36D^ <1h> (in hidden ROM) 7B3A4^ <1h> (in hidden ROM) 7B3DB^ <1h> (in hidden ROM) 7B412^ <1h> (in hidden ROM) 7B449^ <1h> (in hidden ROM) 7B480^ <1h> (in hidden ROM) 7B4B7^ <1h> (in hidden ROM) 7B4EE^ <1h> (in hidden ROM) 7C745^ <7C7FEh> (in hidden ROM) 7C948^ <7C66Eh> (in hidden ROM) 7CEB6^ <7CE5Ch> (in hidden ROM) 7CEFC^ <7CD85h> (in hidden ROM) 7CFBA^ <7CCAEh> (in hidden ROM) 7D163^ 4.34294481904E-1 (in hidden ROM) 7D277^ 4.34294481904E-1 (in hidden ROM) 7D485^ <7D421h> (in hidden ROM) 7D6AB^ <7D642h> (in hidden ROM) 7D782^ <7D70Ah> (in hidden ROM) 7F9B5 'HOMEDIR' (Global Name) (RAM) 7FED7 ''A' (Local Name) (RAM) 80000: P0_base (RAM) C0000: P1_base (RAM) F0000: Scan_RAM_base F0E4A: Keybuf_scan (end of part 4 of 4)