@database Default @author "gega" @(c) "1998 Gáti Gergely, gega" @node "main" "cp4 guide" @next "requirements" @prev "main" @{b}C= Commodore C+4 Emulator by gega@{ub} @{b}@{i} This documentation is still under development! @{ub}@{ui} @{" Requirements " LINK "requirements"} @{" Installation " LINK "install"} @{" Video drivers " LINK "videodriver"} @{" Keyboard " LINK "bill"} ..@{" Keyboard layout " LINK "billmatrix"} @{" Prefs file " LINK "prefsfile"} @{" Command line options " LINK "opciok"} @{" Prefs GUI " LINK "prefsgui"} @{" Debug GUI " LINK "debuggui"} @{" Monitor GUI " LINK "monitorgui"} @{" Stack GUI " LINK "stackgui"} @{" For Amiga programmers " LINK "amigaprog"} ..@{" Video drivers " LINK "amigaprogvideo"} @{" For Plus4 programmers " LINK "plus4prog"} ..@{" AssP4 help " LINK "assp4"} ..@{" Statistics " LINK "stat"} @{" Screenshots " LINK "scrshots"} @{u}Written by gega (Gáti Gergely) E-Mail: gatig@dragon.klte.hu HomePage: www.klte.hu/~gatig/cp4.html @{uu} Compiled with gcc and PhxAss, GUI designed with GadToolsBox. @{b}@{u}Thanks to@{uu}@{ub} @{i}(in alphabetical order :-)@{ui} @{b}Fehér Imre@{ub}, for the Plus4 measurements and the programming advices, @{b}Ipacs Zsolt@{ub} for the CPU-debugging and for the PC version, @{b}Kémeri Csaba /UnReal/@{ub} for testing, hardware support, icon drawing, and other stuff, @{b}Rajnai Álmos@{ub} for encourageing me to start this project @{b}Zavacki Ferenc@{ub} for a lot of help and for all of the C2Ps, ...and to everybody, who's interested in the Plus4 @endnode @node "requirements" "Requirements" @next "install" @prev "main" Min. 2M RAM - usable drivers: mono, windowmono 3M RAM - recommended OCS,ECS - usable drivers: windowmono, mono, windowamiga, OCS OS3.0 iec.library - only if you want to connect & use a real 1541 Processor - 020+ ROM images - Original C=+4 roms @endnode @node "install" "Install" @next "videodriver" @prev "requirements" There is nothing special about the installation. If you want to store your .prefs file in the ENV: & ENVARC: directories, you have to make a dummy file called cp4.prefs in ENV:, before you start the program! (echo >ENV:cp4.prefs) Before starting, you have to copy the ROM images into the same directory using the following names: rom.basic (16K) rom.kernal (16K) rom.funclow (16K) rom.funchigh (16K) A kernal and a basic ROM are required for using the emulator. If you only have these two, you will get a C16 emulation with 64 KBytes. At last, copy an icon next to the main program, and rename it appropriately. If you haven't got a 1541 & a cable, to transfer the roms, download these from my homepage, www.klte.hu/~gatig/cp4_roms.lzx. @endnode @node "videodriver" "Video Driverek" @next "bill" @prev "install" After the first start, it is recommended to select a suitable video driver. The most compatible and the default video driver is windowcard.c2p, because it works on most Amigas. This is a good choice if you have a video card, but it's very slow on AGA. Recommended video drivers for machines with more than 3M RAM: @{u}@{b} Graphics -030 040+ @{uu}@{ub} VideoCard card, windowcard +windowscale AGA zavacki +windowamiga ECS,OCS OCS +windowamiga For less than 3M RAM, you must use the mono or the windowmono driver. If you are a programmer, you can write a new @{" external video driver " link "amigaprogvideo" 0} for the emulator. @endnode @node "bill" "Keystrokes" @next "billmatrix" @prev "videodriver" You can use the following keys: F5 Display OFF Useful on slow machines, when you want to listen to music F6 Binary file loading (LOAD"program",8,1) F7 Swap joystick port (See: @{" Swap Joy " link "prefsgui" 16}-Gadget/Menu) F8 Reset F9 Hard Reset F10 Debug HELP Prefs @endnode @node "billmatrix" "Keyboard matrix" @next "prefsfile" @prev "bill" Keyboard layout (on a german keyboard) C+4: @ F3 F2 F1 HELP Ł Ret InstDel Amiga: ü f3 f2 f1 f4 RAmiga Enter Backspace C+4: Shift E S Z 4 A W 3 Amiga: Shift e s y 4 a w 3 C+4: X T F C 6 D R 5 Amiga: x t f c 6 d r 5 C+4: V U H B 8 G Y 7 Amiga: v u h b 8 g z 7 C+4: N O K M 0 J I 9 Amiga: n o k m 0 j i 9 C+4: , - : . Up L P Down Amiga: , \ ö . Up l p Down C+4: / + = Esc Right ; * Left Amiga: - ' RAlt Esc Right ä # Left C+4: Run/St Q C= Space 2 CTRL Clr/H 1 Amiga: Ctrl q LAlt Space 2 Tab Del 1 @endnode @node "prefsfile" "Prefs file" @next "opciok" @prev "billmatrix" You can set most of the options in the program, via menuitems, gadgets or the keyboard, but there are some rarely used options which can be changed only by editing the .prefs file by hand. They are marked with a '!'. And there are some - marked with '+' - which are adjustable by cli options. You may edit the .prefs file by hand, for setting any option. Where you must enter a number, you can use one of the following templates: decimal_digits - decimal default $hex_digits - hexadecimal (old format) 0xhex_digits - hexadecimal ('C' format) The program will save all options at every exit, which was not caused by an error, so you do not have to save the modified options every time. These options include the position of every window. TWOFRAME=NO See: Prefs,@{" TwoFrame-" link "prefsgui" 7}Gadget/Menu C2P=card.c2p See: Prefs,@{" Chunky2Planar-" link "prefsgui" 15}Gadget SPEEDLIMIT=YES See: Prefs,@{" Limit-" link "prefsgui" 6}Gadget SOUND=YES See: Prefs,@{" Sound-" link "prefsgui" 5}Gadget/Menu PERCENT=YES See: Prefs/@{" Display_Percent-" link "prefsgui" 15}Menu !PERCENTCOLOR1=$31 The body color of the percent display !PERCENTCOLOR0=$51 The border color of the percent display You must specify C+4 colors from 0 up to $7f OVERSCAN=-1 Overscan code MODEID=-1 ScreenmodeID you have to select one, before the first start of the program P4PROGDIR=: Directory of C+4 programs (F6) If you modify the path in the filerequester, this will be modified automatically !INITMEM=0000FFFFFFFF0000 The initial contents of memory Unlimited pattern of two digit hex numbers IEC=YES Enable ROM patch for iec.library REALTIME=NO Skip frames until reach a real Plus4 speed +KERNAL=rom.kernal +FUNCTIONLOW=rom.funclow +FUNCTIONHIGH=rom.funchigh +CARTRIDGE1LOW=NO Name of the cartridge image file | NO +CARTRIDGE1HIGH=NO +CARTRIDGE2LOW=NO +CARTRIDGE2HIGH=NO MONWIN=NO Default state of Monitor window NO - closed YES - opened FOLLOW=NO See: Monitor/Follow-Menu WITHDATA=NO See: Debug/???_With_Data-Menu ILLOPCODES=NO See: Debug/Illegal_OpCodes-Menu MONLEFT=30 As I wrote above, the program stores MONTOP=11 the coordinates of the windows PRFLEFT=0 PRFTOP=11 DBGLEFT=0 DBGTOP=11 STKTOP=25 STKLEFT=80 !LISTINNERWIDTH=24 If you set the properties of the ListView scroller to non standard values, then you must calculate this value yourself: A >-------------------------< ,---------------------+-+ | | | |_____________________|X| |_____________________|X| | |X| | |X| | | | | | | | |_| | |^| | |v| `---------------------+-+ >-< >---< B C LISTINNERWIDTH = (A-(B+C))+2 @endnode @node "opciok" "Options" @next "prefsgui" @prev "prefsfile" Don't use these options, I will remove them! -h Help -s No sound -t No speed limit -c Select Chunky2Planar ('-c mono.c2p') -v ScreenModeID -o Overscan Mode (1-TEXT 2-STANDARD 3-MAX 4-VIDEO) -f Skip a frame -p No speed display ROM-image options: (All ROM-image 16K!) -b Basic (or -0) -k Kernal (or -1) -2 Function-Low -3 Function-High -4 Cartridge1-Low -5 Cartridge1-High -6 Cartridge2-Low -7 Cartridge2-High @endnode @node "prefsgui" "Prefs GUI" @next "debuggui" @prev "opciok" Open this window with the HELP key @{b}@{u}Gadgets@{uu}@{ub} Sound: Sound enabled/disabled Limit: Limit speed to the speed of a real Plus4 (100%) TwoFrame: Skip every second frame On an M68030/50 you can reach more than 70% using this option Swap Joys: Changes the interpretation of the second port of the Amiga either to port 1 or to port 2 of the Plus4 Checked means port 1 ScreenMode: ScreenMode requester Percent: Does not work yet ChunkyToPlanar: Video-driver selection Save: Save current settings to ENV:/ENVARC: or to PROGDIR: depending on the initial location of the prefs file Use: Use current settings Cancel: Back to emulation, without using the new settings Quit: Quit & Save @{b}@{u}Menus@{uu}@{ub} Project/ Load_File Load a binary file into memory (LOAD"...",8,1) Save_Prog Save the file currently in memory (SAVE"...",8) Reset Like the Debug/Reset-Menu Back Like the Cancel gadget About My address, etc Quit Like the Quit gadget Prefs/ Sound See: Sound-Gadget Speed_Limit See: Limit-Gadget TwoFrame See: TwoFrame-Gadget Swap_Joy See: Swap Joy-Gadget Display_Percent Speed display enabled/disabled IEC iec.library enabled/disabled With some programs the ROM-patch causes C+4 crash or other bug. Then try to disable this option. RealTime Skip frames until reach a real Plus4 speed @endnode @node "debuggui" "Debug GUI" @next "monitorgui" @prev "prefsgui" Open this window with the F10 key @{b}@{u}Gadgets@{uu}@{ub} DisAsm ListView Disassembly of the running program The current statement under execution is marked with '>' Keys: crsr: move sh+crsr: page PC The next statement's address A,X,Y,SP Accu, X, Y-reg, Stack Pointer Flagek 7501-flags Run Run the program Trace Execute only one statement Step One statement, but JSR is one too BreakPoints Breakpoints enabled Clear Clear all breakpoints Add The selected address will be assigned to the actual breakpoint Below of these is the actual Plus4 display mode, and some TED information: Amiga_raster Not implemented yet C+4_raster Plus4 raster number Raster_request The raster request line (Plus4 raster) Video_matrix Video-Matrix address Gfx_base Graphics memory address Ras/C#1/C#2/C#3 Enabled IRQs (+) @{b}@{u}Menus@{uu}@{ub} The menu is the same for the Debug, Monitor & Stack windows Project/ Prefs Open the Prefs window SaveMem Save the memory Reset Hard-Reset Back Back to the emulation Quit Quit & Save Debug/ Trace See: Trace-Gadget Step See: Step-Gadget Run See: Run-Gadget ???_With_Data Value after unknown Opcodes BreakPoints See: BreakPoints-Gadget Illegal_OpCodes Display all Opcodes Stack Open the Stack window Monitor/ OpenWin Open the Monitor window Follow The Monitor's cursor is set to the executed statement's operand Ascii Display in ascii ScreenCode Display in screen-codes @endnode @node "monitorgui" "Monitor GUI" @next "stackgui" @prev "debuggui" Ascii/ScrCode See: Monitor/Ascii|ScreenCode-Menu String gadget Enter the string or hexa number to search for Starting with '$' it will be a hex number else it will be a string Search Search down ListView Plus4 memory Useful keys: crsr: move sh+crsr: page numbers+'a-f' modify @{b}@{u}Menus@{uu}@{ub} The @{" menu " link "debuggui" 35} is the same for the Debug, Monitor & Stack windows @endnode @node "stackgui" "Stack GUI" @next "amigaprog" @prev "monitorgui" The stack backtrace window shows the contents of the stack. You can examine the caller of the running subroutine. @{b}@{u}Menus@{uu}@{ub} The @{" menu " link "debuggui" 35} is the same for the Debug, Monitor & Stack windows @endnode @node "amigaprog" "For Amiga Programmers" @next "amigaprogvideo" @prev "stackgui" I will send the sources to everyone if requested. When I am satisfied with the state of the sources I will upload them to Aminet. Requests & bug-reports can be mailed to gatig@dragon.klte.hu. @endnode @node "amigaprogvideo" "Making Video drivers" @next "plus4prog" @prev "amigaprog" Compile the modules without startup-code. GCC: -nostartup, SAS/C: NOSTARTUP. You have to open/close all libraries, if you need them, and you have to get the ExecBase from 4. The following 5 names may not be changed, and you must define all of them. ---CUT HERE--- #includes #define C2P_INFO "long story..." #define C2P_VERSION "1" #define C2P_REVISION "0" #define C2P_AUTHOR "author..." #define C2P_NAME "drivername..." // If you define the next one, the main program will not render the // actual emulation speed #define C2P_NOSPEED // You can select the desired buffering (single,double,triple): // none/0 - You'll get NULLs as delta // 1,2,3 - You'll get the right delta buffers #define C2P_BUFFERING 3 #include "c2p_module.c" //------------------------------------------------------------------------- char *SAVEDS minit(ULONG scrmode, ULONG overscan, unsigned char *linedeltatab) { //------------------------------------------------------------------------- /* Initializing Called only once, after LoadSeg() Input: scrmode ModeID, given by user overscan Overscan mode, given by user linedeltatab LineSkipBuffer 283 bytes, one byte per line, If a byte is not zero, you do not have to draw to the screen memory. Usable only, if the buffering was defined correctly Output: NULL OK string Error text, usable defines: C2P_NOMSG No error message C2P_NOMEM Not enough memory "custom" Module specific error You have to open a window, and a screen, if you need it. Put the address of the Screen to vec.c2p_Scr. If your window is on an existing PubScreen, you have to specify the PubScreen's address. Write your window's address to vec.c2p_Win. You don't need to specify a ScreenTitle. You can use Gadgets, Menus, etc on your window, and you have to set the necessary IDCMPs. There're two exception to this rule; you will not get any IDCMP_RAWKEY & IDCMP_VANILLAKEY messages, because the main program eats them. About the messages, see the mdo() & mdofull() functions. The Window & Screen pointers are used by the main program to perform the following functions: Open requesters on the screen, defined by window pointer, if it's a PubScreen, Get messages from the Window's UserPort, Calls to ActivateWindow(), ModifyIDCMP(), SetWindowTitles() and ScreenToFront() There are 4 functions to handle the driver specific options. The GetOptionXXX() is used to get an existing option, or create a new one. The two versions are ...Int & ...Str for integers and strings. You must specify a default value, and if the required option is not found, this one will be returned. int GetOptionInt(char *name,int defval); char *GetOptionStr(char *name,char *defval); void AddOptionInt(char *name,int value); void AddOptionStr(char *name,char *value); With the last two, you can create new options, or modify an existing one. The option name is created by the C2P_NAME define, so if it is unique, there will not be any name collosions. */ } // minit() //------------------------------------------------------------------------- void SAVEDS mfree(void) { //------------------------------------------------------------------------- /* Freeing resources Immediately before UnloadSeg()-ing You have to free all your allocated resources. You have to verify all resources for successful allocation, before freeing them, and first you have to call the mawake() function. */ } // mfree() //------------------------------------------------------------------------- int SAVEDS mdo(unsigned char *chunky,unsigned char *delta,int numscreen) { //------------------------------------------------------------------------- /* Drawing Called after every logical frame Input: chunky The screen to draw to. 283x352 bytes of chunky data. Ignore the MSB. These are Plus4 colors, $x0 are black. delta Screen array, like above, but, this is the current visible screen, if you gave the buffering number correctly. numscreen The ordinal number of the next screen, from 0 to the C2P_BUFFERING-1. ('3' -> 0 1 2 0 1...) Deltaconversion. The IDCMP messages are in the vec.c2p_MsgList Exec List, but it contains only the last frame's messages. If you don't handle an event here, you will not get it in the future. See this code fragment, for an example, for collecting all of the messages of the last logical frame: struct IntuiMessage *imsg; while(imsg=(struct IntuiMessage *)RemHead(&vec.c2p_MsgList)) { switch(imsg->Class) {...} } In the vec.c2p_Speed field, you find the actual percentage value, or -1, if the user does not want a speed display. You have to return one of the following values: RET_OK - Normal RET_PREFS - Opens the Prefs window RET_DEBUG - Opens the Debug window RET_RESET - Normal reset RET_HRESET - Hard-Reset RET_QUIT - Quit RET_NEWWIN - When you have opened a new window, you must notify the main program about it RET_ERROR - Fatal error! At smaller errors, return RET_PREFS only */ } // mdo() //------------------------------------------------------------------------- int SAVEDS mdofull(unsigned char *chunky,int numscreen) { //------------------------------------------------------------------------- /* The same like mdo(), but there is no delta buffer. */ } // mdofull() //------------------------------------------------------------------------- int SAVEDS mdont(void) { //------------------------------------------------------------------------- /* This one is the UserBlank case routine. If the user pressed the F5 key, (no gfx required) this will be the frame handler. The vec.c2p_Speed and the user input is still available. */ } // mdont() //------------------------------------------------------------------------- void SAVEDS msleep(void) { //------------------------------------------------------------------------- /* Set busy pointer, no more input until a mawake() call. */ } // msleep() //------------------------------------------------------------------------- void SAVEDS mawake(void) { //------------------------------------------------------------------------- /* Return to normal input handling. */ } // mawake() ---CUT HERE--- @endnode @node "plus4prog" "Plus4 programmers'" @next "assp4" @prev "amigaprogvideo" Send all compatibility & other errors to gatig@dragon.klte.hu, any attached files with tar/gzip/uuencode please! If you know exactly how the up/down scrolling on the Plus4 works, please write me about it! @endnode @node "assp4" "AssP4" @next "stat" @prev "plus4prog" There's a primitive, but easy to use assembler in this package. Fixed format, the separator is ONE tab, the start address must be at the very first line, usable only with hexadecimal numbers with the $ sign at the beginning. ---CUT HERE--- $start_addr * remark label MNM operand MNM operand * remark ---CUT HERE--- For example: ---CUT HERE--- $7000 * example program start lda #routin sta c2 dat #$02 * crash routin inc $ff19 rti c1 dat #$00 c2 dat #$00 ---CUT HERE--- extra mnemonics: BSS #$num * 'num' x #$00 bytes DAT #$num * 'num' (one byte) STR string until '\n' in the source @endnode @node "stat" "Statistics" @next "scrshots" @prev "assp4" After about one hour playing: OpCode Statistic 00 BRK IMP - -.-% 01 ORA (ZP,X) 87 0.0% 02 !CRA NONE - -.-% 03 !SLO (ZP,X) - -.-% 04 !NO2 IMP - -.-% 05 ORA ZP 1106916 0.3% 06 ASL ZP 1299123 0.3% 07 !SLO ZP - -.-% 08 PHP IMP 34719 0.0% 09 ORA #BYTE 307839 0.0% 0A ASL ACC 1893801 0.5% 0B !ANC #BYTE - -.-% 0C !NO3 IMP - -.-% 0D ORA ABS 1895561 0.5% 0E ASL ABS 7714 0.0% 0F !SLO ABS - -.-% 10 BPL REL 20324363 6.0% 11 ORA (ZP),Y 672907 0.2% 12 !CRA NONE - -.-% 13 !SLO (ZP),Y - -.-% 14 !NO2 IMP - -.-% 15 ORA ZP,X - -.-% 16 ASL ZP,X 407 0.0% 17 !SLO ZP,X - -.-% 18 CLC IMP 3542836 1.0% 19 ORA ABS,Y 6216 0.0% 1A !NOP IMP - -.-% 1B !SLO ABS,Y - -.-% 1C !NO3 IMP - -.-% 1D ORA ABS,X 279906 0.0% 1E ASL ABS,X 24210 0.0% 1F !SLO ABS,X - -.-% 20 JSR ABS 5004621 1.4% 21 AND (ZP,X) - -.-% 22 !CRA NONE - -.-% 23 !RLA (ZP,X) - -.-% 24 BIT ZP 275222 0.0% 25 AND ZP 214057 0.0% 26 ROL ZP 1009465 0.3% 27 !RLA ZP - -.-% 28 PLP IMP 34760 0.0% 29 AND #BYTE 4493516 1.3% 2A ROL IMP 1260950 0.3% 2B !ANC #BYTE - -.-% 2C BIT ABS 16416421 4.8% 2D AND ABS 163599 0.0% 2E ROL ABS 11628 0.0% 2F !RLA ABS - -.-% 30 BMI REL 1883576 0.5% 31 AND (ZP),Y 161668 0.0% 32 !CRA NONE - -.-% 33 !RLA (ZP),Y - -.-% 34 !NO2 IMP - -.-% 35 AND ZP,X 7623 0.0% 36 ROL ZP,X - -.-% 37 !RLA ZP,X - -.-% 38 SEC IMP 1638565 0.4% 39 AND ABS,Y 40399 0.0% 3A !NOP IMP - -.-% 3B !RLA ABS,Y - -.-% 3C !NO3 IMP - -.-% 3D AND ABS,X 328224 0.0% 3E ROL ABS,X 53748 0.0% 3F !RLA ABS,X - -.-% 40 RTI IMP 109355 0.0% 41 EOR (ZP,X) - -.-% 42 !CRA NONE - -.-% 43 !SRE (ZP,X) - -.-% 44 !NO2 IMP - -.-% 45 EOR ZP 317623 0.0% 46 LSR ZP 448569 0.1% 47 !SRE ZP - -.-% 48 PHA IMP 1246910 0.3% 49 EOR #BYTE 1053301 0.3% 4A LSR ACC 4225275 1.2% 4B !ASR #BYTE - -.-% 4C JMP ABS 2643914 0.7% 4D EOR ABS 24563 0.0% 4E LSR ABS 39121 0.0% 4F !SRE ABS - -.-% 50 BVC REL 16263 0.0% 51 EOR (ZP),Y 607422 0.1% 52 !CRA NONE - -.-% 53 !SRE (ZP),Y - -.-% 54 !NO2 IMP - -.-% 55 EOR ZP,X 42320 0.0% 56 LSR ZP,X 189863 0.0% 57 !SRE ZP,X - -.-% 58 CLI IMP 174846 0.0% 59 EOR ABS,Y 16548 0.0% 5A !NOP IMP - -.-% 5B !SRE ABS,Y - -.-% 5C !NO3 IMP - -.-% 5D EOR ABS,X 122675 0.0% 5E LSR ABS,X 33535 0.0% 5F !SRE ABS,X - -.-% 60 RTS IMP 5005894 1.4% 61 ADC (ZP,X) - -.-% 62 !CRA NONE - -.-% 63 !RRA (ZP,X) - -.-% 64 !NO2 IMP - -.-% 65 ADC ZP 2472985 0.7% 66 ROR ZP 1117715 0.3% 67 !RRA ZP - -.-% 68 PLA ACC 1245200 0.3% 69 ADC #BYTE 2471303 0.7% 6A ROR ACC 1039993 0.3% 6B !ARR #BYTE - -.-% 6C JMP (ABS) 79673 0.0% 6D ADC ABS 239556 0.0% 6E ROR ABS 26309 0.0% 6F !RRA ABS - -.-% 70 BVS REL 397733 0.1% 71 ADC (ZP),Y 1603 0.0% 72 !CRA NONE - -.-% 73 !RRA (ZP),Y - -.-% 74 !NO2 IMP - -.-% 75 ADC ZP,X 14495 0.0% 76 ROR ZP,X 414059 0.1% 77 !RRA ZP,X - -.-% 78 SEI IMP 161303 0.0% 79 ADC ABS,Y 680902 0.2% 7A !NOP IMP - -.-% 7B !RRA ABS,Y - -.-% 7C !NO3 IMP - -.-% 7D ADC ABS,X 495578 0.1% 7E ROR ABS,X 86698 0.0% 7F !RRA ABS,X - -.-% 80 !NO2 IMP - -.-% 81 STA (ZP,X) 40 0.0% 82 !NO2 IMP - -.-% 83 !SAX (ZP,X) - -.-% 84 STY ZP 1231196 0.3% 85 STA ZP 12594358 3.7% 86 STX ZP 1414164 0.4% 87 !SAX ZP - -.-% 88 DEY IMP 12392369 3.6% 89 !NO2 IMP - -.-% 8A TXA IMP 1962708 0.5% 8B !ANE #BYTE - -.-% 8C STY ABS 252438 0.0% 8D STA ABS 3505119 1.0% 8E STX ABS 155158 0.0% 8F !SAX ABS - -.-% 90 BCC REL 4716846 1.4% 91 STA (ZP),Y 7737205 2.3% 92 !CRA NONE - -.-% 93 !SHA (ZP),Y - -.-% 94 STY ZP,X 58953 0.0% 95 STA ZP,X 896237 0.2% 96 STX ZP,Y 27471 0.0% 97 !SAX ZP,Y - -.-% 98 TYA IMP 1483139 0.4% 99 STA ABS,Y 2317664 0.6% 9A TXS IMP 799 0.0% 9B !SHS ABS,Y - -.-% 9C !SHY ABS,X - -.-% 9D STA ABS,X 4855300 1.4% 9E !SHX ABS,Y - -.-% 9F !SHA ABS,Y - -.-% A0 LDY #BYTE 3292382 0.9% A1 LDA (ZP,X) 230 0.0% A2 LDX #BYTE 1318529 0.3% A3 !LAX (ZP,X) - -.-% A4 LDY ZP 1673542 0.4% A5 LDA ZP 12822613 3.8% A6 LDX ZP 2306028 0.6% A7 !LAX ZP - -.-% A8 TAY IMP 1807685 0.5% A9 LDA #BYTE 3803109 1.1% AA TAX IMP 3633412 1.0% AB !LXA #BYTE - -.-% AC LDY ABS 1255343 0.3% AD LDA ABS 9691488 2.8% AE LDX ABS 707963 0.2% AF !LAX ABS - -.-% B0 BCS REL 3030083 0.9% B1 LDA (ZP),Y 4183610 1.2% B2 !CRA NONE - -.-% B3 !LAX (ZP),Y - -.-% B4 LDY ZP,X 5094 0.0% B5 LDA ZP,X 759896 0.2% B6 LDX ZP,Y 44345 0.0% B7 !LAX ZP,Y - -.-% B8 CLV IMP 23 0.0% B9 LDA ABS,Y 3285102 0.9% BA TSX IMP 28917 0.0% BB !LAS ABS,Y - -.-% BC LDY ABS,X 1158530 0.3% BD LDA ABS,X 7208053 2.1% BE LDX ABS,Y 132547 0.0% BF !LAX ABS,Y - -.-% C0 CPY #BYTE 1907888 0.5% C1 CMP (ZP,X) - -.-% C2 !NO2 IMP - -.-% C3 !DCP (ZP,X) - -.-% C4 CPY ZP 353475 0.1% C5 CMP ZP 384757 0.1% C6 DEC ZP 2633324 0.7% C7 !DCP ZP - -.-% C8 INY IMP 3309487 0.9% C9 CMP #BYTE 9403382 2.7% CA DEX IMP 9872566 2.9% CB !SBX #BYTE - -.-% CC CPY ABS 94537 0.0% CD CMP ABS 3488928 1.0% CE DEC ABS 423934 0.1% CF !DCP ABS - -.-% D0 BNE REL 52716297 15.6% D1 CMP (ZP),Y 272409 0.0% D2 !CRA NONE - -.-% D3 !DCP (ZP),Y - -.-% D4 !NO2 IMP - -.-% D5 CMP ZP,X 474 0.0% D6 DEC ZP,X - -.-% D7 !DCP ZP,X - -.-% D8 CLD IMP 7134 0.0% D9 CMP ABS,Y 5965 0.0% DA !NOP IMP - -.-% DB !DCP ABS,Y - -.-% DC !NO3 IMP - -.-% DD CMP ABS,X 384237 0.1% DE DEC ABS,X 23223 0.0% DF !DCP ABS,X - -.-% E0 CPX #BYTE 1244094 0.3% E1 SBC (ZP,X) - -.-% E2 !NO2 IMP - -.-% E3 !ISB (ZP,X) - -.-% E4 CPX ZP 682812 0.2% E5 SBC ZP 908867 0.2% E6 INC ZP 2089052 0.6% E7 !ISB ZP - -.-% E8 INX IMP 1550920 0.4% E9 SBC #BYTE 17356775 5.1% EA NOP IMP 8391166 2.4% EB !SBC #BYTE - -.-% EC CPX ABS 17890 0.0% ED SBC ABS 44390 0.0% EE INC ABS 1327731 0.3% EF !ISB ABS - -.-% F0 BEQ REL 7511317 2.2% F1 SBC (ZP),Y 1507 0.0% F2 !CRA NONE - -.-% F3 !ISB (ZP),Y - -.-% F4 !NO2 IMP - -.-% F5 SBC ZP,X 168 0.0% F6 INC ZP,X 2262 0.0% F7 !ISB ZP,X - -.-% F8 SED IMP 156 0.0% F9 SBC ABS,Y 5576 0.0% FA !NOP IMP - -.-% FB !ISB ABS,Y - -.-% FC !NO3 IMP - -.-% FD SBC ABS,X 278592 0.0% FE INC ABS,X 39441 0.0% FF !ISB ABS,X - -.-% Total: 336142170 100.0% Addressing Statistic #BYTE 46652118 13.8% ABS 47437926 14.1% ZP 47355863 14.0% ACC 8404269 2.5% IMP 57650619 17.1% (ZP,X) 357 0.0% (ZP),Y 13638331 4.0% ZP,X 2391851 0.7% ABS,X 15371950 4.5% ABS,Y 6490919 1.9% REL 90596478 26.9% (ABS) 79673 0.0% ZP,Y 71816 0.0% NONE - -.-% Total: 336142170 100.0% Instruction Statistic ADC 6376422 1.8% AND 5409086 1.6% ASL 3225255 0.9% BCC 4716846 1.4% BCS 3030083 0.9% BEQ 7511317 2.2% BIT 16691643 4.9% BMI 1883576 0.5% BNE 52716297 15.6% BPL 20324363 6.0% BRK - -.-% BVC 16263 0.0% BVS 397733 0.1% CLC 3542836 1.0% CLD 7134 0.0% CLI 174846 0.0% CLV 23 0.0% CMP 13940152 4.1% CPX 1944796 0.5% CPY 2355900 0.7% DEC 3080481 0.9% DEX 9872566 2.9% DEY 12392369 3.6% EOR 2184452 0.6% INC 3458486 1.0% INX 1550920 0.4% INY 3309487 0.9% JMP 2723587 0.8% JSR 5004621 1.4% LDA 41754101 12.4% LDX 4509412 1.3% LDY 7384891 2.1% LSR 4936363 1.4% NOP 8391166 2.4% ORA 4269432 1.2% PHA 1246910 0.3% PHP 34719 0.0% PLA 1245200 0.3% PLP 34760 0.0% ROL 2335791 0.6% ROR 2684774 0.7% RTI 109355 0.0% RTS 5005894 1.4% SBC 18595875 5.5% SEC 1638565 0.4% SED 156 0.0% SEI 161303 0.0% STA 31905923 9.4% STX 1596793 0.4% STY 1542587 0.4% TAX 3633412 1.0% TAY 1807685 0.5% TSX 28917 0.0% TXA 1962708 0.5% TXS 799 0.0% TYA 1483139 0.4% !CRA - -.-% !NOP - -.-% !NO2 - -.-% !NO3 - -.-% !SLO - -.-% !ANC - -.-% !RLA - -.-% !SRE - -.-% !RRA - -.-% !ARR - -.-% !SAX - -.-% !ANE - -.-% !SHA - -.-% !SHS - -.-% !SHY - -.-% !SHX - -.-% !LAX - -.-% !LAS - -.-% !DCP - -.-% !SBX - -.-% !ISB - -.-% !SBC - -.-% !ASR - -.-% !LXA - -.-% Total: 336142170 100.0% @endnode @node "scrshots" "ScreenShots" @next "main" @prev "stat" @{b}Picture #1@{ub} @{" No1 " SYSTEM "Multiview cp4_screen1.ilbm"} MultiView @{" No1 " SYSTEM "PPShow cp4_screen1.ilbm"} PPShow @{b}Picture #2@{ub} @{" No2 " SYSTEM "Multiview cp4_screen2.ilbm"} MultiView @{" No2 " SYSTEM "PPShow cp4_screen2.ilbm"} PPShow @endnode