; ************************************************* ; * * ; * AMIGA GAME STUDIO DEVELOPMENT PROJECT * ; * * ; *-----------------------------------------------* ; * * ; * List for all functions defined in libraries * ; * given in AmigaGS archive : *AmigaGS: ; * *-------- ; * Display???.Library ECS/AGA Ver : 1.0 * 0.1a ; * Chunky???.Library CPU020/CPU040 Ver : 1.0 * 0.1a ; * Ilbm.Library Ver : 1.0 * 0.1a ; * Joystick.Library Ver : 1.0 * 0.1a ; * MemoryBanks.Library Ver : 1.0 * 0.1a ; * MemoryCopy???.Library CPU020 Ver : 1.0 * 0.1a ; * Screens???.Library ECS/AGA Ver : 1.0 * 0.1a ; * FileIO.library Ver : 1.0 * 0.1c ; * * ; ************************************************* ; DATE : 26.April.2000 18:06 FRANCE ; Project Version 0.1c ; NOTE: I'm sorry but AGAIcons.library is not documented because she's not finished.She will be in next release. ; ; ******************* ; * * ; * Display.Library * ; * * ; ******************* ; 1 / Ags_Display : ----------------- In : / Out : / Help : Activate AmigaGS display instead of workbench 2 / WB_Display : ---------------- In : / Out : / Help : restore workbench display. 3 / Ags_WaitVbl : ----------------- In : / Out : / Help : Wait for vertical refresh. 4 / Ags_Screen : ---------------- In : A0=ScreenBase Out : / Help : Display any screen created with any of the "screens???.library" 5 / Ags_SetColor : ------------------ In : D0=Color / D1=Red / D2=Green / D3=Blue Out : / Help : Define a 24bits color for AmigaGS display. 6 / Ags_Copper: --------------- In : / Out : A0=AGS-CopperBase Help : Give you the adress where the AmigaGS copper list is installed. 7 / Refresh_Copper : -------------------- In : / Out : / Help : Send you back to AmigaGS Display. 8 / Screen_Offset : ------------------- In : D0=XOffset / D1=YOffset Out : / Help : Make a scrolling for the screen installed in AmigaGS Display. 9 / YDisplaySize : ------------------ In : D0=Y Screen Display Size Out : / Help : Make Y screen display bigger ( or smaller ) than 192 pixels. ; ; ****************** ; * * ; * Chunky.Library * ; * * ; ****************** ; You can select 68020 or 68040+ version making these : 1 / Select 68020 Ver : Rename Chunky020.library to chunkycpu.library 2 / Select 68040+ Ver : Rename Chunky040.library to chunkycpu.library ; 1 / Set_ChunkyBase : -------------------- In : A0=Chunky_ScreenBase Out : / Help : Define where your chunky screen is located in any kind of memory. 2 / Set_ScreenBase : -------------------- In : A0=Planar_ScreenBase Out : / Help : Define where your planar screen is located in chip memory. ( all planes must be allocated contiguously) 3 / Set_ChunkySize : -------------------- In : D0=XSize / D1=YSize Out : / Help : Define The sizes of your chunky screen. There are only 2 values available : D0=320 / D1=200 or D0=160 / D1=100 4 / ChunkyConvert : ------------------- In : / Out : / Help : convert the graphics contained inside chunky screen to your planar screen. 5 / ChunkyPlot : ---------------- In : D0=XPos(0-319) / D1=YPos(0-199) / D2=Ink(0-255) Out : / Help : Draw a point inside chunky screen. ; ; **************** ; * * ; * Ilbm.Library * ; * * ; **************** ; 1 / IlbmConvert : ----------------- In : A0=ScreenBase / A1=IffBase Out : / Help : Convert a previously loaded in memory IFF/ILBM file into an AmigaGS Screen. 2 / IlbmXSize : --------------- In : A0=IffBase Out : D0=XSize Help : Give you the X size of an IFF/ILBM Picture in memory. 3 / IlbmYSize : --------------- In : A0=IffBase Out : D0=YSize Help : Give you the Y size of an IFF/ILBM Picture in memory. 4 / IlbmDepth : --------------- In : A0=IffBase Out : D0=Depth Help : Give you how many bitplanes the IFF/ILBM picture loaded in memory use. 5 / IlbmPalette : ----------------- In : A0=IffBase Out : A1=CMAP Base Help : Give you the Adress of the color palette inside The IFF/ILBM picture. ; ; ******************** ; * * ; * Joystick.Library * ; * * ; ******************** ; 1 / Joy0State : --------------- In : / Out : D0=Joystick state Help : Give you the state of any joystick connected to your mouse port (0). Bits in D0 are organized like this : Bit 0 = True -> Direction is UP Bit 1 = True -> Direction is DOWN Bit 2 = True -> Direction is LEFT Bit 3 = True -> Direction is RIGHT 2 / Joy1State : --------------- In : / Out : D0=Joystick state Help : Give you the state of any joystick connected to your joystick port (1). Bits in D0 are organized like this : Bit 0 = True -> Direction is UP Bit 1 = True -> Direction is DOWN Bit 2 = True -> Direction is LEFT Bit 3 = True -> Direction is RIGHT 3 / Joy0Fire?State : -------------------- In : / Out : D0=Button state Help : Give you the state of any button of a joystick OR mouse connected to mouse port (0). You can check buttons 1,2 and 3. 4 / Joy1Fire?State : -------------------- In : / Out : D0=Button state Help : Give you the state of any button of a joystick OR mouse connected to joystick port (1). You can check buttons 1,2 and 3. 5 / ArrowsKeysState : --------------------- In : / Out : D0=Arrow key pressed . Help : Tell you if any of 4 directions arrows keys has just been pushed. ; ; *********************** ; * * ; * MemoryBanks.Library * ; * * ; *********************** ; 1 / ReserveAsChipData : ----------------------- In : D0=Bank / D1=Size (in bytes) Out : A0=BankBase Help : Try to allocate memory from Chip-RAM 2 / ReserveAsFastData : ----------------------- In : D0=Bank / D1=Size (in bytes) Out : A0=BankBase Help : Try to allocate memory from Fast-RAM 3 / ReserveAsPublicData : ------------------------- In : D0=Bank / D1=Size (in bytes) Out : A0=BankBase Help : Try to allocate memory from Public-RAM type. 4 / ReserveAs24BitDMAData : --------------------------- In : D0=Bank / D1=Size (in bytes) Out : A0=BankBase Help : Try to allocate 24Bit DMA-Able memory. 5 / BankBase : -------------- In : D0=Bank Out : A0=BankBase Help : Tell you where a bank is located in memory. 6 / EraseBank : --------------- In : D0=Bank Out : / Help : Erase a previously allocated memory bank. 7 / EraseAllBanks : ------------------- In : / Out : / Help : Erase all previously allocated memory banks. ; ; ********************** ; * * ; * MemoryCOPY.Library * ; * * ; ********************** ; 1 / MemoryClear : ----------------- In : A0=MemoryAdress / D0=Size (in bytes) Out : / Help : Clear a zone of memory. 2 / MemoryCopy : ---------------- In : A0=Source / A1=Target / D0=Size (in bytes) Out : / Help : Copy D0 bytes from A0 memory zone to A1 memory zone. ; ; ******************* ; * * ; * Screens.Library * ; * * ; ******************* ; 1 / Screen_Open : ----------------- In : D0=Screen / D1=XSize / D2=YSize / D3=Depth Out : / Help : Open a screen using D3 bitplanes. 2 / Screen_Close : ------------------ In : D0=Screen Out : / Help : Close a previously opened screen. 3 / Screen_Base : ----------------- In : D0=Screen Out : A0=ScreenBase Help : Give you where a screen is located. ; ; ****************** ; * * ; * FileIO.Library * ; * * ; ****************** ; 1 / LoadFile : -------------- In : A0=FileName , A1=Target Adress , D0=FileSize Out : / Help : Load a file in memory starting at A1. 2 / SaveFile : -------------- In : A0=FileName , A1=Source Adress , D0=FileSize Out : / Help : Save a file on disk from memory start is A1.