;*************************************************************** ; Object-to-Background collision detection structure: ;*************************************************************** rsreset CBGD_MASK rs.l 1 ;collision enable mask CBGD_AREA rs.l 1 ;collision area number CBGD_X1 rs.w 1 ;x coord to check CBGD_Y1 rs.w 1 ;y coord to check CBGD_NEXT rs.l 1 ;ptr to next obj-to-bg collision struct CBGD_SIZEOF rs.b 0 ;size of cbgd struct ;*************************************************************** ; Object-to-Object collision detection structure: ;*************************************************************** rsreset COBJ_TYPE rs.l 1 ;type of collision area COBJ_MASK rs.l 1 ;collision enable mask COBJ_AREA rs.l 1 ;collision area number COBJ_X1 rs.w 1 ;left edge of area COBJ_Y1 rs.w 1 ;top edge of area COBJ_X2 rs.w 1 ;right edge of area COBJ_Y2 rs.w 1 ;bottom edge of area COBJ_NEXT rs.l 1 ;ptr to next obj-to-obj collision struct COBJ_SIZEOF rs.b 0 ;size of cobj struct ;****************************************************************************** ; The blitter structure ;****************************************************************************** rsreset BLIT_DATA rs.l 1 ;Address of data image to blit BLIT_MASK rs.l 1 ;Address of data mask BLIT_SAVE rs.l 1 ;Address of save area for saving background. ; ;0 = nosave (don't use BLIT_RESTORE!) BLIT_DEPTH rs.l 1 ;number of bit planes in image to blit to screen. BLIT_PLANES rs.l 1 ;Defines which bit planes to draw into (like a ; ;BOB PlanePick). 1 = draw into appropriate ; ;bitplane. ex. 00000101 = use planes 0 and 2. BLIT_WIDTH rs.l 1 ;Width of data image (in words) BLIT_HEIGHT rs.l 1 ;Height of of data image (horizontal lines) BLIT_IMG_SZ rs.l 1 ;Size (in bytes) of image (width * height) BLIT_X_OFF rs.l 1 ;X offset from left edge of image to be added ; ;to the X coordinate passed to "Blit_Image". BLIT_Y_OFF rs.l 1 ;Y offset from top edge of image to be added ; ;to the Y coordinate passed to "Blit_Image" BLIT_FLAGS rs.l 1 ;Flags (see below) BLIT_COLL_BG rs.l 1 ;Pointer to collision detection list (null if no ; ;collision detection) for background gfx. BLIT_COLLISION rs.l 1 ;Pointer to collision detection list (null if no ; ;collision detection) for anim obj area detect. BLIT_PREV rs.l 1 ;Ptr to previous image in an animation sequence BLIT_NEXT rs.l 1 ;Ptr to next image in an animation sequence ;* -------------- RESERVED ------------------------ BLIT_ADDR rs.l 1 ;Offset of blit from start (low byte) of screen ; (returned). For quick restore. BLIT_MODULO rs.w 1 ;Modulo (in bytes) for screen. To find modulo, ; take the number of bytes on your screen line, ; and subtract the width (in bytes) of your image. BLIT_SHIFT rs.w 1 ;Shift value of image. Stored by blit_save_bg ; so blit_image2 doesn't have to recompute it. BLIT_SIZEOF rs.b 0 ;Size of blitter struct * --------------------------------------------------------------------------- * * The blitter flags: * ----------------- BLIT_MERGE EQU $01000000 ;don't clear unaffected planes BLIT_1SHOT_FORWARD EQU $02000000 ;anim does not repeat when played forward BLIT_1SHOT_BACKWARD EQU $04000000 ;anim does not repeat when played backward BLIT_DATACOPY EQU $08000000 ;data is a copy area, don't free (internal use) BLIT_CPUBLIT EQU $10000000 ;use CPU to blit image instead of blitter ;*************************************************************** ; Anim complex struct: ;*************************************************************** rsreset CPLX_CNT rs.w 1 ;number anim sequences in the complex CPLX_SEQ rs.w 1 ;current anim sequence number (0 - n) CPLX_WIDTH rs.w 1 ;max width of complex (in bytes) CPLX_HEIGHT rs.w 1 ;max height of complex (scan lines) CPLX_ARRAY_NUM rs.w 1 ;array element number CPLX_LABEL rs.w 1 ;user label/ID CPLX_LIST rs.l 1 ;ptr to list of anim sequences CPLX_ANIM rs.l 1 ;ptr to current anim on screen CPLX_SIZEOF rs.b 0 ;size of anim complex struct ;*************************************************************** ; Anim struct: ;*************************************************************** rsreset ANIM_LIST rs.l 1 ;ptr to 1st image (blitter struct) in anim sequence ANIM_IMG rs.l 1 ;ptr to current image on screen ANIM_ATTACH rs.l 1 ;ptr to next attached anim ANIM_ARRAY_NUM rs.w 1 ;ptr to array element number ANIM_LABEL rs.w 1 ;user label/ID ANIM_COUNT rs.w 1 ;number of images in the anim sequence ANIM_X rs.w 1 ;current x coord of image on screen ANIM_Y rs.w 1 ;current y coord of image on screen ANIM_XA rs.w 1 ;attached anim X offset from parent ANIM_YA rs.w 1 ;attached anim Y offste from parent ANIM_WIDTH rs.w 1 ;max width of image (in bytes) ANIM_HEIGHT rs.w 1 ;max height of image (scan lines) ANIM_CELL rs.w 1 ;current cell number on screen (0 - n) ANIM_PRIO rs.w 1 ;image display priority ANIM_FLAGS rs.l 1 ;flags (see below) ; ----------- INTERNAL USE -------------------------- ANIM_SHIFT1 rs.w 1 ;save area for blitter shift value ANIM_SHIFT2 rs.w 1 ;save area for blitter shift value ANIM_SAVE1 rs.l 1 ;ptr to 1st background save area ANIM_SAVE2 rs.l 1 ;ptr to 2nd background save area ANIM_OFFSET1 rs.l 1 ;screen offset for save area 1 ANIM_OFFSET2 rs.l 1 ;screen offset for save area 2 ANIM_SAVSIZ rs.l 1 ;size of save area (in bytes) ANIM_IMAGE1 rs.l 1 ;ptr to image displayed in bitmap 1 ANIM_IMAGE2 rs.l 1 ;ptr to image displayed in bitmap 2 ANIM_COLLIDE rs.l 1 ;ptr to colliding anim ANIM_PREV rs.l 1 ;ptr to previous anim in system ANIM_NEXT rs.l 1 ;ptr to next anim in system ANIM_CPLX_NEXT rs.l 1 ;ptr to next anim obj in complex ANIM_CPLX rs.l 1 ;ptr to parent anim complex (if any) ANIM_SIZEOF rs.b 0 ;size of anim struct * --------------------------------------------------------------------------- * * The anim flags: * -------------- ANIM_SAVE_BG EQU $01000000 ;Save background before blitting image to screen ANIM_COLLISION EQU $02000000 ;Object to object collision detection enable ANIM_ACTIVE EQU $20000000 ;Anim is active in a display system ANIM_INVISIBLE EQU $40000000 ;Anim not visible on screen ANIM_ONSCREEN EQU $80000000 ;Anim is displayed on screen ANIM_CLEAR EQU $00010000 ;If NOT SAVE_BG, call blit_clear before calling ; blit_image ANIM_COPY EQU $00020000 ;Use blit_copy instead of blit_image ANIM_REVERSE EQU $00040000 ;Anim is running in reverse ANIM_PARENT EQU $00080000 ;Anim is a parent with attached anims ANIM_MERGE EQU $00100000 ;Anim merges with existing graphics onscreen ANIM_FLICKER EQU $00200000 ;Image appears on bitmap 1 ONLY ANIM_COLLISION_BG EQU $00400000 ;Object to background collision detection enable ANIM_IMGCOPY EQU $00800000 ;Anim is a copy, don't free it's images ANIM_BOUNDS_X1 EQU $00000100 ;Anim obj tried to move past left edge ANIM_BOUNDS_Y1 EQU $00000200 ;Anim obj tried to move past top edge ANIM_BOUNDS_X2 EQU $00000400 ;Anim obj tried to move past right edge ANIM_BOUNDS_Y2 EQU $00000800 ;Anim obj tried to move past bottom edge ANIM_CPUBLIT EQU $00001000 ;CPU used to blit images in this anim ANIM_VSPACE EQU $00002000 ;Object lies in virtual space ANIM_VCOLLIDE EQU $00004000 ;Allow object-to-object collisions in virtual space ;*************************************************************** ; Anim attachment array specification ;*************************************************************** ; undefined until next release ;*************************************************************** ; Anim load struct ;*************************************************************** rsreset ALOAD_NAME rs.l 1 ;ptr to null terminated char string of file to load ALOAD_ANIM rs.l 1 ;ptr to anim or complex obj after load ALOAD_ATTACH rs.l 1 ;ptr to attachment array specification (filled) ALOAD_CMAP rs.l 1 ;ptr to color map array (filled) ALOAD_CMAP_ENTRIES rs.l 1 ;number of color map entries (filled) ALOAD_CMAP_SIZE rs.l 1 ;number of bits per color value (4 or 8) (user defined ALOAD_TYPE rs.l 1 ;type 0 = anim, 1 = complex (filled) ALOAD_ELEMENTS rs.l 1 ;size of array to create (1 - n) (user defined) ALOAD_FLAGS rs.l 1 ;load flags. Set ONLY user bits, some used by CITAS * --------------------------------------------------------------------------- * * The anim load flags: * ------------------- ALOAD_NOCOLOR EQU $00000001 ;don't load color table if one exists in file ALOAD_FASTRAM EQU $00000002 ;load anim to Fast RAM if available ALOAD_NOFASTRAM EQU $00000004 ;don't use Fast RAM even if flagged in file * --------------------------------------------------------------------------- * * Save area allocation flags: * -------------------------- SINGLE_BUFF EQU 0x00 ;object will be used in a single buffered display DOUBLE_BUFF EQU 0x01 ;object will be used in a double buffered display