Refactor screen init to allow for all modes
This commit is contained in:
Lucas Scharenbroich
parent
50a3f27a9a
commit
cfa1bd6f61
283
src/App.Main.s
283
src/App.Main.s
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@ -1,16 +1,6 @@
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; Test program for graphics stufff...
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;
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; Allow dynamic resizing to benchmark against different games
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;
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; 1. Full Screen : 320 x 200 (32,000 bytes (100.0%))
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; 2. Sword of Sodan : 272 x 192 (26,112 bytes ( 81.6%))
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; 3. ~NES : 256 x 200 (25,600 bytes ( 80.0%))
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; 4. Task Force : 256 x 176 (22,528 bytes ( 70.4%))
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; 5. Defender of the World : 280 x 160 (22,400 bytes ( 70.0%))
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; 6. Rastan : 256 x 160 (20,480 bytes ( 64.0%))
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; 7. Game Boy Advanced : 240 x 160 (19,200 bytes ( 60.0%))
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; 8. Ancient Land of Y's : 288 x 128 (18,432 bytes ( 57.6%))
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; 9. Game Boy Color : 160 x 144 (11,520 bytes ( 36.0%))
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rel
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@ -27,7 +17,7 @@
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SHADOW_REG equ $E0C035
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STATE_REG equ $E0C068
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NEW_VIDEO_REG equ $E0C029
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BORDER_REG equ $E0C034 ; 0-3 = border 4-7 Text color
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BORDER_REG equ $E0C034 ; 0-3 = border 4-7 Text color
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VBL_VERT_REG equ $E0C02E
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VBL_HORZ_REG equ $E0C02F
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@ -45,52 +35,50 @@ SHR_SCB equ $E19D00
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; Tool startup
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_TLStartUp ; normal tool initialization
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_TLStartUp ; normal tool initialization
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pha
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_MMStartUp
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_Err ; should never happen
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_Err ; should never happen
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pla
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sta MasterId ; our master handle references the memory allocated to us
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ora #$0100 ; set auxID = $01 (valid values $01-0f)
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sta UserId ; any memory we request must use our own id
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sta MasterId ; our master handle references the memory allocated to us
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ora #$0100 ; set auxID = $01 (valid values $01-0f)
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sta UserId ; any memory we request must use our own id
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_MTStartUp
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; Install interrupt handlers
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PushLong #0
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pea $0015 ; Get the existing 1-second interrupt handler and save
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pea $0015 ; Get the existing 1-second interrupt handler and save
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_GetVector
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PullLong OldOneSecVec
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pea $0015 ; Set the new handler and enable interrupts
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pea $0015 ; Set the new handler and enable interrupts
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PushLong #OneSecHandler
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_SetVector
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pea $0006
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_IntSource
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PushLong #VBLTASK ; Also register a Heart Beat Task
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PushLong #VBLTASK ; Also register a Heart Beat Task
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_SetHeartBeat
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; Start up the graphics engine...
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jsr MemInit ; Allocate memory
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jsr BlitInit ; Initialize the memory
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jsr GrafInit ; Initialize the graphics screen
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jsr MemInit ; Allocate memory
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jsr BlitInit ; Initialize the memory
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jsr GrafInit ; Initialize the graphics screen
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lda #16*256+28 ; Place the playfield at (16, 28) with
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ldx #128 ; a width of 128 bytes (256 pixels) and
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ldy #144 ; 144 scan lines
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jsr SetScreenRect
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; ldx #6 ; Gameboy Advance size
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; jsr SetScreenMode
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lda #0 ; Set the virtual Y-position
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lda #0 ; Set the virtual Y-position
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jsr SetYPos
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; Load a picture and copy it into Bank $E1. Then turn on the screen.
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jsr AllocOneBank ; Alloc 64KB for Load/Unpack
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sta BankLoad ; Store "Bank Pointer"
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jsr AllocOneBank ; Alloc 64KB for Load/Unpack
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sta BankLoad ; Store "Bank Pointer"
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EvtLoop
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jsr WaitForKey
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cmp #'q'
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@ -107,16 +95,63 @@ EvtLoop
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jsr DumpBanks
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bra EvtLoop
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:3 cmp #'f' ; render a 'f'rame
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:3 cmp #'f' ; render a 'f'rame
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bne :4
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jsr DoFrame
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bra EvtLoop
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:4 cmp #'h' ; Show the 'h'eads up display
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:4 cmp #'h' ; Show the 'h'eads up display
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bne :5
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jsr DoHUP
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:5 bra EvtLoop
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; Allow the user to dynamically select one of the pre-configured screen sizes
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;
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; 1. Full Screen : 40 x 25 320 x 200 (32,000 bytes (100.0%))
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; 2. Sword of Sodan : 34 x 24 272 x 192 (26,112 bytes ( 81.6%))
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; 3. ~NES : 32 x 25 256 x 200 (25,600 bytes ( 80.0%))
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; 4. Task Force : 32 x 22 256 x 176 (22,528 bytes ( 70.4%))
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; 5. Defender of the World : 35 x 20 280 x 160 (22,400 bytes ( 70.0%))
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; 6. Rastan : 32 x 20 256 x 160 (20,480 bytes ( 64.0%))
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; 7. Game Boy Advanced : 30 x 20 240 x 160 (19,200 bytes ( 60.0%))
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; 8. Ancient Land of Y's : 36 x 16 288 x 128 (18,432 bytes ( 57.6%))
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; 9. Game Boy Color : 20 x 18 160 x 144 (11,520 bytes ( 36.0%))
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;
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; X=mode number
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]ScreenModeWidth dw 320,272,256,256,280,256,240,288,160
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]ScreenModeHeight dw 200,192,200,176,160,160,160,128,144
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SetScreenMode cpx #8
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bcc :rangeOk
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ldx #8
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:rangeOk txa
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asl
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tax
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lda #320 ; Calculate the screen offset
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sec
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sbc: ]ScreenModeWidth,x
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lsr
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lsr
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xba
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pha
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lda #200
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sec
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sbc: ]ScreenModeHeight,x
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lsr
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ora 1,s
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sta 1,s
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ldy: ]ScreenModeHeight,x
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lda: ]ScreenModeWidth,x
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lsr
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tax
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pla
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jsr SetScreenRect
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rts
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SecondsStr str 'SECONDS'
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TicksStr str 'TICKS'
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@ -126,8 +161,8 @@ DoHUP
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ldx #{160-12*4}
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ldy #$7777
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jsr DrawString
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lda OneSecondCounter ; Number of elapsed seconds
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ldx #{160-4*4} ; Render the word 4 charaters from right edge
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lda OneSecondCounter ; Number of elapsed seconds
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ldx #{160-4*4} ; Render the word 4 charaters from right edge
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jsr DrawWord
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lda #TicksStr
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@ -155,7 +190,7 @@ DoFrame
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stz :tile
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:bankloop
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ldx :bank
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ldal BlitBuff+1,x ; set the data bank to the code field
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ldal BlitBuff+1,x ; set the data bank to the code field
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pha
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plb
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plb
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@ -197,29 +232,29 @@ DoFrame
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; enable interrupts and other stuff. In short, we call into the code once and, when it returns, all of
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; the lines set up to render will be finished.
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sep #$20 ; 8-bit acc
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lda BlitBuff+2 ; set the data bank to the code field
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sta blt_entry+3 ; Patch into the long jump
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sep #$20 ; 8-bit acc
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lda BlitBuff+2 ; set the data bank to the code field
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sta blt_entry+3 ; Patch into the long jump
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pha
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pha ; push twice because we will use it later
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pha ; push twice because we will use it later
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rep #$20
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ldx #80*2 ; This is the word to exit from
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ldy Col2CodeOffset,x ; Get the offset
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ldx #80*2 ; This is the word to exit from
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ldy Col2CodeOffset,x ; Get the offset
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sep #$20 ; 8-bit acc
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lda BlitBuff+2 ; set the data bank to the code field
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sta blt_entry+3 ; Patch into the long jump
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sep #$20 ; 8-bit acc
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lda BlitBuff+2 ; set the data bank to the code field
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sta blt_entry+3 ; Patch into the long jump
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rep #$20
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plb ; set the data bank to the code field
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plb ; set the data bank to the code field
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ldx #16*2 ; Y-register is set correctly
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ldx #16*2 ; Y-register is set correctly
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lda #OPCODE_SAVE
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jsr SaveOpcode
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ldx #80*2 ; X-register is overwritten by SaveOpcode
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ldal CodeFieldEvenBRA,x ; Get the value to place there
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ldx #80*2 ; X-register is overwritten by SaveOpcode
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ldal CodeFieldEvenBRA,x ; Get the value to place there
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ldx #16*2
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jsr SetConst
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@ -228,75 +263,75 @@ DoFrame
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; ldx #16*2
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; jsr SetScreenAddrs
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sep #$20 ; only need to do an 8-bit store
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lda #$06 ; This is the entry address to start drawing
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ldy #CODE_ENTRY ; don't actually need to set these again
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sep #$20 ; only need to do an 8-bit store
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lda #$06 ; This is the entry address to start drawing
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ldy #CODE_ENTRY ; don't actually need to set these again
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ldx #16*2
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jsr SetConst
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rep #$30
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ldy #$7000 ; Set the return after line 200 (Bank 13, line 8)
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ldy #$7000 ; Set the return after line 200 (Bank 13, line 8)
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jsr SetReturn
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sei ; disable interrupts
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sei ; disable interrupts
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ldal STATE_REG
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ora #$0010 ; Read Bank 0 / Write Bank 1
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ora #$0010 ; Read Bank 0 / Write Bank 1
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stal STATE_REG
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tsc ; save the stack pointer
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tsc ; save the stack pointer
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stal stk_save+1
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blt_entry jml $000006 ; Jump into the blitter code $XX/YY06
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blt_entry jml $000006 ; Jump into the blitter code $XX/YY06
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blt_return ldal STATE_REG ; Read Bank 0 / Write Bank 0
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blt_return ldal STATE_REG ; Read Bank 0 / Write Bank 0
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and #$FFCF
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stal STATE_REG
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stk_save lda #0000 ; load the stack
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stk_save lda #0000 ; load the stack
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tcs
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cli ; re-enable interrupts
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cli ; re-enable interrupts
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plb ; set the bank back to the code field
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ldx #80*2 ; This is the word to exit from
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ldal Col2CodeOffset,x ; Get the offset
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plb ; set the bank back to the code field
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ldx #80*2 ; This is the word to exit from
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ldal Col2CodeOffset,x ; Get the offset
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tay
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ldx #16*2
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lda #OPCODE_SAVE
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; jsr RestoreOpcode
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phk ; restore data bank
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phk ; restore data bank
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plb
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rts
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DoLoadPic
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lda BankLoad
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ldx #ImageName ; Load+Unpack Boot Picture
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jsr LoadPicture ; X=Name, A=Bank to use for loading
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ldx #ImageName ; Load+Unpack Boot Picture
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jsr LoadPicture ; X=Name, A=Bank to use for loading
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lda BankLoad ; get address of loaded/uncompressed picture
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lda BankLoad ; get address of loaded/uncompressed picture
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clc
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adc #$0080 ; skip header?
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sta :copySHR+2 ; and store that over the 'ldal' address below
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ldx #$7FFE ; copy all image data
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:copySHR ldal $000000,x ; load from BankLoad we allocated
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stal $E12000,x ; store to SHR screen
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adc #$0080 ; skip header?
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sta :copySHR+2 ; and store that over the 'ldal' address below
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ldx #$7FFE ; copy all image data
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:copySHR ldal $000000,x ; load from BankLoad we allocated
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stal $E12000,x ; store to SHR screen
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dex
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dex
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bpl :copySHR
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rts
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Exit
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pea $0007 ; disable 1-second interrupts
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pea $0007 ; disable 1-second interrupts
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_IntSource
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PushLong #VBLTASK ; Remove our heartbeat task
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PushLong #VBLTASK ; Remove our heartbeat task
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_DelHeartBeat
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pea $0015
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PushLong OldOneSecVec ; Reset the interrupt vector
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PushLong OldOneSecVec ; Reset the interrupt vector
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_SetVector
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PushWord UserId ; Deallocate all of our memory
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PushWord UserId ; Deallocate all of our memory
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_DisposeAll
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_QuitGS qtRec
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@ -304,7 +339,7 @@ Exit
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bcs Fatal
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Fatal brk $00
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Hello str '000000' ; str adds leading length byte
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Hello str '000000' ; str adds leading length byte
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****************************************
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* Fatal Error Handler *
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@ -334,7 +369,7 @@ OneSecHandler mx %11
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sep #$20
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ldal $E0C032
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and #%10111111 ;clear IRQ source
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and #%10111111 ;clear IRQ source
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stal $E0C032
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pla
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@ -380,24 +415,24 @@ GetBorderColor lda #0000
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rts
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; Set the border color to the accumulator value.
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SetBorderColor sep #$20 ; ACC = $X_Y, REG = $W_Z
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eorl BORDER_REG ; ACC = $(X^Y)_(Y^Z)
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and #$0F ; ACC = $0_(Y^Z)
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eorl BORDER_REG ; ACC = $W_(Y^Z^Z) = $W_Y
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SetBorderColor sep #$20 ; ACC = $X_Y, REG = $W_Z
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eorl BORDER_REG ; ACC = $(X^Y)_(Y^Z)
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and #$0F ; ACC = $0_(Y^Z)
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eorl BORDER_REG ; ACC = $W_(Y^Z^Z) = $W_Y
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stal BORDER_REG
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rep #$20
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rts
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; Clear to SHR screen to a specific color
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ClearToColor ldx #$7D00 ;start at top of pixel data! ($2000-9D00)
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ClearToColor ldx #$7D00 ;start at top of pixel data! ($2000-9D00)
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:clearloop dex
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dex
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stal SHR_SCREEN,x ;screen location
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bne :clearloop ;loop until we've worked our way down to 0
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stal SHR_SCREEN,x ;screen location
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bne :clearloop ;loop until we've worked our way down to 0
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rts
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; Initialize the SCB
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SetSCBs ldx #$0100 ;set all $100 scbs to A
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SetSCBs ldx #$0100 ;set all $100 scbs to A
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:scbloop dex
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dex
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stal SHR_SCB,x
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@ -436,21 +471,21 @@ GetVBL sep #$20
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ldal VBL_HORZ_REG
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asl
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ldal VBL_VERT_REG
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rol ; put V5 into carry bit, if needed. See TN #39 for details.
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rol ; put V5 into carry bit, if needed. See TN #39 for details.
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rep #$20
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and #$00FF
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rts
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WaitForVBL sep #$20
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:wait1 ldal VBL_STATE_REG ; If we are already in VBL, then wait
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:wait1 ldal VBL_STATE_REG ; If we are already in VBL, then wait
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bmi :wait1
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:wait2 ldal VBL_STATE_REG
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bpl :wait2 ; spin until transition into VBL
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bpl :wait2 ; spin until transition into VBL
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rep #$20
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rts
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WaitForKey sep #$20
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stal KBD_STROBE_REG ; clear the strobe
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stal KBD_STROBE_REG ; clear the strobe
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:WFK ldal KBD_REG
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bpl :WFK
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rep #$20
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@ -465,42 +500,42 @@ ClearKeyboardStrobe sep #$20
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; Graphics helpers
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LoadPicture
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jsr LoadFile ; X=Nom Image, A=Banc de chargement XX/00
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jsr LoadFile ; X=Nom Image, A=Banc de chargement XX/00
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bcc :loadOK
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rts
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:loadOK
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jsr UnpackPicture ; A=Packed Size
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jsr UnpackPicture ; A=Packed Size
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rts
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UnpackPicture sta UP_PackedSize ; Size of Packed Data
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lda #$8000 ; Size of output Data Buffer
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UnpackPicture sta UP_PackedSize ; Size of Packed Data
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lda #$8000 ; Size of output Data Buffer
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sta UP_UnPackedSize
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lda BankLoad ; Banc de chargement / Decompression
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sta UP_Packed+1 ; Packed Data
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lda BankLoad ; Banc de chargement / Decompression
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sta UP_Packed+1 ; Packed Data
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clc
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adc #$0080
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stz UP_UnPacked ; On remet a zero car modifie par l'appel
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stz UP_UnPacked ; On remet a zero car modifie par l'appel
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stz UP_UnPacked+2
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sta UP_UnPacked+1 ; Unpacked Data buffer
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sta UP_UnPacked+1 ; Unpacked Data buffer
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PushWord #0 ; Space for Result : Number of bytes unpacked
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PushLong UP_Packed ; Pointer to buffer containing the packed data
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PushWord UP_PackedSize ; Size of the Packed Data
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PushLong #UP_UnPacked ; Pointer to Pointer to unpacked buffer
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PushLong #UP_UnPackedSize ; Pointer to a Word containing size of unpacked data
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PushWord #0 ; Space for Result : Number of bytes unpacked
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PushLong UP_Packed ; Pointer to buffer containing the packed data
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PushWord UP_PackedSize ; Size of the Packed Data
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PushLong #UP_UnPacked ; Pointer to Pointer to unpacked buffer
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PushLong #UP_UnPackedSize ; Pointer to a Word containing size of unpacked data
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_UnPackBytes
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pla ; Number of byte unpacked
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pla ; Number of byte unpacked
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rts
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UP_Packed hex 00000000 ; Address of Packed Data
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UP_PackedSize hex 0000 ; Size of Packed Data
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UP_UnPacked hex 00000000 ; Address of Unpacked Data Buffer (modified)
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UP_UnPackedSize hex 0000 ; Size of Unpacked Data Buffer (modified)
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UP_Packed hex 00000000 ; Address of Packed Data
|
||||
UP_PackedSize hex 0000 ; Size of Packed Data
|
||||
UP_UnPacked hex 00000000 ; Address of Unpacked Data Buffer (modified)
|
||||
UP_UnPackedSize hex 0000 ; Size of Unpacked Data Buffer (modified)
|
||||
|
||||
; Basic I/O function to load files
|
||||
|
||||
LoadFile stx openRec+4 ; X=File, A=Bank/Page XX/00
|
||||
LoadFile stx openRec+4 ; X=File, A=Bank/Page XX/00
|
||||
sta readRec+5
|
||||
|
||||
:openFile _OpenGS openRec
|
||||
|
|
@ -520,7 +555,7 @@ LoadFile stx openRec+4 ; X=File, A=Bank/Page XX/00
|
|||
|
||||
:closeFile _CloseGS closeRec
|
||||
clc
|
||||
lda eofRec+4 ; File Size
|
||||
lda eofRec+4 ; File Size
|
||||
rts
|
||||
|
||||
:openReadErr jsr :closeFile
|
||||
|
|
@ -551,22 +586,22 @@ MasterId ds 2
|
|||
UserId ds 2
|
||||
BankLoad hex 0000
|
||||
|
||||
openRec dw 2 ; pCount
|
||||
ds 2 ; refNum
|
||||
adrl ImageName ; pathname
|
||||
openRec dw 2 ; pCount
|
||||
ds 2 ; refNum
|
||||
adrl ImageName ; pathname
|
||||
|
||||
eofRec dw 2 ; pCount
|
||||
ds 2 ; refNum
|
||||
ds 4 ; eof
|
||||
eofRec dw 2 ; pCount
|
||||
ds 2 ; refNum
|
||||
ds 4 ; eof
|
||||
|
||||
readRec dw 4 ; pCount
|
||||
ds 2 ; refNum
|
||||
ds 4 ; dataBuffer
|
||||
ds 4 ; requestCount
|
||||
ds 4 ; transferCount
|
||||
readRec dw 4 ; pCount
|
||||
ds 2 ; refNum
|
||||
ds 4 ; dataBuffer
|
||||
ds 4 ; requestCount
|
||||
ds 4 ; transferCount
|
||||
|
||||
closeRec dw 1 ; pCount
|
||||
ds 2 ; refNum
|
||||
closeRec dw 1 ; pCount
|
||||
ds 2 ; refNum
|
||||
|
||||
qtRec adrl $0000
|
||||
da $00
|
||||
|
|
@ -612,6 +647,12 @@ qtRec adrl $0000
|
|||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
||||
|
|
|
|||
Loading…
Reference in New Issue