8bitworkshop/test/ecs/score.txt

EVENT__main_init = 1
EVENT__start = 1
EVENT__nextframe = 1
EVENT__resetswitch = 1
EVENT__postframe = 1
EVENT__SetHorizPos = 1
EVENT__preframe = 1
EVENT__kernel = 1
EVENT__kerneldraw = 1
EVENT__kernelsetup = 1
EVENT__joybutton = 1
EVENT__FontTable = 1
EVENT__compute2digit = 1
EVENT__fetchdigit = 1
EVENT__FontTablePF = 1
EVENT__FontTablePFFancy = 1
EVENT__AddBCD4 = 1
.scope Main
.zeropage
BCDScore6_digits_b0:
.res 1
BCDScore6_digits_b8:
.res 1
BCDScore6_digits_b16:
.res 1
PFColor_pfcolor_b0:
.res 1
.res 1
.res 1
BGColor_bgcolor_b0:
.res 1
BCDScore2_digits_b0:
.res 1
.res 1
TEMP:
Kernel6Digit__2__tmp:
.res 1
.res 1
.res 1
.res 1
.res 1
.res 1
.res 1
.res 1
.res 1
.res 1
.res 1
.res 1
.res 1
.res 1
.res 1
Kernel2Digit__4__tmp:
.res 1
.res 1
.res 1
.code
Main__INITDATA:
.byte 86
.byte 52
.byte 18
.byte 60
.byte 206
.byte 62
.byte 2
.byte 36
.byte 86
__Start:

;;; start action Init__main_init__1

.include "vcs-ca65.h"
.macpack longbranch
.define PAL 0
__NMI:
__Reset:
__BRK:
    CLEAN_START

    ldy #9
:   lda Main__INITDATA-1,y
    sta BCDScore6_digits_b0-1,y
    dey
    bne :-

;;; start action FrameLoop__start__2

FrameLoop__start__2__NextFrame:
    FRAME_START
    
;;; start action Kernel6Digit__preframe__3

Digit0 = Kernel6Digit__2__tmp+0
Digit1 = Kernel6Digit__2__tmp+2
Digit2 = Kernel6Digit__2__tmp+4
Digit3 = Kernel6Digit__2__tmp+6
Digit4 = Kernel6Digit__2__tmp+8
Digit5 = Kernel6Digit__2__tmp+10
Kernel6Digit__preframe__3__BCD0  = Kernel6Digit__2__tmp+12
Kernel6Digit__preframe__3__BCD1  = Kernel6Digit__2__tmp+13
Kernel6Digit__preframe__3__BCD2  = Kernel6Digit__2__tmp+14

	lda BCDScore6_digits_b0
        sta Kernel6Digit__preframe__3__BCD0
	lda BCDScore6_digits_b8
        sta Kernel6Digit__preframe__3__BCD1
	lda BCDScore6_digits_b16
        sta Kernel6Digit__preframe__3__BCD2
	ldx #0	; leftmost bitmap
        ldy #2	; start from most-sigificant BCD value
Kernel6Digit__preframe__3__Loop:
        lda Kernel6Digit__preframe__3__BCD0,y	; get BCD value
        and #$f0	; isolate high nibble (* 16)
        lsr		; shift right 1 bit (* 8)
        clc
        adc #<FontTable
        sta Digit0,x	; store pointer lo byte
        lda #>FontTable
        adc #0
        sta Digit0+1,x	; store pointer hi byte
        inx
        inx		; next bitmap pointer
        lda Kernel6Digit__preframe__3__BCD0,y	; get BCD value (again)
        and #$f		; isolate low nibble
        asl
        asl
        asl		; * 8
        clc
        adc #<FontTable
        sta Digit0,x	; store pointer lo byte
        lda #>FontTable
        adc #0
        sta Digit0+1,x	; store pointer hi byte
        inx
        inx		; next bitmap pointer
        dey		; next BCD value
        bpl Kernel6Digit__preframe__3__Loop	; repeat until < 0

;;; end action Kernel6Digit__preframe__3

    KERNEL_START
    
;;; start action Kernel6Digit__kernel__4

        lda PFColor_pfcolor_b0
        sta COLUP0
        sta COLUP1
        lda #3
        sta NUSIZ0
        sta NUSIZ1
; set horizontal position of player objects
        sta WSYNC
        sta HMCLR
        SLEEPR 24
        sta RESP0
        sta RESP1
        lda #$10
        sta HMP1
        sta WSYNC
        sta HMOVE
        SLEEPR 24	; wait 24 cycles between write to HMOVE and HMxxx
        sta HMCLR
        lda #1
        sta VDELP0
        sta VDELP1

;;; end action Kernel6Digit__kernel__4

;;; start action Kernel6Digit__kernel__5

; Display the resulting 48x8 bitmap
; using the Digit0-5 pointers.
Kernel6Digit__kernel__5__LoopCount = Kernel6Digit__2__tmp+12
Kernel6Digit__kernel__5__Temp = Kernel6Digit__2__tmp+13

	lda BGColor_bgcolor_b0
	sta WSYNC
        sta COLUBK
        lda #7
        sta Kernel6Digit__kernel__5__LoopCount
        SLEEPR 20	; TODO?
Kernel6Digit__kernel__5__BigLoop:
	ldy Kernel6Digit__kernel__5__LoopCount	; counts backwards
        lda (Digit0),y	; load B0 (1st sprite byte)
        sta GRP0	; B0 -> [GRP0]
        lda (Digit1),y	; load B1 -> A
        sta GRP1	; B1 -> [GRP1], B0 -> GRP0
        sta WSYNC	; sync to next scanline
        lda (Digit2),y	; load B2 -> A
        sta GRP0	; B2 -> [GRP0], B1 -> GRP1
        lda (Digit5),y	; load B5 -> A
        sta Kernel6Digit__kernel__5__Temp	; B5 -> temp
        lda (Digit4),y	; load B4
        tax		; -> X
        lda (Digit3),y	; load B3 -> A
        ldy Kernel6Digit__kernel__5__Temp	; load B5 -> Y
        sta GRP1	; B3 -> [GRP1]; B2 -> GRP0
        stx GRP0	; B4 -> [GRP0]; B3 -> GRP1
        sty GRP1	; B5 -> [GRP1]; B4 -> GRP0
        sta GRP0	; ?? -> [GRP0]; B5 -> GRP1
        dec Kernel6Digit__kernel__5__LoopCount	; go to next line
	bpl Kernel6Digit__kernel__5__BigLoop	; repeat until < 0
        
        lda #0		; clear the sprite registers
        sta WSYNC
        sta GRP0
        sta GRP1
        sta GRP0
        sta GRP1
        sta COLUBK

;;; end action Kernel6Digit__kernel__5

;;; start action Kernel2Digit__kernel__6

	lda #$02
        sta CTRLPF
; TODO: should be constants
; and it's wrong, too!
        lda PFColor_pfcolor_b0+0
        sta COLUP0
        lda PFColor_pfcolor_b0+1
        sta COLUP1

;;; end action Kernel2Digit__kernel__6

;;; start action Kernel2Digit__kernel__7

	lda #7
        sta Kernel2Digit__4__tmp+0
Kernel2Digit__kernel__7__Loop:
	ldx #0
	sta WSYNC
        
;;; start action Kernel2Digit__compute2digit__8

        lda Kernel2Digit__4__tmp+1		; load 1st pf
        sta PF1			; store 1st pf
; first digit
	lda BCDScore2_digits_b0 + 0
        pha
        and #$0f
	asl
        asl
        asl
        
;;; start action Kernel2Digit__fetchdigit__9

        adc Kernel2Digit__4__tmp+0
	tay
        ; TODO: select your own?
	lda FontTablePF,y

;;; end action Kernel2Digit__fetchdigit__9

        and #$0f
        ldy Kernel2Digit__4__tmp+2		; load 2nd pf
        sta Kernel2Digit__4__tmp+1 + 0
; second digit
        pla
        and #$f0
        lsr
        sty PF1			; store 2nd pf
        
;;; start action Kernel2Digit__fetchdigit__10

        adc Kernel2Digit__4__tmp+0
	tay
        ; TODO: select your own?
	lda FontTablePF,y

;;; end action Kernel2Digit__fetchdigit__10

        and #$f0
        ora Kernel2Digit__4__tmp+1 + 0
        sta Kernel2Digit__4__tmp+1 + 0

;;; end action Kernel2Digit__compute2digit__8

        inx
        
;;; start action Kernel2Digit__compute2digit__11

        lda Kernel2Digit__4__tmp+1		; load 1st pf
        sta PF1			; store 1st pf
; first digit
	lda BCDScore2_digits_b0 + 1
        pha
        and #$0f
	asl
        asl
        asl
        
;;; start action Kernel2Digit__fetchdigit__12

        adc Kernel2Digit__4__tmp+0
	tay
        ; TODO: select your own?
	lda FontTablePF,y

;;; end action Kernel2Digit__fetchdigit__12

        and #$0f
        ldy Kernel2Digit__4__tmp+2		; load 2nd pf
        sta Kernel2Digit__4__tmp+1 + 1
; second digit
        pla
        and #$f0
        lsr
        sty PF1			; store 2nd pf
        
;;; start action Kernel2Digit__fetchdigit__13

        adc Kernel2Digit__4__tmp+0
	tay
        ; TODO: select your own?
	lda FontTablePF,y

;;; end action Kernel2Digit__fetchdigit__13

        and #$f0
        ora Kernel2Digit__4__tmp+1 + 1
        sta Kernel2Digit__4__tmp+1 + 1

;;; end action Kernel2Digit__compute2digit__11

; playfield
	dec Kernel2Digit__4__tmp+0
        bpl Kernel2Digit__kernel__7__Loop
;        dex
;        stx PF1

;;; end action Kernel2Digit__kernel__7

    KERNEL_END
    
;;; start action JoyButton__postframe__14

    lda INPT4	;read button input
    bmi JoyButton__postframe__14__NotPressed
    
;;; start action IncScore__joybutton__15

    
;;; start action BCDMath__AddBCD4__16

.ifnblank $0210
    lda #<$0210
    ldy #>$0210
.endif
; Adds value to 6-BCD-digit score.
; A = 1st BCD digit
; Y = 2nd BCD digit
        sed	; enter BCD mode
        clc	; clear carry
        adc BCDScore6_digits_b0
        sta BCDScore6_digits_b0
        tya
        adc BCDScore6_digits_b8
        sta BCDScore6_digits_b8
        lda BCDScore6_digits_b16
        adc #0
        sta BCDScore6_digits_b16
        cld	; exit BCD mode

;;; end action BCDMath__AddBCD4__16


;;; end action IncScore__joybutton__15

JoyButton__postframe__14__NotPressed:

;;; end action JoyButton__postframe__14

    FRAME_END
    
    jmp FrameLoop__start__2__NextFrame    ; loop to next frame

;;; end action FrameLoop__start__2
	; start main routine
.segment "VECTORS"
Return:    .word $6060
VecNMI:
VecReset:  .word Main::__Reset
VecBRK:    .word Main::__BRK

;;; end action Init__main_init__1

FontTable:

;;; start action FontTable__FontTable__17

; Font table for digits 0-9 (8x8 pixels)
;;{w:8,h:8,count:10,brev:1,flip:1};;
	.byte $00,$3c,$66,$66,$76,$6e,$66,$3c,$00,$7e,$18,$18,$18,$38,$18,$18
        .byte $00,$7e,$60,$30,$0c,$06,$66,$3c,$00,$3c,$66,$06,$1c,$06,$66,$3c
        .byte $00,$06,$06,$7f,$66,$1e,$0e,$06,$00,$3c,$66,$06,$06,$7c,$60,$7e
        .byte $00,$3c,$66,$66,$7c,$60,$66,$3c,$00,$18,$18,$18,$18,$0c,$66,$7e
        .byte $00,$3c,$66,$66,$3c,$66,$66,$3c,$00,$3c,$66,$06,$3e,$66,$66,$3c

;;; end action FontTable__FontTable__17

FontTablePF:

;;; start action FontTablePF__FontTablePF__18

; Font table for digits 0-9 (4x8 pixels)
;;{w:8,h:8,count:10,brev:1,flip:1};;
        .byte $00,$00,$EE,$AA,$AA,$AA,$EE,$00
        .byte $00,$00,$22,$22,$22,$22,$22,$00
        .byte $00,$00,$EE,$88,$EE,$22,$EE,$00
        .byte $00,$00,$EE,$22,$66,$22,$EE,$00
        .byte $00,$00,$22,$22,$EE,$AA,$AA,$00
        .byte $00,$00,$EE,$22,$EE,$88,$EE,$00
        .byte $00,$00,$EE,$AA,$EE,$88,$EE,$00
        .byte $00,$00,$22,$22,$22,$22,$EE,$00
        .byte $00,$00,$EE,$AA,$EE,$AA,$EE,$00
        .byte $00,$00,$EE,$22,$EE,$AA,$EE,$00
;;

;;; end action FontTablePF__FontTablePF__18

.endscope
Main__Start = Main::__Start