;module pt3player
;TODO begin&end только в одном канале
statuschip0=%11111000
statuschip1=%11111001
MACRO WaitStatus
;OUT (C),D ;statuschip0/1
nop
nop ;DimkaM
IN F,(C)
JP M,$-4;2 ;DimkaM
ENDM
;tfmplayer
; LD HL,MDLADDR
; JR tfmini
; JP tfm
;INIT
tfmini
EXD
LD HL,9
ADD HL,DE
LD A,(HL)
INC HL
CP 50
LD A,201
JR Z,$+4
LD A,62
LD (tfm60hz),A
EXX
LD HL,tfminitab
LD BC,#06FD
tfmini0
LD DE,tfminiHL
LDI
LDI
EXX
LD A,(HL)
INC HL
PUSH HL
LD H,(HL)
LD L,A
ADD HL,DE
tfminiHL=$+1
LD (0),HL
POP HL
INC HL
EXX
DJNZ tfmini0
XOR A
LD (blkcntA),A
LD (blkcntB),A
LD (blkcntC),A
LD (blkcntD),A
LD (blkcntE),A
LD (blkcntF),A
DEC A
LD (skipA),A
LD (skipB),A
LD (skipC),A
LD (skipD),A
LD (skipE),A
LD (skipF),A
;MUTE
tfmshut
ld a,0xa0;%10101000 ;320x200 mode noturbo
ld bc,0xbd77 ;shadow ports and palette remain on
out (c),a
LD DE,#FFBF
LD C,#FD
CALL selChip0
CALL tfminiPP
CALL selChip1
CALL tfminiPP
LD A,0xa8;%10101000 ;320x200 mode
ld bc,0xbd77 ;shadow ports and palette remain on
out (c),a
ret
tfminiPP
XOR A
EXA
LD A,#0D ;SSG
regClrS CALL WRITEREG
DEC A
JP P,regClrS
LD A,#B3
regClrZ CP #4F
JR NZ,$+4
LD A,#3F ;skip TL, чтобы не было щелчка
CALL WRITEREG
DEC A
CP #30
JR NC,regClrZ
LD A,#F8 ;чистый тон
EXA
LD A,#07 ;SSG MASK
CALL WRITEREG
LD A,#0F ;max speed
EXA
LD A,#8F ;RR
regClrR CALL WRITEREG
DEC A
JP M,regClrR
; LD A,#F0
; EXA
; LD A,#28 ;key
; CALL WRITEREG ;key on A
; EXA
; INC A ;#F1
; EXA
; CALL WRITEREG ;key on B
; EXA
; INC A ;#F2
; EXA
; CALL WRITEREG ;key on C
XOR A
EXA
LD A,#28 ;key
CALL WRITEREG ;key off A
EXA
INC A ;#01
EXA
CALL WRITEREG ;key off B
EXA
INC A ;#02
EXA
CALL WRITEREG ;key off C
DEC A ;#27 ;channel 3 mode
CALL WRITEREG ;normal mode
LD A,#7F ;тишина
EXA
LD A,#4F ;TL
regClrT CALL WRITEREG
DEC A
CP #40
JR NC,regClrT
;LD A,#2F ;любое
;EXA
LD A,#2F
CALL WRITEREG ;без этого частота левая
;LD A,#2D ;любое
;EXA
LD A,#2D
;CALL WRITEREG ;без этого частота левая
;ret
WRITEREG
;A=REG
;A'=VALUE
LD B,D
WaitStatus
OUT (C),A ;reg
EXA
WaitStatus
LD B,E
OUT (C),A ;value
EXA
RET
tfminitab
DW addrA
DW addrB
DW addrC
DW addrD
DW addrE
DW addrF
selChip0
LD A,statuschip0
LD B,D
OUT (C),A
RET
selChip1
LD A,statuschip1
LD B,D
OUT (C),A
RET
;PLAY
tfm
LD DE,#FFBF
LD C,#FD
LD B,D
LD A,statuschip0
OUT (C),A
CALL tfmA
CALL tfmB
CALL tfmC
LD B,D
LD A,statuschip1
OUT (C),A
CALL tfmD
CALL tfmE
CALL tfmF
tfm60hz
cnt60=$+1
LD A,6
DEC A
JR NZ,$+4
LD A,6
LD (cnt60),A
JR Z,tfm
RET
MACRO TestKeyOff chnnum
JP P,.noffX
EXA
LD B,D ;%11111xxx
LD A,#28
WaitStatus
OUT (C),A
IF chnnum==0
XOR A
ELSE
LD A,chnnum
ENDIF
WaitStatus
LD B,E ;#BF
OUT (C),A
EXA
.noffX
ENDM
MACRO TestFreq chnnum,chnhigh,chnlow
RRA
JR NC,.nofrqX
EXA
LD B,D ;%11111xxx
LD A,#A4+chnnum
WaitStatus
OUT (C),A
LD A,(HL)
INC HL
LD (chnhigh),A
WaitStatus
LD B,E ;#BF
OUT (C),A
LD B,D ;%11111xxx
LD A,#A0+chnnum
WaitStatus
OUT (C),A
LD A,(HL)
INC HL
LD (chnlow),A
WaitStatus
LD B,E ;#BF
OUT (C),A
EXA
.nofrqX
ENDM
MACRO TestOutRegs
AND #1F
CALL NZ,regsX
ENDM
MACRO KeyOn chnnum
LD B,D ;%11111xxx
LD A,#28
WaitStatus
OUT (C),A
LD A,#F0+chnnum
WaitStatus
LD B,E ;#BF
OUT (C),A
ENDM
;%11111111,-disp8 = данные кадра лежат по смещению -disp8
;%111ttttt = skip 32..2 frames
;%110ddddd = slide d-16
;%11010000,frames,-disp16 = repeat block (skips = 1 frame)
;%10111111,-disp16 = данные кадра лежат по смещению -disp16
;%10NNNNNf = keyoff,[freq,]0..30 regs, keyon
;%01111111 = end
;%01111110 = begin
;%01NNNNNf = keyoff,[freq,]0..31 regs
;%00NNNNNf = [freq,]0..30 regs
bb=%01111110
be=%01111111
////////////////////////////
blockA
LD A,(HL) ;N frames
;1 now, N-1 later
;skip command is used as 1 frame
INC HL
LD (blkcntA),A
LD B,(HL)
INC HL
LD C,(HL) ;disp
INC HL
LD (blkretaddrA),HL
ADD HL,BC
LD C,#FD
JP tfmframeA
OLDfarA
LD B,(HL)
INC HL
OLDnearA
LD C,(HL)
INC HL
PUSH HL
ADD HL,BC
LD C,#FD
CALL tfmframeA
POP HL
LD (addrA),HL
RET
HLskiperA
JR Z,OLDfarA
CP %11100000
JR C,slideA
LD B,A
CP #FF
JR Z,OLDnearA
LD (addrA),HL
skiperA LD (skipA),A
RET
slideA
;A=-64..-33
ADD A,48
;A=-16..15
JR Z,blockA
tfmlowA=$+1
ADD A,0
LD (tfmlowA),A
LD (addrA),HL
LD B,D ;%11111xxx
tfmhighA=$+2
LD HL,#A4+0
WaitStatus
OUT (C),L
WaitStatus
LD B,E ;#BF
OUT (C),H
LD B,D ;%11111xxx
LD L,#A0+0
WaitStatus
OUT (C),L
WaitStatus
LD B,E ;#BF
OUT (C),A
RET
beginA
LD (loopaddrA),HL
JP tfmframeA
endA
loopaddrA=$+1
LD HL,0
JP tfmframeA
tfmA
skipA=$+1
LD A,-1
INC A
JR NZ,skiperA
addrA=$+1
LD HL,0
blkcntA=$+1
OR 0
JR Z,tfmframeA
DEC A
LD (blkcntA),A
JR NZ,tfmframeA
blkretaddrA=$+1
LD HL,0
tfmframeA
LD A,(HL)
INC HL
CP bb
JR Z,beginA
CP be
JR Z,endA
CP E ;#BF
JR NC,HLskiperA
TestKeyOff 0
OR A
PUSH AF
TestFreq 0,tfmhighA,tfmlowA
TestOutRegs
LD (addrA),HL
POP AF
RET P
KeyOn 0
RET
////////////////////////////
blockB
LD A,(HL) ;N frames
;1 now, N-1 later
;skip command is used as 1 frame
INC HL
LD (blkcntB),A
LD B,(HL)
INC HL
LD C,(HL) ;disp
INC HL
LD (blkretaddrB),HL
ADD HL,BC
LD C,#FD
JP tfmframeB
OLDfarB
LD B,(HL)
INC HL
OLDnearB
LD C,(HL)
INC HL
PUSH HL
ADD HL,BC
LD C,#FD
CALL tfmframeB
POP HL
LD (addrB),HL
RET
HLskiperB
JR Z,OLDfarB
CP %11100000
JR C,slideB
LD B,A
CP #FF
JR Z,OLDnearB
LD (addrB),HL
skiperB LD (skipB),A
RET
slideB
;A=-64..-33
ADD A,48
;A=-16..15
JR Z,blockB
tfmlowB=$+1
ADD A,0
LD (tfmlowB),A
LD (addrB),HL
LD B,D ;%11111xxx
tfmhighB=$+2
LD HL,#A4+1
WaitStatus
OUT (C),L
WaitStatus
LD B,E ;#BF
OUT (C),H
LD B,D ;%11111xxx
LD L,#A0+1
WaitStatus
OUT (C),L
WaitStatus
LD B,E ;#BF
OUT (C),A
RET
beginB
LD (loopaddrB),HL
JP tfmframeB
endB
loopaddrB=$+1
LD HL,0
JP tfmframeB
tfmB
skipB=$+1
LD A,-1
INC A
JR NZ,skiperB
addrB=$+1
LD HL,0
blkcntB=$+1
OR 0
JR Z,tfmframeB
DEC A
LD (blkcntB),A
JR NZ,tfmframeB
blkretaddrB=$+1
LD HL,0
tfmframeB
LD A,(HL)
INC HL
CP bb
JR Z,beginB
CP be
JR Z,endB
CP E ;#BF
JR NC,HLskiperB
TestKeyOff 1
OR A
PUSH AF
TestFreq 1,tfmhighB,tfmlowB
TestOutRegs
LD (addrB),HL
POP AF
RET P
KeyOn 1
RET
////////////////////////////
blockC
LD A,(HL) ;N frames
;1 now, N-1 later
;skip command is used as 1 frame
INC HL
LD (blkcntC),A
LD B,(HL)
INC HL
LD C,(HL) ;disp
INC HL
LD (blkretaddrC),HL
ADD HL,BC
LD C,#FD
JP tfmframeC
OLDfarC
LD B,(HL)
INC HL
OLDnearC
LD C,(HL)
INC HL
PUSH HL
ADD HL,BC
LD C,#FD
CALL tfmframeC
POP HL
LD (addrC),HL
RET
HLskiperC
JR Z,OLDfarC
CP %11100000
JR C,slideC
LD B,A
CP #FF
JR Z,OLDnearC
LD (addrC),HL
skiperC LD (skipC),A
RET
slideC
;A=-64..-33
ADD A,48
;A=-16..15
JR Z,blockC
tfmlowC=$+1
ADD A,0
LD (tfmlowC),A
LD (addrC),HL
LD B,D ;%11111xxx
tfmhighC=$+2
LD HL,#A4+2
WaitStatus
OUT (C),L
WaitStatus
LD B,E ;#BF
OUT (C),H
LD B,D ;%11111xxx
LD L,#A0+2
WaitStatus
OUT (C),L
WaitStatus
LD B,E ;#BF
OUT (C),A
RET
beginC
LD (loopaddrC),HL
JP tfmframeC
endC
loopaddrC=$+1
LD HL,0
JP tfmframeC
tfmC
skipC=$+1
LD A,-1
INC A
JR NZ,skiperC
addrC=$+1
LD HL,0
blkcntC=$+1
OR 0
JR Z,tfmframeC
DEC A
LD (blkcntC),A
JR NZ,tfmframeC
blkretaddrC=$+1
LD HL,0
tfmframeC
LD A,(HL)
INC HL
CP bb
JR Z,beginC
CP be
JR Z,endC
CP E ;#BF
JR NC,HLskiperC
TestKeyOff 2
OR A
PUSH AF
TestFreq 2,tfmhighC,tfmlowC
TestOutRegs
LD (addrC),HL
POP AF
RET P
KeyOn 2
RET
////////////////////////////
blockD
LD A,(HL) ;N frames
;1 now, N-1 later
;skip command is used as 1 frame
INC HL
LD (blkcntD),A
LD B,(HL)
INC HL
LD C,(HL) ;disp
INC HL
LD (blkretaddrD),HL
ADD HL,BC
LD C,#FD
JP tfmframeD
OLDfarD
LD B,(HL)
INC HL
OLDnearD
LD C,(HL)
INC HL
PUSH HL
ADD HL,BC
LD C,#FD
CALL tfmframeD
POP HL
LD (addrD),HL
RET
HLskiperD
JR Z,OLDfarD
CP %11100000
JR C,slideD
LD B,A
CP #FF
JR Z,OLDnearD
LD (addrD),HL
skiperD LD (skipD),A
RET
slideD
;A=-64..-33
ADD A,48
;A=-16..15
JR Z,blockD
tfmlowD=$+1
ADD A,0
LD (tfmlowD),A
LD (addrD),HL
LD B,D ;%11111xxx
tfmhighD=$+2
LD HL,#A4+0
WaitStatus
OUT (C),L
WaitStatus
LD B,E ;#BF
OUT (C),H
LD B,D ;%11111xxx
LD L,#A0+0
WaitStatus
OUT (C),L
WaitStatus
LD B,E ;#BF
OUT (C),A
RET
beginD
LD (loopaddrD),HL
JP tfmframeD
endD
loopaddrD=$+1
LD HL,0
JP tfmframeD
tfmD
skipD=$+1
LD A,-1
INC A
JR NZ,skiperD
addrD=$+1
LD HL,0
blkcntD=$+1
OR 0
JR Z,tfmframeD
DEC A
LD (blkcntD),A
JR NZ,tfmframeD
blkretaddrD=$+1
LD HL,0
tfmframeD
LD A,(HL)
INC HL
CP bb
JR Z,beginD
CP be
JR Z,endD
CP E ;#BF
JR NC,HLskiperD
TestKeyOff 0
OR A
PUSH AF
TestFreq 0,tfmhighD,tfmlowD
TestOutRegs
LD (addrD),HL
POP AF
RET P
KeyOn 0
RET
////////////////////////////
blockE
LD A,(HL) ;N frames
;1 now, N-1 later
;skip command is used as 1 frame
INC HL
LD (blkcntE),A
LD B,(HL)
INC HL
LD C,(HL) ;disp
INC HL
LD (blkretaddrE),HL
ADD HL,BC
LD C,#FD
JP tfmframeE
OLDfarE
LD B,(HL)
INC HL
OLDnearE
LD C,(HL)
INC HL
PUSH HL
ADD HL,BC
LD C,#FD
CALL tfmframeE
POP HL
LD (addrE),HL
RET
HLskiperE
JR Z,OLDfarE
CP %11100000
JR C,slideE
LD B,A
CP #FF
JR Z,OLDnearE
LD (addrE),HL
skiperE LD (skipE),A
RET
slideE
;A=-64..-33
ADD A,48
;A=-16..15
JR Z,blockE
tfmlowE=$+1
ADD A,0
LD (tfmlowE),A
LD (addrE),HL
LD B,D ;%11111xxx
tfmhighE=$+2
LD HL,#A4+1
WaitStatus
OUT (C),L
WaitStatus
LD B,E ;#BF
OUT (C),H
LD B,D ;%11111xxx
LD L,#A0+1
WaitStatus
OUT (C),L
WaitStatus
LD B,E ;#BF
OUT (C),A
RET
beginE
LD (loopaddrE),HL
JP tfmframeE
endE
loopaddrE=$+1
LD HL,0
JP tfmframeE
tfmE
skipE=$+1
LD A,-1
INC A
JR NZ,skiperE
addrE=$+1
LD HL,0
blkcntE=$+1
OR 0
JR Z,tfmframeE
DEC A
LD (blkcntE),A
JR NZ,tfmframeE
blkretaddrE=$+1
LD HL,0
tfmframeE
LD A,(HL)
INC HL
CP bb
JR Z,beginE
CP be
JR Z,endE
CP E ;#BF
JR NC,HLskiperE
TestKeyOff 1
OR A
PUSH AF
TestFreq 1,tfmhighE,tfmlowE
TestOutRegs
LD (addrE),HL
POP AF
RET P
KeyOn 1
RET
////////////////////////////
blockF
LD A,(HL) ;N frames
;1 now, N-1 later
;skip command is used as 1 frame
INC HL
LD (blkcntF),A
LD B,(HL)
INC HL
LD C,(HL) ;disp
INC HL
LD (blkretaddrF),HL
ADD HL,BC
LD C,#FD
JP tfmframeF
OLDfarF
LD B,(HL)
INC HL
OLDnearF
LD C,(HL)
INC HL
PUSH HL
ADD HL,BC
LD C,#FD
CALL tfmframeF
POP HL
LD (addrF),HL
RET
HLskiperF
JR Z,OLDfarF
CP %11100000
JR C,slideF
LD B,A
CP #FF
JR Z,OLDnearF
LD (addrF),HL
skiperF LD (skipF),A
RET
slideF
;A=-64..-33
ADD A,48
;A=-16..15
JR Z,blockF
tfmlowF=$+1
ADD A,0
LD (tfmlowF),A
LD (addrF),HL
LD B,D ;%11111xxx
tfmhighF=$+2
LD HL,#A4+2
WaitStatus
OUT (C),L
WaitStatus
LD B,E ;#BF
OUT (C),H
LD B,D ;%11111xxx
LD L,#A0+2
WaitStatus
OUT (C),L
WaitStatus
LD B,E ;#BF
OUT (C),A
RET
beginF
LD (loopaddrF),HL
JP tfmframeF
endF
loopaddrF=$+1
LD HL,0
JP tfmframeF
tfmF
skipF=$+1
LD A,-1
INC A
JR NZ,skiperF
addrF=$+1
LD HL,0
blkcntF=$+1
OR 0
JR Z,tfmframeF
DEC A
LD (blkcntF),A
JR NZ,tfmframeF
blkretaddrF=$+1
LD HL,0
tfmframeF
LD A,(HL)
INC HL
CP bb
JR Z,beginF
CP be
JR Z,endF
CP E ;#BF
JR NC,HLskiperF
TestKeyOff 2
OR A
PUSH AF
TestFreq 2,tfmhighF,tfmlowF
TestOutRegs
LD (addrF),HL
POP AF
RET P
KeyOn 2
RET
regsX
LD B,D ;%11111xxx
WaitStatus
OUTI ;reg
WaitStatus
LD B,E ;#BF
OUTI ;value
DEC A
JR NZ,regsX ;в turbo JR=JP
RET
;MDLADDR EQU $
;endmodule