Script Library: 1213 scripts
 

galaga.r

REBOl [ Title: "Demo Msx Emulation Galaga" Author: "Guest2" Date: 26-Feb-2007 Version: 1.0.1 File: %galaga.r Purpose: "MSX Emulation using rebcode" Library: [ Level: 'advanced Type: [demo game fun rebcode] Domain: [game] Platform: [win] Tested-under: none Support: none License: none See-also: none ] History: [ [1.0.0 26-Feb-2007 "First version"] [1.0.1 28-Feb-2007 "Speed improvement and PSG emulation attempt"] ] ] REBOL [] CPVRM: func [ {Address : #005C Block transfer to VRAM from memory} BC "blocklength" DE "Start address of VRAM" HL "Start address of memory" /local txt ][ ;print ["copy RAM to VRAM: from" to-hex HL "to" to-hex DE "length" BC] change at video de + 1 cp/part at mem hl + 1 bc ] FILVRM: func [ {Address : #0056 Function : fill VRAM with value} A "data byte" BC "length of the area to be written" HL "start address" ][ ;print ["fill VRAM with value: at" to-hex HL "with" A "length" BC] change/dup at video HL + 1 to char! A BC ] WRTVDP: func [ {Address : #0047 Function : write data in the VDP-register} B "data to write" C "Number of the register" /local v ][ ;prin ["Set VDP:" enbase/base to-binary to-char B 2 "in" C] switch c [ 2 [ v: (B and 15) * 1024 ;print [",name table adr" to-hex v] ;name-offset at video v + 1 ] 3 [ v: B * 64 ;print [",color table adr" to-hex v] ;color-offset: at video v + 1 ] 4 [ v: (B and 7) * 2048 ;print [",pattern table adr" to-hex v] ;pattern-offset: at video v + 1 ;if mode = 2 [halt] ] 5 [ v: (B and 127) * 128 ;print [",sprite attribut adr" to-hex v] ] 6 [ v: (B and 7) * 2048 ;print [",sprite pattern table adr" to-hex v] ] ] ;print "" ] vdpsts: 159 ;galaga: read/binary %mem.bin modif?: false RDVDP: does [ {Address : #013E Function : Reads VDP status register Output : A - Value which was read} vdpsts: vdpsts xor 128 'print ["Reads VDP status register" vdpsts] ;show-screen _a: vdpsts ] WRTVRM: rebcode [ {Address : #004D Function : Writes data in VRAM} HL "address write" A "value write" ][ ;print ["Write byte in VRAM at" to-hex HL "=" to-hex a to-char a a] pokez video hl a ] RDPSG: func [ {Address : #0096 Function : Reads value from PSG-register} A "PSG-register read" ][ ;print ["Reads value from PSG-register" A] _a: to integer! #7F ] wait 0 sound-port: open sound:// ; Set up the sound sample parameters: sample: make sound [ rate: 22100 channels: 1 bits: 8 volume: 0.5 data: #{} ] sample-rate: sample/rate inter: 50 tone: make binary! sample-len: to-integer sample/rate / inter + 0.5 PSG: [0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0] clock: to-integer 3579545 / 32 Fa': Fb': Fc': -1 ToneA1: ToneB1: ToneC1: ToneA2: ToneB2: ToneC2: ToneA3: ToneB3: ToneC3: 0 VolA: VolB: VolC: 0 mixer: rebcode [/Local pitch split val1 val2 val3][ set pitch sample-len while [gt.i pitch 0][ eq.i ToneA2 0 ift [set.i ToneA2 ToneA3 not ToneA1] eq.i ToneB2 0 ift [set.i ToneB2 ToneB3 not ToneB1] eq.i ToneC2 0 ift [set.i ToneC2 ToneC3 not ToneC1] set val1 ToneA1 mul.i val1 VolA div.i val1 15 set val2 ToneB1 mul.i val2 VolB div.i val2 15 set val3 ToneC1 mul.i val3 VolC div.i val3 15 add.i val1 val2 add.i val1 val3 mul.i val1 20 add.i val1 128 set split ToneA2 min.i split ToneB2 min.i split ToneC2 min.i split pitch do dummy [insert/dup tone to char! val1 split] sub.i ToneA2 split sub.i ToneB2 split sub.i ToneC2 split tail tone sub.i pitch split ] ] WRTPSG: rebcode [ A E /local Fa Pb Pc low ][ eq.i a 0 ift [ ;print PSG set tmp 0 pick Fa PSG 2 and Fa 15 lsl Fa 8 pick low PSG 1 or Fa low neq.i Fa 0 ift [ set.i tmp clock div.i tmp Fa set.i Fa tmp ] neq.i Fa' Fa ift [ set.i ToneA1 1 neq.i Fa 0 either [ set.i tmp sample-rate div.i tmp Fa div.i tmp 2 set.i ToneA2 tmp set.i ToneA3 tmp ][set.i ToneA2 10000 set.i ToneA3 10000] ] set.i Fa' Fa pick Fb PSG 4 and Fb 15 lsl Fb 8 pick low PSG 3 or Fb low neq.i Fb 0 ift [ set.i tmp clock div.i tmp Fb set.i Fb tmp ] neq.i Fb' Fb ift [ set.i ToneB1 1 neq.i Fb 0 either [ set.i tmp sample-rate div.i tmp Fb div.i tmp 2 set.i ToneB2 tmp set.i ToneB3 tmp ][set.i ToneB2 10000 set.i ToneB3 10000] ] set.i Fb' Fb pick Fc PSG 6 and Fc 15 lsl Fc 8 pick low PSG 5 or Fc low neq.i Fc 0 ift [ set.i tmp clock div.i tmp Fc set.i Fc tmp ] neq.i Fc' Fc ift [ set.i ToneC1 1 neq.i Fc 0 either [ set.i tmp sample-rate div.i tmp Fc div.i tmp 2 set.i ToneC2 tmp set.i ToneC3 tmp ][set.i ToneC2 10000 set.i ToneC3 10000] ] set.i Fc' Fc sett Fa iff [sett Fb] iff [sett Fc] ift [ pick VolA PSG 9 and VolA 15 pick VolB PSG 10 and VolB 15 pick VolC PSG 11 and VolC 15 apply dummy mixer [] ];[ do dummy [ if all [not empty? head tone wait [sound-port 0]][ sample/data: cp tone: head tone insert sound-port sample clear tone ] ] ;] ] pokez PSG a e ] _key: 0 SNSMAT: func [ {Address : #0141 Function : Returns the value of the specified line from the keyboard matrix} A "for the specified line" ][ 'print ["line from the keyboard" A] _a: FF ;(the bit corresponding to the pressed key will be 0) if all [A = 8 _key <> 0] [_a: _key _key: _key or 1] ] Call_Bios: does compose/deep [ switch/default pc [ (to integer! #0138) [] ;SKIP :Reads the primary slot register (to integer! #013b) [] ;SKIP Writes value to the primary slot register (to integer! #0047) [WRTVDP _b _c] ;Writes data in VDP registers (to integer! #0093) [WRTPSG _a _e] ; Write data to PSG register (to integer! #005c) [CPVRM _b * 256 + _c _d * 256 + _e _h * 256 + _l] ;Block transfer to VRAM from memory (to integer! #0056) [FILVRM _a _b * 256 + _c _h * 256 + _l] (to integer! #013e) [RDVDP] ;Reads VDP status register (to integer! #004d) [WRTVRM _h * 256 + _l _a] ;Writes byte in VRAM (to integer! #0096) [RDPSG _a] ;Reads value from PSG-register (to integer! #0141) [SNSMAT _a] ;Returns the value of the specified line from the ][ print ["Adresse inconnue:" at to-hex pc 5] halt ] ] macro: func ['var blk][ set var func either find blk [(&3)] [['&1 '&2 '&3]] [either find blk [(&2)] [['&1 '&2]][['&1]]] reduce ['compose/deep blk] [] ] macro _inc [ and _f 256 ;keep carry add.i (&1) (&2) and (&1) 255 or _f (&1); ] macro _inc16 [ lsl (&1) 8 or (&1) (&2) add.i (&1) (&3) set.i (&2) (&1) and (&2) 255 lsr (&1) 8 and (&2) 255 ] macro _add [ add.i (&1) (&2) set.i _f (&1) and (&1) 255 ] macro _sub [ sub.i (&1) (&2) set.i _f (&1) and (&1) 255 ] ;memv: make image! 256x256 ;go: does [view/new layout [ii: image memv]] ;tup: [0 0 0] track: [pokez tup 0 (&1) pokez tup 1 255 pokez tup 2 (&1) apply point to [tuple! tup] pokez memv adr point ;apply dummy show [ii] ] err?: false err: [do dummy [print [at to-hex sv_pc 5 cp/part at mem 1 + sv_pc len op-code ]halt]] cont: [bra start] macro set-op [add.i len 1 pickz (&1) mem pc add.i pc 1] get-decal: [ add.i len 1 pickz decal mem pc add.i pc 1 ext8 decal ;gt.i decal 127 ift [sub.i decal 256] ] macro writem [pokez mem adr (&1)] track macro readm [pickz (&1) mem adr] macro x [set.i adr (&1) lsl adr 8 or adr (&2)] macro _popW [pickz tmp mem _sp add.i _sp 1 pickz (&1) mem _sp lsl (&1) 8 add.i (&1) tmp add.i _sp 1 ;do dummy [print ['pop at to-hex (&1) 5 _sp]] ] macro _pop [pickz (&2) mem _sp add.i _sp 1 pickz (&1) mem _sp add.i _sp 1 ;do dummy [print ['pop (&1) (&2) _sp]] ] macro _push [ ;do dummy [print ['push (&1) (&2) _sp]] sub.i _sp 1 pokez mem _sp (&1) sub.i _sp 1 pokez mem _sp (&2) ] code: [ NOP LD_BC_WORD LD_xBC_A INC_BC INC_B DEC_B LD_B_BYTE RLCA EX_AF_AF ADD_HL_BC LD_A_xBC DEC_BC INC_C DEC_C LD_C_BYTE RRCA DJNZ LD_DE_WORD LD_xDE_A INC_DE INC_D DEC_D LD_D_BYTE RLA JR ADD_HL_DE LD_A_xDE DEC_DE INC_E DEC_E LD_E_BYTE RRA JR_NZ LD_HL_WORD LD_xWORD_HL INC_HL INC_H DEC_H LD_H_BYTE DAA JR_Z ADD_HL_HL LD_HL_xWORD DEC_HL INC_L DEC_L LD_L_BYTE CPL JR_NC LD_SP_WORD LD_xWORD_A INC_SP INC_xHL DEC_xHL LD_xHL_BYTE SCF JR_C ADD_HL_SP LD_A_xWORD DEC_SP INC_A DEC_A LD_A_BYTE CCF LD_B_B LD_B_C LD_B_D LD_B_E LD_B_H LD_B_L LD_B_xHL LD_B_A LD_C_B LD_C_C LD_C_D LD_C_E LD_C_H LD_C_L LD_C_xHL LD_C_A LD_D_B LD_D_C LD_D_D LD_D_E LD_D_H LD_D_L LD_D_xHL LD_D_A LD_E_B LD_E_C LD_E_D LD_E_E LD_E_H LD_E_L LD_E_xHL LD_E_A LD_H_B LD_H_C LD_H_D LD_H_E LD_H_H LD_H_L LD_H_xHL LD_H_A LD_L_B LD_L_C LD_L_D LD_L_E LD_L_H LD_L_L LD_L_xHL LD_L_A LD_xHL_B LD_xHL_C LD_xHL_D LD_xHL_E LD_xHL_H LD_xHL_L HALT LD_xHL_A LD_A_B LD_A_C LD_A_D LD_A_E LD_A_H LD_A_L LD_A_xHL LD_A_A ADD_B ADD_C ADD_D ADD_E ADD_H ADD_L ADD_xHL ADD_A ADC_B ADC_C ADC_D ADC_E ADC_H ADC_L ADC_xHL ADC_A SUB_B SUB_C SUB_D SUB_E SUB_H SUB_L SUB_xHL SUB_A SBC_B SBC_C SBC_D SBC_E SBC_H SBC_L SBC_xHL SBC_A AND_B AND_C AND_D AND_E AND_H AND_L AND_xHL AND_A XOR_B XOR_C XOR_D XOR_E XOR_H XOR_L XOR_xHL XOR_A OR_B OR_C OR_D OR_E OR_H OR_L OR_xHL OR_A CP_B CP_C CP_D CP_E CP_H CP_L CP_xHL CP_A RET_NZ POP_BC JP_NZ JP CALL_NZ PUSH_BC ADD_BYTE RST00 RET_Z RET JP_Z PFX_CB CALL_Z CALL ADC_BYTE RST08 RET_NC POP_DE JP_NC OUTA CALL_NC PUSH_DE SUB_BYTE RST10 RET_C EXX JP_C INA CALL_C PFX_DD SBC_BYTE RST18 RET_PO POP_HL JP_PO EX_HL_xSP CALL_PO PUSH_HL AND_BYTE RST20 RET_PE JP_HL JP_PE EX_DE_HL CALL_PE PFX_ED XOR_BYTE RST28 RET_P POP_AF JP_P DI CALL_P PUSH_AF OR_BYTE RST30 RET_M LD_SP_HL JP_M EI CALL_M PFX_FD CP_BYTE RST38 ] codeFD: [ DB DB DB DB DB DB DB DB DB ADD_IY_BC DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB ADD_IY_DE DB DB DB DB DB DB DB LD_IY_WORD LD_xWORD_IY INC_IY DB DB DB DB DB ADD_IY_IY LD_IY_xWORD DEC_IY DB DB DB DB DB DB DB DB INC_xIY+BYTE DEC_xIY+BYTE LD_xIY+BYTE_BYTE DB DB ADD_IY_SP DB DB DB DB DB DB DB DB DB DB DB DB LD_B_xIY+BYTE DB DB DB DB DB DB DB LD_C_xIY+BYTE DB DB DB DB DB DB DB LD_D_xIY+BYTE DB DB DB DB DB DB DB LD_E_xIY+BYTE DB DB DB DB DB DB DB LD_H_xIY+BYTE DB DB DB DB DB DB DB LD_L_xIY+BYTE DB LD_xIY+BYTE_B LD_xIY+BYTE_C LD_xIY+BYTE_D LD_xIY+BYTE_E LD_xIY+BYTE_H LD_xIY+BYTE_L DB LD_xIY+BYTE_A DB DB DB DB DB DB LD_A_xIY+BYTE DB DB DB DB DB DB DB ADD_xIY+BYTE DB DB DB DB DB DB DB ADC_xIY+BYTE DB DB DB DB DB DB DB SUB_xIY+BYTE DB DB DB DB DB DB DB SBC_xIY+BYTE DB DB DB DB DB DB DB AND_xIY+BYTE DB DB DB DB DB DB DB XOR_xIY+BYTE DB DB DB DB DB DB DB OR_xIY+BYTE DB DB DB DB DB DB DB CP_xIY+BYTE DB DB DB DB DB DB DB DB DB DB DB DB PFX_FDCB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB POP_IY DB DB DB PUSH_IY DB DB DB nop DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB LD_SP_IY DB DB DB DB DB DB ] codeDD: [ DB DB DB DB DB DB DB DB DB ADD_IX_BC DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB ADD_IX_DE DB DB DB DB DB DB DB LD_IX_WORD LD_xWORD_IX INC_IX DB DB DB DB DB ADD_IX_IX LD_IX_xWORD DEC_IX DB DB DB DB DB DB DB DB INC_xIX+BYTE DEC_xIX+BYTE LD_xIX+BYTE_BYTE DB DB ADD_IX_SP DB DB DB DB DB DB DB DB DB DB DB DB LD_B_xIX+BYTE DB DB DB DB DB DB DB LD_C_xIX+BYTE DB DB DB DB DB DB DB LD_D_xIX+BYTE DB DB DB DB DB DB DB LD_E_xIX+BYTE DB DB DB DB DB DB DB LD_H_xIX+BYTE DB DB DB DB DB DB DB LD_L_xIX+BYTE DB LD_xIX+BYTE_B LD_xIX+BYTE_C LD_xIX+BYTE_D LD_xIX+BYTE_E LD_xIX+BYTE_H LD_xIX+BYTE_L DB LD_xIX+BYTE_A DB DB DB DB DB DB LD_A_xIX+BYTE DB DB DB DB DB DB DB ADD_xIX+BYTE DB DB DB DB DB DB DB ADC_xIX+BYTE DB DB DB DB DB DB DB SUB_xIX+BYTE DB DB DB DB DB DB DB SBC_xIX+BYTE DB DB DB DB DB DB DB AND_xIX+BYTE DB DB DB DB DB DB DB XOR_xIX+BYTE DB DB DB DB DB DB DB OR_xIX+BYTE DB DB DB DB DB DB DB CP_xIX+BYTE DB DB DB DB DB DB DB DB DB DB DB DB PFX_DDCB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB POP_IX DB DB DB PUSH_IX DB DB DB nop DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB LD_SP_IX DB DB DB DB DB DB ] codeED: [ DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB IN_B_xC OUT_xC_B SBC_HL_BC LD_xWORD_BC NEG RETN IM_0 LD_I_A IN_C_xC OUT_xC_C ADC_HL_BC LD_BC_xWORD DB RETI DB LD_R_A IN_D_xC OUT_xC_D SBC_HL_DE LD_xWORD_DE DB DB IM_1 LD_A_I IN_E_xC OUT_xC_E ADC_HL_DE LD_DE_xWORD DB DB IM_2 LD_A_R IN_H_xC OUT_xC_H SBC_HL_HL LD_xWORD_HL DB DB DB RRD IN_L_xC OUT_xC_L ADC_HL_HL LD_HL_xWORD DB DB DB RLD IN_F_xC DB SBC_HL_SP LD_xWORD_SP DB DB DB DB IN_A_xC OUT_xC_A ADC_HL_SP LD_SP_xWORD DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB LDI CPI INI OUTI DB DB DB DB LDD CPD IND OUTD DB DB DB DB LDIR CPIR INIR OTIR DB DB DB DB LDDR CPDR INDR OTDR DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB DB ] codeCB: [ RLC_B RLC_C RLC_D RLC_E RLC_H RLC_L RLC_xHL RLC_A RRC_B RRC_C RRC_D RRC_E RRC_H RRC_L RRC_xHL RRC_A RL_B RL_C RL_D RL_E RL_H RL_L RL_xHL RL_A RR_B RR_C RR_D RR_E RR_H RR_L RR_xHL RR_A SLA_B SLA_C SLA_D SLA_E SLA_H SLA_L SLA_xHL SLA_A SRA_B SRA_C SRA_D SRA_E SRA_H SRA_L SRA_xHL SRA_A SLL_B SLL_C SLL_D SLL_E SLL_H SLL_L SLL_xHL SLL_A SRL_B SRL_C SRL_D SRL_E SRL_H SRL_L SRL_xHL SRL_A BIT0_B BIT0_C BIT0_D BIT0_E BIT0_H BIT0_L BIT0_xHL BIT0_A BIT1_B BIT1_C BIT1_D BIT1_E BIT1_H BIT1_L BIT1_xHL BIT1_A BIT2_B BIT2_C BIT2_D BIT2_E BIT2_H BIT2_L BIT2_xHL BIT2_A BIT3_B BIT3_C BIT3_D BIT3_E BIT3_H BIT3_L BIT3_xHL BIT3_A BIT4_B BIT4_C BIT4_D BIT4_E BIT4_H BIT4_L BIT4_xHL BIT4_A BIT5_B BIT5_C BIT5_D BIT5_E BIT5_H BIT5_L BIT5_xHL BIT5_A BIT6_B BIT6_C BIT6_D BIT6_E BIT6_H BIT6_L BIT6_xHL BIT6_A BIT7_B BIT7_C BIT7_D BIT7_E BIT7_H BIT7_L BIT7_xHL BIT7_A RES0_B RES0_C RES0_D RES0_E RES0_H RES0_L RES0_xHL RES0_A RES1_B RES1_C RES1_D RES1_E RES1_H RES1_L RES1_xHL RES1_A RES2_B RES2_C RES2_D RES2_E RES2_H RES2_L RES2_xHL RES2_A RES3_B RES3_C RES3_D RES3_E RES3_H RES3_L RES3_xHL RES3_A RES4_B RES4_C RES4_D RES4_E RES4_H RES4_L RES4_xHL RES4_A RES5_B RES5_C RES5_D RES5_E RES5_H RES5_L RES5_xHL RES5_A RES6_B RES6_C RES6_D RES6_E RES6_H RES6_L RES6_xHL RES6_A RES7_B RES7_C RES7_D RES7_E RES7_H RES7_L RES7_xHL RES7_A SET0_B SET0_C SET0_D SET0_E SET0_H SET0_L SET0_xHL SET0_A SET1_B SET1_C SET1_D SET1_E SET1_H SET1_L SET1_xHL SET1_A SET2_B SET2_C SET2_D SET2_E SET2_H SET2_L SET2_xHL SET2_A SET3_B SET3_C SET3_D SET3_E SET3_H SET3_L SET3_xHL SET3_A SET4_B SET4_C SET4_D SET4_E SET4_H SET4_L SET4_xHL SET4_A SET5_B SET5_C SET5_D SET5_E SET5_H SET5_L SET5_xHL SET5_A SET6_B SET6_C SET6_D SET6_E SET6_H SET6_L SET6_xHL SET6_A SET7_B SET7_C SET7_D SET7_E SET7_H SET7_L SET7_xHL SET7_A ] sv_pc: 0 len: 0 _a: _f: _b: _c: _d: _e: _h: _l: _sp: _i: _j: _x: _y: 0 _a': _f': _b': _c': _d': _e': _h': _l': 0 _tmp: tmp: low: high: tmp1: tmp2: 0 hex: func [v][at to-hex v 7] trace: 0 _sa: _sf: _sbc: _sde: _shl: _ssp: _s: _p: decal: 0 XXCB?: 0 debug: does [ if sv_pc <> 0 [ _bc: _b * 256 + _c _de: _d * 256 + _e _hl: _h * 256 + _l bina: next next form cp/part at mem 1 + sv_pc len clear back tail bina insert tail bina " " bina: cp/part bina 10 insert tail op-code: form op-code " " op-code: cp/part op-code 10 print [at to-hex sv_pc 5 bina op-code ";" reduce compose [ (either _a <> _sa [_sa: _a ["A=" hex _a]][[]]) (either _f <> _sf [_sf: _f ["F=" at to-hex _f 6]][[]]) (either _bc <> _sbc [_sbc: _bc ["BC=" at to-hex _bc 5]][[]]) (either _de <> _sde [_sde: _de ["DE=" at to-hex _de 5]][[]]) (either _hl <> _shl [_shl: _hl ["HL=" at to-hex _hl 5]][[]]) (either _sp <> _ssp [_ssp: _sp ["SP=" at to-hex _sp 5]][[]]) ] ] ] input ] VM: rebcode [] compose/deep [ label start eq.i XXCB? 1 ift [set.i _h _sh set.i _l _sl set.i XXCB? 0] eq.i stop pc ift [set.i trace 1] eq.i trace 1 ift [apply dummy debug []] set.i sv_pc pc lt.i pc (16 * 1024) braf continue apply dummy call_bios [] bra RET label continue pickz op mem pc eq.i op (to integer! #18) ift [ ;check end-less loop to enable interruptions add.i pc 1 pickz op mem pc sub.i pc 1 eq.i op (to integer! #fe) ift [ set.i pc (to integer! #404C) apply dummy show-screen [] ;set.i trace 1 ] pickz op mem pc ] pickz op-code code op add.i pc 1 set.i len 1 brab [(code)] op label PFX_ED pickz op mem pc pickz op-code codeED op add.i pc 1 add.i len 1 brab [(codeED)] op label PFX_FD pickz op mem pc pickz op-code codeFD op add.i pc 1 add.i len 1 brab [(codeFD)] op label PFX_DD pickz op mem pc pickz op-code codeDD op add.i pc 1 add.i len 1 brab [(codeDD)] op label PFX_CB pickz op mem pc pickz op-code codeCB op add.i pc 1 add.i len 1 brab [(codeCB)] op label PFX_FDCB set.i XXCB? 1 (get-decal) set.i _sh _h set.i _sl _l set.i _h _i lsl _h 8 add.i _h _y add.i _h decal set.i _l _h and _l 255 lsr _h 8 bra PFX_CB label PFX_DDCB set.i XXCB? 1 (get-decal) set.i _sh _h set.i _sl _l set.i _h _j lsl _h 8 add.i _h _x add.i _h decal set.i _l _h and _l 255 lsr _h 8 bra PFX_CB label DB (err) (cont) label NOP (cont) label LD_BC_WORD (set-op _c) (set-op _b) (cont) label LD_DE_WORD (set-op _e) (set-op _d) (cont) label LD_HL_WORD (set-op _l) (set-op _h) (cont) label LD_IY_WORD (set-op _y) (set-op _i) (cont) label LD_IX_WORD (set-op _x) (set-op _j) (cont) label LD_SP_WORD (set-op _p) (set-op _sp) lsl _sp 8 add.i _sp _p (cont) label LD_SP_HL set.i _sp _h lsl _sp 8 add.i _sp _l (cont) label LD_SP_IX set.i _sp _j lsl _sp 8 add.i _sp _x (cont) label LD_SP_IY set.i _sp _i lsl _sp 8 add.i _sp _y (cont) label LD_xBC_A (x _b _c) (writem _a) (cont) label LD_xDE_A (x _d _e) (writem _a) (cont) label LD_xHL_A (x _h _l) (writem _a) (cont) label LD_xIX+BYTE_A (get-decal) (x _j _x) add.i adr decal (writem _a) (cont) label LD_xIY+BYTE_A (get-decal) (x _i _y) add.i adr decal (writem _a) (cont) label LD_A_xBC (x _b _c) (readm _a) (cont) label LD_A_xDE (x _d _e) (readm _a) (cont) label LD_A_xHL (x _h _l) (readm _a) (cont) label LD_xHL_BYTE (set-op tmp) (x _h _l) (writem tmp) (cont) label LD_xIX+BYTE_BYTE (get-decal) (set-op tmp) (x _j _x) add.i adr decal (writem tmp) (cont) label LD_xIY+BYTE_BYTE (get-decal) (set-op tmp) (x _i _y) add.i adr decal (writem tmp) (cont) label LD_A_B set.i _a _b (cont) label LD_A_C set.i _a _c (cont) label LD_A_D set.i _a _d (cont) label LD_A_E set.i _a _e (cont) label LD_A_H set.i _a _h (cont) label LD_A_L set.i _a _l (cont) label LD_A_xHL (x _h _l) (readm _a) (cont) label LD_A_xIX+BYTE (get-decal) (x _j _x) add.i adr decal (readm _a) (cont) label LD_A_xIY+BYTE (get-decal) (x _i _y) add.i adr decal (readm _a) (cont) label LD_A_A (cont) label LD_B_B (cont) label LD_B_C set.i _b _c (cont) label LD_B_D set.i _b _d (cont) label LD_B_E set.i _b _e (cont) label LD_B_H set.i _b _h (cont) label LD_B_L set.i _b _l (cont) label LD_B_xHL (x _h _l) (readm _b) (cont) label LD_B_xIX+BYTE (get-decal) (x _j _x) add.i adr decal (readm _b) (cont) label LD_B_xIY+BYTE (get-decal) (x _i _y) add.i adr decal (readm _b) (cont) label LD_B_A set.i _b _a (cont) label LD_C_B set.i _c _b (cont) label LD_C_C (cont) label LD_C_D set.i _c _d (cont) label LD_C_E set.i _c _e (cont) label LD_C_H set.i _c _h (cont) label LD_C_L set.i _c _l (cont) label LD_C_xHL (x _h _l) (readm _c) (cont) label LD_C_xIX+BYTE (get-decal) (x _j _x) add.i adr decal (readm _c) (cont) label LD_C_xIY+BYTE (get-decal) (x _i _y) add.i adr decal (readm _c) (cont) label LD_C_A set.i _c _a (cont) label LD_D_B set.i _d _b (cont) label LD_D_C set.i _d _c (cont) label LD_D_D (cont) label LD_D_E set.i _d _e (cont) label LD_D_H set.i _d _h (cont) label LD_D_L set.i _d _l (cont) label LD_D_xHL (x _h _l) (readm _d) (cont) label LD_D_xIX+BYTE (get-decal) (x _j _x) add.i adr decal (readm _d) (cont) label LD_D_xIY+BYTE (get-decal) (x _i _y) add.i adr decal (readm _d) (cont) label LD_D_A set.i _d _a (cont) label LD_E_B set.i _e _b (cont) label LD_E_C set.i _e _c (cont) label LD_E_D set.i _e _d (cont) label LD_E_E (cont) label LD_E_H set.i _e _h (cont) label LD_E_L set.i _e _l (cont) label LD_E_xHL (x _h _l) (readm _e) (cont) label LD_E_xIX+BYTE (get-decal) (x _j _x) add.i adr decal (readm _e) (cont) label LD_E_xIY+BYTE (get-decal) (x _i _y) add.i adr decal (readm _e) (cont) label LD_E_A set.i _e _a (cont) label LD_H_B set.i _h _b (cont) label LD_H_C set.i _h _c (cont) label LD_H_D set.i _h _d (cont) label LD_H_E set.i _h _e (cont) label LD_H_H (cont) label LD_H_L set.i _h _l (cont) label LD_H_xHL (x _h _l) (readm _h) (cont) label LD_H_xIX+BYTE (get-decal) (x _j _x) add.i adr decal (readm _h) (cont) label LD_H_xIY+BYTE (get-decal) (x _i _y) add.i adr decal (readm _h) (cont) label LD_H_A set.i _h _a (cont) label LD_xHL_B (x _h _l) (writem _b) (cont) label LD_xHL_C (x _h _l) (writem _c) (cont) label LD_xHL_D (x _h _l) (writem _d) (cont) label LD_xHL_E (x _h _l) (writem _e) (cont) label LD_xHL_H (x _h _l) (writem _h) (cont) label LD_xHL_L (x _h _l) (writem _l) (cont) label LD_xHL_xHL (cont) label LD_xHL_A (x _h _l) (writem _a) (cont) label LD_xIX+BYTE_B (get-decal) (x _j _x) add.i adr decal (writem _b) (cont) label LD_xIX+BYTE_C (get-decal) (x _j _x) add.i adr decal (writem _c) (cont) label LD_xIX+BYTE_D (get-decal) (x _j _x) add.i adr decal (writem _d) (cont) label LD_xIX+BYTE_E (get-decal) (x _j _x) add.i adr decal (writem _e) (cont) label LD_xIX+BYTE_H (get-decal) (x _j _x) add.i adr decal (writem _h) (cont) label LD_xIX+BYTE_L (get-decal) (x _j _x) add.i adr decal (writem _l) (cont) label LD_xIX+BYTE_A (get-decal) (x _j _x) add.i adr decal (writem _a) (cont) label LD_xIY+BYTE_B (get-decal) (x _i _y) add.i adr decal (writem _b) (cont) label LD_xIY+BYTE_C (get-decal) (x _i _y) add.i adr decal (writem _c) (cont) label LD_xIY+BYTE_D (get-decal) (x _i _y) add.i adr decal (writem _d) (cont) label LD_xIY+BYTE_E (get-decal) (x _i _y) add.i adr decal (writem _e) (cont) label LD_xIY+BYTE_H (get-decal) (x _i _y) add.i adr decal (writem _h) (cont) label LD_xIY+BYTE_L (get-decal) (x _i _y) add.i adr decal (writem _l) (cont) label LD_xIY+BYTE_A (get-decal) (x _i _y) add.i adr decal (writem _a) (cont) label LD_L_B set.i _l _b (cont) label LD_L_C set.i _l _c (cont) label LD_L_D set.i _l _d (cont) label LD_L_E set.i _l _e (cont) label LD_L_H set.i _l _h (cont) label LD_L_L (cont) label LD_L_xHL (x _h _l) (readm _l) (cont) label LD_L_xIX+BYTE (get-decal) (x _j _x) add.i adr decal (readm _l) (cont) label LD_L_xIY+BYTE (get-decal) (x _i _y) add.i adr decal (readm _l) (cont) label LD_L_A set.i _l _a (cont) label inc_a (_inc _a 1) (cont) label inc_b (_inc _b 1) (cont) label inc_c (_inc _c 1) (cont) label inc_d (_inc _d 1) (cont) label inc_e (_inc _e 1) (cont) label inc_h (_inc _h 1) (cont) label inc_l (_inc _l 1) (cont) label INC_BC (_inc16 _b _c 1) (cont) label INC_DE (_inc16 _d _e 1) (cont) label INC_HL (_inc16 _h _l 1) (cont) label INC_IX (_inc16 _j _x 1) (cont) label INC_IY (_inc16 _i _y 1) (cont) label INC_SP add.i _sp 1 (cont) label INC_xHL (x _h _l) (readm tmp) (_inc tmp 1) (writem tmp) (cont) label INC_xIX+BYTE (get-decal) (x _j _x) add.i adr decal (readm tmp) (_inc tmp 1) (writem tmp) (cont) label INC_xIY+BYTE (get-decal) (x _i _y) add.i adr decal (readm tmp) (_inc tmp 1) (writem tmp) (cont) label DEC_BC (_inc16 _b _c -1) (cont) label DEC_SP sub.i _sp 1 (cont) label DEC_DE (_inc16 _d _e -1) (cont) label DEC_HL (_inc16 _h _l -1) (cont) label DEC_IX (_inc16 _j _x -1) (cont) label DEC_IY (_inc16 _i _y -1) (cont) label DEC_xHL (x _h _l) (readm tmp) (_inc tmp -1) (writem tmp) (cont) label DEC_xIX+BYTE (get-decal) (x _j _x) add.i adr decal (readm tmp) (_inc tmp -1) (writem tmp) (cont) label DEC_xIY+BYTE (get-decal) (x _i _y) add.i adr decal (readm tmp) (_inc tmp -1) (writem tmp) (cont) label dec_A (_inc _a -1) (cont) label dec_B (_inc _b -1) (cont) label dec_C (_inc _c -1) (cont) label dec_D (_inc _d -1) (cont) label dec_E (_inc _e -1) (cont) label dec_H (_inc _h -1) (cont) label dec_L (_inc _l -1) (cont) label LD_A_BYTE (set-op _a) (cont) label LD_B_BYTE (set-op _b) (cont) label LD_C_BYTE (set-op _c) (cont) label LD_D_BYTE (set-op _d) (cont) label LD_E_BYTE (set-op _e) (cont) label LD_H_BYTE (set-op _h) (cont) label LD_L_BYTE (set-op _l) (cont) label LD_A_xWORD (xWORD: compose [(set-op low) (set-op high) (x high low)]) (readm _a) (cont) label LD_xWORD_A (xWORD) (writem _a) (cont) label LD_xWORD_HL (xWORD) (writem _l) add.i adr 1 (writem _h) (cont) label LD_xWORD_BC (xWORD) (writem _c) add.i adr 1 (writem _b) (cont) label LD_xWORD_DE (xWORD) (writem _e) add.i adr 1 (writem _d) (cont) label LD_xWORD_SP (xWORD) set.i _p _sp and _p 255 set.i _s _sp lsr _s 8 (writem _p) add.i adr 1 (writem _s) (cont) label LD_xWORD_IX (xWORD) (writem _x) add.i adr 1 (writem _j) (cont) label LD_xWORD_IY (xWORD) (writem _y) add.i adr 1 (writem _i) (cont) label LD_BC_xWORD (xWORD) (readm _c) add.i adr 1 (readm _b) (cont) label LD_HL_xWORD (xWORD) (readm _l) add.i adr 1 (readm _h) (cont) label LD_DE_xWORD (xWORD) (readm _e) add.i adr 1 (readm _d) (cont) label LD_SP_xWORD (xWORD) (readm _p) add.i adr 1 (readm _sp) lsl _sp 8 add.i _sp _p (cont) label LD_IX_xWORD (xWORD) (readm _x) add.i adr 1 (readm _j) (cont) label LD_IY_xWORD (xWORD) (readm _y) add.i adr 1 (readm _i) (cont) label LD_BC_WORD (set-op _c) (set-op _b) (cont) label RLCA ; roation left + carry and _f 255 ;reset carry lsl _a 1 gt.i _a 255 ift [add.i _a 1 or _f 256] and _a 255 (cont) label RRCA ; rotation right + carry and _f 255 ;reset carry rotr _a 1 lt.i _a 0 and _a 255 ift [or _a 128 or _f 256] (cont) label EXX set.i tmp _b set.i _b _b' set.i _b' tmp set.i tmp _c set.i _c _c' set.i _c' tmp set.i tmp _d set.i _d _d' set.i _d' tmp set.i tmp _e set.i _e _e' set.i _e' tmp set.i tmp _h set.i _h _h' set.i _h' tmp set.i tmp _l set.i _l _l' set.i _l' tmp (cont) label EX_AF_AF set.i _tmp _a set.i _a _a' set.i _a' _tmp set.i _tmp _f set.i _f _f' set.i _f' _tmp (cont) label EX_DE_HL set.i _tmp _h set.i _h _d set.i _d _tmp set.i _tmp _l set.i _l _e set.i _e _tmp (cont) label ADD_HL_BC (macro _incHL [ and _f 255; reset carry add.i _h (&1) lsl _h 8 add.i _h _l add.i _h (&2) set.i _l _h and _l 255 lsr _h 8 gt.i _h 255 ift [or _f 256] and _h 255 ]) (_incHL _b _c) (cont) label ADD_HL_DE (_incHL _d _e) (cont) label ADD_HL_SP set.i _p _sp and _p 255 set.i _s _sp lsr _s 8 (_incHL _s _p) (cont) label ADD_HL_HL (_incHL _h _l) (cont) label ADD_IX_BC ( macro _incIX [ and _f 255; reset carry add.i _j (&1) lsl _j 8 add.i _j _x add.i _j (&2) set.i _x _j and _x 255 lsr _j 8 gt.i _j 255 ift [or _f 256] and _j 255 ]) (_incIX _b _c) (cont) label ADD_IX_DE (_incIX _d _e) (cont) label ADD_IX_SP set.i _p _sp and _p 255 set.i _s _sp lsr _s 8 (_incIX _s _p) (cont) label ADD_IX_IX (_incIX _j _x) (cont) label ADD_IY_BC ( macro _incIY [ and _f 255; reset carry add.i _i (&1) lsl _i 8 add.i _i _y add.i _i (&2) set.i _y _i and _y 255 lsr _i 8 gt.i _i 255 ift [or _f 256] and _i 255 ]) (_incIY _b _c) (cont) label ADD_IY_DE (_incIY _d _e) (cont) label ADD_IY_SP set.i _p _sp and _p 255 set.i _s _sp lsr _s 8 (_incIY _s _p) (cont) label ADD_IY_IY (_incIY _i _y) (cont) label DEC_BC (_inc16 _b _c -1) (cont) label DJNZ (_inc _b -1) (get-decal) eq.i _b 0 iff [add.i pc decal] (cont) label RLA ;rotation left thru carry set.i tmp _f lsr tmp 8 and _f 255 ;reset carry lsl _a 1 or _a tmp ;add 1 if carry gt.i _a 255 ift [or _f 256] and _a 255 (cont) label RRA set.i tmp _f and tmp 256 and _f 255 ;reset carry or _a tmp rotr _a 1 lt.i _a 0 ift [or _f 256 and _a 255] (cont) label JR (get-decal) add.i pc decal (cont) label JR_NZ (get-decal) (NZ: [ set.i tmp _f and tmp 255 eq.i tmp 0 brat start ]) add.i pc decal (cont) label JR_Z (get-decal) (Z: [ set.i tmp _f and tmp 255 eq.i tmp 0 braf start ]) add.i pc decal (cont) label JR_NC (get-decal) (NC: [ set.i tmp _f and tmp 256 eq.i tmp 256 brat start ]) add.i pc decal (cont) label JR_C (get-decal) (C: [ set.i tmp _f and tmp 256 eq.i tmp 256 braf start ]) add.i pc decal (cont) label DAA (cont) ;print 'DAA (cont) label CPL xor _a 255 (cont) label SCF or _f 256 (cont) ; set carry flag label CCF xor _f 256 (cont); carry inversion label HALT (err) (cont) label ADD_B (_add _a _b) (cont) label ADD_C (_add _a _c) (cont) label ADD_D (_add _a _d) (cont) label ADD_E (_add _a _e) (cont) label ADD_H (_add _a _h) (cont) label ADD_L (_add _a _l) (cont) label ADD_xHL (x _h _l) (readm tmp) (_add _a tmp) (cont) label ADD_xIX+BYTE (get-decal) (x _j _x) add.i adr decal (readm tmp) (_add _a tmp) (cont) label ADD_xIY+BYTE (get-decal) (x _i _y) add.i adr decal (readm tmp) (_add _a tmp) (cont) label ADD_A (_add _a _a) (cont) label ADD_BYTE (set-op tmp) (_add _a tmp) (cont) label ADC_B lsr _f 8 add.i _a _f (_add _a _b) (cont) label ADC_C lsr _f 8 add.i _a _f (_add _a _c) (cont) label ADC_D lsr _f 8 add.i _a _f (_add _a _d) (cont) label ADC_E lsr _f 8 add.i _a _f (_add _a _e) (cont) label ADC_H lsr _f 8 add.i _a _f (_add _a _h) (cont) label ADC_L lsr _f 8 add.i _a _f (_add _a _l) (cont) label ADC_xHL lsr _f 8 add.i _a _f (x _h _l) (readm tmp) (_add _a tmp) (cont) label ADC_xIX+BYTE (get-decal) lsr _f 8 add.i _a _f (x _j _x) add.i adr decal (readm tmp) (_add _a tmp) (cont) label ADC_xIY+BYTE (get-decal) lsr _f 8 add.i _a _f (x _i _y) add.i adr decal (readm tmp) (_add _a tmp) (cont) label ADC_A lsr _f 8 add.i _a _f (_add _a _a) (cont) label ADC_BYTE (set-op tmp) lsr _f 8 add.i _a _f (_add _a tmp) (cont) label SUB_B (_sub _a _b) (cont) label SUB_C (_sub _a _c) (cont) label SUB_D (_sub _a _d) (cont) label SUB_E (_sub _a _e) (cont) label SUB_H (_sub _a _h) (cont) label SUB_L (_sub _a _l) (cont) label SUB_xHL (x _h _l) (readm tmp) (_sub _a tmp) (cont) label SUB_xIX+BYTE (get-decal) (x _j _x) add.i adr decal (readm tmp) (_sub _a tmp) (cont) label SUB_xIY+BYTE (get-decal) (x _i _y) add.i adr decal (readm tmp) (_sub _a tmp) (cont) label SUB_A set.i _a 0 set.i _f 0 (cont) label SUB_BYTE (set-op tmp) (_sub _a tmp) (cont) label SBC_B lsr _f 8 sub.i _a _f (_sub _a _b) (cont) label SBC_C lsr _f 8 sub.i _a _f (_sub _a _c) (cont) label SBC_D lsr _f 8 sub.i _a _f (_sub _a _d) (cont) label SBC_E lsr _f 8 sub.i _a _f (_sub _a _e) (cont) label SBC_H lsr _f 8 sub.i _a _f (_sub _a _h) (cont) label SBC_L lsr _f 8 sub.i _a _f (_sub _a _l) (cont) label SBC_xHL lsr _f 8 sub.i _a _f (x _h _l) (readm tmp) (_sub _a tmp) (cont) label SBC_xIX+BYTE (get-decal) lsr _f 8 sub.i _a _f (x _j _x) add.i adr decal (readm tmp) (_sub _a tmp) (cont) label SBC_xIY+BYTE (get-decal) lsr _f 8 sub.i _a _f (x _i _y) add.i adr decal (readm tmp) (_sub _a tmp) (cont) label SBC_A lsr _f 8 sub.i _a _f (_sub _a _a) (cont) label SBC_BYTE (set-op tmp) lsr _f 8 sub.i _a _f (_sub _a tmp) (cont) label SBC_HL_DE (macro _sbcHL [ sub.i _h (&1) mul.i _h 256 add.i _h _l sub.i _h (&2) lsr _f 8 sub.i _h _f set.i _f 0 lt.i _h 0 ift [set.i _f 256] set.i _l _h and _l 255 lsr _h 8 and _h 255 or _f _h ]) (_sbcHL _d _e) (cont) label SBC_HL_BC (_sbcHL _b _c) (cont) label SBC_HL_HL (_sbcHL _h _l) (cont) label SBC_HL_SP (err) (cont) label AND_B and _a _b set.i _f _a (cont) label AND_C and _a _c set.i _f _a (cont) label AND_D and _a _d set.i _f _a (cont) label AND_E and _a _e set.i _f _a (cont) label AND_H and _a _h set.i _f _a (cont) label AND_L and _a _l set.i _f _a (cont) label AND_xHL (x _h _l) (readm tmp) and _a tmp set.i _f _a (cont) label AND_xIX+BYTE (get-decal) (x _j _x) add.i adr decal (readm tmp) and _a tmp set.i _f _a (cont) label AND_xIY+BYTE (get-decal) (x _i _y) add.i adr decal (readm tmp) and _a tmp set.i _f _a (cont) label AND_A set.i _f _a (cont) label AND_BYTE (set-op tmp) and _a tmp set.i _f _a (cont) label XOR_B xor _a _b set.i _f _a (cont) label XOR_C xor _a _c set.i _f _a (cont) label XOR_D xor _a _d set.i _f _a (cont) label XOR_E xor _a _e set.i _f _a (cont) label XOR_H xor _a _h set.i _f _a (cont) label XOR_L xor _a _l set.i _f _a (cont) label XOR_xHL (x _h _l) (readm tmp) xor _a tmp set.i _f _a (cont) label XOR_xIX+BYTE (get-decal) (x _j _x) add.i adr decal (readm tmp) xor _a tmp set.i _f _a (cont) label XOR_xIY+BYTE (get-decal) (x _i _y) add.i adr decal (readm tmp) xor _a tmp set.i _f _a (cont) label XOR_A set.i _a 0 set.i _f _a (cont) label XOR_BYTE (set-op tmp) xor _a tmp set.i _f _a (cont) label OR_B or _a _b set.i _f _a (cont) label OR_C or _a _c set.i _f _a (cont) label OR_D or _a _d set.i _f _a (cont) label OR_E or _a _e set.i _f _a (cont) label OR_H or _a _h set.i _f _a (cont) label OR_L or _a _l set.i _f _a (cont) label OR_xHL (x _h _l) (readm tmp) or _a tmp set.i _f _a (cont) label OR_xIX+BYTE (get-decal) (x _j _x) add.i adr decal (readm tmp) or _a tmp set.i _f _a (cont) label OR_xIY+BYTE (get-decal) (x _i _y) add.i adr decal (readm tmp) or _a tmp set.i _f _a (cont) label OR_A set.i _f _a (cont) label OR_BYTE (set-op tmp) or _a tmp set.i _f _a (cont) label CP_B set.i _f _a sub.i _f _b (cont) label CP_C set.i _f _a sub.i _f _c (cont) label CP_D set.i _f _a sub.i _f _d (cont) label CP_E set.i _f _a sub.i _f _e (cont) label CP_H set.i _f _a sub.i _f _h (cont) label CP_L set.i _f _a sub.i _f _l (cont) label CP_xHL (x _h _l) (readm tmp) set.i _f _a sub.i _f tmp (cont) label CP_xIX+BYTE (get-decal) (x _j _x) add.i adr decal (readm tmp) set.i _f _a sub.i _f tmp (cont) label CP_xIY+BYTE (get-decal) (x _i _y) add.i adr decal (readm tmp) set.i _f _a sub.i _f tmp (cont) label CP_A set.i _f 0 (cont) label CP_BYTE (set-op tmp) set.i _f _a sub.i _f tmp (cont) label RET_NZ (NZ) (_popW pc) (cont) label RET_Z (Z) (_popW pc) (cont) label RET_C (C) (_popW pc) (cont) label RET_NC (NC) (_popW pc) (cont) label RET_PO (err) (cont) label RET (_popW pc) (cont) label RET_M (M: [set.i _tmp _f and _tmp 128 eq.i _tmp 128 braf start]) (_popW pc) (cont) label RET_P (P: [set.i _tmp _f and _tmp 128 eq.i _tmp 128 brat start]) (_popW pc) (cont) label POP_BC (_pop _b _c) (cont) label POP_DE (_pop _d _e) (cont) label POP_HL (_pop _h _l) (cont) label POP_AF (_pop _a _f) (cont) label POP_IX (_pop _j _x) (cont) label POP_IY (_pop _i _y) (cont) label JP_NZ add.i len 2 add.i pc 2 (NZ) sub.i pc 2 (set-op tmp) (set-op pc) sub.i pc 1 lsl pc 8 add.i pc tmp (cont) label JP_Z add.i len 2 add.i pc 2 (Z) sub.i pc 2 (set-op tmp) (set-op pc) sub.i pc 1 lsl pc 8 add.i pc tmp (cont) label JP_C add.i len 2 add.i pc 2 (C) sub.i pc 2 (set-op tmp) (set-op pc) sub.i pc 1 lsl pc 8 add.i pc tmp (cont) label JP_NC add.i len 2 add.i pc 2 (NC) sub.i pc 2 (set-op tmp) (set-op pc) sub.i pc 1 lsl pc 8 add.i pc tmp (cont) label JP_PO (err) (cont) label JP_PE (err) (cont) label JP (set-op tmp) (set-op pc) sub.i pc 1 lsl pc 8 add.i pc tmp (cont) label JP_HL set.i pc _h lsl pc 8 add.i pc _l (cont) label JP_M add.i len 2 add.i pc 2 (M) sub.i pc 2 (set-op tmp) (set-op pc) sub.i pc 1 lsl pc 8 add.i pc tmp (cont) label JP_P add.i len 2 add.i pc 2 (P) sub.i pc 2 (set-op tmp) (set-op pc) sub.i pc 1 lsl pc 8 add.i pc tmp (cont) label CALL_NZ (set-op low) (set-op high) (NZ) set.i _tmp pc and _tmp 255 lsr pc 8 (_push pc _tmp) set.i pc high lsl pc 8 add.i pc low (cont) label CALL_Z (set-op low) (set-op high) (Z) set.i _tmp pc and _tmp 255 lsr pc 8 (_push pc _tmp) set.i pc high lsl pc 8 add.i pc low (cont) label CALL_C (set-op low) (set-op high) (C) set.i _tmp pc and _tmp 255 lsr pc 8 (_push pc _tmp) set.i pc high lsl pc 8 add.i pc low (cont) label CALL_NC (set-op low) (set-op high) (NC) set.i _tmp pc and _tmp 255 lsr pc 8 (_push pc _tmp) set.i pc high lsl pc 8 add.i pc low (cont) label CALL_PO (err) (cont) label CALL_M (set-op low) (set-op high) (M) set.i _tmp pc and _tmp 255 lsr pc 8 (_push pc _tmp) set.i pc high lsl pc 8 add.i pc low (cont) label CALL_P (set-op low) (set-op high) (P) set.i _tmp pc and _tmp 255 lsr pc 8 (_push pc _tmp) set.i pc high lsl pc 8 add.i pc low (cont) label CALL (set-op low) (set-op high) set.i _tmp pc and _tmp 255 lsr pc 8 (_push pc _tmp) set.i pc high lsl pc 8 add.i pc low (cont) label PUSH_BC (_push _b _c) (cont) label PUSH_DE (_push _d _e) (cont) label PUSH_HL (_push _h _l) (cont) label PUSH_IX (_push _j _x) (cont) label PUSH_IY (_push _i _y) (cont) label PUSH_AF (_push _a _f) (cont) ;carry not saved (beware) label EI (cont) label DI (cont) label LDIR lsl _b 8 add.i _b _c eq.i _b 0 ift [set.i _b (256 * 255)] lsl _h 8 add.i _h _l lsl _d 8 add.i _d _e loop _b [ pickz tmp mem _h pokez mem _d tmp ;pokez tup 0 tmp pokez tup 1 255 pokez tup 2 tmp apply point to [tuple! tup] pokez memv _d point add.i _h 1 add.i _d 1 ] set.i _b 0 set.i _c 0 set.i _l _h and _l 255 lsr _h 8 set.i _e _d and _e 255 lsr _d 8 (cont) label SET0_B or _b 1 (cont) label SET0_C or _c 1 (cont) label SET0_D or _d 1 (cont) label SET0_E or _e 1 (cont) label SET0_H or _h 1 (cont) label SET0_L or _l 1 (cont) label SET0_xHL (x _h _l) (readm _tmp) or _tmp 1 (writem _tmp) (cont) label SET0_A or _a 1 (cont) label SET1_B or _b 2 (cont) label SET1_C or _c 2 (cont) label SET1_D or _d 2 (cont) label SET1_E or _e 2 (cont) label SET1_H or _h 2 (cont) label SET1_L or _l 2 (cont) label SET1_xHL (x _h _l) (readm _tmp) or _tmp 2 (writem _tmp) (cont) label SET1_A or _a 2 (cont) label SET2_B or _b 4 (cont) label SET2_C or _c 4 (cont) label SET2_D or _d 4 (cont) label SET2_E or _e 4 (cont) label SET2_H or _h 4 (cont) label SET2_L or _l 4 (cont) label SET2_xHL (x _h _l) (readm _tmp) or _tmp 4 (writem _tmp) (cont) label SET2_A or _a 4 (cont) label SET3_B or _b 8 (cont) label SET3_C or _c 8 (cont) label SET3_D or _d 8 (cont) label SET3_E or _e 8 (cont) label SET3_H or _h 8 (cont) label SET3_L or _l 8 (cont) label SET3_xHL (x _h _l) (readm _tmp) or _tmp 8 (writem _tmp) (cont) label SET3_A or _a 8 (cont) label SET4_B or _b 16 (cont) label SET4_C or _c 16 (cont) label SET4_D or _d 16 (cont) label SET4_E or _e 16 (cont) label SET4_H or _h 16 (cont) label SET4_L or _l 16 (cont) label SET4_xHL (x _h _l) (readm _tmp) or _tmp 16 (writem _tmp) (cont) label SET4_A or _a 16 (cont) label SET5_B or _b 32 (cont) label SET5_C or _c 32 (cont) label SET5_D or _d 32 (cont) label SET5_E or _e 32 (cont) label SET5_H or _h 32 (cont) label SET5_L or _l 32 (cont) label SET5_xHL (x _h _l) (readm _tmp) or _tmp 32 (writem _tmp) (cont) label SET5_A or _a 32 (cont) label SET6_B or _b 64 (cont) label SET6_C or _c 64 (cont) label SET6_D or _d 64 (cont) label SET6_E or _e 64 (cont) label SET6_H or _h 64 (cont) label SET6_L or _l 64 (cont) label SET6_xHL (x _h _l) (readm _tmp) or _tmp 64 (writem _tmp) (cont) label SET6_A or _a 64 (cont) label SET7_B or _b 128 (cont) label SET7_C or _c 128 (cont) label SET7_D or _d 128 (cont) label SET7_E or _e 128 (cont) label SET7_H or _h 128 (cont) label SET7_L or _l 128 (cont) label SET7_xHL (x _h _l) (readm _tmp) or _tmp 128 (writem _tmp) (cont) label SET7_A or _a 128 (cont) label RES0_B and _b 254 (cont) label RES0_C and _c 254 (cont) label RES0_D and _d 254 (cont) label RES0_E and _e 254 (cont) label RES0_H and _h 254 (cont) label RES0_L and _l 254 (cont) label RES0_xHL (x _h _l) (readm _tmp) and _tmp 254 (writem _tmp) (cont) label RES0_A and _a 254 (cont) label RES1_B and _b 253 (cont) label RES1_C and _c 253 (cont) label RES1_D and _d 253 (cont) label RES1_E and _e 253 (cont) label RES1_H and _h 253 (cont) label RES1_L and _l 253 (cont) label RES1_xHL (x _h _l) (readm _tmp) and _tmp 253 (writem _tmp) (cont) label RES1_A and _a 253 (cont) label RES2_B and _b 251 (cont) label RES2_C and _c 251 (cont) label RES2_D and _d 251 (cont) label RES2_E and _e 251 (cont) label RES2_H and _h 251 (cont) label RES2_L and _l 251 (cont) label RES2_xHL (x _h _l) (readm _tmp) and _tmp 251 (writem _tmp) (cont) label RES2_A and _a 251 (cont) label RES3_B and _b 247 (cont) label RES3_C and _c 247 (cont) label RES3_D and _d 247 (cont) label RES3_E and _e 247 (cont) label RES3_H and _h 247 (cont) label RES3_L and _l 247 (cont) label RES3_xHL (x _h _l) (readm _tmp) and _tmp 247 (writem _tmp) (cont) label RES3_A and _a 247 (cont) label RES4_B and _b 239 (cont) label RES4_C and _c 239 (cont) label RES4_D and _d 239 (cont) label RES4_E and _e 239 (cont) label RES4_H and _h 239 (cont) label RES4_L and _l 239 (cont) label RES4_xHL (x _h _l) (readm _tmp) and _tmp 239 (writem _tmp) (cont) label RES4_A and _a 239 (cont) label RES5_B and _b 223 (cont) label RES5_C and _c 223 (cont) label RES5_D and _d 223 (cont) label RES5_E and _e 223 (cont) label RES5_H and _h 223 (cont) label RES5_L and _l 223 (cont) label RES5_xHL (x _h _l) (readm _tmp) and _tmp 223 (writem _tmp) (cont) label RES5_A and _a 223 (cont) label RES6_B and _b 191 (cont) label RES6_C and _c 191 (cont) label RES6_D and _d 191 (cont) label RES6_E and _e 191 (cont) label RES6_H and _h 191 (cont) label RES6_L and _l 191 (cont) label RES6_xHL (x _h _l) (readm _tmp) and _tmp 191 (writem _tmp) (cont) label RES6_A and _a 191 (cont) label RES7_B and _b 127 (cont) label RES7_C and _c 127 (cont) label RES7_D and _d 127 (cont) label RES7_E and _e 128 (cont) label RES7_H and _h 127 (cont) label RES7_L and _l 127 (cont) label RES7_xHL (x _h _l) (readm _tmp) and _tmp 127 (writem _tmp) (cont) label RES7_A and _a 127 (cont) label BIT0_B and _f 256 set.i _tmp _b and _tmp 1 or _f _tmp (cont) label BIT0_C and _f 256 set.i _tmp _c and _tmp 1 or _f _tmp (cont) label BIT0_D and _f 256 set.i _tmp _d and _tmp 1 or _f _tmp (cont) label BIT0_E and _f 256 set.i _tmp _e and _tmp 1 or _f _tmp (cont) label BIT0_H and _f 256 set.i _tmp _h and _tmp 1 or _f _tmp (cont) label BIT0_L and _f 256 set.i _tmp _l and _tmp 1 or _f _tmp (cont) label BIT0_xHL and _f 256 (x _h _l) (readm _tmp) and _tmp 1 or _f _tmp (cont) label BIT0_A and _f 256 set.i _tmp _a and _tmp 1 or _f _tmp (cont) label BIT1_B and _f 256 set.i _tmp _b and _tmp 2 or _f _tmp (cont) label BIT1_C and _f 256 set.i _tmp _c and _tmp 2 or _f _tmp (cont) label BIT1_D and _f 256 set.i _tmp _d and _tmp 2 or _f _tmp (cont) label BIT1_E and _f 256 set.i _tmp _e and _tmp 2 or _f _tmp (cont) label BIT1_H and _f 256 set.i _tmp _h and _tmp 2 or _f _tmp (cont) label BIT1_L and _f 256 set.i _tmp _l and _tmp 2 or _f _tmp (cont) label BIT1_xHL and _f 256 (x _h _l) (readm _tmp) and _tmp 2 or _f _tmp (cont) label BIT1_A and _f 256 set.i _tmp _a and _tmp 2 or _f _tmp (cont) label BIT2_B and _f 256 set.i _tmp _b and _tmp 4 or _f _tmp (cont) label BIT2_C and _f 256 set.i _tmp _c and _tmp 4 or _f _tmp (cont) label BIT2_D and _f 256 set.i _tmp _d and _tmp 4 or _f _tmp (cont) label BIT2_E and _f 256 set.i _tmp _e and _tmp 4 or _f _tmp (cont) label BIT2_H and _f 256 set.i _tmp _h and _tmp 4 or _f _tmp (cont) label BIT2_L and _f 256 set.i _tmp _l and _tmp 4 or _f _tmp (cont) label BIT2_xHL and _f 256 (x _h _l) (readm _tmp) and _tmp 4 or _f _tmp (cont) label BIT2_A and _f 256 set.i _tmp _a and _tmp 4 or _f _tmp (cont) label BIT3_B and _f 256 set.i _tmp _b and _tmp 8 or _f _tmp (cont) label BIT3_C and _f 256 set.i _tmp _c and _tmp 8 or _f _tmp (cont) label BIT3_D and _f 256 set.i _tmp _d and _tmp 8 or _f _tmp (cont) label BIT3_E and _f 256 set.i _tmp _e and _tmp 8 or _f _tmp (cont) label BIT3_H and _f 256 set.i _tmp _h and _tmp 8 or _f _tmp (cont) label BIT3_L and _f 256 set.i _tmp _l and _tmp 8 or _f _tmp (cont) label BIT3_xHL and _f 256 (x _h _l) (readm _tmp) and _tmp 8 or _f _tmp (cont) label BIT3_A and _f 256 set.i _tmp _a and _tmp 8 or _f _tmp (cont) label BIT4_B and _f 256 set.i _tmp _b and _tmp 16 or _f _tmp (cont) label BIT4_C and _f 256 set.i _tmp _c and _tmp 16 or _f _tmp (cont) label BIT4_D and _f 256 set.i _tmp _d and _tmp 16 or _f _tmp (cont) label BIT4_E and _f 256 set.i _tmp _e and _tmp 16 or _f _tmp (cont) label BIT4_H and _f 256 set.i _tmp _h and _tmp 16 or _f _tmp (cont) label BIT4_L and _f 256 set.i _tmp _l and _tmp 16 or _f _tmp (cont) label BIT4_xHL and _f 256 (x _h _l) (readm _tmp) and _tmp 16 or _f _tmp (cont) label BIT4_A and _f 256 set.i _tmp _a and _tmp 16 or _f _tmp (cont) label BIT5_B and _f 256 set.i _tmp _b and _tmp 32 or _f _tmp (cont) label BIT5_C and _f 256 set.i _tmp _c and _tmp 32 or _f _tmp (cont) label BIT5_D and _f 256 set.i _tmp _d and _tmp 32 or _f _tmp (cont) label BIT5_E and _f 256 set.i _tmp _e and _tmp 32 or _f _tmp (cont) label BIT5_H and _f 256 set.i _tmp _h and _tmp 32 or _f _tmp (cont) label BIT5_L and _f 256 set.i _tmp _l and _tmp 32 or _f _tmp (cont) label BIT5_xHL and _f 256 (x _h _l) (readm _tmp) and _tmp 32 or _f _tmp (cont) label BIT5_A and _f 256 set.i _tmp _a and _tmp 32 or _f _tmp (cont) label BIT6_B and _f 256 set.i _tmp _b and _tmp 64 or _f _tmp (cont) label BIT6_C and _f 256 set.i _tmp _c and _tmp 64 or _f _tmp (cont) label BIT6_D and _f 256 set.i _tmp _d and _tmp 64 or _f _tmp (cont) label BIT6_E and _f 256 set.i _tmp _e and _tmp 64 or _f _tmp (cont) label BIT6_H and _f 256 set.i _tmp _h and _tmp 64 or _f _tmp (cont) label BIT6_L and _f 256 set.i _tmp _l and _tmp 64 or _f _tmp (cont) label BIT6_xHL and _f 256 (x _h _l) (readm _tmp) and _tmp 64 or _f _tmp (cont) label BIT6_A and _f 256 set.i _tmp _a and _tmp 64 or _f _tmp (cont) label BIT7_B and _f 256 set.i _tmp _b and _tmp 128 or _f _tmp (cont) label BIT7_C and _f 256 set.i _tmp _c and _tmp 128 or _f _tmp (cont) label BIT7_D and _f 256 set.i _tmp _d and _tmp 128 or _f _tmp (cont) label BIT7_E and _f 256 set.i _tmp _e and _tmp 128 or _f _tmp (cont) label BIT7_H and _f 256 set.i _tmp _h and _tmp 128 or _f _tmp (cont) label BIT7_L and _f 256 set.i _tmp _l and _tmp 128 or _f _tmp (cont) label BIT7_xHL and _f 256 (x _h _l) (readm _tmp) and _tmp 128 or _f _tmp (cont) label BIT7_A and _f 256 set.i _tmp _a and _tmp 128 or _f _tmp (cont) label RLC_B (macro _rlc [lsl (&1) 1 gt.i (&1) 255 ift [add.i (&1) 1] set.i _f (&1) and (&1) 255]) (_rlc _b)(cont) label RLC_C (_rlc _c)(cont) label RLC_D (_rlc _d)(cont) label RLC_E (_rlc _e)(cont) label RLC_H (_rlc _h)(cont) label RLC_L (_rlc _l)(cont) label RLC_xHL (x _h _l) (readm tmp) (_rlc tmp) (writem tmp) (cont) label RLC_A (_rlc _a)(cont) label RRC_B (macro _rrc [rotr (&1) 1 lt.i (&1) 0 and (&1) 255 set.i _f (&1) ift [or (&1) 128 or _f 384] ]) (_rrc _b) (cont) label RRC_C (_rrc _c) (cont) label RRC_D (_rrc _d) (cont) label RRC_E (_rrc _e) (cont) label RRC_H (_rrc _h) (cont) label RRC_L (_rrc _l) (cont) label RRC_xHL (x _h _l) (readm tmp) (_rrc tmp) (writem tmp) (cont) label RRC_A (_rrc _a) (cont) label SLA_B (macro _sla [lsl (&1) 1 set.i _f (&1) and (&1) 255]) (_sla _b) (cont) label SLA_C (_sla _c) (cont) label SLA_D (_sla _d) (cont) label SLA_E (_sla _e) (cont) label SLA_H (_sla _h) (cont) label SLA_L (_sla _l) (cont) label SLA_xHL (x _h _l) (readm tmp) (_sla tmp) (writem tmp) (cont) label SLA_A (_sla _a) (cont) label SRL_B (macro _srl [set.i _f (&1) and _f 1 lsl _f 8 lsr (&1) 1 or _f (&1)]) (_srl _b) (cont) label SRL_C (_srl _c) (cont) label SRL_D (_srl _d) (cont) label SRL_E (_srl _e) (cont) label SRL_H (_srl _h) (cont) label SRL_L (_srl _l) (cont) label SRL_xHL (x _h _l) (readm tmp) (_srl tmp) (writem tmp) (cont) label SRL_A (_srl _a) (cont) label SRA_B (macro _sra [set.i _f (&1) and _f 1 lsl _f 8 set.i tmp (&1) and tmp 128 lsr (&1) 1 or (&1) tmp or _f (&1) ]) (_sra _b) (cont) label SRA_C (_sra _c) (cont) label SRA_D (_sra _d) (cont) label SRA_E (_sra _e) (cont) label SRA_H (_sra _h) (cont) label SRA_L (_sra _l) (cont) label SRA_xHL (x _h _l) (readm tmp) (_sra tmp) (writem tmp) (cont) label SRA_A (_sra _a) (cont) label RR_B (macro _rr [and _f 256 or (&1) _f set.i _f (&1) and _f 1 lsl _f 8 lsr (&1) 1 or _f (&1)]) (_rr _b) (cont) label RR_C (_rr _c) (cont) label RR_D (_rr _d) (cont) label RR_E (_rr _e) (cont) label RR_H (_rr _h) (cont) label RR_L (_rr _l) (cont) label RR_xHL (x _h _l) (readm tmp) (_rr tmp) (writem tmp) (cont) label RR_A (_rr _a) (cont) label RL_B (macro _rl [and _f 256 lsr _f 8 lsl (&1) 1 or (&1) _f set.i _f (&1) and (&1) 255]) (_rl _b) (cont) label RL_C (_rl _c) (cont) label RL_D (_rl _d) (cont) label RL_E (_rl _e) (cont) label RL_H (_rl _h) (cont) label RL_L (_rl _l) (cont) label RL_xHL (x _h _l) (readm tmp) (_rl tmp) (writem tmp) (cont) label RL_A (_rl _a) (cont) label NEG set.i _f 0 sub.i _f _a set.i _a _f and _a 255 (cont) label SLL_B label SLL_C label SLL_D label SLL_E label SLL_H label SLL_L label SLL_xHL label SLL_A label RST00 label RST08 label RST10 label RST18 label RST20 label RST28 label RST30 label RST38 label OUTA label INA label EX_HL_xSP label RET_PE label CALL_PE label IN_B_xC label OUT_xC_B label RETN label IM_0 label LD_I_A label IN_C_xC label OUT_xC_C label ADC_HL_BC label RETI label LD_R_A label IN_D_xC label OUT_xC_D label IM_1 label LD_A_I label IN_E_xC label OUT_xC_E label ADC_HL_DE label IM_2 label LD_A_R label IN_H_xC label OUT_xC_H label RRD label IN_L_xC label OUT_xC_L label ADC_HL_HL label RLD label IN_F_xC label IN_A_xC label OUT_xC_A label ADC_HL_SP label LDI label CPI label INI label OUTI label LDD label CPD label IND label OUTD label CPIR label INIR label OTIR label LDDR label CPDR label INDR label OTDR (err) (cont) ] zoom: 1 FF: 255 video: make binary! (32 * 1024) ; video space adressing 16Ko change/dup video to-char 254 (32 * 1024) ; allocate 32Ko of video RAM coord: 0x0 mode: 1 ; screen mode= 1 or 2 ;change at video 1 + to-integer #1c00 #{606060606060F0F0F0F0F0F0707070707070C040404040404040} patterns: make block! 256 * 3 loop 256 * 3 [append patterns make image! 8x8] dirty-patterns: make binary! 256 * 3 insert/dup dirty-patterns to-char 1 256 * 3 colors: make block! 16 colorig: reduce [black 1.1.1 leaf forest blue navy red cyan 200.0.0 180.0.0 yellow olive green magenta gray white] foreach color colorig [ i: make image! 8x1 i/rgb: color append colors i ] map: make image! 256x192 + 0x8 mask: make block! 256 for i 0 255 1 [ append mask make image! reduce [8x1 load join join "#{" replace/all replace/all replace/all enbase/base to-binary to-char i 2 "1" "FFFFFF" "0" "2" "2" "000000" "}" ] ] quality: 'nearest effect: [anti-alias off image-filter quality scale zoom zoom image map translate 0x8] loop 32 [insert tail effect [image 1 0x0 black]] ;sprites shape draw-sprite: at effect 13 do-names: rebcode [/local mapi offset pos sav] [ head patterns head dirty-patterns do dummy [dirty-names: dirty-names xor sav: cp/part name-offset 256 * 3] set offset name-offset set mapi map skip mapi 2048 ;mapi: at map 0x8 loop 3 [ loop 8 [ loop 32 [ pick tmp dirty-names 1 sett tmp pick tmp offset 1 iff [ pickz cond dirty-patterns tmp eq.i cond 1 ] ift [ pickz tmp patterns tmp apply tmp change [mapi tmp] ] skip mapi 8 next offset next dirty-names ] skip mapi 1792 ] eq.i mode 2 ift [skip patterns 256 skip dirty-patterns 256] ] set dirty-names sav ] do-patterns: rebcode [/local color offset image val posn ] [ set offset pattern-offset head dirty-patterns head offset-cache head patterns set avoid 0 set color color-offset do dummy [n: either mode = 1 [1][8] build: either mode = 2 [3][1]] loop build [ loop 32 [ eq.i mode 1 ift [ ;fg: pick colors color/1 and 240 / 16 + 1 ;bg: pick colors color/1 and 15 + 1 pick idx color 1 and idx 240 div.i idx 16 pickz fg colors idx pick idx color 1 and idx 15 pickz bg colors idx ] loop 8 [ copy str offset 8 copy col color n apply str xor~ [col str] copy str2 offset-cache 8 apply res equal? [str str2] sett res either [ add.i avoid 1 skip offset 8 eq.i mode 2 ift [skip color 8] poke dirty-patterns 1 0 ][ change offset-cache str 8 pick image patterns 1 poke dirty-patterns 1 1 loop 8 [ eq.i mode 2 ift [ pick idx color 1 and idx 240 div.i idx 16 pickz fg colors idx pick idx color 1 and idx 15 pickz bg colors idx next color ] ;val: 1 + val2: offset/1 val2: val2 + 1 pick val offset 1 pickz val mask val apply val and~ [fg val] apply dummy change [image val] ;change image (fg and pick mask val) or (bg and pick mask val2) skip image 8 next offset ] ] skip offset-cache 8 next patterns next dirty-patterns ] eq.i mode 1 ift [next color] ] ] ;print avoid ] ;draw-sprite: make block! 32 * 4 + 3 empty-sprite: make image! 16x16 sprite-colors: make block! 16 repeat i 16 [empty-sprite/rgb: pick colorig i append sprite-colors cp empty-sprite] do-sprites: rebcode [/local attribut xy val color sprite shape x y idx] [ set shape draw-sprite set attribut sprite-att-off loop 32 [ pick y attribut 1 add.i y 1 pick x attribut 2 apply xy as-pair [x y] ;do dummy [xy: 0x1 * attribut/1 + (1x0 * attribut/2) + 0x1] lt.i y 192 either [ ;sprite: at pattern (to-integer attribut/3 / 4) * 4 * 8 + 1 pick idx attribut 3 div.i idx 4 mul.i idx 32 set sprite sprite-pat-off skip sprite idx pick color attribut 4 and color 15 pickz color sprite-colors color pick image shape 1 sett image iff [apply image make [image! 16x16]] ;* build sprite in 4 parts (4 parts = 4 * 8 bytes) loop 2 [ loop 16 [ ;val: 1 + sprite/1 pick val sprite 1 pickz val mask val change image val -1 skip image 16 next sprite ] ;image: skip image 8x-16 head image skip image 8 ] head image apply image and~ [image color] poke shape 1 image poke shape 2 xy ][ ; ben ! on le voit pas, donc on le redessine pas, c'est toujours ça de gagné poke shape 1 false poke shape 2 xy ] skip attribut 4 skip shape 4 ] ] clear-stack: has [ad] [ foreach ad stack [poke get ad 3 0] ] name-offset: at head video 1 + to-integer #1800 dirty-names: cp/part name-offset 256 * 3 pattern-offset: head video offset-cache: cp/part pattern-offset 2048 * 3 color-offset: at head video 1 + to-integer #1c00 ;#2000 for mode=2 pattern-save: cp/part pattern-offset 256 * 32 sprite-pat-off: at video 1 + to-integer #3800 sprite-att-off: at video 1 + to-integer #1B00 skiper: 1 pattern?: false view/new lay2: layout [across btn "zoom" [lay2/size: lay2/size - screen/size screen/size: screen/size / zoom zoom: select [1 1.5 2 2.5 1] zoom screen/size: screen/size * zoom lay2/size: lay2/size + screen/size show lay2 ] ;btn "show patterns" [pattern?: not pattern?] tog: toggle "High quality" "Low quality" [quality: pick [bilinear nearest] tog/state] below screen: box (256x192 + 0x8 * zoom) effect [draw effect] ] key-event: func [face event] [ if event/type = 'close [quit] if event/type = 'key [ switch event/key [ #" " [ _key: FF xor 1 if mode = 1 [ mode: 2 ;trace: 1 color-offset: at head video 1 + to-integer #2000 ] ] left [_key: FF xor 16] right [_key: FF xor 128] ] ] event ] show-screen: does [ either 1 <> skiper: select [1 0 1] skiper ['wait 0.0001][ do-patterns do-names if all [mode = 2][do-sprites] show screen wait 0.001 ] ] insert-event-func :key-event mem: make binary! 64 * 1024 ;space adressing 64 ko change/dup mem to-char 0 64 * 1024 ;allocate RAM ;load game rom change at mem 1 + to integer! #4000 decompress #{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VM
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