+++ /dev/null
-unit A2player;
-interface
-
-const
- MAX_IRQ_FREQ = 1000;
-
-{$i typconst.inc}
-
-const
- ef_Arpeggio = 0;
- ef_FSlideUp = 1;
- ef_FSlideDown = 2;
- ef_TonePortamento = 3;
- ef_Vibrato = 4;
- ef_TPortamVolSlide = 5;
- ef_VibratoVolSlide = 6;
- ef_FSlideUpFine = 7;
- ef_FSlideDownFine = 8;
- ef_SetModulatorVol = 9;
- ef_VolSlide = 10;
- ef_PositionJump = 11;
- ef_SetInsVolume = 12;
- ef_PatternBreak = 13;
- ef_SetTempo = 14;
- ef_SetSpeed = 15;
- ef_TPortamVSlideFine = 16;
- ef_VibratoVSlideFine = 17;
- ef_SetCarrierVol = 18;
- ef_SetWaveform = 19;
- ef_VolSlideFine = 20;
- ef_RetrigNote = 21;
- ef_Tremolo = 22;
- ef_Tremor = 23;
- ef_ArpggVSlide = 24;
- ef_ArpggVSlideFine = 25;
- ef_MultiRetrigNote = 26;
- ef_FSlideUpVSlide = 27;
- ef_FSlideDownVSlide = 28;
- ef_FSlUpFineVSlide = 29;
- ef_FSlDownFineVSlide = 30;
- ef_FSlUpVSlF = 31;
- ef_FSlDownVSlF = 32;
- ef_FSlUpFineVSlF = 33;
- ef_FSlDownFineVSlF = 34;
- ef_Extended = 35;
- ef_Extended2 = 36;
- ef_SetGlobalVolume = 37;
- ef_SwapArpeggio = 38;
- ef_SwapVibrato = 39;
- ef_ForceInsVolume = 40;
- ef_Extended3 = 41;
- ef_ExtraFineArpeggio = 42;
- ef_ExtraFineVibrato = 43;
- ef_ExtraFineTremolo = 44;
- ef_SetCustomSpeedTab = 45;
- ef_GlobalFSlideUp = 46;
- ef_GlobalFSlideDown = 47;
- ef_ex_SetTremDepth = 0;
- ef_ex_SetVibDepth = 1;
- ef_ex_SetAttckRateM = 2;
- ef_ex_SetDecayRateM = 3;
- ef_ex_SetSustnLevelM = 4;
- ef_ex_SetRelRateM = 5;
- ef_ex_SetAttckRateC = 6;
- ef_ex_SetDecayRateC = 7;
- ef_ex_SetSustnLevelC = 8;
- ef_ex_SetRelRateC = 9;
- ef_ex_SetFeedback = 10;
- ef_ex_SetPanningPos = 11;
- ef_ex_PatternLoop = 12;
- ef_ex_PatternLoopRec = 13;
- ef_ex_MacroKOffLoop = 14;
- ef_ex_ExtendedCmd = 15;
- ef_ex_cmd_RSS = 0;
- ef_ex_cmd_ResetVol = 1;
- ef_ex_cmd_LockVol = 2;
- ef_ex_cmd_UnlockVol = 3;
- ef_ex_cmd_LockVP = 4;
- ef_ex_cmd_UnlockVP = 5;
- ef_ex_cmd_VSlide_mod = 6;
- ef_ex_cmd_VSlide_car = 7;
- ef_ex_cmd_VSlide_def = 8;
- ef_ex_cmd_LockPan = 9;
- ef_ex_cmd_UnlockPan = 10;
- ef_ex_cmd_VibrOff = 11;
- ef_ex_cmd_TremOff = 12;
- ef_ex_cmd_FVib_FGFS = 13;
- ef_ex_cmd_FTrm_XFGFS = 14;
- ef_ex_cmd_NoRestart = 15;
- ef_ex2_PatDelayFrame = 0;
- ef_ex2_PatDelayRow = 1;
- ef_ex2_NoteDelay = 2;
- ef_ex2_NoteCut = 3;
- ef_ex2_FineTuneUp = 4;
- ef_ex2_FineTuneDown = 5;
- ef_ex2_GlVolSlideUp = 6;
- ef_ex2_GlVolSlideDn = 7;
- ef_ex2_GlVolSlideUpF = 8;
- ef_ex2_GlVolSlideDnF = 9;
- ef_ex2_GlVolSldUpXF = 10;
- ef_ex2_GlVolSldDnXF = 11;
- ef_ex2_VolSlideUpXF = 12;
- ef_ex2_VolSlideDnXF = 13;
- ef_ex2_FreqSlideUpXF = 14;
- ef_ex2_FreqSlideDnXF = 15;
- ef_ex3_SetConnection = 0;
- ef_ex3_SetMultipM = 1;
- ef_ex3_SetKslM = 2;
- ef_ex3_SetTremoloM = 3;
- ef_ex3_SetVibratoM = 4;
- ef_ex3_SetKsrM = 5;
- ef_ex3_SetSustainM = 6;
- ef_ex3_SetMultipC = 7;
- ef_ex3_SetKslC = 8;
- ef_ex3_SetTremoloC = 9;
- ef_ex3_SetVibratoC = 10;
- ef_ex3_SetKsrC = 11;
- ef_ex3_SetSustainC = 12;
-
-const
- ef_fix1 = $80;
- ef_fix2 = $90;
-
-const
- opl3port: Word = $388;
- error_code: Integer = 0;
- current_order: Byte = 0;
- current_pattern: Byte = 0;
- current_line: Byte = 0;
- tempo: Byte = 50;
- speed: Byte = 6;
- macro_speedup: Word = 1;
- irq_mode: Boolean = FALSE;
- max_patterns: Byte = 128;
- fast_forward: Boolean = FALSE;
- overall_volume: Byte = 63;
- global_volume: Byte = 63;
-
-const
- song_timer: Word = 0;
- song_timer_tenths: Word = 0;
-
-var
- timer_temp,timer_det: Word;
- ticks,tick0,tickD,
- tickXF: Longint;
- limit_exceeded: Boolean;
-
-type
- tFM_INST_DATA = Record
- AM_VIB_EG_modulator,
- AM_VIB_EG_carrier,
- KSL_VOLUM_modulator,
- KSL_VOLUM_carrier,
- ATTCK_DEC_modulator,
- ATTCK_DEC_carrier,
- SUSTN_REL_modulator,
- SUSTN_REL_carrier,
- WAVEFORM_modulator,
- WAVEFORM_carrier,
- FEEDBACK_FM: Byte;
- end;
-type
- tADTRACK2_INS = Record
- fm_data: tFM_INST_DATA;
- panning: Byte;
- fine_tune: Shortint;
- perc_voice: Byte;
- end;
-type
- tARPEGGIO_TABLE = Record
- length,
- speed,
- loop_begin,
- loop_length,
- keyoff_pos: Byte;
- data: array[1..255] of Byte;
- end;
-type
- tVIBRATO_TABLE = Record
- length,
- speed,
- delay,
- loop_begin,
- loop_length,
- keyoff_pos: Byte;
- data: array[1..255] of Shortint;
- end;
-type
- tREGISTER_TABLE_DEF = Record
- fm_data: tFM_INST_DATA;
- freq_slide: Smallint;
- panning: Byte;
- duration: Byte;
- end;
-type
- tREGISTER_TABLE = Record
- length,
- loop_begin,
- loop_length,
- keyoff_pos,
- arpeggio_table,
- vibrato_table: Byte;
- data: array[1..255] of tREGISTER_TABLE_DEF;
- end;
-type
- tMACRO_TABLE = Record
- arpeggio: tARPEGGIO_TABLE;
- vibrato: tVIBRATO_TABLE;
- end;
-type
- tFM_PARAMETER_TABLE = Record
- adsrw_car,
- adsrw_mod: Record
- attck,dec,sustn,rel,
- wform: Byte;
- end;
- connect,
- feedb,
- multipM,kslM,tremM,vibrM,ksrM,sustM,
- multipC,kslC,tremC,vibrC,ksrC,sustC: Byte;
- end;
-type
- tADTRACK2_EVENT = Record
- note,
- instr_def,
- effect_def,
- effect,
- effect_def2,
- effect2: Byte;
- end;
-
-type
- tDIS_FMREG_COL = array[0..27] of Boolean;
-
-type
- tFIXED_SONGDATA = Record
- songname: String[42];
- composer: String[42];
- instr_names: array[1..255] of String[42];
- instr_data: array[1..255] of tADTRACK2_INS;
- instr_macros: array[1..255] of tREGISTER_TABLE;
- macro_table: array[1..255] of tMACRO_TABLE;
- pattern_order: array[0..$7f] of Byte;
- tempo: Byte;
- speed: Byte;
- common_flag: Byte;
- patt_len: Word;
- nm_tracks: Byte;
- macro_speedup: Word;
- flag_4op: Byte;
- lock_flags: array[1..20] of Byte;
- pattern_names: array[0..$7f] of String[42];
- dis_fmreg_col: array[1..255] of tDIS_FMREG_COL;
- end;
-type
- tPLAY_STATUS = (isPlaying,isPaused,isStopped);
-
-type
- tVARIABLE_DATA = array[0..7] of
- array[1..20] of
- array[0..$0ff] of tADTRACK2_EVENT;
-type
- tPATTERN_DATA = array[0..15] of tVARIABLE_DATA;
-
-type
- tDUMMY_BUFF = array[0..PRED(655350)] of Byte;
-
-type
- tOLD_ADTRACK2_INS = Record
- fm_data: tFM_INST_DATA;
- panning: Byte;
- fine_tune: Shortint;
- end;
-type
- pOLD_FIXED_SONGDATA = ^tOLD_FIXED_SONGDATA;
- tOLD_FIXED_SONGDATA = Record
- songname: String[42];
- composer: String[42];
- instr_names: array[1..250] of String[32];
- instr_data: array[1..250] of tOLD_ADTRACK2_INS;
- pattern_order: array[0..$7f] of Byte;
- tempo: Byte;
- speed: Byte;
- common_flag: Byte;
- end;
-type
- tOLD_CHUNK = Record
- note: Byte;
- instr_def: Byte;
- effect_def: Byte;
- effect: Byte;
- end;
-type
- tCHUNK = tADTRACK2_EVENT;
-
-type
- tOLD_VARIABLE_DATA1 = array[0..$0f] of array[0..$3f] of
- array[1..9] of tOLD_CHUNK;
-type
- tOLD_VARIABLE_DATA2 = array[0..7] of array[1..18] of
- array[0..$3f] of tOLD_CHUNK;
-type
- tByteSet = Set of Byte;
-
-const
- INSTRUMENT_SIZE = SizeOf(tADTRACK2_INS);
- CHUNK_SIZE = SizeOf(tCHUNK);
- PATTERN_SIZE = 20*256*CHUNK_SIZE;
-
-var
- time_playing: Real;
- pattdata: ^tPATTERN_DATA;
- songdata: tFIXED_SONGDATA;
- old_songdata: tOLD_FIXED_SONGDATA;
- old_hash_buffer: tOLD_VARIABLE_DATA1;
- hash_buffer: tOLD_VARIABLE_DATA2;
- buffer: array[0..PRED(SizeOf(tVARIABLE_DATA))] of Byte;
-
-const
- external_irq_hook: procedure = NIL;
- _delay_counter: Longint = 0;
- irq_freq: Word = 50;
- irq_initialized: Boolean = FALSE;
- timer_fix: Boolean = TRUE;
- pattern_break: Boolean = FALSE;
- pattern_delay: Boolean = FALSE;
- next_line: Byte = 0;
- play_status: tPLAY_STATUS = isStopped;
- replay_forbidden: Boolean = TRUE;
- force_macro_keyon: Boolean = FALSE;
-
-type
- tDECAY_BAR = Record
- dir: Integer;
- lvl,max_lvl: Real;
- end;
-var
- decay_bar: array[1..96] of tDECAY_BAR;
-
-procedure start_playing;
-procedure set_overall_volume(level: Byte);
-procedure stop_playing;
-procedure init_old_songdata;
-procedure init_songdata;
-procedure init_irq;
-procedure done_irq;
-procedure get_chunk(pattern,line,channel: Byte; var chunk: tADTRACK2_EVENT);
-procedure put_chunk(pattern,line,channel: Byte; chunk: tADTRACK2_EVENT);
-procedure count_order(var entries: Byte);
-procedure timer_poll_proc;
-procedure opl3exp(data: Word);
-
-function calc_following_order(order: Byte): Integer;
-function asciiz_string(str: String): String;
-
-implementation
-uses DOS,TimerInt,ParserIO;
-
-const
- _panning: array[0..2] of Byte = ($30,$10,$20);
-
-const
- _instr: array[0..11] of Byte = ($20, $20,
- $40, $40,
- $60, $60,
- $80, $80,
- $0e0,$0e0,
- $0c0,
- $0bd);
-type
- tTRACK_ADDR = array[1..20] of Word;
-
-const { 01 - 02 - 03 - 04 - 05 - 06 - 07 - 08 - 09 - 10 - 11 - 12 - 13 - 14 - 15 - 16 - 17 - 18 - 19 - 20 }
- _chmm_n: tTRACK_ADDR = ($003,$000,$004,$001,$005,$002,$006,$007,$008,$103,$100,$104,$101,$105,$102,$106,$107,$108,BYTE_NULL,BYTE_NULL);
- _chmm_m: tTRACK_ADDR = ($008,$000,$009,$001,$00a,$002,$010,$011,$012,$108,$100,$109,$101,$10a,$102,$110,$111,$112,BYTE_NULL,BYTE_NULL);
- _chmm_c: tTRACK_ADDR = ($00b,$003,$00c,$004,$00d,$005,$013,$014,$015,$10b,$103,$10c,$104,$10d,$105,$113,$114,$115,BYTE_NULL,BYTE_NULL);
- { BD SD TT TC HH }
- _chpm_n: tTRACK_ADDR = ($003,$000,$004,$001,$005,$002,$106,$107,$108,$103,$100,$104,$101,$105,$102,$006,$007,$008,$008,$007);
- _chpm_m: tTRACK_ADDR = ($008,$000,$009,$001,$00a,$002,$110,$111,$112,$108,$100,$109,$101,$10a,$102,$010,$014,$012,$015,$011);
- _chpm_c: tTRACK_ADDR = ($00b,$003,$00c,$004,$00d,$005,$113,$114,$115,$10b,$103,$10c,$104,$10d,$105,$013,BYTE_NULL,BYTE_NULL,BYTE_NULL,BYTE_NULL);
-
-var
- _chan_n: tTRACK_ADDR;
- _chan_m: tTRACK_ADDR;
- _chan_c: tTRACK_ADDR;
-
-const
- keyoff_flag = $080;
- fixed_note_flag = $090;
- pattern_loop_flag = $0e0;
- pattern_break_flag = $0f0;
-
-const
- def_vibtrem_speed_factor: Byte = 1;
- def_vibtrem_table_size: Byte = 32;
- def_vibtrem_table: array[0..255] of Byte = (
- 0,24,49,74,97,120,141,161,180,197,212,224,235,244,250,253,255,
- 253,250,244,235,224,212,197,180,161,141,120,97,74,49,24,
- 0,24,49,74,97,120,141,161,180,197,212,224,235,244,250,253,255,
- 253,250,244,235,224,212,197,180,161,141,120,97,74,49,24,
- 0,24,49,74,97,120,141,161,180,197,212,224,235,244,250,253,255,
- 253,250,244,235,224,212,197,180,161,141,120,97,74,49,24,
- 0,24,49,74,97,120,141,161,180,197,212,224,235,244,250,253,255,
- 253,250,244,235,224,212,197,180,161,141,120,97,74,49,24,
- 0,24,49,74,97,120,141,161,180,197,212,224,235,244,250,253,255,
- 253,250,244,235,224,212,197,180,161,141,120,97,74,49,24,
- 0,24,49,74,97,120,141,161,180,197,212,224,235,244,250,253,255,
- 253,250,244,235,224,212,197,180,161,141,120,97,74,49,24,
- 0,24,49,74,97,120,141,161,180,197,212,224,235,244,250,253,255,
- 253,250,244,235,224,212,197,180,161,141,120,97,74,49,24,
- 0,24,49,74,97,120,141,161,180,197,212,224,235,244,250,253,255,
- 253,250,244,235,224,212,197,180,161,141,120,97,74,49,24);
-
-var
- vibtrem_speed_factor: Byte;
- vibtrem_table_size: Byte;
- vibtrem_table: array[0..255] of Byte;
-
-var
- fmpar_table: array[1..20] of tFM_PARAMETER_TABLE;
- volume_lock: array[1..20] of Boolean;
- volume_table: array[1..20] of Word;
- vscale_table: array[1..20] of Word;
- peak_lock: array[1..20] of Boolean;
- pan_lock: array[1..20] of Boolean;
- event_table: array[1..20] of tADTRACK2_EVENT;
- voice_table: array[1..20] of Byte;
- modulator_vol: array[1..20] of Byte;
- carrier_vol: array[1..20] of Byte;
- freq_table: array[1..20] of Word;
- effect_table: array[1..20] of Word;
- effect_table2: array[1..20] of Word;
- fslide_table: array[1..20] of Byte;
- fslide_table2: array[1..20] of Byte;
- glfsld_table: array[1..20] of Word;
- glfsld_table2: array[1..20] of Word;
- porta_table: array[1..20] of Record freq: Word; speed: Byte; end;
- porta_table2: array[1..20] of Record freq: Word; speed: Byte; end;
- arpgg_table: array[1..20] of Record state,note,add1,add2: Byte; end;
- arpgg_table2: array[1..20] of Record state,note,add1,add2: Byte; end;
- vibr_table: array[1..20] of Record pos,speed,depth: Byte; fine: Boolean; end;
- vibr_table2: array[1..20] of Record pos,speed,depth: Byte; fine: Boolean; end;
- trem_table: array[1..20] of Record pos,speed,depth: Byte; fine: Boolean; end;
- trem_table2: array[1..20] of Record pos,speed,depth: Byte; fine: Boolean; end;
- retrig_table: array[1..20] of Byte;
- retrig_table2: array[1..20] of Byte;
- tremor_table: array[1..20] of Record pos: Integer; volume: Word; end;
- tremor_table2: array[1..20] of Record pos: Integer; volume: Word; end;
- panning_table: array[1..20] of Byte;
- last_effect: array[1..20] of Word;
- last_effect2: array[1..20] of Word;
- volslide_type: array[1..20] of Byte;
- event_new: array[1..20] of Boolean;
- notedel_table: array[1..20] of Byte;
- notecut_table: array[1..20] of Byte;
- ftune_table: array[1..20] of Shortint;
- keyoff_loop: array[1..20] of Boolean;
- macro_table: array[1..20] of Record
- fmreg_pos,arpg_pos,vib_pos: Word;
- fmreg_count,fmreg_duration,arpg_count,
- vib_count,vib_delay: Byte;
- vib_paused: Boolean;
- fmreg_table,arpg_table,vib_table: Byte;
- arpg_note: Byte;
- vib_freq: Word;
- end;
-
- loopbck_table: array[1..20] of Byte;
- loop_table: array[1..20,0..255] of Byte;
- misc_register: Byte;
-
-const
- current_tremolo_depth: Byte = 0;
- current_vibrato_depth: Byte = 0;
-
-var
- speed_update,lockvol,panlock,lockVP: Boolean;
- tremolo_depth,vibrato_depth: Byte;
- volume_scaling,percussion_mode: Boolean;
- last_order: Byte;
- reset_chan: array[1..20] of Boolean;
-
-procedure opl2out(reg,data: Word); assembler;
-asm
- mov ax,reg
- mov dx,word ptr [opl3port]
- or ah,ah
- jz @@1
- add dx,2
-@@1: out dx,al
- mov ecx,6
-@@2: in al,dx
- loop @@2
- inc dl
- mov ax,data
- out dx,al
- dec dl
- mov ecx,36
-@@3: in al,dx
- loop @@3
-end;
-
-procedure opl3out(reg,data: Word); assembler;
-asm
- mov ax,reg
- mov dx,word ptr [opl3port]
- or ah,ah
- jz @@1
- add dx,2
-@@1: out dx,al
- inc dl
- mov ax,data
- out dx,al
- dec dl
- mov ecx,26
-@@2: in al,dx
- loop @@2
-end;
-
-procedure opl3exp(data: Word); assembler;
-asm
- mov ax,data
- mov dx,word ptr [opl3port]
- add dx,2
- out dx,al
- mov ecx,6
-@@1: in al,dx
- loop @@1
- inc dl
- mov al,ah
- out dx,al
- mov ecx,36
-@@2: in al,dx
- loop @@2
-end;
-
-const
- FreqStart = $156;
- FreqEnd = $2ae;
- FreqRange = FreqEnd-FreqStart;
-
-function nFreq(note: Byte): Word; assembler;
-
-const
- Fnum: array[0..11] of Word = (
- $157,$16b,$181,$198,$1b0,$1ca,$1e5,$202,$220,$241,$263,$287);
-
-asm
- push ebx
- push ecx
- xor ebx,ebx
- mov al,[note]
- xor ah,ah
- cmp ax,12*8
- jae @@1
- push eax
- mov bl,12
- div bl
- mov bl,ah
- xor bh,bh
- shl bx,1
- pop eax
- mov cl,12
- div cl
- xor ah,ah
- shl ax,10
- add ax,word ptr [Fnum+ebx]
- jmp @@2
-@@1: mov ax,7
- shl ax,10
- add ax,FreqEnd
-@@2: pop ecx
- pop ebx
-end;
-
-function calc_freq_shift_up(freq,shift: Word): Word; assembler;
-asm
- push ebx
- push ecx
- push edx
- mov cx,freq
- mov ax,shift
- mov bx,cx
- and bx,0000001111111111b
- mov dx,cx
- and dx,0001110000000000b
- add bx,ax
- and cx,1110000000000000b
- shr dx,10
- cmp bx,FreqEnd
- jb @@2
- cmp dx,7
- jnz @@1
- mov bx,FreqEnd
- jmp @@2
-@@1: sub bx,FreqRange
- inc dx
-@@2: mov ax,cx
- shl dx,10
- add ax,dx
- add ax,bx
- pop edx
- pop ecx
- pop ebx
-end;
-
-function calc_freq_shift_down(freq,shift: Word): Word; assembler;
-asm
- push ebx
- push ecx
- push edx
- mov cx,freq
- mov ax,shift
- mov bx,cx
- and bx,0000001111111111b
- mov dx,cx
- and dx,0001110000000000b
- sub bx,ax
- and cx,1110000000000000b
- shr dx,10
- cmp bx,FreqStart
- ja @@2
- or dx,dx
- jnz @@1
- mov bx,FreqStart
- jmp @@2
-@@1: add bx,FreqRange
- dec dx
-@@2: mov ax,cx
- shl dx,10
- add ax,dx
- add ax,bx
- pop edx
- pop ecx
- pop ebx
-end;
-
-function calc_vibtrem_shift(depth,position: Byte;
- var direction: Byte): Word; assembler;
-asm
- push ebx
- push ecx
- push edx
- push edi
- xor ebx,ebx
- mov al,depth
- xor ah,ah
- mov bl,position
- xor bh,bh
- mov dh,bl
- mov cl,vibtrem_table_size
- dec cl
- and bl,cl
- lea edi,[vibtrem_table]
- add edi,ebx
- mov dl,byte ptr [edi]
- mul dl
- rol ax,1
- xchg ah,al
- and ah,1
- mov ebx,[direction]
- mov cl,1
- mov [ebx],cl
- mov dl,vibtrem_table_size
- test dh,dl
- jne @@1
- mov cl,0
- mov [ebx],cl
-@@1: pop edi
- pop edx
- pop ecx
- pop ebx
-end;
-
-procedure change_freq(chan: Byte; freq: Word); assembler;
-asm
- push ebx
- push edx
- xor ebx,ebx
- mov bl,chan
- dec ebx
- shl ebx,1
- mov ax,freq
- and ax,1fffh
- mov dx,word ptr [freq_table+ebx]
- and dx,NOT 1fffh
- add ax,dx
- mov word ptr [freq_table+ebx],ax
- xor edx,edx
- mov dx,word ptr [_chan_n+ebx]
- add dx,0a0h
- push edx
- xor edx,edx
- mov dl,al
- push edx
- mov dx,word ptr [_chan_n+ebx]
- add dx,0b0h
- push edx
- xor edx,edx
- mov dl,ah
- push edx
- call opl3out
- call opl3out
- pop edx
- pop ebx
-end;
-
-function ins_parameter(ins,param: Byte): Byte; assembler;
-asm
- push ebx
- push esi
- xor ebx,ebx
- lea esi,[songdata.instr_data]
- mov bl,ins
- dec ebx
- mov eax,INSTRUMENT_SIZE
- mul ebx
- add esi,eax
- mov bl,param
- add esi,ebx
- lodsb
- pop esi
- pop ebx
-end;
-
-function min(value: Word; minimum: Word): Word; assembler;
-asm
- mov ax,value
- cmp ax,minimum
- jae @@1
- mov ax,minimum
-@@1:
-end;
-
-function max(value: Word; maximum: Word): Word; assembler;
-asm
- mov ax,value
- cmp ax,maximum
- jbe @@1
- mov ax,maximum
-@@1:
-end;
-
-function asciiz_string(str: String): String;
-begin
- If (Pos(#0,str) <> 0) then asciiz_string := Copy(str,1,Pos(#0,str)-1)
- else asciiz_string := '';
-end;
-
-function concw(lo,hi: Byte): Word;
-begin
- concw := lo+(hi SHL 8);
-end;
-
-procedure synchronize_song_timer;
-begin
- song_timer := TRUNC(time_playing);
- song_timer_tenths := TRUNC(time_playing*100) MOD 100;
- timer_temp := song_timer_tenths;
-end;
-
-procedure change_frequency(chan: Byte; freq: Word);
-begin
- macro_table[chan].vib_paused := TRUE;
- change_freq(chan,freq);
- macro_table[chan].vib_count := 1;
- macro_table[chan].vib_pos := 0;
- macro_table[chan].vib_freq := freq;
- macro_table[chan].vib_paused := FALSE;
-end;
-
-function _macro_speedup: Word; assembler;
-asm
- mov ax,macro_speedup
- or ax,ax
- jnz @@1
- inc ax
-@@1:
-end;
-
-procedure update_timer(Hz: Longint);
-begin
- _debug_str_ := 'A2PLAYER.PAS:update_timer';
- If (Hz = 0) then begin TimerSetup(18); EXIT end
- else tempo := Hz;
- If (tempo = 18) and timer_fix then IRQ_freq := TRUNC((tempo+0.2)*20)
- else IRQ_freq := 250;
- While (IRQ_freq MOD (tempo*_macro_speedup) <> 0) do Inc(IRQ_freq);
- If (IRQ_freq > MAX_IRQ_FREQ) then IRQ_freq := MAX_IRQ_FREQ;
- TimerSetup(IRQ_freq);
-end;
-
-procedure key_off(chan: Byte);
-begin
- freq_table[chan] := LO(freq_table[chan])+
- (HI(freq_table[chan]) AND NOT $20) SHL 8;
- change_freq(chan,freq_table[chan]);
- event_table[chan].note := event_table[chan].note OR keyoff_flag;
-end;
-
-procedure release_sustaining_sound(chan: Byte);
-begin
- opl3out(_instr[02]+_chan_m[chan],63);
- opl3out(_instr[03]+_chan_c[chan],63);
-
- FillChar(fmpar_table[chan].adsrw_car,
- SizeOf(fmpar_table[chan].adsrw_car),0);
- FillChar(fmpar_table[chan].adsrw_mod,
- SizeOf(fmpar_table[chan].adsrw_mod),0);
-
- opl3out($0b0+_chan_n[chan],0);
- opl3out(_instr[04]+_chan_m[chan],BYTE_NULL);
- opl3out(_instr[05]+_chan_c[chan],BYTE_NULL);
- opl3out(_instr[06]+_chan_m[chan],BYTE_NULL);
- opl3out(_instr[07]+_chan_c[chan],BYTE_NULL);
-
- key_off(chan);
- event_table[chan].instr_def := 0;
- reset_chan[chan] := TRUE;
-end;
-
-function scale_volume(volume,scale_factor: Byte): Byte;
-begin
- scale_volume := 63-Round((63-volume)/63*
- (63-scale_factor));
-end;
-
-procedure set_ins_volume(modulator,carrier,chan: Byte);
-
-var
- temp: Byte;
-
-begin
-{$IFNDEF __TMT__}
- // ** OPL3 emulation workaround **
- // force muted instrument volume with missing ADSR instrument data
- // when there is additionally no FM-reg macro defined for the instrument
- If is_ins_adsr_data_empty(voice_table[chan]) and
- NOT (songdata.instr_macros[voice_table[chan]].length <> 0) and
- NOT replay_forbidden then
- begin
- modulator := 63;
- carrier := 63;
- end;
-{$ENDIF}
-
- If (modulator <> BYTE_NULL) then
- begin
- temp := modulator;
- If volume_scaling then
- If (ins_parameter(voice_table[chan],10) AND 1 = 1) or
- (percussion_mode and (chan in [17..20])) then
- modulator := scale_volume(ins_parameter(voice_table[chan],2) AND $3f,modulator);
- If (ins_parameter(voice_table[chan],10) AND 1 = 1) or
- (percussion_mode and (chan in [17..20])) then
- opl3out(_instr[02]+_chan_m[chan],
- scale_volume(scale_volume(modulator,63-global_volume),63-overall_volume)+LO(vscale_table[chan]))
- else
- opl3out(_instr[02]+_chan_m[chan],
- temp+LO(vscale_table[chan]));
- volume_table[chan] := concw(temp,HI(volume_table[chan]));
- If (ins_parameter(voice_table[chan],10) AND 1 = 1) or
- (percussion_mode and (chan in [17..20])) then
- modulator_vol[chan] := 63-scale_volume(modulator,63-global_volume)
- else modulator_vol[chan] := 63-modulator;
- end;
-
- If (carrier <> BYTE_NULL) then
- begin
- temp := carrier;
- If volume_scaling then
- carrier := scale_volume(ins_parameter(voice_table[chan],3) AND $3f,carrier);
- opl3out(_instr[03]+_chan_c[chan],
- scale_volume(scale_volume(carrier,63-global_volume),63-overall_volume)+HI(vscale_table[chan]));
- volume_table[chan] := concw(LO(volume_table[chan]),temp);
- carrier_vol[chan] := 63-scale_volume(carrier,63-global_volume);
- end;
-end;
-
-procedure reset_ins_volume(chan: Byte);
-begin
- If NOT volume_scaling then
- set_ins_volume(ins_parameter(voice_table[chan],2) AND $3f,
- ins_parameter(voice_table[chan],3) AND $3f,chan)
- else If (ins_parameter(voice_table[chan],10) AND 1 = 0) then
- set_ins_volume(ins_parameter(voice_table[chan],2) AND $3f,0,chan)
- else set_ins_volume(0,0,chan);
-end;
-
-procedure set_global_volume;
-
-var
- chan: Byte;
-
-begin
- For chan := 1 to songdata.nm_tracks do
- If NOT ((carrier_vol[chan] = 0) and
- (modulator_vol[chan] = 0)) then
- If (ins_parameter(voice_table[chan],10) AND 1 = 0) then
- set_ins_volume(BYTE_NULL,HI(volume_table[chan]),chan)
- else set_ins_volume(LO(volume_table[chan]),HI(volume_table[chan]),chan);
-end;
-
-procedure set_overall_volume(level: Byte);
-begin
- overall_volume := max(level,63);
- set_global_volume;
-end;
-
-procedure init_macro_table(chan,note,ins: Byte; freq: Word);
-begin
- macro_table[chan].fmreg_count := 1;
- macro_table[chan].fmreg_pos := 0;
- macro_table[chan].fmreg_duration := 0;
- macro_table[chan].fmreg_table := ins;
- macro_table[chan].arpg_count := 1;
- macro_table[chan].arpg_pos := 0;
- macro_table[chan].arpg_table := songdata.instr_macros[ins].arpeggio_table;
- macro_table[chan].arpg_note := note;
- macro_table[chan].vib_count := 1;
- macro_table[chan].vib_paused := FALSE;
- macro_table[chan].vib_pos := 0;
- macro_table[chan].vib_table := songdata.instr_macros[ins].vibrato_table;
- macro_table[chan].vib_freq := freq;
- macro_table[chan].vib_delay := songdata.macro_table[macro_table[chan].vib_table].vibrato.delay;
-end;
-
-procedure set_ins_data(ins,chan: Byte);
-
-var
- old_ins: Byte;
-
-begin
- If (ins <> event_table[chan].instr_def) or reset_chan[chan] then
- begin
- opl3out(_instr[02]+_chan_m[chan],63);
- opl3out(_instr[03]+_chan_c[chan],63);
-
- If NOT pan_lock[chan] then
- panning_table[chan] := ins_parameter(ins,11)
- else panning_table[chan] := songdata.lock_flags[chan] AND 3;
-
- opl3out(_instr[00]+_chan_m[chan],ins_parameter(ins,0));
- opl3out(_instr[01]+_chan_c[chan],ins_parameter(ins,1));
- opl3out(_instr[04]+_chan_m[chan],ins_parameter(ins,4));
- opl3out(_instr[05]+_chan_c[chan],ins_parameter(ins,5));
- opl3out(_instr[06]+_chan_m[chan],ins_parameter(ins,6));
- opl3out(_instr[07]+_chan_c[chan],ins_parameter(ins,7));
- opl3out(_instr[08]+_chan_m[chan],ins_parameter(ins,8));
- opl3out(_instr[09]+_chan_c[chan],ins_parameter(ins,9));
- opl3out(_instr[10]+_chan_n[chan],ins_parameter(ins,10) OR _panning[panning_table[chan]]);
-
- fmpar_table[chan].connect := ins_parameter(ins,10) AND 1;
- fmpar_table[chan].feedb := ins_parameter(ins,10) SHR 1 AND 7;
- fmpar_table[chan].multipM := ins_parameter(ins,0) AND $0f;
- fmpar_table[chan].kslM := ins_parameter(ins,2) SHR 6;
- fmpar_table[chan].tremM := ins_parameter(ins,0) SHR 7;
- fmpar_table[chan].vibrM := ins_parameter(ins,0) SHR 6 AND 1;
- fmpar_table[chan].ksrM := ins_parameter(ins,0) SHR 4 AND 1;
- fmpar_table[chan].sustM := ins_parameter(ins,0) SHR 5 AND 1;
- fmpar_table[chan].multipC := ins_parameter(ins,1) AND $0f;
- fmpar_table[chan].kslC := ins_parameter(ins,3) SHR 6;
- fmpar_table[chan].tremC := ins_parameter(ins,1) SHR 7;
- fmpar_table[chan].vibrC := ins_parameter(ins,1) SHR 6 AND 1;
- fmpar_table[chan].ksrC := ins_parameter(ins,1) SHR 4 AND 1;
- fmpar_table[chan].sustC := ins_parameter(ins,1) SHR 5 AND 1;
-
- fmpar_table[chan].adsrw_car.attck := ins_parameter(ins,5) SHR 4;
- fmpar_table[chan].adsrw_mod.attck := ins_parameter(ins,4) SHR 4;
- fmpar_table[chan].adsrw_car.dec := ins_parameter(ins,5) AND $0f;
- fmpar_table[chan].adsrw_mod.dec := ins_parameter(ins,4) AND $0f;
- fmpar_table[chan].adsrw_car.sustn := ins_parameter(ins,7) SHR 4;
- fmpar_table[chan].adsrw_mod.sustn := ins_parameter(ins,6) SHR 4;
- fmpar_table[chan].adsrw_car.rel := ins_parameter(ins,7) AND $0f;
- fmpar_table[chan].adsrw_mod.rel := ins_parameter(ins,6) AND $0f;
- fmpar_table[chan].adsrw_car.wform := ins_parameter(ins,9) AND $07;
- fmpar_table[chan].adsrw_mod.wform := ins_parameter(ins,8) AND $07;
-
- If NOT reset_chan[chan] then
- keyoff_loop[chan] := FALSE;
-
- If reset_chan[chan] then
- begin
- voice_table[chan] := ins;
- reset_ins_volume(chan);
- reset_chan[chan] := FALSE;
- end;
-
- If (event_table[chan].note AND $7f in [1..12*8+1]) then
- init_macro_table(chan,event_table[chan].note AND $7f,ins,freq_table[chan])
- else init_macro_table(chan,0,ins,freq_table[chan]);
- end;
-
- vscale_table[chan] := concw(fmpar_table[chan].kslM SHL 6,
- fmpar_table[chan].kslC SHL 6);
- voice_table[chan] := ins;
- old_ins := event_table[chan].instr_def;
- event_table[chan].instr_def := ins;
-
- If NOT volume_lock[chan] or
- (ins <> old_ins) then reset_ins_volume(chan);
-end;
-
-procedure update_modulator_adsrw(chan: Byte);
-begin
- opl3out(_instr[04]+_chan_m[chan],
- fmpar_table[chan].adsrw_mod.attck SHL 4+
- fmpar_table[chan].adsrw_mod.dec);
- opl3out(_instr[06]+_chan_m[chan],
- fmpar_table[chan].adsrw_mod.sustn SHL 4+
- fmpar_table[chan].adsrw_mod.rel);
- opl3out(_instr[08]+_chan_m[chan],
- fmpar_table[chan].adsrw_mod.wform);
-end;
-
-procedure update_carrier_adsrw(chan: Byte);
-begin
- opl3out(_instr[05]+_chan_c[chan],
- fmpar_table[chan].adsrw_car.attck SHL 4+
- fmpar_table[chan].adsrw_car.dec);
- opl3out(_instr[07]+_chan_c[chan],
- fmpar_table[chan].adsrw_car.sustn SHL 4+
- fmpar_table[chan].adsrw_car.rel);
- opl3out(_instr[09]+_chan_c[chan],
- fmpar_table[chan].adsrw_car.wform);
-end;
-
-procedure update_fmpar(chan: Byte);
-begin
- opl3out(_instr[00]+_chan_m[chan],fmpar_table[chan].multipM+
- fmpar_table[chan].ksrM SHL 4+
- fmpar_table[chan].sustM SHL 5+
- fmpar_table[chan].vibrM SHL 6+
- fmpar_table[chan].tremM SHL 7);
- opl3out(_instr[01]+_chan_c[chan],fmpar_table[chan].multipC+
- fmpar_table[chan].ksrC SHL 4+
- fmpar_table[chan].sustC SHL 5+
- fmpar_table[chan].vibrC SHL 6+
- fmpar_table[chan].tremC SHL 7);
-
- opl3out(_instr[10]+_chan_n[chan],(fmpar_table[chan].connect+
- fmpar_table[chan].feedb SHL 1) OR
- _panning[panning_table[chan]]);
-
- vscale_table[chan] := concw(fmpar_table[chan].kslM SHL 6,
- fmpar_table[chan].kslC SHL 6);
- set_ins_volume(LO(volume_table[chan]),
- HI(volume_table[chan]),chan);
-end;
-
-function is_4op_chan(chan: Byte): Boolean; assembler;
-asm
- mov al,byte ptr [songdata.flag_4op]
- mov ah,chan
- test al,1
- jz @@1
- cmp ah,1
- jb @@1
- cmp ah,2
- ja @@1
- mov al,TRUE
- jmp @@7
-@@1: test al,2
- jz @@2
- cmp ah,3
- jb @@2
- cmp ah,4
- ja @@2
- mov al,TRUE
- jmp @@7
-@@2: test al,4
- jz @@3
- cmp ah,5
- jb @@3
- cmp ah,6
- ja @@3
- mov al,TRUE
- jmp @@7
-@@3: test al,8
- jz @@4
- cmp ah,10
- jb @@4
- cmp ah,11
- ja @@4
- mov al,TRUE
- jmp @@7
-@@4: test al,10h
- jz @@5
- cmp ah,12
- jb @@5
- cmp ah,13
- ja @@5
- mov al,TRUE
- jmp @@7
-@@5: test al,20h
- jz @@6
- cmp ah,14
- jb @@6
- cmp ah,15
- ja @@6
- mov al,TRUE
- jmp @@7
-@@6: mov al,FALSE
-@@7:
-end;
-
-procedure output_note(note,ins,chan: Byte; restart_macro: Boolean);
-
-var
- pos: Byte;
- freq: Word;
-
-begin
- If (note = 0) and (ftune_table[chan] = 0) then EXIT;
- If NOT (note in [1..12*8+1]) then freq := freq_table[chan]
- else begin
- freq := nFreq(note-1)+SHORTINT(ins_parameter(ins,12));
- If NOT (is_4op_chan(chan) and (chan in [1,3,5,10,12,14])) then
- opl3out($0b0+_chan_n[chan],0);
-
- freq_table[chan] := concw(LO(freq_table[chan]),
- HI(freq_table[chan]) OR $20);
-
- pos := Round(25/(12*8+1)*note);
- If (decay_bar[pos].lvl <> 0) then
- If (pos > 1) and
- (decay_bar[pos-1].dir <> 1) then
- Dec(pos)
- else If (pos < 25) and
- (decay_bar[pos+1].lvl <> 1) then
- Inc(pos);
-
- If is_4op_chan(chan) then
- If (chan in [2,4,6,11,13,15]) then
- begin
- decay_bar[pos].dir := 1;
- If (ins_parameter(voice_table[chan],10) AND 1 = 0) then
- decay_bar[pos].max_lvl :=
- (carrier_vol[PRED(chan)]+carrier_vol[chan]) DIV 2
- else decay_bar[pos].max_lvl :=
- (carrier_vol[PRED(chan)]+modulator_vol[PRED(chan)]+
- carrier_vol[chan]+modulator_vol[chan]) DIV 4;
- end
- else
- else
- begin
- decay_bar[pos].dir := 1;
- If (ins_parameter(voice_table[chan],10) AND 1 = 0) then
- decay_bar[pos].max_lvl :=
- carrier_vol[chan]
- else decay_bar[pos].max_lvl :=
- (carrier_vol[chan]+modulator_vol[chan]) DIV 2;
- end;
- end;
-
- If (ftune_table[chan] = -127) then ftune_table[chan] := 0;
- freq := freq+ftune_table[chan];
-
- If NOT (is_4op_chan(chan) and (chan in [1,3,5,10,12,14])) then
- change_frequency(chan,freq);
-
- If (note <> 0) then
- begin
- event_table[chan].note := note;
- If restart_macro then
- With event_table[chan] do
- If NOT (((effect_def = ef_Extended) and
- (effect DIV 16 = ef_ex_ExtendedCmd) and
- (effect MOD 16 = ef_ex_cmd_NoRestart)) or
- ((effect_def2 = ef_Extended) and
- (effect2 DIV 16 = ef_ex_ExtendedCmd) and
- (effect2 MOD 16 = ef_ex_cmd_NoRestart))) then
- init_macro_table(chan,note,ins,freq)
- else macro_table[chan].arpg_note := note;
- end;
-end;
-
-procedure output_note_NR(note,ins,chan: Byte; restart_macro: Boolean);
-
-var
- pos: Byte;
- freq: Word;
-
-begin
- If (note = 0) and (ftune_table[chan] = 0) then EXIT;
- If NOT (note in [1..12*8+1]) then freq := freq_table[chan]
- else begin
- freq := nFreq(note-1)+SHORTINT(ins_parameter(ins,12));
- freq_table[chan] := concw(LO(freq_table[chan]),
- HI(freq_table[chan]) OR $20);
-
- pos := Round(25/(12*8+1)*note);
- If (decay_bar[pos].lvl <> 0) then
- If (pos > 1) and
- (decay_bar[pos-1].dir <> 1) then
- Dec(pos)
- else If (pos < 25) and
- (decay_bar[pos+1].lvl <> 1) then
- Inc(pos);
-
- If is_4op_chan(chan) then
- If (chan in [2,4,6,11,13,15]) then
- begin
- decay_bar[pos].dir := 1;
- If (ins_parameter(voice_table[chan],10) AND 1 = 0) then
- decay_bar[pos].max_lvl :=
- (carrier_vol[PRED(chan)]+carrier_vol[chan]) DIV 2
- else decay_bar[pos].max_lvl :=
- (carrier_vol[PRED(chan)]+modulator_vol[PRED(chan)]+
- carrier_vol[chan]+modulator_vol[chan]) DIV 4;
- end
- else
- else
- begin
- decay_bar[pos].dir := 1;
- If (ins_parameter(voice_table[chan],10) AND 1 = 0) then
- decay_bar[pos].max_lvl :=
- carrier_vol[chan]
- else decay_bar[pos].max_lvl :=
- (carrier_vol[chan]+modulator_vol[chan]) DIV 2;
- end;
- end;
-
- If (ftune_table[chan] = -127) then ftune_table[chan] := 0;
- freq := freq+ftune_table[chan];
-
- If NOT (is_4op_chan(chan) and (chan in [1,3,5,10,12,14])) then
- change_frequency(chan,freq);
-
- If (note <> 0) then
- begin
- event_table[chan].note := note;
- If restart_macro then
- With event_table[chan] do
- If NOT (((effect_def = ef_Extended) and
- (effect DIV 16 = ef_ex_ExtendedCmd) and
- (effect MOD 16 = ef_ex_cmd_NoRestart)) or
- ((effect_def2 = ef_Extended) and
- (effect2 DIV 16 = ef_ex_ExtendedCmd) and
- (effect2 MOD 16 = ef_ex_cmd_NoRestart))) then
- init_macro_table(chan,note,ins,freq)
- else macro_table[chan].arpg_note := note;
- end;
-end;
-
-procedure generate_custom_vibrato(value: Byte);
-
-const
- vibtab_size: array[0..15] of Byte = (
- 16,16,16,16,32,32,32,32,64,64,64,64,128,128,128,128);
-
-var
- mul_r: Real;
- mul_b: Byte;
- idx,idx2: Byte;
-
-function min0(value: Longint): Longint;
-begin
- If (value >= 0) then min0 := value
- else min0 := 0;
-end;
-
-begin
- Case value of
- // set default speed table
- 0: begin
- vibtrem_table_size := def_vibtrem_table_size;
- Move(def_vibtrem_table,vibtrem_table,SizeOf(vibtrem_table));
- end;
-
- // set custom speed table (fixed size = 32)
- 1..239:
- begin
- vibtrem_table_size := def_vibtrem_table_size;
- mul_r := value/16;
- For idx2 := 0 to 7 do
- begin
- vibtrem_table[idx2*32] := 0;
- For idx := 1 to 16 do
- vibtrem_table[idx2*32+idx] := ROUND(idx*mul_r);
- For idx := 17 to 31 do
- vibtrem_table[idx2*32+idx] := ROUND((32-idx)*mul_r);
- end;
- end;
-
- // set custom speed table (speed factor = 1-4)
- 240..255:
- begin
- vibtrem_speed_factor := SUCC((value-240) MOD 4);
- vibtrem_table_size := 2*vibtab_size[value-240];
- mul_b := 256 DIV (vibtab_size[value-240]);
- For idx2 := 0 to PRED(128 DIV vibtab_size[value-240]) do
- begin
- vibtrem_table[2*vibtab_size[value-240]*idx2] := 0;
- For idx := 1 to vibtab_size[value-240] do
- vibtrem_table[2*vibtab_size[value-240]*idx2+idx] :=
- min0(idx*mul_b-1);
- For idx := vibtab_size[value-240]+1 to
- 2*vibtab_size[value-240]-1 do
- vibtrem_table[2*vibtab_size[value-240]*idx2+idx] :=
- min0((2*vibtab_size[value-240]-idx)*mul_b-1);
- end;
- end;
- end;
-end;
-
-procedure update_fine_effects(chan: Byte); forward;
-procedure play_line;
-
-var
- chan,idx: Byte;
- event: array[1..20] of tCHUNK;
- eLo,eHi,eLo2,eHi2: array[1..20] of Byte;
-
-function no_loop(current_chan,current_line: Byte): Boolean;
-
-var
- result: Boolean;
- chan: Byte;
-
-begin
- result := TRUE;
- For chan := 1 to PRED(current_chan) do
- If (loop_table[chan][current_line] <> 0) and
- (loop_table[chan][current_line] <> BYTE_NULL) then
- begin
- result := FALSE;
- BREAK;
- end;
- no_loop := result;
-end;
-
-function get_event(pattern,line,channel: Byte): tCHUNK;
-begin
- asm
- mov esi,[pattdata]
- mov edi,@result
- mov al,pattern
- inc al
- cmp al,max_patterns
- jbe @@1
- mov ecx,CHUNK_SIZE
- xor al,al
- rep stosb
- jmp @@2
-@@1: xor eax,eax
- mov al,line
- mov ebx,CHUNK_SIZE
- mul ebx
- mov ecx,eax
- xor eax,eax
- mov al,channel
- dec eax
- mov ebx,256*CHUNK_SIZE
- mul ebx
- add ecx,eax
- xor eax,eax
- mov al,pattern
- mov ebx,8
- div ebx
- push eax
- mov eax,edx
- mov ebx,20*256*CHUNK_SIZE
- mul ebx
- add ecx,eax
- pop eax
- mov ebx,8*20*256*CHUNK_SIZE
- mul ebx
- add ecx,eax
- add esi,ecx
- mov ecx,CHUNK_SIZE
- rep movsb
-@@2:
- end;
-end;
-
-begin
- _debug_str_ := 'A2PLAYER.PAS:play_line';
- If (current_line = 0) and
- (current_order = calc_following_order(0)) then
- time_playing := 0;
-
- If NOT (pattern_break and (next_line AND $0f0 = pattern_loop_flag)) and
- (current_order <> last_order) then
- begin
- FillChar(loopbck_table,SizeOf(loopbck_table),BYTE_NULL);
- FillChar(loop_table,SizeOf(loop_table),BYTE_NULL);
- last_order := current_order;
- end;
-
- For chan := 1 to songdata.nm_tracks do
- begin
- event[chan] := get_event(current_pattern,current_line,chan);
- If (effect_table[chan] <> 0) then last_effect[chan] := effect_table[chan];
- If (glfsld_table[chan] <> 0) then effect_table[chan] := glfsld_table[chan]
- else effect_table[chan] := effect_table[chan] AND $0ff00;
- If (effect_table2[chan] <> 0) then last_effect2[chan] := effect_table2[chan];
- If (glfsld_table2[chan] <> 0) then effect_table2[chan] := glfsld_table2[chan]
- else effect_table2[chan] := effect_table2[chan] AND $0ff00;
- ftune_table[chan] := 0;
-
- If (event[chan].note = BYTE_NULL) then
- event[chan].note := event_table[chan].note OR keyoff_flag
- else If (event[chan].note in [fixed_note_flag+1..fixed_note_flag+12*8+1]) then
- event[chan].note := event[chan].note-fixed_note_flag;
-
- If (event[chan].note <> 0) or
- (event[chan].effect_def <> 0) or
- (event[chan].effect_def2 <> 0) or
- ((event[chan].effect_def = 0) and (event[chan].effect <> 0)) or
- ((event[chan].effect_def2 = 0) and (event[chan].effect2 <> 0)) then
- event_new[chan] := TRUE
- else event_new[chan] := FALSE;
-
- If (event[chan].note <> 0) or
- (event[chan].instr_def <> 0) or
- (event[chan].effect_def+event[chan].effect <> 0) or
- (event[chan].effect_def2+event[chan].effect2 <> 0) then
- begin
- event_table[chan].effect_def := event[chan].effect_def;
- event_table[chan].effect := event[chan].effect;
- event_table[chan].effect_def2 := event[chan].effect_def2;
- event_table[chan].effect2 := event[chan].effect2;
- end;
-
- If (event[chan].instr_def <> 0) then
- If NOT Empty(songdata.instr_data[event[chan].instr_def],
- INSTRUMENT_SIZE) then
- set_ins_data(event[chan].instr_def,chan)
- else begin
- release_sustaining_sound(chan);
- set_ins_data(event[chan].instr_def,chan);
- end;
-
- If NOT (event[chan].effect_def in [ef_Vibrato,ef_ExtraFineVibrato,
- ef_VibratoVolSlide,ef_VibratoVSlideFine]) then
- FillChar(vibr_table[chan],SizeOf(vibr_table[chan]),0);
-
- If NOT (event[chan].effect_def2 in [ef_Vibrato,ef_ExtraFineVibrato,
- ef_VibratoVolSlide,ef_VibratoVSlideFine]) then
- FillChar(vibr_table2[chan],SizeOf(vibr_table2[chan]),0);
-
- If NOT (event[chan].effect_def in [ef_RetrigNote,ef_MultiRetrigNote]) then
- FillChar(retrig_table[chan],SizeOf(retrig_table[chan]),0);
-
- If NOT (event[chan].effect_def2 in [ef_RetrigNote,ef_MultiRetrigNote]) then
- FillChar(retrig_table2[chan],SizeOf(retrig_table2[chan]),0);
-
- If NOT (event[chan].effect_def in [ef_Tremolo,ef_ExtraFineTremolo]) then
- FillChar(trem_table[chan],SizeOf(trem_table[chan]),0);
-
- If NOT (event[chan].effect_def2 in [ef_Tremolo,ef_ExtraFineTremolo]) then
- FillChar(trem_table2[chan],SizeOf(trem_table2[chan]),0);
-
- If NOT (((event[chan].effect_def = ef_Arpeggio) and (event[chan].effect <> 0)) or
- (event[chan].effect_def = ef_ExtraFineArpeggio)) and
-
-
-
-
-
- (arpgg_table[chan].note <> 0) and (arpgg_table[chan].state <> 1) then
- begin
- arpgg_table[chan].state := 1;
- change_frequency(chan,nFreq(arpgg_table[chan].note-1)+
- SHORTINT(ins_parameter(event_table[chan].instr_def,12)));
- end
- else If NOT (((event[chan].effect_def2 = ef_Arpeggio) and (event[chan].effect2 <> 0)) or
- (event[chan].effect_def2 = ef_ExtraFineArpeggio)) and
- (arpgg_table2[chan].note <> 0) and (arpgg_table2[chan].state <> 1) then
- begin
- arpgg_table2[chan].state := 1;
- change_frequency(chan,nFreq(arpgg_table2[chan].note-1)+
- SHORTINT(ins_parameter(event_table[chan].instr_def,12)));
- end;
- end;
-
- For chan := 1 to songdata.nm_tracks do
- begin
- If (tremor_table[chan].pos <> 0) and
- (event[chan].effect_def <> ef_Tremor) then
- begin
- tremor_table[chan].pos := 0;
- set_ins_volume(LO(tremor_table[chan].volume),
- HI(tremor_table[chan].volume),chan);
- end;
-
- If (tremor_table2[chan].pos <> 0) and
- (event[chan].effect_def2 <> ef_Tremor) then
- begin
- tremor_table2[chan].pos := 0;
- set_ins_volume(LO(tremor_table2[chan].volume),
- HI(tremor_table2[chan].volume),chan);
- end;
-
- eLo[chan] := LO(last_effect[chan]);
- eHi[chan] := HI(last_effect[chan]);
- eLo2[chan] := LO(last_effect2[chan]);
- eHi2[chan] := HI(last_effect2[chan]);
- end;
-
- For chan := 1 to songdata.nm_tracks do
- Case event[chan].effect_def of
-
- ef_Arpeggio,
- ef_ExtraFineArpeggio,
- ef_ArpggVSlide,
- ef_ArpggVSlideFine:
- If (event[chan].effect_def <> ef_Arpeggio) or
- (event[chan].effect <> 0) then
- begin
- Case event[chan].effect_def of
- ef_Arpeggio:
- effect_table[chan] := concw(ef_Arpeggio+ef_fix1,event[chan].effect);
-
- ef_ExtraFineArpeggio:
- effect_table[chan] := concw(ef_ExtraFineArpeggio,event[chan].effect);
-
- ef_ArpggVSlide,
- ef_ArpggVSlideFine:
- If (event[chan].effect <> 0) then
- effect_table[chan] := concw(event[chan].effect_def,event[chan].effect)
- else If (eLo[chan] in [ef_ArpggVSlide,ef_ArpggVSlideFine]) and
- (eHi[chan] <> 0) then
- effect_table[chan] := concw(event[chan].effect_def,eHi[chan])
- else effect_table[chan] := effect_table[chan] AND $0ff00;
- end;
-
- If (event[chan].note AND $7f in [1..12*8+1]) then
- begin
- arpgg_table[chan].state := 0;
- arpgg_table[chan].note := event[chan].note AND $7f;
- If (event[chan].effect_def in [ef_Arpeggio,ef_ExtraFineArpeggio]) then
- begin
- arpgg_table[chan].add1 := event[chan].effect DIV 16;
- arpgg_table[chan].add2 := event[chan].effect MOD 16;
- end;
- end
- else If (event[chan].note = 0) and
- (event_table[chan].note AND $7f in [1..12*8+1]) then
- begin
- If NOT (eLo[chan] in [ef_Arpeggio+ef_fix1,ef_ExtraFineArpeggio,
- ef_ArpggVSlide,ef_ArpggVSlideFine]) then
- arpgg_table[chan].state := 0;
-
- arpgg_table[chan].note := event_table[chan].note AND $7f;
- If (event[chan].effect_def in [ef_Arpeggio,ef_ExtraFineArpeggio]) then
- begin
- arpgg_table[chan].add1 := event[chan].effect DIV 16;
- arpgg_table[chan].add2 := event[chan].effect MOD 16;
- end;
- end
- else effect_table[chan] := 0;
- end;
-
- ef_FSlideUp,
- ef_FSlideDown,
- ef_FSlideUpFine,
- ef_FSlideDownFine:
- begin
- effect_table[chan] := concw(event[chan].effect_def,event[chan].effect);
- fslide_table[chan] := event[chan].effect;
- end;
-
- ef_GlobalFSlideUp,
- ef_GlobalFSlideDown:
- begin
- If (event[chan].effect_def = ef_GlobalFSlideUp) then
- begin
- If (event[chan].effect_def2 = ef_Extended) and
- (event[chan].effect2 = ef_ex_ExtendedCmd*16+ef_ex_cmd_FTrm_XFGFS) then
- effect_table[chan] := concw(ef_extended2+ef_fix2+ef_ex2_FreqSlideUpXF,
- event[chan].effect)
- else If (event[chan].effect_def2 = ef_Extended) and
- (event[chan].effect2 = ef_ex_ExtendedCmd*16+ef_ex_cmd_FVib_FGFS) then
- effect_table[chan] := concw(ef_FSlideUpFine,event[chan].effect)
- else effect_table[chan] := concw(ef_FSlideUp,event[chan].effect);
- end
- else
- begin
- If (event[chan].effect_def2 = ef_Extended) and
- (event[chan].effect2 = ef_ex_ExtendedCmd*16+ef_ex_cmd_FTrm_XFGFS) then
- effect_table[chan] := concw(ef_extended2+ef_fix2+ef_ex2_FreqSlideDnXF,
- event[chan].effect)
- else If (event[chan].effect_def2 = ef_Extended) and
- (event[chan].effect2 = ef_ex_ExtendedCmd*16+ef_ex_cmd_FVib_FGFS) then
- effect_table[chan] := concw(ef_FSlideDownFine,event[chan].effect)
- else effect_table[chan] := concw(ef_FSlideDown,event[chan].effect);
- end;
- For idx := chan to songdata.nm_tracks do
- begin
- fslide_table[idx] := event[chan].effect;
- glfsld_table[idx] := effect_table[chan];
- end;
- end;
-
- ef_FSlideUpVSlide,
- ef_FSlUpVSlF,
- ef_FSlideDownVSlide,
- ef_FSlDownVSlF,
- ef_FSlUpFineVSlide,
- ef_FSlUpFineVSlF,
- ef_FSlDownFineVSlide,
- ef_FSlDownFineVSlF:
- If (event[chan].effect <> 0) then
- effect_table[chan] := concw(event[chan].effect_def,event[chan].effect)
- else If (eLo[chan] in [ef_FSlideUpVSlide,ef_FSlUpVSlF,ef_FSlideDownVSlide,
- ef_FSlDownVSlF,ef_FSlUpFineVSlide,ef_FSlUpFineVSlF,
- ef_FSlDownFineVSlide,ef_FSlDownFineVSlF]) and
- (eHi[chan] <> 0) then
- effect_table[chan] := concw(event[chan].effect_def,eHi[chan])
- else effect_table[chan] := effect_table[chan] AND $0ff00;
-
- ef_TonePortamento:
- If (event[chan].note in [1..12*8+1]) then
- begin
- If (event[chan].effect <> 0) then
- effect_table[chan] := concw(ef_TonePortamento,event[chan].effect)
- else If (eLo[chan] = ef_TonePortamento) and
- (eHi[chan] <> 0) then
- effect_table[chan] := concw(ef_TonePortamento,eHi[chan])
- else effect_table[chan] := ef_TonePortamento;
-
- porta_table[chan].speed := HI(effect_table[chan]);
- porta_table[chan].freq := nFreq(event[chan].note-1)+
- SHORTINT(ins_parameter(event_table[chan].instr_def,12));
- end
- else If (eLo[chan] = ef_TonePortamento) then
- begin
- If (event[chan].effect <> 0) then
- effect_table[chan] := concw(ef_TonePortamento,event[chan].effect)
- else If (eLo[chan] = ef_TonePortamento) and
- (eHi[chan] <> 0) then
- effect_table[chan] := concw(ef_TonePortamento,eHi[chan])
- else effect_table[chan] := ef_TonePortamento;
- porta_table[chan].speed := HI(effect_table[chan]);
- end;
-
- ef_TPortamVolSlide,
- ef_TPortamVSlideFine:
- If (event[chan].effect <> 0) then
- effect_table[chan] := concw(event[chan].effect_def,event[chan].effect)
- else If (eLo[chan] in [ef_TPortamVolSlide,ef_TPortamVSlideFine]) and
- (eHi[chan] <> 0) then
- effect_table[chan] := concw(event[chan].effect_def,eHi[chan])
- else effect_table[chan] := effect_table[chan] AND $0ff00;
-
- ef_Vibrato,
- ef_ExtraFineVibrato:
- begin
- If (event[chan].effect <> 0) then
- effect_table[chan] := concw(event[chan].effect_def,event[chan].effect)
- else If (eLo[chan] in [ef_Vibrato,ef_ExtraFineVibrato]) and
- (eHi[chan] <> 0) then
- effect_table[chan] := concw(event[chan].effect_def,eHi[chan])
- else effect_table[chan] := event[chan].effect_def;
-
- If (event[chan].effect_def2 = ef_Extended) and
- (event[chan].effect2 = ef_ex_ExtendedCmd*16+ef_ex_cmd_FVib_FGFS) then
- vibr_table[chan].fine := TRUE;
-
- vibr_table[chan].speed := HI(effect_table[chan]) DIV 16;
- vibr_table[chan].depth := HI(effect_table[chan]) MOD 16;
- end;
-
- ef_Tremolo,
- ef_ExtraFineTremolo:
- begin
- If (event[chan].effect <> 0) then
- effect_table[chan] := concw(event[chan].effect_def,event[chan].effect)
- else If (eLo[chan] in [ef_Tremolo,ef_ExtraFineTremolo]) and
- (eHi[chan] <> 0) then
- effect_table[chan] := concw(event[chan].effect_def,eHi[chan])
- else effect_table[chan] := event[chan].effect_def;
-
- If (event[chan].effect_def2 = ef_Extended) and
- (event[chan].effect2 = ef_ex_ExtendedCmd*16+ef_ex_cmd_FTrm_XFGFS) then
- trem_table[chan].fine := TRUE;
-
- trem_table[chan].speed := HI(effect_table[chan]) DIV 16;
- trem_table[chan].depth := HI(effect_table[chan]) MOD 16;
- end;
-
- ef_VibratoVolSlide,
- ef_VibratoVSlideFine:
- begin
- If (event[chan].effect <> 0) then
- effect_table[chan] := concw(event[chan].effect_def,event[chan].effect)
- else If (eLo[chan] in [ef_VibratoVolSlide,ef_VibratoVSlideFine]) and
- (HI(effect_table[chan]) <> 0) then
- effect_table[chan] := concw(event[chan].effect_def,HI(effect_table[chan]))
- else effect_table[chan] := effect_table[chan] AND $0ff00;
-
- If (event[chan].effect_def2 = ef_Extended) and
- (event[chan].effect2 = ef_ex_ExtendedCmd*16+ef_ex_cmd_FVib_FGFS) then
- vibr_table[chan].fine := TRUE;
- end;
-
- ef_SetCarrierVol:
- set_ins_volume(BYTE_NULL,63-event[chan].effect,chan);
-
- ef_SetModulatorVol:
- set_ins_volume(63-event[chan].effect,BYTE_NULL,chan);
-
- ef_SetInsVolume:
- If percussion_mode and (chan in [17..20]) then
- set_ins_volume(63-event[chan].effect,BYTE_NULL,chan)
- else If (ins_parameter(voice_table[chan],10) AND 1 = 0) then
- set_ins_volume(BYTE_NULL,63-event[chan].effect,chan)
- else set_ins_volume(63-event[chan].effect,63-event[chan].effect,chan);
-
- ef_ForceInsVolume:
- If percussion_mode and (chan in [17..20]) then
- set_ins_volume(63-event[chan].effect,BYTE_NULL,chan)
- else If (ins_parameter(voice_table[chan],10) AND 1 = 0) then
- set_ins_volume(scale_volume(ins_parameter(voice_table[chan],2) AND $3f,63-event[chan].effect),63-event[chan].effect,chan)
- else set_ins_volume(63-event[chan].effect,63-event[chan].effect,chan);
-
- ef_PositionJump:
- If no_loop(chan,current_line) then
- begin
- pattern_break := TRUE;
- next_line := pattern_break_flag+chan;
- end;
-
- ef_PatternBreak:
- If no_loop(chan,current_line) then
- begin
- pattern_break := TRUE;
- next_line := max(event[chan].effect,PRED(songdata.patt_len));
- end;
-
- ef_SetSpeed:
- speed := event[chan].effect;
-
- ef_SetTempo:
- update_timer(event[chan].effect);
-
- ef_SetWaveform:
- begin
- If (event[chan].effect DIV 16 in [0..7]) then
- begin
- fmpar_table[chan].adsrw_car.wform := event[chan].effect DIV 16;
- update_carrier_adsrw(chan);
- end;
-
- If (event[chan].effect MOD 16 in [0..7]) then
- begin
- fmpar_table[chan].adsrw_mod.wform := event[chan].effect MOD 16;
- update_modulator_adsrw(chan);
- end;
- end;
-
- ef_VolSlide:
- effect_table[chan] := concw(ef_VolSlide,event[chan].effect);
-
- ef_VolSlideFine:
- effect_table[chan] := concw(ef_VolSlideFine,event[chan].effect);
-
- ef_RetrigNote:
- If (event[chan].effect <> 0) then
- begin
- If NOT (eLo[chan] in [ef_RetrigNote,ef_MultiRetrigNote]) then
- retrig_table[chan] := 1;
- effect_table[chan] := concw(ef_RetrigNote,event[chan].effect);
- end;
-
- ef_SetGlobalVolume:
- begin
- global_volume := event[chan].effect;
- set_global_volume;
- end;
-
- ef_MultiRetrigNote:
- If (event[chan].effect DIV 16 <> 0) then
- begin
- If NOT (eLo[chan] in [ef_RetrigNote,ef_MultiRetrigNote]) then
- retrig_table[chan] := 1;
- effect_table[chan] := concw(ef_MultiRetrigNote,event[chan].effect);
- end;
-
- ef_Tremor:
- If (event[chan].effect DIV 16 <> 0) and
- (event[chan].effect MOD 16 <> 0) then
- begin
- If (eLo[chan] <> ef_Tremor) then
- begin
- tremor_table[chan].pos := 0;
- tremor_table[chan].volume := volume_table[chan];
- end;
- effect_table[chan] := concw(ef_Tremor,event[chan].effect);
- end;
-
- ef_Extended:
- Case (event[chan].effect DIV 16) of
- ef_ex_SetTremDepth:
- Case (event[chan].effect MOD 16) of
- 0: begin
- opl3out(_instr[11],misc_register AND $07f);
- current_tremolo_depth := 0;
- end;
-
- 1: begin
- opl3out(_instr[11],misc_register OR $080);
- current_tremolo_depth := 1;
- end;
- end;
-
- ef_ex_SetVibDepth:
- Case (event[chan].effect MOD 16) of
- 0: begin
- opl3out(_instr[11],misc_register AND $0bf);
- current_vibrato_depth := 0;
- end;
-
- 1: begin
- opl3out(_instr[11],misc_register OR $040);
- current_vibrato_depth := 1;
- end;
- end;
-
- ef_ex_SetAttckRateM:
- begin
- fmpar_table[chan].adsrw_mod.attck := event[chan].effect MOD 16;
- update_modulator_adsrw(chan);
- end;
-
- ef_ex_SetDecayRateM:
- begin
- fmpar_table[chan].adsrw_mod.dec := event[chan].effect MOD 16;
- update_modulator_adsrw(chan);
- end;
-
- ef_ex_SetSustnLevelM:
- begin
- fmpar_table[chan].adsrw_mod.sustn := event[chan].effect MOD 16;
- update_modulator_adsrw(chan);
- end;
-
- ef_ex_SetRelRateM:
- begin
- fmpar_table[chan].adsrw_mod.rel := event[chan].effect MOD 16;
- update_modulator_adsrw(chan);
- end;
-
- ef_ex_SetAttckRateC:
- begin
- fmpar_table[chan].adsrw_car.attck := event[chan].effect MOD 16;
- update_carrier_adsrw(chan);
- end;
-
- ef_ex_SetDecayRateC:
- begin
- fmpar_table[chan].adsrw_car.dec := event[chan].effect MOD 16;
- update_carrier_adsrw(chan);
- end;
-
- ef_ex_SetSustnLevelC:
- begin
- fmpar_table[chan].adsrw_car.sustn := event[chan].effect MOD 16;
- update_carrier_adsrw(chan);
- end;
-
- ef_ex_SetRelRateC:
- begin
- fmpar_table[chan].adsrw_car.rel := event[chan].effect MOD 16;
- update_carrier_adsrw(chan);
- end;
-
- ef_ex_SetFeedback:
- begin
- fmpar_table[chan].feedb := event[chan].effect MOD 16;
- update_fmpar(chan);
- end;
-
- ef_ex_SetPanningPos:
- begin
- panning_table[chan] := event[chan].effect MOD 16;
- update_fmpar(chan);
- end;
-
- ef_ex_PatternLoop,
- ef_ex_PatternLoopRec:
- If (event[chan].effect MOD 16 = 0) then
- loopbck_table[chan] := current_line
- else If (loopbck_table[chan] <> BYTE_NULL) then
- begin
- If (loop_table[chan][current_line] = BYTE_NULL) then
- loop_table[chan][current_line] := event[chan].effect MOD 16;
- If (loop_table[chan][current_line] <> 0) then
- begin
- pattern_break := TRUE;
- next_line := pattern_loop_flag+chan;
- end
- else If (event[chan].effect DIV 16 = ef_ex_PatternLoopRec) then
- loop_table[chan][current_line] := BYTE_NULL;
- end;
-
- ef_ex_MacroKOffLoop:
- If (event[chan].effect MOD 16 <> 0) then
- keyoff_loop[chan] := TRUE
- else keyoff_loop[chan] := FALSE;
-
- ef_ex_ExtendedCmd:
- Case (event[chan].effect MOD 16) of
- ef_ex_cmd_RSS: release_sustaining_sound(chan);
- ef_ex_cmd_ResetVol: reset_ins_volume(chan);
- ef_ex_cmd_LockVol: volume_lock [chan] := TRUE;
- ef_ex_cmd_UnlockVol: volume_lock [chan] := FALSE;
- ef_ex_cmd_LockVP: peak_lock [chan] := TRUE;
- ef_ex_cmd_UnlockVP: peak_lock [chan] := FALSE;
- ef_ex_cmd_VSlide_def: volslide_type[chan] := 0;
- ef_ex_cmd_LockPan: pan_lock [chan] := TRUE;
- ef_ex_cmd_UnlockPan: pan_lock [chan] := FALSE;
- ef_ex_cmd_VibrOff: change_frequency(chan,freq_table[chan]);
- ef_ex_cmd_TremOff: set_ins_volume(LO(volume_table[chan]),
- HI(volume_table[chan]),chan);
- ef_ex_cmd_VSlide_car:
- If (event[chan].effect_def2 = ef_Extended) and
- (event[chan].effect2 = ef_ex_ExtendedCmd*16+
- ef_ex_cmd_VSlide_mod) then
- volslide_type[chan] := 3
- else volslide_type[chan] := 1;
-
- ef_ex_cmd_VSlide_mod:
- If (event[chan].effect_def2 = ef_Extended) and
- (event[chan].effect2 = ef_ex_ExtendedCmd*16+
- ef_ex_cmd_VSlide_car) then
- volslide_type[chan] := 3
- else volslide_type[chan] := 2;
- end;
- end;
-
- ef_Extended2:
- Case (event[chan].effect DIV 16) of
- ef_ex2_PatDelayFrame,
- ef_ex2_PatDelayRow:
- begin
- pattern_delay := TRUE;
- If (event[chan].effect DIV 16 = ef_ex2_PatDelayFrame) then
- tickD := (event[chan].effect MOD 16)
- else tickD := speed*(event[chan].effect MOD 16);
- end;
-
- ef_ex2_NoteDelay:
- begin
- effect_table[chan] := concw(ef_extended2+ef_fix2+ef_ex2_NoteDelay,0);
- notedel_table[chan] := event[chan].effect MOD 16;
- end;
-
- ef_ex2_NoteCut:
- begin
- effect_table[chan] := concw(ef_extended2+ef_fix2+ef_ex2_NoteCut,0);
- notecut_table[chan] := event[chan].effect MOD 16;
- end;
-
- ef_ex2_FineTuneUp:
- Inc(ftune_table[chan],event[chan].effect MOD 16);
-
- ef_ex2_FineTuneDown:
- Dec(ftune_table[chan],event[chan].effect MOD 16);
-
- ef_ex2_GlVolSlideUp:
- effect_table[chan] := concw(ef_extended2+ef_fix2+ef_ex2_GlVolSlideUp,
- event[chan].effect MOD 16);
- ef_ex2_GlVolSlideDn:
- effect_table[chan] := concw(ef_extended2+ef_fix2+ef_ex2_GlVolSlideDn,
- event[chan].effect MOD 16);
- ef_ex2_GlVolSlideUpF:
- effect_table[chan] := concw(ef_extended2+ef_fix2+ef_ex2_GlVolSlideUpF,
- event[chan].effect MOD 16);
- ef_ex2_GlVolSlideDnF:
- effect_table[chan] := concw(ef_extended2+ef_fix2+ef_ex2_GlVolSlideDnF,
- event[chan].effect MOD 16);
- ef_ex2_GlVolSldUpXF:
- effect_table[chan] := concw(ef_extended2+ef_fix2+ef_ex2_GlVolSldUpXF,
- event[chan].effect MOD 16);
- ef_ex2_GlVolSldDnXF:
- effect_table[chan] := concw(ef_extended2+ef_fix2+ef_ex2_GlVolSldDnXF,
- event[chan].effect MOD 16);
- ef_ex2_VolSlideUpXF:
- effect_table[chan] := concw(ef_extended2+ef_fix2+ef_ex2_VolSlideUpXF,
- event[chan].effect MOD 16);
- ef_ex2_VolSlideDnXF:
- effect_table[chan] := concw(ef_extended2+ef_fix2+ef_ex2_VolSlideDnXF,
- event[chan].effect MOD 16);
- ef_ex2_FreqSlideUpXF:
- effect_table[chan] := concw(ef_extended2+ef_fix2+ef_ex2_FreqSlideUpXF,
- event[chan].effect MOD 16);
- ef_ex2_FreqSlideDnXF:
- effect_table[chan] := concw(ef_extended2+ef_fix2+ef_ex2_FreqSlideDnXF,
- event[chan].effect MOD 16);
- end;
-
- ef_Extended3:
- Case (event[chan].effect DIV 16) of
- ef_ex3_SetConnection:
- begin
- fmpar_table[chan].connect := event[chan].effect MOD 16;
- update_fmpar(chan);
- end;
-
- ef_ex3_SetMultipM:
- begin
- fmpar_table[chan].multipM := event[chan].effect MOD 16;
- update_fmpar(chan);
- end;
-
- ef_ex3_SetKslM:
- begin
- fmpar_table[chan].kslM := event[chan].effect MOD 16;
- update_fmpar(chan);
- end;
-
- ef_ex3_SetTremoloM:
- begin
- fmpar_table[chan].tremM := event[chan].effect MOD 16;
- update_fmpar(chan);
- end;
-
- ef_ex3_SetVibratoM:
- begin
- fmpar_table[chan].vibrM := event[chan].effect MOD 16;
- update_fmpar(chan);
- end;
-
- ef_ex3_SetKsrM:
- begin
- fmpar_table[chan].ksrM := event[chan].effect MOD 16;
- update_fmpar(chan);
- end;
-
- ef_ex3_SetSustainM:
- begin
- fmpar_table[chan].sustM := event[chan].effect MOD 16;
- update_fmpar(chan);
- end;
-
- ef_ex3_SetMultipC:
- begin
- fmpar_table[chan].multipC := event[chan].effect MOD 16;
- update_fmpar(chan);
- end;
-
- ef_ex3_SetKslC:
- begin
- fmpar_table[chan].kslC := event[chan].effect MOD 16;
- update_fmpar(chan);
- end;
-
- ef_ex3_SetTremoloC:
- begin
- fmpar_table[chan].tremC := event[chan].effect MOD 16;
- update_fmpar(chan);
- end;
-
- ef_ex3_SetVibratoC:
- begin
- fmpar_table[chan].vibrC := event[chan].effect MOD 16;
- update_fmpar(chan);
- end;
-
- ef_ex3_SetKsrC:
- begin
- fmpar_table[chan].ksrC := event[chan].effect MOD 16;
- update_fmpar(chan);
- end;
-
- ef_ex3_SetSustainC:
- begin
- fmpar_table[chan].sustC := event[chan].effect MOD 16;
- update_fmpar(chan);
- end;
- end;
- end;
-
- For chan := 1 to songdata.nm_tracks do
- Case event[chan].effect_def2 of
- ef_Arpeggio,
- ef_ExtraFineArpeggio,
- ef_ArpggVSlide,
- ef_ArpggVSlideFine:
- If (event[chan].effect_def2 <> ef_Arpeggio) or
- (event[chan].effect2 <> 0) then
- begin
- Case event[chan].effect_def2 of
- ef_Arpeggio:
- effect_table2[chan] := concw(ef_Arpeggio+ef_fix1,event[chan].effect2);
-
- ef_ExtraFineArpeggio:
- effect_table2[chan] := concw(ef_ExtraFineArpeggio,event[chan].effect2);
-
- ef_ArpggVSlide,
- ef_ArpggVSlideFine:
- If (event[chan].effect2 <> 0) then
- effect_table2[chan] := concw(event[chan].effect_def2,event[chan].effect2)
- else If (eLo2[chan] in [ef_ArpggVSlide,ef_ArpggVSlideFine]) and
- (eHi2[chan] <> 0) then
- effect_table2[chan] := concw(event[chan].effect_def2,eHi2[chan])
- else effect_table2[chan] := effect_table2[chan] AND $0ff00;
- end;
-
- If (event[chan].note AND $7f in [1..12*8+1]) then
- begin
- arpgg_table2[chan].state := 0;
- arpgg_table2[chan].note := event[chan].note AND $7f;
- If (event[chan].effect_def2 in [ef_Arpeggio,ef_ExtraFineArpeggio]) then
- begin
- arpgg_table2[chan].add1 := event[chan].effect2 DIV 16;
- arpgg_table2[chan].add2 := event[chan].effect2 MOD 16;
- end;
- end
- else If (event[chan].note = 0) and
- (event_table[chan].note AND $7f in [1..12*8+1]) then
- begin
- If NOT (eLo2[chan] in [ef_Arpeggio+ef_fix1,ef_ExtraFineArpeggio,
- ef_ArpggVSlide,ef_ArpggVSlideFine]) then
- arpgg_table2[chan].state := 0;
-
- arpgg_table2[chan].note := event_table[chan].note AND $7f;
- If (event[chan].effect_def2 in [ef_Arpeggio,ef_ExtraFineArpeggio]) then
- begin
- arpgg_table2[chan].add1 := event[chan].effect2 DIV 16;
- arpgg_table2[chan].add2 := event[chan].effect2 MOD 16;
- end;
- end
- else effect_table2[chan] := 0;
- end;
-
- ef_FSlideUp,
- ef_FSlideDown,
- ef_FSlideUpFine,
- ef_FSlideDownFine:
- begin
- effect_table2[chan] := concw(event[chan].effect_def2,event[chan].effect2);
- fslide_table2[chan] := event[chan].effect2;
- end;
-
- ef_GlobalFSlideUp,
- ef_GlobalFSlideDown:
- begin
- If (event[chan].effect_def2 = ef_GlobalFSlideUp) then
- begin
- If (event[chan].effect_def = ef_Extended) and
- (event[chan].effect = ef_ex_ExtendedCmd*16+ef_ex_cmd_FTrm_XFGFS) then
- effect_table2[chan] := concw(ef_extended2+ef_fix2+ef_ex2_FreqSlideUpXF,
- event[chan].effect2)
- else If (event[chan].effect_def = ef_Extended) and
- (event[chan].effect = ef_ex_ExtendedCmd*16+ef_ex_cmd_FVib_FGFS) then
- effect_table2[chan] := concw(ef_FSlideUpFine,event[chan].effect2)
- else effect_table2[chan] := concw(ef_FSlideUp,event[chan].effect2);
- end
- else
- begin
- If (event[chan].effect_def = ef_Extended) and
- (event[chan].effect = ef_ex_ExtendedCmd*16+ef_ex_cmd_FTrm_XFGFS) then
- effect_table2[chan] := concw(ef_extended2+ef_fix2+ef_ex2_FreqSlideDnXF,
- event[chan].effect2)
- else If (event[chan].effect_def = ef_Extended) and
- (event[chan].effect = ef_ex_ExtendedCmd*16+ef_ex_cmd_FVib_FGFS) then
- effect_table2[chan] := concw(ef_FSlideDownFine,event[chan].effect2)
- else effect_table2[chan] := concw(ef_FSlideDown,event[chan].effect2);
- end;
- For idx := chan to songdata.nm_tracks do
- begin
- fslide_table2[idx] := event[chan].effect2;
- glfsld_table2[idx] := effect_table2[chan];
- end;
- end;
-
- ef_FSlideUpVSlide,
- ef_FSlUpVSlF,
- ef_FSlideDownVSlide,
- ef_FSlDownVSlF,
- ef_FSlUpFineVSlide,
- ef_FSlUpFineVSlF,
- ef_FSlDownFineVSlide,
- ef_FSlDownFineVSlF:
- If (event[chan].effect2 <> 0) then
- effect_table2[chan] := concw(event[chan].effect_def2,event[chan].effect2)
- else If (eLo2[chan] in [ef_FSlideUpVSlide,ef_FSlUpVSlF,ef_FSlideDownVSlide,
- ef_FSlDownVSlF,ef_FSlUpFineVSlide,ef_FSlUpFineVSlF,
- ef_FSlDownFineVSlide,ef_FSlDownFineVSlF]) and
- (eHi2[chan] <> 0) then
- effect_table2[chan] := concw(event[chan].effect_def2,eHi2[chan])
- else effect_table2[chan] := effect_table2[chan] AND $0ff00;
-
- ef_TonePortamento:
- If (event[chan].note in [1..12*8+1]) then
- begin
- If (event[chan].effect2 <> 0) then
- effect_table2[chan] := concw(ef_TonePortamento,event[chan].effect2)
- else If (eLo2[chan] = ef_TonePortamento) and
- (eHi2[chan] <> 0) then
- effect_table2[chan] := concw(ef_TonePortamento,eHi2[chan])
- else effect_table2[chan] := ef_TonePortamento;
-
- porta_table2[chan].speed := HI(effect_table2[chan]);
- porta_table2[chan].freq := nFreq(event[chan].note-1)+
- SHORTINT(ins_parameter(event_table[chan].instr_def,12));
- end
- else If (eLo2[chan] = ef_TonePortamento) then
- begin
- If (event[chan].effect2 <> 0) then
- effect_table2[chan] := concw(ef_TonePortamento,event[chan].effect2)
- else If (eLo2[chan] = ef_TonePortamento) and
- (eHi2[chan] <> 0) then
- effect_table2[chan] := concw(ef_TonePortamento,eHi2[chan])
- else effect_table2[chan] := ef_TonePortamento;
- porta_table2[chan].speed := HI(effect_table2[chan]);
- end;
-
- ef_TPortamVolSlide,
- ef_TPortamVSlideFine:
- If (event[chan].effect2 <> 0) then
- effect_table2[chan] := concw(event[chan].effect_def2,event[chan].effect2)
- else If (eLo2[chan] in [ef_TPortamVolSlide,ef_TPortamVSlideFine]) and
- (eHi2[chan] <> 0) then
- effect_table2[chan] := concw(event[chan].effect_def2,eHi2[chan])
- else effect_table2[chan] := effect_table2[chan] AND $0ff00;
-
- ef_Vibrato,
- ef_ExtraFineVibrato:
- begin
- If (event[chan].effect2 <> 0) then
- effect_table2[chan] := concw(event[chan].effect_def2,event[chan].effect2)
- else If (eLo2[chan] in [ef_Vibrato,ef_ExtraFineVibrato]) and
- (eHi2[chan] <> 0) then
- effect_table2[chan] := concw(event[chan].effect_def2,eHi2[chan])
- else effect_table2[chan] := event[chan].effect_def2;
-
- If (event[chan].effect_def = ef_Extended) and
- (event[chan].effect = ef_ex_ExtendedCmd*16+ef_ex_cmd_FVib_FGFS) then
- vibr_table2[chan].fine := TRUE;
-
- vibr_table2[chan].speed := HI(effect_table2[chan]) DIV 16;
- vibr_table2[chan].depth := HI(effect_table2[chan]) MOD 16;
- end;
-
- ef_Tremolo,
- ef_ExtraFineTremolo:
- begin
- If (event[chan].effect2 <> 0) then
- effect_table2[chan] := concw(event[chan].effect_def2,event[chan].effect2)
- else If (eLo2[chan] in [ef_Tremolo,ef_ExtraFineTremolo]) and
- (eHi2[chan] <> 0) then
- effect_table2[chan] := concw(event[chan].effect_def2,eHi2[chan])
- else effect_table2[chan] := event[chan].effect_def2;
-
- If (event[chan].effect_def = ef_Extended) and
- (event[chan].effect = ef_ex_ExtendedCmd*16+ef_ex_cmd_FTrm_XFGFS) then
- trem_table2[chan].fine := TRUE;
-
- trem_table2[chan].speed := HI(effect_table2[chan]) DIV 16;
- trem_table2[chan].depth := HI(effect_table2[chan]) MOD 16;
- end;
-
- ef_VibratoVolSlide,
- ef_VibratoVSlideFine:
- begin
- If (event[chan].effect2 <> 0) then
- effect_table2[chan] := concw(event[chan].effect_def2,event[chan].effect2)
- else If (eLo2[chan] in [ef_VibratoVolSlide,ef_VibratoVSlideFine]) and
- (HI(effect_table2[chan]) <> 0) then
- effect_table2[chan] := concw(event[chan].effect_def2,HI(effect_table2[chan]))
- else effect_table2[chan] := effect_table2[chan] AND $0ff00;
-
- If (event[chan].effect_def = ef_Extended) and
- (event[chan].effect = ef_ex_ExtendedCmd*16+ef_ex_cmd_FVib_FGFS) then
- vibr_table2[chan].fine := TRUE;
- end;
-
- ef_SetCarrierVol:
- set_ins_volume(BYTE_NULL,63-event[chan].effect2,chan);
-
- ef_SetModulatorVol:
- set_ins_volume(63-event[chan].effect2,BYTE_NULL,chan);
-
- ef_SetInsVolume:
- If percussion_mode and (chan in [17..20]) then
- set_ins_volume(63-event[chan].effect2,BYTE_NULL,chan)
- else If (ins_parameter(voice_table[chan],10) AND 1 = 0) then
- set_ins_volume(BYTE_NULL,63-event[chan].effect2,chan)
- else set_ins_volume(63-event[chan].effect2,63-event[chan].effect2,chan);
-
- ef_ForceInsVolume:
- If percussion_mode and (chan in [17..20]) then
- set_ins_volume(63-event[chan].effect2,BYTE_NULL,chan)
- else If (ins_parameter(voice_table[chan],10) AND 1 = 0) then
- set_ins_volume(scale_volume(ins_parameter(voice_table[chan],2) AND $3f,63-event[chan].effect2),63-event[chan].effect2,chan)
- else set_ins_volume(63-event[chan].effect2,63-event[chan].effect2,chan);
-
- ef_PositionJump:
- If no_loop(chan,current_line) then
- begin
- pattern_break := TRUE;
- next_line := pattern_break_flag+chan;
- end;
-
- ef_PatternBreak:
- If no_loop(chan,current_line) then
- begin
- pattern_break := TRUE;
- next_line := max(event[chan].effect2,PRED(songdata.patt_len));
- end;
-
- ef_SetSpeed:
- speed := event[chan].effect2;
-
- ef_SetTempo:
- update_timer(event[chan].effect2);
-
- ef_SetWaveform:
- begin
- If (event[chan].effect2 DIV 16 in [0..7]) then
- begin
- fmpar_table[chan].adsrw_car.wform := event[chan].effect2 DIV 16;
- update_carrier_adsrw(chan);
- end;
-
- If (event[chan].effect2 MOD 16 in [0..7]) then
- begin
- fmpar_table[chan].adsrw_mod.wform := event[chan].effect2 MOD 16;
- update_modulator_adsrw(chan);
- end;
- end;
-
- ef_VolSlide:
- effect_table2[chan] := concw(ef_VolSlide,event[chan].effect2);
-
- ef_VolSlideFine:
- effect_table2[chan] := concw(ef_VolSlideFine,event[chan].effect2);
-
- ef_RetrigNote:
- If (event[chan].effect2 <> 0) then
- begin
- If NOT (eLo2[chan] in [ef_RetrigNote,ef_MultiRetrigNote]) then
- retrig_table2[chan] := 1;
- effect_table2[chan] := concw(ef_RetrigNote,event[chan].effect2);
- end;
-
- ef_SetGlobalVolume:
- begin
- global_volume := event[chan].effect2;
- set_global_volume;
- end;
-
- ef_MultiRetrigNote:
- If (event[chan].effect2 DIV 16 <> 0) then
- begin
- If NOT (eLo2[chan] in [ef_RetrigNote,ef_MultiRetrigNote]) then
- retrig_table2[chan] := 1;
- effect_table2[chan] := concw(ef_MultiRetrigNote,event[chan].effect2);
- end;
-
- ef_Tremor:
- If (event[chan].effect2 DIV 16 <> 0) and
- (event[chan].effect2 MOD 16 <> 0) then
- begin
- If (eLo2[chan] <> ef_Tremor) then
- begin
- tremor_table2[chan].pos := 0;
- tremor_table2[chan].volume := volume_table[chan];
- end;
- effect_table2[chan] := concw(ef_Tremor,event[chan].effect2);
- end;
-
- ef_Extended:
- Case (event[chan].effect2 DIV 16) of
- ef_ex_SetTremDepth:
- Case (event[chan].effect2 MOD 16) of
- 0: begin
- opl3out(_instr[11],misc_register AND $07f);
- current_tremolo_depth := 0;
- end;
-
- 1: begin
- opl3out(_instr[11],misc_register OR $080);
- current_tremolo_depth := 1;
- end;
- end;
-
- ef_ex_SetVibDepth:
- Case (event[chan].effect2 MOD 16) of
- 0: begin
- opl3out(_instr[11],misc_register AND $0bf);
- current_vibrato_depth := 0;
- end;
-
- 1: begin
- opl3out(_instr[11],misc_register OR $040);
- current_vibrato_depth := 1;
- end;
- end;
-
- ef_ex_SetAttckRateM:
- begin
- fmpar_table[chan].adsrw_mod.attck := event[chan].effect2 MOD 16;
- update_modulator_adsrw(chan);
- end;
-
- ef_ex_SetDecayRateM:
- begin
- fmpar_table[chan].adsrw_mod.dec := event[chan].effect2 MOD 16;
- update_modulator_adsrw(chan);
- end;
-
- ef_ex_SetSustnLevelM:
- begin
- fmpar_table[chan].adsrw_mod.sustn := event[chan].effect2 MOD 16;
- update_modulator_adsrw(chan);
- end;
-
- ef_ex_SetRelRateM:
- begin
- fmpar_table[chan].adsrw_mod.rel := event[chan].effect2 MOD 16;
- update_modulator_adsrw(chan);
- end;
-
- ef_ex_SetAttckRateC:
- begin
- fmpar_table[chan].adsrw_car.attck := event[chan].effect2 MOD 16;
- update_carrier_adsrw(chan);
- end;
-
- ef_ex_SetDecayRateC:
- begin
- fmpar_table[chan].adsrw_car.dec := event[chan].effect2 MOD 16;
- update_carrier_adsrw(chan);
- end;
-
- ef_ex_SetSustnLevelC:
- begin
- fmpar_table[chan].adsrw_car.sustn := event[chan].effect2 MOD 16;
- update_carrier_adsrw(chan);
- end;
-
- ef_ex_SetRelRateC:
- begin
- fmpar_table[chan].adsrw_car.rel := event[chan].effect2 MOD 16;
- update_carrier_adsrw(chan);
- end;
-
- ef_ex_SetFeedback:
- begin
- fmpar_table[chan].feedb := event[chan].effect2 MOD 16;
- update_fmpar(chan);
- end;
-
- ef_ex_SetPanningPos:
- begin
- panning_table[chan] := event[chan].effect2 MOD 16;
- update_fmpar(chan);
- end;
-
- ef_ex_PatternLoop,
- ef_ex_PatternLoopRec:
- If (event[chan].effect2 MOD 16 = 0) then
- loopbck_table[chan] := current_line
- else If (loopbck_table[chan] <> BYTE_NULL) then
- begin
- If (loop_table[chan][current_line] = BYTE_NULL) then
- loop_table[chan][current_line] := event[chan].effect2 MOD 16;
- If (loop_table[chan][current_line] <> 0) then
- begin
- pattern_break := TRUE;
- next_line := pattern_loop_flag+chan;
- end
- else If (event[chan].effect2 DIV 16 = ef_ex_PatternLoopRec) then
- loop_table[chan][current_line] := BYTE_NULL;
- end;
-
- ef_ex_MacroKOffLoop:
- If (event[chan].effect2 MOD 16 <> 0) then
- keyoff_loop[chan] := TRUE
- else keyoff_loop[chan] := FALSE;
-
- ef_ex_ExtendedCmd:
- Case (event[chan].effect2 MOD 16) of
- ef_ex_cmd_RSS: release_sustaining_sound(chan);
- ef_ex_cmd_ResetVol: reset_ins_volume(chan);
- ef_ex_cmd_LockVol: volume_lock [chan] := TRUE;
- ef_ex_cmd_UnlockVol: volume_lock [chan] := FALSE;
- ef_ex_cmd_LockVP: peak_lock [chan] := TRUE;
- ef_ex_cmd_UnlockVP: peak_lock [chan] := FALSE;
- ef_ex_cmd_VSlide_def: volslide_type[chan] := 0;
- ef_ex_cmd_LockPan: pan_lock [chan] := TRUE;
- ef_ex_cmd_UnlockPan: pan_lock [chan] := FALSE;
- ef_ex_cmd_VibrOff: change_frequency(chan,freq_table[chan]);
- ef_ex_cmd_TremOff: set_ins_volume(LO(volume_table[chan]),
- HI(volume_table[chan]),chan);
- ef_ex_cmd_VSlide_car:
- If NOT ((event[chan].effect_def = ef_Extended) and
- (event[chan].effect = ef_ex_ExtendedCmd*16+
- ef_ex_cmd_VSlide_mod)) then
- volslide_type[chan] := 1;
-
- ef_ex_cmd_VSlide_mod:
- If NOT ((event[chan].effect_def = ef_Extended) and
- (event[chan].effect = ef_ex_ExtendedCmd*16+
- ef_ex_cmd_VSlide_car)) then
- volslide_type[chan] := 2;
- end;
- end;
-
- ef_Extended2:
- Case (event[chan].effect2 DIV 16) of
- ef_ex2_PatDelayFrame,
- ef_ex2_PatDelayRow:
- begin
- pattern_delay := TRUE;
- If (event[chan].effect2 DIV 16 = ef_ex2_PatDelayFrame) then
- tickD := (event[chan].effect2 MOD 16)
- else tickD := speed*(event[chan].effect2 MOD 16);
- end;
-
- ef_ex2_NoteDelay:
- begin
- effect_table2[chan] := concw(ef_extended2+ef_fix2+ef_ex2_NoteDelay,0);
- notedel_table[chan] := event[chan].effect2 MOD 16;
- end;
-
- ef_ex2_NoteCut:
- begin
- effect_table2[chan] := concw(ef_extended2+ef_fix2+ef_ex2_NoteCut,0);
- notecut_table[chan] := event[chan].effect2 MOD 16;
- end;
-
- ef_ex2_FineTuneUp:
- Inc(ftune_table[chan],event[chan].effect2 MOD 16);
-
- ef_ex2_FineTuneDown:
- Dec(ftune_table[chan],event[chan].effect2 MOD 16);
-
- ef_ex2_GlVolSlideUp:
- effect_table2[chan] := concw(ef_extended2+ef_fix2+ef_ex2_GlVolSlideUp,
- event[chan].effect2 MOD 16);
- ef_ex2_GlVolSlideDn:
- effect_table2[chan] := concw(ef_extended2+ef_fix2+ef_ex2_GlVolSlideDn,
- event[chan].effect2 MOD 16);
- ef_ex2_GlVolSlideUpF:
- effect_table2[chan] := concw(ef_extended2+ef_fix2+ef_ex2_GlVolSlideUpF,
- event[chan].effect2 MOD 16);
- ef_ex2_GlVolSlideDnF:
- effect_table2[chan] := concw(ef_extended2+ef_fix2+ef_ex2_GlVolSlideDnF,
- event[chan].effect2 MOD 16);
- ef_ex2_GlVolSldUpXF:
- effect_table2[chan] := concw(ef_extended2+ef_fix2+ef_ex2_GlVolSldUpXF,
- event[chan].effect2 MOD 16);
- ef_ex2_GlVolSldDnXF:
- effect_table2[chan] := concw(ef_extended2+ef_fix2+ef_ex2_GlVolSldDnXF,
- event[chan].effect2 MOD 16);
- ef_ex2_VolSlideUpXF:
- effect_table2[chan] := concw(ef_extended2+ef_fix2+ef_ex2_VolSlideUpXF,
- event[chan].effect2 MOD 16);
- ef_ex2_VolSlideDnXF:
- effect_table2[chan] := concw(ef_extended2+ef_fix2+ef_ex2_VolSlideDnXF,
- event[chan].effect2 MOD 16);
- ef_ex2_FreqSlideUpXF:
- effect_table2[chan] := concw(ef_extended2+ef_fix2+ef_ex2_FreqSlideUpXF,
- event[chan].effect2 MOD 16);
- ef_ex2_FreqSlideDnXF:
- effect_table2[chan] := concw(ef_extended2+ef_fix2+ef_ex2_FreqSlideDnXF,
- event[chan].effect2 MOD 16);
- end;
-
- ef_Extended3:
- Case (event[chan].effect2 DIV 16) of
- ef_ex3_SetConnection:
- begin
- fmpar_table[chan].connect := event[chan].effect2 MOD 16;
- update_fmpar(chan);
- end;
-
- ef_ex3_SetMultipM:
- begin
- fmpar_table[chan].multipM := event[chan].effect2 MOD 16;
- update_fmpar(chan);
- end;
-
- ef_ex3_SetKslM:
- begin
- fmpar_table[chan].kslM := event[chan].effect2 MOD 16;
- update_fmpar(chan);
- end;
-
- ef_ex3_SetTremoloM:
- begin
- fmpar_table[chan].tremM := event[chan].effect2 MOD 16;
- update_fmpar(chan);
- end;
-
- ef_ex3_SetVibratoM:
- begin
- fmpar_table[chan].vibrM := event[chan].effect2 MOD 16;
- update_fmpar(chan);
- end;
-
- ef_ex3_SetKsrM:
- begin
- fmpar_table[chan].ksrM := event[chan].effect2 MOD 16;
- update_fmpar(chan);
- end;
-
- ef_ex3_SetSustainM:
- begin
- fmpar_table[chan].sustM := event[chan].effect2 MOD 16;
- update_fmpar(chan);
- end;
-
- ef_ex3_SetMultipC:
- begin
- fmpar_table[chan].multipC := event[chan].effect2 MOD 16;
- update_fmpar(chan);
- end;
-
- ef_ex3_SetKslC:
- begin
- fmpar_table[chan].kslC := event[chan].effect2 MOD 16;
- update_fmpar(chan);
- end;
-
- ef_ex3_SetTremoloC:
- begin
- fmpar_table[chan].tremC := event[chan].effect2 MOD 16;
- update_fmpar(chan);
- end;
-
- ef_ex3_SetVibratoC:
- begin
- fmpar_table[chan].vibrC := event[chan].effect2 MOD 16;
- update_fmpar(chan);
- end;
-
- ef_ex3_SetKsrC:
- begin
- fmpar_table[chan].ksrC := event[chan].effect2 MOD 16;
- update_fmpar(chan);
- end;
-
- ef_ex3_SetSustainC:
- begin
- fmpar_table[chan].sustC := event[chan].effect2 MOD 16;
- update_fmpar(chan);
- end;
- end;
- end;
-
- For chan := 1 to songdata.nm_tracks do
- begin
- If (event[chan].effect_def+event[chan].effect = 0) then
- If (glfsld_table[chan] = 0) then effect_table[chan] := 0
- else begin
- event_table[chan].effect_def := event[chan].effect_def;
- event_table[chan].effect := event[chan].effect;
- end;
-
- If (event[chan].effect_def2+event[chan].effect2 = 0) then
- If (glfsld_table2[chan] = 0) then effect_table2[chan] := 0
- else begin
- event_table[chan].effect_def2 := event[chan].effect_def2;
- event_table[chan].effect2 := event[chan].effect2;
- end;
-
- If (event[chan].note = event[chan].note OR keyoff_flag) then key_off(chan)
- else If NOT (LO(effect_table[chan]) in [ef_TonePortamento,
- ef_TPortamVolSlide,
- ef_TPortamVSlideFine,
- ef_extended2+ef_fix2+ef_ex2_NoteDelay]) and
- NOT (LO(effect_table2[chan]) in [ef_TonePortamento,
- ef_TPortamVolSlide,
- ef_TPortamVSlideFine,
- ef_extended2+ef_fix2+ef_ex2_NoteDelay]) then
- If NOT (((event[chan].effect_def2 = ef_SwapArpeggio) or
- (event[chan].effect_def2 = ef_SwapVibrato)) and
- (event[chan].effect_def = ef_Extended) and
- (event[chan].effect DIV 16 = ef_ex_ExtendedCmd) and
- (event[chan].effect MOD 16 = ef_ex_cmd_NoRestart)) and
- NOT (((event[chan].effect_def = ef_SwapArpeggio) or
- (event[chan].effect_def = ef_SwapVibrato)) and
- (event[chan].effect_def2 = ef_Extended) and
- (event[chan].effect2 DIV 16 = ef_ex_ExtendedCmd) and
- (event[chan].effect2 MOD 16 = ef_ex_cmd_NoRestart)) then
- output_note(event[chan].note,voice_table[chan],chan,TRUE)
- else output_note_NR(event[chan].note,voice_table[chan],chan,TRUE)
- else If (event[chan].note <> 0) and
- (event_table[chan].note = event_table[chan].note OR keyoff_flag) and
- ((event[chan].effect_def in [ef_TonePortamento,
- ef_TPortamVolSlide,
- ef_TPortamVSlideFine]) or
- (event[chan].effect_def2 in [ef_TonePortamento,
- ef_TPortamVolSlide,
- ef_TPortamVSlideFine])) then
- output_note(event_table[chan].note AND NOT keyoff_flag,voice_table[chan],chan,FALSE)
- else If (event[chan].note <> 0) then
- event_table[chan].note := event[chan].note;
-
- Case event[chan].effect_def of
- ef_SwapArpeggio:
- begin
- If (event[chan].effect_def2 = ef_Extended) and
- (event[chan].effect2 DIV 16 = ef_ex_ExtendedCmd) and
- (event[chan].effect2 MOD 16 = ef_ex_cmd_NoRestart) then
- begin
- If (macro_table[chan].arpg_pos >
- songdata.macro_table[event[chan].effect].arpeggio.length) then
- macro_table[chan].arpg_pos :=
- songdata.macro_table[event[chan].effect].arpeggio.length;
- macro_table[chan].arpg_table := event[chan].effect;
- end
- else begin
- macro_table[chan].arpg_count := 1;
- macro_table[chan].arpg_pos := 0;
- macro_table[chan].arpg_table := event[chan].effect;
- macro_table[chan].arpg_note := event_table[chan].note;
- end;
- end;
-
- ef_SwapVibrato:
- begin
- If (event[chan].effect_def2 = ef_Extended) and
- (event[chan].effect2 DIV 16 = ef_ex_ExtendedCmd) and
- (event[chan].effect2 MOD 16 = ef_ex_cmd_NoRestart) then
- begin
- If (macro_table[chan].vib_table >
- songdata.macro_table[event[chan].effect].vibrato.length) then
- macro_table[chan].vib_pos :=
- songdata.macro_table[event[chan].effect].vibrato.length;
- macro_table[chan].vib_table := event[chan].effect;
- end
- else begin
- macro_table[chan].vib_count := 1;
- macro_table[chan].vib_pos := 0;
- macro_table[chan].vib_table := event[chan].effect;
- macro_table[chan].vib_delay := songdata.macro_table[macro_table[chan].vib_table].vibrato.delay;
- end;
- end;
-
- ef_SetCustomSpeedTab:
- generate_custom_vibrato(event[chan].effect);
- end;
-
- Case event[chan].effect_def2 of
- ef_SwapArpeggio:
- begin
- If (event[chan].effect_def = ef_Extended) and
- (event[chan].effect DIV 16 = ef_ex_ExtendedCmd) and
- (event[chan].effect MOD 16 = ef_ex_cmd_NoRestart) then
- begin
- If (macro_table[chan].arpg_pos >
- songdata.macro_table[event[chan].effect2].arpeggio.length) then
- macro_table[chan].arpg_pos :=
- songdata.macro_table[event[chan].effect2].arpeggio.length;
- macro_table[chan].arpg_table := event[chan].effect2;
- end
- else begin
- macro_table[chan].arpg_count := 1;
- macro_table[chan].arpg_pos := 0;
- macro_table[chan].arpg_table := event[chan].effect2;
- macro_table[chan].arpg_note := event_table[chan].note;
- end;
- end;
-
- ef_SwapVibrato:
- begin
- If (event[chan].effect_def = ef_Extended) and
- (event[chan].effect DIV 16 = ef_ex_ExtendedCmd) and
- (event[chan].effect MOD 16 = ef_ex_cmd_NoRestart) then
- begin
- If (macro_table[chan].vib_table >
- songdata.macro_table[event[chan].effect2].vibrato.length) then
- macro_table[chan].vib_pos :=
- songdata.macro_table[event[chan].effect2].vibrato.length;
- macro_table[chan].vib_table := event[chan].effect2;
- end
- else begin
- macro_table[chan].vib_count := 1;
- macro_table[chan].vib_pos := 0;
- macro_table[chan].vib_table := event[chan].effect2;
- macro_table[chan].vib_delay := songdata.macro_table[macro_table[chan].vib_table].vibrato.delay;
- end;
- end;
-
- ef_SetCustomSpeedTab:
- generate_custom_vibrato(event[chan].effect2);
- end;
-
- update_fine_effects(chan);
- end;
-
- If pattern_delay then
- begin
- time_playing := time_playing+1/tempo*tickD;
- If (time_playing > 3600-1) then time_playing := 0;
- end
- else begin
- time_playing := time_playing+1/tempo*speed;
- If (time_playing > 3600-1) then time_playing := 0;
- end;
-end;
-
-procedure portamento_up(chan: Byte; slide: Word; limit: Word);
-
-var
- freq: Word;
-
-begin
- freq := calc_freq_shift_up(freq_table[chan] AND $1fff,slide);
- If (freq <= limit) then change_frequency(chan,freq)
- else change_frequency(chan,limit);
-end;
-
-procedure portamento_down(chan: Byte; slide: Word; limit: Word);
-
-var
- freq: Word;
-
-begin
- freq := calc_freq_shift_down(freq_table[chan] AND $1fff,slide);
- If (freq >= limit) then change_frequency(chan,freq)
- else change_frequency(chan,limit);
-end;
-
-procedure macro_vibrato__porta_up(chan: Byte; depth: Byte);
-
-var
- freq: Word;
-
-begin
- freq := calc_freq_shift_up(macro_table[chan].vib_freq AND $1fff,depth);
- If (freq <= nFreq(12*8+1)) then change_freq(chan,freq)
- else change_freq(chan,nFreq(12*8+1));
-end;
-
-procedure macro_vibrato__porta_down(chan: Byte; depth: Byte);
-
-var
- freq: Word;
-
-begin
- freq := calc_freq_shift_down(macro_table[chan].vib_freq AND $1fff,depth);
- If (freq >= nFreq(0)) then change_freq(chan,freq)
- else change_freq(chan,nFreq(0));
-end;
-
-procedure tone_portamento(chan: Byte);
-begin
- If (freq_table[chan] AND $1fff > porta_table[chan].freq) then
- portamento_down(chan,porta_table[chan].speed,porta_table[chan].freq)
- else If (freq_table[chan] AND $1fff < porta_table[chan].freq) then
- portamento_up(chan,porta_table[chan].speed,porta_table[chan].freq);
-end;
-
-procedure tone_portamento2(chan: Byte);
-begin
- If (freq_table[chan] AND $1fff > porta_table2[chan].freq) then
- portamento_down(chan,porta_table2[chan].speed,porta_table2[chan].freq)
- else If (freq_table[chan] AND $1fff < porta_table2[chan].freq) then
- portamento_up(chan,porta_table2[chan].speed,porta_table2[chan].freq);
-end;
-
-procedure slide_volume_up(chan,slide: Byte);
-
-var
- temp: Word;
- limit1,limit2,vLo,vHi: Byte;
-
-procedure slide_carrier_volume_up;
-begin
- vLo := LO(temp);
- vHi := HI(temp);
- If (vHi-slide >= limit1) then temp := concw(vLo,vHi-slide)
- else temp := concw(vLo,limit1);
- set_ins_volume(BYTE_NULL,HI(temp),chan);
- volume_table[chan] := temp;
-end;
-
-procedure slide_modulator_volume_up;
-begin
- vLo := LO(temp);
- vHi := HI(temp);
- If (vLo-slide >= limit2) then temp := concw(vLo-slide,vHi)
- else temp := concw(limit2,vHi);
- set_ins_volume(LO(temp),BYTE_NULL,chan);
- volume_table[chan] := temp;
-end;
-
-begin
- If NOT peak_lock[chan] then limit1 := 0
- else limit1 := ins_parameter(event_table[chan].instr_def,3) AND $3f;
-
- If NOT peak_lock[chan] then limit2 := 0
- else limit2 := ins_parameter(event_table[chan].instr_def,2) AND $3f;
- temp := volume_table[chan];
-
- Case volslide_type[chan] of
- 0: begin
- slide_carrier_volume_up;
- If (ins_parameter(voice_table[chan],10) AND 1 = 1) or
- (percussion_mode and (chan in [17..20])) then
- slide_modulator_volume_up;
- end;
- 1: slide_carrier_volume_up;
- 2: slide_modulator_volume_up;
- 3: begin
- slide_carrier_volume_up;
- slide_modulator_volume_up;
- end;
- end;
-end;
-
-procedure slide_volume_down(chan,slide: Byte);
-
-var
- temp: Word;
- vLo,vHi: Byte;
-
-procedure slide_carrier_volume_down;
-begin
- vLo := LO(temp);
- vHi := HI(temp);
- If (vHi+slide <= 63) then temp := concw(vLo,vHi+slide)
- else temp := concw(vLo,63);
- set_ins_volume(BYTE_NULL,HI(temp),chan);
- volume_table[chan] := temp;
-end;
-
-procedure slide_modulator_volume_down;
-begin
- vLo := LO(temp);
- vHi := HI(temp);
- If (vLo+slide <= 63) then temp := concw(vLo+slide,vHi)
- else temp := concw(63,vHi);
- set_ins_volume(LO(temp),BYTE_NULL,chan);
- volume_table[chan] := temp;
-end;
-
-begin
- temp := volume_table[chan];
- Case volslide_type[chan] of
- 0: begin
- slide_carrier_volume_down;
- If (ins_parameter(voice_table[chan],10) AND 1 = 1) or
- (percussion_mode and (chan in [17..20])) then
- slide_modulator_volume_down;
- end;
- 1: slide_carrier_volume_down;
- 2: slide_modulator_volume_down;
- 3: begin
- slide_carrier_volume_down;
- slide_modulator_volume_down;
- end;
- end;
-end;
-
-procedure volume_slide(chan,up_speed,down_speed: Byte);
-begin
- If (up_speed <> 0) then slide_volume_up(chan,up_speed)
- else If (down_speed <> 0) then slide_volume_down(chan,down_speed);
-end;
-
-procedure global_volume_slide(up_speed,down_speed: Byte);
-begin
- If (up_speed <> BYTE_NULL) then
- global_volume := max(global_volume+up_speed,63);
- If (down_speed <> BYTE_NULL) then
- If (global_volume >= down_speed) then Dec(global_volume,down_speed)
- else global_volume := 0;
- set_global_volume;
-end;
-
-procedure arpeggio(chan: Byte);
-
-const
- arpgg_state: array[0..2] of Byte = (1,2,0);
-
-var
- freq: Word;
-
-begin
- Case arpgg_table[chan].state of
- 0: freq := nFreq(arpgg_table[chan].note-1);
- 1: freq := nFreq(arpgg_table[chan].note-1 +arpgg_table[chan].add1);
- 2: freq := nFreq(arpgg_table[chan].note-1 +arpgg_table[chan].add2);
- end;
-
- arpgg_table[chan].state := arpgg_state[arpgg_table[chan].state];
- change_frequency(chan,freq+
- SHORTINT(ins_parameter(event_table[chan].instr_def,12)));
-end;
-
-procedure arpeggio2(chan: Byte);
-
-const
- arpgg_state: array[0..2] of Byte = (1,2,0);
-
-var
- freq: Word;
-
-begin
- Case arpgg_table2[chan].state of
- 0: freq := nFreq(arpgg_table2[chan].note-1);
- 1: freq := nFreq(arpgg_table2[chan].note-1 +arpgg_table2[chan].add1);
- 2: freq := nFreq(arpgg_table2[chan].note-1 +arpgg_table2[chan].add2);
- end;
-
- arpgg_table2[chan].state := arpgg_state[arpgg_table2[chan].state];
- change_frequency(chan,freq+
- SHORTINT(ins_parameter(event_table[chan].instr_def,12)));
-end;
-
-procedure vibrato(chan: Byte);
-
-var
- freq,old_freq: Word;
- direction: Byte;
-
-begin
- Inc(vibr_table[chan].pos,vibr_table[chan].speed*vibtrem_speed_factor);
- freq := calc_vibtrem_shift(vibr_table[chan].depth,
- vibr_table[chan].pos,direction);
- old_freq := freq_table[chan];
- If (direction = 0) then portamento_down(chan,freq,nFreq(0))
- else portamento_up(chan,freq,nFreq(12*8+1));
- freq_table[chan] := old_freq;
-end;
-
-procedure vibrato2(chan: Byte);
-
-var
- freq,old_freq: Word;
- direction: Byte;
-
-begin
- Inc(vibr_table2[chan].pos,vibr_table2[chan].speed*vibtrem_speed_factor);
- freq := calc_vibtrem_shift(vibr_table2[chan].depth,
- vibr_table2[chan].pos,direction);
- old_freq := freq_table[chan];
- If (direction = 0) then portamento_down(chan,freq,nFreq(0))
- else portamento_up(chan,freq,nFreq(12*8+1));
- freq_table[chan] := old_freq;
-end;
-
-procedure tremolo(chan: Byte);
-
-var
- vol,old_vol: Word;
- direction: Byte;
-
-begin
- Inc(trem_table[chan].pos,trem_table[chan].speed*vibtrem_speed_factor);
- vol := calc_vibtrem_shift(trem_table[chan].depth,
- trem_table[chan].pos,direction);
- old_vol := volume_table[chan];
- If (direction = 0) then slide_volume_down(chan,vol)
- else slide_volume_up(chan,vol);
- volume_table[chan] := old_vol;
-end;
-
-procedure tremolo2(chan: Byte);
-
-var
- vol,old_vol: Word;
- direction: Byte;
-
-begin
- Inc(trem_table2[chan].pos,trem_table2[chan].speed*vibtrem_speed_factor);
- vol := calc_vibtrem_shift(trem_table2[chan].depth,
- trem_table2[chan].pos,direction);
- old_vol := volume_table[chan];
- If (direction = 0) then slide_volume_down(chan,vol)
- else slide_volume_up(chan,vol);
- volume_table[chan] := old_vol;
-end;
-
-procedure update_effects;
-
-var
- chan,eLo,eHi,
- eLo2,eHi2: Byte;
-
-function chanvol(chan: Byte): Byte;
-begin
- If (ins_parameter(voice_table[chan],10) AND 1 = 0) then chanvol := 63-HI(volume_table[chan])
- else chanvol := 63-Round((LO(volume_table[chan])+HI(volume_table[chan]))/2);
-end;
-
-begin
- For chan := 1 to songdata.nm_tracks do
- begin
- eLo := LO(effect_table[chan]);
- eHi := HI(effect_table[chan]);
- eLo2 := LO(effect_table2[chan]);
- eHi2 := HI(effect_table2[chan]);
-
- Case eLo of
- ef_Arpeggio+ef_fix1:
- arpeggio(chan);
-
- ef_ArpggVSlide:
- begin
- volume_slide(chan,eHi DIV 16,eHi MOD 16);
- arpeggio(chan);
- end;
-
- ef_ArpggVSlideFine:
- arpeggio(chan);
-
- ef_FSlideUp:
- portamento_up(chan,eHi,nFreq(12*8+1));
-
- ef_FSlideDown:
- portamento_down(chan,eHi,nFreq(0));
-
- ef_FSlideUpVSlide:
- begin
- portamento_up(chan,fslide_table[chan],nFreq(12*8+1));
- volume_slide(chan,eHi DIV 16,eHi MOD 16);
- end;
-
- ef_FSlUpVSlF:
- portamento_up(chan,fslide_table[chan],nFreq(12*8+1));
-
- ef_FSlideDownVSlide:
- begin
- portamento_down(chan,fslide_table[chan],nFreq(0));
- volume_slide(chan,eHi DIV 16,eHi MOD 16);
- end;
-
- ef_FSlDownVSlF:
- portamento_down(chan,fslide_table[chan],nFreq(0));
-
- ef_FSlUpFineVSlide:
- volume_slide(chan,eHi DIV 16,eHi MOD 16);
-
- ef_FSlDownFineVSlide:
- volume_slide(chan,eHi DIV 16,eHi MOD 16);
-
- ef_TonePortamento:
- tone_portamento(chan);
-
- ef_TPortamVolSlide:
- begin
- volume_slide(chan,eHi DIV 16,eHi MOD 16);
- tone_portamento(chan);
- end;
-
- ef_TPortamVSlideFine:
- tone_portamento(chan);
-
- ef_Vibrato:
- If NOT vibr_table[chan].fine then
- vibrato(chan);
-
- ef_Tremolo:
- If NOT trem_table[chan].fine then
- tremolo(chan);
-
- ef_VibratoVolSlide:
- begin
- volume_slide(chan,eHi DIV 16,eHi MOD 16);
- If NOT vibr_table[chan].fine then
- vibrato(chan);
- end;
-
- ef_VibratoVSlideFine:
- If NOT vibr_table[chan].fine then
- vibrato(chan);
-
- ef_VolSlide:
- volume_slide(chan,eHi DIV 16,eHi MOD 16);
-
- ef_RetrigNote:
- If (retrig_table[chan] >= eHi) then
- begin
- retrig_table[chan] := 0;
- output_note(event_table[chan].note,
- event_table[chan].instr_def,chan,TRUE);
- end
- else Inc(retrig_table[chan]);
-
- ef_MultiRetrigNote:
- If (retrig_table[chan] >= eHi DIV 16) then
- begin
- Case eHi MOD 16 of
- 0,8: ;
-
- 1: slide_volume_down(chan,1);
- 2: slide_volume_down(chan,2);
- 3: slide_volume_down(chan,4);
- 4: slide_volume_down(chan,8);
- 5: slide_volume_down(chan,16);
-
- 9: slide_volume_up(chan,1);
- 10: slide_volume_up(chan,2);
- 11: slide_volume_up(chan,4);
- 12: slide_volume_up(chan,8);
- 13: slide_volume_up(chan,16);
-
-
- 6: slide_volume_down(chan,chanvol(chan)-
- Round(chanvol(chan)*2/3));
- 7: slide_volume_down(chan,chanvol(chan)-
- Round(chanvol(chan)*1/2));
-
- 14: slide_volume_up(chan,max(Round(chanvol(chan)*3/2)-
- chanvol(chan),63));
- 15: slide_volume_up(chan,max(Round(chanvol(chan)*2)-
- chanvol(chan),63));
- end;
-
- retrig_table[chan] := 0;
- output_note(event_table[chan].note,
- event_table[chan].instr_def,chan,TRUE);
- end
- else Inc(retrig_table[chan]);
-
- ef_Tremor:
- If (tremor_table[chan].pos >= 0) then
- begin
- If (SUCC(tremor_table[chan].pos) <= eHi DIV 16) then
- Inc(tremor_table[chan].pos)
- else begin
- slide_volume_down(chan,63);
- tremor_table[chan].pos := -1;
- end;
- end
- else If (PRED(tremor_table[chan].pos) >= -(eHi MOD 16)) then
- Dec(tremor_table[chan].pos)
- else begin
- set_ins_volume(LO(tremor_table[chan].volume),
- HI(tremor_table[chan].volume),chan);
- tremor_table[chan].pos := 1;
- end;
-
- ef_extended2+ef_fix2+ef_ex2_NoteDelay:
- If (notedel_table[chan] = 0) then
- begin
- notedel_table[chan] := BYTE_NULL;
- output_note(event_table[chan].note,
- event_table[chan].instr_def,chan,TRUE);
- end
- else Dec(notedel_table[chan]);
-
- ef_extended2+ef_fix2+ef_ex2_NoteCut:
- If (notecut_table[chan] = 0) then
- begin
- notecut_table[chan] := BYTE_NULL;
- key_off(chan);
- end
- else Dec(notecut_table[chan]);
-
- ef_extended2+ef_fix2+ef_ex2_GlVolSlideUp:
- global_volume_slide(eHi,BYTE_NULL);
-
- ef_extended2+ef_fix2+ef_ex2_GlVolSlideDn:
- global_volume_slide(BYTE_NULL,eHi);
- end;
-
- Case eLo2 of
- ef_Arpeggio+ef_fix1:
- arpeggio2(chan);
-
- ef_ArpggVSlide:
- begin
- volume_slide(chan,eHi2 DIV 16,eHi2 MOD 16);
- arpeggio2(chan);
- end;
-
- ef_ArpggVSlideFine:
- arpeggio2(chan);
-
- ef_FSlideUp:
- portamento_up(chan,eHi2,nFreq(12*8+1));
-
- ef_FSlideDown:
- portamento_down(chan,eHi2,nFreq(0));
-
- ef_FSlideUpVSlide:
- begin
- portamento_up(chan,fslide_table2[chan],nFreq(12*8+1));
- volume_slide(chan,eHi2 DIV 16,eHi2 MOD 16);
- end;
-
- ef_FSlUpVSlF:
- portamento_up(chan,fslide_table2[chan],nFreq(12*8+1));
-
- ef_FSlideDownVSlide:
- begin
- portamento_down(chan,fslide_table2[chan],nFreq(0));
- volume_slide(chan,eHi2 DIV 16,eHi2 MOD 16);
- end;
-
- ef_FSlDownVSlF:
- portamento_down(chan,fslide_table2[chan],nFreq(0));
-
- ef_FSlUpFineVSlide:
- volume_slide(chan,eHi2 DIV 16,eHi2 MOD 16);
-
- ef_FSlDownFineVSlide:
- volume_slide(chan,eHi2 DIV 16,eHi2 MOD 16);
-
- ef_TonePortamento:
- tone_portamento2(chan);
-
- ef_TPortamVolSlide:
- begin
- volume_slide(chan,eHi2 DIV 16,eHi2 MOD 16);
- tone_portamento2(chan);
- end;
-
- ef_TPortamVSlideFine:
- tone_portamento2(chan);
-
- ef_Vibrato:
- If NOT vibr_table2[chan].fine then
- vibrato2(chan);
-
- ef_Tremolo:
- If NOT trem_table2[chan].fine then
- tremolo2(chan);
-
- ef_VibratoVolSlide:
- begin
- volume_slide(chan,eHi2 DIV 16,eHi2 MOD 16);
- If NOT vibr_table2[chan].fine then
- vibrato2(chan);
- end;
-
- ef_VibratoVSlideFine:
- If NOT vibr_table2[chan].fine then
- vibrato2(chan);
-
- ef_VolSlide:
- volume_slide(chan,eHi2 DIV 16,eHi2 MOD 16);
-
- ef_RetrigNote:
- If (retrig_table2[chan] >= eHi2) then
- begin
- retrig_table2[chan] := 0;
- output_note(event_table[chan].note,
- event_table[chan].instr_def,chan,TRUE);
- end
- else Inc(retrig_table2[chan]);
-
- ef_MultiRetrigNote:
- If (retrig_table2[chan] >= eHi2 DIV 16) then
- begin
- Case eHi2 MOD 16 of
- 0,8: ;
-
- 1: slide_volume_down(chan,1);
- 2: slide_volume_down(chan,2);
- 3: slide_volume_down(chan,4);
- 4: slide_volume_down(chan,8);
- 5: slide_volume_down(chan,16);
-
- 9: slide_volume_up(chan,1);
- 10: slide_volume_up(chan,2);
- 11: slide_volume_up(chan,4);
- 12: slide_volume_up(chan,8);
- 13: slide_volume_up(chan,16);
-
-
- 6: slide_volume_down(chan,chanvol(chan)-
- Round(chanvol(chan)*2/3));
- 7: slide_volume_down(chan,chanvol(chan)-
- Round(chanvol(chan)*1/2));
-
- 14: slide_volume_up(chan,max(Round(chanvol(chan)*3/2)-
- chanvol(chan),63));
- 15: slide_volume_up(chan,max(Round(chanvol(chan)*2)-
- chanvol(chan),63));
- end;
-
- retrig_table2[chan] := 0;
- output_note(event_table[chan].note,
- event_table[chan].instr_def,chan,TRUE);
- end
- else Inc(retrig_table2[chan]);
-
- ef_Tremor:
- If (tremor_table2[chan].pos >= 0) then
- begin
- If (SUCC(tremor_table2[chan].pos) <= eHi2 DIV 16) then
- Inc(tremor_table2[chan].pos)
- else begin
- slide_volume_down(chan,63);
- tremor_table2[chan].pos := -1;
- end;
- end
- else If (PRED(tremor_table2[chan].pos) >= -(eHi2 MOD 16)) then
- Dec(tremor_table2[chan].pos)
- else begin
- set_ins_volume(LO(tremor_table2[chan].volume),
- HI(tremor_table2[chan].volume),chan);
- tremor_table2[chan].pos := 1;
- end;
-
- ef_extended2+ef_fix2+ef_ex2_NoteDelay:
- If (notedel_table[chan] = 0) then
- begin
- notedel_table[chan] := BYTE_NULL;
- output_note(event_table[chan].note,
- event_table[chan].instr_def,chan,TRUE);
- end
- else Dec(notedel_table[chan]);
-
- ef_extended2+ef_fix2+ef_ex2_NoteCut:
- If (notecut_table[chan] = 0) then
- begin
- notecut_table[chan] := BYTE_NULL;
- key_off(chan);
- end
- else Dec(notecut_table[chan]);
-
- ef_extended2+ef_fix2+ef_ex2_GlVolSlideUp:
- global_volume_slide(eHi2,BYTE_NULL);
-
- ef_extended2+ef_fix2+ef_ex2_GlVolSlideDn:
- global_volume_slide(BYTE_NULL,eHi2);
- end;
- end;
-end;
-
-procedure update_fine_effects(chan: Byte);
-
-var
- eLo,eHi,
- eLo2,eHi2: Byte;
-
-begin
- eLo := LO(effect_table[chan]);
- eHi := HI(effect_table[chan]);
- eLo2 := LO(effect_table2[chan]);
- eHi2 := HI(effect_table2[chan]);
-
- Case eLo of
- ef_ArpggVSlideFine:
- volume_slide(chan,eHi DIV 16,eHi MOD 16);
-
- ef_FSlideUpFine:
- portamento_up(chan,eHi,nFreq(12*8+1));
-
- ef_FSlideDownFine:
- portamento_down(chan,eHi,nFreq(0));
-
- ef_FSlUpVSlF:
- volume_slide(chan,eHi DIV 16,eHi MOD 16);
-
- ef_FSlDownVSlF:
- volume_slide(chan,eHi DIV 16,eHi MOD 16);
-
- ef_FSlUpFineVSlide:
- portamento_up(chan,fslide_table[chan],nFreq(12*8+1));
-
- ef_FSlUpFineVSlF:
- begin
- portamento_up(chan,fslide_table[chan],nFreq(12*8+1));
- volume_slide(chan,eHi DIV 16,eHi MOD 16);
- end;
-
- ef_FSlDownFineVSlide:
- portamento_down(chan,fslide_table[chan],nFreq(0));
-
- ef_FSlDownFineVSlF:
- begin
- portamento_down(chan,fslide_table[chan],nFreq(0));
- volume_slide(chan,eHi DIV 16,eHi MOD 16);
- end;
-
- ef_TPortamVSlideFine:
- volume_slide(chan,eHi DIV 16,eHi MOD 16);
-
- ef_Vibrato:
- If vibr_table[chan].fine then
- vibrato(chan);
-
- ef_Tremolo:
- If trem_table[chan].fine then
- tremolo(chan);
-
- ef_VibratoVolSlide:
- If vibr_table[chan].fine then
- vibrato(chan);
-
- ef_VibratoVSlideFine:
- begin
- volume_slide(chan,eHi DIV 16,eHi MOD 16);
- If vibr_table[chan].fine then
- vibrato(chan);
- end;
-
- ef_VolSlideFine:
- volume_slide(chan,eHi DIV 16,eHi MOD 16);
-
- ef_extended2+ef_fix2+ef_ex2_GlVolSlideUpF:
- global_volume_slide(eHi,BYTE_NULL);
-
- ef_extended2+ef_fix2+ef_ex2_GlVolSlideDnF:
- global_volume_slide(BYTE_NULL,eHi);
- end;
-
- Case eLo2 of
- ef_ArpggVSlideFine:
- volume_slide(chan,eHi2 DIV 16,eHi2 MOD 16);
-
- ef_FSlideUpFine:
- portamento_up(chan,eHi2,nFreq(12*8+1));
-
- ef_FSlideDownFine:
- portamento_down(chan,eHi2,nFreq(0));
-
- ef_FSlUpVSlF:
- volume_slide(chan,eHi2 DIV 16,eHi2 MOD 16);
-
- ef_FSlDownVSlF:
- volume_slide(chan,eHi2 DIV 16,eHi2 MOD 16);
-
- ef_FSlUpFineVSlide:
- portamento_up(chan,fslide_table2[chan],nFreq(12*8+1));
-
- ef_FSlUpFineVSlF:
- begin
- portamento_up(chan,fslide_table2[chan],nFreq(12*8+1));
- volume_slide(chan,eHi2 DIV 16,eHi2 MOD 16);
- end;
-
- ef_FSlDownFineVSlide:
- portamento_down(chan,fslide_table2[chan],nFreq(0));
-
- ef_FSlDownFineVSlF:
- begin
- portamento_down(chan,fslide_table2[chan],nFreq(0));
- volume_slide(chan,eHi2 DIV 16,eHi2 MOD 16);
- end;
-
- ef_TPortamVSlideFine:
- volume_slide(chan,eHi2 DIV 16,eHi2 MOD 16);
-
- ef_Vibrato:
- If vibr_table2[chan].fine then
- vibrato2(chan);
-
- ef_Tremolo:
- If trem_table2[chan].fine then
- tremolo2(chan);
-
- ef_VibratoVolSlide:
- If vibr_table2[chan].fine then
- vibrato2(chan);
-
- ef_VibratoVSlideFine:
- begin
- volume_slide(chan,eHi2 DIV 16,eHi2 MOD 16);
- If vibr_table2[chan].fine then
- vibrato2(chan);
- end;
-
- ef_VolSlideFine:
- volume_slide(chan,eHi2 DIV 16,eHi2 MOD 16);
-
- ef_extended2+ef_fix2+ef_ex2_GlVolSlideUpF:
- global_volume_slide(eHi2,BYTE_NULL);
-
- ef_extended2+ef_fix2+ef_ex2_GlVolSlideDnF:
- global_volume_slide(BYTE_NULL,eHi2);
- end;
-end;
-
-procedure update_extra_fine_effects;
-
-var
- chan,eLo,eHi,
- eLo2,eHi2: Byte;
-
-begin
- For chan := 1 to songdata.nm_tracks do
- begin
- eLo := LO(effect_table[chan]);
- eHi := HI(effect_table[chan]);
- eLo2 := LO(effect_table2[chan]);
- eHi2 := HI(effect_table2[chan]);
-
- Case eLo of
- ef_extended2+ef_fix2+ef_ex2_GlVolSldUpXF:
- global_volume_slide(eHi,BYTE_NULL);
-
- ef_extended2+ef_fix2+ef_ex2_GlVolSldDnXF:
- global_volume_slide(BYTE_NULL,eHi);
-
- ef_extended2+ef_fix2+ef_ex2_VolSlideUpXF:
- volume_slide(chan,eHi,0);
-
- ef_extended2+ef_fix2+ef_ex2_VolSlideDnXF:
- volume_slide(chan,0,eHi);
-
- ef_extended2+ef_fix2+ef_ex2_FreqSlideUpXF:
- portamento_up(chan,eHi,nFreq(12*8+1));
-
- ef_extended2+ef_fix2+ef_ex2_FreqSlideDnXF:
- portamento_down(chan,eHi,nFreq(0));
-
- ef_ExtraFineArpeggio:
- arpeggio(chan);
-
- ef_ExtraFineVibrato:
- If NOT vibr_table[chan].fine then
- vibrato(chan);
-
- ef_ExtraFineTremolo:
- If NOT trem_table[chan].fine then
- tremolo(chan);
- end;
-
- Case eLo2 of
- ef_extended2+ef_fix2+ef_ex2_GlVolSldUpXF:
- global_volume_slide(eHi2,BYTE_NULL);
-
- ef_extended2+ef_fix2+ef_ex2_GlVolSldDnXF:
- global_volume_slide(BYTE_NULL,eHi2);
-
- ef_extended2+ef_fix2+ef_ex2_VolSlideUpXF:
- volume_slide(chan,eHi2,0);
-
- ef_extended2+ef_fix2+ef_ex2_VolSlideDnXF:
- volume_slide(chan,0,eHi2);
-
- ef_extended2+ef_fix2+ef_ex2_FreqSlideUpXF:
- portamento_up(chan,eHi2,nFreq(12*8+1));
-
- ef_extended2+ef_fix2+ef_ex2_FreqSlideDnXF:
- portamento_down(chan,eHi2,nFreq(0));
-
- ef_ExtraFineArpeggio:
- arpeggio2(chan);
-
- ef_ExtraFineVibrato:
- If NOT vibr_table2[chan].fine then
- vibrato2(chan);
-
- ef_ExtraFineTremolo:
- If NOT trem_table2[chan].fine then
- tremolo2(chan);
- end;
- end;
-end;
-
-function calc_following_order(order: Byte): Integer;
-
-var
- result: Integer;
- index,jump_count: Byte;
-
-begin
- _debug_str_ := 'A2PLAYER.PAS:calc_following_order';
- result := -1;
- index := order;
- jump_count := 0;
-
- Repeat
- If (songdata.pattern_order[index] < $80) then result := index
- else begin
- index := songdata.pattern_order[index]-$80;
- Inc(jump_count);
- end;
- until (jump_count > $7f) or
- (result <> -1);
-
- calc_following_order := result;
-end;
-
-function calc_order_jump: Integer;
-
-var
- temp: Byte;
- result: Integer;
-
-begin
- _debug_str_ := 'A2PLAYER.PAS:calc_order_jump';
- result := 0;
- temp := 0;
-
- Repeat
- If (songdata.pattern_order[current_order] > $7f) then
- current_order := songdata.pattern_order[current_order]-$80;
- Inc(temp);
- until (temp > $7f) or (songdata.pattern_order[current_order] < $80);
-
- If (temp > $7f) then begin stop_playing; result := -1; end;
- calc_order_jump := result;
-end;
-
-procedure update_song_position;
-
-var
- temp: Byte;
-
-begin
- _debug_str_ := 'A2PLAYER.PAS:update_song_position';
- If (current_line < PRED(songdata.patt_len)) and NOT pattern_break then Inc(current_line)
- else begin
- If NOT (pattern_break and (next_line AND $0f0 = pattern_loop_flag)) and
- (current_order < $7f) then
- begin
- FillChar(loopbck_table,SizeOf(loopbck_table),BYTE_NULL);
- FillChar(loop_table,SizeOf(loop_table),BYTE_NULL);
- Inc(current_order);
- end;
-
- If pattern_break and (next_line AND $0f0 = pattern_loop_flag) then
- begin
- temp := next_line-pattern_loop_flag;
- next_line := loopbck_table[temp];
- If (loop_table[temp][current_line] <> 0) then
- Dec(loop_table[temp][current_line]);
- end
- else If pattern_break and (next_line AND $0f0 = pattern_break_flag) then
- begin
- current_order := event_table[next_line-pattern_break_flag].effect;
- pattern_break := FALSE;
- end
- else If (current_order > $7f) then
- current_order := 0;
-
- If (songdata.pattern_order[current_order] > $7f) then
- If (calc_order_jump = -1) then EXIT;
-
- current_pattern := songdata.pattern_order[current_order];
- If NOT pattern_break then current_line := 0
- else begin
- pattern_break := FALSE;
- current_line := next_line;
- end;
- end;
-
- For temp := 1 to songdata.nm_tracks do
- begin
- glfsld_table[temp] := 0;
- glfsld_table2[temp] := 0;
- end;
-
- If (current_line = 0) and
- (current_order = calc_following_order(0)) and speed_update then
- begin
- tempo := songdata.tempo;
- speed := songdata.speed;
- update_timer(tempo);
- end;
-end;
-
-procedure poll_proc;
-
-var
- temp: Byte;
-
-var
- _debug_str_bak_: String;
-
-begin
- _debug_str_bak_ := _debug_str_;
- _debug_str_ := 'A2PLAYER.PAS:_poll_proc';
-
- If (NOT pattern_delay and (ticks-tick0+1 >= speed)) or
- fast_forward then
- begin
- If (songdata.pattern_order[current_order] > $7f) then
- If (calc_order_jump = -1) then EXIT;
-
- current_pattern := songdata.pattern_order[current_order];
- play_line;
- If NOT fast_forward then update_effects
- else For temp := 1 to speed do
- begin
- update_effects;
- If (temp MOD 4 = temp) then
- update_extra_fine_effects;
- Inc(ticks);
- end;
-
- If fast_forward or NOT pattern_delay then
- update_song_position;
-
- tick0 := ticks;
- If fast_forward then
- If NOT pattern_delay then synchronize_song_timer;
-
- If fast_forward and pattern_delay then
- begin
- tickD := 0;
- pattern_delay := FALSE;
- end;
-
- If fast_forward then fast_forward := FALSE;
- end
- else
- begin
- update_effects;
- Inc(ticks);
- If pattern_delay and (tickD > 1) then Dec(tickD)
- else begin
- If pattern_delay then
- begin
- tick0 := ticks;
- update_song_position;
- end;
- pattern_delay := FALSE;
- end;
- end;
-
- Inc(tickXF);
- If (tickXF MOD 4 = 0) then
- begin
- update_extra_fine_effects;
- Dec(tickXF,4);
- end;
- _debug_str_ := _debug_str_bak_;
-end;
-
-procedure macro_poll_proc;
-
-const
- IDLE = $0fff;
- FINISHED = $0ffff;
-
-var
- chan: Byte;
- finished_flag: Word;
-
-var
- _debug_str_bak_: String;
-
-function _ins_adsr_data_empty(ins: Byte): Boolean;
-begin
- _ins_adsr_data_empty :=
- (ins_parameter(ins,5) SHR 4 = 0) and
- (ins_parameter(ins,4) SHR 4 = 0) and
- (ins_parameter(ins,5) AND $0f = 0) and
- (ins_parameter(ins,4) AND $0f = 0) and
- (ins_parameter(ins,7) SHR 4 = 0) and
- (ins_parameter(ins,6) SHR 4 = 0) and
- (ins_parameter(ins,7) AND $0f = 0) and
- (ins_parameter(ins,6) AND $0f = 0);
-end;
-
-begin
- _debug_str_bak_ := _debug_str_;
- _debug_str_ := 'ADT2UNIT.PAS:macro_poll_proc';
- For chan := 1 to songdata.nm_tracks do
- begin
- If NOT keyoff_loop[chan] then finished_flag := FINISHED
- else finished_flag := IDLE;
-
- With macro_table[chan] do
- begin
- With songdata.instr_macros[fmreg_table] do
- If (fmreg_table <> 0) and (speed <> 0) then
- If (fmreg_duration > 1) then Dec(fmreg_duration)
- else begin
- fmreg_count := 1;
- If (fmreg_pos <= length) then
- If (loop_begin <> 0) and (loop_length <> 0) then
- If (fmreg_pos = loop_begin+PRED(loop_length)) then
- fmreg_pos := loop_begin
- else If (fmreg_pos < length) then Inc(fmreg_pos)
- else fmreg_pos := finished_flag
- else If (fmreg_pos < length) then Inc(fmreg_pos)
- else fmreg_pos := finished_flag
- else fmreg_pos := finished_flag;
-
- If (freq_table[chan] OR $2000 = freq_table[chan]) and
- (keyoff_pos <> 0) and
- (fmreg_pos >= keyoff_pos) then
- fmreg_pos := IDLE
- else If (freq_table[chan] OR $2000 <> freq_table[chan]) and
- (fmreg_pos <> 0) and (keyoff_pos <> 0) and
- ((fmreg_pos < keyoff_pos) or (fmreg_pos = IDLE)) then
- fmreg_pos := keyoff_pos;
-
- If (fmreg_pos <> 0) and
- (fmreg_pos <> IDLE) and (fmreg_pos <> finished_flag) then
- begin
- fmreg_duration := data[fmreg_pos].duration;
- If (fmreg_duration <> 0) then
- With data[fmreg_pos] do
- begin
- // force KEY-ON with missing ADSR instrument data
- force_macro_keyon := FALSE;
- If (fmreg_pos = 1) then
- If _ins_adsr_data_empty(voice_table[chan]) and
- NOT (songdata.dis_fmreg_col[fmreg_table][0] and
- songdata.dis_fmreg_col[fmreg_table][1] and
- songdata.dis_fmreg_col[fmreg_table][2] and
- songdata.dis_fmreg_col[fmreg_table][3] and
- songdata.dis_fmreg_col[fmreg_table][12] and
- songdata.dis_fmreg_col[fmreg_table][13] and
- songdata.dis_fmreg_col[fmreg_table][14] and
- songdata.dis_fmreg_col[fmreg_table][15]) then
- force_macro_keyon := TRUE;
-
- If NOT songdata.dis_fmreg_col[fmreg_table][0] then
- fmpar_table[chan].adsrw_mod.attck := fm_data.ATTCK_DEC_modulator SHR 4;
-
- If NOT songdata.dis_fmreg_col[fmreg_table][1] then
- fmpar_table[chan].adsrw_mod.dec := fm_data.ATTCK_DEC_modulator AND $0f;
-
- If NOT songdata.dis_fmreg_col[fmreg_table][2] then
- fmpar_table[chan].adsrw_mod.sustn := fm_data.SUSTN_REL_modulator SHR 4;
-
- If NOT songdata.dis_fmreg_col[fmreg_table][3] then
- fmpar_table[chan].adsrw_mod.rel := fm_data.SUSTN_REL_modulator AND $0f;
-
- If NOT songdata.dis_fmreg_col[fmreg_table][4] then
- fmpar_table[chan].adsrw_mod.wform := fm_data.WAVEFORM_modulator AND $07;
-
- If NOT songdata.dis_fmreg_col[fmreg_table][6] then
- fmpar_table[chan].kslM := fm_data.KSL_VOLUM_modulator SHR 6;
-
- If NOT songdata.dis_fmreg_col[fmreg_table][7] then
- fmpar_table[chan].multipM := fm_data.AM_VIB_EG_modulator AND $0f;
-
- If NOT songdata.dis_fmreg_col[fmreg_table][8] then
- fmpar_table[chan].tremM := fm_data.AM_VIB_EG_modulator SHR 7;
-
- If NOT songdata.dis_fmreg_col[fmreg_table][9] then
- fmpar_table[chan].vibrM := fm_data.AM_VIB_EG_modulator SHR 6 AND 1;
-
- If NOT songdata.dis_fmreg_col[fmreg_table][10] then
- fmpar_table[chan].ksrM := fm_data.AM_VIB_EG_modulator SHR 4 AND 1;
-
- If NOT songdata.dis_fmreg_col[fmreg_table][11] then
- fmpar_table[chan].sustM := fm_data.AM_VIB_EG_modulator SHR 5 AND 1;
-
- If NOT songdata.dis_fmreg_col[fmreg_table][12] then
- fmpar_table[chan].adsrw_car.attck := fm_data.ATTCK_DEC_carrier SHR 4;
-
- If NOT songdata.dis_fmreg_col[fmreg_table][13] then
- fmpar_table[chan].adsrw_car.dec := fm_data.ATTCK_DEC_carrier AND $0f;
-
- If NOT songdata.dis_fmreg_col[fmreg_table][14] then
- fmpar_table[chan].adsrw_car.sustn := fm_data.SUSTN_REL_carrier SHR 4;
-
- If NOT songdata.dis_fmreg_col[fmreg_table][15] then
- fmpar_table[chan].adsrw_car.rel := fm_data.SUSTN_REL_carrier AND $0f;
-
- If NOT songdata.dis_fmreg_col[fmreg_table][16] then
- fmpar_table[chan].adsrw_car.wform := fm_data.WAVEFORM_carrier AND $07;
-
- If NOT songdata.dis_fmreg_col[fmreg_table][18] then
- fmpar_table[chan].kslC := fm_data.KSL_VOLUM_carrier SHR 6;
-
- If NOT songdata.dis_fmreg_col[fmreg_table][19] then
- fmpar_table[chan].multipC := fm_data.AM_VIB_EG_carrier AND $0f;
-
- If NOT songdata.dis_fmreg_col[fmreg_table][20] then
- fmpar_table[chan].tremC := fm_data.AM_VIB_EG_carrier SHR 7;
-
- If NOT songdata.dis_fmreg_col[fmreg_table][21] then
- fmpar_table[chan].vibrC := fm_data.AM_VIB_EG_carrier SHR 6 AND 1;
-
- If NOT songdata.dis_fmreg_col[fmreg_table][22] then
- fmpar_table[chan].ksrC := fm_data.AM_VIB_EG_carrier SHR 4 AND 1;
-
- If NOT songdata.dis_fmreg_col[fmreg_table][23] then
- fmpar_table[chan].sustC := fm_data.AM_VIB_EG_carrier SHR 5 AND 1;
-
- If NOT songdata.dis_fmreg_col[fmreg_table][24] then
- fmpar_table[chan].connect := fm_data.FEEDBACK_FM AND 1;
-
- If NOT songdata.dis_fmreg_col[fmreg_table][25] then
- fmpar_table[chan].feedb := fm_data.FEEDBACK_FM SHR 1 AND 7;
-
- If NOT songdata.dis_fmreg_col[fmreg_table][27] then
- If NOT pan_lock[chan] then
- panning_table[chan] := panning;
-
- If NOT songdata.dis_fmreg_col[fmreg_table][5] then
- set_ins_volume(63-fm_data.KSL_VOLUM_modulator AND $3f,
- BYTE_NULL,chan);
-
- If NOT songdata.dis_fmreg_col[fmreg_table][17] then
- set_ins_volume(BYTE_NULL,
- 63-fm_data.KSL_VOLUM_carrier AND $3f,chan);
-
- update_modulator_adsrw(chan);
- update_carrier_adsrw(chan);
- update_fmpar(chan);
-
- If force_macro_keyon or
- NOT (fm_data.FEEDBACK_FM OR $80 <> fm_data.FEEDBACK_FM) then
- output_note(event_table[chan].note,
- event_table[chan].instr_def,chan,FALSE);
-
- If NOT songdata.dis_fmreg_col[fmreg_table][26] then
- If (freq_slide > 0) then
- portamento_up(chan,freq_slide,nFreq(12*8+1))
- else If (freq_slide < 0) then
- portamento_down(chan,Abs(freq_slide),nFreq(0));
- end;
- end;
- end;
-
- With songdata.macro_table[arpg_table].arpeggio do
- If (arpg_table <> 0) and (speed <> 0) then
- If (arpg_count = speed) then
- begin
- arpg_count := 1;
- If (arpg_pos <= length) then
- If (loop_begin <> 0) and (loop_length <> 0) then
- If (arpg_pos = loop_begin+PRED(loop_length)) then
- arpg_pos := loop_begin
- else If (arpg_pos < length) then Inc(arpg_pos)
- else arpg_pos := finished_flag
- else If (arpg_pos < length) then Inc(arpg_pos)
- else arpg_pos := finished_flag
- else arpg_pos := finished_flag;
-
- If (freq_table[chan] OR $2000 = freq_table[chan]) and
- (keyoff_pos <> 0) and
- (arpg_pos >= keyoff_pos) then
- arpg_pos := IDLE
- else If (freq_table[chan] OR $2000 <> freq_table[chan]) and
- (keyoff_pos <> 0) and (keyoff_pos <> 0) and
- ((arpg_pos < keyoff_pos) or (arpg_pos = IDLE)) then
- arpg_pos := keyoff_pos;
-
- If (arpg_pos <> 0) and
- (arpg_pos <> IDLE) and (arpg_pos <> finished_flag) then
- Case data[arpg_pos] of
- 0: change_frequency(chan,
- nFreq(arpg_note-1)+
- SHORTINT(ins_parameter(event_table[chan].instr_def,12)));
-
- 1..96:
- change_frequency(chan,
- nFreq(max(arpg_note+data[arpg_pos],97)-1)+
- SHORTINT(ins_parameter(event_table[chan].instr_def,12)));
-
- $80..$80+12*8+1:
- change_frequency(chan,nFreq(data[arpg_pos]-$80-1)+
- SHORTINT(ins_parameter(event_table[chan].instr_def,12)));
- end;
- end
- else Inc(arpg_count);
-
- With songdata.macro_table[vib_table].vibrato do
- If NOT vib_paused and
- (vib_table <> 0) and (speed <> 0) then
- If (vib_count = speed) then
- If (vib_delay <> 0) then Dec(vib_delay)
- else begin
- vib_count := 1;
- If (vib_pos <= length) then
- If (loop_begin <> 0) and (loop_length <> 0) then
- If (vib_pos = loop_begin+PRED(loop_length)) then
- vib_pos := loop_begin
- else If (vib_pos < length) then Inc(vib_pos)
- else vib_pos := finished_flag
- else If (vib_pos < length) then Inc(vib_pos)
- else vib_pos := finished_flag
- else vib_pos := finished_flag;
-
- If (freq_table[chan] OR $2000 = freq_table[chan]) and
- (keyoff_pos <> 0) and
- (vib_pos >= keyoff_pos) then
- vib_pos := IDLE
- else If (freq_table[chan] OR $2000 <> freq_table[chan]) and
- (vib_pos <> 0) and (keyoff_pos <> 0) and
- ((vib_pos < keyoff_pos) or (vib_pos = IDLE)) then
- vib_pos := keyoff_pos;
-
- If (vib_pos <> 0) and
- (vib_pos <> IDLE) and (vib_pos <> finished_flag) then
- If (data[vib_pos] > 0) then
- macro_vibrato__porta_up(chan,data[vib_pos])
- else If (data[vib_pos] < 0) then
- macro_vibrato__porta_down(chan,Abs(data[vib_pos]))
- else change_freq(chan,vib_freq);
- end
- else Inc(vib_count);
- end;
- end;
- _debug_str_ := _debug_str_bak_;
-end;
-
-var
- ticklooper,
- macro_ticklooper: Longint;
-
-procedure timer_poll_proc;
-
-var
- _debug_str_bak_: String;
-
-begin
- _debug_str_bak_ := _debug_str_;
- _debug_str_ := 'A2PLAYER.PAS:timer_poll_proc';
-
- If (timer_det < IRQ_freq DIV 200) then Inc(timer_det)
- else begin
- timer_det := 1;
- Inc(_delay_counter);
- end;
-
- If (current_order = 0) and (current_line = 0) and
- (tick0 = ticks) then
- begin
- song_timer := 0;
- timer_temp := 0;
- song_timer_tenths := 0;
- end;
-
- If (play_status = isPlaying) then
- begin
- song_timer_tenths := Trunc(100/IRQ_freq*timer_temp);
- If (song_timer_tenths = 100) then song_timer_tenths := 0;
- If (timer_temp < IRQ_freq) then Inc(timer_temp)
- else begin
- Inc(song_timer);
- timer_temp := 1;
- end;
- end;
-
- If (song_timer > 3600-1) then
- begin
- song_timer := 0;
- timer_temp := 0;
- song_timer_tenths := 0;
- end;
-
- If (ticklooper = 0) and NOT replay_forbidden then
- poll_proc;
-
- If (macro_ticklooper = 0) then
- macro_poll_proc;
-
- Inc(ticklooper);
- If (ticklooper >= IRQ_freq DIV tempo) or fast_forward then
- ticklooper := 0;
-
- Inc(macro_ticklooper);
- If (macro_ticklooper >= IRQ_freq DIV (tempo*_macro_speedup)) then
- macro_ticklooper := 0;
-
- _debug_str_ := _debug_str_bak_;
-end;
-
-procedure newtimer;
-begin
- _debug_str_ := 'A2PLAYER.PAS:newtimer';
- If irq_mode then timer_poll_proc;
- If (@external_irq_hook <> NIL) then external_irq_hook;
-end;
-
-procedure init_irq;
-begin
- _debug_str_ := 'A2PLAYER.PAS:init_irq';
- If irq_initialized then EXIT;
- irq_initialized := TRUE;
- TimerInstallHandler(@newtimer);
- TimerSetup(50);
-end;
-
-procedure done_irq;
-begin
- _debug_str_ := 'A2PLAYER.PAS:done_irq';
- If NOT irq_initialized then EXIT;
- irq_initialized := FALSE;
- irq_mode := TRUE;
- TimerDone;
- TimerRemoveHandler;
- irq_mode := FALSE;
-end;
-
-function calc_pattern_pos(pattern: Byte): Byte;
-
-var
- index: Integer;
- jump_count,pattern_pos: Byte;
-
-begin
- _debug_str_ := 'A2PLAYER.PAS:calc_pattern_pos';
- pattern_pos := BYTE_NULL;
- jump_count := 0;
- index := calc_following_order(0);
- While (index <> -1) and (jump_count < $7f) do
- If (songdata.pattern_order[index] <> pattern) then
- If NOT (index < $7f) then BREAK
- else begin
- Inc(index);
- index := calc_following_order(index);
- Inc(jump_count);
- end
- else begin
- pattern_pos := index;
- BREAK;
- end;
- calc_pattern_pos := pattern_pos;
-end;
-
-procedure init_buffers;
-
-var
- temp: Byte;
-
-begin
- _debug_str_ := 'A2PLAYER.PAS:init_buffers';
- FillChar(fmpar_table,SizeOf(fmpar_table),0);
- FillChar(pan_lock,SizeOf(pan_lock),BYTE(panlock));
- FillChar(volume_table,SizeOf(volume_table),0);
- FillChar(vscale_table,SizeOf(vscale_table),0);
- FillChar(modulator_vol,SizeOf(modulator_vol),0);
- FillChar(carrier_vol,SizeOf(carrier_vol),0);
- FillChar(event_table,SizeOf(event_table),0);
- FillChar(freq_table,SizeOf(freq_table),0);
- FillChar(effect_table,SizeOf(effect_table),0);
- FillChar(effect_table2,SizeOf(effect_table2),0);
- FillChar(fslide_table,SizeOf(fslide_table),0);
- FillChar(fslide_table2,SizeOf(fslide_table2),0);
- FillChar(glfsld_table,SizeOf(glfsld_table),0);
- FillChar(glfsld_table2,SizeOf(glfsld_table2),0);
- FillChar(porta_table,SizeOf(porta_table),0);
- FillChar(porta_table2,SizeOf(porta_table2),0);
- FillChar(arpgg_table,SizeOf(arpgg_table),0);
- FillChar(arpgg_table2,SizeOf(arpgg_table2),0);
- FillChar(vibr_table,SizeOf(vibr_table),0);
- FillChar(vibr_table2,SizeOf(vibr_table2),0);
- FillChar(trem_table,SizeOf(trem_table),0);
- FillChar(trem_table2,SizeOf(trem_table2),0);
- FillChar(retrig_table,SizeOf(retrig_table),0);
- FillChar(retrig_table2,SizeOf(retrig_table2),0);
- FillChar(tremor_table,SizeOf(tremor_table),0);
- FillChar(tremor_table2,SizeOf(tremor_table2),0);
- FillChar(panning_table,SizeOf(panning_table),0);
- FillChar(last_effect,SizeOf(last_effect),0);
- FillChar(last_effect2,SizeOf(last_effect2),0);
- FillChar(voice_table,SizeOf(voice_table),0);
- FillChar(event_new,SizeOf(event_new),0);
- FillChar(notedel_table,SizeOf(notedel_table),BYTE_NULL);
- FillChar(notecut_table,SizeOf(notecut_table),BYTE_NULL);
- FillChar(ftune_table,SizeOf(ftune_table),0);
- FillChar(loopbck_table,SizeOf(loopbck_table),BYTE_NULL);
- FillChar(loop_table,SizeOf(loop_table),BYTE_NULL);
- FillChar(reset_chan,SizeOf(reset_chan),BYTE(FALSE));
- FillChar(keyoff_loop,SizeOf(keyoff_loop),BYTE(FALSE));
- FillChar(macro_table,SizeOf(macro_table),0);
-
- If NOT lockvol then FillChar(volume_lock,SizeOf(volume_lock),0)
- else For temp := 1 to 20 do volume_lock[temp] := BOOLEAN(songdata.lock_flags[temp] SHR 4 AND 1);
-
- If NOT panlock then FillChar(panning_table,SizeOf(panning_table),0)
- else For temp := 1 to 20 do panning_table[temp] := songdata.lock_flags[temp] AND 3;
-
- If NOT lockVP then FillChar(peak_lock,SizeOf(peak_lock),0)
- else For temp := 1 to 20 do peak_lock[temp] := BOOLEAN(songdata.lock_flags[temp] SHR 5 AND 1);
-
- For temp := 1 to 20 do
- volslide_type[temp] := songdata.lock_flags[temp] SHR 2 AND 3;
-end;
-
-procedure init_player;
-
-var
- temp: Byte;
-
-begin
- _debug_str_ := 'A2PLAYER.PAS:init_player';
- opl2out($01,0);
-
- For temp := 1 to 18 do opl2out($0b0+_chan_n[temp],0);
- For temp := $080 to $08d do opl2out(temp,BYTE_NULL);
- For temp := $090 to $095 do opl2out(temp,BYTE_NULL);
-
- speed_update := BOOLEAN(songdata.common_flag AND 1);
- lockvol := BOOLEAN(songdata.common_flag SHR 1 AND 1);
- lockVP := BOOLEAN(songdata.common_flag SHR 2 AND 1);
- tremolo_depth := songdata.common_flag SHR 3 AND 1;
- vibrato_depth := songdata.common_flag SHR 4 AND 1;
- panlock := BOOLEAN(songdata.common_flag SHR 5 AND 1);
- percussion_mode := BOOLEAN(songdata.common_flag SHR 6 AND 1);
- volume_scaling := BOOLEAN(songdata.common_flag SHR 7 AND 1);
-
- current_tremolo_depth := tremolo_depth;
- current_vibrato_depth := vibrato_depth;
- init_buffers;
-
- If NOT percussion_mode then
- begin
- _chan_n := _chmm_n;
- _chan_m := _chmm_m;
- _chan_c := _chmm_c;
- end
- else
- begin
- _chan_n := _chpm_n;
- _chan_m := _chpm_m;
- _chan_c := _chpm_c;
- end;
-
- misc_register := tremolo_depth SHL 7+
- vibrato_depth SHL 6+
- BYTE(percussion_mode) SHL 5;
-
- opl2out($01,$20);
- opl2out($08,$40);
- opl3exp($0105);
- opl3exp($04+songdata.flag_4op SHL 8);
-
- key_off(17);
- key_off(18);
- opl2out(_instr[11],misc_register);
-
- current_tremolo_depth := tremolo_depth;
- current_vibrato_depth := vibrato_depth;
- global_volume := 63;
- vibtrem_speed_factor := def_vibtrem_speed_factor;
- vibtrem_table_size := def_vibtrem_table_size;
- Move(def_vibtrem_table,vibtrem_table,SizeOf(vibtrem_table));
-
- For temp := 1 to 20 do
- begin
- arpgg_table[temp].state := 1;
- voice_table[temp] := temp;
- end;
-end;
-
-procedure stop_playing;
-
-var
- temp: Byte;
-
-begin
- _debug_str_ := 'A2PLAYER.PAS:stop_playing';
- irq_mode := FALSE;
- play_status := isStopped;
- global_volume := 63;
- current_tremolo_depth := tremolo_depth;
- current_vibrato_depth := vibrato_depth;
- pattern_break := FALSE;
- current_order := 0;
- current_pattern := 0;
- current_line := 0;
- song_timer := 0;
- timer_temp := 0;
- song_timer_tenths := 0;
-
- For temp := 1 to 20 do release_sustaining_sound(temp);
- opl2out(_instr[11],0);
- opl3exp($0004);
- opl3exp($0005);
- init_buffers;
-
- speed := songdata.speed;
- update_timer(songdata.tempo);
-end;
-
-procedure init_old_songdata;
-begin
- _debug_str_ := 'A2PLAYER.PAS:init_old_songdata';
- FillChar(old_songdata,SizeOf(old_songdata),0);
- FillChar(old_songdata.pattern_order,SizeOf(old_songdata.pattern_order),$080);
- FillChar(old_songdata.instr_data,SizeOf(old_songdata.instr_data),0);
-end;
-
-procedure init_songdata;
-begin
- _debug_str_ := 'A2PLAYER.PAS:init_songdata';
- If (play_status <> isStopped) then stop_playing
- else init_buffers;
-
- FillChar(songdata,SizeOf(songdata),0);
- FillChar(songdata.pattern_order,SizeOf(songdata.pattern_order),$080);
- FillChar(pattdata^,PATTERN_SIZE*max_patterns,0);
-
- songdata.patt_len := 64;
- songdata.nm_tracks := 9;
- songdata.tempo := tempo;
- songdata.speed := speed;
- songdata.macro_speedup := 1;
- speed_update := FALSE;
- lockvol := FALSE;
- panlock := FALSE;
- lockVP := FALSE;
- tremolo_depth := 0;
- vibrato_depth := 0;
- volume_scaling := FALSE;
-
- If (songdata.nm_tracks <= 18) then
- begin
- percussion_mode := FALSE;
- _chan_n := _chmm_n;
- _chan_m := _chmm_m;
- _chan_c := _chmm_c;
- end
- else
- begin
- percussion_mode := TRUE;
- _chan_n := _chpm_n;
- _chan_m := _chpm_m;
- _chan_c := _chpm_c;
- end;
-end;
-
-procedure start_playing;
-begin
- _debug_str_ := 'A2PLAYER.PAS:start_playing';
- stop_playing;
- If (error_code <> 0) then EXIT
- else init_player;
-
- current_order := 0;
- If (songdata.pattern_order[current_order] > $7f) then
- If (calc_order_jump = -1) then EXIT;
-
- current_pattern := songdata.pattern_order[current_order];
- current_line := 0;
- pattern_break := FALSE;
- pattern_delay := FALSE;
- tickXF := 0;
- ticks := 0;
- tick0 := 0;
- next_line := 0;
- song_timer := 0;
- timer_temp := 0;
- song_timer_tenths := 0;
- irq_mode := TRUE;
- replay_forbidden := FALSE;
- play_status := isPlaying;
- time_playing := 0;
- ticklooper := 0;
- macro_ticklooper := 0;
- speed := songdata.speed;
- macro_speedup := songdata.macro_speedup;
- update_timer(songdata.tempo);
-end;
-
-procedure get_chunk(pattern,line,channel: Byte;
- var chunk: tADTRACK2_EVENT); assembler;
-asm
- mov esi,dword ptr [pattdata]
- mov edi,[chunk]
- mov al,pattern
- inc al
- cmp al,max_patterns
- jbe @@1
- mov ecx,CHUNK_SIZE
- xor al,al
- rep stosb
- jmp @@2
-@@1: xor eax,eax
- mov al,line
- mov ebx,CHUNK_SIZE
- mul ebx
- mov ecx,eax
- xor eax,eax
- mov al,channel
- dec eax
- mov ebx,256*CHUNK_SIZE
- mul ebx
- add ecx,eax
- xor eax,eax
- mov al,pattern
- mov ebx,8
- div ebx
- push eax
- mov eax,edx
- mov ebx,20*256*CHUNK_SIZE
- mul ebx
- add ecx,eax
- pop eax
- mov ebx,8*20*256*CHUNK_SIZE
- mul ebx
- add ecx,eax
- add esi,ecx
- mov ecx,CHUNK_SIZE
- rep movsb
-@@2:
-end;
-
-procedure put_chunk(pattern,line,channel: Byte;
- chunk: tADTRACK2_EVENT); assembler;
-asm
- mov esi,[chunk]
- mov edi,dword ptr [pattdata]
- mov al,pattern
- inc al
- cmp al,max_patterns
- jbe @@1
- mov limit_exceeded,TRUE
- jmp @@2
-@@1: xor eax,eax
- mov al,line
- mov ebx,CHUNK_SIZE
- mul ebx
- mov ecx,eax
- xor eax,eax
- mov al,channel
- dec eax
- mov ebx,256*CHUNK_SIZE
- mul ebx
- add ecx,eax
- xor eax,eax
- mov al,pattern
- mov ebx,8
- div ebx
- push eax
- mov eax,edx
- mov ebx,20*256*CHUNK_SIZE
- mul ebx
- add ecx,eax
- pop eax
- mov ebx,8*20*256*CHUNK_SIZE
- mul ebx
- add ecx,eax
- add edi,ecx
- mov ecx,CHUNK_SIZE
- rep movsb
-@@2:
-end;
-
-procedure count_order(var entries: Byte);
-
-var
- index,
- index2: Byte;
-
-begin
- _debug_str_ := 'A2PLAYER.PAS:count_order';
- index := 0;
- index2 := 0;
-
- Repeat
- If (songdata.pattern_order[index] <> $80) then
- begin
- If (songdata.pattern_order[index] > $80) then
- If (songdata.pattern_order[index]-$80 <> index2) then
- begin
- index := songdata.pattern_order[index]-$80;
- index2 := index;
- end
- else BREAK;
- end
- else BREAK;
- If (index < $80) then Inc(index);
- until (index > $7f);
-
- entries := index;
-end;
-
-var
- old_exit_proc: Pointer;
- temp: Byte;
-
-procedure new_exit_proc;
-begin
- _debug_str_ := 'A2PLAYER.PAS:new_exit_proc';
- stop_playing;
- done_irq;
- FreeMem(pattdata,PATTERN_SIZE*max_patterns);
-end;
-
-begin
- old_exit_proc := ExitProc;
- ExitProc := @new_exit_proc;
-
- error_code := 0;
- temp := $80;
- Repeat
- If (MemAvail > PATTERN_SIZE*temp) then
- begin
- max_patterns := temp;
- BREAK;
- end
- else If (temp-$10 >= $10) then Dec(temp,$10)
- else begin
- error_code := -2;
- BREAK;
- end;
- until FALSE;
-
- If (error_code <> -2) then
- GetMem(pattdata,PATTERN_SIZE*max_patterns);
-
- FillChar(decay_bar,SizeOf(decay_bar),0);
- play_status := isStopped;
- init_songdata;
- init_irq;
- timer_det := 1;
-end.
projects / 16.git / blobdiff