add n-spc vcmd documentation to music_macros

This commit is contained in:
scawful
2024-06-25 17:22:04 -04:00
parent e2e7b82ec4
commit f5978be4a2

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@@ -22,12 +22,20 @@
!16thD = $1B
!32nd = $09
macro SetDuration(v)
; Note Parameters ($01-$7F)
; [xy]
; When $xy < $80
; $x = Duration Rate (0-7)
; $y = Velocity Rate (0-15)
; VByte itself means the length of the following note
; (48 = quarter note, usually).
macro SetDuration(v)
db <v>
endmacro
; n default is $7F
macro SetDurationN(v, n)
macro SetDurationN(v, n)
db <v>, <n>
endmacro
@@ -138,20 +146,33 @@ macro SetTempo(v)
db $E7, <v>
endmacro
; - Play block $yyxx for $zz+1 times.
; - Subroutine call cannot be nested.
; - See also $00
; The block $yyxx is played zz + 1 times. Subroutines cannot be nested.
macro CallSubroutine(addr, repeat)
db $EF
dw <addr>
db <repeat>
endmacro
; Set the left and right position of the sound.
; The range of values is as narrow as 0 to 20
; (the actual setting ratio is defined in the internal table).
; Depending on the version, it depends on whether the large value is left or right.
; The upper 2 bits are used for phase inversion.
; Lower-5bit for pan value (0-20), higher-2bit is used for phase reverse switch.
macro SetPan(v)
db $E1, <v>
endmacro
; The position of the sound fades from the current value to yy over xx time.
macro PanFade(length, dest)
db $E2, <length>, <dest>
endmacro
; Enables vibrato (pitch fluctuation / pitch swing).
; Set zz-sized vibrato at yy speed after xx time.
macro VibratoOn(delay, rate, depth)
db $E3, <delay>, <rate>, <depth>
endmacro
@@ -160,22 +181,31 @@ macro VibratoOff()
db $E4
endmacro
; The volume of the entire song fades from the current value to yy over xx time.
macro MasterVolumeFade(length, dest)
db $E6, <length>, <dest>
endmacro
; Specifies the playing speed of the song.
; Value of about 24/60 is written.
macro TempoFade(length, dest)
db $E8, <length>, <dest>
endmacro
; Raises the playing pitch of all channels by xx
; (negative numbers can be specified).
macro GlobalTranspose(tone)
db $E9, <tone>
endmacro
; Raises the playing pitch of a single channel by xx
; (negative numbers can also be specified).
macro ChannelTranspose(tone)
db $EA, <tone>
endmacro
; Enable tremolo (volume fluctuation).
; Set the tremolo of the size of zz to be applied at the speed of yy after xx time.
macro TremoloOn(delay, rate, depth)
db $EB, <delay>, <rate>, <depth>
endmacro
@@ -188,14 +218,23 @@ macro ChannelVolumeFade(length, dest)
db $EE, <length>, <dest>
endmacro
; After temporarily setting the vibrato depth to 0,
; it will smoothly return to the original value over xx time.
macro VibratoFade(length)
db $F0, <length>
endmacro
; Specifies that subsequent sounds will be
; "higher by zz over yy time after xx time."
; zz is a semitone unit, and you can specify a negative number.
macro PitchEnvelopeTo(delay, length, key)
db $F1, <delay>, <length>, <key>
endmacro
; Specifies that subsequent notes will be
; "played at a pitch that is zz higher than normal,
; and will return to normal pitch over yy time after xx time."
; zz is a semitone unit, and you can specify a negative number.
macro PitchEnvelopeFrom(delay, length, key)
db $F2, <delay>, <length>, <key>
endmacro
@@ -204,10 +243,18 @@ macro PitchEnvelopeOff()
db $F3
endmacro
; Change the pitch slightly.
; Only positive numbers can be specified, so the pitch cannot be lowered.
; xx = Unsigned. Make the pitch xx/256 semitones higher.
macro Tuning(v)
db $F4, <v>
endmacro
; Specifies the channel and volume at which echo is enabled.
; The value set in the register remains the same.
; xx = Echo Switch (EON)
; yy = Echo Left Volume (EVOL (L))
; zz = Echo Right Volume (EVOL (R))
macro EchoVBits(switch, left, right)
db $F5, <switch>, <left>, <right>
endmacro
@@ -224,10 +271,34 @@ macro EchoVolumeFade(length, left, right)
db $F8, <length>, <left>, <right>
endmacro
; This VCMD is handled at different timing than other VCMDs.
; utter note $90, (wait), set instrument to $01, utter note $92
; $90, $e0 $01, $92
; utter note $90 then change the key immediately to note $91, (wait),
; utter note $92.
; $90, $f9 $00 $01 $91, $92
; utter note $90 then change the key immediately to note $91, (wait),
; set instrument to $01, utter note $92.
; $90, $f9 $00 $01 $91, $e0 01, $92
; <weird example> utter note $90, (wait), set instrument to $01,
; (pitch slide vcmd appears but note $90 has been end), utter note $92.
; $90, $e0 01, $f9 $00 $01 $91, $92
; Smoothly changes the pitch of the sound being pronounced.
; After xx time from play, it will be changed to the zz pitch
; (absolute designation) over yy time.
; If you want to raise or lower the sound in the middle of one note,
; write this command continuously.
; If the pronunciation time is long, you can write it with Thai.
; Normally, after one Note, it waits for the length of the note
; and then processes the next byte, but only this command
; is read and processed immediately.
macro PitchSlide(delay, length, note)
db $F9, <delay>, <length>, <note>
endmacro
; Determines the correspondence between the percussion value and the sound you hear.
macro PercussionPatchBass(instrument)
db $FA, <instrument>
endmacro
@@ -267,84 +338,103 @@ macro SustainNoteN(note, num)
endif
endmacro
End = $00
End = $00
Tie = $C8
Rest = $C9
Tie = $C8
C1 = $80
C1s = $81
D1 = $82
D1s = $83
E1 = $84
F1 = $85
F1s = $86
G1 = $87
G1s = $88
A1 = $89
A1s = $8A
B1 = $8B
; Percussion Note ($CA-DF)
; VByte itself means percussion note (#).
; Relations between percussion note and SRCN depends on $FA.
; By default, percussion uses the same instrument set as the song,
; and all percussion is keyed on with a note of $A4.
; The starting ID to use for all channels can be redefined by VCMD $FA.
C2 = $8C
C2s = $8D
D2 = $8E
D2s = $8F
E2 = $90
F2 = $91
F2s = $92
G2 = $93
G2s = $94
A2 = $95
A2s = $96
B2 = $97
C3 = $98
C3s = $99
D3 = $9A
D3s = $9B
E3 = $9C
F3 = $9D
F3s = $9E
G3 = $9F
G3s = $A0
A3 = $A1
A3s = $A2
B3 = $A3
; =========================================================
; Tone Map
;
; C C+ D D+ E F F+ G G+ A A+ B
; Oc1 80 81 82 83 84 85 86 87 88 89 8A 8B
; Oc2 8C 8D 8E 8F 90 91 92 93 94 95 96 97
; Oc3 98 99 9A 9B 9C 9D 9E 9F A0 A1 A2 A3
; Oc4 A4 A5 A6 A7 A8 A9 AA AB AC AD AE AF
; Oc5 B0 B1 B2 B3 B4 B5 B6 B7 B8 B9 BA BB
; Oc6 BC BD BE BF C0 C1 C2 C3 C4 C5 C6 C7
C4 = $A4
C4s = $A5
D4 = $A6
D4s = $A7
E4 = $A8
F4 = $A9
F4s = $AA
G4 = $AB
G4s = $AC
A4 = $AD
A4s = $AE
B4 = $AF
C1 = $80
C1s = $81
D1 = $82
D1s = $83
E1 = $84
F1 = $85
F1s = $86
G1 = $87
G1s = $88
A1 = $89
A1s = $8A
B1 = $8B
C5 = $B0
C5s = $B1
D5 = $B2
D5s = $B3
E5 = $B4
F5 = $B5
F5s = $B6
G5 = $B7
G5s = $B8
A5 = $B9
A5s = $BA
B5 = $BB
C2 = $8C
C2s = $8D
D2 = $8E
D2s = $8F
E2 = $90
F2 = $91
F2s = $92
G2 = $93
G2s = $94
A2 = $95
A2s = $96
B2 = $97
C6 = $BC
C6s = $BD
D6 = $BE
D6s = $BF
E6 = $C0
F6 = $C1
F6s = $C2
G6 = $C3
G6s = $C4
A6 = $C5
A6s = $C6
B6 = $C7
C3 = $98
C3s = $99
D3 = $9A
D3s = $9B
E3 = $9C
F3 = $9D
F3s = $9E
G3 = $9F
G3s = $A0
A3 = $A1
A3s = $A2
B3 = $A3
C4 = $A4
C4s = $A5
D4 = $A6
D4s = $A7
E4 = $A8
F4 = $A9
F4s = $AA
G4 = $AB
G4s = $AC
A4 = $AD
A4s = $AE
B4 = $AF
C5 = $B0
C5s = $B1
D5 = $B2
D5s = $B3
E5 = $B4
F5 = $B5
F5s = $B6
G5 = $B7
G5s = $B8
A5 = $B9
A5s = $BA
B5 = $BB
C6 = $BC
C6s = $BD
D6 = $BE
D6s = $BF
E6 = $C0
F6 = $C1
F6s = $C2
G6 = $C3
G6s = $C4
A6 = $C5
A6s = $C6
B6 = $C7