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[FILE] Tune generation tool
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From: |
Vincent Pelletier |
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Subject: |
[FILE] Tune generation tool |
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Date: |
Tue, 12 Jul 2005 21:37:55 +0200 |
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User-agent: |
Debian Thunderbird 1.0.2 (X11/20050602) |
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Here is the source of a little tool to generate tunes for Grub 2 play
command.
Quick coded, could be more powerful but I'm not sure it's worth the work.
I'm not sure if it should enter the cvs, too. And if it does, where ?
Vincent Pelletier
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/* The 12th root of 2. Sort of. */
#define T_TEMP_SCALE 1.0594630943592952645
#define T_DOWN_ONE_HALF(x) ((short) (x / T_TEMP_SCALE))
#define T_UP_ONE_HALF(x) ((short) (x * T_TEMP_SCALE))
#define T_DOWN_ONE_OCTAVE(x) ((short) (x / 2))
#define T_UP_ONE_OCTAVE(x) ((short) (x * 2))
#define T_REST ((short) 0)
#define T_FINE ((short) (-1))
#define T_b_3 T_UP_ONE_OCTAVE (T_b_2)
#define T_b_F_3 T_UP_ONE_OCTAVE (T_b_F_2)
#define T_a_S_3 T_b_F_3
#define T_a_3 T_UP_ONE_OCTAVE (T_a_2)
#define T_a_F_3 T_UP_ONE_OCTAVE (T_a_F_2)
#define T_g_S_3 T_a_F_3
#define T_g_3 T_UP_ONE_OCTAVE (T_g_2)
#define T_g_F_3 T_f_S_3
#define T_f_S_3 T_UP_ONE_OCTAVE (T_f_S_2)
#define T_f_3 T_UP_ONE_OCTAVE (T_f_2)
#define T_e_3 T_UP_ONE_OCTAVE (T_e_2)
#define T_e_F_3 T_UP_ONE_OCTAVE (T_e_F_2)
#define T_d_S_3 T_e_F_3
#define T_d_3 T_UP_ONE_OCTAVE (T_d_2)
#define T_d_F_3 T_c_S_3
#define T_c_S_3 T_UP_ONE_OCTAVE (T_c_S_2)
#define T_c_3 T_UP_ONE_OCTAVE (T_c_2)
#define B6 T_b_3
#define BF6 T_b_F_3
#define AS6 T_a_S_3
#define A6 T_a_3
#define AF6 T_a_F_3
#define GS6 T_g_S_3
#define G6 T_g_3
#define GF6 T_g_F_3
#define FS6 T_f_S_3
#define F6 T_f_3
#define E6 T_e_3
#define EF6 T_e_F_3
#define DS6 T_d_S_3
#define D6 T_d_3
#define DF6 T_d_F_3
#define CS6 T_c_S_3
#define C6 T_c_3
#define T_b_2 T_UP_ONE_OCTAVE (T_b_1)
#define T_b_F_2 T_UP_ONE_OCTAVE (T_b_F_1)
#define T_a_S_2 T_b_F_2
#define T_a_2 T_UP_ONE_OCTAVE (T_a_1)
#define T_a_F_2 T_UP_ONE_OCTAVE (T_a_F_1)
#define T_g_S_2 T_a_F_2
#define T_g_2 T_UP_ONE_OCTAVE (T_g_1)
#define T_g_F_2 T_f_S_2
#define T_f_S_2 T_UP_ONE_OCTAVE (T_f_S_1)
#define T_f_2 T_UP_ONE_OCTAVE (T_f_1)
#define T_e_2 T_UP_ONE_OCTAVE (T_e_1)
#define T_e_F_2 T_UP_ONE_OCTAVE (T_e_F_1)
#define T_d_S_2 T_e_F_2
#define T_d_2 T_UP_ONE_OCTAVE (T_d_1)
#define T_d_F_2 T_c_S_2
#define T_c_S_2 T_UP_ONE_OCTAVE (T_c_S_1)
#define T_c_2 T_UP_ONE_OCTAVE (T_c_1)
#define B5 T_b_2
#define BF5 T_b_F_2
#define AS5 T_a_S_2
#define A5 T_a_2
#define AF5 T_a_F_2
#define GS5 T_g_S_2
#define G5 T_g_2
#define GF5 T_g_F_2
#define FS5 T_f_S_2
#define F5 T_f_2
#define E5 T_e_2
#define EF5 T_e_F_2
#define DS5 T_d_S_2
#define D5 T_d_2
#define DF5 T_d_F_2
#define CS5 T_c_S_2
#define C5 T_c_2
#define T_b_1 T_UP_ONE_HALF (T_b_F_1)
#define T_b_F_1 T_UP_ONE_HALF (T_a_1)
#define T_a_S_1 T_b_F_1
#define T_a_1 ((short) (440))
#define T_a_F_1 T_DOWN_ONE_HALF (T_a_1)
#define T_g_S_1 T_a_F_1
#define T_g_1 T_DOWN_ONE_HALF (T_a_F_1)
#define T_g_F_1 T_f_S_1
#define T_f_S_1 T_DOWN_ONE_HALF (T_g_1)
#define T_f_1 T_DOWN_ONE_HALF (T_f_S_1)
#define T_e_1 T_DOWN_ONE_HALF (T_f_1)
#define T_e_F_1 T_DOWN_ONE_HALF (T_e_1)
#define T_d_S_1 T_e_F_1
#define T_d_1 T_DOWN_ONE_HALF (T_e_F_1)
#define T_d_F_1 T_c_S_1
#define T_c_S_1 T_DOWN_ONE_HALF (T_d_1)
#define T_c_1 T_DOWN_ONE_HALF (T_c_S_1)
#define B4 T_b_1
#define BF4 T_b_F_1
#define AS4 T_a_S_1
#define A4 T_a_1
#define AF4 T_a_F_1
#define GS4 T_g_S_1
#define G4 T_g_1
#define GF4 T_g_F_1
#define FS4 T_f_S_1
#define F4 T_f_1
#define E4 T_e_1
#define EF4 T_e_F_1
#define DS4 T_d_S_1
#define D4 T_d_1
#define DF4 T_d_F_1
#define CS4 T_c_S_1
#define C4 T_c_1
#define T_b T_DOWN_ONE_OCTAVE (T_b_1)
#define T_b_F T_DOWN_ONE_OCTAVE (T_b_F_1)
#define T_a_S T_b_F
#define T_a T_DOWN_ONE_OCTAVE (T_a_1)
#define T_a_F T_DOWN_ONE_OCTAVE (T_a_F_1)
#define T_g_S T_a_F
#define T_g T_DOWN_ONE_OCTAVE (T_g_1)
#define T_g_F T_f_S
#define T_f_S T_DOWN_ONE_OCTAVE (T_f_S_1)
#define T_f T_DOWN_ONE_OCTAVE (T_f_1)
#define T_e T_DOWN_ONE_OCTAVE (T_e_1)
#define T_e_F T_DOWN_ONE_OCTAVE (T_e_F_1)
#define T_d_S T_e_F
#define T_d T_DOWN_ONE_OCTAVE (T_d_1)
#define T_d_F T_c_S
#define T_c_S T_DOWN_ONE_OCTAVE (T_c_S_1)
#define T_c T_DOWN_ONE_OCTAVE (T_c_1)
#define B3 T_b
#define BF3 T_b_F
#define AS3 T_a_S
#define A3 T_a
#define AF3 T_a_F
#define GS3 T_g_S
#define G3 T_g
#define GF3 T_g_F
#define FS3 T_f_S
#define F3 T_f
#define E3 T_e
#define EF3 T_e_F
#define DS3 T_d_S
#define D3 T_d
#define DF3 T_d_F
#define CS3 T_c_S
#define C3 T_c
#define T_b_0 T_DOWN_ONE_OCTAVE (T_b)
#define T_b_F_0 T_DOWN_ONE_OCTAVE (T_b_F)
#define T_a_S_0 T_b_F_0
#define T_a_0 T_DOWN_ONE_OCTAVE (T_a)
#define T_a_F_0 T_DOWN_ONE_OCTAVE (T_a_F)
#define T_g_S_0 T_a_F_0
#define T_g_0 T_DOWN_ONE_OCTAVE (T_g)
#define T_g_F_0 T_f_S_0
#define T_f_S_0 T_DOWN_ONE_OCTAVE (T_f_S)
#define T_f_0 T_DOWN_ONE_OCTAVE (T_f)
#define T_e_0 T_DOWN_ONE_OCTAVE (T_e)
#define T_e_F_0 T_DOWN_ONE_OCTAVE (T_e_F)
#define T_d_S_0 T_e_F_0
#define T_d_0 T_DOWN_ONE_OCTAVE (T_d)
#define T_d_F_0 T_c_S_0
#define T_c_S_0 T_DOWN_ONE_OCTAVE (T_c_S)
#define T_c_0 T_DOWN_ONE_OCTAVE (T_c)
#define B2 T_b_0
#define BF2 T_b_F_0
#define AS2 T_a_S_0
#define A2 T_a_0
#define AF2 T_a_F_0
#define GS2 T_g_S_0
#define G2 T_g_0
#define GF2 T_g_F_0
#define FS2 T_f_S_0
#define F2 T_f_0
#define E2 T_e_0
#define EF2 T_e_F_0
#define DS2 T_d_S_0
#define D2 T_d_0
#define DF2 T_d_F_0
#define CS2 T_c_S_0
#define C2 T_c_0
struct note
{
short pitch;
short duration;
};
struct melody
{
char *name;
int measure;
struct note *next;
struct note note[];
};
#include <stdio.h>
#include "common.h"
struct melody tune1 =
{ "FSF_Song", 160, NULL, {
/* The Free Software Song. Measure: 7/4. */
{ T_d_2, 16 }, { T_c_2, 8 }, { T_b_1, 16 }, { T_a_1, 16 },
{ T_b_1, 16 }, { T_c_2, 8 }, { T_b_1, 8 }, { T_a_1, 8 }, { T_g_1, 16 },
{ T_g_1, 24 }, { T_a_1, 24 }, { T_b_1, 8 },
{ T_c_2, 24 }, { T_b_1, 14 }, { T_REST, 2 }, { T_b_1, 8 }, { T_d_2, 8 },
{ T_a_1, 22 }, { T_REST, 2 }, { T_a_1, 32 },
{ T_c_2, 16 }, { T_d_2, 8 }, { T_c_2, 16 }, { T_b_1, 24 },
{ T_d_2, 16 }, { T_c_2, 8 }, { T_b_1, 16 }, { T_a_1, 16 },
{ T_b_1, 16 }, { T_c_2, 8 }, { T_b_1, 8 }, { T_a_1, 8 }, { T_g_1, 16 },
{ T_g_1, 24 }, { T_a_1, 24 }, { T_b_1, 8 },
{ T_c_2, 24 }, { T_b_1, 14 }, { T_REST, 2 }, { T_b_1, 8 }, { T_d_2, 8 },
{ T_a_1, 22 }, { T_REST, 2 }, { T_a_1, 30 }, { T_REST, 2 },
{ T_a_1, 56 }, { T_FINE, 0 }
} };
struct melody tune2 =
{ "I_Feel_Pretty", 160, NULL, {
/* I feel pretty. Measure: 3/4. By Leonard Bernstein. */
{ T_c_1, 8 }, { T_e_1, 8 },
{ T_f_1, 4 }, { T_a_1, 20 },
{ T_REST, 8 }, { T_c_1, 8 }, { T_e_1, 8 },
{ T_f_1, 4 }, { T_a_1, 20 },
{ T_REST, 8 }, { T_c_1, 8 }, { T_e_1, 8 },
{ T_f_1, 4 }, { T_a_1, 12 }, { T_e_1, 8 },
{ T_f_1, 4 }, { T_a_1, 12 }, { T_f_1, 8 },
{ T_c_2, 32 },
{ T_b_F_1,8 }, { T_a_1, 8 },
{ T_g_1, 4 }, { T_f_1, 20 },
{ T_REST, 8 }, { T_g_1, 8 }, { T_a_1, 8 },
{ T_b_F_1,12}, { T_a_1, 4 }, { T_g_1, 4 }, { T_f_1, 4 },
{ T_e_1, 16 }, { T_d_1, 3 }, { T_e_1, 2 }, { T_d_1, 3 },
{ T_c_1, 56 }, { T_FINE, 0 }
} };
struct melody tune3 =
{ "Summertime", 120, NULL, {
/* Summertime. Measure: 4/4. By George & Ira Gershwin. */
{ T_b_1, 8 }, { T_g_1, 8 },
{ T_b_1, 36 }, { T_REST, 4 }, { T_a_1, 6 }, { T_g_1, 2 },
{ T_a_1, 6 }, { T_b_1, 2 }, { T_g_1, 8 },
{ T_e_1, 16 }, { T_b, 24 }, { T_REST, 8 },
{ T_b_1, 8 }, { T_g_1, 8 },
{ T_a_1, 3 }, { T_REST, 1 }, { T_a_1, 28 },
{ T_REST, 8 }, { T_g_1, 6 }, { T_e_1, 2 },
{ T_g_1, 6 }, { T_e_1, 2 }, { T_g_1, 8 },
{ T_f_S_1,48}, { T_REST, 4 }, { T_b_1, 8 }, { T_g_1, 4 },
{ T_b_1, 3 }, { T_REST, 1 }, { T_b_1, 7 }, { T_REST, 1 }, { T_b_1, 20 },
{ T_REST, 8 }, { T_a_1, 6 }, { T_g_1, 2 },
{ T_a_1, 6 }, { T_b_1, 2 }, { T_g_1, 8 },
{ T_e_1, 16 }, { T_b, 32 }, { T_REST, 8 },
{ T_b, 8 }, { T_d_1, 8 }, { T_b, 4 },
{ T_d_1, 4 }, { T_e_1, 8 }, { T_g_1, 8 },
/* Keen attempt at a glissando. */
{ T_b_1, 2 }, { T_b_1 + (T_b_1 - T_a_1) / 3, 1 },
{ T_b_1 + 2 * (T_b_1 - T_a_1) / 3, 1 },
{ T_a_1, 12 }, { T_g_1, 15 }, { T_REST, 1 },
{ T_g_1, 4 }, { T_e_1, 68 },
{ T_FINE, 0 }
} };
struct melody tune4 =
{ "Indiana_Jones_Theme", 250, NULL, {
/* Indiana Jones Theme. Measure: 4/4. By John Williams. */
{ T_e_1, 4 }, { T_REST, 8 }, { T_f_1, 4 },
{ T_g_1, 4 }, { T_REST, 4 }, { T_c_2, 24 },
{ T_REST, 16 }, { T_d_1, 4 }, { T_REST, 8 }, { T_e_1, 4 },
{ T_f_1, 32 },
{ T_REST, 16 }, { T_g_1, 4 }, { T_REST, 8 }, { T_a_1, 4 },
{ T_b_1, 4 }, { T_REST, 4 }, { T_f_2, 24 },
{ T_REST, 16 }, { T_a_1, 4 }, { T_REST, 8 }, { T_b_1, 4 },
{ T_c_2, 8 }, { T_REST, 8 }, { T_d_2, 12 }, { T_REST, 4 },
{ T_e_2, 8 }, { T_REST, 8 },
{ T_e_1, 4 }, { T_REST, 8 }, { T_f_1, 4 },
{ T_g_1, 4 }, { T_REST, 4 }, { T_c_2, 24 },
{ T_REST, 16 }, { T_d_2, 4 }, { T_REST, 8 }, { T_e_2, 4 },
{ T_f_2, 32 },
{ T_REST, 16 }, { T_g_1, 4 }, { T_REST, 8 }, { T_g_1, 4 },
{ T_e_2, 16 }, { T_d_2, 4 }, { T_REST, 8 }, { T_g_1, 4 },
{ T_e_2, 16 }, { T_d_2, 4 }, { T_REST, 8 }, { T_g_1, 4 },
{ T_f_2, 16 }, { T_e_2, 4 }, { T_REST, 8 }, { T_d_2, 4 },
{ T_c_2, 32 }, { T_FINE, 0 }
} };
struct melody tune5 =
{ "Beverly Hills Cop.", 600, NULL, {
/* Axel F, soundtrack of Beverly Hills Cop. By Harold
Faltermeyer, composed by Frank Jr. (address@hidden). */
{ T_e_1, 8 }, { T_REST, 16 }, { T_g_1, 6 }, { T_REST, 8 },
{ T_REST, 8 }, { T_e_1, 4 }, { T_REST, 8 }, { T_e_1, 5 },
{ T_REST, 2 }, { T_a_1, 5 }, { T_REST, 8 }, { T_e_1, 6 },
{ T_REST, 8 }, { T_d_1, 5 }, { T_REST, 8 }, { T_e_1, 6 },
{ T_REST, 8 }, { T_REST, 16 }, { T_b_1, 6 }, { T_REST, 8 },
{ T_REST, 8 }, { T_e_1, 6 }, { T_REST, 8 }, { T_e_1, 6 },
{ T_REST, 2 }, { T_c_2, 4 }, { T_REST, 8 }, { T_b_1, 5 },
{ T_REST, 8 }, { T_g_1, 3 }, { T_REST, 4 }, { T_REST, 8 },
{ T_e_1, 3 }, { T_REST, 4 }, { T_REST, 8 }, { T_b_1, 3 },
{ T_REST, 4 }, { T_REST, 8 }, { T_e_2, 4 }, { T_REST, 8 },
{ T_e_1, 3 }, { T_REST, 4 }, { T_d_1, 5 }, { T_REST, 8 },
{ T_d_1, 5 }, { T_a, 4 }, { T_REST, 4 }, { T_REST, 8 },
{ T_f_1, 12 }, { T_REST, 4 }, { T_e_1, 92 }, { T_REST, 16 },
{ T_REST, 32 }, { T_FINE, 0 }
} };
struct melody tune6 =
{ "Star Trek: The Next Generation", 600, NULL, {
/* Music from the `Star Trek: The Next Generation' episode `Inner
Light'. Composed by Jay Chattaway. */
{ T_f_1, 64 }, { T_REST, 16 }, { T_g_1, 32 }, { T_REST, 8 },
{ T_f_1, 42 }, { T_REST, 8 }, { T_REST, 8 }, { T_b_1, 64 },
{ T_REST, 8 }, { T_REST, 16 }, { T_REST, 8 }, { T_b_1, 42 },
{ T_REST, 8 }, { T_REST, 8 }, { T_c_2, 64 }, { T_REST, 8 },
{ T_REST, 16 }, { T_f_2, 42 }, { T_REST, 8 }, { T_e_2, 85 },
{ T_REST, 8 }, { T_REST, 16 }, { T_c_2, 64 }, { T_REST, 16 },
{ T_g_2, 42 }, { T_REST, 8 }, { T_f_2, 64 }, { T_REST, 8 },
{ T_REST, 8 }, { T_f_1, 42 }, { T_REST, 8 }, { T_e_2, 64 },
{ T_c_2, 21 }, { T_REST, 8 }, { T_b_1, 42 }, { T_REST, 8 },
{ T_g_1, 85 }, { T_FINE, 0 }
} };
struct melody tune99 =
{ "Tetris_Theme", 300, NULL, {
/* */
/* si B
* la A
* sol G
* fa F
* mi E
* re D
* do C
* black = 16 */
{ E5 , 16 }, { B4 , 8 }, { C5 , 8 }, { D5 , 8 }, { E5 , 4 }, { D5 , 4 }, {
C5 , 8 }, { B4 , 8 },
{ A4 , 16 }, { A4 , 8 }, { C5 , 8 }, { E5 , 16 }, { D5 , 8 }, { C5 , 8 },
{ B4 , 24 }, { C5 , 8 }, { D5 , 16 }, { E5 , 16 },
{ C5 , 16 }, { A4 , 16 }, { A4 , 32 },
{ T_REST , 8 }, { D5 , 16 }, { F5 , 8 }, { A6 , 16 }, { G5 , 8 }, { F5 , 8
},
{ E5 , 24 }, { C5 , 8 }, { E5 , 16 }, { D5 , 8 }, { C5 , 8 },
{ B4 , 16 }, { B4 , 8 }, { C5 , 8 }, { D5 , 16 }, { E5 , 16 },
{ C5 , 16 }, { A4 , 16 }, { A4 , 16 }, { T_REST , 16 },
{ E5 , 16 }, { B4 , 8 }, { C5 , 8 }, { D5 , 8 }, { E5 , 4 }, { D5 , 4 }, {
C5 , 8 }, { B4 , 8 },
{ A4 , 16 }, { A4 , 8 }, { C5 , 8 }, { E5 , 16 }, { D5 , 8 }, { C5 , 8 },
{ B4 , 24 }, { C5 , 8 }, { D5 , 16 }, { E5 , 16 },
{ C5 , 16 }, { A4 , 16 }, { A4 , 32 },
{ T_REST , 8 }, { D5 , 16 }, { F5 , 8 }, { A6 , 16 }, { G5 , 8 }, { F5 , 8
},
{ E5 , 24 }, { C5 , 8 }, { E5 , 16 }, { D5 , 8 }, { C5 , 8 },
{ B4 , 16 }, { B4 , 8 }, { C5 , 8 }, { D5 , 16 }, { E5 , 16 },
{ C5 , 16 }, { A4 , 16 }, { A4 , 16 }, { T_REST , 16 },
{ E4 , 32 }, { C4 , 32 },
{ D4 , 32 }, { B3 , 32 },
{ C4 , 32 }, { A3 , 32 },
{ GF2 , 32 }, { B3 , 16 }, { T_REST , 16 },
{ E4 , 32 }, { C4 , 32 },
{ D4 , 32 }, { B3 , 32 },
{ C4 , 16 }, { E4 , 16 }, { A4 , 32 },
{ GS4 , 32 }, { T_REST , 16 }, { T_REST , 16 },
{ E5 , 16 }, { B4 , 8 }, { C5 , 8 }, { D5 , 8 }, { E5 , 4 }, { D5 , 4 }, {
C5 , 8 }, { B4 , 8 },
{ A4 , 16 }, { A4 , 8 }, { C5 , 8 }, { E5 , 16 }, { D5 , 8 }, { C5 , 8 },
{ B4 , 24 }, { C5 , 8 }, { D5 , 16 }, { E5 , 16 },
{ C5 , 16 }, { A4 , 16 }, { A4 , 32 },
{ T_REST , 8 }, { D5 , 16 }, { F5 , 8 }, { A6 , 16 }, { G5 , 8 }, { F5 , 8
},
{ E5 , 24 }, { C5 , 8 }, { E5 , 16 }, { D5 , 8 }, { C5 , 8 },
{ B4 , 16 }, { B4 , 8 }, { C5 , 8 }, { D5 , 16 }, { E5 , 16 },
{ C5 , 16 }, { A4 , 16 }, { A4 , 16 }, { T_REST , 16 },
{ E5 , 16 }, { B4 , 8 }, { C5 , 8 }, { D5 , 8 }, { E5 , 4 }, { D5 , 4 }, {
C5 , 8 }, { B4 , 8 },
{ A4 , 16 }, { A4 , 8 }, { C5 , 8 }, { E5 , 16 }, { D5 , 8 }, { C5 , 8 },
{ B4 , 24 }, { C5 , 8 }, { D5 , 16 }, { E5 , 16 },
{ C5 , 16 }, { A4 , 16 }, { A4 , 32 },
{ T_REST , 8 }, { D5 , 16 }, { F5 , 8 }, { A6 , 16 }, { G5 , 8 }, { F5 , 8
},
{ E5 , 24 }, { C5 , 8 }, { E5 , 16 }, { D5 , 8 }, { C5 , 8 },
{ B4 , 16 }, { B4 , 8 }, { C5 , 8 }, { D5 , 16 }, { E5 , 16 },
{ C5 , 16 }, { A4 , 16 }, { A4 , 16 }, { T_REST , 16 },
{ T_FINE, 0 }
} };
struct melody *tune[] = { &tune1, &tune2, &tune3, &tune4, &tune5, &tune6,
&tune99 };
int main(void)
{
int a,b;
FILE *f;
for(a=0;a<sizeof(tune)/sizeof(tune[0]);a++)
{
b=0;
printf("Number : %i\n",a);
f=fopen(tune[a]->name,"w");
fprintf(f,"%c%c%c%c",tune[a]->measure&0xFF,tune[a]->measure>>8&0xFF,
tune[a]->measure>>16&0xFF,tune[a]->measure>>24&0xFF);
while(tune[a]->note[b].pitch!=T_FINE)
{
fprintf(f,"%c%c%c%c",
tune[a]->note[b].pitch&0xFF,tune[a]->note[b].pitch>>8&0xFF,
tune[a]->note[b].duration&0xFF,tune[a]->note[b].duration>>8&0xFF);
b++;
}
fclose(f);
}
}
- [FILE] Tune generation tool,
Vincent Pelletier <=