[C decompilation] ZUNSOFT.COM, all of it

And, of course, it recompiles into the exact binary ZUN shipped in 1997.
Success! This project is so going to happen now.
This commit is contained in:
nmlgc 2015-02-17 13:16:08 +01:00
parent cc219ff2b4
commit f861b0a5c3
4 changed files with 267 additions and 837 deletions

View File

@ -4,13 +4,20 @@ echo If this fails or shows other weird behavior, run BUILD16B separately in DOS
REM (Yes, we don't use %0%, as it actually has to be %0 on DOS. Just spelling REM (Yes, we don't use %0%, as it actually has to be %0 on DOS. Just spelling
REM out the name saves us that trouble.) REM out the name saves us that trouble.)
set ReC98_CFLAGS=-Ilibs\master.lib\
set ReC98_LFLAGS=-Lbin\
set ReC98_LINK=tlink set ReC98_LINK=tlink
%ReC98_LINK% 1>NUL 2>NUL %ReC98_LINK% 1>NUL 2>NUL
if errorlevel 9009 goto no_tlink if errorlevel 9009 goto no_tlink
if errorlevel 216 goto 64_bit if errorlevel 216 goto 64_bit
%ReC98_LINK% /t bin\th01\zunsoft.obj tcc 1>NUL 2>NUL
if errorlevel 9009 goto no_tcc
if errorlevel 216 goto 64_bit
tcc -lt -mt %ReC98_CFLAGS% %ReC98_LFLAGS% -O -a2 -nbin\th01\ th01\zunsoft.c masters.lib
%ReC98_LINK% bin\th01\op.obj %ReC98_LINK% bin\th01\op.obj
%ReC98_LINK% bin\th01\reiiden.obj %ReC98_LINK% bin\th01\reiiden.obj
%ReC98_LINK% bin\th01\fuuin.obj %ReC98_LINK% bin\th01\fuuin.obj
@ -39,8 +46,13 @@ goto eof
echo You're running a 64-bit OS. Run BUILD16B.BAT separately in DOSBox instead. echo You're running a 64-bit OS. Run BUILD16B.BAT separately in DOSBox instead.
goto eof goto eof
:no_tcc
echo Could not find TCC.
goto tc4j_bin
:no_tlink :no_tlink
echo Could not find TLINK. echo Could not find TLINK.
goto tc4j_bin
:tc4j_bin
echo Please make sure that the BIN directory of Turbo C++ 4.0J is in your PATH. echo Please make sure that the BIN directory of Turbo C++ 4.0J is in your PATH.
goto eof goto eof

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@ -8,7 +8,6 @@ for /L %%i in (1,1,5) do mkdir bin\th0%%i 2>NUL
%ReC98_ASM% 1>NUL 2>NUL %ReC98_ASM% 1>NUL 2>NUL
if errorlevel 9009 goto no_tasm32 if errorlevel 9009 goto no_tasm32
%ReC98_ASM% th01_zunsoft.asm bin\th01\zunsoft.obj
%ReC98_ASM% th01_op.asm bin\th01\op.obj %ReC98_ASM% th01_op.asm bin\th01\op.obj
%ReC98_ASM% th01_reiiden.asm bin\th01\reiiden.obj %ReC98_ASM% th01_reiiden.asm bin\th01\reiiden.obj
%ReC98_ASM% th01_fuuin.asm bin\th01\fuuin.obj %ReC98_ASM% th01_fuuin.asm bin\th01\fuuin.obj

254
th01/zunsoft.c Normal file
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@ -0,0 +1,254 @@
/* ReC98
* -----
* ZUN Soft logo used in TH01, TH02 and TH03
*/
#include <master.h>
#define CIRCLE_COUNT 4
#define STAR_COUNT 50
const char LOGO_FILENAME[] = "touhou.dat";
static char CIRCLE_COLORS[] = {4, 3, 2, 1};
char page_write;
char page_show;
char tone;
char logo_num;
char wave_len;
char wave_phase;
char wave_amp;
Point circle_pos[CIRCLE_COUNT];
Point star_pos[STAR_COUNT];
int frame;
int circle_speed_x[CIRCLE_COUNT];
int circle_speed_y[CIRCLE_COUNT];
char star_angle;
unsigned char star_speed[STAR_COUNT];
void graph_clear_both(void)
{
graph_accesspage(1);
graph_clear();
graph_accesspage(0);
graph_clear();
graph_showpage(0);
}
void zunsoft_init(void)
{
mem_assign_all();
graph_start();
key_beep_off();
text_systemline_hide();
text_cursor_hide();
egc_start();
graph_clear_both();
text_clear();
page_write = 0;
page_show = 1;
grc_setclip(96, 100, 543, 299);
graph_hide();
super_entry_bfnt(LOGO_FILENAME);
palette_show();
palette_black();
graph_show();
}
void zunsoft_exit(void)
{
super_free();
graph_clear_both();
mem_unassign();
text_clear();
egc_start();
}
void pascal cossin_times(int *cos, int *sin, unsigned char angle, int x)
{
*cos = (x * (long)Cos8(angle)) >> 8;
*sin = (x * (long)Sin8(angle)) >> 8;
}
void objects_setup(void)
{
int i;
circle_pos[0].x = 128; circle_speed_x[0] = -8;
circle_pos[0].y = 320; circle_speed_y[0] = 8;
circle_pos[1].x = 256; circle_speed_x[1] = -8;
circle_pos[1].y = 240; circle_speed_y[1] = 8;
circle_pos[2].x = 384; circle_speed_x[2] = -8;
circle_pos[2].y = 160; circle_speed_y[2] = 8;
circle_pos[3].x = 512; circle_speed_x[3] = -8;
circle_pos[3].y = 80; circle_speed_y[3] = 8;
frame = 0;
tone = 0;
logo_num = 0;
wave_len = 23;
wave_phase = 0;
wave_amp = 0;
for(i = 0; i < STAR_COUNT; i++) {
star_pos[i].x = rand() % 640;
star_pos[i].y = rand() % 400;
star_speed[i] = (rand() % 32) + 6;
}
star_angle = 64;
}
void circles_render_and_update(void)
{
int i = CIRCLE_COUNT - 1;
while(i >= 0) {
grcg_setcolor(GC_RMW, CIRCLE_COLORS[i]);
grcg_circlefill(circle_pos[i].x, circle_pos[i].y, 96);
circle_pos[i].x += circle_speed_x[i];
circle_pos[i].y += circle_speed_y[i];
if(circle_pos[i].x <= 32 || circle_pos[i].x > 607) {
circle_speed_x[i] *= -1;
}
if(circle_pos[i].y <= 32 || circle_pos[i].y > 367) {
circle_speed_y[i] *= -1;
}
i--;
}
grcg_off();
}
void stars_render_and_update(void)
{
int i;
grcg_setcolor(GC_RMW, 5);
for(i = 0; i < STAR_COUNT; i++) {
int cos, sin;
grcg_pset(star_pos[i].x, star_pos[i].y);
cossin_times(&cos, &sin, star_angle, star_speed[i]);
star_pos[i].x += cos;
star_pos[i].y += sin;
if(star_pos[i].x < 0) {
star_pos[i].x += 640;
} else if(star_pos[i].x >= 640) {
star_pos[i].x -= 640;
}
if(star_pos[i].y < 0) {
star_pos[i].y += 400;
} else if(star_pos[i].y >= 400) {
star_pos[i].y -= 400;
}
}
star_angle++;
grcg_off();
}
void wait(void)
{
do {
__asm out 0x5F, al
__asm in al, 0xA0
} while((_AL & 0x20) != 0);
do {
__asm out 0x5F, al
__asm in al, 0xA0
} while((_AL & 0x20) == 0);
}
void logo_render_and_update(void)
{
if(frame < 50) {
return;
}
if(frame < 90) {
if(frame == 55 || frame == 60 || frame == 65) {
logo_num += 2;
}
super_put_8(256, 192, logo_num+0);
super_put_8(320, 192, logo_num+1);
} else if(frame < 110) {
super_wave_put(256, 192, logo_num+0, wave_len, wave_amp, wave_phase);
super_wave_put(320, 192, logo_num+1, wave_len, wave_amp, wave_phase);
wave_len--;
wave_phase += 4;
wave_amp += 4;
} else if(frame < 130) {
if(frame == 110) {
logo_num += 2;
}
super_wave_put(256, 192, logo_num+0, wave_len, wave_amp, wave_phase);
super_wave_put(320, 192, logo_num+1, wave_len, wave_amp, wave_phase);
wave_len++;
wave_phase += 4;
wave_amp -= 4;
} else if(frame < 170) {
if(frame == 155 || frame == 160 || frame == 165) {
logo_num += 2;
}
super_put_8(256, 192, logo_num+0);
super_put_8(320, 192, logo_num+1);
}
}
void main(void)
{
int keygroup, quit;
// Do some setup if we are running on a PC-9821
__asm {
xor ax, ax
mov es, ax
test byte ptr es:0x45C, 0x40
jz hw_setup_done
mov al, 0x7
out 0x6a, al
mov al, 0x20
out 0x6a, al
mov al, 0x6
out 0x6a, al
// Activate all graphics hardware in 16-color mode
and byte ptr es:0x54d, 0x7f
hw_setup_done:
}
zunsoft_init();
objects_setup();
while(1) {
if(frame > 180) {
if(tone <= 0) {
break;
}
palette_settone(tone -= 2);
} else if(tone < 100) {
palette_settone(tone += 2);
}
grcg_setcolor(GC_RMW, 0);
grcg_byteboxfill_x(12, 100, 67, 299);
stars_render_and_update();
circles_render_and_update();
logo_render_and_update();
wait();
wait();
__asm {
mov al, page_write
mov page_show, al
out 0xa4, al
xor page_write, 1
mov al, page_write
out 0xa6, al
}
quit = 0;
for(keygroup = 0; keygroup < 8; keygroup++) {
quit |= key_sense(keygroup);
}
if(quit) {
break;
}
frame++;
};
zunsoft_exit();
}

View File

@ -1,835 +0,0 @@
;
; +-------------------------------------------------------------------------+
; | This file has been generated by The Interactive Disassembler (IDA) |
; | Copyright (c) 2009 by Hex-Rays, <support@hex-rays.com> |
; +-------------------------------------------------------------------------+
;
; Input MD5 : DE5454973591EBD937B11452A8B4882D
; File Name : th01/ZUNSOFT.COM
; Format : MS-DOS COM-file
; Base Address: 0h Range: 100h-2870h Loaded length: 2770h
; OS type : MS DOS
; Application type: Executable 16bit
.286 ; Force the .model directive to create 16-bit default segments...
.model tiny
__TINY__ equ 1
.386 ; ... then switch to what we actually need.
; And yes, we can't move this to an include file for some reason.
include ReC98.inc
include th01/th01.asm
CIRCLE_COUNT = 4
STAR_COUNT = 50
; ===========================================================================
; Segment type: Pure code
_TEXT segment word public 'CODE' use16
assume cs:_TEXT
org 100h
assume es:nothing, ss:_TEXT, ds:_TEXT, fs:nothing, gs:nothing
include libs/BorlandC/c0.asm
; =============== S U B R O U T I N E =======================================
; Attributes: bp-based frame
sub_367 proc near
push bp
mov bp, sp
mov dx, 0A6h
mov al, 1
out dx, al
call graph_clear
mov dx, 0A6h
mov al, 0
out dx, al
call graph_clear
mov dx, 0A4h
mov al, 0
out dx, al
pop bp
retn
sub_367 endp
; =============== S U B R O U T I N E =======================================
; Attributes: bp-based frame
sub_384 proc near
push bp
mov bp, sp
call mem_assign_all
call graph_start
call key_beep_off
call text_systemline_hide
call text_cursor_hide
call egc_start
call sub_367
call text_clear
mov page_write, 0
mov page_show, 1
call grc_setclip pascal, 96, 100, 543, 299
call graph_hide
call super_entry_bfnt pascal, offset aTouhou_dat
call palette_show
mov PaletteTone, 0
call palette_show
call graph_show
pop bp
retn
sub_384 endp
; =============== S U B R O U T I N E =======================================
; Attributes: bp-based frame
sub_3D0 proc near
push bp
mov bp, sp
call super_free
call sub_367
call mem_unassign
call text_clear
call egc_start
pop bp
retn
sub_3D0 endp
; =============== S U B R O U T I N E =======================================
; Attributes: bp-based frame
sub_3E4 proc near
arg_0 = word ptr 4
arg_2 = byte ptr 6
arg_4 = word ptr 8
arg_6 = word ptr 0Ah
push bp
mov bp, sp
push si
push di
mov si, [bp+arg_6]
mov di, [bp+arg_4]
mov ax, [bp+arg_0]
cwd
mov bl, [bp+arg_2]
mov bh, 0
and bx, 0FFh
add bx, bx
push ax
mov ax, _CosTable8[bx]
push dx
cwd
pop cx
pop bx
call N_LXMUL@
mov cl, 8
call N_LXRSH@
mov [si], ax
mov ax, [bp+arg_0]
cwd
mov bl, [bp+arg_2]
mov bh, 0
and bx, 0FFh
add bx, bx
push ax
mov ax, _SinTable8[bx]
push dx
cwd
pop cx
pop bx
call N_LXMUL@
mov cl, 8
call N_LXRSH@
mov [di], ax
pop di
pop si
pop bp
retn 8
sub_3E4 endp
; =============== S U B R O U T I N E =======================================
; Attributes: bp-based frame
sub_439 proc near
push bp
mov bp, sp
push si
mov (circle_pos[0 * size Point]).x, 128
mov circle_speed_x[0*2], -8
mov (circle_pos[0 * size Point]).y, 320
mov circle_speed_y[0*2], 8
mov (circle_pos[1 * size Point]).x, 256
mov circle_speed_x[1*2], -8
mov (circle_pos[1 * size Point]).y, 240
mov circle_speed_y[1*2], 8
mov (circle_pos[2 * size Point]).x, 384
mov circle_speed_x[2*2], -8
mov (circle_pos[2 * size Point]).y, 160
mov circle_speed_y[2*2], 8
mov (circle_pos[3 * size Point]).x, 512
mov circle_speed_x[3*2], -8
mov (circle_pos[3 * size Point]).y, 80
mov circle_speed_y[3*2], 8
mov frame, 0
mov tone, 0
mov logo_num, 0
mov wave_len, 23
mov wave_phase, 0
mov byte ptr wave_amp, 0
xor si, si
jmp short loc_4F5
; ---------------------------------------------------------------------------
loc_4C0:
call IRand
mov bx, 640
cwd
idiv bx
mov bx, si
shl bx, 2
mov star_pos[bx].x, dx
call IRand
mov bx, 400
cwd
idiv bx
mov bx, si
shl bx, 2
mov star_pos[bx].y, dx
call IRand
mov bx, 32
cwd
idiv bx
add dl, 6
mov star_speed[si], dl
inc si
loc_4F5:
cmp si, STAR_COUNT
jl short loc_4C0
mov star_angle, 64
pop si
loc_500:
pop bp
retn
sub_439 endp
; =============== S U B R O U T I N E =======================================
; Attributes: bp-based frame
sub_502 proc near
push bp
mov bp, sp
push si
mov si, CIRCLE_COUNT - 1
jmp loc_5A6
; ---------------------------------------------------------------------------
loc_50C:
push GC_RMW
mov al, CIRCLE_COLORS[si]
cbw
push ax
call grcg_setcolor
mov bx, si
shl bx, 2
push circle_pos[bx].x
mov bx, si
shl bx, 2
push circle_pos[bx].y
push 96
call grcg_circlefill
mov bx, si
add bx, bx
mov ax, circle_speed_x[bx]
mov bx, si
shl bx, 2
add circle_pos[bx].x, ax
mov bx, si
add bx, bx
mov ax, circle_speed_y[bx]
mov bx, si
shl bx, 2
add circle_pos[bx].y, ax
mov bx, si
shl bx, 2
cmp circle_pos[bx].x, 32
jle short loc_56A
mov bx, si
shl bx, 2
cmp circle_pos[bx].x, 607
jle short loc_57B
loc_56A:
mov bx, si
add bx, bx
mov dx, -1
mov ax, circle_speed_x[bx]
imul dx
mov circle_speed_x[bx], ax
loc_57B:
mov bx, si
shl bx, 2
cmp circle_pos[bx].y, 32
jle short loc_594
mov bx, si
shl bx, 2
cmp circle_pos[bx].y, 367
jle short loc_5A5
loc_594:
mov bx, si
add bx, bx
mov dx, -1
mov ax, circle_speed_y[bx]
imul dx
mov circle_speed_y[bx], ax
loc_5A5:
dec si
loc_5A6:
or si, si
jl short loc_5AD
jmp loc_50C
; ---------------------------------------------------------------------------
loc_5AD:
mov dx, 7Ch
mov al, GC_OFF
out dx, al
pop si
pop bp
retn
sub_502 endp
; =============== S U B R O U T I N E =======================================
; Attributes: bp-based frame
sub_5B6 proc near
var_4 = word ptr -4
var_2 = word ptr -2
enter 4, 0
push si
call grcg_setcolor pascal, GC_RMW, 5
xor si, si
jmp loc_66E
; ---------------------------------------------------------------------------
loc_5C8:
mov bx, si
shl bx, 2
push star_pos[bx].x
mov bx, si
shl bx, 2
push star_pos[bx].y
call grcg_pset
lea ax, [bp+var_2]
push ax
lea ax, [bp+var_4]
push ax
push word ptr star_angle
mov al, star_speed[si]
mov ah, 0
push ax
call sub_3E4
mov bx, si
shl bx, 2
mov ax, [bp+var_2]
add star_pos[bx].x, ax
mov bx, si
shl bx, 2
mov ax, [bp+var_4]
add star_pos[bx].y, ax
mov bx, si
shl bx, 2
cmp star_pos[bx].x, 0
jge short loc_624
mov bx, si
shl bx, 2
add star_pos[bx].x, 640
jmp short loc_63C
; ---------------------------------------------------------------------------
loc_624:
mov bx, si
shl bx, 2
cmp star_pos[bx].x, 640
jl short loc_63C
mov bx, si
shl bx, 2
sub star_pos[bx].x, 640
loc_63C:
mov bx, si
shl bx, 2
cmp star_pos[bx].y, 0
jge short loc_655
mov bx, si
shl bx, 2
add star_pos[bx].y, 400
jmp short loc_66D
; ---------------------------------------------------------------------------
loc_655:
mov bx, si
shl bx, 2
cmp star_pos[bx].y, 400
jl short loc_66D
mov bx, si
shl bx, 2
sub star_pos[bx].y, 400
loc_66D:
inc si
loc_66E:
cmp si, STAR_COUNT
jge short loc_676
jmp loc_5C8
; ---------------------------------------------------------------------------
loc_676:
inc star_angle
mov dx, 7Ch
mov al, GC_OFF
out dx, al
pop si
leave
retn
sub_5B6 endp
; =============== S U B R O U T I N E =======================================
; Attributes: bp-based frame
sub_683 proc near
push bp
mov bp, sp
loc_686:
out 5Fh, al
in al, 0A0h ; PIC 2 same as 0020 for PIC 1
test al, 20h
jnz short loc_686
loc_68E:
out 5Fh, al
in al, 0A0h ; PIC 2 same as 0020 for PIC 1
test al, 20h
jz short loc_68E
pop bp
retn
sub_683 endp
; =============== S U B R O U T I N E =======================================
; Attributes: bp-based frame
sub_698 proc near
push bp
mov bp, sp
cmp frame, 50
jge short loc_6A5
jmp loc_7CB
; ---------------------------------------------------------------------------
loc_6A5:
cmp frame, 90
jge short loc_6CD
cmp frame, 55
jnz short loc_6B6
jmp loc_7A6
; ---------------------------------------------------------------------------
loc_6B6:
cmp frame, 60
jnz short loc_6C0
jmp loc_7A6
; ---------------------------------------------------------------------------
loc_6C0:
cmp frame, 65
jz short loc_6CA
jmp loc_7AE
; ---------------------------------------------------------------------------
loc_6CA:
jmp loc_7A6
; ---------------------------------------------------------------------------
loc_6CD:
cmp frame, 110
jge short loc_720
push 256
push 192
mov al, logo_num
cbw
push ax
mov al, wave_len
cbw
push ax
push wave_amp
mov al, wave_phase
cbw
push ax
call super_wave_put
push 320
push 192
mov al, logo_num
cbw
inc ax
push ax
mov al, wave_len
cbw
push ax
push wave_amp
mov al, wave_phase
cbw
push ax
call super_wave_put
dec wave_len
loc_711:
mov al, wave_phase
add al, 4
mov wave_phase, al
mov al, byte ptr wave_amp
add al, 4
jmp short loc_781
; ---------------------------------------------------------------------------
loc_720:
cmp frame, 130
jge short loc_786
cmp frame, 110
jnz short loc_737
mov al, logo_num
add al, 2
mov logo_num, al
loc_737:
push 256
push 192
mov al, logo_num
cbw
push ax
mov al, wave_len
cbw
push ax
push wave_amp
mov al, wave_phase
cbw
push ax
call super_wave_put
push 320
push 192
mov al, logo_num
cbw
inc ax
push ax
mov al, wave_len
cbw
push ax
push wave_amp
mov al, wave_phase
cbw
push ax
call super_wave_put
inc wave_len
mov al, wave_phase
add al, 4
mov wave_phase, al
mov al, byte ptr wave_amp
add al, -4
loc_781:
mov byte ptr wave_amp, al
pop bp
retn
; ---------------------------------------------------------------------------
loc_786:
cmp frame, 170
jge short loc_7CB
cmp frame, 155
jz short loc_7A6
cmp frame, 160
jz short loc_7A6
cmp frame, 165
jnz short loc_7AE
loc_7A6:
mov al, logo_num
add al, 2
mov logo_num, al
loc_7AE:
push 256
push 192
mov al, logo_num
cbw
push ax
call super_put_8
push 320
push 192
mov al, logo_num
cbw
inc ax
push ax
call super_put_8
loc_7CB:
pop bp
retn
sub_698 endp
; =============== S U B R O U T I N E =======================================
; Attributes: bp-based frame
; int __cdecl main(int argc, const char **argv, const char **envp)
_main proc near
_argc = word ptr 4
_argv = word ptr 6
_envp = word ptr 8
push bp
mov bp, sp
push si
push di
xor ax, ax
mov es, ax
test byte ptr es:[045Ch], 40h
jz short loc_7F0
mov al, 7
out 6Ah, al ; PC-98 GDC (6a):
;
mov al, 20h
out 6Ah, al ; PC-98 GDC (6a):
;
mov al, 6
out 6Ah, al ; PC-98 GDC (6a):
;
and byte ptr es:[54Dh], 7Fh
loc_7F0:
call sub_384
call sub_439
loc_7F6:
cmp frame, 180
jle short loc_80C
cmp tone, 0
jle short loc_873
mov al, tone
add al, -2
jmp short loc_818
; ---------------------------------------------------------------------------
loc_80C:
cmp tone, 100
jge short loc_822
mov al, tone
add al, 2
loc_818:
mov tone, al
cbw
mov PaletteTone, ax
call palette_show
loc_822:
call grcg_setcolor pascal, GC_RMW, 0
call grcg_byteboxfill_x pascal, 12, 100, 67, 299
call sub_5B6
call sub_502
call sub_698
call sub_683
call sub_683
mov al, page_write
mov page_show, al
out 0A4h, al
xor page_write, 1
mov al, page_write
out 0A6h, al
xor di, di
xor si, si
jmp short loc_864
; ---------------------------------------------------------------------------
loc_85D:
push si
call key_sense
or di, ax
inc si
loc_864:
cmp si, 8
jl short loc_85D
or di, di
jnz short loc_873
inc frame
jmp short loc_7F6
; ---------------------------------------------------------------------------
loc_873:
call sub_3D0
pop di
pop si
pop bp
retn
_main endp
include libs/master.lib/text_clear.asm
include libs/master.lib/txesc.asm
include libs/master.lib/graph_400line.asm
include libs/master.lib/graph_clear.asm
include libs/master.lib/graph_hide.asm
include libs/master.lib/graph_show.asm
include libs/master.lib/graph_start.asm
include libs/master.lib/palette_show.asm
include libs/master.lib/palette_init.asm
include libs/master.lib/keybeep.asm
include libs/master.lib/key_sense.asm
include libs/master.lib/bfnt_header_read.asm
include libs/master.lib/bfnt_entry_pat.asm
include libs/master.lib/bfnt_header_analysis.asm
include libs/master.lib/bfnt_palette_set.asm
include libs/master.lib/dos_close.asm
include libs/master.lib/dos_ropen.asm
include libs/master.lib/super_entry_bfnt.asm
include libs/master.lib/super_cancel_pat.asm
include libs/master.lib/super_entry_pat.asm
include libs/master.lib/super_put_8.asm
include libs/master.lib/super_free.asm
include libs/master.lib/super_entry_at.asm
include libs/master.lib/super_wave_put.asm
include libs/master.lib/smem_wget.asm
include libs/master.lib/smem_release.asm
include libs/master.lib/memheap.asm
include libs/master.lib/mem_assign.asm
include libs/master.lib/mem_unassign.asm
include libs/master.lib/grc_setclip.asm
include libs/master.lib/grcg_hline.asm
include libs/master.lib/grcg_setcolor.asm
include libs/master.lib/grcg_pset.asm
include libs/master.lib/egc.asm
include libs/master.lib/grcg_circlefill.asm
include libs/master.lib/grcg_byteboxfill_x.asm
include libs/master.lib/random.asm
include libs/BorlandC/_abort.asm
include libs/BorlandC/atexit.asm
include libs/BorlandC/errormsg.asm
include libs/BorlandC/exit.asm
include libs/BorlandC/H_LRSH.ASM
include libs/BorlandC/ioerror.asm
include libs/BorlandC/_isatty.asm
include libs/BorlandC/lseek.asm
include libs/BorlandC/N_LXMUL.ASM
include libs/BorlandC/setupio.asm
include libs/BorlandC/brk.asm
include libs/BorlandC/nearheap.asm
include libs/BorlandC/fflush.asm
include libs/BorlandC/flushall.asm
include libs/BorlandC/fseek.asm
include libs/BorlandC/setvbuf.asm
include libs/BorlandC/_strlen.asm
include libs/BorlandC/write.asm
include libs/BorlandC/writea.asm
include libs/BorlandC/xfflush.asm
; ---------------------------------------------------------------------------
db 0
db 0
db 0
include libs/BorlandC/c0[data].asm
aTOUHOU_DAT db 'touhou.dat',0
CIRCLE_COLORS db 4, 3, 2, 1, 0
include libs/master.lib/version[data].asm
include libs/master.lib/grp[data].asm
include libs/master.lib/pal[data].asm
include libs/master.lib/bfnt_id[data].asm
include libs/master.lib/dos_ropen[data].asm
include libs/master.lib/super_entry_bfnt[data].asm
include libs/master.lib/superpa[data].asm
include libs/master.lib/mem[data].asm
include libs/master.lib/clip[data].asm
include libs/master.lib/edges[data].asm
include libs/master.lib/sin8[data].asm
include libs/master.lib/sin7[data].asm
include libs/master.lib/rand[data].asm
include libs/BorlandC/_abort[data].asm
include libs/BorlandC/atexit[data].asm
include libs/BorlandC/exit[data].asm
include libs/BorlandC/files[data].asm
__heaplen dw 0
include libs/BorlandC/ioerror[data].asm
include libs/BorlandC/stklen[data].asm
include libs/BorlandC/nearheap[data].asm
include libs/BorlandC/setvbuf[data].asm
include libs/BorlandC/sysnerr[data].asm
InitStart label byte
include libs/BorlandC/setupio[initdata].asm
InitEnd label byte
ExitStart label byte
ExitEnd label byte
bdata@ label byte
; TODO: Missing clip[bss].asm (8 bytes) somewhere in there...
page_write db ?
page_show db ?
tone db ?
logo_num db ?
wave_len db ?
wave_phase db ?
wave_amp dw ?
circle_pos Point CIRCLE_COUNT dup(<?>)
star_pos Point STAR_COUNT dup(<?>)
frame dw ?
circle_speed_x dw CIRCLE_COUNT dup(?)
circle_speed_y dw CIRCLE_COUNT dup(?)
star_angle db ?
star_speed db STAR_COUNT dup(?)
db ? ;
include libs/master.lib/pal[bss].asm
include libs/master.lib/superpa[bss].asm
include libs/master.lib/super_wave_put[bss].asm
include libs/master.lib/mem[bss].asm
dd ?
dd ?
dd ?
dd ?
include libs/BorlandC/atexit[bss].asm
edata@ label byte
_TEXT ends
end startx