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main.cpp
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main.cpp
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#include "main.h"
#ifdef EMSCRIPTEN
#include <emscripten/emscripten.h>
void EmscriptenLoop() {
if (!(ProcessMessage() == 0 && CheckHitKey(KEY_INPUT_ESCAPE) == 0)) {
emscripten_cancel_main_loop();
return;
}
UpdateKeys();
maint = 0;
Mainprogram();
if (maint == 3)
emscripten_cancel_main_loop();
}
#endif
int main(int argc, char *argv[])
{
parseArgs(argc, argv);
if (DxLib_Init() == -1)
return 1;
loadg();
SetFontSize(16);
#ifdef EMSCRIPTEN
emscripten_set_main_loop(EmscriptenLoop, 40, true);
#else
while (ProcessMessage() == 0 && CheckHitKey(KEY_INPUT_ESCAPE) == 0) {
UpdateKeys();
maint = 0;
Mainprogram();
if (maint == 3)
break;
}
#endif
end();
}
void rpaint()
{
setcolor(0, 0, 0);
if (stagecolor == 1)
setcolor(160, 180, 250);
if (stagecolor == 2)
setcolor(10, 10, 10);
if (stagecolor == 3)
setcolor(160, 180, 250);
if (stagecolor == 4)
setcolor(10, 10, 10);
if (stagecolor == 5) {
setcolor(160, 180, 250);
mrzimen = 1;
} else {
mrzimen = 0;
}
FillScreen();
if (mainZ == 1 && zxon >= 1) {
for (t = 0; t < nmax; t++) {
xx[0] = na[t] - fx;
xx[1] = nb[t] - fy;
xx[2] = ne[ntype[t]] * 100;
xx[3] = nf[ntype[t]] * 100;
xx[2] = 16000;
xx[3] = 16000;
if (xx[0] + xx[2] >= -10 && xx[0] <= fxmax
&& xx[1] + xx[3] >= -10 && xx[3] <= fymax) {
if (ntype[t] != 3) {
if ((ntype[t] == 1 || ntype[t] == 2)
&& stagecolor == 5) {
drawimage(grap[ntype[t] + 30]
[4], xx[0] / 100, xx[1] / 100);
} else {
drawimage(grap[ntype[t]][4],
xx[0] / 100, xx[1] / 100);
}
}
if (ntype[t] == 3)
drawimage(grap[ntype[t]][4],
xx[0] / 100 - 5, xx[1] / 100);
if (ntype[t] == 100) {
DrawFormatString(xx[0] / 100 + fma,
xx[1] / 100 + fmb,
GetColor(255, 255, 255), "51");
}
if (ntype[t] == 101)
DrawFormatString(xx[0] / 100 + fma,
xx[1] / 100 + fmb,
GetColor(255, 255,
255),
"ゲームクリアー");
if (ntype[t] == 102)
DrawFormatString(xx[0] / 100 + fma,
xx[1] / 100 + fmb,
GetColor(255, 255,
255),
"プレイしてくれてありがとー");
}
}
for (t = 0; t < emax; t++) {
xx[0] = ea[t] - fx;
xx[1] = eb[t] - fy;
xx[2] = enobia[t] / 100;
xx[3] = enobib[t] / 100;
if (xx[0] + xx[2] * 100 >= -10 && xx[1] <= fxmax
&& xx[1] + xx[3] * 100 >= -10 - 8000 && xx[3] <= fymax) {
if (egtype[t] == 0)
drawimage(grap[0][2], xx[0] / 100, xx[1] / 100);
if (egtype[t] == 1) {
if (stagecolor == 1 || stagecolor == 3
|| stagecolor == 5)
setcolor(9 * 16, 6 * 16, 3 * 16);
if (stagecolor == 2)
setcolor(0, 120, 160);
if (stagecolor == 4)
setcolor(192, 192, 192);
fillarc(xx[0] / 100, xx[1] / 100, 7, 7);
setcolor(0, 0, 0);
drawarc(xx[0] / 100, xx[1] / 100, 7, 7);
}
if (egtype[t] == 2 || egtype[t] == 3) {
if (egtype[t] == 3)
mirror = 1;
drawimage(grap[0][5], xx[0] / 100, xx[1] / 100);
mirror = 0;
}
if (egtype[t] == 4) {
setc1();
fillrect((xx[0]) / 100 + 10, (xx[1]) / 100, 10, xx[3]);
setc0();
drawrect((xx[0]) / 100 + 10, (xx[1]) / 100, 10, xx[3]);
setcolor(250, 250, 0);
fillarc((xx[0]) / 100 + 15 - 1, (xx[1]) / 100, 10, 10);
setc0();
drawarc((xx[0]) / 100 + 15 - 1, (xx[1]) / 100, 10, 10);
}
}
}
for (t = 0; t < srmax; t++) {
xx[0] = sra[t] - fx;
xx[1] = srb[t] - fy;
if (xx[0] + src[t] >= -10 && xx[1] <= fxmax + 12100
&& src[t] / 100 >= 1) {
xx[2] = 14;
if (srsp[t] == 1) {
xx[2] = 12;
}
if (srsp[t] <= 9 || srsp[t] >= 20) {
setcolor(220, 220, 0);
if (srsp[t] == 2 || srsp[t] == 3) {
setcolor(0, 220, 0);
}
if (srsp[t] == 21) {
setcolor(180, 180, 180);
}
fillrect((sra[t] - fx) / 100,
(srb[t] - fy) / 100, src[t] / 100, xx[2]);
setcolor(180, 180, 0);
if (srsp[t] == 2 || srsp[t] == 3) {
setcolor(0, 180, 0);
}
if (srsp[t] == 21) {
setcolor(150, 150, 150);
}
drawrect((sra[t] - fx) / 100,
(srb[t] - fy) / 100, src[t] / 100, xx[2]);
} else if (srsp[t] <= 14) {
if (src[t] >= 5000) {
setcolor(0, 200, 0);
fillrect((sra[t] - fx) / 100,
(srb[t] - fy) / 100, src[t] / 100, 30);
setcolor(0, 160, 0);
drawrect((sra[t] - fx) / 100,
(srb[t] - fy) / 100, src[t] / 100, 30);
setcolor(180, 120, 60);
fillrect((sra[t] - fx) / 100 +
20,
(srb[t] - fy) / 100 +
30, src[t] / 100 - 40, 480);
setcolor(100, 80, 20);
drawrect((sra[t] - fx) / 100 +
20,
(srb[t] - fy) / 100 +
30, src[t] / 100 - 40, 480);
}
}
if (srsp[t] == 15) {
for (t2 = 0; t2 <= 2; t2++) {
xx[6] = 1 + 0;
drawimage(grap[xx[6]][1],
(sra[t] - fx) / 100 +
t2 * 29, (srb[t] - fy) / 100);
}
}
}
}
setcolor(0, 0, 255);
if (mactp >= 2000) {
mactp -= 2000;
if (mact == 0) {
mact = 1;
} else {
mact = 0;
}
}
if (mmuki == 0)
mirror = 1;
if (mtype != 200 && mtype != 1) {
if (mzimen == 1) {
if (mact == 0)
drawimage(grap[0][0], ma / 100, mb / 100);
if (mact == 1)
drawimage(grap[1][0], ma / 100, mb / 100);
}
if (mzimen == 0) {
drawimage(grap[2][0], ma / 100, mb / 100);
}
}
else if (mtype == 1) {
drawimage(grap[41][0], ma / 100, mb / 100);
}
else if (mtype == 200) {
drawimage(grap[3][0], ma / 100, mb / 100);
}
mirror = 0;
for (t = 0; t < amax; t++) {
xx[0] = aa[t] - fx;
xx[1] = ab[t] - fy;
xx[2] = anobia[t] / 100;
xx[3] = anobib[t] / 100;
xx[14] = 3000;
xx[16] = 0;
if (xx[0] + xx[2] * 100 >= -10 - xx[14]
&& xx[1] <= fxmax + xx[14]
&& xx[1] + xx[3] * 100 >= -10 && xx[3] <= fymax) {
if (amuki[t] == 1) {
mirror = 1;
}
if (atype[t] == 3 && axtype[t] == 1) {
DrawVertTurnGraph(xx[0] / 100 + 13,
xx[1] / 100 + 15, grap[atype[t]][3]);
xx[16] = 1;
}
if (atype[t] == 9 && ad[t] >= 1) {
DrawVertTurnGraph(xx[0] / 100 + 13,
xx[1] / 100 + 15, grap[atype[t]][3]);
xx[16] = 1;
}
if (atype[t] >= 100 && amuki[t] == 1)
mirror = 0;
if (atype[t] < 200 && xx[16] == 0
&& atype[t] != 6 && atype[t] != 79
&& atype[t] != 86 && atype[t] != 30) {
if (!((atype[t] == 80 || atype[t] == 81)
&& axtype[t] == 1)) {
drawimage(grap[atype[t]][3],
xx[0] / 100, xx[1] / 100);
}
}
if (atype[t] == 6) {
if (atm[t] >= 10 && atm[t] <= 19
|| atm[t] >= 100 && atm[t] <= 119
|| atm[t] >= 200) {
drawimage(grap[150][3], xx[0] / 100, xx[1] / 100);
} else {
drawimage(grap[6][3], xx[0] / 100, xx[1] / 100);
}
}
if (atype[t] == 30) {
if (axtype[t] == 0)
drawimage(grap[30][3], xx[0] / 100, xx[1] / 100);
if (axtype[t] == 1)
drawimage(grap[155][3], xx[0] / 100, xx[1] / 100);
}
if ((atype[t] == 81) && axtype[t] == 1) {
drawimage(grap[130][3], xx[0] / 100, xx[1] / 100);
}
if (atype[t] == 79) {
setcolor(250, 250, 0);
fillrect(xx[0] / 100, xx[1] / 100, xx[2], xx[3]);
setc0();
drawrect(xx[0] / 100, xx[1] / 100, xx[2], xx[3]);
}
if (atype[t] == 82) {
if (axtype[t] == 0) {
xx[9] = 0;
if (stagecolor == 2) {
xx[9] = 30;
}
if (stagecolor == 4) {
xx[9] = 60;
}
if (stagecolor == 5) {
xx[9] = 90;
}
xx[6] = 5 + xx[9];
drawimage(grap[xx[6]][1],
xx[0] / 100, xx[1] / 100);
}
if (axtype[t] == 1) {
xx[9] = 0;
if (stagecolor == 2) {
xx[9] = 30;
}
if (stagecolor == 4) {
xx[9] = 60;
}
if (stagecolor == 5) {
xx[9] = 90;
}
xx[6] = 4 + xx[9];
drawimage(grap[xx[6]][1],
xx[0] / 100, xx[1] / 100);
}
if (axtype[t] == 2) {
drawimage(grap[1][5], xx[0] / 100, xx[1] / 100);
}
}
if (atype[t] == 83) {
if (axtype[t] == 0) {
xx[9] = 0;
if (stagecolor == 2) {
xx[9] = 30;
}
if (stagecolor == 4) {
xx[9] = 60;
}
if (stagecolor == 5) {
xx[9] = 90;
}
xx[6] = 5 + xx[9];
drawimage(grap[xx[6]][1],
xx[0] / 100 + 10, xx[1] / 100 + 9);
}
if (axtype[t] == 1) {
xx[9] = 0;
if (stagecolor == 2) {
xx[9] = 30;
}
if (stagecolor == 4) {
xx[9] = 60;
}
if (stagecolor == 5) {
xx[9] = 90;
}
xx[6] = 4 + xx[9];
drawimage(grap[xx[6]][1],
xx[0] / 100 + 10, xx[1] / 100 + 9);
}
}
if (atype[t] == 85) {
setc1();
fillrect((xx[0]) / 100 + 10, (xx[1]) / 100, 10, xx[3]);
setc0();
drawrect((xx[0]) / 100 + 10, (xx[1]) / 100, 10, xx[3]);
setcolor(0, 250, 200);
fillarc((xx[0]) / 100 + 15 - 1, (xx[1]) / 100, 10, 10);
setc0();
drawarc((xx[0]) / 100 + 15 - 1, (xx[1]) / 100, 10, 10);
}
if (atype[t] == 86) {
if (ma >= aa[t] - fx - mnobia - 4000
&& ma <= aa[t] - fx + anobia[t] + 4000) {
drawimage(grap[152][3], xx[0] / 100, xx[1] / 100);
} else {
drawimage(grap[86][3], xx[0] / 100, xx[1] / 100);
}
}
if (atype[t] == 200)
drawimage(grap[0][3], xx[0] / 100, xx[1] / 100);
mirror = 0;
}
}
for (t = 0; t < tmax; t++) {
xx[0] = ta[t] - fx;
xx[1] = tb[t] - fy;
xx[2] = 32;
xx[3] = xx[2];
if (xx[0] + xx[2] * 100 >= -10 && xx[1] <= fxmax) {
xx[9] = 0;
if (stagecolor == 2) {
xx[9] = 30;
}
if (stagecolor == 4) {
xx[9] = 60;
}
if (stagecolor == 5) {
xx[9] = 90;
}
if (ttype[t] < 100) {
xx[6] = ttype[t] + xx[9];
drawimage(grap[xx[6]][1], xx[0] / 100, xx[1] / 100);
}
if (txtype[t] != 10) {
if (ttype[t] == 100 || ttype[t] == 101
|| ttype[t] == 102
|| ttype[t] == 103
|| ttype[t] == 104 && txtype[t] == 1
|| ttype[t] == 114 && txtype[t] == 1
|| ttype[t] == 116) {
xx[6] = 2 + xx[9];
drawimage(grap[xx[6]][1],
xx[0] / 100, xx[1] / 100);
}
if (ttype[t] == 112 || ttype[t] == 104
&& txtype[t] == 0 || ttype[t] == 115
&& txtype[t] == 1) {
xx[6] = 1 + xx[9];
drawimage(grap[xx[6]][1],
xx[0] / 100, xx[1] / 100);
}
if (ttype[t] == 111 || ttype[t] == 113
|| ttype[t] == 115 && txtype[t] == 0
|| ttype[t] == 124) {
xx[6] = 3 + xx[9];
drawimage(grap[xx[6]][1],
xx[0] / 100, xx[1] / 100);
}
}
if (ttype[t] == 117 && txtype[t] == 1) {
drawimage(grap[4][5], xx[0] / 100, xx[1] / 100);
}
if (ttype[t] == 117 && txtype[t] >= 3) {
drawimage(grap[3][5], xx[0] / 100, xx[1] / 100);
}
if (ttype[t] == 115 && txtype[t] == 3) {
xx[6] = 1 + xx[9];
drawimage(grap[xx[6]][1], xx[0] / 100, xx[1] / 100);
}
if (ttype[t] == 120 && txtype[t] != 1) {
drawimage(grap[16][1], xx[0] / 100 + 3,
xx[1] / 100 + 2);
}
if (ttype[t] == 130)
drawimage(grap[10][5], xx[0] / 100, xx[1] / 100);
if (ttype[t] == 131)
drawimage(grap[11][5], xx[0] / 100, xx[1] / 100);
if (ttype[t] == 140)
drawimage(grap[12][5], xx[0] / 100, xx[1] / 100);
if (ttype[t] == 141)
drawimage(grap[13][5], xx[0] / 100, xx[1] / 100);
if (ttype[t] == 142)
drawimage(grap[14][5], xx[0] / 100, xx[1] / 100);
if (ttype[t] == 300 || ttype[t] == 301)
drawimage(grap[1][5], xx[0] / 100, xx[1] / 100);
if (ttype[t] == 400) {
drawimage(grap[2][5], xx[0] / 100, xx[1] / 100);
}
if (ttype[t] == 800) {
drawimage(grap[0][2], xx[0] / 100 + 2,
xx[1] / 100 + 1);
}
}
}
for (t = 0; t < smax; t++) {
if (sa[t] - fx + sc[t] >= -10 && sa[t] - fx <= fxmax + 1100) {
if (stype[t] == 0) {
setcolor(40, 200, 40);
fillrect((sa[t] - fx) / 100 + fma,
(sb[t] - fy) / 100 + fmb,
sc[t] / 100, sd[t] / 100);
drawrect((sa[t] - fx) / 100 + fma,
(sb[t] - fy) / 100 + fmb,
sc[t] / 100, sd[t] / 100);
}
if (stype[t] == 1) {
setcolor(0, 230, 0);
fillrect((sa[t] - fx) / 100 + fma,
(sb[t] - fy) / 100 + fmb,
sc[t] / 100, sd[t] / 100);
setc0();
drawrect((sa[t] - fx) / 100 + fma,
(sb[t] - fy) / 100 + fmb,
sc[t] / 100, sd[t] / 100);
}
if (stype[t] == 2) {
setcolor(0, 230, 0);
fillrect((sa[t] - fx) / 100 + fma,
(sb[t] - fy) / 100 + fmb + 1,
sc[t] / 100, sd[t] / 100);
setc0();
drawline((sa[t] - fx) / 100 + fma,
(sb[t] - fy) / 100 + fmb,
(sa[t] - fx) / 100 + fma,
(sb[t] - fy) / 100 + fmb + sd[t] / 100);
drawline((sa[t] - fx) / 100 + fma +
sc[t] / 100,
(sb[t] - fy) / 100 + fmb,
(sa[t] - fx) / 100 + fma +
sc[t] / 100,
(sb[t] - fy) / 100 + fmb + sd[t] / 100);
}
if (stype[t] == 5) {
setcolor(0, 230, 0);
fillrect((sa[t] - fx) / 100 + fma,
(sb[t] - fy) / 100 + fmb + 1,
sc[t] / 100, sd[t] / 100);
setc0();
drawline((sa[t] - fx) / 100 + fma,
(sb[t] - fy) / 100 + fmb,
(sa[t] - fx) / 100 + fma +
sc[t] / 100, (sb[t] - fy) / 100 + fmb);
drawline((sa[t] - fx) / 100 + fma,
(sb[t] - fy) / 100 + fmb +
sd[t] / 100,
(sa[t] - fx) / 100 + fma +
sc[t] / 100,
(sb[t] - fy) / 100 + fmb + sd[t] / 100);
}
if (stype[t] == 51) {
if (sxtype[t] == 0) {
for (t3 = 0; t3 <= sc[t] / 3000; t3++) {
drawimage(grap[1][1],
(sa[t] -
fx) / 100 +
fma + 29 * t3,
(sb[t] - fy) / 100 + fmb);
}
}
if (sxtype[t] == 1 || sxtype[t] == 2) {
for (t3 = 0; t3 <= sc[t] / 3000; t3++) {
drawimage(grap[31][1],
(sa[t] -
fx) / 100 +
fma + 29 * t3,
(sb[t] - fy) / 100 + fmb);
}
}
if (sxtype[t] == 3 || sxtype[t] == 4) {
for (t3 = 0; t3 <= sc[t] / 3000; t3++) {
for (t2 = 0; t2 <= sd[t] / 3000; t2++) {
drawimage(grap[65]
[1], (sa[t]
-
fx) /
100 + fma + 29 * t3, (sb[t]
-
fy) /
100 + 29 * t2 + fmb);
}
}
}
if (sxtype[t] == 10) {
for (t3 = 0; t3 <= sc[t] / 3000; t3++) {
drawimage(grap[65][1],
(sa[t] -
fx) / 100 +
fma + 29 * t3,
(sb[t] - fy) / 100 + fmb);
}
}
}
if (stype[t] == 52) {
xx[29] = 0;
if (stagecolor == 2) {
xx[29] = 30;
}
if (stagecolor == 4) {
xx[29] = 60;
}
if (stagecolor == 5) {
xx[29] = 90;
}
for (t3 = 0; t3 <= sc[t] / 3000; t3++) {
if (sxtype[t] == 0) {
drawimage(grap
[5 +
xx[29]][1],
(sa[t] -
fx) / 100 +
fma + 29 * t3,
(sb[t] - fy) / 100 + fmb);
if (stagecolor != 4) {
drawimage(grap[6 + xx[29]]
[1], (sa[t]
-
fx) /
100 + fma + 29 * t3, (sb[t]
-
fy) /
100 + fmb + 29);
} else {
drawimage(grap[5 + xx[29]]
[1], (sa[t]
-
fx) /
100 + fma + 29 * t3, (sb[t]
-
fy) /
100 + fmb + 29);
}
}
if (sxtype[t] == 1) {
for (t2 = 0; t2 <= sd[t] / 3000; t2++) {
drawimage(grap[1 + xx[29]]
[1], (sa[t]
-
fx) /
100 + fma + 29 * t3, (sb[t]
-
fy) /
100 + fmb + 29 * t2);
}
}
if (sxtype[t] == 2) {
for (t2 = 0; t2 <= sd[t] / 3000; t2++) {
drawimage(grap[5 + xx[29]]
[1], (sa[t]
-
fx) /
100 + fma + 29 * t3, (sb[t]
-
fy) /
100 + fmb + 29 * t2);
}
}
}
}
if (trap == 1) {
if (stype[t] >= 100 && stype[t] <= 299) {
if (stagecolor == 1
|| stagecolor == 3 || stagecolor == 5)
setc0();
if (stagecolor == 2 || stagecolor == 4)
setc1();
drawrect((sa[t] - fx) / 100 +
fma,
(sb[t] - fy) / 100 +
fmb, sc[t] / 100, sd[t] / 100);
}
}
if (stype[t] == 300) {
setc1();
fillrect((sa[t] - fx) / 100 + 10,
(sb[t] - fy) / 100, 10, sd[t] / 100 - 8);
setc0();
drawrect((sa[t] - fx) / 100 + 10,
(sb[t] - fy) / 100, 10, sd[t] / 100 - 8);
setcolor(250, 250, 0);
fillarc((sa[t] - fx) / 100 + 15 - 1,
(sb[t] - fy) / 100, 10, 10);
setc0();
drawarc((sa[t] - fx) / 100 + 15 - 1,
(sb[t] - fy) / 100, 10, 10);
}
if (stype[t] == 500) {
drawimage(grap[20][4],
(sa[t] - fx) / 100, (sb[t] - fy) / 100);
}
}
}
for (t = 0; t < smax; t++) {
if (sa[t] - fx + sc[t] >= -10 && sa[t] - fx <= fxmax + 1100) {
if (stype[t] == 40) {
setcolor(0, 230, 0);
fillrect((sa[t] - fx) / 100 + fma,
(sb[t] - fy) / 100 + fmb + 1,
sc[t] / 100, sd[t] / 100);
setc0();
drawrect((sa[t] - fx) / 100 + fma,
(sb[t] - fy) / 100 + fmb + 1,
sc[t] / 100, sd[t] / 100);
}
if (stype[t] == 50) {
setcolor(0, 230, 0);
fillrect((sa[t] - fx) / 100 + fma + 5,
(sb[t] - fy) / 100 + fmb + 30,
50, sd[t] / 100 - 30);
setc0();
drawline((sa[t] - fx) / 100 + 5 + fma,
(sb[t] - fy) / 100 + fmb + 30,
(sa[t] - fx) / 100 + fma + 5,
(sb[t] - fy) / 100 + fmb + sd[t] / 100);
drawline((sa[t] - fx) / 100 + 5 + fma +
50,
(sb[t] - fy) / 100 + fmb + 30,
(sa[t] - fx) / 100 + fma + 50 +
5, (sb[t] - fy) / 100 + fmb + sd[t] / 100);
setcolor(0, 230, 0);
fillrect((sa[t] - fx) / 100 + fma,
(sb[t] - fy) / 100 + fmb + 1, 60, 30);
setc0();
drawrect((sa[t] - fx) / 100 + fma,
(sb[t] - fy) / 100 + fmb + 1, 60, 30);
}
if (stype[t] == 200) {
for (t3 = 0; t3 <= sc[t] / 3000; t3++) {
for (t2 = 0; t2 <= sd[t] / 3000; t2++) {
drawimage(grap[65][1],
(sa[t] -
fx) / 100 +
fma + 29 * t3,
(sb[t] - fy) / 100 + 29 * t2 + fmb);
}
}
}
}
}
for (t = 0; t < amax; t++) {
xx[0] = aa[t] - fx;
xx[1] = ab[t] - fy;
xx[14] = 12000;
xx[16] = 0;
if (atype[t] == 87 || atype[t] == 88) {
if (xx[0] + xx[2] * 100 >= -10 - xx[14]
&& xx[1] <= fxmax + xx[14]
&& xx[1] + xx[3] * 100 >= -10 && xx[3] <= fymax) {
for (tt = 0; tt <= axtype[t] % 100; tt++) {
xx[26] = 18;
xd[4] = tt * xx[26] * cos(atm[t] * pai / 180 / 2);
xd[5] = tt * xx[26] * sin(atm[t] * pai / 180 / 2);
xx[24] = (int) xd[4];
xx[25] = (int) xd[5];
setcolor(230, 120, 0);
xx[23] = 8;
if (atype[t] == 87) {
fillarc(xx[0] / 100 +
xx[24],
xx[1] / 100 + xx[25], xx[23], xx[23]);
setcolor(0, 0, 0);
drawarc(xx[0] / 100 +
xx[24],
xx[1] / 100 + xx[25], xx[23], xx[23]);
} else {
fillarc(xx[0] / 100 -
xx[24],
xx[1] / 100 + xx[25], xx[23], xx[23]);
setcolor(0, 0, 0);
drawarc(xx[0] / 100 -
xx[24],
xx[1] / 100 + xx[25], xx[23], xx[23]);
}
}
}
}
}
setc0();
if (mmsgtm >= 1) {
mmsgtm--;
xs[0] = "";
if (mmsgtype == 1)
xs[0] = "お、おいしい!!";
if (mmsgtype == 2)
xs[0] = "毒は無いが……";
if (mmsgtype == 3)
xs[0] = "刺さった!!";
if (mmsgtype == 10)
xs[0] = "食べるべきではなかった!!";
if (mmsgtype == 11)
xs[0] = "俺は燃える男だ!!";
if (mmsgtype == 50)
xs[0] = "体が……焼ける……";
if (mmsgtype == 51)
xs[0] = "たーまやー!!";
if (mmsgtype == 52)
xs[0] = "見事にオワタ";
if (mmsgtype == 53)
xs[0] = "足が、足がぁ!!";
if (mmsgtype == 54)
xs[0] = "流石は摂氏800度!!";
if (mmsgtype == 55)
xs[0] = "溶岩と合体したい……";
setc0();
str(xs[0], (ma + mnobia + 300) / 100 - 1, mb / 100 - 1);
str(xs[0], (ma + mnobia + 300) / 100 + 1, mb / 100 + 1);
setc1();
str(xs[0], (ma + mnobia + 300) / 100, mb / 100);
}
setc0();
for (t = 0; t < amax; t++) {
if (amsgtm[t] >= 1) {
amsgtm[t]--;
xs[0] = "";
if (amsgtype[t] == 1001)
xs[0] = "ヤッフー!!";
if (amsgtype[t] == 1002)
xs[0] = "え?俺勝っちゃったの?";
if (amsgtype[t] == 1003)
xs[0] = "貴様の死に場所はここだ!";
if (amsgtype[t] == 1004)
xs[0] = "二度と会う事もないだろう";
if (amsgtype[t] == 1005)
xs[0] = "俺、最強!!";
if (amsgtype[t] == 1006)
xs[0] = "一昨日来やがれ!!";
if (amsgtype[t] == 1007)
xs[0] = "漢に後退の二文字は無い!!";
if (amsgtype[t] == 1008)
xs[0] = "ハッハァ!!";
if (amsgtype[t] == 1011)
xs[0] = "ヤッフー!!";
if (amsgtype[t] == 1012)
xs[0] = "え?俺勝っちゃったの?";
if (amsgtype[t] == 1013)
xs[0] = "貴様の死に場所はここだ!";
if (amsgtype[t] == 1014)
xs[0] = "身の程知らずが……";
if (amsgtype[t] == 1015)
xs[0] = "油断が死を招く";
if (amsgtype[t] == 1016)
xs[0] = "おめでたい奴だ";
if (amsgtype[t] == 1017)
xs[0] = "屑が!!";
if (amsgtype[t] == 1018)
xs[0] = "無謀な……";
if (amsgtype[t] == 1021)
xs[0] = "ヤッフー!!";
if (amsgtype[t] == 1022)
xs[0] = "え?俺勝っちゃったの?";
if (amsgtype[t] == 1023)
xs[0] = "二度と会う事もないだろう";
if (amsgtype[t] == 1024)
xs[0] = "身の程知らずが……";
if (amsgtype[t] == 1025)
xs[0] = "僕は……負けない!!";
if (amsgtype[t] == 1026)
xs[0] = "貴様に見切れる筋は無い";
if (amsgtype[t] == 1027)
xs[0] =
"今死ね、すぐ死ね、骨まで砕けろ!!";
if (amsgtype[t] == 1028)
xs[0] = "任務完了!!";
if (amsgtype[t] == 1031)
xs[0] = "ヤッフー!!";
if (amsgtype[t] == 1032)
xs[0] = "え?俺勝っちゃったの?";
if (amsgtype[t] == 1033)
xs[0] = "貴様の死に場所はここだ!";
if (amsgtype[t] == 1034)
xs[0] = "身の程知らずが……";
if (amsgtype[t] == 1035)
xs[0] = "油断が死を招く";
if (amsgtype[t] == 1036)
xs[0] = "おめでたい奴だ";
if (amsgtype[t] == 1037)
xs[0] = "屑が!!";
if (amsgtype[t] == 1038)
xs[0] = "無謀な……";
if (amsgtype[t] == 15)
xs[0] = "鉄壁!!よって、無敵!!";
if (amsgtype[t] == 16)
xs[0] = "丸腰で勝てるとでも?";
if (amsgtype[t] == 17)
xs[0] = "パリイ!!";
if (amsgtype[t] == 18)
xs[0] = "自業自得だ";
if (amsgtype[t] == 20)
xs[0] = "Zzz";
if (amsgtype[t] == 21)
xs[0] = "ク、クマー";
if (amsgtype[t] == 24)
xs[0] = "?";
if (amsgtype[t] == 25)
xs[0] = "食べるべきではなかった!!";
if (amsgtype[t] == 30)
xs[0] = "うめぇ!!";
if (amsgtype[t] == 31)
xs[0] = "ブロックを侮ったな?";
if (amsgtype[t] == 32)
xs[0] = "シャキーン";
if (amsgtype[t] == 50)
xs[0] = "波動砲!!";
if (amsgtype[t] == 85)
xs[0] = "裏切られたとでも思ったか?";
if (amsgtype[t] == 86)
xs[0] = "ポールアターック!!";
if (amsgtype[t] != 31) {
xx[5] = (aa[t] + anobia[t] + 300 - fx) / 100;
xx[6] = (ab[t] - fy) / 100;
} else {
xx[5] = (aa[t] + anobia[t] + 300 - fx) / 100;
xx[6] = (ab[t] - fy - 800) / 100;
}
ChangeFontType(DX_FONTTYPE_EDGE);
setc1();
str(xs[0], xx[5], xx[6]);
ChangeFontType(DX_FONTTYPE_NORMAL);
}
}
if (tmsgtm > 0) {
ttmsg();
if (tmsgtype == 1) {
xx[0] = 1200;
tmsgy += xx[0];
if (tmsgtm == 1) {
tmsgtm = 80000000;
tmsgtype = 2;
}
}
else if (tmsgtype == 2) {
tmsgy = 0;
tmsgtype = 3;
tmsgtm = 15 + 1;
}
else if (tmsgtype == 3) {
xx[0] = 1200;
tmsgy += xx[0];
if (tmsgtm == 15)
WaitKey();
if (tmsgtm == 1) {
tmsgtm = 0;
tmsgtype = 0;
tmsgy = 0;
}
}
tmsgtm--;
}
if (mainmsgtype >= 1) {
setfont(20, 4);
if (mainmsgtype == 1) {
DrawFormatString(126, 100,
GetColor(255, 255, 255),
"WELCOME TO OWATA ZONE");
}
if (mainmsgtype == 1) {
for (t2 = 0; t2 <= 2; t2++)
DrawFormatString(88 + t2 * 143, 210,
GetColor(255, 255, 255), "1");
}
setfont(20, 5);
}
if (blacktm > 0) {
blacktm--;
fillrect(0, 0, fxmax, fymax);
if (blacktm == 0) {
if (blackx == 1) {
zxon = 0;
}
}
}
}
if (mainZ == 2) {
setcolor(255, 255, 255);
str("制作・プレイに関わった方々",
240 - 13 * 20 / 2, xx[12] / 100);
str("ステージ１ プレイ", 240 - 9 * 20 / 2, xx[13] / 100);
str("TODO: Fix this encoding error...",240-6*20/2,xx[14]/100);
str("ステージ２ プレイ", 240 - 9 * 20 / 2, xx[15] / 100);
str("友人 willowlet ", 240 - 8 * 20 / 2, xx[16] / 100);
str("ステージ３ プレイ", 240 - 9 * 20 / 2, xx[17] / 100);
str("友人 willowlet ", 240 - 8 * 20 / 2, xx[18] / 100);
str("ステージ４ プレイ", 240 - 9 * 20 / 2, xx[19] / 100);
str("友人２ ann ", 240 - 6 * 20 / 2, xx[20] / 100);
str("ご協力", 240 - 3 * 20 / 2, xx[21] / 100);
str("Ｔ先輩", 240 - 3 * 20 / 2, xx[22] / 100);
str("Ｓ先輩", 240 - 3 * 20 / 2, xx[23] / 100);
str("動画技術提供", 240 - 6 * 20 / 2, xx[24] / 100);
str("Ｋ先輩", 240 - 3 * 20 / 2, xx[25] / 100);
str("動画キャプチャ・編集・エンコード",
240 - 16 * 20 / 2, xx[26] / 100);
str("willowlet ", 240 - 5 * 20 / 2, xx[27] / 100);
str("プログラム・描画・ネタ・動画編集",
240 - 16 * 20 / 2, xx[28] / 100);
str("ちく", 240 - 2 * 20 / 2, xx[29] / 100);
str("プレイしていただき ありがとうございました〜", 240 - 22 * 20 / 2, xx[30] / 100);
}
if (mainZ == 10) {
setc0();
FillScreen();
SetFontSize(16);
SetFontThickness(4);
drawimage(grap[0][0], 190, 190);
DrawFormatString(230, 200, GetColor(255, 255, 255), " × %d",
nokori);
}
if (mainZ == 100) {
setcolor(160, 180, 250);
fillrect(0, 0, fxmax, fymax);
drawimage(mgrap[30], 240 - 380 / 2, 60);
drawimage(grap[0][4], 12 * 30, 10 * 29 - 12);
drawimage(grap[1][4], 6 * 30, 12 * 29 - 12);
drawimage(grap[0][0], 2 * 30, 12 * 29 - 12 - 6);
for (t = 0; t <= 16; t++) {
drawimage(grap[5][1], 29 * t, 13 * 29 - 12);
drawimage(grap[6][1], 29 * t, 14 * 29 - 12);
}
setcolor(0, 0, 0);
str("Enterキーを押せ!!", 240 - 8 * 20 / 2, 250);
}
ScreenFlip();
}
void Mainprogram()
{
stime = long (GetNowCount());
if (ending == 1)
mainZ = 2;
if (mainZ == 1 && tmsgtype == 0) {
if (zxon == 0) {
zxon = 1;
mainmsgtype = 0;
stagecolor = 1;
ma = 5600;
mb = 32000;
mmuki = 1;
mhp = 1;
mc = 0;
md = 0;
mnobia = 3000;
mnobib = 3600;
mtype = 0;
fx = 0;
fy = 0;
fzx = 0;
stageonoff = 0;