Untitled
unknown
plain_text
a year ago
183 kB
88
Indexable
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int V_[521];
init {
V_[13] = 1;
V_[242] = 1;
V_[307] = 2;
V_[317] = 30;
V_[318] = 1;
V_[356] = 15;
V_[357] = 15;
V_[518] = 1;
F_0xA00E();
V_[422] = get_slot();
}
main {
F_0x8D73(V_[83]);
F_0x8C8A();
if ((V_[82] <= 0)) {
F_0x7314();
} else {
F_0x8CE2(V_[82]);
}
if (get_ival(V_[281])) {
if (event_press(2)) {
F_0x8617(0, 1, 0, 0, 0, 1);
rect_oled(0, 0, 128, 64, 1, 0);
if (!(V_[8])) {
F_0x8617(1, 0, 0, 0, 0, 0);
} }
set_val(2, 0);
}
if (!(V_[13])) {
if ((((V_[8] || V_[0]) || V_[1]) || V_[2])) {
set_ledx(V_[15], 2);
}
if (V_[8]) {
V_[9] = F_0x82CB(V_[9], 0, 6);
vm_tctrl(0);
F_0xB8BE();
}
if (V_[0]) {
vm_tctrl(0);
V_[6] = F_0x82CB(V_[6], F_0xC196(V_[9], 0), F_0xC196(V_[9], 1));
V_[314] = -1;
V_[16 + (V_[15])] = F_0x8F9D(V_[16 + (V_[15])]);
V_[19 + (V_[15])] = F_0x8F9D(V_[19 + (V_[15])]);
V_[22 + (V_[15])] = F_0x8F9D(V_[22 + (V_[15])]);
V_[25 + (V_[15])] = F_0x8F9D(V_[25 + (V_[15])]);
V_[28 + (V_[15])] = F_0x8F9D(V_[28 + (V_[15])]);
V_[31 + (V_[15])] = F_0x8F9D(V_[31 + (V_[15])]);
V_[34 + (V_[15])] = F_0x8F9D(V_[34 + (V_[15])]);
V_[37 + (V_[15])] = F_0x8F9D(V_[37 + (V_[15])]);
V_[40 + (V_[15])] = F_0x8F9D(V_[40 + (V_[15])]);
V_[246 + (V_[15])] = F_0x8F9D(V_[246 + (V_[15])]);
V_[43 + (V_[15])] = F_0x8F9D(V_[43 + (V_[15])]);
V_[46 + (V_[15])] = F_0x8F9D(V_[46 + (V_[15])]);
V_[49 + (V_[15])] = F_0x8F9D(V_[49 + (V_[15])]);
V_[52 + (V_[15])] = F_0x8F9D(V_[52 + (V_[15])]);
V_[55 + (V_[15])] = F_0x8F9D(V_[55 + (V_[15])]);
V_[58 + (V_[15])] = F_0x8F9D(V_[58 + (V_[15])]);
V_[61 + (V_[15])] = F_0x8F9D(V_[61 + (V_[15])]);
V_[64] = F_0x8F9D(V_[64]);
V_[65 + (V_[15])] = F_0x8F9D(V_[65 + (V_[15])]);
V_[68 + (V_[15])] = F_0x8F9D(V_[68 + (V_[15])]);
V_[71] = F_0x8F9D(V_[71]);
V_[72] = F_0x8F9D(V_[72]);
V_[73] = F_0x8F9D(V_[73]);
V_[74] = F_0x8F9D(V_[74]);
V_[75] = F_0x8F9D(V_[75]);
V_[76 + (V_[15])] = F_0x8F9D(V_[76 + (V_[15])]);
V_[79] = F_0x8F9D(V_[79]);
V_[80] = F_0x8F9D(V_[80]);
V_[81] = F_0x8F9D(V_[81]);
V_[392] = F_0x8F9D(V_[392]);
V_[82] = F_0x8F9D(V_[82]);
V_[83] = F_0x8F9D(V_[83]);
V_[86] = F_0x8F9D(V_[86]);
V_[87] = F_0x8F9D(V_[87]);
V_[88] = F_0x8F9D(V_[88]);
V_[84] = F_0x9B0B(V_[84]);
V_[85] = F_0x9B0B(V_[85]);
V_[89] = F_0x9B0B(V_[89]);
F_0x89BC(0, 38);
F_0x89BC(1, 39);
F_0x8AD2(2, 40);
F_0x8AD2(3, 41);
F_0x8AD2(4, 42);
F_0x8AD2(5, 43);
F_0x8AD2(6, 44);
F_0x8AD2(7, 45);
F_0x8AD2(8, 46);
F_0x8AD2(9, 47);
F_0x8AD2(10, 48);
F_0x8AD2(11, 49);
F_0x8AD2(12, 50);
F_0x8AD2(13, 51);
V_[90] = F_0x7BCD(0, V_[90], 2);
V_[90] = F_0x7BCD(1, V_[90], 2);
V_[91] = F_0x7BCD(2, V_[91], 2);
V_[90] = F_0x7BCD(3, V_[90], 2);
V_[92] = F_0x7BCD(4, V_[92], 4);
V_[92] = F_0x7BCD(5, V_[92], 4);
V_[93] = F_0x7BCD(6, V_[93], 6);
V_[92] = F_0x7BCD(7, V_[92], 4);
V_[94] = F_0x7BCD(8, V_[94], 4);
V_[95] = F_0x7BCD(10, V_[95], 3);
V_[95] = F_0x7BCD(12, V_[95], 3);
V_[99] = F_0x7BCD(13, V_[99], 5);
V_[96] = F_0x7BCD(14, V_[96], 5);
V_[98] = F_0x7BCD(15, V_[98], 4);
V_[97] = F_0x7BCD(16, V_[97], 5);
V_[101] = F_0x7BCD(17, V_[101], 2);
V_[100] = F_0x7BCD(19, V_[100], 1);
}
if (V_[1]) {
vm_tctrl(0);
F_0xB8BE();
V_[7] = F_0x82CB(V_[7], F_0xC35A(V_[6], 0), F_0xC35A(V_[6], 1));
V_[271] = F_0xC13F((V_[242] - 1));
V_[272] = F_0xC149(V_[84]);
V_[10] = -1;
V_[102 + (V_[15])] = F_0x9A2E(V_[102 + (V_[15])]);
V_[105 + (V_[15])] = F_0x9A2E(V_[105 + (V_[15])]);
V_[102 + (V_[15])] = F_0x9A2E(V_[102 + (V_[15])]);
V_[105 + (V_[15])] = F_0x9A2E(V_[105 + (V_[15])]);
V_[108 + (V_[15])] = F_0x9A2E(V_[108 + (V_[15])]);
V_[111 + (V_[15])] = F_0x9A2E(V_[111 + (V_[15])]);
V_[114 + (V_[15])] = F_0x9A2E(V_[114 + (V_[15])]);
V_[117 + (V_[15])] = F_0x9A2E(V_[117 + (V_[15])]);
V_[120 + (V_[15])] = F_0x9A2E(V_[120 + (V_[15])]);
V_[123 + (V_[15])] = F_0x9A2E(V_[123 + (V_[15])]);
V_[126 + (V_[15])] = F_0x9A2E(V_[126 + (V_[15])]);
V_[129 + (V_[15])] = F_0x9A2E(V_[129 + (V_[15])]);
V_[132 + (V_[15])] = F_0x9A2E(V_[132 + (V_[15])]);
V_[135 + (V_[15])] = F_0x9A2E(V_[135 + (V_[15])]);
V_[138 + (V_[15])] = F_0x9A2E(V_[138 + (V_[15])]);
V_[141 + (V_[15])] = F_0x9A2E(V_[141 + (V_[15])]);
V_[144 + (V_[15])] = F_0x9A2E(V_[144 + (V_[15])]);
V_[147 + (V_[15])] = F_0x9A2E(V_[147 + (V_[15])]);
V_[150 + (V_[15])] = F_0x9A2E(V_[150 + (V_[15])]);
V_[153 + (V_[15])] = F_0x9A2E(V_[153 + (V_[15])]);
V_[156 + (V_[15])] = F_0x9758(V_[156 + (V_[15])]);
V_[242] = F_0x9A2E(V_[242]);
V_[159 + (V_[15])] = F_0x9758(V_[159 + (V_[15])]);
V_[162 + (V_[15])] = F_0x9758(V_[162 + (V_[15])]);
V_[150 + (V_[15])] = F_0x9A2E(V_[150 + (V_[15])]);
V_[153 + (V_[15])] = F_0x9A2E(V_[153 + (V_[15])]);
V_[156 + (V_[15])] = F_0x9758(V_[156 + (V_[15])]);
V_[165 + (V_[15])] = F_0x9758(V_[165 + (V_[15])]);
V_[242] = F_0x9A2E(V_[242]);
V_[159 + (V_[15])] = F_0x9758(V_[159 + (V_[15])]);
V_[162 + (V_[15])] = F_0x9758(V_[162 + (V_[15])]);
V_[165 + (V_[15])] = F_0x9758(V_[165 + (V_[15])]);
V_[168 + (V_[15])] = F_0x9A2E(V_[168 + (V_[15])]);
V_[171 + (V_[15])] = F_0x9A2E(V_[171 + (V_[15])]);
V_[174 + (V_[15])] = F_0x9758(V_[174 + (V_[15])]);
V_[177 + (V_[15])] = F_0x9A2E(V_[177 + (V_[15])]);
V_[180 + (V_[15])] = F_0x9A2E(V_[180 + (V_[15])]);
V_[183 + (V_[15])] = F_0x9758(V_[183 + (V_[15])]);
V_[186 + (V_[15])] = F_0x9A2E(V_[186 + (V_[15])]);
V_[189 + (V_[15])] = F_0x9A2E(V_[189 + (V_[15])]);
V_[192 + (V_[15])] = F_0x9758(V_[192 + (V_[15])]);
V_[195 + (V_[15])] = F_0x9758(V_[195 + (V_[15])]);
V_[198] = F_0x9758(V_[198]);
V_[168 + (V_[15])] = F_0x9A2E(V_[168 + (V_[15])]);
V_[171 + (V_[15])] = F_0x9A2E(V_[171 + (V_[15])]);
V_[202 + (V_[15])] = F_0x9A2E(V_[202 + (V_[15])]);
V_[199 + (V_[15])] = F_0x9A2E(V_[199 + (V_[15])]);
V_[205 + (V_[15])] = F_0x9758(V_[205 + (V_[15])]);
V_[208 + (V_[15])] = F_0x9A2E(V_[208 + (V_[15])]);
V_[211 + (V_[15])] = F_0x9A2E(V_[211 + (V_[15])]);
V_[214 + (V_[15])] = F_0x9A2E(V_[214 + (V_[15])]);
V_[250] = F_0x9758(V_[250]);
V_[251] = F_0x9A2E(V_[251]);
V_[252] = F_0x9A2E(V_[252]);
V_[249] = F_0x9758(V_[249]);
V_[256] = F_0x9A2E(V_[256]);
V_[253] = F_0x9A2E(V_[253]);
V_[254] = F_0x9A2E(V_[254]);
V_[255] = F_0x9A2E(V_[255]);
V_[260] = F_0x9A2E(V_[260]);
V_[257] = F_0x9A2E(V_[257]);
V_[258] = F_0x9A2E(V_[258]);
V_[259] = F_0x9A2E(V_[259]);
V_[217 + (V_[15])] = F_0x9A2E(V_[217 + (V_[15])]);
V_[220 + (V_[15])] = F_0x9A2E(V_[220 + (V_[15])]);
V_[223 + (V_[15])] = F_0x9A2E(V_[223 + (V_[15])]);
V_[226 + (V_[15])] = F_0x9A2E(V_[226 + (V_[15])]);
V_[229] = F_0x9A2E(V_[229]);
V_[229] = F_0x9A2E(V_[229]);
V_[231] = F_0x9A2E(V_[231]);
V_[232 + (V_[15])] = F_0x9A2E(V_[232 + (V_[15])]);
V_[233] = F_0x9A2E(V_[233]);
V_[234] = F_0x9A2E(V_[234]);
V_[230] = F_0x9A2E(V_[230]);
V_[235] = F_0x9A2E(V_[235]);
V_[236] = F_0x9A2E(V_[236]);
V_[237] = F_0x9A2E(V_[237]);
V_[238] = F_0x9A2E(V_[238]);
V_[239] = F_0x9A2E(V_[239]);
V_[240] = F_0x9A2E(V_[240]);
V_[241] = F_0x9A2E(V_[241]);
if ((V_[7] == 51)) {
if (event_press(3)) {
V_[243]++
V_[14] = 1;
if (!(V_[243])) {
combo_run(C_27);
} else {
combo_run(C_26);
} }
if (event_press(6)) {
V_[243]--
V_[14] = 1;
if (!(V_[243])) {
combo_run(C_27);
} else {
combo_run(C_26);
} }
V_[243] = F_0x8DA9(V_[243], 0, 4);
}
F_0x8A47(0, 81);
F_0x8A47(1, 82);
F_0x8A47(2, 83);
F_0x8A47(3, 84);
F_0x8A47(4, 85);
F_0x8A47(5, 86);
F_0x8A47(6, 87);
F_0x8A47(7, 88);
F_0x8A47(8, 89);
F_0x8A47(9, 90);
F_0x8A47(10, 91);
}
if (V_[14]) {
if (V_[1]) {
rect_oled(0, 0, 128, 64, 1, 0);
rect_oled(0, 0, 128, 64, 0, 1);
line_oled(0,50,127,50,1,1);
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBB18(V_[7])), 7), 3, 0, 1, F_0xBB18(V_[7]));
if ((F_0xC659(V_[7], 5) == 0)) {
line_oled(0,14,127,14,1,1);
}
if ((F_0xC659(V_[7], 5) == 1)) {
line_oled(0,28,127,28,1,1);
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB9AC(V_[15])), 7), 16, 0, 1, F_0xB9AC(V_[15]));
}
if ((V_[7] == 51)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB9C6(V_[243])), 7), 20, 0, 1, F_0xB9C6(V_[243]));
}
} else {
if (V_[0]) {
rect_oled(0, 0, 128, 64, 1, 0);
rect_oled(0, 0, 128, 64, 0, 1);
line_oled(0,28,127,28,1,1);
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBB0B(V_[6])), 7), 4, 0, 1, F_0xBB0B(V_[6]));
if ((F_0xC35A(V_[6], 4) == 1)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB9AC(V_[15])), 7), 16, 0, 1, F_0xB9AC(V_[15]));
}
if ((F_0xC35A(V_[6], 4) == 0)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB99F(8)), 7), 16, 0, 1, F_0xB99F(8));
}
if ((F_0xC35A(V_[6], 4) == 2)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB99F(9)), 7), 16, 0, 1, F_0xB99F(9));
}
if ((F_0xC35A(V_[6], 4) == 3)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB99F(0)), 7), 16, 0, 1, F_0xB99F(0));
}
if ((F_0xC35A(V_[6], 4) == 4)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB99F(10)), 7), 16, 0, 1, F_0xB99F(10));
}
if ((F_0xC35A(V_[6], 4) == 5)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB99F(11)), 7), 16, 0, 1, F_0xB99F(11));
}
if ((F_0xC35A(V_[6], 4) == 6)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB99F(1)), 7), 16, 0, 1, F_0xB99F(1));
}
if ((V_[6] == 30)) {
if ((V_[82] == 0)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB99F(13)), 7), 16, 0, 1, F_0xB99F(13));
} else {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB99F(0)), 7), 16, 0, 1, F_0xB99F(0));
} }
} else {
rect_oled(0, 0, 128, 50, 1, 0);
rect_oled(0, 0, 128, 64, 0, 1);
rect_oled(2, 16, 125, 18, 1, 1);
line_oled(0,50,127,50,1,1);
F_0x9BCE(0, 6, 1);
F_0x9BCE(1, 0, 2);
F_0x9BCE(2, 1, 3);
F_0x9BCE(3, 2, 4);
F_0x9BCE(4, 3, 5);
F_0x9BCE(5, 4, 6);
F_0x9BCE(6, 5, 0);
} }
V_[14] = 0;
} }
if (((!(V_[8]) && !(V_[0])) && !(V_[1]))) {
if (!(V_[2])) {
if (V_[13]) {
cls_oled(0);
V_[13] = 0;
V_[11] = 1;
V_[12] = 0;
rect_oled(0, 0, 128, 64, 0, 1);
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB99F(9)), 7), 5, 0, 1, F_0xB99F(9));
F_0xB95A(10, 35, 0, 1, F_0xB99F(14));
F_0x8EF1(V_[422], F_0x8F80(V_[422]));
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB99F(6)), 7), 20, 0, 1, F_0xB99F(6));
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB9AC(V_[15])), 7), 50, 0, 1, F_0xB9AC(V_[15]));
}
if (V_[11]) {
V_[12] = (V_[12] + get_rtime());
if ((V_[12] >= 10000)) {
cls_oled(0);
V_[12] = 0;
V_[11] = 0;
} } }
if (!(V_[3])) {
if (V_[452]) {
if (((event_release(V_[452]) && (get_ptime(V_[452]) < 150)) || (get_ival(V_[453]) && event_release(V_[452])))) {
V_[4] = !(V_[4]);
V_[3] = 0;
if (V_[0]) {
V_[14] = 1;
} else {
V_[13] = 1;
} }
if (!(V_[3])) {
if (V_[4]) {
V_[15] = 1;
} else {
V_[15] = 0;
} }
if (get_ival(V_[453])) {
set_val(V_[452], 0);
} }
if (V_[440]) {
if (get_ival(V_[440])) {
if (event_press(V_[455])) {
V_[4] = !(V_[4]);
if (!(V_[4])) {
V_[15] = 0;
} else {
V_[15] = 1;
}
if (V_[0]) {
V_[14] = 1;
} else {
V_[13] = 1;
} }
set_val(V_[455], 0);
} } }
if (V_[439]) {
if (get_ival(V_[439])) {
if (event_press(V_[454])) {
V_[15] = 2;
V_[3] = !(V_[3]);
if (V_[0]) {
V_[14] = 1;
} else {
V_[13] = 1;
}
if (!(V_[3])) {
if (V_[4]) {
V_[15] = 1;
} else {
V_[15] = 0;
} } } }
if ((V_[439] && get_ival(V_[439]))) {
set_val(V_[454], 0);
} }
set_ledx(V_[15], 2);
if (get_ival(V_[281])) {
if (event_press(0)) {
V_[5] = !(V_[5]);
if (V_[5]) {
combo_run(C_2);
} else {
combo_stop(C_2);
}
V_[13] = 1;
}
set_val(0, 0);
}
if (get_ival(V_[282])) {
if ((((((event_press(16) && (get_brtime(16) <= 200)) && !(V_[8])) && !(V_[0])) && !(V_[1])) && !(V_[2]))) {
V_[5] = 1;
combo_run(C_19);
}
set_val(16, 0);
}
if (V_[5]) {
combo_run(C_21);
V_[277] = 150;
V_[278] = 300;
if (event_press(20)) {
V_[5] = 0;
combo_run(C_20);
combo_run(C_27);
} }
if (V_[88]) {
block_rumble();
}
if ((get_ival(V_[281]) > 1)) {
set_val(V_[281], 100);
}
if ((get_ival(V_[282]) > 1)) {
set_val(V_[282], 100);
}
if (V_[80]) {
if ((V_[80] == 0)) {
vm_tctrl(0);
} else {
if ((V_[80] == 1)) {
vm_tctrl(-2);
} else {
if ((V_[80] == 2)) {
vm_tctrl(-4);
} else {
if ((V_[80] == 3)) {
vm_tctrl(-6);
} } } } }
F_0x7289(45, V_[84]);
F_0x7289(44, V_[84]);
F_0x7289(47, V_[85]);
F_0x7289(46, V_[85]);
if (!(V_[5])) {
V_[43 + (V_[15])] = F_0x9C9E(V_[441], V_[456], V_[43 + (V_[15])], 10, 1, V_[327 + (V_[15])]);
V_[46 + (V_[15])] = F_0x9C9E(V_[442], V_[457], V_[46 + (V_[15])], 11, 2, V_[330 + (V_[15])]);
V_[49 + (V_[15])] = F_0x9C9E(V_[443], V_[458], V_[49 + (V_[15])], 12, 1, 0);
V_[52 + (V_[15])] = F_0x9C9E(V_[444], V_[459], V_[52 + (V_[15])], 13, 2, V_[333 + (V_[15])]);
V_[55 + (V_[15])] = F_0x9C9E(V_[445], V_[460], V_[55 + (V_[15])], 14, 1, V_[336 + (V_[15])]);
V_[58 + (V_[15])] = F_0x9C9E(V_[446], V_[461], V_[58 + (V_[15])], 15, 1, V_[339 + (V_[15])]);
V_[61 + (V_[15])] = F_0x9C9E(V_[447], V_[462], V_[61 + (V_[15])], 16, 1, V_[342 + (V_[15])]);
V_[76 + (V_[15])] = F_0x9C9E(V_[448], V_[463], V_[76 + (V_[15])], 25, 1, V_[345 + (V_[15])]);
V_[65 + (V_[15])] = F_0x9C9E(V_[449], V_[464], V_[65 + (V_[15])], 18, 2, V_[348 + (V_[15])]);
V_[68 + (V_[15])] = F_0x9C9E(V_[450], V_[465], V_[68 + (V_[15])], 19, 1, V_[351 + (V_[15])]);
if ((V_[43 + (V_[15])] == 1)) {
V_[275] = (500 / V_[217 + (V_[15])]);
V_[276] = (V_[275] - get_rtime());
if ((V_[276] < 0)) {
V_[276] = 0;
}
if (F_0x882C(V_[95])) {
combo_run(C_18);
}
combo_run(C_21);
V_[277] = 200;
V_[278] = 150;
}
if (V_[49 + (V_[15])]) {
if (F_0x882C(V_[95])) {
combo_run(C_3);
} else {
combo_stop(C_3);
}
combo_run(C_21);
V_[277] = 200;
V_[278] = 150;
}
if ((V_[52 + (V_[15])] == 1)) {
if (F_0x88A9(V_[99])) {
combo_run(C_22);
}
if ((!(get_val(V_[282])) && combo_running(C_22))) {
combo_stop(C_22);
} }
if ((V_[52 + (V_[15])] == 2)) {
V_[395] = F_0x8221(4, 0);
if (F_0x88A9(V_[99])) {
if ((V_[395] >= 27851)) {
combo_run(C_22);
} else {
combo_stop(C_22);
} }
if ((!(get_val(V_[282])) && combo_running(C_22))) {
combo_stop(C_22);
} }
if (V_[58 + (V_[15])]) {
if ((V_[98] == 0)) {
if ((get_val(V_[282]) && !(get_val(V_[281])))) {
combo_run(C_12);
}
if (get_val(V_[282])) {
V_[401] = 1;
if (event_release(V_[281])) {
V_[401] = 1;
} else {
V_[401] = 0;
}
if (V_[401]) {
combo_run(C_12);
} }
if (((!(get_val(V_[282])) && combo_running(C_12)) || ((get_ival(V_[282]) && get_val(V_[281])) && combo_running(C_12)))) {
combo_stop(C_12);
V_[401] = 0;
}
} else {
if ((V_[98] == 1)) {
if ((get_ival(V_[281]) && get_ival(V_[282]))) {
combo_run(C_12);
}
} else {
if ((V_[98] == 2)) {
if (((get_ival(V_[281]) && get_ival(V_[282])) && get_val(V_[286]))) {
combo_run(C_12);
}
} else {
if ((V_[98] == 3)) {
if (((get_ival(V_[282]) && event_release(V_[286])) && (get_ptime(V_[286]) < 200))) {
V_[393] = 1;
}
if (V_[393]) {
combo_run(C_12);
}
if ((combo_running(C_12) && !(get_val(V_[282])))) {
combo_stop(C_12);
V_[393] = 0;
}
} else {
if ((V_[98] == 4)) {
if (get_ival(V_[281])) {
if (get_val(V_[284])) {
swap(V_[284], V_[282]);
combo_run(C_12);
}
set_val(V_[284], 0);
}
if ((combo_running(C_12) && !(get_val(V_[282])))) {
combo_stop(C_12);
} } } } } } }
if ((V_[61 + (V_[15])] == 1)) {
if ((V_[97] == 0)) {
if ((get_val(V_[282]) && !(get_val(V_[281])))) {
combo_run(C_13);
}
if (get_val(V_[282])) {
V_[402] = 1;
if (event_release(V_[281])) {
V_[402] = 1;
} else {
V_[402] = 0;
}
if (V_[402]) {
combo_run(C_13);
} }
if (((!(get_val(V_[282])) && combo_running(C_13)) || ((get_ival(V_[282]) && get_val(V_[281])) && combo_running(C_13)))) {
combo_stop(C_13);
V_[402] = 0;
}
} else {
if ((V_[97] == 1)) {
if ((get_ival(V_[281]) && get_ival(V_[282]))) {
combo_run(C_13);
}
if ((combo_running(C_13) && (event_release(V_[281]) || event_release(V_[282])))) {
combo_stop(C_13);
}
} else {
if ((V_[97] == 2)) {
if (((get_ival(V_[281]) && get_ival(V_[282])) && get_val(V_[285]))) {
combo_run(C_13);
}
if ((combo_running(C_13) && (event_release(V_[281]) || event_release(V_[282])))) {
combo_stop(C_13);
}
} else {
if ((V_[97] == 3)) {
if (((get_ival(V_[282]) && event_press(V_[285])) && (get_ptime(V_[285]) <= 125))) {
V_[394] = 1;
}
if (V_[394]) {
combo_run(C_13);
}
if ((((get_ival(V_[285]) && (get_ptime(V_[285]) > 200)) || event_press(V_[286])) || event_release(V_[282]))) {
V_[394] = 0;
}
} else {
if ((V_[97] == 4)) {
if (get_ival(V_[281])) {
if (get_val(V_[284])) {
swap(V_[284], V_[282]);
combo_run(C_13);
}
set_val(V_[284], 0);
}
if ((combo_running(C_13) && !(get_val(V_[282])))) {
combo_stop(C_13);
}
} else {
if ((V_[97] == 5)) {
if ((get_ival(V_[281]) && get_ival(V_[282]))) {
combo_run(C_13);
}
if (((get_ival(V_[282]) && event_press(V_[285])) && (get_ptime(V_[285]) <= 125))) {
V_[394] = 1;
}
if (V_[394]) {
combo_run(C_13);
}
if ((((get_ival(V_[285]) && (get_ptime(V_[285]) > 200)) || event_press(V_[286])) || event_release(V_[282]))) {
V_[394] = 0;
}
if ((combo_running(C_13) && (event_release(V_[281]) || event_release(V_[282])))) {
combo_stop(C_13);
} } } } } } } }
if ((V_[55 + (V_[15])] == 1)) {
if (F_0x88A9(V_[96])) {
combo_run(C_23);
}
if ((combo_running(C_23) && !(get_val(V_[282])))) {
combo_stop(C_23);
combo_run(C_24);
} }
if ((V_[55 + (V_[15])] == 2)) {
V_[395] = F_0x8221(4, 0);
if (F_0x88A9(V_[96])) {
if ((V_[395] >= 27851)) {
combo_run(C_23);
} else {
combo_stop(C_23);
}
if ((combo_running(C_23) && !(get_val(V_[282])))) {
combo_stop(C_23);
combo_run(C_24);
} } }
if ((V_[16 + (V_[15])] >= 1)) {
V_[297] = get_rumble(F_0x81D9());
if (((((F_0x863D(V_[90]) || (V_[43 + (V_[15])] && F_0x882C(V_[95]))) || (V_[43 + (V_[15])] && (((V_[95] == 3) && get_ival(V_[281])) && get_ival(V_[284])))) || ((V_[79] == 1) && get_ival(V_[282]))) || ((V_[79] == 2) && get_ival(V_[281])))) {
if ((V_[16 + (V_[15])] == 1)) {
if ((V_[37 + (V_[15])] == 1)) {
F_0x82AC(10, V_[102 + (V_[15])]);
F_0x82AC(9, V_[105 + (V_[15])]);
} else {
F_0x8260(V_[497], F_0x7302(V_[102 + (V_[15])]));
F_0x8260(V_[498], F_0x7302(V_[105 + (V_[15])]));
} }
if ((V_[16 + (V_[15])] == 2)) {
if (((V_[297] > 10) && (V_[297] < 90))) {
V_[261] = (V_[102 + (V_[15])] + (V_[297] / V_[89]));
}
if ((V_[297] < 10)) {
if ((V_[37 + (V_[15])] == 1)) {
F_0x82AC(10, V_[102 + (V_[15])]);
F_0x82AC(9, V_[105 + (V_[15])]);
} else {
F_0x8260(V_[497], F_0x7302(V_[102 + (V_[15])]));
F_0x8260(V_[498], F_0x7302(V_[105 + (V_[15])]));
}
} else {
if ((V_[37 + (V_[15])] == 1)) {
F_0x82AC(10, V_[261]);
F_0x82AC(9, V_[105 + (V_[15])]);
} else {
F_0x8260(V_[497], F_0x7302(V_[261]));
F_0x8260(V_[498], F_0x7302(V_[105 + (V_[15])]));
} } } }
if (!(get_val(V_[282]))) {
V_[261] = 0;
V_[297] = 0;
} }
if ((V_[19 + (V_[15])] == 1)) {
if (((((F_0x863D(V_[90]) || (V_[43 + (V_[15])] && F_0x882C(V_[95]))) || (V_[43 + (V_[15])] && (((V_[95] == 3) && get_ival(V_[281])) && get_ival(V_[284])))) || ((V_[79] == 1) && get_ival(V_[282]))) || ((V_[79] == 2) && get_ival(V_[281])))) {
V_[293] = (V_[293] + get_rtime());
if ((V_[293] < V_[111 + (V_[15])])) {
V_[294] = V_[108 + (V_[15])];
}
if ((V_[293] > V_[111 + (V_[15])])) {
V_[294] = V_[102 + (V_[15])];
}
if ((V_[37 + (V_[15])] == 1)) {
F_0x82AC(10, V_[294]);
F_0x82AC(9, V_[105 + (V_[15])]);
} else {
F_0x8260(V_[497], F_0x7302(V_[294]));
F_0x8260(V_[498], F_0x7302(V_[105 + (V_[15])]));
} }
if (!(get_val(V_[282]))) {
V_[293] = 0;
} }
if ((V_[19 + (V_[15])] == 2)) {
V_[295] = get_rumble(F_0x81D9());
if (((((F_0x863D(V_[90]) || (V_[43 + (V_[15])] && F_0x882C(V_[95]))) || (V_[43 + (V_[15])] && (((V_[95] == 3) && get_ival(V_[281])) && get_ival(V_[284])))) || ((V_[79] == 1) && get_ival(V_[282]))) || ((V_[79] == 2) && get_ival(V_[281])))) {
V_[293] = (V_[293] + get_rtime());
if (((V_[295] > 10) && (V_[295] < 90))) {
if ((V_[293] < V_[111 + (V_[15])])) {
V_[296] = (V_[108 + (V_[15])] + (V_[295] / V_[89]));
}
if ((V_[293] > V_[111 + (V_[15])])) {
V_[296] = (V_[102 + (V_[15])] + (V_[295] / V_[89]));
} }
if ((V_[295] < 10)) {
if ((V_[37 + (V_[15])] == 1)) {
F_0x82AC(10, V_[102 + (V_[15])]);
F_0x82AC(9, V_[105 + (V_[15])]);
} else {
F_0x8260(V_[497], F_0x7302(V_[102 + (V_[15])]));
F_0x8260(V_[498], F_0x7302(V_[105 + (V_[15])]));
}
} else {
if ((V_[37 + (V_[15])] == 1)) {
F_0x82AC(10, V_[296]);
F_0x82AC(9, V_[105 + (V_[15])]);
} else {
F_0x8260(V_[497], F_0x7302(V_[296]));
F_0x8260(V_[498], F_0x7302(V_[105 + (V_[15])]));
} } }
if (!(get_val(V_[282]))) {
V_[295] = 0;
V_[296] = 0;
V_[293] = 0;
} }
if ((V_[22 + (V_[15])] >= 1)) {
if (((((F_0x863D(V_[91]) || (V_[43 + (V_[15])] && F_0x882C(V_[95]))) || (V_[43 + (V_[15])] && (((V_[95] == 3) && get_ival(V_[281])) && get_ival(V_[284])))) || ((V_[79] == 1) && get_ival(V_[282]))) || ((V_[79] == 2) && get_ival(V_[281])))) {
F_0x73C6();
V_[403] = (V_[403] + get_rtime());
V_[405] = (get_rtime() - inv(V_[403]));
if ((V_[405] <= (V_[123 + (V_[15])] * 100))) {
V_[407] = ((V_[123 + (V_[15])] * 100) >> 1);
if ((V_[405] < V_[407])) {
V_[406] = ((V_[405] * 100) / V_[407]);
V_[404] = (V_[430] + (((V_[431] - V_[430]) * V_[406]) / 100));
} else {
V_[406] = (((V_[405] - V_[407]) * 100) / V_[407]);
V_[404] = (V_[431] + (((V_[432] - V_[431]) * V_[406]) / 100));
}
if ((V_[37 + (V_[15])] == 1)) {
F_0x82AC(10, V_[404]);
} else {
F_0x8260(V_[497], ((V_[404] * 32767) / 100));
}
} else {
V_[404] = V_[432];
if ((V_[37 + (V_[15])] == 1)) {
F_0x82AC(10, V_[404]);
} else {
F_0x8260(V_[497], ((V_[404] * 32767) / 100));
} }
if ((V_[405] <= (V_[135 + (V_[15])] * 100))) {
V_[408] = ((V_[135 + (V_[15])] * 100) >> 1);
if ((V_[405] < V_[408])) {
V_[406] = ((V_[405] * 100) / V_[408]);
V_[409] = (V_[126 + (V_[15])] + (((V_[129 + (V_[15])] - V_[126 + (V_[15])]) * V_[406]) / 100));
} else {
V_[406] = (((V_[405] - V_[408]) * 100) / V_[408]);
V_[409] = (V_[129 + (V_[15])] + (((V_[132 + (V_[15])] - V_[129 + (V_[15])]) * V_[406]) / 100));
}
if ((V_[37 + (V_[15])] == 1)) {
F_0x82AC(9, V_[409]);
} else {
F_0x8260(V_[498], ((V_[409] * 32767) / 100));
}
} else {
V_[409] = V_[132 + (V_[15])];
if ((V_[37 + (V_[15])] == 1)) {
F_0x82AC(9, V_[409]);
} else {
F_0x8260(V_[498], ((V_[409] * 32767) / 100));
} } }
if (!(get_ival(V_[282]))) {
V_[403] = 0;
V_[405] = 0;
V_[295] = 0;
} }
if (V_[25 + (V_[15])]) {
if (((((F_0x863D(V_[90]) || (V_[43 + (V_[15])] && F_0x882C(V_[95]))) || (V_[43 + (V_[15])] && (((V_[95] == 3) && get_ival(V_[281])) && get_ival(V_[284])))) || ((V_[79] == 1) && get_ival(V_[282]))) || ((V_[79] == 2) && get_ival(V_[281])))) {
if ((V_[37 + (V_[15])] == 1)) {
V_[410] = (V_[144 + (V_[15])] + ((V_[141 + (V_[15])] * get_val(10)) / V_[138 + (V_[15])]));
} else {
V_[410] = (F_0x7302(V_[144 + (V_[15])]) + ((F_0x7302(V_[141 + (V_[15])]) * get_ival(V_[497])) / F_0x7302(V_[138 + (V_[15])])));
}
if ((V_[37 + (V_[15])] == 1)) {
F_0x82AC(10, V_[410]);
F_0x82AC(9, V_[147 + (V_[15])]);
} else {
F_0x8260(V_[497], V_[410]);
F_0x8260(V_[498], F_0x7302(V_[147 + (V_[15])]));
} } }
if (((V_[28 + (V_[15])] == 1) || (V_[31 + (V_[15])] == 1))) {
V_[299] = get_val(V_[498]);
V_[300] = get_val(V_[497]);
V_[325] = F_0x8221(2, 0);
V_[271] = F_0xC13F((V_[242] - 1));
V_[272] = F_0xC149(V_[84]);
V_[273] = (((V_[271] + V_[272]) * 32767) / 100);
V_[360] = (((V_[271] + V_[272]) * 32767) / 100);
V_[269] = (V_[360] + ((V_[153 + (V_[15])] * 32767) / 100));
V_[359] = (((F_0x811C(V_[274]) * V_[269]) / 23170) << 1);
V_[358] = (V_[273] + (((V_[150 + (V_[15])] * 32767) / 100) >> 1));
V_[270] = (V_[273] + ((V_[150 + (V_[15])] * 32767) / 100));
V_[355] = ((((V_[356] << 1) + (V_[270] << 1)) * (100 + isqrt((pow(abs(get_val(9)), 2) + pow(abs(get_val(10)), 2))))) / 100);
V_[292] = ((V_[84] * 32767) / 100);
if ((V_[31 + (V_[15])] == 1)) {
F_0x746E(V_[165 + (V_[15])], V_[308], (V_[262] << 1));
}
if ((V_[28 + (V_[15])] == 1)) {
V_[267] = (((F_0x811C(V_[308]) * V_[262]) / 23170) << 1);
V_[268] = (((F_0x80F0(V_[308]) * V_[262]) / 23170) << 1);
}
if (F_0x8692(V_[92])) {
V_[262] = (((((V_[270] >> 1) + (((V_[150 + (V_[15])] * 32767) / 100) >> 1)) * (32767 - isqrt((pow(abs(get_val(V_[498])), 2) + pow(abs(get_val(V_[497])), 2))))) + V_[270]) / 32767);
if ((V_[325] < 3276)) {
if ((V_[159 + (V_[15])] == 1)) {
V_[308] = (V_[308] + (V_[356] + V_[357]));
} else {
V_[308] = (V_[308] + ((V_[356] + V_[242]) + V_[84]));
}
V_[262] = (V_[358] >> 1);
V_[274] = (V_[274] + 20);
}
if ((V_[325] >= 3276)) {
V_[308] = (V_[308] + V_[354]);
if ((V_[159 + (V_[15])] == 1)) {
V_[354] = (((V_[356] + V_[357]) * (100 + isqrt((pow(abs(get_val(9)), 2) + pow(abs(get_val(10)), 2))))) / 100);
} else {
V_[354] = (((V_[356] + V_[150 + (V_[15])]) * (100 + isqrt((pow(abs(get_val(9)), 2) + pow(abs(get_val(10)), 2))))) / 100);
}
if (!(get_val(V_[282]))) {
V_[262] = ((((V_[270] >> 1) * (32767 - isqrt((pow(abs(get_val(V_[498])), 2) + pow(abs(get_val(V_[497])), 2))))) + (V_[270] << 1)) / 32767);
} else {
V_[262] = (((((V_[270] >> 1) + (((V_[150 + (V_[15])] * 32767) / 100) >> 1)) * (32767 - isqrt((pow(abs(get_val(V_[498])), 2) + pow(abs(get_val(V_[497])), 2))))) + V_[270]) / 32767);
} }
if ((V_[159 + (V_[15])] == 1)) {
V_[264] = ((1310 * F_0x811C(V_[263])) / 23170);
V_[265] = (F_0x80F0(180) / 23170);
V_[263] = (V_[263] + 3);
}
if ((V_[162 + (V_[15])] == 1)) {
if (((V_[325] >= V_[292]) && (V_[325] < 6553))) {
V_[266] = 1;
}
if (((V_[325] <= V_[292]) || (V_[325] >= 6553))) {
V_[266] = 0;
}
if (V_[266]) {
F_0x8034(V_[498], 16384, 26213);
F_0x8034(V_[497], 16384, 26213);
} }
if ((V_[159 + (V_[15])] == 1)) {
set_val(V_[498], clamp(((V_[299] + V_[267]) + V_[264]),-32767,32767));
set_val(V_[497], clamp(((V_[300] + V_[268]) + V_[265]),-32767,32767));
} else {
set_val(V_[498], clamp((V_[299] + V_[267]),-32767,32767));
set_val(V_[497], clamp((V_[300] + V_[268]),-32767,32767));
} }
if (F_0x8795(V_[156])) {
V_[274] = (V_[274] + V_[355]);
F_0x8260(V_[500], V_[359]);
} }
if (V_[34 + (V_[15])]) {
V_[299] = get_val(V_[498]);
V_[300] = get_val(V_[497]);
V_[301]++
if (!((V_[301] % V_[307]))) {
V_[311] = (V_[311] + V_[303]);
V_[301] = 0;
}
if ((V_[183 + (V_[15])] == 1)) {
V_[303] = (V_[186 + (V_[15])] % 360);
V_[309] = ((F_0x7302(V_[189 + (V_[15])]) * F_0x80F0(V_[311])) / 23170);
V_[310] = ((F_0x7302(V_[189 + (V_[15])]) * F_0x811C(V_[311])) / 23170);
}
if (F_0x8692(V_[93])) {
if (((V_[174 + (V_[15])] == 1) && get_ival(V_[282]))) {
V_[308] = (V_[308] + V_[302]);
V_[302] = (V_[168 + (V_[15])] + V_[177 + (V_[15])]);
F_0x746E(V_[165 + (V_[15])], V_[308], (F_0x7302(V_[171 + (V_[15])]) + F_0x7302(V_[180 + (V_[15])])));
} else {
V_[308] = (V_[308] + V_[168 + (V_[15])]);
F_0x746E(V_[165 + (V_[15])], V_[308], F_0x7302(V_[171 + (V_[15])]));
}
if ((V_[183 + (V_[15])] == 1)) {
set_val(V_[498], clamp(((V_[299] + V_[267]) + V_[309]),-32767,32767));
set_val(V_[497], clamp(((V_[300] + V_[268]) + V_[310]),-32767,32767));
} else {
set_val(V_[498], clamp((V_[299] + V_[267]),-32767,32767));
set_val(V_[497], clamp((V_[300] + V_[268]),-32767,32767));
} } }
if ((V_[37 + (V_[15])] >= 1)) {
V_[299] = get_val(V_[498]);
V_[300] = get_val(V_[497]);
V_[301]++
if (!((V_[301] % V_[307]))) {
V_[308] = (V_[308] + ((V_[302] << 15) / 360));
V_[305] = (V_[305] + ((V_[304] << 15) / 360));
V_[301] = 0;
}
V_[302] = V_[168 + (V_[15])];
V_[304] = V_[202 + (V_[15])];
if ((V_[37 + (V_[15])] == 1)) {
F_0x7A0E(V_[192 + (V_[15])], V_[308], (V_[171 + (V_[15])] << 8), 23, V_[305], (V_[199 + (V_[15])] << 7));
if (F_0x8692(V_[92])) {
set_val(9, clamp((get_val(9) + V_[267]),-100,100));
set_val(10, clamp((get_val(10) + V_[268]),-100,100));
}
if (V_[195]) {
if (F_0x8795(V_[198])) {
set_val(11, clamp((get_val(11) + V_[312]),-100,100));
set_val(12, clamp((get_val(12) + V_[313]),-100,100));
} } }
if ((V_[37 + (V_[15])] == 2)) {
F_0x7A0E(V_[192 + (V_[15])], V_[308], ((V_[171 + (V_[15])] * 32767) / 100), 15, V_[305], (((V_[199 + (V_[15])] * 32767) / 100) >> 1));
if (F_0x8692(V_[92])) {
set_val(V_[498], clamp((V_[299] + V_[267]),-32767,32767));
set_val(V_[497], clamp((V_[300] + V_[268]),-32767,32767));
}
if (V_[195]) {
if (F_0x8795(V_[198])) {
set_val(V_[500], clamp((get_val(V_[500]) + V_[312]),-32767,32767));
set_val(V_[499], clamp((get_val(V_[499]) + V_[313]),-32767,32767));
} } } }
if ((V_[246 + (V_[15])] == 1)) {
V_[299] = get_val(V_[498]);
V_[300] = get_val(V_[497]);
V_[301]++
if (!((V_[301] % V_[307]))) {
V_[308] = (V_[308] + ((V_[302] << 15) / 360));
if (V_[250]) {
V_[305] = (V_[305] + ((V_[304] << 15) / 360));
}
V_[301] = 0;
}
V_[302] = V_[244];
V_[304] = V_[251];
F_0x7A0E(V_[249], V_[308], (V_[245] << 8), 15, 0, 0);
if (get_ival(V_[281])) {
if (!(get_ival(V_[282]))) {
V_[244] = V_[253];
V_[245] = V_[257];
} else {
V_[244] = V_[254];
V_[245] = V_[258];
}
} else {
if (get_ival(V_[282])) {
V_[244] = V_[255];
V_[245] = V_[259];
} else {
V_[244] = V_[256];
V_[245] = V_[260];
} }
if ((V_[250] >= 1)) {
if (F_0x8795(V_[243])) {
if ((V_[250] == 1)) {
V_[280] = ((((2 * (((F_0x7B6C(V_[305]) << 11) >> 16) << 8)) + (((F_0x7B6C((2 * V_[305])) << 11) >> 16) << 8)) * (V_[252] << 7)) >> 15);
V_[279] = ((((2 * (((F_0x7B80(V_[305]) << 11) >> 16) << 8)) - (((F_0x7B80((2 * V_[305])) << 11) >> 16) << 8)) * (V_[252] << 7)) >> 15);
} else {
if ((V_[250] == 2)) {
V_[279] = (((((F_0x7B6C(V_[305]) << 11) >> 16) << 8) * (V_[252] << 7)) >> 15);
V_[280] = (((((F_0x7B80(V_[305]) << 11) >> 16) << 8) * (V_[252] << 7)) >> 15);
} else {
if ((V_[250] == 3)) {
combo_run(C_17);
} } }
if ((V_[250] != 3)) {
set_val(V_[500], clamp((get_val(V_[500]) + V_[279]),-32767,32767));
set_val(V_[499], clamp((get_val(V_[499]) + V_[280]),-32767,32767));
}
} else {
if ((V_[250] == 3)) {
combo_stop(C_17);
} } }
set_val(V_[498], clamp((V_[299] + V_[267]),-32767,32767));
set_val(V_[497], clamp((V_[300] + V_[268]),-32767,32767));
}
if ((V_[40 + (V_[15])] == 1)) {
if (F_0x8795(V_[94])) {
if ((V_[205 + (V_[15])] == 0)) {
combo_run(C_16);
} else {
if ((V_[205 + (V_[15])] == 1)) {
V_[397] = (V_[397] + V_[211 + (V_[15])]);
if ((V_[306] == 0)) {
V_[398] = (((F_0x811C((V_[397] + 35)) * ((V_[208 + (V_[15])] * 32767) / 100)) / 23170) << 1);
V_[399] = (((F_0x80F0((V_[397] + 135)) * ((V_[208 + (V_[15])] * 32767) / 100)) / 23170) << 1);
} else {
V_[398] = (((F_0x811C((V_[397] + 135)) * ((V_[208 + (V_[15])] * 32767) / 100)) / 23170) << 1);
V_[399] = (((F_0x80F0((V_[397] + 35)) * ((V_[208 + (V_[15])] * 32767) / 100)) / 23170) << 1);
}
V_[306]++
if ((V_[306] == 2)) {
V_[306] = 0;
}
set_val(V_[500], clamp((get_val(V_[500]) + (V_[398] >> 1)),-32767,32767));
set_val(V_[499], clamp((get_val(V_[499]) + (V_[399] >> 1)),-32767,32767));
} } }
if ((combo_running(C_16) && !(F_0x8795(V_[94])))) {
combo_stop(C_16);
} }
if ((V_[40 + (V_[15])] == 2)) {
if (F_0x8795(V_[94])) {
V_[361] = (V_[361] + get_rtime());
if ((V_[205 + (V_[15])] == 0)) {
if ((V_[361] >= (V_[214 + (V_[15])] * 100))) {
combo_run(C_16);
}
} else {
if ((V_[205 + (V_[15])] == 1)) {
if ((V_[361] >= (V_[214 + (V_[15])] * 100))) {
V_[397] = (V_[397] + V_[211 + (V_[15])]);
if ((V_[306] == 0)) {
V_[398] = (((F_0x811C((V_[397] + 35)) * ((V_[208 + (V_[15])] * 32767) / 100)) / 23170) << 1);
V_[399] = (((F_0x80F0((V_[397] + 135)) * ((V_[208 + (V_[15])] * 32767) / 100)) / 23170) << 1);
} else {
V_[398] = (((F_0x811C((V_[397] + 135)) * ((V_[208 + (V_[15])] * 32767) / 100)) / 23170) << 1);
V_[399] = (((F_0x80F0((V_[397] + 35)) * ((V_[208 + (V_[15])] * 32767) / 100)) / 23170) << 1);
}
V_[306]++
if ((V_[306] == 2)) {
V_[306] = 0;
}
set_val(V_[500], clamp((get_val(V_[500]) + (V_[398] >> 1)),-32767,32767));
set_val(V_[499], clamp((get_val(V_[499]) + (V_[399] >> 1)),-32767,32767));
} } } }
if (!(F_0x8795(V_[94]))) {
V_[361] = 0;
}
if ((combo_running(C_16) && !(F_0x8795(V_[94])))) {
combo_stop(C_16);
} }
if ((V_[46 + (V_[15])] == 1)) {
V_[275] = (500 / V_[220 + (V_[15])]);
V_[276] = (V_[275] - get_rtime());
if ((V_[276] < 0)) {
V_[276] = 0;
}
if (get_val(V_[282])) {
combo_run(C_14);
} else {
if (get_val(V_[281])) {
combo_run(C_15);
} }
combo_run(C_21);
V_[277] = 200;
V_[278] = 150;
}
if ((V_[46 + (V_[15])] == 2)) {
if ((get_ival(V_[281]) || get_val(V_[282]))) {
set_val(V_[281], 100);
set_val(V_[282], 100);
}
combo_run(C_21);
V_[277] = 200;
V_[278] = 150;
}
if (V_[64]) {
if ((V_[101] == 0)) {
if ((get_ival(V_[282]) && (get_ptime(V_[282]) >= 300))) {
combo_run(C_11);
} else {
combo_stop(C_11);
}
} else {
if ((V_[101] == 1)) {
if (((get_ival(V_[281]) && get_ival(V_[282])) && (get_ptime(V_[282]) >= 300))) {
combo_run(C_11);
} else {
combo_stop(C_11);
}
} else {
if ((V_[101] == 2)) {
if ((((get_ival(V_[281]) && get_ival(V_[282])) && (get_ptime(V_[282]) >= 300)) || (get_ival(V_[282]) && (get_ptime(V_[282]) >= 300)))) {
combo_run(C_11);
} else {
combo_stop(C_11);
} } } } }
if ((V_[65 + (V_[15])] == 1)) {
if (get_val(V_[281])) {
set_val(V_[290], 100);
}
if ((get_val(V_[281]) && get_lval(V_[290]))) {
set_val(V_[290], 0);
} }
if ((V_[65 + (V_[15])] == 2)) {
if (get_ival(V_[281])) {
V_[298] = (V_[298] + get_rtime());
if ((V_[298] >= (V_[232] * 100))) {
set_val(V_[290], 100);
} }
if (event_release(V_[281])) {
V_[298] = 0;
}
if ((get_val(V_[281]) && get_lval(V_[290]))) {
set_val(V_[290], 0);
} }
if (V_[68 + (V_[15])]) {
if ((V_[100] == 0)) {
if ((event_press(V_[281]) && (get_ptime(V_[281]) < 140))) {
combo_run(C_9);
}
} else {
if ((V_[100] == 1)) {
if (event_release(V_[281])) {
combo_run(C_10);
} } }
if ((get_ival(V_[281]) && event_press(5))) {
set_val(V_[282], 0);
combo_stop(C_9);
} }
if (V_[73]) {
if (!(V_[87])) {
if (((get_ival(V_[285]) && (get_val(12) < -80)) && (get_ptime(V_[285]) >= 225))) {
combo_run(C_7);
}
} else {
if ((event_press(V_[285]) && (get_val(12) < -80))) {
combo_run(C_7);
} } }
if (V_[74]) {
if (((V_[74] && get_ival(V_[286])) && (get_ptime(V_[286]) > 200))) {
combo_run(C_8);
} }
if (V_[81]) {
V_[325] = F_0x8012(2);
V_[319] = ((V_[235] * 32767) / 100);
V_[320] = ((V_[317] * 32767) / 100);
V_[321] = ((V_[318] * 32767) / 100);
V_[322] = ((V_[236] * 32767) / 100);
if (get_ival(V_[281])) {
if (!(get_ival(V_[282]))) {
V_[326] = V_[238];
} else {
V_[326] = V_[240];
}
} else {
if (get_ival(V_[282])) {
V_[326] = V_[239];
} else {
V_[326] = V_[237];
} }
if ((V_[325] >= V_[319])) {
V_[323] = clamp((V_[323] + 327),0,32767);
if (((V_[323] >= V_[321]) && (((V_[324] * 32767) / 100) < V_[322]))) {
V_[324] = clamp((V_[324] + 1),0,32767);
V_[323] = 0;
} else {
if ((V_[324] >= V_[322])) {
V_[323] = 0;
} }
} else {
if ((V_[325] < V_[320])) {
V_[323] = 0;
V_[324] = V_[326];
} }
F_0x8034(V_[498], 16384, ((V_[324] * 32767) / 100));
F_0x8034(V_[497], 16384, ((V_[324] * 32767) / 100));
}
if ((V_[75] == 1)) {
if (((get_ival(V_[285]) && (get_brtime(V_[285]) <= 225)) && !(get_ival(V_[281])))) {
combo_run(C_4);
}
if ((combo_running(C_4) && event_press(V_[281]))) {
if (combo_running(C_4)) {
combo_stop(C_4);
}
if (!(V_[435])) {
combo_run(C_6);
} }
if (event_release(V_[281])) {
combo_stop(C_6);
V_[435] = 0;
} }
if ((V_[75] == 2)) {
if (((event_press(V_[285]) && (get_brtime(V_[285]) <= 225)) && !(get_ival(V_[281])))) {
V_[396] = !(V_[396]);
}
if (V_[396]) {
combo_run(C_4);
}
if ((combo_running(C_4) && event_press(V_[281]))) {
if (combo_running(C_4)) {
combo_stop(C_4);
}
if (!(V_[435])) {
combo_run(C_6);
} }
if (event_release(V_[281])) {
combo_stop(C_6);
V_[435] = 0;
} }
if (get_keyboard(V_[377])) {
V_[400] = ((V_[241] * 32767) / 100);
if ((get_ival(V_[497]) <= inv(V_[400]))) {
set_val(V_[497], clamp((get_ival(V_[497]) - 32767),-32767,32767));
}
if ((get_ival(V_[497]) >= V_[400])) {
set_val(V_[497], clamp((get_ival(V_[497]) + 32767),-32767,32767));
}
if ((get_ival(V_[498]) <= inv(V_[400]))) {
set_val(V_[498], clamp((get_ival(V_[498]) - 32767),-32767,32767));
}
if ((get_ival(V_[498]) >= V_[400])) {
set_val(V_[498], clamp((get_ival(V_[498]) + 32767),-32767,32767));
} }
if ((V_[76 + (V_[15])] == 1)) {
if (get_val(V_[288])) {
combo_run(C_5);
}
if (event_release(V_[288])) {
combo_stop(C_5);
} }
if ((V_[79] == 1)) {
if (get_ival(V_[282])) {
set_val(V_[281], 100);
} }
if ((V_[79] == 2)) {
if (get_ival(V_[281])) {
set_val(V_[282], 100);
} }
if (V_[71]) {
if (!(get_ival(V_[281]))) {
if ((F_0x7267(4) >= F_0x7302(90))) {
if (!(V_[87])) {
if (event_release(V_[285])) {
combo_run(C_0);
} else {
if ((combo_running(C_0) && (get_ival(V_[281]) && event_release(V_[285])))) {
combo_stop(C_0);
} }
} else {
if ((get_ival(V_[285]) && (get_ptime(V_[285]) >= 225))) {
combo_run(C_0);
} else {
if ((combo_running(C_0) && (get_ival(V_[281]) && get_val(V_[285])))) {
combo_stop(C_0);
} } } } } }
if (V_[72]) {
if (event_press(V_[282])) {
V_[423] = 1;
}
if ((event_press(V_[287]) && V_[423])) {
V_[424] = 1;
V_[423] = 0;
}
if ((get_val(V_[287]) && (get_ptime(V_[287]) >= 250))) {
V_[424] = 0;
combo_stop(C_1);
}
if (V_[424]) {
V_[425] = (V_[425] + get_rtime());
} else {
V_[425] = 0;
}
if ((V_[425] > 1000)) {
V_[424] = 0;
}
if ((((V_[425] > 0) && (V_[425] <= 1000)) && (event_press(V_[282]) || event_press(V_[290])))) {
combo_run(C_1);
} } } }
if ((get_console() == 4)) {
if ((get_controller() != 4)) {
if (get_ival(1)) {
if (get_ival(5)) {
set_val(1, 100);
set_val(27, 0);
set_val(5, 0);
} else {
set_val(27, 100);
set_val(1, 0);
} } }
} else {
if (V_[86]) {
swap(27, 1);
} }
}
combo C_0 {
wait(V_[234]);
set_val(V_[286], 100);
wait(50);
}
combo C_1 {
set_val(V_[289], 100);
wait(20);
wait(20);
set_val(V_[289], 100);
wait(20);
V_[424] = 0;
}
combo C_2 {
cls_oled(0);
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB99F(12)), 11), 12, 1, 1, F_0xB99F(12));
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB99F(4)), 11), 40, 1, 1, F_0xB99F(4));
wait(2000);
cls_oled(0);
}
combo C_3 {
wait(V_[223 + (V_[15])]);
set_val(V_[282], 0);
wait(V_[226 + (V_[15])]);
}
combo C_4 {
set_val(V_[499], (get_val(12) + 100));
F_0x82AC(V_[285], 100);
wait(450);
set_val(V_[499], (get_val(12) + 0));
F_0x82AC(V_[285], 100);
wait(150);
F_0x82AC(V_[285], 0);
wait(V_[230]);
set_val(V_[499], (get_val(12) + -100));
F_0x82AC(V_[290], 100);
wait(160);
set_val(V_[499], 0);
set_val(V_[290], 0);
}
combo C_5 {
set_val(V_[288], 100);
wait(35);
set_val(V_[288], 0);
wait(30);
}
combo C_6 {
set_val(V_[281], 0);
set_val(V_[290], 100);
F_0x82AC(12, -75);
wait(50);
set_val(V_[290], 0);
set_val(12, 0);
wait(50);
V_[435] = 1;
}
combo C_7 {
wait(800);
set_val(V_[290], 100);
wait(80);
set_val(V_[290], 0);
wait(80);
set_val(V_[290], 100);
wait(80);
set_val(V_[290], 0);
wait(80);
}
combo C_8 {
set_val(V_[286], 100);
wait(10);
set_val(V_[286], 0);
wait(10);
}
combo C_9 {
set_val(V_[281], 100);
wait(V_[233]);
set_val(V_[281], 100);
set_val(V_[282], 100);
wait(40);
set_val(V_[281], 100);
wait(40);
}
combo C_10 {
set_val(V_[282], 100);
wait(200);
wait(10);
}
combo C_11 {
wait(200);
set_val(V_[291], 100);
wait(20);
set_val(V_[291], 0);
wait(20);
set_val(V_[291], 100);
wait(20);
set_val(V_[291], 0);
wait(V_[231]);
}
combo C_12 {
set_val(V_[286], 100);
wait(20);
set_val(V_[286], 0);
wait(20);
}
combo C_13 {
set_val(V_[285], 0);
wait(50);
set_val(V_[285], 100);
wait(60);
}
combo C_14 {
F_0x82AC(V_[499], 0);
wait(40);
set_val(V_[282], 100);
set_val(V_[281], 0);
wait(V_[275]);
F_0x82AC(V_[499], 0);
wait(40);
set_val(V_[281], 100);
set_val(V_[282], 0);
wait(V_[276]);
}
combo C_15 {
F_0x82AC(V_[499], 0);
wait(40);
set_val(V_[281], 100);
set_val(V_[282], 0);
wait(V_[275]);
F_0x82AC(V_[499], 0);
wait(40);
set_val(V_[282], 100);
set_val(V_[281], 0);
wait(V_[276]);
}
combo C_16 {
F_0x8260(V_[500], ((V_[208 + (V_[15])] * 32767) / 100));
wait(V_[211 + (V_[15])]);
F_0x8260(V_[500], inv(((V_[208 + (V_[15])] * 32767) / 100)));
wait(V_[211 + (V_[15])]);
F_0x8260(V_[500], ((V_[208 + (V_[15])] * 32767) / 100));
wait(V_[211 + (V_[15])]);
F_0x8260(V_[500], inv(((V_[208 + (V_[15])] * 32767) / 100)));
wait(V_[211 + (V_[15])]);
}
combo C_17 {
F_0x8260(V_[500], ((V_[252] * 32767) / 100));
wait(V_[251]);
F_0x8260(V_[500], inv(((V_[252] * 32767) / 100)));
wait(V_[251]);
F_0x8260(V_[500], ((V_[252] * 32767) / 100));
wait(V_[251]);
F_0x8260(V_[500], inv(((V_[252] * 32767) / 100)));
wait(V_[251]);
}
combo C_18 {
wait(V_[275]);
set_val(V_[282], 0);
wait(V_[276]);
}
combo C_19 {
cls_oled(0);
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB99F(2)), 11), 10, 1, 1, F_0xB99F(2));
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB99F(3)), 11), 35, 1, 1, F_0xB99F(3));
wait(1500);
V_[13] = 1;
}
combo C_20 {
cls_oled(0);
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB99F(2)), 11), 10, 1, 1, F_0xB99F(2));
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB99F(4)), 11), 35, 1, 1, F_0xB99F(4));
wait(1500);
V_[13] = 1;
}
combo C_21 {
set_ledx(0, 0);
wait(V_[277]);
set_ledx(V_[15], 1);
wait(V_[278]);
}
combo C_22 {
set_val(V_[285], 100);
wait(100);
set_val(V_[499], 100);
wait(30);
set_val(V_[285], 100);
F_0x8260(V_[497], ((V_[229] * 32767) / 100));
wait(700);
set_val(V_[285], 0);
set_val(V_[499], 0);
wait(20);
}
combo C_23 {
set_val(V_[285], 100);
wait(100);
set_val(V_[499], 100);
wait(30);
set_val(V_[285], 100);
F_0x8260(V_[497], ((V_[229] * 32767) / 100));
wait(750);
set_val(V_[285], 0);
set_val(V_[499], 0);
wait(100);
call(C_24);
}
combo C_24 {
set_val(V_[286], 100);
wait(60);
set_val(V_[286], 0);
wait(20);
set_val(V_[286], 100);
wait(60);
set_val(V_[286], 0);
wait(60);
set_val(V_[286], 100);
wait(60);
set_val(V_[286], 0);
}
combo C_25 {
cls_oled(0);
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB99F(5)), 11), 25, 1, 1, F_0xB99F(5));
wait(500);
V_[13] = 1;
}
combo C_26 {
set_ledx(2, 2);
set_rumble(1, 50);
wait(150);
reset_rumble();
wait(100);
set_rumble(1, 50);
wait(150);
reset_rumble();
reset_leds();
}
combo C_27 {
set_ledx(1, 1);
set_rumble(0, 50);
wait(300);
reset_rumble();
wait(400);
reset_leds();
}
combo C_28 {
vm_tctrl(0);
wait(1500);
V_[13] = 1;
}
function F_0x7267(A_0) {
return isqrt(((get_val((A_0 + 42)) * get_val((A_0 + 42))) + (get_val((A_0 + 43)) * get_val((A_0 + 43)))))
}
function F_0x7289(A_0, A_1) {
V_[426] = F_0x7302(A_1);
V_[427] = inv(F_0x7302(A_1));
V_[428] = get_ival(A_0);
if ((V_[428] < V_[427])) {
V_[429] = ((V_[428] - V_[427]) - ((V_[428] * V_[427]) / 32767));
} else {
if ((V_[428] > V_[426])) {
V_[429] = ((V_[428] - V_[426]) + ((V_[428] * V_[426]) / 32767));
} else {
V_[429] = 0;
} }
set_val(A_0, clamp(V_[429],-32768,32767));
return ;
}
function F_0x7302(A_0) {
A_0 = ((A_0 * 32767) / 100);
return A_0
}
function F_0x7314() {
V_[281] = F_0xC856(clamp(V_[411],0,15));
V_[282] = F_0xC856(clamp(V_[412],0,15));
V_[283] = F_0xC856(clamp(V_[413],0,15));
V_[284] = F_0xC856(clamp(V_[414],0,15));
V_[285] = F_0xC856(clamp(V_[415],0,15));
V_[286] = F_0xC856(clamp(V_[416],0,15));
V_[287] = F_0xC856(clamp(V_[417],0,15));
V_[288] = F_0xC856(clamp(V_[418],0,15));
V_[289] = F_0xC856(clamp(V_[419],0,15));
V_[290] = F_0xC856(clamp(V_[420],0,15));
V_[291] = F_0xC856(clamp(V_[421],0,15));
return ;
}
function F_0x73C6() {
if ((V_[22 + (V_[15])] == 1)) {
V_[430] = V_[114 + (V_[15])];
V_[431] = V_[117 + (V_[15])];
V_[432] = V_[120 + (V_[15])];
}
if ((V_[22 + (V_[15])] == 2)) {
V_[295] = get_rumble(F_0x81D9());
if (((V_[295] > 10) && (V_[295] < 90))) {
V_[430] = (V_[114 + (V_[15])] + (V_[295] / V_[89]));
V_[431] = (V_[117 + (V_[15])] + (V_[295] / V_[89]));
V_[432] = (V_[120 + (V_[15])] + (V_[295] / V_[89]));
} else {
if ((V_[295] < 10)) {
V_[430] = V_[114 + (V_[15])];
V_[431] = V_[117 + (V_[15])];
V_[432] = V_[120 + (V_[15])];
} } }
return ;
}
function F_0x746E(A_0, A_1, A_2) {
A_2 = (A_2 >> 1);
if ((F_0xC66D(A_0, 5) == 0)) {
V_[267] = ((((F_0x811C((F_0xC66D(A_0, 1) + A_1)) * A_2) / F_0xC66D(A_0, 3)) / 23170) << 1);
V_[268] = ((((F_0x80F0((F_0xC66D(A_0, 2) + A_1)) * A_2) / F_0xC66D(A_0, 4)) / 23170) << 1);
}
if ((F_0xC66D(A_0, 5) == 2)) {
V_[268] = (((((A_2 / F_0xC66D(A_0, 3)) * ((2 * F_0x811C((F_0xC66D(A_0, 1) + A_1))) + F_0x811C((2 * A_1)))) / 23170) << 1) / 3);
V_[267] = (((((A_2 / F_0xC66D(A_0, 3)) * ((2 * F_0x80F0((F_0xC66D(A_0, 1) + A_1))) - F_0x80F0((2 * A_1)))) / 23170) << 1) / 3);
}
if ((F_0xC66D(A_0, 5) == 3)) {
F_0x7982();
V_[268] = (((A_2 * V_[268]) / 23170) << 1);
V_[267] = (((A_2 * V_[267]) / 23170) << 1);
}
if ((F_0xC66D(A_0, 5) == 4)) {
V_[267] = (((((A_2 / F_0xC66D(A_0, 3)) * ((3 * F_0x811C((F_0xC66D(A_0, 1) + A_1))) - F_0x811C((2 * A_1)))) / 23170) << 1) / 3);
V_[268] = (((((A_2 / F_0xC66D(A_0, 3)) * ((3 * F_0x80F0((F_0xC66D(A_0, 1) + A_1))) - F_0x80F0((2 * A_1)))) / 23170) << 1) / 3);
}
if ((F_0xC66D(A_0, 5) == 5)) {
V_[267] = (((((A_2 / F_0xC66D(A_0, 3)) * ((3 * F_0x811C(A_1)) - F_0x811C((2 * A_1)))) / 23170) << 1) / 3);
V_[268] = (((((A_2 / F_0xC66D(A_0, 3)) * ((3 * F_0x80F0((F_0xC66D(A_0, 1) + A_1))) + F_0x80F0((2 * A_1)))) / 23170) << 1) / 3);
}
if ((F_0xC66D(A_0, 5) == 6)) {
V_[268] = (((((A_2 / F_0xC66D(A_0, 3)) * ((2 * F_0x811C((F_0xC66D(A_0, 1) + A_1))) - F_0x811C((2 * A_1)))) / 23170) << 1) / 3);
V_[267] = (((((A_2 / F_0xC66D(A_0, 3)) * ((2 * F_0x80F0((F_0xC66D(A_0, 1) + A_1))) - F_0x80F0((2 * A_1)))) / 23170) << 1) / 3);
}
if ((F_0xC66D(A_0, 5) == 7)) {
V_[268] = (((((A_2 / F_0xC66D(A_0, 3)) * ((1 * F_0x811C((F_0xC66D(A_0, 1) + A_1))) + F_0x811C((2 * A_1)))) / 23170) << 1) / 3);
V_[267] = (((((A_2 / F_0xC66D(A_0, 3)) * ((1 * F_0x80F0((F_0xC66D(A_0, 1) + A_1))) + F_0x80F0((2 * A_1)))) / 23170) << 1) / 3);
}
if ((F_0xC66D(A_0, 5) == 8)) {
if ((V_[306] == 0)) {
V_[267] = ((((F_0x811C((F_0xC66D(A_0, 1) + A_1)) * A_2) / F_0xC66D(A_0, 3)) / 23170) << 1);
V_[268] = ((((F_0x80F0((F_0xC66D(A_0, 2) + A_1)) * A_2) / F_0xC66D(A_0, 4)) / 23170) << 1);
} else {
V_[267] = ((((F_0x811C((F_0xC66D(A_0, 2) + A_1)) * A_2) / F_0xC66D(A_0, 3)) / 23170) << 1);
V_[268] = ((((F_0x80F0((F_0xC66D(A_0, 1) + A_1)) * A_2) / F_0xC66D(A_0, 4)) / 23170) << 1);
}
V_[306]++
if ((V_[306] == 2)) {
V_[306] = 0;
} }
if ((F_0xC66D(A_0, 5) == 9)) {
V_[267] = ((((F_0x811C((F_0xC66D(A_0, 1) + A_1)) * A_2) / F_0xC66D(A_0, 3)) / 23170) << 1);
V_[268] = (((((F_0x80F0((F_0xC66D(A_0, 2) + (A_1 << 1))) >> 1) * A_2) / F_0xC66D(A_0, 4)) / 23170) << 1);
}
if ((F_0xC66D(A_0, 5) == 10)) {
V_[268] = ((((F_0x811C((F_0xC66D(A_0, 1) + A_1)) * A_2) / F_0xC66D(A_0, 3)) / 23170) << 1);
V_[267] = (((((F_0x80F0((F_0xC66D(A_0, 2) + (A_1 << 1))) >> 1) * A_2) / F_0xC66D(A_0, 4)) / 23170) << 1);
}
return ;
}
function F_0x7982() {
V_[434] = (V_[434] % 32767);
if ((V_[433] == 0)) {
V_[267] = V_[434];
V_[268] = (32767 - V_[434]);
} else {
if ((V_[433] == 1)) {
V_[267] = (32767 - V_[434]);
V_[268] = inv(V_[434]);
} else {
if ((V_[433] == 2)) {
V_[267] = inv(V_[434]);
V_[268] = (-32767 + V_[434]);
} else {
if ((V_[433] == 3)) {
V_[267] = (-32767 + V_[434]);
V_[268] = V_[434];
} } } }
V_[433]++
if ((V_[433] == 4)) {
V_[433] = 0;
}
return ;
}
function F_0x7A0E(A_0, A_1, A_2, A_3, A_4, A_5) {
A_2 = (A_2 >> 1);
A_5 = (A_5 >> 1);
if ((A_0 == 0)) {
V_[268] = ((((2 * (((F_0x7B6C(A_1) << 11) >> 16) << 8)) + (((F_0x7B6C((2 * A_1)) << 11) >> 16) << 8)) * A_2) >> A_3);
V_[267] = ((((2 * (((F_0x7B80(A_1) << 11) >> 16) << 8)) - (((F_0x7B80((2 * A_1)) << 11) >> 16) << 8)) * A_2) >> A_3);
}
if ((A_0 == 1)) {
V_[267] = (((((F_0x7B6C(A_1) << 11) >> 16) << 8) * A_2) >> A_3);
V_[268] = (((((F_0x7B80(A_1) << 11) >> 16) << 8) * A_2) >> A_3);
}
if ((A_0 == 2)) {
F_0x7982();
V_[268] = (((A_2 * V_[268]) / 23170) << 1);
V_[267] = (((A_2 * V_[267]) / 23170) << 1);
}
V_[313] = ((((2 * (((F_0x7B6C(A_4) << 11) >> 16) << 8)) + (((F_0x7B6C((2 * A_4)) << 11) >> 16) << 8)) * A_5) >> A_3);
V_[312] = ((((2 * (((F_0x7B80(A_4) << 11) >> 16) << 8)) - (((F_0x7B80((2 * A_4)) << 11) >> 16) << 8)) * A_5) >> A_3);
return ;
}
function F_0x7B6C(A_0) {
return F_0x7B80(((A_0 - 8192) % 32768))
}
function F_0x7B80(A_0) {
A_0 = (A_0 * 131072);
if (((A_0 ^ (A_0 * 2)) < 0)) {
A_0 = (-2147483647 - A_0);
}
A_0 = (A_0 / 131072);
return ((A_0 * (98304 - (pow(A_0, 2) / 2048))) >> 17)
}
function F_0x7BCD(A_0, A_1, A_2) {
if ((V_[6] == A_0)) {
if (event_press(3)) {
A_1 = (A_1 + 1);
V_[14] = 1;
if (!(A_1)) {
combo_run(C_27);
} else {
combo_run(C_26);
} }
if (event_press(6)) {
A_1 = (A_1 - 1);
V_[14] = 1;
if (!(A_1)) {
combo_run(C_27);
} else {
combo_run(C_26);
} }
A_1 = F_0x8DA9(A_1, 0, A_2);
if ((V_[6] == 0)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB9B9(V_[90])), 7), 32, 0, 1, F_0xB9B9(V_[90]));
} else {
if ((V_[6] == 1)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB9B9(V_[90])), 7), 32, 0, 1, F_0xB9B9(V_[90]));
} else {
if ((V_[6] == 2)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB9B9(V_[91])), 7), 32, 0, 1, F_0xB9B9(V_[91]));
} else {
if ((V_[6] == 3)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB9B9(V_[90])), 7), 32, 0, 1, F_0xB9B9(V_[90]));
} else {
if ((V_[6] == 4)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB9D3(V_[92])), 7), 32, 0, 1, F_0xB9D3(V_[92]));
} else {
if ((V_[6] == 5)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB9D3(V_[92])), 7), 32, 0, 1, F_0xB9D3(V_[92]));
} else {
if ((V_[6] == 6)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB9E0(V_[93])), 7), 32, 0, 1, F_0xB9E0(V_[93]));
} else {
if ((V_[6] == 7)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB9D3(V_[92])), 7), 32, 0, 1, F_0xB9D3(V_[92]));
} else {
if ((V_[6] == 8)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB9C6(V_[94])), 7), 32, 0, 1, F_0xB9C6(V_[94]));
} else {
if ((V_[6] == 10)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB9ED(V_[95])), 7), 32, 0, 1, F_0xB9ED(V_[95]));
} else {
if ((V_[6] == 12)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB9ED(V_[95])), 7), 32, 0, 1, F_0xB9ED(V_[95]));
} else {
if ((V_[6] == 13)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA07(V_[99])), 7), 32, 0, 1, F_0xBA07(V_[99]));
} else {
if ((V_[6] == 14)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA07(V_[96])), 7), 32, 0, 1, F_0xBA07(V_[96]));
} else {
if ((V_[6] == 15)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA14(V_[98])), 7), 32, 0, 1, F_0xBA14(V_[98]));
} else {
if ((V_[6] == 16)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA07(V_[97])), 7), 32, 0, 1, F_0xBA07(V_[97]));
} else {
if ((V_[6] == 17)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBAD7(V_[101])), 7), 32, 0, 1, F_0xBAD7(V_[101]));
} else {
if ((V_[6] == 19)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB9FA(V_[100])), 7), 32, 0, 1, F_0xB9FA(V_[100]));
} } } } } } } } } } } } } } } } } }
return A_1
}
function F_0x7F9C() {
set_val(V_[281], 0);
set_val(V_[282], 0);
set_val(V_[283], 0);
set_val(V_[291], 0);
set_val(V_[288], 0);
set_val(V_[287], 0);
set_val(V_[289], 0);
set_val(V_[284], 0);
set_val(16, 0);
set_val(15, 0);
set_val(13, 0);
set_val(14, 0);
set_val(6, 0);
set_val(3, 0);
set_val(17, 0);
set_val(20, 0);
set_val(19, 0);
set_val(18, 0);
set_val(V_[500], 0);
set_val(V_[497], 0);
set_val(V_[498], 0);
return ;
}
function F_0x8012(A_0) {
return isqrt(((get_val((A_0 + 42)) * get_val((A_0 + 42))) + (get_val((A_0 + 43)) * get_val((A_0 + 43)))))
}
function F_0x8034(A_0, A_1, A_2) {
V_[316] = get_val(A_0);
if ((A_1 != 0)) {
V_[315] = -1;
if ((V_[316] >= 0)) {
V_[315] = 1;
}
V_[316] = (V_[316] * V_[315]);
if ((V_[316] <= A_1)) {
V_[316] = ((V_[316] * 16384) / A_1);
} else {
V_[316] = (((16384 * (V_[316] - A_1)) / (32767 - A_1)) + 16384);
}
V_[316] = (V_[316] * V_[315]);
}
if ((A_2 != 0)) {
V_[316] = ((V_[316] * A_2) / 32767);
}
set_val(A_0, clamp(V_[316],-32768,32767));
return ;
}
function F_0x80C7(A_0) {
if ((A_0 < 0)) {
A_0 = (360 + (A_0 % 360));
}
A_0 = ((A_0 + 90) % 360);
return A_0
}
function F_0x80F0(A_0) {
return F_0x8156(F_0xBB4C(F_0x80C7((A_0 - 1))), F_0xBB4C(F_0x80C7((A_0 + 1))), 32768)
}
function F_0x811C(A_0) {
return F_0x8156(F_0xBB4C(((F_0x80C7((A_0 - 1)) + 90) % 360)), F_0xBB4C(((F_0x80C7((A_0 + 1)) + 90) % 360)), 32768)
}
function F_0x8156(A_0, A_1, A_2) {
return F_0x8180(F_0x81BA(F_0x8175(A_0), F_0x8175(A_1), A_2))
}
function F_0x8175(A_0) {
return (A_0 * 65536)
}
function F_0x8180(A_0) {
if ((A_0 >= 0)) {
return ((A_0 + 32768) / 65536)
}
return ((A_0 - 32768) / 65536)
}
function F_0x81AB(A_0, A_1) {
return ((A_0 >> 8) * (A_1 >> 8))
}
function F_0x81BA(A_0, A_1, A_2) {
return (F_0x81AB((65536 - A_2), A_0) + F_0x81AB(A_2, A_1))
}
function F_0x81D9() {
if ((get_rumble(0) == get_rumble(1))) {
return 0
}
if ((get_rumble(0) == 100)) {
return 1
}
if ((get_rumble(1) == 100)) {
return 0
}
if ((get_rumble(0) > get_rumble(1))) {
return 0
}
if ((get_rumble(0) < get_rumble(1))) {
return 1
}
return 0
}
function F_0x8221(A_0, A_1) {
if (A_1) {
return get_polar(A_0,1)
}
return isqrt(((get_val((A_0 + 42)) * get_val((A_0 + 42))) + (get_val((A_0 + 43)) * get_val((A_0 + 43)))))
}
function F_0x8251(A_0, A_1) {
return (64 - ((A_0 * A_1) / 2))
}
function F_0x8260(A_0, A_1) {
if ((A_0 >= V_[498])) {
set_val(A_0, clamp((((A_1 * (32767 - abs(get_val(A_0)))) / 32767) + get_val(A_0)),-32767,32767));
return ;
}
set_val(A_0, clamp((((A_1 * (100 - abs(get_val(A_0)))) / 100) + get_val(A_0)),-100,100));
return ;
}
function F_0x82AC(A_0, A_1) {
set_val(A_0, clamp((((A_1 * (100 - abs(get_val(A_0)))) / 100) + get_val(A_0)),-100,100));
return ;
}
function F_0x82CB(A_0, A_1, A_2) {
if (V_[8]) {
if (event_press(13)) {
A_0 = (A_0 - 1);
V_[14] = 1;
} else {
if (event_press(14)) {
A_0 = (A_0 + 1);
V_[14] = 1;
} } }
if (!(get_ival(V_[281]))) {
if (((F_0xC35A(V_[6], 3) == 1) || (V_[7] >= 81))) {
if ((event_release(16) && (get_ptime(16) < 400))) {
A_0 = (A_0 + 1);
V_[436] = 0;
V_[14] = 1;
} else {
if ((event_release(15) && (get_ptime(15) < 400))) {
A_0 = (A_0 - 1);
V_[436] = 0;
V_[14] = 1;
} }
} else {
if (event_press(16)) {
A_0 = (A_0 + 1);
V_[436] = 0;
V_[14] = 1;
} else {
if (event_press(15)) {
A_0 = (A_0 - 1);
V_[436] = 0;
V_[14] = 1;
} } } }
if (event_release(19)) {
if (V_[8]) {
V_[6] = F_0xC196(V_[9], 0);
F_0x8617(0, 0, 1, 0, 0, 1);
} }
if (event_press(19)) {
if (V_[0]) {
if ((F_0xC35A(V_[6], 2) == 1)) {
V_[7] = F_0xC35A(V_[6], 0);
F_0x8617(0, 0, 0, 1, 0, 1);
} else {
if ((V_[6] == 30)) {
if ((V_[82] == 0)) {
V_[7] = F_0xC35A(V_[6], 0);
F_0x8617(0, 0, 0, 1, 0, 1);
} } } } }
if ((event_press(18) && !(V_[2]))) {
if (V_[8]) {
F_0x8617(1, 0, 0, 0, 0, 0);
F_0xADC1();
combo_run(C_25);
}
if ((F_0xC35A(V_[6], 3) == 0)) {
if (V_[0]) {
F_0x8617(0, 1, 0, 0, 0, 1);
rect_oled(0, 0, 128, 64, 1, 0);
} else {
if ((V_[1] && !((V_[7] >= 81)))) {
F_0x8617(0, 0, 1, 0, 0, 1);
rect_oled(0, 0, 128, 64, 1, 0);
} } } }
if ((F_0xC35A(V_[6], 3) == 1)) {
if ((event_release(18) && (get_ptime(18) < 300))) {
if (V_[0]) {
F_0x8617(0, 1, 0, 0, 0, 1);
rect_oled(0, 0, 128, 64, 1, 0);
} else {
if (V_[1]) {
F_0x8617(0, 0, 1, 0, 0, 1);
rect_oled(0, 0, 128, 64, 1, 0);
} } } }
if (V_[1]) {
if ((V_[7] >= 81)) {
if ((event_release(18) && (get_ptime(18) < 300))) {
F_0x8617(0, 0, 1, 0, 0, 1);
rect_oled(0, 0, 128, 64, 1, 0);
} } }
if (event_press(17)) {
if (V_[0]) {
if (((F_0xC35A(V_[6], 4) == 1) || (F_0xC35A(V_[6], 4) == 8))) {
V_[15] = F_0x8DA9((V_[15] + 1), 0, 2);
}
} else {
if (V_[1]) {
if ((F_0xC659(V_[7], 5) >= 1)) {
V_[15] = F_0x8DA9((V_[15] + 1), 0, 2);
} } }
V_[14] = 1;
}
if (((V_[8] || V_[0]) || (V_[1] && !(V_[2])))) {
F_0x7F9C();
}
if (V_[2]) {
F_0x7F9C();
if (V_[507]) {
F_0x9C4F();
} }
A_0 = F_0x8DA9(A_0, A_1, A_2);
return A_0
}
function F_0x8617(A_0, A_1, A_2, A_3, A_4, A_5) {
V_[13] = A_0;
V_[8] = A_1;
V_[0] = A_2;
V_[1] = A_3;
V_[2] = A_4;
V_[14] = A_5;
return ;
}
function F_0x863D(A_0) {
if ((A_0 == 0)) {
if ((get_ival(V_[281]) && get_val(V_[282]))) {
return 1
} }
if ((A_0 == 1)) {
if ((get_val(V_[282]) && !(get_ival(V_[281])))) {
return 1
} }
if ((A_0 == 2)) {
if (((get_ival(V_[281]) && get_val(V_[282])) || get_val(V_[282]))) {
return 1
} }
return 0
}
function F_0x8692(A_0) {
if ((A_0 == 0)) {
if ((get_ival(V_[281]) || get_ival(V_[282]))) {
return 1
} }
if ((A_0 == 1)) {
if ((get_ival(V_[281]) && get_ival(V_[282]))) {
return 1
} }
if ((A_0 == 2)) {
if ((get_ival(V_[282]) && !(get_ival(V_[281])))) {
return 1
} }
if ((A_0 == 3)) {
if (((get_ival(V_[281]) && get_ival(V_[282])) || get_ival(V_[282]))) {
return 1
} }
if ((A_0 == 4)) {
if ((isqrt((pow(get_ival(44), 2) + pow(get_ival(45), 2))) > ((V_[84] * 32767) / 100))) {
return 1
} }
if ((A_0 == 5)) {
if ((isqrt((pow(get_ival(46), 2) + pow(get_ival(47), 2))) > ((V_[84] * 32767) / 100))) {
return 1
} }
if ((A_0 == 6)) {
if (((isqrt((pow(get_ival(46), 2) + pow(get_ival(47), 2))) > ((V_[84] * 32767) / 100)) || (isqrt((pow(get_ival(44), 2) + pow(get_ival(45), 2))) > ((V_[84] * 32767) / 100)))) {
return 1
} }
return 0
}
function F_0x8795(A_0) {
if ((A_0 == 0)) {
if ((get_ival(V_[281]) || get_ival(V_[282]))) {
return 1
} }
if ((A_0 == 1)) {
if ((get_ival(V_[281]) && get_ival(V_[282]))) {
return 1
} }
if ((A_0 == 2)) {
if ((get_ival(V_[282]) && !(get_ival(V_[281])))) {
return 1
} }
if ((A_0 == 3)) {
if (((get_ival(V_[281]) && get_ival(V_[282])) || get_ival(V_[282]))) {
return 1
} }
if ((A_0 == 4)) {
if ((isqrt((pow(get_ival(46), 2) + pow(get_ival(47), 2))) > ((V_[84] * 32767) / 100))) {
return 1
} }
return 0
}
function F_0x882C(A_0) {
if ((A_0 == 0)) {
if ((get_val(V_[282]) && !(get_ival(V_[281])))) {
return 1
} }
if ((A_0 == 1)) {
if ((get_ival(V_[281]) && get_val(V_[282]))) {
return 1
} }
if ((A_0 == 2)) {
if (((get_ival(V_[281]) && get_ival(V_[282])) || get_val(V_[282]))) {
return 1
} }
if ((A_0 == 3)) {
if (get_ival(V_[281])) {
if (get_val(V_[284])) {
swap(V_[284], V_[282]);
return 1
}
set_val(V_[284], 0);
} }
return 0
}
function F_0x88A9(A_0) {
if ((A_0 == 0)) {
if (((get_val(V_[282]) && (get_ptime(V_[282]) <= 200)) && !(get_val(V_[281])))) {
return 1
}
if (get_val(V_[282])) {
if (event_release(V_[281])) {
return 1
} else {
return 0
} } }
if ((A_0 == 1)) {
if (((get_ival(V_[281]) && get_val(V_[282])) && (get_ptime(V_[282]) <= 200))) {
return 1
} }
if ((A_0 == 2)) {
if ((((get_val(V_[281]) && get_val(V_[282])) && event_press(V_[285])) && (get_ptime(V_[285]) <= 200))) {
return 1
} }
if ((A_0 == 3)) {
if (((get_ival(V_[282]) && event_press(V_[285])) && (get_ptime(V_[285]) < 1720))) {
return 1
} }
if ((A_0 == 4)) {
if (get_ival(V_[281])) {
if (get_val(V_[284])) {
swap(V_[284], V_[282]);
}
if ((get_ptime(V_[284]) <= 200)) {
return 1
}
set_val(V_[284], 0);
} }
if ((A_0 == 5)) {
if ((((get_ival(V_[281]) && get_val(V_[282])) && (get_ptime(V_[282]) <= 200)) || ((get_val(V_[282]) && event_press(V_[285])) && (get_ptime(V_[285]) <= 200)))) {
return 1
} }
return 0
}
function F_0x89BC(A_0, A_1) {
if ((V_[6] == A_1)) {
V_[362] = 0;
while ((V_[362] < 22)) {
if ((get_ival(F_0xC84C(V_[362])) && (get_ptime(F_0xC84C(V_[362])) > 400))) {
V_[482 + (A_0)] = V_[362];
rect_oled(5, 40, 120, 10, 1, 0);
}
V_[362]++
}
if (event_press(1)) {
V_[482 + (A_0)] = 0;
}
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBB3F(V_[482 + (A_0)])), 7), 40, 0, 1, F_0xBB3F(V_[482 + (A_0)]));
}
return ;
}
function F_0x8A47(A_0, A_1) {
if ((V_[7] == A_1)) {
V_[362] = 0;
while ((V_[362] < 15)) {
if ((get_ival(F_0xC856(V_[362])) && (get_ptime(F_0xC856(V_[362])) > 400))) {
V_[411 + (A_0)] = V_[362];
rect_oled(5, 28, 120, 10, 1, 0);
}
V_[362]++
}
if (event_press(1)) {
V_[411 + (A_0)] = 0;
}
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBB25(V_[411 + (A_0)])), 7), 28, 0, 1, F_0xBB25(V_[411 + (A_0)]));
}
return ;
}
function F_0x8AD2(A_0, A_1) {
if ((V_[6] == A_1)) {
if ((event_release(13) && (get_ptime(13) < 200))) {
V_[436]++
V_[436] = F_0x8DA9(V_[436], 0, 1);
V_[14] = 1;
}
if ((event_release(14) && (get_ptime(14) < 200))) {
V_[436]--
V_[436] = F_0x8DA9(V_[436], 0, 1);
V_[14] = 1;
}
if ((V_[436] == 0)) {
V_[362] = 0;
while ((V_[362] < 15)) {
if ((get_ival(F_0xC787(V_[362])) && (get_ptime(F_0xC787(V_[362])) > 500))) {
V_[467 + (A_0)] = V_[362];
rect_oled(10, 34, 108, 10, 1, 0);
}
V_[362]++
}
} else {
if ((V_[436] == 1)) {
V_[362] = 0;
while ((V_[362] < 22)) {
if ((get_ival(F_0xC84C(V_[362])) && (get_ptime(F_0xC84C(V_[362])) > 500))) {
V_[482 + (A_0)] = V_[362];
rect_oled(10, 49, 108, 10, 1, 0);
}
V_[362]++
}
} }
if (event_press(1)) {
V_[467 + (A_0)] = 0;
V_[482 + (A_0)] = 0;
}
V_[436] = F_0x8DA9(V_[436], 0, 1);
if ((V_[436] == 0)) {
rect_oled(115, 34, 6, 8, 1, 1);
rect_oled(6, 34, 6, 8, 1, 1);
}
if ((V_[436] == 1)) {
rect_oled(115, 49, 6, 8, 1, 1);
rect_oled(6, 49, 6, 8, 1, 1);
}
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBB32(V_[467 + (A_0)])), 7), 34, 0, 1, F_0xBB32(V_[467 + (A_0)]));
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBB3F(V_[482 + (A_0)])), 7), 49, 0, 1, F_0xBB3F(V_[482 + (A_0)]));
}
return ;
}
function F_0x8C8A() {
V_[362] = 0;
while ((V_[362] < 15)) {
V_[437 + (V_[362])] = F_0xC787(clamp(V_[467 + (V_[362])],0,15));
V_[452 + (V_[362])] = F_0xC84C(clamp(V_[482 + (V_[362])],0,22));
V_[363 + (V_[362])] = F_0xC0D7(clamp(V_[378 + (V_[362])],0,20));
V_[362]++
}
return ;
}
function F_0x8CE2(A_0) {
V_[282] = F_0xC860(A_0, 0);
V_[281] = F_0xC860(A_0, 1);
V_[284] = F_0xC860(A_0, 2);
V_[283] = F_0xC860(A_0, 3);
V_[286] = F_0xC860(A_0, 4);
V_[285] = F_0xC860(A_0, 5);
V_[288] = F_0xC860(A_0, 6);
V_[290] = F_0xC860(A_0, 7);
V_[287] = F_0xC860(A_0, 8);
V_[289] = F_0xC860(A_0, 9);
V_[291] = F_0xC860(A_0, 10);
return ;
}
function F_0x8D73(A_0) {
V_[497] = F_0xC871(A_0, 0);
V_[498] = F_0xC871(A_0, 1);
V_[499] = F_0xC871(A_0, 2);
V_[500] = F_0xC871(A_0, 3);
return ;
}
function F_0x8DA9(A_0, A_1, A_2) {
if ((A_0 > A_2)) {
return A_1
}
if ((A_0 < A_1)) {
return A_2
}
return A_0
}
function F_0x8DCC(A_0) {
V_[501] = 0;
do {
A_0 = (A_0 + 1);
V_[501]++
} while ((duint8(A_0) > 31));
return V_[501]
}
function F_0x8DED(A_0, A_1) {
V_[502] = 1;
V_[503] = 10000;
if ((A_0 < 0)) {
putc_oled(V_[502],45);
V_[502] = (V_[502] + 1);
A_0 = abs(A_0);
}
V_[504] = 5;
while ((V_[504] >= 1)) {
if ((A_1 >= V_[504])) {
putc_oled(V_[502],((A_0 / V_[503]) + 48));
A_0 = (A_0 % V_[503]);
V_[502]++
if ((V_[504] == 4)) {
putc_oled(V_[502],44);
V_[502]++
} }
V_[503] = (V_[503] / 10);
V_[504]--
}
if ((F_0xC35A(V_[6], 8) == 1)) {
puts_oled(F_0x8251((V_[502] - 1), 11),38,1,(V_[502] - 1),1);
} else {
if ((F_0xC659(V_[7], 5) == 0)) {
puts_oled(F_0x8251((V_[502] - 1), 11),26,1,(V_[502] - 1),1);
} else {
if ((F_0xC659(V_[7], 5) == 1)) {
puts_oled(F_0x8251((V_[502] - 1), 11),32,1,(V_[502] - 1),1);
} } }
return ;
}
function F_0x8EF1(A_0, A_1) {
V_[502] = 1;
V_[503] = 10000;
if ((A_0 < 0)) {
putc_oled(V_[502],45);
V_[502] = (V_[502] + 1);
A_0 = abs(A_0);
}
V_[504] = 5;
while ((V_[504] >= 1)) {
if ((A_1 >= V_[504])) {
putc_oled(V_[502],((A_0 / V_[503]) + 48));
A_0 = (A_0 % V_[503]);
V_[502]++
if ((V_[504] == 4)) {
putc_oled(V_[502],44);
V_[502]++
} }
V_[503] = (V_[503] / 10);
V_[504]--
}
puts_oled(98,32,1,(V_[502] - 1),1);
return ;
}
function F_0x8F80(A_0) {
V_[505] = 0;
do {
A_0 = (A_0 / 10);
V_[505]++
} while (A_0);
return V_[505]
}
function F_0x8F9D(A_0) {
V_[314]++
if ((V_[6] == V_[314])) {
if (event_press(13)) {
A_0 = F_0x8DA9((A_0 + 1), 0, F_0xC35A(V_[6], 6));
V_[14] = 1;
if (!(A_0)) {
combo_run(C_27);
} else {
combo_run(C_26);
} }
if (event_press(14)) {
A_0 = F_0x8DA9((A_0 - 1), 0, F_0xC35A(V_[6], 6));
V_[14] = 1;
if (!(A_0)) {
combo_run(C_27);
} else {
combo_run(C_26);
} }
if ((V_[6] == 0)) {
if ((A_0 >= 1)) {
V_[19 + (V_[15])] = 0;
V_[22 + (V_[15])] = 0;
V_[25 + (V_[15])] = 0;
}
} else {
if ((V_[6] == 1)) {
if ((A_0 >= 1)) {
V_[16 + (V_[15])] = 0;
V_[22 + (V_[15])] = 0;
V_[25 + (V_[15])] = 0;
}
} else {
if ((V_[6] == 2)) {
if ((A_0 >= 1)) {
V_[16 + (V_[15])] = 0;
V_[19 + (V_[15])] = 0;
V_[25 + (V_[15])] = 0;
}
} else {
if ((V_[6] == 3)) {
if ((A_0 >= 1)) {
V_[16 + (V_[15])] = 0;
V_[19 + (V_[15])] = 0;
V_[22 + (V_[15])] = 0;
}
} else {
if ((V_[6] == 4)) {
if ((A_0 == 1)) {
V_[34 + (V_[15])] = 0;
V_[40 + (V_[15])] = 0;
V_[31 + (V_[15])] = 0;
V_[37 + (V_[15])] = 0;
V_[246] = 0;
}
} else {
if ((V_[6] == 5)) {
if ((A_0 == 1)) {
V_[34 + (V_[15])] = 0;
V_[40 + (V_[15])] = 0;
V_[28 + (V_[15])] = 0;
V_[37 + (V_[15])] = 0;
V_[246 + (V_[15])] = 0;
}
} else {
if ((V_[6] == 6)) {
if ((A_0 == 1)) {
V_[28 + (V_[15])] = 0;
V_[31 + (V_[15])] = 0;
V_[37 + (V_[15])] = 0;
V_[246 + (V_[15])] = 0;
}
} else {
if ((V_[6] == 7)) {
if ((A_0 >= 1)) {
V_[28 + (V_[15])] = 0;
V_[31 + (V_[15])] = 0;
V_[34 + (V_[15])] = 0;
V_[40 + (V_[15])] = 0;
V_[246 + (V_[15])] = 0;
}
} else {
if ((V_[6] == 8)) {
if ((A_0 == 1)) {
V_[28 + (V_[15])] = 0;
V_[31 + (V_[15])] = 0;
V_[37 + (V_[15])] = 0;
V_[246 + (V_[15])] = 0;
}
} else {
if ((V_[6] == 9)) {
if ((A_0 == 1)) {
V_[28 + (V_[15])] = 0;
V_[31 + (V_[15])] = 0;
V_[34 + (V_[15])] = 0;
V_[37 + (V_[15])] = 0;
V_[40 + (V_[15])] = 0;
}
} else {
if ((V_[6] == 10)) {
V_[327 + (V_[15])] = A_0;
if ((A_0 == 1)) {
V_[46 + (V_[15])] = 0;
V_[49 + (V_[15])] = 0;
}
} else {
if ((V_[6] == 12)) {
if ((A_0 == 1)) {
V_[46 + (V_[15])] = 0;
V_[43 + (V_[15])] = 0;
}
} else {
if ((V_[6] == 11)) {
V_[330 + (V_[15])] = A_0;
if ((A_0 == 1)) {
V_[43 + (V_[15])] = 0;
V_[49 + (V_[15])] = 0;
}
} else {
if ((V_[6] == 24)) {
if ((A_0 == 1)) {
V_[52 + (V_[15])] = 0;
V_[61 + (V_[15])] = 0;
}
} else {
if ((V_[6] == 13)) {
V_[333 + (V_[15])] = A_0;
} else {
if ((V_[6] == 25)) {
V_[345 + (V_[15])] = A_0;
} else {
if ((V_[6] == 14)) {
V_[336 + (V_[15])] = A_0;
} else {
if ((V_[6] == 15)) {
V_[339 + (V_[15])] = A_0;
} else {
if ((V_[6] == 16)) {
V_[342 + (V_[15])] = A_0;
} else {
if ((V_[6] == 18)) {
V_[348 + (V_[15])] = A_0;
} else {
if ((V_[6] == 19)) {
V_[351 + (V_[15])] = A_0;
} } } } } } } } } } } } } } } } } } } } }
if ((V_[6] == 0)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA55(V_[16 + (V_[15])])), 7), 48, 0, 1, F_0xBA55(V_[16 + (V_[15])]));
} else {
if ((V_[6] == 1)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA55(V_[19 + (V_[15])])), 7), 48, 0, 1, F_0xBA55(V_[19 + (V_[15])]));
} else {
if ((V_[6] == 2)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA55(V_[22 + (V_[15])])), 7), 48, 0, 1, F_0xBA55(V_[22 + (V_[15])]));
} else {
if ((V_[6] == 7)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBAB0(V_[37 + (V_[15])])), 7), 48, 0, 1, F_0xBAB0(V_[37 + (V_[15])]));
} else {
if ((V_[6] == 8)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA7C(V_[40 + (V_[15])])), 7), 48, 0, 1, F_0xBA7C(V_[40 + (V_[15])]));
} else {
if ((V_[6] == 11)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA6F(V_[46 + (V_[15])])), 7), 42, 0, 1, F_0xBA6F(V_[46 + (V_[15])]));
} else {
if ((V_[6] == 13)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA96(V_[52 + (V_[15])])), 7), 48, 0, 1, F_0xBA96(V_[52 + (V_[15])]));
} else {
if ((V_[6] == 14)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA96(V_[55 + (V_[15])])), 7), 48, 0, 1, F_0xBA96(V_[55 + (V_[15])]));
} else {
if ((V_[6] == 18)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA7C(V_[65 + (V_[15])])), 7), 42, 0, 1, F_0xBA7C(V_[65 + (V_[15])]));
} else {
if ((V_[6] == 24)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA89(V_[75])), 7), 42, 0, 1, F_0xBA89(V_[75]));
} else {
if ((V_[6] == 26)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBAE4(V_[79])), 7), 42, 0, 1, F_0xBAE4(V_[79]));
} else {
if ((V_[6] == 27)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA62(V_[80])), 7), 42, 0, 1, F_0xBA62(V_[80]));
} else {
if ((V_[6] == 29)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBAF1(V_[392])), 7), 42, 0, 1, F_0xBAF1(V_[392]));
} else {
if ((V_[6] == 30)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA3B(V_[82])), 7), 42, 0, 1, F_0xBA3B(V_[82]));
} else {
if ((V_[6] == 31)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA48(V_[83])), 7), 42, 0, 1, F_0xBA48(V_[83]));
} else {
if ((F_0xC35A(V_[6], 7) == 1)) {
if ((A_0 == 1)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA2E(1)), 7), 48, 0, 1, F_0xBA2E(1));
} else {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA2E(0)), 7), 48, 0, 1, F_0xBA2E(0));
}
} else {
if ((A_0 == 1)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA2E(1)), 7), 42, 0, 1, F_0xBA2E(1));
} else {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA2E(0)), 7), 42, 0, 1, F_0xBA2E(0));
} } } } } } } } } } } } } } } } } }
return A_0
}
function F_0x9758(A_0) {
V_[10]++
if ((V_[7] == V_[10])) {
if (event_press(13)) {
A_0 = (A_0 + F_0xC659(V_[7], 2));
V_[14] = 1;
if (!(A_0)) {
combo_run(C_27);
} else {
combo_run(C_26);
} }
if (event_press(14)) {
A_0 = (A_0 - F_0xC659(V_[7], 2));
V_[14] = 1;
if (!(A_0)) {
combo_run(C_27);
} else {
combo_run(C_26);
} }
A_0 = F_0x8DA9(A_0, F_0xC659(V_[7], 0), F_0xC659(V_[7], 1));
if ((V_[7] == 20)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB9C6(V_[156 + (V_[15])])), 7), 36, 0, 1, F_0xB9C6(V_[156 + (V_[15])]));
} else {
if ((V_[7] == 26)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB9C6(V_[156 + (V_[15])])), 7), 36, 0, 1, F_0xB9C6(V_[156 + (V_[15])]));
} else {
if ((V_[7] == 27)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA21(V_[165 + (V_[15])])), 7), 36, 0, 1, F_0xBA21(V_[165 + (V_[15])]));
} else {
if ((V_[7] == 31)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA21(V_[165 + (V_[15])])), 7), 36, 0, 1, F_0xBA21(V_[165 + (V_[15])]));
} else {
if ((V_[7] == 40)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBABD(V_[192 + (V_[15])])), 7), 36, 0, 1, F_0xBABD(V_[192 + (V_[15])]));
} else {
if ((V_[7] == 42)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB9C6(V_[198])), 7), 36, 0, 1, F_0xB9C6(V_[198]));
} else {
if ((V_[7] == 47)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBAA3(V_[205 + (V_[15])])), 7), 36, 0, 1, F_0xBAA3(V_[205 + (V_[15])]));
} else {
if ((V_[7] == 51)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBACA(V_[250])), 7), 34, 0, 1, F_0xBACA(V_[250]));
} else {
if ((V_[7] == 54)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBABD(V_[249])), 7), 28, 0, 1, F_0xBABD(V_[249]));
} else {
if ((A_0 == 1)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA2E(1)), 7), 36, 0, 1, F_0xBA2E(1));
} else {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA2E(0)), 7), 36, 0, 1, F_0xBA2E(0));
} } } } } } } } } } }
return A_0
}
function F_0x9A2E(A_0) {
V_[10]++
if ((V_[7] == V_[10])) {
if (get_ival(V_[281])) {
if (event_press(16)) {
A_0 = (A_0 + F_0xC659(V_[7], 2));
V_[14] = 1;
}
if (event_press(15)) {
A_0 = (A_0 - F_0xC659(V_[7], 2));
V_[14] = 1;
}
if (event_press(13)) {
A_0 = (A_0 + F_0xC659(V_[7], 3));
V_[14] = 1;
}
if (event_press(14)) {
A_0 = (A_0 - F_0xC659(V_[7], 3));
V_[14] = 1;
}
A_0 = clamp(A_0,F_0xC659(V_[7], 0),F_0xC659(V_[7], 1));
}
if ((F_0xC659(V_[7], 4) == 1)) {
F_0x8DED((A_0 * 100), F_0x8F80((A_0 * 100)));
} else {
F_0x8DED(A_0, F_0x8F80(A_0));
} }
return A_0
}
function F_0x9B0B(A_0) {
V_[314]++
if ((V_[6] == V_[314])) {
if (get_ival(V_[281])) {
if (event_press(16)) {
if ((V_[6] == 37)) {
A_0 = (A_0 + 2);
} else {
A_0 = (A_0 + 1);
}
V_[14] = 1;
}
if (event_press(15)) {
if ((V_[6] == 37)) {
A_0 = (A_0 - 2);
} else {
A_0 = (A_0 - 1);
}
V_[14] = 1;
}
if ((V_[6] != 37)) {
if (event_press(13)) {
A_0 = (A_0 + 5);
V_[14] = 1;
}
if (event_press(14)) {
A_0 = (A_0 - 5);
V_[14] = 1;
} } }
A_0 = F_0x8DA9(A_0, 0, F_0xC35A(V_[6], 6));
F_0x8DED(A_0, F_0x8F80(A_0));
}
return A_0
}
function F_0x9BCE(A_0, A_1, A_2) {
if ((V_[9] == A_0)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBAFE(A_0)), 7), 21, 0, 0, F_0xBAFE(A_0));
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBAFE(A_2)), 7), 37, 0, 1, F_0xBAFE(A_2));
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBAFE(A_1)), 7), 4, 0, 1, F_0xBAFE(A_1));
}
return ;
}
function F_0x9C4F() {
V_[506] = 0;
while ((V_[506] < 3)) {
if (event_press(F_0xC882(V_[506]))) {
V_[507] = 5000;
}
if (V_[507]) {
V_[507] = (V_[507] - 1);
if ((V_[507] <= 0)) {
V_[2] = 0;
V_[14] = 0;
V_[13] = 1;
} }
V_[506]++
}
return ;
}
function F_0x9C9E(A_0, A_1, A_2, A_3, A_4, A_5) {
if (get_ival(A_0)) {
if ((event_release(A_1) && (get_ptime(A_1) < 300))) {
V_[6] = A_3;
if (A_2) {
A_2 = (A_2 + 1);
A_2 = F_0x8DA9(A_2, 0, A_4);
} else {
if (!(A_5)) {
vm_tctrl(0);
A_2 = (A_2 + 1);
A_2 = F_0x8DA9(A_2, 0, A_4);
A_5 = A_2;
} else {
A_2 = A_5;
} }
V_[508] = 1;
}
if ((get_val(A_1) && (get_ptime(A_1) == 300))) {
if (A_2) {
A_2 = 0;
} else {
if (!(A_5)) {
A_2 = (A_2 + 1);
A_2 = F_0x8DA9(A_2, 0, 0);
A_5 = A_2;
} else {
A_2 = A_5;
} }
V_[508] = 1;
}
set_val(A_1, 0);
}
if (V_[508]) {
combo_run(C_28);
V_[11] = 0;
cls_oled(0);
rect_oled(0, 0, 128, 64, 0, 1);
V_[508] = 0;
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBB0B(V_[6])), 7), 6, 0, 1, F_0xBB0B(V_[6]));
F_0xB95A(F_0x8251(F_0x8DCC(F_0xB9AC(V_[15])), 7), 22, 0, 1, F_0xB9AC(V_[15]));
if ((V_[6] == 11)) {
if ((A_2 == 0)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA6F(0)), 11), 38, 1, 1, F_0xBA6F(0));
} else {
if ((A_2 == 1)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA6F(1)), 11), 38, 1, 1, F_0xBA6F(1));
} else {
if ((A_2 == 2)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA6F(2)), 11), 38, 1, 1, F_0xBA6F(2));
} } }
} else {
if ((V_[6] == 13)) {
if ((A_2 == 0)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA96(0)), 11), 38, 1, 1, F_0xBA96(0));
} else {
if ((A_2 == 1)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA96(1)), 11), 38, 1, 1, F_0xBA96(1));
} else {
if ((A_2 == 2)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA96(2)), 11), 38, 1, 1, F_0xBA96(2));
} } }
} else {
if ((V_[6] == 18)) {
if ((A_2 == 0)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA7C(0)), 11), 38, 1, 1, F_0xBA7C(0));
} else {
if ((A_2 == 1)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA7C(1)), 11), 38, 1, 1, F_0xBA7C(1));
} else {
if ((A_2 == 2)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA7C(2)), 11), 38, 1, 1, F_0xBA7C(2));
} } }
} else {
if ((A_2 == 1)) {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA2E(1)), 11), 38, 1, 1, F_0xBA2E(1));
} else {
F_0xB95A(F_0x8251(F_0x8DCC(F_0xBA2E(0)), 11), 38, 1, 1, F_0xBA2E(0));
} } } } }
return A_2
}
function F_0xA00E() {
V_[271] = F_0xC13F((V_[242] - 1));
V_[272] = F_0xC149(V_[84]);
F_0xB622();
if (F_0xB7F0(0, 1, 0)) {
V_[362] = 0;
while ((V_[362] < 3)) {
V_[102 + (V_[362])] = F_0xB7F0(-99, 99, 0);
V_[105 + (V_[362])] = F_0xB7F0(-99, 99, 0);
V_[108 + (V_[362])] = F_0xB7F0(-99, 99, 0);
V_[111 + (V_[362])] = F_0xB7F0(0, 1000, 400);
V_[114 + (V_[362])] = F_0xB7F0(-99, 99, 0);
V_[117 + (V_[362])] = F_0xB7F0(-99, 99, 0);
V_[120 + (V_[362])] = F_0xB7F0(-99, 99, 0);
V_[123 + (V_[362])] = F_0xB7F0(0, 99, 0);
V_[126 + (V_[362])] = F_0xB7F0(-99, 99, 0);
V_[129 + (V_[362])] = F_0xB7F0(-99, 99, 0);
V_[132 + (V_[362])] = F_0xB7F0(-99, 99, 0);
V_[135 + (V_[362])] = F_0xB7F0(0, 99, 0);
V_[138 + (V_[362])] = F_0xB7F0(0, 10, 0);
V_[141 + (V_[362])] = F_0xB7F0(0, 10, 0);
V_[144 + (V_[362])] = F_0xB7F0(-99, 99, 0);
V_[147 + (V_[362])] = F_0xB7F0(-99, 99, 0);
V_[16 + (V_[362])] = F_0xB7F0(0, 2, 0);
V_[19 + (V_[362])] = F_0xB7F0(0, 2, 0);
V_[22 + (V_[362])] = F_0xB7F0(0, 2, 0);
V_[25 + (V_[362])] = F_0xB7F0(0, 1, 0);
V_[28 + (V_[362])] = F_0xB7F0(0, 1, 0);
V_[31 + (V_[362])] = F_0xB7F0(0, 1, 0);
V_[34 + (V_[362])] = F_0xB7F0(0, 1, 0);
V_[37 + (V_[362])] = F_0xB7F0(0, 2, 0);
V_[246 + (V_[362])] = F_0xB7F0(0, 1, 0);
V_[40 + (V_[362])] = F_0xB7F0(0, 2, 0);
V_[43 + (V_[362])] = F_0xB7F0(0, 1, 0);
V_[49 + (V_[362])] = F_0xB7F0(0, 1, 0);
V_[46 + (V_[362])] = F_0xB7F0(0, 2, 0);
V_[52 + (V_[362])] = F_0xB7F0(0, 2, 0);
V_[55 + (V_[362])] = F_0xB7F0(0, 2, 0);
V_[58 + (V_[362])] = F_0xB7F0(0, 1, 0);
V_[61 + (V_[362])] = F_0xB7F0(0, 1, 0);
V_[76 + (V_[362])] = F_0xB7F0(0, 1, 0);
V_[65 + (V_[362])] = F_0xB7F0(0, 2, 0);
V_[68 + (V_[362])] = F_0xB7F0(0, 1, 0);
V_[150 + (V_[362])] = F_0xB7F0(0, 15, 3);
V_[153 + (V_[362])] = F_0xB7F0(0, 15, 3);
V_[156 + (V_[362])] = F_0xB7F0(0, 4, 0);
V_[159 + (V_[362])] = F_0xB7F0(0, 1, 0);
V_[162 + (V_[362])] = F_0xB7F0(0, 1, 0);
V_[165 + (V_[362])] = F_0xB7F0(0, 13, 0);
V_[168 + (V_[362])] = F_0xB7F0(0, 99, 15);
V_[171 + (V_[362])] = F_0xB7F0(0, 99, 10);
V_[174 + (V_[362])] = F_0xB7F0(0, 1, 0);
V_[177 + (V_[362])] = F_0xB7F0(0, 99, 5);
V_[180 + (V_[362])] = F_0xB7F0(0, 99, 5);
V_[183 + (V_[362])] = F_0xB7F0(0, 1, 0);
V_[186 + (V_[362])] = F_0xB7F0(0, 99, 3);
V_[189 + (V_[362])] = F_0xB7F0(0, 99, 2);
V_[192 + (V_[362])] = F_0xB7F0(0, 1, 0);
V_[195 + (V_[362])] = F_0xB7F0(0, 1, 0);
V_[202 + (V_[362])] = F_0xB7F0(0, 99, 0);
V_[199 + (V_[362])] = F_0xB7F0(0, 99, 0);
V_[205 + (V_[362])] = F_0xB7F0(0, 1, 0);
V_[208 + (V_[362])] = F_0xB7F0(0, 99, 25);
V_[211 + (V_[362])] = F_0xB7F0(0, 99, 20);
V_[214 + (V_[362])] = F_0xB7F0(0, 99, 10);
V_[217 + (V_[362])] = F_0xB7F0(0, 12, 8);
V_[220 + (V_[362])] = F_0xB7F0(0, 12, 1);
V_[223 + (V_[362])] = F_0xB7F0(0, 900, 150);
V_[226 + (V_[362])] = F_0xB7F0(0, 900, 150);
V_[362]++
}
V_[198] = F_0xB7F0(0, 4, 0);
V_[64] = F_0xB7F0(0, 1, 0);
V_[71] = F_0xB7F0(0, 1, 0);
V_[72] = F_0xB7F0(0, 1, 0);
V_[73] = F_0xB7F0(0, 1, 0);
V_[74] = F_0xB7F0(0, 1, 0);
V_[75] = F_0xB7F0(0, 2, 0);
V_[79] = F_0xB7F0(0, 2, 0);
V_[80] = F_0xB7F0(0, 3, 0);
V_[81] = F_0xB7F0(0, 1, 0);
V_[82] = F_0xB7F0(0, 21, 0);
V_[83] = F_0xB7F0(0, 3, 0);
V_[86] = F_0xB7F0(0, 1, 0);
V_[87] = F_0xB7F0(0, 1, 0);
V_[88] = F_0xB7F0(0, 1, 0);
V_[84] = F_0xB7F0(0, 20, 4);
V_[85] = F_0xB7F0(0, 20, 4);
V_[249] = F_0xB7F0(0, 2, 0);
V_[250] = F_0xB7F0(0, 3, 0);
V_[243] = F_0xB7F0(0, 4, 0);
V_[251] = F_0xB7F0(0, 99, 15);
V_[252] = F_0xB7F0(0, 99, 15);
V_[253] = F_0xB7F0(0, 99, 15);
V_[254] = F_0xB7F0(0, 99, 20);
V_[255] = F_0xB7F0(0, 99, 25);
V_[256] = F_0xB7F0(0, 99, 10);
V_[257] = F_0xB7F0(0, 99, 10);
V_[258] = F_0xB7F0(0, 99, 12);
V_[259] = F_0xB7F0(0, 99, 15);
V_[260] = F_0xB7F0(0, 99, 5);
V_[229] = F_0xB7F0(-99, 99, -20);
V_[230] = F_0xB7F0(0, 1000, 100);
V_[231] = F_0xB7F0(0, 5000, 1000);
V_[233] = F_0xB7F0(0, 900, 350);
V_[234] = F_0xB7F0(0, 500, 300);
V_[235] = F_0xB7F0(0, 327, 40);
V_[236] = F_0xB7F0(0, 327, 80);
V_[237] = F_0xB7F0(0, 327, 100);
V_[238] = F_0xB7F0(0, 327, 100);
V_[239] = F_0xB7F0(0, 327, 100);
V_[240] = F_0xB7F0(0, 327, 100);
V_[241] = F_0xB7F0(0, 100, 20);
V_[242] = F_0xB7F0(1, 20, 4);
V_[232] = F_0xB7F0(0, 99, 10);
V_[90] = F_0xB7F0(0, 2, 0);
V_[91] = F_0xB7F0(0, 2, 0);
V_[92] = F_0xB7F0(0, 4, 0);
V_[93] = F_0xB7F0(0, 6, 0);
V_[94] = F_0xB7F0(0, 4, 0);
V_[95] = F_0xB7F0(0, 3, 2);
V_[96] = F_0xB7F0(0, 5, 0);
V_[97] = F_0xB7F0(0, 5, 0);
V_[98] = F_0xB7F0(0, 4, 0);
V_[99] = F_0xB7F0(0, 5, 0);
V_[100] = F_0xB7F0(0, 1, 0);
V_[101] = F_0xB7F0(0, 2, 0);
V_[89] = F_0xB7F0(0, 10, 2);
V_[467] = F_0xB7F0(0, 14, 0);
V_[468] = F_0xB7F0(0, 14, 0);
V_[469] = F_0xB7F0(0, 14, 0);
V_[470] = F_0xB7F0(0, 14, 0);
V_[471] = F_0xB7F0(0, 14, 0);
V_[472] = F_0xB7F0(0, 14, 0);
V_[473] = F_0xB7F0(0, 14, 0);
V_[474] = F_0xB7F0(0, 14, 0);
V_[475] = F_0xB7F0(0, 14, 0);
V_[476] = F_0xB7F0(0, 14, 0);
V_[477] = F_0xB7F0(0, 14, 0);
V_[478] = F_0xB7F0(0, 14, 0);
V_[479] = F_0xB7F0(0, 14, 0);
V_[480] = F_0xB7F0(0, 14, 0);
V_[482] = F_0xB7F0(0, 21, 0);
V_[483] = F_0xB7F0(0, 21, 0);
V_[484] = F_0xB7F0(0, 21, 0);
V_[485] = F_0xB7F0(0, 21, 0);
V_[486] = F_0xB7F0(0, 21, 0);
V_[487] = F_0xB7F0(0, 21, 0);
V_[488] = F_0xB7F0(0, 21, 0);
V_[489] = F_0xB7F0(0, 21, 0);
V_[490] = F_0xB7F0(0, 21, 0);
V_[491] = F_0xB7F0(0, 21, 0);
V_[492] = F_0xB7F0(0, 21, 0);
V_[493] = F_0xB7F0(0, 21, 0);
V_[494] = F_0xB7F0(0, 21, 0);
V_[495] = F_0xB7F0(0, 21, 0);
V_[392] = F_0xB7F0(0, 9, 0);
V_[411] = F_0xB7F0(0, 14, 1);
V_[412] = F_0xB7F0(0, 14, 0);
V_[413] = F_0xB7F0(0, 14, 0);
V_[414] = F_0xB7F0(0, 14, 0);
V_[415] = F_0xB7F0(0, 14, 0);
V_[416] = F_0xB7F0(0, 14, 0);
V_[417] = F_0xB7F0(0, 14, 0);
V_[418] = F_0xB7F0(0, 14, 0);
V_[419] = F_0xB7F0(0, 14, 0);
V_[420] = F_0xB7F0(0, 14, 0);
V_[421] = F_0xB7F0(0, 14, 0);
} else {
V_[362] = 0;
while ((V_[362] < 3)) {
V_[102 + (V_[362])] = 0;
V_[105 + (V_[362])] = 0;
V_[108 + (V_[362])] = 0;
V_[111 + (V_[362])] = 400;
V_[114 + (V_[362])] = 0;
V_[117 + (V_[362])] = 0;
V_[120 + (V_[362])] = 0;
V_[123 + (V_[362])] = 0;
V_[126 + (V_[362])] = 0;
V_[129 + (V_[362])] = 0;
V_[132 + (V_[362])] = 0;
V_[135 + (V_[362])] = 0;
V_[138 + (V_[362])] = 1;
V_[141 + (V_[362])] = 1;
V_[144 + (V_[362])] = 10;
V_[147 + (V_[362])] = 0;
V_[16 + (V_[362])] = 0;
V_[19 + (V_[362])] = 0;
V_[22 + (V_[362])] = 0;
V_[25 + (V_[362])] = 0;
V_[28 + (V_[362])] = 0;
V_[31 + (V_[362])] = 0;
V_[34 + (V_[362])] = 0;
V_[37 + (V_[362])] = 0;
V_[246 + (V_[362])] = 0;
V_[40 + (V_[362])] = 0;
V_[43 + (V_[362])] = 0;
V_[49 + (V_[362])] = 0;
V_[46 + (V_[362])] = 0;
V_[52 + (V_[362])] = 0;
V_[55 + (V_[362])] = 0;
V_[58 + (V_[362])] = 0;
V_[61 + (V_[362])] = 0;
V_[76 + (V_[362])] = 0;
V_[65 + (V_[362])] = 0;
V_[68 + (V_[362])] = 0;
V_[150 + (V_[362])] = 3;
V_[153 + (V_[362])] = 3;
V_[156 + (V_[362])] = 0;
V_[159 + (V_[362])] = 0;
V_[162 + (V_[362])] = 0;
V_[165 + (V_[362])] = 0;
V_[168 + (V_[362])] = 15;
V_[171 + (V_[362])] = 10;
V_[174 + (V_[362])] = 0;
V_[177 + (V_[362])] = 5;
V_[180 + (V_[362])] = 5;
V_[183 + (V_[362])] = 0;
V_[186 + (V_[362])] = 2;
V_[189 + (V_[362])] = 2;
V_[192 + (V_[362])] = 0;
V_[195 + (V_[362])] = 0;
V_[202 + (V_[362])] = 25;
V_[199 + (V_[362])] = 25;
V_[205 + (V_[362])] = 0;
V_[208 + (V_[362])] = 20;
V_[211 + (V_[362])] = 20;
V_[214 + (V_[362])] = 10;
V_[217 + (V_[362])] = 8;
V_[220 + (V_[362])] = 2;
V_[223 + (V_[362])] = 150;
V_[226 + (V_[362])] = 150;
V_[362]++
}
V_[198] = 0;
V_[64] = 0;
V_[71] = 0;
V_[72] = 0;
V_[73] = 0;
V_[74] = 0;
V_[75] = 0;
V_[79] = 0;
V_[80] = 0;
V_[81] = 0;
V_[82] = 1;
V_[83] = 0;
V_[86] = 0;
V_[87] = 0;
V_[88] = 0;
V_[84] = 4;
V_[85] = 4;
V_[249] = 0;
V_[250] = 0;
V_[243] = 0;
V_[251] = 20;
V_[252] = 25;
V_[253] = 15;
V_[254] = 20;
V_[255] = 25;
V_[256] = 10;
V_[257] = 10;
V_[258] = 12;
V_[259] = 15;
V_[260] = 5;
V_[229] = -20;
V_[230] = 100;
V_[231] = 1000;
V_[233] = 350;
V_[234] = 160;
V_[235] = 40;
V_[236] = 80;
V_[237] = 100;
V_[238] = 100;
V_[239] = 100;
V_[240] = 100;
V_[241] = 20;
V_[242] = 4;
V_[232] = 10;
V_[90] = 0;
V_[91] = 0;
V_[92] = 0;
V_[93] = 0;
V_[94] = 0;
V_[95] = 2;
V_[96] = 0;
V_[97] = 0;
V_[98] = 0;
V_[99] = 0;
V_[100] = 0;
V_[101] = 0;
V_[89] = 2;
V_[467] = 0;
V_[468] = 0;
V_[469] = 0;
V_[470] = 0;
V_[471] = 0;
V_[472] = 0;
V_[473] = 0;
V_[474] = 0;
V_[475] = 0;
V_[476] = 0;
V_[477] = 0;
V_[478] = 0;
V_[479] = 0;
V_[480] = 0;
V_[482] = 0;
V_[483] = 0;
V_[484] = 0;
V_[485] = 0;
V_[486] = 0;
V_[487] = 0;
V_[488] = 0;
V_[489] = 0;
V_[490] = 0;
V_[491] = 0;
V_[492] = 0;
V_[493] = 0;
V_[494] = 0;
V_[495] = 0;
V_[392] = 0;
V_[411] = 0;
V_[412] = 0;
V_[413] = 0;
V_[414] = 0;
V_[415] = 0;
V_[416] = 0;
V_[417] = 0;
V_[418] = 0;
V_[419] = 0;
V_[420] = 0;
V_[421] = 0;
}
return ;
}
function F_0xADC1() {
F_0xB622();
F_0xB734(1, 0, 1);
V_[362] = 0;
while ((V_[362] < 3)) {
F_0xB734(V_[102 + (V_[362])], -99, 99);
F_0xB734(V_[105 + (V_[362])], -99, 99);
F_0xB734(V_[108 + (V_[362])], -99, 99);
F_0xB734(V_[111 + (V_[362])], 0, 1000);
F_0xB734(V_[114 + (V_[362])], -99, 99);
F_0xB734(V_[117 + (V_[362])], -99, 99);
F_0xB734(V_[120 + (V_[362])], -99, 99);
F_0xB734(V_[123 + (V_[362])], 0, 99);
F_0xB734(V_[126 + (V_[362])], -99, 99);
F_0xB734(V_[129 + (V_[362])], -99, 99);
F_0xB734(V_[132 + (V_[362])], -99, 99);
F_0xB734(V_[135 + (V_[362])], 0, 99);
F_0xB734(V_[138 + (V_[362])], 0, 10);
F_0xB734(V_[141 + (V_[362])], 0, 10);
F_0xB734(V_[144 + (V_[362])], -99, 99);
F_0xB734(V_[147 + (V_[362])], -99, 99);
F_0xB734(V_[16 + (V_[362])], 0, 2);
F_0xB734(V_[19 + (V_[362])], 0, 2);
F_0xB734(V_[22 + (V_[362])], 0, 2);
F_0xB734(V_[25 + (V_[362])], 0, 1);
F_0xB734(V_[28 + (V_[362])], 0, 1);
F_0xB734(V_[31 + (V_[362])], 0, 1);
F_0xB734(V_[34 + (V_[362])], 0, 1);
F_0xB734(V_[37 + (V_[362])], 0, 2);
F_0xB734(V_[246 + (V_[362])], 0, 1);
F_0xB734(V_[40 + (V_[362])], 0, 2);
F_0xB734(V_[43 + (V_[362])], 0, 1);
F_0xB734(V_[49 + (V_[362])], 0, 1);
F_0xB734(V_[46 + (V_[362])], 0, 2);
F_0xB734(V_[52 + (V_[362])], 0, 2);
F_0xB734(V_[55 + (V_[362])], 0, 2);
F_0xB734(V_[58 + (V_[362])], 0, 1);
F_0xB734(V_[61 + (V_[362])], 0, 1);
F_0xB734(V_[76 + (V_[362])], 0, 1);
F_0xB734(V_[65 + (V_[362])], 0, 2);
F_0xB734(V_[68 + (V_[362])], 0, 1);
F_0xB734(V_[150 + (V_[362])], 0, 15);
F_0xB734(V_[153 + (V_[362])], 0, 15);
F_0xB734(V_[156 + (V_[362])], 0, 4);
F_0xB734(V_[159 + (V_[362])], 0, 1);
F_0xB734(V_[162 + (V_[362])], 0, 1);
F_0xB734(V_[165 + (V_[362])], 0, 13);
F_0xB734(V_[168 + (V_[362])], 0, 99);
F_0xB734(V_[171 + (V_[362])], 0, 99);
F_0xB734(V_[174 + (V_[362])], 0, 1);
F_0xB734(V_[177 + (V_[362])], 0, 99);
F_0xB734(V_[180 + (V_[362])], 0, 99);
F_0xB734(V_[183 + (V_[362])], 0, 1);
F_0xB734(V_[186 + (V_[362])], 0, 99);
F_0xB734(V_[189 + (V_[362])], 0, 99);
F_0xB734(V_[192 + (V_[362])], 0, 1);
F_0xB734(V_[195 + (V_[362])], 0, 1);
F_0xB734(V_[202 + (V_[362])], 0, 99);
F_0xB734(V_[199 + (V_[362])], 0, 99);
F_0xB734(V_[205 + (V_[362])], 0, 1);
F_0xB734(V_[208 + (V_[362])], 0, 99);
F_0xB734(V_[211 + (V_[362])], 0, 99);
F_0xB734(V_[214 + (V_[362])], 0, 99);
F_0xB734(V_[217 + (V_[362])], 0, 12);
F_0xB734(V_[220 + (V_[362])], 0, 12);
F_0xB734(V_[223 + (V_[362])], 0, 900);
F_0xB734(V_[226 + (V_[362])], 0, 900);
V_[362]++
}
F_0xB734(V_[198], 0, 4);
F_0xB734(V_[64], 0, 1);
F_0xB734(V_[71], 0, 1);
F_0xB734(V_[72], 0, 1);
F_0xB734(V_[73], 0, 1);
F_0xB734(V_[74], 0, 1);
F_0xB734(V_[75], 0, 2);
F_0xB734(V_[79], 0, 2);
F_0xB734(V_[80], 0, 3);
F_0xB734(V_[81], 0, 1);
F_0xB734(V_[82], 0, 21);
F_0xB734(V_[83], 0, 3);
F_0xB734(V_[86], 0, 1);
F_0xB734(V_[87], 0, 1);
F_0xB734(V_[88], 0, 1);
F_0xB734(V_[84], 0, 20);
F_0xB734(V_[85], 0, 20);
F_0xB734(V_[249], 0, 2);
F_0xB734(V_[250], 0, 3);
F_0xB734(V_[243], 0, 4);
F_0xB734(V_[251], 0, 99);
F_0xB734(V_[252], 0, 99);
F_0xB734(V_[253], 0, 99);
F_0xB734(V_[254], 0, 99);
F_0xB734(V_[255], 0, 99);
F_0xB734(V_[256], 0, 99);
F_0xB734(V_[257], 0, 99);
F_0xB734(V_[258], 0, 99);
F_0xB734(V_[259], 0, 99);
F_0xB734(V_[260], 0, 99);
F_0xB734(V_[229], -99, 99);
F_0xB734(V_[230], 0, 1000);
F_0xB734(V_[231], 0, 5000);
F_0xB734(V_[233], 0, 900);
F_0xB734(V_[234], 0, 500);
F_0xB734(V_[235], 0, 327);
F_0xB734(V_[236], 0, 327);
F_0xB734(V_[237], 0, 327);
F_0xB734(V_[238], 0, 327);
F_0xB734(V_[239], 0, 327);
F_0xB734(V_[240], 0, 327);
F_0xB734(V_[241], 0, 100);
F_0xB734(V_[242], 1, 20);
F_0xB734(V_[232], 0, 99);
F_0xB734(V_[90], 0, 2);
F_0xB734(V_[91], 0, 2);
F_0xB734(V_[92], 0, 4);
F_0xB734(V_[93], 0, 6);
F_0xB734(V_[94], 0, 4);
F_0xB734(V_[95], 0, 3);
F_0xB734(V_[96], 0, 5);
F_0xB734(V_[97], 0, 5);
F_0xB734(V_[98], 0, 4);
F_0xB734(V_[99], 0, 5);
F_0xB734(V_[100], 0, 1);
F_0xB734(V_[101], 0, 2);
F_0xB734(V_[89], 0, 10);
F_0xB734(V_[467], 0, 14);
F_0xB734(V_[468], 0, 14);
F_0xB734(V_[469], 0, 14);
F_0xB734(V_[470], 0, 14);
F_0xB734(V_[471], 0, 14);
F_0xB734(V_[472], 0, 14);
F_0xB734(V_[473], 0, 14);
F_0xB734(V_[474], 0, 14);
F_0xB734(V_[475], 0, 14);
F_0xB734(V_[476], 0, 14);
F_0xB734(V_[477], 0, 14);
F_0xB734(V_[478], 0, 14);
F_0xB734(V_[479], 0, 14);
F_0xB734(V_[480], 0, 14);
F_0xB734(V_[482], 0, 21);
F_0xB734(V_[483], 0, 21);
F_0xB734(V_[484], 0, 21);
F_0xB734(V_[485], 0, 21);
F_0xB734(V_[486], 0, 21);
F_0xB734(V_[487], 0, 21);
F_0xB734(V_[488], 0, 21);
F_0xB734(V_[489], 0, 21);
F_0xB734(V_[490], 0, 21);
F_0xB734(V_[491], 0, 21);
F_0xB734(V_[492], 0, 21);
F_0xB734(V_[493], 0, 21);
F_0xB734(V_[494], 0, 21);
F_0xB734(V_[495], 0, 21);
F_0xB734(V_[392], 0, 9);
F_0xB734(V_[411], 0, 14);
F_0xB734(V_[412], 0, 14);
F_0xB734(V_[413], 0, 14);
F_0xB734(V_[414], 0, 14);
F_0xB734(V_[415], 0, 14);
F_0xB734(V_[416], 0, 14);
F_0xB734(V_[417], 0, 14);
F_0xB734(V_[418], 0, 14);
F_0xB734(V_[419], 0, 14);
F_0xB734(V_[420], 0, 14);
F_0xB734(V_[421], 0, 14);
return ;
}
function F_0xB622() {
V_[510] = -32768;
V_[509] = 0;
V_[511] = 0;
return ;
}
function F_0xB634(A_0) {
V_[512] = 0;
while (A_0) {
V_[512]++
A_0 = abs((A_0 >> 1));
}
return V_[512]
}
function F_0xB654(A_0, A_1) {
V_[512] = max(F_0xB634(A_0),F_0xB634(A_1));
if (F_0xB67E(A_0, A_1)) {
V_[512]++
}
return V_[512]
}
function F_0xB67E(A_0, A_1) {
return ((A_0 < 0) || (A_1 < 0))
}
function F_0xB68D(A_0) {
return (1 << clamp((A_0 - 1),0,31))
}
function F_0xB69D(A_0) {
if ((A_0 == 32)) {
return -1
}
return (2147483647 >> (31 - A_0))
}
function F_0xB6B8(A_0) {
return F_0xB69D((A_0 - 1))
}
function F_0xB6C5(A_0, A_1) {
if ((A_0 < 0)) {
return ((abs(A_0) & F_0xB6B8(A_1)) | F_0xB68D(A_1))
}
return (A_0 & F_0xB6B8(A_1))
}
function F_0xB6F4(A_0, A_1) {
if ((A_0 & F_0xB68D(A_1))) {
return (0 - (A_0 & F_0xB6B8(A_1)))
}
return (A_0 & F_0xB6B8(A_1))
}
function F_0xB722(A_0) {
return get_pvar(A_0, -2147483648, 2147483647, 0)
}
function F_0xB734(A_0, A_1, A_2) {
V_[513] = F_0xB654(A_1, A_2);
A_0 = clamp(A_0,A_1,A_2);
if (F_0xB67E(A_1, A_2)) {
A_0 = F_0xB6C5(A_0, V_[513]);
}
A_0 = (A_0 & F_0xB69D(V_[513]));
if ((V_[513] >= (32 - V_[509]))) {
V_[511] = (V_[511] | (A_0 << V_[509]));
set_pvar(V_[510],V_[511]);
V_[510]++
V_[513] = (V_[513] - (32 - V_[509]));
A_0 = (A_0 >> (32 - V_[509]));
V_[509] = 0;
V_[511] = 0;
}
V_[511] = (V_[511] | (A_0 << V_[509]));
V_[509] = (V_[509] + V_[513]);
if (!(V_[509])) {
V_[511] = 0;
}
set_pvar(V_[510],V_[511]);
return ;
}
function F_0xB7F0(A_0, A_1, A_2) {
V_[513] = F_0xB654(A_0, A_1);
V_[511] = ((F_0xB722(V_[510]) >> V_[509]) & F_0xB69D(V_[513]));
if ((V_[513] >= (32 - V_[509]))) {
V_[511] = ((V_[511] & F_0xB69D((32 - V_[509]))) | ((F_0xB722((V_[510] + 1)) & F_0xB69D((V_[513] - (32 - V_[509])))) << (32 - V_[509])));
}
V_[509] = (V_[509] + V_[513]);
V_[511] = (V_[511] & F_0xB69D(V_[513]));
if ((V_[509] >= 32)) {
V_[510]++
V_[509] = (V_[509] - 32);
}
if (F_0xB67E(A_0, A_1)) {
V_[511] = F_0xB6F4(V_[511], V_[513]);
}
if (((V_[511] < A_0) || (V_[511] > A_1))) {
return A_2
}
return V_[511]
}
function F_0xB8BE() {
V_[514] = (V_[514] + get_rtime());
if ((V_[514] >= V_[515])) {
V_[515] = 50;
V_[517] = 1;
while ((V_[517] <= 20)) {
if (((V_[517] + V_[516]) >= 521)) {
putc_oled(V_[517],F_0xC88C((V_[517] + (V_[516] - 521))));
} else {
putc_oled(V_[517],F_0xC88C((V_[517] + V_[516])));
}
V_[517]++
}
puts_oled(1,53,0,V_[517],1);
V_[516]++
if ((V_[516] >= 521)) {
V_[516] = 0;
}
V_[518]--
if ((V_[518] < 1)) {
V_[518] = 20;
V_[515] = 2000;
}
V_[514] = 0;
}
return ;
}
function F_0xB95A(A_0, A_1, A_2, A_3, A_4) {
V_[520] = F_0x8DCC(A_4);
V_[519] = 0;
while ((V_[519] < V_[520])) {
putc_oled((V_[520] - V_[519]),(duint16((A_4 + V_[519])) - 126));
V_[519]++
}
puts_oled(A_0,A_1,A_2,V_[520],A_3);
return ;
}
function F_0xB99F(A_0) {
return duint16(((A_0 * 2) + 3826))
}
function F_0xB9AC(A_0) {
return duint16(((A_0 * 2) + 3862))
}
function F_0xB9B9(A_0) {
return duint16(((A_0 * 2) + 3868))
}
function F_0xB9C6(A_0) {
return duint16(((A_0 * 2) + 3874))
}
function F_0xB9D3(A_0) {
return duint16(((A_0 * 2) + 3884))
}
function F_0xB9E0(A_0) {
return duint16(((A_0 * 2) + 3894))
}
function F_0xB9ED(A_0) {
return duint16(((A_0 * 2) + 3908))
}
function F_0xB9FA(A_0) {
return duint16(((A_0 * 2) + 3916))
}
function F_0xBA07(A_0) {
return duint16(((A_0 * 2) + 3922))
}
function F_0xBA14(A_0) {
return duint16(((A_0 * 2) + 3934))
}
function F_0xBA21(A_0) {
return duint16(((A_0 * 2) + 3944))
}
function F_0xBA2E(A_0) {
return duint16(((A_0 * 2) + 3972))
}
function F_0xBA3B(A_0) {
return duint16(((A_0 * 2) + 3976))
}
function F_0xBA48(A_0) {
return duint16(((A_0 * 2) + 4022))
}
function F_0xBA55(A_0) {
return duint16(((A_0 * 2) + 4032))
}
function F_0xBA62(A_0) {
return duint16(((A_0 * 2) + 4038))
}
function F_0xBA6F(A_0) {
return duint16(((A_0 * 2) + 4046))
}
function F_0xBA7C(A_0) {
return duint16(((A_0 * 2) + 4052))
}
function F_0xBA89(A_0) {
return duint16(((A_0 * 2) + 4058))
}
function F_0xBA96(A_0) {
return duint16(((A_0 * 2) + 4064))
}
function F_0xBAA3(A_0) {
return duint16(((A_0 * 2) + 4070))
}
function F_0xBAB0(A_0) {
return duint16(((A_0 * 2) + 4074))
}
function F_0xBABD(A_0) {
return duint16(((A_0 * 2) + 4080))
}
function F_0xBACA(A_0) {
return duint16(((A_0 * 2) + 4086))
}
function F_0xBAD7(A_0) {
return duint16(((A_0 * 2) + 4094))
}
function F_0xBAE4(A_0) {
return duint16(((A_0 * 2) + 4100))
}
function F_0xBAF1(A_0) {
return duint16(((A_0 * 2) + 4106))
}
function F_0xBAFE(A_0) {
return duint16(((A_0 * 2) + 4126))
}
function F_0xBB0B(A_0) {
return duint16(((A_0 * 2) + 4140))
}
function F_0xBB18(A_0) {
return duint16(((A_0 * 2) + 4246))
}
function F_0xBB25(A_0) {
return duint16(((A_0 * 2) + 4430))
}
function F_0xBB32(A_0) {
return duint16(((A_0 * 2) + 4460))
}
function F_0xBB3F(A_0) {
return duint16(((A_0 * 2) + 4490))
}
function F_0xBB4C(A_0) {
return dint16(((A_0 * 2) + 4534))
switch(A_0) {
case 0: {
return 5256
}
case 1: {
return 5273
}
case 2: {
return 5289
}
case 3: {
return 5300
}
case 4: {
return 5308
}
case 5: {
return 5317
}
case 6: {
return 5323
}
case 7: {
return 5337
}
case 8: {
return 5352
}
case 9: {
return 5365
}
case 10: {
return 5379
}
case 11: {
return 5393
}
case 12: {
return 5402
}
case 13: {
return 5409
}
case 14: {
return 5423
}
case 15: {
return 5436
}
case 16: {
return 5442
}
case 17: {
return 5453
}
}
return -1
switch(A_0) {
case 0: {
return 5461
}
case 1: {
return 5469
}
case 2: {
return 5479
}
}
return -1
switch(A_0) {
case 0: {
return 5486
}
case 1: {
return 5497
}
case 2: {
return 5507
}
}
return -1
switch(A_0) {
case 0: {
return 5523
}
case 1: {
return 5535
}
case 2: {
return 5546
}
case 3: {
return 5556
}
case 4: {
return 5573
}
}
return -1
switch(A_0) {
case 0: {
return 5590
}
case 1: {
return 5602
}
case 2: {
return 5613
}
case 3: {
return 5623
}
case 4: {
return 5640
}
}
return -1
switch(A_0) {
case 0: {
return 5657
}
case 1: {
return 5669
}
case 2: {
return 5680
}
case 3: {
return 5690
}
case 4: {
return 5707
}
case 5: {
return 5724
}
case 6: {
return 5741
}
}
return -1
switch(A_0) {
case 0: {
return 5759
}
case 1: {
return 5769
}
case 2: {
return 5780
}
case 3: {
return 5797
}
}
return -1
switch(A_0) {
case 0: {
return 5810
}
case 1: {
return 5817
}
case 2: {
return 5832
}
}
return -1
switch(A_0) {
case 0: {
return 5833
}
case 1: {
return 5843
}
case 2: {
return 5854
}
case 3: {
return 5870
}
case 4: {
return 5888
}
case 5: {
return 5901
}
}
return -1
switch(A_0) {
case 0: {
return 5919
}
case 1: {
return 5929
}
case 2: {
return 5940
}
case 3: {
return 5954
}
case 4: {
return 5970
}
}
return -1
switch(A_0) {
case 0: {
return 5983
}
case 1: {
return 5990
}
case 2: {
return 5999
}
case 3: {
return 6005
}
case 4: {
return 6013
}
case 5: {
return 6028
}
case 6: {
return 6034
}
case 7: {
return 6042
}
case 8: {
return 6052
}
case 9: {
return 6062
}
case 10: {
return 6067
}
case 11: {
return 6082
}
case 12: {
return 6089
}
case 13: {
return 6100
}
}
return -1
switch(A_0) {
case 0: {
return 6111
}
case 1: {
return 6115
}
}
return -1
switch(A_0) {
case 0: {
return 6118
}
case 1: {
return 6133
}
case 2: {
return 6141
}
case 3: {
return 6150
}
case 4: {
return 6156
}
case 5: {
return 6170
}
case 6: {
return 6188
}
case 7: {
return 6207
}
case 8: {
return 6221
}
case 9: {
return 6239
}
case 10: {
return 6257
}
case 11: {
return 6270
}
case 12: {
return 6278
}
case 13: {
return 6284
}
case 14: {
return 6296
}
case 15: {
return 6312
}
case 16: {
return 6328
}
case 17: {
return 6345
}
case 18: {
return 6362
}
case 19: {
return 6381
}
case 20: {
return 6400
}
case 21: {
return 6415
}
case 22: {
return 6430
}
}
return -1
switch(A_0) {
case 0: {
return 6449
}
case 1: {
return 6457
}
case 2: {
return 6466
}
case 3: {
return 6473
}
case 4: {
return 6489
}
}
return -1
switch(A_0) {
case 0: {
return 6490
}
case 1: {
return 6494
}
case 2: {
return 6501
}
}
return -1
switch(A_0) {
case 0: {
return 6508
}
case 1: {
return 6510
}
case 2: {
return 6513
}
case 3: {
return 6516
}
}
return -1
switch(A_0) {
case 0: {
return 6519
}
case 1: {
return 6523
}
case 2: {
return 6528
}
}
return -1
switch(A_0) {
case 0: {
return 6533
}
case 1: {
return 6537
}
case 2: {
return 6545
}
}
return -1
switch(A_0) {
case 0: {
return 6553
}
case 1: {
return 6557
}
case 2: {
return 6566
}
}
return -1
switch(A_0) {
case 0: {
return 6577
}
case 1: {
return 6581
}
case 2: {
return 6588
}
}
return -1
switch(A_0) {
case 0: {
return 6600
}
case 1: {
return 6607
}
}
return -1
switch(A_0) {
case 0: {
return 6616
}
case 1: {
return 6620
}
case 2: {
return 6632
}
}
return -1
switch(A_0) {
case 0: {
return 6643
}
case 1: {
return 6653
}
case 2: {
return 6658
}
}
return -1
switch(A_0) {
case 0: {
return 6664
}
case 1: {
return 6668
}
case 2: {
return 6678
}
case 3: {
return 6683
}
}
return -1
switch(A_0) {
case 0: {
return 6690
}
case 1: {
return 6700
}
case 2: {
return 6711
}
}
return -1
switch(A_0) {
case 0: {
return 6728
}
case 1: {
return 6732
}
case 2: {
return 6741
}
}
return -1
}
function F_0xC0D7(A_0) {
return dint16(((A_0 * 2) + 6751))
switch(A_0) {
case 0: {
return 6771
}
case 1: {
return 6782
}
case 2: {
return 6791
}
case 3: {
return 6801
}
case 4: {
return 6812
}
case 5: {
return 6824
}
case 6: {
return 6830
}
case 7: {
return 6836
}
case 8: {
return 6842
}
case 9: {
return 6848
}
}
return -1
}
function F_0xC13F(A_0) {
return duint8((A_0 + 6854))
}
function F_0xC149(A_0) {
return duint8((A_0 + 6875))
switch(A_0) {
case 0: {
return 6896
}
case 1: {
return 6908
}
case 2: {
return 6919
}
case 3: {
return 6929
}
case 4: {
return 6939
}
case 5: {
return 6957
}
case 6: {
return 6966
}
}
return -1
}
function F_0xC196(A_0, A_1) {
return duint8((((A_0 * 2) + 6980) + A_1))
switch(A_0) {
case 0: {
return 6994
}
case 1: {
return 7006
}
case 2: {
return 7021
}
case 3: {
return 7033
}
case 4: {
return 7049
}
case 5: {
return 7061
}
case 6: {
return 7071
}
case 7: {
return 7081
}
case 8: {
return 7093
}
case 9: {
return 7103
}
case 10: {
return 7117
}
case 11: {
return 7128
}
case 12: {
return 7138
}
case 13: {
return 7149
}
case 14: {
return 7159
}
case 15: {
return 7171
}
case 16: {
return 7181
}
case 17: {
return 7193
}
case 18: {
return 7204
}
case 19: {
return 7215
}
case 20: {
return 7226
}
case 21: {
return 7239
}
case 22: {
return 7253
}
case 23: {
return 7268
}
case 24: {
return 7278
}
case 25: {
return 7289
}
case 26: {
return 7300
}
case 27: {
return 7314
}
case 28: {
return 7323
}
case 29: {
return 7336
}
case 30: {
return 7350
}
case 31: {
return 7368
}
case 32: {
return 7381
}
case 33: {
return 7398
}
case 34: {
return 7414
}
case 35: {
return 7427
}
case 36: {
return 7439
}
case 37: {
return 7451
}
case 38: {
return 7468
}
case 39: {
return 7480
}
case 40: {
return 7491
}
case 41: {
return 7506
}
case 42: {
return 7519
}
case 43: {
return 7533
}
case 44: {
return 7548
}
case 45: {
return 7562
}
case 46: {
return 7575
}
case 47: {
return 7590
}
case 48: {
return 7603
}
case 49: {
return 7618
}
case 50: {
return 7632
}
case 51: {
return 7646
}
case 52: {
return 7660
}
}
return -1
}
function F_0xC35A(A_0, A_1) {
return dint16((((A_0 * 18) + 7661) + (A_1 * 2)))
switch(A_0) {
case 0: {
return 8597
}
case 1: {
return 8606
}
case 2: {
return 8617
}
case 3: {
return 8626
}
case 4: {
return 8637
}
case 5: {
return 8652
}
case 6: {
return 8663
}
case 7: {
return 8674
}
case 8: {
return 8683
}
case 9: {
return 8692
}
case 10: {
return 8702
}
case 11: {
return 8714
}
case 12: {
return 8724
}
case 13: {
return 8734
}
case 14: {
return 8745
}
case 15: {
return 8750
}
case 16: {
return 8760
}
case 17: {
return 8774
}
case 18: {
return 8789
}
case 19: {
return 8804
}
case 20: {
return 8819
}
case 21: {
return 8834
}
case 22: {
return 8847
}
case 23: {
return 8859
}
case 24: {
return 8876
}
case 25: {
return 8891
}
case 26: {
return 8906
}
case 27: {
return 8921
}
case 28: {
return 8930
}
case 29: {
return 8943
}
case 30: {
return 8955
}
case 31: {
return 8972
}
case 32: {
return 8978
}
case 33: {
return 8984
}
case 34: {
return 8991
}
case 35: {
return 9005
}
case 36: {
return 9017
}
case 37: {
return 9030
}
case 38: {
return 9046
}
case 39: {
return 9061
}
case 40: {
return 9075
}
case 41: {
return 9081
}
case 42: {
return 9095
}
case 43: {
return 9113
}
case 44: {
return 9119
}
case 45: {
return 9126
}
case 46: {
return 9139
}
case 47: {
return 9153
}
case 48: {
return 9161
}
case 49: {
return 9169
}
case 50: {
return 9178
}
case 51: {
return 9195
}
case 52: {
return 9205
}
case 53: {
return 9214
}
case 54: {
return 9222
}
case 55: {
return 9239
}
case 56: {
return 9249
}
case 57: {
return 9259
}
case 58: {
return 9274
}
case 59: {
return 9285
}
case 60: {
return 9296
}
case 61: {
return 9307
}
case 62: {
return 9323
}
case 63: {
return 9335
}
case 64: {
return 9339
}
case 65: {
return 9343
}
case 66: {
return 9353
}
case 67: {
return 9366
}
case 68: {
return 9381
}
case 69: {
return 9396
}
case 70: {
return 9407
}
case 71: {
return 9416
}
case 72: {
return 9433
}
case 73: {
return 9445
}
case 74: {
return 9457
}
case 75: {
return 9472
}
case 76: {
return 9481
}
case 77: {
return 9494
}
case 78: {
return 9503
}
case 79: {
return 9513
}
case 80: {
return 9527
}
case 81: {
return 9543
}
case 82: {
return 9551
}
case 83: {
return 9560
}
case 84: {
return 9573
}
case 85: {
return 9584
}
case 86: {
return 9595
}
case 87: {
return 9604
}
case 88: {
return 9615
}
case 89: {
return 9625
}
case 90: {
return 9634
}
case 91: {
return 9645
}
}
return -1
}
function F_0xC659(A_0, A_1) {
return dint16((((A_0 * 16) + 9654) + (A_1 * 2)))
}
function F_0xC66D(A_0, A_1) {
return dint16((((A_0 * 12) + 11126) + (A_1 * 2)))
switch(A_0) {
case 0: {
return 11294
}
case 1: {
return 11307
}
case 2: {
return 11313
}
case 3: {
return 11319
}
case 4: {
return 11325
}
case 5: {
return 11331
}
case 6: {
return 11340
}
case 7: {
return 11348
}
case 8: {
return 11357
}
case 9: {
return 11363
}
case 10: {
return 11374
}
case 11: {
return 11380
}
case 12: {
return 11388
}
case 13: {
return 11398
}
case 14: {
return 11408
}
}
return -1
switch(A_0) {
case 0: {
return 11419
}
case 1: {
return 11432
}
case 2: {
return 11438
}
case 3: {
return 11444
}
case 4: {
return 11450
}
case 5: {
return 11456
}
case 6: {
return 11462
}
case 7: {
return 11468
}
case 8: {
return 11478
}
case 9: {
return 11486
}
case 10: {
return 11496
}
case 11: {
return 11507
}
case 12: {
return 11518
}
case 13: {
return 11526
}
case 14: {
return 11535
}
}
return -1
}
function F_0xC787(A_0) {
return dint8((A_0 + 11544))
switch(A_0) {
case 0: {
return 11559
}
case 1: {
return 11572
}
case 2: {
return 11583
}
case 3: {
return 11591
}
case 4: {
return 11600
}
case 5: {
return 11609
}
case 6: {
return 11619
}
case 7: {
return 11627
}
case 8: {
return 11637
}
case 9: {
return 11648
}
case 10: {
return 11654
}
case 11: {
return 11660
}
case 12: {
return 11666
}
case 13: {
return 11672
}
case 14: {
return 11683
}
case 15: {
return 11696
}
case 16: {
return 11707
}
case 17: {
return 11713
}
case 18: {
return 11719
}
case 19: {
return 11724
}
case 20: {
return 11729
}
case 21: {
return 11736
}
}
return -1
}
function F_0xC84C(A_0) {
return dint8((A_0 + 11745))
}
function F_0xC856(A_0) {
return dint8((A_0 + 11767))
}
function F_0xC860(A_0, A_1) {
return dint8((((A_0 * 11) + 11782) + A_1))
}
function F_0xC871(A_0, A_1) {
return duint8((((A_0 * 4) + 12035) + A_1))
}
function F_0xC882(A_0) {
return duint8((A_0 + 12051))
}
function F_0xC88C(A_0) {
return duint8((A_0 + 12055))
}Editor is loading...
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