1 /*#pragma settings InlineThresholdMax*/
3 void fn1() { sk_FragColor.x = 0; }
4 void fn2() { fn1(); fn1(); fn1(); }
5 void fn3() { fn2(); fn2(); fn2(); }
6 void fn4() { fn3(); fn3(); fn3(); }
7 void fn5() { fn4(); fn4(); fn4(); }
8 void fn6() { fn5(); fn5(); fn5(); }
9 void fn7() { fn6(); fn6(); fn6(); }
10 void fn8() { fn7(); fn7(); fn7(); }
11 void fn9() { fn8(); fn8(); fn8(); }
12 void fnA() { fn9(); fn9(); fn9(); }
13 void fnB() { fnA(); fnA(); fnA(); }
14 void fnC() { fnB(); fnB(); fnB(); }
15 void fnD() { fnC(); fnC(); fnC(); }
16 void fnE() { fnD(); fnD(); fnD(); }
17 void fnF() { fnE(); fnE(); fnE(); }
18 void fnG() { fnF(); fnF(); fnF(); }
19 void fnH() { fnG(); fnG(); fnG(); }
20 void fnI() { fnH(); fnH(); fnH(); }
21 void fnJ() { fnI(); fnI(); fnI(); }
22 void fnK() { fnJ(); fnJ(); fnJ(); }
23 void fnL() { fnK(); fnK(); fnK(); }
24 void fnM() { fnL(); fnL(); fnL(); }
25 void fnN() { fnM(); fnM(); fnM(); }
26 void main() { fnN(); }