/*#pragma settings InlineThresholdMax*/

void fn1()  { sk_FragColor.x = 0; }
void fn2()  { fn1(); fn1(); fn1(); }
void fn3()  { fn2(); fn2(); fn2(); }
void fn4()  { fn3(); fn3(); fn3(); }
void fn5()  { fn4(); fn4(); fn4(); }
void fn6()  { fn5(); fn5(); fn5(); }
void fn7()  { fn6(); fn6(); fn6(); }
void fn8()  { fn7(); fn7(); fn7(); }
void fn9()  { fn8(); fn8(); fn8(); }
void fnA()  { fn9(); fn9(); fn9(); }
void fnB()  { fnA(); fnA(); fnA(); }
void fnC()  { fnB(); fnB(); fnB(); }
void fnD()  { fnC(); fnC(); fnC(); }
void fnE()  { fnD(); fnD(); fnD(); }
void fnF()  { fnE(); fnE(); fnE(); }
void fnG()  { fnF(); fnF(); fnF(); }
void fnH()  { fnG(); fnG(); fnG(); }
void fnI()  { fnH(); fnH(); fnH(); }
void fnJ()  { fnI(); fnI(); fnI(); }
void fnK()  { fnJ(); fnJ(); fnJ(); }
void fnL()  { fnK(); fnK(); fnK(); }
void fnM()  { fnL(); fnL(); fnL(); }
void fnN()  { fnM(); fnM(); fnM(); }
void main() { fnN(); }