Arcade.ino

arcade.ino

bool _ABVAR_1_LED1;
bool _ABVAR_9_LED5;
int _ABVAR_6_;
int _ABVAR_8_;
int _ABVAR_13_;
bool _ABVAR_5_LED3;
int _ABVAR_10_;
bool _ABVAR_3_LED2;
int _ABVAR_11_;
bool _ABVAR_7_LED4;
int _ABVAR_4_;
int _ABVAR_12_;
int _ABVAR_2_;

void setup()
{
pinMode( 3 , OUTPUT);
_ABVAR_3_LED2 = false;
_ABVAR_7_LED4 = false;
_ABVAR_5_LED3 = false;
_ABVAR_1_LED1 = false;
pinMode( 4 , OUTPUT);
pinMode( 2 , OUTPUT);
_ABVAR_9_LED5 = false;
pinMode( 1 , OUTPUT);
pinMode( 5 , OUTPUT);
pinMode( 6 , INPUT);
}

void loop()
{
digitalWrite( 1 , HIGH );
_ABVAR_1_LED1 = true ;
delay( 25 );
if (digitalRead( 6))
{
for (_ABVAR_2_=0; _ABVAR_2_< ( 1 ); ++_ABVAR_2_ )
{
digitalWrite( 2 , LOW );
digitalWrite( 3 , LOW );
digitalWrite( 4 , LOW );
digitalWrite( 5 , LOW );
delay( 1000 );
}

}
digitalWrite( 1 , LOW );
_ABVAR_1_LED1 = false ;
delay( 25 );
digitalWrite( 2 , HIGH );
_ABVAR_3_LED2 = true ;
delay( 25 );
if (digitalRead( 6))
{
for (_ABVAR_4_=0; _ABVAR_4_< ( 1 ); ++_ABVAR_4_ )
{
digitalWrite( 1 , LOW );
digitalWrite( 3 , LOW );
digitalWrite( 4 , LOW );
digitalWrite( 5 , LOW );
delay( 1000 );
}

}
digitalWrite( 2 , LOW );
_ABVAR_3_LED2 = false ;
delay( 25 );
digitalWrite( 3 , HIGH );
_ABVAR_5_LED3 = true ;
delay( 25 );
if (digitalRead( 6))
{
for (_ABVAR_6_=0; _ABVAR_6_< ( 1 ); ++_ABVAR_6_ )
{
digitalWrite( 1 , LOW );
digitalWrite( 2 , LOW );
digitalWrite( 4 , LOW );
digitalWrite( 5 , LOW );
delay( 1000 );
}

}
digitalWrite( 3 , LOW );
_ABVAR_5_LED3 = false ;
delay( 25 );
digitalWrite( 4 , HIGH );
_ABVAR_7_LED4 = true ;
delay( 25 );
if (digitalRead( 6))
{
for (_ABVAR_8_=0; _ABVAR_8_< ( 1 ); ++_ABVAR_8_ )
{
digitalWrite( 1 , LOW );
digitalWrite( 2 , LOW );
digitalWrite( 3 , LOW );
digitalWrite( 5 , LOW );
delay( 1000 );
}

}
digitalWrite( 4 , LOW );
_ABVAR_7_LED4 = false ;
delay( 25 );
digitalWrite( 5 , HIGH );
_ABVAR_9_LED5 = true ;
delay( 25 );
if (digitalRead( 6))
{
for (_ABVAR_10_=0; _ABVAR_10_< ( 1 ); ++_ABVAR_10_ )
{
digitalWrite( 1 , LOW );
digitalWrite( 2 , LOW );
digitalWrite( 3 , LOW );
digitalWrite( 4 , LOW );
delay( 1000 );
}

}
digitalWrite( 5 , LOW );
_ABVAR_9_LED5 = false ;
delay( 25 );
digitalWrite( 4 , HIGH );
_ABVAR_7_LED4 = true ;
delay( 25 );
if (digitalRead( 6))
{
for (_ABVAR_11_=0; _ABVAR_11_< ( 1 ); ++_ABVAR_11_ )
{
digitalWrite( 1 , LOW );
digitalWrite( 2 , LOW );
digitalWrite( 3 , LOW );
digitalWrite( 5 , LOW );
delay( 1000 );
}

}
digitalWrite( 4 , LOW );
_ABVAR_7_LED4 = false ;
delay( 25 );
digitalWrite( 3 , HIGH );
_ABVAR_5_LED3 = true ;
delay( 25 );
if (digitalRead( 6))
{
for (_ABVAR_12_=0; _ABVAR_12_< ( 1 ); ++_ABVAR_12_ )
{
digitalWrite( 1 , LOW );
digitalWrite( 2 , LOW );
digitalWrite( 4 , LOW );
digitalWrite( 5 , LOW );
delay( 1000 );
}

}
digitalWrite( 3 , LOW );
_ABVAR_5_LED3 = false ;
delay( 25 );
digitalWrite( 2 , HIGH );
_ABVAR_3_LED2 = true ;
delay( 25 );
if (digitalRead( 6))
{
for (_ABVAR_13_=0; _ABVAR_13_< ( 1 ); ++_ABVAR_13_ )
{
digitalWrite( 1 , LOW );
digitalWrite( 3 , LOW );
digitalWrite( 4 , LOW );
digitalWrite( 5 , LOW );
delay( 1000 );
}

}
digitalWrite( 2 , LOW );
_ABVAR_3_LED2 = false ;
delay( 25 );
}