// Lauflicht für Fahrrad Rücklicht 

// www.kreativekiste.de 

int _ABVAR_1_1 = 0 ;
int _ABVAR_2_2 = 0 ;
int _ABVAR_3_3 = 0 ;
int _ABVAR_4_4 = 0 ;
int _ABVAR_5_5 = 0 ;
int _ABVAR_6_6 = 0 ;
int _ABVAR_7_7 = 0 ;
int _ABVAR_8_a;
int _ABVAR_9_a;
int _ABVAR_10_a;
int _ABVAR_11_a;
int _ABVAR_12_a;
int _ABVAR_13_a;
int _ABVAR_14_a;
int _ABVAR_15_a;
int _ABVAR_16_a;
int _ABVAR_17_a;
int _ABVAR_18_a;
int _ABVAR_19_a;
int _ABVAR_20_a;
int _ABVAR_21_a;
int _ABVAR_22_a;

void Unterprogramm9();
void Unterprogramm100();
void Unterprogramm1();
void Unterprogramm2();
void Unterprogramm3();
void Unterprogramm4();
void Unterprogramm5();
void Unterprogramm6();
void Unterprogramm7();
void Unterprogramm8();

void setup()
{
pinMode( 11 , OUTPUT);
pinMode( 4 , OUTPUT);
pinMode( 12 , OUTPUT);
pinMode( 3 , OUTPUT);
pinMode( 10 , OUTPUT);
pinMode( 5 , OUTPUT);
pinMode( 9 , OUTPUT);
pinMode( 6 , OUTPUT);
pinMode( 8 , OUTPUT);
pinMode( 7 , OUTPUT);
pinMode( 2 , OUTPUT);

Unterprogramm9();

delay( 3000 );

_ABVAR_1_1 = 100 ;

_ABVAR_2_2 = 50 ;

_ABVAR_3_3 = 300 ;

_ABVAR_4_4 = 40 ;

_ABVAR_5_5 = 300 ;

_ABVAR_6_6 = 350 ;

_ABVAR_7_7 = 450 ;}

void loop()
{
for (_ABVAR_8_a=1; _ABVAR_8_a<= ( 5 ); ++_ABVAR_8_a )
{
Unterprogramm1();
}
Unterprogramm100();
for (_ABVAR_9_a=1; _ABVAR_9_a<= ( 5 ); ++_ABVAR_9_a )
{
for (_ABVAR_10_a=1; _ABVAR_10_a<= ( 4 ); ++_ABVAR_10_a )
{
Unterprogramm2();
}
Unterprogramm100();
for (_ABVAR_11_a=1; _ABVAR_11_a<= ( 2 ); ++_ABVAR_11_a )
{
Unterprogramm3();
}
Unterprogramm100();
}
for (_ABVAR_12_a=1; _ABVAR_12_a<= ( 3 ); ++_ABVAR_12_a )
{
Unterprogramm5();
}
Unterprogramm9();
delay( _ABVAR_6_6 );
Unterprogramm100();
for (_ABVAR_13_a=1; _ABVAR_13_a<= ( 5 ); ++_ABVAR_13_a )
{
for (_ABVAR_14_a=1; _ABVAR_14_a<= ( 10 ); ++_ABVAR_14_a )
{
Unterprogramm2();
}
Unterprogramm100();
for (_ABVAR_15_a=1; _ABVAR_15_a<= ( 5 ); ++_ABVAR_15_a )
{
Unterprogramm3();
}
Unterprogramm100();
}
for (_ABVAR_16_a=1; _ABVAR_16_a<= ( 6 ); ++_ABVAR_16_a )
{
for (_ABVAR_17_a=1; _ABVAR_17_a<= ( 3 ); ++_ABVAR_17_a )
{
Unterprogramm6();
}
Unterprogramm7();
for (_ABVAR_18_a=1; _ABVAR_18_a<= ( 3 ); ++_ABVAR_18_a )
{
Unterprogramm6();
}
Unterprogramm8();
}
Unterprogramm9();
delay( _ABVAR_7_7 );
Unterprogramm100();
for (_ABVAR_19_a=1; _ABVAR_19_a<= ( 5 ); ++_ABVAR_19_a )
{
for (_ABVAR_20_a=1; _ABVAR_20_a<= ( 10 ); ++_ABVAR_20_a )
{
Unterprogramm3();
}
Unterprogramm100();
for (_ABVAR_21_a=1; _ABVAR_21_a<= ( 5 ); ++_ABVAR_21_a )
{
Unterprogramm2();
}
Unterprogramm100();
}
for (_ABVAR_22_a=1; _ABVAR_22_a<= ( 3 ); ++_ABVAR_22_a )
{
Unterprogramm5();
}
Unterprogramm9();
delay( _ABVAR_6_6 );
Unterprogramm100();
}void Unterprogramm1()
{
digitalWrite( 11 , LOW );
digitalWrite( 4 , LOW );
digitalWrite( 12 , HIGH );
digitalWrite( 3 , HIGH );
delay( _ABVAR_1_1 );
digitalWrite( 12 , LOW );
digitalWrite( 3 , LOW );
digitalWrite( 11 , HIGH );
digitalWrite( 4 , HIGH );
delay( _ABVAR_1_1 );
digitalWrite( 11 , LOW );
digitalWrite( 4 , LOW );
digitalWrite( 10 , HIGH );
digitalWrite( 5 , HIGH );
delay( _ABVAR_1_1 );
digitalWrite( 10 , LOW );
digitalWrite( 5 , LOW );
digitalWrite( 9 , HIGH );
digitalWrite( 6 , HIGH );
delay( _ABVAR_1_1 );
digitalWrite( 9 , LOW );
digitalWrite( 6 , LOW );
digitalWrite( 8 , HIGH );
digitalWrite( 7 , HIGH );
delay( _ABVAR_1_1 );
digitalWrite( 8 , LOW );
digitalWrite( 7 , LOW );
digitalWrite( 9 , HIGH );
digitalWrite( 6 , HIGH );
delay( _ABVAR_1_1 );
digitalWrite( 9 , LOW );
digitalWrite( 6 , LOW );
digitalWrite( 10 , HIGH );
digitalWrite( 5 , HIGH );
delay( _ABVAR_1_1 );
digitalWrite( 10 , LOW );
digitalWrite( 5 , LOW );
digitalWrite( 11 , HIGH );
digitalWrite( 4 , HIGH );
delay( _ABVAR_1_1 );
}void Unterprogramm7()
{
digitalWrite( 7 , LOW );
digitalWrite( 8 , LOW );
digitalWrite( 12 , HIGH );
digitalWrite( 11 , HIGH );
digitalWrite( 3 , HIGH );
digitalWrite( 4 , HIGH );
delay( _ABVAR_5_5 );
digitalWrite( 12 , LOW );
digitalWrite( 11 , LOW );
digitalWrite( 3 , LOW );
digitalWrite( 4 , LOW );
delay( _ABVAR_4_4 );
}void Unterprogramm4()
{
digitalWrite( 8 , HIGH );
digitalWrite( 7 , HIGH );
delay( _ABVAR_3_3 );
digitalWrite( 8 , LOW );
digitalWrite( 7 , LOW );
delay( _ABVAR_3_3 );
}void Unterprogramm6()
{
digitalWrite( 8 , HIGH );
digitalWrite( 7 , LOW );
delay( _ABVAR_4_4 );
digitalWrite( 7 , HIGH );
digitalWrite( 8 , LOW );
delay( _ABVAR_4_4 );
}void Unterprogramm5()
{
digitalWrite( 8 , HIGH );
digitalWrite( 7 , LOW );
delay( _ABVAR_3_3 );
digitalWrite( 7 , HIGH );
digitalWrite( 8 , LOW );
delay( _ABVAR_3_3 );
}void Unterprogramm100()
{
digitalWrite( 12 , LOW );
digitalWrite( 11 , LOW );
digitalWrite( 10 , LOW );
digitalWrite( 9 , LOW );
digitalWrite( 8 , LOW );
digitalWrite( 7 , LOW );
digitalWrite( 6 , LOW );
digitalWrite( 5 , LOW );
digitalWrite( 4 , LOW );
digitalWrite( 3 , LOW );
digitalWrite( 2 , LOW );
}void Unterprogramm9()
{
digitalWrite( 12 , HIGH );
digitalWrite( 11 , HIGH );
digitalWrite( 10 , HIGH );
digitalWrite( 9 , HIGH );
digitalWrite( 8 , HIGH );
digitalWrite( 7 , HIGH );
digitalWrite( 6 , HIGH );
digitalWrite( 5 , HIGH );
digitalWrite( 4 , HIGH );
digitalWrite( 3 , HIGH );
}void Unterprogramm8()
{
digitalWrite( 7 , LOW );
digitalWrite( 8 , LOW );
digitalWrite( 10 , HIGH );
digitalWrite( 9 , HIGH );
digitalWrite( 5 , HIGH );
digitalWrite( 6 , HIGH );
delay( _ABVAR_5_5 );
digitalWrite( 10 , LOW );
digitalWrite( 9 , LOW );
digitalWrite( 5 , LOW );
digitalWrite( 6 , LOW );
delay( _ABVAR_4_4 );
}void Unterprogramm2()
{
digitalWrite( 12 , HIGH );
digitalWrite( 10 , HIGH );
digitalWrite( 4 , HIGH );
digitalWrite( 6 , HIGH );
delay( _ABVAR_2_2 );
digitalWrite( 12 , LOW );
digitalWrite( 10 , LOW );
digitalWrite( 4 , LOW );
digitalWrite( 6 , LOW );
delay( _ABVAR_2_2 );
}void Unterprogramm3()
{
digitalWrite( 11 , HIGH );
digitalWrite( 9 , HIGH );
digitalWrite( 3 , HIGH );
digitalWrite( 5 , HIGH );
delay( _ABVAR_2_2 );
digitalWrite( 11 , LOW );
digitalWrite( 9 , LOW );
digitalWrite( 3 , LOW );
digitalWrite( 5 , LOW );
delay( _ABVAR_2_2 );
}