Membuat traffic light dengan avr at mega
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contoh file latihan membuat simulasi traffic light dengan codevision AVR dan ISIS proteus
![#include <mega16.h> PORTC=bil[kanan];
#include <delay.h> delay_ms(100);
}
unsigned char for(kiri=9;kiri>-1;kiri--)
bil[10]={0xc0,0xf9,0xa4,0xb0,0x99,0x92,0x8 {
2,0xf8,0x80,0x90}; PORTD=0x01;
int kanan=9; PORTC=bil[kiri];
int kiri=9; delay_ms(100);
void main (void) }
{ PORTC=0x00;
DDRC=0xff; PORTD=0x04;
DDRD=0xff; delay_ms(100);
}
{ }
}
while(1)
{
for(kanan=9;kanan>-1;kanan--)
{
PORTD=0x02;](https://image.slidesharecdn.com/membuattrafficlightdenganavratmega-120313081606-phpapp01/85/Membuat-traffic-light-dengan-avr-at-mega-5-320.jpg)
![#include <mega16.h> delay_ms(10); PORTC=0xff;
#include <delay.h> if(tengen<0) }
{ else{
unsigned char PORTA=0xff;} PORTC=bil[kiwo];}
bil[10]={0xc0,0xf9,0xa4,0xb0,0x else{ delay_ms(10);
99,0x92,0x82,0xf8,0x80,0x90}; PORTA=bil[tengen]; }
int kanan, kiri, tengen, kiwo }delay_ms(10); } if (kiwo<0)
void main (void) } {
{ PORTA=0xff; kiwo=9;
DDRC=0xff; PORTB=0x04; }
DDRD=0xff; delay_ms(100); }
DDRB=0xff; PORTD=0x04;
DDRA=0xff; if(tengen<0) delay_ms(100);
{ }
{ tengen=9; }
} }
while(1)
{ for(kiri=9;kiri>-1;kiri--)
int mulai; {
for(kanan=9;kanan>-1;kanan--) kiwo--;
{ for(mulai=0;mulai<10;mulai++){
tengen--; PORTD=0x01;
for(mulai=0;mulai<10;mulai++) PORTB=0x02;
{ PORTA=bil[kiri];
PORTD=0x02; delay_ms(10);
PORTB=0x01; if(kiwo<0)
PORTC=bil[kanan]; {](https://image.slidesharecdn.com/membuattrafficlightdenganavratmega-120313081606-phpapp01/85/Membuat-traffic-light-dengan-avr-at-mega-7-320.jpg)
Membuat traffic light dengan avr at mega
- 3. #include <mega16.h> PORTA=merah; #include <delay.h> delay_ms(20); PORTB=hijau; int merah=1; delay_ms(100); int kuning=2; PORTB=kuning; int hijau=4; delay_ms(50) ; void main (void) PORTB=merah; { delay_ms(20); DDRA=0xff; PORTC=hijau; DDRB=0xff; delay_ms(100); DDRC=0xff; PORTC=kuning; DDRD=0xff; delay_ms(50); while(1) PORTC=merah; { delay_ms(20); PORTA=hijau; PORTD=hijau; PORTB=merah; delay_ms(100); PORTC=merah; PORTD=kuning; PORTD=merah; delay_ms(50); delay_ms(100); } PORTA=kuning; } delay_ms(50);
- 5. #include <mega16.h> PORTC=bil[kanan]; #include <delay.h> delay_ms(100); } unsigned char for(kiri=9;kiri>-1;kiri--) bil[10]={0xc0,0xf9,0xa4,0xb0,0x99,0x92,0x8 { 2,0xf8,0x80,0x90}; PORTD=0x01; int kanan=9; PORTC=bil[kiri]; int kiri=9; delay_ms(100); void main (void) } { PORTC=0x00; DDRC=0xff; PORTD=0x04; DDRD=0xff; delay_ms(100); } { } } while(1) { for(kanan=9;kanan>-1;kanan--) { PORTD=0x02;
- 7. #include <mega16.h> delay_ms(10); PORTC=0xff; #include <delay.h> if(tengen<0) } { else{ unsigned char PORTA=0xff;} PORTC=bil[kiwo];} bil[10]={0xc0,0xf9,0xa4,0xb0,0x else{ delay_ms(10); 99,0x92,0x82,0xf8,0x80,0x90}; PORTA=bil[tengen]; } int kanan, kiri, tengen, kiwo }delay_ms(10); } if (kiwo<0) void main (void) } { { PORTA=0xff; kiwo=9; DDRC=0xff; PORTB=0x04; } DDRD=0xff; delay_ms(100); } DDRB=0xff; PORTD=0x04; DDRA=0xff; if(tengen<0) delay_ms(100); { } { tengen=9; } } } while(1) { for(kiri=9;kiri>-1;kiri--) int mulai; { for(kanan=9;kanan>-1;kanan--) kiwo--; { for(mulai=0;mulai<10;mulai++){ tengen--; PORTD=0x01; for(mulai=0;mulai<10;mulai++) PORTB=0x02; { PORTA=bil[kiri]; PORTD=0x02; delay_ms(10); PORTB=0x01; if(kiwo<0) PORTC=bil[kanan]; {