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/*****************************************************
This program was produced by the
CodeWizardAVR V2.04.4a Advanced
Automatic Program Generator
© Copyright 1998-2009 Pavel Haiduc, HP InfoTech s.r.l.
http://www.hpinfotech.com
Project :
Version :
Date : 11/18/2009
Author : NeVaDa
Company : Microsoft
Comments:
Chip type : ATmega8
Program type : Application
AVR Core Clock frequency: 4.000000 MHz
Memory model : Small
External RAM size : 0
Data Stack size : 256
*****************************************************/
#include <mega8.h>
#include <delay.h>
#define B5 PORTB.5
#define B4 PORTB.4
#define B3 PORTB.3
#define B2 PORTB.2
#define B1 PORTB.1
#define B0 PORTB.0
#define C5 PORTC.5
#define C4 PORTC.4
#define C3 PORTC.3
#define C2 PORTC.2
#define C1 PORTC.1
#define C0 PORTC.0
#define D7 PORTD.7
#define D6 PORTD.6
#define D5 PORTD.5
#define D4 PORTD.4
#define D3 PORTD.3
#define D2 PORTD.2
#define D1 PORTD.1
#define D0 PORTD.0
unsigned char xung;
unsigned int pulse[]={0,1,2,3,4,5,6,7};
// Timer 0 overflow interrupt service routine
interrupt [TIM0_OVF] void timer0_ovf_isr(void)
{
TCNT0=200;
xung++;
if(xung<pulse[0])//1
{D0=1;}
else
{D0=0;}
if(xung<pulse[1])//2
{D1=1;}
else
{D1=0;}
if(xung<pulse[2])//3
{D2=1;}
else
{D2=0;}
if(xung<pulse[3])//4
{D3=1;}
else
{D3=0;}
if(xung<pulse[4])//5
{D4=1;}
else
{D4=0;}
if(xung<pulse[5])//6
{D5=1;}
else
{D5=0;}
if(xung<pulse[6])//7
{D6=1;}
else
{D6=0;}
if(xung<pulse[7])//8
{D7=1;}
else
{D7=0;}
if(xung>255){xung=0;}//end of pulse
}
// Declare your global variables here
void pwm88RL(unsigned char m,unsigned char n){
unsigned char i;
unsigned int array[]={255,180,150,120,90,60,30,0};
for(i=0;i<=n;i++){
pulse[7]=array[0];
pulse[6]=array[1];
pulse[5]=array[2];
pulse[4]=array[3];
pulse[3]=array[4];
pulse[2]=array[5];
pulse[1]=array[6];
pulse[0]=array[7];
delay_ms(m);
pulse[7]=array[7];
pulse[6]=array[0];
pulse[5]=array[1];
pulse[4]=array[2];
pulse[3]=array[3];
pulse[2]=array[4];
pulse[1]=array[5];
pulse[0]=array[6];
delay_ms(m);
pulse[7]=array[6];
pulse[6]=array[7];
pulse[5]=array[0];
pulse[4]=array[1];
pulse[3]=array[2];
pulse[2]=array[3];
pulse[1]=array[4];
pulse[0]=array[5];
delay_ms(m);
pulse[7]=array[5];
pulse[6]=array[6];
pulse[5]=array[7];
pulse[4]=array[0];
pulse[3]=array[1];
pulse[2]=array[2];
pulse[1]=array[3];
pulse[0]=array[4];
delay_ms(m);
pulse[7]=array[4];
pulse[6]=array[5];
pulse[5]=array[6];
pulse[4]=array[7];
pulse[3]=array[0];
pulse[2]=array[1];
pulse[1]=array[2];
pulse[0]=array[3];
delay_ms(m);
pulse[7]=array[3];
pulse[6]=array[4];
pulse[5]=array[5];
pulse[4]=array[6];
pulse[3]=array[7];
pulse[2]=array[0];
pulse[1]=array[1];
pulse[0]=array[2];
delay_ms(m);
pulse[7]=array[2];
pulse[6]=array[3];
pulse[5]=array[4];
pulse[4]=array[5];
pulse[3]=array[6];
pulse[2]=array[7];
pulse[1]=array[0];
pulse[0]=array[1];
delay_ms(m);
pulse[7]=array[1];
pulse[6]=array[2];
pulse[5]=array[3];
pulse[4]=array[4];
pulse[3]=array[5];
pulse[2]=array[6];
pulse[1]=array[7];
pulse[0]=array[0];
delay_ms(m);
}
}
void pwm88LR(unsigned char m,unsigned char n){
unsigned char i;
unsigned int array[]={255,180,150,120,90,60,30,0};
for(i=0;i<=n;i++){
pulse[7]=array[7];
pulse[6]=array[6];
pulse[5]=array[5];
pulse[4]=array[4];
pulse[3]=array[3];
pulse[2]=array[2];
pulse[1]=array[1];
pulse[0]=array[0];
delay_ms(m);
pulse[7]=array[0];
pulse[6]=array[7];
pulse[5]=array[6];
pulse[4]=array[5];
pulse[3]=array[4];
pulse[2]=array[3];
pulse[1]=array[2];
pulse[0]=array[1];
delay_ms(m);
pulse[7]=array[1];
pulse[6]=array[0];
pulse[5]=array[7];
pulse[4]=array[6];
pulse[3]=array[5];
pulse[2]=array[4];
pulse[1]=array[3];
pulse[0]=array[2];
delay_ms(m);
pulse[7]=array[2];
pulse[6]=array[1];
pulse[5]=array[0];
pulse[4]=array[7];
pulse[3]=array[6];
pulse[2]=array[5];
pulse[1]=array[4];
pulse[0]=array[3];
delay_ms(m);
pulse[7]=array[3];
pulse[6]=array[2];
pulse[5]=array[1];
pulse[4]=array[0];
pulse[3]=array[7];
pulse[2]=array[6];
pulse[1]=array[5];
pulse[0]=array[4];
delay_ms(m);
pulse[7]=array[4];
pulse[6]=array[3];
pulse[5]=array[2];
pulse[4]=array[1];
pulse[3]=array[0];
pulse[2]=array[7];
pulse[1]=array[6];
pulse[0]=array[5];
delay_ms(m);
pulse[7]=array[6];
pulse[6]=array[5];
pulse[5]=array[3];
pulse[4]=array[2];
pulse[3]=array[1];
pulse[2]=array[0];
pulse[1]=array[7];
pulse[0]=array[6];
delay_ms(m);
pulse[7]=array[6];
pulse[6]=array[5];
pulse[5]=array[4];
pulse[4]=array[3];
pulse[3]=array[2];
pulse[2]=array[1];
pulse[1]=array[0];
pulse[0]=array[7];
delay_ms(m);
}
}
void pwm4RL(unsigned char m,unsigned char n){
unsigned char i;
unsigned int array[]={255,30};
for(i=0;i<=n;i++){
pulse[7]=array[0];
pulse[6]=array[0];
pulse[5]=array[0];
pulse[4]=array[0];
pulse[3]=array[1];
pulse[2]=array[1];
pulse[1]=array[1];
pulse[0]=array[1];
delay_ms(m);
pulse[7]=array[1];
pulse[6]=array[1];
pulse[5]=array[1];
pulse[4]=array[1];
pulse[3]=array[0];
pulse[2]=array[0];
pulse[1]=array[0];
pulse[0]=array[0];
delay_ms(m);
}
}
void pwm4LR(unsigned char m,unsigned char n){
unsigned char i;
unsigned int array[]={255,30};
for(i=0;i<=n;i++){
pulse[7]=array[1];
pulse[6]=array[1];
pulse[5]=array[1];
pulse[4]=array[1];
pulse[3]=array[0];
pulse[2]=array[0];
pulse[1]=array[0];
pulse[0]=array[0];
delay_ms(m);
pulse[7]=array[0];
pulse[6]=array[0];
pulse[5]=array[0];
pulse[4]=array[0];
pulse[3]=array[1];
pulse[2]=array[1];
pulse[1]=array[1];
pulse[0]=array[1];
delay_ms(m);
}
}
// 4 led mo dan
void pwm44RL(unsigned char m,unsigned char n){
unsigned char i;
unsigned int array[]={255,150,60,0};
for(i=0;i<=n;i++){
pulse[7]=array[0];
pulse[6]=array[1];
pulse[5]=array[2];
pulse[4]=array[3];
pulse[3]=array[0];
pulse[2]=array[1];
pulse[1]=array[2];
pulse[0]=array[3];
delay_ms(m);
pulse[7]=array[1];
pulse[6]=array[2];
pulse[5]=array[3];
pulse[4]=array[0];
pulse[3]=array[1];
pulse[2]=array[2];
pulse[1]=array[3];
pulse[0]=array[0];
delay_ms(m);
pulse[7]=array[2];
pulse[6]=array[3];
pulse[5]=array[0];
pulse[4]=array[1];
pulse[3]=array[2];
pulse[2]=array[3];
pulse[1]=array[0];
pulse[0]=array[1];
delay_ms(m);
pulse[7]=array[3];
pulse[6]=array[0];
pulse[5]=array[1];
pulse[4]=array[2];
pulse[3]=array[3];
pulse[2]=array[0];
pulse[1]=array[1];
pulse[0]=array[2];
delay_ms(m);
}
}
void pwm44LR(unsigned char m,unsigned char n){
unsigned char i;
unsigned int array[]={255,150,60,0};
for(i=0;i<=n;i++){
pulse[7]=array[3];
pulse[6]=array[2];
pulse[5]=array[1];
pulse[4]=array[0];
pulse[3]=array[3];
pulse[2]=array[2];
pulse[1]=array[1];
pulse[0]=array[0];
delay_ms(m);
pulse[7]=array[0];
pulse[6]=array[3];
pulse[5]=array[2];
pulse[4]=array[1];
pulse[3]=array[0];
pulse[2]=array[3];
pulse[1]=array[2];
pulse[0]=array[1];
delay_ms(m);
pulse[7]=array[1];
pulse[6]=array[0];
pulse[5]=array[3];
pulse[4]=array[2];
pulse[3]=array[1];
pulse[2]=array[0];
pulse[1]=array[3];
pulse[0]=array[2];
delay_ms(m);
pulse[7]=array[2];
pulse[6]=array[1];
pulse[5]=array[0];
pulse[4]=array[3];
pulse[3]=array[2];
pulse[2]=array[1];
pulse[1]=array[0];
pulse[0]=array[3];
delay_ms(m);
}
}
void pwm8RL(unsigned char m,unsigned char n){
unsigned char i;
unsigned int array[]={255,180,150,120,90,60,30,0};
for(i=0;i<=n;i++){
pulse[7]=array[0];
pulse[6]=array[1];
pulse[5]=array[2];
pulse[4]=array[3];
pulse[3]=array[4];
pulse[2]=array[5];
pulse[1]=array[6];
pulse[0]=array[7];
delay_ms(m);
pulse[7]=array[1];
pulse[6]=array[2];
pulse[5]=array[3];
pulse[4]=array[4];
pulse[3]=array[5];
pulse[2]=array[6];
pulse[1]=array[7];
pulse[0]=array[0];
delay_ms(m);
pulse[7]=array[2];
pulse[6]=array[3];
pulse[5]=array[4];
pulse[4]=array[5];
pulse[3]=array[6];
pulse[2]=array[7];
pulse[1]=array[0];
pulse[0]=array[1];
delay_ms(m);
pulse[7]=array[3];
pulse[6]=array[4];
pulse[5]=array[5];
pulse[4]=array[6];
pulse[3]=array[7];
pulse[2]=array[0];
pulse[1]=array[1];
pulse[0]=array[2];
delay_ms(m);
pulse[7]=array[4];
pulse[6]=array[5];
pulse[5]=array[6];
pulse[4]=array[7];
pulse[3]=array[0];
pulse[2]=array[1];
pulse[1]=array[2];
pulse[0]=array[3];
delay_ms(m);
pulse[7]=array[5];
pulse[6]=array[6];
pulse[5]=array[7];
pulse[4]=array[0];
pulse[3]=array[1];
pulse[2]=array[2];
pulse[1]=array[3];
pulse[0]=array[4];
delay_ms(m);
pulse[7]=array[6];
pulse[6]=array[7];
pulse[5]=array[0];
pulse[4]=array[1];
pulse[3]=array[2];
pulse[2]=array[3];
pulse[1]=array[4];
pulse[0]=array[5];
delay_ms(m);
pulse[7]=array[7];
pulse[6]=array[0];
pulse[5]=array[1];
pulse[4]=array[2];
pulse[3]=array[3];
pulse[2]=array[4];
pulse[1]=array[5];
pulse[0]=array[6];
delay_ms(m);
}
}
void pwm8LR(unsigned char m,unsigned char n){
unsigned char i;
unsigned int array[]={255,180,150,120,90,60,30,0};
for(i=0;i<=n;i++){
pulse[7]=array[7];
pulse[6]=array[6];
pulse[5]=array[5];
pulse[4]=array[4];
pulse[3]=array[3];
pulse[2]=array[2];
pulse[1]=array[1];
pulse[0]=array[0];
delay_ms(m);
pulse[7]=array[0];
pulse[6]=array[7];
pulse[5]=array[6];
pulse[4]=array[5];
pulse[3]=array[4];
pulse[2]=array[3];
pulse[1]=array[2];
pulse[0]=array[1];
delay_ms(m);
pulse[7]=array[1];
pulse[6]=array[0];
pulse[5]=array[7];
pulse[4]=array[6];
pulse[3]=array[5];
pulse[2]=array[4];
pulse[1]=array[3];
pulse[0]=array[2];
delay_ms(m);
pulse[7]=array[2];
pulse[6]=array[1];
pulse[5]=array[0];
pulse[4]=array[7];
pulse[3]=array[6];
pulse[2]=array[5];
pulse[1]=array[4];
pulse[0]=array[3];
delay_ms(m);
pulse[7]=array[3];
pulse[6]=array[2];
pulse[5]=array[1];
pulse[4]=array[0];
pulse[3]=array[7];
pulse[2]=array[6];
pulse[1]=array[5];
pulse[0]=array[4];
delay_ms(m);
pulse[7]=array[4];
pulse[6]=array[3];
pulse[5]=array[2];
pulse[4]=array[1];
pulse[3]=array[0];
pulse[2]=array[7];
pulse[1]=array[6];
pulse[0]=array[5];
delay_ms(m);
pulse[7]=array[5];
pulse[6]=array[4];
pulse[5]=array[3];
pulse[4]=array[2];
pulse[3]=array[1];
pulse[2]=array[0];
pulse[1]=array[7];
pulse[0]=array[6];
delay_ms(m);
pulse[7]=array[6];
pulse[6]=array[5];
pulse[5]=array[4];
pulse[4]=array[3];
pulse[3]=array[2];
pulse[2]=array[1];
pulse[1]=array[0];
pulse[0]=array[7];
delay_ms(m);
}
}
void pwm3LR(unsigned char m,unsigned char n){
unsigned char i;
unsigned int array[]={255,180,120,0};
for(i=0;i<=n;i++){
pulse[7]=array[3];
pulse[6]=array[3];
pulse[5]=array[3];
pulse[4]=array[3];
pulse[3]=array[3];
pulse[2]=array[2];
pulse[1]=array[1];
pulse[0]=array[0];
delay_ms(m);
pulse[7]=array[0];
pulse[6]=array[3];
pulse[5]=array[3];
pulse[4]=array[3];
pulse[3]=array[3];
pulse[2]=array[3];
pulse[1]=array[2];
pulse[0]=array[1];
delay_ms(m);
pulse[7]=array[1];
pulse[6]=array[0];
pulse[5]=array[3];
pulse[4]=array[3];
pulse[3]=array[3];
pulse[2]=array[3];
pulse[1]=array[3];
pulse[0]=array[2];
delay_ms(m);
pulse[7]=array[2];
pulse[6]=array[1];
pulse[5]=array[0];
pulse[4]=array[3];
pulse[3]=array[3];
pulse[2]=array[3];
pulse[1]=array[3];
pulse[0]=array[3];
delay_ms(m);
pulse[7]=array[3];
pulse[6]=array[2];
pulse[5]=array[1];
pulse[4]=array[0];
pulse[3]=array[3];
pulse[2]=array[3];
pulse[1]=array[3];
pulse[0]=array[3];
delay_ms(m);
pulse[7]=array[3];
pulse[6]=array[3];
pulse[5]=array[2];
pulse[4]=array[1];
pulse[3]=array[0];
pulse[2]=array[3];
pulse[1]=array[3];
pulse[0]=array[3];
delay_ms(m);
pulse[7]=array[3];
pulse[6]=array[3];
pulse[5]=array[3];
pulse[4]=array[2];
pulse[3]=array[1];
pulse[2]=array[0];
pulse[1]=array[3];
pulse[0]=array[3];
delay_ms(m);
pulse[7]=array[3];
pulse[6]=array[3];
pulse[5]=array[3];
pulse[4]=array[3];
pulse[3]=array[2];
pulse[2]=array[1];
pulse[1]=array[0];
pulse[0]=array[3];
delay_ms(m);
}
}
void pwm3RL(unsigned char m,unsigned char n){
unsigned char i;
unsigned int array[]={255,180,120,30};
for(i=0;i<=n;i++){
pulse[7]=array[0];
pulse[6]=array[1];
pulse[5]=array[2];
pulse[4]=array[3];
pulse[3]=array[3];
pulse[2]=array[3];
pulse[1]=array[3];
pulse[0]=array[3];
delay_ms(m);
pulse[7]=array[1];
pulse[6]=array[2];
pulse[5]=array[3];
pulse[4]=array[3];
pulse[3]=array[3];
pulse[2]=array[3];
pulse[1]=array[3];
pulse[0]=array[0];
delay_ms(m);
pulse[7]=array[2];
pulse[6]=array[3];
pulse[5]=array[3];
pulse[4]=array[3];
pulse[3]=array[3];
pulse[2]=array[3];
pulse[1]=array[0];
pulse[0]=array[1];
delay_ms(m);
pulse[7]=array[3];
pulse[6]=array[3];
pulse[5]=array[3];
pulse[4]=array[3];
pulse[3]=array[3];
pulse[2]=array[0];
pulse[1]=array[1];
pulse[0]=array[2];
delay_ms(m);
pulse[7]=array[3];
pulse[6]=array[3];
pulse[5]=array[3];
pulse[4]=array[3];
pulse[3]=array[0];
pulse[2]=array[1];
pulse[1]=array[2];
pulse[0]=array[3];
delay_ms(m);
pulse[7]=array[3];
pulse[6]=array[3];
pulse[5]=array[3];
pulse[4]=array[0];
pulse[3]=array[1];
pulse[2]=array[2];
pulse[1]=array[3];
pulse[0]=array[3];
delay_ms(m);
pulse[7]=array[3];
pulse[6]=array[3];
pulse[5]=array[0];
pulse[4]=array[1];
pulse[3]=array[2];
pulse[2]=array[3];
pulse[1]=array[3];
pulse[0]=array[3];
delay_ms(m);
pulse[7]=array[3];
pulse[6]=array[0];
pulse[5]=array[1];
pulse[4]=array[2];
pulse[3]=array[3];
pulse[2]=array[3];
pulse[1]=array[3];
pulse[0]=array[3];
delay_ms(m);
}
}
void main(void)
{
unsigned char i;
// Declare your local variables here
// Input/Output Ports initialization
// Port B initialization
// Func7=In Func6=In Func5=Out Func4=Out Func3=Out Func2=Out Func1=Out Func0=Out
// State7=T State6=T State5=0 State4=0 State3=0 State2=0 State1=0 State0=0
PORTB=0x00;
DDRB=0x3F;
// Port C initialization
// Func6=In Func5=Out Func4=Out Func3=Out Func2=Out Func1=Out Func0=Out
// State6=T State5=0 State4=0 State3=0 State2=0 State1=0 State0=0
PORTC=0x00;
DDRC=0x3F;
// Port D initialization
// Func7=Out Func6=Out Func5=Out Func4=Out Func3=Out Func2=Out Func1=Out Func0=Out
// State7=0 State6=0 State5=0 State4=0 State3=0 State2=0 State1=0 State0=0
PORTD=0x00;
DDRD=0xFF;
// Timer/Counter 0 initialization
// Clock source: System Clock
// Clock value: 4000.000 kHz
TCCR0=0x01;
TCNT0=0x00;
xung=0;
// Timer/Counter 1 initialization
// Clock source: System Clock
// Clock value: Timer1 Stopped
// Mode: Normal top=FFFFh
// OC1A output: Discon.
// OC1B output: Discon.
// Noise Canceler: Off
// Input Capture on Falling Edge
// Timer1 Overflow Interrupt: Off
// Input Capture Interrupt: Off
// Compare A Match Interrupt: Off
// Compare B Match Interrupt: Off
TCCR1A=0x00;
TCCR1B=0x00;
TCNT1H=0x00;
TCNT1L=0x00;
ICR1H=0x00;
ICR1L=0x00;
OCR1AH=0x00;
OCR1AL=0x00;
OCR1BH=0x00;
OCR1BL=0x00;
// Timer/Counter 2 initialization
// Clock source: System Clock
// Clock value: Timer2 Stopped
// Mode: Normal top=FFh
// OC2 output: Disconnected
ASSR=0x00;
TCCR2=0x00;
TCNT2=0x00;
OCR2=0x00;
// External Interrupt(s) initialization
// INT0: Off
// INT1: Off
MCUCR=0x00;
// Timer(s)/Counter(s) Interrupt(s) initialization
TIMSK=0x01;
// Analog Comparator initialization
// Analog Comparator: Off
// Analog Comparator Input Capture by Timer/Counter 1: Off
ACSR=0x80;
SFIOR=0x00;
// Global enable interrupts
#asm("sei")
PORTC=0XFF;
PORTB=0XFF;
while (1)
{
TCNT0=0x00;
xung=0;
PORTB=0x00;
for (i=0;i<=255;i++) {
pulse[0]=pulse[1]=pulse[1]=pulse[3]=pulse[4]=pulse[5]=pulse[6]=pulse[7]=i;
delay_ms(100);
}
PORTB=0xff;
PORTC=0Xff;
delay_ms(200);
pwm4LR(100,8);
pwm4RL(100,8);
pulse[0]=pulse[1]=pulse[1]=pulse[3]=pulse[4]=pulse[5]=pulse[6]=pulse[7]=0;
delay_ms(50);
pulse[0]=pulse[1]=pulse[1]=pulse[3]=pulse[4]=pulse[5]=pulse[6]=pulse[7]=255;
pwm8LR(100,10);
pwm8RL(100,10);
pwm44LR(100,10);
pwm44RL(100,10);
pwm88LR(100,10);
pwm88RL(100,10);
pulse[0]=pulse[1]=pulse[1]=pulse[3]=pulse[4]=pulse[5]=pulse[6]=pulse[7]=0;
delay_ms(50);
pulse[0]=pulse[1]=pulse[1]=pulse[3]=pulse[4]=pulse[5]=pulse[6]=pulse[7]=255;
pwm3LR(100,10);
pwm3RL(100,10);
};
}
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