/*****************************************************
This program was produced by the
CodeWizardAVR V2.05.3 Standard
Automatic Program Generator
© Copyright 1998-2011 Pavel Haiduc, HP InfoTech s.r.l.
http://www.hpinfotech.com
Project : RGB(By PWM)
Version :
Date : 19/07/2014
Author : Saman.Asadi
Company :
Comments:
Chip type : ATmega64
Program type : Application
AVR Core Clock frequency: 8.000000 MHz
Memory model : Small
External RAM size : 0
Data Stack size : 1024
*****************************************************/
#include <mega64a.h>
#include <delay.h>
#include <iobits.h>
#define setled1 SETBIT(PORTF,0)
#define setled2 SETBIT(PORTF,1)
#define setled3 SETBIT(PORTF,2)
#define setled4 SETBIT(PORTF,3)
#define setled5 SETBIT(PORTF,4)
#define setled6 SETBIT(PORTF,5)
#define setled7 SETBIT(PORTF,6)
#define setled8 SETBIT(PORTF,7)
#define setled9 SETBIT(PORTA,0)
#define setled10 SETBIT(PORTA,1)
#define setled11 SETBIT(PORTA,2)
#define setled12 SETBIT(PORTA,3)
#define setled13 SETBIT(PORTA,4)
#define setled14 SETBIT(PORTA,5)
#define setled15 SETBIT(PORTA,6)
#define setled16 SETBIT(PORTA,7)
#define setled17 SETBIT(PORTG,2)
#define setled18 SETBIT(PORTC,7)
#define setled19 SETBIT(PORTC,6)
#define setled20 SETBIT(PORTC,5)
#define setled21 SETBIT(PORTC,4)
#define setled22 SETBIT(PORTC,3)
#define setled23 SETBIT(PORTC,2)
#define setled24 SETBIT(PORTC,1)
#define setled25 SETBIT(PORTC,0)
#define setled26 SETBIT(PORTG,1)
#define setled27 SETBIT(PORTG,0)
#define setled28 SETBIT(PORTD,7)
#define setled29 SETBIT(PORTD,6)
#define setled30 SETBIT(PORTD,5)
#define setled31 SETBIT(PORTD,4)
#define setled32 SETBIT(PORTD,3)
#define setled33 SETBIT(PORTD,2)
#define setled34 SETBIT(PORTD,1)
#define setled35 SETBIT(PORTD,0)
#define setled36 SETBIT(PORTG,4)
#define setled37 SETBIT(PORTG,3)
#define setled38 SETBIT(PORTB,7)
#define setled39 SETBIT(PORTB,6)
#define setled40 SETBIT(PORTB,5)
#define setled41 SETBIT(PORTB,4)
#define setled42 SETBIT(PORTB,3)
#define setled43 SETBIT(PORTB,2)
#define setled44 SETBIT(PORTB,1)
#define setled45 SETBIT(PORTB,0)
#define setled46 SETBIT(PORTE,7)
#define setled47 SETBIT(PORTE,6)
#define setled48 SETBIT(PORTE,5)
#define setled49 SETBIT(PORTE,4)
#define setled50 SETBIT(PORTE,3)
#define setled51 SETBIT(PORTE,2)
#define setled52 SETBIT(PORTE,1)
#define setled53 SETBIT(PORTE,0)
#define byte unsigned char
#define max_var_PWM 7
//////////////////////////////////////////////////
byte a = max_var_PWM;
byte pwm[60];
//////////////////////////////////////////////////
void RGB1(unsigned int color_code_0_To_511)
{
pwm[1] = color_code_0_To_511 & 0x07;
color_code_0_To_511 = color_code_0_To_511 >> 3;
pwm[2] = color_code_0_To_511 & 0x07;
color_code_0_To_511 = color_code_0_To_511 >> 3;
pwm[3] = color_code_0_To_511 & 0x07;
}
void RGB2(unsigned int color_code_0_To_511)
{
pwm[4] = color_code_0_To_511 & 0x07;
color_code_0_To_511 = color_code_0_To_511 >> 3;
pwm[5] = color_code_0_To_511 & 0x07;
color_code_0_To_511 = color_code_0_To_511 >> 3;
pwm[6] = color_code_0_To_511 & 0x07;
}
void RGB3(unsigned int color_code_0_To_511)
{
pwm[7] = color_code_0_To_511 & 0x07;
color_code_0_To_511 = color_code_0_To_511 >> 3;
pwm[8] = color_code_0_To_511 & 0x07;
color_code_0_To_511 = color_code_0_To_511 >> 3;
pwm[9] = color_code_0_To_511 & 0x07;
}
void RGB4(unsigned int color_code_0_To_511)
{
pwm[10] = color_code_0_To_511 & 0x07;
color_code_0_To_511 = color_code_0_To_511 >> 3;
pwm[11] = color_code_0_To_511 & 0x07;
color_code_0_To_511 = color_code_0_To_511 >> 3;
pwm[12] = color_code_0_To_511 & 0x07;
}
void RGB5(unsigned int color_code_0_To_511)
{
pwm[13] = color_code_0_To_511 & 0x07;
color_code_0_To_511 = color_code_0_To_511 >> 3;
pwm[14] = color_code_0_To_511 & 0x07;
color_code_0_To_511 = color_code_0_To_511 >> 3;
pwm[15] = color_code_0_To_511 & 0x07;
}
void RGB6(unsigned int color_code_0_To_511)
{
pwm[16] = color_code_0_To_511 & 0x07;
color_code_0_To_511 = color_code_0_To_511 >> 3;
pwm[17] = color_code_0_To_511 & 0x07;
color_code_0_To_511 = color_code_0_To_511 >> 3;
pwm[18] = color_code_0_To_511 & 0x07;
}
void RGB7(unsigned int color_code_0_To_511)
{
pwm[19] = color_code_0_To_511 & 0x07;
color_code_0_To_511 = color_code_0_To_511 >> 3;
pwm[20] = color_code_0_To_511 & 0x07;
color_code_0_To_511 = color_code_0_To_511 >> 3;
pwm[21] = color_code_0_To_511 & 0x07;
}
void RGB8(unsigned int color_code_0_To_511)
{
pwm[22] = color_code_0_To_511 & 0x07;
color_code_0_To_511 = color_code_0_To_511 >> 3;
pwm[23] = color_code_0_To_511 & 0x07;
color_code_0_To_511 = color_code_0_To_511 >> 3;
pwm[24] = color_code_0_To_511 & 0x07;
}
void RGB9(unsigned int color_code_0_To_511)
{
pwm[25] = color_code_0_To_511 & 0x07;
color_code_0_To_511 = color_code_0_To_511 >> 3;
pwm[26] = color_code_0_To_511 & 0x07;
color_code_0_To_511 = color_code_0_To_511 >> 3;
pwm[27] = color_code_0_To_511 & 0x07;
}
void RGB10(unsigned int color_code_0_To_511)
{
pwm[28] = color_code_0_To_511 & 0x07;
color_code_0_To_511 = color_code_0_To_511 >> 3;
pwm[29] = color_code_0_To_511 & 0x07;
color_code_0_To_511 = color_code_0_To_511 >> 3;
pwm[30] = color_code_0_To_511 & 0x07;
}
void RGB11(unsigned int color_code_0_To_511)
{
pwm[31] = color_code_0_To_511 & 0x07;
color_code_0_To_511 = color_code_0_To_511 >> 3;
pwm[32] = color_code_0_To_511 & 0x07;
color_code_0_To_511 = color_code_0_To_511 >> 3;
pwm[33] = color_code_0_To_511 & 0x07;
}
void RGB12(unsigned int color_code_0_To_511)
{
pwm[34] = color_code_0_To_511 & 0x07;
color_code_0_To_511 = color_code_0_To_511 >> 3;
pwm[35] = color_code_0_To_511 & 0x07;
color_code_0_To_511 = color_code_0_To_511 >> 3;
pwm[36] = color_code_0_To_511 & 0x07;
}
void RGB13(unsigned int color_code_0_To_511)
{
pwm[37] = color_code_0_To_511 & 0x07;
color_code_0_To_511 = color_code_0_To_511 >> 3;
pwm[07] = color_code_0_To_511 & 0x07;
color_code_0_To_511 = color_code_0_To_511 >> 3;
pwm[39] = color_code_0_To_511 & 0x07;
}
void RGB14(unsigned int color_code_0_To_511)
{
pwm[40] = color_code_0_To_511 & 0x07;
color_code_0_To_511 = color_code_0_To_511 >> 3;
pwm[41] = color_code_0_To_511 & 0x07;
color_code_0_To_511 = color_code_0_To_511 >> 3;
pwm[42] = color_code_0_To_511 & 0x07;
}
void RGB15(unsigned int color_code_0_To_511)
{
pwm[43] = color_code_0_To_511 & 0x07;
color_code_0_To_511 = color_code_0_To_511 >> 3;
pwm[44] = color_code_0_To_511 & 0x07;
color_code_0_To_511 = color_code_0_To_511 >> 3;
pwm[45] = color_code_0_To_511 & 0x07;
}
void RGB16(unsigned int color_code_0_To_511)
{
pwm[46] = color_code_0_To_511 & 0x07;
color_code_0_To_511 = color_code_0_To_511 >> 3;
pwm[47] = color_code_0_To_511 & 0x07;
color_code_0_To_511 = color_code_0_To_511 >> 3;
pwm[48] = color_code_0_To_511 & 0x07;
}
void RGB17(unsigned int color_code_0_To_511)
{
pwm[49] = color_code_0_To_511 & 0x07;
color_code_0_To_511 = color_code_0_To_511 >> 3;
pwm[50] = color_code_0_To_511 & 0x07;
color_code_0_To_511 = color_code_0_To_511 >> 3;
pwm[51] = color_code_0_To_511 & 0x07;
}
// Timer 0 output compare interrupt service routine
interrupt [TIM0_COMP] void timer0_comp_isr(void)
{
if(a)
{
if(a == pwm[1] )setled1;
if(a == pwm[2] )setled2;
if(a == pwm[3] )setled3;
if(a == pwm[4] )setled4;
if(a == pwm[5] )setled5;
if(a == pwm[6] )setled6;
if(a == pwm[7] )setled7;
if(a == pwm[8] )setled8;
if(a == pwm[9] )setled9;
if(a == pwm[10])setled10;
if(a == pwm[11])setled11;
if(a == pwm[12])setled12;
if(a == pwm[13])setled13;
if(a == pwm[14])setled14;
if(a == pwm[15])setled15;
if(a == pwm[16])setled16;
if(a == pwm[17])setled17;
if(a == pwm[18])setled18;
if(a == pwm[19])setled19;
if(a == pwm[20])setled20;
if(a == pwm[21])setled21;
if(a == pwm[22])setled22;
if(a == pwm[23])setled23;
if(a == pwm[24])setled24;
if(a == pwm[25])setled25;
if(a == pwm[26])setled26;
if(a == pwm[27])setled27;
if(a == pwm[28])setled28;
if(a == pwm[29])setled29;
if(a == pwm[30])setled30;
if(a == pwm[31])setled31;
if(a == pwm[32])setled32;
if(a == pwm[33])setled33;
if(a == pwm[34])setled34;
if(a == pwm[35])setled35;
if(a == pwm[36])setled36;
if(a == pwm[37])setled37;
if(a == pwm[38])setled38;
if(a == pwm[39])setled39;
if(a == pwm[40])setled40;
if(a == pwm[41])setled41;
if(a == pwm[42])setled42;
if(a == pwm[43])setled43;
if(a == pwm[44])setled44;
if(a == pwm[45])setled45;
if(a == pwm[46])setled46;
if(a == pwm[47])setled47;
if(a == pwm[48])setled48;
if(a == pwm[49])setled49;
if(a == pwm[50])setled50;
if(a == pwm[51])setled51;
if(a == pwm[52])setled52;
if(a == pwm[53])setled53;
}
a-- ;
if(a == 255)
{
a = max_var_PWM;
PORTA=0;
PORTB=0;
PORTC=0;
PORTD=0;
PORTE=0;
PORTF=0;
PORTG=0;
}
}
void main(void)
{
//Config all
//Config timers
//Config PORTS
{
DDRA=255;
DDRB=255;
DDRC=255;
DDRD=255;
DDRE=255;
DDRF=255;
DDRG=31;
// Timer/Counter 0 initialization
// Clock source: System Clock
// Clock value: 125.000 kHz
// Mode: CTC top=OCR0
// OC0 output: Disconnected
ASSR=0x00;
TCCR0=0x0C;
TCNT0=0x00;
OCR0=0x9B;
// Timer(s)/Counter(s) Interrupt(s) initialization
TIMSK=0x02;
// Global enable interrupts
#asm("sei")
}
//End Config ......
RGB1(0);
RGB2(30);
RGB3(60);
RGB4(90);
RGB5(120);
RGB6(150);
RGB7(180);
RGB8(210);
RGB9(240);
RGB10(270);
RGB11(300);
RGB12(330);
RGB13(360);
RGB14(390);
RGB15(420);
RGB16(450);
RGB17(480);
while(1)
{
}
}
/*
* ATmega8.c
*
* Created: 4/6/2014 9:42:15 PM
* Author: Saman.Asadi
*/
#define F_CPU 8000000UL
#include <avr/io.h>
#include <avr/interrupt.h>
#include </Library/iobits4ATmel_Studio.h>
#include <avr/iom8.h>
#define Set_LED1 Set_D0
#define Set_LED2 Set_D1
#define Set_LED3 Set_D2
#define Set_LED4 Set_D3
#define Set_LED5 Set_D4
#define Set_LED6 Set_B6
#define Set_LED7 Set_B7
#define Set_LED8 Set_D5
#define Set_LED9 Set_D6
#define Set_LED10 Set_D7
#define Set_LED11 Set_B0
#define Set_LED12 Set_B1
#define Set_LED13 Set_B2
#define Set_LED14 Set_B3
#define Set_LED15 Set_B4
#define Set_LED16 Set_B5
#define Set_LED17 Set_C0
#define Set_LED18 Set_C1
#define Set_LED19 Set_C2
#define Set_LED20 Set_C3
#define Set_LED21 Set_C4
#define Set_LED22 Set_C5
#define max_var_PWM 99
uint8_t a = max_var_PWM ,
pwm[25]={0,1,3,5,10,15,20,25,30,35,40,45,50,55,60,65,70,75,80,85,90,95,99};
ISR(TIMER0_OVF_vect)
{
TCNT0 = 105;
if(a)
{
if(a == pwm[1] )Set_LED1;
if(a == pwm[2] )Set_LED2;
if(a == pwm[3] )Set_LED3;
if(a == pwm[4] )Set_LED4;
if(a == pwm[5] )Set_LED5;
if(a == pwm[6] )Set_LED6;
if(a == pwm[7] )Set_LED7;
if(a == pwm[8] )Set_LED8;
if(a == pwm[9] )Set_LED9;
if(a == pwm[10])Set_LED10;
if(a == pwm[11])Set_LED11;
if(a == pwm[12])Set_LED12;
if(a == pwm[13])Set_LED13;
if(a == pwm[14])Set_LED14;
if(a == pwm[15])Set_LED15;
if(a == pwm[16])Set_LED16;
if(a == pwm[17])Set_LED17;
if(a == pwm[18])Set_LED18;
if(a == pwm[19])Set_LED19;
if(a == pwm[20])Set_LED20;
if(a == pwm[21])Set_LED21;
if(a == pwm[22])Set_LED22;
}
if(--a == 255)
{ a = max_var_PWM;
PORTB=0;
PORTC=0;
PORTD=0;
}
}
int main(void)
{
//Config all
//Config timers
//Config PORTS
{
Config_ioPORTB(1,1,1,1,1,1,1,1);
Config_ioPORTC(0,0,1,1,1,1,1,1);
Config_ioPORTD(1,1,1,1,1,1,1,1);
// Timer/Counter 0 initialization
// Clock source: System Clock
// Clock value: 1000.000 kHz
TCNT0=105;
TCCR0=2;
// Timer(s)/Counter(s) Interrupt(s) initialization
TIMSK=1;
// Global enable interrupts
sei();
}
//End Config ......
while(1);
}
/*
* Rain_LED For ATmega16 and ATmega32
* Created: 4/30/2014 4:06:07 PM
* Author: Saman.Asadi
*/
#include <avr/io.h>
#define F_CPU 8000000UL
#include <util/delay.h>
#include <avr/interrupt.h>
#include </Library/iobits4ATmel_Studio.h>
#define Set_LED1 Set_A0
#define Set_LED2 Set_A1
#define Set_LED3 Set_A2
#define Set_LED4 Set_A3
#define Set_LED5 Set_A4
#define Set_LED6 Set_A5
#define Set_LED7 Set_A6
#define Set_LED8 Set_A7
#define Set_LED9 Set_C7
#define Set_LED10 Set_C6
#define Set_LED11 Set_C5
#define Set_LED12 Set_C4
#define Set_LED13 Set_C3
#define Set_LED14 Set_C2
#define Set_LED15 Set_C1
#define Set_LED16 Set_C0
#define Set_LED17 Set_D7
#define Set_LED18 Set_D6
#define Set_LED19 Set_D5
#define Set_LED20 Set_D4
#define Set_LED21 Set_D3
#define Set_LED22 Set_D2
#define Set_LED23 Set_D1
#define Set_LED24 Set_D0
#define Set_LED25 Set_B7
#define Set_LED26 Set_B6
#define Set_LED27 Set_B5
#define Set_LED28 Set_B4
#define Set_LED29 Set_B3
#define Set_LED30 Set_B2
#define Set_LED31 Set_B1
#define Set_LED32 Set_B0
#define max_var_PWM 99
uint8_t a = max_var_PWM;
uint8_t pwm[35];
const uint8_t rain1[25]={99,70,40,20,10,5,4,3,2,1,0};
const uint8_t rain2[40]={0,1,2,3,4,5,10,20,40,70,99,70,40,20,10,5,4,3,2,1,0};
const uint8_t rain3[35]={0,1,2,3,4,5,10,20,40,70,99};
const uint8_t rain4[40]={1,2,3,4,5,10,20,40,70,99,70,40,20,10,5,4,3,2,1,0};
// Timer 0 output compare interrupt service routine
ISR(TIMER0_COMP_vect)
{
if(a)
{ if(a == pwm[1] )Set_LED1;
if(a == pwm[2] )Set_LED2;
if(a == pwm[3] )Set_LED3;
if(a == pwm[4] )Set_LED4;
if(a == pwm[5] )Set_LED5;
if(a == pwm[6] )Set_LED6;
if(a == pwm[7] )Set_LED7;
if(a == pwm[8] )Set_LED8;
if(a == pwm[9] )Set_LED9;
if(a == pwm[10])Set_LED10;
if(a == pwm[11])Set_LED11;
if(a == pwm[12])Set_LED12;
if(a == pwm[13])Set_LED13;
if(a == pwm[14])Set_LED14;
if(a == pwm[15])Set_LED15;
if(a == pwm[16])Set_LED16;
if(a == pwm[17])Set_LED17;
if(a == pwm[18])Set_LED18;
if(a == pwm[19])Set_LED19;
if(a == pwm[20])Set_LED20;
if(a == pwm[21])Set_LED21;
if(a == pwm[22])Set_LED22;
if(a == pwm[23])Set_LED23;
if(a == pwm[24])Set_LED24;
if(a == pwm[25])Set_LED25;
if(a == pwm[26])Set_LED26;
if(a == pwm[27])Set_LED27;
if(a == pwm[28])Set_LED28;
if(a == pwm[29])Set_LED29;
if(a == pwm[30])Set_LED30;
if(a == pwm[31])Set_LED31;
if(a == pwm[32])Set_LED32;
}
a-=1;
if(a == 255)
//
{ a = max_var_PWM;
PORTA=0;
PORTB=0;
PORTC=0;
PORTD=0;
}
}
int main(void)
{
uint8_t x1,x2,x3;
//Config all
//Config timers
//Config PORTS
{
DDRA=255;
DDRB=255;
DDRC=255;
DDRD=255;
// Timer/Counter 0 initialization
// Clock source: System Clock
// Clock value: 1000.000 kHz
// Mode: CTC top=OCR0
// OC0 output: Disconnected
TCCR0=0x0A;
OCR0=150;
// Timer(s)/Counter(s) Interrupt(s) initialization
TIMSK=0x02;
// Global enable interrupts
sei();
}
//End Config ......
while(1)
//
{
/////////////////////////////////////////
for(x1=0;x1<25;x1++)
{ pwm[1]=rain1[x1];
for(x2=17;x2>0;x2--)pwm[x2+1]=pwm[x2];
_delay_ms(40);
}
for(x1=0;x1<35;x1++)
{ pwm[1]=rain2[x1];
for(x2=17;x2>0;x2--)pwm[x2+1]=pwm[x2];
_delay_ms(40);
}
_delay_ms(500);
for(x1=0;x1<25;x1++)
{ pwm[1]=rain3[x1];
for(x2=17;x2>0;x2--)pwm[x2+1]=pwm[x2];
_delay_ms(40);
}
/////////////////////////////////////////
for(x1=0;x1<25;x1++)
{ pwm[17]=rain1[x1];
for(x2=0;x2<17;x2++)pwm[x2]=pwm[x2+1];
_delay_ms(40);
}
for(x1=0;x1<35;x1++)
{ pwm[17]=rain2[x1];
for(x2=0;x2<17;x2++)pwm[x2]=pwm[x2+1];
_delay_ms(40);
}
for(x1=0;x1<25;x1++)
{ pwm[17]=rain3[x1];
for(x2=0;x2<17;x2++)pwm[x2]=pwm[x2+1];
_delay_ms(40);
}
//////////////////////////////////////////
for(x3=0;x3<3;x3++)
for(x1=0;x1<14;x1++)
{ for(x2=0;x2<8;x2++)pwm[x2]=pwm[x2+1];
for(x2=17;x2>9;x2--)pwm[x2]=pwm[x2-1];
pwm[8]=rain1[x1];
pwm[9]=rain1[x1];
_delay_ms(40);
}
for(x3=0;x3<3;x3++)
for(x1=0;x1<14;x1++)
{ for(x2=8;x2>00;x2--)pwm[x2]=pwm[x2-1];
for(x2=9;x2<17;x2++)pwm[x2]=pwm[x2+1];
pwm[0]=rain1[x1];
pwm[17]=rain1[x1];
_delay_ms(40);
}
//////////////////////////////////////////
for(x3=0;x3<4;x3++)
for(x1=0;x1<19;x1++)
{ for(x2=0;x2<8;x2++)pwm[x2]=pwm[x2+1];
for(x2=17;x2>9;x2--)pwm[x2]=pwm[x2-1];
pwm[8]=rain4[x1];
pwm[9]=rain4[x1];
_delay_ms(40);
}
for(x3=0;x3<4;x3++)
for(x1=0;x1<19;x1++)
{ for(x2=8;x2>00;x2--)pwm[x2]=pwm[x2-1];
for(x2=9;x2<17;x2++)pwm[x2]=pwm[x2+1];
pwm[0]=rain4[x1];
pwm[17]=rain4[x1];
_delay_ms(40);
}
//////////////////////////////////////////
}
}
/*
* Rain_LED For ATmega64 and ATmega128
* Created: 4/30/2014 3:21:07 PM
* Author: Saman.Asadi
*/
#include <avr/io.h>
#define F_CPU 8000000UL
#include <util/delay.h>
#include <avr/interrupt.h>
#include </Library/iobits4ATmel_Studio.h>
#define Set_LED1 Set_F0
#define Set_LED2 Set_F1
#define Set_LED3 Set_F2
#define Set_LED4 Set_F3
#define Set_LED5 Set_F4
#define Set_LED6 Set_F5
#define Set_LED7 Set_F6
#define Set_LED8 Set_F7
#define Set_LED9 Set_A0
#define Set_LED10 Set_A1
#define Set_LED11 Set_A2
#define Set_LED12 Set_A3
#define Set_LED13 Set_A4
#define Set_LED14 Set_A5
#define Set_LED15 Set_A6
#define Set_LED16 Set_A7
#define Set_LED17 Set_G2
#define Set_LED18 Set_C7
#define Set_LED19 Set_C6
#define Set_LED20 Set_C5
#define Set_LED21 Set_C4
#define Set_LED22 Set_C3
#define Set_LED23 Set_C2
#define Set_LED24 Set_C1
#define Set_LED25 Set_C0
#define Set_LED26 Set_G1
#define Set_LED27 Set_G0
#define Set_LED28 Set_D7
#define Set_LED29 Set_D6
#define Set_LED30 Set_D5
#define Set_LED31 Set_D4
#define Set_LED32 Set_D3
#define Set_LED33 Set_D2
#define Set_LED34 Set_D1
#define Set_LED35 Set_D0
#define Set_LED36 Set_G4
#define Set_LED37 Set_G3
#define Set_LED38 Set_B7
#define Set_LED39 Set_B6
#define Set_LED40 Set_B5
#define Set_LED41 Set_B4
#define Set_LED42 Set_B3
#define Set_LED43 Set_B2
#define Set_LED44 Set_B1
#define Set_LED45 Set_B0
#define Set_LED46 Set_E7
#define Set_LED47 Set_E6
#define Set_LED48 Set_E5
#define Set_LED49 Set_E4
#define Set_LED50 Set_E3
#define Set_LED51 Set_E2
#define Set_LED52 Set_E1
#define Set_LED53 Set_E0
#define max_var_PWM 99
uint8_t a = max_var_PWM;
uint8_t pwm[55];
const uint8_t rain1[25]={99,70,40,20,10,5,4,3,2,1,0};
const uint8_t rain2[40]={0,1,2,3,4,5,10,20,40,70,99,70,40,20,10,5,4,3,2,1,0};
const uint8_t rain3[35]={0,1,2,3,4,5,10,20,40,70,99};
const uint8_t rain4[40]={1,2,3,4,5,10,20,40,70,99,70,40,20,10,5,4,3,2,1,0};
// Timer 0 output compare interrupt service routine
ISR(TIMER0_COMP_vect)
{
if(a)
{ if(a == pwm[1] )Set_LED1;
if(a == pwm[2] )Set_LED2;
if(a == pwm[3] )Set_LED3;
if(a == pwm[4] )Set_LED4;
if(a == pwm[5] )Set_LED5;
if(a == pwm[6] )Set_LED6;
if(a == pwm[7] )Set_LED7;
if(a == pwm[8] )Set_LED8;
if(a == pwm[9] )Set_LED9;
if(a == pwm[10])Set_LED10;
if(a == pwm[11])Set_LED11;
if(a == pwm[12])Set_LED12;
if(a == pwm[13])Set_LED13;
if(a == pwm[14])Set_LED14;
if(a == pwm[15])Set_LED15;
if(a == pwm[16])Set_LED16;
if(a == pwm[17])Set_LED17;
if(a == pwm[18])Set_LED18;
if(a == pwm[19])Set_LED19;
if(a == pwm[20])Set_LED20;
if(a == pwm[21])Set_LED21;
if(a == pwm[22])Set_LED22;
if(a == pwm[23])Set_LED23;
if(a == pwm[24])Set_LED24;
if(a == pwm[25])Set_LED25;
if(a == pwm[26])Set_LED26;
if(a == pwm[27])Set_LED27;
if(a == pwm[28])Set_LED28;
if(a == pwm[29])Set_LED29;
if(a == pwm[30])Set_LED30;
if(a == pwm[31])Set_LED31;
if(a == pwm[32])Set_LED32;
if(a == pwm[33])Set_LED33;
if(a == pwm[34])Set_LED34;
if(a == pwm[35])Set_LED35;
if(a == pwm[36])Set_LED36;
if(a == pwm[37])Set_LED37;
if(a == pwm[38])Set_LED38;
if(a == pwm[39])Set_LED39;
if(a == pwm[40])Set_LED40;
if(a == pwm[41])Set_LED41;
if(a == pwm[42])Set_LED42;
if(a == pwm[43])Set_LED43;
if(a == pwm[44])Set_LED44;
if(a == pwm[45])Set_LED45;
if(a == pwm[46])Set_LED46;
if(a == pwm[47])Set_LED47;
if(a == pwm[48])Set_LED48;
if(a == pwm[49])Set_LED49;
if(a == pwm[50])Set_LED50;
if(a == pwm[51])Set_LED51;
if(a == pwm[52])Set_LED52;
if(a == pwm[53])Set_LED53;
}
a-=1;
if(a == 255)
//
{ a = max_var_PWM;
PORTA=0;
PORTB=0;
PORTC=0;
PORTD=0;
PORTE=0;
PORTF=0;
PORTG=0;
}
}
int main(void)
{
uint8_t x1,x2,x3;
//Config all
//Config timers
//Config PORTS
{
DDRA=255;
DDRB=255;
DDRC=255;
DDRD=255;
DDRE=255;
DDRF=255;
DDRG=31;
// Timer/Counter 0 initialization
// Clock source: System Clock
// Clock value: 1000.000 kHz
// Mode: CTC top=OCR0
// OC0 output: Disconnected
TCCR0=0x0A;
OCR0=150;
// Timer(s)/Counter(s) Interrupt(s) initialization
TIMSK=0x02;
// Global enable interrupts
sei();
}
//End Config ......
while(1)
//
{
/////////////////////////////////////////
for(x1=0;x1<25;x1++)
{ pwm[1]=rain1[x1];
for(x2=17;x2>0;x2--)pwm[x2+1]=pwm[x2];
_delay_ms(40);
}
for(x1=0;x1<35;x1++)
{ pwm[1]=rain2[x1];
for(x2=17;x2>0;x2--)pwm[x2+1]=pwm[x2];
_delay_ms(40);
}
_delay_ms(500);
for(x1=0;x1<25;x1++)
{ pwm[1]=rain3[x1];
for(x2=17;x2>0;x2--)pwm[x2+1]=pwm[x2];
_delay_ms(40);
}
/////////////////////////////////////////
for(x1=0;x1<25;x1++)
{ pwm[17]=rain1[x1];
for(x2=0;x2<17;x2++)pwm[x2]=pwm[x2+1];
_delay_ms(40);
}
for(x1=0;x1<35;x1++)
{ pwm[17]=rain2[x1];
for(x2=0;x2<17;x2++)pwm[x2]=pwm[x2+1];
_delay_ms(40);
}
for(x1=0;x1<25;x1++)
{ pwm[17]=rain3[x1];
for(x2=0;x2<17;x2++)pwm[x2]=pwm[x2+1];
_delay_ms(40);
}
//////////////////////////////////////////
for(x3=0;x3<3;x3++)
for(x1=0;x1<14;x1++)
{ for(x2=0;x2<8;x2++)pwm[x2]=pwm[x2+1];
for(x2=17;x2>9;x2--)pwm[x2]=pwm[x2-1];
pwm[8]=rain1[x1];
pwm[9]=rain1[x1];
_delay_ms(40);
}
for(x3=0;x3<3;x3++)
for(x1=0;x1<14;x1++)
{ for(x2=8;x2>00;x2--)pwm[x2]=pwm[x2-1];
for(x2=9;x2<17;x2++)pwm[x2]=pwm[x2+1];
pwm[0]=rain1[x1];
pwm[17]=rain1[x1];
_delay_ms(40);
}
//////////////////////////////////////////
for(x3=0;x3<4;x3++)
for(x1=0;x1<19;x1++)
{ for(x2=0;x2<8;x2++)pwm[x2]=pwm[x2+1];
for(x2=17;x2>9;x2--)pwm[x2]=pwm[x2-1];
pwm[8]=rain4[x1];
pwm[9]=rain4[x1];
_delay_ms(40);
}
for(x3=0;x3<4;x3++)
for(x1=0;x1<19;x1++)
{ for(x2=8;x2>00;x2--)pwm[x2]=pwm[x2-1];
for(x2=9;x2<17;x2++)pwm[x2]=pwm[x2+1];
pwm[0]=rain4[x1];
pwm[17]=rain4[x1];
_delay_ms(40);
}
//////////////////////////////////////////
}
}
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