#include <m8c.h>     // Part-specific constants and macros
#include “PSoCAPI.h” // PSoC API definitions for all user modules
#include “psocdynamic.h”

char counter_msg1[] = “Counter Mode”;
char pwm_msg1[] = “PWM Mode”;
char analog_msg1[] = “Analog Mode”;
void main()
{
	int counter_data,analog_counter_data,pwm_counter_data;
	char x,y;
	
	while(1)
	{
	M8C_EnableGInt; 
******************************************************************
// PWM LED driver module dawg		
******************************************************************
	PWM_PGA_SetGain(PWM_PGA_G1_00);
	PWM_PGA_Start(PWM_PGA_HIGHPOWER);
	LCD_Init();
    	LCD_Start();
    	LCD_Position(0,1);
    	LCD_PrString(pwm_msg1);

	PWM_GREEN_WritePeriod(255);
	PWM_GREEN_WritePulseWidth(128);
	PWM_RED_WritePeriod(255);
	PWM_RED_WritePulseWidth(10);
	PWM_GREEN_Start();
	PWM_RED_Start();
 
	PWM_ADC_Start(PWM_ADC_HIGHPOWER);   
   	PWM_ADC_GetSamples(0);               
   	do{  
      		while(PWM_ADC_fIsDataAvailable() == 0);   
      		PWM_ADC_ClearFlag();                      
      		pwm_counter_data=PWM_ADC_iGetData();                  
      		PWM_RED_WritePulseWidth(pwm_counter_data & 0x00FF);
      	PWM_GREEN_WritePulseWidth(pwm_counter_data & 0x00FF /2);
      	}while(pwm_counter_data < 0);
 	UnloadConfig_dawg();
******************************************************************
// Counter-driven LED driver module counter
******************************************************************
	LoadConfig_counter();
	LCD_Init();
    	LCD_Start();
    	LCD_Position(0,1);
    	LCD_PrString(counter_msg1);
    
	Counter_Grn_WritePeriod(65535);
	Counter_Grn_WriteCompareValue(32768);
	Counter_Red_WritePeriod(65535);
	Counter_Red_WriteCompareValue(16384);
	Counter_Grn_Start();
	Counter_Red_Start();
	
	counter_data = 0x7FF;
	y = 0xFF;
	do{
		for(x=0;x<0xFF;++x)
			—y;
		—counter_data;	
}while(counter_data);
	UnloadConfig_counter();
***************************************************
// 16-bit Counter LED driver module analog
***************************************************
	LoadConfig_analog();
	PGA_Analog_SetGain(PGA_Analog_G1_00);
	PGA_Analog_Start(PGA_Analog_HIGHPOWER);
	LCD_Init();
    	LCD_Start();
    	LCD_Position(0,1);
    	LCD_PrString(analog_msg1);

	Counter_Analog_WritePeriod(65535);
	Counter_Analog_Start();
	Counter2_Analog_WritePeriod(65535);
	Counter2_Analog_Start();

	ADC_Analog_Start(ADC_Analog_HIGHPOWER);   
   	ADC_Analog_GetSamples(0);               
   	do{  
      		while(ADC_Analog_fIsDataAvailable() == 0);   
      		ADC_Analog_ClearFlag();                      
     	analog_counter_data=ADC_Analog_iGetData();
               Counter_Analog_WriteCompareValue(analog_counter_data);

Counter2_Analog_WriteCompareValue(analog_counter_data / 2);
      		}while(analog_counter_data > 0);
    	UnloadConfig_analog();
 	LoadConfig_dawg();
   }