[SOLVED] dsPIC33f Reading ADC buffer

void ADC_init()
{
    ADCONbits.ADON = 0;                         // turn ADC OFF
    ADPCFGbits.PCFG0 = 0;                       // AN0 is configured as analog input
    ADPCFGbits.PCFG1 = 0;                       // AN1 is configured as analog input
    ADPCFGbits.PCFG2 = 0;                       // AN2 is configured as analog input
    ADPCFGbits.PCFG3 = 0;                       // AN3 is configured as analog input
    ADCONbits.SLOWCLK = 1;                      // ADC is clocked by the auxiliary PLL (ACLK)
    ADCONbits.FORM = 0;                         // Integer output
    ADCONbits.ADCS = 0b110;                     // Conversion Clock Divider.. minimum TAD is 35.8 nS as per electrical characteristics.
    ADCONbits.ADON = 1;                         // turn ADC ON
}
void Collect_ADC_Pair0()
{
    // ADC Pair 0 (channel 0 and 1)
    int adc_i;
    adc_buffer1 = 0;
    adc_buffer2 = 0;
    for(adc_i=0; adc_i< ADC_SAMPLE; adc_i++)
    {
        ADCPC0bits.TRGSRC0 = 0b00001; 	//Individual software trigger is selected
        ADCPC0bits.SWTRG0 = 1; 			//Starts conversion of AN0 and AN1         
        while (ADSTATbits.P0RDY == 0);  //Conversion Data for Pair 0 Ready 
        ADSTATbits.P0RDY = 0;
        ADCPC0bits.PEND0 = 0; 			//Conversion is complete
        adc_buffer1 += ADCBUF0; 		//getting values from buffer
        adc_buffer2 += ADCBUF1; 		//getting values from buffer
    }
    // ADC Pair 1 (Channel 1)
    adc_buffer1 = (adc_buffer1/ ADC_SAMPLE);
    adc_buffer2 = (adc_buffer2/ ADC_SAMPLE);
    
}
 void Collect_ADC_Pair1()
 {
     int adc_i;
     adc_buffer3 = 0;
     adc_buffer4 = 0;
    for(adc_i=0; adc_i< ADC_SAMPLE; adc_i++)
    {
        ADCPC0bits.TRGSRC1 = 0b00001; 		//Individual software trigger is selected
        ADCPC0bits.SWTRG1 = 1; 				//Starts conversion of AN3 and AN2 
        while (ADSTATbits.P1RDY == 0);      //Conversion Data for Pair 1 Ready 
        ADSTATbits.P0RDY = 0;
        ADCPC0bits.PEND1 = 0; 				//Conversion is complete
        adc_buffer3 += ADCBUF2; 			//getting values from buffer
        adc_buffer4 += ADCBUF3; 			//getting values from buffer
    }
    adc_buffer3 = (adc_buffer3/ ADC_SAMPLE);
    adc_buffer4 = (adc_buffer4/ ADC_SAMPLE);  
}
 
void Convert_ADC()
{
    avg1 = (adc_buffer1 * ADC_REF / MAX_ADC_COUNT);         //  Convert the Counts into mV (1023 * 2.4437927663734115 = 2.5V)
    avg2 = (adc_buffer2 * ADC_REF / MAX_ADC_COUNT);         //  Convert the Counts into mV (1023 * 2.4437927663734115 = 2.5V)
    avg3 = (adc_buffer3 * ADC_REF / MAX_ADC_COUNT);         //  Convert the Counts into mV (1023 * 2.4437927663734115 = 2.5V)
    avg4 = (adc_buffer4 * ADC_REF / MAX_ADC_COUNT);         //  Convert the Counts into mV (1023 * 2.4437927663734115 = 2.5V)
    
    P0_ADC_BUF = (unsigned int) avg1;
    P1_ADC_BUF = (unsigned int) avg2;
    P2_ADC_BUF = (unsigned int) avg3;
    P3_ADC_BUF = (unsigned int) avg4;

}