char *temp0 = "0000"; char *temp1 = "0000"; char *temp2 = "0000"; 
char *temp3 = "0000"; char *temp4 = "0000"; char *temp5 = "0000";
char *temp6 = "0000"; char *temp7 = "0000"; char *temp8 = "000";

unsigned int adc_Value0, adc_Value1 , adc_Value2 , adc_Value3, 
adc_Value4, adc_Value5 , adc_Value6 , adc_Value7;

/*================================================= ======================*/

void adc(){ 
adc_value0 = ADC_Read(0)*1.9; adc_value1 = ADC_Read(1)*1.9; adc_value2 = ADC_Read(2)*1.9;
adc_value3 = ADC_Read(3)*1.9; adc_value4 = ADC_Read(4)/1.9; adc_value5 = ADC_Read(5)*1.9;
adc_value6 = ADC_Read(6)*1.9; adc_value7 = ADC_Read(7)*1.9;

temp0[0] = adc_value0/1000 + 48;
temp0[1] = (adc_value0/100)%10 + 48;
temp0[2] = (adc_value0/10)%10 + 48;
temp0[3] = adc_value0%10 + 48;
temp1[0] = adc_value1/1000 + 48;
temp1[1] = (adc_value1/100)%10 + 48;
temp1[2] = (adc_value1/10)%10 + 48;
temp1[3] = adc_value1%10 + 48;
temp2[0] = adc_value2/1000 + 48;
temp2[1] = (adc_value2/100)%10 + 48;
temp2[2] = (adc_value2/10)%10 + 48;
temp2[3] = adc_value2%10 + 48;
temp3[0] = adc_value3/1000 + 48;
temp3[1] = (adc_value3/100)%10 + 48;
temp3[2] = (adc_value3/10)%10 + 48;
temp3[3] = adc_value3%10 + 48;
temp4[0] = adc_value4/1000 + 48;
temp4[1] = (adc_value4/100)%10 + 48;
temp4[2] = (adc_value4/10)%10 + 48;
temp4[3] = adc_value4%10 + 48;
temp5[0] = adc_value5/1000 + 48;
temp5[1] = (adc_value5/100)%10 + 48;
temp5[2] = (adc_value5/10)%10 + 48;
temp5[3] = adc_value5%10 + 48;
temp6[0] = adc_value6/1000 + 48;
temp6[1] = (adc_value6/100)%10 + 48;
temp6[2] = (adc_value6/10)%10 + 48;
temp6[3] = adc_value6%10 + 48;
temp7[0] = adc_value7/1000 + 48;
temp7[1] = (adc_value7/100)%10 + 48;
temp7[2] = (adc_value7/10)%10 + 48;
temp7[3] = adc_value7%10 + 48; }


void main(){ 

TRISA = 0xFF; uart1_init(9600);

while (1){
UART1_Write_Text ("ADC"); uart1_write_text(" ");

uart1_write_text(temp1); uart1_write_text(" ");
uart1_write_text(temp2); uart1_write_text(" ");
uart1_write_text(temp3); uart1_write_text(" ");
uart1_write_text(temp4); uart1_write_text(" ");
uart1_write_text(temp5); uart1_write_text(" ");
uart1_write_text(temp6); uart1_write_text(" ");
uart1_write_text(temp7); uart1_write_text(" ");
uart1_write(10);
uart1_write(13);
adc(); }}

uart1_write_text(char * UART_text)

UART1_Write_Text("Start");

uart1_write(' 3 ');