#include<math.h> 

#include <SPI.h>
#define SCLK 13
#define MOSI 11
#define MISO 12
#define CS_ADC 10

#include "MAX122x.h"
MAX122x_library max122x_library(true);
//  SPISettings MAX1229_SETTINGS(4000000, MSBFIRST, SPI_MODE0); // max 4.8MHz readout clock speed on MAX1229

uint16_t ch0_bit,ch1_bit,ch2_bit,ch3_bit,ch4_bit,ch5_bit;
float ch0_volt,ch1_volt,ch2_volt,ch3_volt,ch4_volt,ch5_volt;
float temperature;
struct ADCresults0to3;

 
void setup() {

  // Initiate console
     Serial.begin(9600);
     Serial.setTimeout(1000000);
  
  // Initialise SPI pins and SPI protocol
     pinMode(CS_ADC, OUTPUT); // declare SS output
     pinMode(MOSI, OUTPUT); // declare MOSI output
     pinMode(MISO, INPUT); // declare MISO input (not stricly necessary)
     pinMode(SCLK, OUTPUT); // declare SCLK output
     SPI.begin();
     //SPI.setClockDivider(SPI_CLOCK_DIV8);
     digitalWrite(CS_ADC,HIGH);  
}// end of setup()

void loop() {
  // Readout values
  temperature = max122x_library.max122xreadTemp(CS_ADC);
  ch0_bit = max122x_library.max122xreadADCsingle(CS_ADC,0);
  ch1_bit = max122x_library.max122xreadADCsingle(CS_ADC,1);
  ch2_bit = max122x_library.max122xreadADCsingle(CS_ADC,2);
  ch3_bit = max122x_library.max122xreadADCsingle(CS_ADC,3);
  ch4_bit = max122x_library.max122xreadADCsingle(CS_ADC,4);
  ch5_bit = max122x_library.max122xreadADCsingle(CS_ADC,5);
  ch0_volt = max122x_library.max122xFloatToVoltage(ch0_bit);
  ch1_volt = max122x_library.max122xFloatToVoltage(ch1_bit);
  ch2_volt = max122x_library.max122xFloatToVoltage(ch2_bit);
  ch3_volt = max122x_library.max122xFloatToVoltage(ch3_bit);
  ch4_volt = max122x_library.max122xFloatToVoltage(ch4_bit);
  ch5_volt = max122x_library.max122xFloatToVoltage(ch5_bit);

  // Print out results on serial monitor
  if(true){
    Serial.println(ch0_volt);
    Serial.println(ch1_volt);
    Serial.println(ch2_volt);
    Serial.println(ch3_volt);
    Serial.println(ch4_volt);
    Serial.println(ch5_volt);
    Serial.println(temperature);
    Serial.println();
  }
  if(false){
    Serial.println(ch0_bit);
    Serial.println(ch1_bit);
    Serial.println(ch2_bit);
    Serial.println(ch3_bit);
    Serial.println(ch4_bit);
    Serial.println(ch5_bit);
    Serial.println(temperature);
    Serial.println();
  }

  
} // end of loop()