functions.h

#include <stdlib.h>
#include <msp430.h>
#include <stdint.h>
#include "peripherals.h"

// Temperature Sensor Calibration = Reading at 30 degrees C is stored at addr 1A1Ah
// See end of datasheet for TLV table memory mapping
#define CALADC12_15V_30C *((unsigned int *)0x1A1A)
// Temperature Sensor Calibration = Reading at 85 degrees C is stored at addr 1A1Ch
//See device datasheet for TLV table memory mapping
#define CALADC12_15V_85C *((unsigned int *)0x1A1C)
#define MOVING_AVERAGE_SIZE 36
#define ONE_MONTH_IN_ADC 342 // 12 segments from 0 --> 4095

// Enum for the program state
typedef enum {
  DISPLAY,
  EDIT,
} state;

// Run Timer A2
void runtimerA2(void);

// Display functions
// Display the Date
void displayDate(char date[7], volatile long unsigned int, volatile unsigned int, volatile unsigned int);

// Display the Time
void displayTime(char time[9], volatile long unsigned int, volatile unsigned int, volatile unsigned int, volatile unsigned int);

// Display the Temp in C
void displayTempC(char tempC[7], volatile float);

// Display the Temp in F
void displayTempF(char tempF[7], volatile float);

// ADC functions
// Configure the ADC12
void config_ADC(volatile float, volatile unsigned int, volatile unsigned int);

// Buttons functions
// Init user's launchpad buttons
void init_launchpad_button();

// Read user's launchpad button
unsigned int read_launchpad_button();





// TODO: clean up before submission
// // Initializes the two user LEDs
// void init_user_leds();

// //Sets the two user LEDs
// void set_user_leds(unsigned char uled);

// // Initializes the buttons for input
// void init_board_buttons();

// //Reads the four buttons
// unsigned int read_board_buttons();