/*

 * This is the Arduino code for an: 
 * Infrared Obstacle Sensor and displaying the time on 6 digital display and serial monitor.
 * Uses preprogrammed distance and converting it into mph.

***Still needs to count and store laps for average #of laps once button press
***Still needs to use 2 digit separate display the lap count for the above laps once button press


IR Sensor Wiring:
Brown: 5V DC
Blue:  GND
Black: Signal, to PIN 3

Arduino pins to the Large Digit Driver IN

Arduino pin for SPEED DISPLAY
 6 -> CLK (GREEN)
 5 -> LAT (BLUE)
 7 -> SER on the IN side (YELLOW)
 5V -> 5V (ORANGE)
 Power Arduino with 12V and connect to Vin -> 12V (RED)
 GND -> GND (PURPLE)
 8 -> Push Button
 START Input 

Arduino pin for LAP DISPLAY
 11 -> CLK (GREEN)
 10 -> LAT (BLUE)
 12 -> SER on the IN side (YELLOW)
 5V -> 5V (ORANGE)
 Power Arduino with 12V and connect to Vin -> 12V (RED)
 GND -> GND (PURPLE)

*/

//GPIO declarations
//-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=-=
#define segmentClock 6
#define segmentLatch 5
#define segmentData 7

#define segmentClockLAP 11
#define segmentLatchLAP 10
#define segmentDataLAP 12
#define button 2


// whittier track circumference equals 205.08 feet or 0.0388409091 miles per lap USED 0.0384
// Sabatatini test track circumference equals 100.531 feet or 0.01903996212 miles per lap USED 0.01903   
// Iowa track = 0.02083333333 miles per lap
#define distance 0.02083333333
#define maxTimes 13
#define restPeriod 30000


#define MODE_SPINUP 0
#define MODE_COUNTING 1
#define MODE_RESTING 2

#define SENSOR 3 // define pint 3 for sensor
#define ACTION 9 // define pin 9 as for ACTION
int mode = MODE_SPINUP;
float startTime;
float endTime;
float duration;
byte timerRunning;
unsigned long time;

float seconds;
// float minutes;
float hours;
float mph;
int laps = 0;
int avglaps= 0; // AVERAGE LAP COUNTER


unsigned long times[maxTimes] = {0};
int recordedTimes = 0;
unsigned long lastTime = 0;
unsigned long restExpires = 0;