jakabo27

/*
 * 0 = 0
 * 1 = 25% forward
 * 2 = 50% forward
 * 3 = 75% forward
 * 4 = 100% forward
 * 5 = 0 back
 * 6 = 25% back
 * 7 = 50% back
 * 8 = 75% back

jakabo27

#include<plib.h> 
int i;
//Interrupt Functions
void __ISR(3) ButtonInterrupt(void){
    i = i+25;
    if(i>100)
    {//reset duty cycle
        i = 0;}
    OC1RS = i; //Cycle through duty cycle of 0%, 25%, 50%, 75%, 100%
    IFS0bits.INT0IF = 0;  // Clear Interrupt Flag

jakabo27

#include <plib.h>
//This is here to make timing calculations easier!
#pragma config FPBDIV = DIV_2

//r is a Rest.  The value doesn't matter, it just has to be unique (not another note)
#define r 3000 

//I added another octave of notes that they didn't give us
//Cs = C sharp.  Eb = E flat.  Everything else is normal.
//lowest notes

jakabo27

void __ISR(3) JacobIsCool_Int1(void){
    //Read in values
        //A rising edge
            //CW 1 to 2
            //CCW 4 to 3
        //A falling edge
            //CCW 2 to 1
            //CW 3 to 4
    //Keep count between 0 and 15
    //Write to LEDs

jakabo27

void ISR THINGY JacobIsCool(void) {
    //Turn on all 4 lights
    // wait a second
    //Clear flag
}

main(){
    //Set LED Pins to OUTPUT
    //Set the interrupt pin to input
    /* Tell controller Interrupts can happen */

jakabo27

main(){      
    //Set up inputs and outputs
    //Turn on comparators
    // Set common comparator Voltages 
    //Set up each comparator CCH CREF CPOL
    while(1)
    {
    //Write the outputs of the comparators to the output pins
    }

jakabo27

//delay for a given number of milliseconds (approximated)
delay(int delayTime){
    int i, j;
    for(i = 0; i < delayTime; i++)
        for(j = 0; j < 312; j++);
}

digitalWrite(int pin, bool pinState)
{

jakabo27

#include <FastLED.h>
#include <LowPower.h>
#include <EEPROM.h>

//FastLED setup
#define NUM_LEDS 4  
#define PIN 3    //Data pin for LED strip
CRGB leds[NUM_LEDS];

//Twinkle setup