File content as of revision 1:4c233736f4b2:

// Lab 1 Program B
// Program Allow the user to do different functions with the LED lights using the Logic Switches 1 and 2.
// Written by: MIDN 3/C Hague 9/28/15

#include "mbed.h"

DigitalIn LS1(p16);// Switch 1
DigitalIn LS2(p17);// Switch 2





int main()
{

    int number1, number2;// used for rand functions later

    while(1) { //Continuous While Loop

        if ((LS1 == 0 && LS2 == 0) || (LS1 == 1 && LS2 == 0) || (LS1 == 0 && LS2 == 1)) {// Huge if statement so that I can use BusOut and DigitalOut in the next if

            BusOut lights(p26, p27, p28, p29, p30); // Date bus for LEDs

            if (LS1 == 0 && LS2 == 0) {// If both switches are off LEDs Flash

                lights = 31; //All LEDs On
                wait(.2); // Wait .2 seconds
                lights = 0; //All LEDs off
                wait(.8); // Wait .8 seconds

            }

            if (LS1 == 1 && LS2 == 0) {// If Switch 1 is on and Switch 2 is off Lgiht up LEDs left to Right then back down

                lights = 16; // LED 1 on
                wait(.4); // Wait .4 seconds
                lights = 24; // LED 1&2 on
                wait(.4); // Wait .4 seconds
                lights = 28; // LED 1&2&3 on
                wait(.4); // Wait .4 seconds
                lights = 30; // LED 1&2&3&4 on
                wait(.4); //Wait .4 seconds
                lights = 31; // LED 1&2&3&4&5 on
                wait(.4); //Wait .4 seconds
                lights = 30; //LED 1&2&3&4 on
                wait(.4); //Wait .4 seconds
                lights = 28; // LED 1&2&3 on
                wait(.4); //Wait .4 seconds
                lights = 24; //LED 1&2 on
                wait(.4); //Wait .4 seconds
                lights = 16; //LED 1 on

            }

            if (LS1 == 0 && LS2 == 1) {

                lights = 16; // LED 1 on
                wait(.125); // Wait .4 seconds
                lights = 8; // LED 1&2 on
                wait(.125); // Wait .4 seconds
                lights = 4; // LED 1&2&3 on
                wait(.125); // Wait .4 seconds
                lights = 2; // LED 1&2&3&4 on
                wait(.125); //Wait .4 seconds
                lights = 1; // LED 1&2&3&4&5 on
                wait(.125); //Wait .4 seconds
                lights = 2; //LED 1&2&3&4 on
                wait(.125); //Wait .4 seconds
                lights = 4; // LED 1&2&3 on
                wait(.125); //Wait .4 seconds
                lights = 8; //LED 1&2 on
                wait(.125); //Wait .4 seconds
                lights = 16; //LED 1 on

            }
        }
        
        number1 = rand()%5;// Used for two random LEDs
        number2 = rand()%5;// Used for two random LEDs

        if (LS1 == 1 && LS2 == 1) {// second if statement different use of communicating to LEDs
            
            DigitalOut D_lights[5]={p26, p27, p28, p29, p30}; //DigitalOut to use pins with array
            
            if((number1 != number2) ) { // If both of the numbers do not equal eachother therefore there is always two leds lit
                
                D_lights[number1]=1;
                D_lights[number2]=1;
                wait(1);
            }

        }

    }
}