puzzleRoom

using System;
using System.Collections.Generic;
using System.Linq;
using Microsoft.Xna.Framework;
using Microsoft.Xna.Framework.Audio;
using Microsoft.Xna.Framework.Content;
using Microsoft.Xna.Framework.GamerServices;
using Microsoft.Xna.Framework.Graphics;
using Microsoft.Xna.Framework.Input;
using Microsoft.Xna.Framework.Media;


namespace CastleOfPain
{
    class puzzleRoom : generalGameItem
    {
        //create the 4 private rect variables
        private Rectangle lightRect1;
        private Rectangle lightRect2;
        private Rectangle lightRect3;
        private Rectangle lightRect4;

        //create Texture 2D for lightball
        private Texture2D lightBall;

        //create timer variable
        int timer = 0;

        //constructor
        public puzzleRoom(Color puzzleColor, Rectangle aLightRect1, Rectangle aLightRect2, Rectangle aLightRect3, Rectangle aLightRect4, Texture2D aLightBall) : base(aLightBall, aLightRect1, puzzleColor)
        {
            //set light 1 to the contructor light 1
            this.setLight1(aLightRect1);

            //set light 2 to the contructor light 2
            this.setLight2(aLightRect2);

            //set light 3 to the contructor light 3
            this.setLight3(aLightRect3);

            //set light 4 to the contructor light 4
            this.setLight4(aLightRect4);

            this.setLightBall(aLightBall);

            this.timer = 0;
        }
        //getter for rectangle 1
        public Rectangle getLight1()
        {
            //returns value of the rectangle in this class
            return this.lightRect1;
        }
        //setter for rectangle 1
        public void setLight1(Rectangle someLight1)
        {
            //assigns the value of the rectangle to whatever the user assigns the rectangle as
            this.lightRect1 = someLight1;
        }
        //------------------------------------------
        //getter for rectangle 2
        public Rectangle getLight2()
        {
            //returns value of the rectangle in this class
            return this.lightRect2;
        }
        //setter for rectangle 2
        public void setLight2(Rectangle someLight2)
        {
            //assigns the value of the rectangle to whatever the user assigns the rectangle as
            this.lightRect2 = someLight2;
        }
        //------------------------------------------
        //getter for rectangle 3
        public Rectangle getLight3()
        {
            //returns value of the rectangle in this class
            return this.lightRect3;
        }
        //setter for rectangle 3
        public void setLight3(Rectangle someLight3)
        {
            //assigns the value of the rectangle to whatever the user assigns the rectangle as
            this.lightRect3 = someLight3;
        }
        //------------------------------------------
        //getter for rectangle 4
        public Rectangle getLight4()
        {
            //returns value of the rectangle in this class
            return this.lightRect4;
        }
        //setter for rectangle 4
        public void setLight4(Rectangle someLight4)
        {
            //assigns the value of the rectangle to whatever the user assigns the rectangle as
            this.lightRect4 = someLight4;
        }
        //------------------------------------------
        //getter for light ball
        public Texture2D getLightBall()
        {
            //returns value of the light ball in this class
            return this.lightBall;
        }
        //setter for light ball
        public void setLightBall(Texture2D someLightBall)
        {
            //assigns the value of the light ball to whatever the user assigns the rectangle as
            this.lightBall = someLightBall;
        }

        //method to draw the lights in
        public void DrawLight(SpriteBatch spriteBatch)
        {
            //draws all of the lightballs in their off position
            spriteBatch.Draw(lightBall, lightRect1, Color.Black);
            spriteBatch.Draw(lightBall, lightRect2, Color.Black);
            spriteBatch.Draw(lightBall, lightRect3, Color.Black);
            spriteBatch.Draw(lightBall, lightRect4, Color.Black);
        }
        //method to flash the lights 1 by 1
        public void flash1(SpriteBatch spriteBatch)
        {
            timer++;
            //if timer hits one second
            if (timer >= 200)
            {
                //turn the light back off again
                spriteBatch.Draw(lightBall, lightRect1, Color.White);
            }
            //if timer hits one second
            if (timer >= 400)
            {
                //turn the light back off again
                spriteBatch.Draw(lightBall, lightRect2, Color.White);
            }
            //if timer hits one second
            if (timer >= 600)
            {
                //turn the light back off again
                spriteBatch.Draw(lightBall, lightRect3, Color.White);
            }
            //if timer hits one second
            if (timer >= 800)
            {
                //turn the light back off again
                spriteBatch.Draw(lightBall, lightRect4, Color.White);
            }
        }
    }
}
/* code graveyard
 *             if (timer > 1000)
            {
                spriteBatch.Draw(lightBall, lightRect1, Color.Black);
                spriteBatch.Draw(lightBall, lightRect2, Color.Black);
                spriteBatch.Draw(lightBall, lightRect3, Color.Black);
                spriteBatch.Draw(lightBall, lightRect4, Color.Black);
            }
*/