public class Tile {

    //member variables
    private TileType type;
    private int numOfTypes = TileType.values().length;
    private static Random random = new Random();

    Tile(){
        //CTOR
    }




    /*****************************
     * Getters and setters.  blah.
     *****************************/
    public String getSpriteString(){
        return type.tileImage;
    }
    public TileType getTypeByIndex(int i){
        //The Cleverest Function that could.   When the Tile() constructor calls this from createTile(TileType.getTypeByIndex)
        //It simply returns the values we need.  Genius!  To Think, ten minutes ago I was about to give up on the enum type.
            return TileType.values()[i];
        }

    public int getNumOfTypes(){
        return numOfTypes;
    }

    public boolean isPassable() {
        /*
         * @Return passable
         */
        return type.passable;
    }



    public ImageIcon getImageIcon(){
        ImageIcon icon = new ImageIcon(type.tileImage);
        return icon;

    }

    public int getIndexOfType(){
        return this.getType().ordinal();
    }

    /**
     * @return the type
     */
    public TileType getType() {
        return type;
    }

    /**
     * @param type the type to set
     */
    public void setType(TileType type) {
        this.type = type;
    }

    public double getSpeedMod() {
        /**
         * @return the speedMod.  This will tell units what percentage of their maximum speed they can move across this soil.
         */
        return type.speedmod;
    }

    public String getSType(){
        /**
         * @return the SType
         */
        return type.sType;
    }

    public char getTileChar() {
        /**
         * @return the tileChar
         */
        return type.tileChar;
    }


    public Tile setupTile(){
        //This function was made much neater by the use of an enum.
        //check out the cleverest little function that could.
        //This function basically just finalizes creating a tile, by grabbing the appropriate
        //information from TileType and returning a new tile.
        //thanks to everyone in ##Java on Freenode for their help.
        TileType typeSelector = getTypeByIndex(random.nextInt
                                                    (TileType.values().length - 2) + 2);
        //here we'll create a tile, and then initialize all of it's variables based on our enum.  *PRETTY CLEVER!*
        this.setType((typeSelector));
        return this;
    }

    /**
     * @deprecated
     * @overloaded function
     * @param typeSelector
     * @return
     */
    @Deprecated
    public Tile setupTile(int typeSelector){
        //This function over loads setupTile so that it can be used to modify a tile later on.
        TileType typeSelected = getTypeByIndex(typeSelector);
        //here we'll create a tile, and then initialize all of it's variables based on our enum.  *PRETTY CLEVER!*
        this.setType((typeSelected));
        return this;
    }

    public Tile setupTile(TileType type){
        //This function over loads setupTile so that it can be used to modify a tile later on.
        //here we'll create a tile, and then initialize all of it's variables based on our enum.  *PRETTY CLEVER!*
        this.setType((type));
        return this;
    }
    public void printTileInfo(){
        //Later to be deprecated with Tile::printTileToolTip
        System.out.println(this.getType() + "\nPassable: " + this.isPassable() + "\nSpeedMod: " + this.getSpeedMod());
    }
}
//###End Tile###

package game.world;

import game.sprites.Unit;


public enum TileType {
            //Here we're enumerating out our tile types.  This will make it easier to add tiles in the future.
            /*
             * Params:
             * char tileChar: Debug purposes, just to display the map in console.
             * boolean passable: Whether or not the tile is passable.
             * double speedMod: Any units moving through this tile multiply their speed by this.
             * String sType: The String version of the tile type
             * Unit[5] unitsInMe: Any units that are in the tile.
             * String sprite: The image file to load for this tile.
             */
            WATER('~', false, 0.0, "Water", null, "water.png"),
            SAND('§', true, 0.75, "Sand", null, "sand.png"),
            DIRT('#', true, 1.0, "Dirt", null, "dirt.png"),
            GRASS('"', true, 1.0, "Grass", null, "grass.png"),
            PEBBLES('*', true, 1.0, "Pebbles", null, "pebbles.png"),
            ROCK('^', false, 0.0, "Rock", null, "rocks.png"),
            TREE('†', true, 0.5, "Tree", null, "tree.png");

            //same member variables as our parent class.
            public String tileImage = "./resources/images/world/";
            char tileChar;
            boolean passable;
            double speedmod;
            String sType;
            Unit[] unitsInMe;
            String sprite;

            private TileType(char tileChar, boolean passable, double speedMod, String sType, Unit[] unitsInMe, String sprite){
                //CTOR
                this.tileChar = tileChar;
                this.passable = passable;
                this.speedmod = speedMod;
                this.sType = sType;
                this.tileImage = tileImage + sprite;
                this.unitsInMe = new Unit[5];

            }



};