Applying Perlin Noise to Tiles

Playing with some Documentation about Perlin Noise I managed to create this map:

Nothing different from other Procedural Generated Maps. It is a HeightMap with colours at given heights.

The problem I am having with it is that this Colour Map it's in a single plane.

QUESTION

¿How can I draw the Perlin Noise Map in a plane made by a set of individual tiles?

The idea behind that question is that each tile will have a set of values such as population, water levels, soil quality, temperature and etc. I want to store things which can not be done on a simple single plane (according to my knowledge in this matter).

EDIT: Ok, after some more planning and research in the matter I did the next thing:

I have created a new class type named MapData.cs, this class will hold information about the heights, temperature, wetness and etc form the map as show below

MapData class

 public class MapData{ //The MapData class will hold different types of Data //Temperature, Rainfall, etc. public float[,] Data; public float Min { get; set; } public float Max { get; set; } public MapData(int width, int height) { Data = new float[width, height]; Min = float.MinValue; Max = float.MaxValue; } } 

Then i will use that MapData class to put data into the tiles as show below:

Load Tiles function inside the Generator Class

void LoadTiles() { for (int x = 0; x < mapWidth; x++) { for (int y = 0; y < mapHeight; y++) { Tiles t = new Tiles(); t.X = x; t.Y = y; float heightValue = HeightData.Data[x, y]; heightValue = (heightValue - HeightData.Min) / (HeightData.Max - HeightData.Min); t.HeightValue = heightValue; if (heightValue < DeepWater) { t.HeightValue = DeepWater; } else if (heightValue < ShallowWater) { t.HeightValue = ShallowWater; } else if (heightValue < Sand) { t.HeightValue = Sand; } else if (heightValue < Grass) { t.HeightValue = Grass; } else if (heightValue < Forest) { t.HeightValue = Forest; } else if (heightValue < Mountain) { t.HeightValue = Mountain; } else { t.HeightValue = Snow; } } } 

My actual problem here is that i am still confused with the Texture Generator as how do i apply this new concept into it. I am still learning and I do not want to mess up my progress.

Texture Generator

 public class TextureGenerator{ //Height Colours private static Color DeepColor = new Color(15 / 255f, 30 / 255f, 80 / 255f, 1); private static Color ShallowColor = new Color(15 / 255f, 40 / 255f, 90 / 255f, 1); private static Color RiverColor = new Color(30 / 255f, 120 / 255f, 200 / 255f, 1); private static Color SandColor = new Color(198 / 255f, 190 / 255f, 31 / 255f, 1); private static Color GrassColor = new Color(50 / 255f, 220 / 255f, 20 / 255f, 1); private static Color ForestColor = new Color(16 / 255f, 160 / 255f, 0, 1); private static Color RockColor = new Color(0.5f, 0.5f, 0.5f, 1); private static Color SnowColor = new Color(1, 1, 1, 1); //This class will receive the colorMap array we set up before along with width and height public static Texture2D TextureFromColourMap(Color[] colourMap, int width, int height) { //New texture object and apply that color code. Texture2D texture = new Texture2D(width, height); texture.filterMode = FilterMode.Point; texture.wrapMode = TextureWrapMode.Clamp; texture.SetPixels(colourMap); texture.Apply(); return texture; } public static Texture2D TextureFromHeightMap (float[,] heightMap) { int width = heightMap.GetLength(0);//Grab the x from the heightMap array int height = heightMap.GetLength(1);//Grabt the y from the heightMap array Texture2D texture = new Texture2D(width, height);//New texture object Color[] colourMap = new Color[width * height];//New colourMap object for (int y = 0; y < height; y++) { for (int x = 0; x < width; x++) { //Gray scale colours for the NoiseMap colourMap[y * width + x] = Color.Lerp(Color.black, Color.white, heightMap[x, y]);//Explained before in Noise Script } } return TextureFromColourMap(colourMap, width, height);//Using the gray scale, coloursMap has colours in it! } } 

I had inside the texture Generator some colour code for my initial tests for coloring the Perlin Noise over a plane. As you can see up in the image.