public void GenerateMap()
{
TileConfig[,] tileConfigs = new TileConfig[, ] {
{ land, mountain, land },
{ land, mountain, land },
{ mountain, mountain, land }
};
MeshMap.GenerateMap(transform, tileConfigs);
}
/// <summary>
///
/// </summary>
void InitMaps()
{
//APPEND NEW TYPES HERE
if (AnimationClips == null)
{
AnimationClips = new AnimationClipMap();
}
if (AnimatorControllers == null)
{
AnimatorControllers = new AnimatorControllerMap();
}
if (AudioClips == null)
{
AudioClips = new AudioClipMap();
}
if (Fonts == null)
{
Fonts = new FontMap();
}
if (GameObjects == null)
{
GameObjects = new GameObjectMap();
}
if (Materials == null)
{
Materials = new MaterialMap();
}
if (Meshes == null)
{
Meshes = new MeshMap();
}
if (PhysicMaterials == null)
{
PhysicMaterials = new PhysicMaterialMap();
}
if (PhysicsMaterial2Ds == null)
{
PhysicsMaterial2Ds = new PhysicsMaterial2DMap();
}
if (Shaders == null)
{
Shaders = new ShaderMap();
}
if (Sprites == null)
{
Sprites = new SpriteMap();
}
if (Texture2Ds == null)
{
Texture2Ds = new Texture2DMap();
}
if (Texture3Ds == null)
{
Texture3Ds = new Texture3DMap();
}
}
/**
* Calculation of the distance between two cells
* @return integer: cell distance
*/
public int Distance(Node dest)
{
MeshMap meshMap = MeshMap.Instance;
Nullable <Vector2> current = meshMap.getPositionFromCell(this.cell);
Nullable <Vector2> desti = meshMap.getPositionFromCell(dest.cell);
if (!current.HasValue || !desti.HasValue)
{
return(0);
}
return((int)Math.Floor(Math.Sqrt(Math.Pow(desti.Value.x - current.Value.x, 2) + Math.Pow(desti.Value.y - current.Value.y, 2))));
}
