diff --git a/src/Map/Coordinates.hs b/src/Map/Coordinates.hs
deleted file mode 100644
index 29673a2..0000000
--- a/src/Map/Coordinates.hs
+++ /dev/null
@@ -1,126 +0,0 @@
-{-# LANGUAGE TypeSynonymInstances, FlexibleInstances, BangPatterns #-}
-module Map.Coordinates 
-
---exports..
-(
-getTileVertices,
-Tile
-)
-
-where
-
-import Graphics.Rendering.OpenGL as GL
-import Prelude as P
-import Data.Array.IArray as A
-import Map.Map as PMap hiding (heightLookup)
-
-
-type Coordinates = (Int, Int)
-type Pos = (Float, Float)
-
-type Tile = Coordinates
-
-instance Num Tile where
-        (i,j) + (x,y) = (i+x, j+y)
-        (i,j) * (x,y) = (i*x, j*y)
-        (i,j) - (x,y) = (i-x, j-y)
-        negate (x,y) = (negate x, negate y)
-        abs (x,y) = (abs x, abs y)
-        signum (_,_) = undefined
-        fromInteger a = (fromIntegral a,fromIntegral a)
-
-instance Num Pos where
-        (i,j) + (x,y) = (i+x, j+y)
-        (i,j) * (x,y) = (i*x, j*y)
-        (i,j) - (x,y) = (i-x, j-y)
-        negate (x,y) = (negate x, negate y)
-        abs (x,y) = (abs x, abs y)
-        signum (_,_) = undefined
-        fromInteger a = (fromIntegral a, fromIntegral a)
-
-data Neighbours =
-          North
-        | South
-        | NorthEast
-        | SouthEast
-        | NorthWest
-        | SouthWest
-        deriving (Show, Eq)
-
--- | Ordered Vertice-List for rendering (Counterclockwise)
-data TileVertex =
-          VertexNW
-        | VertexNE
-        | VertexE
-        | VertexSE
-        | VertexSW
-        | VertexW
-        deriving (Show, Eq, Ord)
-
-
---Culling is done with GL_CCW
-getTileVertices :: PlayMap -> Tile -> [Vertex3 GLfloat]
-getTileVertices heights t = let p = (listArray (0,5) hexagon)
-                                        ::Array Int (Float,Float) in
-                                       P.map floatToVertex $
-                                  [
-                                        (fst $ p ! 5, getHeight heights VertexW  t, snd $ p ! 5),
-                                        (fst $ p ! 4, getHeight heights VertexSW t, snd $ p ! 4),
-                                        (fst $ p ! 3, getHeight heights VertexSE t, snd $ p ! 3),
-                                        (fst $ p ! 2, getHeight heights VertexE  t, snd $ p ! 2),
-                                        (fst $ p ! 1, getHeight heights VertexNE t, snd $ p ! 1),
-                                        (fst $ p ! 0, getHeight heights VertexNW t, snd $ p ! 0)
-                                  ]
-
-getHeight :: PlayMap -> TileVertex -> Tile -> Float
-getHeight pm v t@(tx,_) =
-        let 
-                h = heightLookup pm
-                ! tileheight = h t
-                ! y = if even tx then 0 else -1
-        in
-        case v of
-                VertexNW -> let
-                                n = h (t+(0,-1))
-                                nw = h (t+(-1,y)) 
-                            in (n + nw + tileheight) / 3.0
-                VertexNE -> let
-                                n = h (t+(0,-1))
-                                ne = h (t+(1,y))
-                            in  (n + ne + tileheight) / 3.0
-                VertexE -> let
-                                ne = h (t+(1,y))
-                                se = h (t+(1,y+1))
-                           in  (ne + se + tileheight) / 3.0
-                VertexSE -> let
-                                s = h (t+(0,1))
-                                se = h (t+(1,y+1))
-                            in  (s + se + tileheight) / 3.0
-                VertexSW -> let
-                                s = h (t+(0,1))
-                                sw = h (t+(-1,y+1))
-                            in  (s + sw + tileheight) / 3.0
-                VertexW -> let
-                                sw = h (t+(-1,y+1))
-                                nw = h(t+(-1,y))
-                           in  (sw + nw + tileheight) / 3.0
-
-heightLookup :: PlayMap -> Tile -> Float
-heightLookup hs t = if inRange (bounds hs) t then h else 0
-                where 
-                        (h,_) = hs ! t
-
-hexagon :: [(Float,Float)]
-hexagon = [
-                (-0.5,-1),
-                (0.5,-1),
-                (1,0),
-                (0.5,1),
-                (-0.5,1),
-                (-1,0)
-                ]
-
-
--- | convert triple of floats to GLfloat (== CFloat)
-floatToVertex :: (Float, Float, Float) -> Vertex3 GLfloat
-floatToVertex (a,b,c) = Vertex3 (realToFrac a::GLfloat) (realToFrac b::GLfloat) (realToFrac c::GLfloat)