refactor: del tilemap

src/experimental/_impl/_tiles_wfc_impl.scad

@@ -116,26 +116,6 @@ function _coord_entropy_weights(coord_entropy_weights_lt, leng, m, i = 1) =
     i == leng ? m :
 	let(cm = coord_entropy_weights_lt[i])
 	_coord_entropy_weights(coord_entropy_weights_lt, leng, m[2][0] <= cm[2][0] ? m : cm, i + 1);
-	
-/*
-	- tilemap(width, height, sample)
-		- tilemap_width(tm)
-		- tilemap_height(tm)
-		- tilemap_compatibilities(tm)
-		- tilemap_wf(tm)
-*/
-
-function tilemap(width, height, sample) = [
-	width, 
-	height, 
-	compatibilities_of_tiles(sample), 
-	wave_function(width, height, weights_of_tiles(sample))
-];
-
-function tilemap_width(tm) = tm[0];
-function tilemap_height(tm) = tm[1];
-function tilemap_compatibilities(tm) = tm[2];
-function tilemap_wf(tm) = tm[3];
 
 function propagate(nbr_dirs, compatibilities, wf, coord) = 
 	_propagate(

src/experimental/tile_wfc.scad

@@ -10,12 +10,11 @@ function tile_wfc(size, sample) =
             for(y = [0:h - 1])
             [for(x = [0:w - 1]) neighbor_dirs(x, y, w, h)]
         ],
-        tm = tilemap(w, h, sample),
         // random start
         x = floor(rand(w * 0.25, w * 0.75)),
         y = floor(rand(h * 0.25, h * 0.75)),
-		compatibilities = tilemap_compatibilities(tm),
+		compatibilities = compatibilities_of_tiles(sample),
-        wf = tilemap_wf(tm),
+        wf = wave_function(w, h, weights_of_tiles(sample)),
         all_weights = wf_weights(wf),
         states = wf_eigenstates_at(wf, x, y),
 		weights = [for(state = states) get_state_weight(all_weights, state)],