rename param

examples/tiles/2_corner_wang_tiles_basic.scad

@@ -1,14 +1,13 @@
 use <experimental/tile_w2c.scad>;
 use <arc.scad>;
 
-rows = 10;
-columns = 15;
+size = [15, 10];
 tile_width = 10;
 tile_thickness = 2;
 $fn = 24;
 
 translate([tile_width, tile_width] / 2)
-	for(tile = tile_w2c(rows, columns)) {
+	for(tile = tile_w2c(size)) {
 		x = tile[0];
 		y = tile[1];
 		i = tile[2];

examples/tiles/2_edge_wang_tiles_basic.scad

@@ -1,14 +1,13 @@
 use <experimental/tile_w2e.scad>;
 use <arc.scad>;
 
-rows = 10;
-columns = 15;
+size = [15, 10];
 tile_width = 10;
 tile_thickness = 2;
 $fn = 24;
 
 translate([tile_width, tile_width] / 2)
-	for(tile = tile_w2e(rows, columns)) {
+	for(tile = tile_w2e(size)) {
 		x = tile[0];
 		y = tile[1];
 		i = tile[2];
@@ -16,9 +15,9 @@ translate([tile_width, tile_width] / 2)
 			sample_tile(i, tile_width, tile_thickness);
 	}
 	
-translate([0, tile_width * (rows + 1)] + [tile_width, tile_width] / 2)
+translate([0, tile_width * (size[1] + 1)] + [tile_width, tile_width] / 2)
 	color("green")
-	for(tile = tile_w2e(rows, columns)) {
+	for(tile = tile_w2e(size)) {
 		x = tile[0];
 		y = tile[1];
 		i = tile[2];

examples/tiles/random_city.scad

@@ -29,7 +29,7 @@ module random_city(rows, columns, mask) {
 		children(n);
 	}
 
-    for(tile = tile_w2e(rows, columns, mask)) {
+    for(tile = tile_w2e([columns, rows], mask)) {
         x = tile[0];
         y = tile[1];
         i = tile[2];

examples/tiles/random_town_square.scad

@@ -8,14 +8,13 @@ use <rounded_square.scad>;
 use <box_extrude.scad>;
 use <polyhedron_hull.scad>;
 
-rows = 5;
-columns = 5;
+size = [5, 5];
 tileW = 10;
 layerH = 1;
 
-random_town_square(rows, columns, tileW, layerH);
+random_town_square(size, tileW, layerH);
 
-module random_town_square(rows, columns, tileW, layerH) {
+module random_town_square(size, tileW, layerH) {
     sample = [
         ["SS12", "CCRS1", "SS22", "CCRS0", "SS32", "F2", "SS14", "FW3", "SS04", "SS04"],
         ["SS12", "SS32", "F4", "SS12", "SS32", "F2", "SS14", "FW3", "SS24", "SS24"],
@@ -31,7 +30,7 @@ module random_town_square(rows, columns, tileW, layerH) {
     ];
 
 
-    generated = tile_wfc(rows, columns, sample);
+    generated = tile_wfc(size, sample);
 
     color("Gainsboro")
     draw_tiles(generated);

examples/tiles/tiles_wfc_tube.scad

@@ -22,10 +22,9 @@ translate([-len(sample) * tileW, 0]) {
     draw_tubes(sample, tileW);
 }
 
-width = 20;
-height = 20;
+size = [20, 20];
 draw_tubes(
-    tile_wfc(width, height, sample), 
+    tile_wfc(size, sample), 
     tileW
 );
 

examples/tiles/tube_box.scad

@@ -1,20 +1,19 @@
 use <experimental/tile_w2e.scad>;
 use <box_extrude.scad>;
 
-rows = 8;
-columns = 15;
+size = [15, 8];
 tile_width = 10;
 $fn = 12;
 
-tube_box(rows, columns, tile_width);
+tube_box(size, tile_width);
 
-module tube_box(rows, columns, tile_width) {
+module tube_box(size, tile_width) {
     half_w = tile_width / 2;
 	quarter_w = tile_width / 4;
 	eighth_w = tile_width / 8;
 	
     translate([eighth_w, eighth_w, eighth_w] + [tile_width, tile_width, 0] / 2)
-		for(tile = tile_w2e(rows, columns)) {
+		for(tile = tile_w2e(size)) {
 			x = tile[0];
 			y = tile[1];
 			i = tile[2];
@@ -23,7 +22,7 @@ module tube_box(rows, columns, tile_width) {
 		}
 
 	box_extrude(height = tile_width, shell_thickness = eighth_w)
-		square([columns * tile_width + quarter_w, rows * tile_width + quarter_w]);
+		square([size[0] * tile_width + quarter_w, size[1] * tile_width + quarter_w]);
 }
 
 module tube_tile(n, width) {

src/experimental/tile_w2c.scad

@@ -1,7 +1,9 @@
 // wang tiles - 2 corners
 
-function tile_w2c(rows, columns, mask, seed) =
+function tile_w2c(size, mask, seed) =
     let(
+		rows = size[1], 
+		columns = size[0],
 		y_range = [0:rows - 1],
 		x_range = [0:columns - 1],
 		corners = is_undef(seed) ? [

src/experimental/tile_w2e.scad

@@ -1,7 +1,9 @@
 // wang tiles - 2 edges
 
-function tile_w2e(rows, columns, mask, seed) =
+function tile_w2e(size, mask, seed) =
     let(
+		rows = size[1], 
+		columns = size[0],
 		y_range = [0:rows - 1],
 		x_range = [0:columns - 1],
 		/*

src/experimental/tile_wfc.scad

@@ -1,8 +1,8 @@
 use <_impl/_tiles_wfc_impl.scad>;
 
 // An implementation of [Wave Function Collapse](https://github.com/mxgmn/WaveFunctionCollapse)
-function tile_wfc(width, height, sample) =
-    tilemap_generate(tilemap(width, height, sample));
+function tile_wfc(size, sample) =
+    tilemap_generate(tilemap(size[0], size[1], sample));
 
 /*
 
@@ -20,8 +20,7 @@ sample = [
     ["S",  "S",  "S",  "S",  "S",  "S",  "S",  "S",  "S",  "S",  "S",  "S",  "S"]
 ];
 
-width = 20;
-height = 20;
+size = [20, 20];
 
 echo(tile_wfc(width, height, sample));
 */