openscad/dotSCAD
1
0
Fork 0
mirror of https://github.com/JustinSDK/dotSCAD.git synced 2025-08-10 00:36:40 +02:00
Code Issues Releases Wiki Activity

add random_town_square

Browse Source
This commit is contained in:
Justin Lin
2021-03-20 22:23:55 +08:00
parent 7a80de11d8
commit e23f0e0a21
1 changed files with 195 additions and 0 deletions
Download Patch File Download Diff File Expand all files Collapse all files

195
examples/tiles/random_town_square.scad Normal file
View File

@@ -0,0 +1,195 @@
use <pie.scad>;
use <util/parse_number.scad>;
use <util/has.scad>;
use <util/rand.scad>;
use <util/choose.scad>;
use <experimental/tiles_wfc.scad>;
use <rounded_square.scad>;
use <box_extrude.scad>;
rows = 6;
columns = 6;
tileW = 10;
layerH = 1;
random_town_square(rows, columns, tileW, layerH);
module random_town_square(rows, columns, tileW, layerH) {
sample = [
["F4", "CCRS1", "SS22", "CCRS0", "SS32", "F2", "SS14", "FW3", "SS04", "SS04"],
["F4", "SS32", "F2", "SS12", "SS32", "F2", "SS14", "FW3", "SS24", "SS24"],
["F4", "CCRS2", "SS02", "CCRS3", "SS32", "F2", "VCRS14", "VCRS04", "SS04", "SS04"],
["F4", "F4", "CCRS1", "CCRS0", "CCRS2", "VCRS02", "VCRS24", "VCRS34", "FW2", "FW2"],
["F4", "F4", "CCRS2", "CCRS3", "F4", "SS32", "FW1", "SS34", "FW0", "FW0"],
["SS22", "SS22", "SS22", "SS22", "SS22", "VCRS32", "FW1", "SS34", "SS24", "SS24"],
["SS14", "SS34", "VCRS14", "SS04", "SS04", "VCRS04", "VCRS12", "VCRS02", "F2", "F2"],
["SS14", "SS34", "VCRS24", "SS24", "SS24", "VCRS34", "VCRS22", "VCRS32", "F2", "F2"],
["SS14", "SS34", "VCRS14", "SS04", "SS04", "VCRS04", "VCRS12", "VCRS02", "F2", "F2"],
["SS14", "SS34", "SS14", "F6", "F6", "SS34", "SS12", "SS32", "VCRS14", "VCRS04"],
["F2", "F2", "VCRS24", "SS24", "SS24", "VCRS34", "VCRS22", "VCRS32", "VCRS24", "VCRS34"]
];
generated = tiles_wfc(rows, columns, sample);
color("Gainsboro")
draw_tiles(generated);
/*
tiles = [
["F2", "F4"],
["CCRS0", "CCRS1", "CCRS2", "CCRS3"],
["VCRS02", "VCRS12", "VCRS22", "VCRS32", "VCRS04", "VCRS14", "VCRS24", "VCRS34"],
["SS02", "SS12", "SS22", "SS32", "SS04", "SS14", "SS24", "SS34"],
["FW0", "FW1", "FW2", "FW3"]
];*/
module draw_tiles(tiles) {
rows = len(tiles);
columns = len(tiles[0]);
for(y = [0:rows - 1]) {
for(x = [0:len(tiles[y]) - 1]) {
translate([x, rows - y - 1] * tileW) {
draw_tile(tiles[y][x], tileW, layerH);
*color("white")
linear_extrude(3)
text(tiles[y][x], size = 1.5);
}
}
}
}
module draw_tile(tile, tileW, layerH) {
if(has(["F2", "F4", "F6"], tile)) {
layers = parse_number(tile[len(tile) - 1]);
floor(tileW, layers * layerH);
}
else if(has(["CCRS0", "CCRS1", "CCRS2", "CCRS3"], tile)) {
type = parse_number(tile[len(tile) - 1]);
ccr_stairs(tileW, layerH, type);
}
else if(has(["VCRS02", "VCRS12", "VCRS22", "VCRS32", "VCRS04", "VCRS14", "VCRS24", "VCRS34"], tile)) {
type = parse_number(tile[len(tile) - 2]);
stairs = parse_number(tile[len(tile) - 1]);
vcr_stairs(tileW, layerH, type, stairs);
}
else if(has(["SS02", "SS12", "SS22", "SS32", "SS04", "SS14", "SS24", "SS34"], tile)) {
type = parse_number(tile[len(tile) - 2]);
stairs = parse_number(tile[len(tile) - 1]);
side_stairs(tileW, layerH, type, stairs);
}
else if(has(["FW0", "FW1", "FW2", "FW3"], tile)) {
type = parse_number(tile[len(tile) - 1]);
floor_wall(tileW, layerH, type);
}
}
module base(tileW, height) {
linear_extrude(height)
square(tileW);
}
// F
module floor(tileW, height) {
base(tileW, height);
halfW = tileW / 2;
h = height * 2 + height * rand() * 10;
if(choose([true, false, false])) {
translate([halfW, halfW, 0])
rotate(choose([0, 90]))
difference() {
translate([0, 0, h])
mirror([0, 0, 1])
if(choose([true, false])) {
box_extrude(h, shell_thickness = tileW / 10)
rounded_square(tileW * 0.8, 1, center = true);
}
else {
linear_extrude(h)
circle(tileW * 0.5, $fn = choose([4, 8, 12, 48]));
}
linear_extrude(h * 0.8)
square([tileW * 0.2 + rand() * 0.2, tileW], center = true);
rotate(90)
linear_extrude(h * 0.8)
square([tileW * 0.2 + rand() * 0.2, tileW], center = true);
}
}
}
// CCRS
module ccr_stairs(tileW, layerH, type) {
$fn = choose([4, 8, 12, 48]);
base(tileW, layerH * 2);
halfW = tileW / 2;
tx = [[0, 0], [tileW, 0], [tileW, tileW], [0, tileW]];
translate(tx[type])
rotate(type * 90)
for(i = [1:2]) {
linear_extrude(layerH * (2 + i))
difference() {
square(tileW);
pie(radius = halfW + layerH * (i - 1), angle = [0, 90]);
}
}
}
// VCRS
module vcr_stairs(tileW, layerH, type, stairs) {
$fn = choose([4, 8, 12, 48]);
base(tileW, layerH * 2);
halfW = tileW / 2;
tx = [[0, 0], [tileW, 0], [tileW, tileW], [0, tileW]];
translate(tx[type])
rotate(type * 90)
for(i = [1:stairs]) {
linear_extrude(layerH * (2 + i))
pie(radius = halfW - layerH * (i - 1), angle = [0, 90]);
}
}
// SS
module side_stairs(tileW, layerH, type, stairs) {
base(tileW, layerH * 2);
halfW = tileW / 2;
tx = [[0, 0], [tileW, 0], [tileW, tileW], [0, tileW]];
translate(tx[type])
rotate(type * 90)
for(i = [1:stairs]) {
linear_extrude(layerH * (2 + i))
square([tileW, halfW - (i - 1) * layerH]);
}
}
// FW
module floor_wall(tileW, layerH, type) {
base(tileW, layerH * 2);
halfW = tileW / 2;
tx = [[0, 0], [tileW, 0], [tileW, tileW], [0, tileW]];
translate(tx[type])
rotate(type * 90) {
linear_extrude(layerH * 6)
square([tileW, halfW]);
for(i = [0:9]) {
translate([0, tileW * 0.45])
linear_extrude(layerH * 9)
square([tileW, layerH]);
}
}
}
}