maze3d: implement path dimension customisations

main.lua

@@ -20,7 +20,8 @@ local settings = {
 	inverted = true,
 	
 	path_length = 2,
-	path_width = 1
+	path_width = 1,
+	path_depth = 1
 }
 
 for i=1,#arg do
@@ -52,6 +53,9 @@ for i=1,#arg do
 	elseif arg[i] == "--path-width" then
 		i = i + 1
 		settings.path_width = tonumber(arg[i])
+	elseif arg[i] == "--path-depth" then
+		i = i + 1
+		settings.path_depth = tonumber(arg[i])
 	end
 end
 
@@ -59,15 +63,6 @@ if #settings.extras > 0 then
 	settings.mode = table.remove(settings.extras, 1)
 end
 
-
--- local new_width = calculations.normalise_dimension(settings.width, settings.path_length, settings.path_width)
--- print("[normalise] width "..settings.width.." → "..new_width)
--- settings.width = new_width
--- 
--- local new_height = calculations.normalise_dimension(settings.height, settings.path_length, settings.path_width)
--- print("[normalise] height "..settings.height.." → "..new_height)
--- settings.height = new_height
-
 local function help()
 	print([[
 multimaze: Multidimensional maze generator
@@ -92,6 +87,7 @@ Options:
 		--scale {int}		Sets the scale of the output [openscad output only]
 		--path-length {int}	Sets the path length
 		--path-width {int}	Sets the path width
+		--path-depth {int}	Sets the path depth [3d only]
 ]])
 end
 
@@ -112,7 +108,10 @@ local function maze3d_text()
 		settings.seed,
 		settings.width,
 		settings.height,
-		settings.depth
+		settings.depth,
+		settings.path_length,
+		settings.path_width,
+		settings.path_depth
 	)
 	
 	maze3d.printspace(world, settings.width, settings.height, settings.depth)
@@ -125,7 +124,10 @@ local function maze3d_openscad()
 		setting.seed,
 		settings.width,
 		settings.height,
-		settings.depth
+		settings.depth,
+		settings.path_length,
+		settings.path_width,
+		settings.path_depth
 	)
 	
 	local openscad_settings = {

maze.lua

@@ -39,7 +39,6 @@ function M.generate_maze(seed, width, height, path_length, path_width)
     if not path_length then path_length = 2 end
     if not path_width then path_width = 1 end
 	
-	-- minetest.log("action", "width: "..width..", height: "..height)
 	math.randomseed(seed) -- seed the random number generator with the system clock
 
 	width = width - 1

maze3d.lua

@@ -4,26 +4,26 @@
 -- A test by @Starbeamrainbowlabs
 local M = {}
 
-if arg[1] ~= nil then
+-- if arg[1] ~= nil then
-	width = tonumber(arg[1])
+-- 	width = tonumber(arg[1])
-else
+-- else
-	width = 35
+-- 	width = 35
-end
+-- end
-if arg[2] ~= nil then
+-- if arg[2] ~= nil then
-	height = tonumber(arg[2])
+-- 	height = tonumber(arg[2])
-else
+-- else
-	height = 15
+-- 	height = 15
-end
+-- end
-if arg[3] ~= nil then
+-- if arg[3] ~= nil then
-	depth = tonumber(arg[3])
+-- 	depth = tonumber(arg[3])
-else
+-- else
-	depth = 7
+-- 	depth = 7
-end
+-- end
-if arg[4] ~= nil then
+-- if arg[4] ~= nil then
-    seed = tonumber(arg[4])
+--     seed = tonumber(arg[4])
-else
+-- else
-    seed = os.time()
+--     seed = os.time()
-end
+-- end
 
 ----------------------------------
 -- function to print out the world
@@ -43,15 +43,16 @@ end
 
 -- Initialise the world
 
-function M.generate_maze(seed, width, height, depth)
+function M.generate_maze(seed, width, height, depth, path_length, path_width, path_depth)
 	start_time = os.clock()
 	
+    if not path_length then path_length = 2 end
+    if not path_width then path_width = 1 end
+	if not path_depth then path_depth = 1 end
+	
 	print("Generating maze "..width.."x"..height.."x"..depth)
 	math.randomseed(seed) -- seed the random number generator with the system clock
 
-	width = width - 1
-	height = height - 1
-
 	local world = {}
 	for z = 0, depth, 1 do
         world[z] = {}
@@ -74,22 +75,22 @@ function M.generate_maze(seed, width, height, depth)
 		--print("Nodes left: " .. #nodes)
 
 		local directions = "" -- the different directions we can move in
-        if cz - 2 > 0 and world[cz - 2][cy][cx] == "#" then
+        if cz - path_length > 0 and world[cz - path_length][cy][cx] == "#" then
             directions = directions .. "-"
         end
-        if cz + 2 < depth and world[cz + 2][cy][cx] == "#" then
+        if cz + path_length < depth-path_depth and world[cz + path_length][cy][cx] == "#" then
             directions = directions .. "+"
         end
-		if cy - 2 > 0 and world[cz][cy - 2][cx] == "#" then
+		if cy - path_length > 0 and world[cz][cy - path_length][cx] == "#" then
 			directions = directions .. "u"
 		end
-		if cy + 2 < height and world[cz][cy + 2][cx] == "#" then
+		if cy + path_length < height-path_width and world[cz][cy + path_length][cx] == "#" then
 			directions = directions .. "d"
 		end
-		if cx - 2 > 0 and world[cz][cy][cx - 2] == "#" then
+		if cx - path_length > 0 and world[cz][cy][cx - path_length] == "#" then
 			directions = directions .. "l"
 		end
-		if cx + 2 < width and world[cz][cy][cx + 2] == "#" then
+		if cx + path_length < width-path_width and world[cz][cy][cx + path_length] == "#" then
 			directions = directions .. "r"
 		end
 		
@@ -104,29 +105,71 @@ function M.generate_maze(seed, width, height, depth)
 			
             
             if curdir == "+" then
-                world[cz + 1][cy][cx] = " "
+				for iz = cz,cz+path_length+(path_depth-1) do
-                world[cz + 2][cy][cx] = " "
+					for ix = cx,cx+(path_width-1) do
-                cz = cz + 2
+						for iy = cy,cy+(path_width-1) do
+							world[iz][iy][ix] = " "
+						end
+					end
+				end
+                -- world[cz + 1][cy][cx] = " "
+                -- world[cz + 2][cy][cx] = " "
+                cz = cz + path_length
             elseif curdir == "-" then
-                world[cz - 1][cy][cx] = " "
+				for iz = cz,cz-path_length do
-                world[cz - 2][cy][cx] = " "
+					for ix = cx,cx+(path_width-1) do
-                cz = cz - 2
+						for iy = cy,cy+(path_width-1) do
+							world[iz][iy][ix] = " "
+						end
+					end
+				end
+                -- world[cz - 1][cy][cx] = " "
+                -- world[cz - 2][cy][cx] = " "
+                cz = cz - path_length
             elseif curdir == "u" then
-				world[cz][cy - 1][cx] = " "
+				for iz = cz,cz+(path_depth-1) do
-				world[cz][cy - 2][cx] = " "
+	                for ix = cx,cx+(path_width-1) do
-				cy = cy - 2
+	                    for iy = cy-path_length,cy do
+	                        world[iz][iy][ix] = " "
+	                    end
+	                end
+				end
+				-- world[cz][cy - 1][cx] = " "
+				-- world[cz][cy - 2][cx] = " "
+				cy = cy - path_length
 			elseif curdir == "d" then
-				world[cz][cy + 1][cx] = " "
+				for iz = cz,cz+(path_depth-1) do
-				world[cz][cy + 2][cx] = " "
+	                for ix = cx,cx+(path_width-1) do
-				cy = cy + 2
+	                    for iy = cy,cy+path_length+(path_width-1) do
+	                        world[iz][iy][ix] = " "
+	                    end
+	                end
+				end
+				-- world[cz][cy + 1][cx] = " "
+				-- world[cz][cy + 2][cx] = " "
+				cy = cy + path_length
 			elseif curdir == "l" then
-				world[cz][cy][cx - 1] = " "
+				for iz = cz,cz+(path_depth-1) do
-				world[cz][cy][cx - 2] = " "
+	                for iy = cy,cy+(path_width-1) do
-				cx = cx - 2
+	                    for ix = cx-path_length,cx do
+	                        world[iz][iy][ix] = " "
+	                    end
+	                end
+				end
+				-- world[cz][cy][cx - 1] = " "
+				-- world[cz][cy][cx - 2] = " "
+				cx = cx - path_length
 			elseif curdir == "r" then
-				world[cz][cy][cx + 1] = " "
+				for iz = cz,cz+(path_depth-1) do
-				world[cz][cy][cx + 2] = " "
+	                for iy = cy,cy+(path_width-1) do
-				cx = cx + 2
+	                    for ix = cx,cx+path_length+(path_width-1) do
+	                        world[iz][iy][ix] = " "
+	                    end
+	                end
+				end
+				-- world[cz][cy][cx + 1] = " "
+				-- world[cz][cy][cx + 2] = " "
+				cx = cx + path_length
 			end
             
 			table.insert(nodes, { x = cx, y = cy, z = cz })