Vector3: add snap_to

.tests/Vector3/add.test.lua

@@ -1,14 +1,5 @@
 local Vector3 = require("worldeditadditions.utils.vector3")
 
-local function format_map(map)
-	local result = {}
-	for key, value in pairs(map) do
-		table.insert(result, key.."\t"..tostring(value))
-	end
-	return table.concat(result, "\n")
-end
-
-
 describe("Vector3.add", function()
 	it("should add 2 positive vectors", function()
 		local a = Vector3.new(3, 4, 5)

.tests/Vector3/snap_to.test.lua

@@ -1,35 +1,25 @@
 local Vector3 = require("worldeditadditions.utils.vector3")
 
-local function format_map(map)
-	local result = {}
-	for key, value in pairs(map) do
-		table.insert(result, key.."\t"..tostring(value))
-	end
-	return table.concat(result, "\n")
-end
-
-
 describe("Vector3.snap_to", function()
 	it("should snap_to a positive vector", function()
 		local a = Vector3.new(3.1, 4.75, 5.9)
-		print("DEBUG "..tostring(a:snap_to(10)))
 		assert.are.same(
-			a:snap_to(10),
+			Vector3.new(0, 0, 10),
-			Vector3.new(0, 0, 10)
+			a:snap_to(10)
 		)
 	end)
 	it("should snap_to a negative vector", function()
 		local a = Vector3.new(-2.5, -4.2, -5.3)
 		assert.are.same(
-			a:snap_to(6),
+			Vector3.new(0, -6, -6),
-			Vector3.new(0, -6, -6)
+			a:snap_to(6)
 		)
 	end)
 	it("should work with integers", function()
 		local a = Vector3.new(3, 4, 5)
 		assert.are.same(
-			a:snap_to(3),
+			Vector3.new(3, 3, 6),
-			Vector3.new(3, 3, 6)
+			a:snap_to(3)
 		)
 	end)
 	it("should return a new Vector3 instance", function()
@@ -37,8 +27,8 @@ describe("Vector3.snap_to", function()
 		
 		local result = a:snap_to(3)
 		assert.are.same(
-			result,
+			Vector3.new(3, 6, 6),
-			Vector3.new(3, 6, 6)
+			result
 		)
 		assert.are_not.equal(result, a)
 	end)

worldeditadditions/utils/vector3.lua

@@ -123,7 +123,7 @@ end
 -- @param	number	grid_size	The size of the squares on the imaginary grid to which to snap.
 -- @returns	Vector3	A new Vector3 instance snapped to an imaginary grid of the specified size.
 function Vector3.snap_to(a, grid_size)
-	return a:round(a / grid_size) * grid_size
+	return (a / grid_size):round() * grid_size
 end
 
 --- Returns the area of this vector.