It works!! ....but the output seems off when non 90° increments

...probably due to the wiping and rotation overlapping

worldeditadditions/lib/rotate.lua

@@ -16,14 +16,19 @@ local function __compile_rotlist(rotlist)
 		--- 1: Construct a Vector3 to represent which axis we want to rotate on
 		local rotval = Vector3.new(0, 0, 0)
 		-- Assume that if it's a table, it's a Vector3 instance
-		if type(rot) == "table" then rotval = rot:clone() end
+		if type(rot) == "table" then
-		
+			print("DEBUG:__compile_rotlist rot is talble, ROT", weac.inspect(rot))
+			rotval = rot.axis:clone()
+		else
+			-- Otherwise, treat it as a string
 			if rot.axis:find("x", 1, true) then rotval.x = 1
 			elseif rot.axis:find("y", 1, true) then rotval.y = 1
 			elseif rot.axis:find("z", 1, true) then rotval.z = 1 end
 			if rot.axis:sub(1, 1) == "-" then
 				rotval = rotval * -1
 			end
+		end
+		
 		
 		--- 2: Rotate & apply amount of rotation to apply in radians
 		return rotval * rot.rad
@@ -53,6 +58,7 @@ function worldeditadditions.rotate(pos1, pos2, origin, rotlist)
 	-- First, rotate the defined region to find the target region
 	local pos1_rot, pos2_rot = pos1:clone(), pos2:clone()
 	for i, rot in ipairs(rotlist_c) do
+		print("DEBUG origin", weac.inspect(origin), "pos1_rot", weac.inspect(pos1_rot), "pos2_rot", weac.inspect(pos2_rot), "rot", weac.inspect(rot))
 		pos1_rot = Vector3.rotate3d(origin, pos1_rot, rot)
 		pos2_rot = Vector3.rotate3d(origin, pos2_rot, rot)
 	end
@@ -81,7 +87,7 @@ function worldeditadditions.rotate(pos1, pos2, origin, rotlist)
 				local cpos_dest = cpos_src:clone()
 				
 				-- TODO: This is very inefficient. If we could use quaternions here to stack up the rotations, it would be much more efficient.
-				for i, rot in ipairs(rotlist) do
+				for i, rot in ipairs(rotlist_c) do
 					cpos_dest = Vector3.rotate3d(origin, cpos_dest, rot)
 				end
 				

worldeditadditions_commands/commands/rotate.lua

@@ -95,9 +95,21 @@ worldeditadditions_core.register_command("rotate+", {
 	func = function(name, origin, rotlist)
 		local start_time = wea_c.get_ms_time()
 		-------------------------------------------------
-		local pos_origin = wea_c.pos.get(name, origin)
+		
+		
 		local pos1, pos2 = wea_c.pos.get1(name), wea_c.pos.get2(name)
 		
+		local pos_origin = nil
+		if type(origin) == "number" then
+			pos_origin = wea_c.pos.get(name, origin)
+		elseif type(origin) == "string" and origin == "__AUTO__" then
+			pos_origin = Vector3.mean(pos1, pos2)
+		end
+		if pos_origin == nil then
+			-- There's a very small chance that this could be a bug here if origin is (NOT type("number") and NOT type("string") and ~= "__AUTO__"), but this shouldn't happen because we constrain the output of the above parser. This means we can safely make this assumption here
+			return false, "Error: Failed to get origin point from position "..tostring(origin).." because it doesn't exist."
+		end
+		
 		
 		local success, stats = worldeditadditions.rotate(
 			pos1, pos2,