Update a bunch of APi methods

worldeditadditions/lib/scale.lua

@@ -1,3 +1,5 @@
+local wea_c = worldeditadditions_core
+local Vector3 = wea_c.Vector3
 
 --- Scales the defined region by the given scale factor in the given anchors.
 -- Scale factor vectors containing both scale up and scale down operations are
@@ -11,14 +13,14 @@
 -- @param	anchor		Vector	The anchor to scale in - as a vector. e.g. { x = -1, y = 1, z = -1 } would mean scale in the negative x, positive y, and negative z directions.
 -- @return	boolean, string|table	Whether the operation was successful or not. If not, then an error messagea as a string is also passed. If it was, then a statistics object is returned instead.
 function worldeditadditions.scale(pos1, pos2, scale, anchor)
-	pos1, pos2 = worldedit.sort_pos(pos1, pos2)
+	pos1, pos2 = Vector3.sort(pos1, pos2)
 	
 	if scale.x == 0 or scale.y == 0 or scale.z == 0 then
 		return false, "A component of the scale factoro was 0."
 	end
 	
-	local scale_down = vector.new(1, 1, 1)
-	local scale_up = vector.new(1, 1, 1)
+	local scale_down = Vector3.new(1, 1, 1)
+	local scale_up = Vector3.new(1, 1, 1)
 	
 	if scale.x > -1 and scale.x < 1 then scale_down.x = scale.x end
 	if scale.y > -1 and scale.y < 1 then scale_down.y = scale.y end
@@ -49,7 +51,7 @@ function worldeditadditions.scale(pos1, pos2, scale, anchor)
 		pos2 = stats.pos2
 	end
 	
-	pos1, pos2 = worldedit.sort_pos(pos1, pos2)
+	pos1, pos2 = Vector3.sort(pos1, pos2)
 	
 	stats_total.pos1 = pos1
 	stats_total.pos2 = pos2

worldeditadditions/lib/scale_up.lua

@@ -1,4 +1,7 @@
-local wea = worldeditadditions
+local wea_c = worldeditadditions_core
+local Vector3 = wea_c.Vector3
+
+
 -- ███████  ██████  █████  ██      ███████         ██    ██ ██████
 -- ██      ██      ██   ██ ██      ██              ██    ██ ██   ██
 -- ███████ ██      ███████ ██      █████           ██    ██ ██████
@@ -12,7 +15,7 @@ local wea = worldeditadditions
 -- @param	anchor		Vector	The direction to scale in - as a vector. e.g. { x = -1, y = 1, z = -1 } would mean scale in the negative x, positive y, and nevative z directions.
 -- @return	boolean, string|table	Whether the operation was successful or not. If not, then an error messagea as a string is also passed. If it was, then a statistics object is returned instead.
 function worldeditadditions.scale_up(pos1, pos2, scale, anchor)
-	pos1, pos2 = worldedit.sort_pos(pos1, pos2)
+	pos1, pos2 = Vector3.sort(pos1, pos2)
 	if (scale.x < 1 and scale.x > -1) and (scale.y < 1 and scale.y > -1) and (scale.z < 1 and scale.z > -1) then
 		return false, "Error: Scale factor vectors may not mix values -1 < factor < 1 and (1 < factor or factor < -1) - in other words, you can't scale both up and down at the same time (try worldeditadditions.scale, which automatically applies such scale factor vectors as 2 successive operations)"
 	end
@@ -20,10 +23,10 @@ function worldeditadditions.scale_up(pos1, pos2, scale, anchor)
 		return false, "Error: One of the components of the anchor vector was 0 (anchor components should either be greater than or less than 0 to indicate the anchor to scale in.)"
 	end
 	
-	local size = vector.add(vector.subtract(pos2, pos1), 1)
+	local size = (pos2 - pos1) + 1
 	
-	local pos1_big = vector.new(pos1)
-	local pos2_big = vector.new(pos2)
+	local pos1_big = Vector3.new(pos1)
+	local pos2_big = Vector3.new(pos2)
 	
 	if anchor.x < 1 then pos1_big.x = pos1_big.x - (size.x * (scale.x - 1))
 	else pos2_big.x = pos2_big.x + (size.x * (scale.x - 1)) end
@@ -32,9 +35,9 @@ function worldeditadditions.scale_up(pos1, pos2, scale, anchor)
 	if anchor.z < 1 then pos1_big.z = pos1_big.z - (size.z * (scale.z - 1))
 	else pos2_big.z = pos2_big.z + (size.z * (scale.z - 1)) end
 	
-	local size_big = vector.add(vector.subtract(pos2_big, pos1_big), 1)
+	local size_big = (pos2_big - pos1_big) + 1
 	
-	-- print("scale_up: scaling "..wea.vector.tostring(pos1).." to "..wea.vector.tostring(pos2).." (volume "..worldedit.volume(pos1, pos2).."; size "..wea.vector.tostring(size)..") to "..wea.vector.tostring(pos1_big).." to "..wea.vector.tostring(pos2_big).." (volume "..worldedit.volume(pos1_big, pos2_big).."; size "..wea.vector.tostring(size_big)..")")
+	-- print("scale_up: scaling "..pos1.." to "..pos2.." (volume "..worldedit.volume(pos1, pos2).."; size "..size..") to "..pos1_big.." to "..pos2_big.." (volume "..worldedit.volume(pos1_big, pos2_big).."; size "..size_big..")")
 	
 	local manip_small, area_small = worldedit.manip_helpers.init(pos1, pos2)
 	local manip_big, area_big = worldedit.manip_helpers.init(pos1_big, pos2_big)
@@ -47,18 +50,18 @@ function worldeditadditions.scale_up(pos1, pos2, scale, anchor)
 	for z = pos2.z, pos1.z, -1 do
 		for y = pos2.y, pos1.y, -1 do
 			for x = pos2.x, pos1.x, -1 do
-				local posi_rel = vector.subtract({ x = x, y = y, z = z }, pos1)
+				local posi_rel = Vector3.new(x, y, z) - pos1
 				
-				local kern_anchor = {
-					x = pos1_big.x + (posi_rel.x * scale.x) + (scale.x - 1),
-					y = pos1_big.y + (posi_rel.y * scale.y) + (scale.y - 1),
-					z = pos1_big.z + (posi_rel.z * scale.z) + (scale.z - 1)
-				}
+				local kern_anchor = Vector3.new(
+					pos1_big.x + (posi_rel.x * scale.x) + (scale.x - 1),
+					pos1_big.y + (posi_rel.y * scale.y) + (scale.y - 1),
+					pos1_big.z + (posi_rel.z * scale.z) + (scale.z - 1)
+				)
 				
 				-- print(
-				-- 	"posi", wea.vector.tostring(vector.new(x, y, z)),
-				-- 	"posi_rel", wea.vector.tostring(posi_rel),
-				-- 	"kern_anchor", wea.vector.tostring(kern_anchor)
+				-- 	"posi", Vector3.new(x, y, z)),
+				-- 	"posi_rel", posi_rel,
+				-- 	"kern_anchor", kern_anchor
 				-- )
 				
 				local source_val = data_source[area_small:index(x, y, z)]

worldeditadditions/lib/spiral_circle.lua

@@ -1,5 +1,5 @@
-local wea = worldeditadditions
-local Vector3 = wea.Vector3
+local wea_c = worldeditadditions_core
+local Vector3 = wea_c.Vector3
 
 -- ███████ ██████  ██ ██████   █████  ██
 -- ██      ██   ██ ██ ██   ██ ██   ██ ██
@@ -71,11 +71,12 @@ function worldeditadditions.spiral_circle(pos1, pos2, target_node, interval_init
 		if angle > math.pi / 2 then
 			acceleration_constant = (interval/angle * acceleration) * step
 		end
-		radius = 1 + math.floor(interval*(angle / (math.pi*2)), 0)
+		-- BUG: MIGHT BE A BUG. We passed a 2nd param to math.floor, so I added a math.max --@sbrl 2022-09-18 the big upgrade
+		radius = 1 + math.floor(math.max(interval*(angle / (math.pi*2)), 0))
 		interval = interval_initial + acceleration_constant
 		
 		
-		print("DEBUG cpos", pos_current:multiply(1000):floor():divide(1000), "angle", math.deg(angle), "step", wea.round(math.deg(step), 3), "radius", wea.round(radius, 3), "interval", wea.round(interval, 3), "accel_const", acceleration_constant)
+		print("DEBUG cpos", pos_current:multiply(1000):floor():divide(1000), "angle", math.deg(angle), "step", wea_c.round(math.deg(step), 3), "radius", wea_c.round(radius, 3), "interval", wea_c.round(interval, 3), "accel_const", acceleration_constant)
 		
 	end
 	

worldeditadditions/lib/spiral_square.lua

@@ -1,5 +1,5 @@
-local wea = worldeditadditions
-local Vector3 = wea.Vector3
+local wea_c = worldeditadditions_core
+local Vector3 = wea_c.Vector3
 
 -- ███████ ██████  ██ ██████   █████  ██
 -- ██      ██   ██ ██ ██   ██ ██   ██ ██

worldeditadditions/lib/subdivide.lua

@@ -3,6 +3,7 @@
 -- ███████ ██    ██ ██████  ██   ██ ██ ██    ██ ██ ██   ██ █████
 --      ██ ██    ██ ██   ██ ██   ██ ██  ██  ██  ██ ██   ██ ██
 -- ███████  ██████  ██████  ██████  ██   ████   ██ ██████  ███████
+local wea_c = worldeditadditions_core
 local wea = worldeditadditions
 
 -- Counts the number of chunks in the given area.
@@ -43,7 +44,7 @@ local function make_stats_obj(state)
 end
 
 local function subdivide_step_complete(state)
-	state.times.total = wea.get_ms_time() - state.times.start
+	state.times.total = wea_c.get_ms_time() - state.times.start
 	
 	state.callback_complete(
 		state.pos1,
@@ -77,18 +78,18 @@ local function subdivide_step_beforeload(state)
 	if state.cpos1.y < state.pos1.y then state.cpos1.y = state.pos1.y end
 	if state.cpos1.z < state.pos1.z then state.cpos1.z = state.pos1.z end
 	
-	state.times.emerge_last = wea.get_ms_time()
+	state.times.emerge_last = wea_c.get_ms_time()
 	
-	-- print("[BEFORE_EMERGE] c1", wea.vector.tostring(state.cpos1), "c2", wea.vector.tostring(state.cpos2), "volume", worldedit.volume(state.cpos1, state.cpos2))
+	-- print("[BEFORE_EMERGE] c1", state.cpos1, "c2", state.cpos2, "volume", worldedit.volume(state.cpos1, state.cpos2))
 	worldeditadditions.emerge_area(state.cpos1, state.cpos2, state.__afterload, state)
 end
 
 local function subdivide_step_afterload(state_emerge, state_ours)
-	-- print("[AFTER_EMERGE] c1", wea.vector.tostring(state_ours.cpos1), "c2", wea.vector.tostring(state_ours.cpos2), "volume", worldedit.volume(state_ours.cpos1, state_ours.cpos2))
-	state_ours.times.emerge_last = wea.get_ms_time() - state_ours.times.emerge_last
+	-- print("[AFTER_EMERGE] c1", state_ours.cpos1, "c2", state_ours.cpos2, "volume", worldedit.volume(state_ours.cpos1, state_ours.cpos2))
+	state_ours.times.emerge_last = wea_c.get_ms_time() - state_ours.times.emerge_last
 	table.insert(state_ours.times.emerge, state_ours.times.emerge_last)
 	if #state_ours.times.emerge > 25 then
-		state_ours.times.emerge = wea.table.get_last(state_ours.times.emerge, 100)
+		state_ours.times.emerge = wea_c.table.get_last(state_ours.times.emerge, 100)
 	end
 	state_ours.times.emerge_total = state_ours.times.emerge_total + state_ours.times.emerge_last
 	
@@ -96,23 +97,23 @@ local function subdivide_step_afterload(state_emerge, state_ours)
 	
 	state_ours.chunks_completed = state_ours.chunks_completed + 1
 	
-	local callback_last = wea.get_ms_time()
+	local callback_last = wea_c.get_ms_time()
 	state_ours.callback_subblock(
 		state_ours.cpos1,
 		state_ours.cpos2,
 		make_stats_obj(state_ours)
 	)
-	state_ours.times.callback_last = wea.get_ms_time() - callback_last
+	state_ours.times.callback_last = wea_c.get_ms_time() - callback_last
 	table.insert(state_ours.times.callback, state_ours.times.callback_last)
 	
-	state_ours.times.step_last = wea.get_ms_time() - state_ours.times.step_start_abs
+	state_ours.times.step_last = wea_c.get_ms_time() - state_ours.times.step_start_abs
 	table.insert(state_ours.times.steps, state_ours.times.step_last)
 	if #state_ours.times.steps > 25 then
-		state_ours.times.steps = wea.table.get_last(state_ours.times.steps, 100)
+		state_ours.times.steps = wea_c.table.get_last(state_ours.times.steps, 100)
 	end
 	state_ours.times.steps_total = state_ours.times.steps_total + state_ours.times.step_last
-	state_ours.times.step_start_abs = wea.get_ms_time()
-	state_ours.eta = wea.eta(
+	state_ours.times.step_start_abs = wea_c.get_ms_time()
+	state_ours.eta = wea_c.eta(
 		state_ours.times.steps,
 		state_ours.chunks_completed,
 		state_ours.chunks_total
@@ -159,14 +160,14 @@ function worldeditadditions.subdivide(pos1, pos2, chunk_size, callback_subblock,
 		times = {
 			-- Total time per step
 			steps_total = 0,
-			steps = {}, step_last = 0, step_start_abs = wea.get_ms_time(),
+			steps = {}, step_last = 0, step_start_abs = wea_c.get_ms_time(),
 			-- Time per step spent on mineteest.emerge_area()
 			emerge_total = 0,
 			emerge = {}, emerge_last = 0,
 			-- Timme per step spent running the callback
 			callback = {}, callback_last = 0,
 			-- The start time (absolute)
-			start = wea.get_ms_time(),
+			start = wea_c.get_ms_time(),
 			-- The eta (in ms) until we're done
 			eta = 0
 		},

worldeditadditions/lib/torus.lua

@@ -1,3 +1,6 @@
+local wea_c = worldeditadditions_core
+local Vector3 = wea_c.Vector3
+
 --- Generates torus shapes.
 -- @module worldeditadditions.torus
 
@@ -45,7 +48,7 @@ function worldeditadditions.torus(position, major_radius, minor_radius, target_n
 			for x = -total_radius, total_radius do
 				local x_sq = x*x
 				
-				local sq = vector.new(x_sq, y_sq, z_sq)
+				local sq = Vector3.new(x_sq, y_sq, z_sq)
 				
 				-- Default: xy
 				if axes == "xz" then

worldeditadditions/lib/walls.lua

@@ -1,3 +1,5 @@
+local wea_c = worldeditadditions_core
+local Vector3 = wea_c.Vector3
 
 -- ██     ██  █████  ██      ██      ███████
 -- ██     ██ ██   ██ ██      ██      ██
@@ -12,7 +14,7 @@
 -- @param	node_name	string	The name of the node to use to create the walls with.
 -- @param	thickness	number?	The thickness of the walls to create. Default: 1
 function worldeditadditions.walls(pos1, pos2, node_name, thickness)
-	pos1, pos2 = worldedit.sort_pos(pos1, pos2)
+	pos1, pos2 = Vector3.sort(pos1, pos2)
 	if not thickness then thickness = 1 end
 	-- pos2 will always have the highest co-ordinates now