Rearranged some conditionals

mods/PLAYER/mcl_sprint/init.lua

@@ -164,77 +164,75 @@ minetest.register_globalstep(function(dtime)
 	for playerName, playerInfo in pairs(players) do
 		local player = get_player_by_name(playerName)
 		if player then
-			local ctrl = player:get_player_control()
+			if mcl_playerinfo:collision_detect(player:get_pos(),player) then
+				local ctrl = player:get_player_control()
+					--Check if the player should be sprinting
+					if players[playerName]["clientSprint"] or ctrl.aux1 and ctrl.up and not ctrl.sneak then
+							players[playerName]["shouldSprint"] = true
+					else
+						players[playerName]["shouldSprint"] = false
 
-			--Check if the player should be sprinting
+					end
-			if players[playerName]["clientSprint"] or ctrl.aux1 and ctrl.up and not ctrl.sneak then
+
-				if not mcl_playerinfo:collision_detect(player:get_pos(),player) then
+				local playerPos = player:get_pos()
-					players[playerName]["shouldSprint"] = true
+				--If the player is sprinting, create particles behind and cause exhaustion
+				if playerInfo["sprinting"] == true and players[playerName]["shouldSprint"] and not player:get_attach() and gameTime % 0.1 == 0 then
+					-- Exhaust player for sprinting
+					local lastPos = players[playerName].lastPos
+					local dist = vector.distance({x=lastPos.x, y=0, z=lastPos.z}, {x=playerPos.x, y=0, z=playerPos.z})
+					players[playerName].sprintDistance = players[playerName].sprintDistance + dist
+					if players[playerName].sprintDistance >= 1 then
+						local superficial = math.floor(players[playerName].sprintDistance)
+						exhaust(playerName, mcl_hunger.EXHAUST_SPRINT * superficial)
+						players[playerName].sprintDistance = players[playerName].sprintDistance - superficial
+					end
+
+					-- Sprint node particles
+					local playerNode = get_node({x=playerPos["x"], y=playerPos["y"]-1, z=playerPos["z"]})
+					local def = registered_nodes[playerNode.name]
+					if def and def.walkable then
+						add_particlespawner({
+							amount = math.random(1, 2),
+							time = 1,
+							minpos = {x=-0.5, y=0.1, z=-0.5},
+							maxpos = {x=0.5, y=0.1, z=0.5},
+							minvel = {x=0, y=5, z=0},
+							maxvel = {x=0, y=5, z=0},
+							minacc = {x=0, y=-13, z=0},
+							maxacc = {x=0, y=-13, z=0},
+							minexptime = 0.1,
+							maxexptime = 1,
+							minsize = 0.5,
+							maxsize = 1.5,
+							collisiondetection = true,
+							attached = player,
+							vertical = false,
+							node = playerNode,
+							node_tile = get_top_node_tile(playerNode.param2, def.paramtype2),
+						})
+					end
 				end
-				elseif mcl_playerinfo:collision_detect(player:get_pos(),player) then
-					players[playerName]["shouldSprint"] = false
 
+				--Adjust player states
+				players[playerName].lastPos = playerPos
+				if players[playerName]["shouldSprint"] == true then --Stopped
+					local sprinting
+					-- Prevent sprinting if hungry or sleeping
+					if (mcl_hunger.active and get_hunger(player) <= 6)
+					or (player:get_meta():get_string("mcl_beds:sleeping") == "true") then
+						sprinting = false
+						cancelClientSprinting(playerName)
+					else
+						sprinting = true
+					end
+					setSprinting(playerName, sprinting)
+				elseif players[playerName]["shouldSprint"] == false then
+					setSprinting(playerName, false)
+				end
 			else
-				players[playerName]["shouldSprint"] = false
+				setSprinting(playerName, 0)
 
 			end
-
-			local playerPos = player:get_pos()
-			--If the player is sprinting, create particles behind and cause exhaustion
-			if playerInfo["sprinting"] == true and players[playerName]["shouldSprint"] and not player:get_attach() and gameTime % 0.1 == 0 then
-				-- Exhaust player for sprinting
-				local lastPos = players[playerName].lastPos
-				local dist = vector.distance({x=lastPos.x, y=0, z=lastPos.z}, {x=playerPos.x, y=0, z=playerPos.z})
-				players[playerName].sprintDistance = players[playerName].sprintDistance + dist
-				if players[playerName].sprintDistance >= 1 then
-					local superficial = math.floor(players[playerName].sprintDistance)
-					exhaust(playerName, mcl_hunger.EXHAUST_SPRINT * superficial)
-					players[playerName].sprintDistance = players[playerName].sprintDistance - superficial
-				end
-
-				-- Sprint node particles
-				local playerNode = get_node({x=playerPos["x"], y=playerPos["y"]-1, z=playerPos["z"]})
-				local def = registered_nodes[playerNode.name]
-				if def and def.walkable then
-					add_particlespawner({
-						amount = math.random(1, 2),
-						time = 1,
-						minpos = {x=-0.5, y=0.1, z=-0.5},
-						maxpos = {x=0.5, y=0.1, z=0.5},
-						minvel = {x=0, y=5, z=0},
-						maxvel = {x=0, y=5, z=0},
-						minacc = {x=0, y=-13, z=0},
-						maxacc = {x=0, y=-13, z=0},
-						minexptime = 0.1,
-						maxexptime = 1,
-						minsize = 0.5,
-						maxsize = 1.5,
-						collisiondetection = true,
-						attached = player,
-						vertical = false,
-						node = playerNode,
-						node_tile = get_top_node_tile(playerNode.param2, def.paramtype2),
-					})
-				end
-			end
-
-			--Adjust player states
-			players[playerName].lastPos = playerPos
-			if players[playerName]["shouldSprint"] == true then --Stopped
-				local sprinting
-				-- Prevent sprinting if hungry or sleeping
-				if (mcl_hunger.active and get_hunger(player) <= 6)
-				or (player:get_meta():get_string("mcl_beds:sleeping") == "true") then
-					sprinting = false
-					cancelClientSprinting(playerName)
-				else
-					sprinting = true
-				end
-				setSprinting(playerName, sprinting)
-			elseif players[playerName]["shouldSprint"] == false then
-				setSprinting(playerName, false)
-			end
-
 		end
 	end
 end)