Removed unneccessary comments

Other minor tweaks
Added a tiny bit of oomph to JetpackStart.wav

Author: fourZK

Base.rte/AI/RocketAI.lua

@@ -202,7 +202,6 @@ function UpdateAI(self)
 
 	-- Control up/down movement
 	if self.DeliveryState ~= ACraft.UNLOAD then
-		--local limit = self.Mass * -0.0157 + 29	-- Descend slower when carrying a heavy cargo
 		local change = self.YposPID:Update(-(self.LZpos.Y - (self.Pos.Y + self.Vel.Y)), 0);
 		if math.abs(self.RotAngle) < 0.9 then
 			if self.DeliveryState == ACraft.LAUNCH and change > 7 then

Base.rte/Craft/DropShips/DropshipMK1.ini

@@ -1529,7 +1529,7 @@ AddActor = ACDropShip
 			Y = 28
 		Velocity = Vector
 			X = 0
-			Y = 4
+			Y = 6
 		Radius = 22
 		Range = 45
 	CrashSound = Sound

Base.rte/Craft/DropShips/DropshipMK1.lua

@@ -5,8 +5,8 @@ function Create(self)
 	self.AI = NativeDropShipAI:Create(self);
 	self.Frame = math.random(0, self.FrameCount - 1);
 
-	self.explTimer = Timer();
-	self.expldelay = 3000 / math.sqrt(self.Radius + 1);
+	self.explosionTimer = Timer();
+	self.explosiondelay = 3000 / math.sqrt(self.Radius + 1);
 
 	self.height = ToMOSprite(self):GetSpriteHeight();
 	self.width = ToMOSprite(self):GetSpriteWidth();
@@ -25,9 +25,9 @@ function Update(self)
 		self.RotAngle = self.RotAngle + (math.pi * 2);
 	end
 	-- Explosion effects on scuttle
-	if self.Status > 2 or self.AIMode == Actor.AIMODE_SCUTTLE then
-		if self.explTimer:IsPastSimMS(self.expldelay) then
-			self.explTimer:Reset();
+	if self.Status > Actor.UNSTABLE or self.AIMode == Actor.AIMODE_SCUTTLE then
+		if self.explosionTimer:IsPastSimMS(self.explosiondelay) then
+			self.explosionTimer:Reset();
 			local expl = CreateAEmitter("Scuttle Explosion");
 			expl.Pos = self.Pos + Vector(self.width / 2, self.height / 2):RadRotate(self.RotAngle) * RangeRand(-0.8, 0.8);
 			expl.Vel = self.Vel;

Base.rte/Craft/Shared/MGTurret.lua

@@ -6,89 +6,81 @@ function Create(self)
 	-- Toggle visibility of the aim area / trace to see how the detection works
 	self.showAim = false;
 	-- Angle alteration variables (do not touch)
-	self.rotNum = 0;	-- Left / Right
-	self.vertiNum = 0;	-- Up / Down
+	self.rotation = 0;	-- Left / Right movement affecting turret angle
+	self.verticalFactor = 0;	-- How Up / Down movement affects turret angle
 end
-
 function Update(self)
-
-	local mo = self:GetParent();
-	if mo and IsActor(mo) then
+	local parent = self:GetParent();
+	if parent and IsActor(parent) then
 
-		local parent = ToActor(mo);
-
-		local ctrl = parent:GetController();
-	
-		if ctrl:IsState(Controller.MOVE_RIGHT) then
-			self.rotNum = self.rotNum + self.turnSpeed;
+		local parent = ToActor(parent);
+		local controller = parent:GetController();
+		
+		if controller:IsState(Controller.MOVE_RIGHT) then
+			self.rotation = self.rotation + self.turnSpeed;
 		end
-		if ctrl:IsState(Controller.MOVE_LEFT) then
-			self.rotNum = self.rotNum - self.turnSpeed;
+		if controller:IsState(Controller.MOVE_LEFT) then
+			self.rotation = self.rotation - self.turnSpeed;
 		end
 		-- Spread / tighten aim when moving up / down
-		if ctrl:IsState(Controller.MOVE_DOWN) then
-			self.vertiNum = self.vertiNum - self.turnSpeed;
+		if controller:IsState(Controller.MOVE_DOWN) then
+			self.verticalFactor = self.verticalFactor - self.turnSpeed;
 		end
-		if math.abs(self.rotNum) > 0.001 then
-			self.rotNum = self.rotNum / (1 + self.turnSpeed * 2);
+		if math.abs(self.rotation) > 0.001 then
+			self.rotation = self.rotation / (1 + self.turnSpeed * 2);
 		else
-			self.rotNum = 0;
+			self.rotation = 0;
 		end
-		if math.abs(self.vertiNum) > 0.001 then
-			self.vertiNum = self.vertiNum / (1 + self.turnSpeed * 4);
+		if math.abs(self.verticalFactor) > 0.001 then
+			self.verticalFactor = self.verticalFactor / (1 + self.turnSpeed * 4);
 		else
-			self.vertiNum = 0;
+			self.verticalFactor = 0;
 		end
 		-- Aim directly away from parent ship
 		local posTrace = SceneMan:ShortestDistance(parent.Pos, self.Pos, SceneMan.SceneWrapsX):SetMagnitude(self.searchRange / 2);
-		self.RotAngle = (1.57 * self.vertiNum + posTrace.AbsRadAngle) / (1 + self.vertiNum) - self.rotNum;
+		self.RotAngle = (1.57 * self.verticalFactor + posTrace.AbsRadAngle) / (1 + self.verticalFactor) - self.rotation;
 		if self.areaMode then	-- Area Mode
 			local aimPos = self.Pos + Vector((self.searchRange / 2), 0):RadRotate(self.RotAngle);
-		
 			-- Debug: visualize aim area
 			if self.showAim then
 				FrameMan:DrawCirclePrimitive(self.Team, aimPos, (self.searchRange / 2), 13);
 			end
-			
 			local aimTarget = MovableMan:GetClosestEnemyActor(self.Team, aimPos, (self.searchRange / 2), Vector());
 			if aimTarget then
-			
 				-- Debug: visualize search trace
 				if self.showAim then
 					FrameMan:DrawLinePrimitive(self.Team, aimPos, aimTarget.Pos, 13);
 				end
-			
 				-- Check that the target isn't obscured by terrain
 				local aimTrace = SceneMan:ShortestDistance(self.Pos, aimTarget.Pos, SceneMan.SceneWrapsX);
 				local terrCheck = SceneMan:CastStrengthRay(self.Pos, aimTrace, 30, Vector(), 5, 0, SceneMan.SceneWrapsX);
-
 				if terrCheck == false then
 					self.RotAngle = aimTrace.AbsRadAngle;
 					-- Debug: visualize aim trace
 					if self.showAim then
 						FrameMan:DrawLinePrimitive(self.Team, self.Pos, aimTarget.Pos, 254);
 					end
 					self:EnableEmission(true);
-					self:TriggerBurst();	-- Fire!
+					self:TriggerBurst();
 				end
 			end
 		else	-- Default Mode
 			local target;
 			local aimTrace = Vector(self.searchRange, 0):RadRotate(self.RotAngle);
 			-- Search for MOs directly in line of sight of two rays
-			local mocheck1 = SceneMan:CastMORay(self.Pos, aimTrace:RadRotate(1 / math.sqrt(self.searchRange)), parent.ID, self.Team, 0, false, 5);
-			if mocheck1 ~= 255 then
-				target = MovableMan:GetMOFromID(MovableMan:GetMOFromID(mocheck1).RootID);
+			local moCheck1 = SceneMan:CastMORay(self.Pos, aimTrace:RadRotate(1 / math.sqrt(self.searchRange)), parent.ID, self.Team, 0, false, 5);
+			if moCheck1 ~= rte.NoMOID then
+				target = MovableMan:GetMOFromID(MovableMan:GetMOFromID(moCheck1).RootID);
 			else
-				local mocheck2 = SceneMan:CastMORay(self.Pos, aimTrace:RadRotate(-1 / math.sqrt(self.searchRange)), parent.ID, self.Team, 0, false, 5);
-				if mocheck2 ~= 255 then
-					target = MovableMan:GetMOFromID(MovableMan:GetMOFromID(mocheck2).RootID);
+				local moCheck2 = SceneMan:CastMORay(self.Pos, aimTrace:RadRotate(-1 / math.sqrt(self.searchRange)), parent.ID, self.Team, 0, false, 5);
+				if moCheck2 ~= rte.NoMOID then
+					target = MovableMan:GetMOFromID(MovableMan:GetMOFromID(moCheck2).RootID);
 				end
 			end
 			local color = 13;	-- Debug trace color: red
 			if target and IsActor(target) then
 				self:EnableEmission(true);
-				self:TriggerBurst();	-- Fire!
+				self:TriggerBurst();
 
 				if self:IsSetToBurst() then
 					color = 254;	-- Debug trace color: white

Base.rte/Craft/StorageCrate/Crate.ini

@@ -159,45 +159,13 @@ AddActor = ACRocket
 			Y = 0
 //	ExitInterval = 1000
 	RaisedGearLimbPath = LimbPath
-		PresetName = Rocket Gear Raised Path
-		StartOffset = Vector
-			X = 0
-			Y = 0
-		StartSegCount = 0
-		SlowTravelSpeed = 0
-		NormalTravelSpeed = 0
-		FastTravelSpeed = 0
-		PushForce = 0
+		CopyOf = Null Path
 	LoweredGearLimbPath = LimbPath
-		PresetName = Rocket Gear Lowered Path
-		StartOffset = Vector
-			X = 0
-			Y = 0
-		StartSegCount = 0
-		SlowTravelSpeed = 0
-		NormalTravelSpeed = 0
-		FastTravelSpeed = 0
-		PushForce = 0
+		CopyOf = Null Path
 	LoweringGearLimbPath = LimbPath
-		PresetName = Rocket Gear Lowering Path
-		StartOffset = Vector
-			X = 0
-			Y = 0
-		StartSegCount = 0
-		SlowTravelSpeed = 0
-		NormalTravelSpeed = 0
-		FastTravelSpeed = 0
-		PushForce = 0
+		CopyOf = Null Path
 	RaisingGearLimbPath = LimbPath
-		PresetName = Rocket Gear Raising Path
-		StartOffset = Vector
-			X = 0
-			Y = 0
-		StartSegCount = 0
-		SlowTravelSpeed = 0
-		NormalTravelSpeed = 0
-		FastTravelSpeed = 0
-		PushForce = 0
+		CopyOf = Null Path
 	CrashSound = Sound
 		CopyOf = Metal Body Blunt Hit Large
 //	GibImpulseLimit = 14000

Base.rte/Craft/StorageCrate/DropCrate.lua

@@ -1,36 +1,29 @@
 function Create(self)
 	self.GibTimer = Timer();
-	-- Choose horizontal direction
-	local dir = 1;
-	if math.random() > 0.5 then
-		dir = -1;
-	end
+	self.GibTimer:SetSimTimeLimitMS(1000 + self.InventorySize * 100);
+	-- Choose a random horizontal direction
+	local randomDirection = math.random() > 0.5 and 1 or -1;
 	-- Randomize velocities
-	self.AngularVel = -dir * math.random(1, 5);
-	self.Vel = Vector(dir * math.random(5, 20), 30);
+	self.AngularVel = -randomDirection * math.random(1, 5);
+	self.Vel = Vector(randomDirection * math.random(5, 20), 30);
 end
 function Update(self)
 	-- Apply damage to the actors inside based on impulse forces
 	if self.TravelImpulse.Magnitude > self.Mass then
-		-- Take crate damage to account?
 		for i = 1, self.InventorySize do
 			local actor = self:Inventory();
-			if actor and IsActor(actor) then
+			if actor and IsActor(actor) and string.find(actor.Material.PresetName, "Flesh") then
 				actor = ToActor(actor);
 				-- The following method is a slightly revised version of the hardcoded impulse damage system
 				local impulse = self.TravelImpulse.Magnitude - actor.ImpulseDamageThreshold;
 				local damage = impulse / (actor.GibImpulseLimit * 0.1 + actor.Material.StructuralIntegrity * 10);
-				if damage > 0 then
-					actor.Health = actor.Health - damage;
-				end
-				if actor.Status < 3 then
-					actor.Status = 1;
-				end
+				actor.Health = damage > 0 and actor.Health - damage or actor.Health;
+				actor.Status = actor.Status < Actor.DYING and Actor.UNSTABLE or actor.Status;
 			end
 			self:SwapNextInventory(actor, true);
 		end
 	end
-	if self.GibTimer:IsPastSimMS(2000) then
+	if self.GibTimer:IsPastSimTimeLimit() then
 		self:GibThis();
 	elseif self.Vel.Largest > 5 or self.AIMode == Actor.AIMODE_STAY then
 		self.GibTimer:Reset();