Remove the arbitrary 50x multiplier for the force input.

It doesn't explain anywhere that it multiplies the force by 50. This hurts making precise forces unless you know to divide the force by 50. Even then it multiplies it after the check for the maximum force. On the regular thruster I removed some unnecessary WorldToLocalVectors to just apply the force globally instead of locally since we already have it global. I have tested it in game and it works for me.

Author: WallopingEwe

lua/entities/gmod_wire_thruster.lua

@@ -122,7 +122,7 @@ function ENT:SetForce( force, mul )
 	end
 
 	if self.neteffect then
-		self.effectforce = self.ThrustOffset:Length() * self.force * self.mul * 50
+		self.effectforce = self.ThrustOffset:Length() * self.force * self.mul
 		self.updateeffect = true
 	end
 
@@ -134,13 +134,13 @@ function ENT:SetForce( force, mul )
 end
 
 function ENT:CalcForce(phys)
-	local ThrusterWorldForce = phys:LocalToWorldVector( self.ThrustOffset ) * (self.force * self.mul * -50)
+	local ThrusterWorldForce = phys:LocalToWorldVector( self.ThrustOffset ) * (self.force * -self.mul)
 
 	-- Calculate the velocity
 	local ForceLinear, ForceAngular = phys:CalculateVelocityOffset(ThrusterWorldForce, phys:LocalToWorld( self.ThrustOffset ))
 
-	self.ForceLinear = phys:WorldToLocalVector(WireLib.clampForce(ForceLinear))
-	self.ForceAngular = phys:WorldToLocalVector(WireLib.clampForce(ForceAngular))
+	self.ForceLinear = WireLib.clampForce(ForceLinear)
+	self.ForceAngular = WireLib.clampForce(ForceAngular)
 end
 
 function ENT:SetDatEffect(uwater, owater, uweffect, oweffect)
@@ -241,7 +241,7 @@ function ENT:PhysicsSimulate( phys, deltatime )
 
 	self:CalcForce(phys)
 
-	return self.ForceAngular, self.ForceLinear, SIM_LOCAL_ACCELERATION
+	return self.ForceAngular, self.ForceLinear, SIM_GLOBAL_ACCELERATION
 end
 
 function ENT:Switch( on, mul )

lua/entities/gmod_wire_vectorthruster.lua

@@ -165,7 +165,7 @@ function ENT:CalcForce(phys)
 	if ThrustLen>0 then
 		local ThrustNormal = ThrusterWorldForce/ThrustLen
 		self:SetNormal( -ThrustNormal )
-		self.ForceLinear, self.ForceAngular = phys:CalculateVelocityOffset( ThrustNormal * ( math.min( self.force * self.mul, self.force_max ) * 50 ), phys:LocalToWorld( self.ThrustOffset ) )
+		self.ForceLinear, self.ForceAngular = phys:CalculateVelocityOffset( ThrustNormal * ( math.min( self.force * self.mul, self.force_max ) ), phys:LocalToWorld( self.ThrustOffset ) )
 
 		self.ForceLinear = WireLib.clampForce(self.ForceLinear)
 		self.ForceAngular = WireLib.clampForce(self.ForceAngular)