@GHOSTAVIATION thanks for stopping by, but yeah i already got an answer, i don’t usually make these posts anymore since I’ve already gotten used to some funky trees, but thanks again.

It's a coders work and it's easy!!!

It worked! I wanna give you a big hug right now, as I said before it took me about two years to figure this out, I know this sounds cliché but if there’s anything I can do for you just name it. @hpgbproductions

@Soardivision160th
1. Select engine, open overload
2. Go to Engine
3. Click on + at the bottom
4. Empty text boxes appear. On the left add throttleResponse, on the right add the number. E.g. 0.15 which is the default for the afterburning engine

So I understand that I must put that in overload, in which section would that be in, engine? Input controller? @hpgbproductions

@Soardivision160th in engines, you don't use the sum() value to control the spin speed. Instead the entire input acts as the speed control.
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Use smooth(INPUT, SPOOL_UP_RATE) and replace INPUT and SPOOL_UP_RATE
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if it's a jet engine, you can use the Engine.throttleResponse parameter instead of smooth() to set the spool up rate.
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Jet engines in the game are easy to deal with - input, fuel consumption, and thrust all directly proportional to each other.
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Prop and heli engines are not so simple. The RPM calculation in the game is complicated and I don't know how to exactly control the thrust

What would it be like for the engine, I’m trying the engine now, would it be the same or different? I kind of just abandoned the rotator after coming to terms that it probably would generate any lift. @hpgbproductions

Uhh, try to add functions to your inputs one at a time, and test run after each change

@Soardivision160th If you just want a simple rotator spinning, I would use sum(smooth(Input, value)). Replace input with the input, and value with a number. Higher values result in faster changes and lower values result in slower changes.

I watched your video but I didn’t type anything down because there were so much that I didn’t understand. But I’m not necessarily looking to keep my thing idle, would you like to take a look at what I am talking about so you have a better understanding? @PlaneFlightX

What did you type down?

Okay, I think I’m catching on here, this is what I have typed down, is this somewhat correct, because my other attempts were fallers @hpgbproductions @hpgbproductions

sum( smooth 0.1 (throttle, ACCEL) )

@hpgbproductions Let's say you want an engine to idle when Activate1 is pressed, and then controlled by throttle.
The code for this would be smooth(clamp01(Activate1), 0.25) + smooth(clamp01( smooth(clamp01(Activate1), 0.25) = 1) * Throttle, 0.5). Of course that can be modified even further, but for more information go and watch the video.

@Soardivision160th the INPUT in the example controls the target spin speed. For example, you could use Throttle.
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The sum() function has a value that increases at a rate of whatever is inside, per second. E.g. sum(100) increases at a rate of 100 per second, sum(Throttle) increases at a rate of the Throttle per second.
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In a rotator, the JointRotator.range value determines the amount of rotation per increase of 1 to the InputController. So if range is 90 and the input is 2, the rotator spins 2x90 = 180 degrees. If your input is sum(0.5), it increments at 0.5 per second, and the rotator spins at 0.5x90 = 45 degrees per second. Of course, rotator speed is limited by the speed property so remember to increase it.
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If we just use sum(Throttle) in a rotator, it will accelerate as fast as the Throttle changes. So you can hit the zero throttle or max throttle button and the speed changes instantaneously.
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To prevent this, use smooth(). It forces a gradual change in a value. The second number in smooth() is the maximum rate of change. For example, if you are at zero throttle and hit the max throttle button, smooth(Throttle,0.1) will increase at a rate of 0.1 per second. It will take 1/0.1 = 10 seconds to reach 1, which is the value of max throttle.

I’m a little intimidated by that video and all the functions and variables and what not, is there a way you can put this simply or is that not possible, you are actually my go to guy whenever I’m in a pickle. I do however know that overload thing where you can make the engine sound start slowly and than accelerate, but that’s as far as I know. @PlaneFlightX

Hello, here is a tutorial.

So if I am getting this correctly, correct me if I’m wrong, I put whatever number where “Input” is, correct? @hpgbproductions

I’ll try to @DeveloperKorzalerke

@hpgbproductions

Now, I understand that “clamp” does some sort of activation thing which I have seen for myself when you especially put it in overload as a funky tree

I don't think he is going to understand what you typed

Using an input for rotator speed, with gradual acceleration:
sum( smooth(INPUT, ACCEL) )
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If you want the best help, you can add truth tables or graphs so others understand your design specs

Just go to my profile, it’s already there, it’s called the S-40 Skylander @DeveloperKorzalerke

If you tag me on the plane and explain what you wanted to do i could try to figure it out.

Spin faster? VTOL nozzle? I'm not sure if i understand what you mean.