@ZeroWithSlashedO With a 0 to 9 gauge where the indicator multiplier is equal to 36 because I want it to point at 0 when 10 seconds have passed.
I've developed a new code but I cant get the last part to work, it goes as follow:
RPM >= maxRPM ?
If no, then: 0
If yes, then: Okay, are you returning to a safe RPM number in maximum 10 seconds at the current amount of RPM at the current RPM rate?
If no, then: assign the value 10 but start at 0 and increase 1 for every second passed
If yes, then: Solve for seconds in the previous if statement
Fuel is measured from 0 to 1.
How much fuel does your tank has?
1.- Create and hide fuel tanks in your aircraft with fuel equivalent to your drop fuel tanks.
2.- Create the droppable fuel tanks, do not fill these with fuel.
2.- Connect a detacher to your plane and the droppable fuel tanks.
3.- Open XML options for detacher and set the parameter "group" as: Fuel < X where X represents the percentage of fuel that is left after the droppable fuel tank is consumed, you can find this value by doing 1- (DroppableFuel/TotalFuel) you can consult these values on the XML "fuel tank" properties.
For example: I have 4 fuel tanks in my build (around 75*4 liters), but one of them is droppable, then I just do: 1- ((75*1)/(75*4)) = X = 0.75 thus my detacher group is: Fuel<0.75
Im no FT expert, but I think is not possible, mainly because the way parts work, usually you can't change the properties of a part via feeding an input, they are set and stay like that forever. But as I said Im no expert.
@11qazxc I knew it was off, TVM!
+1Sekrit dokuments
+4@ZeroWithSlashedO LMAO never mind my previous comment, it works like a charm Thanks so Much!
@ZeroWithSlashedO With a 0 to 9 gauge where the indicator multiplier is equal to 36 because I want it to point at 0 when 10 seconds have passed.
I've developed a new code but I cant get the last part to work, it goes as follow:
RPM >= maxRPM ?
If no, then: 0
If yes, then: Okay, are you returning to a safe RPM number in maximum 10 seconds at the current amount of RPM at the current RPM rate?
If no, then: assign the value 10 but start at 0 and increase 1 for every second passed
If yes, then: Solve for seconds in the previous if statement
My code looks something like this:
RPM1>=3000 ? ((RPM1 + 10*rate(RPM1))<=3000 ? (3000 - RPM1)/rate(RPM1) : smooth(10,1)) : 0This is how I'll do it:
Things you need to know before starting:
Fuel is measured from 0 to 1.
How much fuel does your tank has?
1.- Create and hide fuel tanks in your aircraft with fuel equivalent to your drop fuel tanks.
2.- Create the droppable fuel tanks, do not fill these with fuel.
2.- Connect a detacher to your plane and the droppable fuel tanks.
3.- Open XML options for detacher and set the parameter "group" as: Fuel < X where
Xrepresents the percentage of fuel that is left after the droppable fuel tank is consumed, you can find this value by doing1- (DroppableFuel/TotalFuel)you can consult these values on the XML "fuel tank" properties.For example: I have 4 fuel tanks in my build (around 75*4 liters), but one of them is droppable, then I just do:
+11- ((75*1)/(75*4)) = X = 0.75thus my detacher group is: Fuel<0.75Im no FT expert, but I think is not possible, mainly because the way parts work, usually you can't change the properties of a part via feeding an input, they are set and stay like that forever. But as I said Im no expert.
+1@edensk Thanks a lot <3
Im like a season kind of person, I'll spend days playing a single game and then the next month or so, change to another game... repetad the cycle
Bro, thanks a lot, I was having trouble with the code for the input.
They usually use some kind of combination with TAS, IAS and GS times sin of pitch minus aoa.
But with the function rate you save a lot of time and it's more intuitive xD
+1@Armyguy1534 OMG thank you so much!
+2