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This is a Circuit Box and image of the wiring for the 7 component variant that works.
replace memory component for fission efficiency (the one set to 75) with RegEx.
set continues output
true - 75
false - some lower number, using 50 by myself for now, maybe can be set better
connect reactor temperatures as input, output same as mem component it replaces
set regex ^[1-4]?.?.?.$
it will lower fission when reactors goes above 4999 temperature.
It may require some retune for best efficiency and still not trying to add 3 rods at once, but it mitigates overtemperature scenarios really well
Yet it seems broken for me, even rebuilding it doesnt seem to work.
Exemple: reactor with max power 20`000, set_turbine = 10,
when load = 0, power = 1800,
when load = 10`000 power = 2200.
data same regardless of ruel rod (only if temperature stable and enough)
all tests was in subeditor mode
Tried the 5C and although slower, still works fine even after the update.(and I had JUST discovered and installed it..
If you, like me, can't seem to make it work, remember that in the DIV component Output is Input1/Input2, and connect wires accordingly.
I've got a question though-
I've been fiddling with the 7-Component reactor control, trying to make it less efficient. Currently, its always in the red, operating at the lowest temperature it can to save fuel. Is there any way to up the fission rate so it... well... doesn't do that? Or at least is in the green more?
Moving the Fission Efficiency value higher doesn't seem to do the trick, at least not without overloading the reactor.
The decimal is a ".". If u set with colon, it wont work. Eg. my max power/100 was "38.5" and not "38,5"
(For people from other countries)
Second, I would advise changing this mod description to at least include the word "autoreactor" once, so it is easier to find on the workshop ;)
one note - if you accidentally wire set turbine and set fission the oppositely, the reactor works fine with normal fuel, but only with one rod. Big boom otherwise
Also check that it works correctly with two and more fuel rods. I once connected some components in wrong way and it works correctly with one fuel rod but overloads engine with two fuel rods. It should work with more than one fuel rod without a problem.
I found by increasing the "75" magic number seems to solve things just right but my 3 brain cells refuse to understand the math...
I've added a section with answers for your other questions.
And if i upgrade the Reactor Power in Campaign, do i have to change that value and how do i know how much?
Thank you very much!
FUEL_OUT to INPUT 1 on bottom divider
75 MEM to INPUT 2 on bottom divider
LOAD_VALUE_OUT to INPUT 1 on top divider
MAX Power / 100 to INPUT 2 on top divider
Value out on top divider to INPUT 1 on middle divider
Value out on top divider to SET_TURBINEOUTPUT on reactor
Value out on bottom divider to INPUT 2 on middle divider
Value out on middle divider to SET_FISSIONRATE on reactor
That should be how you wire it up. Think of it in terms of the equations stated
I'm trying to build the 5-component-controller, but I don't understand where to connect the cables. Is there a guide that actually shows which in- or output is used for each connection?
Memory Component - Value 100
Signal Out - Multiply Component (signal in 2)
Mult Component - Settings unchanged
Signal 1 - Divide Component (signal out)
Signal 2 - Memory Component (signal out)
Signal Out - Divide Component and Reactor (Set_Turbineoutput)
Divide Component - Settings Clamp Max 1; Clamp Min 0; Time Frame 0
Signal 1 - Reactor (Load Value Out)
Signal 2 - Mem component (Signal out)
Signal Out - Multiply Component (Signal In 1)
Middle:
Divide Component (Left)- Settings unchanged
Signal 1 - reactor (Fuel Out)
Signal 2 - Memory Component (Signal out)
Signal Out - Divide Component (signal in 2)
Divide Component (Right)- Settings unchanged
Signal 1 - Multiply Component (signal out)
Signal 2 - Divide Compoent (signal out)
Signal Out - Reactor (set fissionrate)
Memory Component - settings depend on sub aka Typhoon is 5000
Signal Out - Divide Component (signal in 2)
Bottom
Memory Component - Value 75
Signal Out - Divide Component (Signal in 2)