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I had a problem with the stack and just had to re add the stack and then the code. After that all other alloys worked fine.
Everything works except for Stellite. (never gets up to pressure)
I still can't get Stellite to go up to pressure. I tried changing the values in the stack but nothing seemed to work. I'm guessing it is a rounding error in the math portion of the code causing it to think it is above max pressure so it then releases the pressure.
Does anyone have a fix for the Stellite ?
Thanks for any help
However! on old saves, it works fine. last step in my troubleshooting is to just copy the code to a new lib save and try to paste it in.
it could be that the stacks are not saving properly into the code?
There's room for fine tuning but it seams to work.
I will try your suggestion with removing vol and o2 and see if that helps.
can you put up the updated gas mix control script please.
Green means working
White is pressure too high so venting
pink means hot tank not hot enough so more venting
purple means cold tank not cold enough so more venting
Just take IC chip from socket and put it back.
Green - standby
Purple - Coooling (or something bad with cooling subsustem)
Pink - Heating (or something bad woth heating subsustem)
As I see it keep pressure <10k and temperature <1800kK.
I love how your code work in general, but stellite receipe looks sick.
If I increase numbers in stack writer for stellite (+2k each, pressure and temperature) stellite ingot smelting fine.
But I think it is not a right way.
s coldpump Setting 0
s hotpump Setting 0
what's super weird is the rear controller for the hottopup and coldtopup pumps runs just fine with the exact same control lines in the code. It's only the front hotpump/coldpump IC code that bombs every time on those code lines.
if I change it to a generic hash write like:
sb pumphash Setting 0
the code processes it just fine but then it chokes further down with the same error on line 108 when the controller actually tries to send individual pump setting values, etc.
Any thoughts on why the IC code is hanging up on the volume pump "Setting" ?
That being said, I did just blow up my base because I "left the oven on" in our dedicated server which consumed all the fuel and filled the waste line to 90mpa. I'm going to change the button to a batch load to clear a data input for monitoring that pressure by analyzer or tank data port to make sure it shuts down output from the furnace when it gets to high. Would you like the script changes once I'm done?
furnace build. I was not however able to relate it to the gas laws you utilized. Could you create a tutorial walking through the code while referencing the applicable laws?
I loaded your world save to play with the auto advanced furnace before I built it in my game. It would not allow me to make astroloy. The pressure would get to 29.99 and then vent a bit and build back up. The temperature was fine and it had no reason to vent, it just needed the .01 more pressure. The graphs showed constant spikes as it looped doing this over and over.
I loaded a new chip with the stack, extended stack, and controller chip and put it in the housing. It then got to the 30.0 pressure barely long enough to register and pull the ejection, but it was spitting out reagent mix as it dropped below the minimum before it was ejected. You have the min temp and pressure bumped up by 5 to try to fix this. I bumped it up by 20 and was able to get it to correctly spit out astroloy.
If anyone else is having this issue, just slightly increase the minimums for the alloys.
Again, thank you.
I was poking around in the script (furnace controller) to see if it's possible to prevent division by zero but wanted to know if anyone else has run into issues with NaN values on pumps / gas mixers?
You haven't stated what the error is so I can only guess. Like 23 is accessing the stack so I guess that you have not loaded the stack writer script and run it prior to loading this script. You will need to do that for it to work.
Yup, that's exactly what happened. I manually burned a bunch of oxite/volitile to "prime" the waste tank and then gave the system a good hour or two to get the cold tank filled. I guess it's trying to keep the cold tank down at target temp so it slowly fills it from the waste tank as it cools it.
Once I hit about 3-4MPa pressure in the cold tank, the convergence time to strike got much quicker.
And yes, I was watching the cold pump push at 50L while the hot pump was throttled down to ~4L or less.
I also had a weird problem where my first adv furnace wasn't allowing pressure into the device so the input T kept blowing up due to over pressure from the hot pump. Trashed it, printed a new one and after that, it worked great.
Thanks again for your help and keep making those awesome build videos!