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反熵热量中和器

[07:52:09.194] [113] [INFO] Reporting error.
[07:52:09.194] [113] [INFO] SimMessage: Assert failed: 0 <= final_temperature && final_temperature <= SIM_MAX_TEMPERATURE


Please change the minimumTemperature in config.json!

{"ExhaustKilowattsWhenActive":-500.0,"minimumTemperature":-270.0}

Thanks for adding an automation socket for controlling this machine with temp. sensor.

The new mod update reverted minimumTemperature to -300.0 C and it caused a game crash.
https://pastebin.com/3MKvt2v4
Please change minimumTemperature to -270.0

Great mod BTW, it saved my overheating colony!

Change this in file config,json, so the game won't crash at unphysical temperature below absolute zero:
{"ExhaustKilowattsWhenActive":-100.0,"minimumTemperature": -200.0 }

Hello
The game closed without warning, when I build MyMassiveHeatsink with log entry:
https://pastebin.com/bcHHHEXL

[21:28:32.967] [163] [INFO] Reporting error.

[21:28:32.967] [163] [INFO] SimMessage: Assert failed: 0 <= final_temperature && final_temperature <= SIM_MAX_TEMPERATURE
[21:28:32.967] [163] [INFO]
CrashReporter: file does not exist to include:
P.S.
In file config.json
{"ExhaustKilowattsWhenActive":-100.0,"minimumTemperature":-300.0}

-300C is below 0K!

The function of this mod is to add the anti-entropy heat neutralizer to the research column and construction column, so that it can be researched and built, and provide some parameters for configuration.

Modification adjustment part:

1. The heat absorption/production per second can be configured

The original version is -16 degrees per second, that is, 16 degrees of heat absorption per second when working, and the device itself absorbs 64 degrees of heat, a total of 80 degrees per second. Now you can adjust the heat absorption/production during work, and the device itself absorbs 64 degrees of heat unchanged

2. The minimum operating temperature of the device can be configured

The minimum temperature of the original version is 100K (that is, -173.15℃), and it stops working when the temperature is reached

3. The device cannot be submerged

4. The device cannot be buried

I wish i could read this.