NC Neoteric Fission Reactor Design Generator

Step 1: Input the core (interior) size of the reactor: × ×

Step 2: Select the fuel to be used, or manually input fuel specifications.

Fuel Base Power: RF/t

Fuel Base Heat: H/t

Step 3: If you want to limit the usage of a type of block, enter the maximum number allowed in the table below. Enter zero to completely disable that block. You can hover over the acronym to see the full name of each block. Active coolers are disabled by default. You can enable them by removing the zeros.

Block Type	[]	##
Cooling Rate (H/t)	—	—
Max Allowed
Active Rate (H/t)	—	—
Max Active Allowed	—	—

Step 4 (Optional): Cooling rate data can be reset or manually modified here. Default Passive cooling rates are in the tooltip of each cooler item.

Step 5: Adjust the options below and click “Run” to start the optimization.
Ensure active coolers are accessible by piping.
Only generate heat neutral reactor.

Optimize for power.
Optimize for breeding (maximize fuel consumption rate).
Optimize for efficiency.

X symmetry Y symmetry Z symmetry
Use reinforcement learning (requires more memory, slightly slower but can produce better design)
Experimental. Apply additional goal custom targets to match.

Custom Targets (Experimental)
Metric	Value #	Weight (<float> 0 to 1)
Primary\|Secondary goal weights(<float> 0 to 1)
Net Heat (<int> H/t)
Duty Cycle (<float> %)
Fuel Cells (<uint>)

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