Module to do automatic simulations and analysis of Minecraft Industrial Craft 2 nuclear reactors. The mechanics simulated are based on the decompiled code of IC2 2_2.0.397-EXPERIMENTAL . Many of the simulations performed by this simulator are more accurate than existing simulators, due to this being based on the decompiled code itself (albeit optimized).

var reactorsim = require('ic2-reactor-sim');
var reactor = [
	'VV', 'XX', 'XX',
	'U1', 'VV', 'XX',
	'U1', 'VV', 'XX',
	'VV', 'XX', 'XX',
	'XX', 'XX', 'XX',
	'XX', 'XX', 'XX'
];
reactorsim.runSimulation(reactor, function(error, simulationResults) {
	if(error) console.log(error);
	else console.log(simulationResults);
});

Reactors are specified with a 1-dimensional array, in row-major order (see example above) of components. The size of the reactor is automatically determined by the length of the array.

The component codes are:

• XX: Empty
• VV: Heat Vent
• VR: Reactor Heat Vent
• VA: Advanced Heat Vent
• VC: Component Heat Vent
• VO: Overclocked Heat Vent
• EE: Heat Exchanger
• EA: Advanced Heat Exchanger
• ER: Reactor Heat Exchanger
• EC: Component Heat Exchanger
• C1: 10k Coolant Cell
• C3: 30k Coolant Cell
• C6: 60k Coolant Cell
• CR: RSH Condensator
• CL: LZH Condensator
• U1: Uranium Cell
• U2: Dual Uranium Cell
• U4: Quad Uranium Cell
• NN: Neutron Reflector
• NT: Thick Neutron Reflector
• PP: Reactor Plating
• PC: Containment Reactor Plating
• PH: Heat Capacity Reactor Plating

When running many simulations in sequence, I recommend setting the environment variable UV_THREADPOOL_SIZE to at least the number of cores in the system, to take better advantage of parallel processing.