Module:AssemblerRecipeDictionary

Documentation for this module may be created at Module:AssemblerRecipeDictionary/doc

return {
    {
        name = 'CircuitBoard2',
        input = {
            {'Log', 1},
            {'PolyethyleneSheet', 2},
        },
        output = {
            {'CircuitBoard', 4},
        },
        ticks = 20,
        tier = 4,
    },
    {
        name = 'CircuitBoard3',
        input = {
            {'CarbonFiberSheet', 1},
            {'PolyethyleneSheet', 2},
        },
        output = {
            {'CircuitBoard', 8},
        },
        ticks = 20,
        tier = 5,
    },
    {
        name = 'Circuit2',
        input = {
            {'CircuitBoard', 1},
            {'Transistor', 2},
        },
        output = {
            {'Circuit', 1},
        },
        ticks = 200,
        tier = 2,
    },
    {
        name = 'Resistor2',
        input = {
            {'CoalDust', 1},
            {'Organics', 1},
            {'GoldWire', 1},
        },
        output = {
            {'Resistor', 2},
        },
        ticks = 60,
        tier = 2,
    },
    {
        name = 'Resistor3',
        input = {
            {'GoldWire', 1},
            {'PolyethyleneSheet', 1},
        },
        output = {
            {'Resistor', 4},
        },
        ticks = 60,
        tier = 3,
    },
    {
        name = 'Resistor4',
        input = {
            {'TantalumWire', 1},
            {'PolyethyleneSheet', 1},
        },
        output = {
            {'Resistor', 8},
        },
        ticks = 60,
        tier = 5,
    },
    {
        name = 'Resistor5',
        input = {
            {'TantalumWire', 1},
            {'CarbonFiberSheet', 1},
            {'PolyethyleneSheet', 1},
        },
        output = {
            {'Resistor', 16},
        },
        ticks = 60,
        tier = 5,
    },
    {
        name = 'AdvancedCircuit2',
        input = {
            {'CircuitBoard', 1},
            {'Transistor', 2},
            {'Resistor', 3},
        },
        output = {
            {'AdvancedCircuit', 1},
        },
        ticks = 200,
        tier = 2,
    },
    {
        name = 'Transistor2',
        input = {
            {'Silicon', 1},
            {'GoldWire', 1},
            {'PolyethyleneSheet', 1},
        },
        output = {
            {'Transistor', 2},
        },
        ticks = 60,
        tier = 2,
    },
    {
        name = 'Transistor3',
        input = {
            {'SiliconWafer', 1},
            {'GoldWire', 4},
            {'PolyethyleneSheet', 1},
        },
        output = {
            {'Transistor', 8},
        },
        ticks = 60,
        tier = 3,
    },
    {
        name = 'Transistor4',
        input = {
            {'DopedSiliconWafer', 1},
            {'PlatinumWire', 2},
            {'PolyethyleneSheet', 1},
        },
        output = {
            {'Transistor', 16},
        },
        ticks = 60,
        tier = 4,
    },
    {
        name = 'Capacitor2',
        input = {
            {'AluminiumFoil', 2},
            {'MicaFlakes', 1},
        },
        output = {
            {'Capacitor', 2},
        },
        ticks = 60,
        tier = 2,
    },
    {
        name = 'Capacitor3',
        input = {
            {'TantalumFoil', 2},
            {'PolyethyleneSheet', 1},
        },
        output = {
            {'Capacitor', 4},
        },
        ticks = 60,
        tier = 5,
    },
    {
        name = 'Capacitor4',
        input = {
            {'TantalumFoil', 2},
            {'CarbonFiberSheet', 1},
            {'PolyethyleneSheet', 1},
        },
        output = {
            {'Capacitor', 8},
        },
        ticks = 60,
        tier = 5,
    },
    {
        name = 'SiliconWafer',
        input = {
            {'SiliconMonocrystal', 1},
        },
        output = {
            {'SiliconWafer', 16},
        },
        ticks = 200,
        tier = 3,
    },
    {
        name = 'DopedSiliconWafer',
        input = {
            {'DopedSiliconMonocrystal', 1},
        },
        output = {
            {'DopedSiliconWafer', 16},
        },
        ticks = 200,
        tier = 4,
    },
    {
        name = 'Processor2',
        input = {
            {'CircuitBoard', 1},
            {'AdvancedCircuit', 2},
            {'SiliconWafer', 1},
            {'Capacitor', 2},
        },
        output = {
            {'Processor', 1},
        },
        ticks = 200,
        tier = 4,
    },
    {
        name = 'Processor3',
        input = {
            {'CircuitBoard', 1},
            {'DopedSiliconWafer', 1},
            {'Resistor', 2},
            {'Capacitor', 3},
        },
        output = {
            {'Processor', 2},
        },
        ticks = 200,
        tier = 5,
    },
    {
        name = 'QuantumCore',
        input = {
            {'YttriumDust', 2},
            {'CompositePlate', 1},
        },
        output = {
            {'QuantumCore', 2},
        },
        ticks = 100,
        tier = 5,
    },
    {
        name = 'QuantumCircuit2',
        input = {
            {'QuantumCore', 2},
            {'Processor', 2},
            {'Resistor', 6},
            {'Transistor', 6},
        },
        output = {
            {'QuantumCircuit', 1},
        },
        ticks = 200,
        tier = 4,
    },
    {
        name = 'QuantumProcessor2',
        input = {
            {'QuantumCircuit', 2},
            {'DecisionResonator', 1},
            {'Capacitor', 6},
            {'Transistor', 6},
        },
        output = {
            {'QuantumProcessor', 1},
        },
        ticks = 200,
        tier = 5,
    },
    {
        name = 'QuantumBrain2',
        input = {
            {'QuantumProcessor', 2},
            {'BrainMatrix', 1},
            {'Resistor', 10},
            {'UltimateCatalyst', 1},
        },
        output = {
            {'QuantumBrain', 1},
        },
        ticks = 200,
        tier = 6,
    },
    {
        name = 'Catalyst2',
        input = {
            {'Cell', 1},
            {'GoldWire', 10},
            {'Coal', 4},
        },
        output = {
            {'Catalyst', 1},
        },
        ticks = 200,
        tier = 4,
    },
    {
        name = 'Cell2',
        input = {
            {'DepletedUraniumCell', 1},
        },
        output = {
            {'Cell', 1},
        },
        ticks = 600,
        tier = 5,
    },
    {
        name = 'Battery',
        input = {
            {'SulfuricAcid', 100},
            {'CopperParts', 1},
            {'SteelPlate', 1},
        },
        output = {
            {'Battery', 1},
        },
        ticks = 200,
        tier = 4,
    },
    {
        name = 'CompositePlate',
        input = {
            {'TitaniumPlate', 1},
            {'CarbonFiberSheet', 1},
            {'PolyethyleneSheet', 1},
        },
        output = {
            {'CompositePlate', 1},
        },
        ticks = 300,
        tier = 6,
    },
    {
        name = 'CompositePlate2',
        input = {
            {'TitaniumPlate', 1},
            {'CarbonFiberSheet', 1},
            {'PolyethyleneSheet', 1},
            {'NeutroniumParts', 1},
        },
        output = {
            {'CompositePlate', 4},
        },
        ticks = 300,
        tier = 7,
    },
    {
        name = 'GoldWire',
        input = {
            {'GoldPlate', 1},
        },
        output = {
            {'GoldWire', 2},
        },
        ticks = 100,
    },
    {
        name = 'DecisionResonator2',
        input = {
            {'StainlessSteelParts', 4},
            {'RubyCrystal', 1},
        },
        output = {
            {'DecisionResonator', 2},
        },
        ticks = 100,
        tier = 5,
    },
    {
        name = 'DecisionResonator3',
        input = {
            {'StainlessSteelParts', 4},
            {'SiliconWafer', 1},
            {'CompositePlate', 1},
        },
        output = {
            {'DecisionResonator', 2},
        },
        ticks = 100,
        tier = 5,
    },
    {
        name = 'DecisionResonator4',
        input = {
            {'StainlessSteelParts', 4},
            {'DopedSiliconWafer', 1},
            {'CompositePlate', 1},
        },
        output = {
            {'DecisionResonator', 4},
        },
        ticks = 100,
        tier = 5,
    },
    {
        name = 'ControlCell',
        input = {
            {'Cell', 1},
            {'YttriumDust', 3},
        },
        output = {
            {'ControlCell', 1},
        },
        ticks = 100,
    },
}