119 lines
4.7 KiB
C#
119 lines
4.7 KiB
C#
using Content.Shared.Atmos;
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using Content.Shared.Atmos.Piping.Unary.Components;
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using Content.Shared.Construction.Prototypes;
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using Robust.Shared.Serialization.TypeSerializers.Implementations.Custom.Prototype;
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namespace Content.Server.Atmos.Piping.Unary.Components
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{
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[RegisterComponent]
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public sealed class GasThermoMachineComponent : Component
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{
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[DataField("inlet")]
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public string InletName = "pipe";
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/// <summary>
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/// Current electrical power consumption, in watts. Increasing power increases the ability of the
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/// thermomachine to heat or cool air.
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/// </summary>
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[ViewVariables(VVAccess.ReadWrite)]
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public float HeatCapacity = 10000;
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/// <summary>
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/// Base heat capacity of the device. Actual heat capacity is calculated by taking this number and doubling
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/// it for every matter bin quality tier above one.
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/// </summary>
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[DataField("baseHeatCapacity")]
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public float BaseHeatCapacity = 5000;
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[DataField("targetTemperature")]
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[ViewVariables(VVAccess.ReadWrite)]
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public float TargetTemperature = Atmospherics.T20C;
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/// <summary>
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/// Tolerance for temperature setpoint hysteresis.
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/// </summary>
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[ViewVariables(VVAccess.ReadOnly)]
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public float TemperatureTolerance = 2f;
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/// <summary>
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/// Implements setpoint hysteresis to prevent heater from rapidly cycling on and off at setpoint.
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/// If true, add Sign(Cp)*TemperatureTolerance to the temperature setpoint.
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/// </summary>
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[ViewVariables(VVAccess.ReadOnly)]
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public bool HysteresisState = false;
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/// <summary>
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/// Coefficient of performance. Output power / input power.
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/// Positive for heaters, negative for freezers.
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/// </summary>
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[DataField("coefficientOfPerformance")]
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[ViewVariables(VVAccess.ReadWrite)]
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public float Cp = 0.9f; // output power / input power, positive is heat
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/// <summary>
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/// Current minimum temperature, calculated from <see cref="InitialMinTemperature"/> and <see
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/// cref="MinTemperatureDelta"/>.
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/// Ignored if heater.
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/// </summary>
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[ViewVariables(VVAccess.ReadWrite)]
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public float MinTemperature;
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/// <summary>
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/// Current maximum temperature, calculated from <see cref="InitialMaxTemperature"/> and <see
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/// cref="MaxTemperatureDelta"/>.
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/// Ignored if freezer.
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/// </summary>
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[ViewVariables(VVAccess.ReadWrite)]
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public float MaxTemperature;
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/// <summary>
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/// Minimum temperature the device can reach with a 0 total capacitor quality. Usually the quality will be at
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/// least 1.
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/// </summary>
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[DataField("baseMinTemperature")]
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[ViewVariables(VVAccess.ReadWrite)]
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public float BaseMinTemperature = 96.625f; // Selected so that tier-1 parts can reach 73.15k
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/// <summary>
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/// Maximum temperature the device can reach with a 0 total capacitor quality. Usually the quality will be at
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/// least 1.
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/// </summary>
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[DataField("baseMaxTemperature")]
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[ViewVariables(VVAccess.ReadWrite)]
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public float BaseMaxTemperature = Atmospherics.T20C;
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/// <summary>
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/// Decrease in minimum temperature, per unit machine part quality.
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/// </summary>
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[DataField("minTemperatureDelta")]
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[ViewVariables(VVAccess.ReadWrite)]
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public float MinTemperatureDelta = 23.475f; // selected so that tier-4 parts can reach TCMB
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/// <summary>
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/// Change in maximum temperature, per unit machine part quality.
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/// </summary>
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[DataField("maxTemperatureDelta")]
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[ViewVariables(VVAccess.ReadWrite)]
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public float MaxTemperatureDelta = 300;
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/// <summary>
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/// The machine part that affects the heat capacity.
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/// </summary>
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[DataField("machinePartHeatCapacity", customTypeSerializer: typeof(PrototypeIdSerializer<MachinePartPrototype>))]
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public string MachinePartHeatCapacity = "MatterBin";
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/// <summary>
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/// The machine part that affects the temperature range.
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/// </summary>
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[DataField("machinePartTemperature", customTypeSerializer: typeof(PrototypeIdSerializer<MachinePartPrototype>))]
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public string MachinePartTemperature = "Capacitor";
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/// <summary>
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/// Last amount of energy added/removed from the attached pipe network
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/// </summary>
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[DataField("lastEnergyDelta")]
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[ViewVariables(VVAccess.ReadWrite)]
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public float LastEnergyDelta;
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}
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}
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