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Updated formatting
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@portyanikhin
portyanikhin committed Dec 27, 2023
1 parent 212f35d commit 0777123
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Showing 2 changed files with 38 additions and 38 deletions.
42 changes: 21 additions & 21 deletions tests/SharpProp.Tests/Fluids/IFluidExtended.cs
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Original file line number Diff line number Diff line change
Expand Up @@ -9,95 +9,95 @@ public interface IFluidExtended : IFluid
/// <summary>
/// Mass specific constant volume specific heat (by default, kJ/kg/K).
/// </summary>
public SpecificEntropy SpecificHeatConstVolume { get; }
SpecificEntropy SpecificHeatConstVolume { get; }

/// <summary>
/// Molar density (by default, kg/mol).
/// </summary>
public MolarMass? MolarDensity { get; }
MolarMass? MolarDensity { get; }

/// <summary>
/// Ozone depletion potential (ODP).
/// </summary>
public double? OzoneDepletionPotential { get; }
double? OzoneDepletionPotential { get; }

/// <inheritdoc cref="IFluid.WithState"/>
public new IFluidExtended WithState(
new IFluidExtended WithState(
IKeyedInput<Parameters> firstInput,
IKeyedInput<Parameters> secondInput
);

/// <inheritdoc cref="IFluid.IsentropicCompressionTo"/>
public new IFluidExtended IsentropicCompressionTo(Pressure pressure);
new IFluidExtended IsentropicCompressionTo(Pressure pressure);

/// <inheritdoc cref="IFluid.CompressionTo"/>
public new IFluidExtended CompressionTo(
new IFluidExtended CompressionTo(
Pressure pressure,
Ratio isentropicEfficiency
);

/// <inheritdoc cref="IFluid.IsenthalpicExpansionTo"/>
public new IFluidExtended IsenthalpicExpansionTo(Pressure pressure);
new IFluidExtended IsenthalpicExpansionTo(Pressure pressure);

/// <inheritdoc cref="IFluid.IsentropicExpansionTo"/>
public new IFluidExtended IsentropicExpansionTo(Pressure pressure);
new IFluidExtended IsentropicExpansionTo(Pressure pressure);

/// <inheritdoc cref="IFluid.IsentropicExpansionTo"/>
public new IFluidExtended ExpansionTo(
new IFluidExtended ExpansionTo(
Pressure pressure,
Ratio isentropicEfficiency
);

/// <inheritdoc cref="IFluid.CoolingTo(Temperature, Pressure?)"/>
public new IFluidExtended CoolingTo(
new IFluidExtended CoolingTo(
Temperature temperature,
Pressure? pressureDrop = null
);

/// <inheritdoc cref="IFluid.CoolingTo(SpecificEnergy, Pressure?)"/>
public new IFluidExtended CoolingTo(
new IFluidExtended CoolingTo(
SpecificEnergy enthalpy,
Pressure? pressureDrop = null
);

/// <inheritdoc cref="IFluid.HeatingTo(Temperature, Pressure?)"/>
public new IFluidExtended HeatingTo(
new IFluidExtended HeatingTo(
Temperature temperature,
Pressure? pressureDrop = null
);

/// <inheritdoc cref="IFluid.HeatingTo(SpecificEnergy, Pressure?)"/>
public new IFluidExtended HeatingTo(
new IFluidExtended HeatingTo(
SpecificEnergy enthalpy,
Pressure? pressureDrop = null
);

/// <inheritdoc cref="IFluid.BubblePointAt(Pressure)"/>
public new IFluidExtended BubblePointAt(Pressure pressure);
new IFluidExtended BubblePointAt(Pressure pressure);

/// <inheritdoc cref="IFluid.BubblePointAt(Temperature)"/>
public new IFluidExtended BubblePointAt(Temperature temperature);
new IFluidExtended BubblePointAt(Temperature temperature);

/// <inheritdoc cref="IFluid.DewPointAt(Pressure)"/>
public new IFluidExtended DewPointAt(Pressure pressure);
new IFluidExtended DewPointAt(Pressure pressure);

/// <inheritdoc cref="IFluid.DewPointAt(Temperature)"/>
public new IFluidExtended DewPointAt(Temperature temperature);
new IFluidExtended DewPointAt(Temperature temperature);

/// <inheritdoc cref="IFluid.TwoPhasePointAt"/>
public new IFluidExtended TwoPhasePointAt(Pressure pressure, Ratio quality);
new IFluidExtended TwoPhasePointAt(Pressure pressure, Ratio quality);

/// <inheritdoc cref="IFluid.Mixing"/>
public IFluidExtended Mixing(
IFluidExtended Mixing(
Ratio firstSpecificMassFlow,
IFluidExtended first,
Ratio secondSpecificMassFlow,
IFluidExtended second
);

/// <inheritdoc cref="IClonable{T}.Clone"/>
public new IFluidExtended Clone();
new IFluidExtended Clone();

/// <inheritdoc cref="IFactory{T}.Factory"/>
public new IFluidExtended Factory();
new IFluidExtended Factory();
}
34 changes: 17 additions & 17 deletions tests/SharpProp.Tests/HumidAir/IHumidAirExtended.cs
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Original file line number Diff line number Diff line change
Expand Up @@ -10,94 +10,94 @@ public interface IHumidAirExtended : IHumidAir
/// Mass specific constant volume
/// specific heat per humid air (by default, kJ/kg/K).
/// </summary>
public SpecificEntropy SpecificHeatConstVolume { get; }
SpecificEntropy SpecificHeatConstVolume { get; }

/// <inheritdoc cref="IHumidAir.WithState"/>
public new IHumidAirExtended WithState(
new IHumidAirExtended WithState(
IKeyedInput<string> firstInput,
IKeyedInput<string> secondInput,
IKeyedInput<string> thirdInput
);

/// <inheritdoc cref="IHumidAir.DryCoolingTo(Temperature, Pressure?)"/>
public new IHumidAirExtended DryCoolingTo(
new IHumidAirExtended DryCoolingTo(
Temperature temperature,
Pressure? pressureDrop = null
);

/// <inheritdoc cref="IHumidAir.DryCoolingTo(SpecificEnergy, Pressure?)"/>
public new IHumidAirExtended DryCoolingTo(
new IHumidAirExtended DryCoolingTo(
SpecificEnergy enthalpy,
Pressure? pressureDrop = null
);

/// <inheritdoc cref="IHumidAir.WetCoolingTo(Temperature, RelativeHumidity, Pressure?)"/>
public new IHumidAirExtended WetCoolingTo(
new IHumidAirExtended WetCoolingTo(
Temperature temperature,
RelativeHumidity relativeHumidity,
Pressure? pressureDrop = null
);

/// <inheritdoc cref="IHumidAir.WetCoolingTo(Temperature, Ratio, Pressure?)"/>
public new IHumidAirExtended WetCoolingTo(
new IHumidAirExtended WetCoolingTo(
Temperature temperature,
Ratio humidity,
Pressure? pressureDrop = null
);

/// <inheritdoc cref="IHumidAir.WetCoolingTo(SpecificEnergy, RelativeHumidity, Pressure?)"/>
public new IHumidAirExtended WetCoolingTo(
new IHumidAirExtended WetCoolingTo(
SpecificEnergy enthalpy,
RelativeHumidity relativeHumidity,
Pressure? pressureDrop = null
);

/// <inheritdoc cref="IHumidAir.WetCoolingTo(SpecificEnergy, Ratio, Pressure?)"/>
public new IHumidAirExtended WetCoolingTo(
new IHumidAirExtended WetCoolingTo(
SpecificEnergy enthalpy,
Ratio humidity,
Pressure? pressureDrop = null
);

/// <inheritdoc cref="IHumidAir.HeatingTo(Temperature, Pressure?)"/>
public new IHumidAirExtended HeatingTo(
new IHumidAirExtended HeatingTo(
Temperature temperature,
Pressure? pressureDrop = null
);

/// <inheritdoc cref="IHumidAir.HeatingTo(SpecificEnergy, Pressure?)"/>
public new IHumidAirExtended HeatingTo(
new IHumidAirExtended HeatingTo(
SpecificEnergy enthalpy,
Pressure? pressureDrop = null
);

/// <inheritdoc cref="IHumidAir.HumidificationByWaterTo(RelativeHumidity)"/>
public new IHumidAirExtended HumidificationByWaterTo(
new IHumidAirExtended HumidificationByWaterTo(
RelativeHumidity relativeHumidity
);

/// <inheritdoc cref="IHumidAir.HumidificationByWaterTo(Ratio)"/>
public new IHumidAirExtended HumidificationByWaterTo(Ratio humidity);
new IHumidAirExtended HumidificationByWaterTo(Ratio humidity);

/// <inheritdoc cref="IHumidAir.HumidificationBySteamTo(RelativeHumidity)"/>
public new IHumidAirExtended HumidificationBySteamTo(
new IHumidAirExtended HumidificationBySteamTo(
RelativeHumidity relativeHumidity
);

/// <inheritdoc cref="IHumidAir.HumidificationBySteamTo(Ratio)"/>
public new IHumidAirExtended HumidificationBySteamTo(Ratio humidity);
new IHumidAirExtended HumidificationBySteamTo(Ratio humidity);

/// <inheritdoc cref="IHumidAir.Mixing"/>
public IHumidAirExtended Mixing(
IHumidAirExtended Mixing(
Ratio firstSpecificMassFlow,
IHumidAirExtended first,
Ratio secondSpecificMassFlow,
IHumidAirExtended second
);

/// <inheritdoc cref="IClonable{T}.Clone"/>
public new IHumidAirExtended Clone();
new IHumidAirExtended Clone();

/// <inheritdoc cref="IFactory{T}.Factory"/>
public new IHumidAirExtended Factory();
new IHumidAirExtended Factory();
}

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