Remove all division relations, add some multiplications to replace missing ones

Author: Muximize

Common/UnitRelations.json

@@ -1,164 +1,79 @@
 [
-  "Acceleration.MeterPerSecondSquared = Force.Newton / Mass.Kilogram",
-  "Acceleration.MeterPerSecondSquared = SpecificWeight.NewtonPerCubicMeter / Density.KilogramPerCubicMeter",
-  "Acceleration.MeterPerSecondSquared = Speed.MeterPerSecond / Duration.Second",
+  "1 = Area.SquareMeter * ReciprocalArea.InverseSquareMeter",
+  "1 = ElectricResistivity.OhmMeter * ElectricConductivity.SiemensPerMeter",
+  "1 = Length.Meter * ReciprocalLength.InverseMeter",
+  "Acceleration.MeterPerSecondSquared = Jerk.MeterPerSecondCubed * Duration.Second",
   "AmountOfSubstance.Kilomole = MolarFlow.KilomolePerSecond * Duration.Second",
-  "AmountOfSubstance.Mole = Mass.Kilogram / MolarMass.KilogramPerMole",
+  "AmountOfSubstance.Mole = Molarity.MolePerCubicMeter * Volume.CubicMeter",
   "Angle.Radian = RotationalSpeed.RadianPerSecond * Duration.Second",
-  "Angle.Radian = Torque.NewtonMeter / RotationalStiffness.NewtonMeterPerRadian",
   "Area.SquareMeter = KinematicViscosity.SquareMeterPerSecond * Duration.Second",
   "Area.SquareMeter = Length.Meter * Length.Meter",
-  "Area.SquareMeter = LinearDensity.KilogramPerMeter / Density.KilogramPerCubicMeter",
-  "Area.SquareMeter = LuminousIntensity.Candela / Luminance.CandelaPerSquareMeter",
-  "Area.SquareMeter = Mass.Kilogram / AreaDensity.KilogramPerSquareMeter",
-  "Area.SquareMeter = MassFlow.KilogramPerSecond / MassFlux.KilogramPerSecondPerSquareMeter",
-  "Area.SquareMeter = Power.Watt / HeatFlux.WattPerSquareMeter",
-  "Area.SquareMeter = Volume.CubicMeter / Length.Meter",
-  "Area.SquareMeter = VolumeFlow.CubicMeterPerSecond / Speed.MeterPerSecond",
-  "AreaDensity.KilogramPerSquareMeter = Mass.Kilogram / Area.SquareMeter",
-  "BrakeSpecificFuelConsumption.KilogramPerJoule = double / SpecificEnergy.JoulePerKilogram",
-  "BrakeSpecificFuelConsumption.KilogramPerJoule = MassFlow.KilogramPerSecond / Power.Watt",
-  "Density.KilogramPerCubicMeter = double / SpecificVolume.CubicMeterPerKilogram",
-  "Density.KilogramPerCubicMeter = LinearDensity.KilogramPerMeter / Area.SquareMeter",
-  "Density.KilogramPerCubicMeter = Mass.Kilogram / Volume.CubicMeter",
-  "Density.KilogramPerCubicMeter = MassFlow.KilogramPerSecond / VolumeFlow.CubicMeterPerSecond",
-  "Density.KilogramPerCubicMeter = MassFlux.KilogramPerSecondPerSquareMeter / Speed.MeterPerSecond",
-  "Density.KilogramPerCubicMeter = SpecificWeight.NewtonPerCubicMeter / Acceleration.MeterPerSecondSquared",
+  "AreaMomentOfInertia.MeterToTheFourth = Volume.CubicMeter * Length.Meter",
+  "double = Density.KilogramPerCubicMeter * SpecificVolume.CubicMeterPerKilogram",
   "double = SpecificEnergy.JoulePerKilogram * BrakeSpecificFuelConsumption.KilogramPerJoule",
   "double = TemperatureDelta.Kelvin * CoefficientOfThermalExpansion.PerKelvin",
-  "Duration.Hour = ElectricCharge.AmpereHour / ElectricCurrent.Ampere",
-  "Duration.Second = Energy.Joule / Power.Watt",
-  "Duration.Second = Force.Newton / ForceChangeRate.NewtonPerSecond",
-  "Duration.Second = Length.Meter / Speed.MeterPerSecond",
-  "Duration.Second = Speed.MeterPerSecond / Acceleration.MeterPerSecondSquared",
   "DynamicViscosity.NewtonSecondPerMeterSquared = Density.KilogramPerCubicMeter * KinematicViscosity.SquareMeterPerSecond",
   "ElectricCharge.AmpereHour = ElectricCurrent.Ampere * Duration.Hour",
-  "ElectricCharge.Coulomb = Energy.Joule / ElectricPotential.Volt",
-  "ElectricConductivity.SiemensPerMeter = 1 / ElectricResistivity.OhmMeter",
-  "ElectricCurrent.Ampere = ElectricCharge.AmpereHour / Duration.Hour",
   "ElectricCurrent.Ampere = ElectricCurrentGradient.AmperePerSecond * Duration.Second",
-  "ElectricCurrent.Ampere = ElectricPotential.Volt / ElectricResistance.Ohm",
-  "ElectricCurrent.Ampere = Power.Watt / ElectricPotential.Volt",
-  "ElectricCurrentGradient.AmperePerSecond = ElectricCurrent.Ampere / Duration.Second",
   "ElectricPotential.Volt = ElectricCurrent.Ampere * ElectricResistance.Ohm",
-  "ElectricPotential.Volt = Energy.Joule / ElectricCharge.Coulomb",
-  "ElectricPotential.Volt = Power.Watt / ElectricCurrent.Ampere",
-  "ElectricResistance.Ohm = ElectricPotential.Volt / ElectricCurrent.Ampere",
   "Energy.Joule = ElectricPotential.Volt * ElectricCharge.Coulomb",
   "Energy.Joule = EnergyDensity.JoulePerCubicMeter * Volume.CubicMeter",
   "Energy.Joule = Power.Watt * Duration.Second",
   "Energy.Joule = SpecificEnergy.JoulePerKilogram * Mass.Kilogram",
   "Energy.Joule = TemperatureDelta.Kelvin * Entropy.JoulePerKelvin",
-  "Entropy.JoulePerKelvin = Energy.Joule / TemperatureDelta.Kelvin",
   "Entropy.JoulePerKelvin = SpecificEntropy.JoulePerKilogramKelvin * Mass.Kilogram",
   "Force.Newton = ForceChangeRate.NewtonPerSecond * Duration.Second",
   "Force.Newton = ForcePerLength.NewtonPerMeter * Length.Meter",
-  "Force.Newton = ForcePerLength.NewtonPerMeter / ReciprocalLength.InverseMeter",
   "Force.Newton = Mass.Kilogram * Acceleration.MeterPerSecondSquared",
-  "Force.Newton = Power.Watt / Speed.MeterPerSecond",
   "Force.Newton = Pressure.Pascal * Area.SquareMeter",
-  "Force.Newton = Pressure.Pascal / ReciprocalArea.InverseSquareMeter",
-  "Force.Newton = Torque.NewtonMeter / Length.Meter",
   "ForcePerLength.NewtonPerMeter = Force.Newton * ReciprocalLength.InverseMeter",
-  "ForcePerLength.NewtonPerMeter = Force.Newton / Length.Meter",
-  "ForcePerLength.NewtonPerMeter = Pressure.Pascal / ReciprocalLength.InverseMeter",
+  "ForcePerLength.NewtonPerMeter = Pressure.NewtonPerSquareMeter * Length.Meter",
   "ForcePerLength.NewtonPerMeter = SpecificWeight.NewtonPerCubicMeter * Area.SquareMeter",
-  "HeatFlux.WattPerSquareMeter = Power.Watt / Area.SquareMeter",
-  "Jerk.MeterPerSecondCubed = Acceleration.MeterPerSecondSquared / Duration.Second",
-  "KinematicViscosity.SquareMeterPerSecond = DynamicViscosity.NewtonSecondPerMeterSquared / Density.KilogramPerCubicMeter",
   "KinematicViscosity.SquareMeterPerSecond = Length.Meter * Speed.MeterPerSecond",
-  "Length.Kilometer = TemperatureDelta.Kelvin / TemperatureGradient.DegreeCelsiusPerKilometer",
-  "Length.Meter = Area.SquareMeter / Length.Meter",
-  "Length.Meter = Force.Newton / ForcePerLength.NewtonPerMeter",
-  "Length.Meter = Mass.Kilogram / LinearDensity.KilogramPerMeter",
-  "Length.Meter = Pressure.Pascal / SpecificWeight.NewtonPerCubicMeter",
-  "Length.Meter = ReciprocalLength.InverseMeter / ReciprocalArea.InverseSquareMeter",
-  "Length.Meter = RotationalStiffness.NewtonMeterPerRadian / RotationalStiffnessPerLength.NewtonMeterPerRadianPerMeter",
   "Length.Meter = Speed.MeterPerSecond * Duration.Second",
-  "Length.Meter = Torque.NewtonMeter / Force.Newton",
-  "Length.Meter = Volume.CubicMeter / Area.SquareMeter",
   "LinearDensity.KilogramPerMeter = Area.SquareMeter * Density.KilogramPerCubicMeter",
-  "LinearDensity.KilogramPerMeter = Mass.Kilogram / Length.Meter",
-  "Luminance.CandelaPerSquareMeter = LuminousIntensity.Candela / Area.SquareMeter",
   "LuminousIntensity.Candela = Luminance.CandelaPerSquareMeter * Area.SquareMeter",
   "Mass.Gram = AmountOfSubstance.Mole * MolarMass.GramPerMole",
   "Mass.Kilogram = AreaDensity.KilogramPerSquareMeter * Area.SquareMeter",
   "Mass.Kilogram = Density.KilogramPerCubicMeter * Volume.CubicMeter",
-  "Mass.Kilogram = Energy.Joule / SpecificEnergy.JoulePerKilogram",
-  "Mass.Kilogram = Force.Newton / Acceleration.MeterPerSecondSquared",
   "Mass.Kilogram = LinearDensity.KilogramPerMeter * Length.Meter",
-  "Mass.Kilogram = Mass.Kilogram / MassFraction.DecimalFraction",
   "Mass.Kilogram = MassConcentration.KilogramPerCubicMeter * Volume.CubicMeter",
   "Mass.Kilogram = MassFlow.KilogramPerSecond * Duration.Second",
   "Mass.Kilogram = MassFraction.DecimalFraction * Mass.Kilogram",
-  "MassConcentration.GramPerCubicMeter = Molarity.MolePerCubicMeter * MolarMass.GramPerMole",
+  "MassConcentration.KilogramPerCubicMeter = Molarity.MolePerCubicMeter * MolarMass.KilogramPerMole",
   "MassConcentration.KilogramPerCubicMeter = VolumeConcentration.DecimalFraction * Density.KilogramPerCubicMeter",
-  "MassFlow.GramPerSecond = Area.SquareMeter * MassFlux.GramPerSecondPerSquareMeter",
-  "MassFlow.KilogramPerSecond = Mass.Kilogram / Duration.Second",
+  "MassFlow.KilogramPerSecond = Area.SquareMeter * MassFlux.KilogramPerSecondPerSquareMeter",
   "MassFlow.KilogramPerSecond = MolarFlow.KilomolePerSecond * MolarMass.KilogramPerKilomole",
   "MassFlow.KilogramPerSecond = Power.Watt * BrakeSpecificFuelConsumption.KilogramPerJoule",
-  "MassFlow.KilogramPerSecond = Power.Watt / SpecificEnergy.JoulePerKilogram",
   "MassFlow.KilogramPerSecond = VolumeFlow.CubicMeterPerSecond * Density.KilogramPerCubicMeter",
-  "MassFlux.KilogramPerSecondPerSquareMeter = MassFlow.KilogramPerSecond / Area.SquareMeter",
   "MassFlux.KilogramPerSecondPerSquareMeter = Speed.MeterPerSecond * Density.KilogramPerCubicMeter",
-  "Molarity.MolePerCubicMeter = AmountOfSubstance.Mole / Volume.CubicMeter",
-  "Molarity.MolePerCubicMeter = MassConcentration.GramPerCubicMeter / MolarMass.GramPerMole",
+  "MolarFlow.MolePerSecond = VolumeFlow.CubicMeterPerSecond * Molarity.MolePerCubicMeter",
   "Molarity.MolePerCubicMeter = Molarity.MolePerCubicMeter * VolumeConcentration.DecimalFraction",
   "Power.Watt = ElectricPotential.Volt * ElectricCurrent.Ampere",
   "Power.Watt = Energy.Joule * Frequency.PerSecond",
-  "Power.Watt = Energy.Joule / Duration.Second",
   "Power.Watt = Force.Newton * Speed.MeterPerSecond",
   "Power.Watt = HeatFlux.WattPerSquareMeter * Area.SquareMeter",
-  "Power.Watt = MassFlow.KilogramPerSecond / BrakeSpecificFuelConsumption.KilogramPerJoule",
   "Power.Watt = SpecificEnergy.JoulePerKilogram * MassFlow.KilogramPerSecond",
+  "Power.Watt = Torque.NewtonMeter * RotationalSpeed.RadianPerSecond",
   "Pressure.NewtonPerSquareMeter = Force.Newton * ReciprocalArea.InverseSquareMeter",
   "Pressure.NewtonPerSquareMeter = ForcePerLength.NewtonPerMeter * ReciprocalLength.InverseMeter",
-  "Pressure.NewtonPerSquareMeter = ForcePerLength.NewtonPerMeter / Length.Meter",
-  "Pressure.Pascal = Force.Newton / Area.SquareMeter",
   "Pressure.Pascal = PressureChangeRate.PascalPerSecond * Duration.Second",
   "Pressure.Pascal = SpecificWeight.NewtonPerCubicMeter * Length.Meter",
-  "PressureChangeRate.PascalPerSecond = Pressure.Pascal / Duration.Second",
   "Ratio.DecimalFraction = Area.SquareMeter * ReciprocalArea.InverseSquareMeter",
-  "ReciprocalArea.InverseSquareMeter = 1 / Area.SquareMeter",
   "ReciprocalArea.InverseSquareMeter = ReciprocalLength.InverseMeter * ReciprocalLength.InverseMeter",
-  "ReciprocalLength.InverseMeter = 1 / Length.Meter",
-  "ReciprocalLength.InverseMeter = ReciprocalArea.InverseSquareMeter / ReciprocalLength.InverseMeter",
-  "RotationalSpeed.RadianPerSecond = Angle.Radian / Duration.Second",
-  "RotationalSpeed.RadianPerSecond = Power.Watt / Torque.NewtonMeter",
+  "ReciprocalLength.InverseMeter = Length.Meter * ReciprocalArea.InverseSquareMeter",
   "RotationalStiffness.NewtonMeterPerRadian = RotationalStiffnessPerLength.NewtonMeterPerRadianPerMeter * Length.Meter",
-  "RotationalStiffness.NewtonMeterPerRadian = Torque.NewtonMeter / Angle.Radian",
-  "RotationalStiffnessPerLength.NewtonMeterPerRadianPerMeter = RotationalStiffness.NewtonMeterPerRadian / Length.Meter",
-  "SpecificEnergy.JoulePerKilogram = double / BrakeSpecificFuelConsumption.KilogramPerJoule",
-  "SpecificEnergy.JoulePerKilogram = Energy.Joule / Mass.Kilogram",
-  "SpecificEnergy.JoulePerKilogram = Power.Watt / MassFlow.KilogramPerSecond",
   "SpecificEnergy.JoulePerKilogram = SpecificEntropy.JoulePerKilogramKelvin * TemperatureDelta.Kelvin",
   "SpecificEnergy.JoulePerKilogram = Speed.MeterPerSecond * Speed.MeterPerSecond",
-  "SpecificEntropy.JoulePerKilogramKelvin = Entropy.JoulePerKelvin / Mass.Kilogram",
-  "SpecificEntropy.JoulePerKilogramKelvin = SpecificEnergy.JoulePerKilogram / TemperatureDelta.Kelvin",
   "SpecificWeight.NewtonPerCubicMeter = Acceleration.MeterPerSecondSquared * Density.KilogramPerCubicMeter",
-  "SpecificWeight.NewtonPerCubicMeter = Pressure.Pascal / Length.Meter",
   "Speed.MeterPerSecond = Acceleration.MeterPerSecondSquared * Duration.Second",
-  "Speed.MeterPerSecond = KinematicViscosity.SquareMeterPerSecond / Length.Meter",
-  "Speed.MeterPerSecond = Length.Meter / Duration.Second",
-  "Speed.MeterPerSecond = MassFlux.KilogramPerSecondPerSquareMeter / Density.KilogramPerCubicMeter",
-  "Speed.MeterPerSecond = VolumeFlow.CubicMeterPerSecond / Area.SquareMeter",
   "TemperatureDelta.DegreeCelsius = TemperatureChangeRate.DegreeCelsiusPerSecond * Duration.Second",
   "TemperatureDelta.DegreeCelsius = TemperatureGradient.DegreeCelsiusPerKilometer * Length.Kilometer",
-  "TemperatureDelta.Kelvin = Energy.Joule / Entropy.JoulePerKelvin",
-  "TemperatureGradient.KelvinPerMeter = TemperatureDelta.Kelvin / Length.Meter",
   "Torque.NewtonMeter = ForcePerLength.NewtonPerMeter * Area.SquareMeter",
   "Torque.NewtonMeter = Length.Meter * Force.Newton",
-  "Torque.NewtonMeter = Power.Watt / RotationalSpeed.RadianPerSecond",
   "Torque.NewtonMeter = RotationalStiffness.NewtonMeterPerRadian * Angle.Radian",
-  "Volume.CubicMeter = AmountOfSubstance.Mole / Molarity.MolePerCubicMeter",
-  "Volume.CubicMeter = AreaMomentOfInertia.MeterToTheFourth / Length.Meter",
   "Volume.CubicMeter = Length.Meter * Area.SquareMeter",
-  "Volume.CubicMeter = Mass.Kilogram / Density.KilogramPerCubicMeter",
   "Volume.CubicMeter = SpecificVolume.CubicMeterPerKilogram * Mass.Kilogram",
   "Volume.CubicMeter = VolumeFlow.CubicMeterPerSecond * Duration.Second",
-  "VolumeConcentration.DecimalFraction = MassConcentration.KilogramPerCubicMeter / Density.KilogramPerCubicMeter",
-  "VolumeFlow.CubicMeterPerSecond = Area.SquareMeter * Speed.MeterPerSecond",
-  "VolumeFlow.CubicMeterPerSecond = MassFlow.KilogramPerSecond / Density.KilogramPerCubicMeter",
-  "VolumeFlow.CubicMeterPerSecond = MolarFlow.MolePerSecond / Molarity.MolePerCubicMeter",
-  "VolumeFlow.CubicMeterPerSecond = Volume.CubicMeter / Duration.Second"
+  "VolumeFlow.CubicMeterPerSecond = Area.SquareMeter * Speed.MeterPerSecond"
 ]