# Relations between the quantity types, for the typed products of the native API (uom).

# Format: one "Result = Left * Right" or "Result = Left / Right" per line, with type names from quantity-types.txt.

# Each relation gives the four methods it implies: for C = A * B, A.multiply(B) and B.multiply(A) are a C, and

# C.divide(A) is a B, C.divide(B) an A; for C = A / B, A.divide(B) is a C, A.divide(C) a B, and B.multiply(C) and

# C.multiply(B) are an A. The generator checks the dimensions and refuses a method that two relations imply.

# Types of equal dimension (Frequency and Radioactivity, the two doses, Angle and Dimensionless) take part in at most

# one relation per method. Text after '#' is a comment; blank lines are ignored.

# Mechanics

Area = Length * Length

Volume = Area * Length

Speed = Length / Time

Acceleration = Speed / Time

Force = Mass * Acceleration

Pressure = Force / Area

Energy = Force * Length

Energy = Pressure * Volume

Power = Energy / Time

Power = Force * Speed

# Electromagnetism

ElectricCharge = ElectricCurrent * Time

ElectricPotential = Power / ElectricCurrent

ElectricResistance = ElectricPotential / ElectricCurrent

ElectricConductance = ElectricCurrent / ElectricPotential

ElectricCapacitance = ElectricCharge / ElectricPotential

MagneticFlux = ElectricPotential * Time

MagneticFluxDensity = MagneticFlux / Area

ElectricInductance = MagneticFlux / ElectricCurrent

# Photometry, chemistry, radiation

LuminousFlux = LuminousIntensity * SolidAngle

Illuminance = LuminousFlux / Area

CatalyticActivity = AmountOfSubstance / Time

RadiationDoseAbsorbed = Energy / Mass