v1.0.2 - Transformation methods and logic operations

CHANGE LOG (06.08.2023):

• new transformation methods: add, subtract, multiply, divide,
• new logic operation methods: isLowerThan(), isGreaterThan(), isEqualOrLowerThan(), isEqualOrGreaterThan()
• add convenient methods for getting value of most popular units, for ie: temperature.getValueAsCelsius();
• fixed minor bugs + refactoring

v1.0.1 - Momentum and Torque, package optimization

CHANGE LOG (25.06.2023):

• new units: Torque, Momentum,
• flattened packages, grouped by unit family,
• added toStringWithRelevantDigits() to allow user get formatted output with specified number of relevant digits
• added isEqualsWithPrecision() method to enable possibility to check for equality from the business perspective
• toString() is now standard non formatted toString()
• minor refactoring and code cleaning

v1.0.0 - First release

The first release of the Physics Unit Conversion Solution for Java - UNITILITY.

• plain Java, no frameworks,
• covered with unit tests (>74% of coverage),
• quality and security checked via SonarCloud quality gate,

Supported units:

COMMON: Distance, Area, Volume, Mass, Angle
MECHANICAL: Force
THERMODYNAMIC: Temperature, Pressure, Energy, Power, Specific heat, Density, Dynamic viscosity, Kinematic viscosity, Specific enthalpy, Thermal conductivity
FLOWS: Mass flow, Volumetric flow
HUMID AIR SPECIFIC: Humidity ratio, Relative humidity
DIMENSIONLESS: Grashof number, Prandtl number, Reynolds number

v0.0.1-beta- Simplified approach based on Enum and Generics

• created new concept for unit system in Java based on enums and generic classes,
• removed validation from units / physical quantities, validation should be done in physics implementation not in the units themselves,
• added more units
• added more unit tests
• retained previous concept in "first concept"

v0.0.1-alpha - First draft in functional approach Either from VAVR

• first approach