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See:
Description
| Class Summary | |
|---|---|
| CGS | Centimeter-Gram-Second system of units. |
| LJ | Lennard-Jones system of units, such that all quantities are made dimensionless with respect to a characteristic size (sigma), energy (epsilon) and mass. |
| LJ.LJUnit | |
| MKS | Meter-Kilogram-Second system of units |
| UnitSystem | Specifies a system of units. |
| UnitSystem.Sim | System of units based on simulation units of Daltons, picoseconds, and Angstroms |
Provides classes that specify a system of units, such as SI, English, etc. Unit classes are sometimes used to convert values on input and output; the conversion is performed between the units employed for internal calcualtions, and more recognizable units such at bars our joules. Typically a Unit will be determined from a Dimension instance associated with the I/O quantity. The Dimension can provide an appropriate Unit when given a specific UnitSystem instance.
The package etomica.units defines the Unit and Dimension classes.
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