[−][src]Crate calcify

Calcify

A crate for 3-D and 4-D vector and matrix algebra, conceived for use in physics simulations. Builds out from a basic ThreeVec struct including most commonly used operations built in. Includes physics constants, 3 and 4-D vectors and matrices and many associated operations, collections, histograms, and output trees, which are serialized in json.

Notes

  • Branches can now be extracted from Trees, but this is not an ideal process. Trees should still be seen as containers for output only.

  • All physics constants are exported in the top in SI units. To retrieve them in Planck or natural units call calcify::Consts::planck() or calcify::Consts::natural().

  • FourMat::lambda() has been replaced by fn boost(initial: FourVec, v: ThreeVec). The math has been changed.

todo

  • Plotting tool
  • to_bytes
  • Four-Momentum

Modules

consts

consts module

Structs

Bin

A histogram is a Collection of Bins

Branch

Branch

Collection

A wrapper around the std::vec::vec

FourMat

Four Matrix

FourVec

Four Vector

ThreeMat

Three Matrix

ThreeVec

Three Vector

Tree

Tree of Collections for saving to a file.

Enums

Sinv

Variants of S space-time invariant

Traits

Serializable

Must return a json compliant String

Functions

beta

Beta factor, |v| over the speed pf light in a vacuum, in SI.

boost

Returns a FourVec, inside a Result, boosted into a frame of arbitrary velocity v.

degrees_between

Return the angle between two vectors in degrees

gamma

Gamma, the lorentz factor, in SI.

radians_between

Return the angle between two vectors in radians