linearalgcalc 0.1.1

A library for linear algebra calculations

Welcome to LinearAlgCalc!

This library is built to simplify linear algebra calculations.

To import the necessary functions and classes type 'from linearalgcalc import myfunctions'

Classes

• Vector: A vector with real numbers
• Complex Number
• Complex vectors: Vectors with complex numbers

Functions

• Complex

  • re: returns the real part of a complex number

  • im: returns the imaginary part of a complex number

  • addition: adds two complex numbers

  • subtraction: subtracts two complex numbers

  • multiplication: multiplies two complex numbers

  • conjugate: returns the complex conjugate

  • modulus: calculates the modulus

  • polar_form: returns the polar form as a string

  • exponent: returns the complex number to the exponent of n

  • roots: calculates the nth roots of a complex number

• Vector

  • addition: Calculates and returns the sum of two vectors

  • subtraction: Calculates and returns the difference of two vectors

  • scalar_multiplication: Calculates and returns the product of a vector with a scalar

  • norm: Calculates the norm of a vector

  • dot_product: Calculates the dot product of two vectors

  • angle_between: Calculates the angle between two vectors

  • cross_product: Calculates the cross product of two vectors in R3

  • projection: Calculates the projection of a vector onto another

  • unit_vector: Returns the unit vector equivalent of the vector

  • parallelepiped_volume: Calculates and returns the volume of a parallelepiped constructed by three vectors

  • isParallel: Returns a boolean value that is dependent on whether the two vectors are parallel or not

• ComplexVector

  • addition: Calculates and returns the sum of two complex vectors

  • subtraction: Calculates and returns the difference of two complex vectors

  • scalar_multiplication: Calculates and returns the product of a complex vector with a scalar

  • norm: Calculates the norm of a complex vector

  • inner_product: Calculates and returns the inner product of a complex vector