Matrix Operations Library

This C library provides a comprehensive set of matrix operations. It is designed with flexibility in mind, offering various versions of each function to suit different use cases.

Matrix Initialization

• matrix_init: Initialize a matrix with random values.
• matrix_of: Initialize a matrix with a specific value.
• matrix_Id: Initialize an identity matrix.
• matrix_nId: Initialize a matrix with a scalar-multiplied identity matrix.

Matrix Copy

• matrix_copyto: Copy matrix to another (in-place).
• matrix_getcpy: Return a deep copy of the matrix.

Matrix Operations

Addition

• m_add: Returns a new matrix as the result of addition.
• m_addp: In-place addition, modifies the input matrix.
• m_addt: Addition with the result written to a provided output matrix.

Scalar Addition

• m_kadd: Returns a new matrix with scalar addition.
• m_kaddp: In-place scalar addition.
• m_kaddt: Scalar addition with the result written to a provided output matrix.

Subtraction

• m_sub: Returns a new matrix as the result of subtraction.
• m_subp: In-place subtraction, modifies the input matrix.
• m_subt: Subtraction with the result written to a provided output matrix.

Scalar Subtraction

• m_ksub: Returns a new matrix with scalar subtraction.
• m_ksubp: In-place scalar subtraction.
• m_ksubt: Scalar subtraction with the result written to a provided output matrix.

Multiplication

• m_mul: Returns a new matrix as the result of multiplication.
• m_mult: Multiplication with the result written to a provided output matrix.

Power

• m_pow: Returns a new matrix raised to a power.
• m_powp: In-place matrix power.
• m_powt: Matrix power with the result written to a provided output matrix.

Scalar Multiplication

• m_kmul: Returns a new matrix with scalar multiplication.
• m_kmulp: In-place scalar multiplication.
• m_kmult: Scalar multiplication with the result written to a provided output matrix.

Scalar Division

• m_kdiv: Returns a new matrix with scalar division.
• m_kdivp: In-place scalar division.
• m_kdivt: Scalar division with the result written to a provided output matrix.

Scalar Product

• m_dot: Returns the scalar product of two matrices.

Transposition

• m_transp: Returns a new matrix as the result of transposition.
• m_transpt: Transposition with the result written to a provided output matrix.

Sum Along a Direction

• m_sumfd: Returns a new matrix as the result of summing along a specified direction.
• m_sumfdt: Sum along a direction with the result written to a provided output matrix.

Multiplication Along a Direction

• m_mulfd: Returns a new matrix as the result of multiplication along a specified direction.
• m_mulfdt: Multiplication along a direction with the result written to a provided output matrix.

Element-wise Function Application

• m_apply: Returns a new matrix as the result of applying a function element-wise.
• m_applyp: In-place element-wise function application.
• m_applyt: Element-wise function application with the result written to a provided output matrix.

Memory Management

• matrix_free: Free the memory occupied by a matrix.

Note: Please choose the appropriate function based on your specific requirements. Enjoy coding with matrices in C!

License

This Matrix Operations Library is released under the MIT License. See the LICENSE file for details.