Get Started

 // 1  
 int arr[2][3] = {{1, 2, 3}, {4, 5, 6}};
 Matrix<2,3,int> M1(arr);
 // 2
 int arr[] = {1.6, 2.2, 3.9 , 4.7, 5.3, 6.8};
 Matrix<2,3,float> M2(arr);
 // 3
 Matrix<5,5,int> // A 5x5 Matrix filled by zeros

Print to the terminal

  M1.print();

Acces And Set Data

Mehode	Acces	Set
1	M[i][j]	M[i][j]=4
2	M(i,j)	M(i,j)=4
2	M.at(i,j)	M.at(i,j)=4

Static Methodes

  int r=2,c=3;
  Matrix<r, c> Z = Matrix<r, c>::Zeros();
  Matrix<r, c> O = Matrix<r, c>::Ones();
  Matrix<3> Id = Matrix<3>::Id();
  Matrix<4,5> Nums = Matrix<4,5,double>::Nums(6.7);

Operators

List

M1: Matrix

Operator	Operande	Syntax
+	M2:Matrix	Matrix<r,c,type> M3=M1+M2;
+	a:Scalar	Matrix<r,c,type> M3=M1+a;
-	M2:Matrix	Matrix<r,c,type> M3=M1-M2;
-	a:Scalar	Matrix<r,c,type> M3=M1-a;
*	M2:Matrix	Matrix<r,c,type> M3=M1*M2;
*	a:Scalar	Matrix<r,c,type> M3=M1*a;
/	a:Scalar	Matrix<r,c,type> M3=M1/a;
=	a:Matrix	Matrix<r,c,type> M3=M1;
%	a:Integer	Matrix<r,c,type> M3=M1ùa;
+=	M2:Matrix	M1+=M2;
+=	a:Scalar	M1+=a;
-=	M2:Matrix	M1-=M2;
-=	a:Scalar	M1-=a;
*=	M2:Matrix	M1*=M2;
*=	a:Scalar	M1+=a;
/=	a:Scalar	M1/=a;
%=	a:Integer	M1%=a;

Examples

   int arr1[2][3] = {{1, 2, 3},{4, 5, 6}};
   int arr2[2][3] = {{2, 3, 4},{5, 6, 7}};
   Matrix<2,3,int> M1(arr1);
   Matrix<2,3,int> M2(arr2);
   Matrix<2,3,int> M3=M1+M2;
   Matrix<2,3,int> M4=M1-M2;
   M3+=M3;
   M4-=M3;

Void Methodes

Methode	Description	Example	Condition
.clone()			-
.print()			-
.at(i,j)	Acces and set data		-
.det()	The determinant of the given matrix	View	should be a square matrix
.transpose()	Transposes the given matrix	View	-
.comatrice()		View	-
.reshape(r,c)	Reshapes the given matrix	View	The size of the new Matrix should be equal to the old one
.slice(r0,c0,r1,c1)	Extracts a sub-matrix from the original matrix,	View	-
.deleteRow(i)	Remove a specific row from the original matrix.	View	-
.deleteCol(j)	Remove a specific column from the original matrix.	View	-
.hstack(M)	Stacks the original matrix horizontally with the matrix M	View	The number of cols in both matrices should be the same,
.vstack(M)	Stacks the original matrix vertically with the matrix M	View	The number of rows in both matrices should be the same,
.foreach(lambda_func)	Higher-order function that takes a function as an argument and applies it to each element of the Matrix.	View	-
.clamp(min,max)	clamp all matrix elements between min and max	View	-
.lerp(min,max)		View	-
.norm(min,max)	Normalize the values in a matrix to a range between 0 and 1	View	-
.map(a1,b1,a2,b2)	Map the values of a matrix from one range to another.	View	-
.count(n)			-

Testers

Methode	description
isId()	determines whether a given matrix is identity matrix or not
isSquare()	determines whether a given matrix is square or not
isSym()	determines whether a given matrix is symmetric or not
isAntiSym()	determines whether a given matrix is antisymmetric or not
isInv()	determines whether a given matrix is inversible or not
isZeros()	determines whether a given matrix is filled by zeros or not
isOnes()	determines whether a given matrix is filled by ones or not

License

This projet is licensed under the terms of MIT License