simplematrix.cpp

#IFNDEF __SIMPLE_MATRIX_CPP
#DEFINE __SIMPLE_MATRIX_CPP

#include "SimpleMatrix.h"


//Default Constructor
template <typename Type>
SimpleMatrix<Type> :: SimpleMatrix() {

	//No Need for implementation, as the vector "mat"
	//will create the necessary storage
}


//Constructor with row/col specification and default/initial value to be filled in the matrix
template <typename Type>
SimpleMatrix<Type> :: SimpleMatrix(const int& rows, const int& rows, const Type& val){

	for (int i = 0; i < rows; ++i)
	{
		std::vector<Type> col_vec(cols,val);
		mat.push_back(col_vec);
	}
}


//Copy Constructor
template <typename Type>
SimpleMatrix<Type> :: SimpleMatrix(const SimpleMatrix<Type>& _rhs){
	mat = _rhs.get_mat();
}


//Overloaded assignment operator
template <typename Type>
SimpleMatrix<Type>& SimpleMatrix<Type> :: operator = (const SimpleMatrix<Type>& _rhs){

	if(this==&rhs) return *this; //Handling assignment to self
	mat=_rhs.get_mat();
	return *this;
}	


//Destructor
template <typename Type>
SimpleMatrix<Type> :: ~SimpleMatrix()
{
	//No need for implementation as there is no manual dynamic memory allocation
}


//Matrix access method, via copying
template <typename Type>
SimpleMatrix<Type> SimpleMatrix<Type> :: get_mat() const {
	return mat;
}


//Matrix acces method via row and column index
template <typename Type>
Type& SimpleMatrix<Type> :: value(const int& row, const int& col){
	return mat[row][col];
}


#ENDIF