The functions prototypes and its description as following:
void dotMul(Const CMatrix& m);
/ (this) . m is multiple element by element as general result(i,j)=(this)(i,j)m(i,j) /
void dotDiv(CMatrix& m);
/ is a dot divide operation as divide element by element /
void dotPow(double d);
/ is a pow of each element to power of d /
void lDiv(const CMatrix& m);
/ multiply of inverse(A)B and is called left div /
void dotLDiv(const CMatrix& m);
/ Element by element multiply of inverse of this and m /
friend CMatrix sin(const CMatrix& m);
/ Get sin for each element /
friend CMatrix cos(const CMatrix& m);
/ Get cos for each element /
friend CMatrix tan(const CMatrix& m);
/ Get tan for each element /
friend CMatrix asin(const CMatrix& m);
/ Get sin-1 for each element /
friend CMatrix acos(const CMatrix& m);
/ Get cos-1 for each element/
friend CMatrix atan(const CMatrix& m);
/ Get tan-1 for each element /
friend CMatrix exp(const CMatrix& m);
/ Get expontial of each element /
friend CMatrix log(const CMatrix& m);
/ Get the ln of each element /
friend CMatrix log10(const CMatrix& m);
/ Get the log to base 10 of each element /
The functions prototypes and its description as following: void dotMul(Const CMatrix& m); / (this) . m is multiple element by element as general result(i,j)=(this)(i,j)m(i,j) / void dotDiv(CMatrix& m); / is a dot divide operation as divide element by element / void dotPow(double d); / is a pow of each element to power of d / void lDiv(const CMatrix& m); / multiply of inverse(A)B and is called left div / void dotLDiv(const CMatrix& m); / Element by element multiply of inverse of this and m / friend CMatrix sin(const CMatrix& m); / Get sin for each element / friend CMatrix cos(const CMatrix& m); / Get cos for each element / friend CMatrix tan(const CMatrix& m); / Get tan for each element / friend CMatrix asin(const CMatrix& m); / Get sin-1 for each element / friend CMatrix acos(const CMatrix& m); / Get cos-1 for each element/ friend CMatrix atan(const CMatrix& m); / Get tan-1 for each element / friend CMatrix exp(const CMatrix& m); / Get expontial of each element / friend CMatrix log(const CMatrix& m); / Get the ln of each element / friend CMatrix log10(const CMatrix& m); / Get the log to base 10 of each element /