Expanded.cpp File Reference

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Functions
Expanded< complex >	operator* (const complex &ue, const Expanded< double > &ex)
Expanded< matrix< complex > >	operator* (const complex &ue, const Expanded< matrix< double > > &ex)
Expanded< vector< complex > >	operator* (const complex &ue, const Expanded< vector< double > > &ex)
Expanded< matrix< complex > >	operator* (const matrix< double > &ue, const Expanded< complex > &ex)
Expanded< matrix< double > >	operator* (const matrix< double > &ue, const Expanded< double > &ex)
Expanded< matrix< double > >	operator* (const matrix< double > &ue, const Expanded< matrix< double > > &ex)
Expanded< vector< double > >	operator* (const matrix< double > &ue, const Expanded< vector< double > > &ex)
Expanded< vector< complex > >	operator* (const vector< double > &ue, const Expanded< complex > &ex)
Expanded< vector< double > >	operator* (const vector< double > &ue, const Expanded< double > &ex)
Expanded< vector< double > >	operator* (const vector< double > &ue, const Expanded< matrix< double > > &ex)
Expanded< double >	operator* (const vector< double > &ue, const Expanded< vector< double > > &ex)

Function Documentation

operator*() [1/11]

Expanded<complex> operator*	(	const complex &	ue,
		const Expanded< double > &	ex
	)

Definition at line 199 of file Expanded.cpp.

{
    return (ex * ue);
}

operator*() [2/11]

Expanded<matrix<complex> > operator*	(	const complex &	ue,
		const Expanded< matrix< double > > &	ex
	)

Definition at line 209 of file Expanded.cpp.

{
    return (ex * ue);
}

operator*() [3/11]

Expanded<vector<complex> > operator*	(	const complex &	ue,
		const Expanded< vector< double > > &	ex
	)

Definition at line 204 of file Expanded.cpp.

{
    return (ex * ue);
}

operator*() [4/11]

Expanded<matrix<complex> > operator*	(	const matrix< double > &	ue,
		const Expanded< complex > &	ex
	)

Definition at line 231 of file Expanded.cpp.

{
    return (ex * ue);
}

operator*() [5/11]

Expanded<matrix<double> > operator*	(	const matrix< double > &	ue,
		const Expanded< double > &	ex
	)

Definition at line 226 of file Expanded.cpp.

{
    return (ex * ue);
}

operator*() [6/11]

Expanded<matrix<double> > operator*	(	const matrix< double > &	ue,
		const Expanded< matrix< double > > &	ex
	)

Definition at line 259 of file Expanded.cpp.

{
    return ((ex.transpose() * ue.transpose()).transpose());
}

operator*() [7/11]

Expanded<vector<double> > operator*	(	const matrix< double > &	ue,
		const Expanded< vector< double > > &	ex
	)

Definition at line 252 of file Expanded.cpp.

{
    return (ex * ue.transpose());
}

operator*() [8/11]

Expanded<vector<complex> > operator*	(	const vector< double > &	ue,
		const Expanded< complex > &	ex
	)

Definition at line 221 of file Expanded.cpp.

{
    return (ex * ue);
}

operator*() [9/11]

Expanded<vector<double> > operator*	(	const vector< double > &	ue,
		const Expanded< double > &	ex
	)

Definition at line 216 of file Expanded.cpp.

{
    return (ex * ue);
}

operator*() [10/11]

Expanded<vector<double> > operator*	(	const vector< double > &	ue,
		const Expanded< matrix< double > > &	ex
	)

Definition at line 245 of file Expanded.cpp.

{
    return (ex.transpose() * ue);
}

operator*() [11/11]

Expanded<double> operator*	(	const vector< double > &	ue,
		const Expanded< vector< double > > &	ex
	)

Definition at line 238 of file Expanded.cpp.

{
    return (ex * ue);
}