Triangular_solve.cpp File Reference

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Functions
	cout<< "Here is the matrix m:< m<< endl;Matrix3d n=Matrix3d::Ones();n.triangularView< Eigen::Lower > () *
	cout<< "Here is the matrix n:< n<< endl;cout<< "And now here is m.inverse() *n, taking advantage of the fact that" " m is upper-triangular:\"<< m.triangularView< Eigen::Upper > ().solve(n)<< endl
m	triangularView< Eigen::Upper > ().setOnes()

Variables
Matrix3d	m = Matrix3d::Zero()

Function Documentation

cout<< "Here is the matrix m:\< m<< endl;Matrix3d n=Matrix3d::Ones();n.triangularView< Eigen::Lower >()

cout<< "Here is the matrix m:\<< m<< endl;Matrix3d n=Matrix3d::Ones();n.triangularView< Eigen::Lower >

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cout<< "Here is the matrix n:\< n<< endl;cout<< "And now here is m.inverse() *n, taking advantage of the fact that" " m is upper-triangular:\"<< m.triangularView< Eigen::Upper >()

cout<< "Here is the matrix n:\<< n<< endl;cout<< "And now here is m.inverse() *n, taking advantage of the fact that" " m is upper-triangular:\"<< m.triangularView< Eigen::Upper >

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triangularView< Eigen::Upper >()

m triangularView< Eigen::Upper >

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Variable Documentation

m

Matrix3d m = Matrix3d::Zero()

Definition at line 1 of file Triangular_solve.cpp.