Sha256: 3171e020e1338287823d0f5f53588bf169d956ad4323b5ebf9d20f11bebdd775
Contents?: true
Size: 1.71 KB
Versions: 2
Compression:
Stored size: 1.71 KB
Contents
/* To avoid contaminating Eigen namespace, we use RubyEigen instead of Eigen. */ namespace RubyEigen { typedef RubyEigen::Matrix<double, RubyEigen::Dynamic, RubyEigen::Dynamic> MatrixDouble; typedef RubyEigen::Matrix<float, RubyEigen::Dynamic, RubyEigen::Dynamic> MatrixFloat; typedef RubyEigen::Matrix<std::complex<double>, RubyEigen::Dynamic, RubyEigen::Dynamic> MatrixComplex; typedef RubyEigen::Matrix<std::complex<float>, RubyEigen::Dynamic, RubyEigen::Dynamic> MatrixComplexFloat; typedef RubyEigen::Array<double, RubyEigen::Dynamic, RubyEigen::Dynamic> ArrayXXd; /* By redefining VectorXd and VectorXcd in SWIG scope, SWIG can interpret what the templates are. The following templates appear in some decomposition classes. */ typedef RubyEigen::Matrix<RubyEigen::MatrixDouble::Scalar, RubyEigen::Dynamic, 1> VectorXd; typedef RubyEigen::Matrix<RubyEigen::MatrixComplex::Scalar, RubyEigen::Dynamic, 1> VectorXcd; typedef RubyEigen::Matrix<RubyEigen::MatrixXi::Scalar, RubyEigen::Dynamic, 1> VectorXi; typedef RubyEigen::Block<RubyEigen::MatrixDouble> MatrixDoubleRef; typedef RubyEigen::Block<RubyEigen::MatrixXcd> MatrixComplexRef; typedef Matrix<bool, Dynamic, Dynamic> MatrixBool; typedef Matrix<bool, Dynamic, 1> VectorBool; typedef Array<bool, Dynamic, Dynamic> CMatrixBool; typedef Array<bool, Dynamic, 1> CVectorBool; typedef SparseMatrix<double> SpMatrixDouble; typedef SparseMatrix<float> SpMatrixFloat; typedef SparseMatrix<double>::InnerIterator SpMatrixDoubleIter; typedef SparseMatrix<float>::InnerIterator SpMatrixFloatIter; typedef PermutationMatrix<RubyEigen::Dynamic, RubyEigen::Dynamic, int> PermutationMatrix; typedef Matrix<int, Dynamic, 1> PermutationIndices; };
Version data entries
2 entries across 2 versions & 1 rubygems
Version | Path |
---|---|
ruby-eigen-0.0.11 | ext/eigen/rubyeigen_base.h |
ruby-eigen-0.0.11.pre2 | ext/eigen/rubyeigen_base.h |