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98 message(s), the most recent arriving on Fri 30 September at 01:53 GMT.

Friday September 02

[eigen] RFC: making a deterministic and reproducable product codepath with Eigen Jason Newton

Monday September 05

[eigen] TriangularViewType& operator/=(const typename internal::traits<MatrixType>::Scalar& other) Peter
Re: [eigen] TriangularViewType& operator/=(const typename internal::traits<MatrixType>::Scalar& other) Gael Guennebaud
Re: [eigen] TriangularViewType& operator/=(const typename internal::traits<MatrixType>::Scalar& other) Peter
Re: [eigen] TriangularViewType& operator/=(const typename internal::traits<MatrixType>::Scalar& other) Gael Guennebaud
Re: [eigen] TriangularViewType& operator/=(const typename internal::traits<MatrixType>::Scalar& other) Gael Guennebaud
Re: [eigen] TriangularViewType& operator/=(const typename internal::traits<MatrixType>::Scalar& other) Peter
[eigen] Re: RFC: making a deterministic and reproducable product codepath with Eigen Jason Newton

Tuesday September 06

Re: [eigen] RFC: making a deterministic and reproducable product codepath with Eigen Peter
Re: [eigen] RFC: making a deterministic and reproducable product codepath with Eigen Jason Newton
Re: [eigen] RFC: making a deterministic and reproducable product codepath with Eigen Jeff Hammond
Re: [eigen] TriangularViewType& operator/=(const typename internal::traits<MatrixType>::Scalar& other) Peter
Re: [eigen] RFC: making a deterministic and reproducable product codepath with Eigen Peter
Re: [eigen] Re: RFC: making a deterministic and reproducable product codepath with Eigen Gael Guennebaud
Re: [eigen] TriangularViewType& operator/=(const typename internal::traits<MatrixType>::Scalar& other) Gael Guennebaud

Wednesday September 07

Re: [eigen] TriangularViewType& operator/=(const typename internal::traits<MatrixType>::Scalar& other) Peter
Re: [eigen] Re: RFC: making a deterministic and reproducable product codepath with Eigen Jason Newton
[eigen] Next stable version Mihai Stefanescu
Re: [eigen] Next stable version Gael Guennebaud
Re: [eigen] Re: RFC: making a deterministic and reproducable product codepath with Eigen Gael Guennebaud

Thursday September 08

[eigen] Householder.h: ::min() and operator<= Peter
Re: [eigen] Householder.h: ::min() and operator<= Rasmus Larsen
Re: [eigen] Householder.h: ::min() and operator<= Peter
Re: [eigen] Householder.h: ::min() and operator<= Christoph Hertzberg
Re: [eigen] RFC: making a deterministic and reproducable product codepath with Eigen Christoph Hertzberg
Re: [eigen] RFC: making a deterministic and reproducable product codepath with Eigen Peter
Re: [eigen] RFC: making a deterministic and reproducable product codepath with Eigen Jason Newton
Re: [eigen] Householder.h: ::min() and operator<= Peter

Friday September 09

computeDirect (Re: [eigen] Householder.h: ::min() and operator<=) Peter
Re: computeDirect (Re: [eigen] Householder.h: ::min() and operator<=) Christoph Hertzberg
Re: [eigen] RFC: making a deterministic and reproducable product codepath with Eigen Christoph Hertzberg
Re: computeDirect (Re: [eigen] Householder.h: ::min() and operator<=) Peter
Re: [eigen] RFC: making a deterministic and reproducable product codepath with Eigen Rasmus Larsen

Sunday September 11

smalleset() ( Re: [eigen] Householder.h: ::min() and operator<=) Peter
specializing void MatrixBase<Derived>::makeHouseholder (Re: [eigen] Householder.h: ::min() and operator<== Peter
[eigen] AutoDiff: complex doesn't compile Peter

Monday September 12

Re: smalleset() ( Re: [eigen] Householder.h: ::min() and operator<=) Christoph Hertzberg
Re: specializing void MatrixBase<Derived>::makeHouseholder (Re: [eigen] Householder.h: ::min() and operator<== Christoph Hertzberg
Re: smalleset() ( Re: [eigen] Householder.h: ::min() and operator<=) Peter
Re: [eigen] AutoDiff: complex doesn't compile Christoph Hertzberg
Re: [eigen] AutoDiff: complex doesn't compile Peter
Re: specializing void MatrixBase<Derived>::makeHouseholder (Re: [eigen] Householder.h: ::min() and operator<== Peter
[eigen] compiles (Re: specializing void MatrixBase<Derived>::makeHouseholder) Peter
Re: [eigen] compiles (Re: specializing void MatrixBase<Derived>::makeHouseholder) Christoph Hertzberg
Re: [eigen] compiles (Re: specializing void MatrixBase<Derived>::makeHouseholder) Peter
Re: smalleset() ( Re: [eigen] Householder.h: ::min() and operator<=) Gael Guennebaud
Re: smalleset() ( Re: [eigen] Householder.h: ::min() and operator<=) Pavel Holoborodko
Re: smalleset() ( Re: [eigen] Householder.h: ::min() and operator<=) Christoph Hertzberg
Re: smalleset() ( Re: [eigen] Householder.h: ::min() and operator<=) Gael Guennebaud
Re: smalleset() ( Re: [eigen] Householder.h: ::min() and operator<=) Pavel Holoborodko
Re: smalleset() ( Re: [eigen] Householder.h: ::min() and operator<=) Christoph Hertzberg
Re: smalleset() ( Re: [eigen] Householder.h: ::min() and operator<=) Christoph Hertzberg
[eigen] Re: smallest() Peter
[eigen] makeHouseholder() Peter

Wednesday September 14

[eigen] Lazy evaluation and adjoint(): Bug? Peter
conjugate() and adjoint() bug example (Re: [eigen] Lazy evaluation and adjoint()) Peter
[eigen] Re: conjugate() and adjoint() bug example Peter
Re: [eigen] Lazy evaluation and adjoint(): Bug? Gael Guennebaud
Re: [eigen] Lazy evaluation and adjoint(): Bug? Peter
Re: conjugate() and adjoint() bug example (Re: [eigen] Lazy evaluation and adjoint()) Gael Guennebaud
Re: [eigen] Lazy evaluation and adjoint(): Bug? Gael Guennebaud
Re: [eigen] Lazy evaluation and adjoint(): Bug? Peter
Re: [eigen] Lazy evaluation and adjoint(): Bug? Gael Guennebaud
Re: [eigen] Lazy evaluation and adjoint(): Bug? Peter
Re: conjugate() and adjoint() bug example (Re: [eigen] Lazy evaluation and adjoint()) Rasmus Larsen

Thursday September 15

Timing (Re: conjugate() and adjoint() bug example (Re: [eigen] Lazy evaluation and adjoint())) Peter
Re: Timing (Re: conjugate() and adjoint() bug example (Re: [eigen] Lazy evaluation and adjoint())) Peter
Re: conjugate() and adjoint() bug example (Re: [eigen] Lazy evaluation and adjoint()) Gael Guennebaud
Re: [eigen] Re: smallest() Gael Guennebaud
Re: [eigen] Re: smallest() Gael Guennebaud
Re: Timing (Re: conjugate() and adjoint() bug example (Re: [eigen] Lazy evaluation and adjoint())) Rasmus Larsen
Re: conjugate() and adjoint() bug example (Re: [eigen] Lazy evaluation and adjoint()) Rasmus Larsen

Friday September 16

Re: [eigen] makeHouseholder() Christoph Hertzberg
Re: [eigen] makeHouseholder() Christoph Hertzberg

Saturday September 17

Re: [eigen] makeHouseholder() Gael Guennebaud
Re: [eigen] makeHouseholder() Victor Liu

Sunday September 18

[eigen] Using Cholmods LDLT factorization with eigen. Brad Bell

Monday September 19

[eigen] Permutation times Sparse matrix Brad Bell
Re: [eigen] Permutation times Sparse matrix Christoph Hertzberg
Re: [eigen] makeHouseholder() Christoph Hertzberg
Re: [eigen] Using Cholmods LDLT factorization with eigen. Gael Guennebaud
Re: [eigen] Permutation times Sparse matrix Gael Guennebaud

Thursday September 22

Re: [eigen] makeHouseholder() Peter
[eigen] Setting diagonal of a sparse matrix Brad Bell
Re: [eigen] Setting diagonal of a sparse matrix Christoph Hertzberg
Re: [eigen] Setting diagonal of a sparse matrix Peter
Re: [eigen] Setting diagonal of a sparse matrix Brad Bell
Re: [eigen] Setting diagonal of a sparse matrix Peter
Re: [eigen] Setting diagonal of a sparse matrix Brad Bell
[eigen] 3.3-rc1 released! Gael Guennebaud

Friday September 23

Re: [eigen] 3.3-rc1 released! Benoit Jacob
Re: [eigen] 3.3-rc1 released! Mark Sauder

Monday September 26

Re: [eigen] RFC: making a deterministic and reproducable product codepath with Eigen Jason Newton

Tuesday September 27

[eigen] Disabled Bugzilla self-registration Christoph Hertzberg
Re: [eigen] Disabled Bugzilla self-registration Gael Guennebaud

Thursday September 29

[eigen] Is there any guarantee regaridng the order of the eigenvalues for the EigenSolver? William Oquendo
Re: [eigen] Is there any guarantee regaridng the order of the eigenvalues for the EigenSolver? Gael Guennebaud
Re: [eigen] Is there any guarantee regaridng the order of the eigenvalues for the EigenSolver? William Oquendo

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