From: Wolfgang Bangerth Date: Thu, 9 Feb 2023 22:20:10 +0000 (-0700) Subject: Adjust a test output. X-Git-Tag: v9.5.0-rc1~565^2 X-Git-Url: https://gitweb.dealii.org/cgi-bin/gitweb.cgi?a=commitdiff_plain;h=refs%2Fpull%2F14777%2Fhead;p=dealii.git Adjust a test output. --- diff --git a/tests/grid/twisted_parallelepiped_01.debug.output b/tests/grid/twisted_parallelepiped_01.debug.output index 164bd359a1..f57e345e35 100644 --- a/tests/grid/twisted_parallelepiped_01.debug.output +++ b/tests/grid/twisted_parallelepiped_01.debug.output @@ -1,5 +1,5 @@ -ExcInvalidInputOrientation ("The triangulation you are trying to create will consist of cells" " with negative measures. This is usually the result of input data" " that does not define a right-handed coordinate system. The usual" " fix for this is to ensure that in 1D the given point is to the" " right of the origin (or the given edge tensor is positive), in 2D" " that the two edges (and their cross product) obey the right-hand" " rule (which may usually be done by switching the order of the" " points or edge tensors), or in 3D that the edges form a" " right-handed coordinate system (which may also be accomplished by" " switching the order of the first two points or edge tensors).") -ExcInvalidInputOrientation ("The triangulation you are trying to create will consist of cells" " with negative measures. This is usually the result of input data" " that does not define a right-handed coordinate system. The usual" " fix for this is to ensure that in 1D the given point is to the" " right of the origin (or the given edge tensor is positive), in 2D" " that the two edges (and their cross product) obey the right-hand" " rule (which may usually be done by switching the order of the" " points or edge tensors), or in 3D that the edges form a" " right-handed coordinate system (which may also be accomplished by" " switching the order of the first two points or edge tensors).") -ExcInvalidInputOrientation ("The triangulation you are trying to create will consist of cells" " with negative measures. This is usually the result of input data" " that does not define a right-handed coordinate system. The usual" " fix for this is to ensure that in 1D the given point is to the" " right of the origin (or the given edge tensor is positive), in 2D" " that the two edges (and their cross product) obey the right-hand" " rule (which may usually be done by switching the order of the" " points or edge tensors), or in 3D that the edges form a" " right-handed coordinate system (which may also be accomplished by" " switching the order of the first two points or edge tensors).") +ExcInvalidInputOrientation ("The triangulation you are trying to create will consist of cells" " with negative measures. This is usually the result of input data" " that does not define a right-handed coordinate system. The usual" " fix for this is to ensure that in 1d the given point is to the" " right of the origin (or the given edge tensor is positive), in 2d" " that the two edges (and their cross product) obey the right-hand" " rule (which may usually be done by switching the order of the" " points or edge tensors), or in 3d that the edges form a" " right-handed coordinate system (which may also be accomplished by" " switching the order of the first two points or edge tensors).") +ExcInvalidInputOrientation ("The triangulation you are trying to create will consist of cells" " with negative measures. This is usually the result of input data" " that does not define a right-handed coordinate system. The usual" " fix for this is to ensure that in 1d the given point is to the" " right of the origin (or the given edge tensor is positive), in 2d" " that the two edges (and their cross product) obey the right-hand" " rule (which may usually be done by switching the order of the" " points or edge tensors), or in 3d that the edges form a" " right-handed coordinate system (which may also be accomplished by" " switching the order of the first two points or edge tensors).") +ExcInvalidInputOrientation ("The triangulation you are trying to create will consist of cells" " with negative measures. This is usually the result of input data" " that does not define a right-handed coordinate system. The usual" " fix for this is to ensure that in 1d the given point is to the" " right of the origin (or the given edge tensor is positive), in 2d" " that the two edges (and their cross product) obey the right-hand" " rule (which may usually be done by switching the order of the" " points or edge tensors), or in 3d that the edges form a" " right-handed coordinate system (which may also be accomplished by" " switching the order of the first two points or edge tensors).") OK