Results for test case reopen_5_01

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`1:` `Expressions:` `1:` `Expressions:`

`2:` `expression 1: vel = {u,v,w}` `2:` `expression 1: vel = {u,v,w}`

`3:` `expression 2: speed = sqrt(uu+vv+ww)` `3:` `expression 2: speed = sqrt(uu+vv+ww)`

`4:` `expression 3: mesh_quality/aspect_gamma = aspect_gamma(curvmesh3d)` `4:` `expression 3: mesh_quality/aspect_gamma = aspect_gamma(curvmesh3d)`

`5:` `expression 4: mesh_quality/aspect = aspect(curvmesh3d)` `5:` `expression 4: mesh_quality/aspect = aspect(curvmesh3d)`

`6:` `expression 5: mesh_quality/condition = condition(curvmesh3d)` `6:` `expression 5: mesh_quality/condition = condition(curvmesh3d)`

`7:` `expression 6: mesh_quality/degree = degree(curvmesh3d)` `7:` `expression 6: mesh_quality/degree = degree(curvmesh3d)`

`8:` `expression 7: mesh_quality/diagonal_ratio = diagonal_ratio(curvmesh3d)` `8:` `expression 7: mesh_quality/diagonal_ratio = diagonal_ratio(curvmesh3d)`

`9:` `expression 8: mesh_quality/min_diagonal = min_diagonal(curvmesh3d)` `9:` `expression 8: mesh_quality/min_diagonal = min_diagonal(curvmesh3d)`

`10:` `expression 9: mesh_quality/max_diagonal = max_diagonal(curvmesh3d)` `10:` `expression 9: mesh_quality/max_diagonal = max_diagonal(curvmesh3d)`

`11:` `expression 10: mesh_quality/dimension = dimension(curvmesh3d)` `11:` `expression 10: mesh_quality/dimension = dimension(curvmesh3d)`

`12:` `expression 11: mesh_quality/jacobian = jacobian(curvmesh3d)` `12:` `expression 11: mesh_quality/jacobian = jacobian(curvmesh3d)`

`13:` `expression 12: mesh_quality/max_edge_length = max_edge_length(curvmesh3d)` `13:` `expression 12: mesh_quality/max_edge_length = max_edge_length(curvmesh3d)`

`14:` `expression 13: mesh_quality/max_side_volume = max_side_volume(curvmesh3d)` `14:` `expression 13: mesh_quality/max_side_volume = max_side_volume(curvmesh3d)`

`15:` `expression 14: mesh_quality/min_edge_length = min_edge_length(curvmesh3d)` `15:` `expression 14: mesh_quality/min_edge_length = min_edge_length(curvmesh3d)`

`16:` `expression 15: mesh_quality/min_side_volume = min_side_volume(curvmesh3d)` `16:` `expression 15: mesh_quality/min_side_volume = min_side_volume(curvmesh3d)`

`17:` `expression 16: mesh_quality/neighbor = neighbor(curvmesh3d)` `17:` `expression 16: mesh_quality/neighbor = neighbor(curvmesh3d)`

`18:` `expression 17: mesh_quality/node_degree = node_degree(curvmesh3d)` `18:` `expression 17: mesh_quality/node_degree = node_degree(curvmesh3d)`

`19:` `expression 18: mesh_quality/oddy = oddy(curvmesh3d)` `19:` `expression 18: mesh_quality/oddy = oddy(curvmesh3d)`

`20:` `expression 19: mesh_quality/relative_size = relative_size(curvmesh3d)` `20:` `expression 19: mesh_quality/relative_size = relative_size(curvmesh3d)`

`21:` `expression 20: mesh_quality/scaled_jacobian = scaled_jacobian(curvmesh3d)` `21:` `expression 20: mesh_quality/scaled_jacobian = scaled_jacobian(curvmesh3d)`

`22:` `expression 21: mesh_quality/shape = shape(curvmesh3d)` `22:` `expression 21: mesh_quality/shape = shape(curvmesh3d)`

`23:` `expression 22: mesh_quality/shape_and_size = shape_and_size(curvmesh3d)` `23:` `expression 22: mesh_quality/shape_and_size = shape_and_size(curvmesh3d)`

`24:` `expression 23: mesh_quality/shear = shear(curvmesh3d)` `24:` `expression 23: mesh_quality/shear = shear(curvmesh3d)`

`25:` `expression 24: mesh_quality/skew = skew(curvmesh3d)` `25:` `expression 24: mesh_quality/skew = skew(curvmesh3d)`

`26:` `expression 25: mesh_quality/stretch = stretch(curvmesh3d)` `26:` `expression 25: mesh_quality/stretch = stretch(curvmesh3d)`

`27:` `expression 26: mesh_quality/taper = taper(curvmesh3d)` `27:` `expression 26: mesh_quality/taper = taper(curvmesh3d)`

`28:` `expression 27: mesh_quality/volume = volume(curvmesh3d)` `28:` `expression 27: mesh_quality/volume = volume(curvmesh3d)`

`29:` `expression 28: mesh_quality/face_planarity = face_planarity(curvmesh3d)` `29:` `expression 28: mesh_quality/face_planarity = face_planarity(curvmesh3d)`

`30:` `expression 29: mesh_quality/relative_face_planarity = relative_face_planarity(curvmesh3d)` `30:` `expression 29: mesh_quality/relative_face_planarity = relative_face_planarity(curvmesh3d)`

`31:` `expression 30: vel_magnitude = magnitude(<vel>)` `31:` `expression 30: vel_magnitude = magnitude(<vel>)`

Line	*Baseline*	Line	*Current*
`1:`	`Expressions:`	`1:`	`Expressions:`
`2:`	`expression 1: vel = {u,v,w}`	`2:`	`expression 1: vel = {u,v,w}`
`3:`	`expression 2: speed = sqrt(uu+vv+w*w)`	`3:`	`expression 2: speed = sqrt(uu+vv+w*w)`
`4:`	`expression 3: mesh_quality/aspect_gamma = aspect_gamma(curvmesh3d)`	`4:`	`expression 3: mesh_quality/aspect_gamma = aspect_gamma(curvmesh3d)`
`5:`	`expression 4: mesh_quality/aspect = aspect(curvmesh3d)`	`5:`	`expression 4: mesh_quality/aspect = aspect(curvmesh3d)`
`6:`	`expression 5: mesh_quality/condition = condition(curvmesh3d)`	`6:`	`expression 5: mesh_quality/condition = condition(curvmesh3d)`
`7:`	`expression 6: mesh_quality/degree = degree(curvmesh3d)`	`7:`	`expression 6: mesh_quality/degree = degree(curvmesh3d)`
`8:`	`expression 7: mesh_quality/diagonal_ratio = diagonal_ratio(curvmesh3d)`	`8:`	`expression 7: mesh_quality/diagonal_ratio = diagonal_ratio(curvmesh3d)`
`9:`	`expression 8: mesh_quality/min_diagonal = min_diagonal(curvmesh3d)`	`9:`	`expression 8: mesh_quality/min_diagonal = min_diagonal(curvmesh3d)`
`10:`	`expression 9: mesh_quality/max_diagonal = max_diagonal(curvmesh3d)`	`10:`	`expression 9: mesh_quality/max_diagonal = max_diagonal(curvmesh3d)`
`11:`	`expression 10: mesh_quality/dimension = dimension(curvmesh3d)`	`11:`	`expression 10: mesh_quality/dimension = dimension(curvmesh3d)`
`12:`	`expression 11: mesh_quality/jacobian = jacobian(curvmesh3d)`	`12:`	`expression 11: mesh_quality/jacobian = jacobian(curvmesh3d)`
`13:`	`expression 12: mesh_quality/max_edge_length = max_edge_length(curvmesh3d)`	`13:`	`expression 12: mesh_quality/max_edge_length = max_edge_length(curvmesh3d)`
`14:`	`expression 13: mesh_quality/max_side_volume = max_side_volume(curvmesh3d)`	`14:`	`expression 13: mesh_quality/max_side_volume = max_side_volume(curvmesh3d)`
`15:`	`expression 14: mesh_quality/min_edge_length = min_edge_length(curvmesh3d)`	`15:`	`expression 14: mesh_quality/min_edge_length = min_edge_length(curvmesh3d)`
`16:`	`expression 15: mesh_quality/min_side_volume = min_side_volume(curvmesh3d)`	`16:`	`expression 15: mesh_quality/min_side_volume = min_side_volume(curvmesh3d)`
`17:`	`expression 16: mesh_quality/neighbor = neighbor(curvmesh3d)`	`17:`	`expression 16: mesh_quality/neighbor = neighbor(curvmesh3d)`
`18:`	`expression 17: mesh_quality/node_degree = node_degree(curvmesh3d)`	`18:`	`expression 17: mesh_quality/node_degree = node_degree(curvmesh3d)`
`19:`	`expression 18: mesh_quality/oddy = oddy(curvmesh3d)`	`19:`	`expression 18: mesh_quality/oddy = oddy(curvmesh3d)`
`20:`	`expression 19: mesh_quality/relative_size = relative_size(curvmesh3d)`	`20:`	`expression 19: mesh_quality/relative_size = relative_size(curvmesh3d)`
`21:`	`expression 20: mesh_quality/scaled_jacobian = scaled_jacobian(curvmesh3d)`	`21:`	`expression 20: mesh_quality/scaled_jacobian = scaled_jacobian(curvmesh3d)`
`22:`	`expression 21: mesh_quality/shape = shape(curvmesh3d)`	`22:`	`expression 21: mesh_quality/shape = shape(curvmesh3d)`
`23:`	`expression 22: mesh_quality/shape_and_size = shape_and_size(curvmesh3d)`	`23:`	`expression 22: mesh_quality/shape_and_size = shape_and_size(curvmesh3d)`
`24:`	`expression 23: mesh_quality/shear = shear(curvmesh3d)`	`24:`	`expression 23: mesh_quality/shear = shear(curvmesh3d)`
`25:`	`expression 24: mesh_quality/skew = skew(curvmesh3d)`	`25:`	`expression 24: mesh_quality/skew = skew(curvmesh3d)`
`26:`	`expression 25: mesh_quality/stretch = stretch(curvmesh3d)`	`26:`	`expression 25: mesh_quality/stretch = stretch(curvmesh3d)`
`27:`	`expression 26: mesh_quality/taper = taper(curvmesh3d)`	`27:`	`expression 26: mesh_quality/taper = taper(curvmesh3d)`
`28:`	`expression 27: mesh_quality/volume = volume(curvmesh3d)`	`28:`	`expression 27: mesh_quality/volume = volume(curvmesh3d)`
`29:`	`expression 28: mesh_quality/face_planarity = face_planarity(curvmesh3d)`	`29:`	`expression 28: mesh_quality/face_planarity = face_planarity(curvmesh3d)`
`30:`	`expression 29: mesh_quality/relative_face_planarity = relative_face_planarity(curvmesh3d)`	`30:`	`expression 29: mesh_quality/relative_face_planarity = relative_face_planarity(curvmesh3d)`
`31:`	`expression 30: vel_magnitude = magnitude(<vel>)`	`31:`	`expression 30: vel_magnitude = magnitude(<vel>)`