Return to Answer

added 4 characters in body

edited Jun 27, 2014 at 11:23

403.4k
18
501
959

You can find the details of how the third argument of Ellipsoid is processed by inspecting the code which is available in the package MultiDescriptiveStatistics.m.

nb = NotebookOpen[ToFileName[{$InstallationDirectory, "AddOns", "Packages", "MultivariateStatistics"}, "MultiDescriptiveStatistics.m"]]; NotebookFind[nb, "Ellipsoid[mu_?VectorQ, r_?VectorQ, dir_?MatrixQ]"]

enter image description here

You find the details of how the third argument of Ellipsoid is processed by inspecting the code which is available in the package MultiDescriptiveStatistics.m.

nb = NotebookOpen[ToFileName[{$InstallationDirectory, "AddOns", "Packages", "MultivariateStatistics"}, "MultiDescriptiveStatistics.m"]]; NotebookFind[nb, "Ellipsoid[mu_?VectorQ, r_?VectorQ, dir_?MatrixQ]"]

enter image description here

You can find the details of how the third argument of Ellipsoid is processed by inspecting the code which is available in the package MultiDescriptiveStatistics.m.

nb = NotebookOpen[ToFileName[{$InstallationDirectory, "AddOns", "Packages", "MultivariateStatistics"}, "MultiDescriptiveStatistics.m"]]; NotebookFind[nb, "Ellipsoid[mu_?VectorQ, r_?VectorQ, dir_?MatrixQ]"]

enter image description here

Source Link

answered Jun 27, 2014 at 11:14

kglr

403.4k
18
501
959

You find the details of how the third argument of Ellipsoid is processed by inspecting the code which is available in the package MultiDescriptiveStatistics.m.

nb = NotebookOpen[ToFileName[{$InstallationDirectory, "AddOns", "Packages", "MultivariateStatistics"}, "MultiDescriptiveStatistics.m"]]; NotebookFind[nb, "Ellipsoid[mu_?VectorQ, r_?VectorQ, dir_?MatrixQ]"]

enter image description here