\\n\","," \"\\n\","," \"** I - Users' guide: HtG function**\\n\","," \"\\n\","," \" I.1 HtG function \\n\","," \" I.2 Applications\\n\","," \"** II - Theoritical ...

Question about sparse and dense matrices. I understand we need to work with dense matrices in order to use rpy2. Is there a way to convert back to a sparse matrix (at the end of the tutorial?) if ...

Abstract: This tutorial follows and completes a previous work concerning how to solve the factors of ambiguity intrinsic in the definition of rotation matrices, to describe the relative orientation of ...

Abstract: Rotation matrices are a convenient and intuitive way to describe algebraically the relative orientation of multiple cameras or of the same camera shooting from different points of view.

Matrices are rectangular arrays of objects, defined using specific terminology such as rows, columns, order, and elements. Understanding this terminology is essential for performing basic operations ...