Update check mechanisms Check determinant of rotation matrices Increase tolerance of checks for rotation matrices Allow deactivation of ValueErrors for invalid rotation and transformation matrices with argument strict_check=False in several functions and in the TransformManager Bugfixes Improve numerical stability of axis_angle_from_matrix(...) Improve numerical stability of angle_between_vectors(...) Fix SLERP between identical orientations It is now possible to plot visual / collision meshes of a URDF (with trimesh) Improved documentation of conventions for axis-angle representatio
Minor fixes and additional functions: Compatibility to newer sphinx versions Compatibility to matpl...
There are four main parameterizations of the rotation group SO(3). Two of them (rotation angle and a...
Transformations are integral part of graphics programs for visualization. Rotation transformations a...
Adds all 24 Euler angle conventions (conversion to rotation matrix and from rotation matrix) Adds op...
Features Serialization of TransformManager with to_dict which produces a serializable dict. An iden...
Features More general mesh loader that can handle more file formats (e.g., collada), loads meshes m...
Bugfix (Breaking Change) Fixes extrinsic zxz and zyz Euler angles (order of rotations was previousl...
Refactoring Large modules are split into multiple files (non-breaking change) Refactoring of URDF p...
Rotations Introduces compact axis-angle as a new concept to represent orientations and adds convers...
Teaching matrix/vector methods for 3D kinematics and statics to undergraduates is challenging. While...
Rotation matrices are a convenient and intuitive way to describe algebraically the relative orientat...
Adds batch conversions of orientation and pose representations and similar operations Adds function ...
Bugfixes Fix pytransform3d.rotations.axis_angle_from_matrix with floating point precision errors in...
As of version 1.10.0 pytransform3d will use semantic versioning. New versions will be developed on t...
Rotated factor matrix of the SAFE-C based on the principal axis factoring with promax Rotation.</p
Minor fixes and additional functions: Compatibility to newer sphinx versions Compatibility to matpl...
There are four main parameterizations of the rotation group SO(3). Two of them (rotation angle and a...
Transformations are integral part of graphics programs for visualization. Rotation transformations a...
Adds all 24 Euler angle conventions (conversion to rotation matrix and from rotation matrix) Adds op...
Features Serialization of TransformManager with to_dict which produces a serializable dict. An iden...
Features More general mesh loader that can handle more file formats (e.g., collada), loads meshes m...
Bugfix (Breaking Change) Fixes extrinsic zxz and zyz Euler angles (order of rotations was previousl...
Refactoring Large modules are split into multiple files (non-breaking change) Refactoring of URDF p...
Rotations Introduces compact axis-angle as a new concept to represent orientations and adds convers...
Teaching matrix/vector methods for 3D kinematics and statics to undergraduates is challenging. While...
Rotation matrices are a convenient and intuitive way to describe algebraically the relative orientat...
Adds batch conversions of orientation and pose representations and similar operations Adds function ...
Bugfixes Fix pytransform3d.rotations.axis_angle_from_matrix with floating point precision errors in...
As of version 1.10.0 pytransform3d will use semantic versioning. New versions will be developed on t...
Rotated factor matrix of the SAFE-C based on the principal axis factoring with promax Rotation.</p
Minor fixes and additional functions: Compatibility to newer sphinx versions Compatibility to matpl...
There are four main parameterizations of the rotation group SO(3). Two of them (rotation angle and a...
Transformations are integral part of graphics programs for visualization. Rotation transformations a...