pytransform3d.trajectories.transforms_from_exponential_coordinates#

pytransform3d.trajectories.transforms_from_exponential_coordinates(Sthetas)[source]#

Compute transformations from exponential coordinates.

Parameters:
Sthetasarray-like, shape (…, 6)

Exponential coordinates of transformation: S * theta = (omega_1, omega_2, omega_3, v_1, v_2, v_3) * theta, where S is the screw axis, the first 3 components are related to rotation and the last 3 components are related to translation. Theta is the rotation angle and h * theta the translation.

Returns:
A2Bsarray, shape (…, 4, 4)

Poses represented by homogeneous matrices

Examples using pytransform3d.trajectories.transforms_from_exponential_coordinates#

Plot Straight Line Paths

Plot Straight Line Paths

Concatenate Uncertain Transforms

Concatenate Uncertain Transforms

Dual Quaternion Interpolation

Dual Quaternion Interpolation

Probabilistic Product of Exponentials

Probabilistic Product of Exponentials