@@ -1890,13 +1890,13 @@ def x2tr(x, representation="rpy/xyz"):
18901890 return base .rt2tr (R , t )
18911891
18921892
1893- def rot2jac (R , representation = "rpy- xyz" ):
1893+ def rot2jac (R , representation = "rpy/ xyz" ):
18941894 """
18951895 Velocity transform for analytical Jacobian
18961896
18971897 :param R: SO(3) rotation matrix
18981898 :type R: ndarray(3,3)
1899- :param representation: defaults to 'rpy- xyz'
1899+ :param representation: defaults to 'rpy/ xyz'
19001900 :type representation: str, optional
19011901 :return: Jacobian matrix
19021902 :rtype: ndarray(6,6)
@@ -1956,7 +1956,7 @@ def angvelxform(𝚪, inverse=False, full=True, representation="rpy/xyz"):
19561956
19571957 :param 𝚪: angular representation
19581958 :type 𝚪: ndarray(3)
1959- :param representation: defaults to 'rpy- xyz'
1959+ :param representation: defaults to 'rpy/ xyz'
19601960 :type representation: str, optional
19611961 :param inverse: compute mapping from analytical rates to angular velocity
19621962 :type inverse: bool
@@ -2102,13 +2102,13 @@ def angvelxform(𝚪, inverse=False, full=True, representation="rpy/xyz"):
21022102
21032103def angvelxform_dot (𝚪 , 𝚪d , full = True , representation = "rpy/xyz" ):
21042104 """
2105- Angular acceleratipn transformation
2105+ Angular acceleration transformation
21062106
21072107 :param 𝚪: angular representation
21082108 :type 𝚪: ndarray(3)
21092109 :param 𝚪d: angular representation rate
21102110 :type 𝚪d: ndarray(3)
2111- :param representation: defaults to 'rpy- xyz'
2111+ :param representation: defaults to 'rpy/ xyz'
21122112 :type representation: str, optional
21132113 :param full: return 6x6 transform for spatial velocity
21142114 :type full: bool
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