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Functions | |
| void | COM (double *SegmentsCOM, double *q, double *L, double *AddL, double Mass) |
| Compute the Matrix of the segment center of mass positions(the last row is the global center of mass). | |
| void | TagsJacobian (double *TJ, double *q, double *L, double *AddL, double Mass) |
| Compute the matrix of tags jacobian for a given bipede state. | |
| void COM | ( | double * | SegmentsCOM, | |
| double * | q, | |||
| double * | L, | |||
| double * | AddL, | |||
| double | Mass | |||
| ) |
Compute the Matrix of the segment center of mass positions(the last row is the global center of mass).
These positions are given in the reference frame
| [out] | SegmentsCOM | Matrix of COM positions dim NSOL x 3(x,y,z) |
| [in] | q | Joint State Vector dim NDOF |
| [in] | L | lenght parameters vector dim NLANAT |
| [in] | AddL | length corresponding to the positions of the tags in their attached segment dim NLTAGS |
| [in] | Mass | mass of the subject model dim 1 |
| void TagsJacobian | ( | double * | TJ, | |
| double * | q, | |||
| double * | L, | |||
| double * | AddL, | |||
| double | Mass | |||
| ) |
Compute the matrix of tags jacobian for a given bipede state.
| [out] | TJ | Matrix of Tags Jacobian dim (3x(NTAGS + 1))*NDOF |
| [in] | q | Joint State Vector dim NDOF |
| [in] | L | anatomical lenght parameters vector dim NLANAT |
| [in] | AddL | length corresponding to the positions of the tags in their attached segment dim NLTAGS |
| [in] | Mass | mass of the subject model dim 1 |
HuMAnS |
1.4.7