1#ifndef JUNO_DYN_TYPES_H
2#define JUNO_DYN_TYPES_H
struct JUNO_KSTATE_F64_TAG JUNO_KSTATE_F64_T
union JUNO_KMAT_TAG JUNO_KMAT_T
Definition juno_dyn_types.h:24
#define JUNO_MODULE_RESULT(NAME_T, OK_T)
Defines a result type combining a status and a success payload.
Definition module.h:223
#define JUNO_MODULE_ROOT(API_T,...)
Definition module.h:182
int32_t JUNO_STATUS_T
Definition status.h:23
Definition juno_dyn_types.h:33
JUNO_STATUS_T(* UpdateWithDeltas)(JUNO_KMAT_T *ptKmat, JUNO_VEC3_F64_T dVel, JUNO_VEC3_F64_T dAng, JUNO_TIMESTAMP_T tTimestamp)
Update the state of the kinematic system.
Definition juno_dyn_types.h:35
Definition juno_dyn_types.h:13
JUNO_VEC3_F64_T pos
Definition juno_dyn_types.h:15
JUNO_VEC3_F64_T accel
Definition juno_dyn_types.h:17
JUNO_TIMESTAMP_T tTime
Definition juno_dyn_types.h:14
JUNO_VEC3_F64_T vel
Definition juno_dyn_types.h:16
JUNO_VEC3_F64_T w
Definition juno_dyn_types.h:18
JUNO_RQUAT_F64_T att
Definition juno_dyn_types.h:19
union JUNO_TIME_TAG JUNO_TIME_T
Definition time_api.h:34
Right-handed quaternion (double precision).
Definition juno_vec_types.h:651
3D vector union supporting Cartesian, spherical, and array access (double precision).
Definition juno_vec_types.h:241