File: interpolated_ik_motion_planner/SetInterpolatedIKMotionPlanParams.srv
#the number of steps to use when interpolating including start and finish
#(0 means use pos_spacing and rot_spacing to calculate the number of steps,
#anything ==1 or <0 will become 2, start and finish)
int32 num_steps
#the max angle distance (in any joint) before we declare that the path
#is inconsistent
float64 consistent_angle
#how many steps between collision checks
#(0 or 1 is check every step; 2 is every other, etc.)
int32 collision_check_resolution
#the number of steps in the plan (starting from the end and going backwards)
#that can be invalid due to collisions or inconsistency before aborting
#(0 is abort as soon as you find one, 1 is allow one and still
#continue, -1 or >=num_steps to never abort early)
int32 steps_before_abort
#the max translation (m) to move the wrist between waypoints
#(only used if num_steps is 0)
float64 pos_spacing
#the max rotation (rad) to move the wrist between waypoints
#(only used if num_steps is 0)
float64 rot_spacing
#if this is 0, collisions won't be checked for
#(returns non-collision aware IK solutions)
byte collision_aware
#if this is 1, the planner searches for an IK solution for the end
#first, then works backwards from there
byte start_from_end
#a list of maximum joint velocities to use when computing times and
#velocities for the joint trajectory (defaults to [.2]*7 if left empty)
float64[] max_joint_vels
#a list of maximum accelerations to use when computing times and
#velocities for the joint trajectory (defaults to [.5]*7 if left empty)
float64[] max_joint_accs
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Expanded Definition
int32 num_steps
float64 consistent_angle
int32 collision_check_resolution
int32 steps_before_abort
float64 pos_spacing
float64 rot_spacing
byte collision_aware
byte start_from_end
float64[] max_joint_vels
float64[] max_joint_accs