Overwrite Existing Filled Gaps

This value determines whether existing filled gaps (ie existing 3D points with either zero or one detection only attached) should be recalculated and overwritten during the gap-filling process.

By default, this check box is cleared (False).

Use Forwards Prediction

This value determines whether or not the 3D point at the start of a gap (if it exists) is used during the Interpolate Gaps calculation. Generally, you will obtain the smoothest and best-looking results by using both Forwards and Backwards Prediction, resulting in a 3D point position which blends nicely between the start and finish of the gap.

By default, this check box is selected (True).

Use Backwards Prediction

This value determines whether or not the 3D point at the end of a gap (if it exists) is used during the Interpolate Gaps calculation. Generally, you will obtain the smoothest and best-looking results by using both Forwards and Backwards Prediction, resulting in a 3D point position which blends nicely between the start and finish of the gap.

By default, this check box is selected (True).

Allow Single Sensor Tracking Gap-Filling

This value determines whether 3D points should use a single correspondence between a 3D point and a detection to help calculate the 3D interpolated point position (by constraining the 3D point to lie on the ray associated with the detection). In general, enabling this feature will result in slightly more accurate interpolated 3D point positions than basic interpolation.

By default, this check box is selected (True)