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3 Task Analysis evaluation
that the user will perform the double action (Drag/rotate [object] in [-] axis
until desired position from the current view + Rotate camera for further
adjustment/position Check) different amount of times depending on the
situation:
o (x1) Once when the object is known to be translated/rotated a
specific figure in one axis only
o (x3) An average of thrice when the figure is arbitrary (visual
check) but the motion is in one axis only.
o (x6) Six times in average the object position/orientation is already
approximated to the target yet the object needs adjustment in
several axes
o (x12) Around twelve times when there is a substantial change of
position/translation in multiple axes and following refinement of it.

Lack of results in the manual approach: as previously suggested,
there are actions that involve simultaneous motion of limbs and/or
objects that cannot be performed in the manual approach. In those
cases, the missing outcome will be pointed out (consider that lack of
animation of secondary objects is less important than a lack of manikin
motion for calculations, for instance).
Note that the following user-task description is based on the final concept
shown in appendix 5 of these annexes.
User-Task description
1- Adjustments: get ready to drive”
1.1 Adjust the seat Horizontally

NEW LANGUAGE APPROACH
(Required TCPs are already considered to be locked)
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High-level language design for IMMA-Virtual Driver DHM Research