Object to move

Object

yes

An object parameter defining the object to be moved.

Body movement type

Selection

no

A selection parameter used to select to the upper body motion to be used.

Target height

Selection

no

A selection parameter defining the target position of the selected object in relation to the human model coordinate system.

Distance

Selection

no

A selection parameter defining the disposition of the selected hand(s) with respect to the body in the frontal plane.

Transversal position

Selection

no

A selection parameter determining the distance of the selected hand(s) to the centre of the body.

Reference bodypart

Selection

no

A selection parameter specifying a part of the body to which the object is to be moved. Mainly used for putting on/attaching protective clothing. To function correctly, the coordinate system of the part to be put on (e. g. helmet) must be aligned with the coordinate system of the part to be picked up (e. g. head) (see figure Example: reference body part "head" and helmet).

Target to look at

Position

no

A coordinate parameter representing the point at which the human model will look.

Change object orientation (both handed only)

Checkbox

no

A decision parameter determining whether the object will be turned during the motion or whether it will maintain its orientation. The parameter has an influence only when the objects are handled with both the hands.

Local 'object up-direction'

Selection

no

A selection parameter defining the local axis of the handled object which shall be turned “upwards”, if the option “turn object” is active.

Allow change of grip

Checkbox

no

A decision parameter determining whether the hand or the object need to be manipulated to match the orientation constraint between the placement target and the object. Disabled by default, i.e. once found or manually set grip points are retained in position and orientation. When activated, the ergonomically best possible grab point(s) with the best possible orientation is/are selected at all times during the object movement.