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This procedure describes how the user has the capability to generate a full-blown swept volume during simulation, on a subset of manikin segments. This functionality can also be used outside of simulation, when the user is manipulating, with all the standard manikin tools, the segments of the manikin. The user is able to save the swept volume on the user's local machine. |
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Although the Swept Volume function appears in the Human Task Simulation workbench, it is controlled by the DMU Space Analysis product or the DMU Optimizer product. That is, this command will appear in the Human Task Simulation workbench only if a valid license exists for the (DELMIA) DMU Space analysis 2 product or the DMU Optimizer 2 product. |
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The swept volume generated for manikin
segments will take into account other objects, when these are attached
on the manikin. |
| A swept volume can be defined as the volume or space
that is occupied by a moving object through one full stroke or movement.
In ergonomic analysis, the workspace of an arm or a leg in an airplane cockpit or an automotive vehicle, are of great importance to the study of the location and orientation of instruments and tools. Similarly, when a worker task is analyzed, the specification of an elbow room for the factory worker to properly lift, move and place parts, when performing an assembly, is critical. Swept Volume computation can greatly help achieve accurate results in these areas. |
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Before executing this command, the manikin and all other resources
must be inserted. |