1.3.8.1. Functionality

In order for products to be classified semi-automatically, training sets [Training-Sets] must initially be stored for classes, on the basis of which a geometric comparison is then carried out.

The following diagram shows an overview of the process:

Semi-automatic classification - procedure

Semi-automatic classification - procedure

[Note]Note

Semi-automatic classification and Classwizard have the same aim, but the approach and target group are slightly different.

  • Classification Wizard (call in PARTdataManager or CAD )

    • Moving or inserting individual products / product families into an existing structure

    • Class suggestions based on existing products in the target catalog

    • Assignment of class attributes during execution

    -> More user input required

    -> Understanding of the structure required

  • Semi-automatic classification (GUI)

    • Moving many products into existing structure

    • Class suggestions based on selected training sets (structure can be empty; training set can come from another catalog)

    • Automatic shifting for best results (> minimum similarity) possible (theoretically for any number of parts simultaneously)

    -> One-time creation of training data required by advanced user

    -> Execution can be carried out by anyone without a deeper understanding of the structure (apart from confirming ambiguous assignments)

  • Semi-automatic sizing (pipeline)

    • Inserting/moving many products into existing structure (both with ready-made training sets and using the existing products in the structure)

    • Automatic move/insert for best results (> minimum similarity) possible (theoretically for any number of parts simultaneously)

    • Copying of existing structure during the creation of a new structure (original filling)

    -> Can be used for rebuilding the structure (e.g. based on standard catalog)

    -> No user input required for updates (e.g. when parts are updated 24 hours a day, they are automatically moved to the appropriate classes if suitable ones are found)

This chapter describes semi-automatic sizing.