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| Algorithm | When to use | Related Pages | Previous Names (if ever renamed) | |
|---|---|---|---|---|
| 19. SmartNormalize | For the deletion of excess vertices and facets and making symmetry cut from a scanned model for further optimization usage. | Smart Normalize Algorithmalgorithm, In-house cut workflow | ||
| 19. SmartNormalizeLite | For the normalization of diamonds with the specific girdle design - in contradiction to the usual SmarNormalize this algorithm does not attempt to make a girdle strictly vertical. Thus, the algorithm may be used for normalizing the designer cuts for later optimizing without changing the form (using the "19. Single (FixedForm)" algorithm of the In-house cut workflow). | Smart Normalize Lite algorithm, In-house cut workflow | 19. SmartNormalizeLite (will be renamed soon) | |
| 20. MEC for round bruting | A diamond bruting machine used in a round Brilliant cutting process is only able to produce a vertical girdle of a round shape. The algorithm finds a cylinder circumscribed around a selected solution which is used for the calculation of the correct position of a stone in a bruting machine and a bruting radius. | |||
...
| What you want to do | Algorithm(s) | Comments |
|---|---|---|
| Create plans for Brilliant cut with the "GIA Facetware + MyRound" appraiser. | ||
Create plans for custom cuts (fantasies) using a new approach (custom cut + its own | ||
| Create plans for custom cuts (fantasies) using an old approach | ||
| Produce the solutions containing two diamonds. | 13. Cascade-2M, then 19. SmartRecut (Brilliant, Oval, AnyCut) | Use the + Smart Recut option to make both algorithms work in one run. |
| Create your in-house cut or improve existing cut by adding the additional allocation forms | 19. SmartNormalize | Use normalization for your model before registering it as your in-house cut or adding it as an allocation form to the existing cut. |
| Fewer solutions, only the best | 18. Semipolished |
