This parameter is applicable to the following cuts: AnyCut (only when performing SmarRecut via TestRelative appraiser). |
Both Recut and SmartRecut solutions for the shapes different from Round Brilliant and Oval have a vertical girdle. Each girdle facet has its Azimuth,°. Because of the girdle verticality, the angle between neighboring facets equals to the difference between their Azimuth,°. The parameter defines that angles between two neighboring facets in Recut and SmartRecut solutions should not differ more than the parameter specifies.
Calculation The parameter is set manually via preset and should be: GirdleShape1stDerEveryToleranceModule / 100 * 360 / number of girdle facets > | | ( Azimuth X-REC,° - Azimuth Y-REC,° ) | - | ( Azimuth X-SR,° - Azimuth Y-SR,° ) | | Where
Usage and Examples For a detailed description of how the parameter can be used for getting optimal solutions, see Using Girdle Shape Parameters page. Reporting
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This parameter is applicable to the following cuts: AnyCut (only when performing SmarRecut via TestRelative appraiser). |
Both Recut and SmartRecut solutions for the shapes different from Round Brilliant and Oval have a vertical girdle. Each girdle facet has its Azimuth,°. Because of the girdle verticality, the angle between neighboring facets equals to the difference between their Azimuth,°. There are differences between neighboring angles in Recut and in SmartRecut. The distinction between them should not be more than the parameter specifies.
Calculation The parameter is set manually via preset and should be: GirdleShape2ndDerEveryToleranceModule / 100 * 360 / number of girdle facets > | ( | | ( Azimuth X-REC,° - Azimuth Y-REC,° ) | - | ( Azimuth Y-REC,° - Azimuth Z-REC,° ) | | ) - ( | | ( Azimuth X-SR,° - Azimuth Y-SR,° ) | - | ( Azimuth Y-SR,° - Azimuth Z-SR,° ) | | ) | Where
Usage and Examples For a detailed description of how the parameter can be used for getting optimal solutions, see Using Girdle Shape Parameters page. Reporting
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