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Video summary:

• Global allocation algorithms prioritize finding the most price-effective solution based on a given price list. The value of a particular diamond to a company depends on various factors beyond its carat price alone.
• We offer users the ability to customize modern algorithms for obtaining more diverse solutions in terms of cut, grade, and clarity. So users can access more choices and improve decision-making.
• If you set Cut Diversity to N%, after finding best solution, the algorithms initiate searches for solutions with a price higher than [Best_Solution_Price * (100% - N%)] for each diamond cut. Consequently, for each cut, a solution will be obtained if it differs from the best solution by less than N%. The same principle applies to Grade and Clarity Diversity as well.
• Default values are cut diversity at 20%, grade diversity at 10%, and clarity diversity at 5%
• Attention. The default settings of Diversity levels slow down the algorithm by approximately two times when working with 10 cuts. It is not recommended to use values above 30%.

Video keywords: Seamless technological pipeline, preplan, Recognition, intermediate iteration, plan, accumulated data, model-matching technology, technological stages, Sawing, Table Polishing, Blocking, Galahad Preplan, Sawing Preplan, Carbon Viewer.

• Splitting inclusions into parts, known as "sandwich", may increase plan weight with the same clarity.
• The quick sandwich cuts a small part from the inclusion with parallel to the diamond plane.
  There are preset offset values with the expected clarity of the separated part.
  
• This tool gives you an opportunity to significantly improve the solution.

Video keywords: sandwich, inclusion, separation tool