| Optimization |
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| Graphic Object Selection |
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Definition of copies of an object |
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Multiple priorities between objects. We can define the order of placement. Unlimited levels. |
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Freedom of rotation: Set 180º, +90º or -90º, 90º, 60º, 45º, 30º, 15º or Free. |
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Optimization parameters with copies of a single object. Ideal for mutually complementary forms. Such as, for example, the sole of a shoe. |
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Selection of objects by layers, colours, etc. |
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| Definition of Panels |
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We can define using one panel size or multiple sizes |
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Possibility to define multiple panels |
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Centralized panel database. Ideal for large production runs. We provide an independent tool to managing panel purchasing. We can control stock from the purchasing department. |
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Definition of panels by material, dimensions, quantity in stock and reference. |
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Option to fill panel. This option ignores the number of objects and uses as many copies as are required to fill a panel. |
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| Parameters |
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Distance between pieces parameter. |
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Distance between pieces parameter. |
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Maximum optimization time. RhinoNest uses a heuristic algorithm, which it uses to calculate various solutions before displaying us the best. The greater the time we define, the better the result. |
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Freedom allows us to define a common freedom for all the objects to be optimized. The following options are available: Set, 180º, +90º or -90º, 90º, 60º, 45º, 30º, 15º or Free. As mentioned in the selection section, the freedom can be defined individually for each object. |
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Rectangular Shape allows us to effect the calculation using the minimum rectangle of each object. |
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| Optimization Criteria |
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We can define how to optimize the objects globally |
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| Results Report |
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Report displaying a list with the following parameters: Panel number, number of pieces per panel, used area and area free for optimization control. |
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Copies the values to the clipboard for pasting into any application. |
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Report export in text format. |
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