... | @@ -762,11 +762,10 @@ The action allows to define up to 10 different cutting planes. Define the first |
... | @@ -762,11 +762,10 @@ The action allows to define up to 10 different cutting planes. Define the first |
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- Explanation:
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- Explanation:
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The "profile 1" assembly is calculated from projections of the section onto the different section planes. The lines defining the section planes can be placed on different profiles. The program calculates the "profile 1" connection in parts, starting from the origin of the section to the positive x and y of the section. Hence the importance of the order in which the lines are defined.
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The "profile 1" assembly is calculated from projections of the section onto the different section planes. The lines defining the section planes can be placed on different profiles. The program calculates the "profile 1" connection in parts, starting from the origin of the section to the positive x and y of the section. Hence the importance of the order in which the lines are defined.
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In this example, the cutting of the cross-section to be made - starting from the origin of the section towards the positive Ys - requires to assemble it against the cutting planes defined in the order by the lines: L1, L2, L3, L4 and L5 :
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In this example, the cutting of the cross-section to be made - starting from the origin of the section towards the positive Ys - requires to assemble it against the cutting planes defined in the order by the lines: L1, L2, L3, L4 and L5 :
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Note: Unlike most assembly actions, for the multi-cut action the lengths of the lines (segments) are important in order to achieve the desired result.
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Note: Unlike most assembly actions, for the multi-cut action the lengths of the lines (segments) are important in order to achieve the desired result.
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