3-D FFS > From c-edges > Framew. > Place cross-sections
Two methods are available for placing cross-sections.
Place completely
If you select this option, a particular cross-section is set on the entire guideline. HiCAD requests you to identify the guidelines and the first cross-section as well as specifying the fitting point. The cross-section is placed in the first guideline point.
Different cross-sections
When placing different cross-sections, you can, in principle, assign a different cross-section to each point of the guideline. Note that not all functions can be used to create freeform surfaces directly from cross-sections with a different number of points. In this method, as also with complete placement, HiCAD asks you to identify the guidelines and the first cross-section as well as specifying the fitting point. The cross-section is then placed in the first guideline point.
The following options are then available to you:
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Place individually The cross-section is queried individually for each point of the guideline. You have three options: |
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Request new cross-section |
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Last cross-section again |
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Delete cross-section (and select new cross-section). |
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Interactive to marking The previous cross-section can be automatically placed up to a certain guideline point. HiCAD then asks you to identify a new cross-section. Once you have selected this function, step number 0 is displayed and the next guideline point marked. If you then confirm this value input, the placement up to the marked point is automatically continued with the previous cross-section. If, for example, you would like to use the previous cross-section for the next two guideline points, then select step number 1. |
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To identified point The previous cross-section is copied up to a particular guideline point. Identify the desired point. |
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To end The previous cross-section is copied up to the end of the guideline. |
(1) Guideline, (2,3) Different cross-sections, (4) Frame with cross-section 1 and cross-section 2, (5) Freeform surface
Place Cross-Sections (3-D) • Interpolate Cross-Sections (3-D FFS) • Polyhedral Surfaces (3-D FFS) • Overview of Functions (3-D FFS)
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