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Double click the Number Slider and set the following: Adjust the U and V Count sliders to change the number of divisions. Right-click the Data D input of the Explode Tree component and select simplify Each output of the Explode Tree component contains a list of one vertex of each surface. In other words, one list with all the top right corners, one list with all the bottom right corners, one list of top left corners, and one list of bottom left corners. Connect the output of the reparameterized Surface parameter to the Domain I input of the Divide Domain2 component. Example files that accompany this section: Lets add a Graph Mapper to give the segments variable size. This will make future operations possible. In the Rhino viewport, you might notice that the shorter curves are still straight lines. In this step, we re-mapped the u and v domains of the surface between 0 and 1. Connect the Line L outputs of each Line component to the Curves C input of the Join Curve s component Hold down the Shift key to connect multiple wires to a single input. We have now divided out surface into smaller, equally sized, surfaces. We have now divided out surface into smaller, equally sized, surfaces. Connect the output of the reparameterized Surface parameter to the Domain I input of the Divide Domain2 component. Each output of the Explode Tree component contains a list of one vertex of each surface. Divide the surface into variable sized segments, extract vertices. Connect the Line L outputs of each Line component to the Curves C input of the Join Curve s component Hold down the Shift key to connect multiple wires to a single input Connect the Line L outputs of each Line component to the Curves C input of the Join Curve s Ghost Bingo Review – Expert Ratings and User Reviews Hold down the Shift key to connect multiple wires to a single input. You should now see a diagonal grid of strips or fins in the Rhino Viewport. Set the same values on the second Number Sliders Double click the Number Slider and set the following: Divide the surface into variable sized segments, extract vertices. In this step, we re-mapped the u and v domains of the surface between 0 and 1. Double click the Panel and enter 4. Data comprised of four lists, each containing a single corner point of each segment. Connect the Vertices V output of the Deconstruct Brep component to the Data D input of the Flip Matrix component We just changed the Data tree structure from one list of four vertices that define each surface, to four lists, each containing one vertex of each surface. We have just deconstructed the domains of each surface segment, remapped the U values using a Graph Mapper, and reconstructed the domains. This is helpful if you want to operate on a specific constituent of the surface. Connect the 2D Domain I2 output of the Construct Domain2 component to the Domain D input of the Isotrim component, replacing the existing connection We have just deconstructed the domains of each surface segment, remapped the U values using a Graph Mapper, and reconstructed the domains.

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