Curve Brep attractor: Surface Box Subtraction

Grasshopper Code: Transforming Simple Geometry Grasshopper: Curve/Brep Attractor Transformation
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Adding one more subtraction at the end of the code: Creating a surface from the moved grid points, then use the surface to cut the large box's top.

Transcript

Hey, welcome back to the last video In this course, we'll continue building on the code in our previous lecture and work on the curved surface we want to create. The idea is to create surface from the most points and then subtract it from the box stop creating an interesting curve top. First we will add the surface from points component and then connected to the geometry output of the moves component. Now, we will create the addition component and we will add one to the number of grid cells to give us the number of grid lines which we then connect to the you count in the surface from points component now that we created the surface, we want to do three things to it first move it in the Zed direction, second extruded and last add capitals component to be able to subtract to later Finally, we will add another solid difference components to subtract the extruded surface from the solid difference result we created in the previous lecture.

As by now you know we will bake into Rhino by right click bake, choose layer and click OK That's the end of our fourth and last code in this course. Now you'll need to get familiar a bit with the code by doing the coming exercise. This course is part of a series of courses and accidental spaces and the coming course we will start exploring narrative and architectural design. See you there.

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