Grasshopper Code: Transforming simple geometry

Creating boxes along a grid then randomly moving them in the Z-direction, using the "Random" Component. Please find grasshopper file attached for the whole section (2) , not divided into lectures.

Uniform Scaling of the moved boxes randomly, using the "Random" Component

Subtraction of the scaled and moved boxes from a large box (same size of the original grid used)

Movement of a grid of a spheres in the Z-direction, in relevance to their distances from a point created in rhino and referenced in grasshopper. Please find grasshopper file attached for the whole section (3), not divided into lectures.

Scaling of moved spheres, and the factor of scaling is in relevance to their distances from the same point created in rhino.

Substituted the sphere with a cone.

Adding 3 more point attractors to the previous section code, and for that will find the minimum distance to give "distance value" priority to the attractor closest to each grid point. Please find grasshopper file attached for the whole section (4), not divided into lectures.

Adding rotation to the scaled cones. Rotation is also done in relevance to distance values from the 4 attractors.

Getting the code ready for adding codes the coming lectures. Please find grasshopper file attached for the whole section (5), not divided into lectures.

Adding box in rhino as an attractor, by referencing it as a brep in grasshopper.

Adding line in rhino as an attractor, by referencing it as a curve in grasshopper.

Adding one more subtraction at the end of the code: Creating surface from the moved grid points, then use the surface to cut the large box's top.