In this video, I explain dot product in Grasshopper without making it overly mathematical. The main idea is simple: - Dot product compares two vector directions - 1 means same direction - 0 means perpendicular - -1 means opposite direction - Unit vectors make the result easier to understand Watch here Book a strategy call

In this video, I explain cross product with a simple curve example. The main idea is simple: - Cross product compares two vectors - It creates a new perpendicular vector - Curve tangents give one direction - Unit z gives the second direction - The result can create curve normals Watch here Book a strategy call

In this video, I explain why data matching is one of the most important ideas in Grasshopper. The example is simple: two curves, two sets of points, and lines between them. But when the point counts do not match, the result changes. The main idea is simple: - Matching lists creates clean connections - Different point counts create unexpected results - Grasshopper follows the data structure you give it - Better control starts with checking inputs and outputs Watch here Book a strategy call

In this video, I show a cleaner way to match points between two curves. Instead of dividing both curves separately and hoping they match, I use one curve as the driver. Then I use its parameters to evaluate the second curve proportionally. The main idea is simple: - One curve controls the division logic - The second curve follows the same parameters - This keeps the point count clean - Cleaner points create cleaner connections Watch here Book a strategy call

In this video, I explain how lines work differently in Rhino and Grasshopper. In Rhino, you click two locations to draw a line.In Grasshopper, you define two points, and the line becomes the relationship between them. The main idea is simple: - Points create the line - Inputs control the result - Relationships replace manual drawing - Many lines can be automated at once Watch here Book a strategy call