Advanced Applied Maths using Bifrost

Source: https://www.cgcircuit.com/tutorial/advanced-applied-maths-using-bifrost1

Im super happy to announce the release of my second series on the applied maths course! ( mainly because i can now sleep at night) If you find yourself wanting to create industry standard nodes but just not sure where to start then this course is a nonbrainer. It’s literally going to cover every form of multiplication you could imagine and also introduce you to lots of programming techniques. I’m going to ask that the only prerequisite you have is a good understanding of vectors,matrices,quaternions and a decent understanding of multiplication order as this course is going to ramp up in difficulty extremely fast. ( this is why i created my first course so check out the bundle deal for both of them) Throughout the course we are going to be using previous project knowledge to build up to our penultimate project: A curve sampling system from scratch! We are going to derive our own hermite cubic spline using basis functions then further explore different ways of adjusting the tangents in our equation. We will then be reparameterizing our system from scratch using linear remapping techniques as bifrost doesn’t have a “MFnNurbsCurve” with all the handy wrapper functions for uniform and parametric blending. Then we will wrap up the project by adding our internal upcurve and series of aim matrices along our new reparameterized system.

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