Before diving into buttons and menus, a Digital Tutors course would always emphasize the underlying technology. nHair is not a static polygon mesh; it is a dynamic curve system driven by the Maya Nucleus solver.
The course emphasizes the HairSystemShape and Follicle nodes:
Even professionals struggle with nHair. Here are the top 3 fixes from old Q&A sessions:
Problem 1: Hair explodes/jumps off the head.
Problem 2: Hair passes through the shoulders/body.
Problem 3: Simulation is painfully slow.
Want to make your hair look infinitely better instantly?
Go to your Nucleus node (usually nucleus1).
Find Gravity and Gravity Direction.
By default, gravity pulls straight down (Y-axis -1). If your character is leaning forward, the hair will fall through their face. The secret is to rotate the Gravity Direction to match the character's world space.
Digital Tutors Understanding The Basics Of Nhair In Maya
Before diving into buttons and menus, a Digital Tutors course would always emphasize the underlying technology. nHair is not a static polygon mesh; it is a dynamic curve system driven by the Maya Nucleus solver.
The course emphasizes the HairSystemShape and Follicle nodes:
Even professionals struggle with nHair. Here are the top 3 fixes from old Q&A sessions: Digital Tutors Understanding The Basics Of Nhair In Maya
Problem 1: Hair explodes/jumps off the head.
Problem 2: Hair passes through the shoulders/body. Before diving into buttons and menus, a Digital
Problem 3: Simulation is painfully slow.
Want to make your hair look infinitely better instantly? Problem 2: Hair passes through the shoulders/body
Go to your Nucleus node (usually nucleus1).
Find Gravity and Gravity Direction.
By default, gravity pulls straight down (Y-axis -1). If your character is leaning forward, the hair will fall through their face. The secret is to rotate the Gravity Direction to match the character's world space.