دوره جلوه‌های ویژه و موشن در Houdini

عنوان دوره : UnhideSchool – VFX and Motion in Houdini

سطح : متوسط

زمان کل دوره : 11.37 ساعت

تعداد فايل ها : –

سال آموزش : 2025

فایل تمرینی : دارد

مربی دوره : Caio Laundos

نرم افزار : Houdini

زیرنویس انگلیسی : دارد

فشردگی اختصاصی سافت ساز : ندارد

UnhideSchool – VFX and Motion in Houdini

In the VFX and Motion in Houdini course, the instructor presents everything from simpler techniques, such as noise maps and procedural growths, to complex simulations, such as VDB grow and infection techniques. The content is aimed at those who already have basic Houdini experience.

Check the recommended minimum settings for software installation:

Houdini FX: https://www.sidefx.com/Support/system-requirements/
Octane Render: https://home.otoy.com/render/octane-render/faqs/

UNHIDE School students with an active package or active single course purchase, after 7 working days of that purchase, are entitled to an official document confirming active enrollment on our platform. This document can be used to purchase a student subscription to software that offers this category. Learn more by sending an email to contato@unhideschool.com.

In the course “VFX and Motion in Houdini” the instructor Caio Laundos will show you that it is a myth that the Houdini software is too complex! Throughout the classes he will make four projects from scratch, aligning procedural techniques, animation and simulation. You will learn how to create a tennis reveal, a simulation of ice cream being served, a rocket taking off and a sewing setup that is very desired in the motion market.

By understanding how to control forces, turbulence maps and the parameters of your simulations, your work will reach another level! That way, you’ll be able to work on the big projects you’ve always dreamed of!

Among the techniques covered in the VFX and Motion in Houdini course are:

Noise Maps
Point Cloud
Infection Systems
VDB growth
Particle Advection
Pyro Simulation
Simulation Flip Fluids
Vellum Simulation
Sewing Effect (Knitting)

RBD Simulation