Subjects
Technology
3D AI Algorithms Artificial Intelligence Big Data Blockchain Computer Networking Computer Science Computer Security Computer Vision Cryptography Cyber Security Data Analysis Data Mining Data Science Deep Learning Machine Learning Neural Networks Programming Software Engineering Web Development
Science
Anatomy Astrobiology Astronomy Biochemistry Biology Chemistry Epidemiology Genetics Geology Neuroscience Physics Physiology
Business
Accounting Business Development Business Strategy Economics Entrepreneurship Finance Marketing Operations Management Project Management
Humanities
Ancient History Anthropology Art History Ethics Gender Studies History Literature Philosophy Psychology Sociology
Health & Medicine
Clinical Trials Health Education Healthcare Nursing Nutrition Public Health
Law
Contract Law Corporate Law International Law Labor Law
Education
Curriculum Development E-Learning Educational Technology Higher Education Instructional Design Special Education
Arts & Design
Architecture Art & Design Fashion Design Graphic Design Interior Design UX/UI Design
Other
Environmental Science Ethnic Studies Music Theory Political Science Religious Studies

Computer Graphics: Animation and Simulation

This course teaches core mathematics and methods for computer animation, motion simulation, and traditional animation techniques. Physics-based simulation methods for modeling shape and motion: particle systems, constraints, rigid bodies, deformable models, collisions and contact, fluids, and fracture. Animating natural phenomena. Methods for animating virtual characters and crowds. 

Topics Include

  • Realism and perception
  • Animation systems
  • Motion control
  • Real-time and interactive methods
  • Multi-sensory feedback
Course Page
Price
$4,056.00 Subject to change
Delivery
Online, instructor-led
Level
Introductory
Commitment
10 weeks, 5-15 hrs/week
Credit
Visual Computing Graduate Certificate
School
Stanford School of Engineering
Language
English