02:01

Ray Tracing Harmonic Functions (Supplemental Video)

11:16

Repulsive Shells - Conference Presentation

03:14

Repulsive Shells — SIGGRAPH 2024 Supplemental Video

52:04

Monte Carlo Geometry Processing

06:37

Turning a Torus Inside-Out (Punctured Torus Eversion)

01:51

Mathematical Magic: Undoing Handcuffs

00:39

What's the nicest way to draw a shape with many holes?

01:53

Mathematical Magic: Unlinking a Pair of Handcuffs

05:41

Repulsive Surfaces - paper video

53:02

Repulsive Shape Optimization

04:02

Repulsive Curves

02:07

End of Winter (1997)

00:30

Discrete Conformal Equivalence of Polyhedral Surfaces - Fast Forward

00:32

Behind the Scenes: Teaser Image for "Discrete Conformal Equivalence of Polyhedral Surfaces"

54:42

Geometry Processing with Intrinsic Triangulations (Day II)

58:57

Geometry Processing with Intrinsic Triangulations (Day I)

01:08:40

Lecture 11: Discrete Curves (Discrete Differential Geometry)

01:20:43

Lecture 12: Smooth Surfaces I (Discrete Differential Geometry)

01:34:25

Lecture 10: Smooth Curves (Discrete Differential Geometry)

25:41

Supplemental: Vector-Valued Differential Forms (Discrete Differential Geometry)

01:09:10

Lecture 9: Discrete Exterior Calculus (Discrete Differential Geometry)

01:09:05

Lecture 8: Discrete Differential Forms (Discrete Differential Geometry)

57:18

Lecture 7: Integration (Discrete Differential Geometry)

01:04:22

Lecture 6: Exterior Derivative (Discrete Differential Geometry)

45:20

Lecture 5: Differential Forms (Discrete Differential Geometry)

55:14

Lecture 4: k-Forms (Discrete Differential Geometry)

01:02:16

Lecture 3: Exterior Algebra (Discrete Differential Geometry)

58:03

Lecture 2A: What is a "Mesh?" (Discrete Differential Geometry)

47:44

Lecture 2B: Introduction to Manifolds (Discrete Differential Geometry)

01:07:46

Lecture 1: Overview (Discrete Differential Geometry)

06:56

Discrete Differential Geometry - Welcome Video

07:42

Computer Graphics - Student Creations! (CMU 15-462/662)

01:11:12

Lecture 23: Physically Based Animation and PDEs (CMU 15-462/662)

01:19:00

Lecture 11: Digital Geometry Processing (CMU 15-462/662)

01:07:52

Lecture 10: Meshes and Manifolds (CMU 15-462/662)

01:14:42

Lecture 09: Introduction to Geometry (CMU 15-462/662)

52:47

Lecture 08: Depth and Transparency (CMU 15-462/662)

01:30:21

Lecture 07: Perspective Projection and Texture Mapping (CMU 15-462/662)

01:01:23

Lecture 06: 3D Rotations and Complex Representations (CMU 15-462/662)

01:19:23

Lecture 05: Spatial Transformations (CMU 15-462/662)

01:35:48

Lecture 22: Optimization (CMU 15-462/662)

01:40:07

Lecture 21: Dynamics and Time Integration (CMU 15-462/662)

01:08:30

Lecture 20: Introduction to Animation (CMU 15-462/662)

01:34:09

Lecture 19: Variance Reduction (CMU 15-462/662)

01:15:32

Lecture 18: Monte Carlo Rendering (CMU 15-462/662)

57:28

Lecture 17: Numerical Integration (CMU 15-462/662)

45:32

Lecture 16: The Rendering Equation (CMU 15-462/662)

01:07:02

Lecture 15: Radiometry (CMU 15-462/662)

01:20:54

Lecture 14: Color (CMU 15-462/662)

01:21:35

Lecture 13: Spatial Data Structures (CMU 15-462/662)

01:09:48

Lecture 12: Geometric Queries (CMU 15-462/662)

01:10:05

Lecture 04: Drawing a Triangle and an Intro to Sampling (CMU 15-462/662)

01:30:17

Lecture 03: Vector Calculus (P)Review (CMU 15-462/662)

01:43:11

Lecture 02: Linear Algebra (P)Review (CMU 15-462/662)

01:03:59

Lecture 01: Course Overview (CMU 15-462/662)

05:06

Computer Graphics (CMU 15-462/662): Welcome Video

19:40

Penrose: From Mathematical Notation to Beautiful Diagrams

00:31

Monte Carlo Geometry Processing — Fast Forward (SIGGRAPH 2020)

01:55:24

Lecture 20: Geodesics (Discrete Differential Geometry)

01:10:47

Lecture 18: The Laplace Operator (Discrete Differential Geometry)