Канал: UofM Introduction to Computer Graphics - COMP 3490

(Unit 9) Colour and Shading 14: Additional Shading Techniques

(Unit 9) Colour and Shading 14: Additional Shading Techniques

(Unit 9) Colour and Shading 5: Inverse Texture Mapping

(Unit 9) Colour and Shading 5: Inverse Texture Mapping

(Unit 9) Colour and Shading 13: Anistropic Filtering

(Unit 9) Colour and Shading 13: Anistropic Filtering

(Unit 9) Colour and Shading 7: Perspective-Correct Texture Mapping

(Unit 9) Colour and Shading 7: Perspective-Correct Texture Mapping

(Unit 9) Colour and Shading 2: Gamma

(Unit 9) Colour and Shading 2: Gamma

(Unit 9) Colour and Shading 9: Texture Wrap Mode

(Unit 9) Colour and Shading 9: Texture Wrap Mode

(Unit 9) Colour and Shading 6: Perspective Distortion in Texture Mapping

(Unit 9) Colour and Shading 6: Perspective Distortion in Texture Mapping

(Unit 9) Colour and Shading 8: Textures In Practice

(Unit 9) Colour and Shading 8: Textures In Practice

(Unit 9) Colour and Shading 11: Introduction to Texture Filtering

(Unit 9) Colour and Shading 11: Introduction to Texture Filtering

(Unit 9) Colour and Shading 12: Mip Mapping

(Unit 9) Colour and Shading 12: Mip Mapping

(Unit 9) Colour and Shading 10: Aliasing in Texture Maps

(Unit 9) Colour and Shading 10: Aliasing in Texture Maps

(Unit 9) Colour and Shading 1: Advanced Color and Intensity

(Unit 9) Colour and Shading 1: Advanced Color and Intensity

(Unit 9) Colour and Shading 3: Blending

(Unit 9) Colour and Shading 3: Blending

(Unit 9) Colour and Shading 4: Introduction to Texture Mapping

(Unit 9) Colour and Shading 4: Introduction to Texture Mapping

(Unit 8) Animation 17: Physics and Kinematics

(Unit 8) Animation 17: Physics and Kinematics

(Unit 8) Animation 18: Animation and Hierarchical Modelling

(Unit 8) Animation 18: Animation and Hierarchical Modelling

(Unit 8) Animation 16: Particle Systems (part 2)

(Unit 8) Animation 16: Particle Systems (part 2)

(Unit 8) Animation 15: Intro to Particle Systems

(Unit 8) Animation 15: Intro to Particle Systems

(Unit 8) Animation 12: Time-Based Lerping

(Unit 8) Animation 12: Time-Based Lerping

(Unit 8) Animation 13: Techniques for Frame-Based Rendering

(Unit 8) Animation 13: Techniques for Frame-Based Rendering

(Unit 8) Animation 11: Sinusoidal Interpolation (Part 2)

(Unit 8) Animation 11: Sinusoidal Interpolation (Part 2)

(Unit 8) Animation 5: Tweening and Lerping

(Unit 8) Animation 5: Tweening and Lerping

(Unit 8) Animation 3: Frame-Based Animation

(Unit 8) Animation 3: Frame-Based Animation

(Unit 8) Animation 1: Intro to Animation

(Unit 8) Animation 1: Intro to Animation

(Unit 8) Animation 14: Techniques for Geometry-Based Rendering

(Unit 8) Animation 14: Techniques for Geometry-Based Rendering

(Unit 8) Animation 10: Intro to Sinusoidal Interpolation

(Unit 8) Animation 10: Intro to Sinusoidal Interpolation

(Unit 8) Animation 9: Modelling Non-linear Interpolation

(Unit 8) Animation 9: Modelling Non-linear Interpolation

(Unit 8) Animation 8: Non-linear Interpolation

(Unit 8) Animation 8: Non-linear Interpolation

(Unit 8) Animation 6: Lerping Angles

(Unit 8) Animation 6: Lerping Angles

(Unit 8) Animation 4:Intro to Geometry-Based Animation

(Unit 8) Animation 4:Intro to Geometry-Based Animation

(Unit 8) Animation 7: Lerping between Keyframes

(Unit 8) Animation 7: Lerping between Keyframes

(Unit 8) Animation 2: Intro to Digital Animation

(Unit 8) Animation 2: Intro to Digital Animation

(Unit 7) Interactivity 10: Hit Detection In 3D

(Unit 7) Interactivity 10: Hit Detection In 3D

(Unit 7) Interactivity 9: Bounding Volume Hit Testing

(Unit 7) Interactivity 9: Bounding Volume Hit Testing

(Unit 7) Interactivity 8: Testing For A Hit

(Unit 7) Interactivity 8: Testing For A Hit

(Unit 7) Interactivity 4: Using Event Systems

(Unit 7) Interactivity 4: Using Event Systems

(Unit 7) Interactivity 11: Selection Mode Picking Matrix

(Unit 7) Interactivity 11: Selection Mode Picking Matrix

(Unit 7) Interactivity 6: Event State Management(Drag and Drop)

(Unit 7) Interactivity 6: Event State Management(Drag and Drop)

(Unit 7) Interactivity 5: Example of Polling versus Events

(Unit 7) Interactivity 5: Example of Polling versus Events

(Unit 7) Interactivity 2: Intro to Event Systems

(Unit 7) Interactivity 2: Intro to Event Systems

(Unit 7) Interactivity 1: Polling versus Interrupts

(Unit 7) Interactivity 1: Polling versus Interrupts

(Unit 7) Interactivity 7: Intro to Hit Testing

(Unit 7) Interactivity 7: Intro to Hit Testing

(Unit 7) Interactivity 12: Interactive Graphics Intro

(Unit 7) Interactivity 12: Interactive Graphics Intro

(Unit 7) Interactivity 3: How Event Systems Work

(Unit 7) Interactivity 3: How Event Systems Work

(Unit 6) Visibility ２: Drawing Order and Painters Algorithm

(Unit 6) Visibility ２: Drawing Order and Painters Algorithm

(Unit 6) Visibility 10: Clipping During Rasterization

(Unit 6) Visibility 10: Clipping During Rasterization

(Unit 6) Visibility 12: Quad Trees, Oct Trees

(Unit 6) Visibility 12: Quad Trees, Oct Trees

(Unit 6) Visibility 9: Clip-Space Culling

(Unit 6) Visibility 9: Clip-Space Culling

(Unit 6) Visibility 1: Culling and Clipping

(Unit 6) Visibility 1: Culling and Clipping

(Unit 6) Visibility 3: The Z Buffer and Z Fighting

(Unit 6) Visibility 3: The Z Buffer and Z Fighting

(Unit 6) Visibility 5: View-Volume Testing

(Unit 6) Visibility 5: View-Volume Testing

(Unit 6) Visibility 6: Point and Plane, which side is it on?

(Unit 6) Visibility 6: Point and Plane, which side is it on?

(Unit 6) Visibility 11: Binary Space Partitioning

(Unit 6) Visibility 11: Binary Space Partitioning

(Unit 6) Visibility 4: Back-Face Culling

(Unit 6) Visibility 4: Back-Face Culling

(Unit 6) Visibility 7: Bounding Volumes

(Unit 6) Visibility 7: Bounding Volumes

(Unit 6) Visibility 8: Distance From a Point To a Plane

(Unit 6) Visibility 8: Distance From a Point To a Plane

(Unit 5) 3D 1: Rasterizing vs Ray Tracing

(Unit 5) 3D 1: Rasterizing vs Ray Tracing

(Unit 5) 3D 10: Gimbal Lock

(Unit 5) 3D 10: Gimbal Lock

(Unit 5) 3D 6: Frustum Part 2, Scaling

(Unit 5) 3D 6: Frustum Part 2, Scaling

(Unit 5) 3D 11: Quaternions (Arbitrary Axis Rotation)

(Unit 5) 3D 11: Quaternions (Arbitrary Axis Rotation)

(Unit 5) 3D 13: Free Look 3D Camera

(Unit 5) 3D 13: Free Look 3D Camera

(Unit 5) 3D 12: 3D Camera Model

(Unit 5) 3D 12: 3D Camera Model

(Unit 5) 3D 2: Projection In 3D

(Unit 5) 3D 2: Projection In 3D

(Unit 5) 3D 4: Calculating Perspective

(Unit 5) 3D 4: Calculating Perspective

(Unit 5) 3D 8: Frustum Part 4, Field of View

(Unit 5) 3D 8: Frustum Part 4, Field of View

(Unit 5) 3D 5: Frustum Part 1, Perspective

(Unit 5) 3D 5: Frustum Part 1, Perspective

(Unit 5) 3D 7: Frustum Part 3, The Z Axis

(Unit 5) 3D 7: Frustum Part 3, The Z Axis

(Unit 5) 3D 9: Transforms In 3D

(Unit 5) 3D 9: Transforms In 3D

(Unit 5) 3D 3: View Volume

(Unit 5) 3D 3: View Volume

(Unit 4) Transformations 10: Hierarchical Modelling

(Unit 4) Transformations 10: Hierarchical Modelling

(Unit 4) Transformations 12: OpenGL and Processing

(Unit 4) Transformations 12: OpenGL and Processing

(Unit 4) Transformations 11: Hierarchical Modelling (Continued)

(Unit 4) Transformations 11: Hierarchical Modelling (Continued)

(Unit 4) Transformations 9: Projection Matrix (Continued)

(Unit 4) Transformations 9: Projection Matrix (Continued)

(Unit 4) Transformations 8: Projection Matrix

(Unit 4) Transformations 8: Projection Matrix

(Unit 4) Transformations 3: Homogeneous Coordinates, Affine Transformations

(Unit 4) Transformations 3: Homogeneous Coordinates, Affine Transformations

(Unit 4) Transformations 6: Transformation Pipeline

(Unit 4) Transformations 6: Transformation Pipeline

(Unit 4) Transformations 5: Transformation Examples

(Unit 4) Transformations 5: Transformation Examples

(Unit 4) Transformations 1: Transformation Matrices

(Unit 4) Transformations 1: Transformation Matrices

(Unit 4) Transformations 2: Basis Transformations

(Unit 4) Transformations 2: Basis Transformations

(Unit 4) Transformations 4: Rotate, Translate, Reflect, Shear

(Unit 4) Transformations 4: Rotate, Translate, Reflect, Shear

(Unit 4) Transformations 7: 2D Camera Model

(Unit 4) Transformations 7: 2D Camera Model

(Unit 1) Math 3: Cross Product (updated)

(Unit 1) Math 3: Cross Product (updated)

(Unit 3) Drawing Primitives 2: Bresenham's Line Algorithm

(Unit 3) Drawing Primitives 2: Bresenham's Line Algorithm

(Unit 3) Drawing Primitives 6: Shading Intro, Barycentric Coordinates

(Unit 3) Drawing Primitives 6: Shading Intro, Barycentric Coordinates

(Unit 3) Drawing Primitives 9: Basic Shading Algorithms

(Unit 3) Drawing Primitives 9: Basic Shading Algorithms

(Unit 3) Drawing Primitives 8: Phong Lighting

(Unit 3) Drawing Primitives 8: Phong Lighting

(Unit 3) Drawing Primitives 7: Shading and Lighting Examples

(Unit 3) Drawing Primitives 7: Shading and Lighting Examples

(Unit 3) Drawing Primitives 4: Filling Triangles

(Unit 3) Drawing Primitives 4: Filling Triangles

(Unit 3) Drawing Primitives 3: Diamond Exit Rule

(Unit 3) Drawing Primitives 3: Diamond Exit Rule

(Unit 3) Drawing Primitives 1: Drawing Lines

(Unit 3) Drawing Primitives 1: Drawing Lines

(Unit 3) Drawing Primitives 5: Filling Polygons

(Unit 3) Drawing Primitives 5: Filling Polygons

(Unit 0) Intro 10: Coordinate Systems, Pipeline Intro

(Unit 0) Intro 10: Coordinate Systems, Pipeline Intro

(Unit 2) Primitives 5: Polygons

(Unit 2) Primitives 5: Polygons

(Unit 2) Primitives 6: Surveyor's Formula (area of a polygon)

(Unit 2) Primitives 6: Surveyor's Formula (area of a polygon)

(Unit 2) Primitives 3: Triangles

(Unit 2) Primitives 3: Triangles

(Unit 2) Primitives 4: Quadrilaterals

(Unit 2) Primitives 4: Quadrilaterals

(Unit 1) Math 2: Dot Product

(Unit 1) Math 2: Dot Product

(Unit 1) Math 4: Parametric Equations

(Unit 1) Math 4: Parametric Equations

(Unit 1) Math 1: Points and Vectors

(Unit 1) Math 1: Points and Vectors

(Unit 2) Primitives 2: Lines

(Unit 2) Primitives 2: Lines

(Unit 2) Primitives 1: Open GL

(Unit 2) Primitives 1: Open GL

(Unit 0) Intro 8: OpenGL Immediate Mode

(Unit 0) Intro 8: OpenGL Immediate Mode

(Unit 0) Intro 2: Subpixels, Resolution

(Unit 0) Intro 2: Subpixels, Resolution

(Unit 0) Intro 1: Rendering

(Unit 0) Intro 1: Rendering

(Unit 0) Intro 7: Raster Data

(Unit 0) Intro 7: Raster Data

(Unit 0) Intro 9: OpenGL Example, Viewports

(Unit 0) Intro 9: OpenGL Example, Viewports

(Unit 0) Intro 6: Raster vs Vector

(Unit 0) Intro 6: Raster vs Vector

(Unit 0) Intro 5: BLIT

(Unit 0) Intro 5: BLIT

(Unit 0) Intro 3: RGB Color

(Unit 0) Intro 3: RGB Color

(Unit 0) Intro 4: Frame Buffer

(Unit 0) Intro 4: Frame Buffer