3D Graphics Programming from Scratch | 23D01DC52E54DF419B621F3F4990487F697FF2EF

3D Graphics Programming from Scratch

Name	3D Graphics Programming from Scratch	DOWNLOAD Copy Link
Total Size	79.5 GB
Total Files	200
Last Seen	2024-07-08 23:46
Hash	23D01DC52E54DF419B621F3F4990487F697FF2EF

/1. Introduction/
1. Introduction and Learning Outcomes.mp4	1.0 GB
2. How to Take this Course.mp4	24.9 MB
3. Words of Encouragement.mp4	182.1 MB
/2. Compiling our Project/
1. Project Dependencies.mp4	712.9 MB
2. A Quick Note for Windows Users.mp4	109.9 MB
3. Project Folder Structure.mp4	113.1 MB
4. The Compilation Flow.mp4	113.5 MB
5. Working with Makefiles.mp4	57.3 MB
6. Configuring Visual Studio on Windows.mp4	213.4 MB
7.Can I use WSL on Windows-Text.html	0.5 KB
/3. SDL Setup and Color Buffer/
1. Creating an SDL Window.mp4	202.2 MB
2. Rendering an SDL Window.mp4	558.9 MB
3. Declaring a Color Buffer.mp4	2.0 GB
4. Allocating Memory and Freeing Resources.mp4	187.0 MB
5.Checking for Errors in Memory AllocationText.html	2.6 KB
6. Quiz- Memory Allocation.html	2.0 KB
7.The Operator SizeofText.html	1.3 KB
8. SDL Texture.mp4	646.6 MB
9. Fullscreen Window.mp4	248.5 MB
10. Exercise- Drawing a Background Grid.mp4	310.5 MB
11. Drawing a Background Grid.mp4	516.7 MB
12.Background Color PatternsText.html	3.5 KB
13. Exercise- Drawing Rectangles.mp4	248.6 MB
14. Creating a Function to Draw Rectangles.mp4	579.2 MB
15. Quiz- Color Buffer.html	1.3 KB
/4. Multiple Header Files/
1. Defining Header Files.mp4	829.1 MB
2. Coding New Header Files.mp4	290.2 MB
/5. Vectors and Points/
1. The Draw Pixel Function.mp4	271.2 MB
2. Vectors.mp4	638.5 MB
3. Declaring a Vector Type.mp4	15.8 MB
4. Review of C Structs.mp4	264.8 MB
5. Array of Points.mp4	205.3 MB
6.Constant Array Size DeclarationText.html	0.6 KB
/6. Projecting Points/
1. Orthographic Projection.mp4	291.7 MB
2.Isometric ProjectionText.html	5.3 KB
3. Perspective Projection.mp4	541.2 MB
4. Implementing the Perspective Divide.mp4	69.7 MB
5. Coordinate System Handedness.mp4	115.2 MB
/7. Linear Transformations/
1. Vector Transformations.mp4	370.2 MB
2. Review of Sine Cosine and Tangent.mp4	319.8 MB
3. Trigonometric Functions Quiz.html	2.1 KB
4. Rotating Vectors.mp4	808.5 MB
5. Vector Rotation Function.mp4	131.5 MB
6. Proof of Angle Sine Addition.mp4	523.3 MB
7.Exercise- Proving the Angle Cosine AdditionText.html	1.5 KB
8. Proof of Angle Cosine Addition.mp4	220.8 MB
/8. Fixed Time Step/
1. Fixing our Game Loop Time Step.mp4	706.4 MB
2. Using a Delay Function.mp4	292.6 MB
3.Constant Framerate - Delta-timeText.html	1.0 KB
/9. Triangles and Vertices/
1. Triangles and Meshes.mp4	389.5 MB
2. Vertices and Triangle Faces.mp4	229.4 MB
3. Triangle Edges.mp4	83.4 MB
/10. Line Drawing/
1. Line Equation.mp4	563.9 MB
2. DDA Line Drawing Algorithm.mp4	922.7 MB
3. Coding a Function to Draw Lines.mp4	288.8 MB
/11. Dynamic Arrays/
1. Dynamic Arrays.mp4	235.1 MB
2. Dynamic Mesh Vertices and Faces.mp4	176.4 MB
3.Separation of Vertex and FacesText.html	1.2 KB
/12. OBJ Files/
1. OBJ Files.mp4	469.5 MB
2. Exercise- Loading OBJ File Content.mp4	218.1 MB
3. Loading OBJ File Content.mp4	330.0 MB
4.OBJ Files as Quads or TrianglesText.html	0.7 KB
/13. Vector Operations/
1. Back-face Culling Motivation.mp4	292.3 MB
2.Back-face Culling in GamesText.html	1.1 KB
3. Vector Magnitude.mp4	348.5 MB
4. Vector Addition and Subtraction.mp4	215.1 MB
5. Vector Scalar Multiplication and Division.mp4	36.4 MB
6. Vector Cross Product.mp4	428.6 MB
7. Finding the Normal Vector.mp4	368.9 MB
8. Dot Product.mp4	659.6 MB
9.Dot Product - Vector LengthText.html	1.7 KB
10. Back-face Culling Algorithm.mp4	289.4 MB
11. Back-face Culling Code.mp4	458.3 MB
12.Back-face Culling in OpenGLText.html	1.2 KB
13. Vector Normalization.mp4	568.4 MB
14.Normalization - DirectionText.html	6.9 KB
/14. Triangle Rasterization/
1. Triangle Fill.mp4	442.3 MB
2. Flat-Bottom - Flat-Top Technique.mp4	303.9 MB
3. Activity- Find Triangle Midpoint.mp4	269.5 MB
4. Solution to the Triangle Midpoint.mp4	536.0 MB
5. Coding the Triangle Midpoint Computation.mp4	194.1 MB
6. Flat-Bottom Triangle Algorithm.mp4	603.2 MB
7. Flat-Bottom Triangle Code.mp4	413.7 MB
8. Flat-Top Triangle Algorithm.mp4	328.7 MB
9. Flat-Top Triangle Code.mp4	214.6 MB
10. Avoiding Division by Zero.mp4	110.0 MB
11.Exercise- Selecting Different Render ModesText.html	1.4 KB
12. Different Rendering Options Solution.mp4	304.6 MB
13.Compiler Error - Enum DeclarationText.html	1.2 KB
14.Typedef for Color ValuesText.html	2.1 KB
15. Colored Triangle Faces.mp4	315.0 MB
16.Number of Triangles vs. PerformanceText.html	4.0 KB
/15. Sorting Faces by Depth/
1. Painter-s Algorithm.mp4	431.6 MB
2.Exercise- Sorting FacesText.html	1.2 KB
3. Coding a Sorting Function.mp4	625.7 MB
/16. Matrices/
1. Matrices Overview.mp4	718.8 MB
2. Matrix Operations.mp4	677.8 MB
3. Properties of Matrix Multiplication.mp4	523.1 MB
4. Examples of Matrix Multiplication.mp4	431.6 MB
5.Exercise- Matrix MultiplicationText.html	1.0 KB
6. 2D Rotation Matrix.mp4	425.8 MB
/17. 3D Matrix Transformations/
1. 3D Matrix Transformations.mp4	567.1 MB
2. 3D Scale Matrix.mp4	623.7 MB
3. Matrix Typedef.mp4	108.9 MB
4. Scale Matrix Code.mp4	348.1 MB
5. 3D Translation Matrix.mp4	575.9 MB
6. Translation Matrix Code.mp4	118.4 MB
7. 3D Rotation Matrices.mp4	613.6 MB
8. Rotation Matrix Code.mp4	170.2 MB
9.3D Rotation Direction - HandednessText.html	4.3 KB
10. The World Matrix.mp4	531.0 MB
11. Order of Transformations.mp4	74.1 MB
12. Translation is Not a Linear Transformation.mp4	643.0 MB
/18. Projection Matrix/
1. Defining a Projection Matrix.mp4	745.9 MB
2. Populating our Perspective Projection Matrix.mp4	610.0 MB
3. Coding the Perspective Projection Matrix.mp4	445.8 MB
4. Exercise- Projecting Negative Values.mp4	165.8 MB
5. Projecting Negative Values.mp4	428.6 MB
6.Projection in OpenGL - DirectXText.html	1.3 KB
7. Row-major and Column-major Orders.mp4	524.1 MB
8.Order of Transformations for Row-major and Column-majorText.html	1.5 KB
/19. Light and Shading/
1. Flat Shading.mp4	1.0 GB
2. Coding Flat Shading - Light.mp4	426.4 MB
3.A Note on Vector NormalizationText.html	1.1 KB
4. Smooth Shading Techniques.mp4	506.9 MB
5.Gouraud Shading in GamesText.html	3.2 KB
6. Inverted Vertical Screen Values.mp4	167.1 MB
/20. Texture Mapping/
1. Texture Mapping.mp4	863.6 MB
2. Representing Textures in Memory.mp4	795.2 MB
3. Texture Typedef.mp4	474.2 MB
4. Textured Triangles.mp4	262.1 MB
5. Textured Flat-Bottom Triangle.mp4	855.2 MB
6. Textured Flat-Top Triangle.mp4	203.6 MB
7. Barycentric Coordinates.mp4	1.3 GB
8. Barycentric Weights -α- β- γ-.mp4	1.1 GB
9. Function to Compute -α- β- γ-.mp4	563.1 MB
10. Visualizing Textured Triangles.mp4	616.2 MB
/21. Perspective Correct Textures/
1. Perspective Correct Interpolation.mp4	1.9 GB
2. PS1 Games and Affine Texture Mapping.mp4	58.8 MB
3. Perspective Correct Interpolation Code.mp4	819.2 MB
4.What Does -Affine- Mean-Text.html	1.9 KB
5.A Deeper Look into Perspective Correct TheoryText.html	0.9 KB
6. Inverted Cube UV Coordinates.mp4	181.6 MB
/22. Decoding PNG Files/
1. Decoding PNG Files.mp4	692.4 MB
2. Loading PNG File Content.mp4	410.1 MB
3. Freeing PNG Textures.mp4	27.2 MB
/23. Textured OBJ Files/
1. Loading OBJ Texture Attributes.mp4	810.4 MB
2. Preventing Texture Buffer Overflow.mp4	767.5 MB
3.Rasterization RulesText.html	3.9 KB
4. Visualizing Textured OBJ Models.mp4	248.1 MB
/24. Z-Buffer/
1. Z-Buffer.mp4	673.6 MB
2. Z-Buffer Code.mp4	419.0 MB
3. Exercise- Z-Buffer for Filled Triangles.mp4	202.5 MB
4. Implementing a Z-Buffer for Filled Triangles.mp4	203.2 MB
5. A Discussion on Dynamic Memory Allocation.mp4	918.6 MB
6.Revisiting the PS1 LookText.html	10.9 KB
/25. Camera/
1. Camera Space.mp4	1.0 GB
2. Look At Camera Model.mp4	661.8 MB
3. Look At Transformations.mp4	989.7 MB
4. The LookAt Function.mp4	426.7 MB
5. Coding the LookAt Function.mp4	440.4 MB
6.So- What Actually Gets Transformed-Text.html	1.2 KB
7. Variable Delta-time.mp4	206.3 MB
8. A Simple FPS Camera Movement.mp4	484.4 MB
9. Coding a Simple FPS Camera Movement.mp4	648.8 MB
/26. Clipping/
1. Frustum Clipping.mp4	792.8 MB
2. Planes.mp4	293.4 MB
3. Exercise- Right Frustum Plane Point - Normal.mp4	280.0 MB
4. Defining Frustum Planes Points - Normals.mp4	1.7 GB
5. Initializing an Array of Frustum Planes.mp4	192.6 MB
6. Defining Points Inside and Outside Planes.mp4	519.6 MB
7. Intersection Between Line - Plane.mp4	1.5 GB
8. Clipping a Polygon Against a Plane.mp4	1.3 GB
9. Polygon Typedef.mp4	868.4 MB
10. A Function to Clip Polygon Against Planes.mp4	1.2 GB
11. Coding the Function to Clip Polygons Against Planes.mp4	706.5 MB
12. Converting Polygons Back Into Triangles.mp4	328.4 MB
13. Visualizing Clipped Triangles.mp4	455.4 MB
14. Horizontal - Vertical FOV Angles.mp4	369.3 MB
15. Clipping Texture UV Coordinates.mp4	741.3 MB
16. Clipping Space.mp4	1.2 GB
17.Deciding What Not to RenderText.html	3.5 KB
/27. Code Polishing - Refactoring/
1. Working with Static Variables.mp4	114.7 MB
2. Refactoring SDL Globals.mp4	580.1 MB
3. Simulating Low-Resolution Displays.mp4	199.5 MB
4. Refactoring Light Globals.mp4	119.6 MB
5. Exercise- Camera Pitch Rotation.mp4	411.6 MB
6. Implementing the Camera Pitch Rotation.mp4	291.8 MB
/28. Multiple Meshes/
1. Declaring Multiple Meshes.mp4	496.3 MB
2. Implementing Multiple Meshes.mp4	740.8 MB
3. Implementing Multiple Textures.mp4	627.1 MB
/29. Conclusion and Next Steps/
1. Finishing our Implementation.mp4	466.1 MB
2. Handedness - Orientation.mp4	665.7 MB
3. Dedicated Graphics Cards.mp4	786.3 MB
4. Modern Graphics APIs - Shaders.mp4	1.0 GB
5.Modern 3D Hardware TechniquesText.html	2.4 KB
6.Older Hardware TechniquesText.html	7.9 KB
7. Next Steps.mp4	486.0 MB
8.Copyright - Content DistributionText.html	0.8 KB
9.Similar CoursesText.html	2.2 KB
Total files 200