Lecture No. | Description | Watch Videos |
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Lecture 1 | Scan conversion:Scan converting a point | Lecture by Ms. Rashmi Ishrawat , Lecture by , Lecture by , Lecture by |

Lecture 2 | line (Bresenham’s, DDA) | Lecture by Ms. Rashmi Ishrawat , Lecture by , Lecture by , Lecture by |

Lecture 3 | 2-D transformations (Rotation, Rotation about an arbitrary line, Scaling | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 4 | Translation, Shearing, Reflection | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 5 | circle , Ellipse | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 6 | Transformation: 2D transformation | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 7 | Various 2D and 3D Transformation matrices Translation, Rotation | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 8 | Scaling, Shearing and Reflection, Composite transformations Reflection, Shearing | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 9 | Transformation between coordinate Systems. Rotation about : (i) an arbitrary axis (ii)about an arbitrary point | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 10 | Curves and Surfaces :Bezier Curves | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 11 | 4 point and 5 point Bezier curves using Bernstein Polynomials | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 12 | Conditions for smoothly joining curve segments | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 13 | Bezier bi-cubic surface patch | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 14 | BSpline Curves | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 15 | Cubic B-Spline curves using uniform knot vectors | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 16 | first and second order continuities | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 17 | Effect of multiple control points at same location | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 18 | Computing control points given end slopes for a specified curve segment | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 19 | Geometrical Construction | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 20 | 3-D Transformation | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 21 | Computing location of V.P | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 22 | 2-D viewing, Window-toview por transformation | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 23 | Line Clipping | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 24 | Sutherland Cohen clipping algorithms | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 25 | Sutherland-Hodgeman | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 26 | Projection: Parallel | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 27 | Solid Modeling: Sweeping a polygon or a surface patch along a path to form solids | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 28 | Boundary Representation (B-Rep) | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 29 | Octrees | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 30 | CSG – Constructive Solid Geometry | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 31 | Perspective Projections | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 32 | Shading | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 33 | Illumination Model for diffused Reflection | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 34 | Effect of ambient lighting & distances, | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 35 | Specular Reflection Model | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 36 | Computing Reflection Vector | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 37 | Curved Surfaces | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 38 | Polygonal Approximations | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 39 | Gourard Shading, Phong Model. | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 40 | Floating Horizon Method, | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 41 | Depth Buffer (Z-Buffer, A-Buffer) Method | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 42 | Scan Line Method | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 43 | Depth Sorting Method | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 44 | BSP- tree Method, | Lecture by , Lecture by , Lecture by , Lecture by |

Lecture 45 | Area Subdivision Method. | Lecture by , Lecture by , Lecture by , Lecture by |