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Lec 25 Scan conversion of basic shapes – I

Computer Graphics

Lec 1 Introduction to graphics

Lec 2 Historical evolution issues and challenges

Lec 3 Basics of a graphics system

Lec 4 Introduction to 3D graphics pipeline

Lec 5 Introduction and overview on object representation techniques

Lec 6 Various Boundary Representation Techniques

Lec 7 Spline representation – I

Lec 8 Spline representation – II

Lec 9 Space representation methods

Lec 10 Introduction to modeling transformations

Lec 11 Matrix representation and composition of transformations

Lec 12 Transformations in 3D

Lec 13 Color computation – basic idea

Lec 14 Simple lighting model

Lec 15 Shading models

Lec 16 Intensity mapping

Lec 17 Color models and texture synthesis

Lec 18 View transformation

Lec 19 Projection transformation

Lec 20 Windows to viewport transformation

Lec 21 Clipping introduction and 2D point and line clipping

Lec 22 2D fill area clipping and 3D clipping

Lec 23 Hidden surface removal – I

Lec 24 Hidden surface removal – II

Lec 25 Scan conversion of basic shapes – I

Lec 26 Scan conversion of basic shapes – II

Lec 27 Fill area and character scan conversion

Lec 28 Anti aliasing techniques

Lec 29 Graphics I O Devices

Lec 30 Introduction to GPU and Shaders

Lec 31 Programming with OpenGL

Lec 32 Concluding remarks

Cabinetry Basics

MFT and MFT related accessories

hinges workshops

CNC Computer numerical control

Jointing Systems

Cabinet tips

Festool Domino

Bandsaws

doors building

Communication Circuits Experiments

Experiments with PlutoSDR

Electric Motors

Energy Engineering

Digital Electronics

Engineering Hydrology

Engineering Mechanics