Computer Graphics
Computer Graphics
Unit 1
LED, OLED, Curved LED display in Computer Graphics
An LED display is a type of flat-panel display technology that uses light-emitting diodes (LEDs) to produce light and create images. LED displays are commonly used in various electronic devices, including
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Aliasing and Antialiasing in Computer Graphics
In computer graphics, aliasing causes jagged edges. Antialiasing smoothens visuals for a more appealing look.
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Bresenham’s Circle Drawing Algorithm in Computer Graphics
Bresenham's Circle Drawing Algorithm is a scan conversion technique based on incremental calculations, derived from Bresenham's Line Drawing Algorithm
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Interactive and Non Interactive graphics in Computer Graphics
Interactive graphics let users control and change visuals in real-times. Non-interactive graphics show pre-made visuals without user control.
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Raster and Random Scan display in Computer Graphics
Random scan excels in precise vector graphics with real-time interactivity, while raster scan dominates modern computing.
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Bresenham's Line Algorithm in Computer Graphics
Bresenham's Line Algorithm is an efficient method used to draw a straight line between two points in computer graphics. The primary goal of this algorithm is to.
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What is Computer Graphics?
Computer graphics is a fascinating field that involves creating and editing visual images using computers.
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Applications of Computer Graphics
Computer Graphics (CG) is widely applied in various fields due to its ability to create visual representations of data and models. some key applications of CG:
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Conceptual Framework for Interactive Graphics
The framework for interactive graphics shows how data from an application is processed and displayed as visuals on a screen. With the help of the application..
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DDA (Digital Differential Analyzer) Algorithm Computer Graphics
Digital Differential Analyzer (DDA) algorithm is a straightforward method for scan-converting lines in computer graphics. It calculates the intermediate points
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Unit 2
2D Transformation in Computer Graphics
2D transformation is like changing the position, size, or orientation of a 2D object on a computer. 2D transformation is like tweaking, and adjusting.
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Three Dimensional (3D) Viewing in Computer Graphics
Two types of projections parallel and perspective: parallel includes orthographic and oblique. while perspective includes classes such as one-point, two-point,etc
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3D Transformations of translation, scaling and rotation
3D transformations translation, scaling, and rotation provide the basis for creating visually appealing and dynamic 3D graphics.
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Cohen Sutherland Algorithm in Computer Graphics
The Cohen-Sutherland algorithm is a method used in computer graphics for line-clipping. It helps determine which parts of a line segment should be visible
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Unit 3
Hermite Curve in Computer Graphics
The Hermite curve in computer graphics is an interpolation spline curve. Hermite curve was named after Charles Hermite, a French mathematician.
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Polygon Meshes in Computer Graphics
A polygon mesh in Computer Graphics is composed of vertices, edges, and faces that define the shape and surface of an object.
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Unit 4
Painter's Algorithm in Computer Graphics
The Painter's Algorithm is a fundamental technique in computer graphics used to render 3D scenes by determining the correct order for drawing objects.
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Depth-Buffer (Z-Buffer) Method in Computer Graphics
In computer graphics, the Depth-Buffer method, also known as the Z-buffer method, is a technique used for hidden surface removal.
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Surface Rendering in Computer Graphics with examples
Surface rendering involves the simulation of light interaction with 3D surfaces, considering factors like light sources, material properties, and reflection models.
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