₹198.00
Scroll down for Match your questions with Sample
Note- Students need to make Changes before uploading for Avoid similarity issue in turnitin.
Another Option
UNIQUE ASSIGNMENT
0-20% Similarity in turnitin
Price is 700 per assignment
Unique assignment buy via WhatsApp 8755555879
Description
| SESSION | September-2024 |
| PROGRAM | BCA |
| SEMESTER | V |
| course CODE & NAME | DCA3142, Graphics and Multimedia |
| CREDITS | 4 |
| nUMBER OF ASSIGNMENTS & Marks | 02
30 |
Set-Ist
- Discuss the DDA line drawing algorithm with a suitable example and write its main advantages.
Ans: DDA (Digital Differential Analyzer) Line Drawing Algorithm
Introduction
The DDA (Digital Differential Analyzer) algorithm is a rasterization algorithm used in computer graphics to draw a straight line between two given points. It is an incremental scan conversion method that calculates the intermediate points required to represent a line.
Algorithm Explanation
The DDA algorithm works by incrementing either the x or y coordinates in small steps, depending on the slope of the line
Its Half solved only
Buy Complete from our online store
https://smuassignment.in/online-store/
MUJ Fully solved assignment available for session July-Aug 2024.
Lowest price guarantee with quality.
Charges INR 198 only per assignment. For more information you can get via mail or Whats app also
Mail id is aapkieducation@gmail.com
Our website www.smuassignment.in
After mail, we will reply you instant or maximum
1 hour.
Otherwise you can also contact on our
whatsapp no 8791490301.
- What is line clipping? Explain the Cohen-Sutherland line clipping algorithm with a suitable example
Ans:
Line Clipping and the Cohen-Sutherland Algorithm
What is Line Clipping?
Line clipping is the process of removing portions of a line that lie outside a given rectangular boundary (clipping window). This is commonly used in computer graphics to optimize rendering by discarding unnecessary parts of objects.
Cohen-Sutherland Line Clipping Algorithm
The Cohen-Sutherland algorithm i
- Explain the different basic transformations of 3-D
Ans:
In 3D computer graphics, basic transformations are operations that change the position, size, or orientation of an object in 3D space. These transformations are represented using matrices and applied to objects using matrix multiplication.
The main types of 3D transformations include:-
1. Translation
Translation moves an object from
Set-Iind
- What do you mean by visible surface detection? Explain the different types of methods used for visible surface detection.
Ans: Visible Surface Detection (Hidden Surface Removal)
Visible surface detection, also known as hidden surface removal, is a technique in computer graphics used to determine which surfaces or parts of a 3D object should be visible from a given viewpoint and which should be hidden behind other objects. This process is crucial for rendering realistic 3D scenes because it ensures that only the front-facing parts of objects are displayed.
Types of Visible
- What is MIDI? Discuss its devices and messages.
Ans: MIDI (Musical Instrument Digital Interface)
What is MIDI?
MIDI (Musical Instrument Digital Interface) is a communication protocol that allows electronic musical instruments, computers, and other devices to connect and exchange data. Unlike audio signals, MIDI does not transmit actual sound; instead, it sends digital messages that instruct devices on how to generate sound.
MIDI was developed in 1983 and is
- Explain different types of frames used in compression through redundancy.
Ans:
In video compression, frames are categorized based on how they exploit redundancy to reduce file size while maintaining quality. These frames help in efficient compression by using temporal, spatial, and statistical redundancy.
Types of Frames Used in Compression through Redundancy:
- I-Frames (Intra-