Developed a C++ application for 3D geometric transformations using Matrix4x4 and Vector3D classes, implementing translation, rotation, and scaling while demonstrating OOP, operator overloading, and 3D geometry concepts.

Un dashboard interactivo construido con HTML5, CSS3 y JavaScript vanilla que demuestra el poder de las transformaciones CSS 2D y 3D para crear interfaces futuristas e inmersivas.

3D rotating business card (follows mouse or device orientation) with star field parallax background.

A thin layer of graphic data types

General-purpose hierarchical keyframe animation library

This project enables pose manipulation of objects in images using generative AI. It segments the object based on a user-defined class and rotates it by specified azimuth and polar angles, providing a user-friendly tool for realistic pose editing while preserving the background.

Data structure for storing and accessing transformations across multiple frames.

A simplified solar system simulation using ThreeJS

Proyecto 6 - Graficación

Java implementation to draw 3D elements from a txt file and move it using the keyboard keys.

A Web effect project that utilizes CSS 3D transform to produce a smooth and visually appealing image gallery.

Programs, reports, documentation, and screenshots implemented and designed for the laboratory coursework on UCS1712: Graphics and Multimedia course.

This book is about the fundamentals of computer graphics. It covers all the fundamental topics and algorithms with solved examples to understand the topics easily. It covers detailed and understandable explanation about the topics on the basis of various resources available online.

draw and animate a 3D character on screen using BVH files

Calculate 3D Transformation of Point, Line, Plane Cpp code

Introduction to the important algorithms og Computer Graphics

Assignments performed for Computer Graphics Laboratory in Semester 4 of my tenure as B.E in Information Technology.

Computer Graphics - Lab assignments

Some of my programs for Bunda Mulia Computer Graphics Course

Find similarity transformation parameters, given a set of 3-D control points, using dual quaternions.