My Projects with Info

Project with Explanations

Casino – C++ Card Simulation

This is a C# Windows Forms application that functions as a voice assistant, l named Cyrus

Here’s what it includes:

Voice Recognition:

Uses System.Speech.Recognition.SpeechRecognitionEngine to listen and interpret voice commands.

Speech Synthesis (Text-to-Speech):

Uses SpeechSynthesizer to respond verbally to user commands.

Graphical User Interface:

Built using Windows Forms (Form1.cs), allowing interaction through a GUI.

Web Automation Capabilities:

Imports OpenQA.Selenium and OpenQA.Selenium.Chrome, indicating it can use Selenium to control a

web browser (e.g., open sites, search the web).

Command Configuration:

Likely reads commands from Commands.txt to determine how to respond to specific inputs.

Technologies:

Technologies:

A console-based card game built in C++ that simulates a simplified casino betting system inspired by Baccarat rules. Players can bet on either the Banker or the Player, with each side drawing two cards. The goal is to reach a sum closest to 9, following specific draw rules for additional cards.

• Implemented complete game logic using modern C++ features.

• Designed a rule-based draw system that accounts for edge cases (e.g., natural hands of 8 or 9).

• Built using Visual Studio with organized project structure for easy compilation and testing.

• Focused on performance, readability, and gameplay clarity.

This project demonstrates my ability to build complete, logic-driven systems in C++, with a strong emphasis on rules implementation, conditional logic, and clean code structure.

Voice Assistant C#

Java Simple Banking Application

This is a console-based banking system written in Java that simulates basic banking functions for a single user.

Main Features:

Create a bank account (name + ID)

• Deposit money

• Withdraw money

• View balance

• Show previous transaction

• Calculate interest over a number of years

Behind the Scenes:

• It uses a loop and Scanner to interact with the user via the console.

• A menu system (showMenu()) allows the user to choose what they want to do.

• Each operation updates the account's balance and history accordingly.

Technologies:

WorldGenerater_Prototype

What the Code Does

• Procedural Terrain Generation: It creates large-scale, seamless terrain at runtime using algorithms like Perlin or Simplex noise.

• Biome & Cave Support: The system can segment terrain into different biome types (like desert, forest), and carve out caves or underground structures.

• Runtime Mesh Generation: Employs Unreal’s ProceduralMeshComponent (or GPU-based procedural systems) to spawn terrain dynamically around the player.

• Level of Detail & Streaming: As the player moves, the world generator streams terrain chunks in and out, adjusting resolution with distance for performance.

• Destructible & Editable Terrain: Allows on-the-fly terrain editing or voxel-based modifications, with real-time updates to mesh and collision data.

Technical Highlights

• Uses noise functions to create realistic, varied terrain.

• Likely incorporates runtime mesh updates, sometimes leveraging GPU acceleration.

• Handles cave tunnels and overhangs via 3D noise or voxel methods.

• May include biome blending and foliage scattering across surfaces and ceilings.

• Designed to be performance‑oriented, generating terrain around the player rather than precomputing entire worlds

How It Works (workflow overview)