From df054ad231b0b0720943373eadc33444a305de53 Mon Sep 17 00:00:00 2001 From: Anila Benny <144672603+anila-765@users.noreply.github.com> Date: Fri, 8 Aug 2025 23:09:16 +0530 Subject: [PATCH] Update README.md --- README.md | 160 +++++++++++++++++++++++++++++++++++++----------------- 1 file changed, 111 insertions(+), 49 deletions(-) diff --git a/README.md b/README.md index 597b39b44..ed674d468 100644 --- a/README.md +++ b/README.md @@ -1,96 +1,158 @@ frame (3) -# [Project Name] 🎯 +# vibechecker 🎯 ## Basic Details -### Team Name: [Name] +### Team Name: Anila Benny ### Team Members -- Team Lead: [Name] - [College] -- Member 2: [Name] - [College] -- Member 3: [Name] - [College] +- Team Lead: Anila Benny - Jyothi Engineering College + ### Project Description -[2-3 lines about what your project does] +This project is a fun **Tkinter-based desktop app** called *Vibe Checker 3000* that gives users a random, quirky "vibe" message after they enter their name. It’s a lighthearted way to add humor and personality to a simple GUI program. + ### The Problem (that doesn't exist) -[What ridiculous problem are you solving?] +This app “solves” the **critical life crisis** of not knowing what your daily vibe is — because obviously, you can’t go about your day without being told you’re a *mysterious potato* or *73% chaos, 27% glitter*. + ### The Solution (that nobody asked for) -[How are you solving it? Keep it fun!] +By harnessing the **immense power of Python, Tkinter, and pure chaotic energy**, the app takes your name, spins the *wheel of nonsense*, and serves you a perfectly ridiculous vibe forecast — all wrapped in pastel colors and Comic Sans magic. + ## Technical Details ### Technologies/Components Used -For Software: -- [Languages used] -- [Frameworks used] -- [Libraries used] -- [Tools used] +For your *Vibe Checker 3000* software: + +Languages used: Python +Frameworks used: None (keeping it raw and unfiltered) +Libraries used: `tkinter` (for the GUI), `random` (for unpredictable chaos) +Tools used: Any Python IDE or text editor (VS Code, PyCharm, IDLE, etc.) to write and run the magic + + +For your *Vibe Checker 3000* hardware setup: + +Main components: + + * A computer or laptop (the chaos machine) + * Display screen (so you can *see* your vibe) + * Keyboard (to type your name) + * Mouse or trackpad (optional, but makes clicking the button feel fancy) + + Specifications: + + * Operating System: Windows, macOS, or Linux + * Processor: Any modern CPU (Intel/AMD/Apple Silicon — it’s not a game, so no RTX 4090 needed) + * RAM: 2 GB+ (just enough to handle the vibes) + * Storage: A few MBs free (Python and vibes are lightweight) + + Tools required: + + * Python installed (v3.x) + * Code editor/IDE (VS Code, PyCharm, IDLE, etc.) + * Coffee, tea, or snacks (for optimal vibe-checking energy) -For Hardware: -- [List main components] -- [List specifications] -- [List tools required] ### Implementation -For Software: +### Implementation – Software + +1. Setup Environment + + * Install Python 3.x on your system. + * Ensure `tkinter` is available (comes pre-installed with Python). + +2. Code Structure + + Import libraries: `tkinter` for GUI, `random` for picking vibes. + Data setup: Create a list of quirky vibe messages. + Function: `check_vibe()` reads the user’s name, selects a random vibe, and updates the label. + GUI design: + + * Main window with a title and background color. + * Entry widget for the name. + * Button to trigger the vibe check. + * Label to display the result. + +3. Run Application + + * Call `app.mainloop()` to keep the GUI running. + * User enters their name → clicks button → vibe is displayed instantly. + +4. User Experience + + * Simple, colorful, and humorous interface. + * Randomized vibes make each click unpredictable. + # Installation -[commands] + 1. Make sure Python 3 is installed +python --version # or: python3 --version + + 2. (Optional) Create and activate a virtual environment +python -m venv venv + On Windows: +venv\Scripts\activate + On macOS/Linux: +source venv/bin/activate + + 3. Tkinter comes pre-installed with Python. + If it's missing (Linux users sometimes need this): + On Debian/Ubuntu: +sudo apt-get install python3-tk + + 4. Save your script as vibe_checker.py + Then run: +python vibe_checker.py # or: python3 vibe_checker.py + + -# Run -[commands] ### Project Documentation -For Software: +Vibe Checker is a Python Tkinter app that takes your name and gives you a random, humorous vibe message. It uses `random` for unpredictability and a simple, colorful GUI for fun interaction. Lightweight, cross-platform, and easy to run — perfect for adding a touch of chaos to your day. + # Screenshots (Add at least 3) -![Screenshot1](Add screenshot 1 here with proper name) -*Add caption explaining what this shows* -![Screenshot2](Add screenshot 2 here with proper name) -*Add caption explaining what this shows* +image + + -![Screenshot3](Add screenshot 3 here with proper name) -*Add caption explaining what this shows* +![Screenshot2] +image + + +![Screenshot3] +image # Diagrams ![Workflow](Add your workflow/architecture diagram here) -*Add caption explaining your workflow* +image -For Hardware: -# Schematic & Circuit -![Circuit](Add your circuit diagram here) -*Add caption explaining connections* +# Build Photos -![Schematic](Add your schematic diagram here) -*Add caption explaining the schematic* +image -# Build Photos -![Components](Add photo of your components here) -*List out all components shown* -![Build](Add photos of build process here) -*Explain the build steps* +image -![Final](Add photo of final product here) -*Explain the final build* ### Project Demo # Video -[Add your demo video link here] -*Explain what the video demonstrates* -# Additional Demos -[Add any extra demo materials/links] + + +https://github.com/user-attachments/assets/b0ec8ee7-2e4a-418f-81a5-1e44182c43b2 + + + ## Team Contributions -- [Name 1]: [Specific contributions] -- [Name 2]: [Specific contributions] -- [Name 3]: [Specific contributions] +- Anila Benny You designed and coded the *Vibe Checker 3000*, implemented random vibe selection, built a Tkinter-based UI, handled input validation, and created a playful user experience with humor and interactive feedback. + --- Made with ❤️ at TinkerHub Useless Projects