veteran relevant blog

Comments

Post a Comment

Popular posts from this blog

Draw.io Application Info - Develop Similar app

Here’s a detailed answer to your great set of questions about https://app.diagrams.net/ (aka draw.io ) — and ideas for brainstorming similar applications that can be developed with ChatGPT only : ✅ What is https://app.diagrams.net ? draw.io (diagrams.net) is a free, browser-based diagramming tool that lets users create: Flowcharts UML diagrams ER diagrams Network architecture diagrams Mind maps Org charts and more. It’s popular because: No sign-up required Completely free and open source Data stays local to your browser or is saved to your chosen cloud (Google Drive, OneDrive, Dropbox, etc.) Works offline via desktop app (Electron-based) 🧑‍💻 Who developed it? draw.io was developed by JGraph Ltd. , a UK-based company founded by David Benson and Gaudenz Alder . They have been working on graph and diagramming libraries since the early 2000s. Originally they created mxGraph , a JavaScript diagramming library, which is the foundation of draw.io. ...
Read more

Minimum System Requirements for running Local AI Models

The minimum system requirements for running AI models locally can vary significantly based on the size and complexity of the model you intend to run, as well as the specific tasks you want to perform (inference or training). However, here's a general guideline based on the provided search results: Basics Your Computer Needs:  * CPU: A decent multi-core processor. Most computers from the last 5 years should work for smaller models. For better performance with larger models, aim for higher clock speeds and more cores (e.g., Intel Core i5/i7/i9 or AMD Ryzen 5/7/9 or better). Workstation or server-grade CPUs (like AMD EPYC or Intel Xeon) with high core counts are ideal for professional work and advanced tasks.  * RAM:    * Minimum: 8 GB for basic operations and smaller models (1-7B parameters).    * Recommended: 16 GB or more for larger models (7B-13B+) and smoother multitasking.    * Ideal: 32 GB or higher for large models (13B+), especially during t...
Read more

Lenticular Prints

Lenticular prints are images that can change or move as they are viewed from different angles. This effect is achieved through a combination of specially prepared images and a lenticular lens, which is a sheet of plastic with a series of narrow, cylindrical lenses molded into it. ### How Lenticular Prints Work 1. **Interlacing Images**: Multiple images are sliced into thin strips and interlaced together in a specific sequence. This interlaced image is printed onto a substrate.     2. **Lenticular Lens**: A lenticular lens sheet is placed over the interlaced image. Each cylindrical lens in the sheet focuses light from different parts of the underlying image depending on the viewer's angle. 3. **Viewing Angles**: As you move your viewing angle, different strips of the interlaced image are magnified by the lenticular lens, creating the illusion of movement or change. ### Steps to Make Lenticular Prints 1. **Select Images**: Choose the images you want to use. Common effects includ...
Read more