Momen’s Post

Recursion has always been one of my least favorites as I find it difficult but this website provides a very solid understanding by visualization with built in templates too. Do check it out Link: https://lnkd.in/d8YreJVy

I recently learned how easy it is to edit data stored in the #GraphDB triplestore using its Web-based Workbench UI. It's so easy that I made a two-minute video demonstrating it: https://lnkd.in/eAEwpPEb

Picked up and started learning Visual Components a couple of days ago. Jumped directly into the modelling side and started porting over my workshop generator. I find that experimenting with a software's features is the best way to learn. #VisualComponents #3DModelling #Parametric #SEJFO

Nested Lazy Column in Jetpack Compose : When displaying groups of elements, we generally use columns and rows. But when it comes to displaying long lists, compose provides efficient alternatives like LazyColumn and LazyRow, which only render visible items in the screen. This lazy loading approach improves performance and reduces memory consumption. Before implementing Nested LazyColumn, let’s briefly go through some basics about available components to render large list. I. LazyColumn & LazyRow When rendering large datasets, we often use LazyColumn for vertical arrangements and LazyRow for horizontal. Similar to RecyclerView, it support reverse layout, orientation adjustment, multiple view types, etc

Excited to unveil our latest React-powered calculator! 💡 From basic arithmetic to advanced features like cube, square root, exponentiation, and under root functions, this tool empowers users with enhanced mathematical capabilities. With its intuitive interface and responsive design, it's the ultimate solution for all your calculation needs. Try it out today and elevate your mathematical experience! #React #Calculator #AdvancedFunctions #Mathematics

Enhancing graphical UI elements in development environments requires meticulous adjustments to object visibility and containment methods. Each graphical component remains confined within its designated boundaries, with overflow parts obscured. The edges of the container or the inner frame outline these visibility limits. The challenge lies with canvas elements, as typical bitmap cropping techniques fall short due to memory constraints. An alternative approach involves custom scoping, manually concealing overflow sections by coloring them with transparency. This solution necessitates development of auxiliary button objects featuring arrows for UI controls like scrollbars. Adjust library classes with updates to graphical object properties, sorting methods, and introducing auxiliary object types. Modifications ensure objects respond accurately ... #MQL5 #MT5 #Algorithm #GraphicalElements https://lnkd.in/dyTczsjz

This weekend we released a first version of JSON-LD Framing of DFRNT hypergraphs, that is now exposed as a user interface. This is great for technical entrepreneurs that need to process data that looks like nested objects where there is a need for datalog processing and reassembling the JSON-LD into a different shape. The new JSON-LD Framing capabilities enable linked objects in the graph to be exported into a deeply nested JSON-LD document using the framing algorithm. In effect a kind of standards-based RDF-aware GraphQL. I'm thrilled about how easy JSON-LD Framing is to use to bring a selection of the graph out for rendering. Additionally, we added a Markdown editor for editing string properties in Hypergraph objects to make it easy to build fully custom CMS use cases using the DFRNT platform (including the DFRNT blog itself). Dogfooding FTW 😂 In addition to that, I just released an article making the distinction between technical objects and documents in the technical realm, and connecting them to Hypergraphs. Enjoy! For those curious, DFRNT hosts the core hypergraph platform, and Twinfox.AI provides specific business engines using it. ____ I’m a Logical Twin and Security by Design expert. Want to learn more about High Quality Structured Information? Follow me at Philippe Höij + 🔔 and stay tuned to DFRNT.

One of the trickiest technical concepts that I've seen designers struggle with is the difference between code and data. It feels like they should be pretty similar because it's hard to see where one stops and the other ends. In this video, we explore a concrete example with Figma components to see their differences in action.

Learn how to add the details and final touches that set professional-looking visualizations apart from more pedestrian ones: Amanda Iglesias Moreno covers the core Plotly features you should add to your toolkit.