#Vertics

Topological order is a linear ordering of vertices in a Directed Acyclic Graph (DAG) such that for every directed edge (u, v), vertex u comes before vertex v in the ordering. This concept is widely used to represent dependencies between tasks, where an edge from u to v implies that u must be completed before v. Key Characteristics: 1. Applicable only to DAGs (graphs without cycles). 2. Ensures precedence constraints are respected. Applications: Task scheduling (e.g., job scheduling, build systems). Course prerequisite checking. Dependency resolution in package managers. Algorithm: Topological sorting can be achieved using: 1. Kahn's Algorithm (iterative, using in-degree of nodes). 2. Depth-First Search (DFS) (recursive, utilizing a stack). #sorting #dsa #datastructure #cse #csit #computerscience #programming #coding #softwareengineering #softwaredeveloper #programmers #coder #btech #bca #algorithm #java #engineers #engineering #developers

Don’t waste time manually fixing vertices! Instead try this quick tool to relax your topology in Maya and clean up stretched or uneven surfaces. Save this for later and try it out on your next model! #3dart #3dartist #hardsurface #hardsurfacemodeling #modeling #3dmodeling #cgi #modelingtips #topology #3dmodeler #blender3d #maya #autodeskmaya #mech #mechas #maya3d #maya3dmodeling

🚨 **Dijkstra Dethroned? Tsinghua’s New Shortest Path Breakthrough** 🚨 For over 65 years, **Dijkstra’s algorithm** has been the gold standard for finding shortest paths in weighted graphs. But a team from **Tsinghua University** has just rewritten the rules with a **recursive partial ordering method** that breaks the long-standing *O(m + n log n)* barrier—especially shining on **directed, sparse graphs**. 🔑 **What’s different?** Instead of fully sorting all vertices by distance (the log-time bottleneck in Dijkstra), the new algorithm uses a **recursive structure** that selectively orders nodes, avoiding unnecessary work. The result? A deterministic, provably faster runtime that’s already won **Best Paper at STOC 2025**. 🌍 **Why it matters:** Think **Google Maps**, **Uber routing**, **disaster evacuation planning**, **network design**, **circuit optimization**—any system where real-time pathfinding across massive graphs drives value. This breakthrough means **faster navigation**, **lower compute costs**, and **smarter, more scalable agentic systems**. As someone building **agentic workflows** and working to **democratize AI tooling**, I see this as more than an algorithmic speedup—it’s a **paradigm shift** in how we model, traverse, and optimize complex networks.

Blender Secret: Press L to Instantly Select Anything #blender #3dmodelling #blendertutorial #3d #tip #blendercommunity #blender3d #3dart #cgi

Sometimes we pour concrete, sometimes we pause to have a vertical jump challenge! What’s your best guess on their vertices? #workhard #teamculture #funatwork #florida #generator #hurricane

🚨Read 👇 Ever notice how some modeling tasks feel painfully slow… even when you’re “doing it right”? You’re sliding edges, adding loop cuts, nudging vertices one at a time. Trying to fake cloth folds, sagging tents, or hanging ropes by hand. But the end result? It looks rigid. Mechanical. Forced. Then you watch someone drop in a cloth sim, hit play, and in seconds they’ve got natural draping that looks like the real world. And you start asking yourself: “Why did I just waste hours forcing this manually?” “Am I overcomplicating what Blender could handle for me?” Here’s the reality: You probably are. It’s not a lack of talent, it’s about knowing when to let the software do the heavy lifting. What beginners often believe: • Manually modeling makes you a “better artist” • Sims are unreliable or random • Using physics is “cheating” • Accuracy only comes from vertex-by-vertex control What pros actually do: • Rely on cloth sims for draped fabric, flags, tarps, or curtains • Let Blender calculate weight, tension, and natural sagging • Mix simulation with subtle sculpting for polish • Focus on design and storytelling, not brute force Blender’s cloth simulation can: ✅ Create folds and wrinkles you’d never sculpt convincingly ✅ React automatically to collisions, wind, and gravity ✅ Transform flat meshes into organic, believable surfaces ✅ Save you time so you can refine the art, not fight the mesh You’re not “bad at modeling.” You’re just spending energy on things physics already understands better than we do. The best artists aren’t pushing vertices for every wrinkle. They’re directing the tools to get natural results fast. Stop fighting the mesh. Start using Blender like a collaborator, not just a toolbox. So, what’s the next thing you’ll simulate instead of sculpt this week? • #blender3d #blenderanimation #blendercommunity #blenderart #blenderartist #blendercycles #renderscapes #visual_creatorz #blenderrender #blenderart #art #commedy #fun #rendering3d #meme #blender3dart #3dmodelling #3dblender #photoshop #digitalart #blender #blendercycles #3ddesign #rendering #design #cgi #blenderart #render #blendercentral

This 300-year-old math rule shapes everything—from soccer balls to black holes! 🔺🔴 #mathmagic The Equation That Connects All Shapes: V - E + F = 2 (Vertices - Edges + Faces = 2 for any simple polyhedron) 🌍 Why It’s Everywhere: → Explains soccer ball patterns (12 pentagons + 20 hexagons) → Guides CGI animation mesh design → Even black hole physics uses it (AdS/CFT correspondence) #mathart #topology #physics

Vertices of POP triangle🥲👑 میتونم با قاطعیت بگم اگه این سه نفر نبودن موسیقی پاپ صد سال عقب تر از الان بود🤌🏼🥲 قشنگیش اینه که باهمم خیلی دوست بودن:) "کینگ، کویین، و پرنسس پاپ👑" پ.ن‌: امروز تولد مایکل جکسون و همینطور سالگرد اجرای معروف VMA بریتنی و مدوناست❤️‍🔥🎉 HBD🎊 @michaeljackson ♡ @madonna ♡ @britneyspears ♡ ^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^^ 🔸کد: 59 🔹پست و آهنگش و اجراها رو میذارم چنل♡ حمایت یادتون نره🤍 #michaeljackson #kingofpop #madonna #queenofpop #britneyspears #princessofpop #mj #michael #freebritney #britney #بریتنی_اسپیرز #بریتنی #مایکل_جکسون #مایکل #مدونا #پاپ #اسطوره #پادشاه #ملکه #پرنسس

En el encuentro de la Gran Misión Venezuela Mujer, realizado en Caracas, los siete vértices se reunieron en mesas de trabajo para definir metas claras e intercambiar aportes y propuestas, con el fin de garantizar que cada política pública llegue directamente al territorio. @misionvenezuelamujer @partohumanizadovzla @nicolasmaduro @delcyrodriguezv

Jacking force is frequently thrown around but rarely understood. Jacking force is can be vertical, lateral, or longitudinal. Today we will focus only on vertices as it is the simplest to understand. This same concept can be applied to the RF corner but in the opposite direction considering the right is being pulled toward the centerline of the vehicle by the friction force. #vehicledynamics #engineering #NASCAR #latemodel #tourmodified

SCENARIO: DUO CONCEPT (Bounce With Speed Cut) RB: Aiming point is play-side A-gap. LB Fills Gap. RB pushes next gap over (B-Gap) LB flows with him RB open shoulders to bounce outside LB Scraps with him RB see LB over pursue RB outs foot into ground and gets vertices. • @kimanividal @averywilliamsaw • @bommaritos • Join The Community | Link In Bio

O Tesseract, como objeto de 4 dimensões, é um conceito matemático que representa um cubo de 4 dimensões, também conhecido como hipercubo. Ele é chamado assim porque possui um número de vértices, arestas, faces e células em uma dimensão superior ao cubo tridimensional comum. Assim como um cubo pode ser projetado em duas dimensões como um quadrado, um tesseract pode ser projetado em três dimensões como um cubo dentro de outro cubo. Essa projeção é uma representação simplificada do tesseract em uma dimensão inferior, que nos ajuda a visualizar o objeto e entender suas propriedades. Créditos do vídeo: @nickyalice #universo #universe #quartadimensão #tesseract #tesserato #relatividade #tempo #dimensão