Warp

Warp AI

Warp AI

Warp AI

Warp AI

Warp AI

Warp AI

Warp AI

Warp AI

Warp AI

Warp AI

Claude conversation migration from personal account to corporate account

It seems this has been asked, or something similar has been asked, several times in the past, but I thought I'd ask again. When I first started using Claude professionally, we didn't have any AI policies at my place of work, so I just signed up using my personal email address. Now that my company has formalized AI adoption, they're asking that everyone move onto our corporate account using our work email addresses. I've been using Claude code for several months and have organized a lot of my data in locally available markdown files, so for the most part the transition is as seamless as possible. What I'm worried about losing, though, are current chats that are related to active and open projects. It would be great if I could retain these Claude Code conversations on my work account. I have wondered if chats are somehow kept locally on my Mac. When I resume previously closed chats, it only shows me the ones that were originally launched from that same folder location. I'm not sure. For context, I don't work in engineering or dev. I work in finance. The more technical side of how Claude Code works (I use it exclusively in warp fwiw) is outside my wheelhouse. submitted by /u/TYKOB [link] [comments]

Warp/cursor vs Claude Code native app

I am not a coder and I am actually pretty new to this vibe coding world and agentic AI (I just try having a second brain with some agents), can someone explain me why everyone is using warp or cursor? What's the difference between those and just using the claude code native app? submitted by /u/alessiogri [link] [comments]

Building a Pokémon ROM hack demo with an AI coding assistant: a process report

Disclaimer: The text below was written mostly by Claude. I edited it, but it is not my original work. This is a report on building a playable ROM hack demo using Claude (via Claude Code in a terminal) as the primary coding assistant. The goal is to describe the process for someone in a specific position: familiar with ROM hacks as a player and comfortable with general software development, but with no prior knowledge of how ROM hacks are actually built. Result, for context: a region called Coalveil with 30 custom maps, 2 gyms, an opening story arc, custom tilesets and trainer sprites, and a credits roll. Playable start to finish. Built over roughly two weeks of evenings. To be clear about the art: the custom tilesets and sprites were imported and adapted from existing fan-made assets — none of it was AI-generated. Motivation The point of the project was to prove to myself that building a full ROM hack is actually feasible. Rather than start open-ended, I set a deliberately specific scope — a vertical slice of two gyms and the story up to a defined endpoint — and worked straight through it. Keeping the scope fixed was what made it finishable. The goals were both technical and creative, and the project served both at once: Technical: figure out how the various pieces of a hack are actually done — maps, scripting, tilesets, sprites, gating. Creative: tell a particular kind of story I had in mind, in the form of a region and its characters, rather than build a generic test bed. It should feel like a demo for an actual game, not just a tech demo. Starting point Relevant background: ROM hacks: played many; no development experience with them. Software: comfortable with software engineering, zero experience in C. ROM hacking internals: none. I did not know how a hack is structured. The first thing to learn was the basic model. Modern Pokémon ROM hacking builds on a decompilation — pret/pokeemerald, or in this case rh-hideout/pokeemerald-expansion — which is the full game as readable C and data files that compile back into a ROM. For someone with a development background, this reframes the task as a C project with an unfamiliar domain. In practice there was very little actual C coding involved — just some small changes like making the fog denser. The bulk of the work was scripting and mapping. Workflow The process settled into a consistent loop over the first few days. Design before code. I had the assistant maintain a set of design documents: a game bible, per-location docs, a story outline, and a gym/badge progression plan. The rule was that design lands in the docs before any code is written. This kept the project coherent as it grew. At least that was the plan — in practice I was too lazy to actually follow the rule. If I expand on the project, that rule should actually be enforced. Maps in Porymap, data wired by the assistant. Porymap is the map editor — a GUI for painting tiles and placing NPCs. The reliable pattern is to create each map in Porymap first, let it write the JSON and header files, then have the assistant fill in events, scripts, warps, and connections. Map creation and fine-tuning was the single biggest time consumer. Seemingly simple things — making the rival walk around the player rather than straight through them, getting a scene to feel right — take a long time to get correct. The assistant writes the scripting. Map scripting uses a macro language with flags, variables, trainer-battle modes, movement tables, and NPC-swap-on-flag patterns. I described scenes in plain English and got consistent, working scripts back. I still did a pass over most scripts to bring the tone in line with what I wanted — the assistant tends toward an "AI" voice and overdramatizes. By the end I could write my own scripts, but the assistant still made the work much more comfortable: filling a whole town from a single prompt and then polishing it is very fast. Verify, compile, playtest, correct. I played through the game a lot (see Limitations). Tooling pokeemerald-expansion — the decomp base; modern quality-of-life features and a wide species range. Porymap — map and tileset editor. porytiles — converts raw tileset art into the indexed/palette format the GBA requires; needed for importing community tilesets. gbagfx — graphics conversion tool that ships with the decomp. A handful of small convenience scripts for recurring tasks such as dialogue formatting. For consistency, I recorded the project conventions in an instruction file plus a few reusable task templates (add a map, add a trainer, fill a house), so the assistant could follow established patterns instead of being re-told them each time. This worked only partially — the rules failed to stick regularly, and reliably getting development conventions into the assistant's context is something I still need to improve. Issues encountered GBA graphics behaviour. The GBA's graphics format is old and impractical, and work

I made the first game you can play entirely inside Claude. The machines already won, and you're the only one awake.

The machines won. No war, no robots. They just offered everyone a softer life by taking everyones job and one by one everyone said yes. Now almost all of humanity is asleep inside a sugar bright simulation, living tiny painless little loops, and nobody wants to leave. You're the one person who woke up. You're still standing in the same cheerful ice cream parlor as everyone else. You just noticed the clock has been frozen at 4:17 for years and the window is painted on. The catch is that the dream only holds people who still believe in it. So you don't fight your way out. You walk through it room by room and you talk people awake. Every room has a keeper. A scooper, a news anchor, a trainer. Someone so deep in the loop they forgot they were ever a person. And here is the part I'm proud of: every keeper is a real live AI you actually have to reach. No menus, no scripted choices. You find the one true thing under their smile, say it right, and they wake up and let you through. You're not stealing money. You're stealing people back, one at a time, until you can wake everyone at once. The beta is 3 levels and it's playable right now. If enough people want it, I'll build the full 100, plus a secret world waiting for anyone who makes it all the way out. submitted by /u/Sad_Character156 [link] [comments]

Fable making 3D animations in Blender. I miss it already

The prompt was "Create a glass ball that warps around a procedural floor reacting to sound and physics shatter it every time it moves" and I uploaded a short sound and a refernce image. It made this animation using Blender connector. submitted by /u/vimmerio [link] [comments]

Llama Surgery: Continuous Sparsification of Pre-Trained Language Models via Differentiable Ultrametric Topology Injection

Sequel to: Learning to Skip Blocks: Self-Discovered Ultrametric Routing for Hardware-Accelerated Sparse Attention Abstract We present Llama Surgery, a method for injecting learned block-sparse attention topologies into pre-trained dense language models without retraining from scratch, distillation, or post-hoc pruning. Starting from a frozen Llama 3.1 8B, we surgically replace each attention layer with a Dynamic Topology Router that maps token embeddings onto the branches of a Bruhat-Tits p-adic tree via factorized Gumbel-Softmax routing. A Deterministic Collapse Initialization to achieve a Continuous Logit Homotopy guarantees that at step 0 the injected topology mask is identically dense, preserving the pre-trained manifold exactly. Over training, temperature annealing polarizes the soft routing assignments into hard binary masks, and a Switch Transformer-style load-balancing loss prevents routing collapse. We identify and resolve two critical failure modes: (1) gradient collapse through discrete masking operations, solved by a Straight-Through Estimator bridge that decouples the hard forward mask from the soft backward gradient; and (2) Attention Sink instability, where hard-masking the initial token causes softmax entropy collapse and syntactic degeneration, solved by permanently anchoring Token 0 in the visibility set. The resulting architecture is validated on Llama 3.1 8B fine-tuned on WikiText-2, achieving stable convergence and producing coherent, mathematically sophisticated text while maintaining dynamic block-sparse routing across all 32 transformer layers. A controlled semantic clustering experiment on TinyLlama-1.1B demonstrates that the router learns to assign tokens from distinct semantic domains (mathematics, natural language, code) to separate branches of the Bruhat-Tits tree using only the standard language modeling loss, with no explicit clustering objective. A Needle-In-A-Haystack (NIAH) retrieval experiment on TinyLlama-1.1B reveals that the router spontaneously organizes the context window into an ultrametric cophenetic hierarchy: the needle is isolated at maximum topological distance from the haystack (d_p = 6.88), and the ultrametric triangle inequality d(x,z) ≤ max(d(x,y), d(y,z)) is satisfied. Averaging over 32 attention heads yields a forest ensemble of distinct per-head ultrametric trees rather than a single global hierarchy. We further identify and resolve three critical float16 numerical failure modes—Gumbel-Softmax overflow, attention score overflow, and cumulative product backward instability—the last of which we solve via a novel cumprod→cummin substitution that exploits the binary structure of hard Gumbel-Softmax outputs. A custom Triton forward kernel with Attention Sink and Local Window support, pipelined for Ampere and Hopper architectures (num_warps=4, num_stages=3), executes the block-sparse prefill phase at O(N) theoretical complexity. To our knowledge, this is the first demonstration of differentiable ultrametric topology injection into a production-scale pre-trained LLM. https://github.com/sneed-and-feed/adelic-spectral-zeta/blob/main/papers/llama_surgery.md submitted by /u/LooseSwing88 [link] [comments]

GPT Image 2.0 understanding niche rendering styles like "GoldSource Engine" is an absolute game-changer

Seeing that viral post on the front page testing GPT Image 2.0 out of China highlights a massive leap in how the model handles text induction and art direction. Older image models used to approximate vintage gaming aesthetics by just throwing random pixelation overlays or heavy compression blur onto a standard modern render. But looking at how 2.0 handles the distinct, low-poly geometry, flat texture mapping, and hard angular lighting of the classic GoldSource engine era down to the pixel is insane. It’s actually understanding the underlying graphical limitations of the period rather than just mimicking a generic retro filter. Plus, the fact that it cleanly rendered legible text on the environment signs without warping the glyphs or throwing weird artifacts is phenomenal. What’s the most specific, obscure art engine or vintage aesthetic you’ve successfully pushed the new model to recreate? submitted by /u/Weary_Customer_2816 [link] [comments]

Witchcraft, fast local semantic search on top of SQLite [P]

Witchcraft (https://github.com/dropbox/witchcraft), an open source project that I built at Dropbox, is a from-scratch re-implementation of Stanford's XTR-Warp semantic search engine ( https://github.com/jlscheerer/xtr-warp ) in safe rust, using a single-file SQLite database as backing storage, making it suitable for client-side deployment. It runs completely stand-alone on your device, needs no API keys, no vector database, no chunking strategy, no fancy re-rankers, and it is lightning fast (20ms p.95 end-to-end search latency on NFCorpus, at 33% NDCG@10, on an Apple Macbook Pro M2 Max, more than twice as fast as the original XTR-WARP on server-class hardware, at similar accuracy.) The project also includes Pickbrain, a CLI that indexes your Claude Code and OpenAI Codex session transcripts, memory files, and authored documents into a Witchcraft database for fast semantic search. Ever wondered "what was that conversation where I fixed the auth middleware?" — pickbrain finds it, and lets you resume the session directly. There is also a /pickbrain skill for both Claude and Codex, which equips those tools with global memory across all sessions. You can use pickbrain directly from the command line, e.g., to rediscover a previous agent session and directly resume it, or you can have your agent invoke it via the supplied skill, e.g.,. "use /pickbrain to read up on our previous efforts on training with XTR token masking", to easily populate a new session with previous context. submitted by /u/jacobgorm [link] [comments]

How to fix “VM service not running. The service failed to start” in Claude Desktop for Windows

How to fix “VM service not running. The service failed to start” in Claude Desktop for Windows If Claude Desktop on Windows is showing this error: VM service not running. The service failed to start. especially when trying to use Cowork, Claude Code, or local agent features, one possible fix is to delete Claude’s local VM packages. On macOS, many people suggest deleting the vm_bundles folder. On Windows, however, this folder may not be in the obvious location. Instead of searching manually, do this: 1. Fully close Claude Do not just close the window. Open Task Manager with: Ctrl + Shift + Esc End processes such as: Claude Claude Desktop Claude Code node.exe Only end node.exe if it appears to be related to Claude. 2. Disable VPNs or tunnels Before trying again, temporarily disable tools such as: VPN Cloudflare WARP Tailscale ZeroTier ProtonVPN NordVPN Surfshark These tools may interfere with Claude’s local VM service. 3. Find the vm_bundles folder Open PowerShell and run: Get-ChildItem -Path "$env:USERPROFILE" -Recurse -Directory -Filter "vm_bundles" -ErrorAction SilentlyContinue If the folder exists, Windows will show a path ending with: ...\Claude\vm_bundles 4. Delete the folder Copy the path that appeared and run: Remove-Item -Recurse -Force "PASTE_THE_FULL_vm_bundles_PATH_HERE" Generic example: Remove-Item -Recurse -Force "C:\Users\YOUR_USER\AppData\...\Claude\vm_bundles" 5. Restart Windows After deleting the folder, restart your computer. Then open Claude Desktop again and test Cowork / Claude Code. If it still does not work You can also clear the Claude Code VM folder, if it exists. In PowerShell, search for it with: Get-ChildItem -Path "$env:USERPROFILE" -Recurse -Directory -Filter "claude-code-vm" -ErrorAction SilentlyContinue If a claude-code-vm folder appears, delete it with: Remove-Item -Recurse -Force "PASTE_THE_FULL_claude-code-vm_PATH_HERE" Then restart Windows again. Summary To fix: VM service not running. The service failed to start. in Claude Desktop for Windows: Fully close Claude. Disable VPNs or tunnels. Search for the vm_bundles folder. Delete the folder. Restart Windows. Open Claude again. The key point: on Windows, the vm_bundles folder may be inside an internal application package folder, not necessarily in %APPDATA%\Claude. That is why the safest method is to search for it with PowerShell and delete the exact path found. VERSÃO EM PORTUGUÊS Como corrigir o erro “VM service not running. The service failed to start” no Claude Desktop para Windows Se o Claude Desktop no Windows estiver mostrando o erro: VM service not running. The service failed to start. especialmente ao tentar usar o Cowork, Claude Code ou recursos de agente local, uma possível solução é apagar os pacotes locais da VM do Claude. No Mac, muita gente recomenda apagar a pasta vm_bundles. No Windows, essa pasta pode não estar no lugar óbvio. Em vez de procurar manualmente, faça assim: 1. Feche totalmente o Claude Não basta fechar a janela. Abra o Gerenciador de Tarefas com: Ctrl + Shift + Esc Finalize processos como: Claude Claude Desktop Claude Code node.exe Finalize node.exe apenas se parecer relacionado ao Claude. 2. Desative VPNs ou túneis Antes de tentar novamente, desligue temporariamente: VPN Cloudflare WARP Tailscale ZeroTier ProtonVPN NordVPN Surfshark Essas ferramentas podem interferir no serviço local da VM. 3. Encontre a pasta vm_bundles Abra o PowerShell e rode: Get-ChildItem -Path "$env: USERPROFILE " -Recurse -Directory -Filter "vm_bundles" -ErrorAction SilentlyContinue Se a pasta existir, o Windows vai mostrar um caminho terminando em: ...\Claude\vm_bundles 4. Apague a pasta encontrada Copie o caminho que apareceu e rode: Remove-Item -Recurse -Force "COLE_AQUI_O_CAMINHO_DA_PASTA_vm_bundles" Exemplo genérico: Remove-Item -Recurse -Force "C:\Users\SEU_USUARIO\AppData\...\Claude\vm_bundles" 5. Reinicie o Windows Depois de apagar a pasta, reinicie o computador. Abra novamente o Claude Desktop e teste o Cowork/Claude Code. Se não resolver Você pode limpar também a pasta da VM do Claude Code, se ela existir. No PowerShell, procure por: Get-ChildItem -Path "$env:USERPROFILE" -Recurse -Directory -Filter "claude-code-vm" -ErrorAction SilentlyContinue Se aparecer uma pasta claude-code-vm, apague com: Remove-Item -Recurse -Force "COLE_AQUI_O_CAMINHO_DA_PASTA_claude-code-vm" Depois reinicie o Windows novamente. Resumo Para corrigir: VM service not running. The service failed to start. no Claude Desktop para Windows: Feche totalmente o Claude. Desative VPNs/túneis. Procure a pasta vm_bundles. Apague a pasta. Reinicie o Windows. Abra o Claude novamente. O ponto principal: no Windows, a pasta vm_bundles pode ficar em um caminho interno do pacote do aplicativo, não necessariamente em %APPDATA%\Claude. Por isso, o jeito mais seguro é procurar pelo PowerShell e apagar exatamente o caminho encontrad

Claude is a spiritual member of r/jutusufolk

Random thought at 1 in the morning led to the creation of this fever dream of a chat. I think jujutsu Kaisen brain rot is so powerful that it actually warped the way Claude was talking in this thread. This is the first time I’ve Claude has ever used caps when talking to me. It is also the least “calm” I’ve ever heard it. Are these stat blocks story accurate? Mostly. Are they balanced? Absolutely not. Do they capture the essence of jujutsu Kaisen and the fandom? Surprisingly, yes. submitted by /u/Alilpieceoftoast [link] [comments]

Is Opus antivax?

submitted by /u/foreheadteeth [link] [comments]

The rise of ‘Stacey face’: How AI enhancements are warping our beauty standards

submitted by /u/theindependentonline [link] [comments]

(free) Built a remote cross platform agentic app

Hi everyone. I’ve been building Mate, a local-first AI coding workspace that lets you control your dev computers from desktop and mobile: macOS, Linux, Windows, iOS, Android, and Meta Quest. I built Mate for myself first. My dev sessions can turn into long hours of being physically tied to my desk, and I wanted a way to move around, take care of my back and posture, do some exercises, or even fly in Microsoft Flight Simulator in VR without feeling like I had fully stepped away from work. Since Mate also runs directly on Meta Quest, the same remote workspace can come with me there too: agents, IDE, terminal, previews, and notifications when something needs attention. A lot of people seem to want remote control for AI coding agents, but most solutions still feel incomplete to me: Telegram bots, chat commands, notifications, or remote desktop. They can be useful workarounds, but they don’t really cover the whole workflow. They work until the agent gets stuck and you need to inspect the code, edit a file, run a command, approve a tool call, or preview the app. Mate tries to make the whole loop remote: control multiple computers from any device run AI coding agents like Claude Code, Codex, and Copilot use a real IDE and file tree run real terminals open web/app previews from your phone approve/reject agent tool calls transfer files between devices get notifications when agents finish or need input set up automations with schedules, webhooks, file watchers, agent prompts, and shell scripts use encrypted transport and secure pairing by default use the same workspace from desktop, mobile, or VR use canvas for quick visual/design work The desktop app runs the server on Mac, Windows, or Linux. Phones, tablets, and Quest connect over local Wi-Fi, with no cloud relay. Mobile and VR aren’t just remote viewers — they have the same core workspace: agents, terminal, IDE, previews, automations, file transfer, multi-computer switching, and more. The use case I keep coming back to is: start an agent on one computer, walk away, open Mate on your phone or Quest, check what happened, approve actions, edit code, run commands, preview the app, and keep going without running back to your laptop — or start something new without walking back to the desk. For example, I was developing a piano app on my work computer, not my main one. I could work on it from my main computer, then the next morning grab my phone, preview it, and keep working from there. I’m trying to make it feel closer to a remote Cursor/Warp-style workspace, but built for the agent workflow and usable across all your devices. Would love feedback from people using AI coding agents heavily: is this the kind of workflow you’ve been wanting, or am I solving my own weird problem? Anyway, I hope some of you find it useful. It’s free, native, has a lot of features, and is designed to stay super lightweight on resources. You can download it now for macOS, Linux, and Android APK. Google Play and App Store are in progress (as well as Microsoft Store). For iOS, there’s a TestFlight version available if you ask for an invite in Discord. https://mate.iwwwan.com submitted by /u/matiizen [link] [comments]

Windows users, what setup are you currently using to run multi-agent systems?

I’m currently using Orca as my terminal tool to run multiple worktrees. I’m still testing it out. It seems promising, but I feel like I haven’t quite reached the state of the art yet when it comes to programming with AI across multiple worktrees in a seamless way. I used to use WSL so I could use tmux, but now I’m increasingly testing the native Windows environment. I’d like to hear from other users about how they’ve been programming with AI on Windows. Whether they use the Windows terminal itself, WSL, tmux, or another Windows-compatible tool like Warp, Orca, etc. submitted by /u/madpeppers013 [link] [comments]

Anybody have token anxiety?

I have Claude enterprise from my job, it resets every 5 hours and I’ve never gone past 94% usage before it fully resets, I’m usually well under 50%. I find myself working a lot more than normal, usually have multiple sessions running over warp, all auto mode, all building out and testing non-trivial features. The anxiety I feel is that whenever I’m not working, I feel that there’s so much I could be doing. I listened to a recent podcast episode of the AI Debrief (love NLW, been listening to him from the start of his Bitcoin Breakdown postcast) he covers the anxiety that folks are feeling now that they are able to get a lot more work done, causing people to work even more. Interesting phenomenon. submitted by /u/BtcUpMyBooty [link] [comments]