Программист JS, дополненная реальность

Task:Build a map for an FPS shooter according to the specified requirements.Use ready-made assets, no need to model/create anything yourself.No coding is required.There is an example/template of a map in the same style. You can take whole pieces from there.Lighting and post-processing do NOT need to be set up. Use the same settings as on the large map. At the end, bake the light. Map: pirate islandDimensions: approximately 50*60 units. Needed:Create a map according to the requirements using ready-made assets. There is a large pirate island. You need to make a small one. You can take houses/ships, docks, water, etc. from there. A separate terrain needs to be created.Set up and bake the nav mesh (shown separately in the video). All necessary assets will be sent in a separate project. You will work in that.What exactly needs to be done is recorded in a video. In your response, indicate whether you have experience working with Unity (3D scenes) and what it is.AI responses will be ignored! It’s better to write less but personally...

It is necessary to add animation to the low-poly main character and give him the ability to hold a weapon (tool) that will aim at the cursor. The game is from a third-person perspective, with the camera behind the player and the cursor in the center of the screen. The character needs to be able to enter aim mode, the camera slightly zooms in, and the character should be able to use the tool (a laser tool for resource gathering). I have a ready animation controller from Synty - Third Person Controller. It can be used or the animation can be completely set up from scratch if that is easier. In the end, I expect a character that can select a tool (one large two-handed and two small ones), switch tools, aim, and have the head and the tool look at the point where the cursor is pointing.

We are looking for a specialist who professionally engages in optimizing high-polygon car models for GTA V. Our main task is to obtain models that combine maximum performance with the highest possible visual quality. If you can find this balance, we would be happy to establish a long-term collaboration. Main Responsibilities Performing retopology of car models. Optimizing the polygon mesh to an optimal number of triangles without noticeable loss of quality. Re-baking textures (Normal, AO, Curvature, and others) after optimization. Preserving proportions, geometry, and all key details of the car. Optimizing textures, materials, and model structure according to the requirements of GTA V. Creating LOD levels. Preparing collisions. Preparing the model fully ready for integration into GTA V. Our Expectations Practical experience in retopology and optimization of 3D car models. Proficient use of Blender or other professional 3D packages. Experience with baking PBR textures. Understanding the principles of model optimization for real-time games. Experience preparing vehicles specifically for GTA V will be a significant advantage. Understanding the specifics of LOD, collisions, materials, textures, and the limitations of the GTA V engine. Ability to work quickly without sacrificing quality. What We Provide Source car models. Constant workflow. Long-term collaboration. Competitive payment depending on the complexity of the model and quality of execution. Important For us, quality and speed are equally important. The final result must be maximally optimized for GTA V, have clean topology, optimized textures, correctly configured materials, while preserving the appearance of both the exterior and interior of the car as much as possible. We are looking for a specialist who can regularly prepare high-quality models without the need for additional revisions after submission. Please propose a cost per car and indicate the time frame in which you can complete the work.

Description:We are looking for a team or an experienced full-stack developer to create an MVP platform for interactive games for a company — based on the Jackbox principle: the TV displays a shared screen, players connect with their smartphones via a browser using a QR code, without installing an app on their phone.What needs to be developed: TV application for Android TV / Google TV (web-first, in a native shell for Google Play) Web controller for smartphones (responsive page) Real-time backend (WebSocket, game rooms, states, scores, reconnections) Three games: a quiz with AI-generated questions on any topic in real-time (LLM API + moderation + cache + fallback), "draw and guess" (streaming drawing phone→TV), social game "Mirror" (players describe each other) Modular architecture of engines — new games should be added without reworking the core Content pack system (JSON) and full i18n: MVP in Ukrainian, then EN/ESOptional blocks (evaluated separately): monetization (Google Play Billing / payment system with recurring charges / electronic key system for distributors), localization EN+ES, browser version.There is a detailed specification (16 pages): architecture, states, event protocol, pack formats, acceptance criteria — we will send it to selected candidates.In your response, please indicate: experience with real-time/WebSocket (ideally — Colyseus or similar), experience with Android TV or smart TVs, examples of similar projects, estimated cost range and timelines for MVP, team composition.Budget and timelines — to be discussed after reviewing the specification. Payment will be staged based on results.

A performer is needed for Teardown who has experience with mods, Lua, and animations. There is a ready VOX character that needs to be animated and turned into a full-fledged boss. It should automatically attack the player every 5 seconds: shooting lasers from its eyes, launching rocket salvos, and punching in close combat. All attacks must be directed at the player and work smoothly. The VOX file is already prepared. I will send a detailed technical task, model, and examples of how it should look in private messages. In response, please write whether you have experience developing for Teardown, examples of your work (if any), as well as an estimated cost and timeline for completion.