Tools, techniques, and real-world lessons for making games today.
The AI game asset generators worth using in 2026, compared on what they make (sprites, icons, tiles, UI, 3D), price, free tier, API and MCP access, with results from a real test session.
AI sprite animation generators compared: how each one animates (text, image, skeleton, video, 3D), frame counts, directions, export formats and price per animation, plus a real 4 and 8 direction test.
The MCP servers that let Claude Code, Codex and Cursor work inside game engines and generate game assets: Godot, Unity, Unreal, Blender, Roblox Studio, Aseprite and asset generators, with stars and install commands.
Which pixel sizes to use for inventory, item, skill and HUD icons, how they scale on screen, and the import settings that keep them crisp in Godot, Unity and GameMaker, with real generated examples.
How isometric pixel art actually works in games: the 2:1 dimetric grid, tile sizes like 64x32 and 128x64, building footprints, anchors, draw order, and Godot and Tiled settings, with a real generated town.
When a top-down game needs 4 or 8 directions, how many frames that means, which directions can be mirrored, and how 2D drawn and 3D rendered sprite sheets compare in a real test.
Connect the Sprixen MCP server to the Codex CLI, app or IDE extension in two commands with OAuth sign-in, then generate sprites, icons and animations for your game from Codex.
Generate pixel art sprites and walk cycles with AI and import them into Unity as a sliced sprite sheet with pivots and animation clips: package contents, import settings and a player script.
Generate pixel art sprites and walk cycles with AI and bring them into GameMaker as auto-sliced strip images, with the right origin, playback speed and a four-direction movement script in GML.
How to have Claude Code (or Codex) generate every asset of a game in one consistent style through MCP: project setup, the exact prompts, icon and UI packs, animations, limits, timings and costs from a real run.
How to make 3D game assets with AI: a style bible from one reference, library models vs custom generation, real sizes, rigging, GLB export and the pitfalls we hit.
How the viral "omw" dark gothic pixel RPG look works: low-res 3D, a 16 color palette, dithering, fog, torch against moonlight, plus a Godot 4 setup you can copy.
How to mod games with AI agents in 2026: what changed, the universal-modder workflow in Claude Code, art that matches the original game, and the legal lines to respect.
How one reference image becomes a style bible that every 2D and 3D asset follows: palette, texel density, filter, proportions, wear, light and six materials. Two real bibles compared.
Auto rig humanoids and creatures with AI, get Mixamo bone names for engine retargeting and in-place clips for game loops. What to check before export, and why held props need a hand socket.
We made a bone throne and a ghoul knight twice: a heavy edit of CC0 library models and generation from scratch. Silhouette checks, quality, control, effort and when to use each.
Make Terraria mod sprites with AI: tModLoader texture naming, right-facing item art, vertical NPC sheets, frame counts and a full workflow.
Make Stardew Valley mod art with AI: 16x32 NPC frames, 64x64 portraits, item sprite indexes and the Content Patcher Load and EditData setup.
Use universal-modder and Claude Code to mod games you own, and add the Sprixen MCP server so the agent gets one-style sprites and animation sheets.
Build a Minecraft Bedrock resource pack with AI textures: the folder layout and manifest from Microsoft docs, 16x16 rules and palette consistency.
How many frames a 2D walk cycle needs, which sizes and fps to use, strip vs grid layouts, and how to slice the sheet in Godot, Unity and Phaser.
Make seamless game tiles with AI: tile sizes, why seams appear, autotile and terrain basics, the 3x3 preview test and exporting to Tiled or Godot.
Connect Codex CLI and Gemini CLI to the Sprixen MCP server and generate style-locked sprites, animations, tiles and music from your terminal agent.
Use an AI music generator for game loops, combat themes and menu music: briefs per cue, BPM and bar math, and looping in Godot and Unity.
A practical guide to Roblox ParticleEmitter textures and flipbooks, including grid layouts, alpha, mobile profiling and a safe export workflow.
A practical workflow for generating, editing and testing loopable game music with AI, including loop points, stems, loudness and engine export.
How to use AI for useful game sound effects instead of a random folder of noises, with naming, variations, loudness, layers and engine-ready exports.
How to generate sprite sheets that import cleanly into Godot, Unity and Phaser, with frame geometry, atlas metadata, pivots, animation timing and export checks.
A practical comparison of pixel art character generators, from prompt-first tools to sprite pipelines, with criteria for consistency, animation, transparency and engine export.
A grounded guide to MCP for game asset workflows: what an agent can safely automate, where approvals belong, and how to connect generation, validation and export.
You built a browser game with Claude Code, Cursor, Rosebud or Lovable and now it needs a leaderboard and a save system. Here's how to add both without standing up Firebase or Supabase.
You finished a vibe-coding session and have a folder of HTML and JS. Here's how itch.io, GitHub Pages, Netlify, Vercel and Sprixen's Game Creator publish flow compare for actually getting it in front of players.
A complete walkthrough for generating style-consistent game sprites and animations from Claude Code using Sprixen's MCP server, from API key to exported Phaser package.
Clone the Sprixen Phaser starter, connect Sprixen's MCP server to Cursor, and generate a style-locked character with idle and walk animations that import cleanly into Phaser.
An honest comparison of generating game art by uploading images to ChatGPT or Gemini in chat versus using Sprixen's MCP server, covering consistency, animation, and engine import.
What Rosebud AI, Lovable, Bolt, Replit, and v0 actually generate versus what they don't, and how to bring consistent, engine-ready game art into each one.
How to get AI-generated sprite sheets into Godot 4 using SpriteFrames and AnimatedSprite2D, with the Sprixen Godot addon, the manual slicing path, and common import mistakes.
A precise breakdown of RPG Maker MZ's character sprite sheet format, walk cycle frame order, face sheets, and how to generate a compliant sheet with AI instead of hand-drawing it.
How Phaser's texture atlas JSON format works, how to build animations from it with generateFrameNames, and how to import an AI-generated Character Package into a Phaser scene.
How to slice an AI-generated sprite sheet in Unity's Sprite Editor, set correct import settings for pixel art, and build Animator states, plus how Sprixen's Unity package skips the manual slicing step.
Inkarnate, Wonderdraft, Azgaar's Fantasy Map Generator, Campaign Cartographer, Watabou's city and village generators, and Flowscape compared for building a campaign world map.
Choose between transparent WebM and a PNG spritesheet, read frame metadata, and avoid common loop and import mistakes when using animated spell effects.
A detailed comparison of the top AI sprite generators for indie game developers in 2026, including pricing, features, art quality, and engine support.
Learn how to generate AI sprites for Godot Engine, import them as AnimatedSprite2D, and maintain consistent art style across your entire game.
AI sprite generators produce beautiful individual assets but terrible sets. Learn why style consistency is the #1 problem in AI game art and how Style Lock solves it.
A practical guide to using AI sprite generation during game jams. Create characters, enemies, tilesets, and animations fast without sacrificing visual consistency.
A practical guide to choosing the right pixel art resolution for your game. Covers 8x8, 16x16, 32x32, and 64x64 with examples, use cases, and AI generation tips.