PLAYTEX AI
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Complete PLAYTEX AI tool directory
Choose from 59 primary and focused browser workflows for generating PBR maps, textures, environments, splat worlds, and procedural materials or for inspecting, repairing, converting, and optimizing assets.
Standalone map tools
Upload your own source files and complete one map-generation, conversion, or channel-packing job directly on its page. These direct processors do not require opening the full PBR Map Generator.
Turn a height, bump, photo, or texture into a tangent-space normal map. Processing stays in your browser.
Input: Drop a height, bump, photo, or texture
Result: Download normal PNG
Turn source luminance into a controlled grayscale height map, separate broad relief from noise, and export it without sending the image off the device.
Input: Drop a photo, texture, scan, or grayscale source
Result: Download height PNG
Turn a texture or photo into a controlled grayscale relief signal, inspect the direction, and export a lossless bump-map PNG.
Input: Drop a texture, photo, height map, or grayscale mask
Result: Download bump PNG
Turn source luminance into a controlled roughness or smoothness map, then set levels and contrast before download.
Input: Drop a photo, texture, or grayscale mask
Result: Download roughness PNG
Build a metalness mask from an image, then correct the threshold and material classification before export.
Input: Drop a texture, photo, or authored metalness mask
Result: Download metallic PNG
Create a controlled specular-reflectance map with an explicit IOR/F0 target instead of confusing brightness, roughness, and metalness.
Input: Drop a grayscale mask, albedo, scan, or texture
Result: Download specular PNG
Generate restrained cavity shading from a texture without baking the same darkness into the base color.
Input: Drop a texture, height source, photo, or grayscale mask
Result: Download AO PNG
Select the pixels that should appear self-lit, set their color and intensity, preview them in darkness, and download the map.
Input: Drop a color image, light mask, or texture
Result: Download emission PNG
Convert grayscale height or bump data into a tangent-space normal map with explicit slope and Y-orientation controls.
Input: Drop a grayscale height or bump image
Result: Download converted PNG
Pack ambient occlusion into red, roughness into green, and metallic into blue without sending the source maps off the device.
Input: Add AO, roughness, and metallic maps
Result: Download packed ORM PNG
Pack, swizzle, invert, and preview R, G, B, and A with Unreal ORM, Minecraft MER/MERS, Unity HDRP Mask Map, glTF ORM, or fully custom channel contracts.
Best for: Engine mask maps, archive conversions, and custom shader channel layouts
Start with: Texture maps, ZIP, or MCPACK. Output: PNG or ZIP with manifest and import notes.
Pack Bedrock metalness, emissive, roughness, and optional subsurface channels, resolve invalid overlap, and export matching texture-set metadata.
Best for: Minecraft Bedrock RTX and Vibrant Visuals material maps
Start with: MER/MERS source maps, ZIP, or MCPACK. Output: Packed PNG, texture_set JSON, ZIP report.
Import loose textures, ZIP, or MCPACK, validate Bedrock paths and material references, generate missing PBR maps, and download an installable Vibrant Visuals resource pack.
Best for: Complete Minecraft Bedrock PBR and Vibrant Visuals resource packs
Start with: Texture maps, ZIP, or MCPACK. Output: Validated .mcpack and build report.
Convert complete PBR texture sets into Unity URP or HDRP, Unreal ORM, Godot 4, Blender, Three.js, or glTF packages with target-correct channels, normal maps, settings, and import helpers.
Best for: Cross-engine texture conversion, material migration, and reliable handoff
Start with: PBR texture maps or ZIP. Output: Engine-ready ZIP, textures, settings, helper.
Starter workflow for scanning a complete PBR texture set, inspecting measured map and cross-set issues, applying deterministic repairs, and exporting for UEFN, Unity, Unreal, Roblox, or Minecraft.
Best for: Final PBR validation, repair, channel packing, and engine handoff
Start with: Material ZIP or texture maps. Output: Repaired maps, engine ZIP, JSON report.
Detect baked shadows, directional light, highlights, exposure loss, and reflectivity risk; inspect the heatmaps and neutral estimate; then create a cleaner base-color texture.
Best for: Photo-to-albedo cleanup, scanned surfaces, and photogrammetry textures
Start with: Texture photo or scan. Output: Detector JSON and corrected PNG.
Crop, transform, mask, remove backgrounds, correct color and tone, and prepare source artwork before texture generation or material-map extraction.
Best for: Source cleanup, regional edits, masking, and background removal
Start with: Photo, scan, render, or texture image. Output: Cleaned PNG, JPEG, or WebP source.
Drop a GLB to orbit the model, inspect every PBR material, extract the original embedded images, and download a ZIP with a readable material manifest.
Best for: glTF audits, asset recovery, engine handoff, and texture reuse
Start with: Binary glTF (.glb). Output: ZIP, images, JSON.
Connect your coding agent to a private browser session, reconstruct a reference as editable Three.js source, and review the staged model, evidence, and live preview.
Best for: Agent-assisted procedural Three.js reconstruction from a reference image
Start with: Reference image and connected coding agent. Output: Editable Three.js source and review evidence.
Generate a textured GLB asset from a text prompt or source image, control mesh detail and texture quality, and save the finished model into the PLAYTEX AI asset workflow.
Best for: Prompt-to-3D and image-to-3D game-asset starting points
Start with: Text prompt or reference image. Output: Textured GLB/PBR asset.
Fill hidden RGB around transparent texture edges without changing alpha, inspect dark or light halos, and export a corrected PNG at the original size.
Best for: Sprites, decals, foliage, UI textures, and texture atlases
Start with: Transparent PNG or WebP. Output: PNG.
Compare straight and premultiplied alpha, reproduce black or white outlines, probe exact RGBA edge math, and export corrected transparent pixels.
Best for: Sprites, VFX, decals, UI, cutouts, and renderer handoff debugging
Start with: Transparent PNG or WebP. Output: Corrected PNG and pixel diagnosis.
Upload a texture set or ZIP to calculate download size, decoded GPU memory, mip overhead, platform estimates, compression options, and optimization savings.
Best for: Desktop, mobile, Unity, Unreal, Roblox, VRChat, and Quest budgets
Start with: Texture set or ZIP. Output: JSON, CSV, doctor plan.
Rotate every material map together while transforming tangent-space normal vectors, converting OpenGL or DirectX Y conventions, and preserving the set as one export package.
Best for: Reorienting complete PBR materials without broken normal lighting
Start with: Texture maps or ZIP. Output: PNG, WebP, ZIP, JSON.
Extract exact colors from a sprite sheet, map replacements across every frame, preview the animation, and export clean variants without redrawing the art.
Best for: Team colors, enemy variants, skins, and rarity tiers
Start with: Sprite sheet. Output: PNG, ZIP, JSON, GPL.
Plan a readable pass lineup, reverse-calculate Robux prices, crop circular-safe icons, write store copy, and generate secure Luau templates in one launch pack.
Best for: Permanent Roblox perks, pricing, icons, and implementation
Start with: Pass concept. Output: ZIP, CSV, PNG, Luau.
Design classes and prerequisites, tune costs and unlock levels, catch unreachable paths, simulate player builds, and inspect the balance before implementation.
Best for: RPG progression, talent trees, class design, and balance reviews
Start with: Progression rules. Output: JSON, SVG, PNG.
Start from 48 genre-and-logic templates, edit currency sources, sinks, prices, player behavior, and XP curves, then simulate and export the complete model.
Best for: Game economy design, XP pacing, item pricing, and pre-launch balance reviews
Start with: A game template or custom rewards, costs, use rates, and progression goals. Output: XLSX, JSON, CSV, TXT, share link.
Convert one source image into an aligned albedo, normal, roughness, height, AO, metallic, and emission map stack with a 3D review step.
Best for: Image-to-PBR conversion and engine-ready material stacks
Start with: Photo, scan, render, or texture. Output: PBR maps and engine ZIPs.
Describe a material, generate a seamless texture direction, refine variations, and move the approved source into the PBR workflow.
Best for: Inventing tileable game surfaces from a material brief
Start with: Text prompt or reference direction. Output: Seamless texture variations.
Turn a photo, scan, screenshot, or artwork crop into a repeat-safe texture by correcting perspective and lighting, repairing seams, and checking the tiled field.
Best for: Preserving an existing reference while making it tileable
Start with: Photo, scan, screenshot, or artwork crop. Output: Corrected seamless texture image.
Generate a 2:1 panoramic environment from text or an image, inspect the full 360-degree wrap, and export it for scene lighting.
Best for: Custom skies, reflections, look development, and environment lighting
Start with: Text prompt or reference image. Output: 2:1 panorama, PNG, HDR.
Convert an existing 2:1 PNG, Radiance HDR, or OpenEXR panorama into six direction-projected PNG faces with engine naming, local QA evidence, and a manifest-backed ZIP.
Best for: Existing environment panoramas that need a deterministic six-face engine handoff
Start with: 2:1 PNG, HDR, or EXR panorama. Output: Six PNG faces, manifest JSON, README, ZIP.
Project one reviewed 2:1 panorama into six correctly named Roblox Sky faces, bake the Up and Down rotations, and export setup Luau, a manifest, and import notes.
Best for: Custom Roblox skies built from complete 360-degree environments
Start with: Selected 2:1 panorama or generated HDRI. Output: Six PNG faces, setup Luau, manifest, ZIP.
Generate or import Gaussian splats, clean and edit the scene, add colliders, run a walk test, and package the result from one focused studio.
Best for: Prompt-to-splat concepts, scene cleanup, and playable splat worlds
Start with: Prompt, images, video, PLY, or SPZ. Output: SPZ, PLY, colliders, project package.
Build playable mesh worlds with terrain, roads, water, lighting, foliage, props, and reusable scene exports in a browser-based 3D workspace.
Best for: Playable environments, level blocking, and game-ready world packages
Start with: Blank scene, terrain, or 3D assets. Output: GLB, glTF, FBX, world package.
Build seamless procedural textures as reusable node recipes, preview each connected step, and export a complete PBR package without AI.
Best for: Repeatable procedural materials and editable texture recipes
Start with: Node graph recipe. Output: PBR maps and reusable graph.
Checkers and calculators
These canonical pages handle material validation, repair, and texture-memory analysis. Every URL is linked directly from this hub rather than relying on sitemap discovery alone.
Measure map roles, vectors, color space, alpha, alignment, seams, and platform-specific handoff constraints.
Calculate decoded memory, mip cost, compression tradeoffs, and platform-specific optimization plans.
The /tools landing pages explain the use case and workflow before opening the related workspace. Focused utilities open directly on their own tool page. Each tool explains which files to start with and what you can save.
Start with AI Texture Generator when the surface still needs to be invented, PBR Map Generator when the source needs material channels, AI HDRI Generator for environment lighting, or a focused utility when an existing asset needs inspection, repair, conversion, or optimization.
Yes. This page links every canonical primary tool plus the focused map generators, validators, repair utilities, packers, and memory calculators intended for public discovery. Secondary job and editor routes consolidate to their public landing page or remain noindex.
No. Every directory entry opens a browser-based workflow. Individual tool pages explain whether uploaded files stay local or use a generation service.
Use the exact canonical URL linked in this directory. Some working editors use a separate route, but those routes consolidate to the public landing page instead of competing with it.
Yes. Outputs vary by workflow and include texture maps, engine ZIPs, PNG, HDR, SPZ, PLY, JSON, CSV, SVG, Luau, and reusable project data.