Godot users can now experience the drama of a boss fight while typing. Ridiculous Coding, a free editor extension by developer John Watson (aka jotson), adds real-time chaos to the script editor: screenshake, fireworks, progress XP bars, and visual effects every time you hit Enter.

The plugin’s only purpose is to make coding “less boring”. When you write code, it rewards progress with particle bursts and celebratory effects. Syntax errors might not yet trigger explosions, but judging from the developer’s sense of humour, it feels inevitable. Watson is also developing The Mailroom, a “cozy horror job simulator” built in Godot, where you process infernal paperwork in a small regional office of Hell, located in Modesto, California. Ridiculous Coding is available now in the Godot Asset Library. As with any experimental editor plugin, artists and developers should test stability before adding it to production pipelines.

Anyone curious how serious Godot development actually works might want to visit Helge Maus on Patreon. His in-depth courses and project breakdowns show Godot at work, without the fireworks.

The post Godot Now Shakes When You Code Badly first appeared on DIGITAL PRODUCTION and was written by Bela Beier.

Lighting artists, rejoice: A new online library titled Open HDRI has launched, offering 25 high-quality HDRI environments for download, all under a CC0 license. That means: free for commercial use, no attribution demands, no licensing emails, no awkward conversations with Legal.

The emerging library comes from Grzegorz Wronkowski, a photographer with more than a decade of professional HDRI experience. His work has supported visualization and VFX pipelines since 2010 through platforms such as HDRMAPS, Viz-People and HDRI-Skies, with assets also licensed to tools like KeyShot, 3DCoat, Maxwell Render and Adobe Substance. He has produced sequential, location-based environment captures for CD Projekt Red during the early production phase of The Witcher 4 and more recently signed an agreement to supply new HDRIs for Poly Haven. Open HDRI is his independent project: a growing, free library designed for 3D artists, game developers and CG generalists, free from tracking cookies and analytics, recording only anonymous download counts.

Ultra-High Resolution and High EV Range

Lower-resolution variants such as 1K, 4K or 8K are available for viewport use, but the headline feature is ultra-high resolution: select HDRIs are provided at 29,696 × 14,848 pixels, with dynamic ranges between 12 and 27 EVs. Exterior captures generally fall toward the top of that range, delivering enough latitude for realistic relighting and accurate specular behavior even in physically-based workflows. The current set covers domestic, industrial and historic interiors as well as natural and urban exteriors under varied lighting conditions.

Why This Library Belongs in Production Pipelines

The CC0 licensing makes these assets frictionless in large pipelines: they can be used in commercial productions without attribution or rights management. The availability of 29K source material enables lighting for demanding output formats such as 8K deliveries, large projection environments or virtual production LED walls. The EXR format ensures physically meaningful light information, while the diversity of capture environments gives look-dev artists a useful spread of lighting scenarios for both grounded realism and stylized work. Since the library is designed with VFX, arch-viz and real-time engines in mind, Open HDRI fits cleanly into standard pipelines including Unreal Engine and Unity.

Most productions will gladly use the lower-resolution variants for previewing and general lighting due to reduced memory load and faster interaction. However, when final pixels matter, having 29K originals ready in the library allows teams to render high-resolution reflection and lighting passes without scrambling for replacements. Storage administrators may still groan, but at least they will groan in high dynamic range.

Building a Standardized Lighting Library

Studios looking to integrate Open HDRI should approach these assets with the same rigor as any purchased library. HDRIs benefit from tagging by resolution tier, with master files archived alongside lower-resolution proxies for rendering and real-time work. EV range and environment type should be recorded for search and retrieval during look development. Teams targeting real-time engines can generate mip-maps or bake lighting probes from the HDRIs to accelerate performance. Finally, maintaining context metadata like time of day, weather condition, interior versus exterior ensures matches for continuity and scene mood. Clear organization is often what separates useful lighting assets from those that become forgotten experiments on a server share.

More to Come

The current 25 HDRIs mark only the opening phase of the project. Wronkowski intends to release 10–25 new captures each month depending on community support, with donations helping to secure travel, bandwidth and equipment costs. Free does not mean costless, especially when delivering tens of thousands of pixels across a 32-bit dynamic range.

Download

Open HDRI library: https://openhdri.org

Scroll, download, light a scene, no account required.

The post Open HDRI: 25 Free 29K HDRIs (More to come) first appeared on DIGITAL PRODUCTION and was written by Bela Beier.

Another month, another pile of free stuff from Epic’s Fab marketplace, and this one’s for everyone who’s never set foot on a real construction site (which, let’s face it, probably covers 98 percent of us in VFX and game production). Environment artist Marcos Frazao, better known as Brasileirisses, has released a bundle of 120 free 3D construction-site assets, available until 4 November 2025.

The pack includes everything you need to turn your shiny Unreal level into a dusty work-in-progress: pipes, girders, bricks, breeze blocks, foundations, pillars, and all those half-finished walls that make your scene look appropriately unsafe. There are also generators, skips, and portable toilets — so, everything a proper building site requires, minus the coffee truck.

The release includes five pre-built actor components, three wall setups, and a set of decals for adding that authentic layer of grime, tape, and warning signage. There’s even an asset-showcase map, because no collection of industrial debris is complete without a guided tour. A materials variation system lets you swap finishes and tones, so your scaffolding can look either freshly delivered or appropriately neglected.

Under the hood, the numbers tell a story of genuine production quality. The pack ships with 246 unique meshes, each with custom or automatically generated collision geometry, and vertex counts ranging from 44 to 115,544 tris. There are three LODs per non-Nanite mesh, and for the rest, Nanite handles the heavy lifting. A total of 11 base materials, 169 material instances, and 590 textures in resolutions from 512 to 4,096 pixels cover every surface from rusty metal to concrete dust.

The assets are designed for Unreal Engine 5.3 to 5.6 and run on both Windows and Mac. They’re mid- to high-poly models suitable for visualization and games, and they include blank template textures if you want to roll your own material library. If you notice any weird black splotches, the documentation even offers a fix: open the console and type r.Raytracing.Shadows.EnableTwoSidedGeometry 0. (Because sometimes, realism in lighting just goes a little too far.)

All example scenes are built with Nanite-enabled meshes stored neatly inside the “Nanite” folder, so you won’t have to dig through the rubble to find them. The assets are distributed as a standard Fab Asset Package under the Fab Standard License, which means you can use them in any engine or DCC tool like Unreal, Unity, Blender, Omniverse, as long as you respect the no-redistribution clause.

And for anyone reluctant to download gigabytes of rebar and rubble into their project browser: there’s a free playable demo (11 GB via Google Drive) where you can stroll through the digital construction zone before committing.

So if you chose a career in VFX precisely because you didn’t want to spend your days in steel-toed boots surrounded by dust and concrete mixers — here’s your chance to change your mind. Digitally. No hard hats required.

The post No hard hats mandatory: 120 Free Construction-Site Props for Unreal & Beyond first appeared on DIGITAL PRODUCTION and was written by Bela Beier.

Anderson Rohr, known for ultra‑realistic photogrammetry assets, has gifted the Unreal Engine community a free pack of 17 scanned meshes via Fab Marketplace. Compatible with Unreal Engine 5.0–5.6, the pack includes high‑resolution textures (4K–8K) and fully functional Blueprints.

A Feast of Meshes

The pack comprises a diverse set of assets: food, decor, plants, rocks, and wood. Among the highlights are two food items—bread and chocolate panettone—alongside plant vases, ceramic figures, rocks, wood logs, crochet cacti, and more.

Texture and Material Power

Rohr has included 34 textures (Base Color, Normal, etc.) with ultra‑high resolution and material instances allowing artists to quickly adjust contrast, roughness, and specular values. The Blueprints also enable swapping of mesh tops and bottoms—such as switching between bread, rock, or wood tops.

Nanite-Enabled with No LODs

Each mesh is optimized for UE5’s Nanite technology. The pack requires no traditional LODs, thanks to Nanite’s handling of micro‑geometry. Small‑scale scene testing on moderate hardware proves viable, though users are advised to monitor GPU performance on heavier scenes Epic Developer Community Forums.

Community Gesture

Anderson Rohr releases these assets as a gesture of appreciation to the community. The pack is free, accessible on Fab.

Production Use Advice

UE artists looking to drop high‑detail scanned props into cinematic sequences, real‑time scenes, VFX setups or product visualizations can benefit from this pack. Test performance per mesh, especially with Nanite enabled; disable Nanite on problematic assets if necessary.

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Testing Reminder: Always prototype assets in your build and verify GPU performance before use in production environments.

The post Photogrammetry Parlor: Free 17-Mesh UE5 Asset Pack first appeared on DIGITAL PRODUCTION and was written by Bela Beier.

Claudio Z shared a strangely compelling browser-based 2D cloth simulation that lets users grab and deform a digital mesh in real time. That’s the whole thing. No download, no install. Just immediate floppy satisfaction.

Click and drag any part of the mesh. It stretches, bounces, sags—and occasionally flails like a badly rigged cape. The interaction is instant and weirdly hypnotic, and you’ll wonder why you’re still poking at fake fabric ten minutes later.

https://twitter.com/cloudofoz/status/1915386813763461429

Where the Mesh Lives

The simulation runs directly in your browser at CLoudofOZ. This isn’t pipeline material. It’s not meant for shot-finaling, and it won’t integrate into your DCC stack. But it is a clever little experiment in web-based simulation, and it might inspire a prototype or tool idea—after you’ve finished dragging the same point for the 30th time.

And, even if that ages me a bit, it is mindboggling that a full cloth sim runs in a browser. I remember a time, when that needed MULTIPLE workstations, artists and days of sim time for every little wiggle.

The post Browser Cloth: Wiggle It Just a Little Bit first appeared on DIGITAL PRODUCTION and was written by Bela Beier.