Mesh Match for Maya, the mesh registration and character alignment plugin by David Liebard, has received two significant updates: automatic facial and body landmark detection and a full‑body Auto Skeleton feature. Both are now fully documented on meshmatch.app and have been confirmed by Liebard via a LinkedIn announcement.

Mesh Match: What’s New Is Actually New

Forget the “AI‑powered” taglines and marketing buzz: Mesh Match for Maya simply works inside Maya, detecting human faces or bodies and generating skeletons automatically, instantly, and reportedly regardless of mesh density. The plugin, originally introduced for mesh alignment and rig retargeting, now pushes Maya workflows further by integrating body/face landmark detection and auto skeleton build, with all detection and build tools available in‑app.

These features enable users to skip the repetitive process of manual joint placement and landmark tagging, letting the software take over that tedium. According to the developer and the official product site, landmark detection works on both facial and full-body meshes. Skeletons are built for human meshes, producing a base structure for rigging that’s compatible with standard Maya pipelines.

Verified: No External Apps, No Extra Formats

Mesh Match’s detection and skeleton construction happen entirely inside Autodesk Maya. There’s no need to round‑trip through third‑party programs or deal with custom file formats. This approach keeps pipeline friction low, with compatibility across the usual Maya-supported workflows. Tutorial videos and thorough documentation are provided for new and existing users. Communication with the developer is also possible through Discord, for those who enjoy a bit of direct Q&A or the occasional bug report.

What Else: Licensing and Platforms

The tool supports Windows, macOS, and Linux versions of Maya, and a free non-commercial license is available (with some limits on input mesh density). New users can get started via the Mesh Match homepage, where current pricing and system requirements are always listed.

Not Just Another “AI Vision” Gimmick

The new update does mention “AI Vision,” but don’t expect sci-fi here. Detection and skeleton-building are straightforward, practical tools, explicitly designed for real production work: mesh registration, alignment, deformation transfer, and rig retargeting. The developer, clearly not a fan of empty buzzwords, sticks to describing what the tool actually does.

One-Click to Rig: Production Warning Still Applies

As with any tool promising to automate a formerly tedious step, users are advised to test the new Mesh Match features thoroughly before using them on irreplaceable assets or mission-critical shots. As always: trust, but verify; especially in production environments.

The post Mesh Match for Maya adds Auto‑Skeleton & Landmark Detection – AI Without the Hype first appeared on DIGITAL PRODUCTION and was written by Bela Beier.

Lighting just got a new shape—yours. With the release of HDR Light Studio 9.1 (build 2025.0711, 17 July 2025), Lightmap has thrown out the rigid light primitives and handed artists a flexible, editable curve. Dubbed Lumi‑Curve, this new feature lets you draw freeform light strokes directly on the Render View, sculpting everything from stylized reflections to complex highlight trails in real time.

What Is Lumi‑Curve?

Lumi‑Curve is not another variation on the softbox. It is an entirely new, curve-based light type where the core is a line you plot and edit, not a fixed circle or rectangle. Each side of the curve can be independently softened or sharpened with falloff controls, allowing highly nuanced light gradients. You place control points (nodes) in the Render View, dragging and warping the curve to follow object contours or define unique light paths. The result updates instantly in both the HDR canvas and your connected DCC.

Use Cases: More Than a Pretty Arc

Lumi‑Curve is all about control and creativity where standard HDRI or primitive lights fall flat:

• Shaped Highlights: Create continuous, non-uniform highlights that flow across curved surfaces, eliminating the tiled or disconnected look from stacking multiple round lights.
• Glowing Arcs and Trails: Draw arcs behind a model for stylized background glows or graphic accents. When trails overlap, the brightness stacks additively, perfect for dynamic, motion-driven VFX or glossy product renders.
• Projector Mode: Set the curve’s “spread” to zero to turn it into a projected light brush—handy for painting animated highlights that follow the path of your line.
• Non-Linear Horizon Lines: Stretch a Lumi‑Curve across the HDRI canvas to create complex, curved horizon lines or to mask and structure environmental backgrounds. Artists can use these for both soft ambient transitions and hard-edged graphic beams.

Under the Hood: How It Works

• Control Points: Place and move nodes in the Render View to define and refine your curve’s shape.
• Falloff Gradients: Adjust the softness or hardness on either side of your curve with precise falloff parameters.
• Real-Time Feedback: See changes live both in HDR Light Studio’s canvas and in any connected DCC (3ds Max, Blender, Maya, Cinema 4D, Houdini, and more).

Platform, Plugins, and Pricing

HDR Light Studio 9.1 runs on Windows 10/11, macOS 11.4+ (Big Sur or later), and CentOS 7.9+ or compatible Linux distributions. Plugin support includes 3ds Max 2023–2026, Blender 3.6.12+ (including Apple Silicon), Cinema 4D 2023–2025, and others—maintaining the broad integration essential for pipeline artists.

Pricing for 2025: the ‘Indie’ tier has been dropped. Pro node-locked licenses are $540/year (up $95), Pro floating $1,140/year (up $165), Automotive node-locked $1,620 (up $125), and Automotive floating $2,460 (up $215). HDR Light Studio remains subscription-only.

The Takeaway: A Lighting Brush for 2025

Lumi‑Curve doesn’t just add a new shape—it changes the act of lighting into an act of drawing. From automotive-grade specular sweeps to stylized trails for motion graphics, the feature’s flexibility supports a new breed of artist-driven light design, all inside the familiar, DCC-linked HDR Light Studio interface.

As always, test new workflows in real production environments to confirm performance, stability, and expected results—especially with heavy HDR scenes and complex DCC links.

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Cited Sources:
// Lumi‑Curve reference, features, workflows // Lightmap: Lumi‑Curve Content Reference
// Official release notes, system/platform requirements // Lightmap: HDR Light Studio 9.1.0 Release Notes

The post HDR Light Studio 9.1 Lumi‑Curve Turns Lighting into Line Art—Literally first appeared on DIGITAL PRODUCTION and was written by Bela Beier.

Flexible Lens Workflow Export: Undistort at Will

Lens distortion finally gets the non-destructive, “export-only” approach it deserves. In SynthEyes 2025.5, you can undistort or redistort imagery when exporting—preserving your solve, your sanity, and your timeline. No more “baked-in” mistakes or destructive edits to haunt you later. The interface is consistent across export modules, so every shot gets predictable, reliable treatment, and your scenes remain blissfully reversible. Artists finally get to pick their margin, resolution, and compatibility—like civilized people.

ML Motion Estimation: Let the Machines Suffer

Boris FX throws some proper machine learning at the auto tracking problem this time. Dense, per-pixel motion vectors arrive to save the day (and possibly your wrist). The new ML Motion Estimation model promises less cleanup-work, lower hpix values, and more stable tracker prediction—even when your footage is blurry, flickery, or full of occlusion. Activate it in the tracking UI, and let the algorithm chew on those “challenging shots” while you take a sip of coffee.

Mesh-to-Tracker Parenting: No More Geometry Orphans

Why should meshes wander aimlessly when they can be parented to trackers with a single click? SynthEyes 2025.5 brings click-to-parent mesh attachment, snapping your geometry and pivot right to the tracker in the viewport. As your solve evolves—distortion, scale, constraint, all the usual chaos—your meshes stay attached. Export hierarchies are preserved for 3D and comp tools, and you can still tweak pivots and offsets without breaking the family. Geometry drama, solved.

Additional Enhancements: File Handling That Handles Itself

More small wins for the workflow obsessive: mask dilation by set pixel counts (for less fluffy hair and fringe chaos), automatic orientation for JPEG, PNG, TIFF, and ProRes (finally, no more 90-degree headaches), and a dedicated LUTs folder for .cube, .3dl, and .lut files—automatically loaded in the UI so your grading artist doesn’t have to go on a folder safari. Oh, and SynthEyes now speaks Blackmagic RAW SDK 4.5, so importing 17K URSA Cine 65 footage is, as they say, natively supported.

Syntheyes is available as a monthly subscription for 55 € a Month, and through various savings (Yearly cost 290€) you can even still get a perpetual licence for 580 €.

The post SynthEyes 2025.5: Now With Fewer Headaches Per Pixel first appeared on DIGITAL PRODUCTION and was written by Bela Beier.