Verified WIP Media

Media

Browse production captures from the actual AMazeIn project. Every item has a traceable source, capture date, and focused detail view.

5 captures

Worldbuilding

Wide Unreal Engine preview of a large dry-stone maze with water channels, textured ground, and low vegetation beside the walls. — Worldbuilding
First dressed maze-scale preview
The procedural wall kit reaches a broad Unreal maze test with water, ground treatment, and early border planting.29 June 2026Verified production capture

Unreal Engine preview of a large blockout maze assembled from dry-stone walls and corner pillars. — Worldbuilding
First procedural maze test in Unreal
An early maze-scale check proves the wall and corner kit can repeat across a larger layout before dressing begins.27 June 2026Verified production capture

Unreal Engine viewport showing a stone maze beside water with grass and scattered blockout vegetation along the wall edges. — Worldbuilding
Unreal edge scatter preview
A current maze preview showing stone walls, water, grass, and edge-driven plant scatter being checked together in engine.8 July 2026Verified production capture

Textured procedural dry-stone wall module in a Houdini viewport. — Worldbuilding
Textured dry-stone wall module
Houdini viewport output from the procedural stone-wall WIP.16 June 2026Verified production capture

Textured stone pillar asset in a Houdini viewport. — Worldbuilding
Stone pillar test piece
Companion modular pillar from the same WIP asset set.16 June 2026Verified production capture

15 captures

Houdini

Houdini viewport showing red corner zones, blue wall zones, an orange path area, and a node graph of adjustable wall and corner outputs. — Houdini
Placed-points wall and corner rethink
Colour-coded wall, corner, and path zones feed explicit adjustable geometry, collision, floor, scatter, and ivy outputs.21 August 2026Verified production capture

Houdini viewport and network showing maze edge lines selected for an outer edge vegetation scatter setup. — Houdini
Outer edge group setup
Houdini starts the vegetation pass by extracting the outer maze edges that drive the first scatter branch.8 July 2026Verified production capture

Houdini node graph showing separate inner and outer edge scatter branches for a maze layout. — Houdini
Inner and outer scatter split
Separate branches let inner and outer maze edges be exported independently for different plant density and scale rules.8 July 2026Verified production capture

Houdini node graph and viewport showing point density controlled by distance from maze edges. — Houdini
Distance-based density pass
A distance-from-edge attribute controls how strongly points collect near the maze boundary before randomisation is applied.8 July 2026Verified production capture

Houdini network showing noise, orientation, scale randomisation, and cleanup nodes for vegetation scatter points. — Houdini
Noise and orientation cleanup
Noise, orientation, and scale attributes are added before cleanup so the scatter can move toward Unreal-ready exports.8 July 2026Verified production capture

Houdini network showing edge plant and inner plant export outputs for an Unreal vegetation scatter workflow. — Houdini
Edge plants export path
The Houdini graph separates edge and inner plant outputs so the Unreal side can test the scatter without rebuilding the logic by hand.8 July 2026Verified production capture

Houdini viewport showing dense coloured scatter points closely following maze edge lines before distance tuning. — Houdini
Distance from edge before tuning
The first version kept scatter points tightly on the maze outline, exposing where the push and falloff controls needed refinement.9 July 2026Verified production capture

Houdini viewport showing coloured scatter points pushed away from maze edge lines after distance-based falloff tuning. — Houdini
Distance from edge after tuning
The adjusted VEX pass pushes points away from the edge using a falloff ramp, making the scatter read less like a hard line.9 July 2026Verified production capture

Houdini viewport showing a dry-stone wall divided into coloured connectivity groups. — Houdini
Stone wall connectivity groups
Houdini viewport capture using connectivity colours to isolate wall sections for later variation.25 June 2026Verified production capture

Houdini viewport and node graph showing a for-each auto UV and UV layout setup for a stone wall. — Houdini
For-each UV layout pass
The wall is split into pieces, auto-unwrapped, then packed back together for more consistent UV results.25 June 2026Verified production capture

Houdini node graph and viewport showing colour masks generated from stone wall attributes. — Houdini
Attribute-driven mask setup
Curvature, ambient occlusion, slope, and transferred stone attributes start becoming masks for surface variation.25 June 2026Verified production capture

Houdini COPs view showing a packed multi-colour mask texture for the stone wall. — Houdini
COPs packed mask output
A COPs pass samples the packed attributes so Unreal can use the result for moss, snow, dirt, and variation masks.25 June 2026Verified production capture

Houdini node network beside a viewport showing the stone wall module. — Houdini
Houdini node setup
Production graph and viewport screenshot from the stone-wall asset setup.16 June 2026Verified production capture

Houdini COPs network and stone wall texture preview. — Houdini
COPs texture setup
Houdini COPs work for stone-wall texture processing.16 June 2026Verified production capture

Houdini UV layout screenshot for a stone wall asset. — Houdini
UV and layout test
UV/material layout evidence from the procedural wall pipeline.16 June 2026Verified production capture

5 captures

Materials

Unreal Engine material editor showing a two-sided foliage master material node graph. — Materials
Two-sided foliage master
The foliage master material keeps virtual texture inputs, ARO masks, WPO controls, and two-sided foliage shading visible in one graph.8 July 2026Verified production capture

Unreal Engine material instance editor for a grass foliage asset with texture and scalar controls. — Materials
Grass material instance check
A grass material instance is used to check texture slots and tuning controls before foliage assets are migrated more broadly.8 July 2026Verified production capture

Unreal Engine static mesh editor showing a dense clump of grass cards with Nanite statistics visible. — Materials
Grass static mesh preview
A static mesh preview checks grass card density, Nanite stats, and the look of the migrated vegetation material in isolation.8 July 2026Verified production capture

Unreal Engine material editor showing the AMazeIn master material node network. — Materials
Unreal material master network
The current Unreal material graph prepared to read shared texture maps and packed masks.25 June 2026Verified production capture

Diffuse texture map for a stone dyke wall material. — Materials
Stone dyke diffuse output
Texture output from the Houdini composition pass.16 June 2026Verified production capture

4 captures

Systems

Houdini viewport and node graph showing a blockout hub door frame asset. — Systems
HubDoor blockout graph
Early procedural thinking for the hub door kit: frame pieces, portal opening, floor pad, and merge outputs.25 June 2026Verified production capture

Houdini viewport and node graph showing a hub door mesh with damaged edges. — Systems
HubDoor edge damage pass
A first roughening pass adds worn edges and surface breakup before the material mask work is refined.25 June 2026Verified production capture

Houdini viewport showing a hub door mesh with a coloured slope and edge mask preview. — Systems
HubDoor slope mask preview
A mask preview identifying exposed upper surfaces and edge zones for later material blending.25 June 2026Verified production capture

Houdini COPs view showing packed colour mask output for hub door asset pieces. — Systems
HubDoor packed mask output
COPs output for the HubDoor mask experiment, grouped here as process evidence before Unreal in-level screenshots are added.25 June 2026Verified production capture