Ultimate Environmental Texture Creation Course

Create an advanced stone generator to produce broken tarmac textures with a slider controlling clean to broken state, using masks, flood fill, grayscale, and layered blends.

Create a stone generator for environmental textures, building soft pebble variations, masks, warping, and heightmap control to place and vary stones with random cuts and angles.

Create stone clusters with a stone generator to place large stones surrounded by smaller ones, using masks and random removal for natural variation.

Create dense stone clusters by tuning blowout and scale, randomness, and masks. Use displacement and grayscale levels to blend stones and simulate sand piling; preview a fork texture for detail.

Create a base tarmac texture by building a gritty stone base with a stone generator, using grayscale levels and normal maps to blend stone clusters and height information.

Balance large mosque shapes with heightmap-driven masking and cracks. Refine texture using flood fill, histogram select, and contrast, then Berlin noise and bevel for falloff and stone details.

Explore creating a damage mask for environment textures by balancing displacement, masking, and stone placement, adjusting falloff, blending, and cracks to achieve realistic tarmac and stone details.

Add large patch cracks to the heightmap by breaking up surfaces with berlin noise, masks, and edge patches, then refine edges before base color in the next chapter.

Create a base color for an environmental texture using gradient maps and heightmaps, and blend stones and dirt to achieve a realistic tarmac.

Refine base color textures by increasing roughness, adding specks and patches, and balance lighting with a three-point setup; explore gradient maps and curvature highlights to enhance dirt and tiling variations.

Develop a base color and damage textures by building masking systems for ground and stones. Combine noise maps, levels, and blends to layer dirt and normals for a PBR result.

Refine the base color for environmental textures by brightening dirt and stones, adding color variation, and balancing normal maps and occlusion while reducing noise and exporting renders.

Add generic noise to the base color to create rock-like specks on the tarmac, blend with heightmap adjustments, and refine stones, occlusion, and lighting for realistic texture.

Apply final polish and optimization to an environmental texture scene by tightening contrast, enhancing normal maps and height variation, refining occlusion and masks, and optimizing maps for performance.

Set up ZBrush, sculpt cobblestones, and balance base sculpting with substance design for environment textures.

Create three cobblestone variations—generic, rectangular, and damaged—balancing sharp corners and avoiding over-smoothing to keep realistic, reusable stones for populating areas.

Explore the process of creating a single cobblestone texture through a timelapse in the ultimate environmental texture creation course.

Learn to place cobblestones and optimize geometry with decimation, reduce polygon counts for performance, and create varied tiling by duplicating and rotating pieces on a ground plane.

Merge the outer cobblestone ring, rename stones to zero zero, and merge down for a unified surface, then adjust scale and spacing and add soft damage for varied tiling.

Bake high-poly cobblestone and foliage in marmoset, generating normal, height, and albedo maps. Create masks and alpha cutouts to separate materials and streamline workflows with substance designer and painter.

Set up and bake textures in Substance Designer for a cobblestoned scene. Create height, normal, and mask maps, export final textures, and preview with displacement and foliage in Marmosets.

Create stone micro noise textures driven by a heightmap, using edge detect, bevel, and directional warp, then refine with masks, normals, and base color for realistic environmental rock surfaces.

Sharpen the base color by boosting mask contrast, balance roughness and color variation, refine the normal map for crisper stone textures, and plan moss implantation.

Explore photogrammetry texture creation by capturing surface photos for reality capture, using a Nikon D500 with a 17–70 mm lens, avoiding shadows and balancing color with a color checker passport.

set up an outdoor scan area with tape measure. capture 50–70 images with 50 percent overlap, plus closeups for better 3d texture, and use a color passport.

Color grade and standardize images by converting to DNG, applying auto color profiles with an X-Rite plugin in Lightroom, copying develop settings, and exporting for future Tweedie mesh creation.

Turn photos into a 3d mesh using reality capture photogrammetry, manage credits licensing, calculate and refine the model at normal quality, apply textures with ice, and export a high-polygon mesh.

Finalize a wall material in Substance Designer by importing resources, tweaking the heightmap, tiling, and balancing color, normal map, and occlusion for a photogrammetry texture.

Capture and align multiple material scans, colorize and bake a sand material, then polish in substance painter, export a heightmap, and prepare real-time designer integration.

Explore how to finalize a ground material by combining fast bitmap-based heightmap techniques and advanced clone-based tiling in substance designer and substance painter, then export photogrammetry-derived textures for sand scenes.

Polish environmental textures by adding foliage and refining moss, then export and re-import maps—displacement, normal, and albedo—to adjust light, depth, and realism in your scene.

Explore how to create a scene for our materials in this bonus module of the ultimate environmental texture creation course.