Seamless monochrome fractured crystalline ice material…
Seamless monochrome fractured crystalline ice material…: free seamless stone PBR material with albedo, normal, roughness, metalness, height maps. CC0 licensed.
Crafted from the prompt: "Seamless monochrome fractured crystalline ice material, formed from many overlapping translucent and semi-opaque crystal sheets and shattered glass-like planes.
The entire surface should contain dense internal crystalline structure rather than a simple dark background with white marble veins.
Create large irregular overlapping fractured planes with soft cloudy interiors, layered translucent-looking crystal masses, broad frosted structures, intersecting angular fracture boundaries, thin hairline cracks, scratches, fissures and occasional brighter crushed crystalline regions.
The material should have strong depth and internal complexity: some crystal sheets appear dark and transparent, others cloudy grey, others pale and frosted. Large structures should overlap and intersect organically across the whole surface.
Use a monochrome palette only:
charcoal black, dark graphite grey, medium grey, pale silver grey and icy white.
The visual character should resemble dense shattered black ice, fractured smoky quartz, compressed translucent crystal and cracked frozen glass.
IMPORTANT:
The surface must NOT look like conventional marble.
Avoid a plain black stone background with isolated white marble veins.
Avoid sparse decorative white lines.
Avoid polished granite.
Avoid obvious stone slabs.
Avoid simple branching marble veins.
Avoid regular Voronoi cells.
Avoid lava.
Avoid snow.
Avoid blue ice.
Avoid colored minerals.
Avoid emissive/glowing cracks.
The primary visual structure should come from overlapping translucent crystalline planes and fractured sheets covering the entire material.
Secondary detail should include:
- fine hairline fractures
- subtle scratches
- cloudy internal inclusions
- frosted fracture edges
- crushed crystal patches
- thin intersecting fissures
- varying opacity-like density across crystal layers
Generate useful physically based surface information:
NORMAL:
Strong medium-scale fractured crystal planes with finer cracks and fissures. Preserve"
PBR maps included: albedo, normal, roughness, metalness, height. Resolution 1K. Tileable: yes. Download: PNG maps in a ZIP archive. License CC0 (public domain).
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