terrain.settingsLocal preferences

Nealware system

Device / Local

Settings

Tune generated terrain, seeded atmosphere, and project clouds used across Nealware worlds.

01 / Terrain controls

Terrain realism

Shape the generated rock and snow treatment while keeping every world deterministic.

World 06 geometry

Local feature passes applied to the archived V5 macro terrain. Turning this off restores the exact macro vertex positions.

Ridge enhancement0.88

Narrows selected crests and adds restrained arête branches.

Summit shaping0.96

Forms selected broken horns and irregular summit clusters.

Cliff profiles1.00

Strengthens local lips, faces, ledges, toes, and convex-to-concave breaks.

Cirque depth0.98

Carves selected upper bowls with headwalls and outlets.

Talus aprons0.95

Builds widening concave debris aprons below generated cliffs.

Gully incision0.82

Cuts deterministic downhill channels from bowls and cliffs.

Rock structure0.55

Adds restrained directional stepping inside feature regions.

Structural direction28.00

Orientation of the coherent rock-step field, in degrees.

Secondary detail0.22

Sparse medium-scale breakup confined to geological feature regions.

Mountain detail

Directional ribs, cliff bands, gullies, fractures, and restrained rock relief.

Macro structure0.52

Broad geological regions and large tonal separation.

Medium structure0.74

Rock ribs, broken strata, ledges, and cliff planes.

Micro detail0.28

Near-field rock grain and fine normal breakup.

Ridge emphasis0.68

Convex upper ridges and exposed peak edges.

Gully depth0.78

Connected downhill channels and recessed drainage.

Cliff structure0.70

Steep-face bands, diagonal fractures, and exposed slabs.

Geometry displacement0.000

Optional crest displacement. Keep at zero to lock the exact silhouette.

Procedural snow

Elevation, slope, terrain shelter, and exposed-rock controls for alpine snow.

Snow start0.60

Normalized elevation where snow begins to appear.

Snow transition0.18

Elevation range over which snow coverage increases.

Minimum upness0.25

Lowest upward orientation that may retain some snow.

Full-snow upness0.70

Upward orientation that receives full slope coverage.

Snowline scale0.012

World-space scale of broad snowline variation.

Snowline variation0.055

Amount of broad vertical snowline variation.

Patch scale0.045

World-space scale of medium snow breakup.

Patch strength0.22

How strongly medium patches vary snow coverage.

Sheltered snow0.22

Extra accumulation in gullies and concave terrain.

Rock exposure0.82

Removes snow from cliffs, ribs, and sharp protrusions.

Snow depth0.018

Softens underlying rock normal detail under thick snow.

Snow roughness0.88

Controls the width and strength of snow highlights.

Snow color#A7B1AD

Base tint used for procedural snow before scene lighting and fog.

02 / Cloud controls

Seeded atmosphere

Tune deterministic world weather and the foreground project volumes independently from terrain geometry.

Cloud system

The terrain seed controls placement and shape. A local salt can derive a new sky without changing the terrain.

QualityAUTO

Automatic quality starts at medium and can fall back to low.

Project placementSEEDED

Use seeded positions or stable semantic project slots.

Seed saltNONE

Optional deterministic variation layered onto the terrain seed.

Project volumesON

Show BloxPilot and KeyHUD as foreground cloud volumes.

Cloud tint#B4B5AE

Shared neutral tint before atmospheric fading.

Cloud field

World-space coverage, population, altitude, and cluster shape.

Cloud cover35.00

Approximate visible-sky coverage percentage.

Field radius92.00

Radius of deterministic cloud cells surrounding the camera.

Altitude15.00

Average world-space cloud altitude.

Altitude variation4.50

Vertical randomness within each seeded cloud field.

Minimum scale7.00

Smallest background cloud-puff diameter.

Maximum scale15.00

Largest background cloud-puff diameter.

Cluster spread4.80

Distance between volume slices inside each cluster.

Slices per cluster6.00

Depth layers used to form each background cloud volume.

Atmosphere

Density, tonal response, edge breakup, and distance fade.

Density0.92

Background cloud density multiplier.

Opacity0.72

Global cloud opacity.

Brightness1.10

Background cloud brightness.

Edge softness0.080

Soft fade around cloud-slice boundaries.

Density cutoff0.010

Removes faint texture values before compositing.

Distance fade0.72

Brightness retained by distant clouds.

Wind and motion

Shader-driven weather movement and rendering cadence.

Wind speed0.08

Horizontal cloud drift speed.

Wind direction18.00

Horizontal wind heading in degrees.

Turbulence0.12

Small seeded horizontal motion.

Vertical drift0.18

Slow rising and falling motion.

Weather FPS cap30.00

Maximum frame rate while only clouds are moving.

Project volumes

Foreground volume quality, emphasis, and per-project scale.

Foreground depth4.00

Moves project clouds in front of background weather.

Project density1.20

Density inside ray-marched project volumes.

Project brightness1.30

Brightness relative to background weather.

Ray-march steps24.00

Maximum samples through each project volume.

Focus boost0.12

Additional brightness for the selected project.

BloxPilot scale1.00

Hero project-cloud diameter.

KeyHUD scale0.50

Secondary project-cloud diameter.

Advanced quality

Hard resource limits used inside the selected quality preset.

Instance budget420.00

Maximum background cloud slices before preset limits.

Volume resolution64.00

Resolution of each seeded 3D project-noise texture.

Project render scale0.75

Quality multiplier applied to project-volume samples.