دانلود پلاگین Concept Studio OSM v3.3.1 برای بلندر

Superhive Market – Concept Studio OSM — Real City Import for Blender

Pick a spot on a map. Set how far out you want to go. Get real terrain,

buildings, roads and aerial imagery inside Blender — correctly georeferenced,

cropped to the area you asked for, and lit by a sun that knows where it is.

FOUR DATA SOURCES

Google Photorealistic 3D Tiles — the same photogrammetric mesh Cesium

delivers in Unreal and D5 Render uses in its map import. Real terrain, real

building volume, real aerial photography. Uses your own free-to-start Google

Maps Platform API key.

SRTM elevation — real terrain relief at 30 m resolution, from 60°N to 56°S.

No key, no account.

Aerial imagery — Esri World Imagery down to roughly 0.3 m in cities,

Sentinel-2 cloudless at 10 m, or any tile server you already pay for. Draped

over the terrain with the projection done properly.

OpenStreetMap — buildings with pitched roofs and courtyards, roads,

sidewalks, water, green areas and mapped trees. Anywhere in the world, no API

key required. Layers directly on top of Google terrain with zero manual

alignment.

Google Open Buildings is in there too, for Africa, Latin America and

South/Southeast Asia.

IT DOESN’T STOP AT THE IMPORT

This is the part every other importer leaves to you.

Crop to the area you actually asked for — Google’s tiles always overflow it,

and the cut turns a ragged patch into a model. Flatten a pad where the project

goes, with a sloped transition to the untouched ground. Aim a sun at the real

solar position for your date and time, and keyframe a full shadow study across

your frame range in one click. Keep texture weight under control before the

render stalls. Burn the required data credits into the image.

EVERYTHING FOLLOWS THE TERRAIN

Buildings, roads, sidewalks, water and green areas are born at the ground

height, not at Z=0.

That takes more than reading the elevation at each existing vertex.

OpenStreetMap records a node only where a road turns, so a straight stretch

can run two hundred metres between them — sample only there and the road

follows the ground at both ends while cutting through the hill in the middle.

Lines and outlines are resampled first, surfaces are refined in the interior

too, and a road’s height is measured at its own edges rather than its

centreline, because a twelve-metre carriageway across a slope has metres of

difference between its uphill and downhill side.

Water stays flat, because real water is — but it sits at the lowest point of

its own bank, so a lake never floats above its shore.

BUILDINGS THAT LOOK LIKE BUILDINGS

– Pitched roofs from the OpenStreetMap tag — gabled, hipped, pyramidal,

skillion. Untagged buildings stay flat, which is most of them.

– Courtyards are real holes, not filled-in blocks.

– Procedural facades with no texture downloaded: the UVs run in real metres,

so the shader puts a floor line at every storey and a window at every

module, at the right scale on any building.

– Colour by use — residential, commercial, industrial, civic.

– Height and storey count travel as mesh attributes, so you can select or

drive Geometry Nodes by them without splitting the mesh into thousands of

objects.

QUALITY BY RING

Split your import radius into concentric zones, each with its own detail

level — maximum right at the pin, coarser as it spreads out. In testing, this

covered 2.5x the area for a fifth of the download compared to uniform maximum

detail.

BUILT FOR REAL PRODUCTION

– Pick your area on an interactive map — search an address, drop a pin, or

draw a rectangle. No copying coordinates by hand.

– Save places to a library that follows you between projects.

– Streams while it scans — geometry appears within seconds, live tile count,

MB downloaded, and a real ETA. Cancel anytime with ESC.

– Sub-centimeter georeferencing — pieces imported weeks apart still line up.

Overlapping areas never duplicate geometry.

– Materials that actually light — Google’s tiles ship “unlit” by default.

This add-on fixes it automatically, so buildings respond to your scene’s

sun, HDRI, and lights.

– No-coverage detection — warns you when an area has no 3D mesh and points

you to the OpenStreetMap fallback.

– Read coordinates back at the 3D cursor — click anywhere, get lat/lon.

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