minemap-business-oblique-bim

Use 3d-model for single BIM objects and 3d-tiles for large oblique datasets or city-scale deployments. MineMap guidelines specify choosing based on dataset scale to manage memory budget and rendering performance effectively.

To load glTF assets, initialize SceneModel after the map loads and use getSceneComponent to retrieve the scene component. Apply the recommended parameter sets for transforming and placing assets accurately within campus-scale or industrial-site scenarios.

Manage 3D Tiles performance by configuring maximumScreenSpaceError and setting appropriate memory budget limits. Use SceneTileset with proper minzoom and maxzoom parameters to control rendering levels for large oblique photography datasets.

Yes, MineMap supports campus-scale deployments, factory sites, and urban models. Best practices cover initializing SceneModel and SceneTileset with specific entry points and validation checkpoints tailored for industrial-site and campus-scale scenarios.

SceneTileset requires configuring maximumScreenSpaceError, minzoom, maxzoom, and memory budget parameters. These validation checkpoints ensure proper 3D Tiles loading and optimal performance across different deployment scales from single BIM objects to city-scale scenes.

Oblique photography performance issues typically stem from using 3d-model instead of 3d-tiles for large datasets. Switch to SceneTileset, adjust maximumScreenSpaceError values, and implement memory budgeting to resolve rendering bottlenecks in city-scale deployments.