3D "Zero-Client" Platform

Free、Open Source、Extenable

SuperMap iClient3D for Cesium

A three-dimensional client development platform based on WebGL technology can be used to build plug-in-free, cross-operating systems, A cross-browser 3D GIS application that can access a variety of services published by iServer, It realizes the functions of visual browsing, interactive operation and geographic information management of 3D scenes.
This product can quickly achieve beautiful and smooth map presentation and spatial analysis on browsers and mobile terminals.

SuperMap iClient3D for Cesium
Development Platform for GIS Network client

Based on the new construction of modern web technology stack, it is SuperMap cloud GIS A unified JavaScript client with online GIS platform products. Integrates the leading open source map library and visualization library, and the core code is completely open source under the Apache License 2.0 protocol, which is connected SuperMap and the open source community. Provides new big data visualization and data flow visualization functions. This product can quickly achieve beautiful and smooth map presentation and spatial analysis on browsers and mobile terminals.

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3D Scene Rendering

Realistically present various types of 3D scenes such as oblique photography, BIM, and precision models

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High-definition Effects

Provides a variety of high-definition visual effects, such as: fireworks, flames, rain, fountains and other particle effects, flooding, scanning lines and other post-processing effects, self-illumination, special effect lines, etc., Make the scene more vivid and gorgeous.

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Geospatial Analysis

Provides rich 3D space analysis functions to realize complex 3D space analysis.

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High-definition Effects

Provide a fully functional interface, and provide detailed API help documentation for the interface, Make the user's use of the interface easier to use, while providing more functional support

WHAT'S NEW

v11i(2022)Beta

Flat scene supports Box edit box interaction

Flat scene supports slope aspect analysis of TIN terrain

The result of a flat scene skyline analysis supports setting the line width

Support loading Cesium online terrain

Supports direct loading of data in .dae, .x, .osgb formats

Supports loading arcgis services with keys

Support custom polygon range clipping image layer

Supports instantiated collection custom request headers

Support model surface rain and snow effects

Support Sky Map Global Realm Service

Optimize the frame rate reduction problem when browsing S3M layers

Optimize the loading performance of S3M layers, terrains, images

Optimize the operation experience of WebGL on mobile devices

S3MBlock cache supports the display of PBR effects of the data itself or external files

S3M layer supports setting model stretch height

S3M layer adds batch setting object offset

S3M layer multi-subdomain loading supports token

MVT supports setting text wrapping

Terrain excavation function, supports the effect of extracting strata

Inundation analysis supports progressive connectivity analysis, supports water surface reflection

The outer contour of the entity surface supports setting line width

Video serving supports view fusion of oblique photos and oblique models

Geological body GPU sectioning, supports automatic acquisition of data color or texture

v10i(2021)SP1

Shadow analysis supports expression as body coverage

Add the tolerance value for setting the camera viewport angle, and adjust the data display range by adjusting the camera viewport angle

The plane scene supports setting the overall offset parameter to realize the loading of the numbered data

The operation anchor point of the local scene camera operation is changed from the center of the screen to the current position of the mouse.

S3M layer supports KTX2.0 texture compression format.

S3M buffering text supports zooming with pictures.

Continuous measurement in height measurement.

Model-Editing box operation optimization, improve ease of use.

Streaming performance optimization of layer group.

Optimization of local scene collision detection.

Workspace of scene with clipped region.

Streaming the Oblique Photogrammetric Model with vertex color.