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// Features are Coming

Get a licence & secure your update options now!

Code-X Write C# code and get fully-functional C++, HLSL and GLSL code automatically. Rust, Java, JavaScript, PHP and others follow!
Web Run Tinman 3D applications in browsers, at almost native performance with WebAssembly and WebGL, based on super clean Rust code.
Data Use geospatial scene data in Tinman 3D, such as OGC CDB (Common Database) and OGC City Geography Markup Language (CityGML).
Plugins Use Tinman 3D features in your OpenSceneGraph, Qt, Unreal Engine and Unity applications, with zero integration overhead!

// Tinman 3D SDK

The Tinman 3D SDK is a commercial software development kit for real-time 3D terrain rendering, processing and analysis. It provides dedicated APIs, ranging from low-level application integration to high-level 3D scene construction on a global scale. Tinman 3D is being put to use in various sectors of the software industry.

Aviation Geo-referenced real-time terrain for FDA / FDM / FOQA
Desktop GIS Terrain database creation and interactive spatial analysis
Edutainment Real-time interactive terrain rendering (fulldome, virtual reality)
Games Terrain processing, editing and export of seamless terrain blocks

Tinman 3D consumes arbitrary amounts of geodata and processes them into ready-to-use terrain modules. At runtime, these terrain modules are combined in order to create a coherent and highly accurate 3D representation of the terrain: a seamlessly textured and adaptive continuous level-of-detail triangle mesh. This terrain mesh is used for interactive rendering, real-time spatial analysis and data export to other software applications (for example as a part of the content pipeline).

Integration into existing software is easy: the Tinman 3D SDK is self-contained and has no mandatory 3rd-party dependencies. It is available in separate editions: C++ (ISO/IEC 14882:2011) and C# (language version 4). Tinman 3D is based on flexible abstraction layers, which enable it to run on any platform (e.g. 32-bit, 64-bit) and on any operating system (e.g. Windows, Unix). Real-time rendering can be performed through any modern graphics API (e.g. Direct3D, OpenGL).

// Demo Content

This is a small collection of demo content which provides some nice starting points.

Demo Application
You can watch many features of the Tinman 3D SDK live in action here.

Workshop Application
A sandbox GUI environment for exploring the features of the Tinman 3D SDK

Geodata Examples
Browse the examples for importing third-party geodata into Tinman 3D.

"Real-time Fusion, Visualization and Analysis of High-precision DSMs and Ortho-imagery"

// References

Here is a selection of milestones along the development path of the Tinman 3D SDK.

Advanced terrain features of the Tinman 3D SDK become a part of the CX Engine , a versatile and powerful immersive experience engine, provided by Cosm .
Tinman 3D delivers interactive 3D Earth visualisation and realtime simulation capabilities to a government contractor that provides Defense Modeling & Simulation Solutions.
Tinman 3D provides interactive 3D visualisation of the lunar surface at centimetre scale to aid the planning of routes for NASA's "Volatiles Investigating Polar Exploration Rover" - VIPER .
Contributing to SIGGRAPH 2021 :
"Modeling Asteroid (101955) Bennu as a Real-time Terrain"
Contributing to SIGGRAPH 2020 :
"Using Mesh Shaders for Continuous Level-of-Detail Terrain Rendering"
INTAERO choose the Tinman 3D SDK, adding smooth real-time terrain rendering capabilities to their software solution AIRCOM.
Tinman 3D provides key 3D algorithms, data structures and software architecture for the manufacturing execution system of DLR's research production facility GroFi .
E & S
Evans & Sutherland replace the Cloddy SDK with the new Tinman 3D SDK, bringing exciting new terrain features to their digital planetarium software Digistar.
Attending AIRTEC Congress as speaker:
"Real-time fusion, visualization and analysis of high-precision DSMs and orthoimagery"
Flight Data Vision replace the Cloddy SDK with the new Tinman 3D SDK, allowing advanced terrain features to be used in their Professional Ground Station suite.
Tinman 3D
Matthias Englert creates the Tinman 3D SDK, which replaces the deprecated Cloddy SDK prototype.
United Navigation (Becker & Falk) choose the Cloddy SDK as terrain engine for the development of next-generation navigation systems.
Flight Data Vision choose the Cloddy SDK as the terrain engine for their Professional Ground Station suite.
E & S
Evans & Sutherland choose the Cloddy SDK as the terrain engine for their digital planetarium software Digistar.
Airbus Helicopters (formerly Eurocopter) choose the Cloddy SDK as the terrain engine for their in-house E.V.E. software (Eurocopter Virtual Environment).
At E.I.G.A. 2010 (European Innovative Games Awards), the Cloddy SDK wins the "Advancement Price" in category "T - Innovative Technology" - Press Release / PDF .
The Cloddy SDK is an experimental software development kit - created by Matthias Englert - that allows the Cloddy algorithm to be integrated into any software.
Cloddy - an efficient algorithm for real-time 3D terrain rendering - is developed by Matthias Englert, the founder of Tinman 3D.