GenesisSN™ is an advanced EO/IR/NVG sensor module that enables the simulation of correlated and accurate NVG, EO, MWIR, and LWIR sensors, with the following features:
GenesisSN combines our GenesisRTX rendering engine along with JRM’s physics based sensor libraries to enable run-time “Dynamic Construction” of high-quality, physics based, materially-encoded 3D scenes composed of high-definition terrain, cultural features, and special effects, directly from unprocessed GIS source data.
Renders physics-based sensor output imagery in real-time, at user- configurable resolutions and frame rates.
Predicts ephemeris, angle-dependent irradiances & thermal loading, fully-transient material surface temperatures, atmospheric transmission & path radiance, and postaperture sensor optics, detector, & electronics effects.
In addition, GenesisSNTM quickly provides the correct spectral radiance from man-made light sources, including tungsten, sodium, mercury, neon, and poly-metallic lamps.
Implements JRM’s innovative, extremely fast pathintegral/ transport algorithms based on MODTRAN atmospheric physics licensed from AFRL. These algorithms operate on a common atmospheric data
model, allowing the user to assign such parameters as the pressure, temperature, molecular species concentrations, and weather state at any position in the ellipsoidal atmospheric model.
Customized atmospheric profiles designed in the accompanying ModtranGUI™ tool allow for arbitrary userdefined air temperatures, background temperature, wind speeds, rain/snow rate, rain temperatures, humidity, season, cloud particulate parameters, and other MODTRAN atmosphere related data.
Customized atmospheric profiles designed in the accompanying ModtranGUITM tool allow for arbitrary user- defined air temperatures, background temperature, wind speeds, rain/snow rate, rain temperatures, humidity, season, cloud particulate parameters, and other MODTRAN atmosphere related data.
Easily load a complex 3D terrain database, completely specify any number of arbitrary sensors, atmospheric and weather conditions, and place 3D vehicle or human models in the scene, then display in realtime. Users can run multiple sensor view types simultaneously from a single GenesisSN channel.
GenesisSN™ provides accurate simulation of arbitrary imaging sensors in the UV through far IR (0.20-25.0 μm) spectrum and RF frequencies with optimized, physics-based signature synthesis and MODTRANbased atmospheric propagation modeling.
provides support for scene special effects such as flares, fire, smoke, and dust clouds, as well as the ability to individually control active thermal systems of entity models, adjustable visualization of laser beam and spot designators based on sensor bandwidth and heat exhaust.
GenesisSN™ also offers support for 16-bit high-dynamic range (HDR) output images. This allows the IG to simulate and represent special effects like plumes & flares at full dynamic range without clipping or burying the terrain signature in noise.
An advanced-algorithm, semi-automated software tool for creating material-classified maps from remote-sensed terrain imagery or RGB textured 3D models — complete with physical properties and thermal boundary conditions for realistic physics-based sensor simulations.
GUI-based tool for creating, editing, and saving MODTRANbased weather/atmosphere state files.
GenesisAM™ is a Windows Graphical User Interface (GUI) that allows users to construct and modify XML- based project files for use by GenesisRTX™. By utilizing GenesisAM™, the user is given complete control over how GenesisRTX™ interprets and utilizes the source data. Project changes can be rapidly visualized, enabling an iterative approach to 3D scene development.
The Commodity Jurisdiction determination for Diamond Visionics Genesis family of software products, including Genesis IG, RTX, SDK, SN, RDR are Non-ITAR and classified as EAR99.
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