is the integrated development environment (IDE) of .
It is designed to calculate, simulate and analyze tasks in lighting applications.
With , you can display and analyze the model geometry and the results
of simulations. Light sources, surfaces, materials and sensors can be simulated.
supports a rich set of different geometry, material, and media types
to model any optical setup. You can either define the geometry interactively
or import it from a CAD file. comes along with a library of light
sources and lamps, from automotive to general lighting and LEDs.
H4
lamp
A rapid forward Monte-Carlo ray trace algorithm gives a prediction for the
product's intended functions. 's Monte-Carlo raytrace algorithm is the
fastest for reflector design on the market. In addition, offers an
even faster ray tracing method, called "Light Mapping" and
interactive raytracing. Interactive raytracing is a powerful tool to investigate
the behavior of reflectors and lenses in the visualization of light rays traveling
through the scene. In one can interactively "touch" the
shapes and watch ray bundles come from a source and bounce via the touch point
through the whole scene until they hit an absorber or launch to infinity.
A typical analysis of light data is the comparison
between the computer prediction and measurements.
also offers a huge number of test tables for regulation
requirements, i.e. automotive lighting for ECE, SAE & JIS.
is as interactive as you wish. Add your own defined dialog interfaces
for your design, simulation, analysis, and documentation.
meets your individual needs.
is the integrated development environment (IDE) of 
.
It is designed to calculate, simulate and analyze tasks in lighting applications.
With 
