Multimedia Gallery

ASAP PRO Items

3-CCD LCD Projector (Model Image)

Typical 3-LCD Projector using a prescription lens pack imported from ZEMAX(TM). A grid source was traced to show the path of the 3 colors through dichroic filters. This was taken from the LCD Projector project file that may be run in ASAP demo...

3D Viewer Enhancements in ASAP 2008 V2R1 (Demo Movie)

ASAP is now able to more efficiently prepare system geometry for visualization in the 3D Viewer. Large systems may now be displayed up to twice as fast. In this example, output from an automotive headlamp is observed along with the headlamp and reflector geometry. (Subtitle Languages: English,...

Aberrated Wavefront Decomposition (Model Image)

A planar wavefront is perturbed by a Zernike function. A display file of the wavefront map is created which is then radially averaged. A differential plot is created by subtracting one display file from the...

Air Force / L-3 Communications Wingtip Lighting System (Model Image)

BRO Engineering Services, in partnership with L-3 Communications, designed, prototyped and tested this solid-state lighting system for wingtip illumination of Air Force aircraft. Working from customer-defined specifications, BRO developed advanced prototype units and installed them on military...

Airy Rings (Model Image)

Airy rings produced by diffraction through a circular aperture simulated by an ideal lens and a truncated plane wave. The "depth" coordinate of the FIELD command in ASAP is used to show ring separation and intensities at locations leading up to the detector. This multi-dimensional data...

Alternate Scripting Languages in ASAP (Demo Movie)

Integrating scripts in Python, VBscript, Jscript, and other languages with the ASAP Script...

Anisotropic Scatter (Model Image)

An anisotropic Harvey scatter model applied to an optical surface representing the hubcap of a car wheel. It has a turned surface with concentric grooves. The hubcap could be made more realistic by bounding it with edges or tubes. Another Harvey and a Lambertian model were applied to the tire and...

ASAP / FDTD Solutions Interoperability - Microlenses and Detector (Demo Movie)

Modeling microlenses near the CCD of a digital camera by exchanging complex vector fields between ASAP and FDTD...

ASAP / FDTD Solutions Interoperability - Microscale Display Geometry (Demo Movie)

Creating a scatter model for microscale display geometry using ASAP and FDTD...

ASAP / Rhinoceros Interoperability (Demo Movie)

Using the RhinocerosĀ® NURBS 3D Surface Modeler with...