- National Ignition Facility (NIF) at Livermore National Laboratories
- OMEGA Laser Facility at University of Rochester
- OMEGA-EP Laser System at University of Rochester
- Laser MegaJoule (LMJ) near Bordeaux, France
- ORION Laser System near Aldermaston, UK
- Z Pulsed-Power Facility at Sandia National Laboratories
- PLX Pulsed-Power Facility at Los Alamos National Laboratories
- MEC Instrument at Stanford Linear Accelerator (SLAC)
- GEKKO XII Laser Facility at Institute of Laser Engineering, Osaka University, Japan
- Supports convenient generation of grids for a variety of 2-D and 3-D primitives, as well as pre-configured cylindrical hohlraums and halfraums, and tetrahedral hohlraums.
- Provides capability for surface removal (e.g., drilling holes in cylinders).
- Conveniently provides views from diagnostic ports or any user-specified position.
- Provides easy-to-use target building capability. Object positions and orientations can be specified in the coordinate system of the target chamber or any other target component.
- Supports use of object-dependent material properties for:
- Reflection of radiation (albedos)
- Reflection of laser light (glint)
- X-ray conversion efficiencies
- Provides 3-D interactive graphics for:
- Target grid setup
- Laser beams and/or target component power sources
- Temperature and radiation flux distributions
- Includes power source modeling for:
- Laser beam systems
- Self emission from target component
- Provides for easy viewing of laser beam intersections with target components.
- Includes accurate algorithms for computing configuration factor integrals.
- View factors include effects of occultation (i.e., blocking of light by intervening surface elements).
- Provides easy-to-use set up of laser beams: