RayWiz

Page 1:Software for Optical Design & Analysis

Page 2:User Interface and Other Features- GUI base development framework- Script base system design & simulation running- Intuitive style script command- Interactive Geometry View- OpenGL base rendered graphics- Interactive Simulation Data View- Quick & Easy Mouse Clickable Editing Command- Copy to clipboard of graphics(Geometry View & all Analysis Window)- Toolbar, pull-down menus, and dialog boxes- Interactive post-processing for simulation output data- Robust & kindly error message console tab window- Task list console tab window for simulation progress monitoringGeometry Creation and Editing- General Matrix Base Mesh Surfaces Object- Extrusion and Lathe Object- General Aspheric Lens creation(Circular, Retangular, Extrusion Aperture)- General Aspheric Reflector creation(Circular, Retangular, Extrusion Aperture)- Cylinder, box, sphere, and toroid- Union, intersection, Immersion and subtraction CSG- User defined object, light array- Translate, Rotate, Scale, Matrix- User defined path object array and CSG- VRML, IGES, STEP CAD object import / export- Grouping of surface import- Simplification of imported surfacesOptical Properties- Specular reflection/ transmission/TIR- Diffuse transmission/reflection- Narrow angle scatter models (cosN, gaussian, elliptical gaussian, composite, user defined)- Volume Absorption and Scattering- Polarized Ray Tracing- User defined coated surface (incident angle, wavelength, reflectance, transmittance)- BTF (Birefringent Thin Film) imported Coating- Linear & Radial Grating Surface- 2D Color Bitmap Surface (24bit Depth)- 3D Slab patterns (spheres, boxs, cylinders, torus, extrusion, lathe, CSG object,arbitrary user defined geometry object)RAYWIZ is all in one solution for optical engineerMain windowMatrix Mesh Mesh ArrayCSG Object Skew Object Array3D TextureSlab[Only Same IOR Case][Slab Object Array for High Speed Ray Tracing]

Page 3:Sources and Detectors- Unlimited light source- Point sources- Surface emitters (spheres, cylinders, boxs, toroids, CSG object light)- Volume emitters (spheres, cylinders, boxs, toroids, CSG object light)- Scalable Geometry Light Source- CSG, Extrusion, Lathe Shape Light Source- Grid Rays for Lens Design System & Image Simulation- Aim_Point and Aim_Area Ray- User defined spatial and angular distributions- Continuous and discrete spectral distributions- Unlimited detector- Box detector for Illuminance & luminance analysis- Sphere detector for angular intensity analysisIllumination ModuleIllumination Analysis- Photometric or radiometric analysis- Illuminance, luminance, luminous intensity- Cross Line graph, contour graph[2D, 3D], and Distribution Curve- High Resolution Chart Graph- Colorimetric analysis: 1931 CIE coordinates- Full mouse driven analysis graph view- RGB output display[CIE, NTSC, sRGB, PAL etc] for color mixing- CIE color triangle[1nm resolution color matching function - CIE 1931, CIE 1964]- Post-processing of output data- Spectrum analysis view- Percentage(%) output conversion for luminous intensityRadiance Module- Bidirectional Ray Tracing- Real Color Moire Analysis- RGB Luminance Analysis- All Optical properties share with Illuminance Module[CSG, Extrusion, Lathe Shape Light Possible][Multi Plane Detector][About 30 windows for Analysis][Linear & Radial Grating][Moire Simulation RBT Result about pitch variation]

Page 4:Optimization Module- Illumination uniformity optimization- Power optimization for Color balancing- Match target illumination distributions- Maximize flux on a detector- User defined target function- Multi detector selection for target function- Vary any floating point sytem parameter- User defined combinations of parameters- Nonlinear constraint conditionInitial Final[Lens Design][Color Balance][LGPExtraction][LED Packaging Lens Design]

Page 5:R,G,G,B Unit50 mm~10.7 mm1st order moire period50 mm~3.9 mmLighting SystemGhost ViewX-Prism & Projector SystemLED BLU SystemDisplay Panel SimulationImage Simulation for Digital Scanner SystemLCD Panel & Film Moire SimulationApplications

Page 6:RaywizFDTD :Full3D VectorWave Equation SolverUsing Finite Difference Time Domain Method0.32 um0 1 2 3 4 5 6 7x 10822.533.544.5Intensity (W/m2)1/e2(m)x-axisy-axis0 1 2 3 4 50.860.880.90.920.940.960.9811.02Intensity ( X 109W/m2)Normalizedbeamsizen2= -0.5 x 10-9, k2= 0n2= 0, k2= -1.0 x 10-9n2= -0.5 x 10-9, k2= -1.0 x 10-9Main Design WindowNear & Far Field AnalysisSimulation Example: Volume scatter data for RAYWIZSimulation Example: Optical Storage [Super Resolution]Applications• Bio Optical Sensing Device• LED Phosphor• Solar Cell Material & Structure• Optical Storage- Nano-Particle Layer for High Density Optical Disk• LCD Back Light System- LGP (Light Guide Plate) Nano Patterning• Optical Film Design- Nano Patterning Film for AR (Anti-Reflection)- Nano Patterning Film for High Luminance Film• Flat Panel Display- LCD, PDP, OLED High Energy Conservation Device[Enhancement Emitting Efficiency]• Phonic Crystal Device DesignBSDFExport

Page 7:RaywizFILM :Simulation Software forGeneralAnisotropicMultilayerThin Film• 4X4 Berreman Method• R, T, A Spectrum Calculation- 2D, 3D- One stop simulation for user input polar & azimuth range• Chromaticity View• Pre defined optical film macro- Polarizer- QWF- LC Compensator- DBEF [Birefringent Alternative Multilayer Stack]- CLC [Cholesteric Liquid Crystal]• BTF File generator for RAYWIZ• Coating Data for RAYWIZMain Design WindowPre Defined Macro DialogSimulation Example: CLC Filter3D Parameters Analysis Tool
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Page 8:RaywizMOIRE:Simulation Software for Moire EffectAnalysisMain Design Window• Digital Signal Processing Method• Unlimited Periodic Patterned Object Number• Open Aperture Effect• Gap Effect• Full Frequency Analysis• 1st~4th order Moire Peak Finder• Bias Angle Analysis Tool• Grid Pitch Scan Mode• Optimization ModeSingle Mode Analysis ExampleGrid Mode Analysis DialogRAYWIZ(Radiance)Bias Angle Analysis Tool1stOrder Moire Pitch DistributionRAYWIZ(Radiance)

Page 9:Use the smart optical simulation solution &Make the best product !