True Sunlight,
Calibrated at 6500K.
Solis replaces arbitrary RGB trichromatic approximations with continuous wave optics. Simulate physical daylight, aspheric wavefront curvature, and atmospheric scattering with mathematical certainty.
Physical Glass Dispersion & Wavefronts
// Sellmeier dispersion coefficients evaluated per optical element. Zero chromatic approximation.
n²(λ) - 1 = Σ [ Bᵢ · λ² / (λ² - Cᵢ) ] evaluated directly inside the GPU raymarch loop for exact non-linear refraction angles.
Engineered Beyond Trichromatic Limitations
Standard computer graphics force rendering engines into an sRGB or Display P3 tri-stimulus compromise. Solis executes wave equation solves directly on spectral energy distributions.
Continuous CIE D65 Solar Radiation
Exact spectral power distribution curves matching true extraterrestrial and sea-level solar radiation. Computes Fraunhofer absorption lines for oxygen, water vapor, and nitrogen with zero RGB truncation.
Quantum Efficiency Sensor Response
Per-wavelength sensor spectral sensitivity mapping. Accurately simulates silicon bandgap absorption, pixel crosstalk, and optical anti-aliasing filters across the 380nm–1100nm spectrum.
Diffraction & Aspheric Aberrations
Physical Huygens-Fresnel wave propagation through 18-blade mechanical apertures. Predicts precise diffraction spikes, point spread functions, and spherical coma without ad-hoc post-processing shaders.
Sellmeier Glass Catalog
Over 400 verified optical glass formulations from Schott, Ohara, and CDGM with thermal drift coefficients.
Thin-Film Multi-Coating
Calculates destructive optical interference across quarter-wave dielectric layers for realistic lens reflections.
Native WGSL & Metal Kernels
Direct spectral raymarching shaders optimized for WebGPU compute passes and hardware-accelerated BVH traversal.
Precision Evaluation Matrix
// Quantitative comparison against arbitrary graphics conventions and standard physics benches.
| Physical Parameter | Standard Tri-stimulus | Generic 3-Band RT | Solis Continuous Engine |
|---|---|---|---|
| Solar Chromaticity (D65) | x=0.312, y=0.328 (Approximated) | Approximated via RGB Curves | x=0.3127, y=0.3290 (Exact ISO 10526) |
| Refraction Index Formulation | Single constant scalar (n=1.5) | Split into 3 discrete R, G, B rays | Continuous Sellmeier 6-term equation |
| Atmospheric Scattering | Constant blue fog shader | Single-scatter Rayleigh phase | Coupled Rayleigh + Mie + Ozone Chappuis |
| Sensor Quantum Efficiency | Ignored (Assumes perfect 1.0) | Interpolated 3-tap matrix | Sub-nanometer silicon responsivity curve |
| Diffraction Point Spread (PSF) | Gaussian blur bloom shader | Screen-space radial filter | Huygens-Fresnel wave convolution |
Acquire Solis Apparatus
Perpetual commercial licenses for developers, researchers, and studios. Once acquired, the code runs on your hardware without remote phone-home mechanisms.
Full commercial frontend UI license for independent optical researchers, visual artists, and shader developers.
- Complete Next.js 16 + React 19 source code
- Full 81-band continuous spectral raytracer UI
- Sellmeier dispersion catalog (400+ glass substrates)
- Light (6500K Clean Room) & Dark (Darkroom) modes
- 8 In-depth MDX Journal articles & 8 Doc specifications
- Zero telemetry, zero third-party dependencies
For virtual production studios, cinematography lighting design, and commercial rendering software vendors.
- Everything in Research Bench
- Unlimited team developer seats & client deployments
- Virtual Production LED Volume daylight profiles
- CMOS Sensor Quantum Efficiency tuning interface
- Aspheric wavefront & 18-blade aperture diffraction models
- Commercial redistributable frontend license
- Direct laboratory release notes & spectral data feeds
For aerospace payload optics, semiconductor lithography simulation, and defense sensor calibration systems.
- Everything in Production Stage
- Custom measured glass melt dispersion files
- On-premise physical testbench cross-validation
- Zernike polynomial wavefront export pipelines
- Custom ISO/CIE certification verification suite
- Dedicated optical physicist advisory SLA
Technical & Physical Inquiries
// Common questions regarding optical ray propagation, spectral integration, and template architecture.
Standard rendering clamps light into three arbitrary red, green, and blue primary values, making it impossible to compute realistic chromatic dispersion, prism rainbow splitting, or camera sensor metamerism errors. Solis samples the electromagnetic spectrum from 380nm to 780nm in 5nm continuous bands, evaluating non-linear Sellmeier refraction indices for each wavelength.
Calibrate Your Physics Stack.
Leave No Photon Clamped.
Equip your product with true 6500K daylight, continuous Sellmeier glass dispersion, and rigorous sensor quantum response. Zero setup friction. Perpetual commercial license.
Optical Bulletin & Spectral Data
Receive quarterly optical bench measurements, revised chromatic dispersion tables, and D65 calibration profiles directly in your inbox.