A collection of interactive resources to help you develop a deeper understanding of optical systems.
From Calculation to Comprehension
In our years of consulting and designing illumination systems, we've found that the hardest part isn't getting the software to give you an answer—it's understanding why that answer makes sense.
We initially created RaySight and the Solid Angle Visualizer as internal tools to help our engineering team quickly grasp complex spatial and refractive relationships. Now, we are opening them up to the community.
Feel free to use them to train your eye, validate your concepts, and build a stronger foundation in optical engineering. These interactive sandboxes are designed to turn textbook formulas into your own optical muscle memory.
RaySight
See rays. Build intuition.
A playground for geometric optics.
What it is
An interactive sandbox designed to let you "see" the physics. Drag angles and tweak refractive indices directly on the screen to observe refraction, TIR, and wrong-side filtering in real-time.
How it helps
Rather than memorizing Snell's Law, you can train your visual memory. By manually dragging boundary conditions, you develop an instinct for how light behaves, helping you spot optical flaws in complex systems faster.
Launch RaySight ↗
Solid Angle Visualizer
Translating abstract radiometry into visible 3D space.
What it is
The Solid Angle Visualizer translates abstract spherical integral formulas into an interactive 3D model. You can freely adjust θ and φ boundaries to get instant, accurate steradian calculations.
How it helps
By manipulating the angles directly on a 3D hemisphere, you witness the spatial expansion of angle ranges. This helps internalize the geometry behind sensor fields of view and reflector energy coverage.
Launch SAV ↗
Reflector-Cup Collimation Visualizer (L0)
The Paradigm Shift: Know the Boundaries Before You Simulate
Many engineering teams treat high-end simulation as a brute-force lottery—randomly adjusting parameters in heavy software, hoping for a viable result. We are changing that habit.
True engineering dominance requires knowing the "reasonable design space" before you ever run a heavy ray trace. The Reflector-Cup Collimation Visualizer (L0) redefines your workflow. It allows you to dynamically evaluate how fundamental parametric shifts alter light behavior in real-time. Once you possess a global, intuitive grasp of these parametric trends, you enter deep simulation with absolute clarity and intent, eliminating wasted computational hours.
Flattening the ASAP® Learning Curve
ASAP® is globally recognized as the gold standard for optical simulation, yet its learning curve is notoriously steep. This tool acts as your seamless, intuitive bridge.
Without writing a single line of syntax, you can interactively manipulate the reflector cup’s shape, size, radius, conic constant, and material reflectivity directly on your screen. The interface instantly abstracts the geometric complexity. Once your L0 concept is optimized, simply click "Export ASAP .INR" to instantly generate clean, production-ready code that can be executed directly inside ASAP®.
Engineering Demands Absolute Physics, Not Probabilities
We live in an era where AI promises to design everything. However, modern AI models are fundamentally Large Language Models (LLMs)—engines of probability that operate on statistical guesswork and predictive text.
Engineering allows zero room for guessing. Every photon behaves according to unyielding, absolute laws of physics. This is why the final validation must always rely on ASAP®. ASAP® does not guess; it models real-world optical phenomena by solving deterministic physical equations with mathematical precision. We use intuitive tools to spark and accelerate ideas, but we demand ASAP® to verify absolute truth.
The Autonomous Optical Pipeline: Design to Verification in One Click
The reflector sandbox is merely the entry point. The true breakthrough lies in our automated workflow integration—a feature designed to revolutionize enterprise productivity.
With your local automation or remote SSH environment configured, the pipeline achieves full autonomy. The moment you finalize your design in the web sandbox, the tool doesn’t just generate code—it automatically establishes a secure connection to your computer's ASAP® instance, deploys the script, executes the rigorous simulation, and compiles a comprehensive evaluation report instantly. This is the future of optical engineering: Human intuition driving the concept, automation handling the pipeline, and rigid physics validating the result.
Launch RCV ↗