2D Light Ray Simulation

summary

Dynamic, educational simulation of light refracting through various sized prisms.

prompt

Create a top-down 2D visualization of a light ray passing through different sized prisms. 

### Project Overview
Design a dynamic and educational visualization of light refraction through multiple prisms of varying sizes. Use a top-down 2D perspective to clearly show the trajectory and refraction angles of light.

### UI/UX Design and Flow
Define a layout with a clear, minimalist top-down view. Include draggable and resizable prism shapes. Allow users to input custom sizes for prisms. Use vibrant colors for light rays and pastel shades for prisms to enhance visual distinction.

### Core Functionality and Logic
Implement physics-based refraction calculations to realistically visualize light paths through prisms. Provide real-time feedback as users adjust prism configurations. Include an option to reset to default settings for easy experimentation.

### Best Practices
Ensure responsiveness across devices and maintain high performance. Use intuitive interaction patterns to facilitate user engagement and understanding. Prioritize accessibility and clarity in design.

original prompt

Визуализация прохождения луча через призмы разного размера, вид сверху, 2d

Q: Какие элементы должны быть включены в визуализацию?
A: Например, прямая линия для луча света и разные размеры призмы.

Q: Какой цветовой схемы вы хотели бы использовать?
A: Например, яркие цвета для лучей и пастельные для призм.

generation cost summary

model name: o3-mini-high

response time: 124.39 sec.

result tokens: 20,114

cost: $0.08909890