多光源與多孔徑的繞射干涉模擬器 

Based on wave optics, this tool simulates the light intensity distribution formed by diffraction and interference after light passes through an aperture.

It supports single and double light sources, as well as 10 or 30 randomly distributed sources, allowing observation of how spatial coherence affects interference fringes.

The spacing between light sources, their relative angles, and positional offsets can be freely adjusted, enabling real-time observation of changes in the interference pattern.

Both circular and rectangular apertures are supported, with configurable aperture size and rotation angle.

Users can choose between a single aperture or a double aperture to compare single-aperture diffraction with double-aperture interference.

The system simultaneously displays the two-dimensional light intensity distribution and a one-dimensional cross-sectional intensity profile, enhancing quantitative understanding.

The cross-section position can be adjusted in real time or selected directly by clicking on the image, making it easy to observe variations in fringe intensity.

Both monochromatic and white-light modes are supported; in white-light mode, multiple wavelengths are superimposed to produce colored interference patterns.

A complete geometric schematic is provided, clearly showing the relationships among the source plane, aperture plane, and imaging plane.

All computations and interactions run in real time directly in the browser, with multilingual support, making it suitable for teaching and exploratory learning.