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2-D Ray Tracing - MathWorks
https://www.mathworks.com/matlabcentral/answers/383598-2-d-ray-tracing
2 Link Let P1= [x1,y1] and P2= [x2,y2] be the two endpoints of a line segment of the reflecting "wall", and let P3 = [x3,y3] be a point on a ray with vector v = [v1,v2] pointing from P3 along the ray. Assume that the ray will intersect the given line segment. The point of intersection, P4, of the ray with the wall segment will be:
Ray Tracing Tools - Center for wireless information …
https://www.cwins.wpi.edu/projects/ray-tracing.html
A 2D ray tracing program called XRAY was originally developed at CWINS in the early 90s operating in a UNIX environment using X-Windows for the GUI. The 2D ray tracing computational engine has since been incorporated into a larger Windows based software tool called PlaceTool for optimum deployment of indoor wireless systems.
2D ray tracing – Excel Unusual
https://excelunusual.com/tag/2d-ray-tracing/
This section begins by charting the incident rays on the same 2D acatter chart with the mirror and then explains how to derive the Cartesian coordinates for a “final” point which together with the point of incidence will define the reflected …
2D Ray Tracing - GitHub: Where the world builds software
https://github.com/000Nobody/2D-Ray-Tracing
2D ray tracing made with python and pygame. Contribute to 000Nobody/2D-Ray-Tracing development by creating an account on GitHub.
List of ray tracing software - Wikipedia
https://en.wikipedia.org/wiki/List_of_ray_tracing_software
From Wikipedia, the free encyclopedia Ray tracing is a technique that can generate near photo-realistic computer images. A wide range of free software and commercial software is available for producing these images. This article lists notable ray-tracing software. References
simulation - 2D optical ray tracing - Stack Overflow
https://stackoverflow.com/questions/4296219/2d-optical-ray-tracing
Not sure that solves your problem, but at least for the "find out what the ray hits" you can always "embed" a 2D scene into a 3D scene by making each line (x0,y0)- (x1,y0) into a quad (x0,y0,z=0)- (x1,y1,z=1), then change all yours rays (ex,ey)+r* (dx,dy) into a "3D" ray (ex,ey,z=0.5)+r* (dx,dy,0.f).
GitHub - kanhua/cpp-raytracing: A 2D ray-tracing program …
https://github.com/kanhua/cpp-raytracing
A 2D ray-tracing program using generalized Snell's law - GitHub - kanhua/cpp-raytracing: A 2D ray-tracing program using generalized Snell's law
NORSAR-2D - NORSAR Innovation
https://www.norsarinnovation.com/products/norsar-2d/
NORSAR-2D Is a powerful package for ray-based seismic modelling and depth conversion. Is flexible, fast, accurate and user-friendly. Is ideal for training, teaching, research, as well as industry-scale projects. Some of the applications: Build and depth-convert 2D models. Plan and evaluate surveys. 2D illumination studies.
Ray tracing (graphics) - Wikipedia
https://en.wikipedia.org/wiki/Ray_tracing_(graphics)
In SDF ray marching, or sphere tracing, each ray is traced in multiple steps to approximate an intersection point between the ray and a surface defined by a signed distance function (SDF). The SDF is evaluated for each iteration in order to be able take as large steps as possible without missing any part of the surface.
Free Ray Optics Simulation - 3DOptix
https://3doptix.com/pages/ray-optics-simulation
The Ray Optics Simulation software model a beam of light as a group of rays that can propagate in a straight path as they travel in a homogeneous medium but also can be reflected, refracted, or absorbed at boundaries on different surfaces of different materials according to …
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