搜索资源列表
render
- Render .NET is an 3D Photorealistic Rendering Library - REYES(RenderMan),Ray / Photon Tracing Architecture - Complex Models such Quadrics / Patches / Mesh... - Primitive / Displacement(True) / Surface / LightSource / Volume/Imager Shaders - Sampling
coloc3D
- Descr iption: This scr ipt allows the user to load 3-D TIFF images, such as those derived from confocal or 2-photon microscopy, into the MATLAB workspace for analysis of colocalization between two images in 3-D. It includes a function <getstacks&g
photon
- photon mapping的vc++程序实现，使用opengl api，模拟了光子跟踪的绘制算法-photon mapping of vc++ program implementation, the use opengl api, to simulate the photon mapping algorithm for tracking
jiang4
- matlab模拟光子筛设计源代码，可以模拟生多钟光子筛器件模拟图。-matlab simulation of photon sieve design source code, can simulate multiple photon sieve bell device simulation Fig.
Focus_On_Photon_Mapping
- 专论游戏图形引擎中的光线追踪和光子着色。比较详细-Focus On Photon Mapping
VB_IRPHOTON
- 美国军工FIIR公司红外热像仪Photon 控制协议和操作说明。并附上VB编写的指令CRC叠加器。结果可以直接控制设备-U.S. military FIIR' s Thermal Imaging Photon Control Protocol and operating instructions. VB together with written instructions CRC Adder. The results can directly control equipment
ghost-imaging
- 利用双光子纠缠方法进行双路轨道角动量光学鬼成像过程。-Using two-photon entanglement the dual orbital angular momentum of optical ghost imaging process.
LineDection
- 论文《一种基于梯度的直线段检测算法—光子学报》的matlab源码和论文PDF，点main函数运行，直线段效果非常好。里面还有一个main_hf的哈夫变换的直线段检测方法，作为对比。-Paper " based on gradient line segment detection algorithm- Photon Technology" matlab source, point main function runs, the effect is very good straig
junyun_rand_ps
- 均匀分布情况下的光子筛，可作为源代码，进一步编写。-Photon sieve evenly distributed situations, can be used as source code, further development.
progressivePhotonMap
- 渐进式光子映射的代码。取自OptiX光线追踪引擎。-Progressive photon mapping code. From the OptiX ray tracing engine.
zenphoton
- Zen Photon Garden is a 2D light ray tracing art program that runs in the browser, using HTML5 and Javascr ipt Web Workers for the rendering.
PhysRevA.52.R3429.pdf
- 鬼成像技术最早的论文 具有指导意义 入行最早应该阅读的文章(Optical imaging by means of two-photon quantum entanglement)