登录
首页 » Python » npinto-python-cuda-a361b56

npinto-python-cuda-a361b56

于 2010-01-11 发布 文件大小:1060KB
0 209
下载积分: 1 下载次数: 25

代码说明:

  Python bindings for CUDA 2.1 with numpy integration

文件列表:

npinto-python-cuda-a361b56
..........................\.gitignore
..........................\COMMENTS_JR.txt
..........................\COMMENTS_NP.txt
..........................\cuda
..........................\....\cu
..........................\....\..\cu_api.py
..........................\....\..\cu_defs.py
..........................\....\..\tests
..........................\....\..\.....\todo
..........................\....\..\.....\....\cu_add.py
..........................\....\..\.....\....\cu_blsc.py
..........................\....\..\.....\....\cu_gflops.py
..........................\....\..\.....\....\cu_poly.py
..........................\....\..\.....\....\cu_saxpy.py
..........................\....\..\.....\....\cu_sgemm.py
..........................\....\..\.....\....\cu_streams.py
..........................\....\..\.....\....\cu_trig.py
..........................\....\..\__init__.py
..........................\....\cublas
..........................\....\......\cublas_api.py
..........................\....\......\cublas_defs.py
..........................\....\......\tests
..........................\....\......\.....\todo
..........................\....\......\.....\....\cublas_saxpy.py
..........................\....\......\.....\....\cublas_sdot.py
..........................\....\......\.....\....\cublas_sgemm.py
..........................\....\......\__init__.py
..........................\....\cuda
..........................\....\....\cuda_api.py
..........................\....\....\cuda_defs.py
..........................\....\....\tests
..........................\....\....\.....\todo
..........................\....\....\.....\....\cuda_add.py
..........................\....\....\.....\....\cuda_blsc.py
..........................\....\....\.....\....\cuda_gflops.py
..........................\....\....\.....\....\cuda_GL.py

..........................\....\....\.....\....\cuda_poly.py
..........................\....\....\.....\....\cuda_QtGL.py
..........................\....\....\.....\....\cuda_saxpy.py
..........................\....\....\.....\....\cuda_sgemm.py
..........................\....\....\.....\....\cuda_streams.py
..........................\....\....\.....\....\cuda_trig.py
..........................\....\....\__init__.py
..........................\....\cufft
..........................\....\.....\cufft_api.py
..........................\....\.....\cufft_defs.py
..........................\....\.....\tests
..........................\....\.....\.....\todo
..........................\....\.....\.....\....\bfft.py
..........................\....\.....\.....\....\cuda_fft.py
..........................\....\.....\.....\....\cu_fft.py
..........................\....\.....\.....\....\dfft.py
..........................\....\.....\.....\....\gfft_cu.py
..........................\....\.....\.....\....\gfft_cuda.py
..........................\....\.....\.....\....\manyfft.py
..........................\....\.....\.....\....\sfft.py
..........................\....\.....\.....\....\xfft.py
..........................\....\.....\__init__.py
..........................\....\utils
..........................\....\.....\benchplot.py
..........................\....\.....\cuda_utils.py
..........................\....\.....\cu_utils.py
..........................\....\.....\libutils.py
..........................\....\.....\__init__.py
..........................\....\__init__.py
..........................\doc
..........................\...\Using-VBOs.pdf
..........................\examples
..........................\........\bw_test.py
..........................\........\TODO
..........................\........\__init__.py
..........................\ez_setup.py
..........................\htm" target=_blank>LICENSE
..........................\MANIFEST.in
..........................\misc
..........................\....\cf
..........................\....\cmpG
..........................\....\htm" target=_blank>compileC
..........................\....\compileCG
..........................\....\htm" target=_blank>compileCX
..........................\....\htm" target=_blank>compileG
..........................\....\htm" target=_blank>compileGso
..........................\....\cpuFunctions.c
..........................\....\cpuFunctions.py
..........................\....\ctypes_array.py
..........................\....\ctypes_array_test.py
..........................\....\ctypes_extra.py
..........................\....\devinfo_cr.py
..........................\....\devinfo_cu.py
..........................\....\gpuFunctions.cu
..........................\....\gpuFunctions.cubin
..........................\....\gpuFunctions.linkinfo
..........................\....\gpuFunctions.ptx
..........................\....\gpuFunctions.py
..........................\....\kernelGL.cu
..........................\....\matadd.txt
..........................\....\mklMath.py
..........................\....\README

下载说明:请别用迅雷下载,失败请重下,重下不扣分!

发表评论

0 个回复

  • water
    汪德灌教授那本 计算水力学书后的 perisiman 隐式差分法源代码的 c++版本,我是在fortran代码中改过来的,书中的fortran代码有错误, 请较高人才得以突破 这个东西应该比较有用的吧, 尤其对刚接触这方面知识的 注释很详细哦 而且有输入文件(Professor Wang Deguan that the calculation of hydraulics perisiman after the implicit difference method source code c++ Version, I was changed from fortran code, and the book fortran code error, please talents to break with this higher things you should be more useful, especially for刚接触this regard very detailed knowledge of the Notes and the input file Oh)
    2008-01-10 13:29:29下载
    积分:1
  • PMV-VB
    PMV,的热舒适指标计算程序VB编码,可供参考(PMV, thermal comfort index calculation program VB code, for reference)
    2020-11-17 16:09:40下载
    积分:1
  • 迭代法估Beta分布参
    求概率分布函数的参数方法 采用迭代法估计Beta分布的分布参数,(Estimation of distribution parameters of Beta distribution by iterative method)
    2018-04-19 09:01:14下载
    积分:1
  • Monte-Carlo
    详细全面的蒙特卡洛PPT讲解以及MATLAB算例,帮助大家0基础快速掌握MC的精华所在。(Detailed and comprehensive Monte Carlo PPT to explain and MATLAB example, to help you basically grasp the essence of MC.)
    2021-03-09 15:09:27下载
    积分:1
  • Poisson-equation
    二维泊松方程的定解问题:用5点菱形异步迭代格式求解泊松方程,h=5/4 ,误差s=1e-6 (Differential method for Poisson equation)
    2015-05-29 20:28:24下载
    积分:1
  • PGS
    Point Gauss Seidel method by fortran. CFD KLAUS A. HOFFMAN
    2015-04-09 14:01:52下载
    积分:1
  • elliptic-bearing-rotor-systems
    一篇小论文,转子动力学方面多耦合结构研究,是一篇值得研究的论文,题目为椭圆轴承-转子系统的稳定性与分岔。(A small paper, the dynamics of multi-rotor coupling structure, is a worthy research paper, entitled elliptical bearing- Rotor System Stability and bifurcation.)
    2011-09-30 09:05:21下载
    积分:1
  • quadrotorsimplesuper
    一个自己弄的四旋翼的非线性动力学模型的m文件(nonliner model for quadrotor)
    2014-12-26 23:15:18下载
    积分:1
  • SPH-for-couette
    光滑粒子(SPH)模拟couette流动,代码是根据刘桂荣老师《光滑粒子流体动力学-一种无网格方法》书后的代码改编,较实用,请需要的下载(Smoothed Particle (SPH) simulation couette flow, the code is based on Liu Guirong teacher " smoothed particle hydrodynamics- a non-grid method" Code adaptation of the book, more practical, please download required)
    2020-10-26 20:09:59下载
    积分:1
  • 模拟波动方程的有限元程序 FEM
    模拟波动方程的有限元程序,计算波场快照,有程序说明!(Simulation of the wave equation, the finite element program, calculate the wave field snapshot, procedural instructions)
    2020-06-30 00:20:02下载
    积分:1
  • 696518资源总数
  • 105877会员总数
  • 14今日下载