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wavepacket-cpp-0.1.1b

于 2020-07-04 发布 文件大小:304KB
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下载积分: 1 下载次数: 15

代码说明:

  c++编写的小波包算法,可以实现小波包分解与重构,速度较快(A wavelet packet implementation written in C++, does wavepacket decomposition and reconstruction quite efficiently)

文件列表:

wavepacket-cpp-0.1.1b
.....................\AUTHORS,146,2016-09-13
.....................\Demos
.....................\.....\FreeParticle
.....................\.....\............\Gaussian_1D
.....................\.....\............\...........\1
.....................\.....\............\...........\.\demo.cpp,2707,2016-09-13
.....................\.....\............\...........\.\Makefile,687,2016-09-13
.....................\.....\HarmonicOscillator
.....................\.....\..................\Gaussian_1D
.....................\.....\..................\...........\1
.....................\.....\..................\...........\.\demo.cpp,3234,2016-09-13
.....................\.....\..................\...........\.\Makefile,687,2016-09-13
.....................\.....\..................\Gaussian_2D
.....................\.....\..................\...........\1
.....................\.....\..................\...........\.\demo.cpp,3337,2016-09-13
.....................\.....\..................\...........\.\Makefile,687,2016-09-13
.....................\.....\Makefile,506,2016-09-13
.....................\deploy
.....................\......\readme,61,2016-09-13
.....................\doc
.....................\...\builder.doc,115,2016-09-13
.....................\...\complexutil.doc,127,2016-09-13
.....................\...\doxygen.config,99426,2016-09-13
.....................\...\extern.doc,105,2016-09-13
.....................\...\functor.doc,139,2016-09-13
.....................\...\grid.doc,91,2016-09-13
.....................\...\operator.doc,79,2016-09-13
.....................\...\propagator.doc,109,2016-09-13
.....................\...\util.doc,79,2016-09-13
.....................\GPL.txt,18092,2016-09-13
.....................\include
.....................\.......\builder
.....................\.......\.......\StateBuilder.hpp,4567,2016-09-13
.....................\.......\complexutil
.....................\.......\...........\RedfieldBuilder.hpp,8560,2016-09-13
.....................\.......\extern
.....................\.......\......\odeint_impl.hpp,5747,2016-09-13
.....................\.......\......\tensordefs.hpp,1078,2016-09-13
.....................\.......\functor
.....................\.......\.......\misc
.....................\.......\.......\....\Interpolator.hpp,2163,2016-09-13
.....................\.......\.......\potentials
.....................\.......\.......\..........\HarmonicFunction.hpp,2520,2016-09-13
.....................\.......\.......\..........\MorseFunction.hpp,1910,2016-09-13
.....................\.......\.......\state
.....................\.......\.......\.....\Gaussian.hpp,2064,2016-09-13
.....................\.......\.......\.....\HarmonicState.hpp,2259,2016-09-13
.....................\.......\.......\.....\MorseState.hpp,2780,2016-09-13
.....................\.......\grid
.....................\.......\....\FFTGrid.hpp,3115,2016-09-13
.....................\.......\....\Grid.hpp,5966,2016-09-13
.....................\.......\....\Representation.hpp,3258,2016-09-13
.....................\.......\operator
.....................\.......\........\LinearOperator.hpp,3449,2016-09-13
.....................\.......\........\LiouvilleOperator.hpp,1295,2016-09-13
.....................\.......\........\liouvillian
.....................\.......\........\...........\CommutatorLiouvillian.hpp,2191,2016-09-13
.....................\.......\........\...........\LindbladLiouvillian.hpp,3293,2016-09-13
.....................\.......\........\...........\OneSidedLiouvillian.hpp,2245,2016-09-13
.....................\.......\........\...........\RedfieldLiouvillian.hpp,4237,2016-09-13
.....................\.......\........\...........\SumLiouvillian.hpp,2615,2016-09-13
.....................\.......\........\operations.hpp,2326,2016-09-13
.....................\.......\........\OperatorMatrix.hpp,6122,2016-09-13
.....................\.......\........\OperatorPrimitive.hpp,6412,2016-09-13
.....................\.......\........\primitive
.....................\.......\........\.........\CartesianKineticEnergy.hpp,3015,2016-09-13
.....................\.......\........\.........\Constant.hpp,2832,2016-09-13
.....................\.......\........\.........\CoordinateOperator.hpp,2401,2016-09-13
.....................\.......\........\.........\GenericOperator.hpp,2576,2016-09-13
.....................\.......\........\.........\MomentumOperator.hpp,2627,2016-09-13
.....................\.......\........\.........\Potential1D.hpp,3633,2016-09-13
.....................\.......\........\.........\PotentialND.hpp,3391,2016-09-13
.....................\.......\........\.........\potentials.hpp,2756,2016-09-13
.....................\.......\........\.........\PrimitiveProduct.hpp,2626,2016-09-13
.....................\.......\........\.........\PrimitiveSum.hpp,2423,2016-09-13
.....................\.......\........\.........\TensorOperator.hpp,2849,2016-09-13
.....................\.......\........\.........\TimeFunction.hpp,2945,2016-09-13
.....................\.......\........\SchroedingerOperator.hpp,2217,2016-09-13
.....................\.......\propagator
.....................\.......\..........\observer
.....................\.......\..........\........\LoggingOutput.hpp,2350,2016-09-13
.....................\.......\..........\primitive
.....................\.......\..........\.........\ChebychevHelper.hpp,3031,2016-09-13
.....................\.......\..........\.........\ChebychevPrimitive.hpp,4275,2016-09-13
.....................\.......\..........\.........\ChebychevRelax.hpp,3584,2016-09-13
.....................\.......\..........\.........\OdePrimitive.hpp,5840,2016-09-13
.....................\.......\..........\.........\OdeRelax.hpp,4813,2016-09-13
.....................\.......\..........\.........\ode_private.hpp,2335,2016-09-13
.....................\.......\..........\PropagationObserver.hpp,2844,2016-09-13
.....................\.......\..........\Propagator.hpp,4601,2016-09-13
.....................\.......\..........\PropagatorPrimitive.hpp,3892,2016-09-13
.....................\.......\util
.....................\.......\....\file_utils.hpp,3251,2016-09-13
.....................\.......\....\Manipulator.hpp,6838,2016-09-13
.....................\.......\....\special_functions.hpp,1369,2016-09-13
.....................\.......\....\wp_exceptions.hpp,6475,2016-09-13
.....................\.......\wavepacket.hpp,2845,2016-09-13
.....................\htm" target=_blank>LICENSE,463,2016-09-13
.....................\Makefile,2452,2016-09-13

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    vc++实现的矩阵运算方面得代码,很不错的,内容绝对好吃(matrix operations, code vc++ achieve very good, the content is absolutely delicious)
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    2020-12-23 20:49:06下载
    积分:1
  • jvzhenlianxi
    实现构建矩阵,矩阵的相加,相减,清零,以及转置,还有相乘的功能。(To build matrix, the matrix addition, subtraction, reset, and transposed, and the function of the multiplication. )
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    This directory contains code implementing the K-means algorithm. Source code may be found in KMEANS.CPP. Sample data isfound in KM2.DAT. The KMEANS program accepts input consisting of vectors and calculates the given number of cluster centers using the K-means algorithm. Output is directed to the screen. Usage for KMEANS is: KMEANS SOURCEFILE <enter> The format of the source file is: NPat - Number of patterns (int) SizeVect - Size of vector (int) NClust - Number of cluster centers(int) vect[1,1] ... vect[1,SizeVect] - vector 1 (real) vect[2,1] ... vect[2,SizeVect] - vector 2 (real) . . . . . . vect[NPat,1] ... vect[NClust,SizeVector] - vector N (real) To compile: ICC KMEANS.CPP <enter> (This directory contains code implementing the K-means algorithm. Source code may be found in KMEANS.CPP. Sample data isfound in KM2.DAT. The KMEANS program accepts input consisting of vectors and calculates the given number of cluster centers using the K-means algorithm. Output is directed to the screen. Usage for KMEANS is: KMEANS SOURCEFILE <enter> The format of the source file is: NPat - Number of patterns (int) SizeVect - Size of vector (int) NClust - Number of cluster centers(int) vect[1,1] ... vect[1,SizeVect] - vector 1 (real) vect[2,1] ... vect[2,SizeVect] - vector 2 (real) . . . . . . vect[NPat,1] ... vect[NClust,SizeVector]- vector N (real) To compile: ICC KMEANS.CPP <enter> )
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