A runtime model checker for exploring all possible interleavings of a multithreaded C/C++ programs.
This program displays the contents of a matrix in a newly-generated Matlab figure for easy viewing and printing. The figure size, font size, and cell size are all sized according to both screen size and matrix size. Includes options for displaying...
X = POWERM_PADE(A,P) computes the P'th power X of the matrix A, for arbitrary real P and A with no nonpositive real eigenvalues, by the Schur-Pade algorithm. [X,NSQ,M] = POWERM_PADE(A, P) returns the number NSQ of matrix square roots computed and...
VMatrixLib is a little, handy, Java matrix library which implements a set of utility functions (such as calculus of the determinant of a matrix, calculus of the rank, inverse matrix, and many others..) that anyone who have to use matrices needs.
[h,varargout]=plotColumns(data,varargin) plots columns of a matrix as if each column is a time series
USAGE: plotColumns(data); [h] = plotColumns(t,data); [h] = plotColumns(t,data,{colors}); [h] =...
This function finds duplicate values along the first column of a matrix, averages the remaining rows, and removes the duplicate rows.
Function colAUC calculates Area under ROC curve (AUC) for a vector or for each column of a matrix.
The main properties of this code: * Ability to work with multi-dimensional data. * Ability to work with multi-class...
Calculates the inverse I of a matrix A.
Finds the adjoint of a matrix of any size. This code was tested under the student edition of matlab version 5.0. Note: This also appears to work under MATLAB 5.2.1
RANDBLOCK - randomize blocks of a matrix
R = RANDBLOCK(M,S) randomizes the matrix M by dividing M into non-overlapping blocks of the size specified by S, and shuffling these blocks. M can be a N-D matrix.
The number of...
The set of vectors is passed like column vectors of a matrix. This algorithm take advantage of the matrix form using sub matrix (more vectors at the same time). I've tested it with a random 1000x1000 matrix (so 1000 vectors 1000x1)...
This function generates the 2D Walsh or Hadamard Transform of a matrix. Where the Walsh Transform uses the sequency ordered matrix and the Hadamard the natural/hadamard ordered matrix. The paley ordered transform is not yet...
This function calculates column-wise mode values of a matrix. If there are no modes in a column, it returns NaN. Column mode values are stored in a cell array. This is a modified version of "fastmode.m" by Harold Bien.
nancumsum: Cumulative sum of a matrix, with user-specified treatment of NaNs. Computes the cumulative sum of matrix A along dimension DIM, allowing the user to replace NaNs with zeros, to skip over them, or to reset on NaNs,...
nancumprod: Cumulative product of a matrix, with user-specified treatment of NaNs.
Computes the cumulative product of matrix A along dimension DIM, allowing the user to replace NaNs with ones, or to maintain NaNs as placeholders. ...
Up to now, to find the first non-zero element of a matrix along a column (for example) user might:
1. Use for-loop with FIND command for j=1:size(A,2) ... = find(A(:,j), 1, 'first'); end 2. Use other...
This is just a simple C program to compile your C++ code to a Debian executable. Only works with a kernel running bash.
Recently I looked at the download stats and someone from the Philippines downloaded this onto a Windows machine, so...
A simple C# Program created for managing processes currently running on your PC.
This is a perl guestbook program where the users can leave their comments along with email address, name, location and url of a site. This program permits the users to define the number of guestbook entries for displaying per page. This program...
OBJECTIVE: Identify BCD inputs A,B,C,D (which correspond to numbers 1,2,4,8 randomly).
about: BCD input consists of A, B, C and D which are accidentally jumbled during the design phase. States of A, B, C and D can be used by... |