Inverse Floaters

Hilbert16.m:function, we can use it to scan [16 16] blockHilbert.m:function, we can use it to scan [8 8] blockHilbertinv16.m:inverse hilbert scan, we use it to reconsruct the blockHilbertinv.m:inverse hilbert scan, we use it to reconsruct the blocklena512.bmp:image of size [512 512]

compdct.m:main code to compress an image we only run compdct.mdecompdct.m:to decompress an image we only run compdct.mresize.m:proba.m:zigzag.m:zigzag scan for bloc [8 8]zigzaginv.m:inverse zigzag scan for bloc [8 8]zigzag16.m:zigzag scan for bloc [16 16]zigzinv16.m:inverse zigzag scan for bloc...

DEC2MBASE: converts decimal integers to multiple based numbers.MBASE2DEC: the inverse function of DEC2MBASE.Two corresponding html documents are also supplied for detailed documentation.


Platforms: Matlab

The developed GUI implements the Forward and Inverse kinematics of a 3-PRR planar parallel manipulator. It provides options to modify the geometry of the manipulator. Yoshikawa and condition number manipulability of the manipulator can be evaluated. Maximal, dexterous and constant orientation...


Platforms: Matlab

CUTE works with all modern browsers without the need of additional plugins. Example syms a b c d e f g h i; cute ({inv([a, b, c; d, e, f; g, h, i]); ... sqrt(sinh(a)/acosh(b) - ... 42*log(c)) + ... exp(d) + ... e^(1/f)^g^(1/h)-1/(1+1/(1+1/(1+1/i)))}) is a torture test and displays a column...


Platforms: Matlab

The function is much faster than Matlab's native (dct, idct, dct2, idct2). It also allows N-D (multidimensional) input.Example:x=randn(100,200,300);y=mirt_dctn(x); % forward DCTx=mirt_idctn(y); % inverse DCTFind more at my home page:http://www.bme.ogi.edu/~myronEnjoy and comment below if you like...


Platforms: Matlab

DRAGZOOM allows you to interactively manage the axes in figure. This simple function for usable dragging and zooming of axes, rotate 3D axes, using the mouse and the keyboard shortcuts.Features:- Supports 2D-Plots, 3D-plots, Log plots and Images- Supports multiple mixed (subplots) (2D, 3D) axes...


Platforms: Matlab

INVDISTGRID Simple, robust gridding using inverse-distance interpolation. [Xi,Yi,Zi] = invdistgrid[X,Y,Z,dx] Grids values in vector Z with coordinates X and Y into an array with spacing dx using inverse-distance weighting (default power =2). All data between grid points are used in weighting. If...


Platforms: Matlab

When interpolating a multivalued function (more than one y for each x), interp1 produces, at best, an error (if there are identical x data), and at worst, garbage (see the attached image). This function performs meaningful interpolation of a multivalued function, when the inverse (x = g(y)) is a...


Platforms: Matlab

This m-function returns the negative hypergeometric probability density function with parameters M, N and A at the values in X. Note: The density function is zero unless M, N and A are integers.If a lot consists of M acceptable items and N defective ones. Suppose that items are drawn at random...


Platforms: Matlab

Matlab's PINV(X) computes the Moore-Penrose generalized inverse of X, which is unique. Instead, GINV(X) computes any g-inverse of X. In fact, GINV returns a different g-inverse in each draw.


Platforms: Matlab

Performs hierarchical clustering of data using specified method andseraches for optimal cutoff empoying VIF criterion suggested in "Okada Y. et al - Detection of Cluster Boundary in Microarray Data by Reference to MIPS Functional Catalogue Database (2001)".Namely, it searches cutoff where groups...


Platforms: Matlab

GQQPLOT(X,DIST) makes an plot of the quantiles of the data set X versus the inverse of the cdf of a distribution specified in DIST, evaluated at probabilities equal to the quantiles of X. The parameters of the distribution are calculated from X.The purpose of the QQ plot is to determine whether...


Platforms: Matlab

% IRAU rationalized arcsine transform% IRAU(RAU,N) transforms the RAU values to the number of correct responses% using the rationalized arcsine transform. N gives the number of repetitions.%% IRAU(RAU,N,opt) defines one of the following options:% 'Pc' ... IRAU returns the percent correct scores...


Platforms: Matlab

Cauchy cdf, pdf, inverse cdf, parameter fit, and random generator.Implementation package of the Cauchy distribution.cauchycdf: Cauchy cumulative distribution function (cdf).cauchyfit: Parameter estimation for Cauchy data.cauchyinv: Inverse of the Cauchy cumulative distribution function...


Platforms: Matlab

The files in this folder contains small routines for MATLAB to compute and plot triangular probability denstity function. There are following 4 files:tglpdf : Compute and plot triangular probability density function for given value of X (X can be scalar or matrix)tglcdf : Compute and plot...


Platforms: Matlab

Add to Your statistic toolbox this functions:KolmCdf - Kolmogorov cumulative distribution function:F(x)=sum((-1)^n*exp(-2*n^2*x^2),n,-inf,inf);KolmPdf - Kolmogorov probability distribution function;KolmInv - Inverse of the Kolmogorov cumulative distribution function.


Platforms: Matlab

Inverse every 2D matrix slice (the first two dimensions) for multi-dimensional array M: M(:,:,p,q,...) * X(:,:,p,q,...) = repmat(eye(m),[1,1,p,q,...]),where input M is a N-D array (m x m x [p x q x ...]), for all possible m=1,2,3,...and optional higher dimensions. Output X array has the same size...


Platforms: Matlab

rle:Run Length Encoding, use it to compress a vector of values.irle:Inverse Run Length Encoding, use it to reconstruct a vector of values.Readme:Help, how you can use this code.


Platforms: Matlab

FILLNANS replaces all NaNs in array using inverse-distance weighting.Y = FILLNANS(X) replaces all NaNs in the vector or array X by inverse-distance weighted interpolation: Y = sum(X/D^3)/sum(1/D^3)where D is the distance (in pixels) from the NaN node to all non-NaN values X. Values farther from a...


Platforms: Matlab