Plant Decomposition

ChemEng Economics Calculator was mainly made to do the basic method of estimating the Net Present Value of a process plant. This easy to use software also include few small calculators, below is a list of the main features:(A) Net Present Value- the software goes through a series of calculations...

* Easy to use individual garden calendar pages. Perfect for off season garden planning! Create your own personalized calendar pages. Type in when you want to plant, fertilize, etc., right on the calendar pages! Print out your own customized calendar and garden notes, or just the calendar pages....

Graph::ModularDecomposition is a Perl module for modular decomposition of directed graphs. SYNOPSIS use Graph::ModularDecomposition qw(pairstring_to_graph tree_to_string); my $g = new Graph::ModularDecomposition; my $h = $g->pairstring_to_graph( ab,ac,bc ); print "yesn" if...


Platforms: *nix

Diversity Maps was specially developed as a data visualization utility for plant geneticists and breeders. Diversity Maps is a Perl-based tool that can generate publication-quality, vector-based chromosome maps displaying differences in marker states between individuals.


Platforms: Windows, 2K, XP, Windows Vista, 7, 7x64

Flowers are reproductive portion of any flowering plant (i.e. angiosperm family). Flowers present a multitude of combinations of color, size, form, and anatomical arrangement. These days flowers play a very important role in our daily life to balance our social behavior. Flowers are commercially...


Platforms: Windows

You have been gifted with an opportunity to take on the greenie challenge! Paint the town green by planting trees, shrubs and flowers. Build water features, and choose from a wide variety of decorations to add that magical spark. Meet interesting clients along the way, from a good- natured...


Platforms: Windows

The purpose of this program is to teach a computer to classify plants via their leaves. You just need to input the image of a leaf(acquired from scanner or camera), then the computer can tell you what kind of plant it is.


Platforms: Windows, Mac, Linux

GUI for univariate time series modeling and decomposition based on Pandit and Wu (1983)


Platforms: Matlab

This is the 2-D Fast DOST Decomposition. The computational complexity is O(NlnN)


Platforms: Matlab

Split the signal S(SPACE,TIME) into its downward/upward space propagating and stationnary components via a 2D Fourier decomposition. S is a (SPACE,TIME) matrix. We eventually proceed to a space and/or time filtering. DT,DX are temporal and space step. PERIOD=[Tmin Tmax] and WAVELENGTH=[Xmin Xmax]...


Platforms: Matlab

This scrip determines the column vector 'x', given the LU decomposition of matrix 'A'.It performs the forward substitution, finding 'y=L*z', then, by backward substitution: 'z=U*x', determines the values of 'x'.


Platforms: Matlab

The function is called upon as follows:a = bemd(im1);im1 -> Imagea(:,:,1) => IMF 1a(:,:,2) => IMF 2a(:,:,3) => IMF 3a(:,:,4) => Residu


Platforms: Matlab

This code was written to deal with "Zernike polynomials" code graciously donated by Paul Fricker via file exchange.Here you will find a practical example of a function decomposition byZernike basis.The function is F below, feel free to modifyUnlike Paul's example found in 'zernfun2.m' here the...


Platforms: Matlab

Given a continuous-time system with parameters, can we find the range (or intervals) of the parameters where the system is stable?When the system model is written with the Laplacian transform, the question is equivalent to finding all the roots of a parameterized polynomial where the real parts...


Platforms: Matlab

main executing reference usage: observeWaveletDecompositionBenchmark_N_levels.mThe objective is to illustrate wavelet decomposition, and to describe how operations may be done in the wavelet domain before the reconstruction. The demo decouples the wavelet operations (transform, operation in...


Platforms: Matlab

The solution of the nearest correlation matrix applies the hypershpere or spectral decomposition methods as outlined in Monte Carlo methods in Finance by Peter Jackel, Chapter 6.Use CorrelationExample.m that applies a simple example for the two cases.


Platforms: Matlab

The function qtdecomp_var.m peformes quad tree decomposition of square gray-scale image using varience criperion. If an image block has varience greater or equal to the whole image varience (optionally weighted), then the block is split further. The weighting has an effect on the splitting...


Platforms: Matlab

Using pyramid decomposition and iterative refinement, OF is calculated. Includes a demo and a paper that thoroughly explains the methodology.


Platforms: Matlab

rrlu computes a rank revealing LU factorization of a general m-by-n real full matrix A using partial pivoting with row and column interchanges.The factorization has the formA(P,Q) = L * Uwhere P and Q are permutation vectors, L is lower triangular(lower trapezoidal if m > n), and U is upper...


Platforms: Matlab

Using the Cholesky decomposition, it generates n iterations of multivariate Gaussian random variables for a given mean vector (mu) and variance-covariance matrix (sigma).mvgrnd(mu,sigma,n)


Platforms: Matlab