Scalar Quantities

This script lets you treat  python sets.The constructor takes any number of scalars and/or Superposition instances. These items are the possible states. When doing scalar operations on such objects, the operation is delegated to its possible statbjects, tr />

MayaVi is a free, easy to use scientific data visualizer. It is written in Python and uses the amazing Visualization Toolkit (VTK) for the graphics. It provides a GUI written using Tkinter. Features - An easy to use GUI. - Can be imported as a Python module from other Python programs and can...

LLR_DEMOD LLR Demodulator H = LLR_DEMOD_MEX(CONSTELLATION, MAPPING, METHOD) constructs a LLR demodulator object H for a given constellation, mapping and noise variance. The vectors CONSTELLATION and MAPPING are usually generated by using MATLAB Modem Modulation Modem. and contain the complex or...


Platforms: Matlab

This program analyzes the performance of a voltage source inverter with Sinusoidal-pulse-modulated output, under different loading conditions.The inputs are:- The frequency of the output voltage waveform.- The modulation index.- The phase angle of the load.- The frequency of the carrier...


Platforms: Matlab

This zip file contains three functions: dbm_to_vpp which converts dBm to a peak-to-peak voltage; dbmean which calculates the average or mean decibel value of two or more decibel quantities; and nextpow10 which returns the next higher power of 10 for a specified number.


Platforms: Matlab

Measures of Analysis of Time Series (MATS) toolkit computes a number of different measures of analysis of scalar time series (linear, nonlinear and other statistical measures). It also contains pre-processing tools (transformations and standardizations), data splitting facility, resampled data...


Platforms: Matlab

For purposes of these tools, a quaternion, q, is just a four element vector where q(1:3) is the "imaginary" or "vector" portion of the hypercomplex number, and q(4) is the "real" or "scalar" portion. Consequently, if q represents a rotation, then: q(1) = v1*sin(phi/2) q(2) = v2*sin(phi/2) q(3) =...


Platforms: Matlab

Set of functions providing the attenuation and energy absorption coefficients of x-ray and gamma-ray photons in various materials, based on NIST report 5632, by J. Hubbell and S.M. Seltzer.X = PhotonAttenuation(Material, Energy, Options, Thickness)Function providing the attenuation and energy...


Platforms: Matlab

This file creates an interactive GUI for navigating and plotting Simscape simulation data. You can navigate the simscape.logging.Node object using a tree browser, and the data is plotted for you automatically. This makes it easier to plot the different physical quantities in your network without...


Platforms: Matlab

This function generate the point-spread function for a widefield microscope using a scalar diffraction-limited model (Stokseth refer to [1] and [3] below)----------------Input parameters:lambdaEx: Excitation Wavelength (in nm)lambdaEm: Emission wavelegnth (in nm)numAper: Numerical aperture of the...


Platforms: Matlab

N = ROMAN2ARABIC( S ) produces the Arabic numeral, N, for a given Roman numeral, S. S is a string. N returns a scalar number.


Platforms: Matlab

S = ARABIC2ROMAN( N ) produces the Roman numeral, S, for a given Arabic numeral, N. N is a scalar number. S returns a string.Limitation: Does not handle Arabic values greater than 3999


Platforms: Matlab

CCDF Complementary Cumulative Distribution Function of an array of numbers. Y = CCDF(X,STEP) returns an array of values of the complementary cumulative distribution function for the N-Dimensional array X, calculated foreach element of the 1-Dimentional array RANGE which ranges from min(X) to...


Platforms: Matlab

reduced_array = data_reduction_algorithm(raw_data, tolerance)raw data: 2 column's (time + data)tolerance: scalar (0....+inf-1)array need's to be time distinct!should work on Matlab 7.0 R14 also


Platforms: Matlab

This function executes the analysis of the Acid-Base status of a blood sample given the pH and the pCO2 (in mmHg). The function plots a nomogram with 13, differently coloured, zones. The zone in which your data fall represents the Acid-Base status of your blood sample. By itself, the function...


Platforms: Matlab

This function uses a vectorized version of the marching cubes algorithm to compute a triangulated mesh of the isosurface within a given 3D matrix of scalar values at a given isosurface value. The output is a triangulated mesh specified in terms of a face list and a vertex list. The orientation of...


Platforms: Matlab

It calculates perfect even #'s with 2^(p-1)*(2^p - 1) where p and (2^p - 1)%are prime. A subsequent run yields a faster run-time. The code is fully%vectorized and hence cleaner than previous versions of the function.%NB: if (2^p - 1) is a Mersenne prime then a perfect number has been...


Platforms: Matlab

Various quantities related to the thyristor and power system is illustrated here.Some very basic questions like how to change the firing angle of the thyristor, how to measure the voltage waveform..etc are answered here.Firing angle: THis is changed with the help of pulse generator. The input...


Platforms: Matlab

The function essentially simulates the colored noise which essentially is a correlated process and unlike the white noise does not have flat PSD. Although white noise is a realistic process color noise seems more practical and hence it requires correct modeling and simulation. The simulation here...


Platforms: Matlab

Once the finite element matrix equations are solved for field values at the nodes, in postprocessing these derived quantities are graphically displayed. To know the variation of the field variable along the model/mesh contour plots of the field are plotted.The present code is useful for...


Platforms: Matlab