2,143 results

Create standalone Functional Mock-up Units (FMUs) from Simulink models and C/C++ source code

Create standalone Functional Mock-up Units (FMUs) from your design with FMU Builder for Simulink support package. The generated FMUs can be configured to be compliant with either FMI 2 or FMI 3

Renewable Energy Based Micro-Grid Power Management System & Economic Unit Commitment through ANFIS intelligent Controller - www.pirc.co.in

Toolbox for generating uniform sampling patterns and decompositions of a unit sphere

, andmedical imaging (e.g., HARDI). The purpose of this submission is to provide Matlab users with a set of functions forgenerating uniform sampling patterns and decompositions of a unit sphere.Summary of Main

Enables operations using hundreds of supported physical units of measurement and physical constants.

If the Physical Units Toolbox is on your MATLAB path, there is nothing to initialize, import, add to your workspace, or pass to functions - simply multiply/divide by u.(unitName) to attach physical

This toolbox attaches units to Matlab variables and enables unit conversion.

much easier.The "unit" statement attaches units to a variable. For example, >> x=unit(2,'yards') x = 1.8288 mreturns the answer in International (SI) units. If you would rather have you answer

Convert units of pressure, length, time, force, mass, accel., temp, speed, frequency, area, & more!

bundle take the form from2to(). EXAMPLE: Convert 700 kilopascals to pounds per square inch: kPa2psi(700) ans = 101.5264 Supported units and their abbreviations: ACCELERATION:centimeters per

Water electrolysis modelling toolbox for UI curve parametrization

Transforms axes units to normalized units for annotation objects.

The annotation() function in MATLAB requires the X and Y coordinates for the object in normalized units. However, to accurately place objects, (without using GUI) we would like to give the annotation

A utility function to simplify use of annotation function

The annotation function, which allows you to programmatically add a wide range of annotations to your figure, requires coordinates to be specified in normalized figure units. I have found that I

A complete suite for using real world units in matlab.

The units.m function provides a complete methodology of incorporating real world units into matlab calculations. Units.m returns a struct with fields containing a new class of variable called a

This code provides an effecient, easy to use, method of incorporating real world units ...

***Note*** This method of using units is quick and clean. For a more complete version that automatically does dimensional analysis, see the file entitled "Units and Dimensions Suite for Matlab" (See

Control Zaber motion devices from MATLAB.

protocol-agnostic use of basic functionality. Unit of measure conversions are provided for many devices via a lookup table, which can be updated via an included Python script to pick up newly released product

Spatial math primitives for MATLAB

Easily calling PhreeqcRM from Matlab

Quantitative Magnetic Resonance Imaging Made Easy with qMRLab: Use GUI or CLI to fit and simulate a myriad of qMRI models.

Multiple dot, cross, and outer products, cross divisions, norms, normalizations, projections, etc.

testingThe functions testDOT2, testCROSS2, testOUTER, testPROJECTION, testREJECTION, testUNIT, testXDIV, testOCD, stored in a separate folder "Testing", contain the code I used to test the output of the main

psssMOR - A Parametric Sparse State-Space and Model Order Reduction Toolbox

animate single or multi-unit cars (or tractor / trucks - trailer)

This toolbox provides several functions and *.m-files to animate single or multi-unit car (or tractor / trucks - trailer) combinations with given trajectories of their center of gravity

Collection and a development kit of Matlab mex functions for OpenCV library

LaserPulse is a Matlab class for simulations in nonlinear and ultrafast optics.

GIBBON: The Geometry and Image-Based Bioengineering add-ON for MATLAB

Release 6.1925 of a collection of functions for analysis/display of seismic and well-log data.

C Code Integration in MATLAB and Simulink to Control an External Interface.

This file allows to automate microwave office projects controlled through MATLAB.

- **``main.mlx``**\This is the main document that can be used to navigate to the rest of the Live Scripts in the repository- **``main_unitTests.mlx``**\This is the Live Script that executes the unit tests

linear multivariate statistics

MATLAB Toolbox for working with high-dimensional tensors in the Tensor-Train (TT)-format

Implementation of the Vancouver Raman Algorithm

A Matlab benchmarking toolbox for kernel adaptive filtering

The app is used for PKPD Modeling and Simulation.

Plot correlation matrix as a schemaball

The app is used for QSP Modeling and Simulation.

Core Matlab scripts for Gemini

Celestial to Terrestrial transformation (i.e. MJ2000 to ECEF)

implemented in MATLAB. All relevant references are listed in the References section. Select papers are avaliable in the docs/refs folder.Default 2010 IERS convention.Tests: Run unit tests via

This is the fully public version of QSP Toolbox. Please check the README file for the current version of MATLAB that is supported.

Convert incoming signal's unit to the required output units.

The block can be used to convert the units of the incoming signal to the required units at the output. Provided the user knows the units of the incoming signal.Note: The block will work in Matlab

Converts input into a standardized unit.

Unit Converter ComponentVersion: 1.0Converts input into a standardized unit.SyntaxNote: A conversion table containing units and conversion factors is used. The conversion factors are taken from

A Matlab Pacman code in which both Pacman and the ghosts are controlled by the computer.

xUnit for Matlab 4.1.0

other hand if you've got lots of existing xUnit tests, if you want to take advantage of the extra features of this framework, or if you just prefer to use open-sourced code, keep reading. * Now that Steve

GISMO - a framework for scientific research in seismology/infrasound

TPMS Designer is a toolbox to aid in design and analysis of cellular structures

Release 10.0301 of a collection of functions for analysis/display of seismic and well-log data.

Bayesian methods (RVM) for learning sparse representation

This file contains matlab simulations of nodal interaction scenarios in VANETs

MATLAB Toolbox to simulate and optimize chemical reactors

It is wave equation on sphere surface. Land influence neglected. There are colormap and lands veiw.

Simulation of balls collisions. Balls are same. Elastic collisions. No gravity.

Class for tagging values with units. Provides for transparent conversion, unit checking & combining.

; convert(height,'kg') ??? Error ==> units are incompatable >> height + speed ??? Error ==> units are incompatable >> speed * dimension(1.5,'hr') ans = 90 mi >> thickness =

Estimation of Positive Definite Diffusion Tensors from Diffusion Weighted MRI

MATLAB code for reading and writing CIFTI connectivity files

Toolbox for analysis and visualization of fNIRS data

Matlab interface for HDF5 files created by Multi Channel Systems MCS software

This code is developed to automate your Newport serial devices through MATLAB.

MATLAB toolbox for visualizing brain data on surfaces.

Toolbox for performing modal identification using second order blind source separation methods.

A variety of regression utilities

Brainstorm: Open source application for MEG/EEG data analysis

3D SIFT keypoints and feature descriptors, image registration, and I/O for DICOM, NIFTI.

Matlab functions to plot 3D maps from indentation tests