MATLAB Examples

The ibcso function plots International Bathymetric Chart of the Southern Ocean (IBCSO) digital bathymetric model dat using using Antarctic Mapping Tools. IBCSO data are described in full

The wind field is now simulated on a circle defined in the vertical plane (yz) normal to the flow. The function windSim2 is therefore used with two input files:

The ibcso_interp function interpolates bed elevations from the International Bathymetric Chart of the Southern Ocean (IBCSO) digital bathymetric model. IBCSO data are described in full

The ibcso_data function returns IBCSO bathymetric data and corresponding geographic or polar stereographic cartesian coordinates. IBCSO data are described in full on the IBCSO website

This example was authored by the MathWorks community.

Sinefit fits a least-squares estimate of a sinusoid to time series data that have a periodicity of 1 year.

Presents the generation of a turbulent wind field along with a horizontal line, assimilated to a bridge deck. The flow is assumed homogeneous and stationary along the deck.

The quiverps function plots georeferenced vector fields on a southern-hemisphere polar stereographic map.

Besselzero calculates the zeros of Bessel function of the first and second kind

The wind field is now simulated along a vertical line (e.g. a wind mast). I use the input file INPUT_MAST.txt with 20 nodes created along a vertical line, for altitudes ranging from 10 to 90 m.

Ps2ll is part of Antarctic Mapping Tools for Matlab (Greene et al., 2017). Click here for a complete list of functions in AMT.

How to create a histogram plot in MATLAB®.

Sineval produces a sinusoid of specified amplitude and phase with a frequency of 1/yr.

Sinefit_bootstrap performs a bootstrap analysis on the parameters estimated by the function sinefit. Bootstrapping means applying the sinefit function to a bunch of subsamples of the

Author: Tobias Neuhauser

How to create an inset plot within another plot in MATLAB®.

Set the motor voltages to have the robot move forward

This toolbox provides a set of Simulink virtual environments to aid in robotics educations. Users can interact directly with robots via actuator and sensor blocks to learn to program robots

How to create a polar plot in MATLAB®.

Psgrid is part of Antarctic Mapping Tools for Matlab (Greene et al., 2017). Click here for a complete list of functions in AMT.

Vxvy2uv is part of Antarctic Mapping Tools for Matlab (Greene et al., 2017). Click here for a complete list of functions in AMT.

How to create a 3D scatter plot in MATLAB®.

How to create a 3D plot in MATLAB®.

How to create a 3D line plot from a function in MATLAB®.

This function temporarily prints z values corresponding to clicked points on a surface or image. If multiple surfaces or images exist in the same axes, clickz first looks for surfaces and

Pathdistps is part of Antarctic Mapping Tools for Matlab (Greene et al., 2017). Click here for a complete list of functions in AMT.

A Torus is a geometric surface that can be represented by a doughnut: from any point on the surface, moving up/down or left/right will eventually lead you back to where you started, to continue

This code solves a test problem involving a Burgers equation on a square domain, described in "Singler (2014). The method relies on linear Lagrangian finite elements on a uniform triangular

How to visualize vector fields with streamlines in MATLAB®. Vector fields contain vector information for every point in space. For example, air flow data inside a wind tunnel is a vector

The data is a measurement from a class room The documentation of the measurement is found at http://legacy.spa.aalto.fi/projects/poririrs/

The scope of these two functions is to organize a flat dataset into a PIVOT table (and eventually undo it). This guide will illustrate how to use them.

The algorithm proposed by Wilczak et al. [1] is used to correct the tilt angles of one anemometer.

How to create a graph plot in MATLAB®.

How to create a simple stem plot in MATLAB®.

This scripts demonstrates the capabilities of the heatmap visualization function.

A number of people have asked me whether MATLAB can add text to heatmaps to show the exact values. This is very easy to do, however, making a the text robust to resizing, zooming and other

This function plots formatted histograms. It's similar to hist, but with more options for FaceColor, BarWidth, LineStyle, FaceAlpha, etc.

This demo uses MATLAB and the Technical Analysis (TA) Developer Toolbox to create and test a pairs trading strategy. The TA Developer toolbox complements the existing computational

The data are room impulse responses measured in a living room. Sakari Tervo & Jukka Pätynen, Aalto University, 2016 Sakari.Tervo@aalto.fi and Jukka.Patynen@aalto.fi Copyleft

The data are room impulse responses from left and right channel of a a home theater system.

How to create an errorbar plot in MATLAB®.

This code solves a test problem involving a Poisson equation on a square domain. The method relies on Lagrangian finite elements on a uniform triangular mesh. The solver is documented in the

Set output methods

How to create an x-axis semilog plot in MATLAB®.

Copyright 2013 The MathWorks, Inc.Published with MATLAB® R2013a

(one of constant-unconditional-intensity, first-order, exponential-decay type)

These function, mp3read and mp3write, aim to exactly duplicate the operation of wavread and wavwrite for accessing soundfiles, except the soundfiles are in Mpeg-Audio layer 3 (MP3)

Demonstrate ricernd, ricepdf, and ricestat, in the context of simulating Rician distributed noise for Magnetic Resonance Imaging magnitude data.

The data are room impulse responses measured in a control room type space in home environment.

Author: SHUJAAT KHAN

Use the MATLAB® Support Package for Arduino® Hardware to communicate with DS18B20 temperature sensor and DS2431 EEPROM

Use the MATLAB® Support Package for Arduino® Hardware to control a three axis LSM303 accelerometer and magnetometer.

The Keysight Infiniium application can save waveform data to a MATLAB® .mat file, so that you can work with it directly in MATLAB. One way to read the data is to use the MATLAB load function to

The Keysight Infiniium application can load waveform data from a MATLAB® .mat file. The file must contain a set of required information, and be formatted in the right way. Waveform data, for

Coded by Ilias Konsoulas, 16 Dec. 2014. Code provided for educational purposes only. All rights reserved.

Authors: Caterina Samela (caterina.samela@unibas.it); Salvatore Manfreda

How to create subplots in MATLAB®.

How to create subplots with multiple plot types in MATLAB®.

How to create a 2D scatter plot in MATLAB®.

How to create a contour plot in MATLAB®.

How to create wind flow visualization in MATLAB®.

This is an example showing standard markers available in MATLAB® plots.

I wanted to look at the underlying space of two factors that went into the overall score for the contest, and see how they related to the length of the entry. The main factors are the result,

The BertiniLab package is designed to convert numerical MATLAB® functions into text files that can be used as input to the numerical algebraic geometry package Bertini. This package can

Demonstrates the advanced usage of PIVsuite for obtaining the velocity field from a pair of images. Contrary to the previous example (example_02_Image_pair_standard.m), additional

This is short demo that loads and renders a 3D model of a human femur. It showcases some of MATLAB's advanced graphics features, including lighting and specular reflectance.

Test for Rudin-Osher-Fatemi denoising (ROF) using FB-like method.

Test for ADMM algorithm convergence on a randomized example.

Patchps is part of Antarctic Mapping Tools for Matlab (Greene et al., 2017). Click here for a complete list of functions in AMT.

Scalebar is part of Antarctic Mapping Tools for Matlab (Greene et al., 2017). Click here for a complete list of functions in AMT.

How to create an line plot from a function in MATLAB®.

How to create a polar scatter plot in MATLAB®.

How to create a surface plot from a function in MATLAB®.

The anomaly function plots line data with different colors of shading filling the area between the curve and a reference value. This is a common way of displaying anomaly time series such as

How to create a surface contour plot in MATLAB®.

How to create a surface plot in MATLAB®.

How to create a stem plot with multiple data in MATLAB®.

How to create a y-axis semilog plot in MATLAB®.

How to create animations and animated GIFs in MATLAB®. In this example, we will animate the motion of a double-pendulum. We solve the ordinary differential equation using ode45.

We are going to create a class to describe the sensor array data set. First we will look at specifying the properties. You define a class in MATLAB with a class definition file.

The average leverage (h) is by definition in [0 1]. Weak smoothing occurs if h is close to 1, while over-smoothing appears when h is near 0. Upper and lower bounds for h are given to avoid under- or

Creates a batch structure with a given time duration. A batch is a collection of channels. Channels hold the time history for a state/manipulated variable. They also contain a description,

We consider several ways to 'prettify' spy output, all using colored squares to denote elements of S.

It is well-documented that the Golden Ratio is observed in the angular geometry of seeds in sunflowers, coneflowers and pinecones, as well as other plants and natural phenomena.

This function creates color-scaled text labels.

This function provides an option between the legend and text or annotation commands for labeling data that you plot. Edward Tufte says that data shouldn't stray far from its label, because

Collect and then display latitude and longitude data on a satellite map image.

Compute American option prices from characteristic function of asset return distribution. Part of the CFH Toolbox.

This function plots circles.

Simulation for energy dection method of sigal detcetion in cognitive radio and its problity of detection for different snr values with AWGN channel.

File : haar_featlist

By Kotya Karapetyan, kotya.karapetyan@gmail.com, 2011--2012.

Falko Schindler, August 6, 2012

This is a demonstration of using the topoplot_connect.m function. This function is only slightly modified from the original topoplot.m function which is part of EEGLAB. I have used EEGLAB

This document explains how to use the setup function and online controller returned by ssmpcsetup.

Dynamic Matrix Control (DMC) was the first Model Predictive Control (MPC) algorithm introduced in early 1980s. Nowadays, DMC is available in almost all commercial industrial distributed

Uv2vxvy is part of Antarctic Mapping Tools for Matlab (Greene et al., 2017). Click here for a complete list of functions in AMT.

Contourps is part of Antarctic Mapping Tools for Matlab (Greene et al., 2017). Click here for a complete list of functions in AMT.

Cpomsec_interp interpolates Antarctic Ice Sheet surface elevation trends from CPOM. Get the data here and follow the SEC link.

Computation of displacement repsonse of the vertical displacement of a suspension bridge to a random load, represented here by an uncorrelated white noise.

Author: Shujaat Khan, shujaat123@gmail.com cite: @article{khan2018novel, title={A Novel Fractional Gradient-Based Learning Algorithm for Recurrent Neural Networks},

In this script we will demonstrated how Hurst exponent can be used for VaR scaling. The P&L data can be found in the P&L.xls spreadsheet. This data should be imported first.

In this example, we study the SMI adaptive beamformer and the loss associated with the number of snapshots used for training. SMI adaptive beamformers are produced with sample supports of K =

Use the MATLAB® Support Package for Arduino® Hardware to control an Adafruit NeoPixel RGB LED Strip to visualize current temperature using TMP36 temperature sensor.

How to set axes positions in a plot in MATLAB®.

How to create a heatmap chart in MATLAB®.

How to produce an interpolated lighting across the surfaces in MATLAB®. This lighting is good for viewing curved surfaces.

How to create a plot with two y axes in MATLAB®.

Here I'll generate a sequence of magic squares, then compute the permanent for each. I'll also show the time required.

The gif function is the simplest way to make gifs. Simply call

The eof function gives eigenmode maps of variability and corresponding principal component time series for spatiotemporal data analysis. It is designed specifically for 3D matricies of

Create a scatter plot of cars organised by weight, MPG, price and make

This script demonstrates how approximately realistic-looking terrain can be generated with some very simple algorithms. These algorithms are interesting in their simplicity and their

How to create a 3D ribbon plot in MATLAB®.

How to display multiple images in a subplot in MATLAB®.

How to display a simple image in MATLAB®.

How to create a stair-step plot in MATLAB®.

How to create a stacked bar chart in MATLAB®.

How to produce a uniform lighting across the surfaces in MATLAB®. This lighting is good for viewing faceted surfaces.

How to add a vertical colorbar to a plot in MATLAB®.

You can create a PDF or HTML version of this MATLAB file by choosing opening it in the MATLAB Editor and choosing "File > Publish ..."

This script demonstrates using the function clickableLegend to generate interactive legends that hide or highlight objects in the axes when clicked or when the corresponding legend item

Test sads class using separate methods (see +valueSeparateMethods folder)

We will now look at defining methods in the class definition file which are the operations that we can carry out with the class.

Flow cytometry is a method for quantitating components or structural features of cells primarily by optical means. Although it makes measurements on one cell at a time, it can process

Mark Text -> change Font -> change Background color

In this example a nonlinear vector equation is solved for various values of the Newton-Raphson algorithm parameters. The vector equation to be solved is comprised from 2 nonlinear

By Jarek Tuszynski (jaroslaw.w.tuszynski@leidos.com)

The acceleration, velocity and displacement data of the earthquake can be downloaded from here:

This function plots borders of nations or US states. This function does not require Matlab's Mapping Toolbox. Data are compiled from 2013 US Census Bureau 500k data and a

Uses Lucas-Kanade method on two images and calculate the optical flow field.

ROT_DSVD2X2 computes the real rotation matrices to obtain the singular value decomposition of a 2-by-2 real matrix.

The Antoine class provides a computational framework to help doing simple vapor-liquid equilibrium calculations in Matlab. These notes introduce Antoine's equation, then shows how the

Section 7.3.2 from Numerically solving polynomial systems with Bertini, by Daniel J. Bates, Jonathan D. Haunstein, Andrew J. Sommese and Charles W. Wampler (SIAM 2013).

Capture the orientation of the mobile device. We define the orientation as a combination of three angular quantities: Azimuth, pitch, and roll. The three quantities are defined based on the

The fullfig function creates a full-screen figure.

Returns the characteristic function evaluation of commonly encountered models in finance. Part of the CFH Toolbox.

Compute spread option prices on the difference between to assets' price levels. Part of the CFH Toolbox.

The legappend function adds new entries to a legend. This is good for making PowerPoint slides, when you may want to start by plotting a few data sets, then add data to your plot one entry at a

This is the code documented in the tutorial on Polynomials in MATLAB. (This published MATLAB code, only presents the code implementation. The PDF document on the tutorial also includes the

By Jarek Tuszynski

Test for DR algorithm for L1 minimization (BP). We do here a compressed sensing resolution (random matrix).

We examine a linear elliptic partial differential equation in two spatial dimensions with homogeneous Dirichlet boundary conditions and parameterized scalar coefficients. For , let

There are an awful lot of polar datasets out there, and each one seems to be packaged in a different format. Antarctic Mapping Tools is a collection of functions intended to streamline the

QUIVERMC is an adapted version of Andrew Roberts' ncquiverref. This function fixes a couple of problems with Matlab's quiverm function. The two primary issues with quiverm are as follows:

Plot3ps is part of Antarctic Mapping Tools for Matlab (Greene et al., 2017). Click here for a complete list of functions in AMT.

The great Roger Miller once sang, As long as there's a hill there's a valley / Long as there's a valley then the river can flow free / As long as there's a Sun there's a shadow / As long as there's a

Pcolorps is part of Antarctic Mapping Tools for Matlab (Greene et al., 2017). Click here for a complete list of functions in AMT.

Antmap is part of Antarctic Mapping Tools for Matlab (Greene et al., 2017). Click here for a complete list of functions in AMT.

Plot_basins plots Antarctic drainage basins on a ps71 map. These are the IMBIE or IMBIE Refined basins in the MEaSURES Antarctic Boundaries for IPY 2007-2009 from Satellite Radar dataset

Dist2mask returns the distance in kilometers from given datapoints to any mask type (grounded, iceshelf, etc.) according to MEaSURES Antarctic Boundaries for IPY 2007-2009 from

The bedmap2 function uses simple commands to plot Bedmap2 data. If you have Matlab's Mapping Toolbox, data are plotted in georeferenced coordinates. If you do not have the Mapping Toolbox,

COLUMNS DATA TYPE FIELD DEFINITION ------------------------------------------------------------------------------------- 1 - 6 Record name "ATOM " 7 - 11 Integer Serial Atom

Import a structure and center it

*This function calculates the median position of the atom struct. Should you wrap the atom struct? * Tested 15/04/2017 * Please report bugs to michael.holmboe@umu.se

File describes how to import and work with the basal slipperiness and englacial rate factor data from G. Hilmar Gudmundsson.

The uniform-shear model is computed with the parameters used in Mann

Fuzzy Search aka Approximate String Matching, Text Searching with Errors.

Computation of the eigenfrequencies and mode shapes of a beam with different boundary conditions Axis orientation: The beam has a main axis z, and its cross-section is symmetric to axis x and

To demonstrate the optimum beamformer, we consider a scenario in which there are three interference sources and compare it to a conventional beamformer (Spatial Matched Filter). The array

Use the MATLAB® Support Package for Arduino® Hardware to control a HC-SR04 ultrasonic ranging module capable of measuring distances in the 2cm to 400cm range.

Use the MATLAB® Support Package for Arduino® Hardware to control a three-axis L3G gyroscope that measures the angular rates of rotation about the roll(X), pitch(Y) and yaw(Z) axes.

Use the MATLAB® Support Package for Arduino® Hardware to control an Adafruit NeoPixel RGB LED strip.

Use the MATLAB® Support Package for Arduino® Hardware to implement sequence lighting effects on an Adafruit NeoPixel RGB LED Strip.

The InfiniiumWaveform Toolbox lets you easily modify, in Matlab, data acquired on the scope, and then load the results back onto the scope. This demo starts with a .mat file saved by the scope,

Full 'real world' example with only errors.

JUnit xml file generated from multiple tests. One of each status type.

How to customize polar axes settings in a plot in MATLAB®.

How to create transparent objects in MATLAB®.

How to create a categorical histogram plot in MATLAB®.

How to create a polar histogram in MATLAB®.

How to create a bivariate histogram in MATLAB®.

Creating area charts, bar charts, and pie charts with some annotation in MATLAB®.

The present example illustrates the calculation of the Obukhov length using the eddy-covariance method. The input is made of time series of the along-wind and vertical wind velocity

The basic procedure of connecting and acquiring data.

From the results of an impressively thorough survey by Randall Munroe of XKCD, this function returns the RGB color triplets for just about any color name you can think of. In keeping with

Created by Brighton Ancelin

The fopprofile function creates a vertical profile of surface elevation, bed elevation, and aircraft elevation along a flight line given waypoints. This function does NOT require

The measures_displacement function predicts the horizontal location of a parcel of ice after a specified amount of time, based on InSAR surface velocities. This function does not account

This code solves the test problem of a thermally driven flow in a rectangular enclosure with an aspect ration of 8:1, as described in Christon et al. (2002). The method relies on Taylor-Hood

Accumulation_interp returns accumulation data, interpolated to any lat,lon point, line, or grid. This function is a plugin for the Antarctic Mapping Tools package.

(a) Adapted pattern. (b) Principal cuts at target azimuth and Doppler.

The dirPlus function recursively collects a list of files or subdirectories from a folder tree, allowing you to specify the selection criteria for how the list is collected and formatted.

The notation followed here and in the following MATLAB codes:

The vertical bridge response is now computed for different values of the mean wind velocity, and compared to displacements from a time domain simulation.

The modismoa function plots Moderate Resolution Imaging Spectroradiometer (MODIS) Mosaic of Antarctica (MOA) images, grounding lines and coastlines. Plotted data are high-pass 1.

The flowline function predicts ice flowpath(s) based on MEaSUREs InSAR-derived surface velocities.

The phasewrap function wraps values to the range -pi to pi or -180 to 180.

Bubbleplot creates 2D and 3D scatter plots of multivariate data. Up to 7 dimensions of data can be visualized by using marker color, shape, size and text annotations to convey information

Will show how to create a simple, yet sensitive motion detector using a photoresistor and an Arduino controlled by the MATLAB Support Package for Arduino Hardware. A photoresistor is a

The following document was built from posts written for the blog "Loren on the Art of MATLAB". The ideas presented below in anonymous functions have been written as .m files so that they might

How to create a 3D mesh plot in MATLAB®.

How to create a vertical bar chart in MATLAB®.

How to create a log-log plot in MATLAB®.

How to create an line plot with legend in MATLAB®.

How to customize a plot to make them publication quality in MATLAB®.

Creating a chart of built-in colormaps in MATLAB®.

How to change color shading style for surface and patch objects in MATLAB®.

This is an example showing standard line styles available in MATLAB® plots.

How to create an line plot in MATLAB®.

This video tutorial will show you how to link plots to their data sources providing a live view of a variable and how to carry out data brushing, letting you select and manipulate data

Let's say that the sensor array data set was very large, taking up several GB. Althought you may modfiy it and you would never need to make a copy of it. In this case a handle class implementation

You can create a customized class by specifying that your class inherits from another class.

To monitor an object you first need to add an event to the class definition of the object, such as in this example. (see ev.m). Here we add an event called SavedData to this class which denotes

Youtube released an updated version of their Youtube Data API:

Treemaps display data using the relative areas of nested rectangles. See http://en.wikipedia.org/wiki/Treemapping for more information.

This demo illustrates a simple approach to provide taxonomy annotation of BLAST hits. It requires the taxonomy information included in the files gi_taxid_prot.dmp and nodes.dmp, which

Use parseargs to simplify the input handling of functions which have a lot of options. Apart from reducing the tedious task of input checking, using parseargs helps to make it clear what all

Simple example which uses the features of resizable_figure and resizeable_layout. When the figure is resized, the edit control and the list control will expand to fill the available space.

By Bill McKeeman

If carefully built, a sundial is perfectly capable of keeping accurate time. The problem is that you need a different sundial for every combination of latitude, longitude, and day of the

Arcticseaice plots daily Arctic sea ice concentration from Nimbus-7 SMMR and DMSP SSM/I-SSMIS Passive Microwave Data or Near-Real-Time DMSP SSMIS Daily Polar Gridded Sea Ice

Add sensor noise to outputs after simulation can also be added throughout batch by including in ode loop and also can be applied to other variables T,pH,O2.. X.DO2.y = X.DO2.y +

Loads data from an industrial batch XLS sheet

Stephen Goldrick (c), September, 2014 Newcastle University/Manchester University/ Perceptive Engineering

Maximum biomass growth rate (mu_{X_{max}} ) calculated from the carbon evolution rate (CER) Maximum penicillin growth rate (mu_{P_{max}} ) calculated from first two off line penicillin

Simple PID controller in incremental form. The derivative component is applied only to the output. Controller also checks for control signal saturation. Integral and derivative time

The bamberdem_data function returns Bamber et al. 2009 combined ERS-1 and ICESat Antarctic surface elevations and corresponding geographic or polar stereographic cartesian

Grainsize_interp returns MODIS MOA grain sizes interpolated to any Antarctic locations(s).

VARIABLES: Z - array of element numbers contained in the material Ratios - array of element ratios in the material MatStr - string representation of the material

Word error rate (WER) is a measure (metric) of the performance of an automatic speech recognition, machine translation etc.

This (publishable) script nndemo.m demonstrates the features of the nearestneighbour function.

Basinsps outlines Antarctic ice drainage basins identified by Zwally et al. 2012. This is a polar stereographic implementation of the basins function. Matlab's Mapping Toolbox is not

This function predicts displacements from solid earth tides and is a wrapper function for Dennis Milbert's solid.exe program, which I believe is a wrapper for an adapted version of Dehant's

An industrial structure is modeled as 2-DOF system as shown in the following figure. Determine the lateral displacement, base shear and base moment of the structure due to El-Centro, 1940

The following initial definitions are made (in the order presented below):

This function creates axes in tiled positions. It is similar to subplot, but uses the entire figure window with no space between subplots. The name smplot is used to invoke "Small Multiples"

Describes how to create an image similar to Figure 1 of Stanton et al.'s 2013 Science paper. The paper is titled Channelized Ice Melting in the Ocean Boundary Layer Beneath Pine Island

Jacobs et al. did a nice job of combining several data sets in their 2013 JGR Oceans paper titled "Getz Ice Shelf melting response to changes in ocean forcing." Figure 4 of their paper may look a

This function plots vertical or horizontal errorbars. Error bars may be symmetic or asymmetric about their data points.

Reshape from Matrix to Vector for Scatter Plot

This function evaluates a simple sigmoid function along x such that

This function places degree symbols on tick labels. Labels dynamically update after zooming.

There are plenty of direct and iterative methods to solve a linear algebraic system of equations. Using Cramer's rule, one can easily obtain the solution for small systems by hand. However,

Copyright (c) 2015, Mehmet E. Yavuz All rights reserved.

This function downsamples 1D or 3D data to monthly, yearly, hourly, minutely, or secondly data. This function was originally designed to create monthly mean time series from daily

This function searches the USGS website for low-resolution Landsat 8 images of specified path and row number and plots the most recent image in georeferenced coordinates.

Formaldehyde is produced on an industrial scale by the incomplete oxidation of methanol in air. Principle by-products include formic acid, carbon dioxide, and carbon monoxide. Find a set

StoichTools comprises a set of Matlab functions for doing stoichiometric analysis. These functions parse standard chemical notation for a variety of stoichiometric calculations

This should be zero. Ok, its a trivial test case.

Truth: 0

Example 12.1 from Numerically solving polynomial systems with Bertini, by Daniel J. Bates, Jonathan D. Haunstein, Andrew J. Sommese and Charles W. Wampler (SIAM 2013).

Equivalence of different polysym definitions:

Section 7.1 from Numerically solving polynomial systems with Bertini, by Daniel J. Bates, Jonathan D. Haunstein, and Andrew J. Sommese and Charles W. Wampler (SIAM 2013).

Vector handling The result of these commands depends on the symbolic engine. In R2012b with Maple as the symbolic engine, y is a column vector. In R2013a and later with MuPAD, y is a row vector.

Below we show how BertiniLab can be used to set up and solve a simple example, the system of equations

Example 1.10 from Numerically solving polynomial systems with Bertini, by Daniel J. Bates, Jonathan D. Haunstein, Andrew J. Sommese and Charles W. Wampler (SIAM 2013).

Example 4.2 from Numerically solving polynomial systems with Bertini, by Daniel J. Bates, Jonathan D. Haunstein, Andrew J. Sommese and Charles W. Wampler (SIAM 2013).

Section 7.3.1 from Numerically solving polynomial systems with Bertini, by Daniel J. Bates, Jonathan D. Haunstein, Andrew J. Sommese and Charles W. Wampler (SIAM 2013).

Section 4.1 from Numerically solving polynomial systems with Bertini, by Daniel J. Bates, Jonathan D. Haunstein, Andrew J. Sommese and Charles W. Wampler (SIAM 2013).

This script compares using the functions size, length, and storing the value of an array before entering a for loop. This is important because of the time wasted calling size() or length() in a

Pressure-Enthalpy Diagram

The test case A3 from 3rd PIV challenge [ref. 6] is treated. Mean and rms velocities are computed, velocity PDF is determined and wavenumber spectra is calculated; these results can be

This case is essentially the same as example 07: The test case A1 from 3rd PIV challenge [ref. 6] is treated. Mean and rms velocities are computed, velocity PDF is determined and wavenumber

Demonstrates the standard usage of PIVsuite for obtaining the velocity field from a pair of images. Contrary to the previous example (example_01_Image_pair_simple.m), common

Due to various limitations, PIVsuite works mostly only on a single core of the computer. To improve performance when treating large sets of PIV images, it is advantageous to run several

Compute call option prices from characteristic function. Part of the CFH Toolbox.

Returns the no arbitrage drift coefficients of an AJD process. Part of the CFH Toolbox.

Copyright (c) 2008 Gabriel Peyre

See Gleich and Constantine, Random Alpha PageRank, for details about this method. PageRank is a method to evaluate the importance of nodes in a directed graph. On the graph, we follow a random

The problem of Feature Selection is: Given a (usually large) number of noisy and partly redundant variables and a target that we would like to predict, choose a small but indicative subset as

Principal Component Analysis (PCA) and Partial Least Squares (PLS) are widely used tools. This code is to show their relationship through the Nonlinear Iterative PArtial Least Squares

Textps is part of Antarctic Mapping Tools for Matlab (Greene et al., 2017). Click here for a complete list of functions in AMT.

Ll2ps is part of Antarctic Mapping Tools for Matlab (Greene et al., 2017). Click here for a complete list of functions in AMT.

The coord function returns coordinates from mouse clicks. This function was written for the Antarctic Mapping Toolbox.

Surfps is part of Antarctic Mapping Tools for Matlab (Greene et al., 2017). Click here for a complete list of functions in AMT.

Mapzoomps is part of Antarctic Mapping Tools for Matlab (Greene et al., 2017). Click here for a complete list of functions in AMT.

Plotps is part of Antarctic Mapping Tools for Matlab (Greene et al., 2017). Click here for a complete list of functions in AMT.

The pathdist function uses the distance function to calculate cumulative distance traveled along a path given by the arrays lat and lon. This may be useful when variables such as ice

Crossovers is part of Antarctic Mapping Tools for Matlab (Greene et al., 2017). Click here for a complete list of functions in AMT.

Scatterps is part of Antarctic Mapping Tools for Matlab (Greene et al., 2017). Click here for a complete list of functions in AMT.

Graticuleps is part of Antarctic Mapping Tools for Matlab (Greene et al., 2017). Click here for a complete list of functions in AMT.

File compares MODIS Mosaic of Antarctica, Landsat 8, Landsat Image Mosaic of Antarctica, and Radarsat Antarctic Mapping Project images of Antarctica. Images are plotted in Matlab using

Scarloc is part of Antarctic Mapping Tools for Matlab (Greene et al., 2017). Click here for a complete list of functions in AMT.

Thickness2freeboard is part of Antarctic Mapping Tools for Matlab (Greene et al., 2017). Click here for a complete list of functions in AMT.

Pspath is part of Antarctic Mapping Tools for Matlab (Greene et al., 2017). Click here for a complete list of functions in AMT.

Scarlabel and corelabel are part of Antarctic Mapping Tools for Matlab (Greene et al., 2017). Click here for a complete list of functions in AMT.

Freeboard2thickness is part of Antarctic Mapping Tools for Matlab (Greene et al., 2017). Click here for a complete list of functions in AMT.

Inpsquad is part of Antarctic Mapping Tools for Matlab (Greene et al., 2017). Click here for a complete list of functions in AMT.

Inset_unproj is part of Antarctic Mapping Tools for Matlab (Greene et al., 2017). Click here for a complete list of functions in AMT.

Circleps is part of Antarctic Mapping Tools for Matlab (Greene et al., 2017). Click here for a complete list of functions in AMT.

Mapzoom is part of Antarctic Mapping Tools for Matlab (Greene et al., 2017). Click here for a complete list of functions in AMT.

Scalebarps is part of Antarctic Mapping Tools for Matlab (Greene et al., 2017). Click here for a complete list of functions in AMT.

Contourfps is part of Antarctic Mapping Tools for Matlab (Greene et al., 2017). Click here for a complete list of functions in AMT.

Pathcrossingsps71 is part of Antarctic Mapping Tools for Matlab (Greene et al., 2017). Click here for a complete list of functions in AMT.

Gmb_ts gives a time series of gravimetric mass balance data from TU-Dresden (Groh & Horwath 2016).

Gmb_data loads gravimetric mass balance data from TU-Dresden (Groh & Horwath 2016).

The isopenocean function returns logical true for any locations that are neither grounded nor ice shelf according to MEaSURES Antarctic Boundaries for IPY 2007-2009 from Satellite Radar,

The isiceshelf function returns logical true for all ice shelf locations according to MEaSURES Antarctic Boundaries for IPY 2007-2009 from Satellite Radar, Version 2.

The antbounds_data function returns the coordinates of line data in the MEaSURES Antarctic Boundaries for IPY 2007-2009 from Satellite Radar dataset Version 2.

The istidal function returns logical true for everything seaward of the landward limit of flexure (including open ocean and ice shelves) detected by InSAR according to MEaSURES Antarctic

The antbounds function plots line data from the line data in the MEaSURES Antarctic Boundaries for IPY 2007-2009 from Satellite Radar dataset Version 2.

The isice function returns logical true for all grounded ice and ice shelves according to MEaSURES Antarctic Boundaries for IPY 2007-2009 from Satellite Radar, Version 2. This is the

The functions in this plugin for Antarctic Mapping Tools for Matlab are intended to simplify the process of Antarctic data masking and mapmaking. These functions are built on the MEaSURES

Inbasin returns true for coordinates inside a given basin in the MEaSURES Antarctic Boundaries for IPY 2007-2009 from Satellite Radar dataset Version 2.

The labelshelves function simply labels ice shelves on an Antarctic polar stereographic (ps71) map. Ice shelf names are from the MEaSURES Antarctic Boundaries for IPY 2007-2009 from

Basin_data loads IMBIE or IMBIE Refined basins in the MEaSURES Antarctic Boundaries for IPY 2007-2009 from Satellite Radar dataset Version 2.

The isgrounded function returns logical true wherever there is grounded Antarctic ice according to MEaSURES Antarctic Boundaries for IPY 2007-2009 from Satellite Radar, Version 2.

This function plots a 2D profile of ice, water, and rock elevations along any lat,lon path in the Antarctic.

Below is a brief overview of the Bedmap2 Toolbox for Matlab. Information about the Bedmap2 project can be found here and here.

The outlineashelf function outlines the ice shelf 'shelf' on a map of Antarctica.

The bedmap2_dist calculates distance in kilometers from any location(s) to any Bedmap2 mask type. This function may be useful for finding distance to the nearest grounding line. It is quite

This function returns Bedmap2 data interpolated to a point, line, or grid.

This function returns Bedmap2 data and corresponding geographic or polar stereographic coordinates.

The triple rotation algorithm is used to correct the tilt angle of one anemometer

The friction velocity retrieved with the double and triple rotation as well as the planar fit algorithm is compared to the target one.

The double rotation algorithm is used to correct the tilt angle of one anemometer

The cryosat2_interp function interpolates the Helm et al. CryoSat-2 surface elevation DEM to any geo- or polar stereographic coordinates.

The cryosat2_data returns Slater's 2018 or Helm et al's 2014 Antarctic surface elevation DEM and correspondig geographic or polar stereographic cartesian coordinates.

This is how we import any .gro | .pdb | .xyz file

Add ions randomly wherever there is space (this function is similar to solvate_atom() and insert_atom()

Original reference to the cell list algorithm: Heinz, T.N. & Hunenberger, P.H. "A fast pairlist-construction algorithm for molecular simulations under periodic boundary conditions." J

Atom=System;

Tic

AtomID ResName

Here we will show how you could import a molecule and translate it somewhere in the original simulation cell or in a new simulation cell having new dimensions.

First let's import and translate some molecule...

Put the preem.gro from buildsystem.m and the .itp files from write_atom_itp(), into the same folder as topol.top

Molecular simulations need physically sound starting structure/configurations (especially of multi-component systems), as well as a correct molecular and forcefield specific

First import a molecule...

Let's import some molecuel and translate it with a 1x3 translation vector.

Gaussian part

Kongradgl returns rates of grounding line retreat/advance from Konrad et al. 2018.

Demonstrates how to use persistent variables when loading data in a function. Doing things this way guarantees that the "data" value in persistentFunction is only loaded or changed when

The uniform-shear model is computed with the parameters used in Mann (1998) [1] and compared to the spectra from the Great belt experiment, which are displayed in Mann (1994). The three

The Critical flutter velocity is computed for 2 single-span suspension bridges: One with a main span of 1.2 km and the other one with the main span of 0.45 km. The coupling of the lateral,

In this code, we drive the Capacity of a MIMO system over Rayleigh fading channel with different number of transmit and receiver antennas. For each setting of a MIMO channel, after

The following example compares different numerical methods to simulate the response of a SDOF subjected to forced harmonic forces in the time domain. The exact solution is in addition used

Computation of displacement repsonse of a cantilever beam subjected to a random load, represented here by an uncorrelated white noise.

The friction velocity (u_star) is defined as:

This is a MatLab (R2016a) code which builds a Hull-White Tree with equal time steps, constant rate of reversion, and constant volatility. It is based on Hull-White paper (HW-94) "Numerical

We revisit the problem from Example 11.2.2 with a jammer at except that the jammer power is now 70 dB. Clearly, the -50dB tapered beamformer is no longer capable of sufficiently suppressing

Consider the radar interference scenario that is occuring with a single jammer at an angle with a jammer-to-noise ratio = 50dB. Again, we have = 10 element array with spacing. The center

To demonstrate the optimum beamformer, we consider a scenario in which there are three interference sources and compare it to a conventional beamformer (spatial matched filter). The array

We want to explore the effect of the number of training samples on the sidelobe level of the SMI adaptive beamformer. To this purpose, we generate an interference signal at with a power of 70 dB

In this example, we explore the use of diagonal loading of the sample correlation matrix to control the sidelobe levels of the SMI adaptive beamformer using the same set of parameters as in

A signal received by a ULA with M = 20 elements and spacing contains both a signal of interest at with an array SNR of 20 dB and thermal sensor noise with unit power . The signal of interest is an

We illustrate the use of tapers with the spatial matched filter for the extraction of a radar signal in the presence of a jamming interference source using a ULA with M = 20 elements with

Copyright 2017 - 2027, Ilias S. Konsoulas.

In this example, the number of elements varies while the element spacing is always .

We want to explore the effect of the number of training samples on the sidelobe levels of the SMI adaptive beamformer. To this purpose, we generate an interference signal at with a power of 70 dB

Copyright 2017, Ilias S. Konsoulas.

A simple coil geometry is the Archimedean spiral. Its windings are in one plane, and they all have the same distance.

Use the MATLAB® Support Package for Arduino® Hardware to control a capacitive sensor built with foil connected between two digital pins on Arduino.

Use the MATLAB® Support Package for Arduino® Hardware to control two Adafruit NeoPixel LED Strips simultaneously.

This document explains how to use the DMC Simulink block.

Open a .mat file saved by the Keysight Infiniium application, and read the header information, without loading all of the data. This function is useful when you just want to examine the

Copyright (c) 2017, DIBRIS-University of Genoa (www.dibris.unige.it) All rights reserved. Please read the "license.txt" for license terms.

Tprintf provides a more intuitive interface to fprintf for writing tabular data to a text file. tprintf(filespec,format,A1,...,An) creates a tabular text file by writing the columns of

Binind2latlon converts binned index values of a sinusoidal grid to geocoordinates.

Generate test cases and add them to a test suite in a loop.

Tested functions. Abusing globals to keep track of test cases.

Full 'real world' example with passing, skipping & errors.

Minimal xml file generated from a single test case.

Tested functions to get stack.

How to customize axes settings in a plot in MATLAB®.

How to create a directed graph plot in MATLAB®.

How to create a datetime plot (bar chart) in MATLAB®.

How to create a datetime plot in MATLAB®.

How to create an line plot from a parametric function in MATLAB®.

How to create a mesh plot from a function in MATLAB®.

How to create a rose plot in MATLAB®.

How to create a contour plot from a function in MATLAB®.

The wind spectra for a neutral and unstable atmospheric stratification are computed following the model proposed by Højstrup [1]. The model of Højstrup aims to describe the wind spectra in

This file shows a few examples of how to use Arctic Mapping Tools for Matlab.

This script is presented here as part of many of them to achieve HSDPT displacements, strains and stresses solution. Particularly, this theory is used to treat all sides simply supported

The spiral function makes a spiral plot that shows the annual nature and long-term trend of a time series.

Patchsc plots patch objects with face colors scaled by numeric values.

The fopmap function creates a map of a flight line from waypoints. Flight lines are placed in context of Bedmap2 gridded data (color), Bedmap2 surface (contours), and MOA2009 grounding

The fopturns function generates a flight path including turns path for given waypoints.

The argofiles returns urls of ARGO NetCDF files within specified geographic and temporal limits. This function is intended for use with the argodata function.

The argodata function downloads Argo profile data and imports it into your Matlab workspace for easy workin' with.

This function plots Antarctic surface velocity or grounding line data in a coordinate system that requires Matlab's Mapping Toolbox. If you don't have Matlab's Mapping Toolbox, or even if

Measures_data imports MEaSUREs Antarctic surface velocity or grounding line data into your current Matlab workspace.

The measures_interp interpolates MEaSUREs ice surface velocity data at any location(s), along a path, or onto a new grid.

The measuresann_interp function provides annual surface velocities from Mouginot et al's MEaSUREs dataset.

The measuresps function plots Antarctic ice surface speed as an imagesc plot in polar stereographic coordinates (meters, true lat 71 S) or velocity vectors as a quiver plot.

The heatflux_interp function returns basal geothermal heat flux from the Community Ice Sheet Model (CISM).

This function returns accumulation data and corresponding geographic or polar stereographic coordinates.

Spatial frequency of the k-th clutter patch.

Coded by Ilias Konsoulas, 3 Aug. 2016. Code provided for educational purposes only. All rights reserved.

Often in processing data, you have the problem of 4-5 files of data and you need concatenate all those files together. An elegant and easy way to handle this is with cell arrays. Other ways

C = multic(A,B)

M2uml 1.1 includes new feaures

I'm positive that some simple UML-diagrams could help us organizing our Matlab code. See UmlAsSketch by Martin Fowler.

The cmocean function returns perceptually-uniform colormaps generated by Kristen Thyng. A detailed description of the cmocean project is available at http://matplotlib.org/cmocean.

The calculation of the eigen-frequencies and mode shapes of a suspension bridge using the present Matlab code is based on the theory of continuous beam and the theory of shallow cables. The

The dtu10mdt_interp function loads and interpolates the DTU10MDT mean dynamic topography dataset.

The different possibilities for this special type of wind rose are summarized below

The rtopo2_interp function interpolates data from RTopo-2 (Schaffer et al. 2016, see reference below).

The rtopo2 function plots Antarctic data from RTopo-2 (Schaffer et al. 2016, see reference below) in projected polar stereographic coordinates.

The rtopo2_data function loads data from RTopo-2 (Schaffer et al. 2016, see reference below).

A good programming practice is to make sure that you leave your program environment in a clean state that does not interfere with any other program code. For example, you might want to

By default, MATLAB's high level plotting commands create the necessary graphics objects so that the user does not have to. For robust use, create and specify graphics objects to avoid

Ideally we would not need to rely on the MATLAB clear command. All of our variables would be scoped to the correct workspace. However particularly in interactive use or dealing with other

Modismoaps initializes a MODIS Mosaic of Antarctica (MOA) image or adds a MODIS MOA to an existing map. This function does NOT require Matlab's Mapping Toolbox. It also does NOT hijack the

The phasebar function places a circular donunt-shaped colorbar for phase from -pi to pi or -180 degrees to 180 degrees.

The phasemap function returns or sets a cyclic colormap with a constant lightness profile appropriate for plotting phase. The phasemap function is a break-out colormap from the cmocean

One problem with living in Boston is that my apartment is old and drafty. I have one thermostat that is located in the center of the apartment, and I often find that even though the thermostat

In part one of this series of blog posts I went through the process of reading voltages from a network of XBee® modules, and building and testing my wireless network of temperature sensors. In

In part one, part two, and part three of this series of blog post I went through the process of reading voltages from a network of XBee® modules, building and testing my wireless network of

In part one and part two of this series of blog posts I went through the process of reading voltages from a network of XBee® modules, building and testing my wireless network of temperature

Many directed graph, or digraph, applications drop the vertex labels to focus on computations of the Adjacency Matrix, referring to the vertices only by their indices. The digraph class

How to create a triangular plot in MATLAB®.

How to create a 3D quiver plot in MATLAB®.

How to create a 2D quiver plot in MATLAB®.

How to create filled polygons on a plot in MATLAB®.

How to create a polar plot from a function in MATLAB®.

How to create an area plot in MATLAB®.

How to create an exploded pie chart in MATLAB®.

How to create a 3D pie chart in MATLAB®.

How to create a simple pie chart in MATLAB®.

How to create a 3D bar chart in MATLAB®.

How to create a horizontal bar chart in MATLAB®.

How to create an line plot with markers in MATLAB®.

How to create two overlapping waves in 3 dimension in MATLAB®.

How to create a curve with lower and upper bounds in MATLAB®.

How to add LaTeX equations to plots in MATLAB®.

How to add text to a plot in MATLAB®.

How to add lines to a plot in MATLAB®.

How to add a horizontal colorbar to a plot in MATLAB®.

This is an example showing standard colors available in MATLAB® plots.

An XPath package started shipping as part of Java 5, so we can use it from MATLAB. This is a simple example.

Step through and execute this script cell-by-cell to verify the Singleton Desgin Pattern implementation in MATLAB.

The Grammar Executing Machine principle has been demonstrated in Chapter 1. The version 0 driver gem0.m and MEX files iog0.c and iog0.h provide no-frills code that runs on the edge of

This presentation proceeds in stages, each version an extension of its predecessor (bootstrapping). The development stops well short of an industrial compiler but that is not because of

Up until now the emphasis has been on choosing new capabilities expressed first as bootstraps, then building the capabilities into GEM itself. The final built-in capability of GEM added

The limitation of 52 phrase names and the ursurpation 1/2 of them for Kleene*, and 8 of them for built-in character classes, is the last of the tasks set in Chapter 1. It would be nice to play the

All compilers have to connect to the underlying hardware. That in turn requires knowing where the bits need to go. It isn't always fun, but that is what compiler writers do.

Treatment of whitespace and character classes.

Do leaders have the most children? Let's draw some circles around the leaders.

This is the most useful diagram for visualizing the contest. It shows the dramatic improvements that occur over time. Each passing entry is a dot, with its submission time on the x-axis and

This is a very simple entry: a plot of the scores of incoming entries versus when they first appeared.

This is the first entry in the Data Visualization contest. It contains the data set contest_data

In this demo we use the SDE framework in the Econometrics Toolbox to implement various random walks.

By Bill McKeeman August 17, 2008

UML Sequence Diagrams are a good way to express flow control in a program, or show the lifetime of objects in an OO system.

Uses the "hgtable" functions to display a multi-column list

By Matthew Simoneau

Uses datefig from the file exchange and a mex version of NREL's C/C++ source for SOLPOS.

The slope2 function returns magnitudes of slope of a surface.

The scatstat2 function returns statistical values of all points within a given radius of each value. This is similar to taking a moving mean, but points do not need to be equally spaced.

The scatstat1 function returns statistical values of all points within a given radius of each value. This is similar to taking a moving mean, but points do not have to be equally spaced, nor do x

This function plots daily Antarctic sea ice concentration from Nimbus-7 SMMR and DMSP SSM/I-SSMIS Passive Microwave Data or Near-Real-Time DMSP SSMIS Daily Polar Gridded Sea Ice

The cbarrow function places triangle-shaped endmembers on colorbars to indicate that data values exist beyond the extents of the values shown in the colorbar.

Converts non numeric cells to NaN Expects x to be a row of cells Returns a numeric array

Provides manipulated variables to control IndPenSim

Batch 5

This file is called by indpensim_run It contains the ordinary differential equations for the IndPenSim I/O structure : dy = indpensim_ode(t,y,FLAG,inp1);

The bamberdem_interp function interpolates the Bamber et al. surface elevation DEM to any geo- or polar stereographic coordinates.

The filesize function returns the size of a file as a variable or prints it in the command line.

Xyz2grid converts regularly-spaced columnated x,y,z data into gridded data.

Write numeric data to a SAS dataset

Read data from a SAS dataset

Function cfeval calculates cash flows of fixed-income portfolios and structured products, given a quasi-symbolic, Matlab-syntax, typically recursive description of principal and

The idea of the CREATIVITY visualization is to find most creative participants of the contests. They are two versions of election of the most creative authors. In the first case the most

This function sorts input matrix A and corresponding matrices using sortrows. Output matrices are sorted such that the first output is a sorted version of A, and all other outputs are sorted

As an inquisitive (and sometimes silly) college student, I would, at times, think of strange problems that have the potential for interesting solutions. On one such occasion, I was in the

Spl returns sound pressure level in decibels for an input signal p_Pa in pascals. A reference pressure ref must be declared in units of pascals or specified as 'air' or 'water' to use standard

It is well-documented that the Golden Ratio is observed in the angular geometry of seeds in sunflowers, coneflowers and pinecones, as well as other plants and natural phenomena. (

Copyright 2010, Bill McKeeman, Dartmouth College

The basins function outlines Antarctic drainage basins on a map. This function is provided as a plugin to the Antarctic Mapping Tools package.

The bedhead function returns static pressure head at an ice sheet base in units of meters freshwater equivalent. This function calculates only a simple first-order approximation and does

The vertical eigen-frequencies and mode-shapes of the Lysefjord Bridge, based on data obtained from [1,2,3], are computed using the formulation proposed by [4]. The results are compared

Is only a verification of the function eigenBridge2.m based on the works of [1]. For this reason, I use a slightly different function whose only purpose is to verifiy the numerical

No coupling is introduced here, to keep calculations simple.

The sodb function plots Southern Ocean Database data on maps or polar stereographic cartesian coordinates. Station locations are plotted as markers and gridded data are plotted as pcolor

The sodb_interp interpolates Southern Ocean Database gridded data to any arbitrary geolocation(s).

The sodb_inpolygon returns measured (not gridded) data for all SODB stations within a specified polygon.

Sodb_profile plots oceanographic profiles along a given transect.

This function returns the elements in a 2D matrix bounded by the quandrangle encompassing all real values in the input matrix.

The newcolorbar function creates a new set of invisible axes matching the size and extents of the current axes. This allows a second colormap to be used in such a way that it is perceived to be two

The grounding line along the Siple Coast was mapped by Horgan and Anandakrishnan (2006) by examining the region of high surface slope which connects relatively flat floating ice shelf to

How even you can recreate something like Figure 3 of Brunt, Fricker, and Padman's 2011 Journal of Glaciology paper titled, "Analysis of ice plains of the Filchner-Ronne Ice Shelf,

Mimic Figure 1 of Rignot, Mouginot, and Scheuchl's 2011 Science paper titled Ice Flow of the Antarctic Ice Sheet.

Here we recreate some of the figures from Fretwell et. al's 2013 Cryosphere paper titled "Bedmap2: improved ice bed, surface and thickness datasets for Antarctica."

In 2013 Rignot et al. published a nice summary of annual mass flux across the grounding lines of major Antarctic glaciers. The paper is tiltled Ice-Shelf Melting Around Antarctica and was

This is an illustration of the generation of a non-gaussian random process based on a gaussian one. This method applies well for low skewness, and high kurtosis.

Use INLINEDEF when you would like to create a function or class definition in a script.

Using the default values to make a horizontal line through the origin

Hslcolormap is a tool that helps you create nice looking colormaps in hue-saturation-lightness space. You can use this to create colormaps that have a progressive change in lightness.

This function plots a polynomial fit to scattered x,y data. This function can be used to easily add a linear trend line or other polynomial fit to a data plot.

This function uses strcmp or strcmpi to return indices of a list of strings matching an input string. If no matches are found, close matches are suggested.

This function rounds values to multiples of a fraction.

Steuerberechnung im Jahr (2005-2015)

ROT_SVD2X2 computes the complex rotation matrices to obtain the singular value decomposition of a 2-by-2 complex matrix.

Determine whether inputs are axis handles.

Find the balanced reaction for the complete combuston of octane to carbon dioxide and water.

Ammonia, NH3, is burned in air, produces nitrogen and water by the unbalanced reaction

An analysis of a compound shows it to be 63.94 mass% Carbon, 7.15 mass% Hydrogen, and the rest (28.91%) is Oxygen. What is the Hill Notation for this compound?

Using the list of species from HW_03, verify that the columns of the stoichiometric matrix are in the null space of the atomic matrix.

Section 5.4 from Numerically solving polynomial systems with Bertini, by Daniel J. Bates, Jonathan D. Haunstein, Andrew J. Sommese and Charles W. Wampler (SIAM 2013).

Section 7.2 from Numerically solving polynomial systems with Bertini, by Daniel J. Bates, Jonathan D. Haunstein, and Andrew J. Sommese and Charles W. Wampler (SIAM 2013).

The polysym class is a symbolic manipulation package that helps users to put equations in a form that Bertini can read. It is similar in behavior to the sym class in the Symbolic Math Toolbox,

Example 5.3 from Numerically solving polynomial systems with Bertini, by Daniel J. Bates, Jonathan D. Haunstein, Andrew J. Sommese and Charles W. Wampler (SIAM 2013).

Section 5.5.1 from Numerically solving polynomial systems with Bertini, by Daniel J. Bates, Jonathan D. Haunstein, Andrew J. Sommese and Charles W. Wampler (SIAM 2013).

Section 1.1.5 from Numerically solving polynomial systems with Bertini, by Daniel J. Bates, Jonathan D. Haunstein, Andrew J. Sommese and Charles W. Wampler (SIAM 2013).

Example 9.3 from Numerically solving polynomial systems with Bertini, by Daniel J. Bates, Jonathan D. Haunstein, Andrew J. Sommese and Charles W. Wampler (SIAM 2013).

Section 2.3 from Numerically solving polynomial systems with Bertini, by Daniel J. Bates, Jonathan D. Haunstein, Andrew J. Sommese and Charles W. Wampler (SIAM 2013).

Section 7.2 from Numerically solving polynomial systems with Bertini, by Daniel J. Bates, Jonathan D. Haunstein, Andrew J. Sommese and Charles W. Wampler (SIAM 2013).

Section 11.1 from Numerically solving polynomial systems with Bertini, by Daniel J. Bates, Jonathan D. Haunstein, Andrew J. Sommese and Charles W. Wampler (SIAM 2013).

Example 9.1 from Numerically solving polynomial systems with Bertini, by Daniel J. Bates, Jonathan D. Haunstein, Andrew J. Sommese and Charles W. Wampler (SIAM 2013).

Section 4.2 from Numerically solving polynomial systems with Bertini, by Daniel J. Bates, Jonathan D. Haunstein, Andrew J. Sommese and Charles W. Wampler (SIAM 2013).

Example 1.9 from Numerically solving polynomial systems with Bertini, by Daniel J. Bates, Jonathan D. Haunstein, Andrew J. Sommese and Charles W. Wampler (SIAM 2013).

We will find the equilibrium states for a single-domain magnet with cubic anisotropy in zero field. The magnetization has a fixed magnitude, so it can be represented by a unit vector $

Example 8.11 from Numerically solving polynomial systems with Bertini, by Daniel J. Bates, Jonathan D. Haunstein, Andrew J. Sommese and Charles W. Wampler (SIAM 2013).

Example 9.2 from Numerically solving polynomial systems with Bertini, by Daniel J. Bates, Jonathan D. Haunstein, Andrew J. Sommese and Charles W. Wampler (SIAM 2013).

Example 1.1 from Numerically solving polynomial systems with Bertini, by Daniel J. Bates, Jonathan D. Haunstein, Andrew J. Sommese and Charles W. Wampler (SIAM 2013).

Example 6.1 from Numerically solving polynomial systems with Bertini, by Daniel J. Bates, Jonathan D. Haunstein, Andrew J. Sommese and Charles W. Wampler (SIAM 2013).

We wish to find the decomposition of the real solutions of the sextic plane curve:

This function returns a blueish-greenish-orangey-yellowish color map which mimics, but does not exactly match the default parula color map introduced in Matlab R2014b.

This function formats colorbar ticks as dates strings.

This function scales data and axis limits after data have been plotted. This may be helpful if you've plotted several data sets then decided, "the y axis labels should be in nanometers instead