Name 

Description 

cell2Excel 

Loads data from a cell array into Microsoft Excel Worksheet 

clickableLegend 

clickableLegend is a wrapper around the Matlab function LEGEND that provides the added functionality to turn on and off (hide or show) a graphics object (line or patch) by clicking on its text label in the legend. Call with no inputs to place a clickableLegend on the current plot. Its usage is the same as the Matlab function. For further information please see the LEGEND documentation. 

CompStruct 

Function to compare the content of 2 structures with identical fields. Returns a vector of 1's and zeros indicating the fields where the contents are equal. Returns NaN if structures do not have identical fields. I = [IsClose(S1.(Fnames{1}),S2.(Fnames{1}),TOL), ... IsClose(S1.(Fnames{end}),S2.(Fnames{end}),TOL)] 

EngagementToolsPath 

Locates EngagementTools toolbox on the Matlab path and returns the full path as a string to the first occurrence. 

Extract 

Extracts specified variables from the input Structure Array and returns a single matrix with variables in each column. 

FindStructNaN 

Function returns names of fields within input structure containing NaN. Does not test substructures. 

inpaint_nans 

Solves approximation to one of several pdes to interpolate and extrapolate holes in an array 

IsClose 

Checks two values to see if they are close within some level of tolerance 

LineIntersect 

Determines if and where 2D polylines intersect. 

mkdraggable 

Make it so that a graphics object can be dragged in a figure. This function makes an object interactive by allowing it to be dragged across a set of axes, following or not certain constraints. This allows for intuitive control elements which are not buttons or other standard GUI objects, and which reside inside an axis. Typical use involve markers on an axis, whose position alters the output of a computation or display. 

pdfOpen 

Function to open a pdf document and display the page referred to by a named destination in the document. If sectName is not specified, the Matlab function open is used. If used to open any of the user's guides for the scaling code toolboxes, a prefix is required on the function name. An 's' will link to the section in the main part of the document and a prefix of 'm' will link to the section in the Appendix. 

progressbar 

Create and update a progress bar using Matlab's waitbar function. Includes a cancel button. Outputs a function handle that can be used as a callback function. 

struct2vec 

Converts field values in S to a vector of values. Will also return a cell array of the field names. If anything but a structure is passed in, the output will be the same as the input. 

syntaxHelp 

Displays the syntax (first few lines of the help) given the input function name. If the comment format is not consistent with this toolbox, the first 5 lines of comments are displayed. 

VaryStruct 

Create an array of structures from the input structure given a vector of values to be set, or set fields in an array of input structures. Any substructures referenced in VarN must be present in the input structure, but scalar fieldnames need not be present. All variables must have the same number of values, and must be the same length as the input structure, if it is an array. 

VectorArgCheck 

This function takes in a list of arguments and makes them all the same size. If the optional input ndims is one, the outputs will all be either rows or columns based on the first vector input. If ndims is two or unspecified, it will look at the maximum size in dimension 1 (N1) and the max size in dimension 2 (N2) of all the inputs, with the exception of strings. The outputs will be of size N1xN2. Character arrays will not be repeated. If only a single output is specified the outputs will be returned as a cell array.... more 

xinterpn 

Perform n-dimensional linear interpolation in very much the same manner as the Matlab function interpn. If this function is called one interpolation point at a time, interpolation will occur approximately three times faster than the native Matlab implementation. If a matrix of interpolation points is provided to this function, the speed advantage will increase beyond a factor of three.