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value | path stringlengths 12 229 | size int64 23 843k | source_encoding stringclasses 9
values | md5 stringlengths 32 32 | text stringlengths 23 843k |
|---|---|---|---|---|---|---|---|---|
github | SMASHtoolbox/release-master | limit.m | .m | release-master/+SMASH/+ImageAnalysis/@ImageGroup/limit.m | 5,084 | utf_8 | 202b0f2374dfcad13bcf390767d944b1 | % LIMIT Limit object to a region of interest
%
% This method defines a region of interest in a ImageGroup
% object, limiting the range used in calculations and visualization.
%
% Any limiting applies to all images in the ImageGroup object.
%
% Usage:
% >> object=limit(object,array1,array2);
% Three limit choices a... |
github | SMASHtoolbox/release-master | crop.m | .m | release-master/+SMASH/+ImageAnalysis/@ImageGroup/crop.m | 1,827 | utf_8 | 4768a91575f15e5d7a5bc3f360c6205d | % CROP Interactive cropping tool for ImageGroup objects
%
% Usage:
% >> object=crop(object,bound1,bound2); % directly input boundaries of
% crop region
% >> object=crop(object,[imageNumber],'manual'); % interactively select crop region
% You may select which image you want... |
github | SMASHtoolbox/release-master | split.m | .m | release-master/+SMASH/+ImageAnalysis/@ImageGroup/split.m | 1,852 | utf_8 | 13fac5eac34368c556b578032efe506b | % SPLIT Divide ImageGroup into Image objects
%
% This method breaks up an ImageGroup object into a collection of Image
% objects.
% >> [object1,object2,...]=split(object)
%
% A call for specific Image numbers can also be made:
% >> [object1,object2,...]=split(object,[imageNumbers])
%
% See also ImageGroup, gather
... |
github | SMASHtoolbox/release-master | mean.m | .m | release-master/+SMASH/+ImageAnalysis/@ImageGroup/mean.m | 3,083 | utf_8 | 70f06ed2d0dfc268178d3fcc8383b6d9 | % MEAN Calculate mean Data value(s)
%
% This method calculates the mean Data value for ImageGroup objects. Averaging
% can be performed over a specified coordinate ('Grid1' or 'Grid2'):
% >> result=mean(object,coordinate);
% or over the limited region.
% >> value=mean(object,'Region');
% In the former case, "res... |
github | SMASHtoolbox/release-master | locate.m | .m | release-master/+SMASH/+ImageAnalysis/@ImageGroup/locate.m | 1,140 | utf_8 | 6d3e7c0f4b6f1db94a34dcc0af0e9b2b | % LOCATE Locate feature in an object
%
% This method locates features in one Image of an ImageGroup object.
% By default, the feature is assumed to be a single Gaussian peak.
% >> report=locate(object);
% The output structure "report" contains information about the located
% feature. If no output is specified, th... |
github | SMASHtoolbox/release-master | center.m | .m | release-master/+SMASH/+ImageAnalysis/@ImageGroup/center.m | 1,379 | utf_8 | 8885cb2c28924377969c3a1843a6dbe7 | % CENTER Centering ImageGroup objects
%
% This method centers an ImageGroup object based on features selected by the
% user. Two feature types--points and ellipse--are supported. The default
% is ellipse. Points centering allows the user to select an arbitrary number of points, the
% centroid of which defines the Im... |
github | SMASHtoolbox/release-master | replace.m | .m | release-master/+SMASH/+ImageAnalysis/@ImageGroup/replace.m | 1,125 | utf_8 | 4bdc1b7368c86c7c0e6c5792540ac9f3 | % REPLACE Replace data values in an object
%
% This method replaces a rectangular region in one Image of an ImageGroup
% with a specified value. The replacement value *must* be specified; the
% replacement region can be specified or selected interactively.
%
% To replace values in a specific region:
% >> object=... |
github | SMASHtoolbox/release-master | regrid.m | .m | release-master/+SMASH/+ImageAnalysis/@ImageGroup/regrid.m | 925 | utf_8 | 9979160ce5866db9550861f36a4c6dc5 | % REGRID Transfer ImageGroup object onto a new grid
%
% This method interpolates an existing object into a new object on a
% specified grid.
% >> new=regrid(object,x,y);
% If no grid is specified, a uniformly spaced grid is calculated from the
% existing grid.
% >> object=regrid(object);
% This technique may need... |
github | SMASHtoolbox/release-master | register.m | .m | release-master/+SMASH/+ImageAnalysis/@ImageGroup/register.m | 631 | utf_8 | f5946e5f049f64937409656ef5e7b80e | %Register This method is not supported to be called by ImageGroup
%
% If you want to apply a register to an ImageGroup, the method can be
% called with an Image supplied as the master referene:
% >result=register(master(Image),target(ImageGroup),mtable,ttable);
%
% see also ImageGroup, SMASH.ImageAnalysis.Ima... |
github | SMASHtoolbox/release-master | evaluate.m | .m | release-master/+SMASH/+ImageAnalysis/@ImageGroup/evaluate.m | 996 | utf_8 | 80636579bf3d117a158762299672b9a5 | % evaluate Evaluate user defined functions
%
% This method applies user defined functions to image group data.
% new=evaluate(object,@myfunc); % single function
% new=evaluate(object,@myfuncA,@myfuncB,...); % multiple functions
% The output "new" is an ImageGroup object containing one image for each
% requested f... |
github | SMASHtoolbox/release-master | showFullColor.m | .m | release-master/+SMASH/+ImageAnalysis/@ImageGroup/showFullColor.m | 1,181 | utf_8 | 2d99b02c260d18bc6602084a10cfa269 | % SHOW Standard view showing Image objects
%
% See also Image, detail, explore, slice, view
% created October 15, 2013 by Tommy Ao (Sandia National Laboratories)
%
function varargout=showFullColor(object,target)
assert(object.NumberImages==3,'Error: This mode requires exactly 3 image layers');
% handle input
if (nar... |
github | SMASHtoolbox/release-master | restore.m | .m | release-master/+SMASH/+ImageAnalysis/@ImageGroup/restore.m | 316 | utf_8 | a722a06e7fe7a3f1aab0ed69c76199a8 | % restore Restore ImageGroup object from an archive
function object=restore(data)
object=SMASH.ImageAnalysis.ImageGroup([],[],NaN); %Need to make sure I can make a blank like this.
name=fieldnames(data);
for n=1:numel(name)
if isprop(object,name{n})
object.(name{n})=data.(name{n});
end
end
end |
github | SMASHtoolbox/release-master | shift.m | .m | release-master/+SMASH/+ImageAnalysis/@ImageGroup/shift.m | 648 | utf_8 | 070bd126139ca44e89925f847898bac8 | % SHIFT Shifts an ImageGroup object by a scalar value
%
% Usage:
% >> object=shift(object,coordinate,value)
% The "coordinate" input may be 'Grid1' or 'Grid2'.
%
% See also ImageGroup, map, scale
% created February 11, 2016 by Sean Grant (Sandia National Laboratories/UT)
function object=shift(object,coordinate,valu... |
github | SMASHtoolbox/release-master | view.m | .m | release-master/+SMASH/+ImageAnalysis/@ImageGroup/view.m | 2,700 | utf_8 | 58f5d9744f6ff22ec59792d32768ea4b | % VIEW ImageGroup visualization
%
% This method provides several types of visualization for ImageGroup objects.
% By default:
% >> view(object);
% the objected is displayed as a mosaic of images in a new figure; a graphic
% handle can be passed to render the image in a specific location.
% >> view(object,mode,gca... |
github | SMASHtoolbox/release-master | showSingle.m | .m | release-master/+SMASH/+ImageAnalysis/@ImageGroup/showSingle.m | 979 | utf_8 | 257e2080be0483bdcab82ce38c64ce71 | % SHOWSINGLE View single image of ImageGroup Data
%
% This method opens the indicated individual Image from the
% provided ImageGroup in a separate window.
%
% showSingle(object,ImageNumber);
%
% See also ImageGroup, view, showMosaic
%
%
% created January 12, 2016 by Sean Grant (Sandia National Laboratories/UT)
%
f... |
github | SMASHtoolbox/release-master | basic_figure.m | .m | release-master/+SMASH/+ImageAnalysis/@ImageGroup/private/basic_figure.m | 1,781 | utf_8 | d0a1c994a62c76795a8e6a5d41648c82 | % basic_figure: create a basic figure for imaging visualization
%
% created October 8, 2012 by Daniel Dolan (Sandia National Laboratories)
% revised May 29, 2013 by Daniel Dolan
% -added support for existing figures
function h=basic_figure(target,orientation)
% handle input
if (nargin<1)
target=[];
end
if (n... |
github | SMASHtoolbox/release-master | twist.m | .m | release-master/+SMASH/+ImageAnalysis/@ImageGroup/private/twist.m | 357 | utf_8 | 87244d65662da0976dd26a277231d1e9 |
function object=twist(object,theta)
% split up ImageGroup
temp=cell(object.NumberImages,1);
tempObj=cell(object.NumberImages,1);
% Perform function on each image individually
[temp{:}]=split(object);
for n=1:object.NumberImages
tempObj{n}=twistSingle(temp{n},theta);
end
% remake ImageGroup
object=SMASH.ImageAna... |
github | SMASHtoolbox/release-master | slice.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/slice.m | 6,819 | utf_8 | 77b61303f45dd80f07e75691169a1bd8 | % SLICE Generate Image slices (lineouts)
%
% This function slices an Image object at specified grid locations.
% >> result=slice(object,coordinate,value);
% The input "coordinate" should be 'Grid1' or 'Grid2'; "value" can be one
% or more grid locations within that grid. If these inputs are omitted,
% the user wi... |
github | SMASHtoolbox/release-master | rotate.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/rotate.m | 2,968 | utf_8 | f523787cdddc4997eea3ce3cf820cad2 | % ROTATE Rotate an Image object
%
% This method rotates the data and grid in an Image object.
% object=rotate(object,angle);
% The angle theta (in degrees) is positive for counter-clockwise rotations.
% NOTE:
% -Cumulative operations should be avoided. For example, a 45 degree
% rotation is preferable to ... |
github | SMASHtoolbox/release-master | flip.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/flip.m | 957 | utf_8 | 86537736db4eba9ea027ad73c0b669ae | % FLIP Flip object Data along a specified coordinate
%
% Usage:
% >> object=flip(object,coordinate);
% "coordinate" may be 'Grid1' or 'Grid2'
%
% See also IMAGE, rotate
%
%
% created November 25, 2013 by Daniel Dolan (Sandia National Laboratories)
%
function object=flip(object,coordinate)
% handle input
if (nargin... |
github | SMASHtoolbox/release-master | verifyGrid.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/verifyGrid.m | 1,495 | utf_8 | 5f1d2b732aad764aea16d3c88b84a2fc | % verifyGrid validate Image grids and check direction/uniformity
%
% This method verifies that the Grid arrays increases or decreases
% monotonically. Increasing grids are labelled with a GridDirection of
% "normal", while decreasing grids are labelled as "reverse". The average
% grid spacing is also determined; if t... |
github | SMASHtoolbox/release-master | show.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/show.m | 1,213 | utf_8 | 68b40aa248861d7da5be189dc8365c1c | % SHOW Standard view showing Image objects
%
% See also Image, detail, explore, slice, view
% created October 15, 2013 by Tommy Ao (Sandia National Laboratories)
%
function varargout=show(object,target)
% handle input
if (nargin<2) || isempty(target)
h=basic_figure;
h.axes=axes('Parent',h.panel,'Box','on');
e... |
github | SMASHtoolbox/release-master | explore.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/explore.m | 4,715 | utf_8 | 3cdef1bd730f3b5160649388b9dbe96a | % EXPLORE Interactive slice exploring tool for Image objects
%
% Usage:
% >> explore(object); % interactively explore slices
%
% See also IMAGE, detail, profile, show, slice, view
% created November 14, 2012 by Daniel Dolan (Sandia National Laboratories)
% modified October 16, 2013 by Tommy Ao (Sandia National Labor... |
github | SMASHtoolbox/release-master | differentiate.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/differentiate.m | 1,745 | utf_8 | 5559df90c83197c95f0a008b8cf18f49 | % DIFFERENTIATE calculate Image derivatives
%
% This method calculates derivatives of Image Data. Local
% polynomial smoothing (Savitzky-Golay method) is used to reduce the
% effects of noise. The coordinate and smoothing parameters
% are specified as input arguments.
% >> result=differentiate(object,coordinate,[nh... |
github | SMASHtoolbox/release-master | scale.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/scale.m | 805 | utf_8 | 3eb402a017cde27797e231c2691b1575 | % SCALE Multiply an Image object by a scalar value
%
% Usage:
% >> object=scal(object,coordinate,value)
% The "coordinate" input may be 'Grid1' or 'Grid2'.
%
% See also IMAGE, map, shift
% created October 4, 2013 by Daniel Dolan (Sandia National Laboratories)
% modified October 16, 2013 by Tommy Ao (Sandia National ... |
github | SMASHtoolbox/release-master | bin.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/bin.m | 2,336 | utf_8 | c4d24b77b3fef132072e82189ce8eeb6 | % BIN Reduce Image resolution by binning
%
% Binning is a form of smoothing, where local groups of M x N pixels are
% collected into a set of "superpixels" formed by summation over the
% original image. The binned object spans the same grid range, reducing
% storage requirements and noise at the expense of resolution.... |
github | SMASHtoolbox/release-master | center_points.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/center_points.m | 2,400 | utf_8 | df0ed062b788a025122ec83a0e8638a1 | % CENTER_POINTS Centers a Image object based on centroid of points
%
% See also IMAGE
% created April 8, 2013 by Daniel Dolan (Sandia National Laboratories)
% modified October 17, 2013 by Tommy Ao (Sandia National Laboratories)
%
function [object,x0,y0]=center_points(object)
h=view(object,'show');
set(h.figure,'Name'... |
github | SMASHtoolbox/release-master | map.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/map.m | 2,953 | utf_8 | 8428e113163cfede5ca360953ad779d8 | % MAP Map Image object coordinate(s) to a new representation
%
% This method allows applies a mapping function to one or both coordinate
% arrays in Image object. It is intended for advanced users only. For
% simple transformations, use the shift and scale methods. Many data
% transformations can be performed direct... |
github | SMASHtoolbox/release-master | histogram.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/histogram.m | 1,568 | utf_8 | 5183143c5f9b916bc7b93475606f5fe7 | % HISTOGRAM Histogram of Image data
%
% This method provide a graphical representation of the distribution of
% Image data. Elements in data are sorted into 'nbins' of equally spaced
% bins along the x-axis between the minimum and maximum values of data.
%
% Usage:
% >> varargout=histogram(object,varargin);
% For ... |
github | SMASHtoolbox/release-master | lookup.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/lookup.m | 635 | utf_8 | d637d0268ae39e70791e5703eb9cd146 | % LOOKUP Look up data values at specific grid locations
%
% This method returns interpolated data values for specified grid
% locations.
% >> z=lookup(object,x,y);
%
% See also Image, regrid
%
%
% created November 15, 2013 by Daniel Dolan (Sandia National Laboratories)
%
function z=lookup(object,x,y)
% handle inp... |
github | SMASHtoolbox/release-master | sharpen.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/sharpen.m | 887 | utf_8 | 90e650bf31d5736bb6e40f024b75c3b0 | % SHARPEN Sharpen method for Image objects
%
% This method sharpens the appearance of edges in a Image object by
% calculating the fractional change at each point with respect to the
% local average. The local average is determined with smoothing over a
% specied neighborhood (11 x 11 pixels by default). The z-limit ... |
github | SMASHtoolbox/release-master | limit.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/limit.m | 4,829 | utf_8 | e793ac006b26bb507c36a27fc5523267 | % LIMIT Limit object to a region of interest
%
% This method defines a region of interest in a Image
% object, limiting the range used in calculations and visualization.
%
% Usage:
% >> object=limit(object,array1,array2);
% Three limit choices are available. The choice 'all' provides no
% limit on the object range... |
github | SMASHtoolbox/release-master | crop.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/crop.m | 1,438 | utf_8 | 664b7b4d71a81dacc7c99116a9e480b4 | % CROP Interactive cropping tool for Image objects
%
% Usage:
% >> object=crop(object,bound1,bound2); % directly input boundaries of
% crop region
% >> object=crop(object,'manual'); % interactively select crop region
%
% See also IMAGE, limit
%
%
% created July 27, 2012 b... |
github | SMASHtoolbox/release-master | align.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/align.m | 3,444 | utf_8 | 91a4151f26ed8373e613e2c93fe853bd | % ALIGN Align Image objects
%
% This method aligns an Image object using a set of specified set of (x,y).
% points. The best fit polynomial through these points becomes a fixed grid
% path.
%
% Usage:
% >> object=align(object,direction,xypath,order);
% - direction...
% -xypath should be table of [x y] value... |
github | SMASHtoolbox/release-master | smooth.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/smooth.m | 1,844 | utf_8 | dfc56939854ef354679e7f2870843647 | % SMOOTH Smooth the Image data over a local neighborhood
%
% Usage:
% >> object=smooth(object,choice,value);
% "choice" can be 'mean', 'median', or 'kernel' (advanced users only)
% "value" is the smoothing neighborhood (e.g., [3 3]) or kernel weights.
%
% NOTE: neighborhoods and kernel arrays follow MATLAB image conv... |
github | SMASHtoolbox/release-master | mean.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/mean.m | 3,913 | utf_8 | 3b8707bdfadc8fb7a056dafd164854fb | % MEAN Calculate mean Data value(s)
%
% This method calculates the mean Data value for Image objects. Averaging
% can be performed over a specified coordinate ('Grid1' or 'Grid2'):
% >> result=mean(object,coordinate);
% or over the limited region.
% >> value=mean(object,'Region');
% In the former case, "result" ... |
github | SMASHtoolbox/release-master | locate.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/locate.m | 1,467 | utf_8 | 8e236b5abe34585436f7e7449caf68b7 | % LOCATE Locate feature in an object
%
% This method locates features in an Image object. By default,
% the feature is assumed to be a single Gaussian peak.
% >> report=locate(object);
% The output structure "report" contains information about the located
% feature. If no output is specified, the peak location is ... |
github | SMASHtoolbox/release-master | center.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/center.m | 1,275 | utf_8 | 7f5f3b524e90de8ddfc34b1c0d8c76d0 | % CENTER Centering Image objects
%
% This method centers a Image object based on features selected by the
% user. Two feature types--points and ellipse--are supported. Points
% centering allows the user to select an arbitrary number of points, the
% centroid of which defines the Image center. Ellipse centering also
... |
github | SMASHtoolbox/release-master | replace.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/replace.m | 2,327 | utf_8 | 2342b016ff2d8c2ec6ac8b558e50fe97 | % REPLACE Replace data values in an object
%
% This method replaces a rectangular region in an image with a specified
% value. The replacement value *must* be specified; the replacement region
% can be specified or selected interactively.
%
% To replace values in a specific region:
% >> object=replace(object,value... |
github | SMASHtoolbox/release-master | surface.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/surface.m | 1,175 | utf_8 | 83a6665652261835a916973854b7412a | % UNDER CONSTRUCTION
% SHOW Standard view showing Image objects
%
% See also Image, detail, explore, slice, view
function varargout=surface(object,target)
% handle input
if (nargin<2) || isempty(target)
h=basic_figure;
h.axes=axes('Parent',h.panel,'Box','on');
else
h.figure=ancestor(target,'figure');
... |
github | SMASHtoolbox/release-master | convolve.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/convolve.m | 345 | utf_8 | db84f0bce0814416ff65d97b8a8b8d74 | % UNDER CONSTRUCTION
%
function object=convolve(object,kernel)
% verify uniform grid
object=makeGridUniform(object);
% handle input
assert(nargin<2,'ERROR: convolution kernel missing');
if ~ismatrix(kernel)
error('ERROR: invalid smoothing kernel');
end
object.Data=conv2(object.Data,kernel,'same');
object=up... |
github | SMASHtoolbox/release-master | center_ellipse.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/center_ellipse.m | 4,613 | utf_8 | d19d5f9a0fea1bec256cb17b2436f57a | % CENTER_ELLIPSE Centers a Image object based on a fitted ellipse
%
% See also IMAGE, center
% created April 8, 2013 by Daniel Dolan (Sandia National Laboratories)
% modified October 17, 2013 by Tommy Ao (Sandia National Laboratories)
%
function [object,params]=center_ellipse(object,varargin)
%%
% manage input
Narg=n... |
github | SMASHtoolbox/release-master | reset.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/reset.m | 1,523 | utf_8 | 4e5bdc660595dfdfb93498cbaf9935fa | % RESET Reset Grid and Data properties
%
% This method resets the Grid and Data stored in an Image object. Arrays
% can be passed directly into the object:
% >> object=reset(object,Grid1,Grid2,Data);
% where grid1, grid2, and data are arrays of consistent size; passing an
% empty array preserves the existing array.... |
github | SMASHtoolbox/release-master | summarize.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/summarize.m | 703 | utf_8 | ff3d4969fb7fbdf0539e8830c310b4a4 | % SUMMARIZE Summarize Image data
%
% This method provides a statistical summary of the data stored in an Image
% object.
% >> result=summary(object);
% The output "result" is a structure containing the mean, standard
% deviation, and other characterizations of the object's Data property over
% its limited region.
... |
github | SMASHtoolbox/release-master | regrid.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/regrid.m | 2,025 | utf_8 | a22bf03e6301fd31a888b2f98cc17b73 | % REGRID Transfer Image object onto a new grid
%
% This method interpolates an existing object into a new object on a
% specified grid.
% >> new=regrid(object,x,y);
% If no grid is specified, a uniformly spaced grid is calculated from the
% existing grid.
% >> object=regrid(object);
% This technique may needed be... |
github | SMASHtoolbox/release-master | register.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/register.m | 4,591 | utf_8 | 76adc0021896106e947f159ef5a3f545 | % register Register target Image(s) to a master Image
%
% This method registers a target Image to a master Image using common
% points in each object. Three or more (x,y) locations must be identified
% to transform the target Image to the same coordinates as the master
% Image. These locations are passed to the calcu... |
github | SMASHtoolbox/release-master | restore.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/restore.m | 255 | utf_8 | f4f9b10d50137132bda2366b1e1c8a29 | % restore Restore Image object from an archive
function object=restore(data)
object=SMASH.ImageAnalysis.Image([],[],NaN);
name=fieldnames(data);
for n=1:numel(name)
if isprop(object,name{n})
object.(name{n})=data.(name{n});
end
end
end |
github | SMASHtoolbox/release-master | subtractBackground.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/subtractBackground.m | 5,871 | utf_8 | 4654eb50e9ef05aca5af53d661b9cf05 | % subtractBackground Advanced background subtraction
%
% This method of the Radiography class subtracts background exposure levels
% from radiography images. The user can interactively select locations of
% the image that correspond to zero exposure or supply X,Y,Z values to use.
% The function calls svd_surface to fi... |
github | SMASHtoolbox/release-master | merge.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/merge.m | 2,432 | utf_8 | b634441fc91aaa462aee0ee47a7fb96d | % MERGE Merge Image objects into a single object
%
% This method merges mutiple Image objects into a single object.
% >> new=merge(object1,object2,...);
% The new object Grid is determined by the outermost points of the source
% objects, spaced by the smallest source grid spacings. Source objects are
% added to thi... |
github | SMASHtoolbox/release-master | shift.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/shift.m | 802 | utf_8 | 7ab72c6fb8123a66ba94ccff3bad8436 | % SHIFT Shifts a Image object by a scalar value
%
% Usage:
% >> object=shift(object,coordinate,value)
% The "coordinate" input may be 'Grid1' or 'Grid2'.
%
% See also IMAGE, map, scale
% created October 4, 2013 by Daniel Dolan (Sandia National Laboratories)
% modified October 16, 2013 by Tommy Ao (Sandia National La... |
github | SMASHtoolbox/release-master | region.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/region.m | 7,632 | utf_8 | d33318465c38d34475c02e6380bb3f07 | % REGION Select a region of interest inside a Image object
%
% Standard use:
% >> data=region(object);
% This command displays the object and allows a region of interest
% to be selected interactively. To specify boundary points of the region,
% click the left mouse button on the displayed image. Shift-clicking on
... |
github | SMASHtoolbox/release-master | bandpass.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/bandpass.m | 4,174 | utf_8 | 56606060db15b25759d2475adb6f70cf | % BANDPASS Bandpass filtering of Image data
%
% Usage:
% >> object=bandpass(object,range,type,[order],[spectra]);
% "range" are normalized low & high frequency cutoffs (0<value<1),
% e.g. [0.001 0.25];
% "type" is for the following filters:
% 'ideal', 'gaussian', 'butterworth', 'chebyshev';
% "order" is an integ... |
github | SMASHtoolbox/release-master | makeGridUniform.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/makeGridUniform.m | 1,330 | utf_8 | ca929a72d2f53279e23e2c37ab73e489 | % makeGridUniform Enforce uniform Image grid
%
% >> object=makeGridUniform(object);
%
% See also Image
%
%
% created November 20, 2013 by Daniel Dolan (Sandia National Laboratories)
%
function object=makeGridUniform(object)
if object.Grid1Uniform && object.Grid2Uniform
return
end
persistent AutoRegrid
if isem... |
github | SMASHtoolbox/release-master | detail.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/detail.m | 6,979 | utf_8 | 7d1614cf4a4dd9f5a9906106fc88b146 | % DETAIL Interactive detail viewing tool for Image objects
%
% Usage:
% >> detail(object,target); % interactively select detail region
%
% See also IMAGE, explore, show, slice, view
% created May 28, 2013 by Daniel Dolan (Sandia National Laboratories)
% modified October 16, 2013 by Tommy Ao (Sandia National Laborato... |
github | SMASHtoolbox/release-master | view.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/view.m | 2,669 | utf_8 | 3346cfc12b7861f5553babaf606d9bd6 | % VIEW Image visualization
%
% This method provides several types of visualization for Image objects.
% By default:
% >> view(object);
% the objected is displayed as a single image in a new figure; a graphic
% handle can be passed to render the image in a specific location.
% >> view(object,gca); % show image in ... |
github | SMASHtoolbox/release-master | export.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/export.m | 2,113 | utf_8 | ea42de56324a967c48f9eeb5b829b49f | % EXPORT Export object simple data file
%
% This method exports objects to a data file for use outside of the Image
% class.
% >> export(object,filename);
% % If the file name has a *.pff extension (case insensitive), the export
% % uses the (binary) Portable File Format. Any other extension exports the image to
% ... |
github | SMASHtoolbox/release-master | basic_figure.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/private/basic_figure.m | 1,781 | utf_8 | d0a1c994a62c76795a8e6a5d41648c82 | % basic_figure: create a basic figure for imaging visualization
%
% created October 8, 2012 by Daniel Dolan (Sandia National Laboratories)
% revised May 29, 2013 by Daniel Dolan
% -added support for existing figures
function h=basic_figure(target,orientation)
% handle input
if (nargin<1)
target=[];
end
if (n... |
github | SMASHtoolbox/release-master | localmedian.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/private/localmedian.m | 1,941 | utf_8 | 83ed229d39509d041a7eace052a1de07 | % This function applies local median filtering on 2D arrays.
% >> new=localmedian(array,nhood);
% The default neighborhood is 3x3. Larger neighborhoods may be specified
% by passing a "nhood" input.
%
% Median filtering is always slower than convolution operations (mean, etc)
% and is not linear, so it should be u... |
github | SMASHtoolbox/release-master | basic_colorbar.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/private/basic_colorbar.m | 1,966 | utf_8 | ccae8fece91d4cb5c2787d4f22ff3926 | function hc=basic_colorbar(varargin)
% create colorbar
hc=colorbar(varargin{:});
% modify colorbar
hm=uicontextmenu;
uimenu(hm,'Label','Adjust color scale','Callback',{@AdjustScale,hc});
set(hc,'UIContextMenu',hm);
setappdata(hc,'TargetAxes',[]);
setappdata(hc,'AdjustScaleDialog',[]);
% finish up
set(hc,'DeleteFcn'... |
github | SMASHtoolbox/release-master | SelectImageFile.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/private/SelectImageFile.m | 972 | utf_8 | a142ac31d3ea0781abb24969a06d4915 | % SelectImageFile : prompt user to select file from supported formats
% created October 15, 2013 by Tommy Ao (Sandia National Laboratories)
%
function filename=SelectImageFile()
ccd='*.spe;*.SPE;*.imd;*.IMD;*.img;*.IMG';
film='*.img;*.IMG;*.hdf;*.HDF';
plate='*.img;*.IMG;';
standard='*.bmp;*.BMP;*.jpg;*.JPG;*.jpeg;*.... |
github | SMASHtoolbox/release-master | ChebyshevPoly.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/private/ChebyshevPoly.m | 709 | utf_8 | bb890d00927fc2eeb6414cb199031e8a |
% Given nonnegative integer n, compute the
% Chebyshev polynomial T_n. Return the result as a column vector whose mth
% element is the coefficient of x^(n+1-m).
% polyval(ChebyshevPoly(n),x) evaluates T_n(x).
function tk = ChebyshevPoly(n)
if n==0
tk = 1;
elseif n==1
tk = [1 0]';
else
tkm2 = zero... |
github | SMASHtoolbox/release-master | IterativeEllipseFit.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/private/IterativeEllipseFit.m | 3,616 | utf_8 | cfc458ce00f0b9760076c284b09123ff | % EllipseFit : Fit an ellipse to (x,y) data
% created 3/6/2005 by Daniel Dolan
%
% Usage:
% params = InterativeEllipseFit(x, y); % use default guess
% = InterativeEllipseFit(x, y, guess); % user specified guess
% = InterativeEllipseFit(x, y, fixed); % hold some parameters fixed
% = Int... |
github | SMASHtoolbox/release-master | SGderivative.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/private/SGderivative.m | 3,643 | utf_8 | 3346fb47b713f3ce5992a8f7431dcb8b | % SGderivative : calculate a smooth derivative using the Savitzky-Golay
% method. The derivative level may be specified by an array of positive
% integers (including zero); the result for each array entry is returned as
% a separate function output. The order and number of points used in the
% calculation are specifie... |
github | SMASHtoolbox/release-master | rectangle2.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/private/rectangle2.m | 692 | utf_8 | 4b321b4e12aca1a2d12943589c9604af | % RECTANGLE2 : black on white rectangle for universal visiblity
function h2=rectangle2(varargin)
h1=rectangle(varargin{:});
h2=rectangle(varargin{:});
hr=[h1 h2];
set(h1,'EdgeColor','w','LineStyle','-');
linestyle=get(h2,'LineStyle');
if strcmp(linestyle,'-')
set(h2,'EdgeColor','k','LineStyle','--');
end
set(hr,... |
github | SMASHtoolbox/release-master | gaussfit.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/private/gaussfit.m | 2,922 | utf_8 | 8c5594c19d17f9c3f0dc979a1547ac82 | % gaussfit
function report=gaussfit(x1,x2,y,guess,bound)
% manage input
if isempty(guess)
[temp,index1]=max(abs(y));
[~,index2]=max(temp);
x1p=x1(index2);
x2p=x2(index1(index2));
%xtemp=reshape(x-xp,size(y));
%sigma=sqrt(sum(y.*(xtemp-xp).^2)/sum(y));
% sigma1=(max(x1)-min(x1))/4;
% sig... |
github | SMASHtoolbox/release-master | DirectEllipseFit.m | .m | release-master/+SMASH/+ImageAnalysis/@Image/private/DirectEllipseFit.m | 2,757 | utf_8 | a3181e2c46c271c836bbd965d89368e1 | % DirectEllipseFit : direct ellipse fitting
% created 4/5/2005 by Daniel Dolan
%
% Usage:
% params = DirectEllipseFit(x, y);
%
% This function provides a direct (non-iterative) ellipse fit for a series
% of (x,y) data. The core opertion of the function is based on the MATLAB
% routines listed in a conference p... |
github | SMASHtoolbox/release-master | ClassicFigure.m | .m | release-master/+SMASH/+Graphics/ClassicFigure.m | 715 | utf_8 | 0c995c0782185542b54609b030a2c15f | % ClassicFigure Create classic MATLAB figure
%
% This function creates a classic MATLAB figure, placing axes control
% (zoom, pan, etc.) in a unified toolbar; vanishing axes toolbars are also
% disabled.
% ClassicFigure();
% fig=ClassicFigure(...);
%
% See also SMASH.Graphics
%
%
% created May 13, 2020 by Daniel... |
github | SMASHtoolbox/release-master | app2class.m | .m | release-master/+SMASH/+Graphics/app2class.m | 1,480 | utf_8 | 2ff6735a66d70a94888d4080e4390260 | % app2class Convert app to class file
%
% This function converts a *.mlapp file (generated by the App Designer) to
% a class definition *.m file. The input syntax is:
% app2class(source,destination).
% If no inputs are specified, the user is prompted to select a *.mlapp
% file. Omitting the second input places the... |
github | SMASHtoolbox/release-master | apply.m | .m | release-master/+SMASH/+Graphics/@GraphicOptions/apply.m | 2,456 | utf_8 | 206d7ea38977876a4ad779a1a2e7ce5b | % apply Apply graphic options
%
% This method applies graphic objects to a target object.
% >> apply(object,target);
% The input "target" must be a graphic handle or an array of handles.
%
% By default, this method applies options to the target object and all of
% its parent objects (up to the figure level). Pass... |
github | SMASHtoolbox/release-master | place.m | .m | release-master/+SMASH/+Graphics/+FigureTools/place.m | 4,486 | utf_8 | 1ca56c785efb85adfa88fa6878d9eedb | % place Place figures on specific monitor
%
% This method places existing MATLAB figures on a particular monitor.
% place(); % put all figures on largest monitor
% place('largest'); % same as above
% By default, figures are placed on the largest monitor; new figure
% spawning and then monitor number are used in t... |
github | SMASHtoolbox/release-master | focus.m | .m | release-master/+SMASH/+Graphics/+FigureTools/focus.m | 3,893 | utf_8 | fe404024a47040fcc0384e320f2adcd3 | % focus Focus on allowed figures
%
% This method focuses MATLAB on a list of allowed figures.
% SMASH.Graphics.FigureTools.focus(allowed); % handle graphics array
% Selecting any figure *not* on this list makes MATLAB focus on the most
% recently active allowed figure.
%
% Calling this method with no input returns t... |
github | SMASHtoolbox/release-master | clip.m | .m | release-master/+SMASH/+Graphics/+FigureTools/clip.m | 735 | utf_8 | c89592dbae0b1b466b436d582a71488d | % clip Copy figure to the clip board
%
% This function prints a MATLAB figure to the clip board (for pasting in
% another application).
% SMASH.Graphics.FigureTools.clip();
% By default, the current figure is copied to the clip board. Passing a
% graphic handle clips the specified figure.
% SMASH.Graphics.Figure... |
github | SMASHtoolbox/release-master | tile.m | .m | release-master/+SMASH/+Graphics/+FigureTools/tile.m | 4,031 | utf_8 | 2df2ee27774feaf5b114474b8418edac | % tile Tile figures
%
% This methods tiles MATLAB figures across a monitor. By default,
% all existing files are horizontally tiled.
% tile();
% The first input indicates the tiling mode, which can be 'horizontal',
% 'vertical', or row/column specification.
% tile([3 2]); % three rows, two columns
% Passing an i... |
github | SMASHtoolbox/release-master | spawn.m | .m | release-master/+SMASH/+Graphics/+FigureTools/spawn.m | 1,289 | utf_8 | 1ef02415f00fe51851ebd773143beb61 | % spawn Create new figure in a specific place
%
% This method creates a new figure in a specific place. New figures can be
% spawned on a particular monitor
% spawn(monitor);
% specified by number, 'largest', or 'smallest'; the default choice is
% 'largest'. Figure location on that monitor can also be controlled.
... |
github | SMASHtoolbox/release-master | follow.m | .m | release-master/+SMASH/+Graphics/+FigureTools/follow.m | 5,009 | utf_8 | 8c5b613dc8cfb412c52635baaaee128f | % follow Link figure positions
%
% This method links a group of figures into a family:
% follow(family);
% The input "family" is an array of at least two figure handles. The first
% handle is defined as the parent, and all subsequent handles are
% dependents. Dependent figures move with the parent figure, but the
... |
github | SMASHtoolbox/release-master | print.m | .m | release-master/+SMASH/+Graphics/+FigureTools/print.m | 4,303 | utf_8 | 547008988e8599314f896cd59b625c35 | % print Print figure to a graphic file
%
% This function prints a MATLAB figure to a graphic file. The output file
% name must be explicitly specified.
% print(filename);
% The output format is determined from the file extension.
% *.eps : Encapsulated PostScript file
% *.jpg, *.jpeg : Joint Photograp... |
github | SMASHtoolbox/release-master | whiten.m | .m | release-master/+SMASH/+Graphics/+FigureTools/whiten.m | 2,161 | utf_8 | 3f4b0440564f824440cd999b07d7e9b0 | % whiten Force white backgrounds in a figure
%
% This method forces a figure and certain objects (uipanels, axes) in
% that figure to have a white background. Such changes allow figures
% exported to a graphic file (*.pdf, etc.) to be consistent with printing
% onto white paper.
%
% Calling the function without an inp... |
github | SMASHtoolbox/release-master | stack.m | .m | release-master/+SMASH/+Graphics/+FigureTools/stack.m | 1,175 | utf_8 | 9a85c222230418e795e92c7c7e2a6a66 | % stack Stack figures
%
% This method stacks figures into a pile, matching the size of the top
% figure.
% stack(); % stack all accessible figures
% stack(fig); % stack particular figures
% Stacking order is defined by the input "fig": the first figure is on top,
% followed by the second, and so forth.
%
% See ... |
github | SMASHtoolbox/release-master | errorbar2.m | .m | release-master/+SMASH/+Graphics/+PlotTools/errorbar2.m | 3,051 | utf_8 | d61ceac6bea265e4e89006351b4f3f33 | % errorbar2 Generate two-dimensional error bars
%
% This function generates two dimensional error bars.
% errorbar2(x,y,dx,dy,hx,hy)
% The first four inputs ("x", "y", "dx", and "dy") are needed to define the
% error bar location and sizes. Option inputs "hx" and "hy" control the
% fractional size of the boud... |
github | SMASHtoolbox/release-master | getcurve.m | .m | release-master/+SMASH/+Graphics/+PlotTools/getcurve.m | 1,570 | utf_8 | abd69cd8e25aabbb5e200cd6ff9dd7cf | % getcurve Returns (x,y) data for a line displayed in a figure
% [x,y]=getcurve; gets data from current line
% [x,y]=getcurve(h); gets data from the line with handle h
%
% [x,y]=getcurve('xlim'); % extract data with current x limits
% [x,y]=getcurve('ylim);
% [x,y]=getcurve('xylim');
% updated 2/9/... |
github | SMASHtoolbox/release-master | cline.m | .m | release-master/+SMASH/+Graphics/+PlotTools/cline.m | 1,550 | utf_8 | 35f8cceb634f8c00d804558331752895 | % cline Draw variable color line
%
% This function draws lines that vary in color from one end to the other.
% Two-dimensional lines are created
% >> cline(x,y,color);
% >> cline(x,y,color,name,value,...);
% The third input ("z") must either be a scalar or an array with the same
% number of elements as "x" and ... |
github | SMASHtoolbox/release-master | contours2lines.m | .m | release-master/+SMASH/+Graphics/+PlotTools/contours2lines.m | 930 | utf_8 | 38a9b3d6ccde00df3842ecc04bd81f9d | % contours2lines Extract line data from contour matrix
%
% This function extracts line data from a contour matrix (as generated from
% contourc).
% [data,level]=contours2lines(Cmatrix)
% The output "data" is a cell array containing two-column numeric arrays
% ([x y]). The output "level" is a corresponding array of ... |
github | SMASHtoolbox/release-master | locateText.m | .m | release-master/+SMASH/+Graphics/+PlotTools/locateText.m | 2,206 | utf_8 | 166ed4ebd0fdf16707301f7cfada08da | % locateText Locate text with respect to the current axes
%
% This function places text in specified locations with respect to the
% current axes. The calling syntax is:
% ht=locateText(entry,location);
% The input "entry" is text string (or cell array of text strings) to be
% placed. The input "location" indicate... |
github | SMASHtoolbox/release-master | intersect2D.m | .m | release-master/+SMASH/+Graphics/+PlotTools/intersect2D.m | 3,857 | utf_8 | dbea55f4437c708c323f4f72362680b6 | % intersect2D Find curve intersections in two dimensions
%
% This function finds curve intersections in a two-dimensional plane.
% These curves are defined by sequential line segements, each of which
% potential intersect with segments from the other curve. Curves can be
% specified by graphic handles, two-column [x y... |
github | SMASHtoolbox/release-master | lines2contours.m | .m | release-master/+SMASH/+Graphics/+PlotTools/lines2contours.m | 535 | utf_8 | f4e1912eba81224f5be52a48a43371bf | % lines2contours Convert line data to a contour matrix
%
function Cmatrix=lines2contours(data,level)
% manage output
N=numel(data);
if (nargin<2) || isempty(level)
level=1:N;
end
assert(isnumeric(level) && numel(level)==N,...
'ERROR: invalid level array');
% generate contour matrix
Cmatrix=zeros(2,0);
colum... |
github | SMASHtoolbox/release-master | plotContourMatrix.m | .m | release-master/+SMASH/+Graphics/+PlotTools/plotContourMatrix.m | 1,667 | utf_8 | 54fb1b796711f8216e95458ccf1c5fa3 | % plotContourMatrix Plot contour matrix
%
% Contour matrices are generated by the contourc function, but for whatever
% reason MATLAB provides no way to plot these matrices directly. This
% function provides this capability in a limited sense. Each contour is
% rendered as a line object with a unique color.
%
% The s... |
github | SMASHtoolbox/release-master | distinctColor.m | .m | release-master/+SMASH/+Graphics/+PlotTools/distinctColor.m | 2,695 | utf_8 | ce5c97bc727ae314d1a788e8050fc58a | % distinctColor Generate maximally distinct color
%
% This function generates maximally distinct colors relative to a
% three-column map. The minimum distance of these values (in RGB
% space) is maximized for greatest visual clarity.
% color=distinctColor(map);
% The ouput "color" is a three-column matrix. Each m... |
github | SMASHtoolbox/release-master | complement.m | .m | release-master/+SMASH/+Graphics/+PlotTools/@AlternatingLine/complement.m | 1,301 | utf_8 | 91481abe7e6a2f98a522f1b2fd4bdcde | % complement Assign complment color
%
% This function assigns the background line color to be the complement of
% the foreground line color.
% >> complement(object);
%
% See also AlternatingLines
%
%
% created December 10, 2014 by Daniel Dolan (Sandia National Laboratories)
%
function complement(object)
color=obj... |
github | SMASHtoolbox/release-master | reverse.m | .m | release-master/+SMASH/+Graphics/+PlotTools/@AlternatingLine/reverse.m | 405 | utf_8 | b691d05cfb92460116242d355e6f4b55 | % reverse Reverse foreground/background colors
%
% This method reverse the background and foreground colors in an
% AlternatingLine.
% >> reverse(object);
%
% See also AlternatingLine
%
%
% created December 10, 2014 by Daniel Dolan (Sandia National Laboratories)
%
function reverse(object)
temp=object.ForegroundCo... |
github | SMASHtoolbox/release-master | add.m | .m | release-master/+SMASH/+Graphics/+PlotTools/@PerformanceBands/add.m | 705 | utf_8 | f236aeb4e19be6ef92715a1e86521f3c | % object=add(object,name,data);
% object=add(object,nameA,dataA,nameB,dataB,...);
function object=add(object,varargin)
assert(nargin > 1,'ERROR: insufficient input');
Narg=numel(varargin);
assert(rem(Narg,2) == 0,'ERROR: unmatched name/data pair');
new=struct('Label','','Table',[]);
for n=1:2:Narg
name=varargin{... |
github | SMASHtoolbox/release-master | checkDisplay.m | .m | release-master/+SMASH/+Graphics/+DisplayTools/checkDisplay.m | 2,212 | utf_8 | b6aab76485b43ef22dd27e8a513c9392 | % checkDisplay Check monitor information
%
% This method reports the available monitors in the current MATLAB session.
% Calling the method with no outputs:
% checkDisplay();
% prints a list of monitor information in the command window. This
% information is returned as a data structure as requested.
% data=chec... |
github | SMASHtoolbox/release-master | scaleFigure.m | .m | release-master/+SMASH/+Graphics/+DisplayTools/scaleFigure.m | 4,659 | utf_8 | a61c86a3cac0220121eb7ee278cff717 | % scaleFigure Scale figure
%
% This function scales the displayed size of a MATLAB figure.
% scaleFigure(factor); % scale figure by specified factor
% scaleFigure('auto'); % automatic scaling
% The input "factor" must be a number greater than zero (in percent) or
% 'auto', which determines a scale factor based ... |
github | SMASHtoolbox/release-master | scaleDefaultFonts.m | .m | release-master/+SMASH/+Graphics/+DisplayTools/scaleDefaultFonts.m | 6,667 | utf_8 | 8f0c012da7cffb948461650d222c4800 | % scaleDefaultFonts Scale default font sizes
%
% This function adjusts the font size used in MATLAB figures. Scaling is
% specified as a percentage of the default font size.
% scaleDefaultFonts(value);
% For example, a scale factor of 200 doubles the font size while a scale
% factor of 50 halves it. Default scaling... |
github | SMASHtoolbox/release-master | selectDisplay.m | .m | release-master/+SMASH/+Graphics/+DisplayTools/@PointerControl/selectDisplay.m | 890 | utf_8 | 71747a6e0a69987e52c5b2b973217240 | % selectDisplay Move pointer to specified display
%
% This method moves the point to the center of a display.
% selectDisplay(object,monitor);
% The input "monitor" is an integer indicating the selected display. The
% primary display is used when this input is omitted.eater than one.
%
% See also PointerControl, se... |
github | SMASHtoolbox/release-master | store.m | .m | release-master/+SMASH/+Graphics/+DisplayTools/@PointerControl/store.m | 768 | utf_8 | 5704eb5f6e5d14b382a668e7aaecc102 | % store Store pointer location
%
% This method stores the current pointer location in the History property.
% store(object);
% Pointer locations can also be stored manually.
% store(object,[x y]);
% Inputs "x" and "y" should be specified in pixels
%
% See also PointerControl, rewind
%
%
% created January 17, 20... |
github | SMASHtoolbox/release-master | selectGraphic.m | .m | release-master/+SMASH/+Graphics/+DisplayTools/@PointerControl/selectGraphic.m | 3,629 | utf_8 | 3df9f2d9e063e6e479d6d19a834129ee | % selectGraphic Move pointer to graphic object
%
% This method moves the pointer a specified graphic object.
% selectGraphic(object,target);
% The input "target" must be a handle to an axes, uipanel, uicontrol,
% uitable, or figure object. The location and size of the target object
% (in pixels) can be requested as... |
github | SMASHtoolbox/release-master | rewind.m | .m | release-master/+SMASH/+Graphics/+DisplayTools/@PointerControl/rewind.m | 530 | utf_8 | 8675de8053ae997fdf9b2af18468760b | % rewind Return pointer to stored location
%
% This method returns the pointer to the last stored location.
% rewind(object);
% Each method call removes a stored location from the History property.
% When no stored locations remain, this method has no effect.
%
% See also PointerControl, store
%
% created January 1... |
github | SMASHtoolbox/release-master | click.m | .m | release-master/+SMASH/+Graphics/+DisplayTools/@PointerControl/click.m | 831 | utf_8 | 5dc81029ad7ec25646c7ba55e7673ed4 | % click Simulate mouse click
%
% This method simulates a mouse click at the pointer's current location.
% click(object);
% Passing a graphic handle:
% click(object,target);
% ensures that the parent figure is visible during the click.
%
% See also PointerControl, selectGraphic
%
%
% created January 17, 2020 by D... |
github | SMASHtoolbox/release-master | trimAxes.m | .m | release-master/+SMASH/+Graphics/+AxesTools/trimAxes.m | 1,733 | utf_8 | 93e9e2a73a17ccc118f70f3f57211e88 | % trimAxes Trim graphic objects to current axes limits
%
% This function trims lines and images within an axes to the current (x,y)
% limits.
% trimAxes(); % trim current axes
% trimAxes(target); % trim axes specitied by "target"
%
% See also SMASH.Graphics
%
%
% created May 29, 2017 by Daniel Dolan (Sandia Nati... |
github | SMASHtoolbox/release-master | clone.m | .m | release-master/+SMASH/+Graphics/+AxesTools/clone.m | 6,035 | utf_8 | 6c9267dbf8318a85df28a5a717013ae5 | % clone Copy selected axes
%
% This function clones individual an individual axes to a new figure. The
% clone is independent from its source and fully spans its figure
% (regardless of the source axes size). An axes clone (graphic handle
% "new") can be made directly when the source handle is known.
% new=clone(ha... |
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