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plottrackscommonorigin.m
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plottrackscommonorigin.m
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%
% Graphing of tracks from a common origin.
%
% To make this tool available to Imaris, copy this file into the XTensions
% folder in the Imaris installation folder, e.g., C:\Program
% Files\Bitplane\Imaris x64 7.6.1\XTensions. After copying this file to
% the XTensions folder and restarting Imaris, you can find this function
% in the Surfaces Function menu, as well as in the Image Processing menu
% under the Spots and Surfaces Functions groups.
%
% <CustomTools>
% <Menu>
% <Submenu name="Surfaces Functions">
% <Item name="Plot all tracks with a common origin" icon="Matlab"
% tooltip="Graph tracks in Surpass Spots or Surfaces with a common origin.">
% <Command>MatlabXT::plottrackscommonorigin(%i)</Command>
% </Item>
% </Submenu>
% <Submenu name="Spots Functions">
% <Item name="Plot all tracks with a common origin" icon="Matlab"
% tooltip="Graph tracks in Surpass Spots or Surfaces with a common origin.">
% <Command>MatlabXT::plottrackscommonorigin(%i)</Command>
% </Item>
% </Submenu>
% </Menu>
%
% <SurpassTab>
% <SurpassComponent name="bpSurfaces">
% <Item name="Plot all tracks with a common origin" icon="Matlab"
% tooltip="Graph tracks in Surpass Spots or Surfaces with a common origin.">
% <Command>MatlabXT::plottrackscommonorigin(%i)</Command>
% </Item>
% </SurpassComponent>
% <SurpassComponent name="bpSpots">
% <Item name="Plot all tracks with a common origin" icon="Matlab"
% tooltip="Graph tracks in Surpass Spots or Surfaces with a common origin.">
% <Command>MatlabXT::plottrackscommonorigin(%i)</Command>
% </Item>
% </SurpassComponent>
% </SurpassTab>
% </CustomTools>
%
% Description: Plots spots or surfaces tracks from a common origin.
%
% Copyright 2013 - P. Beemiller. Licensed under a Creative Commmons
% Attribution license. Please see: http://creativecommons.org/licenses/by/3.0/
function plottrackscommonorigin( xImarisID )
% PLOTTRACKSCOMMONORIGIN Plot Surpass tracks with a common origin.
% PLOTTRACKSCOMMONORIGIN generates a graph of all tracks, with tracks
% shifted to have an origin at (0, 0, 0).
%
% The only input is the ID of the Imaris instance with the object
% tracks to be graphed. The function will create a list of the Spots
% and Surfaces present in the Surpass scene and prompt the user to
% select the object's tracks to plots. The resulting graph can be
% re-scaled, rotated, etc., then output as an image or vector art for
% presentation.
%% Get the Imaris instance ID.
% If the extension is compiled, the Imaris ID will be passed as a string.
if ischar(xImarisID)
xImarisID = str2double(xImarisID);
end
%% Append ImarisLib to the dynamic path.
if isempty(javaclasspath('-dynamic')) || ...
cellfun(@isempty, regexp(javaclasspath('-dynamic'), 'ImarisLib.jar', 'Start', 'Once'))
javaaddpath(['.' filesep 'ImarisLib.jar'])
end
%% Create a new object from the ImarisLib class.
xImarisLib = ImarisLib;
%% Connect to the calling Imaris instance.
xImarisApp = xImarisLib.GetApplication(xImarisID);
%% Get the Surpass Spots and Surfaces.
surpassObjects = xtgetsporfaces(xImarisApp, 'Both');
% If the scene has no Spots or Surfaces, return.
if isempty(surpassObjects)
return
end % if
%% Create a GUI to select objects.
desktopPos = get(0, 'MonitorPositions');
guiWidth = 230;
guiHeight = 114;
guiPos = [...
(desktopPos(1, 3) - guiWidth)/2, ...
(desktopPos(1, 4) - guiHeight)/2, ...
guiWidth, ...
guiHeight];
guiCenteredPlots = figure(...
'CloseRequestFcn', {@guiclosereqfcn}, ...
'MenuBar', 'None', ...
'Name', 'Centered plots', ...
'NumberTitle', 'Off', ...
'Position', guiPos, ...
'Resize', 'Off', ...
'Tag', 'guiCenteredPlots');
% Create the object selection popup menu.
uicontrol(...
'Background', get(guiCenteredPlots, 'Color'), ...
'FontSize', 12, ...
'Foreground', 'k', ...
'Parent', guiCenteredPlots, ...
'Position', [10 66 108 24], ...
'String', 'Spots|Surfaces', ...
'Style', 'text', ...
'Tag', 'textObjects')
popupObjects = uicontrol(...
'FontSize', 12, ...
'Parent', guiCenteredPlots, ...
'Position', [130 70 90 24], ...
'Style', 'popupmenu', ...
'String', {surpassObjects.Name}, ...
'Tag', 'popupObjects', ...
'TooltipString', 'Select objects to plot', ...
'Value', 1);
uicontrol(...
'Callback', @(pushCalc, eventData)pushplotcallback(pushCalc, eventData), ...
'FontSize', 12, ...
'Parent', guiCenteredPlots, ...
'Position', [130 20 90 24], ...
'Style', 'pushbutton', ...
'String', 'Plot', ...
'Tag', 'pushPlot', ...
'TooltipString', 'Plot centered tracks');
%% Nested function to plot zero-centered tracks.
function pushplotcallback(varargin)
% PUSHPLOTCALLBACK Plot selected object tracks centered at [0, 0, 0].
%
%
%% Get the selected object.
plotObjectIdx = get(popupObjects, 'Value');
xObject = surpassObjects(plotObjectIdx).ImarisObject;
%% Get the Surpass object data.
if xImarisApp.GetFactory.IsSpots(xObject)
% Get the spot positions.
objectPos = xObject.GetPositionsXYZ;
else
% Get the number of surfaces.
surfaceCount = xObject.GetNumberOfSurfaces;
% Get the surface positions and times.
objectPos = zeros(surfaceCount, 3);
for s = 1:surfaceCount
objectPos(s, :) = xObject.GetCenterOfMass(s - 1);
end % s
end % if
%% Allocate an array to collect all the recentered positions.
centeredPos = zeros(size(objectPos));
%% Get the track information.
objectIDs = xObject.GetTrackIds;
objectEdges = xObject.GetTrackEdges;
trackLabels = unique(objectIDs);
%% If there are no tracks, return.
if isempty(objectEdges)
return
end % if
%% Create a figure for plotting.
% Set the figure size and position.
guiCenteredPlotsPos = get(guiCenteredPlots, 'Position');
figGraphWidth = 560;
figGraphHeight = 420;
figPos = [...
guiCenteredPlotsPos(1) + 7
guiCenteredPlotsPos(2) - figGraphHeight + 32
figGraphWidth
figGraphHeight];
figGraph = figure(...
'CloseRequestFcn', {@figgraphclosereqfcn}, ...
'DockControls', 'off', ...
'Name', [char(xObject.GetName) ' Tracks'], ...
'NumberTitle', 'off', ...
'Position', figPos, ...
'Renderer', 'ZBuffer', ...
'Tag', 'figGraph');
axColor = 0.25*ones(3, 1);
axesPlot = axes(...
'FontSize', 12, ...
'Linewidth', 2, ...
'Parent', figGraph, ...
'TickDir', 'out', ...
'XColor', axColor, ...
'YColor', axColor, ...
'ZColor', axColor);
%% Add the graph's handle to the base's graphChildren appdata.
graphChildren = getappdata(guiCenteredPlots, 'graphChildren');
% Append the window's handle to the list.
graphChildren = [graphChildren; figGraph];
% Update the appdata.
setappdata(guiCenteredPlots, 'graphChildren', graphChildren)
%% Translate all the tracks to a common origin and plot.
% Create a color sequence for the lines.
lineColors = lines(length(trackLabels));
for r = 1:length(trackLabels)
% Get indices for the track.
rEdges = objectEdges(objectIDs == trackLabels(r), :);
rSpots = unique(rEdges);
% Get the track positions.
rPos = objectPos(rSpots + 1, :);
% Shift the track coordinates to place the origin at zero.
cPos = bsxfun(@minus, rPos, rPos(1, :));
% Add the centered coordinates to the list of all track positions.
centeredPos(rSpots + 1, :) = cPos;
% Plot the shifted track.
line(cPos(:, 1), cPos(:, 2), cPos(:, 3), ...
'Color', lineColors(r, :), ...
'DisplayName', ['Track ' num2str(r)], ...
'LineWidth', 1, ...
'Parent', axesPlot)
end % for r
%% Format the axes.
axis(axesPlot, 'equal')
% Make the axes symmetric about zero.
% For x:
xRange = xlim(axesPlot);
xExtreme = max(abs(xRange));
xlim(axesPlot, [-xExtreme xExtreme])
% For y:
yRange = ylim(axesPlot);
yExtreme = max(abs(yRange));
ylim(axesPlot, [-yExtreme yExtreme])
% For z:
zRange = zlim(axesPlot);
zExtreme = max(abs(zRange));
zlim(axesPlot, [-zExtreme zExtreme])
%% Add lines to serve as coordinate axes.
xAx = line(xlim, [0 0], [0 0], ...
'Color', axColor, ...
'DisplayName', 'X', ...
'LineStyle', ':', ...
'LineWidth', 2, ...
'Parent', axesPlot);
yAx = line([0 0], ylim, [0 0], ...
'Color', axColor, ...
'DisplayName', 'Y', ...
'LineStyle', ':', ...
'LineWidth', 2, ...
'Parent', axesPlot);
zAx = line([0 0], [0 0], zlim, ...
'Color', axColor, ...
'DisplayName', 'Z', ...
'LineStyle', ':', ...
'LineWidth', 2, ...
'Parent', axesPlot);
uistack([zAx, yAx, xAx], 'bottom')
%% Label the axes with the Imaris units.
imarisUnits = char(xImarisApp.GetDataSet.GetUnit);
% If the units are in microns, add a slash for latex. I think Imaris
% always uses microns, but just in case.
if strcmp(imarisUnits, 'um') || isempty(imarisUnits)
imarisUnits = '\mum';
end % if
xlabel(['x (' imarisUnits ')'], 'Color', axColor)
ylabel(['y (' imarisUnits ')'], 'Color', axColor)
zlabel(['z (' imarisUnits ')'], 'Color', axColor)
%% Add a menu with choices for doing axes adjustments.
% Create the menu.
menuAaxes = uimenu(figGraph, 'Label', 'Axes');
% Create the axes limit adjustment menu option.
uimenu(menuAaxes, ...
'Callback', {@setaxeslimits}, ...
'Label', 'Adjust limits', ...
'Tag', 'menuItemAxesLimit');
% Create the view (rotations) adjustment menu option.
uimenu(menuAaxes, ...
'Callback', {@setaxesview}, ...
'Label', 'Adjust view', ...
'Tag', 'menuItemAxesAngle');
%% Axes adjustment functions
function setaxeslimits(varargin)
% SETAXESLIMITS Create a window to manually adjust axes limits
%
%
%% Check for an existing limit adjustment figure.
figLimits = getappdata(figGraph, 'figLimits');
% If the adjustment window exists, raise it and return.
if ~isempty(figLimits)
figure(figLimits)
return
end
%% Create the adjustment figure.
% Get the parent figure position.
figGraphPos = get(figGraph, 'Position');
figLimitsWidth = 214;
figLimitsHeight = 180;
% Get the center of the parent.
figLimitsPos = [...
figGraphPos(1) + figGraphPos(3)/2 - figLimitsWidth/2
figGraphPos(2) + figGraphPos(4)/2 - figLimitsHeight/2
figLimitsWidth
figLimitsHeight];
% Create the figure.
figLimits = figure(...
'CloseRequestFcn', {@figlimitsclosereqfcn, figGraph}, ...
'MenuBar', 'none', ...
'Name', 'Limits', ...
'NumberTitle', 'off', ...
'Position', figLimitsPos, ...
'Resize', 'off', ...
'Tag', 'figLimits');
%% Create the labels.
uicontrol(...
'Background', get(figLimits, 'Color'), ...
'FontSize', 10, ...
'Foreground', 'k', ...
'HorizontalAlignment', 'Left', ...
'Parent', figLimits, ...
'Position', [10 116 50 24], ...
'String', 'X Range', ...
'Style', 'text', ...
'Tag', 'textXRange')
uicontrol(...
'Background', get(figLimits, 'Color'), ...
'FontSize', 10, ...
'Foreground', 'k', ...
'HorizontalAlignment', 'Left', ...
'Parent', figLimits, ...
'Position', [10 66 50 24], ...
'String', 'Y Range', ...
'Style', 'text', ...
'Tag', 'textYRange')
uicontrol(...
'Background', get(figLimits, 'Color'), ...
'FontSize', 10, ...
'Foreground', 'k', ...
'HorizontalAlignment', 'Left', ...
'Parent', figLimits, ...
'Position', [10 16 50 24], ...
'String', 'Z Range', ...
'Style', 'text', ...
'Tag', 'textZRange')
uicontrol(...
'Background', get(figLimits, 'Color'), ...
'FontSize', 10, ...
'Foreground', 'k', ...
'HorizontalAlignment', 'Center', ...
'Parent', figLimits, ...
'Position', [69 145 60 24], ...
'String', 'Minimum', ...
'Style', 'text', ...
'Tag', 'textMinimum')
uicontrol(...
'Background', get(figLimits, 'Color'), ...
'FontSize', 10, ...
'Foreground', 'k', ...
'HorizontalAlignment', 'Center', ...
'Parent', figLimits, ...
'Position', [144 145 60 24], ...
'String', 'Maximum', ...
'Style', 'text', ...
'Tag', 'textMaximum')
%% Create the adjustment edit boxes.
% X adjustment boxes:
xInitial = get(axesPlot, 'XLim');
editXMin = uicontrol(...
'Callback', @editxlimcallback, ...
'KeyPressFcn', @editxminkeypresscallback, ...
'Position', [75 120 48 24], ...
'String', xInitial(1), ...
'Style', 'edit', ...
'Tag', 'editXMin', ...
'TooltipString', 'Set the x axes range minimum');
editXMax = uicontrol(...
'Callback', @editxlimcallback, ...
'KeyPressFcn', @editxmaxkeypresscallback, ...
'Position', [150 120 48 24], ...
'String', xInitial(2), ...
'Style', 'edit', ...
'Tag', 'editXMax', ...
'TooltipString', 'Set the x axes range maximum');
% Y adjustment boxes:
yInitial = get(axesPlot, 'XLim');
editYMin = uicontrol(...
'Callback', @editylimcallback, ...
'KeyPressFcn', @edityminkeypresscallback, ...
'Position', [75 70 48 24], ...
'String', yInitial(1), ...
'Style', 'edit', ...
'Tag', 'editYMin', ...
'TooltipString', 'Set the y axes range minimum');
editYMax = uicontrol(...
'Callback', @editylimcallback, ...
'KeyPressFcn', @editymaxkeypresscallback, ...
'Position', [150 70 48 24], ...
'String', yInitial(2), ...
'Style', 'edit', ...
'Tag', 'editYMax', ...
'TooltipString', 'Set the y axes range maximum');
% Z adjustment boxes:
zInitial = get(axesPlot, 'ZLim');
editZMin = uicontrol(...
'Callback', @editzlimcallback, ...
'KeyPressFcn', @editzminkeypresscallback, ...
'Position', [75 20 48 24], ...
'String', zInitial(1), ...
'Style', 'edit', ...
'Tag', 'editZMin', ...
'TooltipString', 'Set the z axes range minimum');
editZMax = uicontrol(...
'Callback', @editzlimcallback, ...
'KeyPressFcn', @editzmaxkeypresscallback, ...
'Position', [150 20 48 24], ...
'String', zInitial(2), ...
'Style', 'edit', ...
'Tag', 'zmaxedit', ...
'TooltipString', 'Set the z axes range maximum');
%% Store the adjustment figure's handle in the appdata of the main figure.
setappdata(figGraph, 'figLimits', figLimits)
%% Attach listeners to the axes to update the limits on a limit change.
addlistener(axesPlot, 'XLim', 'PostSet', ...
@(propLimit, eventData)limitsync(propLimit, eventData, editXMin, editXMax));
addlistener(axesPlot, 'YLim', 'PostSet', ...
@(propLimit, eventData)limitsync(propLimit, eventData, editYMin, editYMax));
addlistener(axesPlot, 'ZLim', 'PostSet', ...
@(propLimit, eventData)limitsync(propLimit, eventData, editZMin, editZMax));
%% Nested functions for axes limit adjustments
function editxlimcallback(varargin)
% EDITXLIMCALLBACK Update the axes x limits
%
%
%% Get the current x limits.
currentXLim = get(axesPlot, 'XLim');
%% Get the desired range.
xMin = str2double(get(editXMin, 'String'));
xMax = str2double(get(editXMax, 'String'));
%% Test for a valid range, then update or reset.
if xMin >= xMax
% Reset the x editbox values.
set(editXMin, 'String', currentXLim(1))
set(editXMax, 'String', currentXLim(2))
else
% Update the axes range.
set(axesPlot, 'XLim', [xMin xMax])
% Update the xdata for the x axes center line.
set(xAx, 'XData', [xMin xMax])
end % if
end % editxlimcallback
function editylimcallback(varargin)
% EDITYLIMCALLBACK Update the axes y limits
%
%
%% Get the current y limits.
currentYLim = get(axesPlot, 'YLim');
%% Get the desired range.
yMin = str2double(get(editYMin, 'String'));
yMax = str2double(get(editYMax, 'String'));
%% Test for a valid range, then update or reset.
if yMin >= yMax
% Reset the y editbox values.
set(editYMin, 'String', currentYLim(1))
set(editYMax, 'String', currentYLim(2))
else
% Update the axes range.
set(axesPlot, 'YLim', [yMin yMax])
% Update the xdata for the x axes center line.
set(yAx, 'YData', [yMin yMax])
end % if
end % editylimcallback
function editzlimcallback(varargin)
% EDITZLIMCALLBACK Update the axes z limits
%
%
%% Get the current z limits.
currentZLim = get(axesPlot, 'ZLim');
%% Get the desired range.
zMin = str2double(get(editZMin, 'String'));
zMax = str2double(get(editZMax, 'String'));
%% Test for a valid range, then update or reset.
if zMin >= zMax
% Reset the z editbox values.
set(editZMin, 'String', currentZLim(1))
set(editZMax, 'String', currentZLim(2))
else
% Update the axes range.
set(axesPlot, 'ZLim', [zMin zMax])
% Update the xdata for the x axes center line.
set(zAx, 'ZData', [zMin zMax])
end % if
end % editzlimcallback
function editxminkeypresscallback(varargin)
% EDITXMINKEYPRESSCALLBACK Update the axes x min on up or down arrow
%
%
%% Check for an up or down press.
switch varargin{2}.Key
case 'uparrow'
xLim = get(axesPlot, 'XLim');
xLim(1) = xLim(1) + 1;
case 'downarrow'
xLim = get(axesPlot, 'XLim');
xLim(1) = xLim(1) - 1;
otherwise
return
end % switch
%% Test for a valid range, and update the axes and editbox.
if xLim(1) >= xLim(2)
return
end % if
set(editXMin, 'String', xLim(1))
set(axesPlot, 'XLim', xLim)
end % editzminkeypresscallback
function editxmaxkeypresscallback(varargin)
% EDITXMAXKEYPRESSCALLBACK Update the axes x max on up or down arrow
%
%
%% Check for an up or down press.
switch varargin{2}.Key
case 'uparrow'
xLim = get(axesPlot, 'XLim');
xLim(2) = xLim(2) + 1;
case 'downarrow'
xLim = get(axesPlot, 'XLim');
xLim(2) = xLim(2) - 1;
otherwise
return
end % switch
%% Test for a valid range, and update the axes and editbox.
if xLim(1) >= xLim(2)
return
end % if
set(editXMax, 'String', xLim(2))
set(axesPlot, 'XLim', xLim)
end % editxmaxkeypresscallback
function edityminkeypresscallback(varargin)
% EDITYMINKEYPRESSCALLBACK Update the axes y min on up or down arrow
%
%
%% Check for an up or down press.
switch varargin{2}.Key
case 'uparrow'
yLim = get(axesPlot, 'YLim');
yLim(1) = yLim(1) + 1;
case 'downarrow'
yLim = get(axesPlot, 'YLim');
yLim(1) = yLim(1) - 1;
otherwise
return
end % switch
%% Test for a valid range, and update the axes and editbox.
if yLim(1) >= yLim(2)
return
end % if
set(editYMin, 'String', yLim(1))
set(axesPlot, 'YLim', yLim)
end % editxminkeypresscallback
function editymaxkeypresscallback(varargin)
% EDITYMAXKEYPRESSCALLBACK Update the axes y max on up or down arrow
%
%
%% Check for an up or down press.
switch varargin{2}.Key
case 'uparrow'
yLim = get(axesPlot, 'YLim');
yLim(2) = yLim(2) + 1;
case 'downarrow'
yLim = get(axesPlot, 'YLim');
yLim(2) = yLim(2) - 1;
otherwise
return
end % switch
%% Test for a valid range, and update the axes and editbox.
if yLim(1) >= yLim(2)
return
end % if
set(editYMax, 'String', yLim(2))
set(axesPlot, 'YLim', yLim)
end % editxmaxkeypresscallback
function editzminkeypresscallback(varargin)
% EDITZMINKEYPRESSCALLBACK Update the axes z min on up or down arrow
%
%
%% Check for an up or down press.
switch varargin{2}.Key
case 'uparrow'
zLim = get(axesPlot, 'ZLim');
zLim(1) = zLim(1) + 1;
case 'downarrow'
zLim = get(axesPlot, 'ZLim');
zLim(1) = zLim(1) - 1;
otherwise
return
end % switch
%% Test for a valid range, and update the axes and editbox.
if zLim(1) >= zLim(2)
return
end % if
set(editZMin, 'String', zLim(1))
set(axesPlot, 'ZLim', zLim)
end % editzminkeypresscallback
function editzmaxkeypresscallback(varargin)
% EDITZMAXKEYPRESSCALLBACK Update the axes z max on up or down arrow
%
%
%% Check for an up or down press.
switch varargin{2}.Key
case 'uparrow'
zLim = get(axesPlot, 'ZLim');
zLim(2) = zLim(2) + 1;
case 'downarrow'
zLim = get(axesPlot, 'ZLim');
zLim(2) = zLim(2) - 1;
otherwise
return
end % switch
%% Test for a valid range, and update the axes and editbox.
if zLim(1) >= zLim(2)
return
end % if
set(editZMax, 'String', zLim(2))
set(axesPlot, 'ZLim', zLim)
end % editzmaxkeypresscallback
end % setaxeslimits
function setaxesview(varargin)
% SETAXESVIEW Create a window to manually adjust axes view
%
%
%% Check for an existing view adjustment figure.
figView = getappdata(figGraph, 'figView');
% If the adjustment window exists, raise it and return.
if ~isempty(figView)
figure(figView)
return
end
%% Create the view adjustment figure.
% Set the size and position of the figure.
parentPosition = get(figGraph, 'Position');
figViewWidth = 152;
figViewHeight = 83;
figViewPos = [...
parentPosition(1) + parentPosition(3)/2 - figViewWidth/2
parentPosition(2) + parentPosition(4)/2 - figViewHeight/2
figViewWidth
figViewHeight];
% Create the view adjustment figure.
figView = figure(...
'CloseRequestFcn', {@figviewclosereqfcn, figGraph}, ...
'MenuBar', 'none', ...
'Name', 'View', ...
'NumberTitle', 'off', ...
'Position', figViewPos, ...
'Resize', 'off', ...
'Tag', 'figView');
%% Create the labels.
uicontrol(...
'Background', get(figView, 'Color'), ...
'FontSize', 10, ...
'Foreground', 'k', ...
'HorizontalAlignment', 'Center', ...
'Parent', figView, ...
'Position', [10 45 60 24], ...
'String', 'Azimuth', ...
'Style', 'text', ...
'Tag', 'textAzimuth')
uicontrol(...
'Background', get(figView, 'Color'), ...
'FontSize', 10, ...
'Foreground', 'k', ...
'HorizontalAlignment', 'Center', ...
'Parent', figView, ...
'Position', [79 45 60 24], ...
'String', 'Elevation', ...
'Style', 'text', ...
'Tag', 'textElevation')
%% Create the view adjustment edit boxes.
% Get the initial view.
viewInitial = get(axesPlot, 'View');
% Azimuth adjustment box:
editAzimuth = uicontrol('Style', 'edit', ...
'Callback', @editazimuthcallback, ...
'KeyPressFcn', @editazimuthkeypresscallback, ...
'Position', [16 20 48 24], ...
'String', viewInitial(1), ...
'Tag', 'editAzimuth', ...
'TooltipString', 'Set the axes view aximuth (degrees)');
% Elevation adjustment box:
editElevation = uicontrol('Style', 'edit', ...
'Callback', @editelevationcallback, ...
'KeyPressFcn', @editelevationkeypresscallback, ...
'Position', [85 20 48 24], ...
'String', viewInitial(2), ...
'Tag', 'editElevation', ...
'TooltipString', 'Set the axes view elevation (degrees)');
%% Store the adjustment figure's handle in the appdata of the main figure.
setappdata(figGraph, 'figView', figView)
%% Attach a listener to the axes to update the azimuth and elevation on a view change.
addlistener(axesPlot, 'View', 'PostSet', ...
@(propView, eventData)viewsync(propView, eventData, editAzimuth, editElevation));
%% Nested functions for axes view adjustments
function editazimuthcallback(varargin)
% EDITAZIMUTHCALLBACK Update the axes azimuth
%
%
%% Get the current axes x limits.
currentView = get(axesPlot, 'View');
%% Get the desired azimuth value.
azValue = str2double(get(editAzimuth, 'String'));
%% Test for a valid value, then update or reset.
if ~isreal(azValue)
% Reset the azimuth editbox value.
set(editAzimuth, 'String', currentView(1))
else
% Update the axes view.
set(axesPlot, 'View', [azValue currentView(2)])
end % if
end % editazimuthcallback
function editelevationcallback(varargin)
% EDITELEVATIONCALLBACK Update the axes elevation
%
%
%% Get the current axes x limits.
currentView = get(axesPlot, 'View');
%% Get the elevation value.
elValue = str2double(get(editElevation, 'String'));
%% Test for a valid range, then update or reset.
if ~isreal(elValue)
% Reset the elevation editbox value.
set(editElevation, 'String', currentView(2))
else
% Update the axes view.
set(axesPlot, 'View', [currentView(1) elValue])
end % if
end % editelevationcallback
function editazimuthkeypresscallback(varargin)
% EDITAZIMUTHKEYPRESSCALLBACK Update the axes azimuth on up or down arrow
%
%
%% Check for an up or down press.
switch varargin{2}.Key
case 'uparrow'
viewValue = get(axesPlot, 'View');
viewValue(1) = viewValue(1) + 1;
case 'downarrow'
viewValue = get(axesPlot, 'View');
viewValue(1) = viewValue(1) - 1;
otherwise
return
end % switch
%% Update the editbox.
set(editAzimuth, 'String', viewValue(1))
set(axesPlot, 'View', viewValue)
end % editazimuthkeypresscallback
function editelevationkeypresscallback(varargin)
% EDITELEVATIONKEYPRESSCALLBACK Update the axes elevation on up or down arrow
%
%
%% Check for an up or down press.
switch varargin{2}.Key
case 'uparrow'
viewValue = get(axesPlot, 'View');
viewValue(2) = viewValue(2) + 1;
case 'downarrow'
viewValue = get(axesPlot, 'View');
viewValue(2) = viewValue(2) - 1;
otherwise
return
end % switch
%% Update the editbox.
set(editElevation, 'String', viewValue(2))
set(axesPlot, 'View', viewValue)
end % editelevationkeypresscallback
end % setaxesview
%% Sync functions for the adjustment figures
function limitsync(propLimit, eventData, editMin, editMax)
% VIEWSYNC Sync the limit window values with the axes limits
%
%
if ishandle(editMin)
%% Get the limits.
limitValue = eventData.NewValue;
%% Set the edit min and max boxes.
set(editMin, 'String', limitValue(1))
set(editMax, 'String', limitValue(2))
%% Update the axis line.
switch get(editMin, 'Tag')
case 'editXMin'
set(xAx, 'XData', limitValue)
case 'editYMin'
set(yAx, 'YData', limitValue)
case 'editZMin'
set(zAx, 'ZData', limitValue)
end % switch
end % if
end % limitsync
function viewsync(propView, eventData, editAzimuth, editElevation)
% VIEWSYNC Sync the view window values with the axes view
%
%
if ishandle(editAzimuth)
%% Get the view.
viewValue = eventData.NewValue;
%% Set the azimuth and elevation edit boxes.
set(editAzimuth, 'String', viewValue(1))
set(editElevation, 'String', viewValue(2))
end % if
end % viewsync
%% Close request functions
function figgraphclosereqfcn(figGraph, eventData)
% FIGGRAPHCLOSEREQFCN Closes the graph figure
%
%
%% Check for associated axes adjustment figures.
figLimits = getappdata(figGraph, 'figLimits');
figView = getappdata(figGraph, 'figView');
%% Delete any adjustment figures.
if ~isempty(figLimits)
delete(figLimits)
end % if
if ~isempty(figView)
delete(figView)
end % if
%% Remove the figure's handle from base's graphChildren and delete the figure.
graphChildren = getappdata(guiCenteredPlots, 'graphChildren');