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Add standaloneAROS.prj project to create a binary executable that can…
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… run on the MATLAB Compiler Runtime, which does not require a MATLAB license.
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Mark Kittisopikul committed Sep 26, 2019
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<deployment-project plugin="plugin.ezdeploy" plugin-version="1.0">
<configuration build-checksum="621402374" file="C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\packaging\standaloneAROS.prj" location="C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\packaging" name="standaloneAROS" preferred-package-location="C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\packaging\standaloneAROS\for_redistribution" preferred-package-type="package.type.exe" target="target.ezdeploy.standalone" target-name="Application Compiler">
<param.appname>standaloneAROS</param.appname>
<param.icon>${PROJECT_ROOT}\standaloneAROS_resources\icon.ico</param.icon>
<param.icons>
<file>${PROJECT_ROOT}\standaloneAROS_resources\icon_48.png</file>
<file>${PROJECT_ROOT}\standaloneAROS_resources\icon_32.png</file>
<file>${PROJECT_ROOT}\standaloneAROS_resources\icon_24.png</file>
<file>${PROJECT_ROOT}\standaloneAROS_resources\icon_16.png</file>
</param.icons>
<param.version>1.0</param.version>
<param.authnamewatermark>Mark Kittisopikul</param.authnamewatermark>
<param.email>[email protected]</param.email>
<param.company>UT Southwestern</param.company>
<param.summary>Perform Adaptive Resolution Orientation Space Analysis</param.summary>
<param.description>Perform Adaptive Resolution Orientation Space analysis to obtain multi-orientation data for segmentation and denoising.</param.description>
<param.screenshot>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\images\aros_highlight.png</param.screenshot>
<param.guid />
<param.installpath.string>\UT Southwestern\standaloneAROS\</param.installpath.string>
<param.installpath.combo>option.installpath.appdata</param.installpath.combo>
<param.logo />
<param.install.notes />
<param.target.install.notes />
<param.intermediate>${PROJECT_ROOT}\standaloneAROS\for_testing</param.intermediate>
<param.files.only>${PROJECT_ROOT}\standaloneAROS\for_redistribution_files_only</param.files.only>
<param.output>${PROJECT_ROOT}\standaloneAROS\for_redistribution</param.output>
<param.logdir>${PROJECT_ROOT}\standaloneAROS</param.logdir>
<param.enable.clean.build>false</param.enable.clean.build>
<param.user.defined.mcr.options />
<param.target.type>subtarget.standalone</param.target.type>
<param.support.packages />
<param.web.mcr>true</param.web.mcr>
<param.package.mcr>false</param.package.mcr>
<param.no.mcr>false</param.no.mcr>
<param.web.mcr.name>AROS_Installer_web</param.web.mcr.name>
<param.package.mcr.name>MyAppInstaller_mcr</param.package.mcr.name>
<param.no.mcr.name>MyAppInstaller_app</param.no.mcr.name>
<param.windows.command.prompt>true</param.windows.command.prompt>
<param.create.log>true</param.create.log>
<param.log.file>aros_log.txt</param.log.file>
<unset>
<param.version />
<param.guid />
<param.installpath.string />
<param.logo />
<param.target.install.notes />
<param.intermediate />
<param.files.only />
<param.output />
<param.logdir />
<param.enable.clean.build />
<param.user.defined.mcr.options />
<param.target.type />
<param.support.packages />
<param.web.mcr />
<param.package.mcr />
<param.no.mcr />
<param.package.mcr.name />
<param.no.mcr.name />
<param.windows.command.prompt />
</unset>
<fileset.main>
<file>${PROJECT_ROOT}\arosStandaloneGUI.mlapp</file>
</fileset.main>
<fileset.resources>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\extern\bfmatlab</file>
</fileset.resources>
<fileset.package>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\aros_logo_256.png</file>
</fileset.package>
<fileset.depfun>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\+bridging\bwRemoveBranchPoints.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\+bridging\bwRemoveSharpArrows.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\+bridging\minimalBridge.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\+bridging\minimalBridgingFromBinary.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\+connectedComponents\ccDilate.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\+connectedComponents\ccFilter.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\+connectedComponents\ccPad.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\+connectedComponents\ccUnpad.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\+connectedComponents\halveEachComponent.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\+connectedComponents\mat2offset.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\+connectedComponents\orderPixelIdxList.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\+orientationSpace\+diffusion\alignExtrema.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\+orientationSpace\+diffusion\findRegimeBifurcation.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\+orientationSpace\+diffusion\orientationMaximaDerivatives.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\+orientationSpace\+diffusion\orientationMaximaFirstDerivative.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\+orientationSpace\+diffusion\unwrapExtrema.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\+orientationSpace\angularKernel.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\+orientationSpace\blendOrientationMap.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\+orientationSpace\getFrequencySpaceCoordinates.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\+orientationSpace\getResponseAtOrderVecHat.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\+orientationSpace\kernel.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\+orientationSpace\maxima.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\+orientationSpace\OrientationSpaceResponseIndex.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\+orientationSpace\radialKernel.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\+orientationSpace\rainbowOrientationQuivers.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\+orientationSpace\upsample.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\@OrientationSpaceResponse\animateAngularOrder.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\@OrientationSpaceResponse\findRegimesAtPoint.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\@OrientationSpaceResponse\OrientationSpaceResponse.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\@OrientationSpaceResponse\traceAllLocalMaxima.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\@OrientationSpaceResponse\traceAllLocalMaximaAtPoint.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\@OrientationSpaceResponse\traceLocalMaxima.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\@OrientationSpaceResponse\traceLocalMaximaHouseholder.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\common\graphics\optimalHistogram.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\common\imageProcessing\nonMaximumSuppression.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\common\imageSegmentation\thresholding\thresholdOtsu.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\common\imageSegmentation\thresholding\thresholdRosin.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\common\mathfun\cutFirstHistMode.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\common\mathfun\getMultiplicity.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\common\mathfun\halleyft.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\common\mathfun\horner_vec_real_freq_simpler.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\common\mathfun\interpft1.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\common\mathfun\interpft1_derivatives.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\common\mathfun\interpft_extrema.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\common\mathfun\linearAssignment\lap.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\common\mathfun\linearAssignment\mexLap.mexw64</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\common\mathfun\normList.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\common\mathfun\padarrayXT.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\common\mathfun\perpVector.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\common\mathfun\wraparoundN.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\common\toolfun\dealcell.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\common\toolfun\joinColumns.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\common\toolfun\movieManagement\interface\isvalid.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\common\toolfun\parcellfun_progress.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\common\toolfun\progressText.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\common\toolfun\progressTextMultiple.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\common\toolfun\sec2struct.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\common\toolfun\sortMatrices.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\extern\colorcet.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\extern\fex\partitions\partitions.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\nonLocalMaximaSuppression.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\nonLocalMaximaSuppressionPrecise.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\OrientationSpaceEdgeFilter.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\OrientationSpaceFilter.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\OrientationSpaceNMS.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\OrientationSpaceRidgeFilter.m</file>
<file>C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\steerableAdaptiveResolutionOrientationSpaceDetector.m</file>
</fileset.depfun>
<build-deliverables>
<file location="${PROJECT_ROOT}\standaloneAROS\for_testing" name="standaloneAROS.exe" optional="false">C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\packaging\standaloneAROS\for_testing\standaloneAROS.exe</file>
<file location="${PROJECT_ROOT}\standaloneAROS\for_testing" name="splash.png" optional="false">C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\packaging\standaloneAROS\for_testing\splash.png</file>
<file location="${PROJECT_ROOT}\standaloneAROS\for_testing" name="readme.txt" optional="true">C:\Users\mak2714\Documents\UTSW\Paper\adaptiveresolutionorientationspace\packaging\standaloneAROS\for_testing\readme.txt</file>
</build-deliverables>
<workflow />
<matlab>
<root>C:\Program Files\MATLAB\R2017a</root>
<toolboxes>
<toolbox name="matlabcoder" />
</toolboxes>
<toolbox>
<matlabcoder>
<enabled>true</enabled>
</matlabcoder>
</toolbox>
</matlab>
<platform>
<unix>false</unix>
<mac>false</mac>
<windows>true</windows>
<win2k>false</win2k>
<winxp>false</winxp>
<vista>false</vista>
<linux>false</linux>
<solaris>false</solaris>
<osver>6.2</osver>
<os32>false</os32>
<os64>true</os64>
<arch>win64</arch>
<matlab>true</matlab>
</platform>
</configuration>
</deployment-project>

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