draw C++ Shared Library
1. Prerequisites for Deployment
Verify that version 9.7 (R2019b) of the MATLAB Runtime is installed.
If not, you can run the MATLAB Runtime installer.
To find its location, enter
>>mcrinstaller
at the MATLAB prompt.
NOTE: You will need administrator rights to run the MATLAB Runtime installer.
Alternatively, download and install the Windows version of the MATLAB Runtime for R2019b
from the following link on the MathWorks website:
https://www.mathworks.com/products/compiler/mcr/index.html
For more information about the MATLAB Runtime and the MATLAB Runtime installer, see
"Distribute Applications" in the MATLAB Compiler SDK documentation
in the MathWorks Documentation Center.
2. Files to Deploy and Package
Starting with R2018a, MATLAB Compiler SDK generates two types of C++ shared library
interfaces:
- legacy, using the mwArray interface
- generic, using the MATLAB Data API introduced in R2017b
MathWorks recommends the MATLAB Data API, which uses modern C++ features for efficient
execution and programming.
Files for the legacy interface can be found in the directory where this readme file is
located.
Files for the generic interface can be found in the v2\generic_interface subdirectory.
Files to Package for the Legacy Interface
=========================================
-draw.ctf (component technology file)
-draw.dll
-draw.h
-draw.lib
-MCRInstaller.exe
Note: if end users are unable to download the MATLAB Runtime using the
instructions in the previous section, include it when building your
component by clicking the "Runtime included in package" link in the
Deployment Tool.
-This readme file
Files to Package for the Generic Interface
(in the v2\generic_interface subdirectory)
==========================================
-draw.ctf (component technology file)
-readme.txt
3. Definitions
For information on deployment terminology, go to
https://www.mathworks.com/help and select MATLAB Compiler >
Getting Started > About Application Deployment >
Deployment Product Terms in the MathWorks Documentation
Center.
基于C和C++实现二叉树编码的遗传算法实现数据拟合源码+实验报告+答辩PPT(课设作业).zip
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基于C和C++实现二叉树编码的遗传算法实现数据拟合源码+实验报告+答辩PPT(课设作业).zip （80个子文件） 
draw.lib 3KB draw.dll 17KB draw.exp 2KB
数据结构汇报.pptx 24.24MB draw.cpp 3KB
requiredMCRProducts.txt 12B
数据结构课程实验参考选题.docx 623KB mccExcludedFiles.log 102B
采用二叉树编码的遗传算法实现数据拟合.pdf 127KB draw.def 106B draw.exports 85B draw.h 2KB
v2 generic_interface draw.ctf 1.21MB readme.txt 1KB draw.ctf 1.21MB draw.m 529B test test.sln 1KB x64 Debug 
test.exe 344KB test.pdb 7.01MB test.ilk 6.12MB test treewindow.h 5KB test.aps 57KB resource.h 468B test.h 340B main.cpp 8KB x64 Release qmake qtvars_x64_Release.props 4KB temp qtvars.pro 44B qtvars_x64_Release.props 4KB qtvars.log 87B Makefile 46KB 02B3C7BC-7B2C-4C31-8ADA-1202C41E80F2.test.designtime.idx 68B props.txt 1KB .qmake.stash 209B Debug vc141.pdb 2.36MB qmake temp qtvars.pro 105B qtvars.log 85B Makefile 46KB 02B3C7BC-7B2C-4C31-8ADA-1202C41E80F2.test.designtime.idx 68B props.txt 1KB .qmake.stash 209B qtvars_x64_Debug.props 4KB qtvars_x64_Debug.props 4KB test.obj 292KB uic ui_test.h 15KB moc moc_test.cpp 3KB qt_work.log 1KB moc_test.obj 89KB test.res 10KB qrc_test.obj 6KB test.log 333B test.tlog test.write.1u.tlog 66KB moc.read.1u.tlog 70B CL.write.1.tlog 2KB uic.write.1u.tlog 172B rc.command.1.tlog 230B moc.write.1u.tlog 176B rc.write.1.tlog 2B rcc.read.1u.tlog 74B rcc.write.1u.tlog 180B test.lastbuildstate 191B rc.read.1.tlog 2B CL.command.1.tlog 6KB link.command.1.tlog 3KB link.read.1.tlog 5KB link.write.1.tlog 614B uic.read.1u.tlog 72B CL.read.1.tlog 150KB rcc qrc_test.cpp 1KB main.obj 1.33MB test.cpp 291B test.ui 16KB test.vcxproj 6KB DNA.h 16KB test.qrc 45B test.vcxproj.user 162B cpp.hint 219B test.vcxproj.filters 2KB .gitignore 40B Test.m 81B readme.txt 2KB资源评论
