This machine develops software and version configuration, and records it.
1. Python development environment
Mainly used to develop machine learning algorithms.
(1) Install jdk-8u131-windows-x64.
(2) Install the java version of eclipse-inst-win64.
(3) Install Anaconda3-4.2.0-Windows-x86_64, the corresponding python version is 3.5.2.
(4) In the anaconda command line, use conda install tensorflow; conda install keras command to install the deep learning library. Use conda list to display each library version, the main libraries are as follows:
keras 2.2.3
matplotlib 1.5.3
numpy 1.11.1
pandas 0.18.1
qt 5.6.0
scikit-learn 0.17.1
tensorflow 1.2.1
theano 0.9.0
(5) Install the Pydev plugin in eclipse and configure the python path.
2.QualNet development environment
(1) Install the Qualnet6.1 cracked version and copy the license.
(2) Install vs2010 Chinese Ultimate Edition.
(3) In the main folder of QualNet, copy the Makefile to the QualNet installation directory and modify the nmake configuration to Makefile-windows-x64-vc10 (64-bit machine, vc10 is vs2010).
(4) Create a new project with existing code in vs2010, modify the include directory and library directory in the project properties, and add the include and libs directories of anaconda.
(5) Modify the project platform to x64 and Release.
3.QT development environment
QT is mainly used to develop external programs, communicate with QulaNet external interfaces, and obtain simulation data.
(1) Install the vs2017 professional version (community version seems to always report an error and cannot recognize the QT version).
(2) Install qt-opensource-windows-x86-5.12.0. Just choose MSVC2017 X64 as a compiler.
(3) Install qt-vsaddin-msvc2017-2.6.0-rev.07. You can install it online, search for QT from the extensions and updates of vs2017; you can also install it offline, download it from other channels, and double-click to install.
(4) After the installation is complete, display the QT tool in vs2017, configure the QT installation directory and version.
Graphic reference https://www.cnblogs.com/farewell-farewell/p/10751196.html
4. PyQt development
The Qt development environment mentioned above refers to the development of Qt programs with VS, which is based on pure code development and requires a very familiarity with each module of Qt. In fact, based on Qt Creator, it is developed in a mixed way of code and visualization, which is more suitable for novices. In addition, if you need to use python-related modules, you can also use PyQt to quickly rewrite the c++ qt program into a python program.
The first step is to install Qt and download it from the official website.
The second step is to install PyQt. In the development environment where python has been installed, execute the command pip install PyQt5.
After the installation is successful, three executable programs for PyQt5, pylupdate5.exe, pyrcc5.exe, and pyuic5.exe, are added to the scripts directory.
pyuic5.exe is a tool software used to compile and convert the page files (.ui files) of Qt Creator's visual design into python program files, the most commonly used.
pyrcc5.exe is a tool software used to compile and convert Qt Creator resource files (.qrc files) into python program files.
pylupdate5.exe is a tool software used to edit language resource files during multilingual interface design.
The third step is to use Qt Creator to develop applications, including .h, .cpp, and .ui files. Convert the .ui file into a .py file with pyuic5.exe, and rewrite the .h and .cpp files to the python version according to the code rules (refer to the corresponding class and method design)