windows安装python,并接着安装Jupyter Notebook和spyder

一、安装python
在官网https://www.python.org/downloads/,搜索版本号“3.8.8”,点开后搜索“Windows installer (64-bit)”下载windows版本安装包:python-3.8.8-amd64.exe,
双击该文件进入安装界面,其中“Install Now”是默认安装在C盘,为了节约C盘占用,建议选择“Customize installation“,如果不知道怎么勾选,可以全部打勾,并选择或输入自己想安装的路径地址,再点Install开始安装,等全部完成,关闭安装界面就OK了。

二、安装常用pip、工具和包
点击电脑左下角放大镜图标,输入cmd后找到windows的“应用提示符”,点击打开。

1、安装pip
在网上找到并下载python-3.8.8对应pip的py安装文件,也可以到我的资源中下载get-pip-to3.8.8.py,下载后将其放在“应用提示符”中显示的路径下,如:C:\Users\用户名>,
然后输入:python get-pip-to3.8.8.py
安装完成后,可继续安装常用工具和包

2、安装jupyter
A)输入以下命令来安装Jupyter Notebook:pip install notebook
如果你想安装Jupyter的全套工具,包括IPython、Jupyter Hub、和其他工具,可以运行:pip install jupyter
安装完成后,你可以通过运行以下命令来启动Jupyter Notebook,这将启动本地服务器,并在默认的网页浏览器中打开Jupyter Notebook的界面:jupyter notebook
B)为了使用便利和展示美观,需安装jupyter_contrib_nbextensions,从而能用上Jupyter Notebook的各类插件功能,
安装方法为在“应用提示符”中依次输入:
pip install jupyter_contrib_nbextensions  
jupyter contrib nbextension install --user
安装好后,重启jupyter,即可看到标题栏中多了“Nbextensions”选项,将以下这段英文前的√去掉,即可自由选择各类插件功能:
“disable configuration for nbextensions without explicit compatibility (they may break your notebook environment, but can be useful to show for nbextension development)”
各类插件功能的介绍,网上文章很多,在此不做赘述,即使只用默认的,显示和效果和anaconda比较则没多少差异

3、安装spyder
在“应用提示符”中输入:
pip install spyder==4.2.5
在“应用提示符”中再次输入“spyder”即可打开主界面

4、包的安装
如安装pandas包,且版本为1.5.3,则在“应用提示符”中输入:
pip install pandas==1.5.3

this file contains:A Mathematica Primer for Physicists-CRC Press (2018).pdf An Elementary Introduction to the Wolfram Language 2ed.pdf An Engineer's guide to Mathematica.pdf An Introduction to Programming with mma.pdf Classical Mechanics with Mathematica?-Birkh?user (2018).pdf CRC standard curves and surfaces with Mathematica-CRC Press (2016).pdf Dynamical Systems with Applications Using Mathematica.pdf Essentials of Programming in Mathematica.pdf Foundations of Fluid Mechanics with Applications Problem Solving Using Mathematica.pdf Geographical Models with Mathematica- ISTE Press - Elsevier (2017).pdf Geometric Optics_ Theory and Design of Astronomical Optical Systems Using Mathematica.pdf Group Theory in Solid State Physics and Photonics Problem Solving with Mathematica.pdf Groups and Manifolds_ Lectures for Physicists with Examples in Mathematica (2017, de Gruyter).pdf HANDS-ON START TO WOLFRAM 2016.pdf Introduction to mma with Applications.pdf Irreducibility and Computational Equivalence 10 Years After Wolfram's A New Kind of Science.pdf Mathematica Beyond Mathematics. The Wolfram Language in the Real World.pdf Mathematica by Example 5 Edition-Academic Press (2017).pdf Mathematica介绍及数学建模中的应用.pdf mma for Bioinformatics. A Wolfram Language Approach to Omics-Springer (2018).pdf Molecular Physical Chemistry_ A Computer-based Approach using Mathematica? and Gaussian-Springer International Publishing (2017).pdf Raspbian OS Programming with the Raspberry Pi_ IoT Projects with Wolfram, Mathematica, and Scratch-Apress (2019).pdf Schaum's Outline of Mathematica and the wolfram language.pdf
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