wxPython是用python实现界面的东西,本文由简单图像处理demo带你快速上手,代码来自我的基于深度学习的漫画自动上色程序。模型训练参考他人成果,在此注明链接:deepcolor。当然,本文不涉及深度学习模块,只有wxPython demo。
wxPython程序结构
不唯一,以下只是我采用的写法:
1 | import wx |
Enjoy the symphony of the storm.
wxPython是用python实现界面的东西,本文由简单图像处理demo带你快速上手,代码来自我的基于深度学习的漫画自动上色程序。模型训练参考他人成果,在此注明链接:deepcolor。当然,本文不涉及深度学习模块,只有wxPython demo。
不唯一,以下只是我采用的写法:
1 | import wx |
As I said last year, you could expect me begin to update this blog in early 2019. But it can’t start as scheduled because I’m going to spend my winter vacation in a place without GitHub, Google and so on. The reason why Github is unreachable is very complicated, and I can’t say more. You just need to know I will begin to update this blog at the end of February. And during this period You could pay attention to my CSDN blog (https://blog.csdn.net/umbrellalalalala). Thank you for your attention.
正如我去年所说,我将在2019年年初开始更新我的Github博客,但很抱歉我要推迟更新时间了。我将去一个没有Github和Google等的地方度过我的寒假,至于绝对无法访问Github和Google的原因有点敏感,不便多说。在此期间,我将使用CSDN 博客 (https://blog.csdn.net/umbrellalalalala) ,在二月底回校后,我会第一时间将上面发布的博客移植到Github上。感谢您的关注。
Today, I learned a method of finding the conditional extremum of the two-variables function, called the Lagrange multiplier method.
When we need to know the unconditional extremum of a two-variables, calculating partial derivatives and second derivatives will be useful.
But what if I add a condition $\varphi(x,y)=0$?
To solve the problem about the extremum of $f(x,y)$ under $\varphi(x,y)=0$, we can construct the Lagrange Function:
Then solve this equation:
I have spent the whole day. Finally build this blog based on GitHub and Hexo. I used CSDN only before.
I am preparing for the postgraduate entrance examination at the end of the year. I’m very busy. So you can expect me begin to update this blog in early 2019.
I will publish all my academic experience here. Maybe I haven’t got any scientific achievements yet. But we can learn and progress together.