jupyter-notebook

Using Jupyter notebook, how to have one slider interactively update two independent functions in two figures? There is a link to a similar question without answer here . Using Bokeh Javascript Callback slider power example , I tried adding a second set of variables x and y but keep using the same callback. The graphs do not update anymore. Any suggestions? I also was trying to do the same with Pywidget but did not get anywhere. I would prefer using IPywidget if there is a solution there. The end goal is to have a dashboard with an input composed of multiple slider, and an output composed of

So the command below does not give me any output in Jupyter Notebook with iPython: IP = '62.172.72.131' !cat hits.csv | grep {IP} | awk '{print $1}' I have tried both double and single "$" sign and none of them works. If I only use one pipe in the command, it works fine. For example: IP = '62.172.72.131' !cat hits.csv | grep {IP} !cat hits.csv | awk '{print $1}' Anyone know why this is happening? Thanks! I think I figured this out. The "$" and "{" and "}" are all special characters in iPython, so I have to escape them by doubling them. IP = '62.172.72.131' !cat hits.csv | grep {IP} | awk '{

I'm running a VM on Google Cloud Platform using Jupyter notebook with word2vec models. I have the following code snippet: from gensim.models import Word2Vec amazon_word2vec = Word2Vec(model, min_count=1, size=100) And it results in the error: AttributeError: module 'boto' has no attribute 'plugin' What is the solution to the above problem? pip install google-compute-engine install google compute engine and restart your vm and it works fine. 来源： https://stackoverflow.com/questions/52414249/attributeerror-module-boto-has-no-attribute-plugin

I am getting into machine learning, and to document my code, I will write LaTeX math versions of my functions, right next to the code in an Jupyter/IPython notebook. The mathematical definitions include many Greek symbols, so I thought that I might as well use the Greek symbols in function and variable names, since that's possible in python. Would this be bad practice? It seems a good use case under these assumptions: the audience is mathematically versed, you make use of a lot of Jupyter Notebook features such as inline plotting and table display (e.g. pandas) so that the use of your code