notebook web app should be able to be compatible without modification. This is also true with performance of the User Interface as the speed of JavaScript VM increases. The other advantage of using only they can allow you to inspect/modify the DOM, and interact with the JavaScript code that runs the frontend. • In Chrome and Safari, Developer tools are in the menu View > Developer > JavaScript Console the %%cython magic. 3.9 Connecting to an existing IPython kernel using the Qt Console 3.9.1 The Frontend/Kernel Model The traditional IPython (ipython) consists of a single process that combines a terminal

notebook web app should be able to be compatible without modification. This is also true with performance of the User Interface as the speed of JavaScript VM increases. The other advantage of using only they can allow you to inspect/modify the DOM, and interact with the JavaScript code that runs the frontend. • In Chrome and Safari, Developer tools are in the menu View > Developer > JavaScript Console the %%cython magic. 3.9 Connecting to an existing IPython kernel using the Qt Console 3.9.1 The Frontend/Kernel Model The traditional IPython (ipython) consists of a single process that combines a terminal

notebook web app should be able to be compatible without modification. This is also true with performance of the User Interface as the speed of JavaScript VM increases. The other advantage of using only they can allow you to inspect/modify the DOM, and interact with the JavaScript code that runs the frontend. • In Chrome and Safari, Developer tools are in the menu View > Developer > JavaScript Console the %%cython magic. 3.9 Connecting to an existing IPython kernel using the Qt Console 3.9.1 The Frontend/Kernel Model The traditional IPython (ipython) consists of a single process that combines a terminal

notebook web app should be able to be compatible without modification. This is also true with performance of the User Interface as the speed of JavaScript VM increases. The other advantage of using only they can allow you to inspect/modify the DOM, and interact with the JavaScript code that runs the frontend. • In Chrome and Safari, Developer tools are in the menu View > Developer > JavaScript Console the %%cython magic. 3.9 Connecting to an existing IPython kernel using the Qt Console 3.9.1 The Frontend/Kernel Model The traditional IPython (ipython) consists of a single process that combines a terminal

notebook web app should be able to be compatible without modification. This is also true with performance of the User Interface as the speed of JavaScript VM increases. The other advantage of using only they can allow you to inspect/modify the DOM, and interact with the JavaScript code that runs the frontend. • In Chrome and Safari, Developer tools are in the menu View > Developer > JavaScript Console the %%cython magic. 3.9 Connecting to an existing IPython kernel using the Qt Console 3.9.1 The Frontend/Kernel Model The traditional IPython (ipython) consists of a single process that combines a terminal

notebook web app should be able to be compatible without modification. This is also true with performance of the User Interface as the speed of JavaScript VM increases. The other advantage of using only they can allow you to inspect/modify the DOM, and interact with the JavaScript code that runs the frontend. • In Chrome and Safari, Developer tools are in the menu View > Developer > JavaScript Console the %%cython magic. 3.9 Connecting to an existing IPython kernel using the Qt Console 3.9.1 The Frontend/Kernel Model The traditional IPython (ipython) consists of a single process that combines a terminal

notebook web app should be able to be compatible without modification. This is also true with performance of the User Interface as the speed of JavaScript VM increases. The other advantage of using only they can allow you to inspect/modify the DOM, and interact with the JavaScript code that runs the frontend. • In Chrome and Safari, Developer tools are in the menu View > Developer > JavaScript Console the %%cython magic. 3.9 Connecting to an existing IPython kernel using the Qt Console 3.9.1 The Frontend/Kernel Model The traditional IPython (ipython) consists of a single process that combines a terminal

notebook web app should be able to be compatible without modification. This is also true with performance of the User Interface as the speed of JavaScript VM increases. The other advantage of using only they can allow you to inspect/modify the DOM, and interact with the JavaScript code that runs the frontend. • In Chrome and Safari, Developer tools are in the menu View > Developer > JavaScript Console the %%cython magic. 3.9 Connecting to an existing IPython kernel using the Qt Console 3.9.1 The Frontend/Kernel Model The traditional IPython (ipython) consists of a single process that combines a terminal

notebook web app should be able to be compatible without modification. This is also true with performance of the User Interface as the speed of JavaScript VM increases. The other advantage of using only they can allow you to inspect/modify the DOM, and interact with the JavaScript code that runs the frontend. • In Chrome and Safari, Developer tools are in the menu View > Developer > JavaScript Console the %%cython magic. 3.9 Connecting to an existing IPython kernel using the Qt Console 3.9.1 The Frontend/Kernel Model The traditional IPython (ipython) consists of a single process that combines a terminal

notebook web app should be able to be compatible without modification. This is also true with performance of the User Interface as the speed of JavaScript VM increases. The other advantage of using only they can allow you to inspect/modify the DOM, and interact with the JavaScript code that runs the frontend. • In Chrome and Safari, Developer tools are in the menu View > Developer > JavaScript Console the %%cython magic. 3.9 Connecting to an existing IPython kernel using the Qt Console 3.9.1 The Frontend/Kernel Model The traditional IPython (ipython) consists of a single process that combines a terminal