To use the window with a file, use the Jupyter: Run Current File in Python Interactive Window command from the Command Palette. You can then type in code, using Enter to go to a new line and Shift+Enter to run the code. To use the window as a console, open it with the Jupyter: Create Interactive Window command from the Command Palette.
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The Python Interactive window, mentioned in the previous section, can be used as a standalone console with arbitrary code (with or without code cells). The following table lists additional commands and keyboard shortcuts supported when working with code cells. Additional commands and keyboard shortcuts The debugger stops execution at breakpoints and allows you to step through code one line at a time and inspect variables (see Debugging for details). Then you can use Debug Cell to start a debugging session for that code cell. You can also click in the margin to the left of line numbers to set breakpoints. If you're in the last cell in the file, the extension automatically inserts another # %% delimiter for a new cell, mimicking the behavior of a Jupyter notebook. After using this command, the Python extension automatically moves the cursor to the next cell. You can also run code cells using ( Ctrl+Enter) or the Python: Run Selection/Line in Python Terminal command ( Shift+Enter). Selecting a command starts Jupyter (if necessary, which might take a minute), then runs the appropriate cell(s) in the Python Interactive window: You would use Run Above, for example, to initialize the state of the runtime environment before running that specific cell. Run Above applies to all the code cells up to, but not including, the cell with the adornment. Run Below, which appears on the first cell, runs all the code in the file. Run Cell applies to only the one code cell. If you want to step into non-user code, you need to uncheck Data Science: Debug Just My Code in the Python extension settings ( ⌘, (Windows, Linux Ctrl+,)). Note: By default, Debug Cell just steps into user code. The first cell also includes Run Below and all subsequent cells include Run Above: When the Python extension detects a code cell, it adds Run Cell and Debug Cell CodeLens adornments. Note: Make sure to save the code shown above in a file with a. You define Jupyter-like code cells within Python code using a # %% comment: # %% msg = "Hello World" print (msg) # %% msg = "Hello again" print (msg) Once the appropriate environment is activated, you can create and run Jupyter-like code cells, connect to a remote Jupyter server for running code cells, and export Python files as Jupyter notebooks. To select an environment, use the Python: Select Interpreter command from the Command Palette ( ⇧⌘P (Windows, Linux Ctrl+Shift+P)). To work with Jupyter notebooks, you must activate an Anaconda environment in VS Code, or another Python environment in which you've installed the Jupyter package.
Configure IntelliSense for cross-compiling.Drop-down menu to select which axis points into the screen $( "#omega_slider" ).slider( "value", omega ) $( "#omega0_slider" ).slider( "value", omega0) $( "#omega1_slider" ).slider( "value", omega1) Running = false $( "#play_button" ).text("BEGIN") $( "#omega1_slider" ).slider( "option", "max", +slider_edges) $( "#omega1_slider" ).slider( "option", "min", -slider_edges) Var slider_edges = parseFloat($(this).val()) html("Enter a number to change the max value of ω1:") Button to pause (running = false) or play (running = true) In the cell above, a Python function named odeRates is defined which computes the rates,
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