.. _chap_installation: Installation ============ In order to get you up and running for hands-on learning experience, we need to set you up with an environment for running Python, Jupyter notebooks, the relevant libraries, and the code needed to run the book itself. Installing Miniconda -------------------- The simplest way to get going will be to install `Miniconda `__. The Python 3.x version is required. You can skip the following steps if your machine already has conda installed. Visit the Miniconda website and determine the appropriate version for your system based on your Python 3.x version and machine architecture. For example, if you are using macOS and Python 3.x you would download the bash script whose name contains the strings "Miniconda3" and "MacOSX", navigate to the download location, and execute the installation as follows (taking Intel Macs as an example): .. raw:: latex \diilbookstyleinputcell .. code:: bash sh Miniconda3-py39_4.12.0-MacOSX-x86_64.sh -b A Linux user with Python 3.x would download the file whose name contains the strings "Miniconda3" and "Linux" and execute the following at the download location: .. raw:: latex \diilbookstyleinputcell .. code:: bash sh Miniconda3-latest-Linux-x86_64.sh -b Next, initialize the shell so we can run ``conda`` directly. .. raw:: latex \diilbookstyleinputcell .. code:: bash ~/miniconda3/bin/conda init Now close and reopen your current shell. You should be able to create a new environment as follows: .. raw:: latex \diilbookstyleinputcell .. code:: bash conda create --name d2l python=3.9 -y Downloading the D2L Notebooks ----------------------------- Next, we need to download the code of this book. You can click the "All Notebooks" tab on the top of any HTML page to download and unzip the code. Alternatively, if you have ``unzip`` (otherwise run ``sudo apt install unzip``) available: .. raw:: latex \diilbookstyleinputcell .. code:: bash mkdir d2l-en && cd d2l-en curl https://d2l.ai/d2l-en.zip -o d2l-en.zip unzip d2l-en.zip && rm d2l-en.zip Now we can activate the ``d2l`` environment: .. raw:: latex \diilbookstyleinputcell .. code:: bash conda activate d2l Installing the Framework and the ``d2l`` Package ------------------------------------------------ Before installing any deep learning framework, please first check whether or not you have proper GPUs on your machine (the GPUs that power the display on a standard laptop are not relevant for our purposes). If you are working on a GPU server, proceed to :ref:`subsec_gpu` for instructions on how to install GPU-friendly versions of the relevant libraries. If your machine does not house any GPUs, there is no need to worry just yet. Your CPU provides more than enough horsepower to get you through the first few chapters. Just remember that you will want to access GPUs before running larger models. To install the the CPU version, execute the following command. .. raw:: html
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.. raw:: latex \diilbookstyleinputcell .. code:: bash pip install mxnet==1.7.0.post1 .. raw:: html
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.. raw:: latex \diilbookstyleinputcell .. code:: bash pip install torch torchvision .. raw:: html
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You can install TensorFlow with both CPU and GPU support as follows: .. raw:: latex \diilbookstyleinputcell .. code:: bash pip install tensorflow tensorflow-probability .. raw:: html
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Our next step is to install the ``d2l`` package that we developed in order to encapsulate frequently used functions and classes found throughout this book. .. raw:: latex \diilbookstyleinputcell .. code:: bash pip install d2l==0.17.5 Once you have completed these installation steps, we can the Jupyter notebook server by running: .. raw:: latex \diilbookstyleinputcell .. code:: bash jupyter notebook At this point, you can open http://localhost:8888 (it may have already opened automatically) in your Web browser. Then we can run the code for each section of the book. Please always execute ``conda activate d2l`` to activate the runtime environment before running the code of the book or updating the deep learning framework or the ``d2l`` package. To exit the environment, run ``conda deactivate``. .. _subsec_gpu: GPU Support ----------- .. raw:: html
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By default, MXNet is installed without GPU support to ensure that it will run on any computer (including most laptops). Part of this book requires or recommends running with GPU. If your computer has NVIDIA graphics cards and has installed `CUDA `__, then you should install a GPU-enabled version. If you have installed the CPU-only version, you may need to remove it first by running: .. raw:: latex \diilbookstyleinputcell .. code:: bash pip uninstall mxnet We now need to find out what version of CUDA you have installed. You can check this by running ``nvcc --version`` or ``cat /usr/local/cuda/version.txt``. Assume that you have installed CUDA 10.2, then you can install with the following command: .. raw:: latex \diilbookstyleinputcell .. code:: bash # For Windows users pip install mxnet-cu102==1.7.0 -f https://dist.mxnet.io/python # For Linux and macOS users pip install mxnet-cu102==1.7.0 You may change the last digits according to your CUDA version, e.g., ``cu101`` for CUDA 10.1 and ``cu90`` for CUDA 9.0. .. raw:: html
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By default, the deep learning framework is installed with GPU support. If your computer has NVIDIA GPUs and has installed `CUDA `__, then you are all set. .. raw:: html
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By default, the deep learning framework is installed with GPU support. If your computer has NVIDIA GPUs and has installed `CUDA `__, then you are all set. .. raw:: html
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Exercises --------- 1. Download the code for the book and install the runtime environment. .. raw:: html
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`Discussions `__ .. raw:: html
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`Discussions `__ .. raw:: html
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`Discussions `__ .. raw:: html
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