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Anaconda prompt python 3.73/19/2023 TensorFlow can be installed using different methods. Let’s now how the different methods to install TensorFlow. But using these versions will require you to install from sources. Cuda Toolkit greater than version 7.0 and cuDNN greater than version 3 will also work. You could use lower versions of Cuda Toolkit and cuDNN as well. If you want to install the GPU version of TensorFlow, Cuda Toolkit 7.5 and cuDNN v5 have proven to work very well. Running Tensorflow on dedicated GPUs have proven to produce a faster result and is recommended for large projects especially projects with image datasets. Tensorflow can be run using your machine’s CPU or GPU. The TensorFlow flow library is supported in Python 2.7 and Python 3.3 and above. By the end of this tutorial, you will discover how to carry out these procedures on your PC irrespective of the operating system you are using or the Python version you have installed.īefore we go any further, let’s see the requirement for installing TensorFlow on your PC. It involves a careful step of knowing how to create a virtual environment, activating the virtual environment, and finally installing Tensorflow in the virtual environment. In this tutorial, you will see how to set up TensorFlow on your machine. When you want to use the Python interpreter again, just click the Windows Start button and select the Anaconda Prompt and type python.To get started with TensorFlow, you need to get it up and running on your machine. To close the Anaconda Prompt, you can either close the window with the mouse, or type exit.Ĭongratulations! You installed the Anaconda distribution on your Windows computer! The () is needed to stop the Python interpreter and get back out to the Anaconda Prompt. Note the double parenthesis at the end of the command. To close the Python interpreter, type exit() at the interpreter prompt >. You should see the Zen of Python by Tim Peters With the interperter running, you will see a set of greater-than symbols > before the cursor. You should see something like Python 3.7.0. The python command starts the Python interpreter. It doesn't look like much, but it is really helpful for an undergraduate engineer using Python.Īt the Anaconda Prompt, type python. Anaconda is the Python distribution and the Anaconda Prompt is a command line tool (a program where you type in your commands instead of using a mouse). Open the Anaconda Prompt from the Windows start menuĪfter the Anaconda install is complete, you can go to the Windows start menu and select the Anaconda Prompt. Keep "Register Anaconda as my default Python" 3.7 checkedĥ. exe installerĪt the beginning of the install, you will need to click to confirm the installation,Īt the Advanced Installation Options screen, I recommend:ĭo not check "Add Anaconda to my PATH environment variable" Once the download completes, open and run the. The download is quite large (over 500 MB) so it may take a while for the download to complete. You can still download Anaconda if you click and don't enter your Work Email address. If you are unsure about installing the 32-bit version vs the 64-bit version, most Windows installations are 64-bit. For undergraduate engineers, select the Python 3.7 version. Select Windows where the three operating systems are listed.ĭownload the Python 3.7 version. The Anaconda Downloads Page will look something like this: Open the Anaconda Prompt and run some Python code Anaconda is free (although the download is large which can take time) and can be installed on school or work computers where you don't have administrator access or the ability to install new programs. I think the Anaconda distribution of Python is the the best option for undergraduate engineers who want to use Python. In this post, we will run through installing the Anaconda distribution of Python on Windows 10.
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