diff --git a/book/setup_environment.md b/book/setup_environment.md index b3e2aeaba7398899a83b0b426b77f28580e8d15a..0a60dfaff5cc570a5ffeddc63eb69555fe35455a 100644 --- a/book/setup_environment.md +++ b/book/setup_environment.md @@ -52,7 +52,7 @@ Here we're assuming you have already installed miniforge and have opened a termi 2. Navigate to the `notebooks` subdirectory of the `bioimage_analysis_with_python_course` directory you downloaded. ```bash - cd <path to bioimage_analysis_with_python_course>/notebooks + cd 20241008_remote_python_bioimage_analysis_course_day2/notebooks ``` @@ -72,7 +72,7 @@ Here we're assuming you have already installed miniforge and have opened a termi 5. Test that your notebook installation is working. We will be using notebook for interactive analysis. Enter the command below and it should launch jupyter notebook book in a web browser. ```bash - jupyter notebook + jupyter-lab ``` @@ -81,7 +81,7 @@ Here we're assuming you have already installed miniforge and have opened a termi Open your terminal and navigate to the `notebooks` subdirectory of the `20241008_remote_python_bioimage_analysis_course_day2` directory you downloaded. ``` -cd <path to bioimage_analysis_with_python_course>/notebooks +cd 20241008_remote_python_bioimage_analysis_course_day2/notebooks ``` Now activate your `env_day2` conda environment you created in the installation step. @@ -93,7 +93,7 @@ conda activate env_day2 To start the Jupyter Notebook server, enter ```bash -jupyter notebook +jupyter-lab ``` Jupyter Notebook will open in a browser window and you will see the course notebooks.