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18	18	111. Start a "Terminal" via the icon in the "Launcher window" shown. This opens a terminal in the "/mnt/user/shared/NAME_OF_YOUR_COLLAB/" directory. This is a location on the EBRAINS "Drive". Files stored in this location are stored persistently= will still be there, when you open your Collab again some days later
19	19	(Note: If you use "File" > "New" > "Terminal" the opened terminal is in the directory "/opt/app-root/src". This location only exists while the Jupyter ("Lab") session is running and will be gone, when a new Lab session is started. Do not use this location, if you want to keep the files. To change into the persistent directory type "cd /mnt/user/shared/NAME_OF_YOUR_COLLAB" (without the " and the name of your your Collab instead of NAME_OF_YOUR_COLLAB)
20	20	111. fetch the files you would like to work with.
21		-E.g. for the BrainScaleS-2 interactive notebooks use the command in the terminal window:
	21	+For the **BrainScaleS-2 interactive notebooks** use the command in the terminal window:
22	22	//git clone https:~/~/github.com/electronicvisions/brainscales2-demos.git ~-~-branch jupyter-notebooks-experimental//
23	23	The command clones the BrainScaleS interactive notebooks into a directory "brainscales2-demos". This directory appears then in the files list on the left hand side of the window. Double click it to enter the freshly cloned directory with tutorial notebooks.
24	24	To see an overview, open the "tutorial.ipynb"
25		-1. Run your own neuromorphic simulations/emulations interactively via Jupyter notebook (link "LAB" in your Collab) directly in your browser (or via the "Job Manager" link in your new collab) using your own [[PyNN>>url:http://neuralensemble.org/PyNN/]] described network and your own input data
	25	+\\For **SpiNNaker** example notebooks use the command in the terminal window:
	26	+git clone [[https:~~/~~/github.com/SpiNNakerManchester/SpiNNakerJupyterExamples.git>>https://github.com/SpiNNakerManchester/SpiNNakerJupyterExamples.git]]
	27	+This creates the SpiNNakerJupyterExamples directory.
	28	+First run the "Setup" notebook in the directory (choose the "EBRAINS-...." kernel, when asked), select "Run" > "Run all cells"
	29	+Then your environment is prepared to run the examples (e.g. the 01.RuningPyNNSimulations").
	30	+Note: As Kernel (right hand corner of the title line of the notebook), please use the "EBRAINS-...." kernel, not the default iPython Kernel. Some modules will not be found with the default kernel.
	31	+111.
	32	+1. Run your own neuromorphic simulations/emulations interactively via Jupyter notebook (link "LAB" in your Collab) directly in your browser (or via the "Job Manager") using your own [[PyNN>>url:http://neuralensemble.org/PyNN/]] described network and your own input data.
	33	+To add the "Job Manager", if it is not in your Collab yet: Go to the start page of your Collab, click the "+ Create" button in the upper right hand corner, select "Community App" and type "Job Manager" in the "Title" field, then click "Create", then choose the "Neuromorphic Computing Job Manager" from the list of offered Apps and click "Save". Now a new link "Job Manager" is in the left hand menu of your Collab)
26	26	1. If anything fails: see the [[getting help page>>url:https://electronicvisions.github.io/hbp-sp9-guidebook/getting_help.html]] in the guidebook or use the [[support@ebrains.eu>>mailto:support@ebrains.eu]] email contact.
27	27
28	28	The documentation: [[HBP Neuromorphic Computing Platform Guidebook>>url:https://electronicvisions.github.io/hbp-sp9-guidebook/]] (and a direct link to the [[BrainScaleS interactive tutorials documentation>>https://electronicvisions.github.io/documentation-brainscales2/latest/brainscales2-demos/tutorial.html]]).