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fhir-visualization

Extract data from fhir-document-reference and create visualizations

The purpose of this repo is to extract metadata (gender, race, ethnicity, etc.) from the fhir-document-reference that is attached to each file in a CAVATICA project.

Quick guide

1 - use Implement.ipynb to extract data using Extract_Visualize_Data.py
2 - use Visualize.ipynb to visualize the data using Panels

Full guide

These scripts were tested on a project that imported the HTP study from the INCLUDE portal into a project, but could be generalized to any project where each file has a fhir-document-reference.

The .py script to extract data using the FHIR api is Extract_Visualize_Data.py
Quick help:

usage: Extract_Visualize_Data.py [-h] --cavatica_token CAVATICA_TOKEN
                                 --cavatica_project CAVATICA_PROJECT
                                 --include_fhir_authentication_cookie
                                 INCLUDE_FHIR_AUTHENTICATION_COOKIE

Retrieve metadata from the INCLUDE Server and updates the metadata on the
Cavatica Project

optional arguments:
  -h, --help            show this help message and exit
  --cavatica_token CAVATICA_TOKEN
                        You can find your developer token at
                        https://cavatica.sbgenomics.com/developer/token
  --cavatica_project CAVATICA_PROJECT
                        The Cavatica project where the files are already
                        imported from the INCLUDE Portal
  --include_fhir_authentication_cookie INCLUDE_FHIR_AUTHENTICATION_COOKIE
                        The Authorization cookie from the INCLUDE FHIR Server
                        (https://include-api-fhir-service.includedcc.org/) To
                        obtain the cookie, open the Chorme or Firefox console,
                        go to the Application tab and copy the value contained
                        in `AWSELBAuthSessionCookie-0`.

The data extracted from the fhir-document-reference is saved as a dataframe. See Implement.ipynb for how to do this.

Once the data is saved as a dataframe, the visualization is created using Panels - see Visualize.ipynb for how this is done.

*To save time, the dataframe is saved as a .csv file, so the Visualization.ipynb can be run without re-running the Implement.ipynb.

Here is what the result will look like, without running any code.

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