[GSOC] Abundance visualisation tool gsoc first objective

[Pratyusha132]

📝 Description

Type: GSOC.

Jupyter notebook as the solution of the first objective for the GSoC'23 project "Develop an interactive abundance visualisation tool".

📌 Resources

GSoC'23 Ideas Page

🚦 Testing

How did you test these changes?

• Testing pipeline
• Other method (describe)
• My changes can't be tested (explain why)

☑️ Checklist

• I requested two reviewers for this pull request
• I updated the documentation according to my changes
• I built the documentation by applying the build_docs label

Note: If you are not allowed to perform any of these actions, ping (@) a contributor.

[review-notebook-app]

Check out this pull request on 

See visual diffs & provide feedback on Jupyter Notebooks.

---

Powered by ReviewNB

[tardis-bot]

*beep* *bop*

Hi, human.

I'm the @tardis-bot and couldn't find your records in my database. I think we don't know each other, or you changed your credentials recently.

Please add your name and email to .mailmap in your current branch and push the changes to this pull request.

In case you need to map an existing alias, follow this example.

[atharva-2001]

Can you share an nbviewer link? I wasn't able to see the plot on ReviewNB. Please also start writing a proposal since there isn't much time left.

[tardis-bot]

*beep* *bop*

Hi, human.

I'm the @tardis-bot and couldn't find your records in my database. I think we don't know each other, or you changed your credentials recently.

Please add your name and email to .mailmap in your current branch and push the changes to this pull request.

In case you need to map an existing alias, follow this example.

[tardis-bot]

*beep* *bop*

Hi, human.

I'm the @tardis-bot and couldn't find your records in my database. I think we don't know each other, or you changed your credentials recently.

Please add your name and email to .mailmap in your current branch and push the changes to this pull request.

In case you need to map an existing alias, follow this example.

[Pratyusha132]

Can you share an nbviewer link? I wasn't able to see the plot on ReviewNB. Please also start writing a proposal since there isn't much time left.

Hi Atharva, Here is my nbviewer link, in this link I have saved the plot in "pie_chart.png"
https://nbviewer.org/github/Pratyusha132/tardis/tree/abundance-visualisation-tool-gsoc-first-objective/tardis/visualization/

[MarkMageeAstro]

Hi @Pratyusha132,

Nice work! This isn't really the first objective, it's more like the final product we're expecting! Anyway, it looks good. How would your pie chart handle cases where the abundance isn't uniform? Is the final value given in the last shell, e.g. Si 0.52, the overall abundance?

As @atharva-2001 says, the deadline for submission is very soon so make sure you get a proposal in!

[Pratyusha132]

Hi @Pratyusha132,

Nice work! This isn't really the first objective, it's more like the final product we're expecting! Anyway, it looks good. How would your pie chart handle cases where the abundance isn't uniform? Is the final value given in the last shell, e.g. Si 0.52, the overall abundance?

As @atharva-2001 says, the deadline for submission is very soon so make sure you get a proposal in!

Yes, the final value given in the last shell is the overall abundance of each element, e.g. Si 0.52 is the overall abundance of Si. Actually, the plot is dynamic, and on hovering it, an abundance of each shell will be displayed but this dynamic plot was not displayed in ReviewNB and also in nbviewer. So, I have saved the static image of the plot which is showing the overall abundance of each element.
Also if abundance is not uniform then we can update the pie chart by putting in a different function in the code which will specifically handle the proportion of each shell.