Dynamically load interactive examples in documentation
banesullivan opened this issue Β· comments
π Bug Report
Some of the documentation examples in the gallery are taking a bit of time to load for me and might make the examples unresponsive for people with low bandwidth.
How to Reproduce
Load an example page like https://geovista.readthedocs.io/en/latest/generated/gallery/spatial_index/uber_h3.html and notice the ~45MB scene being immediately downloaded.
Expected Behaviour
The scene could load dynamically upon request. PyVista's image scraper implements this for you! I thought it was the default, but maybe it was turned off here or a dependency is missing? Or perhaps this is new to 0.43.1 and the version of PyVista just needs to be bumped to get these tabs?
@bjlittle, was the choice to make all examples dynamic by default intentional?
What I'm thinking these scenes should look like:
Screen.Recording.2023-12-26.at.5.24.43.PM.mov
Ah I think PyVista just needs to be bumped to get this
geovista/requirements/geovista.yml
Line 21 in 634789b
geovista/requirements/pypi-core.txt
Line 11 in 634789b
Yeah. We need to solve #447 to use it.
Aha, thanks for pointing me there, @tkoyama010 -- I'll take a look at that in the coming days and see if I can help fix it
@banesullivan I noticed the lush Static Scene / Interactive Scene
feature on the pyvista
docs and was wondering how it was done ... now I know, thanks.
Yeah, it would be good to get unpinned, so I'll throw some effort into that ... I need to provide some explanations to @tkoyama010, so I'll do that when I can.
Also, I just thought I'd try going totally interactive with the gallery just to see how it would behave, but having the ability to choose between static and interactive would be ideal.
I also recently cached all the assets required for rendering prior to building the docs on the rtd
server (#605), so this should make a slight performance improvement.
Also, in hindsight, I may now choose to drop some of the larger examples, particularly if they're not highlighting anything new/different from other lighter weight examples in the gallery π