{% set fh_args = {"_by": ["species"], "_c": ["sepal_width|avg"], "_sort": ["sepal_width|avg"]} %}
{% set df = U.gfilter(orgdf, fh_args.copy()) %}
{% set fh_args = U.sanitize_fh_args(fh_args, orgdf) %}
{# Do not edit above this line. #}
The {{ df["{{ fh_args['_by'][0] }}"].iloc[0] }} {{ fh_args['_by'][0] }} has the least average sepal_width.
The "virginica" token turns out to be a nested template - the correct value is {{ df["species"].iloc[0] }}. But "species" itself is another variable (right the next word) with value {{ fh_args['_by'][0] }}, and therefore gets re-templatized. This is because templates are added in the source text with str.replacehere.
They should instead be replaced by changing spacy tokens and forming new spacy docs.
From the README example,
the auto-gen template turns out to be:
The
"virginica"token turns out to be a nested template - the correct value is{{ df["species"].iloc[0] }}. But"species"itself is another variable (right the next word) with value{{ fh_args['_by'][0] }}, and therefore gets re-templatized. This is because templates are added in the source text withstr.replacehere.They should instead be replaced by changing spacy tokens and forming new spacy docs.