Create a new violin plot function that allows for plotting of vertical violins with identities stacked on the y axis and features on the x axis. Colored by continuous gradient based on gene expression in identity.
Example:
Figure 2E: https://www.science.org/doi/10.1126/science.abl5197#F2

Code:
https://zenodo.org/record/6334988
TICA_04_myeloid.ipynb
sc.pl.stacked_violin(migDC_subset, var_names=['CRLF2','CCL17','CSF2RA','GPR157','CCL22','SPRED2','EBI3','AIRE','PDLIM4','ROR2','LZTFL1'], figsize=(8,3), groupby='organ_code',title='Migratory DCs', cmap='GnBu', standard_scale='var', categories_order=['LNG','LLN','MLN'])
Create a new violin plot function that allows for plotting of vertical violins with identities stacked on the y axis and features on the x axis. Colored by continuous gradient based on gene expression in identity.
Example:

Figure 2E: https://www.science.org/doi/10.1126/science.abl5197#F2
Code:
https://zenodo.org/record/6334988
TICA_04_myeloid.ipynb
sc.pl.stacked_violin(migDC_subset, var_names=['CRLF2','CCL17','CSF2RA','GPR157','CCL22','SPRED2','EBI3','AIRE','PDLIM4','ROR2','LZTFL1'], figsize=(8,3), groupby='organ_code',title='Migratory DCs', cmap='GnBu', standard_scale='var', categories_order=['LNG','LLN','MLN'])Stacked_VlnPlotVlnPlots with logical parameter (identity_y_axis?). (Need to ensure it is not confusing with flip parameter that creates hortizontal violins.