Releases: has2k1/mizani
v0.12.2
v0.12.1
v0.12.0
v0.11.4
v0.11.3
v0.11.2
v0.11.1
Bug Fixes
Fix mizani.palettes.brewer_pal to return exact colors in the when the requested colors are less than or equal to those in the palette.
Add all matplotlib colormap and make them avalaible from cmap_pal and cmap_d_pal (#39).
v0.11.0
This is largely a maintenance release and got one new feature; breaks_symlog to calculate breaks for the symmetric logarithm transformation.
v0.9.3
v0.10.0
2023-07-28
API Changes
-
mpl_format
has been removed,number_format
takes its place. -
mpl_breaks
has been removed,extended_breaks
has always been the default and it is sufficient. -
matplotlib has been removed as a dependency of mizani.
-
mizani now requires python 3.9 and above.
-
The units parameter for of
timedelta_format
now accepts the values "min", "day", "week", "month", instead of "m", "d", "w", "M". -
The naming convention for break formatting methods has changed from format to label. Specifically these methods have been renamed.
comma_format
is nowlabel_comma
custom_format
is nowlabel_custom
currency_format
is nowlabel_currency
label_dollar
is nowlabel_dollar
percent_format
is nowlabel_percent
scientific_format
is nowlabel_scientific
date_format
is nowlabel_date
number_format
is nowlabel_number
log_format
is nowlabel_log
timedelta_format
is nowlabel_timedelta
pvalue_format
is nowlabel_pvalue
ordinal_format
is nowlabel_ordinal
number_bytes_format
is nowlabel_bytes
-
The naming convention for break calculating methods has changed from breaks to breaks. Specifically these methods have been renamed.
-
log_breaks
is now breaks_log -
trans_minor_breaks
is now minor_breaks_trans -
date_breaks
is nowbreaks_date
-
timedelta_breaks
is nowbreaks_timedelta
-
extended_breaks
is nowbreaks_extended
-
dataspace_is_numerical has changed to domain_is_numerical and it is now determined dynamically.
-
The default
minor_breaks
for all transforms that are not linear are now calculated in dataspace. But only if the dataspace is numerical.
New
- symlog_trans for symmetric log transformation