gdverse 1.3

Redundant functions consolidated and migrated to sdsfun for maintenance (#22).
Reorganize the parallel computing section in gdverse (#21).
Align the RGD model with the original algorithm presented in paper (#20).
Now gdverse requires sdsfun with a minimum version of 0.4.3 (#19).
Transfer isp-related concepts and functions to the cisp package (#18).
Modify the default font settings in the gdverse S3 plotting methods (#17).

gdverse 1.2

Set the default number of discretizations in gdverse to range from 3 to 8 (#15).
Optimize the Python integration setup in gdverse (#14).
Now opgd() returns optimal discretization parameters (#13).
Force data to tibble format in gdverse GDMs model function (#12).
Align the RID model and algorithm with the original framework presented in paper (#9).
Beautify the narrative and other writing details in the vignettes, without making any changes at the user level.

The general variable discretization in gdverse now utilizes sdsfun::discretize_vector() (#6).
Algorithm functions are migrated to sdsfun (#8).

Update the RGD Model API Settings (#2).
Fix bug caused by changes in default parameters of opgd in sesu_opgd (#4).
Maintain the same results for st_unidisc and ClassInt::classify_intervals (#5).
The parameter overlaymethod in rid and idsa has been renamed to overlay.
Add readr as a dependence of type Suggests.
Recompile vignettes due to internal function changes.

When the discvar input for the opgd, rgd, rid, spade functions is NULL, it is assumed that all independent variables in the formula need to be discretized.
Updating the S3 method for plotting various factor detectors to better conform to academic publication requirements.
Using new example data in the vignettes for spade and idsa.
Adding the esp function to the package.