camriddell

from functools import partial
from textwrap import fill

from scipy.stats import norm, uniform, skewnorm, gaussian_kde, triang
from numpy import (
    array, linspace, quantile, histogram, atleast_2d, mean, std, add
)
from numpy.lib.stride_tricks import sliding_window_view

from matplotlib.pyplot import subplots, show, rc

h-a-graham

#' Project an sf/sfc object to a generic projected coordinate system
#' @param x an sf or sfc object
#' @param proj a character vector. The projection to use. One of "laea", "aeqd",
#' "utm", "pconic", or "eqdc".
#' @param ellps a character vector. The ellipsoid to use. Select from
#' `sf_proj_info(type = "ellps")`.
#' @param opts a character vector. Additional proj options to pass to the
#' proj string. see details for more information.
#' @return an sf or sfc object
#' @details For further info about the available "generic" projects see: