if (

(path := kwargs.get("path"))

and not (isinstance(path, PathLike) or isinstance(path, Callable))

):

raise TypeError("'path' argument must be type 'PathLike' or 'Callable'")

class _Property:

def __init_subclass__(cls, /, **kwargs):

for p, t in kwargs.items():

def getter(self: 'PlotProperties._Property', p=p):

return _get_plot_property(self._n, f"{self._id}.{p}")

def setter(self: 'PlotProperties._Property', value, p=p, t=t):

if not isinstance(value, t):

raise TypeError(f"{self._id}.{p} must be type '{t.__name__}'")

_set_plot_property(self._n, f"{self._id}.{p}", value)

prop = property(fget=getter, fset=setter)

setattr(cls, p, prop)

def __init__(self, n: int, id: str):

self._n = n

self._id = id

class MinSize(_Property, w=int, h=int):

def __repr__(self):

return f"{self.w, self.h}"

class Range(_Property, min=Real, max=Real):

def __repr__(self):

return f"{self.min, self.max}"

class Line(_Property, type=str, color=str, style=str):

def __repr__(self):

return f"{self.type, self.color, self.style}"

class Points(_Property, shape=str, color=str, size=float):

def __repr__(self):

return f"{self.shape, self.color, self.size}"

class DataSize(_Property, x=int, y=int):

def __repr__(self):

return f"{self.x, self.y}"

class Color(_Property, min=str, max=str):

def __repr__(self):

return f"{self.min, self.max}"

class _Tab(_Property):

def show(self):

plot_type = {

"two_dimen": 0,

"color_map": 1,

}[self._id]

_show_plot(self._n, plot_type)

@property

def x_range(self):

return PlotProperties.Range(self._n, f"{self._id}.x_range")

@x_range.setter

def x_range(self, value: tuple[int, int]):

if not isinstance(value, tuple) or len(value) != 2:

raise TypeError(f"{self._id}.x_range value must be type 'tuple[int, int]'")

self.x_range.min = value[0]

self.x_range.max = value[1]

@property

def y_range(self):

return PlotProperties.Range(self._n, f"{self._id}.y_range")

@y_range.setter

def y_range(self, value: tuple[int, int]):

if not isinstance(value, tuple) or len(value) != 2:

raise TypeError(f"{self._id}.y_range value must be type 'tuple[int, int]'")

self.y_range.min = value[0]

self.y_range.max = value[1]

class TwoDimen(_Tab, autorescale_axes=bool):

@property

def line(self):

return PlotProperties.Line(self._n, f"{self._id}.line")

@line.setter

def line(self, value: tuple[str, str, str]):

if not isinstance(value, tuple) or len(value) != 3:

raise TypeError(f"{self._id}.line value must be type 'tuple[str, str, str]'")

self.line.type = value[0]

self.line.color = value[1]

self.line.style = value[2]

@property

def points(self):

return PlotProperties.Points(self._n, f"{self._id}.points")

@points.setter

def points(self, value: tuple[str, str, float]):

if not isinstance(value, tuple) or len(value) != 3:

raise TypeError(f"{self._id}.points value must be type 'tuple[str, str, float]'")

self.points.shape = value[0]

self.points.color = value[1]

self.points.size = value[2]

class ColorMap(_Tab, autorescale_axes=bool, autorescale_data=bool):

@property

def z_range(self):

return PlotProperties.Range(self._n, f"{self._id}.z_range")

@z_range.setter

def z_range(self, value: tuple[int, int]):

if not isinstance(value, tuple) or len(value) != 2:

raise TypeError(f"{self._id}.z_range value must be type 'tuple[int, int]'")

self.z_range.min = value[0]

self.z_range.max = value[1]

@property

def data_size(self):

return PlotProperties.DataSize(self._n, f"{self._id}.data_size")

@data_size.setter

def data_size(self, value: tuple[int, int]):

if not isinstance(value, tuple) or len(value) != 2:

raise TypeError(f"{self._id}.data_size value must be type 'tuple[int, int]'")

self.data_size.x = value[0]

self.data_size.y = value[1]

@property

def color(self):

return PlotProperties.Color(self._n, f"{self._id}.color")

@color.setter

def color(self, value: tuple[str, str]):

if not isinstance(value, tuple) or len(value) != 2:

raise TypeError(f"{self._id}.color value must be type 'tuple[str, str]'")

self.color.min = value[0]

def __init__(self, n: int):

self._n = n

def __call__(self, *args, **kwargs):

return _plot(self._n, *args, **kwargs)

@property

def title(self):

return _get_plot_property(self._n, "title")

@title.setter

def title(self, value: str):

if not isinstance(value, str):

raise TypeError("title must be type 'str'")

_set_plot_property(self._n, "title", value)

@property

def x_axis(self):

return _get_plot_property(self._n, "x_axis")

@x_axis.setter

def x_axis(self, value: str):

if not isinstance(value, str):

raise TypeError("x_axis must be type 'str'")

_set_plot_property(self._n, "x_axis", value)

@property

def y_axis(self):

return _get_plot_property(self._n, "y_axis")

@y_axis.setter

def y_axis(self, value: str):

if not isinstance(value, str):

raise TypeError("y_axis must be type 'str'")

_set_plot_property(self._n, "y_axis", value)

@property

def min_size(self):

return PlotProperties.MinSize(self._n, "min_size")

@min_size.setter

def min_size(self, value: tuple[int, int]):

if not isinstance(value, tuple) or len(value) != 2:

raise TypeError("min_size value must be type 'tuple[int, int]'")

self.min_size.w = value[0]

self.min_size.h = value[1]

@property

def two_dimen(self):

return PlotProperties.TwoDimen(self._n, "two_dimen")

@property

def color_map(self):

def __init__(self):

self._plots: dict[int, Plot] = {1: Plot(1)}

def __getitem__(self, index: int):

try:

return self._plots[index]

except KeyError:

self._plots[index] = Plot(index)