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The number of colors in the colormap. If None, the norm of the
:attr:`bounds` formatoption is used and, if necessary, the
given array `arr`
Returns
-------
matplotlib.colors.Colormap
The colormap returned by :func:`psy_simple.colors.get_cmap`""""""
N = N or None
if cmap is None:
cmap = self.value
if N is None:
try:
N = self.bounds.norm.Ncmap
except AttributeError:
if arr is not None and self.bounds.norm is not None:
N = len(np.unique(self.bounds.norm(arr.ravel())))
if N is not None:
return get_cmap(cmap, N)
return get_cmap(cmap)"
798,"def get_fmt_widget(self, parent, project):
""""""Open a :class:`psy_simple.widget.CMapFmtWidget`""""""
from psy_simple.widgets.colors import CMapFmtWidget
return CMapFmtWidget(parent, self, project)"
799,"def xcoord(self):
""""""The x coordinate :class:`xarray.Variable`""""""
return self.decoder.get_x(self.data, coords=self.data.coords)"
800,"def ycoord(self):
""""""The y coordinate :class:`xarray.Variable`""""""
return self.decoder.get_y(self.data, coords=self.data.coords)"
801,"def cell_nodes_x(self):
""""""The unstructured x-boundaries with shape (N, m) where m > 2""""""
decoder = self.decoder
xcoord = self.xcoord
data = self.data
xbounds = decoder.get_cell_node_coord(
data, coords=data.coords, axis='x')
if self.plotter.convert_radian:
xbounds = convert_radian(xbounds, xcoord, xbounds)
return xbounds.values"
802,"def cell_nodes_y(self):
""""""The unstructured y-boundaries with shape (N, m) where m > 2""""""
decoder = self.decoder
ycoord = self.ycoord
data = self.data
ybounds = decoder.get_cell_node_coord(
data, coords=data.coords, axis='y')
if self.plotter.convert_radian:
ybounds = convert_radian(ybounds, ycoord, ybounds)
return ybounds.values"
803,"def axis(self):
""""""axis of the colorbar with the ticks. Will be overwritten during
update process.""""""
return getattr(
self.colorbar.ax, self.axis_locations[self.position] + 'axis')"
804,"def default_formatters(self):
""""""Default locator of the axis of the colorbars""""""
if self._default_formatters:
return self._default_formatters
else:
self.set_default_formatters()
return self._default_formatters"
805,"def xcoord(self):
""""""The x coordinate :class:`xarray.Variable`""""""
v = next(self.raw_data.psy.iter_base_variables)
return self.decoder.get_x(v, coords=self.data.coords)"
806,"def ycoord(self):
""""""The y coordinate :class:`xarray.Variable`""""""
v = next(self.raw_data.psy.iter_base_variables)
return self.decoder.get_y(v, coords=self.data.coords)"
807,"def add2format_coord(self, x, y):
""""""Additional information for the :meth:`format_coord`""""""
u, v = self.data
uname, vname = self.data.coords['variable'].values
xcoord = self.xcoord
ycoord = self.ycoord
if self.decoder.is_triangular(self.raw_data[0]):
x, y, z1, z2 = self.get_xyz_tri(xcoord, x, ycoord, y, u, v)
elif xcoord.ndim == 1:
x, y, z1, z2 = self.get_xyz_1d(xcoord, x, ycoord, y, u, v)
elif xcoord.ndim == 2:
x, y, z1, z2 = self.get_xyz_2d(xcoord, x, ycoord, y, u, v)
speed = (z1**2 + z2**2)**0.5
xunit = xcoord.attrs.get('units', '')
if xunit:
xunit = ' ' + xunit
yunit = ycoord.attrs.get('units', '')
if yunit:
yunit = ' ' + yunit
zunit = u.attrs.get('units', '')
if zunit:
zunit = ' ' + zunit
return (', vector data: %s: %.4g%s, %s: %.4g%s, %s: %.4g%s, '
'%s: %.4g%s, absolute: %.4g%s') % (
xcoord.name, x, xunit, ycoord.name, y, yunit,
uname, z1, zunit, vname, z2, zunit,
speed, zunit)"
808,"def get_xyz_tri(self, xcoord, x, ycoord, y, u, v):
""""""Get closest x, y and z for the given `x` and `y` in `data` for
1d coords""""""