def init_mpl(figure=None, axes=None, wcs=False, axes_factory=None): if (axes is not None and figure is not None and axes.figure is not figure): raise ValueError("Axes and figure are incompatible") try: from astropy.visualization.wcsaxes import WCSAxesSubplot except ImportError: WCSAxesSubplot = None if axes is not None: _axes = axes _figure = axes.figure else: _figure = figure or plt.figure() if wcs and WCSAxesSubplot is not None: _axes = WCSAxesSubplot(_figure, 111) _figure.add_axes(_axes) else: if axes_factory is None: _axes = _figure.add_subplot(1, 1, 1) else: _axes = axes_factory(_figure) freeze_margins(_axes, margins=[1, 0.25, 0.50, 0.25]) update_appearance_from_settings(_axes) return _figure, _axes
def init_mpl(figure=None, axes=None, wcs=False, axes_factory=None): if (axes is not None and figure is not None and axes.figure is not figure): raise ValueError("Axes and figure are incompatible") try: from glue.external.wcsaxes import WCSAxesSubplot except ImportError: WCSAxesSubplot = None if axes is not None: _axes = axes _figure = axes.figure else: _figure = figure or plt.figure() if wcs and WCSAxesSubplot is not None: _axes = WCSAxesSubplot(_figure, 111) _figure.add_axes(_axes) else: if axes_factory is not None: _axes = axes_factory(_figure) else: _axes = _figure.add_subplot(1, 1, 1) freeze_margins(_axes, margins=[1, 0.25, 0.50, 0.25]) return _figure, _axes
def init_mpl(figure=None, axes=None, wcs=False, axes_factory=None): if (axes is not None and figure is not None and axes.figure is not figure): raise ValueError("Axes and figure are incompatible") try: from glue.external.wcsaxes import WCSAxesSubplot except ImportError: WCSAxesSubplot = None if axes is not None: _axes = axes _figure = axes.figure else: _figure = figure or plt.figure() if wcs and WCSAxesSubplot is not None: _axes = WCSAxesSubplot(_figure, 111) _figure.add_axes(_axes) else: if axes_factory is not None: _axes = axes_factory(_figure) else: _axes = _figure.add_subplot(1, 1, 1) freeze_margins(_axes, margins=[1, 0.25, 0.50, 0.25]) return _figure, _axes
def _set_pos_and_margin(self, axes, pos, marg): axes.set_position(pos) freeze_margins(axes, marg)
def _set_pos_and_margin(self, axes, pos, marg): axes.set_position(pos) freeze_margins(axes, marg)