def plot(self): # get parameters self._params = { 'fn_list': [mt_obj.fn for mt_obj in self._mt_objs], 'rot_z': self._rotation_ui.get_rotation_in_degree(), 'plot_num': self._plot_control_ui.get_plot_num(), 'plot_tipper': self._arrow_ui.get_plot_tipper(), 'plot_strike': self._plot_control_ui.get_strike(), 'plot_skew': self._plot_control_ui.get_skew(), 'plot_pt': self._plot_control_ui.get_ellipses(), # 'plot_title': self._common_ui.get_title(), 'plot_style': self._plot_control_ui.get_style(), 'plot_yn': 'n', 'fig_num': get_next_fig_num() } if self._arrow_ui.ui.groupBox_advanced_options.isChecked(): self._params['arrow_dict'] = self._arrow_ui.get_arrow_dict() if not self._ellipse_ui.isHidden(): self._params['ellipse_dict'] = self._ellipse_ui.get_ellipse_dict() # plot self._plotting_object = PlotMultipleResponses(**self._params) self._plotting_object.plot(show=False) self._fig = self._plotting_object.fig
def plot(self): # get parameters self._params = { 'fn_list': [mt_obj.fn for mt_obj in self._mt_objs], 'plot_tipper': self._arrow_ui.get_plot_tipper(), 'tscale': self._scale_ui.get_tscale(), 'ellipse_dict': self._ellipse_ui.get_ellipse_dict(prefix=""), 'stretch': self._stretch_ui.get_stretch(), 'linedir': self._linedir_ui.get_linedir(), # 'rotz': self._rotation_ui.get_rotation_in_degree(), # this is not implemented in PlotPhaseTensorPseudoSection # default for testing # 'station_id': (0, 10), # indices for showing station names, 'fig_dpi': 100, 'fig_size': (8, 6), 'fig_num': get_next_fig_num() } if self._arrow_ui.isChecked(): self._params['arrow_dict'] = self._arrow_ui.get_arrow_dict() if self._colorbar_ui.isChecked(): self._params['cb_dict'] = self._colorbar_ui.get_colorbar_dict() if self._label_font_ui.ui.checkBox_size.isChecked(): self._params['font_size'] = self._label_font_ui.get_size() if self._stretch_ui.ui.checkBox_x_range.isChecked(): self._params['xlimits'] = self._stretch_ui.get_x_limits() if self._stretch_ui.ui.checkBox_y_range.isChecked(): self._params['ylimits'] = self._stretch_ui.get_y_limits() self._plotting_object = PlotPhaseTensorPseudoSection(**self._params) self._plotting_object.plot(show=False) self._fig = self._plotting_object.fig
def plot(self): # get data # NOTE: this is a hack because the existing bug(s) in the PlotPhaseTensorMaps class, that is the # constructor of the class only populate all the necessary information correctly when reads from file # this is the only way before this bug(s) is fixed self._params = { 'fn_list': [mt_obj.fn for mt_obj in self._mt_objs], 'plot_freq': self._frequency_ui.get_frequencies(), 'ftol': self._tolerance_ui.get_tolerance_in_float(), 'mapscale': self._scale_ui.get_mapscale(), 'tscale': self._scale_ui.get_tscale(), 'plot_tipper': self._arrow_ui.get_plot_tipper(), # 'rot_z': self._rotation_ui.get_rotation_in_degree(), # not implemented in PlotPhaseTensorMaps # 'station_id': (0, 10), 'fig_num': get_next_fig_num(), 'fig_dpi': 100, 'fig_size': (8, 6), 'plot_yn': 'n' } self._params.update(self._ellipse_ui.get_ellipse_dict()) if self._colorbar_ui.isChecked(): self._params['cb_dict'] = self._colorbar_ui.get_colorbar_dict() # arrow_dict = { # 'size': 0.5, # 'lw': 0.2, # 'head_width': 0.04, # 'head_length': 0.04, # 'threshold': 0.8, # 'direction': 0} if self._arrow_ui.isChecked(): self._params.update(self._arrow_ui.get_arrow_dict()) if self._padding_ui.isChecked(): self._params['xpad'] = self._padding_ui.get_x_pad() self._params['ypad'] = self._padding_ui.get_y_pad() if self._label_font_ui.ui.checkBox_size.isChecked(): self._params['font_size'] = self._label_font_ui.get_size() station_dict = {} if self._station_font_ui.ui.checkBox_size.isChecked(): station_dict['size'] = self._station_font_ui.get_size() if self._station_font_ui.ui.checkBox_weight.isChecked(): station_dict['weight'] = self._station_font_ui.get_weight() if self._station_font_ui.ui.checkBox_color.isChecked(): station_dict['color'] = self._station_font_ui.get_color() if station_dict: station_dict['id'] = {0,10} self._params['station_dict'] = station_dict self._plotting_object = PlotPhaseTensorMaps(**self._params) self._plotting_object.plot(show=False) self._fig = self._plotting_object.fig
def plot(self): self._params = { 'fn_list': [mt_obj.fn for mt_obj in self._mt_objs], 'plot_style': self._mesh_grid_ui.get_grid_type(), 'imshow_interp': self._mesh_grid_ui.get_interpolation_method(), 'ftol': self._tolerance_ui.get_tolerance_in_float(), 'linedir': self._linedir_ui.get_linedir(), 'aspect': self._aspect_ui.get_aspect(), 'plot_xx': self._plot_control.get_plot_xx(), 'plot_xy': self._plot_control.get_plot_xy(), 'plot_yx': self._plot_control.get_plot_yx(), 'plot_yy': self._plot_control.get_plot_yy(), 'res_cmap': self._plot_control.get_res_cmap(), 'phase_cmap': self._plot_control.get_phase_cmap(), 'xtickspace': self._plot_control.get_tickspace(), 'stationid': (0, 20), 'plot_yn': 'n', # do not plot on class creation 'fig_size': (8, 6), 'fig_dpi': 100, 'fig_num': get_next_fig_num() } param = self._font_ui.get_size() if param is not None: self._params['font_size'] = param param = self._text_box.get_size() if param is not None: self._params['text_size'] = param param = self._text_box.get_weight() if param is not None: self._params['text_weight'] = param param = self._text_box.get_location() if param is not None: self._params['text_location'] = param if self._text_box.ui.groupBox_padding.isChecked(): self._params['text_xpad'] = self._text_box.get_xpad() self._params['text_ypad'] = self._text_box.get_ypad() param = self._plot_control.get_period_limit() if param is not None: self._params['period_limits'] = param param = self._plot_control.get_phase_limit() if param is not None: self._params['phase_limits'] = param param = self._plot_control.get_resistivity_limits() if param is not None: self._params['res_limits'] = param if self._period_ui.isChecked(): self._params['plot_period'] = np.array(self._period_ui.get_frequency_list()) self._plotting_object = PlotResPhasePseudoSection(**self._params) self._plotting_object.plot(show=False) self._fig = self._plotting_object.fig
def plot(self): # set up params self._params = { 'fn_list': [mt_obj.fn for mt_obj in self._mt_objs], 'rot_z': self._rotation_ui.get_rotation_in_degree(), 'period_tolerance': self._tolerance_ui.get_tolerance_in_float(), 'plot_range': self._plot_control_ui.get_plot_range(), 'plot_type': self._plot_control_ui.get_plot_type(), 'plot_tipper': self._plot_control_ui.get_plot_tipper(), 'pt_error_floor': self._plot_control_ui.get_error_floor(), 'fold': self._plot_control_ui.get_fold(), 'fig_size': (8, 6), 'fig_dpi': 100, "plot_yn": 'n', "fig_num": get_next_fig_num() } param = self._font_ui.get_size() if param is not None: self._params['font_size'] = param self._plotting_object = PlotStrike(**self._params) self._plotting_object.plot(show=False) self._fig = self._plotting_object.fig
def plot(self): # get parameters self._station = self._station_ui.get_station() self._params = { 'z_object': self._station.Z, 't_object': self._station.Tipper if 'y' in self._arrow_ui.get_plot_tipper() else None, 'pt_obj': self._station.pt if self._plot_control_ui.is_plot_ellipses() else None, 'rotation_angle': self._rotation_ui.get_rotation_in_degree(), 'plot_num': self._plot_control_ui.get_plot_num(), "plot_tipper": self._arrow_ui.get_plot_tipper(), # 'plot_strike': self._plot_control_ui.get_strike(), # no longer available in mtpy # 'plot_skew': self._plot_control_ui.get_skew(), # no longer available in mtpy 'plot_yn': 'n', 'fig_num': get_next_fig_num() # 'plot_title': self._common_ui.get_title() } if self._arrow_ui.ui.groupBox_advanced_options.isChecked(): self._params.update(self._arrow_ui.get_arrow_dict()) self._params.update(self._ellipse_ui.get_ellipse_dict()) # plot self._plotting_object = PlotMTResponse(**self._params) self._plotting_object.plot(show=False) self._fig = self._plotting_object.fig