def plot_gaia_culled_cmd(self): self.n147topcross.delete_crossed_points() plotter = graphs() a = asymphr('N205_new_trimmed.unique', 0) a.loadascii() a.ciscuts() a.sbsextinction() plotter.plot_viztop_cmd(a, self.n147topcross)
def plot_culled_cmd(self): self.n147topcross.delete_crossed_points() self.n147vizcross.delete_uncrossed_points_in_defined_area('vizdat.csv') self.n147culled.gaia_viz_cull_points(self.n147topcross, self.n147vizcross) self.n147culled.sbsextinction() plotter = graphs() plotter.plot_culled_viztop_cmd(self.n147culled)
def __init__(self, galaxy): run = make_subsets(galaxy) run.crossed() self.frame = run.subset self.galaxy = galaxy self.plotter = graphs()
def plot_gaiacrossed_cmd(self): self.n147topcross.delete_crossed_points() colour = self.n147topcross.jmag - self.n147topcross.kmag #for i in range(len(self.n147topcross.kmag)): #if self.n147topcross.kmag[i] > 18 or self.n147topcross.kmag[i] < 17 or colour[i] > 1: #self.n147topcross.kmag[i] = np.nan #self.n147topcross.jmag[i] = np.nan #points=[] #for i in self.n147topcross.kmag: #if np.isnan(i)==False: #points.append(0) #print(str(len(points)) + ' datapoints') plotter = graphs() plotter.kj_cmd(self.n147topcross)
def __init__(self, galaxy): #two make_subsets instances created, one for each star type runm = make_subsets(galaxy) runc = make_subsets(galaxy) #m and c subsets created runm.mc('m') runc.mc('c') #subsets and galaxy set to class attributes self.mframe_top = runm.top_subset self.cframe_top = runc.top_subset if galaxy == 'ngc147': self.mframe_viz = runm.viz_subset self.cframe_viz = runc.viz_subset self.tra = 8.3005 self.tdec = 48.5087389 elif galaxy == 'ngc185': self.tra = 9.7415417 self.tdec = 48.3373778 elif galaxy == 'ngc205': self.tra = 10.09189356 self.tdec = 41.68541564 #plotter object set for plotting graphs self.plotter = graphs() self.galaxy = galaxy
def plot_single_lum(self): plotter = graphs() plotter.single_k_luminosity_function(self.frame)
def plot_single_spatial(self): plotter = graphs() plotter.single_agb_spatial_plot_standard(self.frame)
def find_CM_border(self): plotter = graphs() plotter.unbound_hist(self.cframe, self.mframe)
def plot_combined_cmd(self): self.n147topcross.delete_crossed_points() self.n147vizcross.delete_uncrossed_points_in_defined_area() plotter = graphs() plotter.plot_viztop_cmd(self.n147topcross, self.n147vizcross)
def plot_vizcross_cmd(self): plotter = graphs() plotter.plot_vizmatch_cmd(self.n147vizcross)
def plot_iso_overlay(self): plotter = graphs() plotter.overlay_agb_tip(self.imp.i)
def plot_gaiacrossed_cc(self): self.n147topcross.delete_crossed_points() plotter = graphs() plotter.colour_colour(self.n147topcross)
def find_tip(self): plotter = graphs() plotter.rgb_tip_finder(self.frame)
def plot_single_contour(self): plotter = graphs() plotter.single_surface_density_plot(self.frame)
def plot_topcross_cmd(self): plotter = graphs() plotter.plot_topmatch_cmd(self.n147topcross)
def plot_single_colour_hist(self): plotter = graphs() plotter.single_colour_hist(self.frame)
def plot_iso_cmd(self): plotter = graphs() plotter.isoplot(self.imp.n147, self.imp.i)