astrohack.antenna.base_panel

Classes

Module Contents

class BasePanel(model, screws, plot_screw_pos, plot_screw_size, label, center=None, zeta=None, ref_points=None)[source]

markers = ['X', 'o', '*', 'P', 'D'][source]

colors = ['g', 'g', 'r', 'r', 'b'][source]

linewidth = 0.5[source]

linecolor = 'black'[source]

model_name[source]

solved = False[source]

fall_back_fit = False[source]

label[source]

screws[source]

plot_screw_pos[source]

plot_screw_size[source]

samples = [][source]

margins = [][source]

corr = None[source]

model[source]

add_sample(sample)[source]: Add a point to the panel’s list of points to be fitted :param sample: tuple/list containing point description [xcoor,ycoor,xidx,yidx,value]

add_margin(sample)[source]: Add a point to the panel’s list of points to be corrected, but not fitted :param sample: tuple/list containing point description [xcoor,ycoor,xidx,yidx,value]

solve()[source]

get_corrections()[source]

export_screws(unit='mm')[source]

Export screw adjustments to a numpy array in unit :param unit: Unit for the screw adjustments

Returns:: Numpy array with screw adjustments

plot_label(ax, rotate=True)[source]: Plots panel label to ax :param ax: matplotlib axes instance :param rotate: Rotate label for better display

plot_screws(ax)[source]: Plots panel screws to ax :param ax: matplotlib axes instance

plot_corrections(ax, cmap, corrections, threshold, vmin, vmax)[source]: Plot screw corrections onto an axis :param ax: axis for plot :param cmap: Colormap of the corrections to be applied to each screw :param corrections: the screw corrections :param threshold: Threshold below which data is considered negligable :param vmin: bottom of the colormap :param vmax: top of the colormap