`aces.obsplan.sphere_plotting`¶

Utiliies to create matplotlib figures of positions on the sky sphere.

Module Contents¶

Classes¶

Functions¶

`prefix`(word, pfx)
`rd_xyz`(ra, dec)	TBD
`xyz_rd`(v)
`mollweide_theta`(z)
`get_gc_intersect`(s1, s2)	Given two great circles, specified by their poles, find the two intersection points.

aces.obsplan.sphere_plotting.prefix(word, pfx)[source]¶

aces.obsplan.sphere_plotting.rd_xyz(ra, dec)[source]¶: TBD

aces.obsplan.sphere_plotting.xyz_rd(v)[source]¶

aces.obsplan.sphere_plotting.mollweide_theta(z)[source]¶

class aces.obsplan.sphere_plotting.SphereView(projection='CAR', axis=None)[source]¶

Bases: object

npole[source]¶

spole[source]¶

origin[source]¶

set_projection(projection)[source]¶

set_subpoint(sub)[source]¶

set_style(style)[source]¶

draw_point(p1, **style)[source]¶

draw_gc(p1, p2, **style)[source]¶

draw_gc_c(p1, **style)[source]¶

draw_sc(p, radius, ends=None, **style)[source]¶

join_gc(p_array, close=False, **style)[source]¶

join_gc_fill(p_array, **style)[source]¶

fill(pnts, **style)[source]¶

draw_text(p, text, **style)[source]¶

draw_outline()[source]¶

draw_coord_grid(dlon=15.0, dlat=10.0)[source]¶

draw_label()[source]¶

_set_axes()[source]¶

_project(vectors, rotate=True)[source]¶

_draw_y(vectors, rotate=True, **style)[source]¶

_draw(vectors, rotate=True, **style)[source]¶

_text(vectors, text, rotate=True, **style)[source]¶

_make_matrix()[source]¶

static _rotate_vectors(m, vectors)[source]¶

static _get_gc_vec(p, q)[source]¶

static _get_gc_vec_c(p)[source]¶

classmethod get_projection(projection)[source]¶

aces.obsplan.sphere_plotting.get_gc_intersect(s1, s2)[source]¶: Given two great circles, specified by their poles, find the two intersection points. :param s1: Pole of first great circle as Skypos object :param s2: Pole of second great circle as Skypos object :return: A list of the two Skypos objects representing the two intersection points.