fov

Module Contents

Classes

Grid

Functions

arg_init()
fitfunc2(p, x)
errfunc2(p, x, y)
linfunc(p, x)
linerr(p, x, y)
fit_g(x, y, p0[, fkey])
find_mode(data)
dual_half_circle(center, radius[, angle, ax, colors])	Add two half circles to the axes ax (or the current axes) with the
bsect(x, z)	Find position in array x of value z; assumes x sorted in increasing order.
get_footprint_pa_zero(name, pitch)
assemble_data(obj, grid[, f_limits])	param obj:
make_plot(grid, zgrids)	param grid:
main()

Attributes

big
funcs
fmt

fov.big = 1e+20

fov.arg_init()

fov.fitfunc2(p, x)

fov.errfunc2(p, x, y)

fov.linfunc(p, x)

fov.linerr(p, x, y)

fov.funcs

fov.fit_g(x, y, p0, fkey='gau')

fov.find_mode(data)

fov.dual_half_circle(center, radius, angle=0, ax=None, colors=('w', 'k'), **kwargs)

Add two half circles to the axes ax (or the current axes) with the specified facecolors colors rotated at angle (in degrees).

fov.bsect(x, z)

Find position in array x of value z; assumes x sorted in increasing order. Returns j such that x[j] <= z < x[j+1]

fov.get_footprint_pa_zero(name, pitch)

class fov.Grid(grid_size, x0, x1, y0, y1)

Bases: object

fov.assemble_data(obj, grid, f_limits=None)

Parameters:

• obj –

• f_limits –

fov.make_plot(grid, zgrids)

Parameters:

• grid –

• zgrids –

fov.main()

fov.fmt = '%(asctime)s %(levelname)s  %(name)s %(message)s'