EPWpy.plotting.plot_structure_matplotlib#

Functions

`add`(a, b)
`auto_equal_limits`(ax, pts)
`cart_to_frac`(cart, lattice)
`color_wheel`(i)
`detect_bonds`(fracs, tags, lattice[, ...])	fracs: list of fractional coords (not necessarily wrapped) or wrapped -- we'll accept wrapped or not tags: element labels for each atom lattice: 3x3 row-vector lattice Returns list of (i,j,dx,dy,dz,dist)
`dot`(a, b)
`draw_edge`(ax, p0, p1, **kwargs)
`draw_unit_cell`(ax, lattice[, lw])
`frac_to_cart`(frac, lattice)
`integer_image_shift`(frac_i, frac_j)
`is_all_int_tokens`(tokens)
`mat_det_3`(m)
`mat_scale`(m, s)
`mat_vec`(m, v)
`nearest_image_delta`(frac_i, frac_j)
`norm`(v)
`parse_poscar`(path)
`plot_poscar`(path[, point_size, wrap, ...])
`read_nonempty_lines`(path)
`scale_vec`(v, s)
`strtovecs`(lines3)
`sub`(a, b)
`unit_cell_vertices`(lattice)
`vec_add`(a, b)
`vec_max`(a, b)
`vec_min`(a, b)
`vec_sub`(a, b)
`wrap_frac`(fr)

EPWpy.plotting.plot_structure_matplotlib.auto_equal_limits(ax, pts)[source]#

EPWpy.plotting.plot_structure_matplotlib.cart_to_frac(cart, lattice)[source]#

EPWpy.plotting.plot_structure_matplotlib.detect_bonds(fracs, tags, lattice, bond_length=None, scale=1.2, min_dist=0.1)[source]#: fracs: list of fractional coords (not necessarily wrapped) or wrapped -- we'll accept wrapped or not tags: element labels for each atom lattice: 3x3 row-vector lattice Returns list of (i,j,dx,dy,dz,dist)

EPWpy.plotting.plot_structure_matplotlib.draw_edge(ax, p0, p1, **kwargs)[source]#

EPWpy.plotting.plot_structure_matplotlib.draw_unit_cell(ax, lattice, lw=1.5)[source]#

EPWpy.plotting.plot_structure_matplotlib.frac_to_cart(frac, lattice)[source]#

EPWpy.plotting.plot_structure_matplotlib.integer_image_shift(frac_i, frac_j)[source]#

EPWpy.plotting.plot_structure_matplotlib.is_all_int_tokens(tokens)[source]#

EPWpy.plotting.plot_structure_matplotlib.nearest_image_delta(frac_i, frac_j)[source]#

EPWpy.plotting.plot_structure_matplotlib.plot_poscar(path, point_size=120, wrap=True, show_labels=True, bond_length=None, scale=1.2, min_dist=0.1, highlight_si=True)[source]#

EPWpy.plotting.plot_structure_matplotlib.read_nonempty_lines(path)[source]#

EPWpy.plotting.plot_structure_matplotlib.unit_cell_vertices(lattice)[source]#