pyfeyn2.auto.position

Functions

auto_align(fd, positions[, legs, vertices])	Automatically position the vertices and legs on a list of positions.
auto_align_legs(fd[, incoming, outgoing])	Automatically reshuffle the legs of a Feynman diagram.
auto_grid(fd[, n_x, n_y, min_x, min_y, ...])	Automatically position the vertices and legs on a grid, with the given minimum and maximum values for x and y, and the number of grid points, but avoid placing vertices or legs on the same position.
auto_gridded_springs(fd[, points, n_x, n_y, ...])
auto_position(fd[, layout, size, clear_vertices])	Automatically position the vertices and legs.
auto_remove_intersections_by_align_legs(fd)	Automatically remove intersections by aligning the legs and reshufffling (permuting) them.
auto_vdw(fd[, points, LJ, dis, y_symmetry, ...])	Minimizes a potential between vertices and legs.
ccw(A, B, C)	Return true if the points A, B, and C are in counter-clockwise order.
feynman_adjust_points(feyndiag[, size, ...])	Adjust the points of the vertices and legs using Dot language algorithms.
incoming_to_left(fd)	Set the incoming legs to the left.
intersect(A, B, C, D)	Return true if line segments AB and CD intersect
lennard_jones(points, cons, all_points, *args)
outgoing_to_right(fd)	Set the outgoing legs to the right.
quad(points, cons, all_points, *args[, dis])
remove_unnecessary_vertices(feyndiag)	Remove vertices that are only connected to two vertices with the same propagator.
require_xy(points)
scale_positions(fd, scale)	Scale the positions of the vertices and legs.
set_none_xy_to_zero(points)