aspsim.room.generatepoints

Functions

cart2pol(x, y)	Transforms the provided cartesian coordinates to polar coordinates
cart2spherical(cart_coord)	Transforms the provided cartesian coordinates to spherical coordinates
concentrical_circles(num_points, ...[, ...])
equiangular_circle(num_points, radius[, ...])	Generates equiangularly spaced points on a circle
equidistant_rectangle(num_points, side_lengths)	Points are spaced evenly along the edge of a rectangle
equidistant_rectangle_for_fewer(num_points, dims)
equidistant_rectangle_old(num_points, dims)
four_equidistant_rectangles(num_points, ...)
pol2cart(r, angle)	Transforms the provided polar coordinates to cartesian coordinates
spherical2cart(r, angle)	Transforms the provided spherical coordinates to cartesian coordinates
stacked_equidistant_rectangles(num_points, ...)
sunflower_pattern(N, radius[, offset_angle])	translated from user3717023's MATLAB code from stackoverflow could be updated using the method in this paper 'A better way to construct the sunflower head'
uniform_cylinder(num_points, radius, height)
uniform_disc(point_distance, radius[, z_axis])
uniform_filled_cuboid(num_points, dims[, ...])
uniform_filled_rectangle(num_points[, lim, ...])