def draw_layers(points, on='[]', off=' '):
points = list(points)
# Shift the geometry so that every point has (x, y, z) all greater than 0
xmax = max(p.x for p in points)
xmin = min(p.x for p in points)
ymax = max(p.y for p in points)
ymin = min(p.y for p in points)
zmax = max(p.z for p in points)
zmin = min(p.z for p in points)
offset = (-xmin, -ymin, -zmin)
points = translate(points, offset)
# Update the max and min values.
xmax -= xmin
xmin = 0
ymax -= ymin
ymin = 0
zmax -= zmin
zmin = 0
# Split the points into layers.
diagrams = []
for layer in split_layers(points):
# Restrict to 2D points only for drawing.
layer = [(p.x, p.y) for p in layer]
# Draw the current layer.
diagrams.append(
format_points(
layer,
max_x=xmax,
max_y=ymax,
on=on,
off=off,
)
)
return diagrams
start_angle = interpolate(min_angle, max_angle, mu)
slice_angle = (slice_width / (outer * 2 * math.pi)) * 360
end_angle = start_angle + slice_angle
points = ring(center, outer, inner)
points = radial_slice(points, center, start_angle, end_angle)
layers.append(points)
def by_twos(iterable):
iterable = iter(iterable)
while True:
yield next(iterable), next(iterable)
for z, (a, b) in enumerate(by_twos(layers)):
a_lines = format_points(a, on='_', off='.', max_x=c*2, max_y=c*2, raw=True)
b_lines = format_points(b, on='#', max_x=c*2, max_y=c*2, raw=True)
for y, line in enumerate(b_lines):
for x, character in enumerate(line):
if character == '#':
a_lines[y][x] = '#'
if a_lines[c][c] != '#':
a_lines[c][c] = 'X'
print('-'*c*2)
print('z', z)
print('\n'.join(''.join(line).rstrip() for line in a_lines))
slice_angle = 90
c = math.floor(sphere_radius)
center = (c + 0.5, c + 0.5)
def slice_radius(sphere_radius, z):
return math.sqrt(max(sphere_radius**2 - z**2, 0))
for z in range(-half_num_steps, half_num_steps + 1):
print('z', z)
mu = z / (max_z - min_z)
r1 = slice_radius(sphere_radius, z)
points = circle(center, r1)
r2 = slice_radius(inner_sphere_radius, z)
points -= circle(center, r2)
start_angle = interpolate(min_angle, max_angle, mu)
end_angle = start_angle + slice_angle
slice_1 = radial_slice(points, center, start_angle, end_angle)
start_angle = start_angle + 180
end_angle = start_angle + slice_angle
slice_2 = radial_slice(points, center, start_angle, end_angle)
points = slice_1 | slice_2
print('-'*c*2)
print(format_points(points, max_x=c*2, max_y=c*2, off='.'))
