def task_3_2():
fig = tuple(itr.islice(dr.gen_triangle(), 10))
n = len(fig)
fig1 = tuple(map(dr.tr_rotate, fig, [0] * n, [0] * n, [2] * n))
dr.plot(fig)
dr.plot(fig1)
dr.show()
def task_3_4():
fig = tuple(itr.islice(dr.gen_triangle(), 10))
n = len(fig)
fig1 = tuple(map(dr.tr_homothety, fig, [0] * n, [0] * n, [-1] * n))
dr.plot(fig)
dr.plot(fig1)
dr.show()
def task_6_3():
n = 30
first_line = list(itr.islice(dr.gen_hexagon(), n))
second_line = list(itr.islice(dr.gen_hexagon(), n))
first_line = list(
map(dr.tr_rotate, first_line, [20] * n, [0] * n, [math.pi / 150] * n))
second_line = list(
map(dr.tr_rotate, second_line, [20] * n, [0] * n,
[-math.pi / 150] * n))
first_line = list(map(dr.tr_translate, first_line, [0] * n, [-0.5] * n))
dr.plot(first_line)
dr.plot(second_line)
dr.show()
dr.clean()
for figure in first_line:
second_line = list(
filter(lambda x: not dr.flt_polygon_angles_inside(figure, x),
second_line))
dr.plot(first_line)
dr.plot(second_line)
dr.show()
dr.clean()
def task_3_1():
fig = tuple(itr.islice(dr.gen_triangle(), 10))
n = len(fig)
fig1 = tuple(map(dr.tr_translate, fig, [5] * n, [5] * n))
dr.plot(fig)
dr.plot(fig1)
dr.show()
def task_2_4():
a = tuple(itr.islice(dr.gen_triangle(), 2))
a = tuple(map(dr.tr_translate, a, [0] * 2, [1.5] * 2))
b = tuple(itr.islice(dr.gen_hexagon(), 3))
c = tuple(itr.islice(dr.gen_rectangle(), 3))
c = tuple(map(dr.tr_translate, c, [0] * 3, [-1.5] * 3))
dr.plot(a)
dr.plot(b)
dr.plot(c)
dr.show()
def task_4_4():
fig = tuple(itr.islice(dr.gen_rectangle(), 10))
n = len(fig)
fig = tuple(map(dr.tr_rotate, fig, [0] * n, [0] * n, [math.pi / 4] * n))
fig1 = tuple(map(dr.tr_homothety, fig, [0] * n, [0] * n, [2] * n))
fig1 = tuple(map(dr.tr_symmetry, fig1, [0] * n, [0] * n, [-1] * n,
[1] * n))
dr.plot(fig)
dr.plot(fig1)
dr.show()
def task_4_3():
n = 3
first_line = list(itr.islice(dr.gen_triangle(), n))
second_line = list(itr.islice(dr.gen_triangle(), n))
second_line = list(
map(dr.tr_symmetry, second_line, [0] * n, [1.1] * n, [1] * n,
[1.1] * n))
dr.plot(first_line)
dr.plot(second_line)
dr.show()
dr.clean()
def task_4_2():
n = 10
first_line = list(itr.islice(dr.gen_rectangle(), n))
second_line = list(itr.islice(dr.gen_rectangle(), n))
first_line = list(
map(dr.tr_rotate, first_line, [13] * n, [0.35] * n, [math.pi / 4] * n))
second_line = list(
map(dr.tr_rotate, second_line, [13] * n, [0.5] * n,
[-math.pi / 4] * n))
first_line = list(map(dr.tr_translate, first_line, [0] * n, [5] * n))
dr.plot(first_line)
dr.plot(second_line)
dr.show()
dr.clean()
def task_2_3():
fig = tuple(itr.islice(dr.gen_hexagon(), 10))
dr.plot(fig)
dr.show()
def task_2_2():
fig = tuple(itr.islice(dr.gen_triangle(), 10))
dr.plot(fig)
dr.show()
def task_2_1():
fig = tuple(itr.islice(dr.gen_rectangle(), 10))
dr.plot(fig)
dr.show()