def try_good_value_iy_min():
try_name = 'good_value_iy_min'
g.Grammar.clear_all()
nakata = n.Nakata()
actual_value = nakata._get_t_quad(good_value_mid, good_value_min)
expected_value = (1, 3, 0, 0)
if not actual_value == expected_value:
u.Utilities.print_test_error_message(method_name, try_name,
expected_value, actual_value)
def try_mid():
try_name = 'mid'
g.Grammar.clear_all()
nakata = n.Nakata()
actual_value = nakata._get_point(mid, mid)
expected_value = (expected_mid, expected_mid, 0)
if not actual_value == expected_value:
u.Utilities.print_test_error_message(method_name, try_name,
expected_value, actual_value)
def try_bad_value_iy_large():
try_name = 'bad_value_iy_large'
g.Grammar.clear_all()
nakata = n.Nakata()
actual_value = nakata._get_t_quad(good_value_mid, bad_value_large)
expected_value = None
if not actual_value == expected_value:
u.Utilities.print_test_error_message(method_name, try_name,
expected_value, actual_value)
def test___init__():
method_name = '__init__'
try_name = 'try_good'
g.Grammar.clear_all()
nakata = n.Nakata()
actual_value = rs.IsBlock('zigzag')
expected_value = True
if not actual_value == expected_value:
u.Utilities.print_test_error_message(method_name, try_name,
expected_value, actual_value)
def test__insert_zigzag():
g.Grammar.clear_all()
nakata = n.Nakata()
p = (0, 0, 0)
message_reflect = "Reflect? 'y' or 'n'"
message_rotate = "Rotate? 'y' or 'n'"
reflect = rs.GetString(message_reflect)
rotate = rs.GetString(message_rotate)
if reflect == 'n' and rotate == 'n':
t = 0
elif reflect == 'n' and rotate == 'y':
t = 1
elif reflect == 'y' and rotate == 'n':
t = 2
elif reflect == 'y' and rotate == 'y':
t = 3
else:
pass
nakata._insert_zigzag(p, t)
def test__draw_prototile():
g.Grammar.clear_all()
p = (0, 0, 0)
t_quad = (0, 1, 2, 3)
nakata = n.Nakata()
nakata._draw_prototile(p, t_quad)
def test_draw_prototiles():
g.Grammar.clear_all()
nakata = n.Nakata()
nakata.draw_prototiles()
def test__get_point():
def try_ix_under():
try_name = 'good_ix_under'
g.Grammar.clear_all()
nakata = n.Nakata()
actual_value = nakata._get_point(under, mid)
expected_value = (expected_under, expected_mid, 0)
if not actual_value == expected_value:
u.Utilities.print_test_error_message(method_name, try_name,
expected_value, actual_value)
def try_ix_min():
try_name = 'ix_min'
g.Grammar.clear_all()
nakata = n.Nakata()
actual_value = nakata._get_point(mmin, mid)
expected_value = (expected_min, expected_mid, 0)
if not actual_value == expected_value:
u.Utilities.print_test_error_message(method_name, try_name,
expected_value, actual_value)
def try_ix_max():
try_name = 'ix_max'
g.Grammar.clear_all()
nakata = n.Nakata()
actual_value = nakata._get_point(mmax, mid)
expected_value = (expected_max, expected_mid, 0)
if not actual_value == expected_value:
u.Utilities.print_test_error_message(method_name, try_name,
expected_value, actual_value)
def try_ix_over():
try_name = 'ix_over'
g.Grammar.clear_all()
nakata = n.Nakata()
actual_value = nakata._get_point(over, mid)
expected_value = (expected_over, expected_mid, 0)
if not actual_value == expected_value:
u.Utilities.print_test_error_message(method_name, try_name,
expected_value, actual_value)
def try_iy_under():
try_name = 'iy_under'
g.Grammar.clear_all()
nakata = n.Nakata()
actual_value = nakata._get_point(mid, under)
expected_value = (expected_mid, expected_under, 0)
if not actual_value == expected_value:
u.Utilities.print_test_error_message(method_name, try_name,
expected_value, actual_value)
def try_iy_min():
try_name = 'iy_min'
g.Grammar.clear_all()
nakata = n.Nakata()
actual_value = nakata._get_point(mid, mmin)
expected_value = (expected_mid, expected_min, 0)
if not actual_value == expected_value:
u.Utilities.print_test_error_message(method_name, try_name,
expected_value, actual_value)
def try_iy_max():
try_name = 'iy_max'
g.Grammar.clear_all()
nakata = n.Nakata()
actual_value = nakata._get_point(mid, mmax)
expected_value = (expected_mid, expected_max, 0)
if not actual_value == expected_value:
u.Utilities.print_test_error_message(method_name, try_name,
expected_value, actual_value)
def try_iy_over():
try_name = 'iy_over'
g.Grammar.clear_all()
nakata = n.Nakata()
actual_value = nakata._get_point(mid, over)
expected_value = (expected_mid, expected_over, 0)
if not actual_value == expected_value:
u.Utilities.print_test_error_message(method_name, try_name,
expected_value, actual_value)
def try_mid():
try_name = 'mid'
g.Grammar.clear_all()
nakata = n.Nakata()
actual_value = nakata._get_point(mid, mid)
expected_value = (expected_mid, expected_mid, 0)
if not actual_value == expected_value:
u.Utilities.print_test_error_message(method_name, try_name,
expected_value, actual_value)
def _get_expected(i, naka_chan):
expected = ((naka_chan.prototile_center_center_x * i) +
naka_chan.zigzag_side)
return expected
method_name = '_get_point'
under = -2
mmin = 0
mmax = 15
over = 17
mid = 7
naka_chan = n.Nakata()
expected_under = _get_expected(under, naka_chan)
expected_min = _get_expected(mmin, naka_chan)
expected_max = _get_expected(mmax, naka_chan)
expected_over = _get_expected(over, naka_chan)
expected_mid = _get_expected(mid, naka_chan)
try_ix_under()
try_ix_min()
try_ix_max()
try_ix_over()
try_iy_under()
try_iy_min()
try_iy_max()
try_iy_over()
try_mid()
