def shifted_points_within_range(points, minimum, maximum, precision = 4):
# Handle input errors
allow_vector_matrix(points, 'first')
compare_scalars(minimum, maximum, 'second', 'third')
positive_integer(precision)
# Grab general points
general_points = []
for point in points:
# Handle coordinate pairs
if isinstance(point, list):
if isinstance(point[0], str):
general_points.append(point[0])
# Handle single coordinates
else:
if isinstance(point, str):
general_points.append(point)
# Generate options for inputs
optional_points = []
for point in general_points:
# Grab initial value and periodic unit
initial_value_index = point.find(' + ')
initial_value = float(point[:initial_value_index])
periodic_unit_index = initial_value_index + 3
periodic_unit = float(point[periodic_unit_index:-1])
# Increase or decrease initial value to fit into range
alternative_initial_value = shift_into_range(initial_value, periodic_unit, minimum, maximum)
# Generate additional values within range
generated_elements = generate_elements(alternative_initial_value, periodic_unit, precision)
optional_points += generated_elements
# Separate numerical inputs from string inputs
separated_points = separate_elements(optional_points)
numerical_points = separated_points['numerical']
other_points = separated_points['other']
# Sort numerical inputs
sorted_points = sorted_list(numerical_points)
# Reduce numerical inputs to within a given range
selected_points = [x for x in sorted_points if x >= minimum and x <= maximum]
# Round numerical inputs
rounded_points = rounded_list(selected_points, precision)
# Sort string inputs
sorted_other_points = sorted_strings(other_points)
# Combine numerical and string inputs
result = rounded_points + sorted_other_points
return result
def test_shift_range_above_negative(self):
shift_range_above_negative = shift_into_range(31, -2, 10, 20)
self.assertEqual(shift_range_above_negative, 19)
def test_shift_range_unfit_below_negative(self):
shift_range_unfit_below_negative = shift_into_range(1, -30, 10, 20)
self.assertEqual(shift_range_unfit_below_negative, 31)
def test_shift_range_below_negative(self):
shift_range_below_negative = shift_into_range(1, -2, 10, 20)
self.assertEqual(shift_range_below_negative, 11)
def test_shift_range_at_max_negative(self):
shift_range_at_max_negative = shift_into_range(20, -2, 10, 20)
self.assertEqual(shift_range_at_max_negative, 20)
def test_shift_range_unfit_above_positive(self):
shift_range_unfit_above_positive = shift_into_range(31, 30, 10, 20)
self.assertEqual(shift_range_unfit_above_positive, 31)
def test_shift_range_at_min_positive(self):
shift_range_at_min_positive = shift_into_range(10, 2, 10, 20)
self.assertEqual(shift_range_at_min_positive, 10)
def test_shift_range_within_positive(self):
shift_range_within_positive = shift_into_range(11, 2, 10, 20)
self.assertEqual(shift_range_within_positive, 11)