def test_intensity_scalers_as_function_vs_list(self, format):
"""Test that both functions and lists work the same."""
def intensity_scaler_func(week):
return 1 - week / 100
intensity_scalers = [(1 - week / 100) for week in range(1, 9)]
program1 = Program("My first program!",
duration=8,
round_to=1,
intensity_scaler_func=intensity_scaler_func)
with program1.Day():
program1.DynamicExercise("Bench press", start_weight=100)
program1.render()
program2 = Program("My first program!",
duration=8,
round_to=1,
intensity_scaler_func=intensity_scalers)
with program2.Day():
program2.DynamicExercise("Bench press", start_weight=100)
program2.render()
# Use .txt format to compare programs
assert getattr(program1,
f"to_{format}")() == getattr(program2, f"to_{format}")()
def test_program_not_mutated_after_rendering():
"""Creating and rendering a program should not mutate its dict
representations."""
# Set some non-typical parameters
program = Program(
name="MyProgram",
duration=5,
min_reps=1,
reps_per_exercise=31,
round_to=10,
rep_scaler_func=[0.99, 0.97, 0.96, 0.95, 0.98],
intensity_scaler_func=[0.99, 0.97, 0.96, 0.95, 0.98],
units="asdf",
)
with program.Day("A"):
program.DynamicExercise("Squats",
start_weight=100,
final_weight=113,
max_reps=12)
program_serialized = program.serialize()
program.render()
program_dict = program.to_dict()
# Rendering the program should not change the serialization
assert program.serialize() == program_serialized
# Serializing and de-serializing should not change the program dict reprs
program = Program.deserialize(program.serialize())
program.render()
assert program.serialize() == program_serialized
assert program_dict == program.to_dict()
def test_inc_week_program_vs_exercise(self, format):
"""Test that giving progress in program or exercise is the same."""
program1 = Program(duration=8, round_to=1)
with program1.Day():
program1.DynamicExercise("Bench press",
start_weight=100,
percent_inc_per_week=2)
program1.render()
program2 = Program(duration=8, round_to=1, percent_inc_per_week=2)
with program2.Day():
program2.DynamicExercise("Bench press", start_weight=100)
program2.render()
# Use .txt format to compare programs
assert getattr(program1,
f"to_{format}")() == getattr(program2, f"to_{format}")()
def test_progress_information_overspecified(self):
# Set some non-typical parameters
program = Program(name="MyProgram", duration=10)
with pytest.raises(ValueError,
match="At most 2 out of 3 variables may be set"):
with program.Day("A"):
program.DynamicExercise("Squats",
start_weight=100,
final_weight=150,
percent_inc_per_week=10)
def test_rep_range_exercise_vs_program(self, format):
"""Test that giving rep range in program or exercise is the same."""
program1 = Program("My first program!", duration=8, round_to=1)
with program1.Day():
program1.DynamicExercise("Bench press",
start_weight=100,
min_reps=4,
max_reps=7)
program1.render()
program2 = Program("My first program!",
duration=8,
round_to=1,
min_reps=4,
max_reps=7)
with program2.Day():
program2.DynamicExercise("Bench press", start_weight=100)
program2.render()
# Use formats to compare programs
assert getattr(program1,
f"to_{format}")() == getattr(program2, f"to_{format}")()
def test_progress_information_override_perc_inc(self):
program = Program(name="MyProgram",
duration=10,
percent_inc_per_week=1)
with program.Day("A"):
squat = program.DynamicExercise("Squats",
start_weight=100,
percent_inc_per_week=10)
(start_w, final_w, inc_week) = squat._progress_information()
assert start_w == 100
assert final_w == 200
assert inc_week == 10 # Weight override program default
def test_error_on_non_unique_exercise_names():
"""Test that using the same exercise name raises an error."""
program1 = Program(duration=8, round_to=1)
with program1.Day():
program1.DynamicExercise("Bench press",
start_weight=100,
min_reps=4,
max_reps=7)
program1.DynamicExercise("Bench press",
start_weight=90,
min_reps=1,
max_reps=7)
with pytest.raises(ValueError,
match="Exercise name not unique: Bench press"):
program1.render()
def test_progress_information_calcs_from_program(self):
program = Program(name="MyProgram",
duration=10,
percent_inc_per_week=10)
# Three ways of saying the same thing
with program.Day():
a = program.DynamicExercise("a", start_weight=100)
b = program.DynamicExercise("b",
start_weight=100,
final_weight=200)
c = program.DynamicExercise("c", final_weight=200)
a_info = a._progress_information()
b_info = b._progress_information()
c_info = c._progress_information()
assert a_info == b_info
assert b_info == c_info
def test_Program(self):
"""Serialize and deserialize should be equal."""
program = Program(name="Beginner 5x5",
duration=4,
intensity=85,
units="kg",
round_to=2.5,
rep_scaler_func=[1, 1, 1, 1])
with program.Day("A"):
program.DynamicExercise(name="Squat", start_weight=100)
program.render()
# Create a new program by serializing and deserializing
new_program = Program.deserialize(program.serialize())
new_program.render()
assert str(program) == str(new_program)
def test_decorator_api():
"""The new API."""
def curl_func(week):
return "{} x 10".format(week)
# Create a 4-week program
program = Program("My first program!", duration=8)
with program.Day():
program.DynamicExercise("Bench press", 60, 65)
program.DynamicExercise("Squats", 80, 85)
program.StaticExercise("Curls", curl_func)
assert len(program.days) == 1
assert len(program.days[0].dynamic_exercises) == 2
assert len(program.days[0].static_exercises) == 1
assert program.days[0].program is not None
assert program.days[0].dynamic_exercises[0].day is not None
assert not program._rendered
program.render()
assert program._rendered
from streprogen import Program
program = Program(
"My first program!",
duration=8,
units="kg",
reps_per_exercise=15,
intensity=88,
intensity_scaler_func=lambda w: 1,
round_to=2.5,
percent_inc_per_week=2,
verbose=True,
)
with program.Day("Mandag"):
program.DynamicExercise("Knebøy",
start_weight=100,
min_reps=3,
max_reps=5)
# Render the program, then print it
program.render()
from pprint import pprint
# pprint(program.to_dict())
print(program)
def rep_scaler_func(week, *args):
return 1