def test_mean_attack_per_type(): """ Tests the output of both versions of mean_attack_per_type() function. """ answer_1 = {'water': 140.5, 'fire': 47.5} answer_2 = ({ 'normal': 108.0, 'fire': 99.4, 'water': 99.75, 'fighting': 99.66666666666667, 'grass': 105.3529411764706, 'poison': 121.75, 'bug': 25.0, 'fairy': 76.33333333333333, 'psychic': 114.83333333333333, 'rock': 84.85714285714286, 'flying': 110.83333333333333, 'ghost': 88.0, 'ground': 116.6, 'electric': 64.0 }) # Test Part 0 - Manual print('Test mean_attack_per_type from Part 0 - Manual') assert_equals(answer_1, hw2_manual.mean_attack_per_type(data_m1)) assert_equals(answer_2, hw2_manual.mean_attack_per_type(data_m2)) # Test Part 1 - Pandas print('Test mean_attack_per_type from Part 1 - Pandas') assert_equals(answer_1, hw2_pandas.mean_attack_per_type(data_p1)) assert_equals(answer_2, hw2_pandas.mean_attack_per_type(data_p2))
def test_mean_attack_per_type(): """ Tests the function: mean_attack_per_type """ print('Testing mean_attack_per_type') # Cases from the made up "spec" for this problem assert_equals({ 'water': 140.5, 'fire': 47.5 }, hw2_manual.mean_attack_per_type(data1)) assert_equals({ 'water': 140.5, 'fire': 47.5 }, hw2_pandas.mean_attack_per_type(data2)) # Additional two cases assert_equals( { 'fighting': 20.0, 'fire': 63.666666666666664, 'normal': 104.0, 'water': 130.33333333333334 }, hw2_manual.mean_attack_per_type(data3)) assert_equals( { 'fighting': 20.0, 'fire': 63.666666666666664, 'normal': 104.0, 'water': 130.33333333333334 }, hw2_pandas.mean_attack_per_type(data4))
def test_mean_attack_per_type(): # manual assert_equals({ 'fire': 47.5, 'water': 140.5 }, hw2_manual.mean_attack_per_type(_pokemon_test)) assert_equals({'normal': 104}, hw2_manual.mean_attack_per_type(_single)) # pandas assert_equals({ 'fire': 47.5, 'water': 140.5 }, hw2_pandas.mean_attack_per_type(_pokemon_test_df)) assert_equals({'normal': 104}, hw2_pandas.mean_attack_per_type(_single_df))
def test_mean_attack_per_type(): """ Test the function mean_attack_per_type """ print('Testing mean_attack_per_type') assert_equals({'water': 140.5, 'fire': 47.5}, hw2_manual.mean_attack_per_type(data1)) assert_equals({'water': 140.5, 'fire': 47.5}, hw2_pandas.mean_attack_per_type(data2)) assert_equals({'fighting': 20, 'fire': 79, 'grass': 105, 'normal': 68, 'poison': 30, 'water': 110}, hw2_manual.mean_attack_per_type(data5)) assert_equals({'fighting': 20, 'fire': 79, 'grass': 105, 'normal': 68, 'poison': 30, 'water': 110}, hw2_pandas.mean_attack_per_type(data6))
def test_manual_mean_attack_per_type(): ''' Tests the manual mean_attack_per_type function ''' test_data = parse(POKEMON_TEST_FILE) my_data = parse(MY_POKEMON_FILE) print('Testing mean_attack_per_type') # Spec test expected = {'water': 140.5, 'fire': 47.5} received = hw2_manual.mean_attack_per_type(test_data) assert_equals(expected, received) # My test expected = {'water': 140.5, 'fire': 47.5, 'pyschic': 40, 'normal': 0} received = hw2_manual.mean_attack_per_type(my_data) assert_equals(expected, received)
def test_mean_attack_per_type(): ''' Test mean_attack_per_type funciton. ''' print("test_mean_attack_per_type") print('Part0') assert_equals({'water': 140.5, 'fire': 47.5}, hw2_manual.mean_attack_per_type(parsed_data)) assert_equals({'bug': 25.0, 'electric': 64.0, 'fairy': 76.33, 'fighting': 99.67, 'fire': 99.31, 'flying': 110.83, 'ghost': 88.0, 'grass': 97.0, 'ground': 110.25, 'normal': 119.88, 'poison': 123.7, 'psychic': 127.75, 'rock': 88.17, 'water': 101.8}, hw2_manual.mean_attack_per_type(parsed_data2)) print('Part1') assert_equals({'water': 140.5, 'fire': 47.5}, hw2_pandas.mean_attack_per_type(DATA)) assert_equals({'bug': 25.0, 'electric': 64.0, 'fairy': 76.33, 'fighting': 99.67, 'fire': 99.31, 'flying': 110.83, 'ghost': 88.0, 'grass': 97.0, 'ground': 110.25, 'normal': 119.88, 'poison': 123.7, 'psychic': 127.75, 'rock': 88.17, 'water': 101.8}, hw2_pandas.mean_attack_per_type(DATA2))
def part0(): """ Calculates various statistics about the Pokemon dataset using the implementation in Part 0. """ print('=== Starting Part 0 ===') data = cse163_utils.parse(DATA) print('Number of species:', hw2_manual.species_count(data)) print('Highest level pokemon:', hw2_manual.max_level(data)) print('Low-level Pokemon', hw2_manual.filter_range(data, 1, 9)) print('Average attack for fire types', hw2_manual.mean_attack_for_type(data, 'fire')) print('Count of each Pokemon type:') print(hw2_manual.count_types(data)) print('Highest stage for each Pokemon type') print(hw2_manual.highest_stage_per_type(data)) print('Average attack for each Pokemon type') print(hw2_manual.mean_attack_per_type(data))