def test_rank_players_BA():
''' (3 points) rank_players_BA'''
X = load_csv('moneyball_X7.csv')
R = rank_players_BA(X)
assert R.iloc[0].playerID == "berkmla01"
assert R.iloc[1].playerID == "pujolal01"
assert R.iloc[2].playerID == "pierrju01"
save_csv(R, "moneyball_R1.csv")
def test_compute_players_TB():
''' (3 points) compute_players_TB'''
z = load_csv('moneyball_X9.csv')
compute_players_TB(z)
assert z.shape == (65, 51)
assert z[z.playerID == "abernbr01"].iloc[0]["TB"] == 116
assert z[z.playerID == "youngmi02"].iloc[0]["TB"] == 155
# Now lets save the result into a CSV file, for further analysis
save_csv(z, "moneyball_X10.csv")
def test_rank_players_OBP():
''' (3 points) rank_players_OBP'''
X = load_csv('moneyball_X8.csv')
R = rank_players_OBP(X)
save_csv(R, "moneyball_R2.csv")
assert R.iloc[0].playerID == "berkmla01"
assert R.iloc[1].playerID == "pujolal01"
assert R.iloc[2].playerID == "giambje01"
assert R.iloc[3].playerID == "mientdo01"
def test_rank_players_SLG():
''' (3 points) rank_players_SLG'''
X = load_csv('moneyball_X11.csv')
R = rank_players_SLG(X)
save_csv(R, "moneyball_R3.csv")
assert R.iloc[0].playerID == "berkmla01"
assert R.iloc[1].playerID == "pujolal01"
assert R.iloc[2].playerID == "millake01"
assert R.iloc[3].playerID == "loducpa01"
def test_compute_players_SLG():
''' (4 points) compute_players_SLG'''
z = load_csv('moneyball_X10.csv')
compute_players_SLG(z)
assert z.shape == (65, 52)
assert np.allclose(z[z.playerID == "abernbr01"].iloc[0].SLG,
0.38158,
atol=0.001)
assert np.allclose(z[z.playerID == "youngmi02"].iloc[0].SLG,
0.40155,
atol=0.001)
# Now lets save the result into a CSV file, for further analysis
save_csv(z, "moneyball_X11.csv")
def test_compute_players_OBP():
''' (4 points) compute_players_OBP'''
z = load_csv('moneyball_X7.csv')
compute_players_OBP(z)
assert z.shape == (65, 49)
assert np.allclose(z[z.playerID == "abernbr01"].iloc[0].OBP,
0.3283,
atol=0.001)
assert np.allclose(z[z.playerID == "youngmi02"].iloc[0].OBP,
0.2976,
atol=0.001)
# Now lets save the result into a CSV file, for further analysis
save_csv(z, "moneyball_X8.csv")
def test_compute_players_BA():
''' (4 points) compute_players_BA'''
z = load_csv('moneyball_X6.csv')
compute_players_BA(z)
assert z.shape == (65, 48)
assert np.allclose(z[z.playerID == "abernbr01"].iloc[0].BA,
0.2697,
atol=0.001)
assert np.allclose(z[z.playerID == "youngmi02"].iloc[0].BA,
0.2487,
atol=0.001)
# Now lets save the result into a CSV file, for further analysis
save_csv(z, "moneyball_X7.csv")
