def test_quadratic():
area1 = trapz(quadratic, 0, 100, A=1, B=1, C=2)
area2 = quadratic_func(A=1, B=1, C=2, a=0, b=100)
t = isclose(area1, area2)
print(t)
def test_sine():
area1 = trapz(sine, 0, 100, A=2, w=1, t=1)
area2 = sin_func(A=2, w=1, t=1, a=0, b=100)
t = isclose(area1, area2)
print(t)
def test_line():
area1 = trapz(line, 0, 100)
area2 = val_line_func(B=5, a=0, b=100)
t = isclose(area1, area2)
print(t)
def test_slopedline():
area1 = trapz(slopedLine, 0, 100, m=2, B=2)
area2 = val_sloped_line_func(m=2, B=2, a=0, b=100)
t = isclose(area1, area2)
print(t)
def test_sine():
area1=trapz(sine,0,100,A=2,w=1,t=1)
area2=sin_func(A=2,w=1,t=1,a=0,b=100)
t=isclose(area1,area2)
print (t)
def test_quadratic():
area1=trapz(quadratic,0,100,A=1,B=1,C=2)
area2=quadratic_func(A=1,B=1,C=2,a=0,b=100)
t=isclose(area1,area2)
print (t)
def test_slopedline():
area1=trapz(slopedLine,0,100,m=2,B=2)
area2=val_sloped_line_func(m=2,B=2,a=0,b=100)
t=isclose(area1,area2)
print (t)
def test_line():
area1 =trapz(line,0,100)
area2=val_line_func(B=5,a=0,b=100)
t=isclose(area1,area2)
print (t)
def test_trapz_line():
assert math.isclose(float((trapz(line, 1, 10))), 50.0, rel_tol=.1)
assert math.isclose(float((trapz(squared, 1, 10))), 333.0, rel_tol=.001)
