def test_Intersection_droites():
d1 = rand_dte()
d2 = rand_dte()
A = Intersection_droites(d1, d2)
if not d1.parallele(d2):
assert(A in d1 and A in d2)
d3 = Parallele(d1, rand_pt())
assert(not Intersection_droites(d1, d3).existe)
D = Point(-14.201335283549275, 1.5093204196583834)
U = Point(-14.201335283549273, 17.644024286752096)
d = Droite(U, D)
s = Segment(U, D)
V = Point(1.933368583544437, 7.5065025053891166)
W = Point(7.1347038670937115, 8.3895493390615954)
d2 = Droite(W, V)
M1 = Intersection_droites(s, d2)
M2 = Intersection_droites(d, d2)
assert(M1.existe)
assert(M2.existe)
def test_Intersection_droites():
d1 = rand_dte()
d2 = rand_dte()
A = Intersection_droites(d1, d2)
if not d1.parallele(d2):
assert (A in d1 and A in d2)
d3 = Parallele(d1, rand_pt())
assert (not Intersection_droites(d1, d3).existe)
D = Point(-14.201335283549275, 1.5093204196583834)
U = Point(-14.201335283549273, 17.644024286752096)
d = Droite(U, D)
s = Segment(U, D)
V = Point(1.933368583544437, 7.5065025053891166)
W = Point(7.1347038670937115, 8.3895493390615954)
d2 = Droite(W, V)
M1 = Intersection_droites(s, d2)
M2 = Intersection_droites(d, d2)
assert (M1.existe)
assert (M2.existe)
def test_intersections_non_deplacables():
d1 = rand_dte()
d2 = rand_dte()
A = Intersection_droites(d1, d2)
assert(not A._modifiable)
assert(not A._deplacable)
