Période (div)

amplitude (div)

U1 sinusoïde

U1 rectangle

U1 triangle

U2 sinusoïde

U2 rectangle

U2 triangle

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A = Point(yAxis)
B = Point(yAxis)
C = (10, -4)
D = (10, 4)
a_1 = Segment(A, D)
b_1 = Segment(C, D)
c_1 = Segment(B, C)
d_1 = Segment(A, B)
E = Point(xAxis)
F = Intersect(b_1, xAxis)
e = Segment(E, F)
G = (5, 4)
H = (5, -4)
Point[c]: Point[c_1] * H * H
f = Segment(G, H)
T_1 = 4 (slider from 0 to 20, step 0.1)
U_1 = 2.9 (slider from 0 to 20, step 0.1)
phi1 = 0 (slider from -180 to 180, step 1)
I = (-8.550000000000002, 3.0699999999999985)
J = (-8.520000000000001, 10.42)
K = (19.050000000000004, 10.57)
L = (19.470000000000002, 1.809999999999998)
poly1, j, i, a_2, d_2, l, k = Polygon(J, I, A, D, L, K)
M = (-15.960000000000003, 6.309999999999999)
N = (-16.200000000000003, -9.350000000000005)
poly2, a, m, n, b_2 = Polygon(A, M, N, B)
O = (-9.060000000000002, -4.250000000000003)
P = (-9.180000000000001, -19.280000000000005)
Q = (20.400000000000006, -19.220000000000006)
R = (41.703, -6.398)
poly3, b, o, p, q, r, c_2 = Polygon(B, O, P, Q, R, C)
S = (15.990000000000004, 7.359999999999999)
U = (38.040000000000006, 7.27)
V = (36.900000000000006, -8.300000000000004)
poly4, d, s, u, v, c = Polygon(D, S, U, V, C)
liste1 = Sequence(Segment[(4.9, i), (5.1, i)], i, -4, 4, 0.2)
liste2 = Sequence(Segment[(i, -0.1), (i, 0.1)], i, 0, 10, 0.2)
liste3 = Sequence(Segment[(i * T_1 / 4 - phi1 * T_1 / 360, U_1), (i * T_1 / 4 - phi1 * T_1 / 360 + T_1 / 2, -U_1)], i, -11, 501, 4)
liste4 = Sequence(Segment[(i * T_1 / 4 - phi1 * T_1 / 360 - T_1 / 2, -U_1), (i * T_1 / 4 - phi1 * T_1 / 360, U_1)], i, -11, 501, 4)
liste5 = Sequence(Segment[(i * T_1 - phi1 * T_1 / 360 - T_1 / 2, -U_1), (i * T_1 - phi1 * T_1 / 360, -U_1)], i, -11, 121, 1)
liste6 = Sequence(Segment[(i * T_1 - phi1 * T_1 / 360, U_1), (i * T_1 - phi1 * T_1 / 360 + T_1 / 2, U_1)], i, -11, 121, 1)
liste7 = Sequence(Segment[(i * T_1 / 2 - phi1 * T_1 / 360, U_1), (i * T_1 / 2 - phi1 * T_1 / 360, -U_1)], i, -11, 221, 1)
U_2 = 1.4 (slider from 0 to 20, step 0.1)
T_2 = 4 (slider from 0 to 20, step 0.1)
phi2 = 0 (slider from -180 to 180, step 1)
h(x) = U_2 * sin(6.283 / T_2 * x + phi2 * 3.142 / 180)
g(x) = U_1 * sin(6.283 / T_1 * x + phi1 * 3.142 / 180)
liste8 = Sequence(Segment[(i * T_2 / 4 - phi2 * T_2 / 360, U_2), (i * T_2 / 4 - phi2 * T_2 / 360 + T_2 / 2, -U_2)], i, -11, 501, 4)
liste9 = Sequence(Segment[(i * T_2 / 4 - phi2 * T_2 / 360 - T_2 / 2, -U_2), (i * T_2 / 4 - phi2 * T_2 / 360, U_2)], i, -11, 501, 4)
liste10 = Sequence(Segment[(i * T_2 - phi2 * T_2 / 360 - T_2 / 2, -U_2), (i * T_2 - phi2 * T_2 / 360, -U_2)], i, -11, 121, 1)
liste11 = Sequence(Segment[(i * T_2 - phi2 * T_2 / 360, U_2), (i * T_2 - phi2 * T_2 / 360 + T_2 / 2, U_2)], i, -11, 121, 1)
liste12 = Sequence(Segment[(i * T_2 / 2 - phi2 * T_2 / 360, U_2), (i * T_2 / 2 - phi2 * T_2 / 360, -U_2)], i, -11, 221, 1)
t = true
w = false
z = false
e_1 = true
f_1 = false
g_1 = false