A = (2.1, 1.46)
B = (3.1, 1.2)
C = (4.36, 1.06)
D = (5.18, 1.06)
E = (5.3, 0.16)
F = (4.5, 0.16)
G = (3.18, 0.28)
H = (2.18, 0.52)
I = (2.26, -0.32)
J = (3.26, -0.64)
K = (4.58, -0.78)
L = (5.42, -0.78)
M = (2.42, -1.26)
N = (3.38, -1.58)
O = (4.74, -1.68)
P = (5.54, -1.68)
Q = (2.48, -2.22)
R = (3.5, -2.5)
S = (4.74, -2.62)
T = (5.64, -2.64)
U = (2.62, -3.16)
V = (3.62, -3.38)
W = (4.92, -3.56)
Z = (5.74, -3.54)
A_1 = (2.7, -4.06)
B_1 = (3.7, -4.3)
C_1 = (5, -4.46)
D_1 = (5.84, -4.42)
E_1 = (6.22, -3.76)
F_1 = (6.1, -2.44)
G_1 = (5.88, -1.76)
H_1 = (5.82, -0.84)
I_1 = (5.72, 0.14)
J_1 = (5.72, 1.06)
K_1 = (5.58, 1.8)
L_1 = (4.7, 2.16)
M_1 = (4.54, 1.58)
N_1 = (3.42, 1.88)
O_1 = (3.74, 2.5)
P_1 = (2.46, 2.14)
Q_1 = (6.14, 1.32)
R_1 = (6, 2.46)
S_1 = (6.62, 1.6)
T_1 = (6.76, 0.38)
U_1 = (6.16, 0.22)
V_1 = (6.24, -1.02)
W_1 = (6.42, -1.78)
Z_1 = (6.6, -3.06)
A_2 = (6.98, -2.34)
B_2 = (6.92, -1.38)
C_2 = (6.66, -0.86)
D_2 = (7.12, -0.38)
E_2 = (7.38, -1.6)
F_2 = (7.6, 0.22)
G_2 = (7.28, 1)
a = 0.7 (slider from 0 to 1, step 0.1)
H_2 = (6.42, -2.6)
I_2 = (6.64, -2.02)
J_2 = (7.78, -0.84)
K_2 = (6.98, 1.82)
L_2 = (6.4, 2.26)
M_2 = (5.04, 2.86)
l3: {A, B, C, D, E, F, G, H, I, J, K, L, M, N, O, P, Q, R, S, T, U, V, W, Z, A_1, B_1, C_1, D_1, E_1, F_1, G_1, H_1, I_1, J_1, K_1, L_1, M_1, N_1, O_1, P_1, Q_1, R_1, S_1, T_1, U_1, V_1, W_1, Z_1, A_2, B_2, C_2, D_2, E_2, F_2, G_2, H_2, I_2, J_2, K_2, L_2, M_2}
l4 = Sequence(Element[l3, k], k, 1, (70 * a))
Graph2 = DelauneyTriangulation(l4)