def estThresDeg(n, k, p, gamma, T):
deg_null = np.zeros(T)
deg_struct = np.zeros(T)
for t in range(T):
(G1_null, G2_null) = genNull(n, p, gamma)
(G1_struct, G2_struct) = genStruct(n, p, gamma)
deg_null[t] = degreeSeq(G1_null, G2_null)
deg_struct[t] = degreeSeq(G1_struct, G2_struct)
thres = estThres(deg_struct, deg_null, T)
return thres
def estThresPath(n, k, p, gamma, T, mean, std):
cor_null = np.zeros(T)
cor_struct = np.zeros(T)
for t in range(T):
(G1_null, G2_null) = genNull(n, p, gamma)
(G1_struct, G2_struct) = genStruct(n, p, gamma)
cor_null[t] = calCorPath(G1_null, G2_null, n, k, mean, std)
cor_struct[t] = calCorPath(G1_struct, G2_struct, n, k, mean, std)
thres = estThres(cor_null, cor_struct, T)
return thres
def estPathCount(n, k, p, gamma, T):
c = np.zeros([T, k])
for t in range(T):
(G1, G2) = genNull(n, p, gamma)
c[t, :] = np.sum(pathCount(G1, n, k), axis=1)
mean = np.zeros(k)
std = np.zeros(k)
for i in range(k):
mean[i] = np.average(c[:, i])
std[i] = np.std(c[:, i])
return mean, std
def estCycleCount(n, k, p, gamma, T):
c = np.zeros([T, k - 1])
for t in range(T):
(G1, G2) = genNull(n, p, gamma)
c[t, :] = np.sum(cycleCount(G1, n, k), axis=1)
# c[t,:] = cycleCount(G1,n,k)
mean = np.zeros(k - 1)
std = np.zeros(k - 1)
for i in range(k - 1):
mean[i] = np.average(c[:, i])
std[i] = np.std(c[:, i])
return mean, std
T = 50
v1_null = np.zeros([k - 1, T])
v2_null = np.zeros([k - 1, T])
v3_null = np.zeros([k - 1, T])
v1_struct = np.zeros([k - 1, T])
v2_struct = np.zeros([k - 1, T])
deg_null = np.zeros(T)
deg_struct = np.zeros(T)
(mean_est, std_est) = estCycleCount(n, k, p, gamma, 100)
for t in range(T):
(G1_null, G2_null) = genNull(n, p, gamma)
(G3_null, G4_null) = genNull(n, p, gamma)
(G1_struct, G2_struct) = genStruct(n, p, gamma)
v1_null[:, t] = np.sum(cycleCount(G1_null, n, k), axis=1)
v2_null[:, t] = np.sum(cycleCount(G2_null, n, k), axis=1)
v3_null[:, t] = np.sum(cycleCount(G3_null, n, k), axis=1)
v1_struct[:, t] = np.sum(cycleCount(G1_struct, n, k), axis=1)
v2_struct[:, t] = np.sum(cycleCount(G2_struct, n, k), axis=1)
d1_null = degreeCount(G1_null)
d2_null = degreeCount(G2_null)
d1_struct = degreeCount(G1_struct)
d2_struct = degreeCount(G2_struct)
# degree sequence
deg_null[t] = np.linalg.norm(np.sort(d1_null) - np.sort(d2_null))
n = 100 # number of vertices
p = 0.6 # np is the average degree
gamma = 0.85 # noise
k = 3
T = 100
error_null = np.zeros(T)
error_struct = np.zeros(T)
deg_null = np.zeros(T)
deg_struct = np.zeros(T)
for t in range(T):
(G1_null, G2_null) = genNull(n, p, gamma)
(G1_struct, G2_struct) = genStruct(n, p, gamma)
v1_null = cycleCount(G1_null, n, k)
v2_null = cycleCount(G2_null, n, k)
v1_struct = cycleCount(G1_struct, n, k)
v2_struct = cycleCount(G2_struct, n, k)
d1_null = degreeCount(G1_null)
d2_null = degreeCount(G2_null)
d1_struct = degreeCount(G1_struct)
d2_struct = degreeCount(G2_struct)
# degree sequence
deg_null[t] = np.linalg.norm(np.sort(d1_null) - np.sort(d2_null))
deg_struct[t] = np.linalg.norm(np.sort(d1_struct) - np.sort(d2_struct))
