############# RSS ############# Ap1 = np.array([0,0]) Ap2 = np.array([L,0]) Ap3 = np.array([0,L]) Ap4 = np.array([L,L]) Ap = np.vstack((Ap,Ap1)) Ap = np.vstack((Ap,Ap2)) Ap = np.vstack((Ap,Ap3)) Ap = np.vstack((Ap,Ap4)) Ap = np.delete(Ap,0,0) std_RSS = 5 std_RSS_v=std_RSS*np.ones(4) VC=Values_compute() VC.nodes = Ap#[Ap1,Ap2,Ap3,Ap4] VC.bn = bn VC.noise = True VC.ctype = 'RSS' VC.std = std_RSS noise_vect,v_RSS = VC.compute() ##################### ########### TOA ########## MS1 = np.array([L/2,L/4]) MS2 = np.array([3*L/4,L/2]) MS3 = np.array([L/4,L/2]) MS4 = np.array([L/2,3*L/4]) MS = np.vstack((MS,MS1))
############# RSS #############
Ap1 = np.array([0,0])
Ap2 = np.array([L,0])
Ap3 = np.array([0,L])
Ap4 = np.array([L,L])
Ap = np.vstack((Ap,Ap1))
Ap = np.vstack((Ap,Ap2))
Ap = np.vstack((Ap,Ap3))
Ap = np.vstack((Ap,Ap4))
Ap = np.delete(Ap,0,0)
std_RSS = 5
std_RSS_v=std_RSS*np.ones(4)
VC=Values_compute()
VC.nodes = Ap#[Ap1,Ap2,Ap3,Ap4]
VC.bn = bn
VC.noise = True
VC.ctype = 'RSS'
VC.std = std_RSS
noise_vect,v_RSS = VC.compute()
#####################
########### TOA ##########
MS1 = np.array([L/2,L/4])
MS2 = np.array([3*L/4,L/2])
MS3 = np.array([L/4,L/2])
MS4 = np.array([L/2,3*L/4])
MS = np.vstack((MS,MS1))
