def get_LoS_Rate(self, ue_s):
sc_xyz = np.array([])
ch_model = 'fsp'
mimo_model = MIMO(ue_s, self.gNB[0], sc_xyz, ch_model, self.ptx, self.N_tx, self.N_rx)
#print("[Env]: LoS h: {0}".format(mimo_model.channel.pathloss))
Los_SNR, Los_rate = mimo_model.Los_Rate()
return Los_rate
def get_Los_Rate(self, state):
dist, ue_ang, rbd = (state * self.high_obs)
ue_pos = np.array(sph2cart(ue_ang, 0, dist)) # ue_pos is(x,y)
sc_xyz = np.array([])
ch_model = 'fsp'
mimo_model = MIMO(ue_pos, self.gNB[0], sc_xyz, ch_model, self.ptx, self.N_tx, self.N_rx)
SNR, rate = mimo_model.Los_Rate() # rkbeam_vec, tbeam_vec )
return SNR, rate
def get_Los_Rate(self, state):
state = np.rint(state * self.high_obs)
ue_xloc, ue_yloc = state
sc_xyz = np.array([])
ch_model = 'fsp'
ue_pos = np.array([ue_xloc, ue_yloc, 0])
mimo_model = MIMO(ue_pos, self.gNB[0], sc_xyz, ch_model, self.ptx, self.N_tx, self.N_rx)
SNR, rate = mimo_model.Los_Rate() # rkbeam_vec, tbeam_vec )
#rate = 1e3 * rate
return SNR, rate
