s11_plot = []
s21_plot = []
dm_cm_plot = []
plot_attach = []
plot_drop = []
csv_aoa = []
################################################################################
#Extract data from the rawfile
################################################################################
rf=ltcsimraw(rawSave)
for n in nodes:
if n != tx_node:
sparams = rf.scattering_parameters(
tx_node.phy_port_voltage(),
transmitter.transmitter_current(),
n.phy_port_voltage(),
n.termination_current(),
rin=50, rout=50)
frequency.append(sparams['frequency'])
s11_plot.append(sparams['s11'])
s21_plot.append(sparams['gain'])
dm_cm_plot.append(sparams['dm_cm'])
### complile data in an aoa for the csv file.
if csv_aoa == []:
csv_aoa.append(["#frequency"]+sparams['frequency'])
csv_aoa.append(["#RL_node_%d" % tx_node.number]+sparams['s11'])
csv_aoa.append(["#IL_node_%d" % n.number]+sparams['gain'])
