get_path(folder, "SNR_Base_Station-%s" % n),
title=net.name + "\nSNR levels (Base Station)",
format='png',
xlabel="Packet Number",
ylabel="SNR")
# plotter.plots(np.arange(len(snr_base[1:])), lqi_base[1:],
# get_path(folder, "LQI_Base_Station-%s" % n),
# title="LQI's", format='png',
# xlabel="Packet Number", ylabel="LQI")
plotter.plot_bars(np.arange(1, n + 1),
consume,
get_path(folder, "Energy Consumption-", prefix=n),
ymax=1.1 * max(consume),
ymin=0.9 * min(consume),
title=net.name + "\nEnergy Consumption (%s nodes)" % n,
xlabel="Nodes",
ylabel="mJ",
format='png')
plotter.plot_bars(np.arange(1, n + 1),
loss,
get_path(folder, "Loss Packets-", prefix=n),
ymax=1.1 * max(loss),
ymin=0.9 * min(loss),
title=net.name + "\nLoss Packets (%s nodes)" % n,
xlabel="Nodes",
ylabel="No.",
format='png')
snr_base[1:],
get_path(DATETIME_DIR, "SNR_Base_Station-%s" % n),
title="SNR levels",
xlabel="Time",
ylabel="SNR")
plotter.plots(np.arange(len(snr_base[1:])),
lqi_base[1:],
get_path(DATETIME_DIR, "LQI_Base_Station-%s" % n),
title="LQI's",
xlabel="Time",
ylabel="LQI")
plotter.plot_bars(np.arange(1, n + 1)[1:],
consume[1:],
get_path(DATETIME_DIR, "energy consumption-", prefix=n),
ymax=1.1 * max(consume[1:]),
ymin=0.9 * min(consume[1:]),
title="Energy Consumption (%s nodes)" % n,
xlabel="Nodes",
ylabel="mJ")
if isMoved:
plotter.plot_bars(np.arange(1, n + 1),
displacement,
get_path(DATETIME_DIR, "Node movement-", prefix=n),
ymax=1.05 * max(displacement),
title="Node Displacement during simulation",
color='g',
xlabel="Nodes",
ylabel="Displacement (m)")
sim.reset()
# plotting results
#print len(snr_base)
lqi_base = 6 * np.array(snr_base) + 538
#print lqi_base
plotter.plots(np.arange(len(snr_base[1:])), snr_base[1:],
get_path(folder, "SNR_Base_Station-%s" % n),
title="SNR levels",format='png',
xlabel="Packet Number", ylabel="SNR")
plotter.plots(np.arange(len(snr_base[1:])), lqi_base[1:],
get_path(folder, "LQI_Base_Station-%s" % n),
title="LQI's",format='png',
xlabel="Packet Number", ylabel="LQI")
plotter.plot_bars(np.arange(1, n+1), consume,
get_path(folder, "energy consumption-", prefix=n),
ymax=1.1*max(consume),
ymin=0.9*min(consume),format='png',
title="Energy Consumption (%s nodes)" % n,
xlabel="Nodes", ylabel="mJ")
plotter.plot_bars(np.arange(1, n+1), loss,
get_path(folder, "Loss Packets-", prefix=n),
ymax=1.1*max(loss),
ymin=0.9*min(loss),format='png',
title="Loss Packets (%s nodes)" % n,
xlabel="Nodes", ylabel="No.")
sim.reset()
# Create html/JS file for network Topology
plotter.gethtmlScatter(xpositions, [anchpositions, positions],
fname=filename, folder=folder,
xlabel="X-coordinates", ylabel="Y-coordinates", labels=['Base Station','Sensor'],
header="%s\t%s" %(recovered_nodes[0][0],
recovered_nodes[1][0]),
delimiter="\t", fmt="%s", comments='')
plotter.plots(np.arange(len(recovered_nodes[0][1])),
recovered_nodes[0][1],
get_path(DATETIME_DIR, "energy_level-%s" % n),
more_plots=[recovered_nodes[1][1]],
title="Energy Level change",
xlabel="Time", ylabel="Energy (Joules)",
labels=["Node %s" % recovered_nodes[0][0],
"Node %s" % recovered_nodes[1][0]])
# plotting results
plotter.plot_bars(np.arange(1, n+1)[1:], consume[1:],
get_path(DATETIME_DIR, "energy consumption-", prefix=n),
ymax=1.1*max(consume[1:]),
ymin=0.9*min(consume[1:]),
title="Energy Consumption (%s nodes)" %n,
xlabel="Nodes", ylabel="mJ")
plotter.plot_bars(np.arange(1, n+1), displacement,
get_path(DATETIME_DIR, "Node movement-", prefix=n),
ymax=1.05*max(displacement),
title="Node Displacement during simulation", color='g',
xlabel="Nodes", ylabel="Displacement (m)")
sim.reset()
#simulation level
plotter.plots(n_range, c_power, #[e[0] for e in n_power], [e[1] for e in n_power],
get_path(DATETIME_DIR, "energy-Coordinator"),
more_plots=[[e[2] for e in n_power],