def memory_chart(last_seconds = 0):
time, usage = agros2d.memory_usage()
if (last_seconds == 0):
pythonlab.chart(time, usage, "t (s)", "Mem (MB)")
else:
pythonlab.chart(time[-(last_seconds+1):], usage[-(last_seconds+1):], "t (s)", "Mem (MB)")
def memory_chart(last_seconds=0):
time, usage = agros2d.memory_usage()
if last_seconds == 0:
pythonlab.chart(time, usage, "t (s)", "Mem (MB)")
else:
pythonlab.chart(time[-(last_seconds + 1) :], usage[-(last_seconds + 1) :], "t (s)", "Mem (MB)")
step = 2.0
space = list()
density = list()
energy = list()
torque = list()
phi = 0.0
while phi <= 90.0:
Jext = get_density(phi)
Wm = get_energy(step * bool(phi), Jext)
print('phi: {0}; Jext : {1}, Wm : {2}'.format(phi, Jext, Wm))
space.append(phi)
density.append(Jext)
energy.append(Wm)
phi = phi + step
for i in range(0, len(energy)):
if (i != len(energy) - 1):
step = space[i + 1] - space[i]
torque.append(-(energy[i + 1] - energy[i]) / (step / 180.0 * pi))
else:
torque.append(torque[0])
if (torque[-1] > 0.0):
torque[-1] = 0.0
pythonlab.chart(space, energy, 'phi (deg.)', 'Wm (J)')
pythonlab.chart(space, torque, 'phi (deg.)', 'T (Nm)')
return Jext
step = 2.0
space = list()
density = list()
energy = list()
torque = list()
phi = 0.0
while phi <= 90.0:
Jext = get_density(phi)
Wm = get_energy(step * bool(phi), Jext)
print('phi: {0}; Jext : {1}, Wm : {2}'.format(phi, Jext, Wm))
space.append(phi)
density.append(Jext)
energy.append(Wm)
phi = phi + step
for i in range(0, len(energy)):
if (i != len(energy)-1):
step = space[i+1] - space[i]
torque.append(-(energy[i+1] - energy[i]) / (step/180.0 * pi))
else:
torque.append(torque[0])
if (torque[-1] > 0.0):
torque[-1] = 0.0
pythonlab.chart(space, energy, 'phi (deg.)', 'Wm (J)')
pythonlab.chart(space, torque, 'phi (deg.)', 'T (Nm)')
