def setInitHall(init_hall=0):
b0_hall = GetHall(dipole_pair[0])
b1_hall = GetHall(dipole_pair[1])
overshoot_margin = 0.001
print("Beginning initializing dipoles...")
while ((b0_hall - init_hall) < overshoot_margin
or (b1_hall - init_hall) < overshoot_margin):
diff = max(abs(b0_hall - init_hall), abs(b1_hall - init_hall))
b0_i = GetMagnet(dipole_pair[0])
dI = 0.02
if (diff >= 0.001):
dI = 0.1
elif (diff > 0.00005):
dI = 0.01
# change b0 and compare
SetMagnet(dipole_pair[0], b0_i + dI)
#saving the new actual hall value
sleep(3)
b0_hall = GetHall(dipole_pair[0])
SetMagnet(dipole_pair[1], b0_i + dI)
b1_hall = GetHall(dipole_pair[1])
print(f"Fields: {b0_hall:.6f}, {b1_hall:.6f}")
time1 = CycleMagnet(dipole_pair[0])
time2 = CycleMagnet(dipole_pair[1])
sleep(np.max([time1, time2]) + 30)
cont = input("Once magnets have settled, enter 'y' to continue...")
if (cont != 'y'):
print("Exiting...")
exit()
print("Magnets cycled above initial Hall values.")
while (abs(b0_hall - init_hall) > dHall):
diff = abs(b0_hall - init_hall)
dI = 0.02
#this takes too long if they're really far so I'm gona add this for now
if (diff >= 0.001):
dI = 0.1
elif (diff > 0.00005):
dI = 0.01
b0_i = GetMagnet(dipole_pair[0])
if (b0_hall > init_hall):
# change b0 and compare
SetMagnet(dipole_pair[0], b0_i - dI)
#saving the new actual hall value
sleep(3)
b0_hall = GetHall(dipole_pair[0])
print("B0 set to initial value.")
matchHall()
#setInitHall(init_hall)
#get initial values to return two for second scan
b0_init = GetMagnet(dipole_pair[0])
b1_init = GetMagnet(dipole_pair[1])
scanDipoles(dipole_pair[0], dipole_pair[1])
print(f"Done with {dipole_pair[0]} scan.")
#reset dipoles to original currents and cycle
SetMagnet(dipole_pair[0], b0_init)
SetMagnet(dipole_pair[1], b1_init)
#cycle
time1 = CycleMagnet(dipole_pair[0])
time2 = CycleMagnet(dipole_pair[1])
sleep(np.max([time1, time2]))
print("Done cycling.")
cont = input("Once magnets have settled, enter 'y' to continue...")
if (cont != 'y'):
print("Exiting...")
exit()
#'''
#match Hall probe readings
matchHall()
scanDipoles(dipole_pair[1], dipole_pair[0])
print(f"Done with {dipole_pair[1]} scan.")