def main():
print("Test")
acc = Accelerator()
width = 0.4
height = 0.2
t0 = Transformator("T0", width, height)
p1 = Pipe(width, height, 1.0)
s0 = Screen("Screen", width, height, 0.2, 0.2)
t1 = Transformator("T1", width, height)
q1 = QuadrupoleMagnet("UN4QD11", width, height, 1.0, 0.8)
q2 = QuadrupoleMagnet("UN4QD12", width, height, 1.0, -0.8)
sl1 = Slit("Slit1", width, height)
p2 = Pipe(width, height, 3.0)
sl2 = Slit("Slit2", width, height)
k1 = HorizontalKickerMagnet("kicker", width, height, 0.02)
p3 = Pipe(width, height, 3.0)
t2 = Transformator("T2", width, height)
m1 = SectorBendingMagnet("UN4MU1", width, height, length=1.0, angle=0.5)
t3 = Transformator("T3", width, height)
s1 = Screen("Screen1", width, height, 0.2, 0.2)
s2 = Screen("Screen2", width, height, 0.2, 0.2)
# acc.append_devices([t0])
acc.append_devices([t0, s0, p1, t1, q1, sl1, q2, sl1, p2, sl2, s1, k1, p3, t2, m1, t3, s2])
sl2.set_positions(xpos_left=-0.01, xpos_right=0.01, ypos_bottom=-0.01, ypos_top=0.01)
n = 80000
'''
acc.reset()
simulate(accelerator=acc, num_of_particles=n, threaded=False, measure_time=True)
print(t0.count.value, " particles in T0\n")
print(s0.num_of_particles(), " particles in S0\n")
'''
acc.reset()
simulate(accelerator=acc, num_of_particles=n, threaded=True, measure_time=True)
print(t0.count.value, " particles in T0\n")
print(s0.num_of_particles(), " particles in S0\n")
s1.show()
s2.show()
q2 = QuadrupoleMagnet("UN4QD12", width, height, 1.0, -0.5)
sl1 = Slit("Slit1", width, height)
p2 = Pipe(width, height, 3.0)
sl2 = Slit("Slit2", width, height)
k1 = HorizontalKickerMagnet("kicker", width, height, 0.02)
p3 = Pipe(width, height, 3.0)
t2 = Transformator("T2", width, height)
m1 = SectorBendingMagnet("UN4MU1", width, height, length=1.0, angle=0.5)
t3 = Transformator("T3", width, height)
s1 = Screen("Screen1", width, height, 0.2, 0.2)
s2 = Screen("Screen2", width, height, 0.2, 0.2)
#acc.append_devices([t0])
#print(repr(acc))
sl1.set_positions(xpos_left=-0.01, xpos_right=0.01, ypos_bottom=-0.01, ypos_top=0.01)
acc.append_devices([t0, p1, sl1, s0, t1, q2, p2, sl2, s1, k1, p3, t2, m1, t3, s2])
#print(acc.to_xml())
acc.to_file('acc.xml')
xml_root = ET.parse('acc.xml').getroot()
acc2 = Accelerator(xml_root=xml_root)
print(acc)
print(acc2)
acc.start_simulation(100000)
acc.get_device_by_nomenclature("Screen1").show()
print("T0:", acc.get_device_by_nomenclature("T0").count.value)
print("T1:", acc.get_device_by_nomenclature("T1").count.value)