def main():
runner = Runner()
runner.EB = EB
runner.U0 = co.c
runner.list_clear()
runner.particle_weight(1e9)
runner.init_list(100, 110, 10000 * co.kilo * co.eV, 1000)
runner.set_emfield_func('selfcons')
counter = Counter(runner)
runner.save_to(sys.argv[1])
runner.inner_hooks.append(counter)
runner.prepare_data(tfraction=0.0)
plotter.phases(runner)
plotter.selfcons_field(runner)
runner.output_n = 4000
runner.max_particles = 20000
n = 250
for i in range(n):
runner(10 * co.nano)
tfraction = float(i + 1) / n
runner.prepare_data(tfraction)
runner.save()
def main():
runner = Runner()
runner.EB = EB
runner.U0 = co.c
runner.list_clear()
runner.particle_weight(1e9);
runner.init_list(100, 110, 10000 * co.kilo * co.eV, 1000)
runner.set_emfield_func('selfcons')
counter = Counter(runner)
runner.save_to(sys.argv[1])
runner.inner_hooks.append(counter)
runner.prepare_data(tfraction=0.0)
plotter.phases(runner)
plotter.selfcons_field(runner)
runner.output_n = 4000
runner.max_particles = 20000
n = 250
for i in range(n):
runner(10 * co.nano)
tfraction = float(i + 1) / n
runner.prepare_data(tfraction)
runner.save()
def main():
runner = Runner()
runner.E0 = E0
runner.EB = EB
runner.B0 = 20 * co.micro
runner.L = 30
runner.U0 = BETA * co.c
runner.THETA = 0.0
runner.list_clear()
runner.init_list(0, 10, 10000 * co.kilo * co.eV, 2500)
runner.set_emfield_func('front')
init_front(runner)
counter = Counter(runner)
runner.inner_hooks.append(counter)
n = 10
runner.prepare_data(tfraction=0.0)
plotter.phases(runner)
plotter.front(runner)
plotter.field(runner)
runner.output_n = 1000
runner.max_particles = 5000
for i in range(n):
runner(10 * co.nano)
growth, b = simple_regression(counter.t[-10:], log(counter.n[-10:]))
logging.info("growth rate = {:g} /ns".format(growth * co.nano))
update_front(runner, growth)
tfraction = float(i + 1) / n
runner.prepare_data(tfraction)
plotter.phases(runner)
plotter.histogram(runner)
plotter.front(runner)
plotter.field(runner)
plotter.save_all()
pylab.show()
def main():
runner = Runner()
runner.B0 = B0
runner.E0 = E0
runner.EB = EB
runner.U0 = co.c
runner.L = L
runner.list_clear()
runner.particle_weight(1e9)
runner.init_list(0, 10, 10000 * co.kilo * co.eV, 1000)
runner.set_emfield_func('const')
counter = Counter(runner)
runner.save_to(sys.argv[1])
runner.inner_hooks.append(counter)
runner.prepare_data(tfraction=0.0)
plotter.phases(runner)
runner.output_n = 4000
runner.max_particles = 5000
n = 250
for i in range(n):
runner(50 * co.nano)
tfraction = float(i + 1) / n
runner.prepare_data(tfraction)
runner.save()
plotter.phases(runner)
plotter.histogram(runner)
plotter.save_all()
pylab.show()
def main():
runner = Runner()
runner.B0 = B0
runner.E0 = E0
runner.EB = EB
runner.U0 = co.c
runner.L = L
runner.list_clear()
runner.particle_weight(1e9);
runner.init_list(0, 10, 10000 * co.kilo * co.eV, 1000)
runner.set_emfield_func('const')
counter = Counter(runner)
runner.save_to(sys.argv[1])
runner.inner_hooks.append(counter)
runner.prepare_data(tfraction=0.0)
plotter.phases(runner)
runner.output_n = 4000
runner.max_particles = 5000
n = 250
for i in range(n):
runner(50 * co.nano)
tfraction = float(i + 1) / n
runner.prepare_data(tfraction)
runner.save()
plotter.phases(runner)
plotter.histogram(runner)
plotter.save_all()
pylab.show()