def fromfile(cls, filename):
cbuffer = CBuffer.fromfile(filename)
return cls(cbuffer=cbuffer)
def fromfile(cls, filename):
cbuffer = CBuffer.fromfile(filename)
return cls(cbuffer=cbuffer)
raise SystemExit("support for cuda required for this test")
path_to_testdir = testlib.config.PATH_TO_TESTDATA_DIR
assert path_to_testdir is not None
assert os.path.exists(path_to_testdir)
assert os.path.isdir(path_to_testdir)
path_to_particle_data = os.path.join(
path_to_testdir, "beambeam", "particles_dump.bin")
assert os.path.exists(path_to_particle_data)
path_to_beam_elements_data = os.path.join(
path_to_testdir, "beambeam", "beam_elements.bin")
assert os.path.exists(path_to_beam_elements_data)
pb = CBuffer.fromfile(path_to_particle_data)
initial_particles = pb.get_object(0, cls=pyst.Particles)
track_pb = CBuffer()
particles = pyst.makeCopy(initial_particles, cbuffer=track_pb)
eb = CBuffer.fromfile(path_to_beam_elements_data)
num_beam_elements = eb.n_objects
ctx = st.st_CudaContext_create()
assert ctx != st.st_NullCudaContext
lattice = st.st_Buffer_new_mapped_on_cbuffer(eb)
assert lattice != st.st_NullBuffer
lattice_arg = st.st_CudaArgument_new(ctx)
if __name__ == '__main__':
path_to_testdir = testlib.config.PATH_TO_TESTDATA_DIR
assert path_to_testdir is not None
assert os.path.exists(path_to_testdir)
assert os.path.isdir(path_to_testdir)
path_to_particle_data = os.path.join(path_to_testdir, "beambeam",
"particles_dump.bin")
assert os.path.exists(path_to_particle_data)
path_to_beam_elements_data = os.path.join(path_to_testdir, "beambeam",
"beam_elements.bin")
assert os.path.exists(path_to_beam_elements_data)
pb = CBuffer.fromfile(path_to_particle_data)
num_elem_by_elem_turns = 1
eb = CBuffer.fromfile(path_to_beam_elements_data)
until_turn_elem_by_elem = 1
until_turn_turn_by_turn = 5
until_turn = 100
skip_turns = 10
# ------------------------------------------------------------------------
initial_num_beam_elements = eb.n_objects
num_beam_monitors = st.beam_elements.append_beam_monitors_to_lattice(
eb, until_turn_elem_by_elem, until_turn_turn_by_turn, until_turn,
skip_turns)
obj=MyObj()
print(obj)
obj._buffer.info()
obj.a=2
obj.b=3.5
obj.c[2]=1.5
obj.d=2
obj.e=[3,4]
print(obj)
b=CBuffer()
obj1=MyObj(cbuffer=b)
b.check_pointers()
obj2=MyObj(cbuffer=b)
b.check_pointers()
obj2.e=[3,4]
print(obj1)
print(obj2)
b.tofile('test.np')
import numpy as np
data=np.fromfile('test.np',dtype='uint64')
print(data)
c=CBuffer.fromfile('test.np')
obj0=c.get_object(MyObj,0)
ffi,lib,cobj=obj1._cdebug()
#c=CBuffer.from_file('test_buffer_common.bin')
path_to_testdir, "beambeam", "particles_dump.bin")
assert(os.path.exists(path_to_particle_data))
pb = st.st_Buffer_new_from_file(path_to_particle_data.encode('utf-8'))
assert(pb != st.st_NullBuffer)
num_particle_sets = st.st_Particles_buffer_get_num_of_particle_blocks(pb)
assert(num_particle_sets > 0)
total_num_particles = st.st_Particles_buffer_get_total_num_of_particles(pb)
assert(total_num_particles > num_particle_sets)
particles = st.st_Particles_buffer_get_particles(pb, 0)
assert(particles != st.st_NullParticles)
num_particles = st.st_Particles_get_num_of_particles(particles)
assert(num_particles > 0)
# Load the same data file into a CBuffer instance
cobj_pb = CBuffer.fromfile(path_to_particle_data)
assert(cobj_pb.n_objects > 0)
assert(cobj_pb.n_objects == num_particle_sets)
cmp_particles = cobj_pb.get_object(0, cls=pyst.Particles)
cmp_num_particles = cmp_particles.num_particles
assert(cmp_particles.num_particles == num_particles)
# Provide a buffer for calculating the difference
diff_buffer = st.st_Buffer_new(0)
assert(diff_buffer != st.st_NullBuffer)
diff = st.st_Particles_new(diff_buffer, num_particles)
assert(diff != st.st_NullParticles)
assert(num_particles == st.st_Particles_get_num_of_particles(diff))
# Calculate the difference between the particles stored on the NS(Buffer)
