def _get_map_icosahedron(self, radius, dx):
# icosahedon size parameter
a = radius*(16*numpy.pi/5.0/(3+numpy.sqrt(5)))**(1/3.0)
# radius at corners in meter
Rmax = numpy.sqrt(10.0+2*numpy.sqrt(5))*a/4.0
# radius at corners in pixel
nRmax = Rmax/dx
# leaving a bit of free space around icosahedron
N = int(numpy.ceil(2.3*(nRmax)))
log_info(logger,"Building icosahedron with radius %e (%i pixel) in %i x %i x %i voxel cube." % (radius,nRmax,N,N,N))
m = condor.utils.bodies.make_icosahedron_map(N,nRmax)
return numpy.asarray(m, dtype=numpy.float64)
def _get_map_icosahedron(self, radius, dx):
# icosahedon size parameter
a = radius * (16 * numpy.pi / 5.0 / (3 + numpy.sqrt(5)))**(1 / 3.0)
# radius at corners in meter
Rmax = numpy.sqrt(10.0 + 2 * numpy.sqrt(5)) * a / 4.0
# radius at corners in pixel
nRmax = Rmax / dx
# leaving a bit of free space around icosahedron
N = int(numpy.ceil(2.3 * (nRmax)))
log_info(
logger,
"Building icosahedron with radius %e (%i pixel) in %i x %i x %i voxel cube."
% (radius, nRmax, N, N, N))
m = condor.utils.bodies.make_icosahedron_map(N, nRmax)
return numpy.asarray(m, dtype=numpy.float64)
def _get_next_particles(self):
D_particles = {}
while len(D_particles) == 0:
i = 0
for p in self.particles.values():
n = p.get_next_number_of_particles()
for i_n in range(n):
D_particles["particle_%02i" % i] = p.get_next()
i += 1
N = len(D_particles)
if N == 0:
log_info(logger, "Miss - no particles in the interaction volume. Shooting again...")
else:
log_debug(logger, "%i particles" % N)
return D_particles
def _get_next_particles(self):
D_particles = {}
while len(D_particles) == 0:
i = 0
for p in self.particles.values():
n = p.get_next_number_of_particles()
for i_n in range(n):
D_particles["particle_%02i" % i] = p.get_next()
i += 1
N = len(D_particles)
if N == 0:
log_info(logger, "Miss - no particles in the interaction volume. Shooting again...")
else:
log_debug(logger, "%i particles" % N)
return D_particles