def make_param(self,
diameters,
centers,
overlap=None,
ignore_statistics=False,
colors=None,
capacity=4):
if overlap is None:
overlap = [1 for c in centers]
members = [
_hpmc.make_sph_params(float(d) / 2.0, False, False)
for d in diameters
]
N = len(diameters)
if len(centers) != N:
raise RuntimeError(
"Lists of constituent particle parameters and centers must be equal length."
)
self.colors = None if colors is None else self.ensure_list(colors)
return self.make_fn(
self.ensure_list(members), self.ensure_list(centers),
self.ensure_list([[1, 0, 0, 0] for i in range(N)]),
self.ensure_list(overlap), ignore_statistics, capacity,
hoomd.context.current.system_definition.getParticleData().
getExecConf())
def make_param(self, diameters, centers, overlap=None, ignore_statistics=False, colors=None):
if overlap is None:
overlap = [1 for c in centers]
members = [_hpmc.make_sph_params(float(d)/2.0, False) for d in diameters];
N = len(diameters)
if len(centers) != N:
raise RuntimeError("Lists of constituent particle parameters and centers must be equal length.")
self.colors = None if colors is None else self.ensure_list(colors);
return self.make_fn(self.ensure_list(members),
self.ensure_list(centers),
self.ensure_list([[1,0,0,0] for i in range(N)]),
self.ensure_list(overlap),
ignore_statistics,
hoomd.context.current.system_definition.getParticleData().getExecConf());