def get(self):
self.download_moment_to_buffer('volume', rank=0)
result = self.buffer.copy() # TODO !!!
self.download_to_buffer(self.particles.environment['rhod'])
result[:] /= self.particles.mesh.dv
result[:] /= self.buffer
const.convert_to(result, const.si.milligram**-1)
return result
def get(self):
self.download_to_buffer(self.environment['qv'])
const.convert_to(self.buffer, const.si.gram / const.si.kilogram)
return self.buffer
def get(self):
self.download_moment_to_buffer('volume', rank=0,
attr_range=[0, phys.volume(self.radius_threshold)])
self.buffer[:] /= self.particles.mesh.dv
const.convert_to(self.buffer, const.si.centimetre**-3)
return self.buffer
def get(self):
self.download_moment_to_buffer('volume', rank=0)
self.buffer[:] /= self.particles.mesh.dv
const.convert_to(self.buffer, const.si.centimetre**-3)
return self.buffer
def get(self):
self.download_moment_to_buffer('volume', rank=1 / 3)
self.buffer[:] *= phys.radius(volume=1)
const.convert_to(self.buffer, const.si.micrometre)
return self.buffer