def with_random_intensity(self, N, Imax, Bamax, Bbmax, Bcmax, Bdmax):
""" Generate reflections with a random intensity and background. """
from dials.array_family import flex
if Imax == 0:
I = flex.size_t(N).as_int()
else:
I = flex.random_size_t(N, Imax).as_int()
if Bamax == 0:
Ba = flex.size_t(N).as_int()
else:
Ba = flex.random_size_t(N, Bamax).as_int()
if Bbmax == 0:
Bb = flex.size_t(N).as_int()
else:
Bb = flex.random_size_t(N, Bbmax).as_int()
if Bcmax == 0:
Bc = flex.size_t(N).as_int()
else:
Bc = flex.random_size_t(N, Bcmax).as_int()
if Bdmax == 0:
Bd = flex.size_t(N).as_int()
else:
Bd = flex.random_size_t(N, Bdmax).as_int()
return self.with_individual_given_intensity(N, I, Ba, Bb, Bc, Bd)
def with_random_intensity(self, N, Imax, Bamax, Bbmax, Bcmax, Bdmax):
""" Generate reflections with a random intensity and background. """
from dials.array_family import flex
if Imax == 0:
I = flex.size_t(N).as_int()
else:
I = flex.random_size_t(N, Imax).as_int()
if Bamax == 0:
Ba = flex.size_t(N).as_int()
else:
Ba = flex.random_size_t(N, Bamax).as_int()
if Bbmax == 0:
Bb = flex.size_t(N).as_int()
else:
Bb = flex.random_size_t(N, Bbmax).as_int()
if Bcmax == 0:
Bc = flex.size_t(N).as_int()
else:
Bc = flex.random_size_t(N, Bcmax).as_int()
if Bdmax == 0:
Bd = flex.size_t(N).as_int()
else:
Bd = flex.random_size_t(N, Bdmax).as_int()
return self.with_individual_given_intensity(N, I, Ba, Bb, Bc, Bd)