Changes in sasmodels/product.py [146793b:058460c] in sasmodels
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sasmodels/product.py
r146793b r058460c 100 100 # Remember the component info blocks so we can build the model 101 101 model_info.composition = ('product', [p_info, s_info]) 102 model_info.control = p_info.control103 model_info.hidden = p_info.hidden104 if getattr(p_info, 'profile', None) is not None:105 profile_pars = set(p.id for p in p_info.parameters.kernel_parameters)106 def profile(**kwargs):107 # extract the profile args108 kwargs = dict((k, v) for k, v in kwargs.items() if k in profile_pars)109 return p_info.profile(**kwargs)110 else:111 profile = None112 model_info.profile = profile113 model_info.profile_axes = p_info.profile_axes114 115 102 # TODO: delegate random to p_info, s_info 116 103 #model_info.random = lambda: {} … … 142 129 def __init__(self, model_info, P, S): 143 130 # type: (ModelInfo, KernelModel, KernelModel) -> None 144 #: Combined info plock for the product model145 131 self.info = model_info 146 #: Form factor modelling individual particles.147 132 self.P = P 148 #: Structure factor modelling interaction between particles.149 133 self.S = S 150 #: Model precision. This is not really relevant, since it is the 151 #: individual P and S models that control the effective dtype, 152 #: converting the q-vectors to the correct type when the kernels 153 #: for each are created. Ideally this should be set to the more 154 #: precise type to avoid loss of precision, but precision in q is 155 #: not critical (single is good enough for our purposes), so it just 156 #: uses the precision of the form factor. 157 self.dtype = P.dtype # type: np.dtype 134 self.dtype = P.dtype 158 135 159 136 def make_kernel(self, q_vectors):
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