93   def _create_noise_model_code(self, noise_model, sens_min, sens_max,  argument
105     scale_a, scale_b, offset_a, offset_b = zip(*noise_model)
162   def _create_noise_profile_code(self, noise_model, color_channels, file_path):  argument
171     scale_a, scale_b, offset_a, offset_b = zip(*noise_model)
172     num_channels = noise_model.shape[0]
201   def _create_noise_model_and_profile_code(self, noise_model, sens_min,  argument
212     noise_model_utils.check_noise_model_shape(noise_model)
215         noise_model,
222     num_channels = noise_model.shape[0]
228       avg_noise_model = noise_model.reshape(-1, 4, noise_model.shape[1]).mean(
247           noise_model,
255           noise_model,
261       self, iso_to_stats_dict, measured_models, noise_model, sens_max_analog,
277     noise_model_utils.check_noise_model_shape(noise_model)
279     scale_a, scale_b, offset_a, offset_b = zip(*noise_model)
282     num_channels = noise_model.shape[0]
403   def _plot_noise_model(self, isos, measured_models, noise_model,  argument
424     noise_model_utils.check_noise_model_shape(noise_model)
429     num_channels = noise_model.shape[0]
438       scale_a, scale_b, offset_a, offset_b = noise_model[pidx]
578     noise_model = noise_model_utils.compute_noise_model(
587         noise_model,
595         noise_model,
603         noise_model,
635         noise_model,