def get_mask_from_prob(self, cloud_probs, threshold=None):
        """
        Returns cloud mask by applying morphological operations -- convolution and dilation --
        to input cloud probabilities.

        :param cloud_probs: cloud probability map
        :type cloud_probs: numpy array of cloud probabilities (shape n_images x n x m)
        :param threshold: A float from [0,1] specifying threshold
        :type threshold: float
        :return: raster cloud mask
        :rtype: numpy array (shape n_images x n x m)
        """
        threshold = self.threshold if threshold is None else threshold

        if self.average_over:
            cloud_masks = np.asarray([convolve(cloud_prob, self.conv_filter) > threshold
                                      for cloud_prob in cloud_probs], dtype=np.int8)
        else:
            cloud_masks = (cloud_probs > threshold).astype(np.int8)

        if self.dilation_size:
            cloud_masks = np.asarray([dilation(cloud_mask, self.dilation_filter) for cloud_mask in cloud_masks],
                                     dtype=np.int8)

        return cloud_masks
def get_mask_from_prob ( self , cloud_probs , threshold = None ) : threshold = self . threshold if threshold is None else threshold if self . average_over : cloud_masks = np . asarray ( [ convolve ( cloud_prob , self . conv_filter ) > threshold for cloud_prob in cloud_probs ] , dtype = np . int8 ) else : cloud_masks = ( cloud_probs > threshold ) . astype ( np . int8 ) if self . dilation_size : cloud_masks = np . asarray ( [ dilation ( cloud_mask , self . dilation_filter ) for cloud_mask in cloud_masks ] , dtype = np . int8 ) return cloud_masks
Returns cloud mask by applying morphological operations -- convolution and dilation --
        to input cloud probabilities.

        :param cloud_probs: cloud probability map
        :type cloud_probs: numpy array of cloud probabilities (shape n_images x n x m)
        :param threshold: A float from [0,1] specifying threshold
        :type threshold: float
        :return: raster cloud mask
        :rtype: numpy array (shape n_images x n x m)