granule_ingester/granule_ingester/processors/reading_processors/SwathMultiVariableReadingProcessor.py [69:94]:
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        if self.height:
            depth_dim, depth_slice = list(type(self)._slices_for_variable(ds[self.height],
                                                                          dimensions_to_slices).items())[0]
            depth_slice_len = depth_slice.stop - depth_slice.start
            if depth_slice_len > 1:
                raise RuntimeError(
                    "Depth slices must have length 1, but '{dim}' has length {dim_len}.".format(dim=depth_dim,
                                                                                                dim_len=depth_slice_len))

            if self.invert_z:
                ds[self.height] = ds[self.height] * -1

            new_tile.min_elevation = ds[self.height][depth_slice].item()
            new_tile.max_elevation = ds[self.height][depth_slice].item()

            new_tile.elevation.CopyFrom(to_shaped_array(
                np.full(
                    data_subset.shape,
                    ds[self.height][depth_slice].item()
                )
            ))

        new_tile.latitude.CopyFrom(to_shaped_array(lat_subset))
        new_tile.longitude.CopyFrom(to_shaped_array(lon_subset))
        new_tile.variable_data.CopyFrom(to_shaped_array(data_subset))
        new_tile.time.CopyFrom(to_shaped_array(time_subset))
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granule_ingester/granule_ingester/processors/reading_processors/SwathReadingProcessor.py [58:83]:
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        if self.height:
            depth_dim, depth_slice = list(type(self)._slices_for_variable(ds[self.height],
                                                                          dimensions_to_slices).items())[0]
            depth_slice_len = depth_slice.stop - depth_slice.start
            if depth_slice_len > 1:
                raise RuntimeError(
                    "Depth slices must have length 1, but '{dim}' has length {dim_len}.".format(dim=depth_dim,
                                                                                                dim_len=depth_slice_len))

            if self.invert_z:
                ds[self.height] = ds[self.height] * -1

            new_tile.min_elevation = ds[self.height][depth_slice].item()
            new_tile.max_elevation = ds[self.height][depth_slice].item()

            new_tile.elevation.CopyFrom(to_shaped_array(
                np.full(
                    data_subset.shape,
                    ds[self.height][depth_slice].item()
                )
            ))

        new_tile.latitude.CopyFrom(to_shaped_array(lat_subset))
        new_tile.longitude.CopyFrom(to_shaped_array(lon_subset))
        new_tile.variable_data.CopyFrom(to_shaped_array(data_subset))
        new_tile.time.CopyFrom(to_shaped_array(time_subset))
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