139     gdouble * target_gain, gdouble * result_gain);
297   self->result_gain = 0.0;  in gst_rg_volume_init()
384       g_value_set_double (value, self->result_gain);  in gst_rg_volume_get_property()
595   gdouble target_gain, result_gain, result_volume;  in gst_rg_volume_update_gain()  local
598   gst_rg_volume_determine_gain (self, &target_gain, &result_gain);  in gst_rg_volume_update_gain()
600   result_volume = DB_TO_LINEAR (result_gain);  in gst_rg_volume_update_gain()
608         result_gain, result_volume);  in gst_rg_volume_update_gain()
611     result_gain = LINEAR_TO_DB (result_volume);  in gst_rg_volume_update_gain()
615   if (target_gain == result_gain) {  in gst_rg_volume_update_gain()
618         result_gain, result_volume);  in gst_rg_volume_update_gain()
622         result_gain, result_volume, target_gain);  in gst_rg_volume_update_gain()
626   result_gain_changed = (self->result_gain != result_gain);  in gst_rg_volume_update_gain()
629   self->result_gain = result_gain;  in gst_rg_volume_update_gain()
641     gdouble * result_gain)  in gst_rg_volume_determine_gain()  argument
682   *result_gain = gain;  in gst_rg_volume_determine_gain()
685     *result_gain = LINEAR_TO_DB (1. / peak) + self->headroom;  in gst_rg_volume_determine_gain()