Open lidar-nevermore opened 4 weeks ago
I'm merging four bursts in tianjin, China: S1_146288_IW1_20180323_20180404_VV_INT40_2A34 S1_146288_IW2_20180323_20180404_VV_INT40_645D S1_146289_IW1_20180323_20180404_VV_INT40_34DF S1_146289_IW2_20180323_20180404_VV_INT40_1F71
The unwrapping and corr images are correct. Here is an example for merge/phsig.cor
But the Lon.rdr lat.rdr and los.rdr are wrong. See e.g. the merge/lat.rdr
As a result, the lv_phi.tif and lv_theta,tif in the merged products are also wrong. The following is an overlay of lv_phi.tif on corr.tif
Moreover, when applying the water mask, it will lead to errors when transform the mask from wgs84 to radar coordinate systems.
I'm merging four bursts in tianjin, China: S1_146288_IW1_20180323_20180404_VV_INT40_2A34 S1_146288_IW2_20180323_20180404_VV_INT40_645D S1_146289_IW1_20180323_20180404_VV_INT40_34DF S1_146289_IW2_20180323_20180404_VV_INT40_1F71
The unwrapping and corr images are correct. Here is an example for merge/phsig.cor
But the Lon.rdr lat.rdr and los.rdr are wrong. See e.g. the merge/lat.rdr
As a result, the lv_phi.tif and lv_theta,tif in the merged products are also wrong. The following is an overlay of lv_phi.tif on corr.tif
Moreover, when applying the water mask, it will lead to errors when transform the mask from wgs84 to radar coordinate systems.