ROS GR GLOBAL FLAGS FROM PROCESS_OPTIONS FILE: -------------------------------- F Processing with Predict T Processing with AGC F Additional file containing the correct frequencies is needed T Active table of the X-band file contains the correct frequencies F Coherency flag is automatically set to false (i.e. one-way) NUMBER OF INPUT FILES: ---------------------- 10 Number of doppler S-band files 10 Number of doppler X-band files 10 Number of Meteo files 10 Number of AGC S-Band files 10 Number of AGC X-Band files FILES USED FOR PROCESSING: -------------------------- Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN13_ROSE_2014_291_OP_D1_052047_0000 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN13_ROSE_2014_291_OP_D1_052047_0001 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN13_ROSE_2014_291_OP_D1_052047_0002 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN13_ROSE_2014_291_OP_D1_052047_0003 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN13_ROSE_2014_291_OP_D1_052047_0004 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN13_ROSE_2014_291_OP_D1_052047_0005 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN13_ROSE_2014_291_OP_D1_052047_0006 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN13_ROSE_2014_291_OP_D1_052047_0007 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN13_ROSE_2014_291_OP_D1_052047_0008 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN13_ROSE_2014_291_OP_D1_052047_0009 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN12_ROSE_2014_291_OP_D1_052046_0000 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN12_ROSE_2014_291_OP_D1_052046_0001 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN12_ROSE_2014_291_OP_D1_052046_0002 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN12_ROSE_2014_291_OP_D1_052046_0003 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN12_ROSE_2014_291_OP_D1_052046_0004 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN12_ROSE_2014_291_OP_D1_052046_0005 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN12_ROSE_2014_291_OP_D1_052046_0006 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN12_ROSE_2014_291_OP_D1_052046_0007 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN12_ROSE_2014_291_OP_D1_052046_0008 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN12_ROSE_2014_291_OP_D1_052046_0009 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\MET\NN11_ROSE_2014_291_OP_ME_040210_0001 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\MET\NN11_ROSE_2014_291_OP_ME_040210_0002 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\MET\NN11_ROSE_2014_291_OP_ME_040210_0003 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\MET\NN11_ROSE_2014_291_OP_ME_040210_0004 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\MET\NN11_ROSE_2014_291_OP_ME_040210_0005 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\MET\NN11_ROSE_2014_291_OP_ME_040210_0006 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\MET\NN11_ROSE_2014_291_OP_ME_040210_0007 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\MET\NN11_ROSE_2014_291_OP_ME_040210_0008 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\MET\NN11_ROSE_2014_291_OP_ME_040210_0009 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\MET\NN11_ROSE_2014_291_OP_ME_040210_0010 Z:\ddswork\process_data\CGIM_KLOBUCHAR_COEFFICENTS\2014\CGIM2910.14N Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN13_ROSE_2014_291_OP_G1_052047_0000 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN13_ROSE_2014_291_OP_G1_052047_0001 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN13_ROSE_2014_291_OP_G1_052047_0002 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN13_ROSE_2014_291_OP_G1_052047_0003 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN13_ROSE_2014_291_OP_G1_052047_0004 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN13_ROSE_2014_291_OP_G1_052047_0005 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN13_ROSE_2014_291_OP_G1_052047_0006 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN13_ROSE_2014_291_OP_G1_052047_0007 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN13_ROSE_2014_291_OP_G1_052047_0008 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN13_ROSE_2014_291_OP_G1_052047_0009 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN12_ROSE_2014_291_OP_G1_052046_0000 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN12_ROSE_2014_291_OP_G1_052046_0001 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN12_ROSE_2014_291_OP_G1_052046_0002 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN12_ROSE_2014_291_OP_G1_052046_0003 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN12_ROSE_2014_291_OP_G1_052046_0004 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN12_ROSE_2014_291_OP_G1_052046_0005 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN12_ROSE_2014_291_OP_G1_052046_0006 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN12_ROSE_2014_291_OP_G1_052046_0007 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN12_ROSE_2014_291_OP_G1_052046_0008 Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\NN12_ROSE_2014_291_OP_G1_052046_0009 FILES CREATED DURING PROCESSING: -------------------------------- Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\R32ICL3L02_D1S_142910520_00.TAB Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\R32ICL2L02_D1X_142910520_00.TAB Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\R32ICL3L02_D1S_142910520_00.LBL Z:\processed_temp\ros\2014\DOY_291_0367_ROS\NN13_NN12\D1\R32ICL2L02_D1X_142910520_00.LBL CONFIGURATION INFO: -------------------- UPLINK-FREQUENCY X-BAND (R32ICL2L02_D1X_142910520_00.TAB): 7168425151.9941720962524414 DOWNLINK-FREQUENCY X-BAND (R32ICL2L02_D1X_142910520_00.TAB): 8422181754.0118446350097656 SAMPLE-INTERVAL X-BAND (R32ICL2L02_D1X_142910520_00.TAB): 1.0000000000000000 TRANSPONDER-RATIO X-BAND (R32ICL2L02_D1X_142910520_00.TAB): 880/749 LOOP BANDWIDTH X-BAND DOPPLER (R32ICL2L02_D1X_142910520_00.TAB): 100.0 LOOP BANDWIDTH X-BAND AGC (R32ICL2L02_D1X_142910520_00.TAB): 100.0 UPLINK-FREQUENCY S-BAND (R32ICL3L02_D1S_142910520_00.TAB): 7168425151.9941720962524414 DOWNLINK-FREQUENCY S-BAND (R32ICL3L02_D1S_142910520_00.TAB): 2296958660.1850485801696777 SAMPLE-INTERVAL S-BAND (R32ICL3L02_D1S_142910520_00.TAB): 1.0000000000000000 TRANSPONDER-RATIO S-BAND (R32ICL3L02_D1S_142910520_00.TAB): 240/749 LOOP BANDWIDTH S-BAND DOPPLER (R32ICL3L02_D1S_142910520_00.TAB): 10.0 LOOP BANDWIDTH S-BAND AGC (R32ICL3L02_D1S_142910520_00.TAB): 10.0 PROCESSING INFO --------------- AVERAGE S-BAND (R32ICL3L02_D1S_142910520_00.TAB) RESIDUALS IN mHZ: -9999999999.999 STANDARD DEVIATION S-BAND (R32ICL3L02_D1S_142910520_00.TAB) RESIDUALS IN mHZ: 0.000 AVERAGE X-BAND (R32ICL2L02_D1X_142910520_00.TAB) RESIDUALS IN mHZ: -9999999999.999 STANDARD DEVIATION X-BAND (R32ICL2L02_D1X_142910520_00.TAB) RESIDUALS IN mHZ: 0.000 PLASMA-CORRECTION DONE WITH KLOBUCHAR FILES OVERLAPPING IN TIME X-BAND-MODE: TWO-WAY S-BAND-MODE: TWO-WAY SOFTWARE INFO: -------------- SOFTWARE NAME: ESA_IFMS_PROC_ICL_L1A_TO_L2_V4.0 CREATION TIME: 2016-07-11T12:21:58.000 PROCESSED BY: peter ERRORS: -------