diff --git a/config/antenna/ASR_HighBeamAzimuthPattern.csv b/config/antenna/ASR_HighBeamAzimuthPattern.csv
new file mode 100755
index 0000000..9e5557e
--- /dev/null
+++ b/config/antenna/ASR_HighBeamAzimuthPattern.csv
@@ -0,0 +1,3581 @@
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diff --git a/config/antenna/ASR_HighBeamElevationPattern.csv b/config/antenna/ASR_HighBeamElevationPattern.csv
new file mode 100755
index 0000000..d0fa803
--- /dev/null
+++ b/config/antenna/ASR_HighBeamElevationPattern.csv
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diff --git a/config/antenna/ASR_LowBeamAzimuthPattern.csv b/config/antenna/ASR_LowBeamAzimuthPattern.csv
new file mode 100755
index 0000000..06a735f
--- /dev/null
+++ b/config/antenna/ASR_LowBeamAzimuthPattern.csv
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diff --git a/config/antenna/ASR_LowBeamElevationPattern.csv b/config/antenna/ASR_LowBeamElevationPattern.csv
new file mode 100755
index 0000000..8e34690
--- /dev/null
+++ b/config/antenna/ASR_LowBeamElevationPattern.csv
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diff --git a/config/antenna/PAR_AzAntenna_AzimuthPattern.csv b/config/antenna/PAR_AzAntenna_AzimuthPattern.csv
new file mode 100644
index 0000000..e064b2e
--- /dev/null
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+# CRC:
+DBB69316
diff --git a/config/antenna/PAR_AzAntenna_ElevationPattern.csv b/config/antenna/PAR_AzAntenna_ElevationPattern.csv
new file mode 100644
index 0000000..ed7dce9
--- /dev/null
+++ b/config/antenna/PAR_AzAntenna_ElevationPattern.csv
@@ -0,0 +1,1804 @@
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+# CRC:
+4B1D9EDB
diff --git a/config/antenna/PAR_ElAntenna_AzimuthPattern.csv b/config/antenna/PAR_ElAntenna_AzimuthPattern.csv
new file mode 100644
index 0000000..ed7dce9
--- /dev/null
+++ b/config/antenna/PAR_ElAntenna_AzimuthPattern.csv
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+# CRC:
+4B1D9EDB
diff --git a/config/antenna/PAR_ElAntenna_ElevationPattern.csv b/config/antenna/PAR_ElAntenna_ElevationPattern.csv
new file mode 100644
index 0000000..e064b2e
--- /dev/null
+++ b/config/antenna/PAR_ElAntenna_ElevationPattern.csv
@@ -0,0 +1,1804 @@
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+ 64.49, -61.02
+ 64.59, -65.75
+ 64.69, -74.40
+ 64.79, -66.65
+ 64.89, -64.04
+ 64.99, -65.45
+ 65.09, -64.62
+ 65.19, -70.54
+ 65.29, -65.22
+ 65.39, -64.54
+ 65.49, -62.59
+ 65.59, -60.53
+ 65.69, -58.66
+ 65.79, -57.30
+ 65.89, -56.35
+ 65.99, -58.42
+ 66.09, -62.48
+ 66.19, -76.64
+ 66.29, -63.06
+ 66.39, -55.87
+ 66.49, -53.10
+ 66.59, -51.98
+ 66.69, -51.81
+ 66.79, -53.19
+ 66.89, -55.38
+ 66.99, -59.61
+ 67.09, -64.50
+ 67.19, -64.22
+ 67.29, -62.06
+ 67.39, -58.16
+ 67.49, -54.89
+ 67.59, -53.17
+ 67.69, -52.76
+ 67.79, -53.18
+ 67.89, -54.92
+ 67.99, -57.06
+ 68.09, -56.36
+ 68.19, -55.10
+ 68.29, -54.17
+ 68.39, -55.70
+ 68.49, -58.57
+ 68.59, -62.20
+ 68.69, -61.32
+ 68.79, -57.59
+ 68.89, -57.19
+ 68.99, -57.13
+ 69.09, -58.50
+ 69.19, -59.35
+ 69.29, -59.87
+ 69.39, -59.92
+ 69.49, -59.09
+ 69.59, -58.37
+ 69.69, -56.03
+ 69.79, -54.82
+ 69.89, -53.60
+ 69.99, -54.23
+ 70.09, -53.66
+ 70.19, -53.45
+ 70.29, -53.31
+ 70.39, -53.97
+ 70.49, -56.55
+ 70.59, -59.39
+ 70.69, -61.72
+ 70.79, -56.74
+ 70.89, -53.83
+ 70.99, -52.08
+ 71.09, -51.13
+ 71.19, -51.19
+ 71.29, -52.04
+ 71.39, -52.49
+ 71.49, -53.69
+ 71.59, -55.00
+ 71.69, -55.25
+ 71.79, -54.75
+ 71.89, -54.55
+ 71.99, -56.05
+ 72.09, -57.64
+ 72.19, -59.05
+ 72.29, -59.85
+ 72.39, -58.57
+ 72.49, -57.44
+ 72.59, -55.89
+ 72.69, -52.91
+ 72.79, -51.08
+ 72.89, -49.95
+ 72.99, -49.72
+ 73.09, -50.69
+ 73.19, -51.56
+ 73.29, -51.85
+ 73.39, -51.73
+ 73.49, -52.02
+ 73.59, -53.77
+ 73.69, -57.94
+ 73.79, -64.06
+ 73.89, -64.36
+ 73.99, -59.96
+ 74.09, -58.15
+ 74.19, -55.66
+ 74.29, -54.17
+ 74.39, -53.73
+ 74.49, -53.56
+ 74.59, -54.09
+ 74.69, -55.03
+ 74.79, -56.32
+ 74.89, -58.43
+ 74.99, -62.14
+ 75.09, -70.08
+ 75.19, -73.62
+ 75.29, -64.44
+ 75.39, -61.89
+ 75.49, -65.57
+ 75.59, -61.19
+ 75.69, -56.00
+ 75.79, -52.52
+ 75.89, -51.41
+ 75.99, -51.17
+ 76.09, -51.31
+ 76.19, -52.12
+ 76.29, -53.66
+ 76.39, -55.28
+ 76.49, -57.94
+ 76.59, -57.37
+ 76.69, -53.89
+ 76.79, -51.38
+ 76.89, -50.17
+ 76.99, -50.07
+ 77.09, -49.89
+ 77.19, -49.60
+ 77.29, -50.18
+ 77.39, -51.46
+ 77.49, -54.04
+ 77.59, -57.45
+ 77.69, -57.65
+ 77.79, -56.04
+ 77.89, -54.15
+ 77.99, -53.47
+ 78.09, -53.30
+ 78.19, -52.44
+ 78.29, -52.16
+ 78.39, -52.19
+ 78.49, -52.88
+ 78.59, -55.02
+ 78.69, -56.37
+ 78.79, -56.57
+ 78.89, -56.70
+ 78.99, -56.59
+ 79.09, -56.88
+ 79.19, -58.47
+ 79.29, -61.85
+ 79.39, -60.88
+ 79.49, -55.34
+ 79.59, -52.04
+ 79.69, -50.00
+ 79.79, -49.31
+ 79.89, -49.81
+ 79.99, -51.37
+ 80.09, -52.79
+ 80.19, -53.72
+ 80.29, -53.31
+ 80.39, -53.97
+ 80.49, -54.77
+ 80.59, -55.76
+ 80.69, -55.54
+ 80.79, -54.79
+ 80.89, -53.37
+ 80.99, -51.45
+ 81.09, -51.14
+ 81.19, -52.10
+ 81.29, -54.11
+ 81.39, -59.59
+ 81.49, -65.97
+ 81.59, -61.28
+ 81.69, -58.87
+ 81.79, -58.96
+ 81.89, -61.61
+ 81.99, -59.67
+ 82.09, -58.18
+ 82.19, -57.01
+ 82.29, -58.41
+ 82.39, -64.52
+ 82.49, -72.30
+ 82.59, -60.78
+ 82.69, -57.83
+ 82.79, -57.09
+ 82.89, -56.35
+ 82.99, -56.63
+ 83.09, -57.43
+ 83.19, -58.94
+ 83.29, -60.35
+ 83.39, -60.94
+ 83.49, -59.08
+ 83.59, -57.00
+ 83.69, -56.17
+ 83.79, -56.15
+ 83.89, -56.20
+ 83.99, -56.44
+ 84.09, -57.69
+ 84.19, -60.35
+ 84.29, -61.02
+ 84.39, -59.27
+ 84.49, -56.34
+ 84.59, -54.13
+ 84.69, -53.25
+ 84.79, -54.02
+ 84.89, -56.31
+ 84.99, -58.76
+ 85.09, -62.40
+ 85.19, -63.49
+ 85.29, -65.93
+ 85.39, -62.63
+ 85.49, -59.61
+ 85.59, -57.58
+ 85.69, -56.77
+ 85.79, -56.47
+ 85.89, -57.22
+ 85.99, -58.02
+ 86.09, -61.78
+ 86.19, -76.74
+ 86.29, -61.97
+ 86.39, -55.68
+ 86.49, -53.36
+ 86.59, -52.05
+ 86.69, -52.49
+ 86.79, -53.84
+ 86.89, -56.34
+ 86.99, -58.51
+ 87.09, -59.34
+ 87.19, -57.84
+ 87.29, -55.67
+ 87.39, -54.27
+ 87.49, -53.84
+ 87.59, -54.07
+ 87.69, -55.86
+ 87.79, -58.10
+ 87.89, -61.96
+ 87.99, -64.40
+ 88.09, -63.69
+ 88.19, -62.25
+ 88.29, -59.97
+ 88.39, -57.32
+ 88.49, -55.46
+ 88.59, -54.86
+ 88.69, -55.13
+ 88.79, -54.55
+ 88.89, -56.27
+ 88.99, -56.90
+ 89.09, -59.10
+ 89.19, -63.21
+ 89.29, -67.75
+ 89.39, -63.25
+ 89.49, -59.47
+ 89.59, -58.19
+ 89.69, -59.57
+ 89.79, -61.48
+ 89.89, -66.12
+ 89.99, -69.35
+ 90.00, -69.35
+# CRC:
+DBB69316
diff --git a/config/processing/mals_emm_PHA_traj.txt b/config/processing/mals_emm_PHA_traj.txt
new file mode 100755
index 0000000..41db04f
--- /dev/null
+++ b/config/processing/mals_emm_PHA_traj.txt
@@ -0,0 +1,50 @@
+# Name of this configuration:
+# Will be used in product generation save path
+name STRING mals_emm_PHA_traj
+
+# ---------------------------------------------------------
+#  Raw data pathes
+# ---------------------------------------------------------
+
+# Base path of the raw data.
+# Note: Must have a trailing '/'
+# ('<datapath>/<scanname>/<YYYY-MM-DD>/<YYYYMMDDHHMMSS00datatype>.<ext>')
+datapath STRING /data/rad4alp/rawdata/
+
+# Base path for cosmo data
+cosmopath STRING /data/cosmo/
+
+# Loading of saved datasets
+loadbasepath STRING /data/pyrad_examples/
+loadname STRING  mals_emm_PHA_traj
+    
+# ------------------------------------------------------------
+# Auxiliary data pathes
+# ------------------------------------------------------------
+# Base path for swissmetnet data
+smnpath STRING /data/meteo_products/SMNRetrieve/
+
+# Base path for disdrometer data
+disdropath STRING /data/scattering/dsd_ts/
+
+# --------------------------------------------
+# Output data
+# --------------------------------------------
+saveimgbasepath STRING /data/pyrad_examples/
+saveimg         INT 1
+# Supported formats: eps, jpeg, jpg, pdf, pgf, png, ps, raw, rgba, svg, svgz, tif, tiff
+imgformat STRING png	
+
+# --------------------------------------------------------
+# configuration files pathes
+# --------------------------------------------------------
+
+# Base path of configuration files
+configpath STRING $HOME/pyrad/config/
+
+# Configuration of the radar location and approach direction
+locationConfigFile STRING $HOME/pyrad/config/processing/mals_emm_PHA_traj_loc.txt
+
+# Configuration of the product generation
+productConfigFile STRING $HOME/pyrad/config/processing/mals_emm_PHA_traj_prod.txt
+
diff --git a/config/processing/mals_emm_PHA_traj_loc.txt b/config/processing/mals_emm_PHA_traj_loc.txt
new file mode 100755
index 0000000..004aa52
--- /dev/null
+++ b/config/processing/mals_emm_PHA_traj_loc.txt
@@ -0,0 +1,113 @@
+#
+# Configuration for PARADISO tests at the airport Payerne
+
+# Number of radars to process
+NumRadars INT 1
+
+# Time tolerance when processing multiple radars [s]
+TimeTol FLOAT 3600.
+
+# rad4alp radar name
+RadarName STRARR 1
+	A
+
+# rad4alp radar range resolution L:Low H:High
+RadarRes STRARR 1
+	H
+
+# Names of the radar scans in the specified sector
+ScanList STRARR 20
+	  001  # masterscan: first scan of a volume
+	  002
+	  003
+	  004
+	  005
+	  006
+	  007
+	  008
+	  009
+	  010
+	  011
+	  012
+	  013
+	  014
+	  015
+	  016
+	  017
+	  018
+	  019
+	  020
+
+
+# angles from 001 to 020
+# ['-0.2', '0.4',  '1.0',  '1.6',  '2.5',  '3.5',  '4.5',  '5.5',  '6.5',  '7.5',
+#   '8.5', '9.5', '11.0', '13.0', '16.0', '20.0', '25.0', '30.0', '35.0', '40.0']
+
+
+# Repetition time of the scans [min]
+ScanPeriod INT 5
+
+# Frequency of cosmo run [h]
+CosmoRunFreq INT 3
+
+# hours forecasted in cosmo run [h]
+CosmoForecasted INT 7
+
+# radar constant
+radconsth FLOAT 71.67
+radconstv FLOAT 72.27
+
+# radar constant h, v (20141125)
+# A 72.78, 72.98
+# D	73.88, 73.88
+# L 72.57, 72.12
+# P 73.20, 73.23
+
+# radar constant h, v (20150127)
+# A 71.67, 72.27
+# D	73.23, 73.33
+# L 72.53, 72.08
+# P 72.68, 72.71
+
+# matching filter losses
+mflossh FLOAT 1.
+mflossv FLOAT 1.
+
+# gas attenuation coefficient (1-way attenuation)
+# the coefficient is actually that of S-band but this is the one used operationally for rad4alp radars
+attg FLOAT 0.008
+
+# radar beamwidth
+RadarBeamwidth FLOAT 1.0
+
+# azimuth tolerance when azimuth may be variable
+AzimTol FLOAT 0.4
+
+# Image config
+ppiImageConfig STRUCT 6
+   xsize      FLOAT   8.      # image size [inches] (default dots per inch (dpi):72)
+   ysize      FLOAT   7.      # image size [inches] (default dots per inch (dpi):72)
+   xmin       FLOAT -24.0   # Min distance on horizontal axis [km]
+   xmax       FLOAT   0.   # Max distance on horizontal axis [km]
+   ymin       FLOAT -32.0   # Min distance on vertical axis [km]
+   ymax       FLOAT  -8.0   # Max distance on vertical axis [km]
+
+rhiImageConfig STRUCT 6
+   xsize      FLOAT  10.    # image size [inches]
+   ysize      FLOAT   5.     # image size [inches]
+   xmin       FLOAT -45.0   # Min distance on horizontal axis [km]
+   xmax       FLOAT -11.0   # Max distance on horizontal axis [km]
+   ymin       FLOAT   0.0   # Min distance on vertical axis [km]
+   ymax       FLOAT  5.0   # Max distance on vertical axis [km]
+   
+   
+# PAR antenna pattern
+par_azimuth_antenna STRUCT 3
+   azPatternFile STRING PAR_AzAntenna_AzimuthPattern.csv
+   elPatternFile STRING PAR_AzAntenna_ElevationPattern.csv
+   fixed_angle FLOAT 9.5    # elevation angle of azimuth [deg]
+
+par_elevation_antenna STRUCT 3
+   azPatternFile STRING PAR_ElAntenna_AzimuthPattern.csv
+   elPatternFile STRING PAR_ElAntenna_ElevationPattern.csv
+   fixed_angle FLOAT 49.0    # azimuth angle of azimuth [deg]
\ No newline at end of file
diff --git a/config/processing/mals_emm_PHA_traj_preproc.txt b/config/processing/mals_emm_PHA_traj_preproc.txt
new file mode 100755
index 0000000..d86cb68
--- /dev/null
+++ b/config/processing/mals_emm_PHA_traj_preproc.txt
@@ -0,0 +1,46 @@
+# Name of this configuration:
+# Will be used in product generation save path
+name STRING mals_emm_PHA_traj
+
+# ---------------------------------------------------------
+#  Raw data pathes
+# ---------------------------------------------------------
+
+# Base path of the raw data.
+# Note: Must have a trailing '/'
+# ('<datapath>/<scanname>/<YYYY-MM-DD>/<YYYYMMDDHHMMSS00datatype>.<ext>')
+datapath STRING /data/rad4alp/rawdata/
+
+# Base path for cosmo data
+cosmopath STRING /data/cosmo/
+    
+# ------------------------------------------------------------
+# Auxiliary data pathes
+# ------------------------------------------------------------
+# Base path for swissmetnet data
+smnpath STRING /data/meteo_products/SMNRetrieve/
+
+# Base path for disdrometer data
+disdropath STRING /data/scattering/dsd_ts/
+
+# --------------------------------------------
+# Output data
+# --------------------------------------------
+saveimgbasepath STRING /data/pyrad_examples/
+saveimg         INT 1
+# Supported formats: eps, jpeg, jpg, pdf, pgf, png, ps, raw, rgba, svg, svgz, tif, tiff
+imgformat STRING png	
+
+# --------------------------------------------------------
+# configuration files pathes
+# --------------------------------------------------------
+
+# Base path of configuration files
+configpath STRING $HOME/pyrad/config/
+
+# Configuration of the radar location and approach direction
+locationConfigFile STRING $HOME/pyrad/config/processing/mals_emm_PHA_traj_loc.txt
+
+# Configuration of the product generation
+productConfigFile STRING $HOME/pyrad/config/processing/mals_emm_PHA_traj_preproc_prod.txt
+
diff --git a/config/processing/mals_emm_PHA_traj_preproc_prod.txt b/config/processing/mals_emm_PHA_traj_preproc_prod.txt
new file mode 100755
index 0000000..22252c9
--- /dev/null
+++ b/config/processing/mals_emm_PHA_traj_preproc_prod.txt
@@ -0,0 +1,192 @@
+#
+# Product generation configuration
+#
+
+# List of datasets to generate.
+# The detailed specification of each dataset is given below.
+dataSetList STRARR 10
+   l0:SNRh
+   l0:RhoHV
+   l1:echoID
+   l2:echoFilter
+   l6:echoFilter_Ah
+   l3:SNRFilter
+   l4:PhiDPc_smooth2w
+   l5:KDPc
+   l5:Att_ZPhi
+   l3:wind_vel_h_az
+   
+
+# ==========================================================================================
+#                 secondary moments products
+# ==========================================================================================
+SNRh STRUCT 4
+    type STRING SNR
+    datatype STRARR 2
+        RAD4ALP:dBZ
+        RAD4ALP:Nh
+    output_type STRING SNRh
+    MAKE_GLOBAL INT 1
+	
+	
+RhoHV STRUCT 3
+    type STRING RHOHV_CORRECTION
+    datatype STRARR 5
+        RAD4ALP:uRhoHV
+        RAD4ALP:ZDR
+        RAD4ALP:Nh
+        RAD4ALP:Nv
+        PROC:SNRh
+    MAKE_GLOBAL INT 1
+
+# ==========================================================================================
+#                 echo identification
+# ==========================================================================================
+echoID STRUCT 3
+    type STRING SAN
+    datatype STRARR 4
+        RAD4ALP:dBZ
+        RAD4ALP:ZDR
+        RAD4ALP:uPhiDP
+        PROC:RhoHV
+    MAKE_GLOBAL INT 1
+
+
+# ==========================================================================================
+#                 clutter and noise suppression
+# ==========================================================================================
+# echo type 3 : precip, 2 : clutter, 1 : noise
+echoFilter STRUCT 5
+    type STRING ECHO_FILTER
+    datatype STRARR 6
+        PROC:echoID
+        RAD4ALP:dBZ
+        RAD4ALP:ZDR
+        PROC:RhoHV
+        RAD4ALP:uPhiDP
+        RAD4ALP:V
+    echo_type INT 3
+    MAKE_GLOBAL INT 1
+    products STRUCT 1
+        SAVEVOL_RhoHVc STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING RhoHVc
+
+echoFilter_Ah STRUCT 5
+    type STRING ECHO_FILTER
+    datatype STRARR 2
+        PROC:echoID
+        PROC:Ah
+    echo_type INT 3
+    MAKE_GLOBAL INT 0
+    products STRUCT 1
+        SAVEVOL_Ahc STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING Ahc
+    
+
+# ==========================================================================================
+#                 outlier filter
+# ==========================================================================================    
+#outlierFilter STRUCT 9
+#    type STRING OUTLIER_FILTER
+#    datatype STRARR 1
+#        PROC:Vc
+#    threshold FLOAT 10.
+#    nb INT 2
+#    nb_min INT 3
+#    percentile_min FLOAT 5.
+#    percentile_max float 95.
+#    MAKE_GLOBAL INT 1
+#    products STRUCT 1        
+#        AZ037_0_V STRUCT 3
+#            type  STRING RHI_IMAGE
+#            anglenr INT 6
+#            voltype STRING Vc
+
+            
+# ==========================================================================================
+#                 filtration based on SNR
+# ==========================================================================================
+SNRFilter STRUCT 4
+   type STRING SNR_FILTER
+   datatype STRARR 2
+      PROC:SNRh
+      PROC:PhiDPc
+   SNRmin FLOAT 10.
+   MAKE_GLOBAL INT 1
+   
+
+# ==========================================================================================
+#                 PHIDP processing
+# ==========================================================================================   
+PhiDPc_smooth2w STRUCT 11
+    type STRING PHIDP_SMOOTH_2W
+    datatype STRARR 2
+        PROC:PhiDPc
+        PROC:dBZc
+    rmin FLOAT 1000.
+    rmax FLOAT 50000.
+    rcell FLOAT 1000.
+    Zmin FLOAT 20.
+    Zmax FLOAT 40.
+    rwinds FLOAT 1000.
+    rwindl FLOAT 3000.
+    Zthr FLOAT 40.    
+    MAKE_GLOBAL INT 1
+	
+	
+# ==========================================================================================
+#                 KDP processing
+# ==========================================================================================   
+KDPc STRUCT 7
+    type STRING KDP_LEASTSQUARE_2W
+    datatype STRARR 2
+        PROC:PhiDPc
+        PROC:dBZc
+    rwinds FLOAT 1000.
+    rwindl FLOAT 3000.
+    Zthr FLOAT 40.    
+    MAKE_GLOBAL INT 0
+    products STRUCT 1
+        SAVEVOL_KDPc STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING KDPc
+
+
+# ==========================================================================================
+#                 Attenuation
+# ==========================================================================================
+Att_ZPhi STRUCT 6
+    type STRING ATTENUATION
+    datatype STRARR 4
+        PROC:dBZc
+        PROC:ZDRc
+        PROC:PhiDPc
+        RAD4ALPCOSMO:TEMP
+    ATT_METHOD STRING ZPhi
+    fzl FLOAT 2000.
+    MAKE_GLOBAL INT 1
+    products STRUCT 2
+        SAVEVOL_dBZc STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING dBZc
+        SAVEVOL_ZDRc STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING ZDRc
+            
+            
+# ==========================================================================================
+#               wind velocity
+# ==========================================================================================
+wind_vel_h_az STRUCT 5
+    type STRING WIND_VEL
+    datatype STRARR 1
+        PROC:Vc
+    vert_proj INT 0
+    MAKE_GLOBAL INT 0
+    products STRUCT 1
+        SAVEVOL_wind_vel_h_az STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING wind_vel_h_az
+            
\ No newline at end of file
diff --git a/config/processing/mals_emm_PHA_traj_prod.txt b/config/processing/mals_emm_PHA_traj_prod.txt
new file mode 100755
index 0000000..4c75c7b
--- /dev/null
+++ b/config/processing/mals_emm_PHA_traj_prod.txt
@@ -0,0 +1,158 @@
+#
+# Product generation configuration
+#
+
+# List of datasets to generate.
+# The detailed specification of each dataset is given below.
+dataSetList STRARR 10
+   l0:hydroclass
+   l1:RR_hydro
+   l0:windshear_v
+   l0:traj
+   l0:reflectivity_traj
+   l0:reflectivity_traj_az
+   l2:rainrate_traj
+   l2:rainrate_traj_az
+   l1:windshear_traj
+   l1:windshear_traj_az
+
+    
+# ==========================================================================================
+#                 hydrometeor classification products
+# ==========================================================================================
+hydroclass STRUCT 6
+    type STRING HYDROCLASS
+    datatype STRARR 5
+        CFRADIAL:dBZc,Att_ZPhi,SAVEVOL_dBZc
+        CFRADIAL:ZDRc,Att_ZPhi,SAVEVOL_ZDRc
+        CFRADIAL:RhoHVc,echoFilter,SAVEVOL_RhoHVc
+        CFRADIAL:KDPc,KDPc,SAVEVOL_KDPc
+        RAD4ALPCOSMO:TEMP
+    HYDRO_METHOD STRING SEMISUPERVISED
+    RADARCENTROIDS STRING A
+    MAKE_GLOBAL INT 1
+    products STRUCT 1
+        SAVEVOL_hydro STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING hydro
+    
+    
+# ==========================================================================================
+#               rainfall rate
+# ==========================================================================================
+RR_hydro STRUCT 5
+    type STRING RAINRATE
+    datatype STRARR 3
+        CFRADIAL:dBZc,Att_ZPhi,SAVEVOL_dBZc
+        CFRADIAL:Ahc,echoFilter_Ah,SAVEVOL_Ahc
+        PROC:hydro
+    RR_METHOD STRING hydro
+    MAKE_GLOBAL INT 1   
+    products STRUCT 1
+        SAVEVOL_RR_hydro STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING RR
+
+            
+# ==========================================================================================
+#               wind shear
+# ==========================================================================================
+windshear_v STRUCT 4
+    type STRING WINDSHEAR
+    datatype STRARR 1
+        CFRADIAL:wind_vel_h_az,wind_vel_h_az,SAVEVOL_wind_vel_h_az    
+    MAKE_GLOBAL INT 1
+    products STRUCT 1
+        SAVEVOL_windshear_v STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING windshear_v            
+            
+            
+# ==========================================================================================
+#               trajectory processing
+# ==========================================================================================    
+traj STRUCT 3
+   type     STRING TRAJ
+   datatype STRARR 1
+       CFRADIAL:dBZc,Att_ZPhi,SAVEVOL_dBZc
+   products STRUCT 4
+      TS_RANGE STRUCT 2
+         type  STRING TRAJ_PLOT
+         datatype STRING RANGE
+      TS_EL STRUCT 2
+         type  STRING TRAJ_PLOT
+         datatype STRING EL
+      TS_AZ STRUCT 2
+         type  STRING TRAJ_PLOT
+         datatype STRING AZ
+      TS_TEXT STRUCT 1
+         type  STRING TRAJ_TEXT
+
+reflectivity_traj STRUCT 3
+   type          STRING TRAJ_ATPLANE
+   datatype      STRING CFRADIAL:dBZc,Att_ZPhi,SAVEVOL_dBZc
+   products      STRUCT 1
+      AT_PLANE STRUCT 3
+         type  STRING   PLOT_AND_WRITE
+         ymin  FLOAT    0.0
+         ymax  FLOAT    50.0
+
+reflectivity_traj_az STRUCT 9
+   type          STRING TRAJ_ANTENNA_PATTERN
+   datatype      STRING CFRADIAL:dBZc,Att_ZPhi,SAVEVOL_dBZc
+   dssavename    STRING reflectivity_traj
+   antennaType   STRING AZIMUTH
+   use_nans      INT 0
+   nan_value     FLOAT 0.0
+   pattern_thres FLOAT 1.5
+   range_all     INT 0
+   products      STRUCT 1
+      AZIMUTH_ANTENNA STRUCT 1
+         type  STRING   PLOT_AND_WRITE
+#         ymin  FLOAT    0.0
+#         ymax  FLOAT    4.0
+
+rainrate_traj STRUCT 3
+   type          STRING TRAJ_ATPLANE
+   datatype      STRING PROC:RR
+   products      STRUCT 1
+      AT_PLANE STRUCT 3
+         type  STRING   PLOT_AND_WRITE
+         ymin  FLOAT    0.0
+         ymax  FLOAT    4.0
+
+rainrate_traj_az STRUCT 9
+   type          STRING TRAJ_ANTENNA_PATTERN
+   datatype      STRING PROC:RR
+   dssavename    STRING rainrate_traj
+   antennaType   STRING AZIMUTH
+   use_nans      INT 0
+   nan_value     FLOAT 0.0
+   pattern_thres FLOAT 1.5
+   RANGE_ALL     INT 0
+   products      STRUCT 1
+      AZIMUTH_ANTENNA STRUCT 3
+         type  STRING   PLOT_AND_WRITE
+         ymin  FLOAT    0.0
+         ymax  FLOAT    4.0
+
+windshear_traj STRUCT 3
+   type     STRING TRAJ_ATPLANE
+   datatype STRING PROC:windshear_v
+   products STRUCT 1
+      AT_PLANE STRUCT 1
+         type  STRING PLOT_AND_WRITE
+
+windshear_traj_az STRUCT 8
+   type     STRING TRAJ_ANTENNA_PATTERN
+   datatype STRING PROC:windshear_v
+   dssavename STRING windshear_traj
+   antennaType STRING AZIMUTH
+   use_nans   INT 0
+   nan_value  FLOAT 0.0
+   pattern_thres FLOAT 1.5
+   products STRUCT 1
+      AZIMUTH_ANTENNA STRUCT 3
+         type  STRING   PLOT_AND_WRITE
+         ymin  FLOAT    -20.0
+         ymax  FLOAT     20.0
diff --git a/config/processing/mals_emm_PHP_traj_loc.txt b/config/processing/mals_emm_PHP_traj_loc.txt
new file mode 100755
index 0000000..2b4df01
--- /dev/null
+++ b/config/processing/mals_emm_PHP_traj_loc.txt
@@ -0,0 +1,113 @@
+#
+# Configuration for PARADISO tests at the airport Payerne
+
+# Number of radars to process
+NumRadars INT 1
+
+# Time tolerance when processing multiple radars [s]
+TimeTol FLOAT 3600.
+
+# rad4alp radar name
+RadarName STRARR 1
+	P
+
+# rad4alp radar range resolution L:Low H:High
+RadarRes STRARR 1
+	H
+
+# Names of the radar scans in the specified sector
+ScanList STRARR 20
+	  001  # masterscan: first scan of a volume
+	  002
+	  003
+	  004
+	  005
+	  006
+	  007
+	  008
+	  009
+	  010
+	  011
+	  012
+	  013
+	  014
+	  015
+	  016
+	  017
+	  018
+	  019
+	  020
+
+
+# angles from 001 to 020
+# ['-0.2', '0.4',  '1.0',  '1.6',  '2.5',  '3.5',  '4.5',  '5.5',  '6.5',  '7.5',
+#   '8.5', '9.5', '11.0', '13.0', '16.0', '20.0', '25.0', '30.0', '35.0', '40.0']
+
+
+# Repetition time of the scans [min]
+ScanPeriod INT 5
+
+# Frequency of cosmo run [h]
+CosmoRunFreq INT 3
+
+# hours forecasted in cosmo run [h]
+CosmoForecasted INT 7
+
+# radar constant
+radconsth FLOAT 72.68
+radconstv FLOAT 72.71
+
+# radar constant h, v (20141125)
+# A 72.78, 72.98
+# D	73.88, 73.88
+# L 72.57, 72.12
+# P 73.20, 73.23
+
+# radar constant h, v (20150127)
+# A 71.67, 72.27
+# D	73.23, 73.33
+# L 72.53, 72.08
+# P 72.68, 72.71
+
+# matching filter losses
+mflossh FLOAT 1.
+mflossv FLOAT 1.
+
+# gas attenuation coefficient (1-way attenuation)
+# the coefficient is actually that of S-band but this is the one used operationally for rad4alp radars
+attg FLOAT 0.008
+
+# radar beamwidth
+RadarBeamwidth FLOAT 1.0
+
+# azimuth tolerance when azimuth may be variable
+AzimTol FLOAT 0.4
+
+# Image config
+ppiImageConfig STRUCT 6
+   xsize      FLOAT   8.      # image size [inches] (default dots per inch (dpi):72)
+   ysize      FLOAT   7.      # image size [inches] (default dots per inch (dpi):72)
+   xmin       FLOAT -24.0   # Min distance on horizontal axis [km]
+   xmax       FLOAT   0.   # Max distance on horizontal axis [km]
+   ymin       FLOAT -32.0   # Min distance on vertical axis [km]
+   ymax       FLOAT  -8.0   # Max distance on vertical axis [km]
+
+rhiImageConfig STRUCT 6
+   xsize      FLOAT  10.    # image size [inches]
+   ysize      FLOAT   5.     # image size [inches]
+   xmin       FLOAT -45.0   # Min distance on horizontal axis [km]
+   xmax       FLOAT -11.0   # Max distance on horizontal axis [km]
+   ymin       FLOAT   0.0   # Min distance on vertical axis [km]
+   ymax       FLOAT  5.0   # Max distance on vertical axis [km]
+   
+   
+# PAR antenna pattern
+par_azimuth_antenna STRUCT 3
+   azPatternFile STRING PAR_AzAntenna_AzimuthPattern.csv
+   elPatternFile STRING PAR_AzAntenna_ElevationPattern.csv
+   fixed_angle FLOAT 9.5    # elevation angle of azimuth [deg]
+
+par_elevation_antenna STRUCT 3
+   azPatternFile STRING PAR_ElAntenna_AzimuthPattern.csv
+   elPatternFile STRING PAR_ElAntenna_ElevationPattern.csv
+   fixed_angle FLOAT 49.0    # azimuth angle of azimuth [deg]
\ No newline at end of file
diff --git a/config/processing/mals_emm_dataquality_loc.txt b/config/processing/mals_emm_dataquality_loc.txt
index 6245c9c..7153799 100755
--- a/config/processing/mals_emm_dataquality_loc.txt
+++ b/config/processing/mals_emm_dataquality_loc.txt
@@ -21,6 +21,18 @@ CosmoForecasted INT 7
 # antenna gain [dB]
 AntennaGain FLOAT 42.2
 
+# receiver losses from antenna feed to reference point [dB]
+lrxh FLOAT 1.84
+lrxv FLOAT 1.97
+
+# dry radome losses [dB]
+lradomeh FLOAT 0.3
+lradomev FLOAT 0.3
+
+# matched filter losses [dB]
+mflossh FLOAT 1.
+mflossv FLOAT 1.
+
 # Image config
 ppiImageConfig STRUCT 6
    xsize      FLOAT   8.      # image size [inches] (default dots per inch (dpi):72)
diff --git a/config/processing/mals_emm_dataquality_prod.txt b/config/processing/mals_emm_dataquality_prod.txt
index 5e31150..e2264c0 100755
--- a/config/processing/mals_emm_dataquality_prod.txt
+++ b/config/processing/mals_emm_dataquality_prod.txt
@@ -4,7 +4,7 @@
 
 # List of datasets to generate.
 # The detailed specification of each dataset is given below.
-dataSetList STRARR 29
+dataSetList STRARR 30
     l0:dBmu
     l0:dBmvu
     l1:sun_hits
@@ -24,6 +24,7 @@ dataSetList STRARR 29
     l8:rgPIL_RR_hydro
     l8:rgCHZ_RR_hydro
     l7:dBZ_avg
+    l7:dBZv_avg
     l7:PhiDP_avg
     l7:flag_avg
     l4:PhiDP0_estimation
@@ -196,9 +197,10 @@ echoID STRUCT 3
 # echo type 3 : precip, 2 : clutter, 1 : noise
 echoFilter STRUCT 4
     type STRING ECHO_FILTER
-    datatype STRARR 6
+    datatype STRARR 7
         PROC:echoID
         dBZ
+        dBZv
         ZDR
         RhoHV
         PhiDP
@@ -220,9 +222,10 @@ echoFilter2 STRUCT 4
 # ==========================================================================================
 visibilityFilter STRUCT 4
     type STRING VIS_FILTER
-    datatype STRARR 5
+    datatype STRARR 6
         DEM:VIS
         PROC:dBZc
+        PROC:dBZvc
         PROC:ZDRc
         PROC:PhiDPc
         PROC:RhoHVc
@@ -498,6 +501,18 @@ dBZ_avg STRUCT 6
         SAVEVOL STRUCT 2
             type  STRING SAVEVOL
             voltype STRING dBZc
+            
+dBZv_avg STRUCT 6
+    type STRING TIME_AVG
+    datatype STRARR 1
+        PROC:dBZvc
+    start_average FLOAT 0.
+    period FLOAT 3600.
+    lin_trans INT 1
+    products STRUCT 1
+        SAVEVOL STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING dBZvc
 
 PhiDP_avg STRUCT 5
     type STRING WEIGHTED_TIME_AVG
diff --git a/config/processing/mals_emm_intercomp.txt b/config/processing/mals_emm_intercomp.txt
index ffaff64..b1c3e20 100755
--- a/config/processing/mals_emm_intercomp.txt
+++ b/config/processing/mals_emm_intercomp.txt
@@ -26,6 +26,18 @@ cosmopath STRARR 2
 dempath STRARR 2
     /data/DEM/DX50_EMM/
     /data/rad4alp/visibRad4Alp/
+    
+# Loading of saved datasets
+loadbasepath STRARR 2
+    /data/pyrad_products/
+    /data/pyrad_products/
+
+loadname STRARR 2
+    mals_emm_dataquality
+    rad4alp_PLA
+    
+# Base path for colocated gates data
+colocgatespath STRING /data/pyrad_products/mals_emm_dataquality/colocated_gates/
 
 
 # ------------------------------------------------
diff --git a/config/processing/mals_emm_intercomp_loc.txt b/config/processing/mals_emm_intercomp_loc.txt
index e15b4b1..8416367 100755
--- a/config/processing/mals_emm_intercomp_loc.txt
+++ b/config/processing/mals_emm_intercomp_loc.txt
@@ -10,7 +10,7 @@ TimeTol FLOAT 600.
 # Radar Name
 RadarName STRARR 2
     DX50
-    D
+    A
 
 # rad4alp radar range resolution L: Low H: High
 RadarRes STRARR 2
@@ -19,8 +19,8 @@ RadarRes STRARR 2
     
 # Names of the radar scans in the specified sector
 # NOTE: Must have a trailing '/'
-ScanList STRARR 2
-    MALS_EMM_VOL.vol/  # masterscan: first scan of a volume
+ScanList STRARR 21
+    RADAR001:MALS_EMM_VOL.vol/  # masterscan: first scan of a volume
     RADAR002:001  # masterscan: first scan of a volume
 	RADAR002:002
 	RADAR002:003
diff --git a/config/processing/mals_emm_intercomp_prod.txt b/config/processing/mals_emm_intercomp_prod.txt
index 3d9071b..bc0bd81 100755
--- a/config/processing/mals_emm_intercomp_prod.txt
+++ b/config/processing/mals_emm_intercomp_prod.txt
@@ -4,67 +4,133 @@
 
 # List of datasets to generate.
 # The detailed specification of each dataset is given below.
-dataSetList STRARR 1    
-    DX50_PLD_coloc_gates
+dataSetList STRARR 2
+    DX50_PLA_dBZ_avg_intercomp
+    DX50_PLA_dBZv_avg_intercomp
 
 
 # ==========================================================================================
 #                 colocated gates
 # ==========================================================================================         
-DX50_PLD_coloc_gates STRUCT 9
-	type STRING COLOCATED_GATES
-	datatype STRARR 4
+#DX50_PLA_coloc_gates STRUCT 9
+#	type STRING COLOCATED_GATES
+#	datatype STRARR 4
+#		RADAR001:CFRADIAL:dBZc,dBZ_avg,SAVEVOL
+#        RADAR001:DEM:VIS
+#        RADAR002:CFRADIAL:dBZc,dBZ_avg,SAVEVOL
+#        RADAR002:RAD4ALPDEM:VIS
+#    h_tol FLOAT 100.
+#    latlon_tol FLOAT 0.005  # approx. 500 m tolerance
+#    vol_d_tol FLOAT 100.
+#    vismin FLOAT 99.
+#    hmax FLOAT 10000.
+#    elmax FLOAT 20.
+#    products STRUCT 8
+#        DX50_PLA STRUCT 2
+#            type STRING WRITE_COLOCATED_GATES
+#            radar STRING RADAR001
+#        PLA_DX50 STRUCT 2
+#            type STRING WRITE_COLOCATED_GATES
+#            radar STRING RADAR002       
+#        DX50_EL003_0 STRUCT 5         
+#            type STRING PPI_IMAGE
+#            radar STRING RADAR001
+#            plot_type STRING PPI
+#            voltype STRING colocated_gates
+#            anglenr INT 1
+#        DX50_EL005_7 STRUCT 5         
+#            type STRING PPI_IMAGE
+#            radar STRING RADAR001
+#            plot_type STRING PPI
+#            voltype STRING colocated_gates
+#            anglenr INT 2
+#        DX50_EL008_2 STRUCT 5         
+#            type STRING PPI_IMAGE
+#            radar STRING RADAR001
+#            plot_type STRING PPI
+#            voltype STRING colocated_gates
+#            anglenr INT 3
+#        DX50_EL011_2 STRUCT 5         
+#            type STRING PPI_IMAGE
+#            radar STRING RADAR001
+#            plot_type STRING PPI
+#            voltype STRING colocated_gates
+#            anglenr INT 4
+#        DX50_EL014_9 STRUCT 5         
+#            type STRING PPI_IMAGE
+#            radar STRING RADAR001
+#            plot_type STRING PPI
+#            voltype STRING colocated_gates
+#            anglenr INT 5
+#        DX50_EL019_5 STRUCT 5         
+#            type STRING PPI_IMAGE
+#            radar STRING RADAR001
+#            plot_type STRING PPI
+#            voltype STRING colocated_gates
+#            anglenr INT 6
+            
+# ==========================================================================================
+#                 intercomparison
+# ==========================================================================================            
+DX50_PLA_dBZ_avg_intercomp STRUCT 12
+	type STRING INTERCOMP_TIME_AVG
+	datatype STRARR 6
 		RADAR001:CFRADIAL:dBZc,dBZ_avg,SAVEVOL
-        RADAR001:DEM:VIS
+        RADAR001:CFRADIAL:PhiDPc,PhiDP_avg,SAVEVOL
+        RADAR001:CFRADIAL:time_avg_flag,flag_avg,SAVEVOL
         RADAR002:CFRADIAL:dBZc,dBZ_avg,SAVEVOL
-        RADAR002:RAD4ALPDEM:VIS
-    h_tol FLOAT 100.
-    latlon_tol FLOAT 0.005
-    vol_d_tol FLOAT 100.
-    vismin FLOAT 100.
-    hmax FLOAT 10000.
-    elmax FLOAT 20.
-    products STRUCT 8
-        DX50_PLA STRUCT 2
-            type STRING WRITE_COLOCATED_GATES
-            radar STRING RADAR001
-        PLA_DX50 STRUCT 2
-            type STRING WRITE_COLOCATED_GATES
-            radar STRING RADAR002       
-        DX50_EL003_0 STRUCT 5         
-            type STRING PPI_IMAGE
-            radar STRING RADAR001
-            plot_type STRING PPI
-            voltype STRING colocated_gates
-            anglenr INT 1
-        DX50_EL005_7 STRUCT 5         
-            type STRING PPI_IMAGE
-            radar STRING RADAR001
-            plot_type STRING PPI
-            voltype STRING colocated_gates
-            anglenr INT 2
-        DX50_EL008_2 STRUCT 5         
-            type STRING PPI_IMAGE
-            radar STRING RADAR001
-            plot_type STRING PPI
-            voltype STRING colocated_gates
-            anglenr INT 3
-        DX50_EL011_2 STRUCT 5         
-            type STRING PPI_IMAGE
-            radar STRING RADAR001
-            plot_type STRING PPI
-            voltype STRING colocated_gates
-            anglenr INT 4
-        DX50_EL014_9 STRUCT 5         
-            type STRING PPI_IMAGE
-            radar STRING RADAR001
-            plot_type STRING PPI
-            voltype STRING colocated_gates
-            anglenr INT 5
-        DX50_EL019_5 STRUCT 5         
-            type STRING PPI_IMAGE
-            radar STRING RADAR001
-            plot_type STRING PPI
-            voltype STRING colocated_gates
-            anglenr INT 6
+        RADAR002:CFRADIAL:PhiDPc,PhiDP_avg,SAVEVOL
+        RADAR002:CFRADIAL:time_avg_flag,flag_avg,SAVEVOL
+    coloc_data_dir STRING DX50_PLA_DATA  # must be the same as product WRITE_INTERCOMP
+    coloc_radars_name STRING DX50_PLA
+    ele_tol FLOAT 0.5
+    azi_tol FLOAT 0.5
+    rng_tol FLOAT 100.
+    clt_max INT 0
+    phi_excess_max INT 100
+    non_rain_max INT 100
+    phi_avg_max FLOAT 600.
+    products STRUCT 3        
+        DX50_PLA_PLOT STRUCT 3
+            type STRING PLOT_SCATTER_INTERCOMP
+            voltype STRING dBZc
+            step FLOAT 0.5
+        DX50_PLA_DATA STRUCT 2
+            type STRING WRITE_INTERCOMP_TIME_AVG
+            voltype STRING dBZc
+        DX50_PLA_INTERCOMP_TS STRUCT 3
+            type STRING PLOT_AND_WRITE_INTERCOMP_TS
+            step FLOAT 0.5
+            voltype STRING dBZc
+            
+DX50_PLA_dBZv_avg_intercomp STRUCT 12
+	type STRING INTERCOMP_TIME_AVG
+	datatype STRARR 6
+		RADAR001:CFRADIAL:dBZvc,dBZv_avg,SAVEVOL
+        RADAR001:CFRADIAL:PhiDPc,PhiDP_avg,SAVEVOL
+        RADAR001:CFRADIAL:time_avg_flag,flag_avg,SAVEVOL
+        RADAR002:CFRADIAL:dBZvc,dBZv_avg,SAVEVOL
+        RADAR002:CFRADIAL:PhiDPc,PhiDP_avg,SAVEVOL
+        RADAR002:CFRADIAL:time_avg_flag,flag_avg,SAVEVOL
+    coloc_data_dir STRING DX50_PLA_DATA  # must be the same as product WRITE_INTERCOMP
+    coloc_radars_name STRING DX50_PLA
+    ele_tol FLOAT 0.5
+    azi_tol FLOAT 0.5
+    rng_tol FLOAT 100.
+    clt_max INT 0
+    phi_excess_max INT 100
+    non_rain_max INT 100
+    phi_avg_max FLOAT 600.
+    products STRUCT 3        
+        DX50_PLA_PLOT STRUCT 3
+            type STRING PLOT_SCATTER_INTERCOMP
+            voltype STRING dBZvc
+            step FLOAT 0.5
+        DX50_PLA_DATA STRUCT 2
+            type STRING WRITE_INTERCOMP_TIME_AVG
+            voltype STRING dBZvc
+        DX50_PLA_INTERCOMP_TS STRUCT 3
+            type STRING PLOT_AND_WRITE_INTERCOMP_TS
+            step FLOAT 0.5
+            voltype STRING dBZvc
  
\ No newline at end of file
diff --git a/config/processing/mals_emm_rw22_loc.txt b/config/processing/mals_emm_rw22_loc.txt
index 862d158..a8ff57a 100755
--- a/config/processing/mals_emm_rw22_loc.txt
+++ b/config/processing/mals_emm_rw22_loc.txt
@@ -23,7 +23,7 @@ ScanList STRARR 13
       MALS_EMM_049_dw.ele/
 
 # Repetition time of the scans [min]
-ScanPeriod INT 2
+ScanPeriod FLOAT 2
 
 # Frequency of cosmo run [h]
 CosmoRunFreq INT 3
@@ -47,3 +47,14 @@ rhiImageConfig STRUCT 6
    xmax       FLOAT  40.0   # Max distance on horizontal axis [km]
    ymin       FLOAT   0.0   # Min distance on vertical axis [km]
    ymax       FLOAT   7.5   # Max distance on vertical axis [km]
+
+# PAR antenna pattern
+par_azimuth_antenna STRUCT 3
+   azPatternFile STRING PAR_AzAntenna_AzimuthPattern.csv
+   elPatternFile STRING PAR_AzAntenna_ElevationPattern.csv
+   fixed_angle FLOAT 9.5    # elevation angle of azimuth [deg]
+
+par_elevation_antenna STRUCT 3
+   azPatternFile STRING PAR_ElAntenna_AzimuthPattern.csv
+   elPatternFile STRING PAR_ElAntenna_ElevationPattern.csv
+   fixed_angle FLOAT 49.0    # azimuth angle of azimuth [deg]
diff --git a/config/processing/mals_emm_rw22_prod.txt b/config/processing/mals_emm_rw22_prod.txt
index a20cb12..c298726 100755
--- a/config/processing/mals_emm_rw22_prod.txt
+++ b/config/processing/mals_emm_rw22_prod.txt
@@ -12,11 +12,10 @@ dataSetList STRARR 6
    KDP
    TEMP
 
-   
 reflectivity STRUCT 3
    type     STRING RAW
    datatype STRING dBZ
-   products STRUCT 4      
+   products STRUCT 4
       AZ033 STRUCT 3
          type  STRING RHI_IMAGE
          anglenr INT 4
@@ -34,11 +33,11 @@ reflectivity STRUCT 3
          angle FLOAT 6.
          EleTol FLOAT 1.
          voltype STRING dBZ
-         
+
 ZDR STRUCT 3
    type     STRING RAW
    datatype STRING ZDR
-   products STRUCT 4      
+   products STRUCT 4
       AZ033 STRUCT 3
          type  STRING RHI_IMAGE
          anglenr INT 4
@@ -56,11 +55,11 @@ ZDR STRUCT 3
          angle FLOAT 6.
          EleTol FLOAT 1.
          voltype STRING ZDR
-         
+
 RhoHV STRUCT 3
    type     STRING RAW
    datatype STRING RhoHV
-   products STRUCT 4      
+   products STRUCT 4
       AZ033 STRUCT 3
          type  STRING RHI_IMAGE
          anglenr INT 4
@@ -78,11 +77,11 @@ RhoHV STRUCT 3
          angle FLOAT 6.
          EleTol FLOAT 1.
          voltype STRING RhoHV
-         
+
 PhiDP STRUCT 3
    type     STRING RAW
    datatype STRING PhiDP
-   products STRUCT 4      
+   products STRUCT 4
       AZ033 STRUCT 3
          type  STRING RHI_IMAGE
          anglenr INT 4
@@ -100,12 +99,12 @@ PhiDP STRUCT 3
          angle FLOAT 6.
          EleTol FLOAT 1.
          voltype STRING PhiDP
-         
-         
+
+
 KDP STRUCT 3
    type     STRING RAW
    datatype STRING KDP
-   products STRUCT 4      
+   products STRUCT 4
       AZ033 STRUCT 3
          type  STRING RHI_IMAGE
          anglenr INT 4
@@ -123,11 +122,11 @@ KDP STRUCT 3
          angle FLOAT 6.
          EleTol FLOAT 1.
          voltype STRING KDP
-         
+
 TEMP STRUCT 3
    type     STRING RAW
    datatype STRING COSMO:TEMP
-   products STRUCT 4      
+   products STRUCT 4
       AZ033 STRUCT 3
          type  STRING RHI_IMAGE
          anglenr INT 4
@@ -144,4 +143,4 @@ TEMP STRUCT 3
          type  STRING PSEUDOPPI_IMAGE
          angle FLOAT 6.
          EleTol FLOAT 1.
-         voltype STRING TEMP
\ No newline at end of file
+         voltype STRING TEMP
diff --git a/config/processing/mals_emm_rw22_traj.txt b/config/processing/mals_emm_rw22_traj.txt
index 9c79f4e..78b3a32 100755
--- a/config/processing/mals_emm_rw22_traj.txt
+++ b/config/processing/mals_emm_rw22_traj.txt
@@ -2,37 +2,36 @@
 # Will be used in product generation save path
 name STRING mals_emm_rw22_traj
 
+# ---------------------------------------------------------
+#  Raw data pathes
+# ---------------------------------------------------------
+
 # Base path of the raw data.
 # Note: Must have a trailing '/'
 # ('<datapath>/<scanname>/<YYYY-MM-DD>/<YYYYMMDDHHMMSS00datatype>.<ext>')
-datapath STRARR 1
-    /data/DX50/rawdata/  # zueub222
-
-# Base path of configuration files
-configpath STRING $HOME/pyrad/config/
-
-# Base path of the psr data
-psrpath STRING /data/DX50/psr/
+datapath STRING /data/DX50/rawdata/  # zueub222
 
 # Base path for cosmo data
 cosmopath STRING /data/cosmo/
 
-smnpath STRING /
-disdropath STRING /
-hydropath STRING /
-
 # Base path for dem data
 dempath STRING /data/DEM/DX50_EMM/
 
-## Loading of saved datasets
-#loadbasepath STRING /data/idl_products/
-#loadname     STRING mals_emm_rw22
 
+# --------------------------------------------
+# Output data
+# -----------------------------------------------
 saveimg         INT 1
-saveimgbasepath STRING /data/pyrad_products/
+saveimgbasepath STRING /data/pyrad_examples/
 imgformat       STRING png
-convertimage    INT 1
-convertformat   STRING png
+
+
+# --------------------------------------------------------
+# configuration files pathes
+# --------------------------------------------------------
+
+# Base path of configuration files
+configpath STRING $HOME/pyrad/config/
 
 # Configuration of the radar location and approach direction
 locationConfigFile STRING $HOME/pyrad/config/processing/mals_emm_rw22_loc.txt
@@ -40,5 +39,3 @@ locationConfigFile STRING $HOME/pyrad/config/processing/mals_emm_rw22_loc.txt
 # Configuration of the product generation
 productConfigFile STRING $HOME/pyrad/config/processing/mals_emm_rw22_traj_prod.txt
 
-# State after last run
-# lastStateFile STRING $HOME/realtime_idl/mals_pay_rw23_traj_lastState.txt
diff --git a/config/processing/mals_emm_rw22_traj_prod.txt b/config/processing/mals_emm_rw22_traj_prod.txt
index e938428..3f1c2c8 100755
--- a/config/processing/mals_emm_rw22_traj_prod.txt
+++ b/config/processing/mals_emm_rw22_traj_prod.txt
@@ -4,21 +4,178 @@
 
 # List of datasets to generate.
 # The detailed specification of each dataset is given below.
-dataSetList STRARR 2
-   l0:traj
-   l0:reflectivity_traj
-#   l0:rainrate
-#   l0:windshear
-#   l1:rainrate_traj
-#   l1:rainrate_traj_az
-#   l1:windshear_traj
-#   l1:windshear_traj_az
+dataSetList STRARR 16
+   l0:echoID
+   l1:echoFilter
+   l3:echoFilter_Ah 
+   l2:outlierFilter   
+   l2:Att_ZPhi
+   l3:hydroclass
+   l4:RR_hydro   
+   l3:wind_vel_h_az
+   l4:windshear_v
+   l0:traj   
+   l3:reflectivity_traj
+   l3:reflectivity_traj_az
+   l5:rainrate_traj
+   l5:rainrate_traj_az
+   l5:windshear_traj
+   l5:windshear_traj_az
 
 
+# ==========================================================================================
+#                 echo identification
+# ==========================================================================================
+echoID STRUCT 3
+    type STRING SAN
+    datatype STRARR 4
+        dBZ
+        ZDR
+        uPhiDP
+        RhoHV
+    MAKE_GLOBAL INT 1
+
+
+# ==========================================================================================
+#                 clutter and noise suppression
+# ==========================================================================================
+# echo type 3 : precip, 2 : clutter, 1 : noise
+echoFilter STRUCT 5
+    type STRING ECHO_FILTER
+    datatype STRARR 7
+        PROC:echoID
+        dBZ        
+        ZDR
+        RhoHV
+        PhiDP
+        KDP
+        V
+    echo_type INT 3
+    MAKE_GLOBAL INT 1
+    products STRUCT 1        
+        AZ037_0_V STRUCT 3
+            type  STRING RHI_IMAGE
+            anglenr INT 6
+            voltype STRING Vc
+    
+
+echoFilter_Ah STRUCT 4
+    type STRING ECHO_FILTER
+    datatype STRARR 2
+        PROC:echoID
+        PROC:Ah
+    echo_type INT 3
+    MAKE_GLOBAL INT 1
+
+
+# ==========================================================================================
+#                 outlier filter
+# ==========================================================================================    
+outlierFilter STRUCT 9
+    type STRING OUTLIER_FILTER
+    datatype STRARR 1
+        PROC:Vc
+    threshold FLOAT 10.
+    nb INT 2
+    nb_min INT 3
+    percentile_min FLOAT 5.
+    percentile_max float 95.
+    MAKE_GLOBAL INT 1
+    products STRUCT 1        
+        AZ037_0_V STRUCT 3
+            type  STRING RHI_IMAGE
+            anglenr INT 6
+            voltype STRING Vc
+
+    
+# ==========================================================================================
+#                 Attenuation
+# ==========================================================================================
+Att_ZPhi STRUCT 5
+    type STRING ATTENUATION
+    datatype STRARR 4
+        PROC:dBZc
+        PROC:ZDRc
+        PROC:PhiDPc
+        COSMO:TEMP
+    ATT_METHOD STRING ZPhi
+    fzl FLOAT 2000.
+    MAKE_GLOBAL INT 1
+    
+    
+# ==========================================================================================
+#                 hydrometeor classification products
+# ==========================================================================================
+hydroclass STRUCT 5
+    type STRING HYDROCLASS
+    datatype STRARR 5
+        PROC:dBZc
+        PROC:ZDRc
+        PROC:RhoHVc
+        PROC:KDPc
+        COSMO:TEMP
+    HYDRO_METHOD STRING SEMISUPERVISED
+    RADARCENTROIDS STRING DX50
+    MAKE_GLOBAL INT 1
+
+
+# ==========================================================================================
+#               rainfall rate
+# ==========================================================================================
+RR_hydro STRUCT 4
+    type STRING RAINRATE
+    datatype STRARR 3
+        PROC:dBZc
+        PROC:Ahc
+        PROC:hydro
+    RR_METHOD STRING hydro
+    MAKE_GLOBAL INT 1
+    
+			
+# ==========================================================================================
+#               wind velocity
+# ==========================================================================================
+wind_vel_h_az STRUCT 5
+    type STRING WIND_VEL
+    datatype STRARR 1
+        PROC:Vc
+    vert_proj INT 0
+    MAKE_GLOBAL INT 1
+    products STRUCT 2
+        SAVEVOL STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING wind_vel_h_az
+        AZ037_0 STRUCT 3
+            type  STRING RHI_IMAGE
+            anglenr INT 6
+            voltype STRING wind_vel_h_az
+            
+            
+# ==========================================================================================
+#               wind shear
+# ==========================================================================================
+windshear_v STRUCT 4
+    type STRING WINDSHEAR
+    datatype STRARR 1
+        PROC:wind_vel_h_az    
+    MAKE_GLOBAL INT 1
+    products STRUCT 2
+        SAVEVOL STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING windshear_v
+        AZ037_0 STRUCT 3
+            type  STRING RHI_IMAGE
+            anglenr INT 6
+            voltype STRING windshear_v
+            
+
+# ==========================================================================================
+#               trajectory processing
+# ========================================================================================== 
 traj STRUCT 3
    type     STRING TRAJ
    datatype STRARR 1
-       dBZ
+       RAINBOW:dBZ
    products STRUCT 4
       TS_RANGE STRUCT 2
          type  STRING TRAJ_PLOT
@@ -34,16 +191,31 @@ traj STRUCT 3
 
 reflectivity_traj STRUCT 3
    type          STRING TRAJ_ATPLANE
-   datatype      STRING RAINBOW:dBZ
+   datatype      STRING PROC:dBZc
    products      STRUCT 1
       AT_PLANE STRUCT 3
          type  STRING   PLOT_AND_WRITE
          ymin  FLOAT    0.0
          ymax  FLOAT    50.0
 
+reflectivity_traj_az STRUCT 9
+   type          STRING TRAJ_ANTENNA_PATTERN
+   datatype      STRING PROC:dBZc
+   dssavename    STRING reflectivity_traj
+   antennaType   STRING AZIMUTH
+   use_nans      INT 0
+   nan_value     FLOAT 0.0
+   pattern_thres FLOAT 1.5
+   range_all     INT 0
+   products      STRUCT 1
+      AZIMUTH_ANTENNA STRUCT 1
+         type  STRING   PLOT_AND_WRITE
+#         ymin  FLOAT    0.0
+#         ymax  FLOAT    4.0
+         
 rainrate_traj STRUCT 3
    type          STRING TRAJ_ATPLANE
-   datatype      STRING PROC:rainrate
+   datatype      STRING PROC:RR
    products      STRUCT 1
       AT_PLANE STRUCT 3
          type  STRING   PLOT_AND_WRITE
@@ -52,7 +224,7 @@ rainrate_traj STRUCT 3
 
 rainrate_traj_az STRUCT 9
    type          STRING TRAJ_ANTENNA_PATTERN
-   datatype      STRING PROC:rainrate
+   datatype      STRING PROC:RR
    dssavename    STRING rainrate_traj
    antennaType   STRING AZIMUTH
    use_nans      INT 0
@@ -67,14 +239,14 @@ rainrate_traj_az STRUCT 9
 
 windshear_traj STRUCT 3
    type     STRING TRAJ_ATPLANE
-   datatype STRING PROC:windshear
+   datatype STRING PROC:windshear_v
    products STRUCT 1
       AT_PLANE STRUCT 1
          type  STRING PLOT_AND_WRITE
 
 windshear_traj_az STRUCT 8
    type     STRING TRAJ_ANTENNA_PATTERN
-   datatype STRING PROC:windshear
+   datatype STRING PROC:windshear_v
    dssavename STRING windshear_traj
    antennaType STRING AZIMUTH
    use_nans   INT 0
@@ -85,122 +257,3 @@ windshear_traj_az STRUCT 8
          type  STRING   PLOT_AND_WRITE
          ymin  FLOAT    -20.0
          ymax  FLOAT     20.0
-
-rainrate STRUCT 4
-   type     STRING RAINRATE
-   datatype STRARR 2
-        PROC:dBZc
-        COSMO:ISO0
-   IGNORE_MISSING_VOLS INT 1
-   products STRUCT 10
-      AZ033 STRUCT 3
-         type  STRING RHI_IMAGE
-         anglenr INT 4
-         NOSANITY INT 0
-      AZ037 STRUCT 3
-         type  STRING RHI_IMAGE
-         anglenr INT 6
-         NOSANITY INT 0
-      AZ041 STRUCT 3
-         type  STRING RHI_IMAGE
-         anglenr INT 8
-         NOSANITY INT 0
-      EL06 STRUCT 4
-         type  STRING PPI_IMAGE
-         anglenr INT 5
-         transparent INT 0
-         NOSANITY INT 0
-      ALT1000 STRUCT 3
-         type  STRING CAPPI
-         altitude FLOAT 1000
-         NOSANITY INT 0
-      ALT2500 STRUCT 3
-         type  STRING CAPPI
-         altitude FLOAT 2500
-         NOSANITY INT 0
-      ALT5000 STRUCT 3
-         type  STRING CAPPI
-         altitude FLOAT 5000
-         NOSANITY INT 0
-      CDF_PRECIP STRUCT 6
-         type       STRING CDF_STAT2
-         PHASE   STRING precip
-         use_nans   INT   0
-         nan_value  FLOAT 0.0
-         absolute   INT   0
-         sector     STRUCT 8
-            rangeStart FLOAT        0
-            rangeStop  FLOAT   100000
-            azStart    FLOAT        0
-            azStop     FLOAT      360
-            elStart    FLOAT        0
-            elStop     FLOAT       90
-            hmin       FLOAT        0
-            hmax       FLOAT    20000
-      CDF_RAIN STRUCT 6
-         type       STRING CDF_STAT2
-         PHASE      STRING liquid
-         use_nans   INT   0
-         nan_value  FLOAT 0.0
-         absolute   INT   0
-         sector     STRUCT 8
-            rangeStart FLOAT     5000
-            rangeStop  FLOAT    20000
-            azStart    FLOAT        0
-            azStop     FLOAT      360
-            elStart    FLOAT        0
-            elStop     FLOAT       90
-            hmin       FLOAT        0
-            hmax       FLOAT       -1 # use COSMO ISO0
-      RTS_TRAJ STRUCT 6
-           type           STRING PLOT_LINES
-           MODE           STRING ALONG_R
-           FIX_AZ_ANGLES  FLOAT 41 # to be checked!
-           FIX_EL_ANGLES  FLOAT 4
-           START_VALUE    FLOAT 0.5
-           STOP_VALUE     FLOAT 50
-
-windshear STRUCT 4
-   type     STRING WINDSHEAR
-   datatype STRING V
-   INPUTPROCESSING STRUCT 3
-      rmclutter STRUCT 2
-         TYPE STRING REMOVE_CLUTTER
-         ENABLE INT 1
-      rmoutliers STRUCT 3
-         TYPE STRING OUTLIERS_REMOVAL
-         ENABLE INT 0
-         THRESHOLD FLOAT 10.0
-      blur STRUCT 5
-         TYPE STRING BLUR
-         ENABLE INT 0
-         BLURTYPE STRING GAUSS
-         SIZE INT 3
-         SIGMA FLOAT 0.6
-   products STRUCT 4
-      AZ033 STRUCT 3
-         type  STRING RHI_IMAGE
-         anglenr INT 4
-         NOSANITY INT 0
-      AZ037 STRUCT 3
-         type  STRING RHI_IMAGE
-         anglenr INT 6
-         NOSANITY INT 0
-      AZ041 STRUCT 3
-         type  STRING RHI_IMAGE
-         anglenr INT 8
-         NOSANITY INT 0
-      CDF_PRECIP STRUCT 5
-         type  STRING CDF_STAT
-         use_nans   INT 0
-         nan_value  FLOAT 0.0
-         absolute   INT 1
-         sector STRUCT 8
-            rangeStart FLOAT        0
-            rangeStop  FLOAT   100000
-            azStart    FLOAT        0
-            azStop     FLOAT      360
-            elStart    FLOAT        0
-            elStop     FLOAT       90
-            hmin       FLOAT        0
-            hmax       FLOAT    20000
diff --git a/config/processing/mals_pay_PHA_ASR_traj.txt b/config/processing/mals_pay_PHA_ASR_traj.txt
new file mode 100755
index 0000000..8077d2e
--- /dev/null
+++ b/config/processing/mals_pay_PHA_ASR_traj.txt
@@ -0,0 +1,50 @@
+# Name of this configuration:
+# Will be used in product generation save path
+name STRING mals_pay_PHA_ASR_traj
+
+# ---------------------------------------------------------
+#  Raw data pathes
+# ---------------------------------------------------------
+
+# Base path of the raw data.
+# Note: Must have a trailing '/'
+# ('<datapath>/<scanname>/<YYYY-MM-DD>/<YYYYMMDDHHMMSS00datatype>.<ext>')
+datapath STRING /data/rad4alp/rawdata/
+
+# Base path for cosmo data
+cosmopath STRING /data/cosmo/
+
+# Loading of saved datasets
+loadbasepath STRING /data/pyrad_products/
+loadname STRING  mals_pay_PHA_ASR_traj
+    
+# ------------------------------------------------------------
+# Auxiliary data pathes
+# ------------------------------------------------------------
+# Base path for swissmetnet data
+smnpath STRING /data/meteo_products/SMNRetrieve/
+
+# Base path for disdrometer data
+disdropath STRING /data/scattering/dsd_ts/
+
+# --------------------------------------------
+# Output data
+# --------------------------------------------
+saveimgbasepath STRING /data/pyrad_products/
+saveimg         INT 1
+# Supported formats: eps, jpeg, jpg, pdf, pgf, png, ps, raw, rgba, svg, svgz, tif, tiff
+imgformat STRING png	
+
+# --------------------------------------------------------
+# configuration files pathes
+# --------------------------------------------------------
+
+# Base path of configuration files
+configpath STRING $HOME/pyrad/config/
+
+# Configuration of the radar location and approach direction
+locationConfigFile STRING $HOME/pyrad/config/processing/mals_pay_PHA_ASR_traj_loc.txt
+
+# Configuration of the product generation
+productConfigFile STRING $HOME/pyrad/config/processing/mals_pay_PHA_ASR_traj_prod.txt
+
diff --git a/config/processing/mals_pay_PHA_ASR_traj_loc.txt b/config/processing/mals_pay_PHA_ASR_traj_loc.txt
new file mode 100755
index 0000000..bf95ef4
--- /dev/null
+++ b/config/processing/mals_pay_PHA_ASR_traj_loc.txt
@@ -0,0 +1,113 @@
+#
+# Configuration for PARADISO tests at the airport Payerne
+
+# Number of radars to process
+NumRadars INT 1
+
+# Time tolerance when processing multiple radars [s]
+TimeTol FLOAT 3600.
+
+# rad4alp radar name
+RadarName STRARR 1
+	A
+
+# rad4alp radar range resolution L:Low H:High
+RadarRes STRARR 1
+	H
+
+# Names of the radar scans in the specified sector
+ScanList STRARR 20
+	  001  # masterscan: first scan of a volume
+	  002
+	  003
+	  004
+	  005
+	  006
+	  007
+	  008
+	  009
+	  010
+	  011
+	  012
+	  013
+	  014
+	  015
+	  016
+	  017
+	  018
+	  019
+	  020
+
+
+# angles from 001 to 020
+# ['-0.2', '0.4',  '1.0',  '1.6',  '2.5',  '3.5',  '4.5',  '5.5',  '6.5',  '7.5',
+#   '8.5', '9.5', '11.0', '13.0', '16.0', '20.0', '25.0', '30.0', '35.0', '40.0']
+
+
+# Repetition time of the scans [min]
+ScanPeriod INT 5
+
+# Frequency of cosmo run [h]
+CosmoRunFreq INT 3
+
+# hours forecasted in cosmo run [h]
+CosmoForecasted INT 7
+
+# radar constant
+radconsth FLOAT 73.23
+radconstv FLOAT 73.33
+
+# radar constant h, v (20141125)
+# A 72.78, 72.98
+# D	73.88, 73.88
+# L 72.57, 72.12
+# P 73.20, 73.23
+
+# radar constant h, v (20150127)
+# A 71.67, 72.27
+# D	73.23, 73.33
+# L 72.53, 72.08
+# P 72.68, 72.71
+
+# matching filter losses
+mflossh FLOAT 1.
+mflossv FLOAT 1.
+
+# gas attenuation coefficient (1-way attenuation)
+# the coefficient is actually that of S-band but this is the one used operationally for rad4alp radars
+attg FLOAT 0.008
+
+# radar beamwidth
+RadarBeamwidth FLOAT 1.0
+
+# azimuth tolerance when azimuth may be variable
+AzimTol FLOAT 0.4
+
+# Image config
+ppiImageConfig STRUCT 6
+   xsize      FLOAT   8.      # image size [inches] (default dots per inch (dpi):72)
+   ysize      FLOAT   7.      # image size [inches] (default dots per inch (dpi):72)
+   xmin       FLOAT -24.0   # Min distance on horizontal axis [km]
+   xmax       FLOAT   0.   # Max distance on horizontal axis [km]
+   ymin       FLOAT -32.0   # Min distance on vertical axis [km]
+   ymax       FLOAT  -8.0   # Max distance on vertical axis [km]
+
+rhiImageConfig STRUCT 6
+   xsize      FLOAT  10.    # image size [inches]
+   ysize      FLOAT   5.     # image size [inches]
+   xmin       FLOAT -45.0   # Min distance on horizontal axis [km]
+   xmax       FLOAT -11.0   # Max distance on horizontal axis [km]
+   ymin       FLOAT   0.0   # Min distance on vertical axis [km]
+   ymax       FLOAT  5.0   # Max distance on vertical axis [km]
+   
+   
+# ASR antenna pattern
+asr_highbeam_antenna STRUCT 3
+   azPatternFile STRING ASR_HighBeamAzimuthPattern.csv
+   elPatternFile STRING ASR_HighBeamElevationPattern.csv
+   fixed_angle FLOAT 2.7    # elevation angle [deg]
+
+asr_lowbeam_antenna STRUCT 3
+   azPatternFile STRING ASR_LowBeamAzimuthPattern.csv
+   elPatternFile STRING ASR_LowBeamElevationPattern.csv
+   fixed_angle FLOAT 2.7    # elevation angle [deg]
\ No newline at end of file
diff --git a/config/processing/mals_pay_PHA_ASR_traj_preproc.txt b/config/processing/mals_pay_PHA_ASR_traj_preproc.txt
new file mode 100755
index 0000000..af5496c
--- /dev/null
+++ b/config/processing/mals_pay_PHA_ASR_traj_preproc.txt
@@ -0,0 +1,46 @@
+# Name of this configuration:
+# Will be used in product generation save path
+name STRING mals_pay_PHA_ASR_traj
+
+# ---------------------------------------------------------
+#  Raw data pathes
+# ---------------------------------------------------------
+
+# Base path of the raw data.
+# Note: Must have a trailing '/'
+# ('<datapath>/<scanname>/<YYYY-MM-DD>/<YYYYMMDDHHMMSS00datatype>.<ext>')
+datapath STRING /data/rad4alp/rawdata/
+
+# Base path for cosmo data
+cosmopath STRING /data/cosmo/
+    
+# ------------------------------------------------------------
+# Auxiliary data pathes
+# ------------------------------------------------------------
+# Base path for swissmetnet data
+smnpath STRING /data/meteo_products/SMNRetrieve/
+
+# Base path for disdrometer data
+disdropath STRING /data/scattering/dsd_ts/
+
+# --------------------------------------------
+# Output data
+# --------------------------------------------
+saveimgbasepath STRING /data/pyrad_products/
+saveimg         INT 1
+# Supported formats: eps, jpeg, jpg, pdf, pgf, png, ps, raw, rgba, svg, svgz, tif, tiff
+imgformat STRING png	
+
+# --------------------------------------------------------
+# configuration files pathes
+# --------------------------------------------------------
+
+# Base path of configuration files
+configpath STRING $HOME/pyrad/config/
+
+# Configuration of the radar location and approach direction
+locationConfigFile STRING $HOME/pyrad/config/processing/mals_pay_PHA_ASR_traj_loc.txt
+
+# Configuration of the product generation
+productConfigFile STRING $HOME/pyrad/config/processing/mals_pay_PHA_ASR_traj_preproc_prod.txt
+
diff --git a/config/processing/mals_pay_PHA_ASR_traj_preproc_prod.txt b/config/processing/mals_pay_PHA_ASR_traj_preproc_prod.txt
new file mode 100755
index 0000000..22252c9
--- /dev/null
+++ b/config/processing/mals_pay_PHA_ASR_traj_preproc_prod.txt
@@ -0,0 +1,192 @@
+#
+# Product generation configuration
+#
+
+# List of datasets to generate.
+# The detailed specification of each dataset is given below.
+dataSetList STRARR 10
+   l0:SNRh
+   l0:RhoHV
+   l1:echoID
+   l2:echoFilter
+   l6:echoFilter_Ah
+   l3:SNRFilter
+   l4:PhiDPc_smooth2w
+   l5:KDPc
+   l5:Att_ZPhi
+   l3:wind_vel_h_az
+   
+
+# ==========================================================================================
+#                 secondary moments products
+# ==========================================================================================
+SNRh STRUCT 4
+    type STRING SNR
+    datatype STRARR 2
+        RAD4ALP:dBZ
+        RAD4ALP:Nh
+    output_type STRING SNRh
+    MAKE_GLOBAL INT 1
+	
+	
+RhoHV STRUCT 3
+    type STRING RHOHV_CORRECTION
+    datatype STRARR 5
+        RAD4ALP:uRhoHV
+        RAD4ALP:ZDR
+        RAD4ALP:Nh
+        RAD4ALP:Nv
+        PROC:SNRh
+    MAKE_GLOBAL INT 1
+
+# ==========================================================================================
+#                 echo identification
+# ==========================================================================================
+echoID STRUCT 3
+    type STRING SAN
+    datatype STRARR 4
+        RAD4ALP:dBZ
+        RAD4ALP:ZDR
+        RAD4ALP:uPhiDP
+        PROC:RhoHV
+    MAKE_GLOBAL INT 1
+
+
+# ==========================================================================================
+#                 clutter and noise suppression
+# ==========================================================================================
+# echo type 3 : precip, 2 : clutter, 1 : noise
+echoFilter STRUCT 5
+    type STRING ECHO_FILTER
+    datatype STRARR 6
+        PROC:echoID
+        RAD4ALP:dBZ
+        RAD4ALP:ZDR
+        PROC:RhoHV
+        RAD4ALP:uPhiDP
+        RAD4ALP:V
+    echo_type INT 3
+    MAKE_GLOBAL INT 1
+    products STRUCT 1
+        SAVEVOL_RhoHVc STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING RhoHVc
+
+echoFilter_Ah STRUCT 5
+    type STRING ECHO_FILTER
+    datatype STRARR 2
+        PROC:echoID
+        PROC:Ah
+    echo_type INT 3
+    MAKE_GLOBAL INT 0
+    products STRUCT 1
+        SAVEVOL_Ahc STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING Ahc
+    
+
+# ==========================================================================================
+#                 outlier filter
+# ==========================================================================================    
+#outlierFilter STRUCT 9
+#    type STRING OUTLIER_FILTER
+#    datatype STRARR 1
+#        PROC:Vc
+#    threshold FLOAT 10.
+#    nb INT 2
+#    nb_min INT 3
+#    percentile_min FLOAT 5.
+#    percentile_max float 95.
+#    MAKE_GLOBAL INT 1
+#    products STRUCT 1        
+#        AZ037_0_V STRUCT 3
+#            type  STRING RHI_IMAGE
+#            anglenr INT 6
+#            voltype STRING Vc
+
+            
+# ==========================================================================================
+#                 filtration based on SNR
+# ==========================================================================================
+SNRFilter STRUCT 4
+   type STRING SNR_FILTER
+   datatype STRARR 2
+      PROC:SNRh
+      PROC:PhiDPc
+   SNRmin FLOAT 10.
+   MAKE_GLOBAL INT 1
+   
+
+# ==========================================================================================
+#                 PHIDP processing
+# ==========================================================================================   
+PhiDPc_smooth2w STRUCT 11
+    type STRING PHIDP_SMOOTH_2W
+    datatype STRARR 2
+        PROC:PhiDPc
+        PROC:dBZc
+    rmin FLOAT 1000.
+    rmax FLOAT 50000.
+    rcell FLOAT 1000.
+    Zmin FLOAT 20.
+    Zmax FLOAT 40.
+    rwinds FLOAT 1000.
+    rwindl FLOAT 3000.
+    Zthr FLOAT 40.    
+    MAKE_GLOBAL INT 1
+	
+	
+# ==========================================================================================
+#                 KDP processing
+# ==========================================================================================   
+KDPc STRUCT 7
+    type STRING KDP_LEASTSQUARE_2W
+    datatype STRARR 2
+        PROC:PhiDPc
+        PROC:dBZc
+    rwinds FLOAT 1000.
+    rwindl FLOAT 3000.
+    Zthr FLOAT 40.    
+    MAKE_GLOBAL INT 0
+    products STRUCT 1
+        SAVEVOL_KDPc STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING KDPc
+
+
+# ==========================================================================================
+#                 Attenuation
+# ==========================================================================================
+Att_ZPhi STRUCT 6
+    type STRING ATTENUATION
+    datatype STRARR 4
+        PROC:dBZc
+        PROC:ZDRc
+        PROC:PhiDPc
+        RAD4ALPCOSMO:TEMP
+    ATT_METHOD STRING ZPhi
+    fzl FLOAT 2000.
+    MAKE_GLOBAL INT 1
+    products STRUCT 2
+        SAVEVOL_dBZc STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING dBZc
+        SAVEVOL_ZDRc STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING ZDRc
+            
+            
+# ==========================================================================================
+#               wind velocity
+# ==========================================================================================
+wind_vel_h_az STRUCT 5
+    type STRING WIND_VEL
+    datatype STRARR 1
+        PROC:Vc
+    vert_proj INT 0
+    MAKE_GLOBAL INT 0
+    products STRUCT 1
+        SAVEVOL_wind_vel_h_az STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING wind_vel_h_az
+            
\ No newline at end of file
diff --git a/config/processing/mals_pay_PHA_ASR_traj_prod.txt b/config/processing/mals_pay_PHA_ASR_traj_prod.txt
new file mode 100755
index 0000000..e5d4bb5
--- /dev/null
+++ b/config/processing/mals_pay_PHA_ASR_traj_prod.txt
@@ -0,0 +1,181 @@
+#
+# Product generation configuration
+#
+
+# List of datasets to generate.
+# The detailed specification of each dataset is given below.
+dataSetList STRARR 12
+   l0:hydroclass
+   l1:RR_hydro
+   l0:windshear_v
+   l0:traj
+   l0:reflectivity_traj
+   l0:reflectivity_traj_lb
+   l2:rainrate_traj
+   l2:rainrate_traj_lb
+   l1:windshear_traj
+   l1:windshear_traj_lb
+   l0:temperature_traj
+   l0:temperature_traj_lb
+
+    
+# ==========================================================================================
+#                 hydrometeor classification products
+# ==========================================================================================
+hydroclass STRUCT 6
+    type STRING HYDROCLASS
+    datatype STRARR 5
+        CFRADIAL:dBZc,Att_ZPhi,SAVEVOL_dBZc
+        CFRADIAL:ZDRc,Att_ZPhi,SAVEVOL_ZDRc
+        CFRADIAL:RhoHVc,echoFilter,SAVEVOL_RhoHVc
+        CFRADIAL:KDPc,KDPc,SAVEVOL_KDPc
+        RAD4ALPCOSMO:TEMP
+    HYDRO_METHOD STRING SEMISUPERVISED
+    RADARCENTROIDS STRING A
+    MAKE_GLOBAL INT 1
+    products STRUCT 1
+        SAVEVOL_hydro STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING hydro
+    
+    
+# ==========================================================================================
+#               rainfall rate
+# ==========================================================================================
+RR_hydro STRUCT 5
+    type STRING RAINRATE
+    datatype STRARR 3
+        CFRADIAL:dBZc,Att_ZPhi,SAVEVOL_dBZc
+        CFRADIAL:Ahc,echoFilter_Ah,SAVEVOL_Ahc
+        PROC:hydro
+    RR_METHOD STRING hydro
+    MAKE_GLOBAL INT 1   
+    products STRUCT 1
+        SAVEVOL_RR_hydro STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING RR
+
+            
+# ==========================================================================================
+#               wind shear
+# ==========================================================================================
+windshear_v STRUCT 4
+    type STRING WINDSHEAR
+    datatype STRARR 1
+        CFRADIAL:wind_vel_h_az,wind_vel_h_az,SAVEVOL_wind_vel_h_az    
+    MAKE_GLOBAL INT 1
+    products STRUCT 1
+        SAVEVOL_windshear_v STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING windshear_v            
+            
+            
+# ==========================================================================================
+#               trajectory processing
+# ==========================================================================================    
+traj STRUCT 3
+   type     STRING TRAJ
+   datatype STRARR 1
+       CFRADIAL:dBZc,Att_ZPhi,SAVEVOL_dBZc
+   products STRUCT 4
+      TS_RANGE STRUCT 2
+         type  STRING TRAJ_PLOT
+         datatype STRING RANGE
+      TS_EL STRUCT 2
+         type  STRING TRAJ_PLOT
+         datatype STRING EL
+      TS_AZ STRUCT 2
+         type  STRING TRAJ_PLOT
+         datatype STRING AZ
+      TS_TEXT STRUCT 1
+         type  STRING TRAJ_TEXT
+
+reflectivity_traj STRUCT 3
+   type          STRING TRAJ_ATPLANE
+   datatype      STRING CFRADIAL:dBZc,Att_ZPhi,SAVEVOL_dBZc
+   products      STRUCT 1
+      AT_PLANE STRUCT 3
+         type  STRING   PLOT_AND_WRITE
+         ymin  FLOAT    0.0
+         ymax  FLOAT    50.0
+
+reflectivity_traj_lb STRUCT 9
+   type          STRING TRAJ_ANTENNA_PATTERN
+   datatype      STRING CFRADIAL:dBZc,Att_ZPhi,SAVEVOL_dBZc
+   dssavename    STRING reflectivity_traj
+   antennaType   STRING LOWBEAM
+   use_nans      INT 0
+   nan_value     FLOAT 0.0
+   pattern_thres FLOAT 1.5
+   range_all     INT 0
+   products      STRUCT 1
+      LOWBEAM_ANTENNA STRUCT 1
+         type  STRING   PLOT_AND_WRITE
+#         ymin  FLOAT    0.0
+#         ymax  FLOAT    4.0
+
+rainrate_traj STRUCT 3
+   type          STRING TRAJ_ATPLANE
+   datatype      STRING PROC:RR
+   products      STRUCT 1
+      AT_PLANE STRUCT 3
+         type  STRING   PLOT_AND_WRITE
+         ymin  FLOAT    0.0
+         ymax  FLOAT    4.0
+
+rainrate_traj_lb STRUCT 9
+   type          STRING TRAJ_ANTENNA_PATTERN
+   datatype      STRING PROC:RR
+   dssavename    STRING rainrate_traj
+   antennaType   STRING LOWBEAM
+   use_nans      INT 0
+   nan_value     FLOAT 0.0
+   pattern_thres FLOAT 1.5
+   RANGE_ALL     INT 0
+   products      STRUCT 1
+      LOWBEAM_ANTENNA STRUCT 3
+         type  STRING   PLOT_AND_WRITE
+         ymin  FLOAT    0.0
+         ymax  FLOAT    4.0
+
+windshear_traj STRUCT 3
+   type     STRING TRAJ_ATPLANE
+   datatype STRING PROC:windshear_v
+   products STRUCT 1
+      AT_PLANE STRUCT 1
+         type  STRING PLOT_AND_WRITE
+
+windshear_traj_lb STRUCT 8
+   type     STRING TRAJ_ANTENNA_PATTERN
+   datatype STRING PROC:windshear_v
+   dssavename STRING windshear_traj
+   antennaType STRING LOWBEAM
+   use_nans   INT 0
+   nan_value  FLOAT 0.0
+   pattern_thres FLOAT 1.5
+   products STRUCT 1
+      LOWBEAM_ANTENNA STRUCT 3
+         type  STRING   PLOT_AND_WRITE
+         ymin  FLOAT    -20.0
+         ymax  FLOAT     20.0
+
+temperature_traj STRUCT 3
+   type     STRING TRAJ_ATPLANE
+   datatype STRING RAD4ALPCOSMO:TEMP
+   products STRUCT 1
+      AT_PLANE STRUCT 1
+         type  STRING PLOT_AND_WRITE
+
+temperature_traj_lb STRUCT 8
+   type     STRING TRAJ_ANTENNA_PATTERN
+   datatype STRING RAD4ALPCOSMO:TEMP
+   dssavename STRING temperature_traj
+   antennaType STRING LOWBEAM
+   use_nans   INT 0
+   nan_value  FLOAT 0.0
+   pattern_thres FLOAT 1.5
+   products STRUCT 1
+      LOWBEAM_ANTENNA STRUCT 1
+         type  STRING   PLOT_AND_WRITE
+#         ymin  FLOAT    -20.0
+#         ymax  FLOAT     20.0         
\ No newline at end of file
diff --git a/config/processing/mals_pay_PHD_ASR_traj.txt b/config/processing/mals_pay_PHD_ASR_traj.txt
new file mode 100755
index 0000000..851ba1a
--- /dev/null
+++ b/config/processing/mals_pay_PHD_ASR_traj.txt
@@ -0,0 +1,50 @@
+# Name of this configuration:
+# Will be used in product generation save path
+name STRING mals_pay_PHD_ASR_traj
+
+# ---------------------------------------------------------
+#  Raw data pathes
+# ---------------------------------------------------------
+
+# Base path of the raw data.
+# Note: Must have a trailing '/'
+# ('<datapath>/<scanname>/<YYYY-MM-DD>/<YYYYMMDDHHMMSS00datatype>.<ext>')
+datapath STRING /data/rad4alp/rawdata/
+
+# Base path for cosmo data
+cosmopath STRING /data/cosmo/
+
+# Loading of saved datasets
+loadbasepath STRING /data/pyrad_products/
+loadname STRING  mals_pay_PHD_ASR_traj
+
+# ------------------------------------------------------------
+# Auxiliary data pathes
+# ------------------------------------------------------------
+# Base path for swissmetnet data
+smnpath STRING /data/meteo_products/SMNRetrieve/
+
+# Base path for disdrometer data
+disdropath STRING /data/scattering/dsd_ts/
+
+# --------------------------------------------
+# Output data
+# --------------------------------------------
+saveimgbasepath STRING /data/pyrad_products/
+saveimg         INT 1
+# Supported formats: eps, jpeg, jpg, pdf, pgf, png, ps, raw, rgba, svg, svgz, tif, tiff
+imgformat STRING png
+
+# --------------------------------------------------------
+# configuration files pathes
+# --------------------------------------------------------
+
+# Base path of configuration files
+configpath STRING $HOME/pyrad/config/
+
+# Configuration of the radar location and approach direction
+locationConfigFile STRING $HOME/pyrad/config/processing/mals_pay_PHD_ASR_traj_loc.txt
+
+# Configuration of the product generation
+productConfigFile STRING $HOME/pyrad/config/processing/mals_pay_PHD_ASR_traj_prod.txt
+
diff --git a/config/processing/mals_pay_PHD_ASR_traj_loc.txt b/config/processing/mals_pay_PHD_ASR_traj_loc.txt
new file mode 100755
index 0000000..c0940c0
--- /dev/null
+++ b/config/processing/mals_pay_PHD_ASR_traj_loc.txt
@@ -0,0 +1,118 @@
+#
+# Configuration for PARADISO tests at the airport Payerne
+
+# Number of radars to process
+NumRadars INT 1
+
+# Time tolerance when processing multiple radars [s]
+TimeTol FLOAT 3600.
+
+# rad4alp radar name
+RadarName STRARR 1
+	D
+
+# rad4alp radar range resolution L:Low H:High
+RadarRes STRARR 1
+	H
+
+# Names of the radar scans in the specified sector
+ScanList STRARR 20
+	  001  # masterscan: first scan of a volume
+	  002
+	  003
+	  004
+	  005
+	  006
+	  007
+	  008
+	  009
+	  010
+	  011
+	  012
+	  013
+	  014
+	  015
+	  016
+	  017
+	  018
+	  019
+	  020
+
+
+# angles from 001 to 020
+# ['-0.2', '0.4',  '1.0',  '1.6',  '2.5',  '3.5',  '4.5',  '5.5',  '6.5',  '7.5',
+#   '8.5', '9.5', '11.0', '13.0', '16.0', '20.0', '25.0', '30.0', '35.0', '40.0']
+
+
+# Repetition time of the scans [min]
+ScanPeriod INT 5
+
+# Frequency of cosmo run [h]
+CosmoRunFreq INT 3
+
+# hours forecasted in cosmo run [h]
+CosmoForecasted INT 7
+
+# radar constant
+radconsth FLOAT 73.23
+radconstv FLOAT 73.33
+
+# radar constant h, v (20141125)
+# A 72.78, 72.98
+# D	73.88, 73.88
+# L 72.57, 72.12
+# P 73.20, 73.23
+
+# radar constant h, v (20150127)
+# A 71.67, 72.27
+# D	73.23, 73.33
+# L 72.53, 72.08
+# P 72.68, 72.71
+
+# matching filter losses
+mflossh FLOAT 1.
+mflossv FLOAT 1.
+
+# gas attenuation coefficient (1-way attenuation)
+# the coefficient is actually that of S-band but this is the one used operationally for rad4alp radars
+attg FLOAT 0.008
+
+# radar beamwidth
+RadarBeamwidth FLOAT 1.0
+
+# azimuth tolerance when azimuth may be variable
+AzimTol FLOAT 0.4
+
+# Image config
+ppiImageConfig STRUCT 6
+   xsize      FLOAT   8.      # image size [inches] (default dots per inch (dpi):72)
+   ysize      FLOAT   7.      # image size [inches] (default dots per inch (dpi):72)
+   xmin       FLOAT -24.0   # Min distance on horizontal axis [km]
+   xmax       FLOAT   0.   # Max distance on horizontal axis [km]
+   ymin       FLOAT -32.0   # Min distance on vertical axis [km]
+   ymax       FLOAT  -8.0   # Max distance on vertical axis [km]
+
+rhiImageConfig STRUCT 6
+   xsize      FLOAT  10.    # image size [inches]
+   ysize      FLOAT   5.     # image size [inches]
+   xmin       FLOAT -45.0   # Min distance on horizontal axis [km]
+   xmax       FLOAT -11.0   # Max distance on horizontal axis [km]
+   ymin       FLOAT   0.0   # Min distance on vertical axis [km]
+   ymax       FLOAT  5.0   # Max distance on vertical axis [km]
+
+# ASR position
+asr_position STRUCT 3
+    latitude FLOAT 46.769615 # WGS84 [deg]
+    longitude FLOAT 6.954204 # WGS84 [deg]
+    altitude FLOAT 745.9     # m MSL (795.5 m WGS84)
+
+# ASR antenna pattern
+asr_highbeam_antenna STRUCT 3
+   azPatternFile STRING ASR_HighBeamAzimuthPattern.csv
+   elPatternFile STRING ASR_HighBeamElevationPattern.csv
+   fixed_angle FLOAT 2.7    # elevation angle [deg]
+
+asr_lowbeam_antenna STRUCT 3
+   azPatternFile STRING ASR_LowBeamAzimuthPattern.csv
+   elPatternFile STRING ASR_LowBeamElevationPattern.csv
+   fixed_angle FLOAT 2.7    # elevation angle [deg]
diff --git a/config/processing/mals_pay_PHD_ASR_traj_preproc.txt b/config/processing/mals_pay_PHD_ASR_traj_preproc.txt
new file mode 100755
index 0000000..770d680
--- /dev/null
+++ b/config/processing/mals_pay_PHD_ASR_traj_preproc.txt
@@ -0,0 +1,46 @@
+# Name of this configuration:
+# Will be used in product generation save path
+name STRING mals_pay_PHD_ASR_traj
+
+# ---------------------------------------------------------
+#  Raw data pathes
+# ---------------------------------------------------------
+
+# Base path of the raw data.
+# Note: Must have a trailing '/'
+# ('<datapath>/<scanname>/<YYYY-MM-DD>/<YYYYMMDDHHMMSS00datatype>.<ext>')
+datapath STRING /data/rad4alp/rawdata/
+
+# Base path for cosmo data
+cosmopath STRING /data/cosmo/
+    
+# ------------------------------------------------------------
+# Auxiliary data pathes
+# ------------------------------------------------------------
+# Base path for swissmetnet data
+smnpath STRING /data/meteo_products/SMNRetrieve/
+
+# Base path for disdrometer data
+disdropath STRING /data/scattering/dsd_ts/
+
+# --------------------------------------------
+# Output data
+# --------------------------------------------
+saveimgbasepath STRING /data/pyrad_products/
+saveimg         INT 1
+# Supported formats: eps, jpeg, jpg, pdf, pgf, png, ps, raw, rgba, svg, svgz, tif, tiff
+imgformat STRING png	
+
+# --------------------------------------------------------
+# configuration files pathes
+# --------------------------------------------------------
+
+# Base path of configuration files
+configpath STRING $HOME/pyrad/config/
+
+# Configuration of the radar location and approach direction
+locationConfigFile STRING $HOME/pyrad/config/processing/mals_pay_PHD_ASR_traj_loc.txt
+
+# Configuration of the product generation
+productConfigFile STRING $HOME/pyrad/config/processing/mals_pay_PHD_ASR_traj_preproc_prod.txt
+
diff --git a/config/processing/mals_pay_PHD_ASR_traj_preproc_prod.txt b/config/processing/mals_pay_PHD_ASR_traj_preproc_prod.txt
new file mode 100755
index 0000000..22252c9
--- /dev/null
+++ b/config/processing/mals_pay_PHD_ASR_traj_preproc_prod.txt
@@ -0,0 +1,192 @@
+#
+# Product generation configuration
+#
+
+# List of datasets to generate.
+# The detailed specification of each dataset is given below.
+dataSetList STRARR 10
+   l0:SNRh
+   l0:RhoHV
+   l1:echoID
+   l2:echoFilter
+   l6:echoFilter_Ah
+   l3:SNRFilter
+   l4:PhiDPc_smooth2w
+   l5:KDPc
+   l5:Att_ZPhi
+   l3:wind_vel_h_az
+   
+
+# ==========================================================================================
+#                 secondary moments products
+# ==========================================================================================
+SNRh STRUCT 4
+    type STRING SNR
+    datatype STRARR 2
+        RAD4ALP:dBZ
+        RAD4ALP:Nh
+    output_type STRING SNRh
+    MAKE_GLOBAL INT 1
+	
+	
+RhoHV STRUCT 3
+    type STRING RHOHV_CORRECTION
+    datatype STRARR 5
+        RAD4ALP:uRhoHV
+        RAD4ALP:ZDR
+        RAD4ALP:Nh
+        RAD4ALP:Nv
+        PROC:SNRh
+    MAKE_GLOBAL INT 1
+
+# ==========================================================================================
+#                 echo identification
+# ==========================================================================================
+echoID STRUCT 3
+    type STRING SAN
+    datatype STRARR 4
+        RAD4ALP:dBZ
+        RAD4ALP:ZDR
+        RAD4ALP:uPhiDP
+        PROC:RhoHV
+    MAKE_GLOBAL INT 1
+
+
+# ==========================================================================================
+#                 clutter and noise suppression
+# ==========================================================================================
+# echo type 3 : precip, 2 : clutter, 1 : noise
+echoFilter STRUCT 5
+    type STRING ECHO_FILTER
+    datatype STRARR 6
+        PROC:echoID
+        RAD4ALP:dBZ
+        RAD4ALP:ZDR
+        PROC:RhoHV
+        RAD4ALP:uPhiDP
+        RAD4ALP:V
+    echo_type INT 3
+    MAKE_GLOBAL INT 1
+    products STRUCT 1
+        SAVEVOL_RhoHVc STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING RhoHVc
+
+echoFilter_Ah STRUCT 5
+    type STRING ECHO_FILTER
+    datatype STRARR 2
+        PROC:echoID
+        PROC:Ah
+    echo_type INT 3
+    MAKE_GLOBAL INT 0
+    products STRUCT 1
+        SAVEVOL_Ahc STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING Ahc
+    
+
+# ==========================================================================================
+#                 outlier filter
+# ==========================================================================================    
+#outlierFilter STRUCT 9
+#    type STRING OUTLIER_FILTER
+#    datatype STRARR 1
+#        PROC:Vc
+#    threshold FLOAT 10.
+#    nb INT 2
+#    nb_min INT 3
+#    percentile_min FLOAT 5.
+#    percentile_max float 95.
+#    MAKE_GLOBAL INT 1
+#    products STRUCT 1        
+#        AZ037_0_V STRUCT 3
+#            type  STRING RHI_IMAGE
+#            anglenr INT 6
+#            voltype STRING Vc
+
+            
+# ==========================================================================================
+#                 filtration based on SNR
+# ==========================================================================================
+SNRFilter STRUCT 4
+   type STRING SNR_FILTER
+   datatype STRARR 2
+      PROC:SNRh
+      PROC:PhiDPc
+   SNRmin FLOAT 10.
+   MAKE_GLOBAL INT 1
+   
+
+# ==========================================================================================
+#                 PHIDP processing
+# ==========================================================================================   
+PhiDPc_smooth2w STRUCT 11
+    type STRING PHIDP_SMOOTH_2W
+    datatype STRARR 2
+        PROC:PhiDPc
+        PROC:dBZc
+    rmin FLOAT 1000.
+    rmax FLOAT 50000.
+    rcell FLOAT 1000.
+    Zmin FLOAT 20.
+    Zmax FLOAT 40.
+    rwinds FLOAT 1000.
+    rwindl FLOAT 3000.
+    Zthr FLOAT 40.    
+    MAKE_GLOBAL INT 1
+	
+	
+# ==========================================================================================
+#                 KDP processing
+# ==========================================================================================   
+KDPc STRUCT 7
+    type STRING KDP_LEASTSQUARE_2W
+    datatype STRARR 2
+        PROC:PhiDPc
+        PROC:dBZc
+    rwinds FLOAT 1000.
+    rwindl FLOAT 3000.
+    Zthr FLOAT 40.    
+    MAKE_GLOBAL INT 0
+    products STRUCT 1
+        SAVEVOL_KDPc STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING KDPc
+
+
+# ==========================================================================================
+#                 Attenuation
+# ==========================================================================================
+Att_ZPhi STRUCT 6
+    type STRING ATTENUATION
+    datatype STRARR 4
+        PROC:dBZc
+        PROC:ZDRc
+        PROC:PhiDPc
+        RAD4ALPCOSMO:TEMP
+    ATT_METHOD STRING ZPhi
+    fzl FLOAT 2000.
+    MAKE_GLOBAL INT 1
+    products STRUCT 2
+        SAVEVOL_dBZc STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING dBZc
+        SAVEVOL_ZDRc STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING ZDRc
+            
+            
+# ==========================================================================================
+#               wind velocity
+# ==========================================================================================
+wind_vel_h_az STRUCT 5
+    type STRING WIND_VEL
+    datatype STRARR 1
+        PROC:Vc
+    vert_proj INT 0
+    MAKE_GLOBAL INT 0
+    products STRUCT 1
+        SAVEVOL_wind_vel_h_az STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING wind_vel_h_az
+            
\ No newline at end of file
diff --git a/config/processing/mals_pay_PHD_ASR_traj_prod.txt b/config/processing/mals_pay_PHD_ASR_traj_prod.txt
new file mode 100755
index 0000000..92968c1
--- /dev/null
+++ b/config/processing/mals_pay_PHD_ASR_traj_prod.txt
@@ -0,0 +1,248 @@
+#
+# Product generation configuration
+#
+
+# List of datasets to generate.
+# The detailed specification of each dataset is given below.
+dataSetList STRARR 5
+    reflectivity_traj_lb
+    rainrate_traj_lb
+    windshear_traj_lb    
+    temperature_traj
+    temperature_traj_lb
+
+
+
+#   l0:hydroclass
+#   l1:RR_hydro
+#   l0:windshear_v
+#   l0:traj
+#   l0:reflectivity_traj
+#   l0:reflectivity_traj_lb
+#   l2:rainrate_traj
+#   l2:rainrate_traj_lb
+#   l1:windshear_traj
+#   l1:windshear_traj_lb
+#   l0:temperature_traj
+#   l0:temperature_traj_lb
+
+
+## ==========================================================================================
+##                 hydrometeor classification products
+## ==========================================================================================
+#hydroclass STRUCT 6
+#    type STRING HYDROCLASS
+#    datatype STRARR 5
+#        CFRADIAL:dBZc,Att_ZPhi,SAVEVOL_dBZc
+#        CFRADIAL:ZDRc,Att_ZPhi,SAVEVOL_ZDRc
+#        CFRADIAL:RhoHVc,echoFilter,SAVEVOL_RhoHVc
+#        CFRADIAL:KDPc,KDPc,SAVEVOL_KDPc
+#        RAD4ALPCOSMO:TEMP
+#    HYDRO_METHOD STRING SEMISUPERVISED
+#    RADARCENTROIDS STRING A
+#    MAKE_GLOBAL INT 1
+#    products STRUCT 1
+#        SAVEVOL_hydro STRUCT 2
+#            type  STRING SAVEVOL
+#            voltype STRING hydro
+#
+#
+## ==========================================================================================
+##               rainfall rate
+## ==========================================================================================
+#RR_hydro STRUCT 5
+#    type STRING RAINRATE
+#    datatype STRARR 3
+#        CFRADIAL:dBZc,Att_ZPhi,SAVEVOL_dBZc
+#        CFRADIAL:Ahc,echoFilter_Ah,SAVEVOL_Ahc
+#        PROC:hydro
+#    RR_METHOD STRING hydro
+#    MAKE_GLOBAL INT 1
+#    products STRUCT 1
+#        SAVEVOL_RR_hydro STRUCT 2
+#            type  STRING SAVEVOL
+#            voltype STRING RR
+#
+#
+## ==========================================================================================
+##               wind shear
+## ==========================================================================================
+#windshear_v STRUCT 4
+#    type STRING WINDSHEAR
+#    datatype STRARR 1
+#        CFRADIAL:wind_vel_h_az,wind_vel_h_az,SAVEVOL_wind_vel_h_az
+#    MAKE_GLOBAL INT 1
+#    products STRUCT 1
+#        SAVEVOL_windshear_v STRUCT 2
+#            type  STRING SAVEVOL
+#            voltype STRING windshear_v
+#
+#
+## ==========================================================================================
+##               trajectory processing
+## ==========================================================================================
+#traj STRUCT 3
+#   type     STRING TRAJ
+#   datatype STRARR 1
+#       CFRADIAL:dBZc,Att_ZPhi,SAVEVOL_dBZc
+#   products STRUCT 4
+#      TS_RANGE STRUCT 2
+#         type  STRING TRAJ_PLOT
+#         datatype STRING RANGE
+#      TS_EL STRUCT 2
+#         type  STRING TRAJ_PLOT
+#         datatype STRING EL
+#      TS_AZ STRUCT 2
+#         type  STRING TRAJ_PLOT
+#         datatype STRING AZ
+#      TS_TEXT STRUCT 1
+#         type  STRING TRAJ_TEXT
+#
+#reflectivity_traj STRUCT 4
+#   type          STRING TRAJ_ATPLANE
+#   datatype      STRING CFRADIAL:dBZc,Att_ZPhi,SAVEVOL_dBZc
+#   data_is_log   INT   1
+#   products      STRUCT 1
+#      AT_PLANE STRUCT 3
+#         type  STRING   PLOT_AND_WRITE
+#         ymin  FLOAT    0.0
+#         ymax  FLOAT    50.0
+#
+reflectivity_traj_lb STRUCT 14
+   type          STRING TRAJ_ANTENNA_PATTERN
+   datatype      STRING CFRADIAL:dBZc,Att_ZPhi,SAVEVOL_dBZc
+   dssavename    STRING reflectivity_traj
+   antennaType   STRING LOWBEAM
+   use_nans      INT 0
+   nan_value     FLOAT 0.0
+   pattern_thres FLOAT 1.5
+   range_all     INT 0
+   max_altitude  FLOAT 11000.0  # [m]
+   rhi_resolution FLOAT 0.4  # [deg]
+   latlon_tol    FLOAT 0.03  # [deg]
+   alt_tol       FLOAT 1000  # [m]
+   data_is_log   INT   1
+   products      STRUCT 1
+      LOWBEAM_ANTENNA STRUCT 1
+         type  STRING   PLOT_AND_WRITE
+         ymin  FLOAT    0.0
+         ymax  FLOAT    4.0
+
+#rainrate_traj STRUCT 3
+#   type          STRING TRAJ_ATPLANE
+#   datatype      STRING PROC:RR
+#   products      STRUCT 1
+#      AT_PLANE STRUCT 3
+#         type  STRING   PLOT_AND_WRITE
+#         ymin  FLOAT    0.0
+#         ymax  FLOAT    4.0
+
+rainrate_traj_lb STRUCT 14
+   type          STRING TRAJ_ANTENNA_PATTERN
+   datatype      STRING CFRADIAL:RR,RR_hydro,SAVEVOL_RR_hydro
+   dssavename    STRING rainrate_traj
+   antennaType   STRING LOWBEAM
+   use_nans      INT 0
+   nan_value     FLOAT 0.0
+   pattern_thres FLOAT 1.5
+   range_all     INT 0
+   max_altitude  FLOAT 11000.0  # [m]
+   rhi_resolution FLOAT 0.4  # [deg]
+   latlon_tol    FLOAT 0.03  # [deg]
+   alt_tol       FLOAT 1000  # [m]
+   data_is_log   INT   0
+   products      STRUCT 1
+      LOWBEAM_ANTENNA STRUCT 3
+         type  STRING   PLOT_AND_WRITE
+         ymin  FLOAT    0.0
+         ymax  FLOAT    4.0
+
+#windshear_traj STRUCT 3
+#   type     STRING TRAJ_ATPLANE
+#   datatype STRING PROC:windshear_v
+#   products STRUCT 1
+#      AT_PLANE STRUCT 1
+#         type  STRING PLOT_AND_WRITE
+
+windshear_traj_lb STRUCT 14
+   type     STRING TRAJ_ANTENNA_PATTERN
+   datatype STRING CFRADIAL:windshear_v,windshear_v,SAVEVOL_windshear_v
+   dssavename STRING windshear_traj
+   antennaType STRING LOWBEAM
+   use_nans   INT 0
+   nan_value  FLOAT 0.0
+   pattern_thres FLOAT 1.5
+   range_all     INT 0
+   max_altitude  FLOAT 11000.0  # [m]
+   rhi_resolution FLOAT 0.4  # [deg]
+   latlon_tol    FLOAT 0.03  # [deg]
+   alt_tol       FLOAT 1000  # [m]
+   data_is_log   INT   0
+   products STRUCT 1
+      LOWBEAM_ANTENNA STRUCT 3
+         type  STRING   PLOT_AND_WRITE
+         ymin  FLOAT    -20.0
+         ymax  FLOAT     20.0
+
+temperature_traj STRUCT 3
+    type     STRING TRAJ_ATPLANE
+    datatype STRING RAD4ALPCOSMO:TEMP
+    products STRUCT 1
+       AT_PLANE STRUCT 1
+          type  STRING PLOT_AND_WRITE
+
+temperature_traj_lb STRUCT 14
+   type     STRING TRAJ_ANTENNA_PATTERN
+   datatype STRING RAD4ALPCOSMO:TEMP
+   dssavename STRING temperature_traj
+   antennaType STRING LOWBEAM
+   use_nans   INT 0
+   nan_value  FLOAT 0.0
+   pattern_thres FLOAT 1.5
+   range_all     INT 0
+   max_altitude  FLOAT 11000.0  # [m]
+   rhi_resolution FLOAT 0.4  # [deg]
+   latlon_tol    FLOAT 0.03  # [deg]
+   alt_tol       FLOAT 1000  # [m]
+   data_is_log   INT   0
+   products STRUCT 1
+      LOWBEAM_ANTENNA STRUCT 1
+         type  STRING   PLOT_AND_WRITE
+#         ymin  FLOAT    -20.0
+#         ymax  FLOAT     20.0
+
+#dBZ_traj STRUCT 3
+#    type     STRING TRAJ_ATPLANE
+#    datatype STRING RAD4ALP:dBZ
+#    products STRUCT 1
+#       AT_PLANE STRUCT 1
+#          type  STRING PLOT_AND_WRITE
+#          
+#dBZv_traj STRUCT 3
+#    type     STRING TRAJ_ATPLANE
+#    datatype STRING RAD4ALP:dBZv
+#    products STRUCT 1
+#       AT_PLANE STRUCT 1
+#          type  STRING PLOT_AND_WRITE
+#          
+#ZDR_traj STRUCT 3
+#    type     STRING TRAJ_ATPLANE
+#    datatype STRING RAD4ALP:ZDR
+#    products STRUCT 1
+#       AT_PLANE STRUCT 1
+#          type  STRING PLOT_AND_WRITE
+#          
+#uRhoHV_traj STRUCT 3
+#    type     STRING TRAJ_ATPLANE
+#    datatype STRING RAD4ALP:uRhoHV
+#    products STRUCT 1
+#       AT_PLANE STRUCT 1
+#          type  STRING PLOT_AND_WRITE
+#          
+#uPhiDP_traj STRUCT 3
+#    type     STRING TRAJ_ATPLANE
+#    datatype STRING RAD4ALP:uPhiDP
+#    products STRUCT 1
+#       AT_PLANE STRUCT 1
+#          type  STRING PLOT_AND_WRITE
+          
\ No newline at end of file
diff --git a/config/processing/mals_pay_PHP_ASR_traj.txt b/config/processing/mals_pay_PHP_ASR_traj.txt
new file mode 100755
index 0000000..1b3304b
--- /dev/null
+++ b/config/processing/mals_pay_PHP_ASR_traj.txt
@@ -0,0 +1,50 @@
+# Name of this configuration:
+# Will be used in product generation save path
+name STRING mals_pay_PHP_ASR_traj
+
+# ---------------------------------------------------------
+#  Raw data pathes
+# ---------------------------------------------------------
+
+# Base path of the raw data.
+# Note: Must have a trailing '/'
+# ('<datapath>/<scanname>/<YYYY-MM-DD>/<YYYYMMDDHHMMSS00datatype>.<ext>')
+datapath STRING /data/rad4alp/rawdata/
+
+# Base path for cosmo data
+cosmopath STRING /data/cosmo/
+
+# Loading of saved datasets
+loadbasepath STRING /data/pyrad_products/
+loadname STRING  mals_pay_PHP_ASR_traj
+    
+# ------------------------------------------------------------
+# Auxiliary data pathes
+# ------------------------------------------------------------
+# Base path for swissmetnet data
+smnpath STRING /data/meteo_products/SMNRetrieve/
+
+# Base path for disdrometer data
+disdropath STRING /data/scattering/dsd_ts/
+
+# --------------------------------------------
+# Output data
+# --------------------------------------------
+saveimgbasepath STRING /data/pyrad_products/
+saveimg         INT 1
+# Supported formats: eps, jpeg, jpg, pdf, pgf, png, ps, raw, rgba, svg, svgz, tif, tiff
+imgformat STRING png	
+
+# --------------------------------------------------------
+# configuration files pathes
+# --------------------------------------------------------
+
+# Base path of configuration files
+configpath STRING $HOME/pyrad/config/
+
+# Configuration of the radar location and approach direction
+locationConfigFile STRING $HOME/pyrad/config/processing/mals_pay_PHP_ASR_traj_loc.txt
+
+# Configuration of the product generation
+productConfigFile STRING $HOME/pyrad/config/processing/mals_pay_PHP_ASR_traj_prod.txt
+
diff --git a/config/processing/mals_pay_PHP_ASR_traj_loc.txt b/config/processing/mals_pay_PHP_ASR_traj_loc.txt
new file mode 100755
index 0000000..759fcad
--- /dev/null
+++ b/config/processing/mals_pay_PHP_ASR_traj_loc.txt
@@ -0,0 +1,113 @@
+#
+# Configuration for PARADISO tests at the airport Payerne
+
+# Number of radars to process
+NumRadars INT 1
+
+# Time tolerance when processing multiple radars [s]
+TimeTol FLOAT 3600.
+
+# rad4alp radar name
+RadarName STRARR 1
+	P
+
+# rad4alp radar range resolution L:Low H:High
+RadarRes STRARR 1
+	H
+
+# Names of the radar scans in the specified sector
+ScanList STRARR 20
+	  001  # masterscan: first scan of a volume
+	  002
+	  003
+	  004
+	  005
+	  006
+	  007
+	  008
+	  009
+	  010
+	  011
+	  012
+	  013
+	  014
+	  015
+	  016
+	  017
+	  018
+	  019
+	  020
+
+
+# angles from 001 to 020
+# ['-0.2', '0.4',  '1.0',  '1.6',  '2.5',  '3.5',  '4.5',  '5.5',  '6.5',  '7.5',
+#   '8.5', '9.5', '11.0', '13.0', '16.0', '20.0', '25.0', '30.0', '35.0', '40.0']
+
+
+# Repetition time of the scans [min]
+ScanPeriod INT 5
+
+# Frequency of cosmo run [h]
+CosmoRunFreq INT 3
+
+# hours forecasted in cosmo run [h]
+CosmoForecasted INT 7
+
+# radar constant
+radconsth FLOAT 72.68
+radconstv FLOAT 72.71
+
+# radar constant h, v (20141125)
+# A 72.78, 72.98
+# D	73.88, 73.88
+# L 72.57, 72.12
+# P 73.20, 73.23
+
+# radar constant h, v (20150127)
+# A 71.67, 72.27
+# D	73.23, 73.33
+# L 72.53, 72.08
+# P 72.68, 72.71
+
+# matching filter losses
+mflossh FLOAT 1.
+mflossv FLOAT 1.
+
+# gas attenuation coefficient (1-way attenuation)
+# the coefficient is actually that of S-band but this is the one used operationally for rad4alp radars
+attg FLOAT 0.008
+
+# radar beamwidth
+RadarBeamwidth FLOAT 1.0
+
+# azimuth tolerance when azimuth may be variable
+AzimTol FLOAT 0.4
+
+# Image config
+ppiImageConfig STRUCT 6
+   xsize      FLOAT   8.      # image size [inches] (default dots per inch (dpi):72)
+   ysize      FLOAT   7.      # image size [inches] (default dots per inch (dpi):72)
+   xmin       FLOAT -24.0   # Min distance on horizontal axis [km]
+   xmax       FLOAT   0.   # Max distance on horizontal axis [km]
+   ymin       FLOAT -32.0   # Min distance on vertical axis [km]
+   ymax       FLOAT  -8.0   # Max distance on vertical axis [km]
+
+rhiImageConfig STRUCT 6
+   xsize      FLOAT  10.    # image size [inches]
+   ysize      FLOAT   5.     # image size [inches]
+   xmin       FLOAT -45.0   # Min distance on horizontal axis [km]
+   xmax       FLOAT -11.0   # Max distance on horizontal axis [km]
+   ymin       FLOAT   0.0   # Min distance on vertical axis [km]
+   ymax       FLOAT  5.0   # Max distance on vertical axis [km]
+   
+   
+# ASR antenna pattern
+asr_highbeam_antenna STRUCT 3
+   azPatternFile STRING ASR_HighBeamAzimuthPattern.csv
+   elPatternFile STRING ASR_HighBeamElevationPattern.csv
+   fixed_angle FLOAT 2.7    # elevation angle [deg]
+
+asr_lowbeam_antenna STRUCT 3
+   azPatternFile STRING ASR_LowBeamAzimuthPattern.csv
+   elPatternFile STRING ASR_LowBeamElevationPattern.csv
+   fixed_angle FLOAT 2.7    # elevation angle [deg]
\ No newline at end of file
diff --git a/config/processing/mals_pay_PHP_ASR_traj_preproc.txt b/config/processing/mals_pay_PHP_ASR_traj_preproc.txt
new file mode 100755
index 0000000..8819346
--- /dev/null
+++ b/config/processing/mals_pay_PHP_ASR_traj_preproc.txt
@@ -0,0 +1,46 @@
+# Name of this configuration:
+# Will be used in product generation save path
+name STRING mals_pay_PHP_ASR_traj
+
+# ---------------------------------------------------------
+#  Raw data pathes
+# ---------------------------------------------------------
+
+# Base path of the raw data.
+# Note: Must have a trailing '/'
+# ('<datapath>/<scanname>/<YYYY-MM-DD>/<YYYYMMDDHHMMSS00datatype>.<ext>')
+datapath STRING /data/rad4alp/rawdata/
+
+# Base path for cosmo data
+cosmopath STRING /data/cosmo/
+    
+# ------------------------------------------------------------
+# Auxiliary data pathes
+# ------------------------------------------------------------
+# Base path for swissmetnet data
+smnpath STRING /data/meteo_products/SMNRetrieve/
+
+# Base path for disdrometer data
+disdropath STRING /data/scattering/dsd_ts/
+
+# --------------------------------------------
+# Output data
+# --------------------------------------------
+saveimgbasepath STRING /data/pyrad_products/
+saveimg         INT 1
+# Supported formats: eps, jpeg, jpg, pdf, pgf, png, ps, raw, rgba, svg, svgz, tif, tiff
+imgformat STRING png	
+
+# --------------------------------------------------------
+# configuration files pathes
+# --------------------------------------------------------
+
+# Base path of configuration files
+configpath STRING $HOME/pyrad/config/
+
+# Configuration of the radar location and approach direction
+locationConfigFile STRING $HOME/pyrad/config/processing/mals_pay_PHP_ASR_traj_loc.txt
+
+# Configuration of the product generation
+productConfigFile STRING $HOME/pyrad/config/processing/mals_pay_PHP_ASR_traj_preproc_prod.txt
+
diff --git a/config/processing/mals_pay_PHP_ASR_traj_preproc_prod.txt b/config/processing/mals_pay_PHP_ASR_traj_preproc_prod.txt
new file mode 100755
index 0000000..22252c9
--- /dev/null
+++ b/config/processing/mals_pay_PHP_ASR_traj_preproc_prod.txt
@@ -0,0 +1,192 @@
+#
+# Product generation configuration
+#
+
+# List of datasets to generate.
+# The detailed specification of each dataset is given below.
+dataSetList STRARR 10
+   l0:SNRh
+   l0:RhoHV
+   l1:echoID
+   l2:echoFilter
+   l6:echoFilter_Ah
+   l3:SNRFilter
+   l4:PhiDPc_smooth2w
+   l5:KDPc
+   l5:Att_ZPhi
+   l3:wind_vel_h_az
+   
+
+# ==========================================================================================
+#                 secondary moments products
+# ==========================================================================================
+SNRh STRUCT 4
+    type STRING SNR
+    datatype STRARR 2
+        RAD4ALP:dBZ
+        RAD4ALP:Nh
+    output_type STRING SNRh
+    MAKE_GLOBAL INT 1
+	
+	
+RhoHV STRUCT 3
+    type STRING RHOHV_CORRECTION
+    datatype STRARR 5
+        RAD4ALP:uRhoHV
+        RAD4ALP:ZDR
+        RAD4ALP:Nh
+        RAD4ALP:Nv
+        PROC:SNRh
+    MAKE_GLOBAL INT 1
+
+# ==========================================================================================
+#                 echo identification
+# ==========================================================================================
+echoID STRUCT 3
+    type STRING SAN
+    datatype STRARR 4
+        RAD4ALP:dBZ
+        RAD4ALP:ZDR
+        RAD4ALP:uPhiDP
+        PROC:RhoHV
+    MAKE_GLOBAL INT 1
+
+
+# ==========================================================================================
+#                 clutter and noise suppression
+# ==========================================================================================
+# echo type 3 : precip, 2 : clutter, 1 : noise
+echoFilter STRUCT 5
+    type STRING ECHO_FILTER
+    datatype STRARR 6
+        PROC:echoID
+        RAD4ALP:dBZ
+        RAD4ALP:ZDR
+        PROC:RhoHV
+        RAD4ALP:uPhiDP
+        RAD4ALP:V
+    echo_type INT 3
+    MAKE_GLOBAL INT 1
+    products STRUCT 1
+        SAVEVOL_RhoHVc STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING RhoHVc
+
+echoFilter_Ah STRUCT 5
+    type STRING ECHO_FILTER
+    datatype STRARR 2
+        PROC:echoID
+        PROC:Ah
+    echo_type INT 3
+    MAKE_GLOBAL INT 0
+    products STRUCT 1
+        SAVEVOL_Ahc STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING Ahc
+    
+
+# ==========================================================================================
+#                 outlier filter
+# ==========================================================================================    
+#outlierFilter STRUCT 9
+#    type STRING OUTLIER_FILTER
+#    datatype STRARR 1
+#        PROC:Vc
+#    threshold FLOAT 10.
+#    nb INT 2
+#    nb_min INT 3
+#    percentile_min FLOAT 5.
+#    percentile_max float 95.
+#    MAKE_GLOBAL INT 1
+#    products STRUCT 1        
+#        AZ037_0_V STRUCT 3
+#            type  STRING RHI_IMAGE
+#            anglenr INT 6
+#            voltype STRING Vc
+
+            
+# ==========================================================================================
+#                 filtration based on SNR
+# ==========================================================================================
+SNRFilter STRUCT 4
+   type STRING SNR_FILTER
+   datatype STRARR 2
+      PROC:SNRh
+      PROC:PhiDPc
+   SNRmin FLOAT 10.
+   MAKE_GLOBAL INT 1
+   
+
+# ==========================================================================================
+#                 PHIDP processing
+# ==========================================================================================   
+PhiDPc_smooth2w STRUCT 11
+    type STRING PHIDP_SMOOTH_2W
+    datatype STRARR 2
+        PROC:PhiDPc
+        PROC:dBZc
+    rmin FLOAT 1000.
+    rmax FLOAT 50000.
+    rcell FLOAT 1000.
+    Zmin FLOAT 20.
+    Zmax FLOAT 40.
+    rwinds FLOAT 1000.
+    rwindl FLOAT 3000.
+    Zthr FLOAT 40.    
+    MAKE_GLOBAL INT 1
+	
+	
+# ==========================================================================================
+#                 KDP processing
+# ==========================================================================================   
+KDPc STRUCT 7
+    type STRING KDP_LEASTSQUARE_2W
+    datatype STRARR 2
+        PROC:PhiDPc
+        PROC:dBZc
+    rwinds FLOAT 1000.
+    rwindl FLOAT 3000.
+    Zthr FLOAT 40.    
+    MAKE_GLOBAL INT 0
+    products STRUCT 1
+        SAVEVOL_KDPc STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING KDPc
+
+
+# ==========================================================================================
+#                 Attenuation
+# ==========================================================================================
+Att_ZPhi STRUCT 6
+    type STRING ATTENUATION
+    datatype STRARR 4
+        PROC:dBZc
+        PROC:ZDRc
+        PROC:PhiDPc
+        RAD4ALPCOSMO:TEMP
+    ATT_METHOD STRING ZPhi
+    fzl FLOAT 2000.
+    MAKE_GLOBAL INT 1
+    products STRUCT 2
+        SAVEVOL_dBZc STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING dBZc
+        SAVEVOL_ZDRc STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING ZDRc
+            
+            
+# ==========================================================================================
+#               wind velocity
+# ==========================================================================================
+wind_vel_h_az STRUCT 5
+    type STRING WIND_VEL
+    datatype STRARR 1
+        PROC:Vc
+    vert_proj INT 0
+    MAKE_GLOBAL INT 0
+    products STRUCT 1
+        SAVEVOL_wind_vel_h_az STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING wind_vel_h_az
+            
\ No newline at end of file
diff --git a/config/processing/mals_pay_PHP_ASR_traj_prod.txt b/config/processing/mals_pay_PHP_ASR_traj_prod.txt
new file mode 100755
index 0000000..b7cc413
--- /dev/null
+++ b/config/processing/mals_pay_PHP_ASR_traj_prod.txt
@@ -0,0 +1,181 @@
+#
+# Product generation configuration
+#
+
+# List of datasets to generate.
+# The detailed specification of each dataset is given below.
+dataSetList STRARR 12
+   l0:hydroclass
+   l1:RR_hydro
+   l0:windshear_v
+   l0:traj
+   l0:reflectivity_traj
+   l0:reflectivity_traj_lb
+   l2:rainrate_traj
+   l2:rainrate_traj_lb
+   l1:windshear_traj
+   l1:windshear_traj_lb
+   l0:temperature_traj
+   l0:temperature_traj_lb
+
+    
+# ==========================================================================================
+#                 hydrometeor classification products
+# ==========================================================================================
+hydroclass STRUCT 6
+    type STRING HYDROCLASS
+    datatype STRARR 5
+        CFRADIAL:dBZc,Att_ZPhi,SAVEVOL_dBZc
+        CFRADIAL:ZDRc,Att_ZPhi,SAVEVOL_ZDRc
+        CFRADIAL:RhoHVc,echoFilter,SAVEVOL_RhoHVc
+        CFRADIAL:KDPc,KDPc,SAVEVOL_KDPc
+        RAD4ALPCOSMO:TEMP
+    HYDRO_METHOD STRING SEMISUPERVISED
+    RADARCENTROIDS STRING A
+    MAKE_GLOBAL INT 1
+    products STRUCT 1
+        SAVEVOL_hydro STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING hydro
+    
+    
+# ==========================================================================================
+#               rainfall rate
+# ==========================================================================================
+RR_hydro STRUCT 5
+    type STRING RAINRATE
+    datatype STRARR 3
+        CFRADIAL:dBZc,Att_ZPhi,SAVEVOL_dBZc
+        CFRADIAL:Ahc,echoFilter_Ah,SAVEVOL_Ahc
+        PROC:hydro
+    RR_METHOD STRING hydro
+    MAKE_GLOBAL INT 1   
+    products STRUCT 1
+        SAVEVOL_RR_hydro STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING RR
+
+            
+# ==========================================================================================
+#               wind shear
+# ==========================================================================================
+windshear_v STRUCT 4
+    type STRING WINDSHEAR
+    datatype STRARR 1
+        CFRADIAL:wind_vel_h_az,wind_vel_h_az,SAVEVOL_wind_vel_h_az    
+    MAKE_GLOBAL INT 1
+    products STRUCT 1
+        SAVEVOL_windshear_v STRUCT 2
+            type  STRING SAVEVOL
+            voltype STRING windshear_v            
+            
+            
+# ==========================================================================================
+#               trajectory processing
+# ==========================================================================================    
+traj STRUCT 3
+   type     STRING TRAJ
+   datatype STRARR 1
+       CFRADIAL:dBZc,Att_ZPhi,SAVEVOL_dBZc
+   products STRUCT 4
+      TS_RANGE STRUCT 2
+         type  STRING TRAJ_PLOT
+         datatype STRING RANGE
+      TS_EL STRUCT 2
+         type  STRING TRAJ_PLOT
+         datatype STRING EL
+      TS_AZ STRUCT 2
+         type  STRING TRAJ_PLOT
+         datatype STRING AZ
+      TS_TEXT STRUCT 1
+         type  STRING TRAJ_TEXT
+
+reflectivity_traj STRUCT 3
+   type          STRING TRAJ_ATPLANE
+   datatype      STRING CFRADIAL:dBZc,Att_ZPhi,SAVEVOL_dBZc
+   products      STRUCT 1
+      AT_PLANE STRUCT 3
+         type  STRING   PLOT_AND_WRITE
+         ymin  FLOAT    0.0
+         ymax  FLOAT    50.0
+
+reflectivity_traj_lb STRUCT 9
+   type          STRING TRAJ_ANTENNA_PATTERN
+   datatype      STRING CFRADIAL:dBZc,Att_ZPhi,SAVEVOL_dBZc
+   dssavename    STRING reflectivity_traj
+   antennaType   STRING LOWBEAM
+   use_nans      INT 0
+   nan_value     FLOAT 0.0
+   pattern_thres FLOAT 1.5
+   range_all     INT 0
+   products      STRUCT 1
+      LOWBEAM_ANTENNA STRUCT 1
+         type  STRING   PLOT_AND_WRITE
+#         ymin  FLOAT    0.0
+#         ymax  FLOAT    4.0
+
+rainrate_traj STRUCT 3
+   type          STRING TRAJ_ATPLANE
+   datatype      STRING PROC:RR
+   products      STRUCT 1
+      AT_PLANE STRUCT 3
+         type  STRING   PLOT_AND_WRITE
+         ymin  FLOAT    0.0
+         ymax  FLOAT    4.0
+
+rainrate_traj_lb STRUCT 9
+   type          STRING TRAJ_ANTENNA_PATTERN
+   datatype      STRING PROC:RR
+   dssavename    STRING rainrate_traj
+   antennaType   STRING LOWBEAM
+   use_nans      INT 0
+   nan_value     FLOAT 0.0
+   pattern_thres FLOAT 1.5
+   RANGE_ALL     INT 0
+   products      STRUCT 1
+      LOWBEAM_ANTENNA STRUCT 3
+         type  STRING   PLOT_AND_WRITE
+         ymin  FLOAT    0.0
+         ymax  FLOAT    4.0
+
+windshear_traj STRUCT 3
+   type     STRING TRAJ_ATPLANE
+   datatype STRING PROC:windshear_v
+   products STRUCT 1
+      AT_PLANE STRUCT 1
+         type  STRING PLOT_AND_WRITE
+
+windshear_traj_lb STRUCT 8
+   type     STRING TRAJ_ANTENNA_PATTERN
+   datatype STRING PROC:windshear_v
+   dssavename STRING windshear_traj
+   antennaType STRING LOWBEAM
+   use_nans   INT 0
+   nan_value  FLOAT 0.0
+   pattern_thres FLOAT 1.5
+   products STRUCT 1
+      LOWBEAM_ANTENNA STRUCT 3
+         type  STRING   PLOT_AND_WRITE
+         ymin  FLOAT    -20.0
+         ymax  FLOAT     20.0
+         
+temperature_traj STRUCT 3
+   type     STRING TRAJ_ATPLANE
+   datatype STRING RAD4ALPCOSMO:TEMP
+   products STRUCT 1
+      AT_PLANE STRUCT 1
+         type  STRING PLOT_AND_WRITE
+
+temperature_traj_lb STRUCT 8
+   type     STRING TRAJ_ANTENNA_PATTERN
+   datatype STRING RAD4ALPCOSMO:TEMP
+   dssavename STRING temperature_traj
+   antennaType STRING LOWBEAM
+   use_nans   INT 0
+   nan_value  FLOAT 0.0
+   pattern_thres FLOAT 1.5
+   products STRUCT 1
+      LOWBEAM_ANTENNA STRUCT 1
+         type  STRING   PLOT_AND_WRITE
+#         ymin  FLOAT    -20.0
+#         ymax  FLOAT     20.0         
diff --git a/config/processing/mals_pay_dataquality.txt b/config/processing/mals_pay_dataquality.txt
index 8fd8345..895bfb4 100755
--- a/config/processing/mals_pay_dataquality.txt
+++ b/config/processing/mals_pay_dataquality.txt
@@ -2,60 +2,55 @@
 # Will be used in product generation save path
 name STRING mals_pay_dataquality
 
+
+# ---------------------------------------------------------
+#  Raw data pathes
+# ---------------------------------------------------------
+
 # Base path of the raw data.
 # Note: Must have a trailing '/'
 # ('<datapath>/<scanname>/<YYYY-MM-DD>/<YYYYMMDDHHMMSS00datatype>.<ext>')
 #datapath STRING /usr/local/Rainbow5/rainbow/rawdata/144CHX_R/  # dx50
 datapath STRING /data/DX50/rawdata/                             # zueub222
 
-# Base path of configuration files
-configpath STRING /home/lom/users/fvj/pyrad/config/
-
 # Base path for cosmo data
 cosmopath STRING /data/cosmo/
 
 # Base path for dem data
 #dempath STRING /data/DEM/DX50_PAY/
 
-# Base path for swissmetnet data
-#smnpath STRING /data/meteo_products/SMNRetrieve/
 
-# Base path for disdrometer data
-#disdropath STRING /data/scattering/dsd_ts/
+# ------------------------------------------------
+#  Auxiliary data pathes
+# ------------------------------------------------
 
 # Base path for solar flux data
 solarfluxpath STRING /data/solar_flux/
 
-# Base path for rad4alp data in zueub222
-#rad4alppath STRING /data/meanC/
+# Base path for swissmetnet data
+#smnpath STRING /data/meteo_products/SMNRetrieve/
 
-# Base path for raw rad4alp data in zueub222
-#rad4alprawpath STRING /data/rad4alp/
+# Base path for disdrometer data
+#disdropath STRING /data/scattering/dsd_ts/
 
-# name of directory for MXPOL data in zueub222
-#mxpolname STRING paradiso_MXPol_PPI-005_0
 
-# name of directory for MXPOL raw data in zueub222
-#mxpolrawname STRING paradiso_MXPol_raw
+# --------------------------------------------
+# Output data
+# -----------------------------------------------
+saveimgbasepath STRING /data/pyrad_products/
+saveimg         INT 1
+imgformat       STRING png
 
-#psrpath STRING /data/DX50/psr/
 
-saveimg         INT 1
-saveimgbasepath STRING /data/pyrad_examples/
-imgformat       STRING eps
-convertimage    INT 1
-convertformat   STRING png
+# --------------------------------------------------------
+# configuration files pathes
+# --------------------------------------------------------
 
-# Loading of saved datasets
-#loadbasepath STRING /data/idl_products/
-#loadname     STRING mals_pay_dataquality
+# Base path of configuration files
+configpath STRING $HOME/pyrad/config/
 
 # Configuration of the radar location and approach direction
-locationConfigFile STRING /home/lom/users/fvj/pyrad/config/processing/mals_pay_dataquality_loc.txt
+locationConfigFile STRING $HOME/pyrad/config/processing/mals_pay_dataquality_loc.txt
 
 # Configuration of the product generation
-productConfigFile STRING /home/lom/users/fvj/pyrad/config/processing/mals_pay_dataquality_prod.txt
-
-# State after last run
-#lastStateFile STRING $HOME/realtime_idl/paradiso_vol_lastState.txt
-
+productConfigFile STRING $HOME/pyrad/config/processing/mals_pay_dataquality_prod.txt
diff --git a/config/processing/mals_pay_dataquality_loc.txt b/config/processing/mals_pay_dataquality_loc.txt
index d29e2d2..2475eb6 100755
--- a/config/processing/mals_pay_dataquality_loc.txt
+++ b/config/processing/mals_pay_dataquality_loc.txt
@@ -28,6 +28,14 @@ CosmoForecasted INT 7
 
 # antenna gain [dB]
 AntennaGain FLOAT 42.2
+
+# receiver losses from antenna feed to reference point [dB]
+lrxh FLOAT 1.84
+lrxv FLOAT 1.97
+
+# dry radome losses [dB]
+lradomeh FLOAT 0.3
+lradomev FLOAT 0.3
  
 # # azimuth tolerance when azimuth may be variable
 # AzimTol FLOAT 0.5
diff --git a/config/processing/paradiso_fvj_vol_intercomp.txt b/config/processing/paradiso_fvj_vol_intercomp.txt
index f207def..b105f91 100755
--- a/config/processing/paradiso_fvj_vol_intercomp.txt
+++ b/config/processing/paradiso_fvj_vol_intercomp.txt
@@ -15,7 +15,7 @@ datapath STRARR 2
     
 # Base path for dem data
 dempath STRARR 2
-    /data/DEM/DX50_PAY/
+    /data/DEM/DX50_PARADISO/
     /data/rad4alp/visibRad4Alp/
     
 # Loading of saved datasets
diff --git a/config/processing/paradiso_fvj_vol_intercomp_loc.txt b/config/processing/paradiso_fvj_vol_intercomp_loc.txt
index f2cb3d3..307d30a 100755
--- a/config/processing/paradiso_fvj_vol_intercomp_loc.txt
+++ b/config/processing/paradiso_fvj_vol_intercomp_loc.txt
@@ -19,28 +19,14 @@ RadarRes STRARR 2
     
 # Names of the radar scans in the specified sector
 # NOTE: Must have a trailing '/'
-ScanList STRARR 21
+ScanList STRARR 7
       RADAR001:MEE_PAY_360.vol/  # masterscan: first scan of a volume
       RADAR002:001  # masterscan: first scan of a volume
 	  RADAR002:002
 	  RADAR002:003
 	  RADAR002:004
 	  RADAR002:005
-	  RADAR002:006
-	  RADAR002:007
-	  RADAR002:008
-	  RADAR002:009
-	  RADAR002:010
-	  RADAR002:011
-	  RADAR002:012
-	  RADAR002:013
-	  RADAR002:014
-	  RADAR002:015
-	  RADAR002:016
-	  RADAR002:017
-	  RADAR002:018
-	  RADAR002:019
-	  RADAR002:020
+	  RADAR002:006	  
 
 # angles from 001 to 020
 # ['-0.2', '0.4',  '1.0',  '1.6',  '2.5',  '3.5',  '4.5',  '5.5',  '6.5',  '7.5',
diff --git a/config/processing/paradiso_fvj_vol_intercomp_prod.txt b/config/processing/paradiso_fvj_vol_intercomp_prod.txt
index bdfbd0a..c542878 100755
--- a/config/processing/paradiso_fvj_vol_intercomp_prod.txt
+++ b/config/processing/paradiso_fvj_vol_intercomp_prod.txt
@@ -4,13 +4,35 @@
 
 # List of datasets to generate.
 # The detailed specification of each dataset is given below.
-dataSetList STRARR 1
-    DX50_PLD_intercomp
+dataSetList STRARR 1    
+    DX50_PLD_dBZ_avg_intercomp
+
+    
+# =====================================
+#               Raw data
+# =====================================
+#VIS STRUCT 3
+#   type     STRING RAW
+#   datatype STRING RADAR001:DEM:VIS
+#   products STRUCT 3
+#      EL004_0 STRUCT 3
+#         type  STRING PPI_IMAGE
+#         anglenr INT 0
+#         voltype STRING VIS
+#      EL006_0 STRUCT 3
+#         type  STRING PPI_IMAGE
+#         anglenr INT 1
+#         voltype STRING VIS
+#      EL025_0 STRUCT 3
+#         type  STRING PPI_IMAGE
+#         anglenr INT 2
+#         voltype STRING VIS
+#
 
 # ==========================================================================================
 #                 colocated gates
 # ==========================================================================================         
-#DX50_PLD_coloc_gates STRUCT 9
+#DX50_PLD_coloc_gates STRUCT 13
 #	type STRING COLOCATED_GATES
 #	datatype STRARR 4
 #		RADAR001:CFRADIAL:dBZc,dBZ_avg,SAVEVOL
@@ -20,9 +42,13 @@ dataSetList STRARR 1
 #    h_tol FLOAT 100.
 #    latlon_tol FLOAT 0.005
 #    vol_d_tol FLOAT 100.
-#    vismin FLOAT 100.
+#    vismin FLOAT 99.
 #    hmax FLOAT 10000.
 #    elmax FLOAT 20.
+#    azrad1min FLOAT 190.
+#    azrad1max FLOAT 80.
+#    azrad2min FLOAT 40.
+#    azrad2max FLOAT 24.
 #    products STRUCT 7
 #       DX50_EL004_0 STRUCT 5         
 #         type STRING PPI_IMAGE
@@ -65,24 +91,55 @@ dataSetList STRARR 1
 # ==========================================================================================
 #                 intercomparison
 # ==========================================================================================
-DX50_PLD_intercomp STRUCT 8
-	type STRING INTERCOMP
-	datatype STRARR 2
+#DX50_PLD_dBZ_intercomp STRUCT 8
+#	type STRING INTERCOMP
+#	datatype STRARR 2
+#		RADAR001:CFRADIAL:dBZc,dBZ_avg,SAVEVOL
+#        RADAR002:CFRADIAL:dBZc,dBZ_avg,SAVEVOL
+#    coloc_data_dir STRING DX50_PLD_DATA  # must be the same as product WRITE_INTERCOMP
+#    coloc_radars_name STRING DX50_PLD
+#    ele_tol FLOAT 0.5
+#    azi_tol FLOAT 0.5
+#    rng_tol FLOAT 100.
+#    products STRUCT 2        
+#        DX50_PLD_PLOT STRUCT 3
+#            type STRING PLOT_SCATTER_INTERCOMP
+#            voltype STRING dBZc
+#            step FLOAT 0.5
+#        DX50_PLD_DATA STRUCT 2
+#            type STRING WRITE_INTERCOMP
+#            voltype STRING dBZc
+            
+DX50_PLD_dBZ_avg_intercomp STRUCT 12
+	type STRING INTERCOMP_TIME_AVG
+	datatype STRARR 6
 		RADAR001:CFRADIAL:dBZc,dBZ_avg,SAVEVOL
+        RADAR001:CFRADIAL:PhiDPc,PhiDP_avg,SAVEVOL
+        RADAR001:CFRADIAL:time_avg_flag,flag_avg,SAVEVOL
         RADAR002:CFRADIAL:dBZc,dBZ_avg,SAVEVOL
+        RADAR002:CFRADIAL:PhiDPc,PhiDP_avg,SAVEVOL
+        RADAR002:CFRADIAL:time_avg_flag,flag_avg,SAVEVOL
     coloc_data_dir STRING DX50_PLD_DATA  # must be the same as product WRITE_INTERCOMP
     coloc_radars_name STRING DX50_PLD
     ele_tol FLOAT 0.5
     azi_tol FLOAT 0.5
     rng_tol FLOAT 100.
-    products STRUCT 1        
+    clt_max INT 0
+    phi_excess_max INT 100
+    non_rain_max INT 100
+    phi_avg_max FLOAT 600.
+    products STRUCT 3        
         DX50_PLD_PLOT STRUCT 3
             type STRING PLOT_SCATTER_INTERCOMP
             voltype STRING dBZc
             step FLOAT 0.5
-#        DX50_PLD_DATA STRUCT 2
-#            type STRING WRITE_INTERCOMP
-#            voltype STRING dBZc
+        DX50_PLD_DATA STRUCT 2
+            type STRING WRITE_INTERCOMP_TIME_AVG
+            voltype STRING dBZc
+        DX50_PLD_INTERCOMP_TS STRUCT 3
+            type STRING PLOT_AND_WRITE_INTERCOMP_TS
+            step FLOAT 0.5
+            voltype STRING dBZc
         
         
         
diff --git a/config/processing/rad4alp_PHA.txt b/config/processing/rad4alp_PHA.txt
index b00ffb3..b1deda6 100755
--- a/config/processing/rad4alp_PHA.txt
+++ b/config/processing/rad4alp_PHA.txt
@@ -1,6 +1,6 @@
 # Name of this configuration:
 # Will be used in product generation save path
-name STRING rad4alp_PHA
+name STRING rad4alp_PHA_example
 
 # ---------------------------------------------------------
 #  Raw data pathes
@@ -9,12 +9,10 @@ name STRING rad4alp_PHA
 # Base path of the raw data.
 # Note: Must have a trailing '/'
 # ('<datapath>/<scanname>/<YYYY-MM-DD>/<YYYYMMDDHHMMSS00datatype>.<ext>')
-datapath STRARR 1
-    /data/rad4alp/rawdata/
+datapath STRING /data/rad4alp/rawdata/
 
 # Base path for cosmo data
-cosmopath STRARR 1
-    /data/cosmo/
+cosmopath STRING /data/cosmo/
     
 # ------------------------------------------------------------
 # Auxiliary data pathes
@@ -31,19 +29,18 @@ disdropath STRING /data/scattering/dsd_ts/
 saveimgbasepath STRING /data/pyrad_examples/
 saveimg         INT 1
 # Supported formats: eps, jpeg, jpg, pdf, pgf, png, ps, raw, rgba, svg, svgz, tif, tiff
-imgformat STRARR 1
-    png	
+imgformat STRING png	
 
 # --------------------------------------------------------
 # configuration files pathes
 # --------------------------------------------------------
 
 # Base path of configuration files
-configpath STRING /home/lom/users/fvj/pyrad/config/
+configpath STRING $HOME/pyrad/config/
 
 # Configuration of the radar location and approach direction
-locationConfigFile STRING /home/lom/users/fvj/pyrad/config/processing/rad4alp_PHA_loc.txt
+locationConfigFile STRING $HOME/pyrad/config/processing/rad4alp_PHA_loc.txt
 
 # Configuration of the product generation
-productConfigFile STRING /home/lom/users/fvj/pyrad/config/processing/rad4alp_PHA_prod.txt
+productConfigFile STRING $HOME/pyrad/config/processing/rad4alp_PHA_prod.txt
 
diff --git a/config/processing/rad4alp_PHA_loc.txt b/config/processing/rad4alp_PHA_loc.txt
index 5fb9d16..f254568 100755
--- a/config/processing/rad4alp_PHA_loc.txt
+++ b/config/processing/rad4alp_PHA_loc.txt
@@ -85,12 +85,12 @@ AzimTol FLOAT 0.4
 
 # Image config
 ppiImageConfig STRUCT 6
-   xsize      FLOAT   8.      # image size [inches] (default dots per inch (dpi):72)
-   ysize      FLOAT   7.      # image size [inches] (default dots per inch (dpi):72)
-   xmin       FLOAT -24.0   # Min distance on horizontal axis [km]
-   xmax       FLOAT   0.   # Max distance on horizontal axis [km]
-   ymin       FLOAT -32.0   # Min distance on vertical axis [km]
-   ymax       FLOAT  -8.0   # Max distance on vertical axis [km]
+   xsize      FLOAT   8.   # image size [inches] (default dots per inch (dpi):72)
+   ysize      FLOAT   7.   # image size [inches] (default dots per inch (dpi):72)
+   xmin       FLOAT -50.   # Min distance on horizontal axis [km]
+   xmax       FLOAT  50.   # Max distance on horizontal axis [km]
+   ymin       FLOAT -50.   # Min distance on vertical axis [km]
+   ymax       FLOAT  50.   # Max distance on vertical axis [km]
 
 rhiImageConfig STRUCT 6
    xsize      FLOAT  10.    # image size [inches]
@@ -98,4 +98,16 @@ rhiImageConfig STRUCT 6
    xmin       FLOAT -45.0   # Min distance on horizontal axis [km]
    xmax       FLOAT -11.0   # Max distance on horizontal axis [km]
    ymin       FLOAT   0.0   # Min distance on vertical axis [km]
-   ymax       FLOAT  5.0   # Max distance on vertical axis [km]
\ No newline at end of file
+   ymax       FLOAT  5.0   # Max distance on vertical axis [km]
+   
+   
+# PAR antenna pattern
+par_azimuth_antenna STRUCT 3
+   azPatternFile STRING PAR_AzAntenna_AzimuthPattern.csv
+   elPatternFile STRING PAR_AzAntenna_ElevationPattern.csv
+   fixed_angle FLOAT 9.5    # elevation angle of azimuth [deg]
+
+par_elevation_antenna STRUCT 3
+   azPatternFile STRING PAR_ElAntenna_AzimuthPattern.csv
+   elPatternFile STRING PAR_ElAntenna_ElevationPattern.csv
+   fixed_angle FLOAT 49.0    # azimuth angle of azimuth [deg]
\ No newline at end of file
diff --git a/config/processing/rad4alp_PHA_prod.txt b/config/processing/rad4alp_PHA_prod.txt
index a8f87dd..e18eb9c 100755
--- a/config/processing/rad4alp_PHA_prod.txt
+++ b/config/processing/rad4alp_PHA_prod.txt
@@ -4,8 +4,23 @@
 
 # List of datasets to generate.
 # The detailed specification of each dataset is given below.
-dataSetList STRARR 1
-	dBZ
+dataSetList STRARR 16
+	l0:dBZ
+	l0:uPhiDP
+	l0:uRhoHV
+	l0:ZDR
+	l0:TEMP
+	l0:SNRh
+	l1:RhoHV
+	l2:echoID
+	l3:echoFilter
+	l7:echoFilter_Ah
+	l4:SNRFilter
+	l5:PhiDPc_smooth2w
+	l6:KDPc
+	l6:Att_ZPhi
+	l7:hydroclass
+	l8:RR_hydro
 
 # ==========================================================================================
 #                 raw data products
@@ -15,448 +30,268 @@ dBZ STRUCT 3
     datatype STRARR 1
        RAD4ALP:dBZ
     products STRUCT 1 	  
-      EL001_0 STRUCT 4
+      EL001_0 STRUCT 3
          type STRING PPI_IMAGE
          anglenr INT 2
          voltype STRING dBZ
-               
 
-#uPhiDP STRUCT 3
-#    type STRING RAW
-#    datatype STRARR 1
-#       RAD4ALP:uPhiDP
-#    products STRUCT 12 	  
-#      PAR_RHI_214_0 STRUCT 4
-#         type STRING PSEUDORHI_IMAGE
-#         voltype STRING uPhiDP
-#         angle FLOAT 214.
-#         AziTol FLOAT 0.5      
-#      PAR_RHI_215_0 STRUCT 4
-#         type STRING PSEUDORHI_IMAGE
-#         voltype STRING uPhiDP
-#         angle FLOAT 215.
-#         AziTol FLOAT 0.5      
-#      PAR_RHI_216_0 STRUCT 4
-#         type STRING PSEUDORHI_IMAGE
-#         voltype STRING uPhiDP
-#         angle FLOAT 216.
-#         AziTol FLOAT 0.5
-#      PAR_RHI_217_0 STRUCT 4
-#         type STRING PSEUDORHI_IMAGE
-#         voltype STRING uPhiDP
-#         angle FLOAT 217.
-#         AziTol FLOAT 0.5      
-#      PAR_RHI_218_0 STRUCT 4
-#         type STRING PSEUDORHI_IMAGE
-#         voltype STRING uPhiDP
-#         angle FLOAT 218.
-#         AziTol FLOAT 0.5 
-#      PAR_CAPPI_1600 STRUCT 3
-#         type   STRING CAPPI_IMAGE
-#         voltype STRING uPhiDP
-#         altitude FLOAT 1600         
-#      PAR_CAPPI_1700 STRUCT 3
-#         type   STRING CAPPI_IMAGE
-#         voltype STRING uPhiDP
-#         altitude FLOAT 1700         
-#      PAR_CAPPI_1800 STRUCT 3
-#         type   STRING CAPPI_IMAGE
-#         voltype STRING uPhiDP
-#         altitude FLOAT 1800         
-#      PAR_CAPPI_1900 STRUCT 3
-#         type   STRING CAPPI_IMAGE
-#         voltype STRING uPhiDP
-#         altitude FLOAT 1900         
-#      PAR_CAPPI_2000 STRUCT 3
-#         type   STRING CAPPI_IMAGE
-#         voltype STRING uPhiDP
-#         altitude FLOAT 2000         
-#      PAR_CAPPI_2100 STRUCT 3
-#         type   STRING CAPPI_IMAGE
-#         voltype STRING uPhiDP
-#         altitude FLOAT 2100         
-#      PAR_CAPPI_2200 STRUCT 3
-#         type   STRING CAPPI_IMAGE
-#         voltype STRING uPhiDP
-#         altitude FLOAT 2100
-#
-#
-#uRhoHV STRUCT 3
-#    type STRING RAW
-#    datatype STRARR 1
-#       RAD4ALP:uRhoHV
-#    products STRUCT 12 	  
-#      PAR_RHI_214_0 STRUCT 4
-#         type STRING PSEUDORHI_IMAGE
-#         voltype STRING uRhoHV
-#         angle FLOAT 214.
-#         AziTol FLOAT 0.5      
-#      PAR_RHI_215_0 STRUCT 4
-#         type STRING PSEUDORHI_IMAGE
-#         voltype STRING uRhoHV
-#         angle FLOAT 215.
-#         AziTol FLOAT 0.5      
-#      PAR_RHI_216_0 STRUCT 4
-#         type STRING PSEUDORHI_IMAGE
-#         voltype STRING uRhoHV
-#         angle FLOAT 216.
-#         AziTol FLOAT 0.5
-#      PAR_RHI_217_0 STRUCT 4
-#         type STRING PSEUDORHI_IMAGE
-#         voltype STRING uRhoHV
-#         angle FLOAT 217.
-#         AziTol FLOAT 0.5      
-#      PAR_RHI_218_0 STRUCT 4
-#         type STRING PSEUDORHI_IMAGE
-#         voltype STRING uRhoHV
-#         angle FLOAT 218.
-#         AziTol FLOAT 0.5 
-#      PAR_CAPPI_1600 STRUCT 3
-#         type   STRING CAPPI_IMAGE
-#         voltype STRING uRhoHV
-#         altitude FLOAT 1600         
-#      PAR_CAPPI_1700 STRUCT 3
-#         type   STRING CAPPI_IMAGE
-#         voltype STRING uRhoHV
-#         altitude FLOAT 1700         
-#      PAR_CAPPI_1800 STRUCT 3
-#         type   STRING CAPPI_IMAGE
-#         voltype STRING uRhoHV
-#         altitude FLOAT 1800         
-#      PAR_CAPPI_1900 STRUCT 3
-#         type   STRING CAPPI_IMAGE
-#         voltype STRING uRhoHV
-#         altitude FLOAT 1900         
-#      PAR_CAPPI_2000 STRUCT 3
-#         type   STRING CAPPI_IMAGE
-#         voltype STRING uRhoHV
-#         altitude FLOAT 2000         
-#      PAR_CAPPI_2100 STRUCT 3
-#         type   STRING CAPPI_IMAGE
-#         voltype STRING uRhoHV
-#         altitude FLOAT 2100         
-#      PAR_CAPPI_2200 STRUCT 3
-#         type   STRING CAPPI_IMAGE
-#         voltype STRING uRhoHV
-#         altitude FLOAT 2100
-#
-#ZDR STRUCT 3
-#    type STRING RAW
-#    datatype STRARR 1
-#       RAD4ALP:ZDR
-#    products STRUCT 12 	  
-#      PAR_RHI_214_0 STRUCT 4
-#         type STRING PSEUDORHI_IMAGE
-#         voltype STRING ZDR
-#         angle FLOAT 214.
-#         AziTol FLOAT 0.5      
-#      PAR_RHI_215_0 STRUCT 4
-#         type STRING PSEUDORHI_IMAGE
-#         voltype STRING ZDR
-#         angle FLOAT 215.
-#         AziTol FLOAT 0.5      
-#      PAR_RHI_216_0 STRUCT 4
-#         type STRING PSEUDORHI_IMAGE
-#         voltype STRING ZDR
-#         angle FLOAT 216.
-#         AziTol FLOAT 0.5
-#      PAR_RHI_217_0 STRUCT 4
-#         type STRING PSEUDORHI_IMAGE
-#         voltype STRING ZDR
-#         angle FLOAT 217.
-#         AziTol FLOAT 0.5      
-#      PAR_RHI_218_0 STRUCT 4
-#         type STRING PSEUDORHI_IMAGE
-#         voltype STRING ZDR
-#         angle FLOAT 218.
-#         AziTol FLOAT 0.5 
-#      PAR_CAPPI_1600 STRUCT 3
-#         type   STRING CAPPI_IMAGE
-#         voltype STRING ZDR
-#         altitude FLOAT 1600         
-#      PAR_CAPPI_1700 STRUCT 3
-#         type   STRING CAPPI_IMAGE
-#         voltype STRING ZDR
-#         altitude FLOAT 1700         
-#      PAR_CAPPI_1800 STRUCT 3
-#         type   STRING CAPPI_IMAGE
-#         voltype STRING ZDR
-#         altitude FLOAT 1800         
-#      PAR_CAPPI_1900 STRUCT 3
-#         type   STRING CAPPI_IMAGE
-#         voltype STRING ZDR
-#         altitude FLOAT 1900         
-#      PAR_CAPPI_2000 STRUCT 3
-#         type   STRING CAPPI_IMAGE
-#         voltype STRING ZDR
-#         altitude FLOAT 2000         
-#      PAR_CAPPI_2100 STRUCT 3
-#         type   STRING CAPPI_IMAGE
-#         voltype STRING ZDR
-#         altitude FLOAT 2100         
-#      PAR_CAPPI_2200 STRUCT 3
-#         type   STRING CAPPI_IMAGE
-#         voltype STRING ZDR
-#         altitude FLOAT 2100         
-#
-#
-#
-#
-#
-#
-## ==========================================================================================
-##                 secondary moments products
-## ==========================================================================================
-#SNRh STRUCT 4
-#    type STRING SNR
-#    datatype STRARR 2
-#        RAD4ALP:dBZ
-#        RAD4ALP:Nh
-#    output_type STRING SNRh
-#    MAKE_GLOBAL INT 1
-#	
-#	
-#RhoHV STRUCT 3
-#    type STRING RHOHV_CORRECTION
-#    datatype STRARR 5
-#        RAD4ALP:uRhoHV
-#        RAD4ALP:ZDR
-#        RAD4ALP:Nh
-#        RAD4ALP:Nv
-#        PROC:SNRh
-#    MAKE_GLOBAL INT 1
-#
-#
-## ==========================================================================================
-##                 echo identification
-## ==========================================================================================
-#echoID STRUCT 4
-#   type STRING SAN
-#   datatype STRARR 4      
-#      RAD4ALP:dBZ
-#      RAD4ALP:ZDR
-#      RAD4ALP:uPhiDP
-#      PROC:RhoHV
-#   MAKE_GLOBAL INT 1
-#   products STRUCT 1      
-# 	  SAVEVOL_echoID STRUCT 2
-#         type   STRING SAVEVOL
-#         voltype STRING echoID
-#
-#
-## ==========================================================================================
-##                 clutter and noise suppression
-## ==========================================================================================
-## echo type 3 : precip, 2 : clutter, 1 : noise
-#echoFilter STRUCT 5
-#   type STRING ECHO_FILTER
-#   datatype STRARR 5
-#      PROC:echoID
-#      RAD4ALP:dBZ
-#	  RAD4ALP:ZDR
-#	  PROC:RhoHV
-#      RAD4ALP:uPhiDP
-#   echo_type INT 3
-#   MAKE_GLOBAL INT 1
-#   products STRUCT 3      
-# 	  SAVEVOL_dBZc STRUCT 2
-#         type   STRING SAVEVOL
-#         voltype STRING dBZc
-#      SAVEVOL_ZDRc STRUCT 2
-#         type   STRING SAVEVOL
-#         voltype STRING ZDRc
-#      SAVEVOL_RhoHVc STRUCT 2
-#         type   STRING SAVEVOL
-#         voltype STRING RhoHVc
-#   
-#   
-## echo type 3 : precip, 2 : clutter, 1 : noise
-#echoFilter2 STRUCT 4
-#   type STRING ECHO_FILTER
-#   datatype STRARR 2
-#      PROC:echoID      
-#	  PROC:Ah
-#   echo_type INT 3
-#   MAKE_GLOBAL INT 1
-#
-#
-## ==========================================================================================
-##                 filtration based on SNR
-## ==========================================================================================
-#SNRFilter STRUCT 5
-#   type STRING SNR_FILTER
-#   datatype STRARR 2
-#      PROC:SNRh
-#      PROC:PhiDPc
-#   SNRmin FLOAT 10.
-#   MAKE_GLOBAL INT 1
-#   products STRUCT 1      
-# 	  SAVEVOL_PhiDPc STRUCT 2
-#         type   STRING SAVEVOL
-#         voltype STRING PhiDPc
-#   
-#
-## ==========================================================================================
-##                 PHIDP processing
-## ==========================================================================================   
-#PhiDPc_smooth2w STRUCT 11
-#    type STRING PHIDP_SMOOTH_2W
-#    datatype STRARR 2
-#        PROC:PhiDPc
-#        PROC:dBZc
-#    rmin FLOAT 1000.
-#    rmax FLOAT 50000.
-#    rcell FLOAT 1000.
-#    Zmin FLOAT 20.
-#    Zmax FLOAT 40.
-#    rwinds FLOAT 1000.
-#    rwindl FLOAT 3000.
-#    Zthr FLOAT 40.    
-#    MAKE_GLOBAL INT 1
-#	
-#	
-## ==========================================================================================
-##                 KDP processing
-## ==========================================================================================   
-#KDPc STRUCT 6
-#    type STRING KDP_LEASTSQUARE_2W
-#    datatype STRARR 2
-#        PROC:PhiDPc
-#        PROC:dBZc
-#    rwinds FLOAT 1000.
-#    rwindl FLOAT 3000.
-#    Zthr FLOAT 40.    
-#    MAKE_GLOBAL INT 1
-#
-#
-## ==========================================================================================
-##                 Attenuation
-## ==========================================================================================
-#Att_ZPhi STRUCT 4
-#	type STRING ATTENUATION
-#	datatype STRARR 4
-#        PROC:dBZc
-#        PROC:ZDRc
-#        PROC:PhiDPc
-#        RAD4ALPCOSMO:TEMP    
-#    MAKE_GLOBAL INT 1
-#    ATT_METHOD STRING ZPhi
-#	
-#	
-## ==========================================================================================
-##                 hydrometeor classification products
-## ==========================================================================================
-#hydroclass STRUCT 6
-#   type STRING HYDROCLASS
-#   datatype STRARR 5
-#      PROC:dBZc
-#	  PROC:ZDRc
-#	  PROC:RhoHVc
-#	  PROC:KDPc
-#	  RAD4ALPCOSMO:TEMP
-#   HYDRO_METHOD STRING SEMISUPERVISED
-#   RADARCENTROIDS STRING A
-#   MAKE_GLOBAL INT 1
-#   products STRUCT 3
-# 	  CAPPI_2250 STRUCT 3
-#         type   STRING CAPPI_IMAGE
-#         voltype STRING hydro
-# 		 altitude FLOAT 2250
-#      RHI_040_0 STRUCT 4
-#         type STRING PSEUDORHI_IMAGE
-#         voltype STRING hydro
-#         angle FLOAT 40.
-#         AziTol FLOAT 0.5
-#      RHI_220_0 STRUCT 4
-#         type STRING PSEUDORHI_IMAGE
-#         voltype STRING hydro
-#         angle FLOAT 220.
-#         AziTol FLOAT 0.5
-#
-#
-## ==========================================================================================
-##                 rainfall rate products
-## ==========================================================================================         
-#RR_hydro STRUCT 4
-#    type STRING RAINRATE
-#    datatype STRARR 3
-#       PROC:dBZc
-#       PROC:Ahc
-#       PROC:hydro
-#    RR_METHOD STRING hydro
-#    products STRUCT 2
-# 	  CAPPI_2250 STRUCT 3
-#         type   STRING CAPPI_IMAGE
-#         voltype STRING RR
-# 		 altitude FLOAT 2250
-#      RHI_040_0 STRUCT 4
-#         type STRING PSEUDORHI_IMAGE
-#         voltype STRING RR
-#         angle FLOAT 40.
-#         AziTol FLOAT 0.5
-#      RHI_220_0 STRUCT 4
-#         type STRING PSEUDORHI_IMAGE
-#         voltype STRING RR
-#         angle FLOAT 220.
-#         AziTol FLOAT 0.5
-#
-#RR_Z STRUCT 4
-#    type STRING RAINRATE
-#    datatype STRARR 1
-#      RAD4ALP:dBZ
-#    RR_METHOD STRING Z
-#    products STRUCT 12 	  
-#      PAR_RHI_214_0 STRUCT 4
-#         type STRING PSEUDORHI_IMAGE
-#         voltype STRING RR
-#         angle FLOAT 214.
-#         AziTol FLOAT 0.5      
-#      PAR_RHI_215_0 STRUCT 4
-#         type STRING PSEUDORHI_IMAGE
-#         voltype STRING RR
-#         angle FLOAT 215.
-#         AziTol FLOAT 0.5      
-#      PAR_RHI_216_0 STRUCT 4
-#         type STRING PSEUDORHI_IMAGE
-#         voltype STRING RR
-#         angle FLOAT 216.
-#         AziTol FLOAT 0.5
-#      PAR_RHI_217_0 STRUCT 4
-#         type STRING PSEUDORHI_IMAGE
-#         voltype STRING RR
-#         angle FLOAT 217.
-#         AziTol FLOAT 0.5      
-#      PAR_RHI_218_0 STRUCT 4
-#         type STRING PSEUDORHI_IMAGE
-#         voltype STRING RR
-#         angle FLOAT 218.
-#         AziTol FLOAT 0.5 
-#      PAR_CAPPI_1600 STRUCT 3
-#         type   STRING CAPPI_IMAGE
-#         voltype STRING RR
-#          altitude FLOAT 1600         
-#      PAR_CAPPI_1700 STRUCT 3
-#         type   STRING CAPPI_IMAGE
-#         voltype STRING RR
-#          altitude FLOAT 1700         
-#      PAR_CAPPI_1800 STRUCT 3
-#         type   STRING CAPPI_IMAGE
-#         voltype STRING RR
-#         altitude FLOAT 1800         
-#      PAR_CAPPI_1900 STRUCT 3
-#         type   STRING CAPPI_IMAGE
-#         voltype STRING RR
-#         altitude FLOAT 1900         
-#      PAR_CAPPI_2000 STRUCT 3
-#         type   STRING CAPPI_IMAGE
-#         voltype STRING RR
-#         altitude FLOAT 2000         
-#      PAR_CAPPI_2100 STRUCT 3
-#         type   STRING CAPPI_IMAGE
-#         voltype STRING RR
-#         altitude FLOAT 2100         
-#      PAR_CAPPI_2200 STRUCT 3
-#         type   STRING CAPPI_IMAGE
-#         voltype STRING RR
-#         altitude FLOAT 2200
+uPhiDP STRUCT 3
+    type STRING RAW
+    datatype STRARR 1
+       RAD4ALP:uPhiDP
+    products STRUCT 1 	  
+      EL001_0 STRUCT 3
+         type STRING PPI_IMAGE
+         anglenr INT 2
+         voltype STRING uPhiDP
+
+uRhoHV STRUCT 3
+    type STRING RAW
+    datatype STRARR 1
+       RAD4ALP:uRhoHV
+    products STRUCT 1 	  
+      EL001_0 STRUCT 3
+         type STRING PPI_IMAGE
+         anglenr INT 2
+         voltype STRING uRhoHV
+
+ZDR STRUCT 3
+    type STRING RAW
+    datatype STRARR 1
+       RAD4ALP:ZDR
+    products STRUCT 1 	  
+      EL001_0 STRUCT 3
+         type STRING PPI_IMAGE
+         anglenr INT 2
+         voltype STRING ZDR
 		 
+TEMP STRUCT 3
+    type STRING RAW
+    datatype STRARR 1
+       RAD4ALPCOSMO:TEMP
+    products STRUCT 2 	  
+      RHI_040_0 STRUCT 4
+         type STRING PSEUDORHI_IMAGE
+         voltype STRING TEMP
+         angle FLOAT 40.
+         AziTol FLOAT 0.5
+      RHI_220_0 STRUCT 4
+         type STRING PSEUDORHI_IMAGE
+         voltype STRING TEMP
+         angle FLOAT 220.
+         AziTol FLOAT 0.5
+
+		 
+# ==========================================================================================
+#                 secondary moments products
+# ==========================================================================================
+SNRh STRUCT 5
+    type STRING SNR
+    datatype STRARR 2
+        RAD4ALP:dBZ
+        RAD4ALP:Nh
+    output_type STRING SNRh
+    MAKE_GLOBAL INT 1
+    products STRUCT 1 	  
+      EL001_0 STRUCT 3
+         type STRING PPI_IMAGE
+         anglenr INT 2
+         voltype STRING SNRh
+	
+RhoHV STRUCT 4
+    type STRING RHOHV_CORRECTION
+    datatype STRARR 5
+        RAD4ALP:uRhoHV
+        RAD4ALP:ZDR
+        RAD4ALP:Nh
+        RAD4ALP:Nv
+        PROC:SNRh
+    MAKE_GLOBAL INT 1
+	products STRUCT 1 	  
+      EL001_0 STRUCT 3
+         type STRING PPI_IMAGE
+         anglenr INT 2
+         voltype STRING RhoHV
+
+
+# ==========================================================================================
+#                 echo identification
+# ==========================================================================================
+echoID STRUCT 4
+   type STRING SAN
+   datatype STRARR 4      
+      RAD4ALP:dBZ
+      RAD4ALP:ZDR
+      RAD4ALP:uPhiDP
+      PROC:RhoHV
+   MAKE_GLOBAL INT 1
+   products STRUCT 1 	  
+      EL001_0_echoID STRUCT 3
+         type STRING PPI_IMAGE
+         anglenr INT 2
+         voltype STRING echoID     
+
+
+# ==========================================================================================
+#                 clutter and noise suppression
+# ==========================================================================================
+# echo type 3 : precip, 2 : clutter, 1 : noise
+echoFilter STRUCT 5
+   type STRING ECHO_FILTER
+   datatype STRARR 5
+      PROC:echoID
+      RAD4ALP:dBZ
+	  RAD4ALP:ZDR
+	  PROC:RhoHV
+      RAD4ALP:uPhiDP
+   echo_type INT 3
+   MAKE_GLOBAL INT 1
+   products STRUCT 1 	  
+      EL001_0_RhoHV STRUCT 3
+         type STRING PPI_IMAGE
+         anglenr INT 2
+         voltype STRING RhoHVc        
+   
+# echo type 3 : precip, 2 : clutter, 1 : noise
+echoFilter_Ah STRUCT 5
+   type STRING ECHO_FILTER
+   datatype STRARR 2
+      PROC:echoID      
+	  PROC:Ah
+   echo_type INT 3
+   MAKE_GLOBAL INT 1
+   products STRUCT 1 	  
+      EL001_0 STRUCT 3
+         type STRING PPI_IMAGE
+         anglenr INT 2
+         voltype STRING Ahc
+
+
+# ==========================================================================================
+#                 filtration based on SNR
+# ==========================================================================================
+SNRFilter STRUCT 4
+   type STRING SNR_FILTER
+   datatype STRARR 2
+      PROC:SNRh
+      PROC:PhiDPc
+   SNRmin FLOAT 10.
+   MAKE_GLOBAL INT 1   
+   
+
+# ==========================================================================================
+#                 PHIDP processing
+# ==========================================================================================   
+PhiDPc_smooth2w STRUCT 12
+    type STRING PHIDP_SMOOTH_2W
+    datatype STRARR 2
+        PROC:PhiDPc
+        PROC:dBZc
+    rmin FLOAT 1000.
+    rmax FLOAT 50000.
+    rcell FLOAT 1000.
+    Zmin FLOAT 20.
+    Zmax FLOAT 40.
+    rwinds FLOAT 1000.
+    rwindl FLOAT 3000.
+    Zthr FLOAT 40.    
+    MAKE_GLOBAL INT 1
+	products STRUCT 1 	  
+      EL001_0 STRUCT 3
+         type STRING PPI_IMAGE
+         anglenr INT 2
+         voltype STRING PhiDPc
+	
+	
+# ==========================================================================================
+#                 KDP processing
+# ==========================================================================================   
+KDPc STRUCT 7
+    type STRING KDP_LEASTSQUARE_2W
+    datatype STRARR 2
+        PROC:PhiDPc
+        PROC:dBZc
+    rwinds FLOAT 1000.
+    rwindl FLOAT 3000.
+    Zthr FLOAT 40.    
+    MAKE_GLOBAL INT 1
+	products STRUCT 1 	  
+      EL001_0 STRUCT 3
+         type STRING PPI_IMAGE
+         anglenr INT 2
+         voltype STRING KDPc
+
+
+# ==========================================================================================
+#                 Attenuation
+# ==========================================================================================
+Att_ZPhi STRUCT 5
+	type STRING ATTENUATION
+	datatype STRARR 4
+        PROC:dBZc
+        PROC:ZDRc
+        PROC:PhiDPc
+        RAD4ALPCOSMO:TEMP    
+    MAKE_GLOBAL INT 1
+    ATT_METHOD STRING ZPhi
+	products STRUCT 2 	  
+      EL001_0_dBZc STRUCT 3
+         type STRING PPI_IMAGE
+         anglenr INT 2
+         voltype STRING dBZc
+      EL001_0_ZDRc STRUCT 3
+         type STRING PPI_IMAGE
+         anglenr INT 2
+         voltype STRING ZDRc
+	
+	
+# ==========================================================================================
+#                 hydrometeor classification products
+# ==========================================================================================
+hydroclass STRUCT 6
+   type STRING HYDROCLASS
+   datatype STRARR 5
+      PROC:dBZc
+	  PROC:ZDRc
+	  PROC:RhoHVc
+	  PROC:KDPc
+	  RAD4ALPCOSMO:TEMP
+   HYDRO_METHOD STRING SEMISUPERVISED
+   RADARCENTROIDS STRING A
+   MAKE_GLOBAL INT 1
+   products STRUCT 3
+ 	  EL001_0 STRUCT 3
+         type STRING PPI_IMAGE
+         anglenr INT 2
+         voltype STRING hydro
+      RHI_040_0 STRUCT 4
+         type STRING PSEUDORHI_IMAGE
+         voltype STRING hydro
+         angle FLOAT 40.
+         AziTol FLOAT 0.5
+      RHI_220_0 STRUCT 4
+         type STRING PSEUDORHI_IMAGE
+         voltype STRING hydro
+         angle FLOAT 220.
+         AziTol FLOAT 0.5
+
+
+# ==========================================================================================
+#                 rainfall rate products
+# ==========================================================================================         
+RR_hydro STRUCT 4
+    type STRING RAINRATE
+    datatype STRARR 3
+       PROC:dBZc
+       PROC:Ahc
+       PROC:hydro
+    RR_METHOD STRING hydro
+    products STRUCT 2
+ 	  EL001_0 STRUCT 3
+         type STRING PPI_IMAGE
+         anglenr INT 2
+         voltype STRING RR
+	  CAPPI_2000 STRUCT 3
+         type   STRING CAPPI_IMAGE
+         voltype STRING RR
+ 		 altitude FLOAT 2000
\ No newline at end of file
diff --git a/config/processing/rad4alp_PLA_avg.txt b/config/processing/rad4alp_PLA_avg.txt
new file mode 100755
index 0000000..aeb6fb9
--- /dev/null
+++ b/config/processing/rad4alp_PLA_avg.txt
@@ -0,0 +1,49 @@
+# Name of this configuration:
+# Will be used in product generation save path
+name STRING rad4alp_PLA_avg
+
+# ---------------------------------------------------------
+#  Raw data pathes
+# ---------------------------------------------------------
+
+# Base path of the raw data.
+# Note: Must have a trailing '/'
+# ('<datapath>/<scanname>/<YYYY-MM-DD>/<YYYYMMDDHHMMSS00datatype>.<ext>')
+datapath STRING /data/rad4alp/rawdata/
+
+# Base path for cosmo data
+cosmopath STRING /data/cosmo/
+
+# Base path for dem data
+dempath STRING /data/rad4alp/visibRad4Alp/
+
+
+# ------------------------------------------------------------
+# Auxiliary data pathes
+# ------------------------------------------------------------
+# Base path for swissmetnet data
+smnpath STRING /data/meteo_products/SMNRetrieve/
+
+# Base path for disdrometer data
+disdropath STRING /data/scattering/dsd_ts/
+
+# --------------------------------------------
+# Output data
+# --------------------------------------------
+saveimgbasepath STRING /data/pyrad_products/
+saveimg         INT 1
+# Supported formats: eps, jpeg, jpg, pdf, pgf, png, ps, raw, rgba, svg, svgz, tif, tiff
+imgformat STRING png	
+
+# --------------------------------------------------------
+# configuration files pathes
+# --------------------------------------------------------
+
+# Base path of configuration files
+configpath STRING $HOME/pyrad/config/
+
+# Configuration of the radar location and approach direction
+locationConfigFile STRING $HOME/pyrad/config/processing/rad4alp_PLA_avg_loc.txt
+
+# Configuration of the product generation
+productConfigFile STRING $HOME/pyrad/config/processing/rad4alp_PLA_avg_prod.txt
diff --git a/config/processing/rad4alp_PLA_avg_loc.txt b/config/processing/rad4alp_PLA_avg_loc.txt
new file mode 100755
index 0000000..6ddb4ca
--- /dev/null
+++ b/config/processing/rad4alp_PLA_avg_loc.txt
@@ -0,0 +1,67 @@
+#
+# Configuration for PARADISO tests at the airport Payerne
+
+# Number of radars to process
+NumRadars INT 1
+
+# Time tolerance when processing multiple radars [s]
+TimeTol FLOAT 3600.
+
+# rad4alp radar name
+RadarName STRING A
+
+# rad4alp radar range resolution L:Low H:High
+RadarRes STRING	L
+
+# Names of the radar scans in the specified sector
+ScanList STRARR 20
+	  001  # masterscan: first scan of a volume
+	  002
+	  003
+	  004
+	  005
+	  006
+	  007
+	  008
+	  009
+	  010
+	  011
+	  012
+	  013
+	  014
+	  015
+	  016
+	  017
+	  018
+	  019
+	  020
+
+# angles from 001 to 020
+# ['-0.2', '0.4',  '1.0',  '1.6',  '2.5',  '3.5',  '4.5',  '5.5',  '6.5',  '7.5',
+#   '8.5', '9.5', '11.0', '13.0', '16.0', '20.0', '25.0', '30.0', '35.0', '40.0']
+
+# Repetition time of the scans [min]
+ScanPeriod INT 5
+
+# Frequency of cosmo run [h]
+CosmoRunFreq INT 1
+
+# hours forecasted in cosmo run [h]
+CosmoForecasted INT 7
+
+## Image config
+ppiImageConfig STRUCT 6
+   xsize      FLOAT    7.   # image size [inches] (default dots per inch (dpi):72)
+   ysize      FLOAT    7.   # image size [inches] (default dots per inch (dpi):72)
+   xmin       FLOAT -100.0  # Min distance on horizontal axis [km]
+   xmax       FLOAT  100.0  # Max distance on horizontal axis [km]
+   ymin       FLOAT -100.0  # Min distance on vertical axis [km]
+   ymax       FLOAT  100.0  # Max distance on vertical axis [km]
+
+rhiImageConfig STRUCT 6
+   xsize      FLOAT   10.   # image size [inches]
+   ysize      FLOAT    5.   # image size [inches]
+   xmin       FLOAT -100.0  # Min distance on horizontal axis [km]
+   xmax       FLOAT    0.0  # Max distance on horizontal axis [km]
+   ymin       FLOAT    0.0  # Min distance on vertical axis [km]
+   ymax       FLOAT   10.0  # Max distance on vertical axis [km]
\ No newline at end of file
diff --git a/config/processing/rad4alp_PLA_avg_prod.txt b/config/processing/rad4alp_PLA_avg_prod.txt
new file mode 100755
index 0000000..67acc27
--- /dev/null
+++ b/config/processing/rad4alp_PLA_avg_prod.txt
@@ -0,0 +1,219 @@
+#
+# Product generation configuration
+#
+
+# List of datasets to generate.
+# The detailed specification of each dataset is given below.
+dataSetList STRARR 13
+	l0:SNRh
+	l1:RhoHV
+    l2:echoID
+    l3:echoFilter
+	l4:SNRFilter
+	l5:PhiDPc_smooth2w
+	l6:KDPc
+	l7:Att_ZPhi
+	l8:hydroclass
+	l9:dBZ_avg
+	l9:dBZv_avg
+	l9:PhiDP_avg
+	l9:flag_avg
+
+
+# ==========================================================================================
+#                 secondary moments products
+# ==========================================================================================
+SNRh STRUCT 4
+    type STRING SNR
+    datatype STRARR 2
+        RAD4ALP:dBZ
+        RAD4ALP:Nh
+    output_type STRING SNRh
+    MAKE_GLOBAL INT 1
+	
+	
+RhoHV STRUCT 3
+    type STRING RHOHV_CORRECTION
+    datatype STRARR 5
+        RAD4ALP:uRhoHV
+        RAD4ALP:ZDR
+        RAD4ALP:Nh
+        RAD4ALP:Nv
+        PROC:SNRh
+    MAKE_GLOBAL INT 1
+
+
+# ==========================================================================================
+#                 echo identification
+# ==========================================================================================
+echoID STRUCT 3
+   type STRING SAN
+   datatype STRARR 4      
+      RAD4ALP:dBZ
+      RAD4ALP:ZDR
+      RAD4ALP:uPhiDP
+      PROC:RhoHV
+   MAKE_GLOBAL INT 1
+
+
+# ==========================================================================================
+#                 clutter and noise suppression
+# ==========================================================================================
+# echo type 3 : precip, 2 : clutter, 1 : noise
+echoFilter STRUCT 4
+   type STRING ECHO_FILTER
+   datatype STRARR 6
+      PROC:echoID
+      RAD4ALP:dBZ
+	  RAD4ALP:dBZv
+	  RAD4ALP:ZDR
+	  PROC:RhoHV
+      RAD4ALP:uPhiDP
+   echo_type INT 3
+   MAKE_GLOBAL INT 1
+
+
+# ==========================================================================================
+#                 filtration based on SNR
+# ==========================================================================================
+SNRFilter STRUCT 4
+   type STRING SNR_FILTER
+   datatype STRARR 2
+      PROC:SNRh
+      PROC:PhiDPc
+   SNRmin FLOAT 10.
+   MAKE_GLOBAL INT 1
+   
+
+# ==========================================================================================
+#                 PHIDP processing
+# ==========================================================================================   
+PhiDPc_smooth2w STRUCT 11
+    type STRING PHIDP_SMOOTH_2W
+    datatype STRARR 2
+        PROC:PhiDPc
+        PROC:dBZc
+    rmin FLOAT 1000.
+    rmax FLOAT 50000.
+    rcell FLOAT 1000.
+    Zmin FLOAT 20.
+    Zmax FLOAT 40.
+    rwinds FLOAT 1000.
+    rwindl FLOAT 3000.
+    Zthr FLOAT 40.    
+    MAKE_GLOBAL INT 1
+	
+	
+# ==========================================================================================
+#                 KDP processing
+# ==========================================================================================   
+KDPc STRUCT 6
+    type STRING KDP_LEASTSQUARE_2W
+    datatype STRARR 2
+        PROC:PhiDPc
+        PROC:dBZc
+    rwinds FLOAT 1000.
+    rwindl FLOAT 3000.
+    Zthr FLOAT 40.    
+    MAKE_GLOBAL INT 1
+
+
+# ==========================================================================================
+#                 Attenuation
+# ==========================================================================================
+Att_ZPhi STRUCT 4
+	type STRING ATTENUATION
+	datatype STRARR 4
+        PROC:dBZc
+        PROC:ZDRc
+        PROC:PhiDPc
+        RAD4ALPCOSMO:TEMP    
+    MAKE_GLOBAL INT 1
+    ATT_METHOD STRING ZPhi
+	
+	
+# ==========================================================================================
+#                 hydrometeor classification products
+# ==========================================================================================
+hydroclass STRUCT 5
+   type STRING HYDROCLASS
+   datatype STRARR 5
+      PROC:dBZc
+	  PROC:ZDRc
+	  PROC:RhoHVc
+	  PROC:KDPc
+	  RAD4ALPCOSMO:TEMP
+   HYDRO_METHOD STRING SEMISUPERVISED
+   RADARCENTROIDS STRING A
+   MAKE_GLOBAL INT 1
+
+
+# ==========================================================================================
+#                 temporal average
+# ==========================================================================================         
+dBZ_avg STRUCT 6
+   type     STRING TIME_AVG
+   datatype STRARR 1
+      PROC:dBZc
+   start_average FLOAT 0.
+   period FLOAT 3600.
+   lin_trans INT 1
+   products STRUCT 2      
+      EL001_0 STRUCT 3
+         type  STRING PPI_IMAGE
+         anglenr INT 2
+         voltype STRING dBZc
+      SAVEVOL STRUCT 2
+         type  STRING SAVEVOL
+         voltype STRING dBZc
+		 
+dBZv_avg STRUCT 6
+   type     STRING TIME_AVG
+   datatype STRARR 1
+      PROC:dBZvc
+   start_average FLOAT 0.
+   period FLOAT 3600.
+   lin_trans INT 1
+   products STRUCT 2      
+      EL001_0 STRUCT 3
+         type  STRING PPI_IMAGE
+         anglenr INT 2
+         voltype STRING dBZvc
+      SAVEVOL STRUCT 2
+         type  STRING SAVEVOL
+         voltype STRING dBZvc
+         
+PhiDP_avg STRUCT 5
+   type     STRING WEIGHTED_TIME_AVG
+   datatype STRARR 2
+      PROC:dBZc
+      PROC:PhiDPc
+   start_average FLOAT 0.
+   period FLOAT 3600.
+   products STRUCT 2      
+      EL001_0 STRUCT 3
+         type  STRING PPI_IMAGE
+         anglenr INT 2
+         voltype STRING PhiDPc
+      SAVEVOL STRUCT 2
+         type  STRING SAVEVOL
+         voltype STRING PhiDPc
+
+flag_avg STRUCT 6
+   type     STRING FLAG_TIME_AVG
+   datatype STRARR 3
+      PROC:PhiDPc
+      PROC:echoID
+	  PROC:hydro
+   start_average FLOAT 0.
+   period FLOAT 3600.
+   phidpmax FLOAT 60.
+   products STRUCT 2      
+      EL001_0 STRUCT 3
+         type  STRING PPI_IMAGE
+         anglenr INT 2
+         voltype STRING time_avg_flag
+      SAVEVOL STRUCT 2
+         type  STRING SAVEVOL
+         voltype STRING time_avg_flag
+		 
\ No newline at end of file
diff --git a/config/processing/rad4alp_PLD.txt b/config/processing/rad4alp_PLD.txt
index c837290..8201f12 100755
--- a/config/processing/rad4alp_PLD.txt
+++ b/config/processing/rad4alp_PLD.txt
@@ -9,16 +9,13 @@ name STRING rad4alp_PLD
 # Base path of the raw data.
 # Note: Must have a trailing '/'
 # ('<datapath>/<scanname>/<YYYY-MM-DD>/<YYYYMMDDHHMMSS00datatype>.<ext>')
-datapath STRARR 1
-    /data/rad4alp/rawdata/
+datapath STRING /data/rad4alp/rawdata/
 
 # Base path for cosmo data
-cosmopath STRARR 1
-    /data/cosmo/
+cosmopath STRING /data/cosmo/
 
 # Base path for dem data
-dempath STRARR 1
-    /data/rad4alp/visibRad4Alp/
+dempath STRING /data/rad4alp/visibRad4Alp/
 
 
 # ------------------------------------------------------------
@@ -36,18 +33,17 @@ disdropath STRING /data/scattering/dsd_ts/
 saveimgbasepath STRING /data/pyrad_examples/
 saveimg         INT 1
 # Supported formats: eps, jpeg, jpg, pdf, pgf, png, ps, raw, rgba, svg, svgz, tif, tiff
-imgformat STRARR 1
-    png	
+imgformat STRING png	
 
 # --------------------------------------------------------
 # configuration files pathes
 # --------------------------------------------------------
 
 # Base path of configuration files
-configpath STRING /home/lom/users/fvj/pyrad/config/
+configpath STRING $HOME/pyrad/config/
 
 # Configuration of the radar location and approach direction
-locationConfigFile STRING /home/lom/users/fvj/pyrad/config/processing/rad4alp_PLD_loc.txt
+locationConfigFile STRING $HOME/pyrad/config/processing/rad4alp_PLD_loc.txt
 
 # Configuration of the product generation
-productConfigFile STRING /home/lom/users/fvj/pyrad/config/processing/rad4alp_PLD_prod.txt
+productConfigFile STRING $HOME/pyrad/config/processing/rad4alp_PLD_prod.txt
diff --git a/config/processing/rad4alp_PLD_loc.txt b/config/processing/rad4alp_PLD_loc.txt
index 2e6f16c..d321c53 100755
--- a/config/processing/rad4alp_PLD_loc.txt
+++ b/config/processing/rad4alp_PLD_loc.txt
@@ -8,12 +8,10 @@ NumRadars INT 1
 TimeTol FLOAT 3600.
 
 # rad4alp radar name
-RadarName STRARR 1
-	D
+RadarName STRING D
 
 # rad4alp radar range resolution L:Low H:High
-RadarRes STRARR 1
-	L
+RadarRes STRING	L
 
 # Names of the radar scans in the specified sector
 ScanList STRARR 6
diff --git a/config/pyart/mch_config.py b/config/pyart/mch_config.py
index e19265b..32ae3b5 100755
--- a/config/pyart/mch_config.py
+++ b/config/pyart/mch_config.py
@@ -46,6 +46,7 @@
 
 unfiltered_reflectivity = 'unfiltered_reflectivity'
 reflectivity_vv = 'reflectivity_vv'
+corrected_reflectivity_vv = 'corrected_reflectivity_vv'
 unfiltered_reflectivity_vv = 'unfiltered_reflectivity_vv'
 
 reflectivity_bias = 'reflectivity_bias'
@@ -90,6 +91,7 @@
 
 unfiltered_cross_correlation_ratio = 'unfiltered_cross_correlation_ratio'
 uncorrected_cross_correlation_ratio = 'uncorrected_cross_correlation_ratio'
+corrected_cross_correlation_ratio = 'corrected_cross_correlation_ratio'
 logarithmic_cross_correlation_ratio = 'logarithmic_cross_correlation_ratio'
 
 cross_correlation_ratio_in_rain = 'cross_correlation_ratio_in_rain'
@@ -143,7 +145,10 @@
 radar_echo_classification = 'radar_echo_classification'
 radar_echo_id = 'radar_echo_id'
 specific_attenuation = 'specific_attenuation'
+corrected_specific_attenuation = 'corrected_specific_attenuation'
 specific_differential_attenuation = 'specific_differential_attenuation'
+corrected_specific_differential_attenuation = (
+    'corrected_specific_differential_attenuation')
 
 sun_hit_h = 'sun_hit_h'
 sun_hit_v = 'sun_hit_v'
@@ -171,6 +176,8 @@
 eastward_wind_component = 'eastward_wind_component'
 northward_wind_component = 'northward_wind_component'
 vertical_wind_component = 'vertical_wind_component'
+azimuthal_horizontal_wind_component = 'azimuthal_horizontal_wind_component'
+vertical_wind_shear = 'vertical_wind_shear'
 
 # profile variables
 height = 'height'
@@ -225,6 +232,7 @@
     'total_power': total_power,
     'unfiltered_reflectivity': unfiltered_reflectivity,
     'reflectivity_vv': reflectivity_vv,
+    'corrected_reflectivity_vv': corrected_reflectivity_vv,
     'unfiltered_reflectivity_vv': unfiltered_reflectivity_vv,
     'reflectivity_bias': reflectivity_bias,
     'signal_power_hh': signal_power_hh,
@@ -250,6 +258,7 @@
         unfiltered_differential_reflectivity),
     'differential_reflectivity_in_rain': differential_reflectivity_in_rain,
     'cross_correlation_ratio': cross_correlation_ratio,
+    'corrected_cross_correlation_ratio': corrected_cross_correlation_ratio,
     'unfiltered_cross_correlation_ratio': unfiltered_cross_correlation_ratio,
     'uncorrected_cross_correlation_ratio': uncorrected_cross_correlation_ratio,
     'logarithmic_cross_correlation_ratio': logarithmic_cross_correlation_ratio,
@@ -291,6 +300,9 @@
     'radar_echo_id': radar_echo_id,
     'specific_attenuation': specific_attenuation,
     'specific_differential_attenuation': specific_differential_attenuation,
+    'corrected_specific_attenuation': corrected_specific_attenuation,
+    'corrected_specific_differential_attenuation': (
+        corrected_specific_differential_attenuation),
     'temperature': temperature,
     'iso0': iso0,
     'visibility': visibility,
@@ -301,6 +313,9 @@
     'eastward_wind_component': eastward_wind_component,
     'northward_wind_component': northward_wind_component,
     'vertical_wind_component': vertical_wind_component,
+    'azimuthal_horizontal_wind_component':
+        azimuthal_horizontal_wind_component,
+    'vertical_wind_shear': vertical_wind_shear,
     'height': height,
     'number_of_samples': number_of_samples,
     'colocated_gates': colocated_gates,
@@ -603,6 +618,20 @@
         'long_name': 'Corrected reflectivity',
         'coordinates': 'elevation azimuth range'},
 
+    reflectivity_vv: {
+        'units': 'dBZ',
+        'standard_name': (
+            'equivalent_reflectivity_factor_vertical_polarization'),
+        'long_name': 'Reflectivity vertical',
+        'coordinates': 'elevation azimuth range'},
+
+    corrected_reflectivity_vv: {
+        'units': 'dBZ',
+        'standard_name': (
+            'corrected_equivalent_reflectivity_factor_vertical_polarization'),
+        'long_name': 'Corrected reflectivity vertical',
+        'coordinates': 'elevation azimuth range'},
+
     total_power: {
         'units': 'dBZ',
         'standard_name': 'equivalent_reflectivity_factor',
@@ -696,7 +725,7 @@
         'standard_name': 'corrected_log_differential_reflectivity_hv',
         'long_name': 'Corrected differential reflectivity',
         'coordinates': 'elevation azimuth range'},
-        
+
     differential_reflectivity_in_rain: {
         'units': 'dB',
         'standard_name': 'log_differential_reflectivity_hv_in_rain',
@@ -709,6 +738,12 @@
         'long_name': 'Cross correlation ratio (RHOHV)',
         'coordinates': 'elevation azimuth range'},
 
+    corrected_cross_correlation_ratio: {
+        'units': 'ratio',
+        'standard_name': 'corrected_cross_correlation_ratio_hv',
+        'long_name': 'Corrected cross correlation ratio (RHOHV)',
+        'coordinates': 'elevation azimuth range'},
+
     unfiltered_cross_correlation_ratio: {
         'units': 'ratio',
         'standard_name': 'unfiltered_cross_correlation_ratio_hv',
@@ -908,19 +943,31 @@
         'standard_name': 'specific_differential_attenuation',
         'long_name': 'Specific differential attenuation',
         'coordinates': 'elevation azimuth range'},
-        
+
+    corrected_specific_attenuation: {
+        'units': 'dB/km',
+        'standard_name': 'corrected_specific_attenuation',
+        'long_name': 'Corrected specific attenuation',
+        'coordinates': 'elevation azimuth range'},
+
+    corrected_specific_differential_attenuation: {
+        'units': 'dB/km',
+        'standard_name': 'corrected_specific_differential_attenuation',
+        'long_name': 'Corrected specific differential attenuation',
+        'coordinates': 'elevation azimuth range'},
+
     number_of_samples: {
         'units': 'count',
         'standard_name': 'number_of_samples',
         'long_name': 'Number of samples in average',
         'coordinates': 'elevation azimuth range'},
-        
+
     time_avg_flag: {
         'units': 'count',
         'standard_name': 'time_avg_flag',
         'long_name': 'Time average flag',
         'coordinates': 'elevation azimuth range'},
-        
+
     colocated_gates: {
         'units': 'flag',
         'standard_name': 'colocated_gates',
@@ -939,13 +986,13 @@
         'standard_name': 'iso0',
         'long_name': 'Position of the range bin respect to the iso0 level',
         'coordinates': 'elevation azimuth range'},
-        
+
     visibility: {
         'units': 'percentage',
         'standard_name': 'visibility',
         'long_name': 'visibility',
         'coordinates': 'elevation azimuth range'},
-        
+
     # Textures
     differential_phase_texture: {
         'units': 'degrees',
@@ -987,6 +1034,16 @@
         'standard_name': 'vertical_wind_component',
         'long_name': 'Vertical wind component'},
 
+    azimuthal_horizontal_wind_component: {
+        'units': 'meters_per_second',
+        'standard_name': 'azimuthal_horizontal_wind_component',
+        'long_name': 'Azimuthal horizontal wind component'},
+
+    vertical_wind_shear: {
+        'units': 'meters_per_second_per_km',
+        'standard_name': 'vertical_wind_shear',
+        'long_name': 'Vertical wind shear'},
+
     # profile variables
     height: {
         'long_name': 'Height of radar beam',
@@ -1684,6 +1741,7 @@ def spectrum_width_limit(container=None, selection=0):
     total_power: 'pyart_NWSRef',
     unfiltered_reflectivity: 'pyart_NWSRef',
     reflectivity_vv: 'pyart_NWSRef',
+    corrected_reflectivity_vv: 'pyart_NWSRef',
     unfiltered_reflectivity_vv: 'pyart_NWSRef',
     reflectivity_bias: 'pyart_NWSRef',
     signal_power_hh: 'pyart_NWSRef',
@@ -1692,7 +1750,7 @@ def spectrum_width_limit(container=None, selection=0):
     signal_to_noise_ratio: 'pyart_Carbone17',
     signal_to_noise_ratio_hh: 'pyart_Carbone17',
     signal_to_noise_ratio_vv: 'pyart_Carbone17',
-    
+
     visibility: 'pyart_Carbone17',
 
     noisedBZ_hh: 'pyart_NWSRef',
@@ -1716,6 +1774,8 @@ def spectrum_width_limit(container=None, selection=0):
     eastward_wind_component: 'pyart_BuDRd18',
     northward_wind_component: 'pyart_BuDRd18',
     vertical_wind_component: 'pyart_BuDRd18',
+    azimuthal_horizontal_wind_component: 'pyart_BuDRd18',
+    vertical_wind_shear: 'pyart_BuDRd18',
 
     spectrum_width: 'pyart_NWS_SPW',
     unfiltered_spectrum_width: 'pyart_NWS_SPW',
@@ -1730,6 +1790,7 @@ def spectrum_width_limit(container=None, selection=0):
     differential_reflectivity_in_rain: 'pyart_RefDiff',
 
     cross_correlation_ratio: 'pyart_RefDiff',
+    corrected_cross_correlation_ratio:  'pyart_RefDiff',
     unfiltered_cross_correlation_ratio: 'pyart_RefDiff',
     uncorrected_cross_correlation_ratio: 'pyart_RefDiff',
     logarithmic_cross_correlation_ratio: 'pyart_RefDiff',
@@ -1765,6 +1826,8 @@ def spectrum_width_limit(container=None, selection=0):
 
     specific_attenuation: 'pyart_Carbone17',
     specific_differential_attenuation: 'pyart_Carbone17',
+    corrected_specific_attenuation: 'pyart_Carbone17',
+    corrected_specific_differential_attenuation: 'pyart_Carbone17',
 
     differential_phase_texture: 'pyart_BlueBrown11',
     differential_reflectivity_texture: 'pyart_BlueBrown11',
@@ -1798,6 +1861,7 @@ def spectrum_width_limit(container=None, selection=0):
     total_power: (-30., 75.),
     unfiltered_reflectivity: (-30., 75.),
     reflectivity_vv: (-30., 75.),
+    corrected_reflectivity_vv: (-30., 75.),
     unfiltered_reflectivity_vv: (-30., 75.),
     signal_to_noise_ratio: (-5., 30.),
     signal_to_noise_ratio_hh: (-5., 30.),
@@ -1825,6 +1889,8 @@ def spectrum_width_limit(container=None, selection=0):
     eastward_wind_component: velocity_limit,
     northward_wind_component: velocity_limit,
     vertical_wind_component: velocity_limit,
+    azimuthal_horizontal_wind_component: velocity_limit,
+    vertical_wind_shear: velocity_limit,
 
     spectrum_width: spectrum_width_limit,
     unfiltered_spectrum_width: spectrum_width_limit,
@@ -1839,6 +1905,7 @@ def spectrum_width_limit(container=None, selection=0):
     differential_reflectivity_in_rain: (-2., 2.),
 
     cross_correlation_ratio: (0.7, 1.),
+    corrected_cross_correlation_ratio: (0.7, 1.),
     unfiltered_cross_correlation_ratio: (0.7, 1.),
     uncorrected_cross_correlation_ratio: (0.7, 1.),
     logarithmic_cross_correlation_ratio: (0, 4),
@@ -1875,12 +1942,14 @@ def spectrum_width_limit(container=None, selection=0):
 
     specific_attenuation: (0., 1.),
     specific_differential_attenuation: (0., 0.3),
+    corrected_specific_attenuation: (0., 1.),
+    corrected_specific_differential_attenuation: (0., 0.3),
 
     differential_phase_texture: (0, 180.),
 
     height: (0, 20000),
     interpolated_profile: (0, 10000),
-    
+
     visibility: (0, 100),
 
     # Additional reflectivity like fields
diff --git a/doc/TODO_pyrad.txt b/doc/TODO_pyrad.txt
index 72daf5e..c80f2be 100755
--- a/doc/TODO_pyrad.txt
+++ b/doc/TODO_pyrad.txt
@@ -1,7 +1,6 @@
 Pending modifications for current code in Pyrad
 -----------------------------------------------
 - In function process_echo_id: Add condition on differential reflectivity at low reflectivity values. Allow user to select the various thresholds. Add a speckle filter
-- In selfconsistency functions: get tables as a function of elevation, allow user to define the tresholds
 - Functions for PhiDP and KDP processing consume too much memory up to the point that they cannot handle rad4alp PH data. It is probably due to the rolling window creating a monstrous matrix.
 We should try to reduce the memory consumption.
 
@@ -26,9 +25,6 @@ Things to check before making it operational:
     - Check if transmission losses have to be subtracted from received power
     - Check if conversion from solar flux to received power is done properly
 - Polarimetric data monitoring:
-    - Add metadata in the density and histogram plot
-    - Check what happens to data that is out of the range of the histogram
+    - Add metadata in the density and histogram plot    
 - Rainfall rate estimation:
-    - Distinguish between the various rainfall rate estimators (no single datatype RR)
-- Intercomparison:
-    - Add metadata in the plot
\ No newline at end of file
+    - Distinguish between the various rainfall rate estimators (no single datatype RR)
\ No newline at end of file
diff --git a/doc/pyrad_user_manual.docx b/doc/pyrad_user_manual.docx
index 11cab43..d67bbe1 100755
Binary files a/doc/pyrad_user_manual.docx and b/doc/pyrad_user_manual.docx differ
diff --git a/doc/pyrad_user_manual.pdf b/doc/pyrad_user_manual.pdf
index 56c25ba..ae88cca 100755
Binary files a/doc/pyrad_user_manual.pdf and b/doc/pyrad_user_manual.pdf differ
diff --git a/src/pyart b/src/pyart
index 8ad4849..14e0ad4 160000
--- a/src/pyart
+++ b/src/pyart
@@ -1 +1 @@
-Subproject commit 8ad4849e606db8ebbe620e8fe6679691286114b1
+Subproject commit 14e0ad450dc28b2423633ed848a461134eb01a0c
diff --git a/src/pyrad_proc/pyrad/prod/process_product.py b/src/pyrad_proc/pyrad/prod/process_product.py
index d8e12b6..ef8223e 100755
--- a/src/pyrad_proc/pyrad/prod/process_product.py
+++ b/src/pyrad_proc/pyrad/prod/process_product.py
@@ -1452,1302 +1452,4 @@ def generate_monitoring_products(dataset, prdcfg):
 
     else:
         warn(' Unsupported product type: ' + prdcfg['type'])
-        return None
-=======
-"""
-pyrad.prod.process_product
-==========================
-
-Functions for obtaining Pyrad products from the datasets
-
-.. autosummary::
-    :toctree: generated/
-
-    generate_sun_hits_products
-    generate_intercomp_products
-    generate_colocated_gates_products
-    generate_time_avg_products
-    generate_vol_products
-    generate_timeseries_products
-    generate_monitoring_products
-
-"""
-
-from copy import deepcopy
-from warnings import warn
-
-import numpy as np
-
-import pyart
-
-from ..io.io_aux import get_fieldname_pyart
-from ..io.io_aux import get_save_dir, make_filename
-from ..io.io_aux import generate_field_name_str
-
-from ..io.read_data_other import get_sensor_data, read_timeseries
-from ..io.read_data_other import read_sun_retrieval, read_monitoring_ts
-
-from ..io.write_data import write_ts_polar_data, write_monitoring_ts
-from ..io.write_data import write_sun_hits, write_sun_retrieval
-from ..io.write_data import write_colocated_gates, write_colocated_data
-
-from ..graph.plots import plot_ppi, plot_rhi, plot_cappi, plot_bscope
-from ..graph.plots import plot_timeseries, plot_timeseries_comp
-from ..graph.plots import plot_quantiles, get_colobar_label, plot_sun_hits
-from ..graph.plots import plot_sun_retrieval_ts, plot_histogram
-from ..graph.plots import plot_histogram2, plot_density, plot_monitoring_ts
-from ..graph.plots import get_field_name, get_colobar_label, plot_scatter
-
-from ..util.radar_utils import create_sun_hits_field
-from ..util.radar_utils import create_sun_retrieval_field
-from ..util.radar_utils import compute_histogram, compute_quantiles
-from ..util.radar_utils import compute_quantiles_from_hist, compute_2d_stats
-
-
-def generate_sun_hits_products(dataset, prdcfg):
-    """
-    generates sun hits products
-
-    Parameters
-    ----------
-    dataset : tuple
-        radar object and sun hits dictionary
-
-    prdcfg : dictionary of dictionaries
-        product configuration dictionary of dictionaries
-
-    Returns
-    -------
-    filename : str
-        the name of the file created. None otherwise
-
-    """
-    if prdcfg['type'] == 'WRITE_SUN_HITS':
-        if 'sun_hits' not in dataset:
-            return None
-
-        savedir = get_save_dir(
-            prdcfg['basepath'], prdcfg['procname'], prdcfg['dsname'],
-            prdcfg['prdname'], timeinfo=dataset['timeinfo'])
-
-        fname = make_filename(
-            'info', prdcfg['dstype'], 'detected', ['csv'],
-            timeinfo=dataset['timeinfo'], timeformat='%Y%m%d')
-
-        for i in range(len(fname)):
-            fname[i] = savedir+fname[i]
-
-        write_sun_hits(dataset['sun_hits'], fname[0])
-
-        print('saved sun hits file: '+fname[0])
-
-        return fname[0]
-
-    elif prdcfg['type'] == 'PLOT_SUN_HITS':
-        if 'sun_hits_final' not in dataset:
-            return None
-
-        field_name = get_fieldname_pyart(prdcfg['voltype'])
-
-        if prdcfg['voltype'] not in dataset['sun_hits_final']:
-            warn(
-                ' Field type ' + prdcfg['voltype'] +
-                ' not available in data set. Skipping product ' +
-                prdcfg['type'])
-            return None
-
-        savedir = get_save_dir(
-            prdcfg['basepath'], prdcfg['procname'], prdcfg['dsname'],
-            prdcfg['prdname'], timeinfo=dataset['timeinfo'])
-
-        fname = make_filename(
-            'detected', prdcfg['dstype'], prdcfg['voltype'],
-            prdcfg['imgformat'], timeinfo=dataset['timeinfo'],
-            timeformat='%Y%m%d')
-
-        for i in range(len(fname)):
-            fname[i] = savedir+fname[i]
-
-        field = create_sun_hits_field(
-            dataset['sun_hits_final']['rad_el'],
-            dataset['sun_hits_final']['rad_az'],
-            dataset['sun_hits_final']['sun_el'],
-            dataset['sun_hits_final']['sun_az'],
-            dataset['sun_hits_final'][prdcfg['voltype']],
-            prdcfg['sunhitsImageConfig'])
-
-        if field is None:
-            warn(
-                'Unable to create field '+prdcfg['voltype'] +
-                ' Skipping product ' + prdcfg['type'])
-            return None
-
-        plot_sun_hits(field, field_name, fname, prdcfg)
-
-        print('saved figures: '+' '.join(fname))
-
-        return savedir+fname
-
-    elif prdcfg['type'] == 'WRITE_SUN_RETRIEVAL':
-        if 'sun_retrieval' not in dataset:
-            return None
-
-        savedir = get_save_dir(
-            prdcfg['basepath'], prdcfg['procname'], prdcfg['dsname'],
-            prdcfg['prdname'], timeinfo=None)
-
-        fname = make_filename(
-            'info', prdcfg['dstype'], 'retrieval', ['csv'])
-
-        for i in range(len(fname)):
-            fname[i] = savedir+fname[i]
-
-        write_sun_retrieval(dataset['sun_retrieval'], fname[0])
-
-        print('saved sun retrieval file: '+fname[0])
-
-        return fname[0]
-
-    elif prdcfg['type'] == 'PLOT_SUN_RETRIEVAL':
-        if 'sun_retrieval' not in dataset:
-            return None
-
-        field_name = get_fieldname_pyart(prdcfg['voltype'])
-        par = None
-        if field_name == 'sun_est_power_h':
-            par = 'par_h'
-        elif field_name == 'sun_est_power_v':
-            par = 'par_v'
-        elif field_name == 'sun_est_differential_reflectivity':
-            par = 'par_zdr'
-
-        if par not in dataset['sun_retrieval']:
-            warn(
-                ' Field type ' + prdcfg['voltype'] +
-                ' not available in data set. Skipping product ' +
-                prdcfg['type'])
-
-        savedir = get_save_dir(
-            prdcfg['basepath'], prdcfg['procname'], prdcfg['dsname'],
-            prdcfg['prdname'], timeinfo=dataset['timeinfo'])
-
-        fname = make_filename(
-            'retrieval', prdcfg['dstype'], prdcfg['voltype'],
-            prdcfg['imgformat'], timeinfo=dataset['timeinfo'],
-            timeformat='%Y%m%d')
-
-        for i in range(len(fname)):
-            fname[i] = savedir+fname[i]
-
-        if dataset['sun_retrieval'][par] is None:
-            warn(
-                ' Invalid retrieval parameters. Skipping product ' +
-                prdcfg['type'])
-            return None
-
-        field = create_sun_retrieval_field(
-            dataset['sun_retrieval'][par], prdcfg['sunhitsImageConfig'])
-
-        if field is not None:
-            plot_sun_hits(field, field_name, fname, prdcfg)
-
-        print('saved figures: '+' '.join(fname))
-
-        return fname
-
-    elif prdcfg['type'] == 'PLOT_SUN_RETRIEVAL_TS':
-        if 'sun_retrieval' not in dataset:
-            return None
-
-        savedir = get_save_dir(
-            prdcfg['basepath'], prdcfg['procname'], prdcfg['dsname'],
-            prdcfg['prdid'], timeinfo=None)
-
-        fname = make_filename(
-            'info', prdcfg['dstype'], 'retrieval', ['csv'])
-
-        fname = savedir + fname[0]
-
-        sun_retrieval = read_sun_retrieval(fname)
-
-        if sun_retrieval[0] is None:
-            warn(
-                'Unable to read sun retrieval file '+fname)
-            return None
-
-        if len(sun_retrieval[0]) < 2:
-            warn(
-                'Unable to plot sun retrieval time series. ' +
-                'Not enough data points.')
-            return None
-
-        savedir = get_save_dir(
-            prdcfg['basepath'], prdcfg['procname'], prdcfg['dsname'],
-            prdcfg['prdname'], timeinfo=None)
-
-        fname = make_filename(
-            'retrieval_ts', prdcfg['dstype'], prdcfg['voltype'],
-            prdcfg['imgformat'])
-
-        for i in range(len(fname)):
-            fname[i] = savedir+fname[i]
-
-        plot_sun_retrieval_ts(
-            sun_retrieval, prdcfg['voltype'], fname)
-
-        print('saved figures: '+' '.join(fname))
-
-        return fname
-
-    else:
-        if 'radar' in dataset:
-            generate_vol_products(dataset['radar'], prdcfg)
-
-
-def generate_intercomp_products(dataset, prdcfg):
-    """
-    generates radar intercomparison products
-
-    Parameters
-    ----------
-    dataset : tuple
-        values of colocated gates dictionary
-
-    prdcfg : dictionary of dictionaries
-        product configuration dictionary of dictionaries
-
-    Returns
-    -------
-    filename : str
-        the name of the file created. None otherwise
-
-    """
-    if prdcfg['type'] == 'WRITE_INTERCOMP':
-        if dataset['final']:
-            return None
-
-        savedir = get_save_dir(
-            prdcfg['basepath'], prdcfg['procname'], prdcfg['dsname'],
-            prdcfg['prdname'], timeinfo=prdcfg['timeinfo'])
-
-        fname = make_filename(
-            'colocated_data', prdcfg['dstype'], prdcfg['voltype'],
-            ['csv'], timeinfo=prdcfg['timeinfo'],
-            timeformat='%Y%m%d')
-
-        fname = savedir+fname[0]
-
-        write_colocated_data(dataset['intercomp_dict'], fname)
-
-        print('saved colocated data file: '+fname)
-
-        return fname
-    elif prdcfg['type'] == 'PLOT_SCATTER_INTERCOMP':
-        if not dataset['final']:
-            return None
-
-        field_name = get_fieldname_pyart(prdcfg['voltype'])
-        savedir = get_save_dir(
-            prdcfg['basepath'], prdcfg['procname'], prdcfg['dsname'],
-            prdcfg['prdname'], timeinfo=dataset['timeinfo'])
-
-        fname = make_filename(
-            'scatter', prdcfg['dstype'], prdcfg['voltype'],
-            prdcfg['imgformat'], timeinfo=dataset['timeinfo'],
-            timeformat='%Y%m%d')
-
-        for i in range(len(fname)):
-            fname[i] = savedir+fname[i]
-
-        step = None
-        if 'step' in prdcfg:
-            step = prdcfg['step']
-
-        hist_2d, bins1, bins2, stats = compute_2d_stats(
-            np.ma.asarray(dataset['intercomp_dict']['rad1_val']),
-            np.ma.asarray(dataset['intercomp_dict']['rad2_val']),
-            field_name, field_name, step1=step, step2=step)
-
-        metadata = (
-            'npoints: '+str(stats['npoints'])+'\n' +
-            'mode bias: '+str(stats['modebias'])+'\n' +
-            'median bias: '+str(stats['medianbias'])+'\n' +
-            'mean bias: '+str(stats['meanbias'])+'\n' +
-            'corr: '+str(stats['npoints'])+'\n')
-
-        plot_scatter(bins1, bins2, np.ma.asarray(hist_2d), field_name,
-                     field_name, fname, prdcfg, metadata=metadata)
-
-        print('saved figures: '+' '.join(fname))
-
-        return fname
-    else:
-        warn(' Unsupported product type: ' + prdcfg['type'])
-        return None
-
-
-def generate_colocated_gates_products(dataset, prdcfg):
-    """
-    generates colocated gates products
-
-    Parameters
-    ----------
-    dataset : tuple
-        radar objects and colocated gates dictionary
-
-    prdcfg : dictionary of dictionaries
-        product configuration dictionary of dictionaries
-
-    Returns
-    -------
-    filename : str
-        the name of the file created. None otherwise
-
-    """
-    if prdcfg['type'] == 'WRITE_COLOCATED_GATES':
-        if prdcfg['radar'] not in dataset:
-            return None
-        if 'coloc_dict' not in dataset[prdcfg['radar']]:
-            return None
-
-        savedir = get_save_dir(
-            prdcfg['basepath'], prdcfg['procname'], 'colocated_gates',
-            prdcfg['prdname'], timeinfo=None)
-
-        fname = make_filename(
-            'info', prdcfg['dstype'], prdcfg['prdname'], ['csv'],
-            timeinfo=None)
-
-        fname = savedir+fname[0]
-
-        write_colocated_gates(
-            dataset[prdcfg['radar']]['coloc_dict'], fname)
-
-        print('saved colocated gates file: '+fname)
-
-        return fname
-
-    else:
-        if prdcfg['radar'] not in dataset:
-            return None
-        if 'radar' not in dataset[prdcfg['radar']]:
-            return None
-
-        generate_vol_products(dataset[prdcfg['radar']]['radar'], prdcfg)
-
-
-def generate_time_avg_products(dataset, prdcfg):
-    """
-    generates time average products
-
-    Parameters
-    ----------
-    dataset : tuple
-        radar objects and colocated gates dictionary
-
-    prdcfg : dictionary of dictionaries
-        product configuration dictionary of dictionaries
-
-    Returns
-    -------
-    filename : str
-        the name of the file created. None otherwise
-
-    """
-    prdcfg['timeinfo'] = dataset['timeinfo']
-
-    return generate_vol_products(dataset['radar_obj'], prdcfg)
-
-
-def generate_vol_products(dataset, prdcfg):
-    """
-    generates radar volume products
-
-    Parameters
-    ----------
-    dataset : Radar
-        radar object
-
-    prdcfg : dictionary of dictionaries
-        product configuration dictionary of dictionaries
-
-    Returns
-    -------
-    no return
-
-    """
-    if prdcfg['type'] == 'PPI_IMAGE':
-        field_name = get_fieldname_pyart(prdcfg['voltype'])
-        if field_name not in dataset.fields:
-            warn(
-                ' Field type ' + field_name +
-                ' not available in data set. Skipping product ' +
-                prdcfg['type'])
-            return None
-
-        el_vec = np.sort(dataset.fixed_angle['data'])
-        el = el_vec[prdcfg['anglenr']]
-        ind_el = np.where(np.round(dataset.fixed_angle['data']) == np.round(el))[0][0] # because in MXPOL even the fixed angle changes 
-
-        savedir = get_save_dir(
-            prdcfg['basepath'], prdcfg['procname'], prdcfg['dsname'],
-            prdcfg['prdname'], timeinfo=prdcfg['timeinfo'])
-
-        fname = make_filename(
-            'ppi', prdcfg['dstype'], prdcfg['voltype'],
-            prdcfg['imgformat'], prdcfginfo='el'+'{:.1f}'.format(el),
-            timeinfo=prdcfg['timeinfo'])
-
-        for i in range(len(fname)):
-            fname[i] = savedir+fname[i]
-
-        step = None
-        quantiles = None
-        plot_type = 'PPI'
-        if 'plot_type' in prdcfg:
-            plot_type = prdcfg['plot_type']
-        if 'step' in prdcfg:
-            step = prdcfg['step']
-        if 'quantiles' in prdcfg:
-            quantiles = prdcfg['quantiles']
-
-        plot_ppi(dataset, field_name, ind_el, prdcfg, fname,
-                 plot_type=plot_type, step=step, quantiles=quantiles)
-
-        print('saved figures: '+' '.join(fname))
-
-        return fname
-
-    elif prdcfg['type'] == 'RHI_IMAGE':
-        field_name = get_fieldname_pyart(prdcfg['voltype'])
-        if field_name not in dataset.fields:
-            warn(
-                ' Field type ' + field_name +
-                ' not available in data set. Skipping product ' +
-                prdcfg['type'])
-            return None
-
-        az_vec = np.sort(dataset.fixed_angle['data'])
-        az = az_vec[prdcfg['anglenr']]
-        ind_az = np.where(dataset.fixed_angle['data'] == az)[0][0]
-
-        savedir = get_save_dir(
-            prdcfg['basepath'], prdcfg['procname'], prdcfg['dsname'],
-            prdcfg['prdname'], timeinfo=prdcfg['timeinfo'])
-
-        fname = make_filename(
-            'rhi', prdcfg['dstype'], prdcfg['voltype'],
-            prdcfg['imgformat'], prdcfginfo='az'+'{:.1f}'.format(az),
-            timeinfo=prdcfg['timeinfo'])
-
-        for i in range(len(fname)):
-            fname[i] = savedir+fname[i]
-
-        step = None
-        quantiles = None
-        plot_type = 'RHI'
-        if 'plot_type' in prdcfg:
-            plot_type = prdcfg['plot_type']
-        if 'step' in prdcfg:
-            step = prdcfg['step']
-        if 'quantiles' in prdcfg:
-            quantiles = prdcfg['quantiles']
-
-        plot_rhi(dataset, field_name, ind_az, prdcfg, fname,
-                 plot_type=plot_type, step=step, quantiles=quantiles)
-
-        print('saved figures: '+' '.join(fname))
-
-        return fname
-
-    elif prdcfg['type'] == 'PSEUDOPPI_IMAGE':
-        field_name = get_fieldname_pyart(prdcfg['voltype'])
-        if field_name not in dataset.fields:
-            warn(
-                ' Field type ' + field_name +
-                ' not available in data set. Skipping product ' +
-                prdcfg['type'])
-            return None
-
-        try:
-            xsect = pyart.util.cross_section_rhi(
-                dataset, [prdcfg['angle']], el_tol=prdcfg['EleTol'])
-
-            savedir = get_save_dir(
-                prdcfg['basepath'], prdcfg['procname'], prdcfg['dsname'],
-                prdcfg['prdname'], timeinfo=prdcfg['timeinfo'])
-
-            fname = make_filename(
-                'ppi', prdcfg['dstype'], prdcfg['voltype'],
-                prdcfg['imgformat'],
-                prdcfginfo='el'+'{:.1f}'.format(prdcfg['angle']),
-                timeinfo=prdcfg['timeinfo'])
-
-            for i in range(len(fname)):
-                fname[i] = savedir+fname[i]
-
-            step = None
-            quantiles = None
-            plot_type = 'PPI'
-            if 'plot_type' in prdcfg:
-                plot_type = prdcfg['plot_type']
-            if 'step' in prdcfg:
-                step = prdcfg['step']
-            if 'quantiles' in prdcfg:
-                quantiles = prdcfg['quantiles']
-
-            plot_ppi(xsect, field_name, 0, prdcfg, fname,
-                     plot_type=plot_type, step=step, quantiles=quantiles)
-
-            print('saved figures: '+' '.join(fname))
-
-            return fname
-        except EnvironmentError:
-            warn(
-                'No data found at elevation ' + str(prdcfg['angle']) +
-                '. Skipping product ' + prdcfg['type'])
-
-            return None
-
-    elif prdcfg['type'] == 'PSEUDORHI_IMAGE':
-        field_name = get_fieldname_pyart(prdcfg['voltype'])
-        if field_name not in dataset.fields:
-            warn(
-                ' Field type ' + field_name +
-                ' not available in data set. Skipping product ' +
-                prdcfg['type'])
-            return None
-
-        try:
-            xsect = pyart.util.cross_section_ppi(
-                dataset, [prdcfg['angle']], az_tol=prdcfg['AziTol'])
-
-            savedir = get_save_dir(
-                prdcfg['basepath'], prdcfg['procname'], prdcfg['dsname'],
-                prdcfg['prdname'], timeinfo=prdcfg['timeinfo'])
-
-            fname = make_filename(
-                'rhi', prdcfg['dstype'], prdcfg['voltype'],
-                prdcfg['imgformat'],
-                prdcfginfo='az'+'{:.1f}'.format(prdcfg['angle']),
-                timeinfo=prdcfg['timeinfo'])
-
-            for i in range(len(fname)):
-                fname[i] = savedir+fname[i]
-
-            step = None
-            quantiles = None
-            plot_type = 'RHI'
-            if 'plot_type' in prdcfg:
-                plot_type = prdcfg['plot_type']
-            if 'step' in prdcfg:
-                step = prdcfg['step']
-            if 'quantiles' in prdcfg:
-                quantiles = prdcfg['quantiles']
-
-            plot_rhi(xsect, field_name, 0, prdcfg, fname,
-                     plot_type=plot_type, step=step, quantiles=quantiles)
-
-            print('saved figures: '+' '.join(fname))
-
-            return fname
-        except EnvironmentError:
-            warn(
-                ' No data found at azimuth ' +
-                str(prdcfg['angle'])+'. Skipping product ' +
-                prdcfg['type'])
-            return None
-
-    elif prdcfg['type'] == 'CAPPI_IMAGE':
-        field_name = get_fieldname_pyart(prdcfg['voltype'])
-        if field_name not in dataset.fields:
-            warn(
-                ' Field type ' + field_name +
-                ' not available in data set. Skipping product ' +
-                prdcfg['type'])
-            return None
-
-        savedir = get_save_dir(
-            prdcfg['basepath'], prdcfg['procname'], prdcfg['dsname'],
-            prdcfg['prdname'], timeinfo=prdcfg['timeinfo'])
-
-        fname = make_filename(
-            'cappi', prdcfg['dstype'], prdcfg['voltype'],
-            prdcfg['imgformat'],
-            prdcfginfo='alt'+'{:.1f}'.format(prdcfg['altitude']),
-            timeinfo=prdcfg['timeinfo'])
-
-        for i in range(len(fname)):
-            fname[i] = savedir+fname[i]
-
-        plot_cappi(dataset, field_name, prdcfg['altitude'], prdcfg, fname)
-        print('saved figures: '+' '.join(fname))
-
-        return fname
-
-    if prdcfg['type'] == 'BSCOPE_IMAGE':
-        field_name = get_fieldname_pyart(prdcfg['voltype'])
-        if field_name not in dataset.fields:
-            warn(
-                ' Field type ' + field_name +
-                ' not available in data set. Skipping product ' +
-                prdcfg['type'])
-            return None
-
-        ang_vec = np.sort(dataset.fixed_angle['data'])
-        ang = ang_vec[prdcfg['anglenr']]
-        ind_ang = np.where(dataset.fixed_angle['data'] == ang)[0][0]
-
-        savedir = get_save_dir(
-            prdcfg['basepath'], prdcfg['procname'], prdcfg['dsname'],
-            prdcfg['prdname'], timeinfo=prdcfg['timeinfo'])
-
-        fname = make_filename(
-            'b-scope', prdcfg['dstype'], prdcfg['voltype'],
-            prdcfg['imgformat'],
-            prdcfginfo='ang'+'{:.1f}'.format(ang),
-            timeinfo=prdcfg['timeinfo'])
-
-        for i in range(len(fname)):
-            fname[i] = savedir+fname[i]
-
-        plot_bscope(dataset, field_name, ind_ang, prdcfg, fname)
-        print('saved figures: '+' '.join(fname))
-
-        return fname
-
-    if prdcfg['type'] == 'HISTOGRAM':
-        field_name = get_fieldname_pyart(prdcfg['voltype'])
-        if field_name not in dataset.fields:
-            warn(
-                ' Field type ' + field_name +
-                ' not available in data set. Skipping product ' +
-                prdcfg['type'])
-            return None
-
-        step = None
-        if 'step' in prdcfg:
-            step = prdcfg['step']
-
-        savedir = get_save_dir(
-            prdcfg['basepath'], prdcfg['procname'], prdcfg['dsname'],
-            prdcfg['prdname'], timeinfo=prdcfg['timeinfo'])
-
-        fname = make_filename(
-            'histogram', prdcfg['dstype'], prdcfg['voltype'],
-            prdcfg['imgformat'],
-            timeinfo=prdcfg['timeinfo'])
-
-        for i in range(len(fname)):
-            fname[i] = savedir+fname[i]
-
-        bins, values = compute_histogram(
-            dataset.fields[field_name]['data'], field_name, step=step)
-
-        titl = (
-            pyart.graph.common.generate_radar_time_begin(
-                dataset).isoformat() + 'Z' + '\n' +
-            get_field_name(dataset.fields[field_name], field_name))
-
-        labelx = get_colobar_label(dataset.fields[field_name], field_name)
-
-        plot_histogram(bins, values, fname, labelx=labelx,
-                       labely='Number of Samples', titl=titl)
-
-        print('saved figures: '+' '.join(fname))
-
-        return fname
-
-    if prdcfg['type'] == 'QUANTILES':
-        field_name = get_fieldname_pyart(prdcfg['voltype'])
-        if field_name not in dataset.fields:
-            warn(
-                ' Field type ' + field_name +
-                ' not available in data set. Skipping product ' +
-                prdcfg['type'])
-            return None
-
-        quantiles = None
-        if 'quantiles' in prdcfg:
-            quantiles = prdcfg['quantiles']
-
-        savedir = get_save_dir(
-            prdcfg['basepath'], prdcfg['procname'], prdcfg['dsname'],
-            prdcfg['prdname'], timeinfo=prdcfg['timeinfo'])
-
-        fname = make_filename(
-            'quantiles', prdcfg['dstype'], prdcfg['voltype'],
-            prdcfg['imgformat'],
-            timeinfo=prdcfg['timeinfo'])
-
-        for i in range(len(fname)):
-            fname[i] = savedir+fname[i]
-
-        quantiles, values = compute_quantiles(
-            dataset.fields[field_name]['data'], quantiles=quantiles)
-
-        titl = (
-            pyart.graph.common.generate_radar_time_begin(
-                dataset).isoformat() + 'Z' + '\n' +
-            get_field_name(dataset.fields[field_name], field_name))
-
-        labely = get_colobar_label(dataset.fields[field_name], field_name)
-
-        plot_quantiles(quantiles, values, fname, labelx='quantile',
-                       labely=labely, titl=titl)
-
-        print('saved figures: '+' '.join(fname))
-
-        return fname
-
-    elif prdcfg['type'] == 'SAVEVOL':
-        field_name = get_fieldname_pyart(prdcfg['voltype'])
-        if field_name not in dataset.fields:
-            warn(
-                ' Field type ' + field_name +
-                ' not available in data set. Skipping product ' +
-                prdcfg['type'])
-            return None
-
-        new_dataset = deepcopy(dataset)
-        new_dataset.fields = dict()
-        new_dataset.add_field(field_name, dataset.fields[field_name])
-
-        savedir = get_save_dir(
-            prdcfg['basepath'], prdcfg['procname'], prdcfg['dsname'],
-            prdcfg['prdname'], timeinfo=prdcfg['timeinfo'])
-
-        fname = make_filename(
-            'savevol', prdcfg['dstype'], prdcfg['voltype'], ['nc'],
-            timeinfo=prdcfg['timeinfo'])
-
-        for i in range(len(fname)):
-            fname[i] = savedir+fname[i]
-
-        pyart.io.cfradial.write_cfradial(fname[0], new_dataset)
-        print('saved file: '+fname[0])
-
-        return fname[0]
-
-    elif prdcfg['type'] == 'SAVEALL':
-        savedir = get_save_dir(
-            prdcfg['basepath'], prdcfg['procname'], prdcfg['dsname'],
-            prdcfg['prdname'], timeinfo=prdcfg['timeinfo'])
-
-        fname = make_filename(
-            'savevol', prdcfg['dstype'], 'all_fields', ['nc'],
-            timeinfo=prdcfg['timeinfo'])
-
-        for i in range(len(fname)):
-            fname[i] = savedir+fname[i]
-
-        pyart.io.cfradial.write_cfradial(fname[0], dataset)
-        print('saved file: '+fname[0])
-
-        return fname[0]
-
-    else:
-        warn(' Unsupported product type: ' + prdcfg['type'])
-        return None
-
-
-def generate_timeseries_products(dataset, prdcfg):
-    """
-    generates time series products
-
-    Parameters
-    ----------
-    dataset : dictionary
-        radar object
-
-    prdcfg : dictionary of dictionaries
-        product configuration dictionary of dictionaries
-
-    Returns
-    -------
-    no return
-
-    """
-    if prdcfg['type'] == 'PLOT_AND_WRITE_POINT':
-        az = '{:.1f}'.format(dataset['antenna_coordinates_az_el_r'][0])
-        el = '{:.1f}'.format(dataset['antenna_coordinates_az_el_r'][1])
-        r = '{:.1f}'.format(dataset['antenna_coordinates_az_el_r'][2])
-        gateinfo = ('az'+az+'r'+r+'el'+el)
-
-        savedir = get_save_dir(
-            prdcfg['basepath'], prdcfg['procname'], prdcfg['dsname'],
-            prdcfg['prdname'], timeinfo=prdcfg['timeinfo'])
-
-        csvfname = make_filename(
-            'ts', prdcfg['dstype'], dataset['datatype'], ['csv'],
-            prdcfginfo=gateinfo, timeinfo=prdcfg['timeinfo'],
-            timeformat='%Y%m%d')
-
-        for i in range(len(csvfname)):
-            csvfname[i] = savedir+csvfname[i]
-
-        write_ts_polar_data(dataset, csvfname[0])
-        print('saved CSV file: '+csvfname[0])
-
-        date, value = read_timeseries(csvfname[0])
-
-        if date is None:
-            warn(
-                'Unable to plot time series. No valid data')
-            return None
-
-        figfname = make_filename(
-            'ts', prdcfg['dstype'], dataset['datatype'],
-            prdcfg['imgformat'], prdcfginfo=gateinfo,
-            timeinfo=date[0], timeformat='%Y%m%d')
-
-        for i in range(len(figfname)):
-            figfname[i] = savedir+figfname[i]
-
-        label1 = 'Radar (az, el, r): ('+az+', '+el+', '+r+')'
-        titl = ('Time Series '+date[0].strftime('%Y-%m-%d'))
-
-        labely = generate_field_name_str(dataset['datatype'])
-
-        plot_timeseries(
-            date, value, figfname, labelx='Time UTC',
-            labely=labely, label1=label1, titl=titl)
-        print('saved figures: '+' '.join(figfname))
-
-        return figfname
-
-    elif prdcfg['type'] == 'PLOT_CUMULATIVE_POINT':
-        az = '{:.1f}'.format(dataset['antenna_coordinates_az_el_r'][0])
-        el = '{:.1f}'.format(dataset['antenna_coordinates_az_el_r'][1])
-        r = '{:.1f}'.format(dataset['antenna_coordinates_az_el_r'][2])
-        gateinfo = ('az'+az+'r'+r+'el'+el)
-
-        savedir = get_save_dir(
-            prdcfg['basepath'], prdcfg['procname'], prdcfg['dsname'],
-            prdcfg['prdid'], timeinfo=prdcfg['timeinfo'])
-
-        csvfname = make_filename(
-            'ts', prdcfg['dstype'], dataset['datatype'], ['csv'],
-            prdcfginfo=gateinfo, timeinfo=prdcfg['timeinfo'],
-            timeformat='%Y%m%d')
-
-        for i in range(len(csvfname)):
-            csvfname[i] = savedir+csvfname[i]
-
-        date, value = read_timeseries(csvfname[0])
-
-        if date is None:
-            warn(
-                'Unable to plot accumulationtime series. No valid data')
-            return None
-
-        figfname = make_filename(
-            'ts_cum', prdcfg['dstype'], dataset['datatype'],
-            prdcfg['imgformat'], prdcfginfo=gateinfo,
-            timeinfo=date[0], timeformat='%Y%m%d')
-
-        for i in range(len(figfname)):
-            figfname[i] = savedir+figfname[i]
-
-        label1 = 'Radar (az, el, r): ('+az+', '+el+', '+r+')'
-        titl = ('Time Series Acc. '+date[0].strftime('%Y-%m-%d'))
-
-        labely = 'Radar estimated rainfall accumulation (mm)'
-
-        plot_timeseries(
-            date, value, figfname, labelx='Time UTC',
-            labely=labely, label1=label1, titl=titl,
-            period=prdcfg['ScanPeriod']*60.)
-        print('saved figures: '+' '.join(figfname))
-
-        return figfname
-
-    elif prdcfg['type'] == 'COMPARE_POINT':
-        az = '{:.1f}'.format(dataset['antenna_coordinates_az_el_r'][0])
-        el = '{:.1f}'.format(dataset['antenna_coordinates_az_el_r'][1])
-        r = '{:.1f}'.format(dataset['antenna_coordinates_az_el_r'][2])
-        gateinfo = ('az'+az+'r'+r+'el'+el)
-
-        savedir_ts = get_save_dir(
-            prdcfg['basepath'], prdcfg['procname'], prdcfg['dsname'],
-            prdcfg['prdid'], timeinfo=prdcfg['timeinfo'])
-
-        csvfname = make_filename(
-            'ts', prdcfg['dstype'], dataset['datatype'], ['csv'],
-            prdcfginfo=gateinfo, timeinfo=prdcfg['timeinfo'],
-            timeformat='%Y%m%d')
-
-        for i in range(len(csvfname)):
-            csvfname[i] = savedir_ts+csvfname[i]
-
-        radardate, radarvalue = read_timeseries(csvfname[0])
-        if radardate is None:
-            warn(
-                'Unable to plot sensor comparison at point of interest. ' +
-                'No valid radar data')
-            return None
-
-        sensordate, sensorvalue, sensortype, period = get_sensor_data(
-            radardate[0], dataset['datatype'], prdcfg)
-        if sensordate is None:
-            warn(
-                'Unable to plot sensor comparison at point of interest. ' +
-                'No valid sensor data')
-            return None
-
-        savedir = get_save_dir(
-            prdcfg['basepath'], prdcfg['procname'], prdcfg['dsname'],
-            prdcfg['prdname'], timeinfo=radardate[0])
-
-        figfname = make_filename(
-            'ts_comp', prdcfg['dstype'], dataset['datatype'],
-            prdcfg['imgformat'], prdcfginfo=gateinfo,
-            timeinfo=radardate[0], timeformat='%Y%m%d')
-
-        for i in range(len(figfname)):
-            figfname[i] = savedir+figfname[i]
-
-        label1 = 'Radar (az, el, r): ('+az+', '+el+', '+r+')'
-        label2 = sensortype+' '+prdcfg['sensorid']
-        titl = 'Time Series Comp. '+radardate[0].strftime('%Y-%m-%d')
-        labely = generate_field_name_str(dataset['datatype'])
-
-        plot_timeseries_comp(
-            radardate, radarvalue, sensordate, sensorvalue, figfname,
-            labelx='Time UTC', labely=labely, label1=label1, label2=label2,
-            titl=titl)
-        print('saved figures: '+' '.join(figfname))
-
-        return figfname
-
-    elif prdcfg['type'] == 'COMPARE_CUMULATIVE_POINT':
-        az = '{:.1f}'.format(dataset['antenna_coordinates_az_el_r'][0])
-        el = '{:.1f}'.format(dataset['antenna_coordinates_az_el_r'][1])
-        r = '{:.1f}'.format(dataset['antenna_coordinates_az_el_r'][2])
-        gateinfo = ('az'+az+'r'+r+'el'+el)
-
-        savedir_ts = get_save_dir(
-            prdcfg['basepath'], prdcfg['procname'], prdcfg['dsname'],
-            prdcfg['prdid'], timeinfo=prdcfg['timeinfo'])
-
-        csvfname = make_filename(
-            'ts', prdcfg['dstype'], dataset['datatype'], ['csv'],
-            prdcfginfo=gateinfo, timeinfo=prdcfg['timeinfo'],
-            timeformat='%Y%m%d')
-
-        for i in range(len(csvfname)):
-            csvfname[i] = savedir_ts+csvfname[i]
-
-        radardate, radarvalue = read_timeseries(csvfname[0])
-        if radardate is None:
-            warn(
-                'Unable to plot sensor comparison at point of interest. ' +
-                'No valid radar data')
-            return None
-
-        sensordate, sensorvalue, sensortype, period2 = get_sensor_data(
-            radardate[0], dataset['datatype'], prdcfg)
-        if sensordate is None:
-            warn(
-                'Unable to plot sensor comparison at point of interest. ' +
-                'No valid sensor data')
-            return None
-
-        savedir = get_save_dir(
-            prdcfg['basepath'], prdcfg['procname'], prdcfg['dsname'],
-            prdcfg['prdname'], timeinfo=radardate[0])
-
-        figfname = make_filename(
-            'ts_cumcomp', prdcfg['dstype'], dataset['datatype'],
-            prdcfg['imgformat'], prdcfginfo=gateinfo,
-            timeinfo=radardate[0], timeformat='%Y%m%d')
-
-        for i in range(len(figfname)):
-            figfname[i] = savedir+figfname[i]
-
-        label1 = 'Radar (az, el, r): ('+az+', '+el+', '+r+')'
-        label2 = sensortype+' '+prdcfg['sensorid']
-        titl = ('Time Series Acc. Comp. ' +
-                radardate[0].strftime('%Y-%m-%d'))
-        labely = 'Rainfall accumulation (mm)'
-
-        plot_timeseries_comp(
-            radardate, radarvalue, sensordate, sensorvalue,
-            figfname, labelx='Time UTC', labely=labely,
-            label1=label1, label2=label2, titl=titl,
-            period1=prdcfg['ScanPeriod']*60., period2=period2)
-        print('saved figures: '+' '.join(figfname))
-
-        return figfname
-
-    else:
-        warn(' Unsupported product type: ' + prdcfg['type'])
-        return None
-
-
-def generate_monitoring_products(dataset, prdcfg):
-
-    # check the type of dataset required
-    hist_type = 'cumulative'
-    if 'hist_type' in prdcfg:
-        hist_type = prdcfg['hist_type']
-
-    if dataset['hist_type'] != hist_type:
-        return None
-
-    hist_obj = dataset['hist_obj']
-
-    if prdcfg['type'] == 'VOL_HISTOGRAM':
-        field_name = get_fieldname_pyart(prdcfg['voltype'])
-        if field_name not in hist_obj.fields:
-            warn(
-                ' Field type ' + field_name +
-                ' not available in data set. Skipping product ' +
-                prdcfg['type'])
-            return None
-
-        timeformat = '%Y%m%d'
-        titl = (
-                pyart.graph.common.generate_radar_time_begin(
-                    hist_obj).strftime('%Y-%m-%d') + '\n' +
-                get_field_name(hist_obj.fields[field_name], field_name))
-        if hist_type == 'instant':
-            timeformat = '%Y%m%d%H%M%S'
-            titl = (
-                pyart.graph.common.generate_radar_time_begin(
-                    hist_obj).isoformat() + 'Z' + '\n' +
-                get_field_name(hist_obj.fields[field_name], field_name))
-
-        savedir = get_save_dir(
-            prdcfg['basepath'], prdcfg['procname'], prdcfg['dsname'],
-            prdcfg['prdname'], timeinfo=dataset['timeinfo'])
-
-        fname = make_filename(
-            'histogram', prdcfg['dstype'], prdcfg['voltype'],
-            prdcfg['imgformat'],
-            timeinfo=dataset['timeinfo'], timeformat=timeformat)
-
-        for i in range(len(fname)):
-            fname[i] = savedir+fname[i]
-
-        labelx = get_colobar_label(hist_obj.fields[field_name], field_name)
-
-        plot_histogram2(
-            hist_obj.range['data'],
-            np.sum(hist_obj.fields[field_name]['data'], axis=0),
-            fname, labelx=labelx, labely='Number of Samples',
-            titl=titl)
-
-        print('saved figures: '+' '.join(fname))
-
-        return fname
-
-    if prdcfg['type'] == 'PPI_HISTOGRAM':
-        field_name = get_fieldname_pyart(prdcfg['voltype'])
-        if field_name not in hist_obj.fields:
-            warn(
-                ' Field type ' + field_name +
-                ' not available in data set. Skipping product ' +
-                prdcfg['type'])
-            return None
-
-        el_vec = np.sort(hist_obj.fixed_angle['data'])
-        el = el_vec[prdcfg['anglenr']]
-        ind_el = np.where(hist_obj.fixed_angle['data'] == el)[0][0]
-
-        timeformat = '%Y%m%d'
-        titl = (
-                '{:.1f}'.format(el)+' Deg. ' +
-                pyart.graph.common.generate_radar_time_begin(
-                    hist_obj).strftime('%Y-%m-%d') + '\n' +
-                get_field_name(hist_obj.fields[field_name], field_name))
-        if hist_type == 'instant':
-            timeformat = '%Y%m%d%H%M%S'
-            titl = (
-                '{:.1f}'.format(el)+' Deg. ' +
-                pyart.graph.common.generate_radar_time_begin(
-                    hist_obj).isoformat() + 'Z' + '\n' +
-                get_field_name(hist_obj.fields[field_name], field_name))
-
-        savedir = get_save_dir(
-            prdcfg['basepath'], prdcfg['procname'], prdcfg['dsname'],
-            prdcfg['prdname'], timeinfo=dataset['timeinfo'])
-
-        fname = make_filename(
-            'ppi', prdcfg['dstype'], prdcfg['voltype'],
-            prdcfg['imgformat'], prdcfginfo='el'+'{:.1f}'.format(el),
-            timeinfo=dataset['timeinfo'], timeformat=timeformat)
-
-        for i in range(len(fname)):
-            fname[i] = savedir+fname[i]
-
-        labelx = get_colobar_label(hist_obj.fields[field_name], field_name)
-
-        sweep_start = hist_obj.sweep_start_ray_index['data'][ind_el]
-        sweep_end = hist_obj.sweep_end_ray_index['data'][ind_el]
-        values = hist_obj.fields[field_name]['data'][sweep_start:sweep_end, :]
-        plot_histogram2(
-            hist_obj.range['data'], np.sum(values, axis=0),
-            fname, labelx=labelx, labely='Number of Samples',
-            titl=titl)
-
-        print('saved figures: '+' '.join(fname))
-
-        return fname
-
-    if prdcfg['type'] == 'ANGULAR_DENSITY':
-        field_name = get_fieldname_pyart(prdcfg['voltype'])
-        if field_name not in hist_obj.fields:
-            warn(
-                ' Field type ' + field_name +
-                ' not available in data set. Skipping product ' +
-                prdcfg['type'])
-            return None
-
-        el_vec = np.sort(hist_obj.fixed_angle['data'])
-        el = el_vec[prdcfg['anglenr']]
-        ind_el = np.where(hist_obj.fixed_angle['data'] == el)[0][0]
-
-        timeformat = '%Y%m%d'
-        if hist_type == 'instant':
-            timeformat = '%Y%m%d%H%M%S'
-
-        savedir = get_save_dir(
-            prdcfg['basepath'], prdcfg['procname'], prdcfg['dsname'],
-            prdcfg['prdname'], timeinfo=dataset['timeinfo'])
-
-        fname = make_filename(
-            'ppi', prdcfg['dstype'], prdcfg['voltype'],
-            prdcfg['imgformat'], prdcfginfo='el'+'{:.1f}'.format(el),
-            timeinfo=dataset['timeinfo'], timeformat=timeformat)
-
-        for i in range(len(fname)):
-            fname[i] = savedir+fname[i]
-
-        quantiles = np.array([25., 50., 75.])
-        ref_value = 0.
-        if 'quantiles' in prdcfg:
-            quantiles = prdcfg['quantiles']
-        if 'ref_value' in prdcfg:
-            ref_value = prdcfg['ref_value']
-
-        plot_density(
-            hist_obj, hist_type, field_name, ind_el, prdcfg, fname,
-            quantiles=quantiles, ref_value=ref_value)
-
-        print('saved figures: '+' '.join(fname))
-
-        return fname
-
-    elif prdcfg['type'] == 'VOL_TS':
-        field_name = get_fieldname_pyart(prdcfg['voltype'])
-        if field_name not in hist_obj.fields:
-            warn(
-                ' Field type ' + field_name +
-                ' not available in data set. Skipping product ' +
-                prdcfg['type'])
-            return None
-
-        csvtimeinfo = None
-        if hist_type == 'instant':
-            csvtimeinfo = prdcfg['timeinfo']
-
-        quantiles = np.array([25., 50., 75.])
-        ref_value = 0.
-        if 'quantiles' in prdcfg:
-            quantiles = prdcfg['quantiles']
-        if 'ref_value' in prdcfg:
-            ref_value = prdcfg['ref_value']
-
-        savedir = get_save_dir(
-            prdcfg['basepath'], prdcfg['procname'], prdcfg['dsname'],
-            prdcfg['prdname'], timeinfo=csvtimeinfo)
-
-        csvfname = make_filename(
-            'ts', prdcfg['dstype'], prdcfg['voltype'], ['csv'],
-            timeinfo=csvtimeinfo, timeformat='%Y%m%d')
-
-        for i in range(len(csvfname)):
-            csvfname[i] = savedir+csvfname[i]
-
-        quantiles, values = compute_quantiles_from_hist(
-            hist_obj.range['data'],
-            np.ma.sum(hist_obj.fields[field_name]['data'], axis=0),
-            quantiles=quantiles)
-
-        start_time = pyart.graph.common.generate_radar_time_begin(hist_obj)
-        np_t = np.ma.sum(hist_obj.fields[field_name]['data'], dtype=int)
-        if np.ma.getmaskarray(np_t):
-            np_t = 0
-
-        write_monitoring_ts(
-            start_time, np_t, values, quantiles, prdcfg['voltype'],
-            csvfname[0])
-        print('saved CSV file: '+csvfname[0])
-
-        date, np_t_vec, cquant_vec, lquant_vec, hquant_vec = (
-            read_monitoring_ts(csvfname[0]))
-
-        if date is None:
-            warn(
-                'Unable to plot time series. No valid data')
-            return None
-
-        figtimeinfo = None
-        titldate = ''
-        if hist_type == 'instant':
-            figtimeinfo = date[0]
-            titldate = date[0].strftime('%Y-%m-%d')
-
-        figfname = make_filename(
-            'ts', prdcfg['dstype'], prdcfg['voltype'],
-            prdcfg['imgformat'],
-            timeinfo=figtimeinfo, timeformat='%Y%m%d')
-
-        for i in range(len(figfname)):
-            figfname[i] = savedir+figfname[i]
-
-        titl = ('Monitoring Time Series '+titldate)
-
-        labely = generate_field_name_str(prdcfg['voltype'])
-
-        plot_monitoring_ts(
-            date, np_t_vec, cquant_vec, lquant_vec, hquant_vec, field_name,
-            figfname, ref_value=ref_value, labelx='Time UTC',
-            labely=labely, titl=titl)
-        print('saved figures: '+' '.join(figfname))
-
-        return figfname
-
-    elif prdcfg['type'] == 'SAVEVOL':
-        field_name = get_fieldname_pyart(prdcfg['voltype'])
-        if field_name not in hist_obj.fields:
-            warn(
-                ' Field type ' + field_name +
-                ' not available in data set. Skipping product ' +
-                prdcfg['type'])
-            return None
-
-        new_dataset = deepcopy(hist_obj)
-        new_dataset.fields = dict()
-        new_dataset.add_field(field_name, hist_obj.fields[field_name])
-
-        savedir = get_save_dir(
-            prdcfg['basepath'], prdcfg['procname'], prdcfg['dsname'],
-            prdcfg['prdname'], timeinfo=dataset['timeinfo'])
-
-        fname = make_filename(
-            'savevol', prdcfg['dstype'], prdcfg['voltype'], ['nc'],
-            timeinfo=dataset['timeinfo'])
-
-        for i in range(len(fname)):
-            fname[i] = savedir+fname[i]
-
-        pyart.io.cfradial.write_cfradial(fname[0], new_dataset)
-        print('saved file: '+fname[0])
-
-        return fname[0]
-
-    else:
-        warn(' Unsupported product type: ' + prdcfg['type'])
-        return None
+        return None
\ No newline at end of file
diff --git a/src/pyrad_proc/scripts/main_process_data_period.py b/src/pyrad_proc/scripts/main_process_data_period.py
index 3d26e7c..d81ab54 100755
--- a/src/pyrad_proc/scripts/main_process_data_period.py
+++ b/src/pyrad_proc/scripts/main_process_data_period.py
@@ -1,111 +1,113 @@
-#!/usr/bin/env python
-
-"""
-================================================
-Pyrad: The MeteoSwiss Radar Processing framework
-================================================
-
-Welcome to Pyrad!
-
-This program does the daily processing and post-processing over a period of \
-time.
-
-To run the processing framework type:
-    python main_process_data.py \
-[config_file] [process_start_date] [process_end_date] \
---starttime [process_start_time] --endtime [process_end_time] \
---postproc_cfgfile [postproc_config_file] --cfgpath [cfgpath]
-
-starttime is an optional argument with default: '000000'
-endtime is an optional argument with default: '235959'
-postproc_cfgfile is an optional argument with default: None
-cfgpath is an optional argument with default: \
-'$HOME/pyrad/config/processing/'
-
-Example:
-    python main_process_data.py 'paradiso_fvj_vol.txt' '20140523' '20140525' \
---starttime '000000' --endtime '001000' \
---postproc_cfgfile 'mals_emm_vol_postproc.txt' \
---cfgpath '$HOME/pyrad/config/processing/'
-
-"""
-
-# Author: fvj
-# License: BSD 3 clause
-
-import datetime
-import argparse
-
-from pyrad.flow import main
-
-print(__doc__)
-
-
-if __name__ == '__main__':
-
-    # parse the arguments
-    parser = argparse.ArgumentParser(
-        description='Entry to Pyrad processing framework')
-
-    parser.add_argument(
-        'proc_cfgfile', type=str, help='name of main configuration file')
-    parser.add_argument(
-        'startdate', type=str,
-        help='starting date of the data to be processed. Format ''YYYYMMDD'' ')
-    parser.add_argument(
-        'enddate', type=str, help='end date of the data to be processed. Format ''YYYYMMDD'' ')
-
-    # keyword arguments
-    parser.add_argument(
-        '--starttime', type=str, default='000000',
-        help='starting date of the data to be processed. Format ''hhmmss'' ')
-    parser.add_argument(
-        '--endtime', type=str, default='235959',
-        help='end date of the data to be processed. Format ''hhmmss'' ')
-
-    parser.add_argument(
-        '--postproc_cfgfile', type=str, default=None,
-        help='name of main post-processing configuration file')
-    parser.add_argument(
-        '--cfgpath', type=str,
-        default=os.path.expanduser('~')+'/pyrad/config/processing/',
-        help='configuration file path')
-
-    args = parser.parse_args()
-
-    print('config path: '+args.cfgpath)
-    print('config file: '+args.proc_cfgfile)
-    print('postproc config file: '+str(args.postproc_cfgfile))
-    print('start date: '+args.startdate)
-    print('end date: '+args.enddate)
-    print('start time each day: '+args.starttime)
-    print('end time each day: '+args.endtime)
-
-    proc_startdate = datetime.datetime.strptime(
-        args.startdate, '%Y%m%d')
-    proc_enddate = datetime.datetime.strptime(
-        args.enddate, '%Y%m%d')
-    proc_starttime = datetime.timedelta(
-        hours=float(args.starttime[0:2]), minutes=float(args.starttime[2:4]),
-        seconds=float(args.starttime[4:6]))
-    proc_endtime = datetime.timedelta(
-        hours=float(args.endtime[0:2]), minutes=float(args.endtime[2:4]),
-        seconds=float(args.endtime[4:6]))
-
-    cfgfile_proc = args.cfgpath+args.proc_cfgfile
-    if args.postproc_cfgfile is not None:
-        cfgfile_postproc = args.cfgpath+args.postproc_cfgfile
-
-    ndays = (proc_enddate - proc_startdate).days + 1
-    print('Number of days to process: '+str(ndays)+'\n\n')
-
-    for day in range(ndays):
-        current_date = proc_startdate + datetime.timedelta(days=day)
-        proc_startdatetime = current_date + proc_starttime
-        proc_enddatetime = current_date + proc_endtime
-        try:
-            main(cfgfile_proc, proc_startdatetime, proc_enddatetime)
-            if args.postproc_cfgfile is not None:
-                main(cfgfile_postproc, proc_startdatetime, proc_enddatetime)
-        except ValueError:
-            print(ValueError)
+#!/usr/bin/env python
+
+"""
+================================================
+Pyrad: The MeteoSwiss Radar Processing framework
+================================================
+
+Welcome to Pyrad!
+
+This program does the daily processing and post-processing over a period of \
+time.
+
+To run the processing framework type:
+    python main_process_data.py \
+[config_file] [process_start_date] [process_end_date] \
+--starttime [process_start_time] --endtime [process_end_time] \
+--postproc_cfgfile [postproc_config_file] --cfgpath [cfgpath]
+
+starttime is an optional argument with default: '000000'
+endtime is an optional argument with default: '235959'
+postproc_cfgfile is an optional argument with default: None
+cfgpath is an optional argument with default: \
+'$HOME/pyrad/config/processing/'
+
+Example:
+    python main_process_data.py 'paradiso_fvj_vol.txt' '20140523' '20140525' \
+--starttime '000000' --endtime '001000' \
+--postproc_cfgfile 'mals_emm_vol_postproc.txt' \
+--cfgpath '$HOME/pyrad/config/processing/'
+
+"""
+
+# Author: fvj
+# License: BSD 3 clause
+
+import datetime
+import argparse
+import os
+
+from pyrad.flow import main
+
+print(__doc__)
+
+
+if __name__ == '__main__':
+
+    # parse the arguments
+    parser = argparse.ArgumentParser(
+        description='Entry to Pyrad processing framework')
+
+    parser.add_argument(
+        'proc_cfgfile', type=str, help='name of main configuration file')
+    parser.add_argument(
+        'startdate', type=str,
+        help='starting date of the data to be processed. Format ''YYYYMMDD'' ')
+    parser.add_argument(
+        'enddate', type=str,
+        help='end date of the data to be processed. Format ''YYYYMMDD'' ')
+
+    # keyword arguments
+    parser.add_argument(
+        '--starttime', type=str, default='000000',
+        help='starting date of the data to be processed. Format ''hhmmss'' ')
+    parser.add_argument(
+        '--endtime', type=str, default='235959',
+        help='end date of the data to be processed. Format ''hhmmss'' ')
+
+    parser.add_argument(
+        '--postproc_cfgfile', type=str, default=None,
+        help='name of main post-processing configuration file')
+    parser.add_argument(
+        '--cfgpath', type=str,
+        default=os.path.expanduser('~')+'/pyrad/config/processing/',
+        help='configuration file path')
+
+    args = parser.parse_args()
+
+    print('config path: '+args.cfgpath)
+    print('config file: '+args.proc_cfgfile)
+    print('postproc config file: '+str(args.postproc_cfgfile))
+    print('start date: '+args.startdate)
+    print('end date: '+args.enddate)
+    print('start time each day: '+args.starttime)
+    print('end time each day: '+args.endtime)
+
+    proc_startdate = datetime.datetime.strptime(
+        args.startdate, '%Y%m%d')
+    proc_enddate = datetime.datetime.strptime(
+        args.enddate, '%Y%m%d')
+    proc_starttime = datetime.timedelta(
+        hours=float(args.starttime[0:2]), minutes=float(args.starttime[2:4]),
+        seconds=float(args.starttime[4:6]))
+    proc_endtime = datetime.timedelta(
+        hours=float(args.endtime[0:2]), minutes=float(args.endtime[2:4]),
+        seconds=float(args.endtime[4:6]))
+
+    cfgfile_proc = args.cfgpath+args.proc_cfgfile
+    if args.postproc_cfgfile is not None:
+        cfgfile_postproc = args.cfgpath+args.postproc_cfgfile
+
+    ndays = (proc_enddate - proc_startdate).days + 1
+    print('Number of days to process: '+str(ndays)+'\n\n')
+
+    for day in range(ndays):
+        current_date = proc_startdate + datetime.timedelta(days=day)
+        proc_startdatetime = current_date + proc_starttime
+        proc_enddatetime = current_date + proc_endtime
+        try:
+            main(cfgfile_proc, proc_startdatetime, proc_enddatetime)
+            if args.postproc_cfgfile is not None:
+                main(cfgfile_postproc, proc_startdatetime, proc_enddatetime)
+        except ValueError:
+            print(ValueError)
diff --git a/src/pyrad_proc/scripts/main_retrieve_dwh.py b/src/pyrad_proc/scripts/main_retrieve_dwh.py
new file mode 100755
index 0000000..20bdc36
--- /dev/null
+++ b/src/pyrad_proc/scripts/main_retrieve_dwh.py
@@ -0,0 +1,130 @@
+#!/usr/bin/env python
+# -*- coding: utf-8 -*-
+
+"""
+================================================
+main_retrieve_dwh
+================================================
+
+This program retrieves parameters from selected SwissMetNet stations, stores
+them in a file and plots them and computes the average and standard deviation
+over a period and stores it and plots it.
+
+"""
+
+# Author: fvj
+# License: BSD 3 clause
+
+import datetime
+import atexit
+from subprocess import run
+
+from pyrad.io import read_smn2, write_smn
+from pyrad.graph import plot_timeseries
+from pyrad.util import time_series_statistics, join_time_series
+
+print(__doc__)
+
+
+def main():
+    """
+    """
+
+    file_path = '/data/FLORAKO/v2/'
+    img_ext = 'png'
+    avg_time = 3600
+    base_time = 0
+
+    smn_station_vec = ['PIL', 'WFJ', 'MTR', 'GUE', 'DIA']
+    tstart_vec = ['2007', '2008', '2009', '2010', '2011', '2012', '2013',
+                  '2014', '2015', '2016']
+    tend_vec = ['2008', '2009', '2010', '2011', '2012', '2013', '2014',
+                '2015', '2016', '2017']
+    param_vec = ['tre200s0', 'tde200s0', 'ure200s0', 'gor000z0', 'fkl010z0']
+    ymin_vec = [-40., -40., 0., -40., 0.]
+    ymax_vec = [30., 30., 110., 1500., 20.]
+
+    print("====== retrieval from DWH started: %s" %
+          datetime.datetime.utcnow().strftime("%Y-%m-%d %H:%M:%S"))
+    atexit.register(_print_end_msg,
+                    "====== retrieval from DWH finished: ")
+
+    for station in smn_station_vec:
+        i = 0
+        for param in param_vec:
+            ymin = ymin_vec[i]
+            ymax = ymax_vec[i]
+            i += 1
+            for time in range(len(tstart_vec)):
+                tstart = tstart_vec[time]+'0101000000'
+                tend = tend_vec[time]+'0101000000'
+
+                print('\n--- Processing station '+station+' parameter ' +
+                      param+' between '+tstart+' and '+tend)
+
+                base_name = station+'_'+param+'_'+tstart+'-'+tend
+                file_name = file_path+base_name+'.csv'
+                with open(file_name, 'wb') as out_file:
+                    result = run(
+                        ['jretrievedwh.sh',  '-d', 'COMMA', '-s', 'surface',
+                         '-i', 'nat_abbr,'+station, '-t', tstart+','+tend,
+                         '-n', param], stdout=out_file)
+                id, date, value = read_smn2(file_name)
+
+                if date is None:
+                    continue
+
+                plot_timeseries(
+                    date, [value], [file_path+base_name+'.'+img_ext],
+                    labelx='Time [UTC]', labely=param, labels=[station],
+                    title=station+' '+tstart+'-'+tend, period=0,
+                    timeformat=None, colors=None, linestyles=None, ymin=ymin,
+                    ymax=ymax)
+
+                date_avg, value_avg = time_series_statistics(
+                    date, value, avg_time=avg_time, base_time=base_time,
+                    method='mean', dropnan=True)
+                date_std, value_std = time_series_statistics(
+                    date, value, avg_time=avg_time, base_time=base_time,
+                    method='std', dropnan=True)
+                    
+                date_series, value_avg, value_std = join_time_series(
+                    date_avg, value_avg, date_std, value_std, dropnan=True)
+
+                plot_timeseries(
+                    date_series,
+                    [value_avg, value_avg+value_std, value_avg-value_std],
+                    [file_path+base_name+'_avg'+str(avg_time)+'s.'+img_ext],
+                    labelx='Time [UTC]', labely=param, labels=None,
+                    title=station+' '+tstart+'-'+tend+' avg '+str(
+                        avg_time)+' s', period=0, timeformat=None,
+                    colors=['b', 'r', 'r'], linestyles=['-', '--', '--'],
+                    ymin=ymin, ymax=ymax)
+
+                write_smn(
+                    date_series, value_avg, value_std,
+                    file_path+base_name+'_avg'+str(avg_time)+'s.csv')
+
+
+def _print_end_msg(text):
+    """
+    prints end message
+
+    Parameters
+    ----------
+    text : str
+        the text to be printed
+
+    Returns
+    -------
+    Nothing
+
+    """
+    print(text + datetime.datetime.utcnow().strftime("%Y-%m-%d %H:%M:%S"))
+
+
+# ---------------------------------------------------------
+# Start main:
+# ---------------------------------------------------------
+if __name__ == "__main__":
+    main()
diff --git a/src/pyrad_proc/scripts/main_retrieve_dwh2.py b/src/pyrad_proc/scripts/main_retrieve_dwh2.py
new file mode 100755
index 0000000..55b615c
--- /dev/null
+++ b/src/pyrad_proc/scripts/main_retrieve_dwh2.py
@@ -0,0 +1,105 @@
+#!/usr/bin/env python
+# -*- coding: utf-8 -*-
+
+"""
+================================================
+main_retrieve_dwh
+================================================
+
+This program puts together stored SwissMetNet data in a single file
+
+"""
+
+# Author: fvj
+# License: BSD 3 clause
+
+import datetime
+import atexit
+from warnings import warn
+
+import pandas as pd
+
+print(__doc__)
+
+
+def main():
+    """
+    """
+
+    file_path_in = '/data/FLORAKO/v2/'
+    file_path_out = '/data/FLORAKO/'    
+    avg_time = 3600   
+    fill_value = -99999.
+
+    smn_station_vec = ['PIL', 'WFJ', 'MTR', 'GUE', 'DIA']
+    tstart_vec = ['2007', '2008', '2009', '2010', '2011', '2012', '2013',
+                  '2014', '2015', '2016']
+    tend_vec = ['2008', '2009', '2010', '2011', '2012', '2013', '2014',
+                '2015', '2016', '2017']
+    param_vec = ['tre200s0', 'tde200s0', 'ure200s0', 'gor000z0', 'fkl010z0']
+
+    print("====== retrieval from DWH started: %s" %
+          datetime.datetime.utcnow().strftime("%Y-%m-%d %H:%M:%S"))
+    atexit.register(_print_end_msg,
+                    "====== retrieval from DWH finished: ")
+
+    for station in smn_station_vec:        
+        df_out = None
+        for param in param_vec:
+            df_param = None
+            for time in range(len(tstart_vec)):
+                tstart = tstart_vec[time]+'0101000000'
+                tend = tend_vec[time]+'0101000000'                        
+                
+                print('\n--- Processing station '+station+' parameter ' +
+                      param+' between '+tstart+' and '+tend)
+
+                base_name = station+'_'+param+'_'+tstart+'-'+tend
+                file_name = file_path_in+base_name+'_avg'+str(avg_time)+'s.csv'                
+                
+                try:
+                    df = pd.read_csv(file_name, parse_dates=['datetime'], index_col=0, names=['datetime', param+'_avg', param+'_std'], header=0)
+                
+                    if df_param is None:
+                        df_param = df
+                    else:
+                        df_param = pd.concat([df_param, df])
+                except OSError:
+                    warn('Unable to read file '+file_name)        
+        
+            if df_out is None:
+                df_out = df_param
+            else:
+                df_out = pd.concat([df_out, df_param], join='outer', axis=1)    
+        
+        if fill_value is not None:
+            df_out = df_out.fillna(value=fill_value)
+        
+        file_name = file_path_out+station+'_'+tstart_vec[0]+'0101000000'+'-'+tend_vec[-1]+'0101000000'+'_avg'+str(avg_time)+'s.csv'
+        df_out.to_csv(file_name)     
+                
+                
+
+
+def _print_end_msg(text):
+    """
+    prints end message
+
+    Parameters
+    ----------
+    text : str
+        the text to be printed
+
+    Returns
+    -------
+    Nothing
+
+    """
+    print(text + datetime.datetime.utcnow().strftime("%Y-%m-%d %H:%M:%S"))
+
+
+# ---------------------------------------------------------
+# Start main:
+# ---------------------------------------------------------
+if __name__ == "__main__":
+    main()
diff --git a/src/pyrad_proc/scripts/plot_antenna_pattern.py b/src/pyrad_proc/scripts/plot_antenna_pattern.py
new file mode 100755
index 0000000..94dea3d
--- /dev/null
+++ b/src/pyrad_proc/scripts/plot_antenna_pattern.py
@@ -0,0 +1,49 @@
+#!/usr/bin/env python
+# -*- coding: utf-8 -*-
+
+"""
+================================================
+plot_antenna_pattern
+================================================
+
+This program plots an antenna pattern provided in a .csv file
+
+"""
+
+# Author: fvj
+# License: BSD 3 clause
+
+from pyrad.io import read_antenna_pattern
+from pyrad.graph import plot_antenna_pattern
+
+print(__doc__)
+
+
+def main():
+    """
+    """
+
+    file_path = '/home/lom/users/fvj/malsgit/config/antenna/'
+    base_name_vec = ['ASR_HighBeamAzimuthPattern',
+                     'ASR_HighBeamElevationPattern',
+                     'ASR_LowBeamAzimuthPattern',
+                     'ASR_LowBeamElevationPattern',
+                     'PAR_AzAntenna_AzimuthPattern',
+                     'PAR_AzAntenna_ElevationPattern']
+    img_ext = '.png'
+    linear = False
+    twoway = False
+
+    for base_name in base_name_vec:
+        antpattern = read_antenna_pattern(
+            file_path+base_name+'.csv', linear=linear, twoway=twoway)
+        plot_antenna_pattern(
+            antpattern, [file_path+base_name+img_ext], labelx='Angle [Deg]',
+            linear=linear, twoway=twoway, title=base_name, ymin=None,
+            ymax=None)
+
+# ---------------------------------------------------------
+# Start main:
+# ---------------------------------------------------------
+if __name__ == "__main__":
+    main()
diff --git a/src/pyrad_proc/scripts/process_trajectory.py b/src/pyrad_proc/scripts/process_trajectory.py
index ac62310..dd37cc8 100755
--- a/src/pyrad_proc/scripts/process_trajectory.py
+++ b/src/pyrad_proc/scripts/process_trajectory.py
@@ -29,6 +29,7 @@ def main():
         description="Create PYRAD products using a plane trajectory",
         epilog="Example:\n"
         "  process_trajectory.py -c $HOME/pyrad/config/processing/mals_emm_rw22_traj.txt\n"
+        "     --preproc_cfgfile $HOME/pyrad/config/processing/mals_emm_rw22_traj_preproc.txt\n"
         "     -i TS011 /data/mals_plane_traj/EMM/gnv_20161026_ts011_seat_emmen_flt01_ADS.txt",
         formatter_class=argparse.RawDescriptionHelpFormatter)
 
@@ -36,6 +37,11 @@ def main():
     parser.add_argument("-c", "--cfgfile", type=str,
                         help="Main configuration file. Defines the ",
                         default="")
+
+    parser.add_argument(
+        '--preproc_cfgfile', type=str, default=None,
+        help='name of main pre-processing configuration file')
+
     parser.add_argument("trajfile", type=str,
                         help="Definition file of plane trajectory. "
                         "Configuration of scan sector, products, ...")
@@ -53,7 +59,7 @@ def main():
 
     parser.add_argument("-i", "--infostr",
                         help="Information string about the actual data "
-                        "processing (e.g. 'RUN57'). This sting is added "
+                        "processing (e.g. 'RUN57'). This string is added "
                         "to the filenames of the product files.",
                         default="")
 
@@ -98,12 +104,17 @@ def main():
     atexit.register(_print_end_msg,
                     "====== PYRAD trajectory processing finished: ")
 
-    #try:  #XXX
+    # try:  #XXX
+    if args.preproc_cfgfile is not None:
+        pyrad_main(args.preproc_cfgfile, dt_starttime, dt_endtime,
+                   trajfile=args.trajfile, infostr=args.infostr)
+
     pyrad_main(args.cfgfile, dt_starttime, dt_endtime,
                trajfile=args.trajfile, infostr=args.infostr)
-    #except Exception as ee:
+    # except Exception as ee:
     #    print(str(ee), file=sys.stderr)
 
+
 def _print_end_msg(text):
     """
     prints end message