Tarifa update

tarifa.md

@@ -58,9 +58,9 @@ The primary goal was to investigate of design aspects and design options for win
 ## Measurement system
 The measurements system consist of two meteorological masts, mast n§1 located towards NNW direction and 15 degrees from the north, mast n§2 located towards South direction and 190 degrees from the north The measurements system was based on Garrad Hasan acquisition system. The system operation was primarely focusing on recording structural loads including a number of metereological channels. Data recording frecuency was 40 Hz and duration of 600 seconds.
 
-1. [List of mast signals (time series of wind speed)](./ts_wind/tarifa/ts_mast_signals.csv)
-
+1. [List of mast signals](./ts_wind/tarifa/ts_mast_signals.csv)
 
+2. [List of additional signals](./ts_wind/tarifa/add_signals.csv) Note: The statistics for these signals are only included in the header of the packed ASCII file.
 ## Nominal values
 
 ![](./ts_wind/tarifa/nom_speed.gif)

ts_wind/tarifa/add_signals.csv

+SITE_CODE,ADDSTAT_ID,CHANNEL_NAME,SIGNAL_TYPE,HEIGHT,HEIGHT_LOWER,DESCRIPTION
+tarifa,10040,press24,baro,4,4,Pressure; mast#2
+tarifa,10041,cvuv1,cvuv,10,10,sonic covariance u-v, mast #1; h=10
+tarifa,10042,cvuw1,cvuw,10,10,sonic covariance u-w; mast #1; h=10
+tarifa,10043,cvut1,cvut,10,10,sonic covariance u-t; mast #1; h=10
+tarifa,10050,cvvw1,cvvw,10,10,sonic covariance v-w; mast #1; h=10
+tarifa,10051,cvwt1,cvwt,10,10,sonic covariance w-t; mast #1; h=10
+tarifa,10052,cvvt1,cvvt,10,10,sonic covariance v-t; mast #1; h=10
+tarifa,10053,tilt1,tilt,10,10,sonic anemometer tilt, mast #1;h=10
+tarifa,10054,teta1,teta,10,10,sonic anemometer coord. rotation about z-axis; mast #1;h=10
+tarifa,10055,ustr1,ustr,10,10,friction velocity u*; mast 1;h=10
+tarifa,10056,cvuv2,cvuv,40,40,sonic covariance u-v; mast #1; h=40
+tarifa,10057,cvuw2,cvuw,40,40,sonic covariance u-w; mast #1; h=40
+tarifa,10058,cvut2,cvut,40,40,sonic covariance u-t; mast #1; h=40
+tarifa,10059,cvvw2,cvvw,40,40,sonic covariance v-w; mast #1; h=40
+tarifa,10061,cvvt,cvvt,40,40,sonic covariance v-t; mast #1; h=40
+tarifa,10062,cvwt2,cvwt,40,40,sonic covariance w-t; mast #1; h=40
+tarifa,10063,cvvt2,cvvt,40,40,sonic covariance v-t; mast #1; h=40
+tarifa,10064,tilt2,tilt,40,40,sonic anemometr tilt, mast #1; h=40
+tarifa,10065,teta2,teta,40,40,sonic anemometer coord. rotation about z-axis; mast #1; h=40
+tarifa,10066,ustr2,ustr,40,40,friction velocity u*; mast #1; h=40
+tarifa,10067,cvuv3,cvuv,40,40,sonic covariance u-v; mast #2; h=40
+tarifa,10068,cvuw3,cvuw,40,40,sonic covariance u-w; mast #2; h=40
+tarifa,10069,cvut3,cvut,40,40,sonic covariance u-t; mast #2; h=40
+tarifa,10070,cvvw3,cvvw,40,40,sonic covariance v-w; mast #2; h=40
+tarifa,10071,cvwt3,cvwt,40,40,sonic covariance w-t; mast #2; h=40
+tarifa,10072,cvvt3,cvvt,40,40,sonic covariance v-t; mast #2; h=40
+tarifa,10073,tilt3,tilt,40,40,sonic anemomenter tilt; mast #2; h=40
+tarifa,10074,teta3,teta,40,40,sonic anemometr coord. rotation about z-axis; mast #2; h=40
+tarifa,10075,ustr3,ustr,40,40,friction velocity u*; mast #2; h=40