Differences

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--- atmos:citation:instruments:home:ch423 [2020/05/28 21:14] – [Sonic Anemometer (Winds)] delene
+++ atmos:citation:instruments:home:ch423 [2022/05/25 19:33] – delene
@@ Line 11: / Line 11: @@
 {{:atmos:citation:instruments:home:img_6.7.2016_104920.jpg|}}
 {{:atmos:citation:instruments:home:instrument_layout_updated.jpg|}}
+====Software====
 ====Manuals====
@@ Line 43: / Line 46: @@
 === Syntax ===
   /nas/software/process_wind/process_wind.py recent <amount of time in 5 minute increments>
 The wind data is saved to a new file in /nas/WindData/ every 5 minutes, so the script reads the number of files that corresponds to the amount of time passed as an argument.
@@ Line 57: / Line 61: @@
 When plotting 24 hours of wind data, the data from each 5-minute file is averaged to make a cleaner plot.
 To plot the last 24 hours of data:
   /nas/software/process_wind/process_wind.py recent 1440
 This creates images named "clifford_1440min_windspd.png" and "clifford_1440min_winddir.png"
-=== Realtime Set-Up ===
+=== Real-time Set-Up ===
-See [[http://wiki.atmos.und.edu/atmos/ch601/sonic_anemometer]]
+See [[http://wiki.atmos.und.edu/doku.php?id=atmos:ch601:sonic_anemometer]]
 ==== Cloud Condensation Nuclei (CCN) Counter ====
@@ Line 77: / Line 83: @@
 To make plots with the newest CCN data:
   /nas/software/process_CCN/process_CCN.py
 The plots are generated and saved in the working directory.
-To make plots with the CCN data file /nas/und/NorthDakota/2017/CliffordHall_423/DMT_CCNC/CCN\ data\ 170918192811.csv:
+To make plots with the CCN data file /nas/und/NorthDakota
-  /nas/software/process_CCN/process_CCN.py /nas/und/NorthDakota/2017/CliffordHall_423/DMT_CCNC/CCN\ data\ 170918192811.csv
+  /2017/CliffordHall_423/DMT_CCNC/CCN\ data\ 170918192811.csv:
+  /nas/software/process_CCN/process_CCN.py /nas/und/NorthDakota
+  /2017/CliffordHall_423/DMT_CCNC/CCN\ data\ 170918192811.csv
 This saves images titled 170918192811_CCN.png, 170918192811_CCN_Temps.png, 170918192811_CCN_FlowRates.png, and 170918192811_CCN_1stStageMon.png.
@@ Line 88: / Line 98: @@
 === Real-time Setup ===
-The data on the CCN counter is recorded in the c:\CCN DATA director.  The c:\CCN Data director is shared on the network as CCN_DATA.  The server running the script to create files should mount this directory to the serviers (e.g. plume.atmos.und.edu).  For example, mount.cifs -o user=administrator //134.129.222.143/CCN_DATA /CCN_DATA
+The data on the CCN counter is recorded in the c:\CCN DATA director.  The c:\CCN Data director is shared on the network as CCN_DATA.  The server running the script to create files should mount this directory to the serviers (e.g. plume.atmos.und.edu).  For example, mount.cifs -o user=administrator 134.129.222.143/CCN_DATA /CCN_DATA
 ==== Ozone Analyzer ====
@@ Line 119: / Line 129: @@
 === Real-time Setup ===
-The real-time system setup involves the following steps.
+The real-time system setup involves the following steps. Execute the eport software on lab PC.
-  Execute the eport software on lab PC.
   * Select the "ePort" icon on lab computer desktop.
   * Select to open Saved Configuration file in c:\Thermo\ePort\Config\TEOM_DF.xlm
-  Setup the "Next download" by selecting the "Edit" button under Download Details section.
+Setup the "Next download" by selecting the "Edit" button under Download Details section.
 ===== Data Pipiline Workflow =====
@@ Line 141: / Line 152: @@
   * [[.:monitorlabsso2analyzer| Sulphur Dioxide Analyzer (Monitor Labs)]]
   * [[.:dasibiozoneanalyzer|U.V. Photometric Ozone Analyzer (Dasibi Environmental Corp.)]]
+[[http://wiki.atmos.und.edu/doku.php?id=atmos:home|Back]]