root/cached_images/trunk/map_files/in_situ.map

MAP
  NAME "SEACOOS Observations"
  STATUS ON
  EXTENT -91.5 22 -71.5 36.5
  SIZE 456 384
  SHAPEPATH "/opt/nccoos_map/data"
  SYMBOLSET "/opt/nccoos_map/etc/symbols.sym"
  FONTSET "/opt/nccoos_map/etc/fonts.txt"
  IMAGECOLOR 210 252 241 # seacoos_key.png
  UNITS DD
  IMAGETYPE PNG
  OUTPUTFORMAT
    NAME PNG
    DRIVER "GD/PNG"
    MIMETYPE "image/png"
    IMAGEMODE PC256
    EXTENSION "png"
  END
  PROJECTION
    "init=epsg:4269"
  END
  WEB
    IMAGEPATH "/usr/local/tmp/ms_tmp/"
    IMAGEURL "/tmp/"
    METADATA
      "wms_title" "SEACOOS Observations"
      "wms_onlineresource" "http://maury.marine.unc.edu/cgi-bin/wms_seacoos_in_situ?"
      "wms_srs" "EPSG:4269 EPSG:4326"
      "wms_abstract" "The SouthEast Atlantic Coastal Ocean Observing System (SEACOOS) is a regional partnership that has initiated an integrated coastal ocean observing system for a four-state region of the southeast U.S.  SEACOOS brings together many organizations witha vested interest in improved oceanographic information and in building an Integrated Ocean Observing System (IOOS). The IOOS seeks to address the needs and concerns of the larger coastal community.  SEACOOS endeavors to significantly increase the quantity and quality of environmental information that is needed to address critical scientific problems and societal issues including:  commercial, military, and recreational maritime operations; K-16 and public education; safety; weather prediction; public health related to waste disposal and harmful algal blooms; shore erosion; and fisheries management.    To accomplish this, SEACOOS uses observing systems that operate at the sub-regional level, collecting real-time information using buoys and other automated coastal sensors every few minutes.  It combines these data with real-time downlinks of satellite images that cover the region in a synoptic manner several times a day.  The founding institutions are research universities within the region, while members include state and federal agencies. The Institute for Marine Remote Sensing (IMaRS) of the College of Marine Science at the University of South Florida, and the Rosenstiel School of Marine and Atmospheric Sciences (RSMAS) of the University of Miami operate the satellite ground stations and generate the various satellite data products consumed by SEACOOS users.  The University of North Carolina at Chapel Hill, the University of South Florida, and the University of Miami produce the model output with hindcasting and forecasting capabilities..  A current list of partners and affiliates can be found at http://www.seacoos.org."
      "wms_accessconstraints" "(c) 2004 SEACOOS.  The protocols for data ownership, custodial liability, data submission and data access have been developed in accordance with known Federal guidelines and/or standards for environmental data collection activities.  Visit http://www.seacoos.org/Document.Disclaimer for details."
      "wms_addresstype" "postal"
      "wms_address" "University of South Carolina, Baruch Department"
      "wms_city" "Columbia"
      "wms_stateorprovince" "SC"
      "wms_postcode" "29208"
      "wms_country" "USA"
      "wms_contactelectronicmailaddress" "seacoosinfo@nautilus.baruch.sc.edu"
      "wms_contactfacsimiletelephone" "+1 803 777-3935"
      "wms_contactperson" "Charlton Purvis"
      "wms_contactorganization" "SEACOOS"
      "wms_contactposition" "Systems Analyst"
      "wms_contactvoicetelephone" "+1 803 777-8858"
      "wms_fees" "none"
      "wms_keywordlist" "seacoos, near real-time ocean data, merged observational data, merged models, southeastern united states, in-situ moored sensing, in-situ drifting sensing, coastal, offshore, remote sensing, satellites, aircraft, current, sea surface temperature, SST, wind speed and direction, RGB, true color"
      "wfs_title" "SEACOOS Observations"
      "wfs_onlineresource" "http://maury.marine.unc.edu/cgi-bin/wfs_seacoos_in_situ?"
      "wfs_srs" "EPSG:4269 EPSG:4326"
      "wfs_abstract" "The SouthEast Atlantic Coastal Ocean Observing System (SEACOOS) is a regional partnership that has initiated an integrated coastal ocean observing system for a four-state region of the southeast U.S.  SEACOOS brings together many organizations witha vested interest in improved oceanographic information and in building an Integrated Ocean Observing System (IOOS). The IOOS seeks to address the needs and concerns of the larger coastal community.  SEACOOS endeavors to significantly increase the quantity and quality of environmental information that is needed to address critical scientific problems and societal issues including:  commercial, military, and recreational maritime operations; K-16 and public education; safety; weather prediction; public health related to waste disposal and harmful algal blooms; shore erosion; and fisheries management.    To accomplish this, SEACOOS uses observing systems that operate at the sub-regional level, collecting real-time information using buoys and other automated coastal sensors every few minutes.  It combines these data with real-time downlinks of satellite images that cover the region in a synoptic manner several times a day.  The founding institutions are research universities within the region, while members include state and federal agencies. The Institute for Marine Remote Sensing (IMaRS) of the College of Marine Science at the University of South Florida, and the Rosenstiel School of Marine and Atmospheric Sciences (RSMAS) of the University of Miami operate the satellite ground stations and generate the various satellite data products consumed by SEACOOS users.  The University of North Carolina at Chapel Hill, the University of South Florida, and the University of Miami produce the model output with hindcasting and forecasting capabilities.  A current list of partners and affiliates can be found at http://www.seacoos.org."
      "wfs_accessconstraints" "(c) 2004 SEACOOS.  The protocols for data ownership, custodial liability, data submission and data access have been developed in accordance with known Federal guidelines and/or standards for environmental data collection activities.  Visit http://www.seacoos.org/Document.Disclaimer for details."
      "wfs_addresstype" "postal"
      "wfs_address" "University of South Carolina, Baruch Department"
      "wfs_city" "Columbia"
      "wfs_stateorprovince" "SC"
      "wfs_postcode" "29208"
      "wfs_country" "USA"
      "wfs_contactelectronicmailaddress" "seacoosinfo@nautilus.baruch.sc.edu"
      "wfs_contactfacsimiletelephone" "+1 803 777-3935"
      "wfs_contactperson" "Charlton Purvis"
      "wfs_contactorganization" "SEACOOS"
      "wfs_contactposition" "Systems Analyst"
      "wfs_contactvoicetelephone" "+1 803 777-8858"
      "wfs_fees" "none"
      "wfs_keywordlist" "seacoos, near real-time ocean data, merged observational data, merged models, southeastern united states, in-situ moored sensing, in-situ drifting sensing, coastal, offshore, aircraft, current, sea surface temperature, SST, wind speed and direction"
    END
  END
  LAYER
    NAME "sst_obs_hourly_recent"
    STATUS OFF
    DATA "the_geom from sst_map USING UNIQUE seq USING SRID=-1"
    FILTER "report_time_stamp = date_trunc('hour',timestamp without time zone '%formatted_time_stamp%') and (label_z <= 5 or label_z is null)" # and station_id like '%%station_id%%'"
    DUMP TRUE
    TEMPLATE "dummy"
    TOLERANCE 5
    TOLERANCEUNITS pixels
    TYPE POINT
    CONNECTIONTYPE POSTGIS
    CONNECTION "user=**** password=**** dbname=seacoos_test host=coriolis.marine.unc.edu"
    METADATA
      "wms_srs" "EPSG:4269 EPSG:4326"
      "wms_extent" "-180 -90 180 90"
      "wms_title" "In-situ sea surface temperature (hourly)"
      "wms_abstract" "*** OGC NOTE :: Do not access this layer directly.  This layer is a subset of a hidden layer called 'sst_obs_hourly'.  Make requests to 'sst_obs_hourly' instead (allow the server to decide whether the data will be pulled from recent obs or archived obs).  Optional parameter is station_id which will return records whose station_id contains the parameter as a substring. *** Using previously existing observing systems operating at the sub-regional level, SEACOOS works towards increasing the quantity and quality of environmental information from the coastal ocean of the Southeast and to facilitate the application of that data in a variety of forums and discourse communities. These observing systems collect data across a four state region (North Carolina, South Carolina, Georgia, and Florida) using a variety of sensors, which is integrated into the SEACOOS real-time data stream. The observing systems currently cooperating with SEACOOS are: SeaKeepers - an international nonprofit organization that installs sensors on platforms ranging from lighthouses to ocean-going vessels. Explorer of the Seas - The University of Miami and Royal Caribbean Cruise Lines outfitted an 1000 ft. cruise vessel with observation equipment. CaroCOOPS - an array off of the coast of the Carolinas operated by USC, N.C. State, and UNC-Wilmington. Coastal Ocean Monitoring and Prediction System - the University of South Florida operates this system observing the West Florida Shelf. South Atlantic Bight Synoptic Offshore Observational Network - is currently operated by Skidaway Institute of Oceanography in Savannah, Georgia in collaboration with the US Navy, UNC-Chapel Hill and SC Department of Natural Resources."
      "wms_keywordlist" "sea surface temperature, SST, real time"
      "wfs_srs" "EPSG:4269 EPSG:4326"
      "wfs_extent" "-180 -90 180 90"
      "wfs_title" "In-situ sea surface temperature (hourly)"
      "wfs_abstract" "*** OGC NOTE :: Do not access this layer directly.  This layer is a subset of a hidden layer called 'sst_obs_hourly'.  Make requests to 'sst_obs_hourly' instead (allow the server to decide whether the data will be pulled from recent obs or archived obs).  Optional parameter is station_id which will return records whose station_id contains the parameter as a substring. *** Using previously existing observing systems operating at the sub-regional level, SEACOOS works towards increasing the quantity and quality of environmental information from the coastal ocean of the Southeast and to facilitate the application of that data in a variety of forums and discourse communities. These observing systems collect data across a four state region (North Carolina, South Carolina, Georgia, and Florida) using a variety of sensors, which is integrated into the SEACOOS real-time data stream. The observing systems currently cooperating with SEACOOS are: SeaKeepers - an international nonprofit organization that installs sensors on platforms ranging from lighthouses to ocean-going vessels. Explorer of the Seas - The University of Miami and Royal Caribbean Cruise Lines outfitted an 1000 ft. cruise vessel with observation equipment. CaroCOOPS - an array off of the coast of the Carolinas operated by USC, N.C. State, and UNC-Wilmington. Coastal Ocean Monitoring and Prediction System - the University of South Florida operates this system observing the West Florida Shelf. South Atlantic Bight Synoptic Offshore Observational Network - is currently operated by Skidaway Institute of Oceanography in Savannah, Georgia in collaboration with the US Navy, UNC-Chapel Hill and SC Department of Natural Resources."
      "wfs_keywordlist" "sea surface temperature, SST, real time"
      "gml_include_items" "all"
    END
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      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 1 1 1 
      EXPRESSION (-2.1 = [temperature_celcius])
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 55 55 55 
      EXPRESSION (-2.1 < [temperature_celcius] AND [temperature_celcius] <= -1.9008)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 60 60 60 
      EXPRESSION (-1.9008 < [temperature_celcius] AND [temperature_celcius] <= -1.7016)
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      EXPRESSION (-1.7016 < [temperature_celcius] AND [temperature_celcius] <= -1.5024)
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    CLASS
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      EXPRESSION (-1.5024 < [temperature_celcius] AND [temperature_celcius] <= -1.3032)
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    CLASS
      SYMBOL 'circle' SIZE 7
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      EXPRESSION (-1.3032 < [temperature_celcius] AND [temperature_celcius] <= -1.104)
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    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 80 80 80 
      EXPRESSION (-1.104 < [temperature_celcius] AND [temperature_celcius] <= -0.9048)
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    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 90 90 90 
      EXPRESSION (-0.9048 < [temperature_celcius] AND [temperature_celcius] <= -0.7056)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 100 100 100 
      EXPRESSION (-0.7056 < [temperature_celcius] AND [temperature_celcius] <= -0.5064)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 120 120 120 
      EXPRESSION (-0.5064 < [temperature_celcius] AND [temperature_celcius] <= -0.3072)
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    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 140 140 140 
      EXPRESSION (-0.3072 < [temperature_celcius] AND [temperature_celcius] <= -0.108)
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    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 50 90 90 
      EXPRESSION (-0.108 < [temperature_celcius] AND [temperature_celcius] <= 0.0911999999999997)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 50 109 109 
      EXPRESSION (0.0911999999999997 < [temperature_celcius] AND [temperature_celcius] <= 0.2904)
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    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 60 114 114 
      EXPRESSION (0.2904 < [temperature_celcius] AND [temperature_celcius] <= 0.4896)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 60 123 123 
      EXPRESSION (0.4896 < [temperature_celcius] AND [temperature_celcius] <= 0.6888)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 69 129 145 
      EXPRESSION (0.6888 < [temperature_celcius] AND [temperature_celcius] <= 0.888)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 70 140 160 
      EXPRESSION (0.888 < [temperature_celcius] AND [temperature_celcius] <= 1.0872)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 75 155 170 
      EXPRESSION (1.0872 < [temperature_celcius] AND [temperature_celcius] <= 1.2864)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 80 160 181 
      EXPRESSION (1.2864 < [temperature_celcius] AND [temperature_celcius] <= 1.4856)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 100 170 190 
      EXPRESSION (1.4856 < [temperature_celcius] AND [temperature_celcius] <= 1.6848)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 115 180 200 
      EXPRESSION (1.6848 < [temperature_celcius] AND [temperature_celcius] <= 1.884)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 125 183 216 
      EXPRESSION (1.884 < [temperature_celcius] AND [temperature_celcius] <= 2.0832)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 143 193 239 
      EXPRESSION (2.0832 < [temperature_celcius] AND [temperature_celcius] <= 2.2824)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 167 212 249 
      EXPRESSION (2.2824 < [temperature_celcius] AND [temperature_celcius] <= 2.4816)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 174 218 249 
      EXPRESSION (2.4816 < [temperature_celcius] AND [temperature_celcius] <= 2.6808)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 184 227 249 
      EXPRESSION (2.6808 < [temperature_celcius] AND [temperature_celcius] <= 2.88)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 196 225 255 
      EXPRESSION (2.88 < [temperature_celcius] AND [temperature_celcius] <= 3.0792)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 208 236 255 
      EXPRESSION (3.0792 < [temperature_celcius] AND [temperature_celcius] <= 3.2784)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 237 214 255 
      EXPRESSION (3.2784 < [temperature_celcius] AND [temperature_celcius] <= 3.4776)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 227 206 255 
      EXPRESSION (3.4776 < [temperature_celcius] AND [temperature_celcius] <= 3.6768)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 218 198 255 
      EXPRESSION (3.6768 < [temperature_celcius] AND [temperature_celcius] <= 3.876)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 210 190 255 
      EXPRESSION (3.876 < [temperature_celcius] AND [temperature_celcius] <= 4.0752)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 205 180 255 
      EXPRESSION (4.0752 < [temperature_celcius] AND [temperature_celcius] <= 4.2744)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 195 170 255 
      EXPRESSION (4.2744 < [temperature_celcius] AND [temperature_celcius] <= 4.4736)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 180 160 255 
      EXPRESSION (4.4736 < [temperature_celcius] AND [temperature_celcius] <= 4.6728)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 170 150 255 
      EXPRESSION (4.6728 < [temperature_celcius] AND [temperature_celcius] <= 4.872)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 160 140 255 
      EXPRESSION (4.872 < [temperature_celcius] AND [temperature_celcius] <= 5.0712)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 150 130 255 
      EXPRESSION (5.0712 < [temperature_celcius] AND [temperature_celcius] <= 5.2704)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 140 120 255 
      EXPRESSION (5.2704 < [temperature_celcius] AND [temperature_celcius] <= 5.4696)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 130 110 225 
      EXPRESSION (5.4696 < [temperature_celcius] AND [temperature_celcius] <= 5.6688)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 120 100 200 
      EXPRESSION (5.6688 < [temperature_celcius] AND [temperature_celcius] <= 5.868)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 110 60 183 
      EXPRESSION (5.868 < [temperature_celcius] AND [temperature_celcius] <= 6.0672)
    END
    CLASS
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      OUTLINECOLOR 0 0 0 COLOR 100 45 170 
      EXPRESSION (6.0672 < [temperature_celcius] AND [temperature_celcius] <= 6.2664)
    END
    CLASS
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      OUTLINECOLOR 0 0 0 COLOR 105 40 175 
      EXPRESSION (6.2664 < [temperature_celcius] AND [temperature_celcius] <= 6.4656)
    END
    CLASS
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      EXPRESSION (6.4656 < [temperature_celcius] AND [temperature_celcius] <= 6.6648)
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      OUTLINECOLOR 0 0 0 COLOR 133 0 221 
      EXPRESSION (6.6648 < [temperature_celcius] AND [temperature_celcius] <= 6.864)
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    CLASS
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      EXPRESSION (6.864 < [temperature_celcius] AND [temperature_celcius] <= 7.0632)
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    CLASS
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      EXPRESSION (7.0632 < [temperature_celcius] AND [temperature_celcius] <= 7.2624)
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    CLASS
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      OUTLINECOLOR 0 0 0 COLOR 166 0 221 
      EXPRESSION (7.2624 < [temperature_celcius] AND [temperature_celcius] <= 7.4616)
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    CLASS
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      OUTLINECOLOR 0 0 0 COLOR 173 0 221 
      EXPRESSION (7.4616 < [temperature_celcius] AND [temperature_celcius] <= 7.6608)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 170 0 195 
      EXPRESSION (7.6608 < [temperature_celcius] AND [temperature_celcius] <= 7.86)
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    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 195 0 195 
      EXPRESSION (7.86 < [temperature_celcius] AND [temperature_celcius] <= 8.0592)
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    CLASS
      SYMBOL 'circle' SIZE 7
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      EXPRESSION (8.0592 < [temperature_celcius] AND [temperature_celcius] <= 8.2584)
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    CLASS
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    CLASS
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      EXPRESSION (8.4576 < [temperature_celcius] AND [temperature_celcius] <= 8.6568)
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    CLASS
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      EXPRESSION (8.6568 < [temperature_celcius] AND [temperature_celcius] <= 8.856)
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    CLASS
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      EXPRESSION (8.856 < [temperature_celcius] AND [temperature_celcius] <= 9.0552)
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    CLASS
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      OUTLINECOLOR 0 0 0 COLOR 60 0 90 
      EXPRESSION (9.0552 < [temperature_celcius] AND [temperature_celcius] <= 9.2544)
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    CLASS
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      EXPRESSION (9.2544 < [temperature_celcius] AND [temperature_celcius] <= 9.4536)
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      OUTLINECOLOR 0 0 0 COLOR 0 0 85 
      EXPRESSION (9.4536 < [temperature_celcius] AND [temperature_celcius] <= 9.6528)
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    CLASS
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      EXPRESSION (9.6528 < [temperature_celcius] AND [temperature_celcius] <= 9.852)
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    CLASS
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      EXPRESSION (10.2504 < [temperature_celcius] AND [temperature_celcius] <= 10.4496)
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    CLASS
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      EXPRESSION (10.4496 < [temperature_celcius] AND [temperature_celcius] <= 10.6488)
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      EXPRESSION (10.848 < [temperature_celcius] AND [temperature_celcius] <= 11.0472)
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      EXPRESSION (11.0472 < [temperature_celcius] AND [temperature_celcius] <= 11.2464)
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      EXPRESSION (11.6448 < [temperature_celcius] AND [temperature_celcius] <= 11.844)
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    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 0 110 255 
      EXPRESSION (13.4376 < [temperature_celcius] AND [temperature_celcius] <= 13.6368)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 0 119 255 
      EXPRESSION (13.6368 < [temperature_celcius] AND [temperature_celcius] <= 13.836)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 0 128 255 
      EXPRESSION (13.836 < [temperature_celcius] AND [temperature_celcius] <= 14.0352)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 0 132 255 
      EXPRESSION (14.0352 < [temperature_celcius] AND [temperature_celcius] <= 14.2344)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 0 141 255 
      EXPRESSION (14.2344 < [temperature_celcius] AND [temperature_celcius] <= 14.4336)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 0 150 255 
      EXPRESSION (14.4336 < [temperature_celcius] AND [temperature_celcius] <= 14.6328)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 0 164 255 
      EXPRESSION (14.6328 < [temperature_celcius] AND [temperature_celcius] <= 14.832)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 0 182 255 
      EXPRESSION (14.832 < [temperature_celcius] AND [temperature_celcius] <= 15.0312)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 0 191 255 
      EXPRESSION (15.0312 < [temperature_celcius] AND [temperature_celcius] <= 15.2304)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 0 195 255 
      EXPRESSION (15.2304 < [temperature_celcius] AND [temperature_celcius] <= 15.4296)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 0 204 255 
      EXPRESSION (15.4296 < [temperature_celcius] AND [temperature_celcius] <= 15.6288)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 0 227 255 
      EXPRESSION (15.6288 < [temperature_celcius] AND [temperature_celcius] <= 15.828)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 0 245 255 
      EXPRESSION (15.828 < [temperature_celcius] AND [temperature_celcius] <= 16.0272)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 0 250 255 
      EXPRESSION (16.0272 < [temperature_celcius] AND [temperature_celcius] <= 16.2264)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 128 250 242 
      EXPRESSION (16.2264 < [temperature_celcius] AND [temperature_celcius] <= 16.4256)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 128 255 225 
      EXPRESSION (16.4256 < [temperature_celcius] AND [temperature_celcius] <= 16.6248)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 120 255 206 
      EXPRESSION (16.6248 < [temperature_celcius] AND [temperature_celcius] <= 16.824)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 100 255 152 
      EXPRESSION (16.824 < [temperature_celcius] AND [temperature_celcius] <= 17.0232)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 0 255 130 
      EXPRESSION (17.0232 < [temperature_celcius] AND [temperature_celcius] <= 17.2224)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 0 255 116 
      EXPRESSION (17.2224 < [temperature_celcius] AND [temperature_celcius] <= 17.4216)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 0 255 89 
      EXPRESSION (17.4216 < [temperature_celcius] AND [temperature_celcius] <= 17.6208)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 0 255 62 
      EXPRESSION (17.6208 < [temperature_celcius] AND [temperature_celcius] <= 17.82)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 0 255 44 
      EXPRESSION (17.82 < [temperature_celcius] AND [temperature_celcius] <= 18.0192)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 0 250 44 
      EXPRESSION (18.0192 < [temperature_celcius] AND [temperature_celcius] <= 18.2184)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 0 246 35 
      EXPRESSION (18.2184 < [temperature_celcius] AND [temperature_celcius] <= 18.4176)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 0 243 26 
      EXPRESSION (18.4176 < [temperature_celcius] AND [temperature_celcius] <= 18.6168)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 0 241 13 
      EXPRESSION (18.6168 < [temperature_celcius] AND [temperature_celcius] <= 18.816)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 0 235 0 
      EXPRESSION (18.816 < [temperature_celcius] AND [temperature_celcius] <= 19.0152)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 0 225 0 
      EXPRESSION (19.0152 < [temperature_celcius] AND [temperature_celcius] <= 19.2144)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 0 215 0 
      EXPRESSION (19.2144 < [temperature_celcius] AND [temperature_celcius] <= 19.4136)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 0 205 0 
      EXPRESSION (19.4136 < [temperature_celcius] AND [temperature_celcius] <= 19.6128)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 0 195 0 
      EXPRESSION (19.6128 < [temperature_celcius] AND [temperature_celcius] <= 19.812)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 0 180 0 
      EXPRESSION (19.812 < [temperature_celcius] AND [temperature_celcius] <= 20.0112)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 0 160 0 
      EXPRESSION (20.0112 < [temperature_celcius] AND [temperature_celcius] <= 20.2104)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 0 140 0 
      EXPRESSION (20.2104 < [temperature_celcius] AND [temperature_celcius] <= 20.4096)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 90 140 0 
      EXPRESSION (20.4096 < [temperature_celcius] AND [temperature_celcius] <= 20.6088)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 129 180 0 
      EXPRESSION (20.6088 < [temperature_celcius] AND [temperature_celcius] <= 20.808)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 154 206 0 
      EXPRESSION (20.808 < [temperature_celcius] AND [temperature_celcius] <= 21.0072)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 178 220 0 
      EXPRESSION (21.0072 < [temperature_celcius] AND [temperature_celcius] <= 21.2064)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 184 255 0 
      EXPRESSION (21.2064 < [temperature_celcius] AND [temperature_celcius] <= 21.4056)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 199 255 0 
      EXPRESSION (21.4056 < [temperature_celcius] AND [temperature_celcius] <= 21.6048)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 217 255 0 
      EXPRESSION (21.6048 < [temperature_celcius] AND [temperature_celcius] <= 21.804)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 255 0 
      EXPRESSION (21.804 < [temperature_celcius] AND [temperature_celcius] <= 22.0032)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 255 60 
      EXPRESSION (22.0032 < [temperature_celcius] AND [temperature_celcius] <= 22.2024)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 255 90 
      EXPRESSION (22.2024 < [temperature_celcius] AND [temperature_celcius] <= 22.4016)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 255 127 
      EXPRESSION (22.4016 < [temperature_celcius] AND [temperature_celcius] <= 22.6008)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 255 142 
      EXPRESSION (22.6008 < [temperature_celcius] AND [temperature_celcius] <= 22.8)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 214 178 
      EXPRESSION (22.8 < [temperature_celcius] AND [temperature_celcius] <= 22.9992)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 188 188 
      EXPRESSION (22.9992 < [temperature_celcius] AND [temperature_celcius] <= 23.1984)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 142 142 
      EXPRESSION (23.1984 < [temperature_celcius] AND [temperature_celcius] <= 23.3976)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 119 119 
      EXPRESSION (23.3976 < [temperature_celcius] AND [temperature_celcius] <= 23.5968)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 107 107 
      EXPRESSION (23.5968 < [temperature_celcius] AND [temperature_celcius] <= 23.796)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 81 81 
      EXPRESSION (23.796 < [temperature_celcius] AND [temperature_celcius] <= 23.9952)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 105 71 
      EXPRESSION (23.9952 < [temperature_celcius] AND [temperature_celcius] <= 24.1944)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 141 66 
      EXPRESSION (24.1944 < [temperature_celcius] AND [temperature_celcius] <= 24.3936)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 169 84 
      EXPRESSION (24.3936 < [temperature_celcius] AND [temperature_celcius] <= 24.5928)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 177 53 
      EXPRESSION (24.5928 < [temperature_celcius] AND [temperature_celcius] <= 24.792)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 171 5 
      EXPRESSION (24.792 < [temperature_celcius] AND [temperature_celcius] <= 24.9912)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 170 0 
      EXPRESSION (24.9912 < [temperature_celcius] AND [temperature_celcius] <= 25.1904)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 145 0 
      EXPRESSION (25.1904 < [temperature_celcius] AND [temperature_celcius] <= 25.3896)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 130 0 
      EXPRESSION (25.3896 < [temperature_celcius] AND [temperature_celcius] <= 25.5888)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 127 0 
      EXPRESSION (25.5888 < [temperature_celcius] AND [temperature_celcius] <= 25.788)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 113 0 
      EXPRESSION (25.788 < [temperature_celcius] AND [temperature_celcius] <= 25.9872)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 104 0 
      EXPRESSION (25.9872 < [temperature_celcius] AND [temperature_celcius] <= 26.1864)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 93 0 
      EXPRESSION (26.1864 < [temperature_celcius] AND [temperature_celcius] <= 26.3856)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 75 0 
      EXPRESSION (26.3856 < [temperature_celcius] AND [temperature_celcius] <= 26.5848)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 232 61 0 
      EXPRESSION (26.5848 < [temperature_celcius] AND [temperature_celcius] <= 26.784)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 206 58 0 
      EXPRESSION (26.784 < [temperature_celcius] AND [temperature_celcius] <= 26.9832)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 206 78 43 
      EXPRESSION (26.9832 < [temperature_celcius] AND [temperature_celcius] <= 27.1824)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 209 96 62 
      EXPRESSION (27.1824 < [temperature_celcius] AND [temperature_celcius] <= 27.3816)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 209 108 77 
      EXPRESSION (27.3816 < [temperature_celcius] AND [temperature_celcius] <= 27.5808)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 206 128 105 
      EXPRESSION (27.5808 < [temperature_celcius] AND [temperature_celcius] <= 27.78)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 204 133 114 
      EXPRESSION (27.78 < [temperature_celcius] AND [temperature_celcius] <= 27.9792)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 198 118 115 
      EXPRESSION (27.9792 < [temperature_celcius] AND [temperature_celcius] <= 28.1784)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 204 112 125 
      EXPRESSION (28.1784 < [temperature_celcius] AND [temperature_celcius] <= 28.3776)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 196 96 122 
      EXPRESSION (28.3776 < [temperature_celcius] AND [temperature_celcius] <= 28.5768)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 170 68 95 
      EXPRESSION (28.5768 < [temperature_celcius] AND [temperature_celcius] <= 28.776)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 153 58 73 
      EXPRESSION (28.776 < [temperature_celcius] AND [temperature_celcius] <= 28.9752)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 145 42 69 
      EXPRESSION (28.9752 < [temperature_celcius] AND [temperature_celcius] <= 29.1744)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 148 26 45 
      EXPRESSION (29.1744 < [temperature_celcius] AND [temperature_celcius] <= 29.3736)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 136 13 27 
      EXPRESSION (29.3736 < [temperature_celcius] AND [temperature_celcius] <= 29.5728)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 130 10 15 
      EXPRESSION (29.5728 < [temperature_celcius] AND [temperature_celcius] <= 29.772)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 130 0 0 
      EXPRESSION (29.772 < [temperature_celcius] AND [temperature_celcius] <= 29.9712)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 175 0 0 
      EXPRESSION (29.9712 < [temperature_celcius] AND [temperature_celcius] <= 30.1704)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 190 0 0 
      EXPRESSION (30.1704 < [temperature_celcius] AND [temperature_celcius] <= 30.3696)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 225 0 0 
      EXPRESSION (30.3696 < [temperature_celcius] AND [temperature_celcius] <= 30.5688)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 0 0 
      EXPRESSION (30.5688 < [temperature_celcius] AND [temperature_celcius] <= 30.768)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 0 130 
      EXPRESSION (30.768 < [temperature_celcius] AND [temperature_celcius] <= 30.9672)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 48 155 
      EXPRESSION (30.9672 < [temperature_celcius] AND [temperature_celcius] <= 31.1664)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 84 172 
      EXPRESSION (31.1664 < [temperature_celcius] AND [temperature_celcius] <= 31.3656)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 112 185 
      EXPRESSION (31.3656 < [temperature_celcius] AND [temperature_celcius] <= 31.5648)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 183 255 
      EXPRESSION (31.5648 < [temperature_celcius] AND [temperature_celcius] <= 31.764)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 160 255 
      EXPRESSION (31.764 < [temperature_celcius] AND [temperature_celcius] <= 31.9632)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 147 255 
      EXPRESSION (31.9632 < [temperature_celcius] AND [temperature_celcius] <= 32.1624)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 135 255 
      EXPRESSION (32.1624 < [temperature_celcius] AND [temperature_celcius] <= 32.3616)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 114 255 
      EXPRESSION (32.3616 < [temperature_celcius] AND [temperature_celcius] <= 32.5608)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 89 255 
      EXPRESSION (32.5608 < [temperature_celcius] AND [temperature_celcius] <= 32.76)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 38 255 
      EXPRESSION (32.76 < [temperature_celcius] AND [temperature_celcius] <= 32.9592)
    END
    CLASS
      SYMBOL 'circle' SIZE 7
      OUTLINECOLOR 0 0 0 COLOR 255 0 255 
      EXPRESSION (32.9592 < [temperature_celcius] AND [temperature_celcius] <= 33.16)
    END
  END
   
      
  LAYER
    NAME "water_level_obs_hourly_recent"
    STATUS OFF
    DATA "the_geom from water_level_map USING UNIQUE seq USING SRID=-1"
    FILTER "report_time_stamp = date_trunc('hour',timestamp without time zone '%formatted_time_stamp%') and (label_z <= 5 or label_z is null)" # and station_id like '%%station_id%%'"
    DUMP TRUE
    TEMPLATE "dummy"
    TOLERANCE 5
    TOLERANCEUNITS pixels
    TYPE POINT
    CONNECTIONTYPE POSTGIS
    CONNECTION "user=**** password=**** dbname=seacoos_test host=coriolis.marine.unc.edu"
    METADATA
      "wms_srs" "EPSG:4269 EPSG:4326"
      "wms_extent" "-180 -90 180 90"
      "wms_title" "In-situ water level (hourly)"
      "wms_abstract" "*** OGC NOTE :: Do not access this layer directly.  This layer is a subset of a hidden layer called 'water_level_obs_hourly'.  Make requests to 'water_level_obs_hourly' instead (allow the server to decide whether the data will be pulled from recent obs or archived obs).  Optional parameter is station_id which will return records whose station_id contains the parameter as a substring.  Optional parameter is water_level_reference that can be one of MSL, MLLW (MSL is default).  *** Using previously existing observing systems operating at the sub-regional level, SEACOOS works towards increasing the quantity and quality of environmental information from the coastal ocean of the Southeast and to facilitate the application of that data in a variety of forums and discourse communities. These observing systems collect data across a four state region (North Carolina, South Carolina, Georgia, and Florida) using a variety of sensors, which is integrated into the SEACOOS real-time data stream. The observing systems currently cooperating with SEACOOS are: SeaKeepers - an international nonprofit organization that installs sensors on platforms ranging from lighthouses to ocean-going vessels. Explorer of the Seas - The University of Miami and Royal Caribbean Cruise Lines outfitted an 1000 ft. cruise vessel with observation equipment. CaroCOOPS - an array off of the coast of the Carolinas operated by USC, N.C. State, and UNC-Wilmington. Coastal Ocean Monitoring and Prediction System - the University of South Florida operates this system observing the West Florida Shelf. South Atlantic Bight Synoptic Offshore Observational Network - is currently operated by Skidaway Institute of Oceanography in Savannah, Georgia in collaboration with the US Navy, UNC-Chapel Hill and SC Department of Natural Resources."
      "wms_keywordlist" "water level, real time"
      "wfs_srs" "EPSG:4269 EPSG:4326"
      "wfs_extent" "-180 -90 180 90"
      "wfs_title" "In-situ water level (hourly)"
      "wfs_abstract" "*** OGC NOTE :: Do not access this layer directly.  This layer is a subset of a hidden layer called 'water_level_obs_hourly'.  Make requests to 'water_level_obs_hourly' instead (allow the server to decide whether the data will be pulled from recent obs or archived obs).  Optional parameter is station_id which will return records whose station_id contains the parameter as a substring.  Optional parameter is water_level_reference that can be one of MSL, MLLW (MSL is default).  *** Using previously existing observing systems operating at the sub-regional level, SEACOOS works towards increasing the quantity and quality of environmental information from the coastal ocean of the Southeast and to facilitate the application of that data in a variety of forums and discourse communities. These observing systems collect data across a four state region (North Carolina, South Carolina, Georgia, and Florida) using a variety of sensors, which is integrated into the SEACOOS real-time data stream. The observing systems currently cooperating with SEACOOS are: SeaKeepers - an international nonprofit organization that installs sensors on platforms ranging from lighthouses to ocean-going vessels. Explorer of the Seas - The University of Miami and Royal Caribbean Cruise Lines outfitted an 1000 ft. cruise vessel with observation equipment. CaroCOOPS - an array off of the coast of the Carolinas operated by USC, N.C. State, and UNC-Wilmington. Coastal Ocean Monitoring and Prediction System - the University of South Florida operates this system observing the West Florida Shelf. South Atlantic Bight Synoptic Offshore Observational Network - is currently operated by Skidaway Institute of Oceanography in Savannah, Georgia in collaboration with the US Navy, UNC-Chapel Hill and SC Department of Natural Resources."
      "wfs_keywordlist" "water level, real time"
      "gml_include_items" "all"
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 0 0 100
      EXPRESSION (-2 => [water_level_msl])
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 0 0 116
      EXPRESSION (-2 < [water_level_msl] AND [water_level_msl] <= -1.918)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 0 0 131
      EXPRESSION (-1.918 < [water_level_msl] AND [water_level_msl] <= -1.836)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 0 0 147
      EXPRESSION (-1.836 < [water_level_msl] AND [water_level_msl] <= -1.754)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 0 0 162
      EXPRESSION (-1.754 < [water_level_msl] AND [water_level_msl] <= -1.672)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 0 0 178
      EXPRESSION (-1.672 < [water_level_msl] AND [water_level_msl] <= -1.59)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 0 0 193
      EXPRESSION (-1.59 < [water_level_msl] AND [water_level_msl] <= -1.508)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 0 0 209
      EXPRESSION (-1.508 < [water_level_msl] AND [water_level_msl] <= -1.426)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 0 0 224
      EXPRESSION (-1.426 < [water_level_msl] AND [water_level_msl] <= -1.344)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 0 0 240
      EXPRESSION (-1.344 < [water_level_msl] AND [water_level_msl] <= -1.262)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 0 0 255
      EXPRESSION (-1.262 < [water_level_msl] AND [water_level_msl] <= -1.18)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 0 26 255
      EXPRESSION (-1.18 < [water_level_msl] AND [water_level_msl] <= -1.098)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 0 51 255
      EXPRESSION (-1.098 < [water_level_msl] AND [water_level_msl] <= -1.016)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 0 77 255
      EXPRESSION (-1.016 < [water_level_msl] AND [water_level_msl] <= -0.934)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 0 102 255
      EXPRESSION (-0.934 < [water_level_msl] AND [water_level_msl] <= -0.852)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 0 128 255
      EXPRESSION (-0.852 < [water_level_msl] AND [water_level_msl] <= -0.77)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 0 153 255
      EXPRESSION (-0.77 < [water_level_msl] AND [water_level_msl] <= -0.688)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 0 179 255
      EXPRESSION (-0.688 < [water_level_msl] AND [water_level_msl] <= -0.606)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 0 204 255
      EXPRESSION (-0.606 < [water_level_msl] AND [water_level_msl] <= -0.524)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 0 230 255
      EXPRESSION (-0.524 < [water_level_msl] AND [water_level_msl] <= -0.442)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 0 255 255
      EXPRESSION (-0.442 < [water_level_msl] AND [water_level_msl] <= -0.36)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 26 255 230
      EXPRESSION (-0.36 < [water_level_msl] AND [water_level_msl] <= -0.278)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 51 255 204
      EXPRESSION (-0.278 < [water_level_msl] AND [water_level_msl] <= -0.196)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 77 255 179
      EXPRESSION (-0.196 < [water_level_msl] AND [water_level_msl] <= -0.114)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 102 255 153
      EXPRESSION (-0.114 < [water_level_msl] AND [water_level_msl] <= -0.032)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 128 255 128
      EXPRESSION (-0.032 < [water_level_msl] AND [water_level_msl] <= 0.0500000000000003)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 153 255 102
      EXPRESSION (0.0500000000000003 < [water_level_msl] AND [water_level_msl] <= 0.132)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 179 255 77
      EXPRESSION (0.132 < [water_level_msl] AND [water_level_msl] <= 0.214)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 204 255 51
      EXPRESSION (0.214 < [water_level_msl] AND [water_level_msl] <= 0.296)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 230 255 26
      EXPRESSION (0.296 < [water_level_msl] AND [water_level_msl] <= 0.378)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 255 255 0
      EXPRESSION (0.378 < [water_level_msl] AND [water_level_msl] <= 0.46)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 255 230 0
      EXPRESSION (0.46 < [water_level_msl] AND [water_level_msl] <= 0.542)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 255 204 0
      EXPRESSION (0.542 < [water_level_msl] AND [water_level_msl] <= 0.624)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 255 179 0
      EXPRESSION (0.624 < [water_level_msl] AND [water_level_msl] <= 0.706)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 255 153 0
      EXPRESSION (0.706 < [water_level_msl] AND [water_level_msl] <= 0.788)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 255 128 0
      EXPRESSION (0.788 < [water_level_msl] AND [water_level_msl] <= 0.87)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 255 102 0
      EXPRESSION (0.87 < [water_level_msl] AND [water_level_msl] <= 0.952)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 255 77 0
      EXPRESSION (0.952 < [water_level_msl] AND [water_level_msl] <= 1.034)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 255 51 0
      EXPRESSION (1.034 < [water_level_msl] AND [water_level_msl] <= 1.116)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 255 26 0
      EXPRESSION (1.116 < [water_level_msl] AND [water_level_msl] <= 1.198)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 255 0 0
      EXPRESSION (1.198 < [water_level_msl] AND [water_level_msl] <= 1.28)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 240 0 0
      EXPRESSION (1.28 < [water_level_msl] AND [water_level_msl] <= 1.362)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 224 0 0
      EXPRESSION (1.362 < [water_level_msl] AND [water_level_msl] <= 1.444)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 209 0 0
      EXPRESSION (1.444 < [water_level_msl] AND [water_level_msl] <= 1.526)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 193 0 0
      EXPRESSION (1.526 < [water_level_msl] AND [water_level_msl] <= 1.608)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 178 0 0
      EXPRESSION (1.608 < [water_level_msl] AND [water_level_msl] <= 1.69)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 162 0 0
      EXPRESSION (1.69 < [water_level_msl] AND [water_level_msl] <= 1.772)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 147 0 0
      EXPRESSION (1.772 < [water_level_msl] AND [water_level_msl] <= 1.854)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 131 0 0
      EXPRESSION (1.854 < [water_level_msl] AND [water_level_msl] <= 1.936)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 116 0 0
      EXPRESSION (1.936 < [water_level_msl] AND [water_level_msl] <= 2.018)
    END
    CLASS
      SIZE 8
      SYMBOL 'triangle'
      OUTLINECOLOR 0 0 0
      COLOR 100 0 0
      EXPRESSION (2.018 < [water_level_msl])
    END
  END
  
  LAYER
    NAME "wind_obs_hourly_recent"
    STATUS OFF
    DATA "the_geom from (select station_id, time_stamp, z, label_z, wind_speed, wind_speed_knots, normalized_wind_speed, normalized_wind_speed_knots, wind_from_direction, label_theta, %wind_label_char_column% as this_label_char, label_char, normalized_label_char, lon, lat, title, institution, institution_url, institution_dods_url, source, refs, contact, report_time_stamp, the_geom, wind_from_direction_compass, wind_speed_mph, normalized_wind_speed_mph, label_char_knots, label_char_mph, normalized_label_char_knots, normalized_label_char_mph, value, value_knots, value_mph, normalized_value, normalized_value_knots, normalized_value_mph, seq, can_be_normalized from wind_map) as foo USING UNIQUE seq USING SRID=-1"
    FILTER "report_time_stamp = date_trunc('hour',timestamp without time zone '%formatted_time_stamp%')" #and station_id like '%%station_id%%'"
    DUMP TRUE
    TEMPLATE "dummy"
    TOLERANCE 5
    TOLERANCEUNITS pixels
    TYPE POINT
    CONNECTIONTYPE POSTGIS
    CONNECTION "user=**** password=**** dbname=seacoos_test host=coriolis.marine.unc.edu"
    METADATA
      "wms_srs" "EPSG:4269 EPSG:4326"
      "wms_extent" "-180 -90 180 90"
      "wms_title" "In-situ sea wind speed and direction (hourly)"
      "wms_abstract" "*** OGC NOTE :: Do not access this layer directly.  This layer is a subset of a hidden layer called 'wind_obs_hourly'.  Make requests to 'wind_obs_hourly' instead (allow the server to decide whether the data will be pulled from recent obs or archived obs).  Optional parameter is station_id which will return records whose station_id contains the parameter as a substring.  Optional parameter is wind_speed_units that can be one of mps, mph, knots (mps is default). *** Using previously existing observing systems operating at the sub-regional level, SEACOOS works towards increasing the quantity and quality of environmental information from the coastal ocean of the Southeast and to facilitate the application of that data in a variety of forums and discourse communities. These observing systems collect data across a four state region (North Carolina, South Carolina, Georgia, and Florida) using a variety of sensors, which is integrated into the SEACOOS real-time data stream. The observing systems currently cooperating with SEACOOS are: SeaKeepers - an international nonprofit organization that installs sensors on platforms ranging from lighthouses to ocean-going vessels. Explorer of the Seas - The University of Miami and Royal Caribbean Cruise Lines outfitted an 1000 ft. cruise vessel with observation equipment. CaroCOOPS - an array off of the coast of the Carolinas operated by USC, N.C. State, and UNC-Wilmington. Coastal Ocean Monitoring and Prediction System - the University of South Florida operates this system observing the West Florida Shelf. South Atlantic Bight Synoptic Offshore Observational Network - is currently operated by Skidaway Institute of Oceanography in Savannah, Georgia in collaboration with the US Navy, UNC-Chapel Hill and SC Department of Natural Resources."
      "wms_keywordlist" "wind speed, wind direction, real time"
      "wfs_srs" "EPSG:4269 EPSG:4326"
      "wfs_extent" "-180 -90 180 90"
      "wfs_title" "In-situ sea wind speed and direction (hourly)"
      "wfs_abstract" "*** OGC NOTE :: Do not access this layer directly.  This layer is a subset of a hidden layer called 'wind_obs_hourly'.  Make requests to 'wind_obs_hourly' instead (allow the server to decide whether the data will be pulled from recent obs or archived obs).  Optional parameter is station_id which will return records whose station_id contains the parameter as a substring.  Optional parameter is wind_speed_units that can be one of mps, mph, knots (mps is default). *** Using previously existing observing systems operating at the sub-regional level, SEACOOS works towards increasing the quantity and quality of environmental information from the coastal ocean of the Southeast and to facilitate the application of that data in a variety of forums and discourse communities. These observing systems collect data across a four state region (North Carolina, South Carolina, Georgia, and Florida) using a variety of sensors, which is integrated into the SEACOOS real-time data stream. The observing systems currently cooperating with SEACOOS are: SeaKeepers - an international nonprofit organization that installs sensors on platforms ranging from lighthouses to ocean-going vessels. Explorer of the Seas - The University of Miami and Royal Caribbean Cruise Lines outfitted an 1000 ft. cruise vessel with observation equipment. CaroCOOPS - an array off of the coast of the Carolinas operated by USC, N.C. State, and UNC-Wilmington. Coastal Ocean Monitoring and Prediction System - the University of South Florida operates this system observing the West Florida Shelf. South Atlantic Bight Synoptic Offshore Observational Network - is currently operated by Skidaway Institute of Oceanography in Savannah, Georgia in collaboration with the US Navy, UNC-Chapel Hill and SC Department of Natural Resources."
      "wfs_keywordlist" "wind speed, wind direction, real time"    
      "gml_include_items" "all"
    END
    LABELITEM "this_label_char"
    LABELANGLEITEM "label_theta"
    CLASS
      EXPRESSION ([wind_speed] * 1.945 >= 3)
      LABEL
        FORCE TRUE
        TYPE TRUETYPE
        FONT weather
        ANTIALIAS TRUE
        COLOR 0 0 0
        POSITION CC
        OFFSET 2 -6
        BUFFER 0
        PARTIALS TRUE
        SIZE 25
      END
      STYLE END
    END
    CLASS
      EXPRESSION ([wind_speed] * 1.942 < 3)
      SIZE 5
      SYMBOL 'circle'
      OUTLINECOLOR 0 0 0
      COLOR 255 255 255
    END
  END
  
  LAYER
    NAME "wind_obs_normalized_hourly_recent"
    STATUS OFF
    DATA "the_geom from (select station_id, time_stamp, z, label_z, wind_speed, wind_speed_knots, normalized_wind_speed, normalized_wind_speed_knots, wind_from_direction, label_theta, normalized_%wind_label_char_column% as this_label_char, label_char, normalized_label_char, lon, lat, title, institution, institution_url, institution_dods_url, source, refs, contact, report_time_stamp, the_geom, wind_from_direction_compass, wind_speed_mph, normalized_wind_speed_mph, label_char_knots, label_char_mph, normalized_label_char_knots, normalized_label_char_mph, value, value_knots, value_mph, normalized_value, normalized_value_knots, normalized_value_mph, seq, can_be_normalized from wind_map) as foo USING UNIQUE seq USING SRID=-1"
    FILTER "report_time_stamp = date_trunc('hour',timestamp without time zone '%formatted_time_stamp%') and can_be_normalized = 'yes' and station_id like '%%station_id%%'"
    DUMP TRUE
    TEMPLATE "dummy"
    TOLERANCE 5
    TOLERANCEUNITS pixels
    TYPE POINT
    CONNECTIONTYPE POSTGIS
    CONNECTION "user=**** password=**** dbname=seacoos_test host=coriolis.marine.unc.edu"
    METADATA
      "wms_srs" "EPSG:4269 EPSG:4326"
      "wms_extent" "-180 -90 180 90"
      "wms_title" "In-situ sea wind speed and direction (hourly) normalized to 10m"
      "wms_abstract" "*** OGC NOTE :: Do not access this layer directly.  This layer is a subset of a hidden layer called 'wind_obs_normalized_hourly'.  Make requests to 'wind_obs_normalized_hourly' instead (allow the server to decide whether the data will be pulled from recent obs or archived obs).  Optional parameter is station_id which will return records whose station_id contains the parameter as a substring.  Optional parameter is wind_speed_units that can be one of mps, mph, knots (mps is default). *** Using previously existing observing systems operating at the sub-regional level, SEACOOS works towards increasing the quantity and quality of environmental information from the coastal ocean of the Southeast and to facilitate the application of that data in a variety of forums and discourse communities. These observing systems collect data across a four state region (North Carolina, South Carolina, Georgia, and Florida) using a variety of sensors, which is integrated into the SEACOOS real-time data stream. The observing systems currently cooperating with SEACOOS are: SeaKeepers - an international nonprofit organization that installs sensors on platforms ranging from lighthouses to ocean-going vessels. Explorer of the Seas - The University of Miami and Royal Caribbean Cruise Lines outfitted an 1000 ft. cruise vessel with observation equipment. CaroCOOPS - an array off of the coast of the Carolinas operated by USC, N.C. State, and UNC-Wilmington. Coastal Ocean Monitoring and Prediction System - the University of South Florida operates this system observing the West Florida Shelf. South Atlantic Bight Synoptic Offshore Observational Network - is currently operated by Skidaway Institute of Oceanography in Savannah, Georgia in collaboration with the US Navy, UNC-Chapel Hill and SC Department of Natural Resources."
      "wms_keywordlist" "wind speed, wind direction, real time"
      "wfs_srs" "EPSG:4269 EPSG:4326"
      "wfs_extent" "-180 -90 180 90"
      "wfs_title" "In-situ sea wind speed and direction (hourly) normalized to 10m"
      "wfs_abstract" "*** OGC NOTE :: Do not access this layer directly.  This layer is a subset of a hidden layer called 'wind_obs_normalized_hourly'.  Make requests to 'wind_obs_normalized_hourly' instead (allow the server to decide whether the data will be pulled from recent obs or archived obs).  Optional parameter is station_id which will return records whose station_id contains the parameter as a substring.  Optional parameter is wind_speed_units that can be one of mps, mph, knots (mps is default). *** Using previously existing observing systems operating at the sub-regional level, SEACOOS works towards increasing the quantity and quality of environmental information from the coastal ocean of the Southeast and to facilitate the application of that data in a variety of forums and discourse communities. These observing systems collect data across a four state region (North Carolina, South Carolina, Georgia, and Florida) using a variety of sensors, which is integrated into the SEACOOS real-time data stream. The observing systems currently cooperating with SEACOOS are: SeaKeepers - an international nonprofit organization that installs sensors on platforms ranging from lighthouses to ocean-going vessels. Explorer of the Seas - The University of Miami and Royal Caribbean Cruise Lines outfitted an 1000 ft. cruise vessel with observation equipment. CaroCOOPS - an array off of the coast of the Carolinas operated by USC, N.C. State, and UNC-Wilmington. Coastal Ocean Monitoring and Prediction System - the University of South Florida operates this system observing the West Florida Shelf. South Atlantic Bight Synoptic Offshore Observational Network - is currently operated by Skidaway Institute of Oceanography in Savannah, Georgia in collaboration with the US Navy, UNC-Chapel Hill and SC Department of Natural Resources."
      "wfs_keywordlist" "wind speed, wind direction, real time"
      "gml_include_items" "all"
    END
    LABELITEM "this_label_char"
    LABELANGLEITEM "label_theta"
    CLASS
      EXPRESSION ([normalized_wind_speed] * 1.945 >= 3)
      LABEL
        FORCE TRUE
        TYPE TRUETYPE
        FONT weather
        ANTIALIAS TRUE
        COLOR 0 0 255
        POSITION CC
        OFFSET 2 -6
        BUFFER 0
        PARTIALS TRUE
        SIZE 25
      END
      STYLE END
    END
    CLASS
      EXPRESSION ([normalized_wind_speed] * 1.942 < 3)
      SIZE 5
      SYMBOL 'circle'
      OUTLINECOLOR 0 0 255
      COLOR 255 255 255
    END
  END

  #
  # WFS only starts here
  #
  LAYER
    NAME "air_pressure_obs_hourly_recent"
    STATUS OFF
    DATA "the_geom from (select station_id, report_time_stamp, time_stamp, label_z, pressure as pressure_mb, pressure_inches_mercury, value_pressure as value_pressure_mb, value_pressure_inches_mercury, seq, the_geom from air_pressure_map) as foo USING UNIQUE seq USING SRID=-1"
    FILTER "(report_time_stamp = date_trunc('hour',timestamp without time zone '%formatted_time_stamp%'))"
    DUMP TRUE
    TEMPLATE "dummy"
    TOLERANCE 5
    TOLERANCEUNITS pixels
    TYPE POINT
    CONNECTIONTYPE POSTGIS
    CONNECTION "user=**** password=**** dbname=seacoos_test host=coriolis.marine.unc.edu"
    METADATA
      "wfs_srs" "EPSG:4269 EPSG:4326"
      "wfs_extent" "-180 -90 180 90"
      "wfs_title" "In-situ air pressure (hourly)"
      "wfs_abstract" "*** OGC NOTE :: Do not access this layer directly.  This layer is a subset of a hidden layer called 'wind_obs_hourly'.  Make requests to 'air_pressure_obs_hourly' instead (allow the server to decide whether the data will be pulled from recent obs or archived obs).  Optional parameter is station_id which will return records whose station_id contains the parameter as a substring.  Optional parameter is wind_speed_units that can be one of mps, mph, knots (mps is default). *** Using previously existing observing systems operating at the sub-regional level, SEACOOS works towards increasing the quantity and quality of environmental information from the coastal ocean of the Southeast and to facilitate the application of that data in a variety of forums and discourse communities. These observing systems collect data across a four state region (North Carolina, South Carolina, Georgia, and Florida) using a variety of sensors, which is integrated into the SEACOOS real-time data stream. The observing systems currently cooperating with SEACOOS are: SeaKeepers - an international nonprofit organization that installs sensors on platforms ranging from lighthouses to ocean-going vessels. Explorer of the Seas - The University of Miami and Royal Caribbean Cruise Lines outfitted an 1000 ft. cruise vessel with observation equipment. CaroCOOPS - an array off of the coast of the Carolinas operated by USC, N.C. State, and UNC-Wilmington. Coastal Ocean Monitoring and Prediction System - the University of South Florida operates this system observing the West Florida Shelf. South Atlantic Bight Synoptic Offshore Observational Network - is currently operated by Skidaway Institute of Oceanography in Savannah, Georgia in collaboration with the US Navy, UNC-Chapel Hill and SC Department of Natural Resources."
      "wfs_keywordlist" "wind speed, wind direction, real time"    
      "gml_include_items" "all"
    END
  END

  LAYER
    NAME "air_temperature_obs_hourly_recent"
    STATUS OFF
    DATA "the_geom from (select station_id, report_time_stamp, time_stamp, label_z, temperature_celcius, temperature_fahrenheit, value_temperature_celcius, value_temperature_fahrenheit, seq, the_geom from air_temperature_map) as foo USING UNIQUE seq USING SRID=-1"
    FILTER "(report_time_stamp = date_trunc('hour',timestamp without time zone '%formatted_time_stamp%'))"
    DUMP TRUE
    TEMPLATE "dummy"
    TOLERANCE 5
    TOLERANCEUNITS pixels
    TYPE POINT
    CONNECTIONTYPE POSTGIS
    CONNECTION "user=**** password=**** dbname=seacoos_test host=coriolis.marine.unc.edu"
    METADATA
      "wfs_srs" "EPSG:4269 EPSG:4326"
      "wfs_extent" "-180 -90 180 90"
      "wfs_title" "In-situ air temperature (hourly)"
      "wfs_abstract" "*** OGC NOTE :: Do not access this layer directly.  This layer is a subset of a hidden layer called 'wind_obs_hourly'.  Make requests to 'air_temperature_obs' instead (allow the server to decide whether the data will be pulled from recent obs or archived obs).  Optional parameter is station_id which will return records whose station_id contains the parameter as a substring.  Optional parameter is wind_speed_units that can be one of mps, mph, knots (mps is default). *** Using previously existing observing systems operating at the sub-regional level, SEACOOS works towards increasing the quantity and quality of environmental information from the coastal ocean of the Southeast and to facilitate the application of that data in a variety of forums and discourse communities. These observing systems collect data across a four state region (North Carolina, South Carolina, Georgia, and Florida) using a variety of sensors, which is integrated into the SEACOOS real-time data stream. The observing systems currently cooperating with SEACOOS are: SeaKeepers - an international nonprofit organization that installs sensors on platforms ranging from lighthouses to ocean-going vessels. Explorer of the Seas - The University of Miami and Royal Caribbean Cruise Lines outfitted an 1000 ft. cruise vessel with observation equipment. CaroCOOPS - an array off of the coast of the Carolinas operated by USC, N.C. State, and UNC-Wilmington. Coastal Ocean Monitoring and Prediction System - the University of South Florida operates this system observing the West Florida Shelf. South Atlantic Bight Synoptic Offshore Observational Network - is currently operated by Skidaway Institute of Oceanography in Savannah, Georgia in collaboration with the US Navy, UNC-Chapel Hill and SC Department of Natural Resources."
      "wfs_keywordlist" "wind speed, wind direction, real time"    
      "gml_include_items" "all"
    END
  END
  
  LAYER
    NAME "wave_obs_hourly_recent"
    STATUS OFF
    DATA "the_geom from (select station_id, report_time_stamp, time_stamp, label_z, significant_wave_height as significant_wave_height_m, significant_wave_height_ft, dominant_wave_period as dominant_wave_period_sec, value_significant_wave_height as value_significant_wave_height_m, value_ft_significant_wave_height as value_significant_wave_height_ft , value_dominant_wave_period as value_dominant_wave_period_sec, seq, the_geom from wave_in_situ_map) as foo USING UNIQUE seq USING SRID=-1"
    FILTER "(report_time_stamp = date_trunc('hour',timestamp without time zone '%formatted_time_stamp%'))"
    DUMP TRUE
    TEMPLATE "dummy"
    TOLERANCE 5
    TOLERANCEUNITS pixels
    TYPE POINT
    CONNECTIONTYPE POSTGIS
    CONNECTION "user=**** password=**** dbname=seacoos_test host=coriolis.marine.unc.edu"
    METADATA
      "wfs_srs" "EPSG:4269 EPSG:4326"
      "wfs_extent" "-180 -90 180 90"
      "wfs_title" "In-situ waves (hourly)"
      "wfs_abstract" "*** OGC NOTE :: Do not access this layer directly.  This layer is a subset of a hidden layer called 'wind_obs_hourly'.  Make requests to 'wave_obs_hourly' instead (allow the server to decide whether the data will be pulled from recent obs or archived obs).  Optional parameter is station_id which will return records whose station_id contains the parameter as a substring.  Optional parameter is wind_speed_units that can be one of mps, mph, knots (mps is default). *** Using previously existing observing systems operating at the sub-regional level, SEACOOS works towards increasing the quantity and quality of environmental information from the coastal ocean of the Southeast and to facilitate the application of that data in a variety of forums and discourse communities. These observing systems collect data across a four state region (North Carolina, South Carolina, Georgia, and Florida) using a variety of sensors, which is integrated into the SEACOOS real-time data stream. The observing systems currently cooperating with SEACOOS are: SeaKeepers - an international nonprofit organization that installs sensors on platforms ranging from lighthouses to ocean-going vessels. Explorer of the Seas - The University of Miami and Royal Caribbean Cruise Lines outfitted an 1000 ft. cruise vessel with observation equipment. CaroCOOPS - an array off of the coast of the Carolinas operated by USC, N.C. State, and UNC-Wilmington. Coastal Ocean Monitoring and Prediction System - the University of South Florida operates this system observing the West Florida Shelf. South Atlantic Bight Synoptic Offshore Observational Network - is currently operated by Skidaway Institute of Oceanography in Savannah, Georgia in collaboration with the US Navy, UNC-Chapel Hill and SC Department of Natural Resources."
      "wfs_keywordlist" "wind speed, wind direction, real time"    
    END
  END
  LAYER
    NAME "salinity_obs_hourly_recent"
    STATUS OFF
    DATA "the_geom from (select station_id, report_time_stamp, time_stamp, label_z, salinity as salinity_ppt, value_salinity as value_salinity_ppt, seq, the_geom from salinity_map) as foo USING UNIQUE seq USING SRID=-1"
    FILTER "(report_time_stamp = date_trunc('hour',timestamp without time zone '%formatted_time_stamp%'))"
    DUMP TRUE
    TEMPLATE "dummy"
    TOLERANCE 5
    TOLERANCEUNITS pixels
    TYPE POINT
    CONNECTIONTYPE POSTGIS
    CONNECTION "user=**** password=**** dbname=seacoos_test host=coriolis.marine.unc.edu"
    METADATA
      "wfs_srs" "EPSG:4269 EPSG:4326"
      "wfs_extent" "-180 -90 180 90"
      "wfs_title" "In-situ salinity (hourly)"
      "wfs_abstract" "*** OGC NOTE :: Do not access this layer directly.  This layer is a subset of a hidden layer called 'wind_obs_hourly'.  Make requests to 'salinity_obs_hourly' instead (allow the server to decide whether the data will be pulled from recent obs or archived obs).  Optional parameter is station_id which will return records whose station_id contains the parameter as a substring.  Optional parameter is wind_speed_units that can be one of mps, mph, knots (mps is default). *** Using previously existing observing systems operating at the sub-regional level, SEACOOS works towards increasing the quantity and quality of environmental information from the coastal ocean of the Southeast and to facilitate the application of that data in a variety of forums and discourse communities. These observing systems collect data across a four state region (North Carolina, South Carolina, Georgia, and Florida) using a variety of sensors, which is integrated into the SEACOOS real-time data stream. The observing systems currently cooperating with SEACOOS are: SeaKeepers - an international nonprofit organization that installs sensors on platforms ranging from lighthouses to ocean-going vessels. Explorer of the Seas - The University of Miami and Royal Caribbean Cruise Lines outfitted an 1000 ft. cruise vessel with observation equipment. CaroCOOPS - an array off of the coast of the Carolinas operated by USC, N.C. State, and UNC-Wilmington. Coastal Ocean Monitoring and Prediction System - the University of South Florida operates this system observing the West Florida Shelf. South Atlantic Bight Synoptic Offshore Observational Network - is currently operated by Skidaway Institute of Oceanography in Savannah, Georgia in collaboration with the US Navy, UNC-Chapel Hill and SC Department of Natural Resources."
      "wfs_keywordlist" "wind speed, wind direction, real time"    
      "gml_include_items" "all"
    END
  END
  LAYER
    NAME "sea_surface_current_obs_hourly_recent"
    STATUS OFF
    DATA "the_geom from (select station_id, report_time_stamp, time_stamp, label_z, eastward_current as eastward_current_mps, northward_current as northward_current_mps, speed as speed_mps, speed_knots, speed_mph, theta as current_to_direction, current_to_direction_compass, value as value_mps, value_knots, value_mph, surface_or_bottom, seq, the_geom from current_in_situ_map) as foo USING UNIQUE seq USING SRID=-1"
    FILTER "(report_time_stamp = date_trunc('hour',timestamp without time zone '%formatted_time_stamp%') and surface_or_bottom = 'surface')"
    DUMP TRUE
    TEMPLATE "dummy"
    TOLERANCE 5
    TOLERANCEUNITS pixels
    TYPE POINT
    CONNECTIONTYPE POSTGIS
    CONNECTION "user=**** password=**** dbname=seacoos_test host=coriolis.marine.unc.edu"
    METADATA
      "wfs_srs" "EPSG:4269 EPSG:4326"
      "wfs_extent" "-180 -90 180 90"
      "wfs_title" "In-situ sea surface currents (hourly)"
      "wfs_abstract" "*** OGC NOTE :: Do not access this layer directly.  This layer is a subset of a hidden layer called 'wind_obs_hourly'.  Make requests to 'sea_surface_current_obs_hourly' instead (allow the server to decide whether the data will be pulled from recent obs or archived obs).  Optional parameter is station_id which will return records whose station_id contains the parameter as a substring.  Optional parameter is wind_speed_units that can be one of mps, mph, knots (mps is default). *** Using previously existing observing systems operating at the sub-regional level, SEACOOS works towards increasing the quantity and quality of environmental information from the coastal ocean of the Southeast and to facilitate the application of that data in a variety of forums and discourse communities. These observing systems collect data across a four state region (North Carolina, South Carolina, Georgia, and Florida) using a variety of sensors, which is integrated into the SEACOOS real-time data stream. The observing systems currently cooperating with SEACOOS are: SeaKeepers - an international nonprofit organization that installs sensors on platforms ranging from lighthouses to ocean-going vessels. Explorer of the Seas - The University of Miami and Royal Caribbean Cruise Lines outfitted an 1000 ft. cruise vessel with observation equipment. CaroCOOPS - an array off of the coast of the Carolinas operated by USC, N.C. State, and UNC-Wilmington. Coastal Ocean Monitoring and Prediction System - the University of South Florida operates this system observing the West Florida Shelf. South Atlantic Bight Synoptic Offshore Observational Network - is currently operated by Skidaway Institute of Oceanography in Savannah, Georgia in collaboration with the US Navy, UNC-Chapel Hill and SC Department of Natural Resources."
      "wfs_keywordlist" "wind speed, wind direction, real time"    
      "gml_include_items" "all"
    END
  END
  LAYER
    NAME "latest_in_situ_obs"
    STATUS OFF
    DATA "the_geom from latest_obs_by_station_id USING UNIQUE seq USING SRID=-1"
    TYPE POINT
    DUMP TRUE
    TEMPLATE "dummy"
    TOLERANCE 5
    TOLERANCEUNITS pixels
    CONNECTIONTYPE POSTGIS
    CONNECTION "user=**** password=**** dbname=seacoos_test host=coriolis.marine.unc.edu"
    METADATA
      "wfs_srs" "EPSG:4269 EPSG:4326"
      "wfs_extent" "-180 -90 180 90"
      "wfs_title" "Latest in-situ observations by station id"
      "wfs_abstract" "Using previously existing observing systems operating at the sub-regional level, SEACOOS works towards increasing the quantity and quality of environmental information from the coastal ocean of the Southeast and to facilitate the application of that data in a variety of forums and discourse communities. These observing systems collect data across a four state region (North Carolina, South Carolina, Georgia, and Florida) using a variety of sensors, which is integrated into the SEACOOS real-time data stream. The observing systems currently cooperating with SEACOOS are: SeaKeepers - an international nonprofit organization that installs sensors on platforms ranging from lighthouses to ocean-going vessels. Explorer of the Seas - The University of Miami and Royal Caribbean Cruise Lines outfitted an 1000 ft. cruise vessel with observation equipment. CaroCOOPS - an array off of the coast of the Carolinas operated by USC, N.C. State, and UNC-Wilmington. Coastal Ocean Monitoring and Prediction System - the University of South Florida operates this system observing the West Florida Shelf. South Atlantic Bight Synoptic Offshore Observational Network - is currently operated by Skidaway Institute of Oceanography in Savannah, Georgia in collaboration with the US Navy, UNC-Chapel Hill and SC Department of Natural Resources."
      "wfs_keywordlist" "TBA"
      "gml_include_items" "all"
    END
  END
END