mjames-upc
parent
a4d2da147f
commit
638413162c
10 changed files with 44 additions and 32 deletions
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@ -66,7 +66,7 @@ values will vary across the grid. This portion of the tool was written to apply
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information from the chosen source at each point, so if the flow varies across the grid domain,
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then this would be reflected in the output.
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<br><br>
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The NAM12 and the RAP-13km have data only every three hours; the GFS40 only every six.
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The NAM12 and the RUC13 have data only every three hours; the GFS40 only every six.
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Originally, the code was written to let GFE interpolate model data between its valid times,
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but this did not work in offices whose GFE default for missingDataMode was not set equal to
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‘create,’ i.e., interpolate, and forcing ‘create’ in the smartTool call up command had no
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@ -52,7 +52,7 @@ determine sky cover.
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points 1 and 2. </li>
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</ol><br>
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<b>Maximum model layer RH Algorithm</b><br>
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Since GFE OB7.1, both the GFS-40km and NAM12 include near-surface layers (30mb deep), with respect to
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Since GFE OB7.1, both the GFS40 and NAM12 include near-surface layers (30mb deep), with respect to
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ground level. The Populate_SkyTool makes use of the mean RH in the lowest 4 of these near-surface AGL
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layers. From 925mb to 500mb, the Populate_SkyTool has available RH data in 25mb increments. From 500mb
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through 300mb, the vertical resolution available is 50mb. The RH data points are shown schematically
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@ -145,8 +145,8 @@ Populate_SkyTool, you will see a graphical user interface (GUI) appear, as shown
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<img alt="Populate_SkyProcedure" src="images/Populate13.jpg"><br><br>
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The following is an explanation of each option within the Populate_SkyTool GUI:<br>
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<ul>
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<li><b>Model:</b> Select the model you wish to use, either GFS-40km or NAM12. The NAM12 can be used on
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grids out 84 hours from the current model run time, and is available in 3-hrly increments. The GFS-40km
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<li><b>Model:</b> Select the model you wish to use, either GFS40 or NAM12. The NAM12 can be used on
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grids out 84 hours from the current model run time, and is available in 3-hrly increments. The GFS40
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is available in 6-hrly increments out through 180 hours. </li>
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<li><b>Model Run:</b> Select the model run you wish to use, either the current run, or the previous
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(6 hour earlier) run. Note: as new model data is coming into GFE, you may need to select the previous
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@ -188,7 +188,7 @@ procedure to run properly. These times are model dependent:
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<ul>
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<li>For the NAM12, the available grid times are 00, 03, 06, 09, 12, 15, 18, 21 UTC, out 84h from the
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model run time. </li>
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<li>For the GFS-40km, the available grid times are 00, 06, 12, 18 UTC, out 180h from the model run time
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<li>For the GFS40, the available grid times are 00, 06, 12, 18 UTC, out 180h from the model run time
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(through the end of day 7). </li>
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</ul>
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Once you select your options and highlight your time range, choose <i>Run</i> or <i>Run/Dismiss</i> at
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@ -219,8 +219,8 @@ grids.<br><br>
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<li>BUFKIT is a useful software tool to understand and anticipate the sky cover values generated by the
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Populate_SkyTool based on model forecast soundings. Viewing point model soundings can give the
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forecaster a better idea of when they may want to toggle on/off high and low clouds, and whether
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population with the NAM12 or GFS-40km is more desirable in a given situation.</li>
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<li>In some forecast areas, the NAM12 tends to reach 100% RH more easily than the GFS-40km, but the NAM12
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population with the NAM12 or GFS40 is more desirable in a given situation.</li>
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<li>In some forecast areas, the NAM12 tends to reach 100% RH more easily than the GFS40, but the NAM12
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also tends to show low-level RH values that are too high beneath frontal and subsidence inversions
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(often near saturation). In these situations, turning clouds below 925mb off can give a more accurate
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result. Also, if high near-surface RH resulting from anticipated ground fog is appearing as cloud cover,
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@ -235,9 +235,9 @@ gets MaxT from the most recent NAM run created by GFE initialization.<br>
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MaxT_SFC_BOU_D2D_NAM12
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:
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gets MaxT from the most recent original NAM12 run from D2D.<br>
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rh_MB300_BOU_D2D_GFS-40km
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rh_MB300_BOU_D2D_GFS40
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:
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gets rh from the most recent original GFS-40km run from D2D.</p>
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gets rh from the most recent original GFS40 run from D2D.</p>
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<p>For a list of D2D elements and descriptions<a
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href="d2dWENames.html">
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click here.</a> </p>
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@ -474,9 +474,9 @@ minimum and maximum values must be supplied along with the default
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value.
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You can also specify a resolution if you wish. The default is 1.</li>
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<li class="Bulleted">"model" -- gives a list of GFE Surface model
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runs e.g. NAM12, GFS-40km, RUC80</li>
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runs e.g. NAM12, GFS40, RUC80</li>
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<li class="Bulleted">"D2D_model" -- give a list of D2D model runs
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e.g. NAM12, GFS-40km, RUC80</li>
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e.g. NAM12, GFS40, RUC80</li>
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<li class="Bulleted">"label" -- simply displays text given in the
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"Variable Name" slot.</li>
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<li class="Bulleted">"scrollbar" -- adds a scrollbar to the
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@ -730,9 +730,9 @@ models and the Python object name that is required:
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<td>parmsGFS80</td>
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</tr>
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<tr>
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<td>GFS-40km<br>
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<td>GFS40<br>
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</td>
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<td>parmsGFS-40km</td>
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<td>parmsGFS40</td>
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</tr>
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<tr>
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<td style="vertical-align: top;">GFS190<br>
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@ -1642,7 +1642,7 @@ MyNAM.
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<br>
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<tt> "RUC80" : ["RUC80"],</tt>
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<br>
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<tt> "GFS-40km" : ["GFS-40km"],</tt>
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<tt> "GFS40" : ["GFS40"],</tt>
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<br>
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<tt> "NGM80" : ["NGM80"],</tt>
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<br>
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@ -1818,7 +1818,7 @@ modify entries, rather than redefining the entire dictionary.<br>
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</p>
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<p><tt>serverConfig.D2DAccumulativeElements= {</tt>
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<br>
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<tt> "GFS-40km": ["tp", "cp"],</tt>
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<tt> "GFS40": ["tp", "cp"],</tt>
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<br>
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<tt> "NAM80": ["tp", "cp"],</tt>
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<br>
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@ -55,8 +55,8 @@ from math import *
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# Add or delete models according to whether or not they are available at your office.
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#
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#sourceList = ["NAM12", "GFS-40km", "RAP-40km"]
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sourceList = ["NAM12", "GFS-40km", "RAP-13km", "wrfnmm", "wrfarw", "WSETA"]
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#sourceList = ["NAM12", "GFS40", "RUC40"]
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sourceList = ["NAM12", "GFS40", "RUC13", "wrfnmm", "wrfarw", "WSETA"]
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toolName = 'Extrapolate'
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#
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@ -126,7 +126,7 @@ class Procedure (SmartScript.SmartScript):
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self.fragmentCmd(["variableElement"], timeRange)
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h=starth
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modelList = ["NAM12", "GFS-40km", "RAP-13km", "wrfnmm", "wrfarw", "WSETA", "Fcst"] #####################################################
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modelList = ["NAM12", "GFS40", "RUC13", "wrfnmm", "wrfarw", "WSETA", "Fcst"] #####################################################
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if varDict["Source:"] not in modelList and varDict["Source:"] != "Observed (enter below)":
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modelList.append((varDict["Source:"]))
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@ -49,7 +49,7 @@ VariableList = [("Product to\ndecode:", [], "check",
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("Product to\n decode:", [], "check",
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["TCMCP1", "TCMCP2", "TCMCP3", "TCMCP4", "TCMCP5",
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"TCPWP1", "TCPWP2", "TCPWP3", "TCPWP4", "TCPWP5"]),
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("Background\nModel:", "Fcst", "radio", ["GFS-40km", "NAM12", "ECMWFHiRes", "Fcst"]),
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("Background\nModel:", "Fcst", "radio", ["GFS40", "NAM12", "ECMWFHiRes", "Fcst"]),
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("Number of Pie Slices?", "4", "radio", ["4", "8", "12", "16"]),
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("Eye Diameter:", 0, "scale", [0, 100], 1),
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("34 knot radius at 3 days (NM):", 100, "scale", [0, 1000], 10),
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@ -47,12 +47,12 @@ from math import *
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# Add or delete models according to whether or not they are available at your office.
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#
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#sourceList = ["NAM12", "GFS-40km", "RUC80"]
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sourceList = ["NAM12", "GFS-40km", "RAP-40km", "wrfnmm", "wrfarw", "WSETA"]
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#sourceList = ["NAM12", "GFS40", "RUC80"]
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sourceList = ["NAM12", "GFS40", "RUC40", "wrfnmm", "wrfarw", "WSETA"]
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threeHour = ["NAM12"]
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sixHour = ["GFS-40km"]
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RUC = ["RAP-13km", "RAP-40km"]
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sixHour = ["GFS40"]
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RUC = ["RUC13", "RUC40"]
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resolution = 2.5
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@ -86,7 +86,7 @@ class Tool (SmartScript.SmartScript):
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"Extrapolate features foward or backward in time based on observed or model speed"
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self.logToolUse("Smart Tool execution")
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modelList = ["NAM12", "GFS-40km", "RAP-40km", "RAP-13km", "wrfnmm", "wrfarw", "WSETA", "Fcst"] #####################################################
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modelList = ["NAM12", "GFS40", "RUC40", "RUC13", "wrfnmm", "wrfarw", "WSETA", "Fcst"] #####################################################
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if varDict["Source:"] not in modelList and varDict["Source:"] != "Observed (enter below)":
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modelList.append((varDict["Source:"]))
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@ -55,6 +55,7 @@
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# Nov 07, 2013 2476 dgilling Fix _getGridsResult() for retrieving
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# Wx/Discrete in First mode.
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# Dec 23, 2013 16893 ryu Added unloadWEs() method (created by njensen)
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# Apr 29, 2014 3097 randerso Fixed getGrids() to return non-scalar grids as tuples in all cases
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#
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########################################################################
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import types, string, time, sys
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@ -477,7 +478,9 @@ class SmartScript(BaseTool.BaseTool):
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else:
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# discrete or weather
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keys = JUtil.javaObjToPyVal(jxlgrid.getKeyList())
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xlgrid.append(keys)
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xlgrid = (xlgrid[0], keys)
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else:
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xlgrid = (xlgrid[0], xlgrid[1])
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xlated.append(xlgrid)
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retVal = xlated
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else:
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@ -487,12 +490,14 @@ class SmartScript(BaseTool.BaseTool):
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if len(result) == 1:
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if result[0].dtype != numpy.int8:
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# scalar
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result = result[0]
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retVal = result[0]
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else:
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# discrete or weather
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keys = JUtil.javaObjToPyVal(slice.getKeyList())
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result.append(keys)
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retVal = result
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retVal = (result[0], keys)
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else:
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# vector
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retVal = (result[0], result[1])
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if retVal is None or retVal == []:
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if noDataError == 1:
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@ -141,6 +141,8 @@ import com.raytheon.viz.gfe.types.MutableInteger;
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* to simplify maintenance of this class.
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* Changed handling of enabling/disabling Topo parm
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* 04/02/2014 #2969 randerso Fix error when Toop parm is unloaded.
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* 05/01/2014 #3105 dgilling Ensure mutable db gets into availableServerDatabases
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* if it has to be created during ParmManager construction.
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* </pre>
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*
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* @author chammack
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@ -1314,6 +1316,11 @@ public class ParmManager implements IParmManager, IMessageClient {
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ServerResponse<?> sr = this.dataManager.getClient()
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.createNewDb(mutableDbId);
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containsMutable = sr.isOkay();
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if (containsMutable) {
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this.availableServerDatabases.add(mutableDbId);
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Collections.sort(this.availableServerDatabases);
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}
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}
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if (containsMutable) {
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@ -297,7 +297,7 @@ public class WEBrowserTypeRecord {
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*
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* @param modelNames
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* A list of model runs. Format for the strings should be model
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* DD/HH (e.g., "RAP-13km 03/12" or "GFS-40km 30/00")
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* DD/HH (e.g., "RUC13 03/12" or "GFS40 30/00")
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* @return A single map containing all parms present in the model runs
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* mapped to all possible pressure values.
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*/
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@ -325,7 +325,7 @@ public class WEBrowserTypeRecord {
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*
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* @param modelNames
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* A list of model runs. Format for the strings should be model
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* DD/HH (e.g., "RAP-13km 03/12" or "GFS-40km 30/00")
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* DD/HH (e.g., "RUC13 03/12" or "GFS40 30/00")
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* @return A single map containing all parms present in the model runs
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* mapped to all possible "misc." pressure values.
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*/
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@ -352,7 +352,7 @@ public class WEBrowserTypeRecord {
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*
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* @param model
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* The model run name and time, specified in "model DD/HH" format
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* (e.g., "RAP-13km 03/12" or "GFS-40km 30/00").
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* (e.g., "RUC13 03/12" or "GFS40 30/00").
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* @param parmName
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* The parm name (e.g., "t" or "pop").
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* @return An array containing all valid pressure level values for the
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@ -375,7 +375,7 @@ public class WEBrowserTypeRecord {
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*
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* @param model
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* The model run name and time, specified in "model DD/HH" format
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* (e.g., "RAP-13km 03/12" or "GFS-40km 30/00").
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* (e.g., "RUC13 03/12" or "GFS40 30/00").
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* @param parmName
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* The parm name (e.g., "t" or "pop").
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* @return An array containing all valid "misc." pressure level values for
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