awips2/cave/com.raytheon.viz.gfe/help/EGTSmartTools.html
2017-04-21 18:33:55 -06:00

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<font color="#3333FF"><font size=+2>Smart Tools</font></font>
<p><a NAME="RunSmartTool"></a><font color="#3333FF"><font size=+2>Run a
Smart Tool for just the area covered by your WFO.</font></font>
<p><font color="#330000">Running a Smart tool is just like running any
of the other simple tools.&nbsp; Select a grid to edit by MB1 clicking
on that grid in the Grid Manager or MB2 clicking on the label for that
grid in the Spatial Editor.&nbsp; Next you will need to select the edit
area that corresponds to your WFO.&nbsp; From the GFE Main Menu, select
</font><font color="#FF0000">Edit
Areas->WFOs->[Your site ID]</font><font color="#330000">. Open the <a href="ButtonBarDialogs.html#EditActionsDialog">Edit
Actions Dialog</a>, if not already, and select the smart tool that you
wish to run.&nbsp; That tool will be executed over your WFO and presumably
modify the data for the grid that you choose earlier.</font>
<p><a NAME="AdjustQPFWithSmartTool"></a><font color="#3333FF"><font size=+2>Adjust
a QPF grid using the QPF Smart Tool.</font></font>
<p><font color="#330000">Select a QPF grid to edit using the Grid Manager
or the legends in the Spatial Editor.&nbsp; Then open the <a href="ButtonBarDialogs.html#EditActionsDialog">Edit
Actions Dialog</a> and select QPF_SmartTool.&nbsp; If there is any complex
terrain in your WFO area, you should see a terrain influence in the QPF
field based on the topography and the wind grid valid at the same time.</font>
<p><a NAME="MakeMaxTemp"></a><font color="#3333FF"><font size=+2>Interpolate
temperatures to hourly grids and derive a MaxTemp grid from these grids
using the Smart Tool.</font></font>
<p><font color="#330000">To interpolate your temperature grids to hourly,
first select those grids in the Grid Mangaer using MB1 drag operation.&nbsp;
See the section Select Weather Element and TimeRange for more information.&nbsp;
Next, from the Main Menu item select </font><font color="#FF0000">Grids->Interpolate...</font><font color="#330000">.&nbsp;
The <a href="MainMenuDialogs.html#InterpolateDialog">Interpolate Dialog</a>
will be displayed, choose "By Gaps". You should see new grid appear in
between the grids that were already defined.&nbsp; See the section on
<a href="GFETrainingGridMgr.html#InterpolateGrids">Interpolate
Grids</a> for more infomation.&nbsp; When the interpolation is finished,
select a MaxT (max temperature) grid to edit from the Grid Manager that
corresponds to the same time as the time period that you interpolated.&nbsp;
Then from the <a href="ButtonBarDialogs.html#EditActionsDialog">Edit Actions
Dialog</a> select the Smart tool, select </font><font color="#FF0000">MaxT_SmartTool</font><font color="#330000">.&nbsp;
You should see the values for the MaxT assign the maximum value of the
temperature grids in that same time range.</font>
<p><a NAME="DeriveSnowAmtGrid"></a><font color="#3333FF"><font size=+2>Derive
a SnowAmt grid from the QPF field using the appropriate Smart Tool</font></font>
<p><font color="#330000">First you will need to define a QPF field either
by hand or from any model you choose.&nbsp; Next create a SnowAmt grid
from scratch in the Grid Manager by moving the cursor to the same time
period in the SnowAmt element, MB3 press and hold to get the pop-up menu
and select <a href="GFETrainingGridMgr.html#CreateGridfromScratch">Create
From Scratch</a>.&nbsp; See the section <a href="GFETrainingGridMgr.html#CreateGridfromScratch">Create
Grid From Scratch</a> for more information. Now open the <a href="ButtonBarDialogs.html#EditActionsDialog">Edit
Actions Dialog</a> and select </font><font color="#FF0000">SnowAmt_SmartTool</font><font color="#330000">.&nbsp;
You should see the newly created SnowAmt grid defined with new values.&nbsp;
Note: this tool requires that a Temperature and Freezing Level grid also
be defined for the same time period.&nbsp; Also note that if your temperature
grid is not at or below freezing the SnowAmt_SmartTool will (appropriately)
assign zero SnowAmt to all grid points.</font>
<p><a NAME="RunSmartToolOnMultipleGrids"></a><font color="#3333FF"><font size=+2>Run
a Smart Tool on multiple grids, but only over a selected Edit Area</font></font>
<p><font color="#330000">To accomplish this task you will need to select
a time period in the Grid Manager and then select and edit area from the
Spatial Editor.&nbsp; These can be done in either order.&nbsp; To select
a time period in the Grid Manager see the section <a href="GFETrainingGridMgr.html#SelectWEandTimeRange">Select
Weather Element and Time Range</a>.&nbsp; To select an edit area in the
Spatial Editor see the section <a href="GFETrainingSpatialEditor.html#DefineEditAreabyHand">Select
an Edit Area by Hand</a>.&nbsp; Once you have defined an edit area and
a time range,&nbsp; select one of the tools in the <a href="ButtonBarDialogs.html#EditActionsDialog">Edit
Actions Dialog</a>.&nbsp; Note that all of the grids that you selected
in the Grid Manager turn a </font><font color="#66FFFF">cyan</font><font color="#330000">
color while they are executing.&nbsp; When the </font><font color="#66FFFF">cyan</font><font color="#330000">
color turns back to gray, examine the grids and convince yourself that
the Smart tool was executed over the edit area that you chose and for each
of the grids that you selected.</font>
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