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No compatible overloaded variation was found; can't convert (unwrap) the 2nd argument to the desired Java type.
The FTL type of the argument values were: number (wrapper: f.t.SimpleNumber), number (wrapper: f.t.SimpleNumber).
The matching overload was searched among these members:
    com.sun.proxy.$Proxy478.fetchFolder(long, String),
    com.sun.proxy.$Proxy478.fetchFolder(long, long, String),
    com.sun.proxy.$Proxy478.fetchFolder(long)

----
FTL stack trace ("~" means nesting-related):
	- Failed at: #assign baseFolder = journalFolderLoc...  [in template "10132#10165#641386" at line 27, column 1]
----
1<#--  
2Display templates are used to lay out the fields defined in a data definition. 
3--> 
4 
5<#assign cssLink = CSS_URL.getData() /> 
6<link href="${cssLink}" rel="stylesheet" /> 
7 
8<script src="https://vlab.noaa.gov/documents/10165/641324/jquery.min.js/6d1ed07e-c602-4b15-83b8-819dc2ba2805"></script> 
9<script src="https://vlab.noaa.gov/documents/10165/641324/accordion.js/5ee49d5a-7129-49c5-8203-c1781c89917c"></script> 
10 
11<#-- Adding the following div so that the edit ellipses show --> 
12<div>&nbsp;</div> 
13 
14<#assign folderName = Base_Folder_Name.getData() /> 
15 
16<#assign groupLocalService = serviceLocator.findService("com.liferay.portal.kernel.service.GroupLocalService") /> 
17<#assign group = groupLocalService.fetchGroup(getterUtil.getLong(groupId)) /> 
18<#assign groupFriendlyURL = group.getFriendlyURL() /> 
19 
20<#assign pageURL = themeDisplay.getPortalURL() + themeDisplay.getURLCurrent() + "/-/" /> 
21 
22<#assign myIndex = pageURL?index_of(groupFriendlyURL) /> 
23<#assign startIndex = myIndex + groupFriendlyURL?length + 1 /> 
24<#assign baseURL = pageURL?substring(0, startIndex) + "-/" /> 
25 
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27<#assign baseFolder = journalFolderLocalService.fetchFolder(getterUtil.getLong(groupId), getterUtil.getLong(folderName)) /> 
28<#assign folderId = baseFolder.getFolderId() /> 
29 
30<#assign folders = journalFolderLocalService.getFolders(getterUtil.getLong(groupId), folderId) /> 
31 
32<#assign journalArticleLocalService = serviceLocator.findService("com.liferay.journal.service.JournalArticleLocalService") /> 
33 
34<#assign url = request.attributes.CURRENT_URL!"" /> 
35<#assign selectedFolder = httpUtil.getParameter(url, "selectedFolder", false)!"" /> 
36 
37<div id="cssmenu"> 
38  <ul> 
39    <#list folders as folder> 
40      <#if selectedFolder == folder.getFolderId()?string> 
41        <li class="active has-sub"><a href="#"><span>${folder.getName()}</span></a> 
42      <#else> 
43        <li class="has-sub"><a href="#"><span>${folder.getName()}</span></a> 
44      </#if> 
45 
46      <ul> 
47        <#assign articles = journalArticleLocalService.getArticles(getterUtil.getLong(groupId), folder.getFolderId()) /> 
48        <#list articles as article> 
49          <#assign param = "?selectedFolder=" + article.getFolderId()?string /> 
50          <#assign latestArticle = journalArticleLocalService.getLatestArticle(article.getResourcePrimKey()) /> 
51          <#if (latestArticle.getVersion() == article.getVersion()) && !article.isInTrash()> 
52            <li><a href="${baseURL}${article.getUrlTitle()}${param}">${article.getTitleCurrentValue()}</a></li> 
53          </#if> 
54        </#list> 
55      </ul> 
56      </li> 
57    </#list> 
58  </ul> 
59</div> 

Products Guide

Rotation Tracks

Rotation Tracks

Short Description

Maximum Azimuthal Shear in a specified layer for a specified time period.

Subproducts

Low-Level (0–2 km AGL) Rotation Tracks

  • 30 minute
  • 60 minute
  • 120 minute
  • 240 minute
  • 360 minute
  • 1440 minute

Mid-Level (3–6 km AGL) Rotation Tracks

  • 30 minute
  • 60 minute
  • 120 minute
  • 240 minute
  • 360 minute
  • 1440 minute

Primary Users

NWS: WFO, SPC

Other: FEMA, Local EM, Red Cross

Input Sources

Low-Level Azimuthal Shear (0–2 km AGL) or Mid-Level Azimuthal Shear (3–6 km AGL)

Resolution

Spatial Resolution: 0.005° latitude (~555 m) x 0.005° longitude (~504 m at 25°N and 365 m at 49°N)

Temporal Resolution: 2 minutes

Product Creation

Azimuthal Shear Tracks are computed by taking the maximum value of Azimuthal Shear over the specified time period.

Technical Details

Latest Update: MRMS Version 11.5

See the Azimuthal Shear product for technical information.

References

Lakshmanan, V., M. Miller, T. Smith, 2013: Quality control of accumulated fields by applying spatial and temporal constraints. J. Atmos. Oceanic Technol., 30, 745-757.

Miller, M. L., V. Lakshmanan, and T. Smith, 2013: An automated method for depicting mesocyclone paths and intensities. Wea. Forecasting, 28, 570-585.