cpl_aim%2Bocn/aim/datashap.xml

<!-- $Header: $ -->
<!-- $Name: $ -->


<description 
   xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" 
   xsi:noNamespaceSchemaLocation="http://deslab.mit.edu/LCML/lcml.xsd"
   xmlns:dc="http://purl.org/dc/elements/1.1/">
 
   <descriptionName>MITgcm Atmosphere data.shap</descriptionName>
 
   <descriptionInfo>Shapiro filter package configuration file for MITgcm</descriptionInfo>
 
   <descriptionMetadata>
     <dc:creator>Constantinos Evangelinos</dc:creator>
     <dc:date>2007-07-05</dc:date>
     <dc:title>MITgcm</dc:title>
   </descriptionMetadata>
 
   <descriptionTarget>
     <file>data.shap</file>
   </descriptionTarget>
 
   <descriptionContent>
 
     <separator>&#x000A;</separator>
 
     <set>
       <setName>SHAP_PARM01</setName>
       <startText> &amp;SHAP_PARM01&#x000A;</startText>
       <endText> &amp;&#x000A;</endText>
       <setInfo>Shapiro filter parameters</setInfo>
        <var>
         <name>Dummy Variable</name>
         <info>forces output of parm</info>
         <type>string</type>
         <value></value>
         <use>true</use>
         <uneditable>use</uneditable>
         <hidden>true</hidden>
       </var>
       <var>
         <name>Shap_funct</name>
         <header> Shap_funct = </header>
         <trailer>, &#x000A;</trailer>
         <info>Shapiro filter function</info>
         <type>string</type>
         <enumeration>1;2;4;20;21</enumeration>
         <value>2</value>
         <use>true</use>
         <hidden>false</hidden>
       </var>
       <var>
         <name>shap_filt_uvStar</name>
         <header> shap_filt_uvStar = </header>
         <trailer>, &#x000A;</trailer>
         <info>Apply filter to u*,v* before Press. Solver</info>
         <type>string</type>
         <enumeration>.true.;.false.</enumeration>
         <value>.true.</value>
         <use>true</use>
         <hidden>false</hidden>
       </var>
       <var>
         <name>shap_filt_TrStagg</name>
         <header> shap_filt_TrStagg = </header>
         <trailer>, &#x000A;</trailer>
         <info>Filter T,S before calc PhiHyd (if using staggerTimeStep)</info>
         <type>string</type>
         <enumeration>.true.;.false.</enumeration>
         <value>.true.</value>
         <use>true</use>
         <hidden>false</hidden>
       </var>
       <var>
         <name>Shap_alwaysExchUV</name>
         <header> Shap_alwaysExchUV = </header>
         <trailer>, &#x000A;</trailer>
         <info>Always exch(U,V) nShapUV times</info>
         <type>string</type>
         <enumeration>.true.;.false.</enumeration>
         <value>.false.</value>
         <use>true</use>
         <hidden>false</hidden>
       </var>
       <var>
         <name>Shap_alwaysExchTr</name>
         <header> Shap_alwaysExchTr = </header>
         <trailer>, &#x000A;</trailer>
         <info>Always exch(Tracer) nShapTr times</info>
         <type>string</type>
         <enumeration>.true.;.false.</enumeration>
         <value>.false.</value>
         <use>true</use>
         <hidden>false</hidden>
       </var>
       <var>
         <name>nShapT</name>
         <header> nShapT = </header>
         <trailer>, &#x000A;</trailer>
         <info>Power of Shapiro filter for Temperature</info>
         <type>numeric</type>
         <precision>integer</precision>
         <range>[0,INFINITY)</range>
         <value>0</value>
         <use>true</use>
         <hidden>false</hidden>
       </var>
       <var>
         <name>nShapS</name>
         <header> nShapS = </header>
         <trailer>, &#x000A;</trailer>
         <info>Power of Shapiro filter for Salinity - only for Shap_funct = 2</info>
         <type>numeric</type>
         <precision>integer</precision>
         <range>[-1,INFINITY)</range>
         <value>-1</value>
         <use>true</use>
         <hidden>false</hidden>
       </var>
       <var>
         <name>nShapTrPhys</name>
         <header> nShapTrPhys = </header>
         <trailer>, &#x000A;</trailer>
         <info>Power of physical-space filter (Tracer) - only for Shap_funct = 2</info>
         <type>numeric</type>
         <precision>integer</precision>
         <range>[0,INFINITY)</range>
         <value>0</value>
         <use>true</use>
         <hidden>false</hidden>
       </var>
       <var>
         <name>Shap_Trtau</name>
         <header> Shap_Trtau = </header>
         <trailer>, &#x000A;</trailer>
         <info>Time scale of Shapiro filter (Tracer)</info>
         <type>numeric</type>
         <precision>double</precision>
         <range>[0,INFINITY)</range>
<!--         <value>REF(MITgcm Atmosphere data;dTtracerLev: tStep for tracer)</value> -->
         <value>0</value>
         <use>true</use>
         <hidden>false</hidden>
       </var>
       <var>
         <name>Shap_TrLength</name>
         <header> Shap_TrLength = </header>
         <trailer>, &#x000A;</trailer>
         <info>Length scale of Shapiro filter (Tracer)</info>
         <type>numeric</type>
         <precision>double</precision>
         <range>[0,INFINITY)</range>
         <value>0.0</value>
         <use>true</use>
         <hidden>false</hidden>
       </var>
       <var>
         <name>nShapUV</name>
         <header> nShapUV = </header>
         <trailer>, &#x000A;</trailer>
         <info>Power of Shapiro filter for momentum</info>
         <type>numeric</type>
         <precision>integer</precision>
         <range>[0,INFINITY)</range>
         <value>0</value>
         <use>true</use>
         <hidden>false</hidden>
       </var>
       <var>
         <name>nShapUVPhys</name>
         <header> nShapUVPhys = </header>
         <trailer>, &#x000A;</trailer>
         <info>Power of physical-space filter (Momentum) - only for Shap_funct = 2</info>
         <type>numeric</type>
         <precision>integer</precision>
         <range>[0,INFINITY)</range>
         <value>0</value>
         <use>true</use>
         <hidden>false</hidden>
       </var>
       <var>
         <name>Shap_uvtau</name>
         <header> Shap_uvtau = </header>
         <trailer>, &#x000A;</trailer>
         <info>Time scale of Shapiro filter (Momentum)</info>
         <type>numeric</type>
         <precision>double</precision>
         <range>[0,INFINITY)</range>
<!--         <value>REF(MITgcm Athmosphere data;deltaTMom: Momentum tStep)</value> -->
         <value>0</value>
         <use>true</use>
         <hidden>false</hidden>
       </var>
       <var>
         <name>Shap_uvLength</name>
         <header> Shap_uvLength = </header>
         <trailer>, &#x000A;</trailer>
         <info>Length scale of Shapiro filter (Momentum)</info>
         <type>numeric</type>
         <precision>double</precision>
         <range>[0,INFINITY)</range>
         <value>0.</value>
         <use>true</use>
         <hidden>false</hidden>
       </var>
       <var>
         <name>Shap_noSlip</name>
         <header> Shap_noSlip = </header>
         <trailer>, &#x000A;</trailer>
         <info>No-slip parameter (0=Free-slip ; 1=No-slip)</info>
         <type>numeric</type>
         <precision>double</precision>
         <range>[0.0,1.0]</range>
         <value>0.0</value>
         <use>true</use>
         <hidden>false</hidden>
       </var>
       <var>
         <name>Shap_diagFreq</name>
         <header> Shap_diagFreq = </header>
         <trailer>, &#x000A;</trailer>
         <info>Frequency^-1 for diagnostic output (s)</info>
         <type>numeric</type>
         <precision>double</precision>
         <range>[0,INFINITY)</range>
<!--         <value>REF(MITgcm Atmosphere data;diagFreq: Diagnostic output freq)</value> -->
         <value>0</value>
         <use>true</use>
         <hidden>false</hidden>
       </var>
     </set>

   </descriptionContent>
 
</description>
1	ce107	1.1	<!-- $Header: $ -->
2			<!-- $Name: $ -->
3
4
5
6			<description
7			xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance"
8			xsi:noNamespaceSchemaLocation="http://deslab.mit.edu/LCML/lcml.xsd"
9			xmlns:dc="http://purl.org/dc/elements/1.1/">
10
11			<descriptionName>MITgcm Atmosphere data.shap</descriptionName>
12
13			<descriptionInfo>Shapiro filter package configuration file for MITgcm</descriptionInfo>
14
15			<descriptionMetadata>
16			<dc:creator>Constantinos Evangelinos</dc:creator>
17			<dc:date>2007-07-05</dc:date>
18			<dc:title>MITgcm</dc:title>
19			</descriptionMetadata>
20
21			<descriptionTarget>
22			<file>data.shap</file>
23			</descriptionTarget>
24
25			<descriptionContent>
26
27			<separator> </separator>
28
29			<set>
30			<setName>SHAP_PARM01</setName>
31			<startText> &SHAP_PARM01 </startText>
32			<endText> & </endText>
33			<setInfo>Shapiro filter parameters</setInfo>
34			<var>
35			<name>Dummy Variable</name>
36			<info>forces output of parm</info>
37			<type>string</type>
38			<value></value>
39			<use>true</use>
40			<uneditable>use</uneditable>
41			<hidden>true</hidden>
42			</var>
43			<var>
44			<name>Shap_funct</name>
45			<header> Shap_funct = </header>
46			<trailer>, </trailer>
47			<info>Shapiro filter function</info>
48			<type>string</type>
49			<enumeration>1;2;4;20;21</enumeration>
50			<value>2</value>
51			<use>true</use>
52			<hidden>false</hidden>
53			</var>
54			<var>
55			<name>shap_filt_uvStar</name>
56			<header> shap_filt_uvStar = </header>
57			<trailer>, </trailer>
58			<info>Apply filter to u,v before Press. Solver</info>
59			<type>string</type>
60			<enumeration>.true.;.false.</enumeration>
61			<value>.true.</value>
62			<use>true</use>
63			<hidden>false</hidden>
64			</var>
65			<var>
66			<name>shap_filt_TrStagg</name>
67			<header> shap_filt_TrStagg = </header>
68			<trailer>, </trailer>
69			<info>Filter T,S before calc PhiHyd (if using staggerTimeStep)</info>
70			<type>string</type>
71			<enumeration>.true.;.false.</enumeration>
72			<value>.true.</value>
73			<use>true</use>
74			<hidden>false</hidden>
75			</var>
76			<var>
77			<name>Shap_alwaysExchUV</name>
78			<header> Shap_alwaysExchUV = </header>
79			<trailer>, </trailer>
80			<info>Always exch(U,V) nShapUV times</info>
81			<type>string</type>
82			<enumeration>.true.;.false.</enumeration>
83			<value>.false.</value>
84			<use>true</use>
85			<hidden>false</hidden>
86			</var>
87			<var>
88			<name>Shap_alwaysExchTr</name>
89			<header> Shap_alwaysExchTr = </header>
90			<trailer>, </trailer>
91			<info>Always exch(Tracer) nShapTr times</info>
92			<type>string</type>
93			<enumeration>.true.;.false.</enumeration>
94			<value>.false.</value>
95			<use>true</use>
96			<hidden>false</hidden>
97			</var>
98			<var>
99			<name>nShapT</name>
100			<header> nShapT = </header>
101			<trailer>, </trailer>
102			<info>Power of Shapiro filter for Temperature</info>
103			<type>numeric</type>
104			<precision>integer</precision>
105			<range>[0,INFINITY)</range>
106			<value>0</value>
107			<use>true</use>
108			<hidden>false</hidden>
109			</var>
110			<var>
111			<name>nShapS</name>
112			<header> nShapS = </header>
113			<trailer>, </trailer>
114			<info>Power of Shapiro filter for Salinity - only for Shap_funct = 2</info>
115			<type>numeric</type>
116			<precision>integer</precision>
117			<range>[-1,INFINITY)</range>
118			<value>-1</value>
119			<use>true</use>
120			<hidden>false</hidden>
121			</var>
122			<var>
123			<name>nShapTrPhys</name>
124			<header> nShapTrPhys = </header>
125			<trailer>, </trailer>
126			<info>Power of physical-space filter (Tracer) - only for Shap_funct = 2</info>
127			<type>numeric</type>
128			<precision>integer</precision>
129			<range>[0,INFINITY)</range>
130			<value>0</value>
131			<use>true</use>
132			<hidden>false</hidden>
133			</var>
134			<var>
135			<name>Shap_Trtau</name>
136			<header> Shap_Trtau = </header>
137			<trailer>, </trailer>
138			<info>Time scale of Shapiro filter (Tracer)</info>
139			<type>numeric</type>
140			<precision>double</precision>
141			<range>[0,INFINITY)</range>
142			<!-- <value>REF(MITgcm Atmosphere data;dTtracerLev: tStep for tracer)</value> -->
143			<value>0</value>
144			<use>true</use>
145			<hidden>false</hidden>
146			</var>
147			<var>
148			<name>Shap_TrLength</name>
149			<header> Shap_TrLength = </header>
150			<trailer>, </trailer>
151			<info>Length scale of Shapiro filter (Tracer)</info>
152			<type>numeric</type>
153			<precision>double</precision>
154			<range>[0,INFINITY)</range>
155			<value>0.0</value>
156			<use>true</use>
157			<hidden>false</hidden>
158			</var>
159			<var>
160			<name>nShapUV</name>
161			<header> nShapUV = </header>
162			<trailer>, </trailer>
163			<info>Power of Shapiro filter for momentum</info>
164			<type>numeric</type>
165			<precision>integer</precision>
166			<range>[0,INFINITY)</range>
167			<value>0</value>
168			<use>true</use>
169			<hidden>false</hidden>
170			</var>
171			<var>
172			<name>nShapUVPhys</name>
173			<header> nShapUVPhys = </header>
174			<trailer>, </trailer>
175			<info>Power of physical-space filter (Momentum) - only for Shap_funct = 2</info>
176			<type>numeric</type>
177			<precision>integer</precision>
178			<range>[0,INFINITY)</range>
179			<value>0</value>
180			<use>true</use>
181			<hidden>false</hidden>
182			</var>
183			<var>
184			<name>Shap_uvtau</name>
185			<header> Shap_uvtau = </header>
186			<trailer>, </trailer>
187			<info>Time scale of Shapiro filter (Momentum)</info>
188			<type>numeric</type>
189			<precision>double</precision>
190			<range>[0,INFINITY)</range>
191			<!-- <value>REF(MITgcm Athmosphere data;deltaTMom: Momentum tStep)</value> -->
192			<value>0</value>
193			<use>true</use>
194			<hidden>false</hidden>
195			</var>
196			<var>
197			<name>Shap_uvLength</name>
198			<header> Shap_uvLength = </header>
199			<trailer>, </trailer>
200			<info>Length scale of Shapiro filter (Momentum)</info>
201			<type>numeric</type>
202			<precision>double</precision>
203			<range>[0,INFINITY)</range>
204			<value>0.</value>
205			<use>true</use>
206			<hidden>false</hidden>
207			</var>
208			<var>
209			<name>Shap_noSlip</name>
210			<header> Shap_noSlip = </header>
211			<trailer>, </trailer>
212			<info>No-slip parameter (0=Free-slip ; 1=No-slip)</info>
213			<type>numeric</type>
214			<precision>double</precision>
215			<range>[0.0,1.0]</range>
216			<value>0.0</value>
217			<use>true</use>
218			<hidden>false</hidden>
219			</var>
220			<var>
221			<name>Shap_diagFreq</name>
222			<header> Shap_diagFreq = </header>
223			<trailer>, </trailer>
224			<info>Frequency^-1 for diagnostic output (s)</info>
225			<type>numeric</type>
226			<precision>double</precision>
227			<range>[0,INFINITY)</range>
228			<!-- <value>REF(MITgcm Atmosphere data;diagFreq: Diagnostic output freq)</value> -->
229			<value>0</value>
230			<use>true</use>
231			<hidden>false</hidden>
232			</var>
233			</set>
234
235			</descriptionContent>
236
237			</description>