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ce107 |
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<description |
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xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" |
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xsi:noNamespaceSchemaLocation="http://deslab.mit.edu/LCML/lcml.xsd" |
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xmlns:dc="http://purl.org/dc/elements/1.1/"> |
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<descriptionName>MITgcm Atmosphere data.shap</descriptionName> |
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<descriptionInfo>Shapiro filter package configuration file for MITgcm</descriptionInfo> |
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<descriptionMetadata> |
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<dc:creator>Constantinos Evangelinos</dc:creator> |
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<dc:date>2007-07-05</dc:date> |
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<dc:title>MITgcm</dc:title> |
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</descriptionMetadata> |
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<descriptionTarget> |
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<file>data.shap</file> |
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</descriptionTarget> |
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<descriptionContent> |
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<separator>
</separator> |
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<set> |
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<setName>SHAP_PARM01</setName> |
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<startText> &SHAP_PARM01
</startText> |
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<endText> &
</endText> |
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<setInfo>Shapiro filter parameters</setInfo> |
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<var> |
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<name>Dummy Variable</name> |
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<info>forces output of parm</info> |
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<type>string</type> |
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<value></value> |
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<use>true</use> |
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<uneditable>use</uneditable> |
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<hidden>true</hidden> |
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</var> |
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<var> |
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<name>Shap_funct</name> |
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<header> Shap_funct = </header> |
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<trailer>, 
</trailer> |
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<info>Shapiro filter function</info> |
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<type>string</type> |
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<enumeration>1;2;4;20;21</enumeration> |
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<value>2</value> |
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<use>true</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>shap_filt_uvStar</name> |
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<header> shap_filt_uvStar = </header> |
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<trailer>, 
</trailer> |
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<info>Apply filter to u*,v* before Press. Solver</info> |
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<type>string</type> |
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<enumeration>.true.;.false.</enumeration> |
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<value>.true.</value> |
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<use>true</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>shap_filt_TrStagg</name> |
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<header> shap_filt_TrStagg = </header> |
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<trailer>, 
</trailer> |
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<info>Filter T,S before calc PhiHyd (if using staggerTimeStep)</info> |
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<type>string</type> |
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<enumeration>.true.;.false.</enumeration> |
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<value>.true.</value> |
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<use>true</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>Shap_alwaysExchUV</name> |
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<header> Shap_alwaysExchUV = </header> |
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<trailer>, 
</trailer> |
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<info>Always exch(U,V) nShapUV times</info> |
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<type>string</type> |
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<enumeration>.true.;.false.</enumeration> |
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<value>.false.</value> |
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<use>true</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>Shap_alwaysExchTr</name> |
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<header> Shap_alwaysExchTr = </header> |
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<trailer>, 
</trailer> |
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<info>Always exch(Tracer) nShapTr times</info> |
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<type>string</type> |
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<enumeration>.true.;.false.</enumeration> |
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<value>.false.</value> |
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<use>true</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>nShapT</name> |
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<header> nShapT = </header> |
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<trailer>, 
</trailer> |
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<info>Power of Shapiro filter for Temperature</info> |
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<type>numeric</type> |
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<precision>integer</precision> |
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<range>[0,INFINITY)</range> |
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<value>0</value> |
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<use>true</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>nShapS</name> |
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<header> nShapS = </header> |
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<trailer>, 
</trailer> |
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<info>Power of Shapiro filter for Salinity - only for Shap_funct = 2</info> |
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<type>numeric</type> |
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<precision>integer</precision> |
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<range>[-1,INFINITY)</range> |
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<value>-1</value> |
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<use>true</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>nShapTrPhys</name> |
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<header> nShapTrPhys = </header> |
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<trailer>, 
</trailer> |
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<info>Power of physical-space filter (Tracer) - only for Shap_funct = 2</info> |
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<type>numeric</type> |
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<precision>integer</precision> |
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<range>[0,INFINITY)</range> |
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<value>0</value> |
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<use>true</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>Shap_Trtau</name> |
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<header> Shap_Trtau = </header> |
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<trailer>, 
</trailer> |
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<info>Time scale of Shapiro filter (Tracer)</info> |
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<type>numeric</type> |
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<precision>double</precision> |
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<range>[0,INFINITY)</range> |
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<!-- <value>REF(MITgcm Atmosphere data;dTtracerLev: tStep for tracer)</value> --> |
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<value>0</value> |
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<use>true</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>Shap_TrLength</name> |
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<header> Shap_TrLength = </header> |
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<trailer>, 
</trailer> |
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<info>Length scale of Shapiro filter (Tracer)</info> |
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<type>numeric</type> |
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<precision>double</precision> |
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<range>[0,INFINITY)</range> |
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<value>0.0</value> |
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<use>true</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>nShapUV</name> |
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<header> nShapUV = </header> |
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<trailer>, 
</trailer> |
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<info>Power of Shapiro filter for momentum</info> |
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<type>numeric</type> |
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<precision>integer</precision> |
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<range>[0,INFINITY)</range> |
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<value>0</value> |
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<use>true</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>nShapUVPhys</name> |
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<header> nShapUVPhys = </header> |
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<trailer>, 
</trailer> |
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<info>Power of physical-space filter (Momentum) - only for Shap_funct = 2</info> |
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<type>numeric</type> |
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<precision>integer</precision> |
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<range>[0,INFINITY)</range> |
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<value>0</value> |
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<use>true</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>Shap_uvtau</name> |
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<header> Shap_uvtau = </header> |
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<trailer>, 
</trailer> |
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<info>Time scale of Shapiro filter (Momentum)</info> |
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<type>numeric</type> |
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<precision>double</precision> |
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<range>[0,INFINITY)</range> |
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<!-- <value>REF(MITgcm Athmosphere data;deltaTMom: Momentum tStep)</value> --> |
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<value>0</value> |
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<use>true</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>Shap_uvLength</name> |
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<header> Shap_uvLength = </header> |
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<trailer>, 
</trailer> |
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<info>Length scale of Shapiro filter (Momentum)</info> |
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<type>numeric</type> |
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<precision>double</precision> |
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<range>[0,INFINITY)</range> |
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<value>0.</value> |
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<use>true</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>Shap_noSlip</name> |
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<header> Shap_noSlip = </header> |
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<trailer>, 
</trailer> |
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<info>No-slip parameter (0=Free-slip ; 1=No-slip)</info> |
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<type>numeric</type> |
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<precision>double</precision> |
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<range>[0.0,1.0]</range> |
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<value>0.0</value> |
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<use>true</use> |
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<hidden>false</hidden> |
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</var> |
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<var> |
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<name>Shap_diagFreq</name> |
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<header> Shap_diagFreq = </header> |
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<trailer>, 
</trailer> |
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<info>Frequency^-1 for diagnostic output (s)</info> |
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<type>numeric</type> |
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<precision>double</precision> |
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<range>[0,INFINITY)</range> |
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<!-- <value>REF(MITgcm Atmosphere data;diagFreq: Diagnostic output freq)</value> --> |
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<value>0</value> |
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<use>true</use> |
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<hidden>false</hidden> |
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</var> |
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</set> |
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</descriptionContent> |
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</description> |
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