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MGET/Branches/Jason/PythonPackage/dist/MGETArcGISToolbox_jsTree.xml

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704	704	<content><name icon="/projects/mget/export/HEAD/WikiFiles/MgetTree/img/icon_toolset.png">Statistics</name></content>
705	705	</item>
706		<content><name icon="/projects/mget/export/HEAD/WikiFiles/MgetTree/img/icon_toolbox.png">Marine Geospatial Ecology Tools 0.8a42</name></content>
	706	<content><name icon="/projects/mget/export/HEAD/WikiFiles/MgetTree/img/icon_toolbox.png">Marine Geospatial Ecology Tools 0.8a43</name></content>
707	707	</item>
708	708	</root>

MGET/Branches/Jason/PythonPackage/dist/TracOnlineDocumentation/Documentation/ArcGISReference/AVHRRPathfinderSSTTimeSeries.CreateClimatologicalArcGISRasters.html

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35	35	NOAA/NASA advanced very high resolution radiometer Pathfinder
36	36	algorithm for sea surface temperature and associated matchup database.
37		J. Geophys. Res. 106(C5): 9179-9197.</p><br /><p><h2><img width="11" height="11" border="0" src="sm_arrow_down.gif?format=raw" /> Command line syntax</h2></p><div Class="expand" id="id103141">AVHRRPathfinderSSTTimeSeriesCreateClimatologicalArcGISRasters_GeoEco <Daily \| 5day \| 8day \| Monthly \| Yearly> <Daytime \| Nighttime> <sst \| bsst \| sdev \| num \| qual \| msk1 \| msk2> <Count \| Maximum \| Mean \| Minimum \| Range \| Standard Deviation \| Sum> <Daily \| Monthly \| Cumulative> <outputWorkspace> {Add \| Replace} {rasterNameExpressions;rasterNameExpressions...} {maskLand} {4 \| 0 \| 1 \| 2 \| 3 \| 5 \| 6 \| 7} {maskIfBrightnessTempTestFailed} {maskIfCloudTestFailed} {maskIfUniformityTest1Failed} {maskIfUniformityTest2Failed} {maskIfZenithAngleTest1Failed} {maskIfZenithAngleTest2Failed} {maskIfReferenceTestFailed} {maskIfStraySunlightTestFailed} {maskIfEdgeTestFailed} {maskIfGlintTestFailed} {maskIfSSTTestFailed} {binDuration} {startDayOfYear} {rotationOffset} {spatialExtent} {startDate} {endDate} {timeout} {maxRetryTime} {cacheDirectory} {calculateStatistics} {buildRAT} {buildPyramids} <br /><br /><b>Parameters</b><br /><table width="100%" border="0" cellpadding="5"><tbody><tr><th width="40%"><b>Expression</b></th><th width="60%"><b>Explanation</b></th></tr><tr><td class="info"><Daily \| 5day \| 8day \| Monthly \| Yearly></td><td class="info" align="left"><p>Temporal resolution to use, one of:</p><ul><li><p>Daily - daily images. There are 365 during normal years and 366
	37	J. Geophys. Res. 106(C5): 9179-9197.</p><br /><p><h2><img width="11" height="11" border="0" src="sm_arrow_down.gif?format=raw" /> Command line syntax</h2></p><div Class="expand" id="id103141">AVHRRPathfinderSSTTimeSeriesCreateClimatologicalArcGISRasters_GeoEco <Daily \| 5day \| 8day \| Monthly \| Yearly> <Daytime \| Nighttime> <sst \| bsst \| sdev \| num \| qual \| msk1 \| msk2> <Count \| Maximum \| Mean \| Minimum \| Range \| Standard Deviation \| Sum> <Daily \| Monthly \| Cumulative \| ENSO Daily \| ENSO Monthly \| ENSO Cumulative> <outputWorkspace> {Add \| Replace} {rasterNameExpressions;rasterNameExpressions...} {maskLand} {4 \| 0 \| 1 \| 2 \| 3 \| 5 \| 6 \| 7} {maskIfBrightnessTempTestFailed} {maskIfCloudTestFailed} {maskIfUniformityTest1Failed} {maskIfUniformityTest2Failed} {maskIfZenithAngleTest1Failed} {maskIfZenithAngleTest2Failed} {maskIfReferenceTestFailed} {maskIfStraySunlightTestFailed} {maskIfEdgeTestFailed} {maskIfGlintTestFailed} {maskIfSSTTestFailed} {binDuration} {startDayOfYear} {rotationOffset} {spatialExtent} {startDate} {endDate} {timeout} {maxRetryTime} {cacheDirectory} {calculateStatistics} {buildRAT} {buildPyramids} <br /><br /><b>Parameters</b><br /><table width="100%" border="0" cellpadding="5"><tbody><tr><th width="40%"><b>Expression</b></th><th width="60%"><b>Explanation</b></th></tr><tr><td class="info"><Daily \| 5day \| 8day \| Monthly \| Yearly></td><td class="info" align="left"><p>Temporal resolution to use, one of:</p><ul><li><p>Daily - daily images. There are 365 during normal years and 366
38	38	during leap years.</p></li></ul><ul><li><p>5day - 5-day images. There are 73 per year. The first image of the
39	39	year starts on January 1. The last image ends on day 365. NODC does
…	…
93	93	(i.e. the standard deviation estimated using Bessel's correction).
94	94	In order to calculate this, there must be at least two images with
95		data for the cell.</p></li></ul><ul><li><p>Sum - the sum for the cell.</p></li></ul></td></tr><tr><td class="info"><Daily \| Monthly \| Cumulative></td><td class="info" align="left"><p>Climatology bins to use, one of:</p><ul><li><p>Daily - daily bins. Images will be classified into bins according to
	95	data for the cell.</p></li></ul><ul><li><p>Sum - the sum for the cell.</p></li></ul></td></tr><tr><td class="info"><Daily \| Monthly \| Cumulative \| ENSO Daily \| ENSO Monthly \| ENSO Cumulative></td><td class="info" align="left"><p>Climatology bins to use, one of:</p><ul><li><p>Daily - daily bins. Images will be classified into bins according to
96	96	their days of the year. The number of days in each bin is determined
97	97	by the Climatology Bin Duration parameter (which defaults to 1). The
…	…
118	118	will be created. For example, if the bin duration is 5, 3 bins will
119	119	be created: January-May, June-October, November-December.</p></li></ul><ul><li><p>Cumulative - one bin. A single climatology raster will be calculated
120		from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	120	from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><ul><li><p>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	121	except each of the bins above will be split into three, based on the
	122	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	123	as determined by the Oceanic Nino Index (ONI) calculated by the
	124	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	125	The ONI classifies each month into one of three phases: neutral, El
	126	Nino, or La Nina. This tool first classifies input images according
	127	to their dates into ENSO phases (it downloads ONI data from the
	128	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	129	then produces a climatology bin for each phase. For example, if you
	130	request ENSO Cumulative bins, three bins will be produced: one for
	131	all images occurring in neutral months, one for all in El Nino
	132	months, and one for all in La Nina months. If you request ENSO
	133	Monthly bins, 36 bins will be produced: one for each combination of
	134	the 12 months and the three ENSO phases.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
121	135	4-bin seasonal climatology on solstices and equinoxes), use the Start
122	136	Climatology At This Day Of The Year parameter.</p></td></tr><tr><td class="info"><outputWorkspace></td><td class="info" align="left"><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
151	165	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
152	166	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
153		or "Cumulative".</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
	167	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	168	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
154	169	represented by the output raster, either "dayXXX" for 1-day bins
155	170	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
157	172	replaced by the last day), "monthXX" for 1-month bins (XX is
158	173	replaced by the month), "monthXXtoYY" (XX is replaced by the first
159		month of the bin, YY by the last month), or "cumulative".</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
	174	month of the bin, YY by the last month), or "cumulative". If an ENSO
	175	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	176	prepended to those strings for each of the three ENSO phased rasters
	177	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	178	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
160	179	spaces replaced by underscores; one of: "count", "maximum", "mean",
161	180	"minimum", "range", "standard_deviation", "Sum".</p></li></ul><p>If the Bin Type is "Daily", the following additional codes are
…	…
591	610	will be created. For example, if the bin duration is 5, 3 bins will
592	611	be created: January-May, June-October, November-December.</p></li></ul><ul><li><p>Cumulative - one bin. A single climatology raster will be calculated
593		from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	612	from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><ul><li><p>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	613	except each of the bins above will be split into three, based on the
	614	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	615	as determined by the Oceanic Nino Index (ONI) calculated by the
	616	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	617	The ONI classifies each month into one of three phases: neutral, El
	618	Nino, or La Nina. This tool first classifies input images according
	619	to their dates into ENSO phases (it downloads ONI data from the
	620	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	621	then produces a climatology bin for each phase. For example, if you
	622	request ENSO Cumulative bins, three bins will be produced: one for
	623	all images occurring in neutral months, one for all in El Nino
	624	months, and one for all in La Nina months. If you request ENSO
	625	Monthly bins, 36 bins will be produced: one for each combination of
	626	the 12 months and the three ENSO phases.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
594	627	4-bin seasonal climatology on solstices and equinoxes), use the Start
595	628	Climatology At This Day Of The Year parameter.</p></td></tr><tr><td class="info">Output workspace (Required) </td><td class="info" align="left"><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
624	657	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
625	658	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
626		or "Cumulative".</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
	659	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	660	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
627	661	represented by the output raster, either "dayXXX" for 1-day bins
628	662	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
630	664	replaced by the last day), "monthXX" for 1-month bins (XX is
631	665	replaced by the month), "monthXXtoYY" (XX is replaced by the first
632		month of the bin, YY by the last month), or "cumulative".</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
	666	month of the bin, YY by the last month), or "cumulative". If an ENSO
	667	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	668	prepended to those strings for each of the three ENSO phased rasters
	669	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	670	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
633	671	spaces replaced by underscores; one of: "count", "maximum", "mean",
634	672	"minimum", "range", "standard_deviation", "Sum".</p></li></ul><p>If the Bin Type is "Daily", the following additional codes are

MGET/Branches/Jason/PythonPackage/dist/TracOnlineDocumentation/Documentation/ArcGISReference/ArcGISReference.html

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1	1	<?xml version="1.0" encoding="utf-8"?>
2	2	<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd">
3		<html xmlns="http://www.w3.org/1999/xhtml"><head><title>Marine Geospatial Ecology Tools - ArcGIS Reference</title><link rel="stylesheet" type="text/css" href="../Documentation.css?format=raw" /><meta http-equiv="Content-Type" content="text/html; charset=UTF-8" /></head><body><p class="title1">Marine Geospatial Ecology Tools</p><p class="title2">ArcGIS Geoprocessing Reference</p><table class="docmetadata"><tr><td class="docmetadata1">MGET version:</td><td class="docmetadata2">0.8a42</td></tr><tr><td class="docmetadata1">Document version:</td><td class="docmetadata2">$Id: ArcGISReference.xsl 497 2010-04-01 18:41:19Z jjr8 $</td></tr><tr><td class="docmetadata1">Maintainer email:</td><td class="docmetadata2"><a href="mailto:jason.roberts@duke.edu">jason.roberts@duke.edu</a></td></tr><tr><td class="docmetadata1">MGET home page:</td><td class="docmetadata2"><a href="http://code.nicholas.duke.edu/projects/mget">http://code.nicholas.duke.edu/projects/mget</a></td></tr></table><h1><a id="Contents">Contents</a></h1><ul><li><a href="#IndexByLabel">Tool Index, By Label</a></li><li><a href="#IndexByName">Tool Index, By Name</a></li><li><a href="#Copyright">Copyright and License</a></li></ul><h1><a id="IndexByLabel">Tool Index, By Label</a></h1><p>In the table below, <i>Tool Label</i> is the name of the tool as it appears in the
4		ArcGIS toolbox.</p><p><table><tr><th>Tool Label</th><th>Description</th></tr><tr><td><a href="Periodicity.AnalyzeArcGISTable.html?format=raw">Analyze Temporal Periodocity in Table</a></td><td>Creates several plots that show the temporal periodicity of the records in a table.</td></tr><tr><td><a href="FisheryPeriodicity.AnalyzeCPUEInArcGISTable.html?format=raw">Analyze Temporal Periodocity of CPUE</a></td><td>Creates several plots that analyze the temporal periodicity of catch per unit effort (FPUE) calculated from fishing records in a table.</td></tr><tr><td><a href="FisheryPeriodicity.AnalyzeCatchInArcGISTable.html?format=raw">Analyze Temporal Periodocity of Catch</a></td><td>Creates several plots that show the temporal periodicity of catch records in a table.</td></tr><tr><td><a href="FisheryPeriodicity.AnalyzeEffortInArcGISTable.html?format=raw">Analyze Temporal Periodocity of Effort</a></td><td>Creates several plots that show the temporal periodicity of fishing effort records in a table.</td></tr><tr><td><a href="ArcGISPoints.AppendPointsToFeatureClass2.html?format=raw">Append Points</a></td><td>Appends points to an existing ArcGIS point feature class.</td></tr><tr><td><a href="ArcGISPolygons.AppendPolygonToFeatureClass2.html?format=raw">Append Polygon</a></td><td>Appends a polygon to an existing ArcGIS polygon feature class.</td></tr><tr><td><a href="ArcGISPolygons.AppendRectangleToFeatureClass2.html?format=raw">Append Rectangle</a></td><td>Appends a rectangle to an existing ArcGIS polygon feature class.</td></tr><tr><td><a href="Field.CalculateArcGISField.html?format=raw">Calculate Field Using a Python Expression</a></td><td>Calculates the value of a table field using a Python expression.</td></tr><tr><td><a href="Field.CalculateArcGISFields.html?format=raw">Calculate Fields Using Python Expressions</a></td><td>Calculates values for one or more fields of a table using Python expressions.</td></tr><tr><td><a href="Moon.CalculateMoonPhaseForArcGISTable.html?format=raw">Calculate Moon Phase For Dates in Field</a></td><td>Given a table with a date field, calculates the phase of the moon and writes it to another field.</td></tr><tr><td><a href="SpeciesDiversity.CalculateDiversityIndexForArcGISPolygons.html?format=raw">Calculate Species Diversity Index for Polygons</a></td><td>Given polygons representing zones of interest and points representing species occurrence observations, calculates a species diversity index for each polygon.</td></tr><tr><td><a href="CayulaCornillonEdgeDetection.DetectEdgesInArcGISRaster.html?format=raw">Cayula-Cornillon Fronts in ArcGIS Raster</a></td><td>Finds fronts in an ArcGIS raster using the Cayula and Cornillon (1992) single image edge detection (SIED) algorithm.</td></tr><tr><td><a href="CayulaCornillonEdgeDetection.DetectEdgesInArcGISRastersArcGISTable.html?format=raw">Cayula-Cornillon Fronts in ArcGIS Rasters Listed in Table</a></td><td>Finds fronts in ArcGIS rasters listed in a table using the Cayula and Cornillon (1992) single-image edge detection algorithm.</td></tr><tr><td><a href="CayulaCornillonEdgeDetection.DetectEdgesInBinaryRaster.html?format=raw">Cayula-Cornillon Fronts in Binary Raster</a></td><td>Finds fronts in a binary raster using the Cayula and Cornillon (1992) single image edge detection (SIED) algorithm.</td></tr><tr><td><a href="CoastWatchAVHRR.FindFrontsAsArcGISRaster.html?format=raw">Cayula-Cornillon Fronts in CoastWatch Image as ArcGIS Raster</a></td><td>Finds fronts in a CoastWatch POES AVHRR image using the Cayula and Cornillon (1992) single-image edge detection algorithm and outputs them to an ArcGIS raster.</td></tr><tr><td><a href="CoastWatchAVHRR.FindFrontsAsBinaryRaster.html?format=raw">Cayula-Cornillon Fronts in CoastWatch Image as Binary Raster</a></td><td>Finds fronts in a CoastWatch POES AVHRR image using the Cayula and Cornillon (1992) single-image edge detection algorithm and outputs them to a binary raster.</td></tr><tr><td><a href="CoastWatchAVHRR.FindFrontsAsArcGISRastersArcGISTable.html?format=raw">Cayula-Cornillon Fronts in CoastWatch Images Listed in Table as ArcGIS Rasters</a></td><td>Finds fronts in CoastWatch POES AVHRR images listed in a table using the Cayula and Cornillon (1992) single-image edge detection algorithm and outputs them as ArcGIS rasters.</td></tr><tr><td><a href="ESRLClimateIndices.ClassifyONIEpisodesInTimeSeriesArcGISTable.html?format=raw">Classify Oceanic Nino Index (ONI) Episodes in Table</a></td><td>Given a time series table of monthly Oceanic Nino Index (ONI) numerical values, classifies each month as part of a normal, El Nino (warm), or La Nina (cold) episode.</td></tr><tr><td><a href="RExploratoryPlots.ClevelandPlotForArcGISTable.html?format=raw">Cleveland Plot for Table</a></td><td>Creates a multi-panel Cleveland dotplot for a table.</td></tr><tr><td><a href="CoastWatchAVHRR.ToArcGISRaster.html?format=raw">CoastWatch Image to ArcGIS Raster</a></td><td>Extracts and converts CoastWatch POES AVHRR image, specified by a file plus a variable in that file, to an ArcGIS raster.</td></tr><tr><td><a href="CoastWatchAVHRR.ToBinaryRaster.html?format=raw">CoastWatch Image to Binary Raster</a></td><td>Extracts and converts CoastWatch POES AVHRR image, specified by a file plus a variable in that file, to a binary raster.</td></tr><tr><td><a href="CoastWatchAVHRR.ToArcGISRasterArcGISTable.html?format=raw">CoastWatch Images Listed in Table To ArcGIS Rasters</a></td><td>Creates an ArcGIS raster from each CoastWatch POES AVHRR image listed in a table of images, where one field specifies the file path containing the image and another specifies the variable that represents the image.</td></tr><tr><td><a href="CoastWatchAVHRR.ToBinaryRasterArcGISTable.html?format=raw">CoastWatch Images Listed in Table To Binary Rasters</a></td><td>Creates a binary raster from each CoastWatch POES AVHRR image listed in a table of images, where one field specifies the file path containing the image and another specifies the variable that represents the image.</td></tr><tr><td><a href="CoastWatchAVHRR.ToCoastWatchHDF.html?format=raw">CoastWatch Images to HDF</a></td><td>Creates a CoastWatch HDF by importing images from a list of CoastWatch POES AVHRR CWFs or HDFs.</td></tr><tr><td><a href="NetCDF.Convert2DVariableToArcGISRaster.html?format=raw">Convert 2D Variable in NetCDF to ArcGIS Raster</a></td><td>Converts a two-dimensional variable in a netCDF file to an ArcGIS raster.</td></tr><tr><td><a href="NetCDF.Convert2DVariableToArcInfoASCIIGrid.html?format=raw">Convert 2D Variable in NetCDF to ArcInfo ASCII Grid</a></td><td>Converts a two-dimensional variable in a netCDF file to a text file in ArcInfo ASCII Grid format.</td></tr><tr><td><a href="NetCDF.Convert2DVariableToBinaryRaster.html?format=raw">Convert 2D Variable in NetCDF to Binary Raster</a></td><td>Converts a two-dimensional variable in a netCDF file to a binary raster.</td></tr><tr><td><a href="NetCDF.Convert2DVariableInNetCDFsInArcGISTableToArcGISRasters.html?format=raw">Convert 2D Variable in NetCDFs Listed in Table To ArcGIS Rasters</a></td><td>Converts a two-dimensional variable in each netCDF file in a table to an ArcGIS raster.</td></tr><tr><td><a href="NetCDF.Convert2DVariableInNetCDFsInArcGISTableToArcInfoASCIIGrids.html?format=raw">Convert 2D Variable in NetCDFs Listed in Table To ArcInfo ASCII Grids</a></td><td>Converts a two-dimensional variable in each netCDF file in a table to a text file in ArcInfo ASCII Grid format.</td></tr><tr><td><a href="NetCDF.Convert2DVariableInNetCDFsInArcGISTableToBinaryRasters.html?format=raw">Convert 2D Variable in NetCDFs Listed in Table To Binary Rasters</a></td><td>Converts a two-dimensional variable in each netCDF file in a table to a binary raster.</td></tr><tr><td><a href="SpatiaLiteDatabase.ImportFromArcGISWorkspace.html?format=raw">Convert ArcGIS Geodatasets to SpatiaLite Tables</a></td><td>Converts ArcGIS tables, shapefiles, and feature classes to tables in a SpatiaLite database.</td></tr><tr><td><a href="ArcGISRaster.ToLines.html?format=raw">Convert ArcGIS Raster to Lines</a></td><td>Converts an ArcGIS raster to a feature class of lines that connect adjacent foreground raster cells.</td></tr><tr><td><a href="ArcGISRaster.ToPoints.html?format=raw">Convert ArcGIS Raster to Points</a></td><td>Converts an ArcGIS raster to a feature class of points that occur at the centers of the raster cells.</td></tr><tr><td><a href="ArcGISRaster.ToPolygonOutlines.html?format=raw">Convert ArcGIS Raster to Polygon Outlines</a></td><td>Converts an ArcGIS raster to lines that outline groups of adjacent raster cells having the same value.</td></tr><tr><td><a href="ArcGISRaster.ToPolygons.html?format=raw">Convert ArcGIS Raster to Polygons</a></td><td>Converts an ArcGIS raster to polygons that encompass groups of adjacent raster cells having the same value.</td></tr><tr><td><a href="ArcGISRaster.ToLinesArcGISTable.html?format=raw">Convert ArcGIS Rasters Listed in Table to Lines</a></td><td>Converts the ArcGIS rasters listed in a table to lines that outline groups of adjacent raster cells having the same value.</td></tr><tr><td><a href="ArcGISRaster.ToPointsArcGISTable.html?format=raw">Convert ArcGIS Rasters Listed in Table to Points</a></td><td>Converts the ArcGIS rasters listed in a table to points that occur at the centers of the raster cells.</td></tr><tr><td><a href="ArcGISRaster.ToPolygonOutlinesArcGISTable.html?format=raw">Convert ArcGIS Rasters Listed in Table to Polygon Outlines</a></td><td>Converts the ArcGIS rasters listed in a table to lines that outline groups of adjacent raster cells having the same value.</td></tr><tr><td><a href="ArcGISRaster.ToPolygonsArcGISTable.html?format=raw">Convert ArcGIS Rasters Listed in Table to Polygons</a></td><td>Converts the ArcGIS rasters listed in a table to polygons that encompass groups of adjacent raster cells having the same value.</td></tr><tr><td><a href="ArcInfoASCIIGrid.ToArcGISRaster.html?format=raw">Convert ArcInfo ASCII Grid to ArcGIS Raster</a></td><td>Converts a text file in ArcInfo ASCII Grid format to an ArcGIS raster.</td></tr><tr><td><a href="ArcInfoASCIIGrid.ToArcGISRasterArcGISTable.html?format=raw">Convert ArcInfo ASCII Grids Listed in Table To ArcGIS Rasters</a></td><td>Converts each ArcInfo ASCII Grid text file in a table to an ArcGIS raster.</td></tr><tr><td><a href="BinaryRaster.ToArcGISRaster.html?format=raw">Convert Binary Raster to ArcGIS Raster</a></td><td>Converts a two-dimensional binary raster to an ArcGIS raster.</td></tr><tr><td><a href="BinaryRaster.ToArcInfoASCIIGrid.html?format=raw">Convert Binary Raster to ArcInfo ASCII Grid</a></td><td>Converts a two-dimensional binary raster to a text file in ArcGIS ASCII Grid format.</td></tr><tr><td><a href="BinaryRaster.ToArcGISRasterArcGISTable.html?format=raw">Convert Binary Rasters Listed in Table To ArcGIS Rasters</a></td><td>Converts each two-dimensional binary raster in a table to an ArcGIS raster.</td></tr><tr><td><a href="BinaryRaster.ToArcInfoASCIIGridArcGISTable.html?format=raw">Convert Binary Rasters Listed in Table To ArcInfo ASCII Grids</a></td><td>Converts each two-dimensional binary raster in a table to a text file in ArcInfo ASCII Grid format.</td></tr><tr><td><a href="CoastWatchAVHRR.ToCoastWatchHDFArcGISTable.html?format=raw">Convert CoastWatch Images Listed in Table to HDFs</a></td><td>Creates CoastWatch HDFs in a specified output directory by importing images from the CoastWatch POES AVHRR CWFs or HDFs listed in a table.</td></tr><tr><td><a href="CheltonMesocaleEddyPoints.ConvertToSpatiaLite.html?format=raw">Convert Mesoscale Eddies NetCDF to SpatiaLite Database</a></td><td>Converts the Chelton et al. (2011) mesoscale eddy database netCDF file to a SpatiaLite database.</td></tr><tr><td><a href="HDF.SDSToArcGISRaster.html?format=raw">Convert SDS in HDF to ArcGIS Raster</a></td><td>Converts a Scientific Data Set (SDS) in an HDF file to an ArcGIS raster.</td></tr><tr><td><a href="HDF.SDSToArcInfoASCIIGrid.html?format=raw">Convert SDS in HDF to ArcInfo ASCII Grid</a></td><td>Converts a Scientific Data Set (SDS) in an HDF file to a text file in ArcInfo ASCII Grid format.</td></tr><tr><td><a href="HDF.SDSToBinaryRaster.html?format=raw">Convert SDS in HDF to Binary Raster</a></td><td>Converts a Scientific Data Set (SDS) in an HDF file to a binary raster.</td></tr><tr><td><a href="HDF.ToArcGISRasterArcGISTable.html?format=raw">Convert SDS in HDFs Listed in Table To ArcGIS Rasters</a></td><td>Converts a Scientific Data Set (SDS) in each HDF file in a table to an ArcGIS raster.</td></tr><tr><td><a href="HDF.ToArcInfoASCIIGridArcGISTable.html?format=raw">Convert SDS in HDFs Listed in Table To ArcInfo ASCII Grids</a></td><td>Converts a Scientific Data Set (SDS) in each HDF file in a table to a text file in an ArcInfo ASCII Grid format.</td></tr><tr><td><a href="HDF.ToBinaryRasterArcGISTable.html?format=raw">Convert SDS in HDFs Listed in Table To Binary Rasters</a></td><td>Converts a Scientific Data Set (SDS) in each HDF file in a table to a binary raster.</td></tr><tr><td><a href="SIRFile.ToArcGISRaster.html?format=raw">Convert SIR File to ArcGIS Raster</a></td><td>Converts a SIR file to an ArcGIS raster.</td></tr><tr><td><a href="SIRFile.ToArcInfoASCIIGrid.html?format=raw">Convert SIR File to ArcInfo ASCII Grid</a></td><td>Converts a SIR file to a text file in ArcInfo ASCII Grid format.</td></tr><tr><td><a href="SIRFile.ToBinaryRaster.html?format=raw">Convert SIR File to Binary Raster</a></td><td>Converts a SIR file to a binary raster.</td></tr><tr><td><a href="SIRFile.ToArcGISRasterArcGISTable.html?format=raw">Convert SIR Files Listed in Table To ArcGIS Rasters</a></td><td>Converts each SIR file in a table to an ArcGIS raster.</td></tr><tr><td><a href="SIRFile.ToArcInfoASCIIGridArcGISTable.html?format=raw">Convert SIR Files Listed in Table To ArcInfo ASCII Grids</a></td><td>Converts each SIR file in a table to a text file in ArcInfo ASCII grid format.</td></tr><tr><td><a href="SIRFile.ToBinaryRasterArcGISTable.html?format=raw">Convert SIR Files Listed in Table To Binary Rasters</a></td><td>Converts each SIR file in a table to a binary raster.</td></tr><tr><td><a href="SpatiaLiteDatabase.ExportToArcGISWorkspace.html?format=raw">Convert SpatiaLite Tables to ArcGIS Geodatasets</a></td><td>Converts tables in a SpatiaLite database to ArcGIS tables, shapefiles, and feature classes.</td></tr><tr><td><a href="CoastWatchAVHRR.CopyNavigationOffsets.html?format=raw">Copy CoastWatch Navigation Offsets</a></td><td>Copies the navigation offsets from one variable in a CoastWatch POES AVHRR CWF or HDF file to one or more variables in another file.</td></tr><tr><td><a href="CoastWatchAVHRR.CopyNavigationOffsetsArcGISTable.html?format=raw">Copy CoastWatch Navigation Offsets for Files Listed in Table</a></td><td>Copies navigation offsets from a source variable to destination variables in CoastWatch POES AVHRR CWF or HDF files listed in a table.</td></tr><tr><td><a href="Directory.CopyArcGISTable.html?format=raw">Copy Directories Listed in Table</a></td><td>Copies the directories listed in a table.</td></tr><tr><td><a href="Directory.Copy.html?format=raw">Copy Directory</a></td><td>Copies a directory, including its subdirectories and files.</td></tr><tr><td><a href="File.Copy.html?format=raw">Copy File</a></td><td>Copies a file.</td></tr><tr><td><a href="File.CopyArcGISTable.html?format=raw">Copy Files Listed in Table</a></td><td>Copies the files listed in a table.</td></tr><tr><td><a href="ArcGISRaster.Copy.html?format=raw">Copy Raster</a></td><td>Copies an ArcGIS raster.</td></tr><tr><td><a href="ArcGISRaster.CopyArcGISTable.html?format=raw">Copy Rasters Listed in Table</a></td><td>Copies the ArcGIS rasters listed in a table.</td></tr><tr><td><a href="Shapefile.Copy.html?format=raw">Copy Shapefile</a></td><td>Copies a shapefile.</td></tr><tr><td><a href="Shapefile.CopyToDirectory.html?format=raw">Copy Shapefile To Directory</a></td><td>Copies a shapefile to a directory.</td></tr><tr><td><a href="ArcGISPolygons.CreateBoundingBoxForArcGISGeoDatasets.html?format=raw">Create Bounding Box for Geodatasets</a></td><td>Creates a new ArcGIS polygon feature class and a bounding box (a minimum bounding rectangle) within it that encompasses the extents of one or more ArcGIS geodatasets.</td></tr><tr><td><a href="AVHRRPathfinderSSTTimeSeries.CreateClimatologicalArcGISRasters.html?format=raw">Create Climatological Rasters for AVHRR Pathfinder V5 SST</a></td><td>Creates climatological rasters from AVHRR Pathfinder Version 5 SST images published by NOAA NODC.</td></tr><tr><td><a href="AvisoGriddedGeostrophicCurrents.CreateClimatologicalArcGISRasters.html?format=raw">Create Climatological Rasters for Aviso Geostrophic Currents Product</a></td><td>Creates climatological rasters for an Aviso gridded geostrophic currents product.</td></tr><tr><td><a href="AvisoGriddedSSH.CreateClimatologicalArcGISRasters.html?format=raw">Create Climatological Rasters for Aviso SSH Product</a></td><td>Creates climatological rasters for an Aviso gridded sea surface height product.</td></tr><tr><td><a href="AvisoGriddedSignificantWaveHeight.CreateClimatologicalArcGISRasters.html?format=raw">Create Climatological Rasters for Aviso Significant Wave Height Product</a></td><td>Creates climatological rasters for an Aviso gridded significant wave height product.</td></tr><tr><td><a href="AvisoGriddedWindSpeedModulus.CreateClimatologicalArcGISRasters.html?format=raw">Create Climatological Rasters for Aviso Wind Speed Modulus Product</a></td><td>Creates climatological rasters for an Aviso gridded wind speed modulus product.</td></tr><tr><td><a href="GHRSSTLevel4.CreateClimatologicalArcGISRasters.html?format=raw">Create Climatological Rasters for GHRSST L4 SST</a></td><td>Creates climatological rasters for a GHRSST L4 product hosted by NASA JPL PO.DAAC.</td></tr><tr><td><a href="HYCOMGLBa008Equatorial3D.CreateClimatologicalArcGISRasters.html?format=raw">Create Climatological Rasters for HYCOM GLBa0.08 Equatorial 3D Variable</a></td><td>Creates climatological rasters for a 3D variable of the equatorial (Mercator) region of the HYCOM GLBa0.08 dataset</td></tr><tr><td><a href="HYCOMGLBa008Equatorial4D.CreateClimatologicalArcGISRasters.html?format=raw">Create Climatological Rasters for HYCOM GLBa0.08 Equatorial 4D Variable</a></td><td>Creates climatological rasters for a 4D variable of the equatorial (Mercator) region of the HYCOM GLBa0.08 dataset</td></tr><tr><td><a href="HYCOMGOMl0043D.CreateClimatologicalArcGISRasters.html?format=raw">Create Climatological Rasters for HYCOM GOMl0.04 3D Variable</a></td><td>Creates climatological rasters for a HYCOM GOMl0.04 3D variable</td></tr><tr><td><a href="HYCOMGOMl0044D.CreateClimatologicalArcGISRasters.html?format=raw">Create Climatological Rasters for HYCOM GOMl0.04 4D Variable</a></td><td>Creates climatological rasters for a HYCOM GOMl0.04 4D variable</td></tr><tr><td><a href="OceanColorLevel3SMITimeSeries.CreateClimatologicalArcGISRasters.html?format=raw">Create Climatological Rasters for NASA OceanColor L3 SMI Product</a></td><td>Creates climatological rasters for a Level 3 Standard Mapped Image (SMI) product published by the NASA GSFC OceanColor Group.</td></tr><tr><td><a href="OSCAR5DayThirdDegreeCurrents.CreateClimatologicalArcGISRasters.html?format=raw">Create Climatological Rasters for OSCAR Currents</a></td><td>Creates climatological rasters for NOAA OSCAR 5-day unfiltered 1/3 degree ocean surface currents.</td></tr><tr><td><a href="MODISL3SSTTimeSeries.CreateClimatologicalArcGISRasters.html?format=raw">Create Climatological Rasters for PO.DAAC MODIS L3 SST</a></td><td>Creates climatological rasters from MODIS Level 3 SST images published by NASA JPL PO.DAAC.</td></tr><tr><td><a href="ROMSCoSiNE3D.CreateClimatologicalArcGISRasters.html?format=raw">Create Climatological Rasters for Pacific ROMS-CoSiNE 3D Variable</a></td><td>Creates climatological rasters for a Pacific ROMS-CoSiNE 3D variable</td></tr><tr><td><a href="ROMSCoSiNE4D.CreateClimatologicalArcGISRasters.html?format=raw">Create Climatological Rasters for Pacific ROMS-CoSiNE 4D Variable</a></td><td>Creates climatological rasters for a Pacific ROMS-CoSiNE 4D variable</td></tr><tr><td><a href="CoastWatchAVHRR.CreateMaskAsArcGISRaster.html?format=raw">Create CoastWatch Mask as ArcGIS Raster</a></td><td>Creates a mask, in ArcGIS raster format, for a CoastWatch POES AVHRR image.</td></tr><tr><td><a href="CoastWatchAVHRR.CreateMaskAsBinaryRaster.html?format=raw">Create CoastWatch Mask as Binary Raster</a></td><td>Creates a mask, in binary raster format, for a CoastWatch POES AVHRR image.</td></tr><tr><td><a href="CoralReefConnectivity.CreateSimulationFromArcGISRasters.html?format=raw">Create Coral Reef Connectivity Simulation From ArcGIS Rasters</a></td><td>Creates a coral reef connectivity simulation and initializes it with reef data in ArcGIS rasters.</td></tr><tr><td><a href="HYCOMGLBa008Equatorial4D.CreateCurrentVectorsAsArcGISFeatureClasses.html?format=raw">Create Current Vectors for HYCOM GLBa0.08 Equatorial Region</a></td><td>Creates line feature classes representing the current vectors for the equatorial (Mercator) region of the HYCOM GLBa0.08 dataset.</td></tr><tr><td><a href="HYCOMGOMl0044D.CreateCurrentVectorsAsArcGISFeatureClasses.html?format=raw">Create Current Vectors for HYCOM GOMl0.04</a></td><td>Creates line feature classes representing the vectors of HYCOM GOMl0.04 currents.</td></tr><tr><td><a href="Directory.Create.html?format=raw">Create Directory</a></td><td>Creates a directory, including any parent directories that are missing.</td></tr><tr><td><a href="FEET.CreateEnvelopes.html?format=raw">Create Fishery Effort Envelopes</a></td><td>Models the spatial distribution of fishing effort for fisheries for which no spatially-explicit effort data is available.</td></tr><tr><td><a href="ArcGISFishnets.CreateFishnet.html?format=raw">Create Fishnet</a></td><td>Creates a grid of rectangular polygons.</td></tr><tr><td><a href="ArcGISFishnets.CreateFishnetForPoints.html?format=raw">Create Fishnet for Points</a></td><td>Creates a grid of rectangular cells that overlap the input points and optionally calculates summary statistics for the points that intersect each cell.</td></tr><tr><td><a href="ArcGISLines.FromVectorComponentRasters.html?format=raw">Create Lines From Vector Component Rasters</a></td><td>Given rasters representing the x and y components of a vector field, such as the u and v rasters for ocean currents, this tool creates a feature class of lines representing the vectors, similar to a "quiver plot".</td></tr><tr><td><a href="ArcGISLines.FromVectorComponentRastersInArcGISTable.html?format=raw">Create Lines From Vector Component Rasters Listed in Table</a></td><td>Given a table of rasters representing the x and y components of vector fields, such as the u and v rasters for ocean currents, this tool creates feature classes of lines representing the vectors, similar to a "quiver plot".</td></tr><tr><td><a href="CoastWatchAVHRR.CreateMasksAsArcGISRastersArcGISTable.html?format=raw">Create Masks as ArcGIS Rasters for CoastWatch Images Listed in Table</a></td><td>Creates masks, in ArcGIS raster format, for CoastWatch POES AVHRR images listed in a table.</td></tr><tr><td><a href="CoastWatchAVHRR.CreateMasksAsBinaryRastersArcGISTable.html?format=raw">Create Masks as Binary Rasters for CoastWatch Images Listed in Table</a></td><td>Creates masks, in binary raster format, for CoastWatch POES AVHRR images listed in a table.</td></tr><tr><td><a href="ArcGISPoints.CreateFeatureClassWithPoints2.html?format=raw">Create Points</a></td><td>Creates points in a new ArcGIS point feature class.</td></tr><tr><td><a href="ArcGISPoints.CreatePointsAlongLines.html?format=raw">Create Points Along Lines</a></td><td>Creates points along lines at a specified interval.</td></tr><tr><td><a href="ArcGISPolygons.CreateFeatureClassWithPolygon2.html?format=raw">Create Polygon</a></td><td>Creates a polygon in a new ArcGIS polygon feature class.</td></tr><tr><td><a href="CoRTADv32D.CreateArcGISRaster.html?format=raw">Create Raster for CoRTAD 2D Variable</a></td><td>Creates a raster for a CoRTAD 2D variable.</td></tr><tr><td><a href="ROMSCoSiNE2D.CreateArcGISRaster.html?format=raw">Create Raster for Pacific ROMS-CoSiNE 2D Variable</a></td><td>Creates a raster for a Pacific ROMS-CoSiNE 2D variable.</td></tr><tr><td><a href="AVHRRPathfinderSSTTimeSeries.CreateArcGISRasters.html?format=raw">Create Rasters for AVHRR Pathfinder V5 SST</a></td><td>Creates rasters for AVHRR Pathfinder Version 5 SST images published by NOAA NODC.</td></tr><tr><td><a href="AvisoGriddedGeostrophicCurrents.CreateArcGISRasters.html?format=raw">Create Rasters for Aviso Geostrophic Currents Product</a></td><td>Creates rasters for an Aviso gridded geostrophic currents product.</td></tr><tr><td><a href="AvisoGriddedSSH.CreateArcGISRasters.html?format=raw">Create Rasters for Aviso SSH Product</a></td><td>Creates rasters for an Aviso gridded sea surface height product.</td></tr><tr><td><a href="AvisoGriddedSignificantWaveHeight.CreateArcGISRasters.html?format=raw">Create Rasters for Aviso Significant Wave Height Product</a></td><td>Creates rasters for an Aviso gridded significant wave height product.</td></tr><tr><td><a href="AvisoGriddedWindSpeedModulus.CreateArcGISRasters.html?format=raw">Create Rasters for Aviso Wind Speed Modulus Product</a></td><td>Creates rasters for an Aviso gridded wind speed modulus product.</td></tr><tr><td><a href="CoRTADv33D.CreateArcGISRasters.html?format=raw">Create Rasters for CoRTAD 3D Variable</a></td><td>Creates rasters a CoRTAD 3D variable.</td></tr><tr><td><a href="GHRSSTLevel4.CreateArcGISRasters.html?format=raw">Create Rasters for GHRSST L4 SST</a></td><td>Creates rasters for a GHRSST L4 product hosted by NASA JPL PO.DAAC.</td></tr><tr><td><a href="HYCOMGLBa008Equatorial3D.CreateArcGISRasters.html?format=raw">Create Rasters for HYCOM GLBa0.08 Equatorial 3D Variable</a></td><td>Creates rasters for a 3D variable of the equatorial (Mercator) region of the HYCOM GLBa0.08 dataset.</td></tr><tr><td><a href="HYCOMGLBa008Equatorial4D.CreateArcGISRasters.html?format=raw">Create Rasters for HYCOM GLBa0.08 Equatorial 4D Variable</a></td><td>Creates rasters for a 4D variable of the equatorial (Mercator) region of the HYCOM GLBa0.08 dataset.</td></tr><tr><td><a href="HYCOMGOMl0043D.CreateArcGISRasters.html?format=raw">Create Rasters for HYCOM GOMl0.04 3D Variable</a></td><td>Creates rasters for a HYCOM GOMl0.04 3D variable.</td></tr><tr><td><a href="HYCOMGOMl0044D.CreateArcGISRasters.html?format=raw">Create Rasters for HYCOM GOMl0.04 4D Variable</a></td><td>Creates rasters for a HYCOM GOMl0.04 4D variable.</td></tr><tr><td><a href="OceanColorLevel3SMITimeSeries.CreateArcGISRasters.html?format=raw">Create Rasters for NASA OceanColor L3 SMI Product</a></td><td>Creates rasters for a Level 3 Standard Mapped Image (SMI) product published by the NASA GSFC OceanColor Group.</td></tr><tr><td><a href="OSCAR5DayThirdDegreeCurrents.CreateArcGISRasters.html?format=raw">Create Rasters for OSCAR Currents</a></td><td>Creates rasters for NOAA OSCAR 5-day unfiltered 1/3 degree ocean surface currents.</td></tr><tr><td><a href="MODISL3SSTTimeSeries.CreateArcGISRasters.html?format=raw">Create Rasters for PO.DAAC MODIS L3 SST</a></td><td>Creates rasters for MODIS Level 3 SST images published by NASA JPL PO.DAAC.</td></tr><tr><td><a href="ROMSCoSiNE3D.CreateArcGISRasters.html?format=raw">Create Rasters for Pacific ROMS-CoSiNE 3D Variable</a></td><td>Creates rasters for a Pacific ROMS-CoSiNE 3D variable.</td></tr><tr><td><a href="ROMSCoSiNE4D.CreateArcGISRasters.html?format=raw">Create Rasters for Pacific ROMS-CoSiNE 4D Variable</a></td><td>Creates rasters for a Pacific ROMS-CoSiNE 4D variable.</td></tr><tr><td><a href="ArcGISPolygons.CreateFeatureClassWithRectangle2.html?format=raw">Create Rectangle</a></td><td>Creates a rectangle in a new ArcGIS polygon feature class.</td></tr><tr><td><a href="Directory.CreateSubdirectory.html?format=raw">Create Subdirectory</a></td><td>Creates a subdirectory within a parent directory.</td></tr><tr><td><a href="ESRLClimateIndices.UrlToArcGISTable.html?format=raw">Create Table from ESRL Climate Index Time Series at URL</a></td><td>Creates and populates a table of climate index values parsed from NOAA ESRL climate index time series data downloaded from a URL.</td></tr><tr><td><a href="ESRLClimateIndices.UrlsToArcGISTable.html?format=raw">Create Table from ESRL Climate Index Time Series at URLs</a></td><td>Creates and populates a table of climate index values parsed from NOAA ESRL climate index time series data downloaded from a list of URLs.</td></tr><tr><td><a href="ESRLClimateIndices.FileToArcGISTable.html?format=raw">Create Table from ESRL Climate Index Time Series in Text File</a></td><td>Creates and populates a table of climate index values parsed from a text file in NOAA ESRL time series format.</td></tr><tr><td><a href="ESRLClimateIndices.FilesToArcGISTable.html?format=raw">Create Table from ESRL Climate Index Time Series in Text Files</a></td><td>Creates and populates a table of climate index values parsed from a list of text files, where each file contains the data for a single climate index in NOAA ESRL time series format.</td></tr><tr><td><a href="Directory.CreateTemporaryDirectory.html?format=raw">Create Temporary Directory</a></td><td>Creates a directory suitable for holding temporary files.</td></tr><tr><td><a href="AvisoGriddedGeostrophicCurrents.CreateVectorsAsArcGISFeatureClasses.html?format=raw">Create Vectors for Aviso Geostrophic Currents Product</a></td><td>Creates line feature classes representing the current vectors of an Aviso gridded geostrophic currents product.</td></tr><tr><td><a href="OSCAR5DayThirdDegreeCurrents.CreateVectorsAsArcGISFeatureClasses.html?format=raw">Create Vectors for OSCAR Currents</a></td><td>Creates line feature classes representing the vectors of NOAA OSCAR 5-day unfiltered 1/3 degree ocean surface currents.</td></tr><tr><td><a href="ArcGISRaster.CreateXRaster.html?format=raw">Create X Coordinate Raster</a></td><td>Creates an ArcGIS raster where the value of each cell is the X coordinate of the cell.</td></tr><tr><td><a href="ArcGISRaster.CreateYRaster.html?format=raw">Create Y Coordinate Raster</a></td><td>Creates an ArcGIS raster where the value of each cell is the Y coordinate of the cell.</td></tr><tr><td><a href="File.Decompress.html?format=raw">Decompress File</a></td><td>Decompresses a file into a directory.</td></tr><tr><td><a href="Directory.DeleteArcGISTable.html?format=raw">Delete Directories Listed in Table</a></td><td>Deletes the directories listed in a table.</td></tr><tr><td><a href="Directory.Delete.html?format=raw">Delete Directory</a></td><td>Deletes a directory.</td></tr><tr><td><a href="File.Delete.html?format=raw">Delete File</a></td><td>Deletes a file.</td></tr><tr><td><a href="File.DeleteArcGISTable.html?format=raw">Delete Files Listed in Table</a></td><td>Deletes the files listed in a table.</td></tr><tr><td><a href="ArcGISRaster.Delete.html?format=raw">Delete Raster</a></td><td>Deletes an ArcGIS raster.</td></tr><tr><td><a href="ArcGISRaster.DeleteArcGISTable.html?format=raw">Delete Rasters Listed in Table</a></td><td>Deletes the ArcGIS rasters listed in a table.</td></tr><tr><td><a href="RExploratoryPlots.DensityHistogramForArcGISField.html?format=raw">Density Histogram for Field</a></td><td>Creates a density histogram for a field of a table.</td></tr><tr><td><a href="RExploratoryPlots.DensityHistogramForArcGISPointsCoordinates.html?format=raw">Density Histogram for Point Coordinate</a></td><td>Creates a density histogram for one of the coordinates of a point feature class or layer.</td></tr><tr><td><a href="R.Evaluate.html?format=raw">Evaluate R Statements</a></td><td>Evalutes one or more R statements using the R interpreter and returns the result of the last statement.</td></tr><tr><td><a href="R.EvaluateFile.html?format=raw">Evaluate R Statements in Text File</a></td><td>Evalutes the R statements in a text file using the R interpreter and returns the result of the last statement.</td></tr><tr><td><a href="Table.ExecuteADOCommandForArcGISTable.html?format=raw">Execute Database Command for Table</a></td><td>Opens a Microsoft ActiveX Data Objects (ADO) connection to the database containing a table and executes a command.</td></tr><tr><td><a href="ADODatabaseConnection.ConnectAndExecuteCommand.html?format=raw">Execute Database Command on ADO Connection</a></td><td>Opens a Microsoft ActiveX Data Objects (ADO) connection to a database and executes a command.</td></tr><tr><td><a href="ChildProcess.ExecuteProgram.html?format=raw">Execute Program</a></td><td>Executes the specified program and captures its output.</td></tr><tr><td><a href="ArcGISRaster.ExtractByMaskArcGISTable.html?format=raw">Extract By Mask for ArcGIS Rasters Listed in Table</a></td><td>For each ArcGIS raster in a table, extracts the cells that correspond to the areas defined by a mask.</td></tr><tr><td><a href="HDF.ExtractHeader.html?format=raw">Extract HDF Header</a></td><td>Extracts the header of an HDF file and saves it to a text file.</td></tr><tr><td><a href="HDF.ExtractHeaderArcGISTable.html?format=raw">Extract Headers of HDFs Listed in Table</a></td><td>Extracts the headers of HDF files in a table and saves them to text files.</td></tr><tr><td><a href="NetCDF.ExtractHeaderArcGISTable.html?format=raw">Extract Headers of NetCDFs Listed in Table</a></td><td>Extracts the headers of netCDF files in a table and saves them to text files.</td></tr><tr><td><a href="SIRFile.ExtractHeaderArcGISTable.html?format=raw">Extract Headers of SIR Files Listed in Table</a></td><td>Extracts the headers of SIR files in a table and saves them to text files.</td></tr><tr><td><a href="CheltonMesocaleEddyPoints.ExtractArcGISPointsFromSpatiaLite.html?format=raw">Extract Mesoscale Eddy Centroids From SpatiaLite Database</a></td><td>Extracts eddy centroid points from the Chelton et al. (2011) mesoscale eddy database in SpatiaLite format.</td></tr><tr><td><a href="CheltonMesocaleEddyPoints.ExtractArcGISLinesFromSpatiaLite.html?format=raw">Extract Mesoscale Eddy Tracklines From SpatiaLite Database</a></td><td>Extracts eddy tracklines from the Chelton et al. (2011) mesoscale eddy database in SpatiaLite format.</td></tr><tr><td><a href="NetCDF.ExtractHeader.html?format=raw">Extract NetCDF Header</a></td><td>Extracts the header of a netCDF file and saves it to a text file.</td></tr><tr><td><a href="SIRFile.ExtractHeader.html?format=raw">Extract SIR File Header</a></td><td>Extracts the header of a SIR file.</td></tr><tr><td><a href="File.IsDecompressible.html?format=raw">File Is Decompressible</a></td><td>Returns True if the specified file is in a format that can be decompressed.</td></tr><tr><td><a href="ArcGISRaster.FindAndExtractByMask.html?format=raw">Find ArcGIS Rasters and Extract By Mask</a></td><td>Finds rasters in an ArcGIS workspace and extracts the cells that correspond to the areas defined by a mask.</td></tr><tr><td><a href="CayulaCornillonEdgeDetection.FindArcGISRastersAndDetectEdges.html?format=raw">Find ArcGIS Rasters and Find Cayula-Cornillon Fronts</a></td><td>Finds ArcGIS rasters in a workspace and finds fronts within them using the Cayula and Cornillon (1992) single-image edge detection algorithm.</td></tr><tr><td><a href="Interpolator.FindAndInpaintArcGISRasters.html?format=raw">Find ArcGIS Rasters and Interpolate No Data Cells</a></td><td>Finds rasters in an ArcGIS workspace and interpolates values for the No Data cells.</td></tr><tr><td><a href="ArcGISRaster.FindAndProjectRastersToTemplate.html?format=raw">Find ArcGIS Rasters and Project to Template</a></td><td>Finds rasters in an ArcGIS workspace and projects them to the coordinate system, cell size, and extent of a template raster.</td></tr><tr><td><a href="ArcGISRaster.FindAndProjectClipAndOrExecuteMapAlgebra.html?format=raw">Find ArcGIS Rasters and Project, Clip, and/or Execute Map Algebra</a></td><td>Finds rasters in an ArcGIS workspace and projects, clips, and/or perfoms map algebra on them. You must request at least one of these three operations. If you request multiple operations, the tool performs them in the order they are listed.</td></tr><tr><td><a href="ArcInfoASCIIGrid.FindAndConvertToArcGISRaster.html?format=raw">Find ArcInfo ASCII Grids and Convert To ArcGIS Rasters</a></td><td>Finds ArcInfo ASCII Grid text files in a directory and converts them to ArcGIS rasters.</td></tr><tr><td><a href="BinaryRaster.FindAndConvertToArcGISRaster.html?format=raw">Find Binary Rasters and Convert To ArcGIS Rasters</a></td><td>Finds two-dimensional binary rasters in a directory and converts them to ArcGIS rasters.</td></tr><tr><td><a href="BinaryRaster.FindAndConvertToArcInfoASCIIGrid.html?format=raw">Find Binary Rasters and Convert To ArcInfo ASCII Grids</a></td><td>Finds two-dimensional binary rasters in a directory and converts them to text files in ArcInfo ASCII Grid format.</td></tr><tr><td><a href="BinaryRaster.FindAndSwapBytes.html?format=raw">Find Binary Rasters and Swap Bytes</a></td><td>Finds and reverses the byte order of binary rasters in a directory (i.e. converts "little endian" to "big endian", or visa versa).</td></tr><tr><td><a href="AVHRRPathfinderSSTTimeSeries.CreateCayulaCornillonFrontsAsArcGISRasters.html?format=raw">Find Cayula-Cornillon Fronts in AVHRR Pathfinder V5 SST</a></td><td>Creates rasters indicating the positions of fronts in AVHRR Pathfinder Version 5 SST images published by NOAA NODC, using the Cayula and Cornillon (1992) single image edge detection (SIED) algorithm.</td></tr><tr><td><a href="GHRSSTLevel4.CreateCayulaCornillonFrontsAsArcGISRasters.html?format=raw">Find Cayula-Cornillon Fronts in GHRSST L4 SST</a></td><td>Creates rasters indicating the positions of fronts in GHRSST L4 SST images hosted by NASA JPL PO.DAAC, using the Cayula and Cornillon (1992) single image edge detection (SIED) algorithm.</td></tr><tr><td><a href="HYCOMGLBa008Equatorial4D.CreateCayulaCornillonFrontsAsArcGISRasters.html?format=raw">Find Cayula-Cornillon Fronts in HYCOM GLBa0.08 Equatorial 4D Variable</a></td><td>Creates rasters indicating the positions of fronts in the 2D slices of a 4D variable of the equatorial (Mercator) region of the HYCOM GLBa0.08 dataset using the Cayula and Cornillon (1992) single image edge detection (SIED) algorithm.</td></tr><tr><td><a href="HYCOMGOMl0044D.CreateCayulaCornillonFrontsAsArcGISRasters.html?format=raw">Find Cayula-Cornillon Fronts in HYCOM GOMl0.04 4D Variable</a></td><td>Creates rasters indicating the positions of fronts in the 2D slices of a HYCOM GOMl0.04 4D variable using the Cayula and Cornillon (1992) single image edge detection (SIED) algorithm.</td></tr><tr><td><a href="MODISL3SSTTimeSeries.CreateCayulaCornillonFrontsAsArcGISRasters.html?format=raw">Find Cayula-Cornillon Fronts in PO.DAAC MODIS L3 SST</a></td><td>Creates rasters indicating the positions of fronts in MODIS Level 3 SST images published by NASA JPL PO.DAAC, using the Cayula and Cornillon (1992) single image edge detection (SIED) algorithm.</td></tr><tr><td><a href="CoastWatchAVHRR.FindFilesAndCreateArcGISTable.html?format=raw">Find CoastWatch Files</a></td><td>Finds CoastWatch POES AVHRR files within a directory and creates a table that lists them.</td></tr><tr><td><a href="CoastWatchAVHRR.FindImagesInFilesAndCreateArcGISTable.html?format=raw">Find CoastWatch Images In Files</a></td><td>Finds CoastWatch POES AVHRR files within a directory and creates a table that lists the images within them.</td></tr><tr><td><a href="CoastWatchAVHRR.FindAndConvertToArcGISRasters.html?format=raw">Find CoastWatch Images and Convert To ArcGIS Rasters</a></td><td>Finds images in CoastWatch POES AVHRR files in a directory and converts them to ArcGIS rasters.</td></tr><tr><td><a href="CoastWatchAVHRR.FindAndConvertToBinaryRasters.html?format=raw">Find CoastWatch Images and Convert To Binary Rasters</a></td><td>Finds images in CoastWatch POES AVHRR files in a directory and converts them to binary rasters.</td></tr><tr><td><a href="CoastWatchAVHRR.FindAndConvertToCoastWatchHDFs.html?format=raw">Find CoastWatch Images and Convert to HDFs</a></td><td>Finds images in CoastWatch POES AVHRR files in a directory and imports them into CoastWatch HDFs.</td></tr><tr><td><a href="CoastWatchAVHRR.FindAndCreateMasksAsArcGISRasters.html?format=raw">Find CoastWatch Images and Create Masks as ArcGIS Rasters</a></td><td>Finds images in CoastWatch POES AVHRR files in a directory creates masks for them, in ArcGIS raster format.</td></tr><tr><td><a href="CoastWatchAVHRR.FindAndCreateMasksAsBinaryRasters.html?format=raw">Find CoastWatch Images and Create Masks as Binary Rasters</a></td><td>Finds images in CoastWatch POES AVHRR files in a directory creates masks for them, in binary raster format.</td></tr><tr><td><a href="CoastWatchAVHRR.FindCoastWatchFilesAndFindFrontsAsArcGISRasters.html?format=raw">Find CoastWatch Images and Find Cayula-Cornillon Fronts as ArcGIS Rasters</a></td><td>Uses the Cayula and Cornillon (1992) single-image edge detection algorithm to find fronts in the CoastWatch POES AVHRR images found in a directory, and outputs the fronts as ArcGIS rasters.</td></tr><tr><td><a href="Directory.FindAndCreateArcGISTable.html?format=raw">Find Directories</a></td><td>Finds subdirectories within a directory and creates a table that lists them.</td></tr><tr><td><a href="File.FindAndCreateArcGISTable.html?format=raw">Find Files</a></td><td>Finds files within a directory and creates a table that lists them.</td></tr><tr><td><a href="HDF.FindAndConvertToArcGISRasters.html?format=raw">Find HDFs and Convert SDS To ArcGIS Rasters</a></td><td>Finds HDF files in a directory and converts a Scientific Data Sets (SDS) in each file to an ArcGIS raster.</td></tr><tr><td><a href="HDF.FindAndConvertToArcInfoASCIIGrids.html?format=raw">Find HDFs and Convert SDS To ArcInfo ASCII Grids</a></td><td>Finds HDF files in a directory and converts a Scientific Data Sets (SDS) in each file to a text file in ArcInfo ASCII Grid format.</td></tr><tr><td><a href="HDF.FindAndConvertToBinaryRasters.html?format=raw">Find HDFs and Convert SDS To Binary Rasters</a></td><td>Finds HDF files in a directory and converts a Scientific Data Sets (SDS) in each file to a binary raster.</td></tr><tr><td><a href="HDF.FindAndExtractHeaders.html?format=raw">Find HDFs and Extract Headers</a></td><td>Finds HDF files in a directory, extracts their headers, and saves the headers to text files.</td></tr><tr><td><a href="ArcGISPoints.FindNearestFeatures.html?format=raw">Find Nearest Features</a></td><td>For each point, finds the nearest feature and writes its ID, distance, angle, and/or values of specified fields to fields of the point.</td></tr><tr><td><a href="ArcGISPoints.FindNearestFeaturesListedInField.html?format=raw">Find Nearest Features Listed in Field</a></td><td>For each point, using the feature class or layer listed in a field, finds the nearest feature and writes its ID, distance, angle, and/or values of specified fields to fields of the point. Use this tool when you have a single point feature class but need to find distances to different near feature classes or layers for different points.</td></tr><tr><td><a href="NetCDF.FindNetCDFsAndConvert2DVariableToArcGISRasters.html?format=raw">Find NetCDFs and Convert 2D Variable to ArcGIS Rasters</a></td><td>Finds netCDF files in a directory and converts a two-dimensional variable in each file to an ArcGIS raster.</td></tr><tr><td><a href="NetCDF.FindNetCDFsAndConvert2DVariableToArcInfoASCIIGrids.html?format=raw">Find NetCDFs and Convert 2D Variable to ArcInfo ASCII Grids</a></td><td>Finds netCDF files in a directory and converts a two-dimensional variable in each file to a text file in ArcInfo ASCII Grid format.</td></tr><tr><td><a href="NetCDF.FindNetCDFsAndConvert2DVariableToBinaryRasters.html?format=raw">Find NetCDFs and Convert 2D Variable to Binary Rasters</a></td><td>Finds netCDF files in a directory and converts a two-dimensional variable in each file to a binary raster.</td></tr><tr><td><a href="NetCDF.FindAndExtractHeaders.html?format=raw">Find NetCDFs and Extract Headers</a></td><td>Finds netCDF files in a directory, extracts their headers, and saves the headers to text files.</td></tr><tr><td><a href="AvisoGriddedSSH.FindOkuboWeissEddies.html?format=raw">Find Okubo-Weiss Eddies in Aviso SSH Product</a></td><td>Creates rasters showing the cores of geostrophic eddies detected in an Aviso gridded sea surface height product using the Okubo-Weiss algorithm.</td></tr><tr><td><a href="ArcGISRaster.FindAndCreateArcGISTable.html?format=raw">Find Rasters</a></td><td>Finds rasters within an ArcGIS workspace and creates a table that lists them.</td></tr><tr><td><a href="ArcGISRasterMapAlgebra.FindRastersAndExecuteSingleOutputMapAlgebra.html?format=raw">Find Rasters and Execute Single Output Map Algebra</a></td><td>Finds rasters in a workspace and executes a map algebra expression on them.</td></tr><tr><td><a href="SIRFile.FindAndConvertToArcGISRasters.html?format=raw">Find SIR Files and Convert To ArcGIS Rasters</a></td><td>Finds SIR files in a directory and converts them to ArcGIS rasters.</td></tr><tr><td><a href="SIRFile.FindAndConvertToArcInfoASCIIGrids.html?format=raw">Find SIR Files and Convert To ArcInfo ASCII Grids</a></td><td>Finds SIR files in a directory and converts them to text files in ArcInfo ASCII grid format.</td></tr><tr><td><a href="SIRFile.FindAndConvertToBinaryRasters.html?format=raw">Find SIR Files and Convert To Binary Rasters</a></td><td>Finds SIR files in a directory and converts them to binary rasters.</td></tr><tr><td><a href="SIRFile.FindAndExtractHeaders.html?format=raw">Find SIR Files and Extract Headers</a></td><td>Finds SIR files in a directory, extracts their headers, and saves the headers to text files.</td></tr><tr><td><a href="ArcGISRaster.FindAndConvertToLines.html?format=raw">Find and Convert ArcGIS Rasters to Lines</a></td><td>Finds rasters in an ArcGIS workspace and converts them to lines that outline groups of adjacent raster cells having the same value.</td></tr><tr><td><a href="ArcGISRaster.FindAndConvertToPoints.html?format=raw">Find and Convert ArcGIS Rasters to Points</a></td><td>Finds rasters in an ArcGIS workspace and converts them to points that occur at the centers of the raster cells.</td></tr><tr><td><a href="ArcGISRaster.FindAndConvertToPolygonOutlines.html?format=raw">Find and Convert ArcGIS Rasters to Polygon Outlines</a></td><td>Finds rasters in an ArcGIS workspace and converts them to lines that outline groups of adjacent raster cells having the same value.</td></tr><tr><td><a href="ArcGISRaster.FindAndConvertToPolygons.html?format=raw">Find and Convert ArcGIS Rasters to Polygons</a></td><td>Finds rasters in an ArcGIS workspace and converts them to polygons that encompass groups of adjacent raster cells having the same value.</td></tr><tr><td><a href="Directory.FindAndCopy.html?format=raw">Find and Copy Directories</a></td><td>Finds and copies directories in a directory.</td></tr><tr><td><a href="File.FindAndCopy.html?format=raw">Find and Copy Files</a></td><td>Finds and copies files in a directory.</td></tr><tr><td><a href="ArcGISRaster.FindAndCopy.html?format=raw">Find and Copy Rasters</a></td><td>Finds and copies rasters in an ArcGIS workspace.</td></tr><tr><td><a href="Directory.FindAndDelete.html?format=raw">Find and Delete Directories</a></td><td>Finds and deletes directories in a directory.</td></tr><tr><td><a href="File.FindAndDelete.html?format=raw">Find and Delete Files</a></td><td>Finds and deletes files in a directory.</td></tr><tr><td><a href="ArcGISRaster.FindAndDelete.html?format=raw">Find and Delete Rasters</a></td><td>Finds and deletes rasters in an ArcGIS workspace.</td></tr><tr><td><a href="Directory.FindAndMove.html?format=raw">Find and Move Directories</a></td><td>Finds and moves directories in a directory.</td></tr><tr><td><a href="File.FindAndMove.html?format=raw">Find and Move Files</a></td><td>Finds and moves files in a directory.</td></tr><tr><td><a href="ArcGISRaster.FindAndMove.html?format=raw">Find and Move Rasters</a></td><td>Finds and moves rasters in an ArcGIS workspace.</td></tr><tr><td><a href="GAM.FitToArcGISTable.html?format=raw">Fit GAM</a></td><td>Fits a generalized additive model (GAM) to data in a table.</td></tr><tr><td><a href="GLM.FitToArcGISTable.html?format=raw">Fit GLM</a></td><td>Fits a generalized linear model (GLM) to data in a table using the R glm function.</td></tr><tr><td><a href="LinearMixedModel.FitToArcGISTable.html?format=raw">Fit Linear Mixed Model</a></td><td>Fits a linear mixed-effects model to data in a table.</td></tr><tr><td><a href="RandomForestModel.FitToArcGISTable.html?format=raw">Fit Random Forest Model</a></td><td>Fits a random forest model to data in a table.</td></tr><tr><td><a href="TreeModel.FitToArcGISTable.html?format=raw">Fit Tree Model</a></td><td>Fits a tree model to data in a table.</td></tr><tr><td><a href="DiGIR.GetResourcesAsArcGISTable.html?format=raw">Get DiGIR Resources as Table</a></td><td>Gets the list of Distributed Generic Information Retrieval (DiGIR) resources available from a DiGIR server and writes it to an ArcGIS table.</td></tr><tr><td><a href="DiGIR.GetOBISResourcesAsArcGISTable.html?format=raw">Get OBIS DiGIR Resources as Table</a></td><td>Gets the list of Distributed Generic Information Retrieval (DiGIR) resources available from OBIS and writes it to an ArcGIS table.</td></tr><tr><td><a href="DiGIR.GetOBISSEAMAPResourcesAsArcGISTable.html?format=raw">Get OBIS-SEAMAP DiGIR Resources as Table</a></td><td>Gets the list of Distributed Generic Information Retrieval (DiGIR) resources available from OBIS-SEAMAP and writes it to an ArcGIS table.</td></tr><tr><td><a href="AVHRRPathfinderSSTTimeSeries.InterpolateAtArcGISPoints.html?format=raw">Interpolate AVHRR Pathfinder V5 SST at Points</a></td><td>Interpolates AVHRR Pathfinder Version 5 SST values at points.</td></tr><tr><td><a href="AvisoGriddedGeostrophicCurrents.InterpolateAtArcGISPoints.html?format=raw">Interpolate Aviso Geostrophic Currents Product at Points</a></td><td>Interpolates the values of an Aviso gridded geostrophic currents product at points.</td></tr><tr><td><a href="AvisoGriddedSSH.InterpolateAtArcGISPoints.html?format=raw">Interpolate Aviso SSH Product at Points</a></td><td>Interpolates the values of an Aviso gridded sea surface height product at points.</td></tr><tr><td><a href="AvisoGriddedSignificantWaveHeight.InterpolateAtArcGISPoints.html?format=raw">Interpolate Aviso Significant Wave Height Product at Points</a></td><td>Interpolates the values of an Aviso gridded significant wave height product at points.</td></tr><tr><td><a href="AvisoGriddedWindSpeedModulus.InterpolateAtArcGISPoints.html?format=raw">Interpolate Aviso Wind Speed Modulus Product at Points</a></td><td>Interpolates the values of an Aviso gridded wind speed modulus product at points.</td></tr><tr><td><a href="CoRTADv32D.InterpolateAtArcGISPoints.html?format=raw">Interpolate CoRTAD 2D Variables at Points</a></td><td>Interpolates CoRTAD 2D variables at points.</td></tr><tr><td><a href="CoRTADv33D.InterpolateAtArcGISPoints.html?format=raw">Interpolate CoRTAD 3D Variables at Points</a></td><td>Interpolates CoRTAD 3D variables at points.</td></tr><tr><td><a href="GHRSSTLevel4.InterpolateAtArcGISPoints.html?format=raw">Interpolate GHRSST L4 SST at Points</a></td><td>Interpolates values of a GHRSST L4 product hosted by NASA JPL PO.DAAC at points.</td></tr><tr><td><a href="HYCOMGLBa008Equatorial3D.InterpolateAtArcGISPoints.html?format=raw">Interpolate HYCOM GLBa0.08 Equatorial 3D Variables at Points</a></td><td>Interpolates 3D variables of the equatorial (Mercator) region of the HYCOM GLBa0.08 dataset at points.</td></tr><tr><td><a href="HYCOMGLBa008Equatorial4D.InterpolateAtArcGISPoints.html?format=raw">Interpolate HYCOM GLBa0.08 Equatorial 4D Variables at Points</a></td><td>Interpolates 4D variables of the equatorial (Mercator) region of the HYCOM GLBa0.08 dataset at points.</td></tr><tr><td><a href="HYCOMGOMl0043D.InterpolateAtArcGISPoints.html?format=raw">Interpolate HYCOM GOMl0.04 3D Variables at Points</a></td><td>Interpolates HYCOM GOMl0.04 3D variables at points.</td></tr><tr><td><a href="HYCOMGOMl0044D.InterpolateAtArcGISPoints.html?format=raw">Interpolate HYCOM GOMl0.04 4D Variables at Points</a></td><td>Interpolates HYCOM GOMl0.04 4D variables at points.</td></tr><tr><td><a href="OceanColorLevel3SMITimeSeries.InterpolateAtArcGISPoints.html?format=raw">Interpolate NASA OceanColor L3 SMI Product at Points</a></td><td>Interpolates the values of a Level 3 Standard Mapped Image (SMI) product published by the NASA GSFC OceanColor Group at points.</td></tr><tr><td><a href="Interpolator.InpaintArcGISRaster.html?format=raw">Interpolate No Data Cells</a></td><td>Interpolates values for the No Data cells of a raster.</td></tr><tr><td><a href="Interpolator.InpaintArcGISRasterArcGISTable.html?format=raw">Interpolate No Data Cells for ArcGIS Rasters Listed in Table</a></td><td>Interpolates values for the No Data cells for each ArcGIS raster in a table.</td></tr><tr><td><a href="OSCAR5DayThirdDegreeCurrents.InterpolateAtArcGISPoints.html?format=raw">Interpolate OSCAR Currents at Points</a></td><td>Interpolates the values of NOAA OSCAR 5-day unfiltered 1/3 degree ocean surface currents at points.</td></tr><tr><td><a href="MODISL3SSTTimeSeries.InterpolateAtArcGISPoints.html?format=raw">Interpolate PO.DAAC MODIS L3 SST at Points</a></td><td>Interpolates PO.DAAC MODIS Level 3 SST values at points.</td></tr><tr><td><a href="ROMSCoSiNE2D.InterpolateAtArcGISPoints.html?format=raw">Interpolate Pacific ROMS-CoSiNE 2D Variable at Points</a></td><td>Interpolates a Pacific ROMS-CoSiNE 2D variable at points.</td></tr><tr><td><a href="ROMSCoSiNE3D.InterpolateAtArcGISPoints.html?format=raw">Interpolate Pacific ROMS-CoSiNE 3D Variables at Points</a></td><td>Interpolates Pacific ROMS-CoSiNE 3D variables at points.</td></tr><tr><td><a href="ROMSCoSiNE4D.InterpolateAtArcGISPoints.html?format=raw">Interpolate Pacific ROMS-CoSiNE 4D Variables at Points</a></td><td>Interpolates Pacific ROMS-CoSiNE 4D variables at points.</td></tr><tr><td><a href="Interpolator.InterpolateArcGISRasterValuesAtPoints.html?format=raw">Interpolate Raster Values at Points</a></td><td>Interpolates the values of rasters at points.</td></tr><tr><td><a href="CoralReefConnectivity.LoadAvisoGeostrophicCurrentsIntoSimulation.html?format=raw">Load Aviso Geostrophic Currents Into Coral Reef Connectivity Simulation</a></td><td>Downloads Aviso geostrophic currents into a coral reef connectivity simulation.</td></tr><tr><td><a href="CoralReefConnectivity.LoadHYCOMGLBa0084DEquatorialCurrentsIntoSimulation.html?format=raw">Load HYCOM GLBa0.08 Currents Into Coral Reef Connectivity Simulation</a></td><td>Downloads HYCOM GLBa0.08 ocean currents into a coral reef connectivity simulation.</td></tr><tr><td><a href="CoralReefConnectivity.LoadHYCOMGOMl0044DCurrentsIntoSimulation.html?format=raw">Load HYCOM GOMl0.04 Currents Into Coral Reef Connectivity Simulation</a></td><td>Downloads HYCOM GOMl0.04 ocean currents into a coral reef connectivity simulation.</td></tr><tr><td><a href="CoralReefConnectivity.LoadOSCARCurrentsIntoSimulation.html?format=raw">Load OSCAR Currents Into Coral Reef Connectivity Simulation</a></td><td>Downloads NOAA OSCAR 5-day unfiltered 1/3 degree ocean surface currents into a coral reef connectivity simulation.</td></tr><tr><td><a href="CoralReefConnectivity.LoadROMSCoSiNE4DCurrentsIntoSimulation.html?format=raw">Load Pacific ROMS-CoSiNE Currents Into Coral Reef Connectivity Simulation</a></td><td>Downloads Pacific ROMS-CoSiNE ocean currents into a coral reef connectivity simulation.</td></tr><tr><td><a href="Directory.MoveArcGISTable.html?format=raw">Move Directories Listed in Table</a></td><td>Moves the directories listed in a table.</td></tr><tr><td><a href="Directory.Move.html?format=raw">Move Directory</a></td><td>Moves a directory, including its subdirectories and files.</td></tr><tr><td><a href="File.Move.html?format=raw">Move File</a></td><td>Moves a file.</td></tr><tr><td><a href="File.MoveArcGISTable.html?format=raw">Move Files Listed in Table</a></td><td>Moves the files listed in a table.</td></tr><tr><td><a href="ArcGISRaster.Move.html?format=raw">Move Raster</a></td><td>Moves an ArcGIS raster.</td></tr><tr><td><a href="ArcGISRaster.MoveArcGISTable.html?format=raw">Move Rasters Listed in Table</a></td><td>Moves the ArcGIS rasters listed in a table.</td></tr><tr><td><a href="GAM.PredictFromArcGISRasters.html?format=raw">Predict GAM From Rasters</a></td><td>Using a fitted generalized additive model (GAM), this tool creates a raster representing the response variable predicted from rasters representing the predictor variables.</td></tr><tr><td><a href="GAM.PredictFromArcGISTable.html?format=raw">Predict GAM From Table</a></td><td>Given a fitted generalized additive model (GAM), this tool predicts the response variable for each row of a table.</td></tr><tr><td><a href="GLM.PredictFromArcGISRasters.html?format=raw">Predict GLM From Rasters</a></td><td>Using a fitted generalized linear model (GLM), this tool creates a raster representing the response variable predicted from rasters representing the predictor variables.</td></tr><tr><td><a href="GLM.PredictFromArcGISTable.html?format=raw">Predict GLM From Table</a></td><td>Given a fitted generalized linear model (GLM), this tool predicts the response variable for each row of a table.</td></tr><tr><td><a href="LinearMixedModel.PredictFromArcGISRasters.html?format=raw">Predict Linear Mixed Model From Rasters</a></td><td>Using a fitted linear mixed model, this tool creates a raster representing the response variable predicted from rasters representing the predictor variables.</td></tr><tr><td><a href="RandomForestModel.PredictFromArcGISRasters.html?format=raw">Predict Random Forest From Rasters</a></td><td>Using a fitted random forest model, this tool creates a raster representing the response variable predicted from rasters representing the predictor variables.</td></tr><tr><td><a href="RandomForestModel.PredictFromArcGISTable.html?format=raw">Predict Random Forest From Table</a></td><td>Given a random forest model, this tool predicts the response variable for each row of a table.</td></tr><tr><td><a href="TreeModel.PredictFromArcGISRasters.html?format=raw">Predict Tree Model From Rasters</a></td><td>Using a fitted tree model, this tool creates a raster representing the response variable predicted from rasters representing the predictor variables.</td></tr><tr><td><a href="TreeModel.PredictFromArcGISTable.html?format=raw">Predict Tree Model From Table</a></td><td>Given a fitted tree model, this tool predicts the response variable for each row of a table.</td></tr><tr><td><a href="ArcGISRaster.ProjectToTemplate.html?format=raw">Project Raster to Template</a></td><td>Projects a raster to the coordinate system, cell size, and extent of a template raster.</td></tr><tr><td><a href="ArcGISRaster.ProjectToTemplateArcGISTable.html?format=raw">Project Rasters Listed in Table to Template</a></td><td>Projects a table of rasters to the coordinate system, cell size, and extent of a template raster.</td></tr><tr><td><a href="ArcGISRaster.ProjectClipAndOrExecuteMapAlgebra.html?format=raw">Project, Clip, and/or Execute Map Algebra</a></td><td>Projects, clips, and/or perfoms map algebra on an ArcGIS raster. You must request at least one of these three operations. If you request multiple operations, the tool performs them in the order they are listed.</td></tr><tr><td><a href="ArcGISRaster.ProjectClipAndOrExecuteMapAlgebraArcGISTable.html?format=raw">Project, Clip, and/or Execute Map Algebra on ArcGIS Rasters Listed in Table</a></td><td>Projects, clips, and/or perfoms map algebra on the ArcGIS rasters listed in a table. You must request at least one of these three operations. If you request multiple operations, the tool performs them in the order they are listed.</td></tr><tr><td><a href="ModelEvaluation.RandomlySplitArcGISTableIntoTrainingAndTestRecords.html?format=raw">Randomly Split Table Into Training and Test Records</a></td><td>Randomly designates the records of a table as either training records (for fitting a predictive model) or test records (for evaluating the model).</td></tr><tr><td><a href="CoralReefConnectivity.RunSimulation.html?format=raw">Run Coral Reef Connectivity Simulation</a></td><td>Executes a coral coral reef connectivity simulation.</td></tr><tr><td><a href="ArcGISFeatureSampler.SamplePolygons.html?format=raw">Sample Polygons</a></td><td>Samples the values of polygon fields at points that intersect the polygons.</td></tr><tr><td><a href="ArcGISRasterSampler.SampleRasters.html?format=raw">Sample Rasters</a></td><td>Samples rasters using a point feature class and stores the sampled values in fields of the feature class.</td></tr><tr><td><a href="ArcGISRasterSampler.SampleRastersInFields.html?format=raw">Sample Rasters Listed in Fields</a></td><td>Samples rasters listed in fields of a point feature class and stores the sampled values in other fields.</td></tr><tr><td><a href="ArcGISTableSampler.SampleTimeSeriesTable.html?format=raw">Sample Time Series Table</a></td><td>Matches records in a destination table to records in a time series table by date, and copies values of fields of the time series table to fields of the destination table.</td></tr><tr><td><a href="RExploratoryPlots.ScatterplotMatrixForArcGISTable.html?format=raw">Scatterplot Matrix for Table</a></td><td>Creates a matrix of scatterplots for a table using the R pairs function.</td></tr><tr><td><a href="DiGIR.SearchAndCreateArcGISPoints.html?format=raw">Search DiGIR Records and Create Points</a></td><td>Searches a Distributed Generic Information Retrieval (DiGIR) server for georeferenced records and creates an ArcGIS point feature class from them.</td></tr><tr><td><a href="DiGIR.SearchOBISAndCreateArcGISPoints.html?format=raw">Search OBIS DiGIR Records and Create Points</a></td><td>Searches OBIS for georeferenced records using the Distributed Generic Information Retrieval (DiGIR) protocol and creates an ArcGIS point feature class from them.</td></tr><tr><td><a href="DiGIR.SearchOBISSEAMAPAndCreateArcGISPoints.html?format=raw">Search OBIS-SEAMAP DiGIR Records and Create Points</a></td><td>Searches OBIS-SEAMAP for georeferenced records using the Distributed Generic Information Retrieval (DiGIR) protocol and creates an ArcGIS point feature class from them.</td></tr><tr><td><a href="CoastWatchAVHRR.SetNavigationOffsets.html?format=raw">Set CoastWatch Navigation Offsets</a></td><td>Sets the navigation offsets of a CoastWatch POES AVHRR CWF or HDF file.</td></tr><tr><td><a href="CoastWatchAVHRR.SetNavigationOffsetsArcGISTable.html?format=raw">Set Navigation Offsets of CoastWatch Files Listed in Table</a></td><td>Sets the navigation offsets of the CoastWatch POES AVHRR CWF or HDF files listed in a table to the values specified by two fields.</td></tr><tr><td><a href="ArcGISRasterMapAlgebra.SingleOutputMapAlgebraForRasterArcGISTable.html?format=raw">Single Output Map Algebra For Rasters Listed in Table</a></td><td>Executes a map algebra expression on the rasters listed in a table.</td></tr><tr><td><a href="ArcGISRasterMapAlgebra.SingleOutputMapAlgebraForArcGISTableRows.html?format=raw">Single Output Map Algebra for Table Rows</a></td><td>For each row of a table, calculates an output raster and map algebra expression from the row using Python expressions and executes the map algebra expression to produce the output raster.</td></tr><tr><td><a href="BinaryRaster.SwapBytes.html?format=raw">Swap Bytes of Binary Raster</a></td><td>Reverses the byte order of a binary raster (e.g. converts "little endian" to "big endian", or visa versa).</td></tr><tr><td><a href="BinaryRaster.SwapBytesArcGISTable.html?format=raw">Swap Bytes of Binary Rasters Listed in Table</a></td><td>Reverses the byte order of each binary raster listed in a table (i.e. converts "little endian" to "big endian", or visa versa).</td></tr></table></p><h1><a id="IndexByName">Tool Index, By Name</a></h1><p>In the table below, <i>Tool Name</i> is the programming name used to invoke the tool
5		from the ArcGIS command line or from the geoprocessor object in a geoprocessing script.</p><p><table><tr><th>Tool Name</th><th>Description</th></tr><tr><td><a href="ADODatabaseConnection.ConnectAndExecuteCommand.html?format=raw">ADODatabaseConnectionConnectAndExecuteCommand_GeoEco</a></td><td>Opens a Microsoft ActiveX Data Objects (ADO) connection to a database and executes a command.</td></tr><tr><td><a href="AVHRRPathfinderSSTTimeSeries.CreateArcGISRasters.html?format=raw">AVHRRPathfinderSSTTimeSeriesCreateArcGISRasters_GeoEco</a></td><td>Creates rasters for AVHRR Pathfinder Version 5 SST images published by NOAA NODC.</td></tr><tr><td><a href="AVHRRPathfinderSSTTimeSeries.CreateCayulaCornillonFrontsAsArcGISRasters.html?format=raw">AVHRRPathfinderSSTTimeSeriesCreateCayulaCornillonFrontsAsArcGISRasters_GeoEco</a></td><td>Creates rasters indicating the positions of fronts in AVHRR Pathfinder Version 5 SST images published by NOAA NODC, using the Cayula and Cornillon (1992) single image edge detection (SIED) algorithm.</td></tr><tr><td><a href="AVHRRPathfinderSSTTimeSeries.CreateClimatologicalArcGISRasters.html?format=raw">AVHRRPathfinderSSTTimeSeriesCreateClimatologicalArcGISRasters_GeoEco</a></td><td>Creates climatological rasters from AVHRR Pathfinder Version 5 SST images published by NOAA NODC.</td></tr><tr><td><a href="AVHRRPathfinderSSTTimeSeries.InterpolateAtArcGISPoints.html?format=raw">AVHRRPathfinderSSTTimeSeriesInterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates AVHRR Pathfinder Version 5 SST values at points.</td></tr><tr><td><a href="ArcGISFeatureSampler.SamplePolygons.html?format=raw">ArcGISFeatureSamplerSamplePolygons_GeoEco</a></td><td>Samples the values of polygon fields at points that intersect the polygons.</td></tr><tr><td><a href="ArcGISFishnets.CreateFishnetForPoints.html?format=raw">ArcGISFishnetsCreateFishnetForPoints_GeoEco</a></td><td>Creates a grid of rectangular cells that overlap the input points and optionally calculates summary statistics for the points that intersect each cell.</td></tr><tr><td><a href="ArcGISFishnets.CreateFishnet.html?format=raw">ArcGISFishnetsCreateFishnet_GeoEco</a></td><td>Creates a grid of rectangular polygons.</td></tr><tr><td><a href="ArcGISLines.FromVectorComponentRastersInArcGISTable.html?format=raw">ArcGISLinesFromVectorComponentRastersInArcGISTable_GeoEco</a></td><td>Given a table of rasters representing the x and y components of vector fields, such as the u and v rasters for ocean currents, this tool creates feature classes of lines representing the vectors, similar to a "quiver plot".</td></tr><tr><td><a href="ArcGISLines.FromVectorComponentRasters.html?format=raw">ArcGISLinesFromVectorComponentRasters_GeoEco</a></td><td>Given rasters representing the x and y components of a vector field, such as the u and v rasters for ocean currents, this tool creates a feature class of lines representing the vectors, similar to a "quiver plot".</td></tr><tr><td><a href="ArcGISPoints.AppendPointsToFeatureClass2.html?format=raw">ArcGISPointsAppendPointsToFeatureClass2_GeoEco</a></td><td>Appends points to an existing ArcGIS point feature class.</td></tr><tr><td><a href="ArcGISPoints.CreateFeatureClassWithPoints2.html?format=raw">ArcGISPointsCreateFeatureClassWithPoints2_GeoEco</a></td><td>Creates points in a new ArcGIS point feature class.</td></tr><tr><td><a href="ArcGISPoints.CreatePointsAlongLines.html?format=raw">ArcGISPointsCreatePointsAlongLines_GeoEco</a></td><td>Creates points along lines at a specified interval.</td></tr><tr><td><a href="ArcGISPoints.FindNearestFeaturesListedInField.html?format=raw">ArcGISPointsFindNearestFeaturesListedInField_GeoEco</a></td><td>For each point, using the feature class or layer listed in a field, finds the nearest feature and writes its ID, distance, angle, and/or values of specified fields to fields of the point. Use this tool when you have a single point feature class but need to find distances to different near feature classes or layers for different points.</td></tr><tr><td><a href="ArcGISPoints.FindNearestFeatures.html?format=raw">ArcGISPointsFindNearestFeatures_GeoEco</a></td><td>For each point, finds the nearest feature and writes its ID, distance, angle, and/or values of specified fields to fields of the point.</td></tr><tr><td><a href="ArcGISPolygons.AppendPolygonToFeatureClass2.html?format=raw">ArcGISPolygonsAppendPolygonToFeatureClass2_GeoEco</a></td><td>Appends a polygon to an existing ArcGIS polygon feature class.</td></tr><tr><td><a href="ArcGISPolygons.AppendRectangleToFeatureClass2.html?format=raw">ArcGISPolygonsAppendRectangleToFeatureClass2_GeoEco</a></td><td>Appends a rectangle to an existing ArcGIS polygon feature class.</td></tr><tr><td><a href="ArcGISPolygons.CreateBoundingBoxForArcGISGeoDatasets.html?format=raw">ArcGISPolygonsCreateBoundingBoxForArcGISGeoDatasets_GeoEco</a></td><td>Creates a new ArcGIS polygon feature class and a bounding box (a minimum bounding rectangle) within it that encompasses the extents of one or more ArcGIS geodatasets.</td></tr><tr><td><a href="ArcGISPolygons.CreateFeatureClassWithPolygon2.html?format=raw">ArcGISPolygonsCreateFeatureClassWithPolygon2_GeoEco</a></td><td>Creates a polygon in a new ArcGIS polygon feature class.</td></tr><tr><td><a href="ArcGISPolygons.CreateFeatureClassWithRectangle2.html?format=raw">ArcGISPolygonsCreateFeatureClassWithRectangle2_GeoEco</a></td><td>Creates a rectangle in a new ArcGIS polygon feature class.</td></tr><tr><td><a href="ArcGISRaster.CopyArcGISTable.html?format=raw">ArcGISRasterCopyArcGISTable_GeoEco</a></td><td>Copies the ArcGIS rasters listed in a table.</td></tr><tr><td><a href="ArcGISRaster.Copy.html?format=raw">ArcGISRasterCopy_GeoEco</a></td><td>Copies an ArcGIS raster.</td></tr><tr><td><a href="ArcGISRaster.CreateXRaster.html?format=raw">ArcGISRasterCreateXRaster_GeoEco</a></td><td>Creates an ArcGIS raster where the value of each cell is the X coordinate of the cell.</td></tr><tr><td><a href="ArcGISRaster.CreateYRaster.html?format=raw">ArcGISRasterCreateYRaster_GeoEco</a></td><td>Creates an ArcGIS raster where the value of each cell is the Y coordinate of the cell.</td></tr><tr><td><a href="ArcGISRaster.DeleteArcGISTable.html?format=raw">ArcGISRasterDeleteArcGISTable_GeoEco</a></td><td>Deletes the ArcGIS rasters listed in a table.</td></tr><tr><td><a href="ArcGISRaster.Delete.html?format=raw">ArcGISRasterDelete_GeoEco</a></td><td>Deletes an ArcGIS raster.</td></tr><tr><td><a href="ArcGISRaster.ExtractByMaskArcGISTable.html?format=raw">ArcGISRasterExtractByMaskArcGISTable_GeoEco</a></td><td>For each ArcGIS raster in a table, extracts the cells that correspond to the areas defined by a mask.</td></tr><tr><td><a href="ArcGISRaster.FindAndConvertToLines.html?format=raw">ArcGISRasterFindAndConvertToLines_GeoEco</a></td><td>Finds rasters in an ArcGIS workspace and converts them to lines that outline groups of adjacent raster cells having the same value.</td></tr><tr><td><a href="ArcGISRaster.FindAndConvertToPoints.html?format=raw">ArcGISRasterFindAndConvertToPoints_GeoEco</a></td><td>Finds rasters in an ArcGIS workspace and converts them to points that occur at the centers of the raster cells.</td></tr><tr><td><a href="ArcGISRaster.FindAndConvertToPolygonOutlines.html?format=raw">ArcGISRasterFindAndConvertToPolygonOutlines_GeoEco</a></td><td>Finds rasters in an ArcGIS workspace and converts them to lines that outline groups of adjacent raster cells having the same value.</td></tr><tr><td><a href="ArcGISRaster.FindAndConvertToPolygons.html?format=raw">ArcGISRasterFindAndConvertToPolygons_GeoEco</a></td><td>Finds rasters in an ArcGIS workspace and converts them to polygons that encompass groups of adjacent raster cells having the same value.</td></tr><tr><td><a href="ArcGISRaster.FindAndCopy.html?format=raw">ArcGISRasterFindAndCopy_GeoEco</a></td><td>Finds and copies rasters in an ArcGIS workspace.</td></tr><tr><td><a href="ArcGISRaster.FindAndCreateArcGISTable.html?format=raw">ArcGISRasterFindAndCreateArcGISTable_GeoEco</a></td><td>Finds rasters within an ArcGIS workspace and creates a table that lists them.</td></tr><tr><td><a href="ArcGISRaster.FindAndDelete.html?format=raw">ArcGISRasterFindAndDelete_GeoEco</a></td><td>Finds and deletes rasters in an ArcGIS workspace.</td></tr><tr><td><a href="ArcGISRaster.FindAndExtractByMask.html?format=raw">ArcGISRasterFindAndExtractByMask_GeoEco</a></td><td>Finds rasters in an ArcGIS workspace and extracts the cells that correspond to the areas defined by a mask.</td></tr><tr><td><a href="ArcGISRaster.FindAndMove.html?format=raw">ArcGISRasterFindAndMove_GeoEco</a></td><td>Finds and moves rasters in an ArcGIS workspace.</td></tr><tr><td><a href="ArcGISRaster.FindAndProjectClipAndOrExecuteMapAlgebra.html?format=raw">ArcGISRasterFindAndProjectClipAndOrExecuteMapAlgebra_GeoEco</a></td><td>Finds rasters in an ArcGIS workspace and projects, clips, and/or perfoms map algebra on them. You must request at least one of these three operations. If you request multiple operations, the tool performs them in the order they are listed.</td></tr><tr><td><a href="ArcGISRaster.FindAndProjectRastersToTemplate.html?format=raw">ArcGISRasterFindAndProjectRastersToTemplate_GeoEco</a></td><td>Finds rasters in an ArcGIS workspace and projects them to the coordinate system, cell size, and extent of a template raster.</td></tr><tr><td><a href="ArcGISRaster.MoveArcGISTable.html?format=raw">ArcGISRasterMoveArcGISTable_GeoEco</a></td><td>Moves the ArcGIS rasters listed in a table.</td></tr><tr><td><a href="ArcGISRaster.Move.html?format=raw">ArcGISRasterMove_GeoEco</a></td><td>Moves an ArcGIS raster.</td></tr><tr><td><a href="ArcGISRaster.ProjectClipAndOrExecuteMapAlgebraArcGISTable.html?format=raw">ArcGISRasterProjectClipAndOrExecuteMapAlgebraArcGISTable_GeoEco</a></td><td>Projects, clips, and/or perfoms map algebra on the ArcGIS rasters listed in a table. You must request at least one of these three operations. If you request multiple operations, the tool performs them in the order they are listed.</td></tr><tr><td><a href="ArcGISRaster.ProjectClipAndOrExecuteMapAlgebra.html?format=raw">ArcGISRasterProjectClipAndOrExecuteMapAlgebra_GeoEco</a></td><td>Projects, clips, and/or perfoms map algebra on an ArcGIS raster. You must request at least one of these three operations. If you request multiple operations, the tool performs them in the order they are listed.</td></tr><tr><td><a href="ArcGISRaster.ProjectToTemplateArcGISTable.html?format=raw">ArcGISRasterProjectToTemplateArcGISTable_GeoEco</a></td><td>Projects a table of rasters to the coordinate system, cell size, and extent of a template raster.</td></tr><tr><td><a href="ArcGISRaster.ProjectToTemplate.html?format=raw">ArcGISRasterProjectToTemplate_GeoEco</a></td><td>Projects a raster to the coordinate system, cell size, and extent of a template raster.</td></tr><tr><td><a href="ArcGISRaster.ToLinesArcGISTable.html?format=raw">ArcGISRasterToLinesArcGISTable_GeoEco</a></td><td>Converts the ArcGIS rasters listed in a table to lines that outline groups of adjacent raster cells having the same value.</td></tr><tr><td><a href="ArcGISRaster.ToLines.html?format=raw">ArcGISRasterToLines_GeoEco</a></td><td>Converts an ArcGIS raster to a feature class of lines that connect adjacent foreground raster cells.</td></tr><tr><td><a href="ArcGISRaster.ToPointsArcGISTable.html?format=raw">ArcGISRasterToPointsArcGISTable_GeoEco</a></td><td>Converts the ArcGIS rasters listed in a table to points that occur at the centers of the raster cells.</td></tr><tr><td><a href="ArcGISRaster.ToPoints.html?format=raw">ArcGISRasterToPoints_GeoEco</a></td><td>Converts an ArcGIS raster to a feature class of points that occur at the centers of the raster cells.</td></tr><tr><td><a href="ArcGISRaster.ToPolygonOutlinesArcGISTable.html?format=raw">ArcGISRasterToPolygonOutlinesArcGISTable_GeoEco</a></td><td>Converts the ArcGIS rasters listed in a table to lines that outline groups of adjacent raster cells having the same value.</td></tr><tr><td><a href="ArcGISRaster.ToPolygonOutlines.html?format=raw">ArcGISRasterToPolygonOutlines_GeoEco</a></td><td>Converts an ArcGIS raster to lines that outline groups of adjacent raster cells having the same value.</td></tr><tr><td><a href="ArcGISRaster.ToPolygonsArcGISTable.html?format=raw">ArcGISRasterToPolygonsArcGISTable_GeoEco</a></td><td>Converts the ArcGIS rasters listed in a table to polygons that encompass groups of adjacent raster cells having the same value.</td></tr><tr><td><a href="ArcGISRaster.ToPolygons.html?format=raw">ArcGISRasterToPolygons_GeoEco</a></td><td>Converts an ArcGIS raster to polygons that encompass groups of adjacent raster cells having the same value.</td></tr><tr><td><a href="ArcGISRasterMapAlgebra.FindRastersAndExecuteSingleOutputMapAlgebra.html?format=raw">ArcGISRasterMapAlgebraFindRastersAndExecuteSingleOutputMapAlgebra_GeoEco</a></td><td>Finds rasters in a workspace and executes a map algebra expression on them.</td></tr><tr><td><a href="ArcGISRasterMapAlgebra.SingleOutputMapAlgebraForArcGISTableRows.html?format=raw">ArcGISRasterMapAlgebraSingleOutputMapAlgebraForArcGISTableRows_GeoEco</a></td><td>For each row of a table, calculates an output raster and map algebra expression from the row using Python expressions and executes the map algebra expression to produce the output raster.</td></tr><tr><td><a href="ArcGISRasterMapAlgebra.SingleOutputMapAlgebraForRasterArcGISTable.html?format=raw">ArcGISRasterMapAlgebraSingleOutputMapAlgebraForRasterArcGISTable_GeoEco</a></td><td>Executes a map algebra expression on the rasters listed in a table.</td></tr><tr><td><a href="ArcGISRasterSampler.SampleRastersInFields.html?format=raw">ArcGISRasterSamplerSampleRastersInFields_GeoEco</a></td><td>Samples rasters listed in fields of a point feature class and stores the sampled values in other fields.</td></tr><tr><td><a href="ArcGISRasterSampler.SampleRasters.html?format=raw">ArcGISRasterSamplerSampleRasters_GeoEco</a></td><td>Samples rasters using a point feature class and stores the sampled values in fields of the feature class.</td></tr><tr><td><a href="ArcGISTableSampler.SampleTimeSeriesTable.html?format=raw">ArcGISTableSamplerSampleTimeSeriesTable_GeoEco</a></td><td>Matches records in a destination table to records in a time series table by date, and copies values of fields of the time series table to fields of the destination table.</td></tr><tr><td><a href="ArcInfoASCIIGrid.FindAndConvertToArcGISRaster.html?format=raw">ArcInfoASCIIGridFindAndConvertToArcGISRaster_GeoEco</a></td><td>Finds ArcInfo ASCII Grid text files in a directory and converts them to ArcGIS rasters.</td></tr><tr><td><a href="ArcInfoASCIIGrid.ToArcGISRasterArcGISTable.html?format=raw">ArcInfoASCIIGridToArcGISRasterArcGISTable_GeoEco</a></td><td>Converts each ArcInfo ASCII Grid text file in a table to an ArcGIS raster.</td></tr><tr><td><a href="ArcInfoASCIIGrid.ToArcGISRaster.html?format=raw">ArcInfoASCIIGridToArcGISRaster_GeoEco</a></td><td>Converts a text file in ArcInfo ASCII Grid format to an ArcGIS raster.</td></tr><tr><td><a href="AvisoGriddedGeostrophicCurrents.CreateArcGISRasters.html?format=raw">AvisoGriddedGeostrophicCurrentsCreateArcGISRasters_GeoEco</a></td><td>Creates rasters for an Aviso gridded geostrophic currents product.</td></tr><tr><td><a href="AvisoGriddedGeostrophicCurrents.CreateClimatologicalArcGISRasters.html?format=raw">AvisoGriddedGeostrophicCurrentsCreateClimatologicalArcGISRasters_GeoEco</a></td><td>Creates climatological rasters for an Aviso gridded geostrophic currents product.</td></tr><tr><td><a href="AvisoGriddedGeostrophicCurrents.CreateVectorsAsArcGISFeatureClasses.html?format=raw">AvisoGriddedGeostrophicCurrentsCreateVectorsAsArcGISFeatureClasses_GeoEco</a></td><td>Creates line feature classes representing the current vectors of an Aviso gridded geostrophic currents product.</td></tr><tr><td><a href="AvisoGriddedGeostrophicCurrents.InterpolateAtArcGISPoints.html?format=raw">AvisoGriddedGeostrophicCurrentsInterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates the values of an Aviso gridded geostrophic currents product at points.</td></tr><tr><td><a href="AvisoGriddedSSH.CreateArcGISRasters.html?format=raw">AvisoGriddedSSHCreateArcGISRasters_GeoEco</a></td><td>Creates rasters for an Aviso gridded sea surface height product.</td></tr><tr><td><a href="AvisoGriddedSSH.CreateClimatologicalArcGISRasters.html?format=raw">AvisoGriddedSSHCreateClimatologicalArcGISRasters_GeoEco</a></td><td>Creates climatological rasters for an Aviso gridded sea surface height product.</td></tr><tr><td><a href="AvisoGriddedSSH.FindOkuboWeissEddies.html?format=raw">AvisoGriddedSSHFindOkuboWeissEddies_GeoEco</a></td><td>Creates rasters showing the cores of geostrophic eddies detected in an Aviso gridded sea surface height product using the Okubo-Weiss algorithm.</td></tr><tr><td><a href="AvisoGriddedSSH.InterpolateAtArcGISPoints.html?format=raw">AvisoGriddedSSHInterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates the values of an Aviso gridded sea surface height product at points.</td></tr><tr><td><a href="AvisoGriddedSignificantWaveHeight.CreateArcGISRasters.html?format=raw">AvisoGriddedSignificantWaveHeightCreateArcGISRasters_GeoEco</a></td><td>Creates rasters for an Aviso gridded significant wave height product.</td></tr><tr><td><a href="AvisoGriddedSignificantWaveHeight.CreateClimatologicalArcGISRasters.html?format=raw">AvisoGriddedSignificantWaveHeightCreateClimatologicalArcGISRasters_GeoEco</a></td><td>Creates climatological rasters for an Aviso gridded significant wave height product.</td></tr><tr><td><a href="AvisoGriddedSignificantWaveHeight.InterpolateAtArcGISPoints.html?format=raw">AvisoGriddedSignificantWaveHeightInterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates the values of an Aviso gridded significant wave height product at points.</td></tr><tr><td><a href="AvisoGriddedWindSpeedModulus.CreateArcGISRasters.html?format=raw">AvisoGriddedWindSpeedModulusCreateArcGISRasters_GeoEco</a></td><td>Creates rasters for an Aviso gridded wind speed modulus product.</td></tr><tr><td><a href="AvisoGriddedWindSpeedModulus.CreateClimatologicalArcGISRasters.html?format=raw">AvisoGriddedWindSpeedModulusCreateClimatologicalArcGISRasters_GeoEco</a></td><td>Creates climatological rasters for an Aviso gridded wind speed modulus product.</td></tr><tr><td><a href="AvisoGriddedWindSpeedModulus.InterpolateAtArcGISPoints.html?format=raw">AvisoGriddedWindSpeedModulusInterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates the values of an Aviso gridded wind speed modulus product at points.</td></tr><tr><td><a href="BinaryRaster.FindAndConvertToArcGISRaster.html?format=raw">BinaryRasterFindAndConvertToArcGISRaster_GeoEco</a></td><td>Finds two-dimensional binary rasters in a directory and converts them to ArcGIS rasters.</td></tr><tr><td><a href="BinaryRaster.FindAndConvertToArcInfoASCIIGrid.html?format=raw">BinaryRasterFindAndConvertToArcInfoASCIIGrid_GeoEco</a></td><td>Finds two-dimensional binary rasters in a directory and converts them to text files in ArcInfo ASCII Grid format.</td></tr><tr><td><a href="BinaryRaster.FindAndSwapBytes.html?format=raw">BinaryRasterFindAndSwapBytes_GeoEco</a></td><td>Finds and reverses the byte order of binary rasters in a directory (i.e. converts "little endian" to "big endian", or visa versa).</td></tr><tr><td><a href="BinaryRaster.SwapBytesArcGISTable.html?format=raw">BinaryRasterSwapBytesArcGISTable_GeoEco</a></td><td>Reverses the byte order of each binary raster listed in a table (i.e. converts "little endian" to "big endian", or visa versa).</td></tr><tr><td><a href="BinaryRaster.SwapBytes.html?format=raw">BinaryRasterSwapBytes_GeoEco</a></td><td>Reverses the byte order of a binary raster (e.g. converts "little endian" to "big endian", or visa versa).</td></tr><tr><td><a href="BinaryRaster.ToArcGISRasterArcGISTable.html?format=raw">BinaryRasterToArcGISRasterArcGISTable_GeoEco</a></td><td>Converts each two-dimensional binary raster in a table to an ArcGIS raster.</td></tr><tr><td><a href="BinaryRaster.ToArcGISRaster.html?format=raw">BinaryRasterToArcGISRaster_GeoEco</a></td><td>Converts a two-dimensional binary raster to an ArcGIS raster.</td></tr><tr><td><a href="BinaryRaster.ToArcInfoASCIIGridArcGISTable.html?format=raw">BinaryRasterToArcInfoASCIIGridArcGISTable_GeoEco</a></td><td>Converts each two-dimensional binary raster in a table to a text file in ArcInfo ASCII Grid format.</td></tr><tr><td><a href="BinaryRaster.ToArcInfoASCIIGrid.html?format=raw">BinaryRasterToArcInfoASCIIGrid_GeoEco</a></td><td>Converts a two-dimensional binary raster to a text file in ArcGIS ASCII Grid format.</td></tr><tr><td><a href="CayulaCornillonEdgeDetection.DetectEdgesInArcGISRaster.html?format=raw">CayulaCornillonEdgeDetectionDetectEdgesInArcGISRaster_GeoEco</a></td><td>Finds fronts in an ArcGIS raster using the Cayula and Cornillon (1992) single image edge detection (SIED) algorithm.</td></tr><tr><td><a href="CayulaCornillonEdgeDetection.DetectEdgesInArcGISRastersArcGISTable.html?format=raw">CayulaCornillonEdgeDetectionDetectEdgesInArcGISRastersArcGISTable_GeoEco</a></td><td>Finds fronts in ArcGIS rasters listed in a table using the Cayula and Cornillon (1992) single-image edge detection algorithm.</td></tr><tr><td><a href="CayulaCornillonEdgeDetection.DetectEdgesInBinaryRaster.html?format=raw">CayulaCornillonEdgeDetectionDetectEdgesInBinaryRaster_GeoEco</a></td><td>Finds fronts in a binary raster using the Cayula and Cornillon (1992) single image edge detection (SIED) algorithm.</td></tr><tr><td><a href="CayulaCornillonEdgeDetection.FindArcGISRastersAndDetectEdges.html?format=raw">CayulaCornillonEdgeDetectionFindArcGISRastersAndDetectEdges_GeoEco</a></td><td>Finds ArcGIS rasters in a workspace and finds fronts within them using the Cayula and Cornillon (1992) single-image edge detection algorithm.</td></tr><tr><td><a href="CheltonMesocaleEddyPoints.ConvertToSpatiaLite.html?format=raw">CheltonMesocaleEddyPointsConvertToSpatiaLite_GeoEco</a></td><td>Converts the Chelton et al. (2011) mesoscale eddy database netCDF file to a SpatiaLite database.</td></tr><tr><td><a href="CheltonMesocaleEddyPoints.ExtractArcGISLinesFromSpatiaLite.html?format=raw">CheltonMesocaleEddyPointsExtractArcGISLinesFromSpatiaLite_GeoEco</a></td><td>Extracts eddy tracklines from the Chelton et al. (2011) mesoscale eddy database in SpatiaLite format.</td></tr><tr><td><a href="CheltonMesocaleEddyPoints.ExtractArcGISPointsFromSpatiaLite.html?format=raw">CheltonMesocaleEddyPointsExtractArcGISPointsFromSpatiaLite_GeoEco</a></td><td>Extracts eddy centroid points from the Chelton et al. (2011) mesoscale eddy database in SpatiaLite format.</td></tr><tr><td><a href="ChildProcess.ExecuteProgram.html?format=raw">ChildProcessExecuteProgram_GeoEco</a></td><td>Executes the specified program and captures its output.</td></tr><tr><td><a href="CoRTADv32D.CreateArcGISRaster.html?format=raw">CoRTADv32DCreateArcGISRaster_GeoEco</a></td><td>Creates a raster for a CoRTAD 2D variable.</td></tr><tr><td><a href="CoRTADv32D.InterpolateAtArcGISPoints.html?format=raw">CoRTADv32DInterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates CoRTAD 2D variables at points.</td></tr><tr><td><a href="CoRTADv33D.CreateArcGISRasters.html?format=raw">CoRTADv33DCreateArcGISRasters_GeoEco</a></td><td>Creates rasters a CoRTAD 3D variable.</td></tr><tr><td><a href="CoRTADv33D.InterpolateAtArcGISPoints.html?format=raw">CoRTADv33DInterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates CoRTAD 3D variables at points.</td></tr><tr><td><a href="CoastWatchAVHRR.CopyNavigationOffsetsArcGISTable.html?format=raw">CoastWatchAVHRRCopyNavigationOffsetsArcGISTable_GeoEco</a></td><td>Copies navigation offsets from a source variable to destination variables in CoastWatch POES AVHRR CWF or HDF files listed in a table.</td></tr><tr><td><a href="CoastWatchAVHRR.CopyNavigationOffsets.html?format=raw">CoastWatchAVHRRCopyNavigationOffsets_GeoEco</a></td><td>Copies the navigation offsets from one variable in a CoastWatch POES AVHRR CWF or HDF file to one or more variables in another file.</td></tr><tr><td><a href="CoastWatchAVHRR.CreateMaskAsArcGISRaster.html?format=raw">CoastWatchAVHRRCreateMaskAsArcGISRaster_GeoEco</a></td><td>Creates a mask, in ArcGIS raster format, for a CoastWatch POES AVHRR image.</td></tr><tr><td><a href="CoastWatchAVHRR.CreateMaskAsBinaryRaster.html?format=raw">CoastWatchAVHRRCreateMaskAsBinaryRaster_GeoEco</a></td><td>Creates a mask, in binary raster format, for a CoastWatch POES AVHRR image.</td></tr><tr><td><a href="CoastWatchAVHRR.CreateMasksAsArcGISRastersArcGISTable.html?format=raw">CoastWatchAVHRRCreateMasksAsArcGISRastersArcGISTable_GeoEco</a></td><td>Creates masks, in ArcGIS raster format, for CoastWatch POES AVHRR images listed in a table.</td></tr><tr><td><a href="CoastWatchAVHRR.CreateMasksAsBinaryRastersArcGISTable.html?format=raw">CoastWatchAVHRRCreateMasksAsBinaryRastersArcGISTable_GeoEco</a></td><td>Creates masks, in binary raster format, for CoastWatch POES AVHRR images listed in a table.</td></tr><tr><td><a href="CoastWatchAVHRR.FindAndConvertToArcGISRasters.html?format=raw">CoastWatchAVHRRFindAndConvertToArcGISRasters_GeoEco</a></td><td>Finds images in CoastWatch POES AVHRR files in a directory and converts them to ArcGIS rasters.</td></tr><tr><td><a href="CoastWatchAVHRR.FindAndConvertToBinaryRasters.html?format=raw">CoastWatchAVHRRFindAndConvertToBinaryRasters_GeoEco</a></td><td>Finds images in CoastWatch POES AVHRR files in a directory and converts them to binary rasters.</td></tr><tr><td><a href="CoastWatchAVHRR.FindAndConvertToCoastWatchHDFs.html?format=raw">CoastWatchAVHRRFindAndConvertToCoastWatchHDFs_GeoEco</a></td><td>Finds images in CoastWatch POES AVHRR files in a directory and imports them into CoastWatch HDFs.</td></tr><tr><td><a href="CoastWatchAVHRR.FindAndCreateMasksAsArcGISRasters.html?format=raw">CoastWatchAVHRRFindAndCreateMasksAsArcGISRasters_GeoEco</a></td><td>Finds images in CoastWatch POES AVHRR files in a directory creates masks for them, in ArcGIS raster format.</td></tr><tr><td><a href="CoastWatchAVHRR.FindAndCreateMasksAsBinaryRasters.html?format=raw">CoastWatchAVHRRFindAndCreateMasksAsBinaryRasters_GeoEco</a></td><td>Finds images in CoastWatch POES AVHRR files in a directory creates masks for them, in binary raster format.</td></tr><tr><td><a href="CoastWatchAVHRR.FindCoastWatchFilesAndFindFrontsAsArcGISRasters.html?format=raw">CoastWatchAVHRRFindCoastWatchFilesAndFindFrontsAsArcGISRasters_GeoEco</a></td><td>Uses the Cayula and Cornillon (1992) single-image edge detection algorithm to find fronts in the CoastWatch POES AVHRR images found in a directory, and outputs the fronts as ArcGIS rasters.</td></tr><tr><td><a href="CoastWatchAVHRR.FindFilesAndCreateArcGISTable.html?format=raw">CoastWatchAVHRRFindFilesAndCreateArcGISTable_GeoEco</a></td><td>Finds CoastWatch POES AVHRR files within a directory and creates a table that lists them.</td></tr><tr><td><a href="CoastWatchAVHRR.FindFrontsAsArcGISRaster.html?format=raw">CoastWatchAVHRRFindFrontsAsArcGISRaster_GeoEco</a></td><td>Finds fronts in a CoastWatch POES AVHRR image using the Cayula and Cornillon (1992) single-image edge detection algorithm and outputs them to an ArcGIS raster.</td></tr><tr><td><a href="CoastWatchAVHRR.FindFrontsAsArcGISRastersArcGISTable.html?format=raw">CoastWatchAVHRRFindFrontsAsArcGISRastersArcGISTable_GeoEco</a></td><td>Finds fronts in CoastWatch POES AVHRR images listed in a table using the Cayula and Cornillon (1992) single-image edge detection algorithm and outputs them as ArcGIS rasters.</td></tr><tr><td><a href="CoastWatchAVHRR.FindFrontsAsBinaryRaster.html?format=raw">CoastWatchAVHRRFindFrontsAsBinaryRaster_GeoEco</a></td><td>Finds fronts in a CoastWatch POES AVHRR image using the Cayula and Cornillon (1992) single-image edge detection algorithm and outputs them to a binary raster.</td></tr><tr><td><a href="CoastWatchAVHRR.FindImagesInFilesAndCreateArcGISTable.html?format=raw">CoastWatchAVHRRFindImagesInFilesAndCreateArcGISTable_GeoEco</a></td><td>Finds CoastWatch POES AVHRR files within a directory and creates a table that lists the images within them.</td></tr><tr><td><a href="CoastWatchAVHRR.SetNavigationOffsetsArcGISTable.html?format=raw">CoastWatchAVHRRSetNavigationOffsetsArcGISTable_GeoEco</a></td><td>Sets the navigation offsets of the CoastWatch POES AVHRR CWF or HDF files listed in a table to the values specified by two fields.</td></tr><tr><td><a href="CoastWatchAVHRR.SetNavigationOffsets.html?format=raw">CoastWatchAVHRRSetNavigationOffsets_GeoEco</a></td><td>Sets the navigation offsets of a CoastWatch POES AVHRR CWF or HDF file.</td></tr><tr><td><a href="CoastWatchAVHRR.ToArcGISRasterArcGISTable.html?format=raw">CoastWatchAVHRRToArcGISRasterArcGISTable_GeoEco</a></td><td>Creates an ArcGIS raster from each CoastWatch POES AVHRR image listed in a table of images, where one field specifies the file path containing the image and another specifies the variable that represents the image.</td></tr><tr><td><a href="CoastWatchAVHRR.ToArcGISRaster.html?format=raw">CoastWatchAVHRRToArcGISRaster_GeoEco</a></td><td>Extracts and converts CoastWatch POES AVHRR image, specified by a file plus a variable in that file, to an ArcGIS raster.</td></tr><tr><td><a href="CoastWatchAVHRR.ToBinaryRasterArcGISTable.html?format=raw">CoastWatchAVHRRToBinaryRasterArcGISTable_GeoEco</a></td><td>Creates a binary raster from each CoastWatch POES AVHRR image listed in a table of images, where one field specifies the file path containing the image and another specifies the variable that represents the image.</td></tr><tr><td><a href="CoastWatchAVHRR.ToBinaryRaster.html?format=raw">CoastWatchAVHRRToBinaryRaster_GeoEco</a></td><td>Extracts and converts CoastWatch POES AVHRR image, specified by a file plus a variable in that file, to a binary raster.</td></tr><tr><td><a href="CoastWatchAVHRR.ToCoastWatchHDFArcGISTable.html?format=raw">CoastWatchAVHRRToCoastWatchHDFArcGISTable_GeoEco</a></td><td>Creates CoastWatch HDFs in a specified output directory by importing images from the CoastWatch POES AVHRR CWFs or HDFs listed in a table.</td></tr><tr><td><a href="CoastWatchAVHRR.ToCoastWatchHDF.html?format=raw">CoastWatchAVHRRToCoastWatchHDF_GeoEco</a></td><td>Creates a CoastWatch HDF by importing images from a list of CoastWatch POES AVHRR CWFs or HDFs.</td></tr><tr><td><a href="CoralReefConnectivity.CreateSimulationFromArcGISRasters.html?format=raw">CoralReefConnectivityCreateSimulationFromArcGISRasters_GeoEco</a></td><td>Creates a coral reef connectivity simulation and initializes it with reef data in ArcGIS rasters.</td></tr><tr><td><a href="CoralReefConnectivity.LoadAvisoGeostrophicCurrentsIntoSimulation.html?format=raw">CoralReefConnectivityLoadAvisoGeostrophicCurrentsIntoSimulation_GeoEco</a></td><td>Downloads Aviso geostrophic currents into a coral reef connectivity simulation.</td></tr><tr><td><a href="CoralReefConnectivity.LoadHYCOMGLBa0084DEquatorialCurrentsIntoSimulation.html?format=raw">CoralReefConnectivityLoadHYCOMGLBa0084DEquatorialCurrentsIntoSimulation_GeoEco</a></td><td>Downloads HYCOM GLBa0.08 ocean currents into a coral reef connectivity simulation.</td></tr><tr><td><a href="CoralReefConnectivity.LoadHYCOMGOMl0044DCurrentsIntoSimulation.html?format=raw">CoralReefConnectivityLoadHYCOMGOMl0044DCurrentsIntoSimulation_GeoEco</a></td><td>Downloads HYCOM GOMl0.04 ocean currents into a coral reef connectivity simulation.</td></tr><tr><td><a href="CoralReefConnectivity.LoadOSCARCurrentsIntoSimulation.html?format=raw">CoralReefConnectivityLoadOSCARCurrentsIntoSimulation_GeoEco</a></td><td>Downloads NOAA OSCAR 5-day unfiltered 1/3 degree ocean surface currents into a coral reef connectivity simulation.</td></tr><tr><td><a href="CoralReefConnectivity.LoadROMSCoSiNE4DCurrentsIntoSimulation.html?format=raw">CoralReefConnectivityLoadROMSCoSiNE4DCurrentsIntoSimulation_GeoEco</a></td><td>Downloads Pacific ROMS-CoSiNE ocean currents into a coral reef connectivity simulation.</td></tr><tr><td><a href="CoralReefConnectivity.RunSimulation.html?format=raw">CoralReefConnectivityRunSimulation_GeoEco</a></td><td>Executes a coral coral reef connectivity simulation.</td></tr><tr><td><a href="DiGIR.GetOBISResourcesAsArcGISTable.html?format=raw">DiGIRGetOBISResourcesAsArcGISTable_GeoEco</a></td><td>Gets the list of Distributed Generic Information Retrieval (DiGIR) resources available from OBIS and writes it to an ArcGIS table.</td></tr><tr><td><a href="DiGIR.GetOBISSEAMAPResourcesAsArcGISTable.html?format=raw">DiGIRGetOBISSEAMAPResourcesAsArcGISTable_GeoEco</a></td><td>Gets the list of Distributed Generic Information Retrieval (DiGIR) resources available from OBIS-SEAMAP and writes it to an ArcGIS table.</td></tr><tr><td><a href="DiGIR.GetResourcesAsArcGISTable.html?format=raw">DiGIRGetResourcesAsArcGISTable_GeoEco</a></td><td>Gets the list of Distributed Generic Information Retrieval (DiGIR) resources available from a DiGIR server and writes it to an ArcGIS table.</td></tr><tr><td><a href="DiGIR.SearchAndCreateArcGISPoints.html?format=raw">DiGIRSearchAndCreateArcGISPoints_GeoEco</a></td><td>Searches a Distributed Generic Information Retrieval (DiGIR) server for georeferenced records and creates an ArcGIS point feature class from them.</td></tr><tr><td><a href="DiGIR.SearchOBISAndCreateArcGISPoints.html?format=raw">DiGIRSearchOBISAndCreateArcGISPoints_GeoEco</a></td><td>Searches OBIS for georeferenced records using the Distributed Generic Information Retrieval (DiGIR) protocol and creates an ArcGIS point feature class from them.</td></tr><tr><td><a href="DiGIR.SearchOBISSEAMAPAndCreateArcGISPoints.html?format=raw">DiGIRSearchOBISSEAMAPAndCreateArcGISPoints_GeoEco</a></td><td>Searches OBIS-SEAMAP for georeferenced records using the Distributed Generic Information Retrieval (DiGIR) protocol and creates an ArcGIS point feature class from them.</td></tr><tr><td><a href="Directory.CopyArcGISTable.html?format=raw">DirectoryCopyArcGISTable_GeoEco</a></td><td>Copies the directories listed in a table.</td></tr><tr><td><a href="Directory.Copy.html?format=raw">DirectoryCopy_GeoEco</a></td><td>Copies a directory, including its subdirectories and files.</td></tr><tr><td><a href="Directory.CreateSubdirectory.html?format=raw">DirectoryCreateSubdirectory_GeoEco</a></td><td>Creates a subdirectory within a parent directory.</td></tr><tr><td><a href="Directory.CreateTemporaryDirectory.html?format=raw">DirectoryCreateTemporaryDirectory_GeoEco</a></td><td>Creates a directory suitable for holding temporary files.</td></tr><tr><td><a href="Directory.Create.html?format=raw">DirectoryCreate_GeoEco</a></td><td>Creates a directory, including any parent directories that are missing.</td></tr><tr><td><a href="Directory.DeleteArcGISTable.html?format=raw">DirectoryDeleteArcGISTable_GeoEco</a></td><td>Deletes the directories listed in a table.</td></tr><tr><td><a href="Directory.Delete.html?format=raw">DirectoryDelete_GeoEco</a></td><td>Deletes a directory.</td></tr><tr><td><a href="Directory.FindAndCopy.html?format=raw">DirectoryFindAndCopy_GeoEco</a></td><td>Finds and copies directories in a directory.</td></tr><tr><td><a href="Directory.FindAndCreateArcGISTable.html?format=raw">DirectoryFindAndCreateArcGISTable_GeoEco</a></td><td>Finds subdirectories within a directory and creates a table that lists them.</td></tr><tr><td><a href="Directory.FindAndDelete.html?format=raw">DirectoryFindAndDelete_GeoEco</a></td><td>Finds and deletes directories in a directory.</td></tr><tr><td><a href="Directory.FindAndMove.html?format=raw">DirectoryFindAndMove_GeoEco</a></td><td>Finds and moves directories in a directory.</td></tr><tr><td><a href="Directory.MoveArcGISTable.html?format=raw">DirectoryMoveArcGISTable_GeoEco</a></td><td>Moves the directories listed in a table.</td></tr><tr><td><a href="Directory.Move.html?format=raw">DirectoryMove_GeoEco</a></td><td>Moves a directory, including its subdirectories and files.</td></tr><tr><td><a href="ESRLClimateIndices.ClassifyONIEpisodesInTimeSeriesArcGISTable.html?format=raw">ESRLClimateIndicesClassifyONIEpisodesInTimeSeriesArcGISTable_GeoEco</a></td><td>Given a time series table of monthly Oceanic Nino Index (ONI) numerical values, classifies each month as part of a normal, El Nino (warm), or La Nina (cold) episode.</td></tr><tr><td><a href="ESRLClimateIndices.FileToArcGISTable.html?format=raw">ESRLClimateIndicesFileToArcGISTable_GeoEco</a></td><td>Creates and populates a table of climate index values parsed from a text file in NOAA ESRL time series format.</td></tr><tr><td><a href="ESRLClimateIndices.FilesToArcGISTable.html?format=raw">ESRLClimateIndicesFilesToArcGISTable_GeoEco</a></td><td>Creates and populates a table of climate index values parsed from a list of text files, where each file contains the data for a single climate index in NOAA ESRL time series format.</td></tr><tr><td><a href="ESRLClimateIndices.UrlToArcGISTable.html?format=raw">ESRLClimateIndicesUrlToArcGISTable_GeoEco</a></td><td>Creates and populates a table of climate index values parsed from NOAA ESRL climate index time series data downloaded from a URL.</td></tr><tr><td><a href="ESRLClimateIndices.UrlsToArcGISTable.html?format=raw">ESRLClimateIndicesUrlsToArcGISTable_GeoEco</a></td><td>Creates and populates a table of climate index values parsed from NOAA ESRL climate index time series data downloaded from a list of URLs.</td></tr><tr><td><a href="FEET.CreateEnvelopes.html?format=raw">FEETCreateEnvelopes_GeoEco</a></td><td>Models the spatial distribution of fishing effort for fisheries for which no spatially-explicit effort data is available.</td></tr><tr><td><a href="Field.CalculateArcGISField.html?format=raw">FieldCalculateArcGISField_GeoEco</a></td><td>Calculates the value of a table field using a Python expression.</td></tr><tr><td><a href="Field.CalculateArcGISFields.html?format=raw">FieldCalculateArcGISFields_GeoEco</a></td><td>Calculates values for one or more fields of a table using Python expressions.</td></tr><tr><td><a href="File.CopyArcGISTable.html?format=raw">FileCopyArcGISTable_GeoEco</a></td><td>Copies the files listed in a table.</td></tr><tr><td><a href="File.Copy.html?format=raw">FileCopy_GeoEco</a></td><td>Copies a file.</td></tr><tr><td><a href="File.Decompress.html?format=raw">FileDecompress_GeoEco</a></td><td>Decompresses a file into a directory.</td></tr><tr><td><a href="File.DeleteArcGISTable.html?format=raw">FileDeleteArcGISTable_GeoEco</a></td><td>Deletes the files listed in a table.</td></tr><tr><td><a href="File.Delete.html?format=raw">FileDelete_GeoEco</a></td><td>Deletes a file.</td></tr><tr><td><a href="File.FindAndCopy.html?format=raw">FileFindAndCopy_GeoEco</a></td><td>Finds and copies files in a directory.</td></tr><tr><td><a href="File.FindAndCreateArcGISTable.html?format=raw">FileFindAndCreateArcGISTable_GeoEco</a></td><td>Finds files within a directory and creates a table that lists them.</td></tr><tr><td><a href="File.FindAndDelete.html?format=raw">FileFindAndDelete_GeoEco</a></td><td>Finds and deletes files in a directory.</td></tr><tr><td><a href="File.FindAndMove.html?format=raw">FileFindAndMove_GeoEco</a></td><td>Finds and moves files in a directory.</td></tr><tr><td><a href="File.IsDecompressible.html?format=raw">FileIsDecompressible_GeoEco</a></td><td>Returns True if the specified file is in a format that can be decompressed.</td></tr><tr><td><a href="File.MoveArcGISTable.html?format=raw">FileMoveArcGISTable_GeoEco</a></td><td>Moves the files listed in a table.</td></tr><tr><td><a href="File.Move.html?format=raw">FileMove_GeoEco</a></td><td>Moves a file.</td></tr><tr><td><a href="FisheryPeriodicity.AnalyzeCPUEInArcGISTable.html?format=raw">FisheryPeriodicityAnalyzeCPUEInArcGISTable_GeoEco</a></td><td>Creates several plots that analyze the temporal periodicity of catch per unit effort (FPUE) calculated from fishing records in a table.</td></tr><tr><td><a href="FisheryPeriodicity.AnalyzeCatchInArcGISTable.html?format=raw">FisheryPeriodicityAnalyzeCatchInArcGISTable_GeoEco</a></td><td>Creates several plots that show the temporal periodicity of catch records in a table.</td></tr><tr><td><a href="FisheryPeriodicity.AnalyzeEffortInArcGISTable.html?format=raw">FisheryPeriodicityAnalyzeEffortInArcGISTable_GeoEco</a></td><td>Creates several plots that show the temporal periodicity of fishing effort records in a table.</td></tr><tr><td><a href="GAM.FitToArcGISTable.html?format=raw">GAMFitToArcGISTable_GeoEco</a></td><td>Fits a generalized additive model (GAM) to data in a table.</td></tr><tr><td><a href="GAM.PredictFromArcGISRasters.html?format=raw">GAMPredictFromArcGISRasters_GeoEco</a></td><td>Using a fitted generalized additive model (GAM), this tool creates a raster representing the response variable predicted from rasters representing the predictor variables.</td></tr><tr><td><a href="GAM.PredictFromArcGISTable.html?format=raw">GAMPredictFromArcGISTable_GeoEco</a></td><td>Given a fitted generalized additive model (GAM), this tool predicts the response variable for each row of a table.</td></tr><tr><td><a href="GHRSSTLevel4.CreateArcGISRasters.html?format=raw">GHRSSTLevel4CreateArcGISRasters_GeoEco</a></td><td>Creates rasters for a GHRSST L4 product hosted by NASA JPL PO.DAAC.</td></tr><tr><td><a href="GHRSSTLevel4.CreateCayulaCornillonFrontsAsArcGISRasters.html?format=raw">GHRSSTLevel4CreateCayulaCornillonFrontsAsArcGISRasters_GeoEco</a></td><td>Creates rasters indicating the positions of fronts in GHRSST L4 SST images hosted by NASA JPL PO.DAAC, using the Cayula and Cornillon (1992) single image edge detection (SIED) algorithm.</td></tr><tr><td><a href="GHRSSTLevel4.CreateClimatologicalArcGISRasters.html?format=raw">GHRSSTLevel4CreateClimatologicalArcGISRasters_GeoEco</a></td><td>Creates climatological rasters for a GHRSST L4 product hosted by NASA JPL PO.DAAC.</td></tr><tr><td><a href="GHRSSTLevel4.InterpolateAtArcGISPoints.html?format=raw">GHRSSTLevel4InterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates values of a GHRSST L4 product hosted by NASA JPL PO.DAAC at points.</td></tr><tr><td><a href="GLM.FitToArcGISTable.html?format=raw">GLMFitToArcGISTable_GeoEco</a></td><td>Fits a generalized linear model (GLM) to data in a table using the R glm function.</td></tr><tr><td><a href="GLM.PredictFromArcGISRasters.html?format=raw">GLMPredictFromArcGISRasters_GeoEco</a></td><td>Using a fitted generalized linear model (GLM), this tool creates a raster representing the response variable predicted from rasters representing the predictor variables.</td></tr><tr><td><a href="GLM.PredictFromArcGISTable.html?format=raw">GLMPredictFromArcGISTable_GeoEco</a></td><td>Given a fitted generalized linear model (GLM), this tool predicts the response variable for each row of a table.</td></tr><tr><td><a href="HDF.ExtractHeaderArcGISTable.html?format=raw">HDFExtractHeaderArcGISTable_GeoEco</a></td><td>Extracts the headers of HDF files in a table and saves them to text files.</td></tr><tr><td><a href="HDF.ExtractHeader.html?format=raw">HDFExtractHeader_GeoEco</a></td><td>Extracts the header of an HDF file and saves it to a text file.</td></tr><tr><td><a href="HDF.FindAndConvertToArcGISRasters.html?format=raw">HDFFindAndConvertToArcGISRasters_GeoEco</a></td><td>Finds HDF files in a directory and converts a Scientific Data Sets (SDS) in each file to an ArcGIS raster.</td></tr><tr><td><a href="HDF.FindAndConvertToArcInfoASCIIGrids.html?format=raw">HDFFindAndConvertToArcInfoASCIIGrids_GeoEco</a></td><td>Finds HDF files in a directory and converts a Scientific Data Sets (SDS) in each file to a text file in ArcInfo ASCII Grid format.</td></tr><tr><td><a href="HDF.FindAndConvertToBinaryRasters.html?format=raw">HDFFindAndConvertToBinaryRasters_GeoEco</a></td><td>Finds HDF files in a directory and converts a Scientific Data Sets (SDS) in each file to a binary raster.</td></tr><tr><td><a href="HDF.FindAndExtractHeaders.html?format=raw">HDFFindAndExtractHeaders_GeoEco</a></td><td>Finds HDF files in a directory, extracts their headers, and saves the headers to text files.</td></tr><tr><td><a href="HDF.SDSToArcGISRaster.html?format=raw">HDFSDSToArcGISRaster_GeoEco</a></td><td>Converts a Scientific Data Set (SDS) in an HDF file to an ArcGIS raster.</td></tr><tr><td><a href="HDF.SDSToArcInfoASCIIGrid.html?format=raw">HDFSDSToArcInfoASCIIGrid_GeoEco</a></td><td>Converts a Scientific Data Set (SDS) in an HDF file to a text file in ArcInfo ASCII Grid format.</td></tr><tr><td><a href="HDF.SDSToBinaryRaster.html?format=raw">HDFSDSToBinaryRaster_GeoEco</a></td><td>Converts a Scientific Data Set (SDS) in an HDF file to a binary raster.</td></tr><tr><td><a href="HDF.ToArcGISRasterArcGISTable.html?format=raw">HDFToArcGISRasterArcGISTable_GeoEco</a></td><td>Converts a Scientific Data Set (SDS) in each HDF file in a table to an ArcGIS raster.</td></tr><tr><td><a href="HDF.ToArcInfoASCIIGridArcGISTable.html?format=raw">HDFToArcInfoASCIIGridArcGISTable_GeoEco</a></td><td>Converts a Scientific Data Set (SDS) in each HDF file in a table to a text file in an ArcInfo ASCII Grid format.</td></tr><tr><td><a href="HDF.ToBinaryRasterArcGISTable.html?format=raw">HDFToBinaryRasterArcGISTable_GeoEco</a></td><td>Converts a Scientific Data Set (SDS) in each HDF file in a table to a binary raster.</td></tr><tr><td><a href="HYCOMGLBa008Equatorial3D.CreateArcGISRasters.html?format=raw">HYCOMGLBa008Equatorial3DCreateArcGISRasters_GeoEco</a></td><td>Creates rasters for a 3D variable of the equatorial (Mercator) region of the HYCOM GLBa0.08 dataset.</td></tr><tr><td><a href="HYCOMGLBa008Equatorial3D.CreateClimatologicalArcGISRasters.html?format=raw">HYCOMGLBa008Equatorial3DCreateClimatologicalArcGISRasters_GeoEco</a></td><td>Creates climatological rasters for a 3D variable of the equatorial (Mercator) region of the HYCOM GLBa0.08 dataset</td></tr><tr><td><a href="HYCOMGLBa008Equatorial3D.InterpolateAtArcGISPoints.html?format=raw">HYCOMGLBa008Equatorial3DInterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates 3D variables of the equatorial (Mercator) region of the HYCOM GLBa0.08 dataset at points.</td></tr><tr><td><a href="HYCOMGLBa008Equatorial4D.CreateArcGISRasters.html?format=raw">HYCOMGLBa008Equatorial4DCreateArcGISRasters_GeoEco</a></td><td>Creates rasters for a 4D variable of the equatorial (Mercator) region of the HYCOM GLBa0.08 dataset.</td></tr><tr><td><a href="HYCOMGLBa008Equatorial4D.CreateCayulaCornillonFrontsAsArcGISRasters.html?format=raw">HYCOMGLBa008Equatorial4DCreateCayulaCornillonFrontsAsArcGISRasters_GeoEco</a></td><td>Creates rasters indicating the positions of fronts in the 2D slices of a 4D variable of the equatorial (Mercator) region of the HYCOM GLBa0.08 dataset using the Cayula and Cornillon (1992) single image edge detection (SIED) algorithm.</td></tr><tr><td><a href="HYCOMGLBa008Equatorial4D.CreateClimatologicalArcGISRasters.html?format=raw">HYCOMGLBa008Equatorial4DCreateClimatologicalArcGISRasters_GeoEco</a></td><td>Creates climatological rasters for a 4D variable of the equatorial (Mercator) region of the HYCOM GLBa0.08 dataset</td></tr><tr><td><a href="HYCOMGLBa008Equatorial4D.CreateCurrentVectorsAsArcGISFeatureClasses.html?format=raw">HYCOMGLBa008Equatorial4DCreateCurrentVectorsAsArcGISFeatureClasses_GeoEco</a></td><td>Creates line feature classes representing the current vectors for the equatorial (Mercator) region of the HYCOM GLBa0.08 dataset.</td></tr><tr><td><a href="HYCOMGLBa008Equatorial4D.InterpolateAtArcGISPoints.html?format=raw">HYCOMGLBa008Equatorial4DInterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates 4D variables of the equatorial (Mercator) region of the HYCOM GLBa0.08 dataset at points.</td></tr><tr><td><a href="HYCOMGOMl0043D.CreateArcGISRasters.html?format=raw">HYCOMGOMl0043DCreateArcGISRasters_GeoEco</a></td><td>Creates rasters for a HYCOM GOMl0.04 3D variable.</td></tr><tr><td><a href="HYCOMGOMl0043D.CreateClimatologicalArcGISRasters.html?format=raw">HYCOMGOMl0043DCreateClimatologicalArcGISRasters_GeoEco</a></td><td>Creates climatological rasters for a HYCOM GOMl0.04 3D variable</td></tr><tr><td><a href="HYCOMGOMl0043D.InterpolateAtArcGISPoints.html?format=raw">HYCOMGOMl0043DInterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates HYCOM GOMl0.04 3D variables at points.</td></tr><tr><td><a href="HYCOMGOMl0044D.CreateArcGISRasters.html?format=raw">HYCOMGOMl0044DCreateArcGISRasters_GeoEco</a></td><td>Creates rasters for a HYCOM GOMl0.04 4D variable.</td></tr><tr><td><a href="HYCOMGOMl0044D.CreateCayulaCornillonFrontsAsArcGISRasters.html?format=raw">HYCOMGOMl0044DCreateCayulaCornillonFrontsAsArcGISRasters_GeoEco</a></td><td>Creates rasters indicating the positions of fronts in the 2D slices of a HYCOM GOMl0.04 4D variable using the Cayula and Cornillon (1992) single image edge detection (SIED) algorithm.</td></tr><tr><td><a href="HYCOMGOMl0044D.CreateClimatologicalArcGISRasters.html?format=raw">HYCOMGOMl0044DCreateClimatologicalArcGISRasters_GeoEco</a></td><td>Creates climatological rasters for a HYCOM GOMl0.04 4D variable</td></tr><tr><td><a href="HYCOMGOMl0044D.CreateCurrentVectorsAsArcGISFeatureClasses.html?format=raw">HYCOMGOMl0044DCreateCurrentVectorsAsArcGISFeatureClasses_GeoEco</a></td><td>Creates line feature classes representing the vectors of HYCOM GOMl0.04 currents.</td></tr><tr><td><a href="HYCOMGOMl0044D.InterpolateAtArcGISPoints.html?format=raw">HYCOMGOMl0044DInterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates HYCOM GOMl0.04 4D variables at points.</td></tr><tr><td><a href="Interpolator.FindAndInpaintArcGISRasters.html?format=raw">InterpolatorFindAndInpaintArcGISRasters_GeoEco</a></td><td>Finds rasters in an ArcGIS workspace and interpolates values for the No Data cells.</td></tr><tr><td><a href="Interpolator.InpaintArcGISRasterArcGISTable.html?format=raw">InterpolatorInpaintArcGISRasterArcGISTable_GeoEco</a></td><td>Interpolates values for the No Data cells for each ArcGIS raster in a table.</td></tr><tr><td><a href="Interpolator.InpaintArcGISRaster.html?format=raw">InterpolatorInpaintArcGISRaster_GeoEco</a></td><td>Interpolates values for the No Data cells of a raster.</td></tr><tr><td><a href="Interpolator.InterpolateArcGISRasterValuesAtPoints.html?format=raw">InterpolatorInterpolateArcGISRasterValuesAtPoints_GeoEco</a></td><td>Interpolates the values of rasters at points.</td></tr><tr><td><a href="LinearMixedModel.FitToArcGISTable.html?format=raw">LinearMixedModelFitToArcGISTable_GeoEco</a></td><td>Fits a linear mixed-effects model to data in a table.</td></tr><tr><td><a href="LinearMixedModel.PredictFromArcGISRasters.html?format=raw">LinearMixedModelPredictFromArcGISRasters_GeoEco</a></td><td>Using a fitted linear mixed model, this tool creates a raster representing the response variable predicted from rasters representing the predictor variables.</td></tr><tr><td><a href="MODISL3SSTTimeSeries.CreateArcGISRasters.html?format=raw">MODISL3SSTTimeSeriesCreateArcGISRasters_GeoEco</a></td><td>Creates rasters for MODIS Level 3 SST images published by NASA JPL PO.DAAC.</td></tr><tr><td><a href="MODISL3SSTTimeSeries.CreateCayulaCornillonFrontsAsArcGISRasters.html?format=raw">MODISL3SSTTimeSeriesCreateCayulaCornillonFrontsAsArcGISRasters_GeoEco</a></td><td>Creates rasters indicating the positions of fronts in MODIS Level 3 SST images published by NASA JPL PO.DAAC, using the Cayula and Cornillon (1992) single image edge detection (SIED) algorithm.</td></tr><tr><td><a href="MODISL3SSTTimeSeries.CreateClimatologicalArcGISRasters.html?format=raw">MODISL3SSTTimeSeriesCreateClimatologicalArcGISRasters_GeoEco</a></td><td>Creates climatological rasters from MODIS Level 3 SST images published by NASA JPL PO.DAAC.</td></tr><tr><td><a href="MODISL3SSTTimeSeries.InterpolateAtArcGISPoints.html?format=raw">MODISL3SSTTimeSeriesInterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates PO.DAAC MODIS Level 3 SST values at points.</td></tr><tr><td><a href="ModelEvaluation.RandomlySplitArcGISTableIntoTrainingAndTestRecords.html?format=raw">ModelEvaluationRandomlySplitArcGISTableIntoTrainingAndTestRecords_GeoEco</a></td><td>Randomly designates the records of a table as either training records (for fitting a predictive model) or test records (for evaluating the model).</td></tr><tr><td><a href="Moon.CalculateMoonPhaseForArcGISTable.html?format=raw">MoonCalculateMoonPhaseForArcGISTable_GeoEco</a></td><td>Given a table with a date field, calculates the phase of the moon and writes it to another field.</td></tr><tr><td><a href="NetCDF.Convert2DVariableInNetCDFsInArcGISTableToArcGISRasters.html?format=raw">NetCDFConvert2DVariableInNetCDFsInArcGISTableToArcGISRasters_GeoEco</a></td><td>Converts a two-dimensional variable in each netCDF file in a table to an ArcGIS raster.</td></tr><tr><td><a href="NetCDF.Convert2DVariableInNetCDFsInArcGISTableToArcInfoASCIIGrids.html?format=raw">NetCDFConvert2DVariableInNetCDFsInArcGISTableToArcInfoASCIIGrids_GeoEco</a></td><td>Converts a two-dimensional variable in each netCDF file in a table to a text file in ArcInfo ASCII Grid format.</td></tr><tr><td><a href="NetCDF.Convert2DVariableInNetCDFsInArcGISTableToBinaryRasters.html?format=raw">NetCDFConvert2DVariableInNetCDFsInArcGISTableToBinaryRasters_GeoEco</a></td><td>Converts a two-dimensional variable in each netCDF file in a table to a binary raster.</td></tr><tr><td><a href="NetCDF.Convert2DVariableToArcGISRaster.html?format=raw">NetCDFConvert2DVariableToArcGISRaster_GeoEco</a></td><td>Converts a two-dimensional variable in a netCDF file to an ArcGIS raster.</td></tr><tr><td><a href="NetCDF.Convert2DVariableToArcInfoASCIIGrid.html?format=raw">NetCDFConvert2DVariableToArcInfoASCIIGrid_GeoEco</a></td><td>Converts a two-dimensional variable in a netCDF file to a text file in ArcInfo ASCII Grid format.</td></tr><tr><td><a href="NetCDF.Convert2DVariableToBinaryRaster.html?format=raw">NetCDFConvert2DVariableToBinaryRaster_GeoEco</a></td><td>Converts a two-dimensional variable in a netCDF file to a binary raster.</td></tr><tr><td><a href="NetCDF.ExtractHeaderArcGISTable.html?format=raw">NetCDFExtractHeaderArcGISTable_GeoEco</a></td><td>Extracts the headers of netCDF files in a table and saves them to text files.</td></tr><tr><td><a href="NetCDF.ExtractHeader.html?format=raw">NetCDFExtractHeader_GeoEco</a></td><td>Extracts the header of a netCDF file and saves it to a text file.</td></tr><tr><td><a href="NetCDF.FindAndExtractHeaders.html?format=raw">NetCDFFindAndExtractHeaders_GeoEco</a></td><td>Finds netCDF files in a directory, extracts their headers, and saves the headers to text files.</td></tr><tr><td><a href="NetCDF.FindNetCDFsAndConvert2DVariableToArcGISRasters.html?format=raw">NetCDFFindNetCDFsAndConvert2DVariableToArcGISRasters_GeoEco</a></td><td>Finds netCDF files in a directory and converts a two-dimensional variable in each file to an ArcGIS raster.</td></tr><tr><td><a href="NetCDF.FindNetCDFsAndConvert2DVariableToArcInfoASCIIGrids.html?format=raw">NetCDFFindNetCDFsAndConvert2DVariableToArcInfoASCIIGrids_GeoEco</a></td><td>Finds netCDF files in a directory and converts a two-dimensional variable in each file to a text file in ArcInfo ASCII Grid format.</td></tr><tr><td><a href="NetCDF.FindNetCDFsAndConvert2DVariableToBinaryRasters.html?format=raw">NetCDFFindNetCDFsAndConvert2DVariableToBinaryRasters_GeoEco</a></td><td>Finds netCDF files in a directory and converts a two-dimensional variable in each file to a binary raster.</td></tr><tr><td><a href="OSCAR5DayThirdDegreeCurrents.CreateArcGISRasters.html?format=raw">OSCAR5DayThirdDegreeCurrentsCreateArcGISRasters_GeoEco</a></td><td>Creates rasters for NOAA OSCAR 5-day unfiltered 1/3 degree ocean surface currents.</td></tr><tr><td><a href="OSCAR5DayThirdDegreeCurrents.CreateClimatologicalArcGISRasters.html?format=raw">OSCAR5DayThirdDegreeCurrentsCreateClimatologicalArcGISRasters_GeoEco</a></td><td>Creates climatological rasters for NOAA OSCAR 5-day unfiltered 1/3 degree ocean surface currents.</td></tr><tr><td><a href="OSCAR5DayThirdDegreeCurrents.CreateVectorsAsArcGISFeatureClasses.html?format=raw">OSCAR5DayThirdDegreeCurrentsCreateVectorsAsArcGISFeatureClasses_GeoEco</a></td><td>Creates line feature classes representing the vectors of NOAA OSCAR 5-day unfiltered 1/3 degree ocean surface currents.</td></tr><tr><td><a href="OSCAR5DayThirdDegreeCurrents.InterpolateAtArcGISPoints.html?format=raw">OSCAR5DayThirdDegreeCurrentsInterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates the values of NOAA OSCAR 5-day unfiltered 1/3 degree ocean surface currents at points.</td></tr><tr><td><a href="OceanColorLevel3SMITimeSeries.CreateArcGISRasters.html?format=raw">OceanColorLevel3SMITimeSeriesCreateArcGISRasters_GeoEco</a></td><td>Creates rasters for a Level 3 Standard Mapped Image (SMI) product published by the NASA GSFC OceanColor Group.</td></tr><tr><td><a href="OceanColorLevel3SMITimeSeries.CreateClimatologicalArcGISRasters.html?format=raw">OceanColorLevel3SMITimeSeriesCreateClimatologicalArcGISRasters_GeoEco</a></td><td>Creates climatological rasters for a Level 3 Standard Mapped Image (SMI) product published by the NASA GSFC OceanColor Group.</td></tr><tr><td><a href="OceanColorLevel3SMITimeSeries.InterpolateAtArcGISPoints.html?format=raw">OceanColorLevel3SMITimeSeriesInterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates the values of a Level 3 Standard Mapped Image (SMI) product published by the NASA GSFC OceanColor Group at points.</td></tr><tr><td><a href="Periodicity.AnalyzeArcGISTable.html?format=raw">PeriodicityAnalyzeArcGISTable_GeoEco</a></td><td>Creates several plots that show the temporal periodicity of the records in a table.</td></tr><tr><td><a href="R.EvaluateFile.html?format=raw">REvaluateFile_GeoEco</a></td><td>Evalutes the R statements in a text file using the R interpreter and returns the result of the last statement.</td></tr><tr><td><a href="R.Evaluate.html?format=raw">REvaluate_GeoEco</a></td><td>Evalutes one or more R statements using the R interpreter and returns the result of the last statement.</td></tr><tr><td><a href="RExploratoryPlots.ClevelandPlotForArcGISTable.html?format=raw">RExploratoryPlotsClevelandPlotForArcGISTable_GeoEco</a></td><td>Creates a multi-panel Cleveland dotplot for a table.</td></tr><tr><td><a href="RExploratoryPlots.DensityHistogramForArcGISField.html?format=raw">RExploratoryPlotsDensityHistogramForArcGISField_GeoEco</a></td><td>Creates a density histogram for a field of a table.</td></tr><tr><td><a href="RExploratoryPlots.DensityHistogramForArcGISPointsCoordinates.html?format=raw">RExploratoryPlotsDensityHistogramForArcGISPointsCoordinates_GeoEco</a></td><td>Creates a density histogram for one of the coordinates of a point feature class or layer.</td></tr><tr><td><a href="RExploratoryPlots.ScatterplotMatrixForArcGISTable.html?format=raw">RExploratoryPlotsScatterplotMatrixForArcGISTable_GeoEco</a></td><td>Creates a matrix of scatterplots for a table using the R pairs function.</td></tr><tr><td><a href="ROMSCoSiNE2D.CreateArcGISRaster.html?format=raw">ROMSCoSiNE2DCreateArcGISRaster_GeoEco</a></td><td>Creates a raster for a Pacific ROMS-CoSiNE 2D variable.</td></tr><tr><td><a href="ROMSCoSiNE2D.InterpolateAtArcGISPoints.html?format=raw">ROMSCoSiNE2DInterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates a Pacific ROMS-CoSiNE 2D variable at points.</td></tr><tr><td><a href="ROMSCoSiNE3D.CreateArcGISRasters.html?format=raw">ROMSCoSiNE3DCreateArcGISRasters_GeoEco</a></td><td>Creates rasters for a Pacific ROMS-CoSiNE 3D variable.</td></tr><tr><td><a href="ROMSCoSiNE3D.CreateClimatologicalArcGISRasters.html?format=raw">ROMSCoSiNE3DCreateClimatologicalArcGISRasters_GeoEco</a></td><td>Creates climatological rasters for a Pacific ROMS-CoSiNE 3D variable</td></tr><tr><td><a href="ROMSCoSiNE3D.InterpolateAtArcGISPoints.html?format=raw">ROMSCoSiNE3DInterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates Pacific ROMS-CoSiNE 3D variables at points.</td></tr><tr><td><a href="ROMSCoSiNE4D.CreateArcGISRasters.html?format=raw">ROMSCoSiNE4DCreateArcGISRasters_GeoEco</a></td><td>Creates rasters for a Pacific ROMS-CoSiNE 4D variable.</td></tr><tr><td><a href="ROMSCoSiNE4D.CreateClimatologicalArcGISRasters.html?format=raw">ROMSCoSiNE4DCreateClimatologicalArcGISRasters_GeoEco</a></td><td>Creates climatological rasters for a Pacific ROMS-CoSiNE 4D variable</td></tr><tr><td><a href="ROMSCoSiNE4D.InterpolateAtArcGISPoints.html?format=raw">ROMSCoSiNE4DInterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates Pacific ROMS-CoSiNE 4D variables at points.</td></tr><tr><td><a href="RandomForestModel.FitToArcGISTable.html?format=raw">RandomForestModelFitToArcGISTable_GeoEco</a></td><td>Fits a random forest model to data in a table.</td></tr><tr><td><a href="RandomForestModel.PredictFromArcGISRasters.html?format=raw">RandomForestModelPredictFromArcGISRasters_GeoEco</a></td><td>Using a fitted random forest model, this tool creates a raster representing the response variable predicted from rasters representing the predictor variables.</td></tr><tr><td><a href="RandomForestModel.PredictFromArcGISTable.html?format=raw">RandomForestModelPredictFromArcGISTable_GeoEco</a></td><td>Given a random forest model, this tool predicts the response variable for each row of a table.</td></tr><tr><td><a href="SIRFile.ExtractHeaderArcGISTable.html?format=raw">SIRFileExtractHeaderArcGISTable_GeoEco</a></td><td>Extracts the headers of SIR files in a table and saves them to text files.</td></tr><tr><td><a href="SIRFile.ExtractHeader.html?format=raw">SIRFileExtractHeader_GeoEco</a></td><td>Extracts the header of a SIR file.</td></tr><tr><td><a href="SIRFile.FindAndConvertToArcGISRasters.html?format=raw">SIRFileFindAndConvertToArcGISRasters_GeoEco</a></td><td>Finds SIR files in a directory and converts them to ArcGIS rasters.</td></tr><tr><td><a href="SIRFile.FindAndConvertToArcInfoASCIIGrids.html?format=raw">SIRFileFindAndConvertToArcInfoASCIIGrids_GeoEco</a></td><td>Finds SIR files in a directory and converts them to text files in ArcInfo ASCII grid format.</td></tr><tr><td><a href="SIRFile.FindAndConvertToBinaryRasters.html?format=raw">SIRFileFindAndConvertToBinaryRasters_GeoEco</a></td><td>Finds SIR files in a directory and converts them to binary rasters.</td></tr><tr><td><a href="SIRFile.FindAndExtractHeaders.html?format=raw">SIRFileFindAndExtractHeaders_GeoEco</a></td><td>Finds SIR files in a directory, extracts their headers, and saves the headers to text files.</td></tr><tr><td><a href="SIRFile.ToArcGISRasterArcGISTable.html?format=raw">SIRFileToArcGISRasterArcGISTable_GeoEco</a></td><td>Converts each SIR file in a table to an ArcGIS raster.</td></tr><tr><td><a href="SIRFile.ToArcGISRaster.html?format=raw">SIRFileToArcGISRaster_GeoEco</a></td><td>Converts a SIR file to an ArcGIS raster.</td></tr><tr><td><a href="SIRFile.ToArcInfoASCIIGridArcGISTable.html?format=raw">SIRFileToArcInfoASCIIGridArcGISTable_GeoEco</a></td><td>Converts each SIR file in a table to a text file in ArcInfo ASCII grid format.</td></tr><tr><td><a href="SIRFile.ToArcInfoASCIIGrid.html?format=raw">SIRFileToArcInfoASCIIGrid_GeoEco</a></td><td>Converts a SIR file to a text file in ArcInfo ASCII Grid format.</td></tr><tr><td><a href="SIRFile.ToBinaryRasterArcGISTable.html?format=raw">SIRFileToBinaryRasterArcGISTable_GeoEco</a></td><td>Converts each SIR file in a table to a binary raster.</td></tr><tr><td><a href="SIRFile.ToBinaryRaster.html?format=raw">SIRFileToBinaryRaster_GeoEco</a></td><td>Converts a SIR file to a binary raster.</td></tr><tr><td><a href="Shapefile.CopyToDirectory.html?format=raw">ShapefileCopyToDirectory_GeoEco</a></td><td>Copies a shapefile to a directory.</td></tr><tr><td><a href="Shapefile.Copy.html?format=raw">ShapefileCopy_GeoEco</a></td><td>Copies a shapefile.</td></tr><tr><td><a href="SpatiaLiteDatabase.ExportToArcGISWorkspace.html?format=raw">SpatiaLiteDatabaseExportToArcGISWorkspace_GeoEco</a></td><td>Converts tables in a SpatiaLite database to ArcGIS tables, shapefiles, and feature classes.</td></tr><tr><td><a href="SpatiaLiteDatabase.ImportFromArcGISWorkspace.html?format=raw">SpatiaLiteDatabaseImportFromArcGISWorkspace_GeoEco</a></td><td>Converts ArcGIS tables, shapefiles, and feature classes to tables in a SpatiaLite database.</td></tr><tr><td><a href="SpeciesDiversity.CalculateDiversityIndexForArcGISPolygons.html?format=raw">SpeciesDiversityCalculateDiversityIndexForArcGISPolygons_GeoEco</a></td><td>Given polygons representing zones of interest and points representing species occurrence observations, calculates a species diversity index for each polygon.</td></tr><tr><td><a href="Table.ExecuteADOCommandForArcGISTable.html?format=raw">TableExecuteADOCommandForArcGISTable_GeoEco</a></td><td>Opens a Microsoft ActiveX Data Objects (ADO) connection to the database containing a table and executes a command.</td></tr><tr><td><a href="TreeModel.FitToArcGISTable.html?format=raw">TreeModelFitToArcGISTable_GeoEco</a></td><td>Fits a tree model to data in a table.</td></tr><tr><td><a href="TreeModel.PredictFromArcGISRasters.html?format=raw">TreeModelPredictFromArcGISRasters_GeoEco</a></td><td>Using a fitted tree model, this tool creates a raster representing the response variable predicted from rasters representing the predictor variables.</td></tr><tr><td><a href="TreeModel.PredictFromArcGISTable.html?format=raw">TreeModelPredictFromArcGISTable_GeoEco</a></td><td>Given a fitted tree model, this tool predicts the response variable for each row of a table.</td></tr></table></p><h1><a id="Copyright">Copyright and License</a></h1><p>Except where otherwise noted, this document and the Marine Geospatial Ecology
	3	<html xmlns="http://www.w3.org/1999/xhtml"><head><title>Marine Geospatial Ecology Tools - ArcGIS Reference</title><link rel="stylesheet" type="text/css" href="../Documentation.css?format=raw" /><meta http-equiv="Content-Type" content="text/html; charset=UTF-8" /></head><body><p class="title1">Marine Geospatial Ecology Tools</p><p class="title2">ArcGIS Geoprocessing Reference</p><table class="docmetadata"><tr><td class="docmetadata1">MGET version:</td><td class="docmetadata2">0.8a43</td></tr><tr><td class="docmetadata1">Document version:</td><td class="docmetadata2">$Id: ArcGISReference.xsl 497 2010-04-01 18:41:19Z jjr8 $</td></tr><tr><td class="docmetadata1">Maintainer email:</td><td class="docmetadata2"><a href="mailto:jason.roberts@duke.edu">jason.roberts@duke.edu</a></td></tr><tr><td class="docmetadata1">MGET home page:</td><td class="docmetadata2"><a href="http://code.nicholas.duke.edu/projects/mget">http://code.nicholas.duke.edu/projects/mget</a></td></tr></table><h1><a id="Contents">Contents</a></h1><ul><li><a href="#IndexByLabel">Tool Index, By Label</a></li><li><a href="#IndexByName">Tool Index, By Name</a></li><li><a href="#Copyright">Copyright and License</a></li></ul><h1><a id="IndexByLabel">Tool Index, By Label</a></h1><p>In the table below, <i>Tool Label</i> is the name of the tool as it appears in the
	4	ArcGIS toolbox.</p><p><table><tr><th>Tool Label</th><th>Description</th></tr><tr><td><a href="Periodicity.AnalyzeArcGISTable.html?format=raw">Analyze Temporal Periodocity in Table</a></td><td>Creates several plots that show the temporal periodicity of the records in a table.</td></tr><tr><td><a href="FisheryPeriodicity.AnalyzeCPUEInArcGISTable.html?format=raw">Analyze Temporal Periodocity of CPUE</a></td><td>Creates several plots that analyze the temporal periodicity of catch per unit effort (CPUE) calculated from fishing records in a table.</td></tr><tr><td><a href="FisheryPeriodicity.AnalyzeCatchInArcGISTable.html?format=raw">Analyze Temporal Periodocity of Catch</a></td><td>Creates several plots that show the temporal periodicity of catch records in a table.</td></tr><tr><td><a href="FisheryPeriodicity.AnalyzeEffortInArcGISTable.html?format=raw">Analyze Temporal Periodocity of Effort</a></td><td>Creates several plots that show the temporal periodicity of fishing effort records in a table.</td></tr><tr><td><a href="ArcGISPoints.AppendPointsToFeatureClass2.html?format=raw">Append Points</a></td><td>Appends points to an existing ArcGIS point feature class.</td></tr><tr><td><a href="ArcGISPolygons.AppendPolygonToFeatureClass2.html?format=raw">Append Polygon</a></td><td>Appends a polygon to an existing ArcGIS polygon feature class.</td></tr><tr><td><a href="ArcGISPolygons.AppendRectangleToFeatureClass2.html?format=raw">Append Rectangle</a></td><td>Appends a rectangle to an existing ArcGIS polygon feature class.</td></tr><tr><td><a href="Field.CalculateArcGISField.html?format=raw">Calculate Field Using a Python Expression</a></td><td>Calculates the value of a table field using a Python expression.</td></tr><tr><td><a href="Field.CalculateArcGISFields.html?format=raw">Calculate Fields Using Python Expressions</a></td><td>Calculates values for one or more fields of a table using Python expressions.</td></tr><tr><td><a href="Moon.CalculateMoonPhaseForArcGISTable.html?format=raw">Calculate Moon Phase For Dates in Field</a></td><td>Given a table with a date field, calculates the phase of the moon and writes it to another field.</td></tr><tr><td><a href="SpeciesDiversity.CalculateDiversityIndexForArcGISPolygons.html?format=raw">Calculate Species Diversity Index for Polygons</a></td><td>Given polygons representing zones of interest and points representing species occurrence observations, calculates a species diversity index for each polygon.</td></tr><tr><td><a href="CayulaCornillonEdgeDetection.DetectEdgesInArcGISRaster.html?format=raw">Cayula-Cornillon Fronts in ArcGIS Raster</a></td><td>Finds fronts in an ArcGIS raster using the Cayula and Cornillon (1992) single image edge detection (SIED) algorithm.</td></tr><tr><td><a href="CayulaCornillonEdgeDetection.DetectEdgesInArcGISRastersArcGISTable.html?format=raw">Cayula-Cornillon Fronts in ArcGIS Rasters Listed in Table</a></td><td>Finds fronts in ArcGIS rasters listed in a table using the Cayula and Cornillon (1992) single-image edge detection algorithm.</td></tr><tr><td><a href="CayulaCornillonEdgeDetection.DetectEdgesInBinaryRaster.html?format=raw">Cayula-Cornillon Fronts in Binary Raster</a></td><td>Finds fronts in a binary raster using the Cayula and Cornillon (1992) single image edge detection (SIED) algorithm.</td></tr><tr><td><a href="CoastWatchAVHRR.FindFrontsAsArcGISRaster.html?format=raw">Cayula-Cornillon Fronts in CoastWatch Image as ArcGIS Raster</a></td><td>Finds fronts in a CoastWatch POES AVHRR image using the Cayula and Cornillon (1992) single-image edge detection algorithm and outputs them to an ArcGIS raster.</td></tr><tr><td><a href="CoastWatchAVHRR.FindFrontsAsBinaryRaster.html?format=raw">Cayula-Cornillon Fronts in CoastWatch Image as Binary Raster</a></td><td>Finds fronts in a CoastWatch POES AVHRR image using the Cayula and Cornillon (1992) single-image edge detection algorithm and outputs them to a binary raster.</td></tr><tr><td><a href="CoastWatchAVHRR.FindFrontsAsArcGISRastersArcGISTable.html?format=raw">Cayula-Cornillon Fronts in CoastWatch Images Listed in Table as ArcGIS Rasters</a></td><td>Finds fronts in CoastWatch POES AVHRR images listed in a table using the Cayula and Cornillon (1992) single-image edge detection algorithm and outputs them as ArcGIS rasters.</td></tr><tr><td><a href="ESRLClimateIndices.ClassifyONIEpisodesInTimeSeriesArcGISTable.html?format=raw">Classify Oceanic Nino Index (ONI) Episodes in Table</a></td><td>Given a time series table of monthly Oceanic Nino Index (ONI) numerical values, classifies each month as part of a normal, El Nino (warm), or La Nina (cold) episode.</td></tr><tr><td><a href="RExploratoryPlots.ClevelandPlotForArcGISTable.html?format=raw">Cleveland Plot for Table</a></td><td>Creates a multi-panel Cleveland dotplot for a table.</td></tr><tr><td><a href="CoastWatchAVHRR.ToArcGISRaster.html?format=raw">CoastWatch Image to ArcGIS Raster</a></td><td>Extracts and converts CoastWatch POES AVHRR image, specified by a file plus a variable in that file, to an ArcGIS raster.</td></tr><tr><td><a href="CoastWatchAVHRR.ToBinaryRaster.html?format=raw">CoastWatch Image to Binary Raster</a></td><td>Extracts and converts CoastWatch POES AVHRR image, specified by a file plus a variable in that file, to a binary raster.</td></tr><tr><td><a href="CoastWatchAVHRR.ToArcGISRasterArcGISTable.html?format=raw">CoastWatch Images Listed in Table To ArcGIS Rasters</a></td><td>Creates an ArcGIS raster from each CoastWatch POES AVHRR image listed in a table of images, where one field specifies the file path containing the image and another specifies the variable that represents the image.</td></tr><tr><td><a href="CoastWatchAVHRR.ToBinaryRasterArcGISTable.html?format=raw">CoastWatch Images Listed in Table To Binary Rasters</a></td><td>Creates a binary raster from each CoastWatch POES AVHRR image listed in a table of images, where one field specifies the file path containing the image and another specifies the variable that represents the image.</td></tr><tr><td><a href="CoastWatchAVHRR.ToCoastWatchHDF.html?format=raw">CoastWatch Images to HDF</a></td><td>Creates a CoastWatch HDF by importing images from a list of CoastWatch POES AVHRR CWFs or HDFs.</td></tr><tr><td><a href="NetCDF.Convert2DVariableToArcGISRaster.html?format=raw">Convert 2D Variable in NetCDF to ArcGIS Raster</a></td><td>Converts a two-dimensional variable in a netCDF file to an ArcGIS raster.</td></tr><tr><td><a href="NetCDF.Convert2DVariableToArcInfoASCIIGrid.html?format=raw">Convert 2D Variable in NetCDF to ArcInfo ASCII Grid</a></td><td>Converts a two-dimensional variable in a netCDF file to a text file in ArcInfo ASCII Grid format.</td></tr><tr><td><a href="NetCDF.Convert2DVariableToBinaryRaster.html?format=raw">Convert 2D Variable in NetCDF to Binary Raster</a></td><td>Converts a two-dimensional variable in a netCDF file to a binary raster.</td></tr><tr><td><a href="NetCDF.Convert2DVariableInNetCDFsInArcGISTableToArcGISRasters.html?format=raw">Convert 2D Variable in NetCDFs Listed in Table To ArcGIS Rasters</a></td><td>Converts a two-dimensional variable in each netCDF file in a table to an ArcGIS raster.</td></tr><tr><td><a href="NetCDF.Convert2DVariableInNetCDFsInArcGISTableToArcInfoASCIIGrids.html?format=raw">Convert 2D Variable in NetCDFs Listed in Table To ArcInfo ASCII Grids</a></td><td>Converts a two-dimensional variable in each netCDF file in a table to a text file in ArcInfo ASCII Grid format.</td></tr><tr><td><a href="NetCDF.Convert2DVariableInNetCDFsInArcGISTableToBinaryRasters.html?format=raw">Convert 2D Variable in NetCDFs Listed in Table To Binary Rasters</a></td><td>Converts a two-dimensional variable in each netCDF file in a table to a binary raster.</td></tr><tr><td><a href="SpatiaLiteDatabase.ImportFromArcGISWorkspace.html?format=raw">Convert ArcGIS Geodatasets to SpatiaLite Tables</a></td><td>Converts ArcGIS tables, shapefiles, and feature classes to tables in a SpatiaLite database.</td></tr><tr><td><a href="ArcGISRaster.ToLines.html?format=raw">Convert ArcGIS Raster to Lines</a></td><td>Converts an ArcGIS raster to a feature class of lines that connect adjacent foreground raster cells.</td></tr><tr><td><a href="ArcGISRaster.ToPoints.html?format=raw">Convert ArcGIS Raster to Points</a></td><td>Converts an ArcGIS raster to a feature class of points that occur at the centers of the raster cells.</td></tr><tr><td><a href="ArcGISRaster.ToPolygonOutlines.html?format=raw">Convert ArcGIS Raster to Polygon Outlines</a></td><td>Converts an ArcGIS raster to lines that outline groups of adjacent raster cells having the same value.</td></tr><tr><td><a href="ArcGISRaster.ToPolygons.html?format=raw">Convert ArcGIS Raster to Polygons</a></td><td>Converts an ArcGIS raster to polygons that encompass groups of adjacent raster cells having the same value.</td></tr><tr><td><a href="ArcGISRaster.ToLinesArcGISTable.html?format=raw">Convert ArcGIS Rasters Listed in Table to Lines</a></td><td>Converts the ArcGIS rasters listed in a table to lines that outline groups of adjacent raster cells having the same value.</td></tr><tr><td><a href="ArcGISRaster.ToPointsArcGISTable.html?format=raw">Convert ArcGIS Rasters Listed in Table to Points</a></td><td>Converts the ArcGIS rasters listed in a table to points that occur at the centers of the raster cells.</td></tr><tr><td><a href="ArcGISRaster.ToPolygonOutlinesArcGISTable.html?format=raw">Convert ArcGIS Rasters Listed in Table to Polygon Outlines</a></td><td>Converts the ArcGIS rasters listed in a table to lines that outline groups of adjacent raster cells having the same value.</td></tr><tr><td><a href="ArcGISRaster.ToPolygonsArcGISTable.html?format=raw">Convert ArcGIS Rasters Listed in Table to Polygons</a></td><td>Converts the ArcGIS rasters listed in a table to polygons that encompass groups of adjacent raster cells having the same value.</td></tr><tr><td><a href="ArcInfoASCIIGrid.ToArcGISRaster.html?format=raw">Convert ArcInfo ASCII Grid to ArcGIS Raster</a></td><td>Converts a text file in ArcInfo ASCII Grid format to an ArcGIS raster.</td></tr><tr><td><a href="ArcInfoASCIIGrid.ToArcGISRasterArcGISTable.html?format=raw">Convert ArcInfo ASCII Grids Listed in Table To ArcGIS Rasters</a></td><td>Converts each ArcInfo ASCII Grid text file in a table to an ArcGIS raster.</td></tr><tr><td><a href="BinaryRaster.ToArcGISRaster.html?format=raw">Convert Binary Raster to ArcGIS Raster</a></td><td>Converts a two-dimensional binary raster to an ArcGIS raster.</td></tr><tr><td><a href="BinaryRaster.ToArcInfoASCIIGrid.html?format=raw">Convert Binary Raster to ArcInfo ASCII Grid</a></td><td>Converts a two-dimensional binary raster to a text file in ArcGIS ASCII Grid format.</td></tr><tr><td><a href="BinaryRaster.ToArcGISRasterArcGISTable.html?format=raw">Convert Binary Rasters Listed in Table To ArcGIS Rasters</a></td><td>Converts each two-dimensional binary raster in a table to an ArcGIS raster.</td></tr><tr><td><a href="BinaryRaster.ToArcInfoASCIIGridArcGISTable.html?format=raw">Convert Binary Rasters Listed in Table To ArcInfo ASCII Grids</a></td><td>Converts each two-dimensional binary raster in a table to a text file in ArcInfo ASCII Grid format.</td></tr><tr><td><a href="CoastWatchAVHRR.ToCoastWatchHDFArcGISTable.html?format=raw">Convert CoastWatch Images Listed in Table to HDFs</a></td><td>Creates CoastWatch HDFs in a specified output directory by importing images from the CoastWatch POES AVHRR CWFs or HDFs listed in a table.</td></tr><tr><td><a href="CheltonMesocaleEddyPoints.ConvertToSpatiaLite.html?format=raw">Convert Mesoscale Eddies NetCDF to SpatiaLite Database</a></td><td>Converts the Chelton et al. (2011) mesoscale eddy database netCDF file to a SpatiaLite database.</td></tr><tr><td><a href="HDF.SDSToArcGISRaster.html?format=raw">Convert SDS in HDF to ArcGIS Raster</a></td><td>Converts a Scientific Data Set (SDS) in an HDF file to an ArcGIS raster.</td></tr><tr><td><a href="HDF.SDSToArcInfoASCIIGrid.html?format=raw">Convert SDS in HDF to ArcInfo ASCII Grid</a></td><td>Converts a Scientific Data Set (SDS) in an HDF file to a text file in ArcInfo ASCII Grid format.</td></tr><tr><td><a href="HDF.SDSToBinaryRaster.html?format=raw">Convert SDS in HDF to Binary Raster</a></td><td>Converts a Scientific Data Set (SDS) in an HDF file to a binary raster.</td></tr><tr><td><a href="HDF.ToArcGISRasterArcGISTable.html?format=raw">Convert SDS in HDFs Listed in Table To ArcGIS Rasters</a></td><td>Converts a Scientific Data Set (SDS) in each HDF file in a table to an ArcGIS raster.</td></tr><tr><td><a href="HDF.ToArcInfoASCIIGridArcGISTable.html?format=raw">Convert SDS in HDFs Listed in Table To ArcInfo ASCII Grids</a></td><td>Converts a Scientific Data Set (SDS) in each HDF file in a table to a text file in an ArcInfo ASCII Grid format.</td></tr><tr><td><a href="HDF.ToBinaryRasterArcGISTable.html?format=raw">Convert SDS in HDFs Listed in Table To Binary Rasters</a></td><td>Converts a Scientific Data Set (SDS) in each HDF file in a table to a binary raster.</td></tr><tr><td><a href="SIRFile.ToArcGISRaster.html?format=raw">Convert SIR File to ArcGIS Raster</a></td><td>Converts a SIR file to an ArcGIS raster.</td></tr><tr><td><a href="SIRFile.ToArcInfoASCIIGrid.html?format=raw">Convert SIR File to ArcInfo ASCII Grid</a></td><td>Converts a SIR file to a text file in ArcInfo ASCII Grid format.</td></tr><tr><td><a href="SIRFile.ToBinaryRaster.html?format=raw">Convert SIR File to Binary Raster</a></td><td>Converts a SIR file to a binary raster.</td></tr><tr><td><a href="SIRFile.ToArcGISRasterArcGISTable.html?format=raw">Convert SIR Files Listed in Table To ArcGIS Rasters</a></td><td>Converts each SIR file in a table to an ArcGIS raster.</td></tr><tr><td><a href="SIRFile.ToArcInfoASCIIGridArcGISTable.html?format=raw">Convert SIR Files Listed in Table To ArcInfo ASCII Grids</a></td><td>Converts each SIR file in a table to a text file in ArcInfo ASCII grid format.</td></tr><tr><td><a href="SIRFile.ToBinaryRasterArcGISTable.html?format=raw">Convert SIR Files Listed in Table To Binary Rasters</a></td><td>Converts each SIR file in a table to a binary raster.</td></tr><tr><td><a href="SpatiaLiteDatabase.ExportToArcGISWorkspace.html?format=raw">Convert SpatiaLite Tables to ArcGIS Geodatasets</a></td><td>Converts tables in a SpatiaLite database to ArcGIS tables, shapefiles, and feature classes.</td></tr><tr><td><a href="CoastWatchAVHRR.CopyNavigationOffsets.html?format=raw">Copy CoastWatch Navigation Offsets</a></td><td>Copies the navigation offsets from one variable in a CoastWatch POES AVHRR CWF or HDF file to one or more variables in another file.</td></tr><tr><td><a href="CoastWatchAVHRR.CopyNavigationOffsetsArcGISTable.html?format=raw">Copy CoastWatch Navigation Offsets for Files Listed in Table</a></td><td>Copies navigation offsets from a source variable to destination variables in CoastWatch POES AVHRR CWF or HDF files listed in a table.</td></tr><tr><td><a href="Directory.CopyArcGISTable.html?format=raw">Copy Directories Listed in Table</a></td><td>Copies the directories listed in a table.</td></tr><tr><td><a href="Directory.Copy.html?format=raw">Copy Directory</a></td><td>Copies a directory, including its subdirectories and files.</td></tr><tr><td><a href="File.Copy.html?format=raw">Copy File</a></td><td>Copies a file.</td></tr><tr><td><a href="File.CopyArcGISTable.html?format=raw">Copy Files Listed in Table</a></td><td>Copies the files listed in a table.</td></tr><tr><td><a href="ArcGISRaster.Copy.html?format=raw">Copy Raster</a></td><td>Copies an ArcGIS raster.</td></tr><tr><td><a href="ArcGISRaster.CopyArcGISTable.html?format=raw">Copy Rasters Listed in Table</a></td><td>Copies the ArcGIS rasters listed in a table.</td></tr><tr><td><a href="Shapefile.Copy.html?format=raw">Copy Shapefile</a></td><td>Copies a shapefile.</td></tr><tr><td><a href="Shapefile.CopyToDirectory.html?format=raw">Copy Shapefile To Directory</a></td><td>Copies a shapefile to a directory.</td></tr><tr><td><a href="ArcGISPolygons.CreateBoundingBoxForArcGISGeoDatasets.html?format=raw">Create Bounding Box for Geodatasets</a></td><td>Creates a new ArcGIS polygon feature class and a bounding box (a minimum bounding rectangle) within it that encompasses the extents of one or more ArcGIS geodatasets.</td></tr><tr><td><a href="AVHRRPathfinderSSTTimeSeries.CreateClimatologicalArcGISRasters.html?format=raw">Create Climatological Rasters for AVHRR Pathfinder V5 SST</a></td><td>Creates climatological rasters from AVHRR Pathfinder Version 5 SST images published by NOAA NODC.</td></tr><tr><td><a href="AvisoGriddedGeostrophicCurrents.CreateClimatologicalArcGISRasters.html?format=raw">Create Climatological Rasters for Aviso Geostrophic Currents Product</a></td><td>Creates climatological rasters for an Aviso gridded geostrophic currents product.</td></tr><tr><td><a href="AvisoGriddedSSH.CreateClimatologicalArcGISRasters.html?format=raw">Create Climatological Rasters for Aviso SSH Product</a></td><td>Creates climatological rasters for an Aviso gridded sea surface height product.</td></tr><tr><td><a href="AvisoGriddedSignificantWaveHeight.CreateClimatologicalArcGISRasters.html?format=raw">Create Climatological Rasters for Aviso Significant Wave Height Product</a></td><td>Creates climatological rasters for an Aviso gridded significant wave height product.</td></tr><tr><td><a href="AvisoGriddedWindSpeedModulus.CreateClimatologicalArcGISRasters.html?format=raw">Create Climatological Rasters for Aviso Wind Speed Modulus Product</a></td><td>Creates climatological rasters for an Aviso gridded wind speed modulus product.</td></tr><tr><td><a href="GHRSSTLevel4.CreateClimatologicalArcGISRasters.html?format=raw">Create Climatological Rasters for GHRSST L4 SST</a></td><td>Creates climatological rasters for a GHRSST L4 product hosted by NASA JPL PO.DAAC.</td></tr><tr><td><a href="HYCOMGLBa008Equatorial3D.CreateClimatologicalArcGISRasters.html?format=raw">Create Climatological Rasters for HYCOM GLBa0.08 Equatorial 3D Variable</a></td><td>Creates climatological rasters for a 3D variable of the equatorial (Mercator) region of the HYCOM GLBa0.08 dataset</td></tr><tr><td><a href="HYCOMGLBa008Equatorial4D.CreateClimatologicalArcGISRasters.html?format=raw">Create Climatological Rasters for HYCOM GLBa0.08 Equatorial 4D Variable</a></td><td>Creates climatological rasters for a 4D variable of the equatorial (Mercator) region of the HYCOM GLBa0.08 dataset</td></tr><tr><td><a href="HYCOMGOMl0043D.CreateClimatologicalArcGISRasters.html?format=raw">Create Climatological Rasters for HYCOM GOMl0.04 3D Variable</a></td><td>Creates climatological rasters for a HYCOM GOMl0.04 3D variable</td></tr><tr><td><a href="HYCOMGOMl0044D.CreateClimatologicalArcGISRasters.html?format=raw">Create Climatological Rasters for HYCOM GOMl0.04 4D Variable</a></td><td>Creates climatological rasters for a HYCOM GOMl0.04 4D variable</td></tr><tr><td><a href="OceanColorLevel3SMITimeSeries.CreateClimatologicalArcGISRasters.html?format=raw">Create Climatological Rasters for NASA OceanColor L3 SMI Product</a></td><td>Creates climatological rasters for a Level 3 Standard Mapped Image (SMI) product published by the NASA GSFC OceanColor Group.</td></tr><tr><td><a href="OSCAR5DayThirdDegreeCurrents.CreateClimatologicalArcGISRasters.html?format=raw">Create Climatological Rasters for OSCAR Currents</a></td><td>Creates climatological rasters for NOAA OSCAR 5-day unfiltered 1/3 degree ocean surface currents.</td></tr><tr><td><a href="MODISL3SSTTimeSeries.CreateClimatologicalArcGISRasters.html?format=raw">Create Climatological Rasters for PO.DAAC MODIS L3 SST</a></td><td>Creates climatological rasters from MODIS Level 3 SST images published by NASA JPL PO.DAAC.</td></tr><tr><td><a href="ROMSCoSiNE3D.CreateClimatologicalArcGISRasters.html?format=raw">Create Climatological Rasters for Pacific ROMS-CoSiNE 3D Variable</a></td><td>Creates climatological rasters for a Pacific ROMS-CoSiNE 3D variable</td></tr><tr><td><a href="ROMSCoSiNE4D.CreateClimatologicalArcGISRasters.html?format=raw">Create Climatological Rasters for Pacific ROMS-CoSiNE 4D Variable</a></td><td>Creates climatological rasters for a Pacific ROMS-CoSiNE 4D variable</td></tr><tr><td><a href="CoastWatchAVHRR.CreateMaskAsArcGISRaster.html?format=raw">Create CoastWatch Mask as ArcGIS Raster</a></td><td>Creates a mask, in ArcGIS raster format, for a CoastWatch POES AVHRR image.</td></tr><tr><td><a href="CoastWatchAVHRR.CreateMaskAsBinaryRaster.html?format=raw">Create CoastWatch Mask as Binary Raster</a></td><td>Creates a mask, in binary raster format, for a CoastWatch POES AVHRR image.</td></tr><tr><td><a href="CoralReefConnectivity.CreateSimulationFromArcGISRasters.html?format=raw">Create Coral Reef Connectivity Simulation From ArcGIS Rasters</a></td><td>Creates a coral reef connectivity simulation and initializes it with reef data in ArcGIS rasters.</td></tr><tr><td><a href="HYCOMGLBa008Equatorial4D.CreateCurrentVectorsAsArcGISFeatureClasses.html?format=raw">Create Current Vectors for HYCOM GLBa0.08 Equatorial Region</a></td><td>Creates line feature classes representing the current vectors for the equatorial (Mercator) region of the HYCOM GLBa0.08 dataset.</td></tr><tr><td><a href="HYCOMGOMl0044D.CreateCurrentVectorsAsArcGISFeatureClasses.html?format=raw">Create Current Vectors for HYCOM GOMl0.04</a></td><td>Creates line feature classes representing the vectors of HYCOM GOMl0.04 currents.</td></tr><tr><td><a href="Directory.Create.html?format=raw">Create Directory</a></td><td>Creates a directory, including any parent directories that are missing.</td></tr><tr><td><a href="FEET.CreateEnvelopes.html?format=raw">Create Fishery Effort Envelopes</a></td><td>Models the spatial distribution of fishing effort for fisheries for which no spatially-explicit effort data is available.</td></tr><tr><td><a href="ArcGISFishnets.CreateFishnet.html?format=raw">Create Fishnet</a></td><td>Creates a grid of rectangular polygons.</td></tr><tr><td><a href="ArcGISFishnets.CreateFishnetForPoints.html?format=raw">Create Fishnet for Points</a></td><td>Creates a grid of rectangular cells that overlap the input points and optionally calculates summary statistics for the points that intersect each cell.</td></tr><tr><td><a href="ArcGISLines.FromVectorComponentRasters.html?format=raw">Create Lines From Vector Component Rasters</a></td><td>Given rasters representing the x and y components of a vector field, such as the u and v rasters for ocean currents, this tool creates a feature class of lines representing the vectors, similar to a "quiver plot".</td></tr><tr><td><a href="ArcGISLines.FromVectorComponentRastersInArcGISTable.html?format=raw">Create Lines From Vector Component Rasters Listed in Table</a></td><td>Given a table of rasters representing the x and y components of vector fields, such as the u and v rasters for ocean currents, this tool creates feature classes of lines representing the vectors, similar to a "quiver plot".</td></tr><tr><td><a href="CoastWatchAVHRR.CreateMasksAsArcGISRastersArcGISTable.html?format=raw">Create Masks as ArcGIS Rasters for CoastWatch Images Listed in Table</a></td><td>Creates masks, in ArcGIS raster format, for CoastWatch POES AVHRR images listed in a table.</td></tr><tr><td><a href="CoastWatchAVHRR.CreateMasksAsBinaryRastersArcGISTable.html?format=raw">Create Masks as Binary Rasters for CoastWatch Images Listed in Table</a></td><td>Creates masks, in binary raster format, for CoastWatch POES AVHRR images listed in a table.</td></tr><tr><td><a href="ArcGISPoints.CreateFeatureClassWithPoints2.html?format=raw">Create Points</a></td><td>Creates points in a new ArcGIS point feature class.</td></tr><tr><td><a href="ArcGISPoints.CreatePointsAlongLines.html?format=raw">Create Points Along Lines</a></td><td>Creates points along lines at a specified interval.</td></tr><tr><td><a href="ArcGISPolygons.CreateFeatureClassWithPolygon2.html?format=raw">Create Polygon</a></td><td>Creates a polygon in a new ArcGIS polygon feature class.</td></tr><tr><td><a href="CoRTADv32D.CreateArcGISRaster.html?format=raw">Create Raster for CoRTAD 2D Variable</a></td><td>Creates a raster for a CoRTAD 2D variable.</td></tr><tr><td><a href="ROMSCoSiNE2D.CreateArcGISRaster.html?format=raw">Create Raster for Pacific ROMS-CoSiNE 2D Variable</a></td><td>Creates a raster for a Pacific ROMS-CoSiNE 2D variable.</td></tr><tr><td><a href="AVHRRPathfinderSSTTimeSeries.CreateArcGISRasters.html?format=raw">Create Rasters for AVHRR Pathfinder V5 SST</a></td><td>Creates rasters for AVHRR Pathfinder Version 5 SST images published by NOAA NODC.</td></tr><tr><td><a href="AvisoGriddedGeostrophicCurrents.CreateArcGISRasters.html?format=raw">Create Rasters for Aviso Geostrophic Currents Product</a></td><td>Creates rasters for an Aviso gridded geostrophic currents product.</td></tr><tr><td><a href="AvisoGriddedSSH.CreateArcGISRasters.html?format=raw">Create Rasters for Aviso SSH Product</a></td><td>Creates rasters for an Aviso gridded sea surface height product.</td></tr><tr><td><a href="AvisoGriddedSignificantWaveHeight.CreateArcGISRasters.html?format=raw">Create Rasters for Aviso Significant Wave Height Product</a></td><td>Creates rasters for an Aviso gridded significant wave height product.</td></tr><tr><td><a href="AvisoGriddedWindSpeedModulus.CreateArcGISRasters.html?format=raw">Create Rasters for Aviso Wind Speed Modulus Product</a></td><td>Creates rasters for an Aviso gridded wind speed modulus product.</td></tr><tr><td><a href="CoRTADv33D.CreateArcGISRasters.html?format=raw">Create Rasters for CoRTAD 3D Variable</a></td><td>Creates rasters a CoRTAD 3D variable.</td></tr><tr><td><a href="GHRSSTLevel4.CreateArcGISRasters.html?format=raw">Create Rasters for GHRSST L4 SST</a></td><td>Creates rasters for a GHRSST L4 product hosted by NASA JPL PO.DAAC.</td></tr><tr><td><a href="HYCOMGLBa008Equatorial3D.CreateArcGISRasters.html?format=raw">Create Rasters for HYCOM GLBa0.08 Equatorial 3D Variable</a></td><td>Creates rasters for a 3D variable of the equatorial (Mercator) region of the HYCOM GLBa0.08 dataset.</td></tr><tr><td><a href="HYCOMGLBa008Equatorial4D.CreateArcGISRasters.html?format=raw">Create Rasters for HYCOM GLBa0.08 Equatorial 4D Variable</a></td><td>Creates rasters for a 4D variable of the equatorial (Mercator) region of the HYCOM GLBa0.08 dataset.</td></tr><tr><td><a href="HYCOMGOMl0043D.CreateArcGISRasters.html?format=raw">Create Rasters for HYCOM GOMl0.04 3D Variable</a></td><td>Creates rasters for a HYCOM GOMl0.04 3D variable.</td></tr><tr><td><a href="HYCOMGOMl0044D.CreateArcGISRasters.html?format=raw">Create Rasters for HYCOM GOMl0.04 4D Variable</a></td><td>Creates rasters for a HYCOM GOMl0.04 4D variable.</td></tr><tr><td><a href="OceanColorLevel3SMITimeSeries.CreateArcGISRasters.html?format=raw">Create Rasters for NASA OceanColor L3 SMI Product</a></td><td>Creates rasters for a Level 3 Standard Mapped Image (SMI) product published by the NASA GSFC OceanColor Group.</td></tr><tr><td><a href="OSCAR5DayThirdDegreeCurrents.CreateArcGISRasters.html?format=raw">Create Rasters for OSCAR Currents</a></td><td>Creates rasters for NOAA OSCAR 5-day unfiltered 1/3 degree ocean surface currents.</td></tr><tr><td><a href="MODISL3SSTTimeSeries.CreateArcGISRasters.html?format=raw">Create Rasters for PO.DAAC MODIS L3 SST</a></td><td>Creates rasters for MODIS Level 3 SST images published by NASA JPL PO.DAAC.</td></tr><tr><td><a href="ROMSCoSiNE3D.CreateArcGISRasters.html?format=raw">Create Rasters for Pacific ROMS-CoSiNE 3D Variable</a></td><td>Creates rasters for a Pacific ROMS-CoSiNE 3D variable.</td></tr><tr><td><a href="ROMSCoSiNE4D.CreateArcGISRasters.html?format=raw">Create Rasters for Pacific ROMS-CoSiNE 4D Variable</a></td><td>Creates rasters for a Pacific ROMS-CoSiNE 4D variable.</td></tr><tr><td><a href="ArcGISPolygons.CreateFeatureClassWithRectangle2.html?format=raw">Create Rectangle</a></td><td>Creates a rectangle in a new ArcGIS polygon feature class.</td></tr><tr><td><a href="Directory.CreateSubdirectory.html?format=raw">Create Subdirectory</a></td><td>Creates a subdirectory within a parent directory.</td></tr><tr><td><a href="ESRLClimateIndices.UrlToArcGISTable.html?format=raw">Create Table from ESRL Climate Index Time Series at URL</a></td><td>Creates and populates a table of climate index values parsed from NOAA ESRL climate index time series data downloaded from a URL.</td></tr><tr><td><a href="ESRLClimateIndices.UrlsToArcGISTable.html?format=raw">Create Table from ESRL Climate Index Time Series at URLs</a></td><td>Creates and populates a table of climate index values parsed from NOAA ESRL climate index time series data downloaded from a list of URLs.</td></tr><tr><td><a href="ESRLClimateIndices.FileToArcGISTable.html?format=raw">Create Table from ESRL Climate Index Time Series in Text File</a></td><td>Creates and populates a table of climate index values parsed from a text file in NOAA ESRL time series format.</td></tr><tr><td><a href="ESRLClimateIndices.FilesToArcGISTable.html?format=raw">Create Table from ESRL Climate Index Time Series in Text Files</a></td><td>Creates and populates a table of climate index values parsed from a list of text files, where each file contains the data for a single climate index in NOAA ESRL time series format.</td></tr><tr><td><a href="Directory.CreateTemporaryDirectory.html?format=raw">Create Temporary Directory</a></td><td>Creates a directory suitable for holding temporary files.</td></tr><tr><td><a href="AvisoGriddedGeostrophicCurrents.CreateVectorsAsArcGISFeatureClasses.html?format=raw">Create Vectors for Aviso Geostrophic Currents Product</a></td><td>Creates line feature classes representing the current vectors of an Aviso gridded geostrophic currents product.</td></tr><tr><td><a href="OSCAR5DayThirdDegreeCurrents.CreateVectorsAsArcGISFeatureClasses.html?format=raw">Create Vectors for OSCAR Currents</a></td><td>Creates line feature classes representing the vectors of NOAA OSCAR 5-day unfiltered 1/3 degree ocean surface currents.</td></tr><tr><td><a href="ArcGISRaster.CreateXRaster.html?format=raw">Create X Coordinate Raster</a></td><td>Creates an ArcGIS raster where the value of each cell is the X coordinate of the cell.</td></tr><tr><td><a href="ArcGISRaster.CreateYRaster.html?format=raw">Create Y Coordinate Raster</a></td><td>Creates an ArcGIS raster where the value of each cell is the Y coordinate of the cell.</td></tr><tr><td><a href="File.Decompress.html?format=raw">Decompress File</a></td><td>Decompresses a file into a directory.</td></tr><tr><td><a href="Directory.DeleteArcGISTable.html?format=raw">Delete Directories Listed in Table</a></td><td>Deletes the directories listed in a table.</td></tr><tr><td><a href="Directory.Delete.html?format=raw">Delete Directory</a></td><td>Deletes a directory.</td></tr><tr><td><a href="File.Delete.html?format=raw">Delete File</a></td><td>Deletes a file.</td></tr><tr><td><a href="File.DeleteArcGISTable.html?format=raw">Delete Files Listed in Table</a></td><td>Deletes the files listed in a table.</td></tr><tr><td><a href="ArcGISRaster.Delete.html?format=raw">Delete Raster</a></td><td>Deletes an ArcGIS raster.</td></tr><tr><td><a href="ArcGISRaster.DeleteArcGISTable.html?format=raw">Delete Rasters Listed in Table</a></td><td>Deletes the ArcGIS rasters listed in a table.</td></tr><tr><td><a href="RExploratoryPlots.DensityHistogramForArcGISField.html?format=raw">Density Histogram for Field</a></td><td>Creates a density histogram for a field of a table.</td></tr><tr><td><a href="RExploratoryPlots.DensityHistogramForArcGISPointsCoordinates.html?format=raw">Density Histogram for Point Coordinate</a></td><td>Creates a density histogram for one of the coordinates of a point feature class or layer.</td></tr><tr><td><a href="R.Evaluate.html?format=raw">Evaluate R Statements</a></td><td>Evalutes one or more R statements using the R interpreter and returns the result of the last statement.</td></tr><tr><td><a href="R.EvaluateFile.html?format=raw">Evaluate R Statements in Text File</a></td><td>Evalutes the R statements in a text file using the R interpreter and returns the result of the last statement.</td></tr><tr><td><a href="Table.ExecuteADOCommandForArcGISTable.html?format=raw">Execute Database Command for Table</a></td><td>Opens a Microsoft ActiveX Data Objects (ADO) connection to the database containing a table and executes a command.</td></tr><tr><td><a href="ADODatabaseConnection.ConnectAndExecuteCommand.html?format=raw">Execute Database Command on ADO Connection</a></td><td>Opens a Microsoft ActiveX Data Objects (ADO) connection to a database and executes a command.</td></tr><tr><td><a href="ChildProcess.ExecuteProgram.html?format=raw">Execute Program</a></td><td>Executes the specified program and captures its output.</td></tr><tr><td><a href="ArcGISRaster.ExtractByMaskArcGISTable.html?format=raw">Extract By Mask for ArcGIS Rasters Listed in Table</a></td><td>For each ArcGIS raster in a table, extracts the cells that correspond to the areas defined by a mask.</td></tr><tr><td><a href="HDF.ExtractHeader.html?format=raw">Extract HDF Header</a></td><td>Extracts the header of an HDF file and saves it to a text file.</td></tr><tr><td><a href="HDF.ExtractHeaderArcGISTable.html?format=raw">Extract Headers of HDFs Listed in Table</a></td><td>Extracts the headers of HDF files in a table and saves them to text files.</td></tr><tr><td><a href="NetCDF.ExtractHeaderArcGISTable.html?format=raw">Extract Headers of NetCDFs Listed in Table</a></td><td>Extracts the headers of netCDF files in a table and saves them to text files.</td></tr><tr><td><a href="SIRFile.ExtractHeaderArcGISTable.html?format=raw">Extract Headers of SIR Files Listed in Table</a></td><td>Extracts the headers of SIR files in a table and saves them to text files.</td></tr><tr><td><a href="CheltonMesocaleEddyPoints.ExtractArcGISPointsFromSpatiaLite.html?format=raw">Extract Mesoscale Eddy Centroids From SpatiaLite Database</a></td><td>Extracts eddy centroid points from the Chelton et al. (2011) mesoscale eddy database in SpatiaLite format.</td></tr><tr><td><a href="CheltonMesocaleEddyPoints.ExtractArcGISLinesFromSpatiaLite.html?format=raw">Extract Mesoscale Eddy Tracklines From SpatiaLite Database</a></td><td>Extracts eddy tracklines from the Chelton et al. (2011) mesoscale eddy database in SpatiaLite format.</td></tr><tr><td><a href="NetCDF.ExtractHeader.html?format=raw">Extract NetCDF Header</a></td><td>Extracts the header of a netCDF file and saves it to a text file.</td></tr><tr><td><a href="SIRFile.ExtractHeader.html?format=raw">Extract SIR File Header</a></td><td>Extracts the header of a SIR file.</td></tr><tr><td><a href="File.IsDecompressible.html?format=raw">File Is Decompressible</a></td><td>Returns True if the specified file is in a format that can be decompressed.</td></tr><tr><td><a href="ArcGISRaster.FindAndExtractByMask.html?format=raw">Find ArcGIS Rasters and Extract By Mask</a></td><td>Finds rasters in an ArcGIS workspace and extracts the cells that correspond to the areas defined by a mask.</td></tr><tr><td><a href="CayulaCornillonEdgeDetection.FindArcGISRastersAndDetectEdges.html?format=raw">Find ArcGIS Rasters and Find Cayula-Cornillon Fronts</a></td><td>Finds ArcGIS rasters in a workspace and finds fronts within them using the Cayula and Cornillon (1992) single-image edge detection algorithm.</td></tr><tr><td><a href="Interpolator.FindAndInpaintArcGISRasters.html?format=raw">Find ArcGIS Rasters and Interpolate No Data Cells</a></td><td>Finds rasters in an ArcGIS workspace and interpolates values for the No Data cells.</td></tr><tr><td><a href="ArcGISRaster.FindAndProjectRastersToTemplate.html?format=raw">Find ArcGIS Rasters and Project to Template</a></td><td>Finds rasters in an ArcGIS workspace and projects them to the coordinate system, cell size, and extent of a template raster.</td></tr><tr><td><a href="ArcGISRaster.FindAndProjectClipAndOrExecuteMapAlgebra.html?format=raw">Find ArcGIS Rasters and Project, Clip, and/or Execute Map Algebra</a></td><td>Finds rasters in an ArcGIS workspace and projects, clips, and/or perfoms map algebra on them. You must request at least one of these three operations. If you request multiple operations, the tool performs them in the order they are listed.</td></tr><tr><td><a href="ArcInfoASCIIGrid.FindAndConvertToArcGISRaster.html?format=raw">Find ArcInfo ASCII Grids and Convert To ArcGIS Rasters</a></td><td>Finds ArcInfo ASCII Grid text files in a directory and converts them to ArcGIS rasters.</td></tr><tr><td><a href="BinaryRaster.FindAndConvertToArcGISRaster.html?format=raw">Find Binary Rasters and Convert To ArcGIS Rasters</a></td><td>Finds two-dimensional binary rasters in a directory and converts them to ArcGIS rasters.</td></tr><tr><td><a href="BinaryRaster.FindAndConvertToArcInfoASCIIGrid.html?format=raw">Find Binary Rasters and Convert To ArcInfo ASCII Grids</a></td><td>Finds two-dimensional binary rasters in a directory and converts them to text files in ArcInfo ASCII Grid format.</td></tr><tr><td><a href="BinaryRaster.FindAndSwapBytes.html?format=raw">Find Binary Rasters and Swap Bytes</a></td><td>Finds and reverses the byte order of binary rasters in a directory (i.e. converts "little endian" to "big endian", or visa versa).</td></tr><tr><td><a href="AVHRRPathfinderSSTTimeSeries.CreateCayulaCornillonFrontsAsArcGISRasters.html?format=raw">Find Cayula-Cornillon Fronts in AVHRR Pathfinder V5 SST</a></td><td>Creates rasters indicating the positions of fronts in AVHRR Pathfinder Version 5 SST images published by NOAA NODC, using the Cayula and Cornillon (1992) single image edge detection (SIED) algorithm.</td></tr><tr><td><a href="GHRSSTLevel4.CreateCayulaCornillonFrontsAsArcGISRasters.html?format=raw">Find Cayula-Cornillon Fronts in GHRSST L4 SST</a></td><td>Creates rasters indicating the positions of fronts in GHRSST L4 SST images hosted by NASA JPL PO.DAAC, using the Cayula and Cornillon (1992) single image edge detection (SIED) algorithm.</td></tr><tr><td><a href="HYCOMGLBa008Equatorial4D.CreateCayulaCornillonFrontsAsArcGISRasters.html?format=raw">Find Cayula-Cornillon Fronts in HYCOM GLBa0.08 Equatorial 4D Variable</a></td><td>Creates rasters indicating the positions of fronts in the 2D slices of a 4D variable of the equatorial (Mercator) region of the HYCOM GLBa0.08 dataset using the Cayula and Cornillon (1992) single image edge detection (SIED) algorithm.</td></tr><tr><td><a href="HYCOMGOMl0044D.CreateCayulaCornillonFrontsAsArcGISRasters.html?format=raw">Find Cayula-Cornillon Fronts in HYCOM GOMl0.04 4D Variable</a></td><td>Creates rasters indicating the positions of fronts in the 2D slices of a HYCOM GOMl0.04 4D variable using the Cayula and Cornillon (1992) single image edge detection (SIED) algorithm.</td></tr><tr><td><a href="MODISL3SSTTimeSeries.CreateCayulaCornillonFrontsAsArcGISRasters.html?format=raw">Find Cayula-Cornillon Fronts in PO.DAAC MODIS L3 SST</a></td><td>Creates rasters indicating the positions of fronts in MODIS Level 3 SST images published by NASA JPL PO.DAAC, using the Cayula and Cornillon (1992) single image edge detection (SIED) algorithm.</td></tr><tr><td><a href="CoastWatchAVHRR.FindFilesAndCreateArcGISTable.html?format=raw">Find CoastWatch Files</a></td><td>Finds CoastWatch POES AVHRR files within a directory and creates a table that lists them.</td></tr><tr><td><a href="CoastWatchAVHRR.FindImagesInFilesAndCreateArcGISTable.html?format=raw">Find CoastWatch Images In Files</a></td><td>Finds CoastWatch POES AVHRR files within a directory and creates a table that lists the images within them.</td></tr><tr><td><a href="CoastWatchAVHRR.FindAndConvertToArcGISRasters.html?format=raw">Find CoastWatch Images and Convert To ArcGIS Rasters</a></td><td>Finds images in CoastWatch POES AVHRR files in a directory and converts them to ArcGIS rasters.</td></tr><tr><td><a href="CoastWatchAVHRR.FindAndConvertToBinaryRasters.html?format=raw">Find CoastWatch Images and Convert To Binary Rasters</a></td><td>Finds images in CoastWatch POES AVHRR files in a directory and converts them to binary rasters.</td></tr><tr><td><a href="CoastWatchAVHRR.FindAndConvertToCoastWatchHDFs.html?format=raw">Find CoastWatch Images and Convert to HDFs</a></td><td>Finds images in CoastWatch POES AVHRR files in a directory and imports them into CoastWatch HDFs.</td></tr><tr><td><a href="CoastWatchAVHRR.FindAndCreateMasksAsArcGISRasters.html?format=raw">Find CoastWatch Images and Create Masks as ArcGIS Rasters</a></td><td>Finds images in CoastWatch POES AVHRR files in a directory creates masks for them, in ArcGIS raster format.</td></tr><tr><td><a href="CoastWatchAVHRR.FindAndCreateMasksAsBinaryRasters.html?format=raw">Find CoastWatch Images and Create Masks as Binary Rasters</a></td><td>Finds images in CoastWatch POES AVHRR files in a directory creates masks for them, in binary raster format.</td></tr><tr><td><a href="CoastWatchAVHRR.FindCoastWatchFilesAndFindFrontsAsArcGISRasters.html?format=raw">Find CoastWatch Images and Find Cayula-Cornillon Fronts as ArcGIS Rasters</a></td><td>Uses the Cayula and Cornillon (1992) single-image edge detection algorithm to find fronts in the CoastWatch POES AVHRR images found in a directory, and outputs the fronts as ArcGIS rasters.</td></tr><tr><td><a href="Directory.FindAndCreateArcGISTable.html?format=raw">Find Directories</a></td><td>Finds subdirectories within a directory and creates a table that lists them.</td></tr><tr><td><a href="File.FindAndCreateArcGISTable.html?format=raw">Find Files</a></td><td>Finds files within a directory and creates a table that lists them.</td></tr><tr><td><a href="HDF.FindAndConvertToArcGISRasters.html?format=raw">Find HDFs and Convert SDS To ArcGIS Rasters</a></td><td>Finds HDF files in a directory and converts a Scientific Data Sets (SDS) in each file to an ArcGIS raster.</td></tr><tr><td><a href="HDF.FindAndConvertToArcInfoASCIIGrids.html?format=raw">Find HDFs and Convert SDS To ArcInfo ASCII Grids</a></td><td>Finds HDF files in a directory and converts a Scientific Data Sets (SDS) in each file to a text file in ArcInfo ASCII Grid format.</td></tr><tr><td><a href="HDF.FindAndConvertToBinaryRasters.html?format=raw">Find HDFs and Convert SDS To Binary Rasters</a></td><td>Finds HDF files in a directory and converts a Scientific Data Sets (SDS) in each file to a binary raster.</td></tr><tr><td><a href="HDF.FindAndExtractHeaders.html?format=raw">Find HDFs and Extract Headers</a></td><td>Finds HDF files in a directory, extracts their headers, and saves the headers to text files.</td></tr><tr><td><a href="ArcGISPoints.FindNearestFeatures.html?format=raw">Find Nearest Features</a></td><td>For each point, finds the nearest feature and writes its ID, distance, angle, and/or values of specified fields to fields of the point.</td></tr><tr><td><a href="ArcGISPoints.FindNearestFeaturesListedInField.html?format=raw">Find Nearest Features Listed in Field</a></td><td>For each point, using the feature class or layer listed in a field, finds the nearest feature and writes its ID, distance, angle, and/or values of specified fields to fields of the point. Use this tool when you have a single point feature class but need to find distances to different near feature classes or layers for different points.</td></tr><tr><td><a href="NetCDF.FindNetCDFsAndConvert2DVariableToArcGISRasters.html?format=raw">Find NetCDFs and Convert 2D Variable to ArcGIS Rasters</a></td><td>Finds netCDF files in a directory and converts a two-dimensional variable in each file to an ArcGIS raster.</td></tr><tr><td><a href="NetCDF.FindNetCDFsAndConvert2DVariableToArcInfoASCIIGrids.html?format=raw">Find NetCDFs and Convert 2D Variable to ArcInfo ASCII Grids</a></td><td>Finds netCDF files in a directory and converts a two-dimensional variable in each file to a text file in ArcInfo ASCII Grid format.</td></tr><tr><td><a href="NetCDF.FindNetCDFsAndConvert2DVariableToBinaryRasters.html?format=raw">Find NetCDFs and Convert 2D Variable to Binary Rasters</a></td><td>Finds netCDF files in a directory and converts a two-dimensional variable in each file to a binary raster.</td></tr><tr><td><a href="NetCDF.FindAndExtractHeaders.html?format=raw">Find NetCDFs and Extract Headers</a></td><td>Finds netCDF files in a directory, extracts their headers, and saves the headers to text files.</td></tr><tr><td><a href="AvisoGriddedSSH.FindOkuboWeissEddies.html?format=raw">Find Okubo-Weiss Eddies in Aviso SSH Product</a></td><td>Creates rasters showing the cores of geostrophic eddies detected in an Aviso gridded sea surface height product using the Okubo-Weiss algorithm.</td></tr><tr><td><a href="ArcGISRaster.FindAndCreateArcGISTable.html?format=raw">Find Rasters</a></td><td>Finds rasters within an ArcGIS workspace and creates a table that lists them.</td></tr><tr><td><a href="ArcGISRasterMapAlgebra.FindRastersAndExecuteSingleOutputMapAlgebra.html?format=raw">Find Rasters and Execute Single Output Map Algebra</a></td><td>Finds rasters in a workspace and executes a map algebra expression on them.</td></tr><tr><td><a href="SIRFile.FindAndConvertToArcGISRasters.html?format=raw">Find SIR Files and Convert To ArcGIS Rasters</a></td><td>Finds SIR files in a directory and converts them to ArcGIS rasters.</td></tr><tr><td><a href="SIRFile.FindAndConvertToArcInfoASCIIGrids.html?format=raw">Find SIR Files and Convert To ArcInfo ASCII Grids</a></td><td>Finds SIR files in a directory and converts them to text files in ArcInfo ASCII grid format.</td></tr><tr><td><a href="SIRFile.FindAndConvertToBinaryRasters.html?format=raw">Find SIR Files and Convert To Binary Rasters</a></td><td>Finds SIR files in a directory and converts them to binary rasters.</td></tr><tr><td><a href="SIRFile.FindAndExtractHeaders.html?format=raw">Find SIR Files and Extract Headers</a></td><td>Finds SIR files in a directory, extracts their headers, and saves the headers to text files.</td></tr><tr><td><a href="ArcGISRaster.FindAndConvertToLines.html?format=raw">Find and Convert ArcGIS Rasters to Lines</a></td><td>Finds rasters in an ArcGIS workspace and converts them to lines that outline groups of adjacent raster cells having the same value.</td></tr><tr><td><a href="ArcGISRaster.FindAndConvertToPoints.html?format=raw">Find and Convert ArcGIS Rasters to Points</a></td><td>Finds rasters in an ArcGIS workspace and converts them to points that occur at the centers of the raster cells.</td></tr><tr><td><a href="ArcGISRaster.FindAndConvertToPolygonOutlines.html?format=raw">Find and Convert ArcGIS Rasters to Polygon Outlines</a></td><td>Finds rasters in an ArcGIS workspace and converts them to lines that outline groups of adjacent raster cells having the same value.</td></tr><tr><td><a href="ArcGISRaster.FindAndConvertToPolygons.html?format=raw">Find and Convert ArcGIS Rasters to Polygons</a></td><td>Finds rasters in an ArcGIS workspace and converts them to polygons that encompass groups of adjacent raster cells having the same value.</td></tr><tr><td><a href="Directory.FindAndCopy.html?format=raw">Find and Copy Directories</a></td><td>Finds and copies directories in a directory.</td></tr><tr><td><a href="File.FindAndCopy.html?format=raw">Find and Copy Files</a></td><td>Finds and copies files in a directory.</td></tr><tr><td><a href="ArcGISRaster.FindAndCopy.html?format=raw">Find and Copy Rasters</a></td><td>Finds and copies rasters in an ArcGIS workspace.</td></tr><tr><td><a href="Directory.FindAndDelete.html?format=raw">Find and Delete Directories</a></td><td>Finds and deletes directories in a directory.</td></tr><tr><td><a href="File.FindAndDelete.html?format=raw">Find and Delete Files</a></td><td>Finds and deletes files in a directory.</td></tr><tr><td><a href="ArcGISRaster.FindAndDelete.html?format=raw">Find and Delete Rasters</a></td><td>Finds and deletes rasters in an ArcGIS workspace.</td></tr><tr><td><a href="Directory.FindAndMove.html?format=raw">Find and Move Directories</a></td><td>Finds and moves directories in a directory.</td></tr><tr><td><a href="File.FindAndMove.html?format=raw">Find and Move Files</a></td><td>Finds and moves files in a directory.</td></tr><tr><td><a href="ArcGISRaster.FindAndMove.html?format=raw">Find and Move Rasters</a></td><td>Finds and moves rasters in an ArcGIS workspace.</td></tr><tr><td><a href="GAM.FitToArcGISTable.html?format=raw">Fit GAM</a></td><td>Fits a generalized additive model (GAM) to data in a table.</td></tr><tr><td><a href="GLM.FitToArcGISTable.html?format=raw">Fit GLM</a></td><td>Fits a generalized linear model (GLM) to data in a table using the R glm function.</td></tr><tr><td><a href="LinearMixedModel.FitToArcGISTable.html?format=raw">Fit Linear Mixed Model</a></td><td>Fits a linear mixed-effects model to data in a table.</td></tr><tr><td><a href="RandomForestModel.FitToArcGISTable.html?format=raw">Fit Random Forest Model</a></td><td>Fits a random forest model to data in a table.</td></tr><tr><td><a href="TreeModel.FitToArcGISTable.html?format=raw">Fit Tree Model</a></td><td>Fits a tree model to data in a table.</td></tr><tr><td><a href="DiGIR.GetResourcesAsArcGISTable.html?format=raw">Get DiGIR Resources as Table</a></td><td>Gets the list of Distributed Generic Information Retrieval (DiGIR) resources available from a DiGIR server and writes it to an ArcGIS table.</td></tr><tr><td><a href="DiGIR.GetOBISResourcesAsArcGISTable.html?format=raw">Get OBIS DiGIR Resources as Table</a></td><td>Gets the list of Distributed Generic Information Retrieval (DiGIR) resources available from OBIS and writes it to an ArcGIS table.</td></tr><tr><td><a href="DiGIR.GetOBISSEAMAPResourcesAsArcGISTable.html?format=raw">Get OBIS-SEAMAP DiGIR Resources as Table</a></td><td>Gets the list of Distributed Generic Information Retrieval (DiGIR) resources available from OBIS-SEAMAP and writes it to an ArcGIS table.</td></tr><tr><td><a href="AVHRRPathfinderSSTTimeSeries.InterpolateAtArcGISPoints.html?format=raw">Interpolate AVHRR Pathfinder V5 SST at Points</a></td><td>Interpolates AVHRR Pathfinder Version 5 SST values at points.</td></tr><tr><td><a href="AvisoGriddedGeostrophicCurrents.InterpolateAtArcGISPoints.html?format=raw">Interpolate Aviso Geostrophic Currents Product at Points</a></td><td>Interpolates the values of an Aviso gridded geostrophic currents product at points.</td></tr><tr><td><a href="AvisoGriddedSSH.InterpolateAtArcGISPoints.html?format=raw">Interpolate Aviso SSH Product at Points</a></td><td>Interpolates the values of an Aviso gridded sea surface height product at points.</td></tr><tr><td><a href="AvisoGriddedSignificantWaveHeight.InterpolateAtArcGISPoints.html?format=raw">Interpolate Aviso Significant Wave Height Product at Points</a></td><td>Interpolates the values of an Aviso gridded significant wave height product at points.</td></tr><tr><td><a href="AvisoGriddedWindSpeedModulus.InterpolateAtArcGISPoints.html?format=raw">Interpolate Aviso Wind Speed Modulus Product at Points</a></td><td>Interpolates the values of an Aviso gridded wind speed modulus product at points.</td></tr><tr><td><a href="CoRTADv32D.InterpolateAtArcGISPoints.html?format=raw">Interpolate CoRTAD 2D Variables at Points</a></td><td>Interpolates CoRTAD 2D variables at points.</td></tr><tr><td><a href="CoRTADv33D.InterpolateAtArcGISPoints.html?format=raw">Interpolate CoRTAD 3D Variables at Points</a></td><td>Interpolates CoRTAD 3D variables at points.</td></tr><tr><td><a href="GHRSSTLevel4.InterpolateAtArcGISPoints.html?format=raw">Interpolate GHRSST L4 SST at Points</a></td><td>Interpolates values of a GHRSST L4 product hosted by NASA JPL PO.DAAC at points.</td></tr><tr><td><a href="HYCOMGLBa008Equatorial3D.InterpolateAtArcGISPoints.html?format=raw">Interpolate HYCOM GLBa0.08 Equatorial 3D Variables at Points</a></td><td>Interpolates 3D variables of the equatorial (Mercator) region of the HYCOM GLBa0.08 dataset at points.</td></tr><tr><td><a href="HYCOMGLBa008Equatorial4D.InterpolateAtArcGISPoints.html?format=raw">Interpolate HYCOM GLBa0.08 Equatorial 4D Variables at Points</a></td><td>Interpolates 4D variables of the equatorial (Mercator) region of the HYCOM GLBa0.08 dataset at points.</td></tr><tr><td><a href="HYCOMGOMl0043D.InterpolateAtArcGISPoints.html?format=raw">Interpolate HYCOM GOMl0.04 3D Variables at Points</a></td><td>Interpolates HYCOM GOMl0.04 3D variables at points.</td></tr><tr><td><a href="HYCOMGOMl0044D.InterpolateAtArcGISPoints.html?format=raw">Interpolate HYCOM GOMl0.04 4D Variables at Points</a></td><td>Interpolates HYCOM GOMl0.04 4D variables at points.</td></tr><tr><td><a href="OceanColorLevel3SMITimeSeries.InterpolateAtArcGISPoints.html?format=raw">Interpolate NASA OceanColor L3 SMI Product at Points</a></td><td>Interpolates the values of a Level 3 Standard Mapped Image (SMI) product published by the NASA GSFC OceanColor Group at points.</td></tr><tr><td><a href="Interpolator.InpaintArcGISRaster.html?format=raw">Interpolate No Data Cells</a></td><td>Interpolates values for the No Data cells of a raster.</td></tr><tr><td><a href="Interpolator.InpaintArcGISRasterArcGISTable.html?format=raw">Interpolate No Data Cells for ArcGIS Rasters Listed in Table</a></td><td>Interpolates values for the No Data cells for each ArcGIS raster in a table.</td></tr><tr><td><a href="OSCAR5DayThirdDegreeCurrents.InterpolateAtArcGISPoints.html?format=raw">Interpolate OSCAR Currents at Points</a></td><td>Interpolates the values of NOAA OSCAR 5-day unfiltered 1/3 degree ocean surface currents at points.</td></tr><tr><td><a href="MODISL3SSTTimeSeries.InterpolateAtArcGISPoints.html?format=raw">Interpolate PO.DAAC MODIS L3 SST at Points</a></td><td>Interpolates PO.DAAC MODIS Level 3 SST values at points.</td></tr><tr><td><a href="ROMSCoSiNE2D.InterpolateAtArcGISPoints.html?format=raw">Interpolate Pacific ROMS-CoSiNE 2D Variable at Points</a></td><td>Interpolates a Pacific ROMS-CoSiNE 2D variable at points.</td></tr><tr><td><a href="ROMSCoSiNE3D.InterpolateAtArcGISPoints.html?format=raw">Interpolate Pacific ROMS-CoSiNE 3D Variables at Points</a></td><td>Interpolates Pacific ROMS-CoSiNE 3D variables at points.</td></tr><tr><td><a href="ROMSCoSiNE4D.InterpolateAtArcGISPoints.html?format=raw">Interpolate Pacific ROMS-CoSiNE 4D Variables at Points</a></td><td>Interpolates Pacific ROMS-CoSiNE 4D variables at points.</td></tr><tr><td><a href="Interpolator.InterpolateArcGISRasterValuesAtPoints.html?format=raw">Interpolate Raster Values at Points</a></td><td>Interpolates the values of rasters at points.</td></tr><tr><td><a href="CoralReefConnectivity.LoadAvisoGeostrophicCurrentsIntoSimulation.html?format=raw">Load Aviso Geostrophic Currents Into Coral Reef Connectivity Simulation</a></td><td>Downloads Aviso geostrophic currents into a coral reef connectivity simulation.</td></tr><tr><td><a href="CoralReefConnectivity.LoadHYCOMGLBa0084DEquatorialCurrentsIntoSimulation.html?format=raw">Load HYCOM GLBa0.08 Currents Into Coral Reef Connectivity Simulation</a></td><td>Downloads HYCOM GLBa0.08 ocean currents into a coral reef connectivity simulation.</td></tr><tr><td><a href="CoralReefConnectivity.LoadHYCOMGOMl0044DCurrentsIntoSimulation.html?format=raw">Load HYCOM GOMl0.04 Currents Into Coral Reef Connectivity Simulation</a></td><td>Downloads HYCOM GOMl0.04 ocean currents into a coral reef connectivity simulation.</td></tr><tr><td><a href="CoralReefConnectivity.LoadOSCARCurrentsIntoSimulation.html?format=raw">Load OSCAR Currents Into Coral Reef Connectivity Simulation</a></td><td>Downloads NOAA OSCAR 5-day unfiltered 1/3 degree ocean surface currents into a coral reef connectivity simulation.</td></tr><tr><td><a href="CoralReefConnectivity.LoadROMSCoSiNE4DCurrentsIntoSimulation.html?format=raw">Load Pacific ROMS-CoSiNE Currents Into Coral Reef Connectivity Simulation</a></td><td>Downloads Pacific ROMS-CoSiNE ocean currents into a coral reef connectivity simulation.</td></tr><tr><td><a href="Directory.MoveArcGISTable.html?format=raw">Move Directories Listed in Table</a></td><td>Moves the directories listed in a table.</td></tr><tr><td><a href="Directory.Move.html?format=raw">Move Directory</a></td><td>Moves a directory, including its subdirectories and files.</td></tr><tr><td><a href="File.Move.html?format=raw">Move File</a></td><td>Moves a file.</td></tr><tr><td><a href="File.MoveArcGISTable.html?format=raw">Move Files Listed in Table</a></td><td>Moves the files listed in a table.</td></tr><tr><td><a href="ArcGISRaster.Move.html?format=raw">Move Raster</a></td><td>Moves an ArcGIS raster.</td></tr><tr><td><a href="ArcGISRaster.MoveArcGISTable.html?format=raw">Move Rasters Listed in Table</a></td><td>Moves the ArcGIS rasters listed in a table.</td></tr><tr><td><a href="GAM.PredictFromArcGISRasters.html?format=raw">Predict GAM From Rasters</a></td><td>Using a fitted generalized additive model (GAM), this tool creates a raster representing the response variable predicted from rasters representing the predictor variables.</td></tr><tr><td><a href="GAM.PredictFromArcGISTable.html?format=raw">Predict GAM From Table</a></td><td>Given a fitted generalized additive model (GAM), this tool predicts the response variable for each row of a table.</td></tr><tr><td><a href="GLM.PredictFromArcGISRasters.html?format=raw">Predict GLM From Rasters</a></td><td>Using a fitted generalized linear model (GLM), this tool creates a raster representing the response variable predicted from rasters representing the predictor variables.</td></tr><tr><td><a href="GLM.PredictFromArcGISTable.html?format=raw">Predict GLM From Table</a></td><td>Given a fitted generalized linear model (GLM), this tool predicts the response variable for each row of a table.</td></tr><tr><td><a href="LinearMixedModel.PredictFromArcGISRasters.html?format=raw">Predict Linear Mixed Model From Rasters</a></td><td>Using a fitted linear mixed model, this tool creates a raster representing the response variable predicted from rasters representing the predictor variables.</td></tr><tr><td><a href="RandomForestModel.PredictFromArcGISRasters.html?format=raw">Predict Random Forest From Rasters</a></td><td>Using a fitted random forest model, this tool creates a raster representing the response variable predicted from rasters representing the predictor variables.</td></tr><tr><td><a href="RandomForestModel.PredictFromArcGISTable.html?format=raw">Predict Random Forest From Table</a></td><td>Given a random forest model, this tool predicts the response variable for each row of a table.</td></tr><tr><td><a href="TreeModel.PredictFromArcGISRasters.html?format=raw">Predict Tree Model From Rasters</a></td><td>Using a fitted tree model, this tool creates a raster representing the response variable predicted from rasters representing the predictor variables.</td></tr><tr><td><a href="TreeModel.PredictFromArcGISTable.html?format=raw">Predict Tree Model From Table</a></td><td>Given a fitted tree model, this tool predicts the response variable for each row of a table.</td></tr><tr><td><a href="ArcGISRaster.ProjectToTemplate.html?format=raw">Project Raster to Template</a></td><td>Projects a raster to the coordinate system, cell size, and extent of a template raster.</td></tr><tr><td><a href="ArcGISRaster.ProjectToTemplateArcGISTable.html?format=raw">Project Rasters Listed in Table to Template</a></td><td>Projects a table of rasters to the coordinate system, cell size, and extent of a template raster.</td></tr><tr><td><a href="ArcGISRaster.ProjectClipAndOrExecuteMapAlgebra.html?format=raw">Project, Clip, and/or Execute Map Algebra</a></td><td>Projects, clips, and/or perfoms map algebra on an ArcGIS raster. You must request at least one of these three operations. If you request multiple operations, the tool performs them in the order they are listed.</td></tr><tr><td><a href="ArcGISRaster.ProjectClipAndOrExecuteMapAlgebraArcGISTable.html?format=raw">Project, Clip, and/or Execute Map Algebra on ArcGIS Rasters Listed in Table</a></td><td>Projects, clips, and/or perfoms map algebra on the ArcGIS rasters listed in a table. You must request at least one of these three operations. If you request multiple operations, the tool performs them in the order they are listed.</td></tr><tr><td><a href="ModelEvaluation.RandomlySplitArcGISTableIntoTrainingAndTestRecords.html?format=raw">Randomly Split Table Into Training and Test Records</a></td><td>Randomly designates the records of a table as either training records (for fitting a predictive model) or test records (for evaluating the model).</td></tr><tr><td><a href="CoralReefConnectivity.RunSimulation.html?format=raw">Run Coral Reef Connectivity Simulation</a></td><td>Executes a coral coral reef connectivity simulation.</td></tr><tr><td><a href="ArcGISFeatureSampler.SamplePolygons.html?format=raw">Sample Polygons</a></td><td>Samples the values of polygon fields at points that intersect the polygons.</td></tr><tr><td><a href="ArcGISRasterSampler.SampleRasters.html?format=raw">Sample Rasters</a></td><td>Samples rasters using a point feature class and stores the sampled values in fields of the feature class.</td></tr><tr><td><a href="ArcGISRasterSampler.SampleRastersInFields.html?format=raw">Sample Rasters Listed in Fields</a></td><td>Samples rasters listed in fields of a point feature class and stores the sampled values in other fields.</td></tr><tr><td><a href="ArcGISTableSampler.SampleTimeSeriesTable.html?format=raw">Sample Time Series Table</a></td><td>Matches records in a destination table to records in a time series table by date, and copies values of fields of the time series table to fields of the destination table.</td></tr><tr><td><a href="RExploratoryPlots.ScatterplotMatrixForArcGISTable.html?format=raw">Scatterplot Matrix for Table</a></td><td>Creates a matrix of scatterplots for a table using the R pairs function.</td></tr><tr><td><a href="DiGIR.SearchAndCreateArcGISPoints.html?format=raw">Search DiGIR Records and Create Points</a></td><td>Searches a Distributed Generic Information Retrieval (DiGIR) server for georeferenced records and creates an ArcGIS point feature class from them.</td></tr><tr><td><a href="DiGIR.SearchOBISAndCreateArcGISPoints.html?format=raw">Search OBIS DiGIR Records and Create Points</a></td><td>Searches OBIS for georeferenced records using the Distributed Generic Information Retrieval (DiGIR) protocol and creates an ArcGIS point feature class from them.</td></tr><tr><td><a href="DiGIR.SearchOBISSEAMAPAndCreateArcGISPoints.html?format=raw">Search OBIS-SEAMAP DiGIR Records and Create Points</a></td><td>Searches OBIS-SEAMAP for georeferenced records using the Distributed Generic Information Retrieval (DiGIR) protocol and creates an ArcGIS point feature class from them.</td></tr><tr><td><a href="CoastWatchAVHRR.SetNavigationOffsets.html?format=raw">Set CoastWatch Navigation Offsets</a></td><td>Sets the navigation offsets of a CoastWatch POES AVHRR CWF or HDF file.</td></tr><tr><td><a href="CoastWatchAVHRR.SetNavigationOffsetsArcGISTable.html?format=raw">Set Navigation Offsets of CoastWatch Files Listed in Table</a></td><td>Sets the navigation offsets of the CoastWatch POES AVHRR CWF or HDF files listed in a table to the values specified by two fields.</td></tr><tr><td><a href="ArcGISRasterMapAlgebra.SingleOutputMapAlgebraForRasterArcGISTable.html?format=raw">Single Output Map Algebra For Rasters Listed in Table</a></td><td>Executes a map algebra expression on the rasters listed in a table.</td></tr><tr><td><a href="ArcGISRasterMapAlgebra.SingleOutputMapAlgebraForArcGISTableRows.html?format=raw">Single Output Map Algebra for Table Rows</a></td><td>For each row of a table, calculates an output raster and map algebra expression from the row using Python expressions and executes the map algebra expression to produce the output raster.</td></tr><tr><td><a href="BinaryRaster.SwapBytes.html?format=raw">Swap Bytes of Binary Raster</a></td><td>Reverses the byte order of a binary raster (e.g. converts "little endian" to "big endian", or visa versa).</td></tr><tr><td><a href="BinaryRaster.SwapBytesArcGISTable.html?format=raw">Swap Bytes of Binary Rasters Listed in Table</a></td><td>Reverses the byte order of each binary raster listed in a table (i.e. converts "little endian" to "big endian", or visa versa).</td></tr></table></p><h1><a id="IndexByName">Tool Index, By Name</a></h1><p>In the table below, <i>Tool Name</i> is the programming name used to invoke the tool
	5	from the ArcGIS command line or from the geoprocessor object in a geoprocessing script.</p><p><table><tr><th>Tool Name</th><th>Description</th></tr><tr><td><a href="ADODatabaseConnection.ConnectAndExecuteCommand.html?format=raw">ADODatabaseConnectionConnectAndExecuteCommand_GeoEco</a></td><td>Opens a Microsoft ActiveX Data Objects (ADO) connection to a database and executes a command.</td></tr><tr><td><a href="AVHRRPathfinderSSTTimeSeries.CreateArcGISRasters.html?format=raw">AVHRRPathfinderSSTTimeSeriesCreateArcGISRasters_GeoEco</a></td><td>Creates rasters for AVHRR Pathfinder Version 5 SST images published by NOAA NODC.</td></tr><tr><td><a href="AVHRRPathfinderSSTTimeSeries.CreateCayulaCornillonFrontsAsArcGISRasters.html?format=raw">AVHRRPathfinderSSTTimeSeriesCreateCayulaCornillonFrontsAsArcGISRasters_GeoEco</a></td><td>Creates rasters indicating the positions of fronts in AVHRR Pathfinder Version 5 SST images published by NOAA NODC, using the Cayula and Cornillon (1992) single image edge detection (SIED) algorithm.</td></tr><tr><td><a href="AVHRRPathfinderSSTTimeSeries.CreateClimatologicalArcGISRasters.html?format=raw">AVHRRPathfinderSSTTimeSeriesCreateClimatologicalArcGISRasters_GeoEco</a></td><td>Creates climatological rasters from AVHRR Pathfinder Version 5 SST images published by NOAA NODC.</td></tr><tr><td><a href="AVHRRPathfinderSSTTimeSeries.InterpolateAtArcGISPoints.html?format=raw">AVHRRPathfinderSSTTimeSeriesInterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates AVHRR Pathfinder Version 5 SST values at points.</td></tr><tr><td><a href="ArcGISFeatureSampler.SamplePolygons.html?format=raw">ArcGISFeatureSamplerSamplePolygons_GeoEco</a></td><td>Samples the values of polygon fields at points that intersect the polygons.</td></tr><tr><td><a href="ArcGISFishnets.CreateFishnetForPoints.html?format=raw">ArcGISFishnetsCreateFishnetForPoints_GeoEco</a></td><td>Creates a grid of rectangular cells that overlap the input points and optionally calculates summary statistics for the points that intersect each cell.</td></tr><tr><td><a href="ArcGISFishnets.CreateFishnet.html?format=raw">ArcGISFishnetsCreateFishnet_GeoEco</a></td><td>Creates a grid of rectangular polygons.</td></tr><tr><td><a href="ArcGISLines.FromVectorComponentRastersInArcGISTable.html?format=raw">ArcGISLinesFromVectorComponentRastersInArcGISTable_GeoEco</a></td><td>Given a table of rasters representing the x and y components of vector fields, such as the u and v rasters for ocean currents, this tool creates feature classes of lines representing the vectors, similar to a "quiver plot".</td></tr><tr><td><a href="ArcGISLines.FromVectorComponentRasters.html?format=raw">ArcGISLinesFromVectorComponentRasters_GeoEco</a></td><td>Given rasters representing the x and y components of a vector field, such as the u and v rasters for ocean currents, this tool creates a feature class of lines representing the vectors, similar to a "quiver plot".</td></tr><tr><td><a href="ArcGISPoints.AppendPointsToFeatureClass2.html?format=raw">ArcGISPointsAppendPointsToFeatureClass2_GeoEco</a></td><td>Appends points to an existing ArcGIS point feature class.</td></tr><tr><td><a href="ArcGISPoints.CreateFeatureClassWithPoints2.html?format=raw">ArcGISPointsCreateFeatureClassWithPoints2_GeoEco</a></td><td>Creates points in a new ArcGIS point feature class.</td></tr><tr><td><a href="ArcGISPoints.CreatePointsAlongLines.html?format=raw">ArcGISPointsCreatePointsAlongLines_GeoEco</a></td><td>Creates points along lines at a specified interval.</td></tr><tr><td><a href="ArcGISPoints.FindNearestFeaturesListedInField.html?format=raw">ArcGISPointsFindNearestFeaturesListedInField_GeoEco</a></td><td>For each point, using the feature class or layer listed in a field, finds the nearest feature and writes its ID, distance, angle, and/or values of specified fields to fields of the point. Use this tool when you have a single point feature class but need to find distances to different near feature classes or layers for different points.</td></tr><tr><td><a href="ArcGISPoints.FindNearestFeatures.html?format=raw">ArcGISPointsFindNearestFeatures_GeoEco</a></td><td>For each point, finds the nearest feature and writes its ID, distance, angle, and/or values of specified fields to fields of the point.</td></tr><tr><td><a href="ArcGISPolygons.AppendPolygonToFeatureClass2.html?format=raw">ArcGISPolygonsAppendPolygonToFeatureClass2_GeoEco</a></td><td>Appends a polygon to an existing ArcGIS polygon feature class.</td></tr><tr><td><a href="ArcGISPolygons.AppendRectangleToFeatureClass2.html?format=raw">ArcGISPolygonsAppendRectangleToFeatureClass2_GeoEco</a></td><td>Appends a rectangle to an existing ArcGIS polygon feature class.</td></tr><tr><td><a href="ArcGISPolygons.CreateBoundingBoxForArcGISGeoDatasets.html?format=raw">ArcGISPolygonsCreateBoundingBoxForArcGISGeoDatasets_GeoEco</a></td><td>Creates a new ArcGIS polygon feature class and a bounding box (a minimum bounding rectangle) within it that encompasses the extents of one or more ArcGIS geodatasets.</td></tr><tr><td><a href="ArcGISPolygons.CreateFeatureClassWithPolygon2.html?format=raw">ArcGISPolygonsCreateFeatureClassWithPolygon2_GeoEco</a></td><td>Creates a polygon in a new ArcGIS polygon feature class.</td></tr><tr><td><a href="ArcGISPolygons.CreateFeatureClassWithRectangle2.html?format=raw">ArcGISPolygonsCreateFeatureClassWithRectangle2_GeoEco</a></td><td>Creates a rectangle in a new ArcGIS polygon feature class.</td></tr><tr><td><a href="ArcGISRaster.CopyArcGISTable.html?format=raw">ArcGISRasterCopyArcGISTable_GeoEco</a></td><td>Copies the ArcGIS rasters listed in a table.</td></tr><tr><td><a href="ArcGISRaster.Copy.html?format=raw">ArcGISRasterCopy_GeoEco</a></td><td>Copies an ArcGIS raster.</td></tr><tr><td><a href="ArcGISRaster.CreateXRaster.html?format=raw">ArcGISRasterCreateXRaster_GeoEco</a></td><td>Creates an ArcGIS raster where the value of each cell is the X coordinate of the cell.</td></tr><tr><td><a href="ArcGISRaster.CreateYRaster.html?format=raw">ArcGISRasterCreateYRaster_GeoEco</a></td><td>Creates an ArcGIS raster where the value of each cell is the Y coordinate of the cell.</td></tr><tr><td><a href="ArcGISRaster.DeleteArcGISTable.html?format=raw">ArcGISRasterDeleteArcGISTable_GeoEco</a></td><td>Deletes the ArcGIS rasters listed in a table.</td></tr><tr><td><a href="ArcGISRaster.Delete.html?format=raw">ArcGISRasterDelete_GeoEco</a></td><td>Deletes an ArcGIS raster.</td></tr><tr><td><a href="ArcGISRaster.ExtractByMaskArcGISTable.html?format=raw">ArcGISRasterExtractByMaskArcGISTable_GeoEco</a></td><td>For each ArcGIS raster in a table, extracts the cells that correspond to the areas defined by a mask.</td></tr><tr><td><a href="ArcGISRaster.FindAndConvertToLines.html?format=raw">ArcGISRasterFindAndConvertToLines_GeoEco</a></td><td>Finds rasters in an ArcGIS workspace and converts them to lines that outline groups of adjacent raster cells having the same value.</td></tr><tr><td><a href="ArcGISRaster.FindAndConvertToPoints.html?format=raw">ArcGISRasterFindAndConvertToPoints_GeoEco</a></td><td>Finds rasters in an ArcGIS workspace and converts them to points that occur at the centers of the raster cells.</td></tr><tr><td><a href="ArcGISRaster.FindAndConvertToPolygonOutlines.html?format=raw">ArcGISRasterFindAndConvertToPolygonOutlines_GeoEco</a></td><td>Finds rasters in an ArcGIS workspace and converts them to lines that outline groups of adjacent raster cells having the same value.</td></tr><tr><td><a href="ArcGISRaster.FindAndConvertToPolygons.html?format=raw">ArcGISRasterFindAndConvertToPolygons_GeoEco</a></td><td>Finds rasters in an ArcGIS workspace and converts them to polygons that encompass groups of adjacent raster cells having the same value.</td></tr><tr><td><a href="ArcGISRaster.FindAndCopy.html?format=raw">ArcGISRasterFindAndCopy_GeoEco</a></td><td>Finds and copies rasters in an ArcGIS workspace.</td></tr><tr><td><a href="ArcGISRaster.FindAndCreateArcGISTable.html?format=raw">ArcGISRasterFindAndCreateArcGISTable_GeoEco</a></td><td>Finds rasters within an ArcGIS workspace and creates a table that lists them.</td></tr><tr><td><a href="ArcGISRaster.FindAndDelete.html?format=raw">ArcGISRasterFindAndDelete_GeoEco</a></td><td>Finds and deletes rasters in an ArcGIS workspace.</td></tr><tr><td><a href="ArcGISRaster.FindAndExtractByMask.html?format=raw">ArcGISRasterFindAndExtractByMask_GeoEco</a></td><td>Finds rasters in an ArcGIS workspace and extracts the cells that correspond to the areas defined by a mask.</td></tr><tr><td><a href="ArcGISRaster.FindAndMove.html?format=raw">ArcGISRasterFindAndMove_GeoEco</a></td><td>Finds and moves rasters in an ArcGIS workspace.</td></tr><tr><td><a href="ArcGISRaster.FindAndProjectClipAndOrExecuteMapAlgebra.html?format=raw">ArcGISRasterFindAndProjectClipAndOrExecuteMapAlgebra_GeoEco</a></td><td>Finds rasters in an ArcGIS workspace and projects, clips, and/or perfoms map algebra on them. You must request at least one of these three operations. If you request multiple operations, the tool performs them in the order they are listed.</td></tr><tr><td><a href="ArcGISRaster.FindAndProjectRastersToTemplate.html?format=raw">ArcGISRasterFindAndProjectRastersToTemplate_GeoEco</a></td><td>Finds rasters in an ArcGIS workspace and projects them to the coordinate system, cell size, and extent of a template raster.</td></tr><tr><td><a href="ArcGISRaster.MoveArcGISTable.html?format=raw">ArcGISRasterMoveArcGISTable_GeoEco</a></td><td>Moves the ArcGIS rasters listed in a table.</td></tr><tr><td><a href="ArcGISRaster.Move.html?format=raw">ArcGISRasterMove_GeoEco</a></td><td>Moves an ArcGIS raster.</td></tr><tr><td><a href="ArcGISRaster.ProjectClipAndOrExecuteMapAlgebraArcGISTable.html?format=raw">ArcGISRasterProjectClipAndOrExecuteMapAlgebraArcGISTable_GeoEco</a></td><td>Projects, clips, and/or perfoms map algebra on the ArcGIS rasters listed in a table. You must request at least one of these three operations. If you request multiple operations, the tool performs them in the order they are listed.</td></tr><tr><td><a href="ArcGISRaster.ProjectClipAndOrExecuteMapAlgebra.html?format=raw">ArcGISRasterProjectClipAndOrExecuteMapAlgebra_GeoEco</a></td><td>Projects, clips, and/or perfoms map algebra on an ArcGIS raster. You must request at least one of these three operations. If you request multiple operations, the tool performs them in the order they are listed.</td></tr><tr><td><a href="ArcGISRaster.ProjectToTemplateArcGISTable.html?format=raw">ArcGISRasterProjectToTemplateArcGISTable_GeoEco</a></td><td>Projects a table of rasters to the coordinate system, cell size, and extent of a template raster.</td></tr><tr><td><a href="ArcGISRaster.ProjectToTemplate.html?format=raw">ArcGISRasterProjectToTemplate_GeoEco</a></td><td>Projects a raster to the coordinate system, cell size, and extent of a template raster.</td></tr><tr><td><a href="ArcGISRaster.ToLinesArcGISTable.html?format=raw">ArcGISRasterToLinesArcGISTable_GeoEco</a></td><td>Converts the ArcGIS rasters listed in a table to lines that outline groups of adjacent raster cells having the same value.</td></tr><tr><td><a href="ArcGISRaster.ToLines.html?format=raw">ArcGISRasterToLines_GeoEco</a></td><td>Converts an ArcGIS raster to a feature class of lines that connect adjacent foreground raster cells.</td></tr><tr><td><a href="ArcGISRaster.ToPointsArcGISTable.html?format=raw">ArcGISRasterToPointsArcGISTable_GeoEco</a></td><td>Converts the ArcGIS rasters listed in a table to points that occur at the centers of the raster cells.</td></tr><tr><td><a href="ArcGISRaster.ToPoints.html?format=raw">ArcGISRasterToPoints_GeoEco</a></td><td>Converts an ArcGIS raster to a feature class of points that occur at the centers of the raster cells.</td></tr><tr><td><a href="ArcGISRaster.ToPolygonOutlinesArcGISTable.html?format=raw">ArcGISRasterToPolygonOutlinesArcGISTable_GeoEco</a></td><td>Converts the ArcGIS rasters listed in a table to lines that outline groups of adjacent raster cells having the same value.</td></tr><tr><td><a href="ArcGISRaster.ToPolygonOutlines.html?format=raw">ArcGISRasterToPolygonOutlines_GeoEco</a></td><td>Converts an ArcGIS raster to lines that outline groups of adjacent raster cells having the same value.</td></tr><tr><td><a href="ArcGISRaster.ToPolygonsArcGISTable.html?format=raw">ArcGISRasterToPolygonsArcGISTable_GeoEco</a></td><td>Converts the ArcGIS rasters listed in a table to polygons that encompass groups of adjacent raster cells having the same value.</td></tr><tr><td><a href="ArcGISRaster.ToPolygons.html?format=raw">ArcGISRasterToPolygons_GeoEco</a></td><td>Converts an ArcGIS raster to polygons that encompass groups of adjacent raster cells having the same value.</td></tr><tr><td><a href="ArcGISRasterMapAlgebra.FindRastersAndExecuteSingleOutputMapAlgebra.html?format=raw">ArcGISRasterMapAlgebraFindRastersAndExecuteSingleOutputMapAlgebra_GeoEco</a></td><td>Finds rasters in a workspace and executes a map algebra expression on them.</td></tr><tr><td><a href="ArcGISRasterMapAlgebra.SingleOutputMapAlgebraForArcGISTableRows.html?format=raw">ArcGISRasterMapAlgebraSingleOutputMapAlgebraForArcGISTableRows_GeoEco</a></td><td>For each row of a table, calculates an output raster and map algebra expression from the row using Python expressions and executes the map algebra expression to produce the output raster.</td></tr><tr><td><a href="ArcGISRasterMapAlgebra.SingleOutputMapAlgebraForRasterArcGISTable.html?format=raw">ArcGISRasterMapAlgebraSingleOutputMapAlgebraForRasterArcGISTable_GeoEco</a></td><td>Executes a map algebra expression on the rasters listed in a table.</td></tr><tr><td><a href="ArcGISRasterSampler.SampleRastersInFields.html?format=raw">ArcGISRasterSamplerSampleRastersInFields_GeoEco</a></td><td>Samples rasters listed in fields of a point feature class and stores the sampled values in other fields.</td></tr><tr><td><a href="ArcGISRasterSampler.SampleRasters.html?format=raw">ArcGISRasterSamplerSampleRasters_GeoEco</a></td><td>Samples rasters using a point feature class and stores the sampled values in fields of the feature class.</td></tr><tr><td><a href="ArcGISTableSampler.SampleTimeSeriesTable.html?format=raw">ArcGISTableSamplerSampleTimeSeriesTable_GeoEco</a></td><td>Matches records in a destination table to records in a time series table by date, and copies values of fields of the time series table to fields of the destination table.</td></tr><tr><td><a href="ArcInfoASCIIGrid.FindAndConvertToArcGISRaster.html?format=raw">ArcInfoASCIIGridFindAndConvertToArcGISRaster_GeoEco</a></td><td>Finds ArcInfo ASCII Grid text files in a directory and converts them to ArcGIS rasters.</td></tr><tr><td><a href="ArcInfoASCIIGrid.ToArcGISRasterArcGISTable.html?format=raw">ArcInfoASCIIGridToArcGISRasterArcGISTable_GeoEco</a></td><td>Converts each ArcInfo ASCII Grid text file in a table to an ArcGIS raster.</td></tr><tr><td><a href="ArcInfoASCIIGrid.ToArcGISRaster.html?format=raw">ArcInfoASCIIGridToArcGISRaster_GeoEco</a></td><td>Converts a text file in ArcInfo ASCII Grid format to an ArcGIS raster.</td></tr><tr><td><a href="AvisoGriddedGeostrophicCurrents.CreateArcGISRasters.html?format=raw">AvisoGriddedGeostrophicCurrentsCreateArcGISRasters_GeoEco</a></td><td>Creates rasters for an Aviso gridded geostrophic currents product.</td></tr><tr><td><a href="AvisoGriddedGeostrophicCurrents.CreateClimatologicalArcGISRasters.html?format=raw">AvisoGriddedGeostrophicCurrentsCreateClimatologicalArcGISRasters_GeoEco</a></td><td>Creates climatological rasters for an Aviso gridded geostrophic currents product.</td></tr><tr><td><a href="AvisoGriddedGeostrophicCurrents.CreateVectorsAsArcGISFeatureClasses.html?format=raw">AvisoGriddedGeostrophicCurrentsCreateVectorsAsArcGISFeatureClasses_GeoEco</a></td><td>Creates line feature classes representing the current vectors of an Aviso gridded geostrophic currents product.</td></tr><tr><td><a href="AvisoGriddedGeostrophicCurrents.InterpolateAtArcGISPoints.html?format=raw">AvisoGriddedGeostrophicCurrentsInterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates the values of an Aviso gridded geostrophic currents product at points.</td></tr><tr><td><a href="AvisoGriddedSSH.CreateArcGISRasters.html?format=raw">AvisoGriddedSSHCreateArcGISRasters_GeoEco</a></td><td>Creates rasters for an Aviso gridded sea surface height product.</td></tr><tr><td><a href="AvisoGriddedSSH.CreateClimatologicalArcGISRasters.html?format=raw">AvisoGriddedSSHCreateClimatologicalArcGISRasters_GeoEco</a></td><td>Creates climatological rasters for an Aviso gridded sea surface height product.</td></tr><tr><td><a href="AvisoGriddedSSH.FindOkuboWeissEddies.html?format=raw">AvisoGriddedSSHFindOkuboWeissEddies_GeoEco</a></td><td>Creates rasters showing the cores of geostrophic eddies detected in an Aviso gridded sea surface height product using the Okubo-Weiss algorithm.</td></tr><tr><td><a href="AvisoGriddedSSH.InterpolateAtArcGISPoints.html?format=raw">AvisoGriddedSSHInterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates the values of an Aviso gridded sea surface height product at points.</td></tr><tr><td><a href="AvisoGriddedSignificantWaveHeight.CreateArcGISRasters.html?format=raw">AvisoGriddedSignificantWaveHeightCreateArcGISRasters_GeoEco</a></td><td>Creates rasters for an Aviso gridded significant wave height product.</td></tr><tr><td><a href="AvisoGriddedSignificantWaveHeight.CreateClimatologicalArcGISRasters.html?format=raw">AvisoGriddedSignificantWaveHeightCreateClimatologicalArcGISRasters_GeoEco</a></td><td>Creates climatological rasters for an Aviso gridded significant wave height product.</td></tr><tr><td><a href="AvisoGriddedSignificantWaveHeight.InterpolateAtArcGISPoints.html?format=raw">AvisoGriddedSignificantWaveHeightInterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates the values of an Aviso gridded significant wave height product at points.</td></tr><tr><td><a href="AvisoGriddedWindSpeedModulus.CreateArcGISRasters.html?format=raw">AvisoGriddedWindSpeedModulusCreateArcGISRasters_GeoEco</a></td><td>Creates rasters for an Aviso gridded wind speed modulus product.</td></tr><tr><td><a href="AvisoGriddedWindSpeedModulus.CreateClimatologicalArcGISRasters.html?format=raw">AvisoGriddedWindSpeedModulusCreateClimatologicalArcGISRasters_GeoEco</a></td><td>Creates climatological rasters for an Aviso gridded wind speed modulus product.</td></tr><tr><td><a href="AvisoGriddedWindSpeedModulus.InterpolateAtArcGISPoints.html?format=raw">AvisoGriddedWindSpeedModulusInterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates the values of an Aviso gridded wind speed modulus product at points.</td></tr><tr><td><a href="BinaryRaster.FindAndConvertToArcGISRaster.html?format=raw">BinaryRasterFindAndConvertToArcGISRaster_GeoEco</a></td><td>Finds two-dimensional binary rasters in a directory and converts them to ArcGIS rasters.</td></tr><tr><td><a href="BinaryRaster.FindAndConvertToArcInfoASCIIGrid.html?format=raw">BinaryRasterFindAndConvertToArcInfoASCIIGrid_GeoEco</a></td><td>Finds two-dimensional binary rasters in a directory and converts them to text files in ArcInfo ASCII Grid format.</td></tr><tr><td><a href="BinaryRaster.FindAndSwapBytes.html?format=raw">BinaryRasterFindAndSwapBytes_GeoEco</a></td><td>Finds and reverses the byte order of binary rasters in a directory (i.e. converts "little endian" to "big endian", or visa versa).</td></tr><tr><td><a href="BinaryRaster.SwapBytesArcGISTable.html?format=raw">BinaryRasterSwapBytesArcGISTable_GeoEco</a></td><td>Reverses the byte order of each binary raster listed in a table (i.e. converts "little endian" to "big endian", or visa versa).</td></tr><tr><td><a href="BinaryRaster.SwapBytes.html?format=raw">BinaryRasterSwapBytes_GeoEco</a></td><td>Reverses the byte order of a binary raster (e.g. converts "little endian" to "big endian", or visa versa).</td></tr><tr><td><a href="BinaryRaster.ToArcGISRasterArcGISTable.html?format=raw">BinaryRasterToArcGISRasterArcGISTable_GeoEco</a></td><td>Converts each two-dimensional binary raster in a table to an ArcGIS raster.</td></tr><tr><td><a href="BinaryRaster.ToArcGISRaster.html?format=raw">BinaryRasterToArcGISRaster_GeoEco</a></td><td>Converts a two-dimensional binary raster to an ArcGIS raster.</td></tr><tr><td><a href="BinaryRaster.ToArcInfoASCIIGridArcGISTable.html?format=raw">BinaryRasterToArcInfoASCIIGridArcGISTable_GeoEco</a></td><td>Converts each two-dimensional binary raster in a table to a text file in ArcInfo ASCII Grid format.</td></tr><tr><td><a href="BinaryRaster.ToArcInfoASCIIGrid.html?format=raw">BinaryRasterToArcInfoASCIIGrid_GeoEco</a></td><td>Converts a two-dimensional binary raster to a text file in ArcGIS ASCII Grid format.</td></tr><tr><td><a href="CayulaCornillonEdgeDetection.DetectEdgesInArcGISRaster.html?format=raw">CayulaCornillonEdgeDetectionDetectEdgesInArcGISRaster_GeoEco</a></td><td>Finds fronts in an ArcGIS raster using the Cayula and Cornillon (1992) single image edge detection (SIED) algorithm.</td></tr><tr><td><a href="CayulaCornillonEdgeDetection.DetectEdgesInArcGISRastersArcGISTable.html?format=raw">CayulaCornillonEdgeDetectionDetectEdgesInArcGISRastersArcGISTable_GeoEco</a></td><td>Finds fronts in ArcGIS rasters listed in a table using the Cayula and Cornillon (1992) single-image edge detection algorithm.</td></tr><tr><td><a href="CayulaCornillonEdgeDetection.DetectEdgesInBinaryRaster.html?format=raw">CayulaCornillonEdgeDetectionDetectEdgesInBinaryRaster_GeoEco</a></td><td>Finds fronts in a binary raster using the Cayula and Cornillon (1992) single image edge detection (SIED) algorithm.</td></tr><tr><td><a href="CayulaCornillonEdgeDetection.FindArcGISRastersAndDetectEdges.html?format=raw">CayulaCornillonEdgeDetectionFindArcGISRastersAndDetectEdges_GeoEco</a></td><td>Finds ArcGIS rasters in a workspace and finds fronts within them using the Cayula and Cornillon (1992) single-image edge detection algorithm.</td></tr><tr><td><a href="CheltonMesocaleEddyPoints.ConvertToSpatiaLite.html?format=raw">CheltonMesocaleEddyPointsConvertToSpatiaLite_GeoEco</a></td><td>Converts the Chelton et al. (2011) mesoscale eddy database netCDF file to a SpatiaLite database.</td></tr><tr><td><a href="CheltonMesocaleEddyPoints.ExtractArcGISLinesFromSpatiaLite.html?format=raw">CheltonMesocaleEddyPointsExtractArcGISLinesFromSpatiaLite_GeoEco</a></td><td>Extracts eddy tracklines from the Chelton et al. (2011) mesoscale eddy database in SpatiaLite format.</td></tr><tr><td><a href="CheltonMesocaleEddyPoints.ExtractArcGISPointsFromSpatiaLite.html?format=raw">CheltonMesocaleEddyPointsExtractArcGISPointsFromSpatiaLite_GeoEco</a></td><td>Extracts eddy centroid points from the Chelton et al. (2011) mesoscale eddy database in SpatiaLite format.</td></tr><tr><td><a href="ChildProcess.ExecuteProgram.html?format=raw">ChildProcessExecuteProgram_GeoEco</a></td><td>Executes the specified program and captures its output.</td></tr><tr><td><a href="CoRTADv32D.CreateArcGISRaster.html?format=raw">CoRTADv32DCreateArcGISRaster_GeoEco</a></td><td>Creates a raster for a CoRTAD 2D variable.</td></tr><tr><td><a href="CoRTADv32D.InterpolateAtArcGISPoints.html?format=raw">CoRTADv32DInterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates CoRTAD 2D variables at points.</td></tr><tr><td><a href="CoRTADv33D.CreateArcGISRasters.html?format=raw">CoRTADv33DCreateArcGISRasters_GeoEco</a></td><td>Creates rasters a CoRTAD 3D variable.</td></tr><tr><td><a href="CoRTADv33D.InterpolateAtArcGISPoints.html?format=raw">CoRTADv33DInterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates CoRTAD 3D variables at points.</td></tr><tr><td><a href="CoastWatchAVHRR.CopyNavigationOffsetsArcGISTable.html?format=raw">CoastWatchAVHRRCopyNavigationOffsetsArcGISTable_GeoEco</a></td><td>Copies navigation offsets from a source variable to destination variables in CoastWatch POES AVHRR CWF or HDF files listed in a table.</td></tr><tr><td><a href="CoastWatchAVHRR.CopyNavigationOffsets.html?format=raw">CoastWatchAVHRRCopyNavigationOffsets_GeoEco</a></td><td>Copies the navigation offsets from one variable in a CoastWatch POES AVHRR CWF or HDF file to one or more variables in another file.</td></tr><tr><td><a href="CoastWatchAVHRR.CreateMaskAsArcGISRaster.html?format=raw">CoastWatchAVHRRCreateMaskAsArcGISRaster_GeoEco</a></td><td>Creates a mask, in ArcGIS raster format, for a CoastWatch POES AVHRR image.</td></tr><tr><td><a href="CoastWatchAVHRR.CreateMaskAsBinaryRaster.html?format=raw">CoastWatchAVHRRCreateMaskAsBinaryRaster_GeoEco</a></td><td>Creates a mask, in binary raster format, for a CoastWatch POES AVHRR image.</td></tr><tr><td><a href="CoastWatchAVHRR.CreateMasksAsArcGISRastersArcGISTable.html?format=raw">CoastWatchAVHRRCreateMasksAsArcGISRastersArcGISTable_GeoEco</a></td><td>Creates masks, in ArcGIS raster format, for CoastWatch POES AVHRR images listed in a table.</td></tr><tr><td><a href="CoastWatchAVHRR.CreateMasksAsBinaryRastersArcGISTable.html?format=raw">CoastWatchAVHRRCreateMasksAsBinaryRastersArcGISTable_GeoEco</a></td><td>Creates masks, in binary raster format, for CoastWatch POES AVHRR images listed in a table.</td></tr><tr><td><a href="CoastWatchAVHRR.FindAndConvertToArcGISRasters.html?format=raw">CoastWatchAVHRRFindAndConvertToArcGISRasters_GeoEco</a></td><td>Finds images in CoastWatch POES AVHRR files in a directory and converts them to ArcGIS rasters.</td></tr><tr><td><a href="CoastWatchAVHRR.FindAndConvertToBinaryRasters.html?format=raw">CoastWatchAVHRRFindAndConvertToBinaryRasters_GeoEco</a></td><td>Finds images in CoastWatch POES AVHRR files in a directory and converts them to binary rasters.</td></tr><tr><td><a href="CoastWatchAVHRR.FindAndConvertToCoastWatchHDFs.html?format=raw">CoastWatchAVHRRFindAndConvertToCoastWatchHDFs_GeoEco</a></td><td>Finds images in CoastWatch POES AVHRR files in a directory and imports them into CoastWatch HDFs.</td></tr><tr><td><a href="CoastWatchAVHRR.FindAndCreateMasksAsArcGISRasters.html?format=raw">CoastWatchAVHRRFindAndCreateMasksAsArcGISRasters_GeoEco</a></td><td>Finds images in CoastWatch POES AVHRR files in a directory creates masks for them, in ArcGIS raster format.</td></tr><tr><td><a href="CoastWatchAVHRR.FindAndCreateMasksAsBinaryRasters.html?format=raw">CoastWatchAVHRRFindAndCreateMasksAsBinaryRasters_GeoEco</a></td><td>Finds images in CoastWatch POES AVHRR files in a directory creates masks for them, in binary raster format.</td></tr><tr><td><a href="CoastWatchAVHRR.FindCoastWatchFilesAndFindFrontsAsArcGISRasters.html?format=raw">CoastWatchAVHRRFindCoastWatchFilesAndFindFrontsAsArcGISRasters_GeoEco</a></td><td>Uses the Cayula and Cornillon (1992) single-image edge detection algorithm to find fronts in the CoastWatch POES AVHRR images found in a directory, and outputs the fronts as ArcGIS rasters.</td></tr><tr><td><a href="CoastWatchAVHRR.FindFilesAndCreateArcGISTable.html?format=raw">CoastWatchAVHRRFindFilesAndCreateArcGISTable_GeoEco</a></td><td>Finds CoastWatch POES AVHRR files within a directory and creates a table that lists them.</td></tr><tr><td><a href="CoastWatchAVHRR.FindFrontsAsArcGISRaster.html?format=raw">CoastWatchAVHRRFindFrontsAsArcGISRaster_GeoEco</a></td><td>Finds fronts in a CoastWatch POES AVHRR image using the Cayula and Cornillon (1992) single-image edge detection algorithm and outputs them to an ArcGIS raster.</td></tr><tr><td><a href="CoastWatchAVHRR.FindFrontsAsArcGISRastersArcGISTable.html?format=raw">CoastWatchAVHRRFindFrontsAsArcGISRastersArcGISTable_GeoEco</a></td><td>Finds fronts in CoastWatch POES AVHRR images listed in a table using the Cayula and Cornillon (1992) single-image edge detection algorithm and outputs them as ArcGIS rasters.</td></tr><tr><td><a href="CoastWatchAVHRR.FindFrontsAsBinaryRaster.html?format=raw">CoastWatchAVHRRFindFrontsAsBinaryRaster_GeoEco</a></td><td>Finds fronts in a CoastWatch POES AVHRR image using the Cayula and Cornillon (1992) single-image edge detection algorithm and outputs them to a binary raster.</td></tr><tr><td><a href="CoastWatchAVHRR.FindImagesInFilesAndCreateArcGISTable.html?format=raw">CoastWatchAVHRRFindImagesInFilesAndCreateArcGISTable_GeoEco</a></td><td>Finds CoastWatch POES AVHRR files within a directory and creates a table that lists the images within them.</td></tr><tr><td><a href="CoastWatchAVHRR.SetNavigationOffsetsArcGISTable.html?format=raw">CoastWatchAVHRRSetNavigationOffsetsArcGISTable_GeoEco</a></td><td>Sets the navigation offsets of the CoastWatch POES AVHRR CWF or HDF files listed in a table to the values specified by two fields.</td></tr><tr><td><a href="CoastWatchAVHRR.SetNavigationOffsets.html?format=raw">CoastWatchAVHRRSetNavigationOffsets_GeoEco</a></td><td>Sets the navigation offsets of a CoastWatch POES AVHRR CWF or HDF file.</td></tr><tr><td><a href="CoastWatchAVHRR.ToArcGISRasterArcGISTable.html?format=raw">CoastWatchAVHRRToArcGISRasterArcGISTable_GeoEco</a></td><td>Creates an ArcGIS raster from each CoastWatch POES AVHRR image listed in a table of images, where one field specifies the file path containing the image and another specifies the variable that represents the image.</td></tr><tr><td><a href="CoastWatchAVHRR.ToArcGISRaster.html?format=raw">CoastWatchAVHRRToArcGISRaster_GeoEco</a></td><td>Extracts and converts CoastWatch POES AVHRR image, specified by a file plus a variable in that file, to an ArcGIS raster.</td></tr><tr><td><a href="CoastWatchAVHRR.ToBinaryRasterArcGISTable.html?format=raw">CoastWatchAVHRRToBinaryRasterArcGISTable_GeoEco</a></td><td>Creates a binary raster from each CoastWatch POES AVHRR image listed in a table of images, where one field specifies the file path containing the image and another specifies the variable that represents the image.</td></tr><tr><td><a href="CoastWatchAVHRR.ToBinaryRaster.html?format=raw">CoastWatchAVHRRToBinaryRaster_GeoEco</a></td><td>Extracts and converts CoastWatch POES AVHRR image, specified by a file plus a variable in that file, to a binary raster.</td></tr><tr><td><a href="CoastWatchAVHRR.ToCoastWatchHDFArcGISTable.html?format=raw">CoastWatchAVHRRToCoastWatchHDFArcGISTable_GeoEco</a></td><td>Creates CoastWatch HDFs in a specified output directory by importing images from the CoastWatch POES AVHRR CWFs or HDFs listed in a table.</td></tr><tr><td><a href="CoastWatchAVHRR.ToCoastWatchHDF.html?format=raw">CoastWatchAVHRRToCoastWatchHDF_GeoEco</a></td><td>Creates a CoastWatch HDF by importing images from a list of CoastWatch POES AVHRR CWFs or HDFs.</td></tr><tr><td><a href="CoralReefConnectivity.CreateSimulationFromArcGISRasters.html?format=raw">CoralReefConnectivityCreateSimulationFromArcGISRasters_GeoEco</a></td><td>Creates a coral reef connectivity simulation and initializes it with reef data in ArcGIS rasters.</td></tr><tr><td><a href="CoralReefConnectivity.LoadAvisoGeostrophicCurrentsIntoSimulation.html?format=raw">CoralReefConnectivityLoadAvisoGeostrophicCurrentsIntoSimulation_GeoEco</a></td><td>Downloads Aviso geostrophic currents into a coral reef connectivity simulation.</td></tr><tr><td><a href="CoralReefConnectivity.LoadHYCOMGLBa0084DEquatorialCurrentsIntoSimulation.html?format=raw">CoralReefConnectivityLoadHYCOMGLBa0084DEquatorialCurrentsIntoSimulation_GeoEco</a></td><td>Downloads HYCOM GLBa0.08 ocean currents into a coral reef connectivity simulation.</td></tr><tr><td><a href="CoralReefConnectivity.LoadHYCOMGOMl0044DCurrentsIntoSimulation.html?format=raw">CoralReefConnectivityLoadHYCOMGOMl0044DCurrentsIntoSimulation_GeoEco</a></td><td>Downloads HYCOM GOMl0.04 ocean currents into a coral reef connectivity simulation.</td></tr><tr><td><a href="CoralReefConnectivity.LoadOSCARCurrentsIntoSimulation.html?format=raw">CoralReefConnectivityLoadOSCARCurrentsIntoSimulation_GeoEco</a></td><td>Downloads NOAA OSCAR 5-day unfiltered 1/3 degree ocean surface currents into a coral reef connectivity simulation.</td></tr><tr><td><a href="CoralReefConnectivity.LoadROMSCoSiNE4DCurrentsIntoSimulation.html?format=raw">CoralReefConnectivityLoadROMSCoSiNE4DCurrentsIntoSimulation_GeoEco</a></td><td>Downloads Pacific ROMS-CoSiNE ocean currents into a coral reef connectivity simulation.</td></tr><tr><td><a href="CoralReefConnectivity.RunSimulation.html?format=raw">CoralReefConnectivityRunSimulation_GeoEco</a></td><td>Executes a coral coral reef connectivity simulation.</td></tr><tr><td><a href="DiGIR.GetOBISResourcesAsArcGISTable.html?format=raw">DiGIRGetOBISResourcesAsArcGISTable_GeoEco</a></td><td>Gets the list of Distributed Generic Information Retrieval (DiGIR) resources available from OBIS and writes it to an ArcGIS table.</td></tr><tr><td><a href="DiGIR.GetOBISSEAMAPResourcesAsArcGISTable.html?format=raw">DiGIRGetOBISSEAMAPResourcesAsArcGISTable_GeoEco</a></td><td>Gets the list of Distributed Generic Information Retrieval (DiGIR) resources available from OBIS-SEAMAP and writes it to an ArcGIS table.</td></tr><tr><td><a href="DiGIR.GetResourcesAsArcGISTable.html?format=raw">DiGIRGetResourcesAsArcGISTable_GeoEco</a></td><td>Gets the list of Distributed Generic Information Retrieval (DiGIR) resources available from a DiGIR server and writes it to an ArcGIS table.</td></tr><tr><td><a href="DiGIR.SearchAndCreateArcGISPoints.html?format=raw">DiGIRSearchAndCreateArcGISPoints_GeoEco</a></td><td>Searches a Distributed Generic Information Retrieval (DiGIR) server for georeferenced records and creates an ArcGIS point feature class from them.</td></tr><tr><td><a href="DiGIR.SearchOBISAndCreateArcGISPoints.html?format=raw">DiGIRSearchOBISAndCreateArcGISPoints_GeoEco</a></td><td>Searches OBIS for georeferenced records using the Distributed Generic Information Retrieval (DiGIR) protocol and creates an ArcGIS point feature class from them.</td></tr><tr><td><a href="DiGIR.SearchOBISSEAMAPAndCreateArcGISPoints.html?format=raw">DiGIRSearchOBISSEAMAPAndCreateArcGISPoints_GeoEco</a></td><td>Searches OBIS-SEAMAP for georeferenced records using the Distributed Generic Information Retrieval (DiGIR) protocol and creates an ArcGIS point feature class from them.</td></tr><tr><td><a href="Directory.CopyArcGISTable.html?format=raw">DirectoryCopyArcGISTable_GeoEco</a></td><td>Copies the directories listed in a table.</td></tr><tr><td><a href="Directory.Copy.html?format=raw">DirectoryCopy_GeoEco</a></td><td>Copies a directory, including its subdirectories and files.</td></tr><tr><td><a href="Directory.CreateSubdirectory.html?format=raw">DirectoryCreateSubdirectory_GeoEco</a></td><td>Creates a subdirectory within a parent directory.</td></tr><tr><td><a href="Directory.CreateTemporaryDirectory.html?format=raw">DirectoryCreateTemporaryDirectory_GeoEco</a></td><td>Creates a directory suitable for holding temporary files.</td></tr><tr><td><a href="Directory.Create.html?format=raw">DirectoryCreate_GeoEco</a></td><td>Creates a directory, including any parent directories that are missing.</td></tr><tr><td><a href="Directory.DeleteArcGISTable.html?format=raw">DirectoryDeleteArcGISTable_GeoEco</a></td><td>Deletes the directories listed in a table.</td></tr><tr><td><a href="Directory.Delete.html?format=raw">DirectoryDelete_GeoEco</a></td><td>Deletes a directory.</td></tr><tr><td><a href="Directory.FindAndCopy.html?format=raw">DirectoryFindAndCopy_GeoEco</a></td><td>Finds and copies directories in a directory.</td></tr><tr><td><a href="Directory.FindAndCreateArcGISTable.html?format=raw">DirectoryFindAndCreateArcGISTable_GeoEco</a></td><td>Finds subdirectories within a directory and creates a table that lists them.</td></tr><tr><td><a href="Directory.FindAndDelete.html?format=raw">DirectoryFindAndDelete_GeoEco</a></td><td>Finds and deletes directories in a directory.</td></tr><tr><td><a href="Directory.FindAndMove.html?format=raw">DirectoryFindAndMove_GeoEco</a></td><td>Finds and moves directories in a directory.</td></tr><tr><td><a href="Directory.MoveArcGISTable.html?format=raw">DirectoryMoveArcGISTable_GeoEco</a></td><td>Moves the directories listed in a table.</td></tr><tr><td><a href="Directory.Move.html?format=raw">DirectoryMove_GeoEco</a></td><td>Moves a directory, including its subdirectories and files.</td></tr><tr><td><a href="ESRLClimateIndices.ClassifyONIEpisodesInTimeSeriesArcGISTable.html?format=raw">ESRLClimateIndicesClassifyONIEpisodesInTimeSeriesArcGISTable_GeoEco</a></td><td>Given a time series table of monthly Oceanic Nino Index (ONI) numerical values, classifies each month as part of a normal, El Nino (warm), or La Nina (cold) episode.</td></tr><tr><td><a href="ESRLClimateIndices.FileToArcGISTable.html?format=raw">ESRLClimateIndicesFileToArcGISTable_GeoEco</a></td><td>Creates and populates a table of climate index values parsed from a text file in NOAA ESRL time series format.</td></tr><tr><td><a href="ESRLClimateIndices.FilesToArcGISTable.html?format=raw">ESRLClimateIndicesFilesToArcGISTable_GeoEco</a></td><td>Creates and populates a table of climate index values parsed from a list of text files, where each file contains the data for a single climate index in NOAA ESRL time series format.</td></tr><tr><td><a href="ESRLClimateIndices.UrlToArcGISTable.html?format=raw">ESRLClimateIndicesUrlToArcGISTable_GeoEco</a></td><td>Creates and populates a table of climate index values parsed from NOAA ESRL climate index time series data downloaded from a URL.</td></tr><tr><td><a href="ESRLClimateIndices.UrlsToArcGISTable.html?format=raw">ESRLClimateIndicesUrlsToArcGISTable_GeoEco</a></td><td>Creates and populates a table of climate index values parsed from NOAA ESRL climate index time series data downloaded from a list of URLs.</td></tr><tr><td><a href="FEET.CreateEnvelopes.html?format=raw">FEETCreateEnvelopes_GeoEco</a></td><td>Models the spatial distribution of fishing effort for fisheries for which no spatially-explicit effort data is available.</td></tr><tr><td><a href="Field.CalculateArcGISField.html?format=raw">FieldCalculateArcGISField_GeoEco</a></td><td>Calculates the value of a table field using a Python expression.</td></tr><tr><td><a href="Field.CalculateArcGISFields.html?format=raw">FieldCalculateArcGISFields_GeoEco</a></td><td>Calculates values for one or more fields of a table using Python expressions.</td></tr><tr><td><a href="File.CopyArcGISTable.html?format=raw">FileCopyArcGISTable_GeoEco</a></td><td>Copies the files listed in a table.</td></tr><tr><td><a href="File.Copy.html?format=raw">FileCopy_GeoEco</a></td><td>Copies a file.</td></tr><tr><td><a href="File.Decompress.html?format=raw">FileDecompress_GeoEco</a></td><td>Decompresses a file into a directory.</td></tr><tr><td><a href="File.DeleteArcGISTable.html?format=raw">FileDeleteArcGISTable_GeoEco</a></td><td>Deletes the files listed in a table.</td></tr><tr><td><a href="File.Delete.html?format=raw">FileDelete_GeoEco</a></td><td>Deletes a file.</td></tr><tr><td><a href="File.FindAndCopy.html?format=raw">FileFindAndCopy_GeoEco</a></td><td>Finds and copies files in a directory.</td></tr><tr><td><a href="File.FindAndCreateArcGISTable.html?format=raw">FileFindAndCreateArcGISTable_GeoEco</a></td><td>Finds files within a directory and creates a table that lists them.</td></tr><tr><td><a href="File.FindAndDelete.html?format=raw">FileFindAndDelete_GeoEco</a></td><td>Finds and deletes files in a directory.</td></tr><tr><td><a href="File.FindAndMove.html?format=raw">FileFindAndMove_GeoEco</a></td><td>Finds and moves files in a directory.</td></tr><tr><td><a href="File.IsDecompressible.html?format=raw">FileIsDecompressible_GeoEco</a></td><td>Returns True if the specified file is in a format that can be decompressed.</td></tr><tr><td><a href="File.MoveArcGISTable.html?format=raw">FileMoveArcGISTable_GeoEco</a></td><td>Moves the files listed in a table.</td></tr><tr><td><a href="File.Move.html?format=raw">FileMove_GeoEco</a></td><td>Moves a file.</td></tr><tr><td><a href="FisheryPeriodicity.AnalyzeCPUEInArcGISTable.html?format=raw">FisheryPeriodicityAnalyzeCPUEInArcGISTable_GeoEco</a></td><td>Creates several plots that analyze the temporal periodicity of catch per unit effort (CPUE) calculated from fishing records in a table.</td></tr><tr><td><a href="FisheryPeriodicity.AnalyzeCatchInArcGISTable.html?format=raw">FisheryPeriodicityAnalyzeCatchInArcGISTable_GeoEco</a></td><td>Creates several plots that show the temporal periodicity of catch records in a table.</td></tr><tr><td><a href="FisheryPeriodicity.AnalyzeEffortInArcGISTable.html?format=raw">FisheryPeriodicityAnalyzeEffortInArcGISTable_GeoEco</a></td><td>Creates several plots that show the temporal periodicity of fishing effort records in a table.</td></tr><tr><td><a href="GAM.FitToArcGISTable.html?format=raw">GAMFitToArcGISTable_GeoEco</a></td><td>Fits a generalized additive model (GAM) to data in a table.</td></tr><tr><td><a href="GAM.PredictFromArcGISRasters.html?format=raw">GAMPredictFromArcGISRasters_GeoEco</a></td><td>Using a fitted generalized additive model (GAM), this tool creates a raster representing the response variable predicted from rasters representing the predictor variables.</td></tr><tr><td><a href="GAM.PredictFromArcGISTable.html?format=raw">GAMPredictFromArcGISTable_GeoEco</a></td><td>Given a fitted generalized additive model (GAM), this tool predicts the response variable for each row of a table.</td></tr><tr><td><a href="GHRSSTLevel4.CreateArcGISRasters.html?format=raw">GHRSSTLevel4CreateArcGISRasters_GeoEco</a></td><td>Creates rasters for a GHRSST L4 product hosted by NASA JPL PO.DAAC.</td></tr><tr><td><a href="GHRSSTLevel4.CreateCayulaCornillonFrontsAsArcGISRasters.html?format=raw">GHRSSTLevel4CreateCayulaCornillonFrontsAsArcGISRasters_GeoEco</a></td><td>Creates rasters indicating the positions of fronts in GHRSST L4 SST images hosted by NASA JPL PO.DAAC, using the Cayula and Cornillon (1992) single image edge detection (SIED) algorithm.</td></tr><tr><td><a href="GHRSSTLevel4.CreateClimatologicalArcGISRasters.html?format=raw">GHRSSTLevel4CreateClimatologicalArcGISRasters_GeoEco</a></td><td>Creates climatological rasters for a GHRSST L4 product hosted by NASA JPL PO.DAAC.</td></tr><tr><td><a href="GHRSSTLevel4.InterpolateAtArcGISPoints.html?format=raw">GHRSSTLevel4InterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates values of a GHRSST L4 product hosted by NASA JPL PO.DAAC at points.</td></tr><tr><td><a href="GLM.FitToArcGISTable.html?format=raw">GLMFitToArcGISTable_GeoEco</a></td><td>Fits a generalized linear model (GLM) to data in a table using the R glm function.</td></tr><tr><td><a href="GLM.PredictFromArcGISRasters.html?format=raw">GLMPredictFromArcGISRasters_GeoEco</a></td><td>Using a fitted generalized linear model (GLM), this tool creates a raster representing the response variable predicted from rasters representing the predictor variables.</td></tr><tr><td><a href="GLM.PredictFromArcGISTable.html?format=raw">GLMPredictFromArcGISTable_GeoEco</a></td><td>Given a fitted generalized linear model (GLM), this tool predicts the response variable for each row of a table.</td></tr><tr><td><a href="HDF.ExtractHeaderArcGISTable.html?format=raw">HDFExtractHeaderArcGISTable_GeoEco</a></td><td>Extracts the headers of HDF files in a table and saves them to text files.</td></tr><tr><td><a href="HDF.ExtractHeader.html?format=raw">HDFExtractHeader_GeoEco</a></td><td>Extracts the header of an HDF file and saves it to a text file.</td></tr><tr><td><a href="HDF.FindAndConvertToArcGISRasters.html?format=raw">HDFFindAndConvertToArcGISRasters_GeoEco</a></td><td>Finds HDF files in a directory and converts a Scientific Data Sets (SDS) in each file to an ArcGIS raster.</td></tr><tr><td><a href="HDF.FindAndConvertToArcInfoASCIIGrids.html?format=raw">HDFFindAndConvertToArcInfoASCIIGrids_GeoEco</a></td><td>Finds HDF files in a directory and converts a Scientific Data Sets (SDS) in each file to a text file in ArcInfo ASCII Grid format.</td></tr><tr><td><a href="HDF.FindAndConvertToBinaryRasters.html?format=raw">HDFFindAndConvertToBinaryRasters_GeoEco</a></td><td>Finds HDF files in a directory and converts a Scientific Data Sets (SDS) in each file to a binary raster.</td></tr><tr><td><a href="HDF.FindAndExtractHeaders.html?format=raw">HDFFindAndExtractHeaders_GeoEco</a></td><td>Finds HDF files in a directory, extracts their headers, and saves the headers to text files.</td></tr><tr><td><a href="HDF.SDSToArcGISRaster.html?format=raw">HDFSDSToArcGISRaster_GeoEco</a></td><td>Converts a Scientific Data Set (SDS) in an HDF file to an ArcGIS raster.</td></tr><tr><td><a href="HDF.SDSToArcInfoASCIIGrid.html?format=raw">HDFSDSToArcInfoASCIIGrid_GeoEco</a></td><td>Converts a Scientific Data Set (SDS) in an HDF file to a text file in ArcInfo ASCII Grid format.</td></tr><tr><td><a href="HDF.SDSToBinaryRaster.html?format=raw">HDFSDSToBinaryRaster_GeoEco</a></td><td>Converts a Scientific Data Set (SDS) in an HDF file to a binary raster.</td></tr><tr><td><a href="HDF.ToArcGISRasterArcGISTable.html?format=raw">HDFToArcGISRasterArcGISTable_GeoEco</a></td><td>Converts a Scientific Data Set (SDS) in each HDF file in a table to an ArcGIS raster.</td></tr><tr><td><a href="HDF.ToArcInfoASCIIGridArcGISTable.html?format=raw">HDFToArcInfoASCIIGridArcGISTable_GeoEco</a></td><td>Converts a Scientific Data Set (SDS) in each HDF file in a table to a text file in an ArcInfo ASCII Grid format.</td></tr><tr><td><a href="HDF.ToBinaryRasterArcGISTable.html?format=raw">HDFToBinaryRasterArcGISTable_GeoEco</a></td><td>Converts a Scientific Data Set (SDS) in each HDF file in a table to a binary raster.</td></tr><tr><td><a href="HYCOMGLBa008Equatorial3D.CreateArcGISRasters.html?format=raw">HYCOMGLBa008Equatorial3DCreateArcGISRasters_GeoEco</a></td><td>Creates rasters for a 3D variable of the equatorial (Mercator) region of the HYCOM GLBa0.08 dataset.</td></tr><tr><td><a href="HYCOMGLBa008Equatorial3D.CreateClimatologicalArcGISRasters.html?format=raw">HYCOMGLBa008Equatorial3DCreateClimatologicalArcGISRasters_GeoEco</a></td><td>Creates climatological rasters for a 3D variable of the equatorial (Mercator) region of the HYCOM GLBa0.08 dataset</td></tr><tr><td><a href="HYCOMGLBa008Equatorial3D.InterpolateAtArcGISPoints.html?format=raw">HYCOMGLBa008Equatorial3DInterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates 3D variables of the equatorial (Mercator) region of the HYCOM GLBa0.08 dataset at points.</td></tr><tr><td><a href="HYCOMGLBa008Equatorial4D.CreateArcGISRasters.html?format=raw">HYCOMGLBa008Equatorial4DCreateArcGISRasters_GeoEco</a></td><td>Creates rasters for a 4D variable of the equatorial (Mercator) region of the HYCOM GLBa0.08 dataset.</td></tr><tr><td><a href="HYCOMGLBa008Equatorial4D.CreateCayulaCornillonFrontsAsArcGISRasters.html?format=raw">HYCOMGLBa008Equatorial4DCreateCayulaCornillonFrontsAsArcGISRasters_GeoEco</a></td><td>Creates rasters indicating the positions of fronts in the 2D slices of a 4D variable of the equatorial (Mercator) region of the HYCOM GLBa0.08 dataset using the Cayula and Cornillon (1992) single image edge detection (SIED) algorithm.</td></tr><tr><td><a href="HYCOMGLBa008Equatorial4D.CreateClimatologicalArcGISRasters.html?format=raw">HYCOMGLBa008Equatorial4DCreateClimatologicalArcGISRasters_GeoEco</a></td><td>Creates climatological rasters for a 4D variable of the equatorial (Mercator) region of the HYCOM GLBa0.08 dataset</td></tr><tr><td><a href="HYCOMGLBa008Equatorial4D.CreateCurrentVectorsAsArcGISFeatureClasses.html?format=raw">HYCOMGLBa008Equatorial4DCreateCurrentVectorsAsArcGISFeatureClasses_GeoEco</a></td><td>Creates line feature classes representing the current vectors for the equatorial (Mercator) region of the HYCOM GLBa0.08 dataset.</td></tr><tr><td><a href="HYCOMGLBa008Equatorial4D.InterpolateAtArcGISPoints.html?format=raw">HYCOMGLBa008Equatorial4DInterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates 4D variables of the equatorial (Mercator) region of the HYCOM GLBa0.08 dataset at points.</td></tr><tr><td><a href="HYCOMGOMl0043D.CreateArcGISRasters.html?format=raw">HYCOMGOMl0043DCreateArcGISRasters_GeoEco</a></td><td>Creates rasters for a HYCOM GOMl0.04 3D variable.</td></tr><tr><td><a href="HYCOMGOMl0043D.CreateClimatologicalArcGISRasters.html?format=raw">HYCOMGOMl0043DCreateClimatologicalArcGISRasters_GeoEco</a></td><td>Creates climatological rasters for a HYCOM GOMl0.04 3D variable</td></tr><tr><td><a href="HYCOMGOMl0043D.InterpolateAtArcGISPoints.html?format=raw">HYCOMGOMl0043DInterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates HYCOM GOMl0.04 3D variables at points.</td></tr><tr><td><a href="HYCOMGOMl0044D.CreateArcGISRasters.html?format=raw">HYCOMGOMl0044DCreateArcGISRasters_GeoEco</a></td><td>Creates rasters for a HYCOM GOMl0.04 4D variable.</td></tr><tr><td><a href="HYCOMGOMl0044D.CreateCayulaCornillonFrontsAsArcGISRasters.html?format=raw">HYCOMGOMl0044DCreateCayulaCornillonFrontsAsArcGISRasters_GeoEco</a></td><td>Creates rasters indicating the positions of fronts in the 2D slices of a HYCOM GOMl0.04 4D variable using the Cayula and Cornillon (1992) single image edge detection (SIED) algorithm.</td></tr><tr><td><a href="HYCOMGOMl0044D.CreateClimatologicalArcGISRasters.html?format=raw">HYCOMGOMl0044DCreateClimatologicalArcGISRasters_GeoEco</a></td><td>Creates climatological rasters for a HYCOM GOMl0.04 4D variable</td></tr><tr><td><a href="HYCOMGOMl0044D.CreateCurrentVectorsAsArcGISFeatureClasses.html?format=raw">HYCOMGOMl0044DCreateCurrentVectorsAsArcGISFeatureClasses_GeoEco</a></td><td>Creates line feature classes representing the vectors of HYCOM GOMl0.04 currents.</td></tr><tr><td><a href="HYCOMGOMl0044D.InterpolateAtArcGISPoints.html?format=raw">HYCOMGOMl0044DInterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates HYCOM GOMl0.04 4D variables at points.</td></tr><tr><td><a href="Interpolator.FindAndInpaintArcGISRasters.html?format=raw">InterpolatorFindAndInpaintArcGISRasters_GeoEco</a></td><td>Finds rasters in an ArcGIS workspace and interpolates values for the No Data cells.</td></tr><tr><td><a href="Interpolator.InpaintArcGISRasterArcGISTable.html?format=raw">InterpolatorInpaintArcGISRasterArcGISTable_GeoEco</a></td><td>Interpolates values for the No Data cells for each ArcGIS raster in a table.</td></tr><tr><td><a href="Interpolator.InpaintArcGISRaster.html?format=raw">InterpolatorInpaintArcGISRaster_GeoEco</a></td><td>Interpolates values for the No Data cells of a raster.</td></tr><tr><td><a href="Interpolator.InterpolateArcGISRasterValuesAtPoints.html?format=raw">InterpolatorInterpolateArcGISRasterValuesAtPoints_GeoEco</a></td><td>Interpolates the values of rasters at points.</td></tr><tr><td><a href="LinearMixedModel.FitToArcGISTable.html?format=raw">LinearMixedModelFitToArcGISTable_GeoEco</a></td><td>Fits a linear mixed-effects model to data in a table.</td></tr><tr><td><a href="LinearMixedModel.PredictFromArcGISRasters.html?format=raw">LinearMixedModelPredictFromArcGISRasters_GeoEco</a></td><td>Using a fitted linear mixed model, this tool creates a raster representing the response variable predicted from rasters representing the predictor variables.</td></tr><tr><td><a href="MODISL3SSTTimeSeries.CreateArcGISRasters.html?format=raw">MODISL3SSTTimeSeriesCreateArcGISRasters_GeoEco</a></td><td>Creates rasters for MODIS Level 3 SST images published by NASA JPL PO.DAAC.</td></tr><tr><td><a href="MODISL3SSTTimeSeries.CreateCayulaCornillonFrontsAsArcGISRasters.html?format=raw">MODISL3SSTTimeSeriesCreateCayulaCornillonFrontsAsArcGISRasters_GeoEco</a></td><td>Creates rasters indicating the positions of fronts in MODIS Level 3 SST images published by NASA JPL PO.DAAC, using the Cayula and Cornillon (1992) single image edge detection (SIED) algorithm.</td></tr><tr><td><a href="MODISL3SSTTimeSeries.CreateClimatologicalArcGISRasters.html?format=raw">MODISL3SSTTimeSeriesCreateClimatologicalArcGISRasters_GeoEco</a></td><td>Creates climatological rasters from MODIS Level 3 SST images published by NASA JPL PO.DAAC.</td></tr><tr><td><a href="MODISL3SSTTimeSeries.InterpolateAtArcGISPoints.html?format=raw">MODISL3SSTTimeSeriesInterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates PO.DAAC MODIS Level 3 SST values at points.</td></tr><tr><td><a href="ModelEvaluation.RandomlySplitArcGISTableIntoTrainingAndTestRecords.html?format=raw">ModelEvaluationRandomlySplitArcGISTableIntoTrainingAndTestRecords_GeoEco</a></td><td>Randomly designates the records of a table as either training records (for fitting a predictive model) or test records (for evaluating the model).</td></tr><tr><td><a href="Moon.CalculateMoonPhaseForArcGISTable.html?format=raw">MoonCalculateMoonPhaseForArcGISTable_GeoEco</a></td><td>Given a table with a date field, calculates the phase of the moon and writes it to another field.</td></tr><tr><td><a href="NetCDF.Convert2DVariableInNetCDFsInArcGISTableToArcGISRasters.html?format=raw">NetCDFConvert2DVariableInNetCDFsInArcGISTableToArcGISRasters_GeoEco</a></td><td>Converts a two-dimensional variable in each netCDF file in a table to an ArcGIS raster.</td></tr><tr><td><a href="NetCDF.Convert2DVariableInNetCDFsInArcGISTableToArcInfoASCIIGrids.html?format=raw">NetCDFConvert2DVariableInNetCDFsInArcGISTableToArcInfoASCIIGrids_GeoEco</a></td><td>Converts a two-dimensional variable in each netCDF file in a table to a text file in ArcInfo ASCII Grid format.</td></tr><tr><td><a href="NetCDF.Convert2DVariableInNetCDFsInArcGISTableToBinaryRasters.html?format=raw">NetCDFConvert2DVariableInNetCDFsInArcGISTableToBinaryRasters_GeoEco</a></td><td>Converts a two-dimensional variable in each netCDF file in a table to a binary raster.</td></tr><tr><td><a href="NetCDF.Convert2DVariableToArcGISRaster.html?format=raw">NetCDFConvert2DVariableToArcGISRaster_GeoEco</a></td><td>Converts a two-dimensional variable in a netCDF file to an ArcGIS raster.</td></tr><tr><td><a href="NetCDF.Convert2DVariableToArcInfoASCIIGrid.html?format=raw">NetCDFConvert2DVariableToArcInfoASCIIGrid_GeoEco</a></td><td>Converts a two-dimensional variable in a netCDF file to a text file in ArcInfo ASCII Grid format.</td></tr><tr><td><a href="NetCDF.Convert2DVariableToBinaryRaster.html?format=raw">NetCDFConvert2DVariableToBinaryRaster_GeoEco</a></td><td>Converts a two-dimensional variable in a netCDF file to a binary raster.</td></tr><tr><td><a href="NetCDF.ExtractHeaderArcGISTable.html?format=raw">NetCDFExtractHeaderArcGISTable_GeoEco</a></td><td>Extracts the headers of netCDF files in a table and saves them to text files.</td></tr><tr><td><a href="NetCDF.ExtractHeader.html?format=raw">NetCDFExtractHeader_GeoEco</a></td><td>Extracts the header of a netCDF file and saves it to a text file.</td></tr><tr><td><a href="NetCDF.FindAndExtractHeaders.html?format=raw">NetCDFFindAndExtractHeaders_GeoEco</a></td><td>Finds netCDF files in a directory, extracts their headers, and saves the headers to text files.</td></tr><tr><td><a href="NetCDF.FindNetCDFsAndConvert2DVariableToArcGISRasters.html?format=raw">NetCDFFindNetCDFsAndConvert2DVariableToArcGISRasters_GeoEco</a></td><td>Finds netCDF files in a directory and converts a two-dimensional variable in each file to an ArcGIS raster.</td></tr><tr><td><a href="NetCDF.FindNetCDFsAndConvert2DVariableToArcInfoASCIIGrids.html?format=raw">NetCDFFindNetCDFsAndConvert2DVariableToArcInfoASCIIGrids_GeoEco</a></td><td>Finds netCDF files in a directory and converts a two-dimensional variable in each file to a text file in ArcInfo ASCII Grid format.</td></tr><tr><td><a href="NetCDF.FindNetCDFsAndConvert2DVariableToBinaryRasters.html?format=raw">NetCDFFindNetCDFsAndConvert2DVariableToBinaryRasters_GeoEco</a></td><td>Finds netCDF files in a directory and converts a two-dimensional variable in each file to a binary raster.</td></tr><tr><td><a href="OSCAR5DayThirdDegreeCurrents.CreateArcGISRasters.html?format=raw">OSCAR5DayThirdDegreeCurrentsCreateArcGISRasters_GeoEco</a></td><td>Creates rasters for NOAA OSCAR 5-day unfiltered 1/3 degree ocean surface currents.</td></tr><tr><td><a href="OSCAR5DayThirdDegreeCurrents.CreateClimatologicalArcGISRasters.html?format=raw">OSCAR5DayThirdDegreeCurrentsCreateClimatologicalArcGISRasters_GeoEco</a></td><td>Creates climatological rasters for NOAA OSCAR 5-day unfiltered 1/3 degree ocean surface currents.</td></tr><tr><td><a href="OSCAR5DayThirdDegreeCurrents.CreateVectorsAsArcGISFeatureClasses.html?format=raw">OSCAR5DayThirdDegreeCurrentsCreateVectorsAsArcGISFeatureClasses_GeoEco</a></td><td>Creates line feature classes representing the vectors of NOAA OSCAR 5-day unfiltered 1/3 degree ocean surface currents.</td></tr><tr><td><a href="OSCAR5DayThirdDegreeCurrents.InterpolateAtArcGISPoints.html?format=raw">OSCAR5DayThirdDegreeCurrentsInterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates the values of NOAA OSCAR 5-day unfiltered 1/3 degree ocean surface currents at points.</td></tr><tr><td><a href="OceanColorLevel3SMITimeSeries.CreateArcGISRasters.html?format=raw">OceanColorLevel3SMITimeSeriesCreateArcGISRasters_GeoEco</a></td><td>Creates rasters for a Level 3 Standard Mapped Image (SMI) product published by the NASA GSFC OceanColor Group.</td></tr><tr><td><a href="OceanColorLevel3SMITimeSeries.CreateClimatologicalArcGISRasters.html?format=raw">OceanColorLevel3SMITimeSeriesCreateClimatologicalArcGISRasters_GeoEco</a></td><td>Creates climatological rasters for a Level 3 Standard Mapped Image (SMI) product published by the NASA GSFC OceanColor Group.</td></tr><tr><td><a href="OceanColorLevel3SMITimeSeries.InterpolateAtArcGISPoints.html?format=raw">OceanColorLevel3SMITimeSeriesInterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates the values of a Level 3 Standard Mapped Image (SMI) product published by the NASA GSFC OceanColor Group at points.</td></tr><tr><td><a href="Periodicity.AnalyzeArcGISTable.html?format=raw">PeriodicityAnalyzeArcGISTable_GeoEco</a></td><td>Creates several plots that show the temporal periodicity of the records in a table.</td></tr><tr><td><a href="R.EvaluateFile.html?format=raw">REvaluateFile_GeoEco</a></td><td>Evalutes the R statements in a text file using the R interpreter and returns the result of the last statement.</td></tr><tr><td><a href="R.Evaluate.html?format=raw">REvaluate_GeoEco</a></td><td>Evalutes one or more R statements using the R interpreter and returns the result of the last statement.</td></tr><tr><td><a href="RExploratoryPlots.ClevelandPlotForArcGISTable.html?format=raw">RExploratoryPlotsClevelandPlotForArcGISTable_GeoEco</a></td><td>Creates a multi-panel Cleveland dotplot for a table.</td></tr><tr><td><a href="RExploratoryPlots.DensityHistogramForArcGISField.html?format=raw">RExploratoryPlotsDensityHistogramForArcGISField_GeoEco</a></td><td>Creates a density histogram for a field of a table.</td></tr><tr><td><a href="RExploratoryPlots.DensityHistogramForArcGISPointsCoordinates.html?format=raw">RExploratoryPlotsDensityHistogramForArcGISPointsCoordinates_GeoEco</a></td><td>Creates a density histogram for one of the coordinates of a point feature class or layer.</td></tr><tr><td><a href="RExploratoryPlots.ScatterplotMatrixForArcGISTable.html?format=raw">RExploratoryPlotsScatterplotMatrixForArcGISTable_GeoEco</a></td><td>Creates a matrix of scatterplots for a table using the R pairs function.</td></tr><tr><td><a href="ROMSCoSiNE2D.CreateArcGISRaster.html?format=raw">ROMSCoSiNE2DCreateArcGISRaster_GeoEco</a></td><td>Creates a raster for a Pacific ROMS-CoSiNE 2D variable.</td></tr><tr><td><a href="ROMSCoSiNE2D.InterpolateAtArcGISPoints.html?format=raw">ROMSCoSiNE2DInterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates a Pacific ROMS-CoSiNE 2D variable at points.</td></tr><tr><td><a href="ROMSCoSiNE3D.CreateArcGISRasters.html?format=raw">ROMSCoSiNE3DCreateArcGISRasters_GeoEco</a></td><td>Creates rasters for a Pacific ROMS-CoSiNE 3D variable.</td></tr><tr><td><a href="ROMSCoSiNE3D.CreateClimatologicalArcGISRasters.html?format=raw">ROMSCoSiNE3DCreateClimatologicalArcGISRasters_GeoEco</a></td><td>Creates climatological rasters for a Pacific ROMS-CoSiNE 3D variable</td></tr><tr><td><a href="ROMSCoSiNE3D.InterpolateAtArcGISPoints.html?format=raw">ROMSCoSiNE3DInterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates Pacific ROMS-CoSiNE 3D variables at points.</td></tr><tr><td><a href="ROMSCoSiNE4D.CreateArcGISRasters.html?format=raw">ROMSCoSiNE4DCreateArcGISRasters_GeoEco</a></td><td>Creates rasters for a Pacific ROMS-CoSiNE 4D variable.</td></tr><tr><td><a href="ROMSCoSiNE4D.CreateClimatologicalArcGISRasters.html?format=raw">ROMSCoSiNE4DCreateClimatologicalArcGISRasters_GeoEco</a></td><td>Creates climatological rasters for a Pacific ROMS-CoSiNE 4D variable</td></tr><tr><td><a href="ROMSCoSiNE4D.InterpolateAtArcGISPoints.html?format=raw">ROMSCoSiNE4DInterpolateAtArcGISPoints_GeoEco</a></td><td>Interpolates Pacific ROMS-CoSiNE 4D variables at points.</td></tr><tr><td><a href="RandomForestModel.FitToArcGISTable.html?format=raw">RandomForestModelFitToArcGISTable_GeoEco</a></td><td>Fits a random forest model to data in a table.</td></tr><tr><td><a href="RandomForestModel.PredictFromArcGISRasters.html?format=raw">RandomForestModelPredictFromArcGISRasters_GeoEco</a></td><td>Using a fitted random forest model, this tool creates a raster representing the response variable predicted from rasters representing the predictor variables.</td></tr><tr><td><a href="RandomForestModel.PredictFromArcGISTable.html?format=raw">RandomForestModelPredictFromArcGISTable_GeoEco</a></td><td>Given a random forest model, this tool predicts the response variable for each row of a table.</td></tr><tr><td><a href="SIRFile.ExtractHeaderArcGISTable.html?format=raw">SIRFileExtractHeaderArcGISTable_GeoEco</a></td><td>Extracts the headers of SIR files in a table and saves them to text files.</td></tr><tr><td><a href="SIRFile.ExtractHeader.html?format=raw">SIRFileExtractHeader_GeoEco</a></td><td>Extracts the header of a SIR file.</td></tr><tr><td><a href="SIRFile.FindAndConvertToArcGISRasters.html?format=raw">SIRFileFindAndConvertToArcGISRasters_GeoEco</a></td><td>Finds SIR files in a directory and converts them to ArcGIS rasters.</td></tr><tr><td><a href="SIRFile.FindAndConvertToArcInfoASCIIGrids.html?format=raw">SIRFileFindAndConvertToArcInfoASCIIGrids_GeoEco</a></td><td>Finds SIR files in a directory and converts them to text files in ArcInfo ASCII grid format.</td></tr><tr><td><a href="SIRFile.FindAndConvertToBinaryRasters.html?format=raw">SIRFileFindAndConvertToBinaryRasters_GeoEco</a></td><td>Finds SIR files in a directory and converts them to binary rasters.</td></tr><tr><td><a href="SIRFile.FindAndExtractHeaders.html?format=raw">SIRFileFindAndExtractHeaders_GeoEco</a></td><td>Finds SIR files in a directory, extracts their headers, and saves the headers to text files.</td></tr><tr><td><a href="SIRFile.ToArcGISRasterArcGISTable.html?format=raw">SIRFileToArcGISRasterArcGISTable_GeoEco</a></td><td>Converts each SIR file in a table to an ArcGIS raster.</td></tr><tr><td><a href="SIRFile.ToArcGISRaster.html?format=raw">SIRFileToArcGISRaster_GeoEco</a></td><td>Converts a SIR file to an ArcGIS raster.</td></tr><tr><td><a href="SIRFile.ToArcInfoASCIIGridArcGISTable.html?format=raw">SIRFileToArcInfoASCIIGridArcGISTable_GeoEco</a></td><td>Converts each SIR file in a table to a text file in ArcInfo ASCII grid format.</td></tr><tr><td><a href="SIRFile.ToArcInfoASCIIGrid.html?format=raw">SIRFileToArcInfoASCIIGrid_GeoEco</a></td><td>Converts a SIR file to a text file in ArcInfo ASCII Grid format.</td></tr><tr><td><a href="SIRFile.ToBinaryRasterArcGISTable.html?format=raw">SIRFileToBinaryRasterArcGISTable_GeoEco</a></td><td>Converts each SIR file in a table to a binary raster.</td></tr><tr><td><a href="SIRFile.ToBinaryRaster.html?format=raw">SIRFileToBinaryRaster_GeoEco</a></td><td>Converts a SIR file to a binary raster.</td></tr><tr><td><a href="Shapefile.CopyToDirectory.html?format=raw">ShapefileCopyToDirectory_GeoEco</a></td><td>Copies a shapefile to a directory.</td></tr><tr><td><a href="Shapefile.Copy.html?format=raw">ShapefileCopy_GeoEco</a></td><td>Copies a shapefile.</td></tr><tr><td><a href="SpatiaLiteDatabase.ExportToArcGISWorkspace.html?format=raw">SpatiaLiteDatabaseExportToArcGISWorkspace_GeoEco</a></td><td>Converts tables in a SpatiaLite database to ArcGIS tables, shapefiles, and feature classes.</td></tr><tr><td><a href="SpatiaLiteDatabase.ImportFromArcGISWorkspace.html?format=raw">SpatiaLiteDatabaseImportFromArcGISWorkspace_GeoEco</a></td><td>Converts ArcGIS tables, shapefiles, and feature classes to tables in a SpatiaLite database.</td></tr><tr><td><a href="SpeciesDiversity.CalculateDiversityIndexForArcGISPolygons.html?format=raw">SpeciesDiversityCalculateDiversityIndexForArcGISPolygons_GeoEco</a></td><td>Given polygons representing zones of interest and points representing species occurrence observations, calculates a species diversity index for each polygon.</td></tr><tr><td><a href="Table.ExecuteADOCommandForArcGISTable.html?format=raw">TableExecuteADOCommandForArcGISTable_GeoEco</a></td><td>Opens a Microsoft ActiveX Data Objects (ADO) connection to the database containing a table and executes a command.</td></tr><tr><td><a href="TreeModel.FitToArcGISTable.html?format=raw">TreeModelFitToArcGISTable_GeoEco</a></td><td>Fits a tree model to data in a table.</td></tr><tr><td><a href="TreeModel.PredictFromArcGISRasters.html?format=raw">TreeModelPredictFromArcGISRasters_GeoEco</a></td><td>Using a fitted tree model, this tool creates a raster representing the response variable predicted from rasters representing the predictor variables.</td></tr><tr><td><a href="TreeModel.PredictFromArcGISTable.html?format=raw">TreeModelPredictFromArcGISTable_GeoEco</a></td><td>Given a fitted tree model, this tool predicts the response variable for each row of a table.</td></tr></table></p><h1><a id="Copyright">Copyright and License</a></h1><p>Except where otherwise noted, this document and the Marine Geospatial Ecology
6	6	Tools software is Copyright © 2007 by Jason J. Roberts.</p><p>The terms "MGET" and "GeoEco" are synonymous with, and occasionally used
7	7	instead of, "Marine Geospatial Ecology Tools".</p><p>MGET is free software; you can redistribute it and/or modify it under the

MGET/Branches/Jason/PythonPackage/dist/TracOnlineDocumentation/Documentation/ArcGISReference/AvisoGriddedGeostrophicCurrents.CreateClimatologicalArcGISRasters.html

r945	r1023
70	70	bibliography.</p><p>Please see
71	71	<a href="http://www.aviso.oceanobs.com/en/data/tools/citation/index.html">these instructions</a>
72		on how to cite Aviso products in your publications.</p><br /><p><h2><img width="11" height="11" border="0" src="sm_arrow_down.gif?format=raw" /> Command line syntax</h2></p><div Class="expand" id="id103142">AvisoGriddedGeostrophicCurrentsCreateClimatologicalArcGISRasters_GeoEco <username> <password> <Black Sea DT-Ref Merged MSLA \| Black Sea DT-Upd Merged MSLA \| Black Sea NRT (Over 30 Days) Merged MSLA \| Global DT-Ref Merged MADT \| Global DT-Ref Merged MSLA \| Global DT-Upd Merged MADT \| Global DT-Upd Merged MSLA \| Global NRT (Over 30 Days) Merged MADT \| Global NRT (Over 30 Days) Merged MSLA \| Mediterranean DT-Ref Merged MADT \| Mediterranean DT-Ref Merged MSLA \| Mediterranean DT-Upd Merged MADT \| Mediterranean DT-Upd Merged MSLA \| Mediterranean NRT (Over 30 Days) Merged MADT \| Mediterranean NRT (Over 30 Days) Merged MSLA> <dir \| ke \| mag \| u \| v> <Daily \| Weekly> <Count \| Maximum \| Mean \| Minimum \| Range \| Standard Deviation \| Sum> <Daily \| Monthly \| Cumulative> <outputWorkspace> {Add \| Replace} {rasterNameExpressions;rasterNameExpressions...} {binDuration} {startDayOfYear} {rotationOffset} {spatialExtent} {Degrees \| Meters} {startDate} {endDate} {timeout} {maxRetryTime} {cacheDirectory} {calculateStatistics} {buildPyramids} <br /><br /><b>Parameters</b><br /><table width="100%" border="0" cellpadding="5"><tbody><tr><th width="40%"><b>Expression</b></th><th width="60%"><b>Explanation</b></th></tr><tr><td class="info"><username></td><td class="info" align="left"><p>Your Aviso username.</p><p>To access Aviso datasets with OPeNDAP, you must first obtain a
	72	on how to cite Aviso products in your publications.</p><br /><p><h2><img width="11" height="11" border="0" src="sm_arrow_down.gif?format=raw" /> Command line syntax</h2></p><div Class="expand" id="id103142">AvisoGriddedGeostrophicCurrentsCreateClimatologicalArcGISRasters_GeoEco <username> <password> <Black Sea DT-Ref Merged MSLA \| Black Sea DT-Upd Merged MSLA \| Black Sea NRT (Over 30 Days) Merged MSLA \| Global DT-Ref Merged MADT \| Global DT-Ref Merged MSLA \| Global DT-Upd Merged MADT \| Global DT-Upd Merged MSLA \| Global NRT (Over 30 Days) Merged MADT \| Global NRT (Over 30 Days) Merged MSLA \| Mediterranean DT-Ref Merged MADT \| Mediterranean DT-Ref Merged MSLA \| Mediterranean DT-Upd Merged MADT \| Mediterranean DT-Upd Merged MSLA \| Mediterranean NRT (Over 30 Days) Merged MADT \| Mediterranean NRT (Over 30 Days) Merged MSLA> <dir \| ke \| mag \| u \| v> <Daily \| Weekly> <Count \| Maximum \| Mean \| Minimum \| Range \| Standard Deviation \| Sum> <Daily \| Monthly \| Cumulative \| ENSO Daily \| ENSO Monthly \| ENSO Cumulative> <outputWorkspace> {Add \| Replace} {rasterNameExpressions;rasterNameExpressions...} {binDuration} {startDayOfYear} {rotationOffset} {spatialExtent} {Degrees \| Meters} {startDate} {endDate} {timeout} {maxRetryTime} {cacheDirectory} {calculateStatistics} {buildPyramids} <br /><br /><b>Parameters</b><br /><table width="100%" border="0" cellpadding="5"><tbody><tr><th width="40%"><b>Expression</b></th><th width="60%"><b>Explanation</b></th></tr><tr><td class="info"><username></td><td class="info" align="left"><p>Your Aviso username.</p><p>To access Aviso datasets with OPeNDAP, you must first obtain a
73	73	username and password from Aviso. Please see
74	74	<a href="http://www.aviso.oceanobs.com/en/data/">http://www.aviso.oceanobs.com/en/data/</a> for instructions on obtaining a
…	…
114	114	(i.e. the standard deviation estimated using Bessel's correction).
115	115	In order to calculate this, there must be at least two images with
116		data for the cell.</p></li></ul><ul><li><p>Sum - the sum for the cell.</p></li></ul></td></tr><tr><td class="info"><Daily \| Monthly \| Cumulative></td><td class="info" align="left"><p>Climatology bins to use, one of:</p><ul><li><p>Daily - daily bins. Images will be classified into bins according to
	116	data for the cell.</p></li></ul><ul><li><p>Sum - the sum for the cell.</p></li></ul></td></tr><tr><td class="info"><Daily \| Monthly \| Cumulative \| ENSO Daily \| ENSO Monthly \| ENSO Cumulative></td><td class="info" align="left"><p>Climatology bins to use, one of:</p><ul><li><p>Daily - daily bins. Images will be classified into bins according to
117	117	their days of the year. The number of days in each bin is determined
118	118	by the Climatology Bin Duration parameter (which defaults to 1). The
…	…
139	139	will be created. For example, if the bin duration is 5, 3 bins will
140	140	be created: January-May, June-October, November-December.</p></li></ul><ul><li><p>Cumulative - one bin. A single climatology raster will be calculated
141		from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	141	from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><ul><li><p>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	142	except each of the bins above will be split into three, based on the
	143	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	144	as determined by the Oceanic Nino Index (ONI) calculated by the
	145	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	146	The ONI classifies each month into one of three phases: neutral, El
	147	Nino, or La Nina. This tool first classifies input images according
	148	to their dates into ENSO phases (it downloads ONI data from the
	149	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	150	then produces a climatology bin for each phase. For example, if you
	151	request ENSO Cumulative bins, three bins will be produced: one for
	152	all images occurring in neutral months, one for all in El Nino
	153	months, and one for all in La Nina months. If you request ENSO
	154	Monthly bins, 36 bins will be produced: one for each combination of
	155	the 12 months and the three ENSO phases.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
142	156	4-bin seasonal climatology on solstices and equinoxes), use the Start
143	157	Climatology At This Day Of The Year parameter.</p></td></tr><tr><td class="info"><outputWorkspace></td><td class="info" align="left"><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
183	197	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
184	198	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
185		or "Cumulative".</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
	199	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	200	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
186	201	represented by the output raster, either "dayXXX" for 1-day bins
187	202	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
189	204	replaced by the last day), "monthXX" for 1-month bins (XX is
190	205	replaced by the month), "monthXXtoYY" (XX is replaced by the first
191		month of the bin, YY by the last month), or "cumulative".</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
	206	month of the bin, YY by the last month), or "cumulative". If an ENSO
	207	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	208	prepended to those strings for each of the three ENSO phased rasters
	209	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	210	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
192	211	spaces replaced by underscores; one of: "count", "maximum", "mean",
193	212	"minimum", "range", "standard_deviation", "sum".</p></li></ul><p>If the Bin Type is "Daily", the following additional codes are
…	…
378	397	will be created. For example, if the bin duration is 5, 3 bins will
379	398	be created: January-May, June-October, November-December.</p></li></ul><ul><li><p>Cumulative - one bin. A single climatology raster will be calculated
380		from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	399	from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><ul><li><p>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	400	except each of the bins above will be split into three, based on the
	401	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	402	as determined by the Oceanic Nino Index (ONI) calculated by the
	403	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	404	The ONI classifies each month into one of three phases: neutral, El
	405	Nino, or La Nina. This tool first classifies input images according
	406	to their dates into ENSO phases (it downloads ONI data from the
	407	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	408	then produces a climatology bin for each phase. For example, if you
	409	request ENSO Cumulative bins, three bins will be produced: one for
	410	all images occurring in neutral months, one for all in El Nino
	411	months, and one for all in La Nina months. If you request ENSO
	412	Monthly bins, 36 bins will be produced: one for each combination of
	413	the 12 months and the three ENSO phases.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
381	414	4-bin seasonal climatology on solstices and equinoxes), use the Start
382	415	Climatology At This Day Of The Year parameter.</p></td></tr><tr><td class="info">Output workspace (Required) </td><td class="info" align="left"><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
422	455	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
423	456	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
424		or "Cumulative".</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
	457	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	458	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
425	459	represented by the output raster, either "dayXXX" for 1-day bins
426	460	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
428	462	replaced by the last day), "monthXX" for 1-month bins (XX is
429	463	replaced by the month), "monthXXtoYY" (XX is replaced by the first
430		month of the bin, YY by the last month), or "cumulative".</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
	464	month of the bin, YY by the last month), or "cumulative". If an ENSO
	465	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	466	prepended to those strings for each of the three ENSO phased rasters
	467	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	468	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
431	469	spaces replaced by underscores; one of: "count", "maximum", "mean",
432	470	"minimum", "range", "standard_deviation", "sum".</p></li></ul><p>If the Bin Type is "Daily", the following additional codes are

MGET/Branches/Jason/PythonPackage/dist/TracOnlineDocumentation/Documentation/ArcGISReference/AvisoGriddedSSH.CreateClimatologicalArcGISRasters.html

r945	r1023
70	70	bibliography.</p><p>Please see
71	71	<a href="http://www.aviso.oceanobs.com/en/data/tools/citation/index.html">these instructions</a>
72		on how to cite Aviso products in your publications.</p><br /><p><h2><img width="11" height="11" border="0" src="sm_arrow_down.gif?format=raw" /> Command line syntax</h2></p><div Class="expand" id="id103138">AvisoGriddedSSHCreateClimatologicalArcGISRasters_GeoEco <username> <password> <Black Sea DT-Ref Merged MSLA Error \| Black Sea DT-Ref Merged MSLA SSH \| Black Sea DT-Upd Merged MSLA Error \| Black Sea DT-Upd Merged MSLA SSH \| Black Sea NRT (Over 30 Days) Merged MSLA Error \| Black Sea NRT (Over 30 Days) Merged MSLA SSH \| Global DT-Ref Merged MADT SSH \| Global DT-Ref Merged MSLA Error \| Global DT-Ref Merged MSLA SSH \| Global DT-Ref Topex/Poseidon, Jason-1 MSLA Error \| Global DT-Ref Topex/Poseidon, Jason-1 MSLA SSH \| Global DT-Upd Merged MADT SSH \| Global DT-Upd Merged MSLA Error \| Global DT-Upd Merged MSLA SSH \| Global NRT (Over 30 Days) Merged MADT SSH \| Global NRT (Over 30 Days) Merged MSLA Error \| Global NRT (Over 30 Days) Merged MSLA SSH \| Mediterranean DT-Ref Merged MADT SSH \| Mediterranean DT-Ref Merged MSLA Error \| Mediterranean DT-Ref Merged MSLA SSH \| Mediterranean DT-Upd Merged MADT SSH \| Mediterranean DT-Upd Merged MSLA Error \| Mediterranean DT-Upd Merged MSLA SSH \| Mediterranean NRT (Over 30 Days) Merged MADT SSH \| Mediterranean NRT (Over 30 Days) Merged MSLA Error \| Mediterranean NRT (Over 30 Days) Merged MSLA SSH> <Daily \| Weekly> <Count \| Maximum \| Mean \| Minimum \| Range \| Standard Deviation \| Sum> <Daily \| Monthly \| Cumulative> <outputWorkspace> {Add \| Replace} {rasterNameExpressions;rasterNameExpressions...} {binDuration} {startDayOfYear} {rotationOffset} {spatialExtent} {Degrees \| Meters} {startDate} {endDate} {timeout} {maxRetryTime} {cacheDirectory} {calculateStatistics} {buildPyramids} <br /><br /><b>Parameters</b><br /><table width="100%" border="0" cellpadding="5"><tbody><tr><th width="40%"><b>Expression</b></th><th width="60%"><b>Explanation</b></th></tr><tr><td class="info"><username></td><td class="info" align="left"><p>Your Aviso username.</p><p>To access Aviso datasets with OPeNDAP, you must first obtain a
	72	on how to cite Aviso products in your publications.</p><br /><p><h2><img width="11" height="11" border="0" src="sm_arrow_down.gif?format=raw" /> Command line syntax</h2></p><div Class="expand" id="id103138">AvisoGriddedSSHCreateClimatologicalArcGISRasters_GeoEco <username> <password> <Black Sea DT-Ref Merged MSLA Error \| Black Sea DT-Ref Merged MSLA SSH \| Black Sea DT-Upd Merged MSLA Error \| Black Sea DT-Upd Merged MSLA SSH \| Black Sea NRT (Over 30 Days) Merged MSLA Error \| Black Sea NRT (Over 30 Days) Merged MSLA SSH \| Global DT-Ref Merged MADT SSH \| Global DT-Ref Merged MSLA Error \| Global DT-Ref Merged MSLA SSH \| Global DT-Ref Topex/Poseidon, Jason-1 MSLA Error \| Global DT-Ref Topex/Poseidon, Jason-1 MSLA SSH \| Global DT-Upd Merged MADT SSH \| Global DT-Upd Merged MSLA Error \| Global DT-Upd Merged MSLA SSH \| Global NRT (Over 30 Days) Merged MADT SSH \| Global NRT (Over 30 Days) Merged MSLA Error \| Global NRT (Over 30 Days) Merged MSLA SSH \| Mediterranean DT-Ref Merged MADT SSH \| Mediterranean DT-Ref Merged MSLA Error \| Mediterranean DT-Ref Merged MSLA SSH \| Mediterranean DT-Upd Merged MADT SSH \| Mediterranean DT-Upd Merged MSLA Error \| Mediterranean DT-Upd Merged MSLA SSH \| Mediterranean NRT (Over 30 Days) Merged MADT SSH \| Mediterranean NRT (Over 30 Days) Merged MSLA Error \| Mediterranean NRT (Over 30 Days) Merged MSLA SSH> <Daily \| Weekly> <Count \| Maximum \| Mean \| Minimum \| Range \| Standard Deviation \| Sum> <Daily \| Monthly \| Cumulative \| ENSO Daily \| ENSO Monthly \| ENSO Cumulative> <outputWorkspace> {Add \| Replace} {rasterNameExpressions;rasterNameExpressions...} {binDuration} {startDayOfYear} {rotationOffset} {spatialExtent} {Degrees \| Meters} {startDate} {endDate} {timeout} {maxRetryTime} {cacheDirectory} {calculateStatistics} {buildPyramids} <br /><br /><b>Parameters</b><br /><table width="100%" border="0" cellpadding="5"><tbody><tr><th width="40%"><b>Expression</b></th><th width="60%"><b>Explanation</b></th></tr><tr><td class="info"><username></td><td class="info" align="left"><p>Your Aviso username.</p><p>To access Aviso datasets with OPeNDAP, you must first obtain a
73	73	username and password from Aviso. Please see
74	74	<a href="http://www.aviso.oceanobs.com/en/data/">http://www.aviso.oceanobs.com/en/data/</a> for instructions on obtaining a
…	…
102	102	(i.e. the standard deviation estimated using Bessel's correction).
103	103	In order to calculate this, there must be at least two images with
104		data for the cell.</p></li></ul><ul><li><p>Sum - the sum for the cell.</p></li></ul></td></tr><tr><td class="info"><Daily \| Monthly \| Cumulative></td><td class="info" align="left"><p>Climatology bins to use, one of:</p><ul><li><p>Daily - daily bins. Images will be classified into bins according to
	104	data for the cell.</p></li></ul><ul><li><p>Sum - the sum for the cell.</p></li></ul></td></tr><tr><td class="info"><Daily \| Monthly \| Cumulative \| ENSO Daily \| ENSO Monthly \| ENSO Cumulative></td><td class="info" align="left"><p>Climatology bins to use, one of:</p><ul><li><p>Daily - daily bins. Images will be classified into bins according to
105	105	their days of the year. The number of days in each bin is determined
106	106	by the Climatology Bin Duration parameter (which defaults to 1). The
…	…
127	127	will be created. For example, if the bin duration is 5, 3 bins will
128	128	be created: January-May, June-October, November-December.</p></li></ul><ul><li><p>Cumulative - one bin. A single climatology raster will be calculated
129		from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	129	from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><ul><li><p>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	130	except each of the bins above will be split into three, based on the
	131	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	132	as determined by the Oceanic Nino Index (ONI) calculated by the
	133	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	134	The ONI classifies each month into one of three phases: neutral, El
	135	Nino, or La Nina. This tool first classifies input images according
	136	to their dates into ENSO phases (it downloads ONI data from the
	137	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	138	then produces a climatology bin for each phase. For example, if you
	139	request ENSO Cumulative bins, three bins will be produced: one for
	140	all images occurring in neutral months, one for all in El Nino
	141	months, and one for all in La Nina months. If you request ENSO
	142	Monthly bins, 36 bins will be produced: one for each combination of
	143	the 12 months and the three ENSO phases.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
130	144	4-bin seasonal climatology on solstices and equinoxes), use the Start
131	145	Climatology At This Day Of The Year parameter.</p></td></tr><tr><td class="info"><outputWorkspace></td><td class="info" align="left"><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
171	185	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
172	186	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
173		or "Cumulative".</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
	187	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	188	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
174	189	represented by the output raster, either "dayXXX" for 1-day bins
175	190	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
177	192	replaced by the last day), "monthXX" for 1-month bins (XX is
178	193	replaced by the month), "monthXXtoYY" (XX is replaced by the first
179		month of the bin, YY by the last month), or "cumulative".</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
	194	month of the bin, YY by the last month), or "cumulative". If an ENSO
	195	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	196	prepended to those strings for each of the three ENSO phased rasters
	197	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	198	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
180	199	spaces replaced by underscores; one of: "count", "maximum", "mean",
181	200	"minimum", "range", "standard_deviation", "sum".</p></li></ul><p>If the Bin Type is "Daily", the following additional codes are
…	…
354	373	will be created. For example, if the bin duration is 5, 3 bins will
355	374	be created: January-May, June-October, November-December.</p></li></ul><ul><li><p>Cumulative - one bin. A single climatology raster will be calculated
356		from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	375	from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><ul><li><p>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	376	except each of the bins above will be split into three, based on the
	377	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	378	as determined by the Oceanic Nino Index (ONI) calculated by the
	379	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	380	The ONI classifies each month into one of three phases: neutral, El
	381	Nino, or La Nina. This tool first classifies input images according
	382	to their dates into ENSO phases (it downloads ONI data from the
	383	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	384	then produces a climatology bin for each phase. For example, if you
	385	request ENSO Cumulative bins, three bins will be produced: one for
	386	all images occurring in neutral months, one for all in El Nino
	387	months, and one for all in La Nina months. If you request ENSO
	388	Monthly bins, 36 bins will be produced: one for each combination of
	389	the 12 months and the three ENSO phases.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
357	390	4-bin seasonal climatology on solstices and equinoxes), use the Start
358	391	Climatology At This Day Of The Year parameter.</p></td></tr><tr><td class="info">Output workspace (Required) </td><td class="info" align="left"><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
398	431	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
399	432	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
400		or "Cumulative".</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
	433	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	434	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
401	435	represented by the output raster, either "dayXXX" for 1-day bins
402	436	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
404	438	replaced by the last day), "monthXX" for 1-month bins (XX is
405	439	replaced by the month), "monthXXtoYY" (XX is replaced by the first
406		month of the bin, YY by the last month), or "cumulative".</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
	440	month of the bin, YY by the last month), or "cumulative". If an ENSO
	441	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	442	prepended to those strings for each of the three ENSO phased rasters
	443	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	444	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
407	445	spaces replaced by underscores; one of: "count", "maximum", "mean",
408	446	"minimum", "range", "standard_deviation", "sum".</p></li></ul><p>If the Bin Type is "Daily", the following additional codes are

MGET/Branches/Jason/PythonPackage/dist/TracOnlineDocumentation/Documentation/ArcGISReference/AvisoGriddedSignificantWaveHeight.CreateClimatologicalArcGISRasters.html

r945	r1023
70	70	bibliography.</p><p>Please see
71	71	<a href="http://www.aviso.oceanobs.com/en/data/tools/citation/index.html">these instructions</a>
72		on how to cite Aviso products in your publications.</p><br /><p><h2><img width="11" height="11" border="0" src="sm_arrow_down.gif?format=raw" /> Command line syntax</h2></p><div Class="expand" id="id103142">AvisoGriddedSignificantWaveHeightCreateClimatologicalArcGISRasters_GeoEco <username> <password> <Global NRT Merged MSWH> <Count \| Maximum \| Mean \| Minimum \| Range \| Standard Deviation \| Sum> <Daily \| Monthly \| Cumulative> <outputWorkspace> {Add \| Replace} {rasterNameExpressions;rasterNameExpressions...} {binDuration} {startDayOfYear} {rotationOffset} {spatialExtent} {Degrees \| Meters} {startDate} {endDate} {timeout} {maxRetryTime} {cacheDirectory} {calculateStatistics} {buildPyramids} <br /><br /><b>Parameters</b><br /><table width="100%" border="0" cellpadding="5"><tbody><tr><th width="40%"><b>Expression</b></th><th width="60%"><b>Explanation</b></th></tr><tr><td class="info"><username></td><td class="info" align="left"><p>Your Aviso username.</p><p>To access Aviso datasets with OPeNDAP, you must first obtain a
	72	on how to cite Aviso products in your publications.</p><br /><p><h2><img width="11" height="11" border="0" src="sm_arrow_down.gif?format=raw" /> Command line syntax</h2></p><div Class="expand" id="id103142">AvisoGriddedSignificantWaveHeightCreateClimatologicalArcGISRasters_GeoEco <username> <password> <Global NRT Merged MSWH> <Count \| Maximum \| Mean \| Minimum \| Range \| Standard Deviation \| Sum> <Daily \| Monthly \| Cumulative \| ENSO Daily \| ENSO Monthly \| ENSO Cumulative> <outputWorkspace> {Add \| Replace} {rasterNameExpressions;rasterNameExpressions...} {binDuration} {startDayOfYear} {rotationOffset} {spatialExtent} {Degrees \| Meters} {startDate} {endDate} {timeout} {maxRetryTime} {cacheDirectory} {calculateStatistics} {buildPyramids} <br /><br /><b>Parameters</b><br /><table width="100%" border="0" cellpadding="5"><tbody><tr><th width="40%"><b>Expression</b></th><th width="60%"><b>Explanation</b></th></tr><tr><td class="info"><username></td><td class="info" align="left"><p>Your Aviso username.</p><p>To access Aviso datasets with OPeNDAP, you must first obtain a
73	73	username and password from Aviso. Please see
74	74	<a href="http://www.aviso.oceanobs.com/en/data/">http://www.aviso.oceanobs.com/en/data/</a> for instructions on obtaining a
…	…
94	94	(i.e. the standard deviation estimated using Bessel's correction).
95	95	In order to calculate this, there must be at least two images with
96		data for the cell.</p></li></ul><ul><li><p>Sum - the sum for the cell.</p></li></ul></td></tr><tr><td class="info"><Daily \| Monthly \| Cumulative></td><td class="info" align="left"><p>Climatology bins to use, one of:</p><ul><li><p>Daily - daily bins. Images will be classified into bins according to
	96	data for the cell.</p></li></ul><ul><li><p>Sum - the sum for the cell.</p></li></ul></td></tr><tr><td class="info"><Daily \| Monthly \| Cumulative \| ENSO Daily \| ENSO Monthly \| ENSO Cumulative></td><td class="info" align="left"><p>Climatology bins to use, one of:</p><ul><li><p>Daily - daily bins. Images will be classified into bins according to
97	97	their days of the year. The number of days in each bin is determined
98	98	by the Climatology Bin Duration parameter (which defaults to 1). The
…	…
119	119	will be created. For example, if the bin duration is 5, 3 bins will
120	120	be created: January-May, June-October, November-December.</p></li></ul><ul><li><p>Cumulative - one bin. A single climatology raster will be calculated
121		from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	121	from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><ul><li><p>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	122	except each of the bins above will be split into three, based on the
	123	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	124	as determined by the Oceanic Nino Index (ONI) calculated by the
	125	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	126	The ONI classifies each month into one of three phases: neutral, El
	127	Nino, or La Nina. This tool first classifies input images according
	128	to their dates into ENSO phases (it downloads ONI data from the
	129	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	130	then produces a climatology bin for each phase. For example, if you
	131	request ENSO Cumulative bins, three bins will be produced: one for
	132	all images occurring in neutral months, one for all in El Nino
	133	months, and one for all in La Nina months. If you request ENSO
	134	Monthly bins, 36 bins will be produced: one for each combination of
	135	the 12 months and the three ENSO phases.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
122	136	4-bin seasonal climatology on solstices and equinoxes), use the Start
123	137	Climatology At This Day Of The Year parameter.</p></td></tr><tr><td class="info"><outputWorkspace></td><td class="info" align="left"><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
163	177	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
164	178	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
165		or "Cumulative".</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
	179	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	180	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
166	181	represented by the output raster, either "dayXXX" for 1-day bins
167	182	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
169	184	replaced by the last day), "monthXX" for 1-month bins (XX is
170	185	replaced by the month), "monthXXtoYY" (XX is replaced by the first
171		month of the bin, YY by the last month), or "cumulative".</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
	186	month of the bin, YY by the last month), or "cumulative". If an ENSO
	187	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	188	prepended to those strings for each of the three ENSO phased rasters
	189	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	190	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
172	191	spaces replaced by underscores; one of: "count", "maximum", "mean",
173	192	"minimum", "range", "standard_deviation", "sum".</p></li></ul><p>If the Bin Type is "Daily", the following additional codes are
…	…
338	357	will be created. For example, if the bin duration is 5, 3 bins will
339	358	be created: January-May, June-October, November-December.</p></li></ul><ul><li><p>Cumulative - one bin. A single climatology raster will be calculated
340		from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	359	from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><ul><li><p>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	360	except each of the bins above will be split into three, based on the
	361	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	362	as determined by the Oceanic Nino Index (ONI) calculated by the
	363	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	364	The ONI classifies each month into one of three phases: neutral, El
	365	Nino, or La Nina. This tool first classifies input images according
	366	to their dates into ENSO phases (it downloads ONI data from the
	367	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	368	then produces a climatology bin for each phase. For example, if you
	369	request ENSO Cumulative bins, three bins will be produced: one for
	370	all images occurring in neutral months, one for all in El Nino
	371	months, and one for all in La Nina months. If you request ENSO
	372	Monthly bins, 36 bins will be produced: one for each combination of
	373	the 12 months and the three ENSO phases.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
341	374	4-bin seasonal climatology on solstices and equinoxes), use the Start
342	375	Climatology At This Day Of The Year parameter.</p></td></tr><tr><td class="info">Output workspace (Required) </td><td class="info" align="left"><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
382	415	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
383	416	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
384		or "Cumulative".</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
	417	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	418	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
385	419	represented by the output raster, either "dayXXX" for 1-day bins
386	420	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
388	422	replaced by the last day), "monthXX" for 1-month bins (XX is
389	423	replaced by the month), "monthXXtoYY" (XX is replaced by the first
390		month of the bin, YY by the last month), or "cumulative".</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
	424	month of the bin, YY by the last month), or "cumulative". If an ENSO
	425	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	426	prepended to those strings for each of the three ENSO phased rasters
	427	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	428	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
391	429	spaces replaced by underscores; one of: "count", "maximum", "mean",
392	430	"minimum", "range", "standard_deviation", "sum".</p></li></ul><p>If the Bin Type is "Daily", the following additional codes are

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70	70	bibliography.</p><p>Please see
71	71	<a href="http://www.aviso.oceanobs.com/en/data/tools/citation/index.html">these instructions</a>
72		on how to cite Aviso products in your publications.</p><br /><p><h2><img width="11" height="11" border="0" src="sm_arrow_down.gif?format=raw" /> Command line syntax</h2></p><div Class="expand" id="id103141">AvisoGriddedWindSpeedModulusCreateClimatologicalArcGISRasters_GeoEco <username> <password> <Global NRT Merged MWIND> <Count \| Maximum \| Mean \| Minimum \| Range \| Standard Deviation \| Sum> <Daily \| Monthly \| Cumulative> <outputWorkspace> {Add \| Replace} {rasterNameExpressions;rasterNameExpressions...} {binDuration} {startDayOfYear} {rotationOffset} {spatialExtent} {Degrees \| Meters} {startDate} {endDate} {timeout} {maxRetryTime} {cacheDirectory} {calculateStatistics} {buildPyramids} <br /><br /><b>Parameters</b><br /><table width="100%" border="0" cellpadding="5"><tbody><tr><th width="40%"><b>Expression</b></th><th width="60%"><b>Explanation</b></th></tr><tr><td class="info"><username></td><td class="info" align="left"><p>Your Aviso username.</p><p>To access Aviso datasets with OPeNDAP, you must first obtain a
	72	on how to cite Aviso products in your publications.</p><br /><p><h2><img width="11" height="11" border="0" src="sm_arrow_down.gif?format=raw" /> Command line syntax</h2></p><div Class="expand" id="id103141">AvisoGriddedWindSpeedModulusCreateClimatologicalArcGISRasters_GeoEco <username> <password> <Global NRT Merged MWIND> <Count \| Maximum \| Mean \| Minimum \| Range \| Standard Deviation \| Sum> <Daily \| Monthly \| Cumulative \| ENSO Daily \| ENSO Monthly \| ENSO Cumulative> <outputWorkspace> {Add \| Replace} {rasterNameExpressions;rasterNameExpressions...} {binDuration} {startDayOfYear} {rotationOffset} {spatialExtent} {Degrees \| Meters} {startDate} {endDate} {timeout} {maxRetryTime} {cacheDirectory} {calculateStatistics} {buildPyramids} <br /><br /><b>Parameters</b><br /><table width="100%" border="0" cellpadding="5"><tbody><tr><th width="40%"><b>Expression</b></th><th width="60%"><b>Explanation</b></th></tr><tr><td class="info"><username></td><td class="info" align="left"><p>Your Aviso username.</p><p>To access Aviso datasets with OPeNDAP, you must first obtain a
73	73	username and password from Aviso. Please see
74	74	<a href="http://www.aviso.oceanobs.com/en/data/">http://www.aviso.oceanobs.com/en/data/</a> for instructions on obtaining a
…	…
94	94	(i.e. the standard deviation estimated using Bessel's correction).
95	95	In order to calculate this, there must be at least two images with
96		data for the cell.</p></li></ul><ul><li><p>Sum - the sum for the cell.</p></li></ul></td></tr><tr><td class="info"><Daily \| Monthly \| Cumulative></td><td class="info" align="left"><p>Climatology bins to use, one of:</p><ul><li><p>Daily - daily bins. Images will be classified into bins according to
	96	data for the cell.</p></li></ul><ul><li><p>Sum - the sum for the cell.</p></li></ul></td></tr><tr><td class="info"><Daily \| Monthly \| Cumulative \| ENSO Daily \| ENSO Monthly \| ENSO Cumulative></td><td class="info" align="left"><p>Climatology bins to use, one of:</p><ul><li><p>Daily - daily bins. Images will be classified into bins according to
97	97	their days of the year. The number of days in each bin is determined
98	98	by the Climatology Bin Duration parameter (which defaults to 1). The
…	…
119	119	will be created. For example, if the bin duration is 5, 3 bins will
120	120	be created: January-May, June-October, November-December.</p></li></ul><ul><li><p>Cumulative - one bin. A single climatology raster will be calculated
121		from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	121	from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><ul><li><p>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	122	except each of the bins above will be split into three, based on the
	123	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	124	as determined by the Oceanic Nino Index (ONI) calculated by the
	125	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	126	The ONI classifies each month into one of three phases: neutral, El
	127	Nino, or La Nina. This tool first classifies input images according
	128	to their dates into ENSO phases (it downloads ONI data from the
	129	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	130	then produces a climatology bin for each phase. For example, if you
	131	request ENSO Cumulative bins, three bins will be produced: one for
	132	all images occurring in neutral months, one for all in El Nino
	133	months, and one for all in La Nina months. If you request ENSO
	134	Monthly bins, 36 bins will be produced: one for each combination of
	135	the 12 months and the three ENSO phases.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
122	136	4-bin seasonal climatology on solstices and equinoxes), use the Start
123	137	Climatology At This Day Of The Year parameter.</p></td></tr><tr><td class="info"><outputWorkspace></td><td class="info" align="left"><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
163	177	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
164	178	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
165		or "Cumulative".</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
	179	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	180	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
166	181	represented by the output raster, either "dayXXX" for 1-day bins
167	182	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
169	184	replaced by the last day), "monthXX" for 1-month bins (XX is
170	185	replaced by the month), "monthXXtoYY" (XX is replaced by the first
171		month of the bin, YY by the last month), or "cumulative".</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
	186	month of the bin, YY by the last month), or "cumulative". If an ENSO
	187	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	188	prepended to those strings for each of the three ENSO phased rasters
	189	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	190	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
172	191	spaces replaced by underscores; one of: "count", "maximum", "mean",
173	192	"minimum", "range", "standard_deviation", "sum".</p></li></ul><p>If the Bin Type is "Daily", the following additional codes are
…	…
338	357	will be created. For example, if the bin duration is 5, 3 bins will
339	358	be created: January-May, June-October, November-December.</p></li></ul><ul><li><p>Cumulative - one bin. A single climatology raster will be calculated
340		from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	359	from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><ul><li><p>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	360	except each of the bins above will be split into three, based on the
	361	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	362	as determined by the Oceanic Nino Index (ONI) calculated by the
	363	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	364	The ONI classifies each month into one of three phases: neutral, El
	365	Nino, or La Nina. This tool first classifies input images according
	366	to their dates into ENSO phases (it downloads ONI data from the
	367	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	368	then produces a climatology bin for each phase. For example, if you
	369	request ENSO Cumulative bins, three bins will be produced: one for
	370	all images occurring in neutral months, one for all in El Nino
	371	months, and one for all in La Nina months. If you request ENSO
	372	Monthly bins, 36 bins will be produced: one for each combination of
	373	the 12 months and the three ENSO phases.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
341	374	4-bin seasonal climatology on solstices and equinoxes), use the Start
342	375	Climatology At This Day Of The Year parameter.</p></td></tr><tr><td class="info">Output workspace (Required) </td><td class="info" align="left"><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
382	415	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
383	416	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
384		or "Cumulative".</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
	417	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	418	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
385	419	represented by the output raster, either "dayXXX" for 1-day bins
386	420	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
388	422	replaced by the last day), "monthXX" for 1-month bins (XX is
389	423	replaced by the month), "monthXXtoYY" (XX is replaced by the first
390		month of the bin, YY by the last month), or "cumulative".</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
	424	month of the bin, YY by the last month), or "cumulative". If an ENSO
	425	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	426	prepended to those strings for each of the three ENSO phased rasters
	427	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	428	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
391	429	spaces replaced by underscores; one of: "count", "maximum", "mean",
392	430	"minimum", "range", "standard_deviation", "sum".</p></li></ul><p>If the Bin Type is "Daily", the following additional codes are

MGET/Branches/Jason/PythonPackage/dist/TracOnlineDocumentation/Documentation/ArcGISReference/FisheryPeriodicity.AnalyzeCPUEInArcGISTable.html

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1	1	<?xml version="1.0" encoding="utf-8"?>
2	2	<!DOCTYPE html PUBLIC "-//W3C//DTD XHTML 1.0 Transitional//EN" "http://www.w3.org/TR/xhtml1/DTD/xhtml1-transitional.dtd">
3		<html xmlns="http://www.w3.org/1999/xhtml"><head><link rel="stylesheet" type="text/css" href="81help.css?format=raw" /><meta http-equiv="Content-Type" content="text/html; charset=UTF-8" /><title>Analyze Temporal Periodocity of CPUE</title></head><body><table style="margin-top:-1em; margin-bottom:0; padding:0; margin-left:-1em"><tr><td style="background:white"><img width="875" height="70" alt="ArcToolbox banner" src="AHBanner_ArcToolbox.gif?format=raw" /></td></tr></table><h1>Analyze Temporal Periodocity of CPUE</h1><p></p><p>Creates several plots that analyze the temporal periodicity of catch per unit effort (FPUE) calculated from fishing records in a table.</p><p>The first plot is a bar plot showing the mean CPUE for a series of
	3	<html xmlns="http://www.w3.org/1999/xhtml"><head><link rel="stylesheet" type="text/css" href="81help.css?format=raw" /><meta http-equiv="Content-Type" content="text/html; charset=UTF-8" /><title>Analyze Temporal Periodocity of CPUE</title></head><body><table style="margin-top:-1em; margin-bottom:0; padding:0; margin-left:-1em"><tr><td style="background:white"><img width="875" height="70" alt="ArcToolbox banner" src="AHBanner_ArcToolbox.gif?format=raw" /></td></tr></table><h1>Analyze Temporal Periodocity of CPUE</h1><p></p><p>Creates several plots that analyze the temporal periodicity of catch per unit effort (CPUE) calculated from fishing records in a table.</p><p>The first plot is a bar plot showing the mean CPUE for a series of
4	4	equal-duration time bins. If an Effort Field is not specified, the
5	5	effort value is assumed to be 1 for each record.</p><p>The second plot is a periodogram that indicates whether or not a

MGET/Branches/Jason/PythonPackage/dist/TracOnlineDocumentation/Documentation/ArcGISReference/FisheryPeriodicity.AnalyzeCatchInArcGISTable.html

r990	r1023
11	11	collection of waves by plotting the period (the inverse of the
12	12	frequency) and the spectral power of each one.</p><p>The spectral power is a measure of the strength of the contribution of
13		the wave~~'s contribute to the overall pattern. Important waves appear~~
14		as peaks in the periodogram. When you find a peak, the value of the x
15		axis gives the period (in days) of the cycle. In marine ecological
16		~~data, patterns are often observed in relation to solar, lunar, o~~r
17		tidal cycles. Solar cycles are indicated by peaks at 365 days (an
18		annual cycle) and at 24 hours (a diurnal cycle). Lunar cycles are
19		indicated by a peak at 29.5 days. Tidal cycles are more complicated to
20		~~observe, and depend on~~ tidal patterns in the region of interest.</p><p>To interpret the periodogram, look for high spikes at 365 days, 29.5
21		days, ~~1 day, with very low values elsewhere. If you see high spikes at~~
22		one or more of those locations, a solar or lunar cycle is indicated.
23		But if those spikes are not very high relative to other periods--if
24		the periodogram displays a generally jittery or noisy pattern--then
25		solar and lunar cycles may not exist.</p><p>In order for Fourier analysis to detect such patterns, the data must
	13	the wave to the overall pattern. Important waves appear as peaks in
	14	the periodogram. When you find a peak, the value of the x axis gives
	15	the period (in days) of the wave. In marine ecological data, patterns
	16	are often observed in relation to solar, lunar, or tidal cycles. Solar
	17	cycles are indicated by peaks at 365 days (an annual cycle) and at 24
	18	hours (a diurnal cycle). Lunar cycles are indicated by a peak at 29.5
	19	days. Tidal cycles are more complicated to observe, and depend on
	20	tidal patterns in the region of interest.</p><p>To interpret the periodogram, look for high spikes at 365 days, 29.5
	21	days, or 1 day. If you see high spikes at one or more of those
	22	locations with very low values everywhere else, a solar or lunar cycle
	23	is indicated. But if those spikes are not very high relative to other
	24	periods--if the periodogram displays a generally jittery or noisy
	25	pattern--then solar and lunar cycles may not exist.</p><p>In order for Fourier analysis to detect such patterns, the data must
26	26	span at least two cycles. For example, to detect an annual pattern,
27	27	the data must span at least two years. The results will be much more

MGET/Branches/Jason/PythonPackage/dist/TracOnlineDocumentation/Documentation/ArcGISReference/GHRSSTLevel4.CreateClimatologicalArcGISRasters.html

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33	33	hosted by PO.DAAC. If you see a product on PO.DAAC that is not
34	34	available with this tool, please contact the MGET development team for
35		assistance.</p><br /><p><h2><img width="11" height="11" border="0" src="sm_arrow_down.gif?format=raw" /> Command line syntax</h2></p><div Class="expand" id="id103138">GHRSSTLevel4CreateClimatologicalArcGISRasters_GeoEco <ABOM-L4HRfnd-AUS-RAMSSA_09km \| ABOM-L4LRfnd-GLOB-GAMSSA_28km \| DMI-L4UHfnd-NSEABALTIC-DMI_OI \| EUR-L4UHRfnd-MED-ODYSSEA \| EUR-L4UHRfnd-NWE-ODYSSEA \| JPL-L4UHfnd-GLOB-MUR \| JPL_OUROCEAN-L4UHfnd-GLOB-G1SST \| NAVO-L4HR1m-GLOB-K10_SST \| NCDC-L4LRblend-GLOB-AVHRR_AMSR_OI \| NCDC-L4LRblend-GLOB-AVHRR_OI \| UKMO-L4HRfnd-GLOB-OSTIA> <analysed_sst \| analysis_error> <Count \| Maximum \| Mean \| Minimum \| Range \| Standard Deviation \| Sum> <Daily \| Monthly \| Cumulative> <outputWorkspace> {Add \| Replace} {rasterNameExpressions;rasterNameExpressions...} {binDuration} {startDayOfYear} {rotationOffset} {spatialExtent} {startDate} {endDate} {timeout} {maxRetryTime} {cacheDirectory} {convertToCelsius} {calculateStatistics} {buildPyramids} <br /><br /><b>Parameters</b><br /><table width="100%" border="0" cellpadding="5"><tbody><tr><th width="40%"><b>Expression</b></th><th width="60%"><b>Explanation</b></th></tr><tr><td class="info"><ABOM-L4HRfnd-AUS-RAMSSA_09km \| ABOM-L4LRfnd-GLOB-GAMSSA_28km \| DMI-L4UHfnd-NSEABALTIC-DMI_OI \| EUR-L4UHRfnd-MED-ODYSSEA \| EUR-L4UHRfnd-NWE-ODYSSEA \| JPL-L4UHfnd-GLOB-MUR \| JPL_OUROCEAN-L4UHfnd-GLOB-G1SST \| NAVO-L4HR1m-GLOB-K10_SST \| NCDC-L4LRblend-GLOB-AVHRR_AMSR_OI \| NCDC-L4LRblend-GLOB-AVHRR_OI \| UKMO-L4HRfnd-GLOB-OSTIA></td><td class="info" align="left"><p>GHRSST L4 product to access. Currently, the following products are
	35	assistance.</p><br /><p><h2><img width="11" height="11" border="0" src="sm_arrow_down.gif?format=raw" /> Command line syntax</h2></p><div Class="expand" id="id103138">GHRSSTLevel4CreateClimatologicalArcGISRasters_GeoEco <ABOM-L4HRfnd-AUS-RAMSSA_09km \| ABOM-L4LRfnd-GLOB-GAMSSA_28km \| DMI-L4UHfnd-NSEABALTIC-DMI_OI \| EUR-L4UHRfnd-MED-ODYSSEA \| EUR-L4UHRfnd-NWE-ODYSSEA \| JPL-L4UHfnd-GLOB-MUR \| JPL_OUROCEAN-L4UHfnd-GLOB-G1SST \| NAVO-L4HR1m-GLOB-K10_SST \| NCDC-L4LRblend-GLOB-AVHRR_AMSR_OI \| NCDC-L4LRblend-GLOB-AVHRR_OI \| UKMO-L4HRfnd-GLOB-OSTIA> <analysed_sst \| analysis_error> <Count \| Maximum \| Mean \| Minimum \| Range \| Standard Deviation \| Sum> <Daily \| Monthly \| Cumulative \| ENSO Daily \| ENSO Monthly \| ENSO Cumulative> <outputWorkspace> {Add \| Replace} {rasterNameExpressions;rasterNameExpressions...} {binDuration} {startDayOfYear} {rotationOffset} {spatialExtent} {startDate} {endDate} {timeout} {maxRetryTime} {cacheDirectory} {convertToCelsius} {calculateStatistics} {buildPyramids} <br /><br /><b>Parameters</b><br /><table width="100%" border="0" cellpadding="5"><tbody><tr><th width="40%"><b>Expression</b></th><th width="60%"><b>Explanation</b></th></tr><tr><td class="info"><ABOM-L4HRfnd-AUS-RAMSSA_09km \| ABOM-L4LRfnd-GLOB-GAMSSA_28km \| DMI-L4UHfnd-NSEABALTIC-DMI_OI \| EUR-L4UHRfnd-MED-ODYSSEA \| EUR-L4UHRfnd-NWE-ODYSSEA \| JPL-L4UHfnd-GLOB-MUR \| JPL_OUROCEAN-L4UHfnd-GLOB-G1SST \| NAVO-L4HR1m-GLOB-K10_SST \| NCDC-L4LRblend-GLOB-AVHRR_AMSR_OI \| NCDC-L4LRblend-GLOB-AVHRR_OI \| UKMO-L4HRfnd-GLOB-OSTIA></td><td class="info" align="left"><p>GHRSST L4 product to access. Currently, the following products are
36	36	supported:</p><ul><li><p><a href="http://podaac.jpl.nasa.gov/dataset/ABOM-L4HRfnd-AUS-RAMSSA_09km">ABOM-L4HRfnd-AUS-RAMSSA_09km</a>.</p></li></ul><ul><li><p><a href="http://podaac.jpl.nasa.gov/dataset/ABOM-L4LRfnd-GLOB-GAMSSA_28km">ABOM-L4LRfnd-GLOB-GAMSSA_28km</a>.</p></li></ul><ul><li><p><a href="http://podaac.jpl.nasa.gov/dataset/DMI-L4UHfnd-NSEABALTIC-DMI_OI">DMI-L4UHfnd-NSEABALTIC-DMI_OI</a>.</p></li></ul><ul><li><p><a href="http://podaac.jpl.nasa.gov/dataset/EUR-L4UHRfnd-MED-ODYSSEA">EUR-L4UHRfnd-MED-ODYSSEA</a>.</p></li></ul><ul><li><p><a href="http://podaac.jpl.nasa.gov/dataset/EUR-L4UHRfnd-NWE-ODYSSEA">EUR-L4UHRfnd-NWE-ODYSSEA</a>.</p></li></ul><ul><li><p><a href="http://podaac.jpl.nasa.gov/dataset/JPL-L4UHfnd-GLOB-MUR">JPL-L4UHfnd-GLOB-MUR</a>.</p></li></ul><ul><li><p><a href="http://podaac.jpl.nasa.gov/dataset/JPL_OUROCEAN-L4UHfnd-GLOB-G1SST">JPL_OUROCEAN-L4UHfnd-GLOB-G1SST</a>.</p></li></ul><ul><li><p><a href="http://podaac.jpl.nasa.gov/dataset/NAVO-L4HR1m-GLOB-K10_SST">NAVO-L4HR1m-GLOB-K10_SST</a>.</p></li></ul><ul><li><p><a href="http://podaac.jpl.nasa.gov/dataset/NCDC-L4LRblend-GLOB-AVHRR_AMSR_OI">NCDC-L4LRblend-GLOB-AVHRR_AMSR_OI</a>.</p></li></ul><ul><li><p><a href="http://podaac.jpl.nasa.gov/dataset/NCDC-L4LRblend-GLOB-AVHRR_OI">NCDC-L4LRblend-GLOB-AVHRR_OI</a>.</p></li></ul><ul><li><p><a href="http://podaac.jpl.nasa.gov/dataset/UKMO-L4HRfnd-GLOB-OSTIA">UKMO-L4HRfnd-GLOB-OSTIA</a>.</p></li></ul><p>All products use the WGS 1984 geographic coordinate system and are
37	37	published at a daily timestep. Some products are updated on a
…	…
51	51	(i.e. the standard deviation estimated using Bessel's correction).
52	52	In order to calculate this, there must be at least two images with
53		data for the cell.</p></li></ul><ul><li><p>Sum - the sum for the cell.</p></li></ul></td></tr><tr><td class="info"><Daily \| Monthly \| Cumulative></td><td class="info" align="left"><p>Climatology bins to use, one of:</p><ul><li><p>Daily - daily bins. Images will be classified into bins according to
	53	data for the cell.</p></li></ul><ul><li><p>Sum - the sum for the cell.</p></li></ul></td></tr><tr><td class="info"><Daily \| Monthly \| Cumulative \| ENSO Daily \| ENSO Monthly \| ENSO Cumulative></td><td class="info" align="left"><p>Climatology bins to use, one of:</p><ul><li><p>Daily - daily bins. Images will be classified into bins according to
54	54	their days of the year. The number of days in each bin is determined
55	55	by the Climatology Bin Duration parameter (which defaults to 1). The
…	…
76	76	will be created. For example, if the bin duration is 5, 3 bins will
77	77	be created: January-May, June-October, November-December.</p></li></ul><ul><li><p>Cumulative - one bin. A single climatology raster will be calculated
78		from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	78	from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><ul><li><p>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	79	except each of the bins above will be split into three, based on the
	80	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	81	as determined by the Oceanic Nino Index (ONI) calculated by the
	82	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	83	The ONI classifies each month into one of three phases: neutral, El
	84	Nino, or La Nina. This tool first classifies input images according
	85	to their dates into ENSO phases (it downloads ONI data from the
	86	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	87	then produces a climatology bin for each phase. For example, if you
	88	request ENSO Cumulative bins, three bins will be produced: one for
	89	all images occurring in neutral months, one for all in El Nino
	90	months, and one for all in La Nina months. If you request ENSO
	91	Monthly bins, 36 bins will be produced: one for each combination of
	92	the 12 months and the three ENSO phases.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
79	93	4-bin seasonal climatology on solstices and equinoxes), use the Start
80	94	Climatology At This Day Of The Year parameter.</p></td></tr><tr><td class="info"><outputWorkspace></td><td class="info" align="left"><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
116	130	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
117	131	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
118		or "Cumulative".</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
	132	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	133	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
119	134	represented by the output raster, either "dayXXX" for 1-day bins
120	135	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
122	137	replaced by the last day), "monthXX" for 1-month bins (XX is
123	138	replaced by the month), "monthXXtoYY" (XX is replaced by the first
124		month of the bin, YY by the last month), or "cumulative".</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
	139	month of the bin, YY by the last month), or "cumulative". If an ENSO
	140	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	141	prepended to those strings for each of the three ENSO phased rasters
	142	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	143	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
125	144	spaces replaced by underscores; one of: "count", "maximum", "mean",
126	145	"minimum", "range", "standard_deviation", "Sum".</p></li></ul><p>If the Bin Type is "Daily", the following additional codes are
…	…
280	299	will be created. For example, if the bin duration is 5, 3 bins will
281	300	be created: January-May, June-October, November-December.</p></li></ul><ul><li><p>Cumulative - one bin. A single climatology raster will be calculated
282		from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	301	from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><ul><li><p>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	302	except each of the bins above will be split into three, based on the
	303	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	304	as determined by the Oceanic Nino Index (ONI) calculated by the
	305	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	306	The ONI classifies each month into one of three phases: neutral, El
	307	Nino, or La Nina. This tool first classifies input images according
	308	to their dates into ENSO phases (it downloads ONI data from the
	309	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	310	then produces a climatology bin for each phase. For example, if you
	311	request ENSO Cumulative bins, three bins will be produced: one for
	312	all images occurring in neutral months, one for all in El Nino
	313	months, and one for all in La Nina months. If you request ENSO
	314	Monthly bins, 36 bins will be produced: one for each combination of
	315	the 12 months and the three ENSO phases.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
283	316	4-bin seasonal climatology on solstices and equinoxes), use the Start
284	317	Climatology At This Day Of The Year parameter.</p></td></tr><tr><td class="info">Output workspace (Required) </td><td class="info" align="left"><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
320	353	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
321	354	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
322		or "Cumulative".</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
	355	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	356	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
323	357	represented by the output raster, either "dayXXX" for 1-day bins
324	358	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
326	360	replaced by the last day), "monthXX" for 1-month bins (XX is
327	361	replaced by the month), "monthXXtoYY" (XX is replaced by the first
328		month of the bin, YY by the last month), or "cumulative".</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
	362	month of the bin, YY by the last month), or "cumulative". If an ENSO
	363	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	364	prepended to those strings for each of the three ENSO phased rasters
	365	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	366	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
329	367	spaces replaced by underscores; one of: "count", "maximum", "mean",
330	368	"minimum", "range", "standard_deviation", "Sum".</p></li></ul><p>If the Bin Type is "Daily", the following additional codes are

MGET/Branches/Jason/PythonPackage/dist/TracOnlineDocumentation/Documentation/ArcGISReference/HYCOMGLBa008Equatorial3D.CreateClimatologicalArcGISRasters.html

r980	r1023
62	62	Model (HYCOM). Oceanography, 22, 64-75.</p><p>The HYCOM User's Guide and many other technical documents are
63	63	available on the
64		<a href="http://www.hycom.org/hycom/documentation">HYCOM web site</a>.</p><br /><p><h2><img width="11" height="11" border="0" src="sm_arrow_down.gif?format=raw" /> Command line syntax</h2></p><div Class="expand" id="id103141">HYCOMGLBa008Equatorial3DCreateClimatologicalArcGISRasters_GeoEco <emp \| mld \| mlp \| qtot \| ssh \| surface_salinity_trend \| surface_temperature_trend> <Count \| Maximum \| Mean \| Minimum \| Range \| Standard Deviation \| Sum> <Daily \| Monthly \| Cumulative> <outputWorkspace> {Add \| Replace} {rasterNameExpressions;rasterNameExpressions...} {binDuration} {startDayOfYear} {rotationOffset} {extendYExtent} {spatialExtent} {Degrees \| Meters} {startDate} {endDate} {timeout} {maxRetryTime} {cacheDirectory} {calculateStatistics} {buildPyramids} <br /><br /><b>Parameters</b><br /><table width="100%" border="0" cellpadding="5"><tbody><tr><th width="40%"><b>Expression</b></th><th width="60%"><b>Explanation</b></th></tr><tr><td class="info"><emp \| mld \| mlp \| qtot \| ssh \| surface_salinity_trend \| surface_temperature_trend></td><td class="info" align="left"><p>HYCOM 3D variable (dimensions x, y, and time), one of:</p><ul><li><p>emp - Water flux into the ocean, in kg/m^2/s.</p></li></ul><ul><li><p>mld - Mixed layer thickness, in m, defined as the depth at which the
	64	<a href="http://www.hycom.org/hycom/documentation">HYCOM web site</a>.</p><br /><p><h2><img width="11" height="11" border="0" src="sm_arrow_down.gif?format=raw" /> Command line syntax</h2></p><div Class="expand" id="id103141">HYCOMGLBa008Equatorial3DCreateClimatologicalArcGISRasters_GeoEco <emp \| mld \| mlp \| qtot \| ssh \| surface_salinity_trend \| surface_temperature_trend> <Count \| Maximum \| Mean \| Minimum \| Range \| Standard Deviation \| Sum> <Daily \| Monthly \| Cumulative \| ENSO Daily \| ENSO Monthly \| ENSO Cumulative> <outputWorkspace> {Add \| Replace} {rasterNameExpressions;rasterNameExpressions...} {binDuration} {startDayOfYear} {rotationOffset} {extendYExtent} {spatialExtent} {Degrees \| Meters} {startDate} {endDate} {timeout} {maxRetryTime} {cacheDirectory} {calculateStatistics} {buildPyramids} <br /><br /><b>Parameters</b><br /><table width="100%" border="0" cellpadding="5"><tbody><tr><th width="40%"><b>Expression</b></th><th width="60%"><b>Explanation</b></th></tr><tr><td class="info"><emp \| mld \| mlp \| qtot \| ssh \| surface_salinity_trend \| surface_temperature_trend></td><td class="info" align="left"><p>HYCOM 3D variable (dimensions x, y, and time), one of:</p><ul><li><p>emp - Water flux into the ocean, in kg/m^2/s.</p></li></ul><ul><li><p>mld - Mixed layer thickness, in m, defined as the depth at which the
65	65	temperature change from the surface temperature is 0.2 degrees C.</p></li></ul><ul><li><p>mlp - Mixed layer thickness, in m, defined as the depth at which the
66	66	pressure change from the surface pressure is 0.03 kg/m^3.</p></li></ul><ul><li><p>qtot - Surface downward heat flux, in W/m^2.</p></li></ul><ul><li><p>ssh - Sea surface height, in m, above the HYCOM reference spheroid.</p></li></ul><ul><li><p>surface_salinity_trend - Surface salinity trend, in psu/day.</p></li></ul><ul><li><p>surface_temperature_trend - Surface temperature trend, in degrees
…	…
71	71	(i.e. the standard deviation estimated using Bessel's correction).
72	72	In order to calculate this, there must be at least two images with
73		data for the cell.</p></li></ul><ul><li><p>Sum - the sum for the cell.</p></li></ul></td></tr><tr><td class="info"><Daily \| Monthly \| Cumulative></td><td class="info" align="left"><p>Climatology bins to use, one of:</p><ul><li><p>Daily - daily bins. Images will be classified into bins according to
	73	data for the cell.</p></li></ul><ul><li><p>Sum - the sum for the cell.</p></li></ul></td></tr><tr><td class="info"><Daily \| Monthly \| Cumulative \| ENSO Daily \| ENSO Monthly \| ENSO Cumulative></td><td class="info" align="left"><p>Climatology bins to use, one of:</p><ul><li><p>Daily - daily bins. Images will be classified into bins according to
74	74	their days of the year. The number of days in each bin is determined
75	75	by the Climatology Bin Duration parameter (which defaults to 1). The
…	…
96	96	will be created. For example, if the bin duration is 5, 3 bins will
97	97	be created: January-May, June-October, November-December.</p></li></ul><ul><li><p>Cumulative - one bin. A single climatology raster will be calculated
98		from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	98	from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><ul><li><p>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	99	except each of the bins above will be split into three, based on the
	100	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	101	as determined by the Oceanic Nino Index (ONI) calculated by the
	102	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	103	The ONI classifies each month into one of three phases: neutral, El
	104	Nino, or La Nina. This tool first classifies input images according
	105	to their dates into ENSO phases (it downloads ONI data from the
	106	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	107	then produces a climatology bin for each phase. For example, if you
	108	request ENSO Cumulative bins, three bins will be produced: one for
	109	all images occurring in neutral months, one for all in El Nino
	110	months, and one for all in La Nina months. If you request ENSO
	111	Monthly bins, 36 bins will be produced: one for each combination of
	112	the 12 months and the three ENSO phases.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
99	113	4-bin seasonal climatology on solstices and equinoxes), use the Start
100	114	Climatology At This Day Of The Year parameter.</p></td></tr><tr><td class="info"><outputWorkspace></td><td class="info" align="left"><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
125	139	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
126	140	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
127		or "Cumulative".</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
	141	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	142	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
128	143	represented by the output raster, either "dayXXX" for 1-day bins
129	144	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
131	146	replaced by the last day), "monthXX" for 1-month bins (XX is
132	147	replaced by the month), "monthXXtoYY" (XX is replaced by the first
133		month of the bin, YY by the last month), or "cumulative".</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
	148	month of the bin, YY by the last month), or "cumulative". If an ENSO
	149	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	150	prepended to those strings for each of the three ENSO phased rasters
	151	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	152	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
134	153	spaces replaced by underscores; one of: "count", "maximum", "mean",
135	154	"minimum", "range", "standard_deviation", "Sum".</p></li></ul><p>If the Bin Type is "Daily", the following additional codes are
…	…
294	313	will be created. For example, if the bin duration is 5, 3 bins will
295	314	be created: January-May, June-October, November-December.</p></li></ul><ul><li><p>Cumulative - one bin. A single climatology raster will be calculated
296		from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	315	from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><ul><li><p>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	316	except each of the bins above will be split into three, based on the
	317	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	318	as determined by the Oceanic Nino Index (ONI) calculated by the
	319	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	320	The ONI classifies each month into one of three phases: neutral, El
	321	Nino, or La Nina. This tool first classifies input images according
	322	to their dates into ENSO phases (it downloads ONI data from the
	323	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	324	then produces a climatology bin for each phase. For example, if you
	325	request ENSO Cumulative bins, three bins will be produced: one for
	326	all images occurring in neutral months, one for all in El Nino
	327	months, and one for all in La Nina months. If you request ENSO
	328	Monthly bins, 36 bins will be produced: one for each combination of
	329	the 12 months and the three ENSO phases.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
297	330	4-bin seasonal climatology on solstices and equinoxes), use the Start
298	331	Climatology At This Day Of The Year parameter.</p></td></tr><tr><td class="info">Output workspace (Required) </td><td class="info" align="left"><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
323	356	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
324	357	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
325		or "Cumulative".</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
	358	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	359	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
326	360	represented by the output raster, either "dayXXX" for 1-day bins
327	361	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
329	363	replaced by the last day), "monthXX" for 1-month bins (XX is
330	364	replaced by the month), "monthXXtoYY" (XX is replaced by the first
331		month of the bin, YY by the last month), or "cumulative".</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
	365	month of the bin, YY by the last month), or "cumulative". If an ENSO
	366	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	367	prepended to those strings for each of the three ENSO phased rasters
	368	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	369	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
332	370	spaces replaced by underscores; one of: "count", "maximum", "mean",
333	371	"minimum", "range", "standard_deviation", "Sum".</p></li></ul><p>If the Bin Type is "Daily", the following additional codes are

MGET/Branches/Jason/PythonPackage/dist/TracOnlineDocumentation/Documentation/ArcGISReference/HYCOMGLBa008Equatorial4D.CreateClimatologicalArcGISRasters.html

r945	r1023
63	63	Model (HYCOM). Oceanography, 22, 64-75.</p><p>The HYCOM User's Guide and many other technical documents are
64	64	available on the
65		<a href="http://www.hycom.org/hycom/documentation">HYCOM web site</a>.</p><br /><p><h2><img width="11" height="11" border="0" src="sm_arrow_down.gif?format=raw" /> Command line syntax</h2></p><div Class="expand" id="id103141">HYCOMGLBa008Equatorial4DCreateClimatologicalArcGISRasters_GeoEco <salinity \| temperature \| u \| v> <Count \| Maximum \| Mean \| Minimum \| Range \| Standard Deviation \| Sum> <Daily \| Monthly \| Cumulative> <outputWorkspace> {Add \| Replace} {rasterNameExpressions;rasterNameExpressions...} {binDuration} {startDayOfYear} {rotationOffset} {extendYExtent} {spatialExtent} {Degrees \| Meters} {minDepth} {maxDepth} {startDate} {endDate} {timeout} {maxRetryTime} {cacheDirectory} {calculateStatistics} {buildPyramids} <br /><br /><b>Parameters</b><br /><table width="100%" border="0" cellpadding="5"><tbody><tr><th width="40%"><b>Expression</b></th><th width="60%"><b>Explanation</b></th></tr><tr><td class="info"><salinity \| temperature \| u \| v></td><td class="info" align="left"><p>HYCOM 4D variable (dimensions x, y, depth, and time), one of:</p><ul><li><p>salinity - Sea water salinity, in psu.</p></li></ul><ul><li><p>temperature - Sea water potential temperature, in degrees C.</p></li></ul><ul><li><p>u - Eastward sea water velocity, in m/s.</p></li></ul><ul><li><p>v - Northward sea water velocity, in m/s.</p></li></ul><p>Please see the HYCOM documentation for more information about these
	65	<a href="http://www.hycom.org/hycom/documentation">HYCOM web site</a>.</p><br /><p><h2><img width="11" height="11" border="0" src="sm_arrow_down.gif?format=raw" /> Command line syntax</h2></p><div Class="expand" id="id103141">HYCOMGLBa008Equatorial4DCreateClimatologicalArcGISRasters_GeoEco <salinity \| temperature \| u \| v> <Count \| Maximum \| Mean \| Minimum \| Range \| Standard Deviation \| Sum> <Daily \| Monthly \| Cumulative \| ENSO Daily \| ENSO Monthly \| ENSO Cumulative> <outputWorkspace> {Add \| Replace} {rasterNameExpressions;rasterNameExpressions...} {binDuration} {startDayOfYear} {rotationOffset} {extendYExtent} {spatialExtent} {Degrees \| Meters} {minDepth} {maxDepth} {startDate} {endDate} {timeout} {maxRetryTime} {cacheDirectory} {calculateStatistics} {buildPyramids} <br /><br /><b>Parameters</b><br /><table width="100%" border="0" cellpadding="5"><tbody><tr><th width="40%"><b>Expression</b></th><th width="60%"><b>Explanation</b></th></tr><tr><td class="info"><salinity \| temperature \| u \| v></td><td class="info" align="left"><p>HYCOM 4D variable (dimensions x, y, depth, and time), one of:</p><ul><li><p>salinity - Sea water salinity, in psu.</p></li></ul><ul><li><p>temperature - Sea water potential temperature, in degrees C.</p></li></ul><ul><li><p>u - Eastward sea water velocity, in m/s.</p></li></ul><ul><li><p>v - Northward sea water velocity, in m/s.</p></li></ul><p>Please see the HYCOM documentation for more information about these
66	66	variables.</p></td></tr><tr><td class="info"><Count \| Maximum \| Mean \| Minimum \| Range \| Standard Deviation \| Sum></td><td class="info" align="left"><p>Statistic to calculate for each cell, one of:</p><ul><li><p>Count - number of images in which the cell had data.</p></li></ul><ul><li><p>Maximum - maximum value for the cell.</p></li></ul><ul><li><p>Mean - mean value for the cell, calculated as the sum divided by the
67	67	count.</p></li></ul><ul><li><p>Minimum - minimum value for the cell.</p></li></ul><ul><li><p>Range - range for the cell, calculated as the maximum minus the
…	…
69	69	(i.e. the standard deviation estimated using Bessel's correction).
70	70	In order to calculate this, there must be at least two images with
71		data for the cell.</p></li></ul><ul><li><p>Sum - the sum for the cell.</p></li></ul></td></tr><tr><td class="info"><Daily \| Monthly \| Cumulative></td><td class="info" align="left"><p>Climatology bins to use, one of:</p><ul><li><p>Daily - daily bins. Images will be classified into bins according to
	71	data for the cell.</p></li></ul><ul><li><p>Sum - the sum for the cell.</p></li></ul></td></tr><tr><td class="info"><Daily \| Monthly \| Cumulative \| ENSO Daily \| ENSO Monthly \| ENSO Cumulative></td><td class="info" align="left"><p>Climatology bins to use, one of:</p><ul><li><p>Daily - daily bins. Images will be classified into bins according to
72	72	their days of the year. The number of days in each bin is determined
73	73	by the Climatology Bin Duration parameter (which defaults to 1). The
…	…
94	94	will be created. For example, if the bin duration is 5, 3 bins will
95	95	be created: January-May, June-October, November-December.</p></li></ul><ul><li><p>Cumulative - one bin. A single climatology raster will be calculated
96		from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	96	from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><ul><li><p>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	97	except each of the bins above will be split into three, based on the
	98	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	99	as determined by the Oceanic Nino Index (ONI) calculated by the
	100	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	101	The ONI classifies each month into one of three phases: neutral, El
	102	Nino, or La Nina. This tool first classifies input images according
	103	to their dates into ENSO phases (it downloads ONI data from the
	104	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	105	then produces a climatology bin for each phase. For example, if you
	106	request ENSO Cumulative bins, three bins will be produced: one for
	107	all images occurring in neutral months, one for all in El Nino
	108	months, and one for all in La Nina months. If you request ENSO
	109	Monthly bins, 36 bins will be produced: one for each combination of
	110	the 12 months and the three ENSO phases.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
97	111	4-bin seasonal climatology on solstices and equinoxes), use the Start
98	112	Climatology At This Day Of The Year parameter.</p></td></tr><tr><td class="info"><outputWorkspace></td><td class="info" align="left"><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
123	137	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
124	138	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
125		or "Cumulative".</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
	139	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	140	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
126	141	represented by the output raster, either "dayXXX" for 1-day bins
127	142	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
129	144	replaced by the last day), "monthXX" for 1-month bins (XX is
130	145	replaced by the month), "monthXXtoYY" (XX is replaced by the first
131		month of the bin, YY by the last month), or "cumulative".</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
	146	month of the bin, YY by the last month), or "cumulative". If an ENSO
	147	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	148	prepended to those strings for each of the three ENSO phased rasters
	149	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	150	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
132	151	spaces replaced by underscores; one of: "count", "maximum", "mean",
133	152	"minimum", "range", "standard_deviation", "Sum".</p></li></ul><p>If the Bin Type is "Daily", the following additional codes are
…	…
308	327	will be created. For example, if the bin duration is 5, 3 bins will
309	328	be created: January-May, June-October, November-December.</p></li></ul><ul><li><p>Cumulative - one bin. A single climatology raster will be calculated
310		from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	329	from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><ul><li><p>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	330	except each of the bins above will be split into three, based on the
	331	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	332	as determined by the Oceanic Nino Index (ONI) calculated by the
	333	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	334	The ONI classifies each month into one of three phases: neutral, El
	335	Nino, or La Nina. This tool first classifies input images according
	336	to their dates into ENSO phases (it downloads ONI data from the
	337	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	338	then produces a climatology bin for each phase. For example, if you
	339	request ENSO Cumulative bins, three bins will be produced: one for
	340	all images occurring in neutral months, one for all in El Nino
	341	months, and one for all in La Nina months. If you request ENSO
	342	Monthly bins, 36 bins will be produced: one for each combination of
	343	the 12 months and the three ENSO phases.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
311	344	4-bin seasonal climatology on solstices and equinoxes), use the Start
312	345	Climatology At This Day Of The Year parameter.</p></td></tr><tr><td class="info">Output workspace (Required) </td><td class="info" align="left"><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
337	370	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
338	371	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
339		or "Cumulative".</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
	372	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	373	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
340	374	represented by the output raster, either "dayXXX" for 1-day bins
341	375	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
343	377	replaced by the last day), "monthXX" for 1-month bins (XX is
344	378	replaced by the month), "monthXXtoYY" (XX is replaced by the first
345		month of the bin, YY by the last month), or "cumulative".</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
	379	month of the bin, YY by the last month), or "cumulative". If an ENSO
	380	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	381	prepended to those strings for each of the three ENSO phased rasters
	382	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	383	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
346	384	spaces replaced by underscores; one of: "count", "maximum", "mean",
347	385	"minimum", "range", "standard_deviation", "Sum".</p></li></ul><p>If the Bin Type is "Daily", the following additional codes are

MGET/Branches/Jason/PythonPackage/dist/TracOnlineDocumentation/Documentation/ArcGISReference/HYCOMGOMl0043D.CreateClimatologicalArcGISRasters.html

r980	r1023
55	55	Model (HYCOM). Oceanography 22: 64-75.</p><p>The HYCOM User's Guide and many other technical documents are
56	56	available on the
57		<a href="http://www.hycom.org/hycom/documentation">HYCOM web site</a>.</p><br /><p><h2><img width="11" height="11" border="0" src="sm_arrow_down.gif?format=raw" /> Command line syntax</h2></p><div Class="expand" id="id103138">HYCOMGOMl0043DCreateClimatologicalArcGISRasters_GeoEco <emp \| mld \| mlp \| qtot \| ssh \| surface_salinity_trend \| surface_temperature_trend> <Count \| Maximum \| Mean \| Minimum \| Range \| Standard Deviation \| Sum> <Daily \| Monthly \| Cumulative> <outputWorkspace> {Add \| Replace} {rasterNameExpressions;rasterNameExpressions...} {binDuration} {startDayOfYear} {spatialExtent} {Degrees \| Meters} {startDate} {endDate} {timeout} {maxRetryTime} {cacheDirectory} {calculateStatistics} {buildPyramids} <br /><br /><b>Parameters</b><br /><table width="100%" border="0" cellpadding="5"><tbody><tr><th width="40%"><b>Expression</b></th><th width="60%"><b>Explanation</b></th></tr><tr><td class="info"><emp \| mld \| mlp \| qtot \| ssh \| surface_salinity_trend \| surface_temperature_trend></td><td class="info" align="left"><p>HYCOM 3D variable (dimensions x, y, and time), one of:</p><ul><li><p>emp - Water flux into the ocean, in kg/m^2/s.</p></li></ul><ul><li><p>mld - Mixed layer thickness, in m, defined as the depth at which the
	57	<a href="http://www.hycom.org/hycom/documentation">HYCOM web site</a>.</p><br /><p><h2><img width="11" height="11" border="0" src="sm_arrow_down.gif?format=raw" /> Command line syntax</h2></p><div Class="expand" id="id103138">HYCOMGOMl0043DCreateClimatologicalArcGISRasters_GeoEco <emp \| mld \| mlp \| qtot \| ssh \| surface_salinity_trend \| surface_temperature_trend> <Count \| Maximum \| Mean \| Minimum \| Range \| Standard Deviation \| Sum> <Daily \| Monthly \| Cumulative \| ENSO Daily \| ENSO Monthly \| ENSO Cumulative> <outputWorkspace> {Add \| Replace} {rasterNameExpressions;rasterNameExpressions...} {binDuration} {startDayOfYear} {spatialExtent} {Degrees \| Meters} {startDate} {endDate} {timeout} {maxRetryTime} {cacheDirectory} {calculateStatistics} {buildPyramids} <br /><br /><b>Parameters</b><br /><table width="100%" border="0" cellpadding="5"><tbody><tr><th width="40%"><b>Expression</b></th><th width="60%"><b>Explanation</b></th></tr><tr><td class="info"><emp \| mld \| mlp \| qtot \| ssh \| surface_salinity_trend \| surface_temperature_trend></td><td class="info" align="left"><p>HYCOM 3D variable (dimensions x, y, and time), one of:</p><ul><li><p>emp - Water flux into the ocean, in kg/m^2/s.</p></li></ul><ul><li><p>mld - Mixed layer thickness, in m, defined as the depth at which the
58	58	temperature change from the surface temperature is 0.2 degrees C.</p></li></ul><ul><li><p>mlp - Mixed layer thickness, in m, defined as the depth at which the
59	59	pressure change from the surface pressure is 0.03 kg/m^3.</p></li></ul><ul><li><p>qtot - Surface downward heat flux, in W/m^2.</p></li></ul><ul><li><p>ssh - Sea surface height, in m, above the HYCOM reference spheroid.</p></li></ul><ul><li><p>surface_salinity_trend - Surface salinity trend, in psu/day.</p></li></ul><ul><li><p>surface_temperature_trend - Surface temperature trend, in degrees
…	…
64	64	(i.e. the standard deviation estimated using Bessel's correction).
65	65	In order to calculate this, there must be at least two images with
66		data for the cell.</p></li></ul><ul><li><p>Sum - the sum for the cell.</p></li></ul></td></tr><tr><td class="info"><Daily \| Monthly \| Cumulative></td><td class="info" align="left"><p>Climatology bins to use, one of:</p><ul><li><p>Daily - daily bins. Images will be classified into bins according to
	66	data for the cell.</p></li></ul><ul><li><p>Sum - the sum for the cell.</p></li></ul></td></tr><tr><td class="info"><Daily \| Monthly \| Cumulative \| ENSO Daily \| ENSO Monthly \| ENSO Cumulative></td><td class="info" align="left"><p>Climatology bins to use, one of:</p><ul><li><p>Daily - daily bins. Images will be classified into bins according to
67	67	their days of the year. The number of days in each bin is determined
68	68	by the Climatology Bin Duration parameter (which defaults to 1). The
…	…
89	89	will be created. For example, if the bin duration is 5, 3 bins will
90	90	be created: January-May, June-October, November-December.</p></li></ul><ul><li><p>Cumulative - one bin. A single climatology raster will be calculated
91		from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	91	from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><ul><li><p>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	92	except each of the bins above will be split into three, based on the
	93	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	94	as determined by the Oceanic Nino Index (ONI) calculated by the
	95	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	96	The ONI classifies each month into one of three phases: neutral, El
	97	Nino, or La Nina. This tool first classifies input images according
	98	to their dates into ENSO phases (it downloads ONI data from the
	99	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	100	then produces a climatology bin for each phase. For example, if you
	101	request ENSO Cumulative bins, three bins will be produced: one for
	102	all images occurring in neutral months, one for all in El Nino
	103	months, and one for all in La Nina months. If you request ENSO
	104	Monthly bins, 36 bins will be produced: one for each combination of
	105	the 12 months and the three ENSO phases.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
92	106	4-bin seasonal climatology on solstices and equinoxes), use the Start
93	107	Climatology At This Day Of The Year parameter.</p></td></tr><tr><td class="info"><outputWorkspace></td><td class="info" align="left"><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
118	132	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
119	133	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
120		or "Cumulative".</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
	134	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	135	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
121	136	represented by the output raster, either "dayXXX" for 1-day bins
122	137	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
124	139	replaced by the last day), "monthXX" for 1-month bins (XX is
125	140	replaced by the month), "monthXXtoYY" (XX is replaced by the first
126		month of the bin, YY by the last month), or "cumulative".</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
	141	month of the bin, YY by the last month), or "cumulative". If an ENSO
	142	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	143	prepended to those strings for each of the three ENSO phased rasters
	144	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	145	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
127	146	spaces replaced by underscores; one of: "count", "maximum", "mean",
128	147	"minimum", "range", "standard_deviation", "Sum".</p></li></ul><p>If the Bin Type is "Daily", the following additional codes are
…	…
264	283	will be created. For example, if the bin duration is 5, 3 bins will
265	284	be created: January-May, June-October, November-December.</p></li></ul><ul><li><p>Cumulative - one bin. A single climatology raster will be calculated
266		from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	285	from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><ul><li><p>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	286	except each of the bins above will be split into three, based on the
	287	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	288	as determined by the Oceanic Nino Index (ONI) calculated by the
	289	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	290	The ONI classifies each month into one of three phases: neutral, El
	291	Nino, or La Nina. This tool first classifies input images according
	292	to their dates into ENSO phases (it downloads ONI data from the
	293	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	294	then produces a climatology bin for each phase. For example, if you
	295	request ENSO Cumulative bins, three bins will be produced: one for
	296	all images occurring in neutral months, one for all in El Nino
	297	months, and one for all in La Nina months. If you request ENSO
	298	Monthly bins, 36 bins will be produced: one for each combination of
	299	the 12 months and the three ENSO phases.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
267	300	4-bin seasonal climatology on solstices and equinoxes), use the Start
268	301	Climatology At This Day Of The Year parameter.</p></td></tr><tr><td class="info">Output workspace (Required) </td><td class="info" align="left"><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
293	326	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
294	327	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
295		or "Cumulative".</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
	328	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	329	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
296	330	represented by the output raster, either "dayXXX" for 1-day bins
297	331	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
299	333	replaced by the last day), "monthXX" for 1-month bins (XX is
300	334	replaced by the month), "monthXXtoYY" (XX is replaced by the first
301		month of the bin, YY by the last month), or "cumulative".</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
	335	month of the bin, YY by the last month), or "cumulative". If an ENSO
	336	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	337	prepended to those strings for each of the three ENSO phased rasters
	338	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	339	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
302	340	spaces replaced by underscores; one of: "count", "maximum", "mean",
303	341	"minimum", "range", "standard_deviation", "Sum".</p></li></ul><p>If the Bin Type is "Daily", the following additional codes are

MGET/Branches/Jason/PythonPackage/dist/TracOnlineDocumentation/Documentation/ArcGISReference/HYCOMGOMl0044D.CreateClimatologicalArcGISRasters.html

r945	r1023
56	56	Model (HYCOM). Oceanography 22: 64-75.</p><p>The HYCOM User's Guide and many other technical documents are
57	57	available on the
58		<a href="http://www.hycom.org/hycom/documentation">HYCOM web site</a>.</p><br /><p><h2><img width="11" height="11" border="0" src="sm_arrow_down.gif?format=raw" /> Command line syntax</h2></p><div Class="expand" id="id103138">HYCOMGOMl0044DCreateClimatologicalArcGISRasters_GeoEco <salinity \| temperature \| u \| v \| w_velocity> <Count \| Maximum \| Mean \| Minimum \| Range \| Standard Deviation \| Sum> <Daily \| Monthly \| Cumulative> <outputWorkspace> {Add \| Replace} {rasterNameExpressions;rasterNameExpressions...} {binDuration} {startDayOfYear} {spatialExtent} {Degrees \| Meters} {minDepth} {maxDepth} {startDate} {endDate} {timeout} {maxRetryTime} {cacheDirectory} {calculateStatistics} {buildPyramids} <br /><br /><b>Parameters</b><br /><table width="100%" border="0" cellpadding="5"><tbody><tr><th width="40%"><b>Expression</b></th><th width="60%"><b>Explanation</b></th></tr><tr><td class="info"><salinity \| temperature \| u \| v \| w_velocity></td><td class="info" align="left"><p>HYCOM 4D variable (dimensions x, y, depth, and time), one of:</p><ul><li><p>salinity - Sea water salinity, in psu.</p></li></ul><ul><li><p>temperature - Sea water potential temperature, in degrees C.</p></li></ul><ul><li><p>u - Eastward sea water velocity, in m/s.</p></li></ul><ul><li><p>v - Northward sea water velocity, in m/s.</p></li></ul><ul><li><p>w_velocity - Upward sea water velocity, in m/s.</p></li></ul><p>Please see the HYCOM documentation for more information about these
	58	<a href="http://www.hycom.org/hycom/documentation">HYCOM web site</a>.</p><br /><p><h2><img width="11" height="11" border="0" src="sm_arrow_down.gif?format=raw" /> Command line syntax</h2></p><div Class="expand" id="id103138">HYCOMGOMl0044DCreateClimatologicalArcGISRasters_GeoEco <salinity \| temperature \| u \| v \| w_velocity> <Count \| Maximum \| Mean \| Minimum \| Range \| Standard Deviation \| Sum> <Daily \| Monthly \| Cumulative \| ENSO Daily \| ENSO Monthly \| ENSO Cumulative> <outputWorkspace> {Add \| Replace} {rasterNameExpressions;rasterNameExpressions...} {binDuration} {startDayOfYear} {spatialExtent} {Degrees \| Meters} {minDepth} {maxDepth} {startDate} {endDate} {timeout} {maxRetryTime} {cacheDirectory} {calculateStatistics} {buildPyramids} <br /><br /><b>Parameters</b><br /><table width="100%" border="0" cellpadding="5"><tbody><tr><th width="40%"><b>Expression</b></th><th width="60%"><b>Explanation</b></th></tr><tr><td class="info"><salinity \| temperature \| u \| v \| w_velocity></td><td class="info" align="left"><p>HYCOM 4D variable (dimensions x, y, depth, and time), one of:</p><ul><li><p>salinity - Sea water salinity, in psu.</p></li></ul><ul><li><p>temperature - Sea water potential temperature, in degrees C.</p></li></ul><ul><li><p>u - Eastward sea water velocity, in m/s.</p></li></ul><ul><li><p>v - Northward sea water velocity, in m/s.</p></li></ul><ul><li><p>w_velocity - Upward sea water velocity, in m/s.</p></li></ul><p>Please see the HYCOM documentation for more information about these
59	59	variables.</p></td></tr><tr><td class="info"><Count \| Maximum \| Mean \| Minimum \| Range \| Standard Deviation \| Sum></td><td class="info" align="left"><p>Statistic to calculate for each cell, one of:</p><ul><li><p>Count - number of images in which the cell had data.</p></li></ul><ul><li><p>Maximum - maximum value for the cell.</p></li></ul><ul><li><p>Mean - mean value for the cell, calculated as the sum divided by the
60	60	count.</p></li></ul><ul><li><p>Minimum - minimum value for the cell.</p></li></ul><ul><li><p>Range - range for the cell, calculated as the maximum minus the
…	…
62	62	(i.e. the standard deviation estimated using Bessel's correction).
63	63	In order to calculate this, there must be at least two images with
64		data for the cell.</p></li></ul><ul><li><p>Sum - the sum for the cell.</p></li></ul></td></tr><tr><td class="info"><Daily \| Monthly \| Cumulative></td><td class="info" align="left"><p>Climatology bins to use, one of:</p><ul><li><p>Daily - daily bins. Images will be classified into bins according to
	64	data for the cell.</p></li></ul><ul><li><p>Sum - the sum for the cell.</p></li></ul></td></tr><tr><td class="info"><Daily \| Monthly \| Cumulative \| ENSO Daily \| ENSO Monthly \| ENSO Cumulative></td><td class="info" align="left"><p>Climatology bins to use, one of:</p><ul><li><p>Daily - daily bins. Images will be classified into bins according to
65	65	their days of the year. The number of days in each bin is determined
66	66	by the Climatology Bin Duration parameter (which defaults to 1). The
…	…
87	87	will be created. For example, if the bin duration is 5, 3 bins will
88	88	be created: January-May, June-October, November-December.</p></li></ul><ul><li><p>Cumulative - one bin. A single climatology raster will be calculated
89		from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	89	from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><ul><li><p>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	90	except each of the bins above will be split into three, based on the
	91	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	92	as determined by the Oceanic Nino Index (ONI) calculated by the
	93	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	94	The ONI classifies each month into one of three phases: neutral, El
	95	Nino, or La Nina. This tool first classifies input images according
	96	to their dates into ENSO phases (it downloads ONI data from the
	97	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	98	then produces a climatology bin for each phase. For example, if you
	99	request ENSO Cumulative bins, three bins will be produced: one for
	100	all images occurring in neutral months, one for all in El Nino
	101	months, and one for all in La Nina months. If you request ENSO
	102	Monthly bins, 36 bins will be produced: one for each combination of
	103	the 12 months and the three ENSO phases.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
90	104	4-bin seasonal climatology on solstices and equinoxes), use the Start
91	105	Climatology At This Day Of The Year parameter.</p></td></tr><tr><td class="info"><outputWorkspace></td><td class="info" align="left"><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
116	130	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
117	131	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
118		or "Cumulative".</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
	132	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	133	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
119	134	represented by the output raster, either "dayXXX" for 1-day bins
120	135	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
122	137	replaced by the last day), "monthXX" for 1-month bins (XX is
123	138	replaced by the month), "monthXXtoYY" (XX is replaced by the first
124		month of the bin, YY by the last month), or "cumulative".</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
	139	month of the bin, YY by the last month), or "cumulative". If an ENSO
	140	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	141	prepended to those strings for each of the three ENSO phased rasters
	142	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	143	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
125	144	spaces replaced by underscores; one of: "count", "maximum", "mean",
126	145	"minimum", "range", "standard_deviation", "Sum".</p></li></ul><p>If the Bin Type is "Daily", the following additional codes are
…	…
278	297	will be created. For example, if the bin duration is 5, 3 bins will
279	298	be created: January-May, June-October, November-December.</p></li></ul><ul><li><p>Cumulative - one bin. A single climatology raster will be calculated
280		from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	299	from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><ul><li><p>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	300	except each of the bins above will be split into three, based on the
	301	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	302	as determined by the Oceanic Nino Index (ONI) calculated by the
	303	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	304	The ONI classifies each month into one of three phases: neutral, El
	305	Nino, or La Nina. This tool first classifies input images according
	306	to their dates into ENSO phases (it downloads ONI data from the
	307	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	308	then produces a climatology bin for each phase. For example, if you
	309	request ENSO Cumulative bins, three bins will be produced: one for
	310	all images occurring in neutral months, one for all in El Nino
	311	months, and one for all in La Nina months. If you request ENSO
	312	Monthly bins, 36 bins will be produced: one for each combination of
	313	the 12 months and the three ENSO phases.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
281	314	4-bin seasonal climatology on solstices and equinoxes), use the Start
282	315	Climatology At This Day Of The Year parameter.</p></td></tr><tr><td class="info">Output workspace (Required) </td><td class="info" align="left"><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
307	340	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
308	341	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
309		or "Cumulative".</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
	342	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	343	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
310	344	represented by the output raster, either "dayXXX" for 1-day bins
311	345	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
313	347	replaced by the last day), "monthXX" for 1-month bins (XX is
314	348	replaced by the month), "monthXXtoYY" (XX is replaced by the first
315		month of the bin, YY by the last month), or "cumulative".</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
	349	month of the bin, YY by the last month), or "cumulative". If an ENSO
	350	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	351	prepended to those strings for each of the three ENSO phased rasters
	352	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	353	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
316	354	spaces replaced by underscores; one of: "count", "maximum", "mean",
317	355	"minimum", "range", "standard_deviation", "Sum".</p></li></ul><p>If the Bin Type is "Daily", the following additional codes are

MGET/Branches/Jason/PythonPackage/dist/TracOnlineDocumentation/Documentation/ArcGISReference/MODISL3SSTTimeSeries.CreateClimatologicalArcGISRasters.html

r962	r1023
18	18	provides more information about the MODIS SST datasets.</p><p>Please see
19	19	<a href="http://podaac.jpl.nasa.gov/WEB_INFO/citations.html">these instructions</a>
20		on how to acknowledge your use of PO.DAAC products.</p><br /><p><h2><img width="11" height="11" border="0" src="sm_arrow_down.gif?format=raw" /> Command line syntax</h2></p><div Class="expand" id="id103141">MODISL3SSTTimeSeriesCreateClimatologicalArcGISRasters_GeoEco <Aqua \| Terra> <Daily \| 8day \| Monthly \| Annual> <4km \| 9km> <SST \| NSST \| SST4> <l3m_data \| l3m_qual> <Count \| Maximum \| Mean \| Minimum \| Range \| Standard Deviation \| Sum> <Daily \| Monthly \| Cumulative> <outputWorkspace> {Add \| Replace} {rasterNameExpressions;rasterNameExpressions...} {0 \| 1 \| 2} {binDuration} {startDayOfYear} {rotationOffset} {spatialExtent} {startDate} {endDate} {timeout} {maxRetryTime} {cacheDirectory} {calculateStatistics} {buildPyramids} <br /><br /><b>Parameters</b><br /><table width="100%" border="0" cellpadding="5"><tbody><tr><th width="40%"><b>Expression</b></th><th width="60%"><b>Explanation</b></th></tr><tr><td class="info"><Aqua \| Terra></td><td class="info" align="left"><p>MODIS satellite to use, one of:</p><ul><li><p>Aqua - the Aqua datasets start in July 2002.</p></li></ul><ul><li><p>Terra - the Terra datasets start in February 2000.</p></li></ul></td></tr><tr><td class="info"><Daily \| 8day \| Monthly \| Annual></td><td class="info" align="left"><p>Temporal resolution to use, one of:</p><ul><li><p>Daily - daily images. There are 365 during normal years and 366
	20	on how to acknowledge your use of PO.DAAC products.</p><br /><p><h2><img width="11" height="11" border="0" src="sm_arrow_down.gif?format=raw" /> Command line syntax</h2></p><div Class="expand" id="id103141">MODISL3SSTTimeSeriesCreateClimatologicalArcGISRasters_GeoEco <Aqua \| Terra> <Daily \| 8day \| Monthly \| Annual> <4km \| 9km> <SST \| NSST \| SST4> <l3m_data \| l3m_qual> <Count \| Maximum \| Mean \| Minimum \| Range \| Standard Deviation \| Sum> <Daily \| Monthly \| Cumulative \| ENSO Daily \| ENSO Monthly \| ENSO Cumulative> <outputWorkspace> {Add \| Replace} {rasterNameExpressions;rasterNameExpressions...} {0 \| 1 \| 2} {binDuration} {startDayOfYear} {rotationOffset} {spatialExtent} {startDate} {endDate} {timeout} {maxRetryTime} {cacheDirectory} {calculateStatistics} {buildPyramids} <br /><br /><b>Parameters</b><br /><table width="100%" border="0" cellpadding="5"><tbody><tr><th width="40%"><b>Expression</b></th><th width="60%"><b>Explanation</b></th></tr><tr><td class="info"><Aqua \| Terra></td><td class="info" align="left"><p>MODIS satellite to use, one of:</p><ul><li><p>Aqua - the Aqua datasets start in July 2002.</p></li></ul><ul><li><p>Terra - the Terra datasets start in February 2000.</p></li></ul></td></tr><tr><td class="info"><Daily \| 8day \| Monthly \| Annual></td><td class="info" align="left"><p>Temporal resolution to use, one of:</p><ul><li><p>Daily - daily images. There are 365 during normal years and 366
21	21	during leap years.</p></li></ul><ul><li><p>8day - 8-day images. There are 46 per year. The first image of the
22	22	year starts on January 1. The duration of the last image of the year
…	…
54	54	(i.e. the standard deviation estimated using Bessel's correction).
55	55	In order to calculate this, there must be at least two images with
56		data for the cell.</p></li></ul><ul><li><p>Sum - the sum for the cell.</p></li></ul></td></tr><tr><td class="info"><Daily \| Monthly \| Cumulative></td><td class="info" align="left"><p>Climatology bins to use, one of:</p><ul><li><p>Daily - daily bins. Images will be classified into bins according to
	56	data for the cell.</p></li></ul><ul><li><p>Sum - the sum for the cell.</p></li></ul></td></tr><tr><td class="info"><Daily \| Monthly \| Cumulative \| ENSO Daily \| ENSO Monthly \| ENSO Cumulative></td><td class="info" align="left"><p>Climatology bins to use, one of:</p><ul><li><p>Daily - daily bins. Images will be classified into bins according to
57	57	their days of the year. The number of days in each bin is determined
58	58	by the Climatology Bin Duration parameter (which defaults to 1). The
…	…
79	79	will be created. For example, if the bin duration is 5, 3 bins will
80	80	be created: January-May, June-October, November-December.</p></li></ul><ul><li><p>Cumulative - one bin. A single climatology raster will be calculated
81		from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	81	from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><ul><li><p>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	82	except each of the bins above will be split into three, based on the
	83	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	84	as determined by the Oceanic Nino Index (ONI) calculated by the
	85	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	86	The ONI classifies each month into one of three phases: neutral, El
	87	Nino, or La Nina. This tool first classifies input images according
	88	to their dates into ENSO phases (it downloads ONI data from the
	89	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	90	then produces a climatology bin for each phase. For example, if you
	91	request ENSO Cumulative bins, three bins will be produced: one for
	92	all images occurring in neutral months, one for all in El Nino
	93	months, and one for all in La Nina months. If you request ENSO
	94	Monthly bins, 36 bins will be produced: one for each combination of
	95	the 12 months and the three ENSO phases.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
82	96	4-bin seasonal climatology on solstices and equinoxes), use the Start
83	97	Climatology At This Day Of The Year parameter.</p></td></tr><tr><td class="info"><outputWorkspace></td><td class="info" align="left"><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
124	138	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
125	139	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
126		or "Cumulative".</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
	140	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	141	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
127	142	represented by the output raster, either "dayXXX" for 1-day bins
128	143	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
130	145	replaced by the last day), "monthXX" for 1-month bins (XX is
131	146	replaced by the month), "monthXXtoYY" (XX is replaced by the first
132		month of the bin, YY by the last month), or "cumulative".</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
	147	month of the bin, YY by the last month), or "cumulative". If an ENSO
	148	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	149	prepended to those strings for each of the three ENSO phased rasters
	150	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	151	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
133	152	spaces replaced by underscores; one of: "count", "maximum", "mean",
134	153	"minimum", "range", "standard_deviation", "Sum".</p></li></ul><p>If the Bin Type is "Daily", the following additional codes are
…	…
312	331	will be created. For example, if the bin duration is 5, 3 bins will
313	332	be created: January-May, June-October, November-December.</p></li></ul><ul><li><p>Cumulative - one bin. A single climatology raster will be calculated
314		from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	333	from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><ul><li><p>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	334	except each of the bins above will be split into three, based on the
	335	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	336	as determined by the Oceanic Nino Index (ONI) calculated by the
	337	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	338	The ONI classifies each month into one of three phases: neutral, El
	339	Nino, or La Nina. This tool first classifies input images according
	340	to their dates into ENSO phases (it downloads ONI data from the
	341	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	342	then produces a climatology bin for each phase. For example, if you
	343	request ENSO Cumulative bins, three bins will be produced: one for
	344	all images occurring in neutral months, one for all in El Nino
	345	months, and one for all in La Nina months. If you request ENSO
	346	Monthly bins, 36 bins will be produced: one for each combination of
	347	the 12 months and the three ENSO phases.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
315	348	4-bin seasonal climatology on solstices and equinoxes), use the Start
316	349	Climatology At This Day Of The Year parameter.</p></td></tr><tr><td class="info">Output workspace (Required) </td><td class="info" align="left"><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
357	390	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
358	391	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
359		or "Cumulative".</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
	392	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	393	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
360	394	represented by the output raster, either "dayXXX" for 1-day bins
361	395	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
363	397	replaced by the last day), "monthXX" for 1-month bins (XX is
364	398	replaced by the month), "monthXXtoYY" (XX is replaced by the first
365		month of the bin, YY by the last month), or "cumulative".</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
	399	month of the bin, YY by the last month), or "cumulative". If an ENSO
	400	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	401	prepended to those strings for each of the three ENSO phased rasters
	402	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	403	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
366	404	spaces replaced by underscores; one of: "count", "maximum", "mean",
367	405	"minimum", "range", "standard_deviation", "Sum".</p></li></ul><p>If the Bin Type is "Daily", the following additional codes are

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r945	r1023
26	26	(2002) appears to be the seminal OSCAR paper.</p><p>The OSCAR website requests that you acknowledge your use of the data.
27	27	Please see the website for specific instructions (they may appear
28		<a href="http://www.oscar.noaa.gov/datadisplay/oscar_datadownload.php">here</a>).</p><br /><p><h2><img width="11" height="11" border="0" src="sm_arrow_down.gif?format=raw" /> Command line syntax</h2></p><div Class="expand" id="id103141">OSCAR5DayThirdDegreeCurrentsCreateClimatologicalArcGISRasters_GeoEco <dir \| dir_anom \| eke \| mag \| mag_anom \| tke \| u \| v \| u_anom \| v_anom> <Count \| Maximum \| Mean \| Minimum \| Range \| Standard Deviation \| Sum> <Daily \| Monthly \| Cumulative> <outputWorkspace> {Add \| Replace} {rasterNameExpressions;rasterNameExpressions...} {binDuration} {startDayOfYear} {rotationOffset} {spatialExtent} {startDate} {endDate} {timeout} {maxRetryTime} {cacheDirectory} {calculateStatistics} {buildPyramids} <br /><br /><b>Parameters</b><br /><table width="100%" border="0" cellpadding="5"><tbody><tr><th width="40%"><b>Expression</b></th><th width="60%"><b>Explanation</b></th></tr><tr><td class="info"><dir \| dir_anom \| eke \| mag \| mag_anom \| tke \| u \| v \| u_anom \| v_anom></td><td class="info" align="left"><p>Geophysical parameter to use, one of:</p><ul><li><p>dir - Direction of water flow, in degrees. Due north is 0, due east
	28	<a href="http://www.oscar.noaa.gov/datadisplay/oscar_datadownload.php">here</a>).</p><br /><p><h2><img width="11" height="11" border="0" src="sm_arrow_down.gif?format=raw" /> Command line syntax</h2></p><div Class="expand" id="id103141">OSCAR5DayThirdDegreeCurrentsCreateClimatologicalArcGISRasters_GeoEco <dir \| dir_anom \| eke \| mag \| mag_anom \| tke \| u \| v \| u_anom \| v_anom> <Count \| Maximum \| Mean \| Minimum \| Range \| Standard Deviation \| Sum> <Daily \| Monthly \| Cumulative \| ENSO Daily \| ENSO Monthly \| ENSO Cumulative> <outputWorkspace> {Add \| Replace} {rasterNameExpressions;rasterNameExpressions...} {binDuration} {startDayOfYear} {rotationOffset} {spatialExtent} {startDate} {endDate} {timeout} {maxRetryTime} {cacheDirectory} {calculateStatistics} {buildPyramids} <br /><br /><b>Parameters</b><br /><table width="100%" border="0" cellpadding="5"><tbody><tr><th width="40%"><b>Expression</b></th><th width="60%"><b>Explanation</b></th></tr><tr><td class="info"><dir \| dir_anom \| eke \| mag \| mag_anom \| tke \| u \| v \| u_anom \| v_anom></td><td class="info" align="left"><p>Geophysical parameter to use, one of:</p><ul><li><p>dir - Direction of water flow, in degrees. Due north is 0, due east
29	29	is 90, due south is 180, due west is 270.</p></li></ul><ul><li><p>dir_anom - Direction of water flow (from u_anom and v_anom).</p></li></ul><ul><li><p>eke - Eddy kinetic energy, in m^2/s^2, computed as 0.5*(u_anom^2 +
30	30	v_anom^2). Note that oceanographers often apply a filter to a time
…	…
47	47	(i.e. the standard deviation estimated using Bessel's correction).
48	48	In order to calculate this, there must be at least two images with
49		data for the cell.</p></li></ul><ul><li><p>Sum - the sum for the cell.</p></li></ul></td></tr><tr><td class="info"><Daily \| Monthly \| Cumulative></td><td class="info" align="left"><p>Climatology bins to use, one of:</p><ul><li><p>Daily - daily bins. Images will be classified into bins according to
	49	data for the cell.</p></li></ul><ul><li><p>Sum - the sum for the cell.</p></li></ul></td></tr><tr><td class="info"><Daily \| Monthly \| Cumulative \| ENSO Daily \| ENSO Monthly \| ENSO Cumulative></td><td class="info" align="left"><p>Climatology bins to use, one of:</p><ul><li><p>Daily - daily bins. Images will be classified into bins according to
50	50	their days of the year. The number of days in each bin is determined
51	51	by the Climatology Bin Duration parameter (which defaults to 1). The
…	…
72	72	will be created. For example, if the bin duration is 5, 3 bins will
73	73	be created: January-May, June-October, November-December.</p></li></ul><ul><li><p>Cumulative - one bin. A single climatology raster will be calculated
74		from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	74	from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><ul><li><p>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	75	except each of the bins above will be split into three, based on the
	76	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	77	as determined by the Oceanic Nino Index (ONI) calculated by the
	78	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	79	The ONI classifies each month into one of three phases: neutral, El
	80	Nino, or La Nina. This tool first classifies input images according
	81	to their dates into ENSO phases (it downloads ONI data from the
	82	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	83	then produces a climatology bin for each phase. For example, if you
	84	request ENSO Cumulative bins, three bins will be produced: one for
	85	all images occurring in neutral months, one for all in El Nino
	86	months, and one for all in La Nina months. If you request ENSO
	87	Monthly bins, 36 bins will be produced: one for each combination of
	88	the 12 months and the three ENSO phases.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
75	89	4-bin seasonal climatology on solstices and equinoxes), use the Start
76	90	Climatology At This Day Of The Year parameter.</p></td></tr><tr><td class="info"><outputWorkspace></td><td class="info" align="left"><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
103	117	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
104	118	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
105		or "Cumulative".</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
	119	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	120	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
106	121	represented by the output raster, either "dayXXX" for 1-day bins
107	122	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
109	124	replaced by the last day), "monthXX" for 1-month bins (XX is
110	125	replaced by the month), "monthXXtoYY" (XX is replaced by the first
111		month of the bin, YY by the last month), or "cumulative".</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
	126	month of the bin, YY by the last month), or "cumulative". If an ENSO
	127	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	128	prepended to those strings for each of the three ENSO phased rasters
	129	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	130	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
112	131	spaces replaced by underscores; one of: "count", "maximum", "mean",
113	132	"minimum", "range", "standard_deviation", "sum".</p></li></ul><p>If the Bin Type is "Daily", the following additional codes are
…	…
269	288	will be created. For example, if the bin duration is 5, 3 bins will
270	289	be created: January-May, June-October, November-December.</p></li></ul><ul><li><p>Cumulative - one bin. A single climatology raster will be calculated
271		from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	290	from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><ul><li><p>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	291	except each of the bins above will be split into three, based on the
	292	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	293	as determined by the Oceanic Nino Index (ONI) calculated by the
	294	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	295	The ONI classifies each month into one of three phases: neutral, El
	296	Nino, or La Nina. This tool first classifies input images according
	297	to their dates into ENSO phases (it downloads ONI data from the
	298	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	299	then produces a climatology bin for each phase. For example, if you
	300	request ENSO Cumulative bins, three bins will be produced: one for
	301	all images occurring in neutral months, one for all in El Nino
	302	months, and one for all in La Nina months. If you request ENSO
	303	Monthly bins, 36 bins will be produced: one for each combination of
	304	the 12 months and the three ENSO phases.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
272	305	4-bin seasonal climatology on solstices and equinoxes), use the Start
273	306	Climatology At This Day Of The Year parameter.</p></td></tr><tr><td class="info">Output workspace (Required) </td><td class="info" align="left"><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
300	333	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
301	334	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
302		or "Cumulative".</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
	335	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	336	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
303	337	represented by the output raster, either "dayXXX" for 1-day bins
304	338	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
306	340	replaced by the last day), "monthXX" for 1-month bins (XX is
307	341	replaced by the month), "monthXXtoYY" (XX is replaced by the first
308		month of the bin, YY by the last month), or "cumulative".</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
	342	month of the bin, YY by the last month), or "cumulative". If an ENSO
	343	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	344	prepended to those strings for each of the three ENSO phased rasters
	345	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	346	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
309	347	spaces replaced by underscores; one of: "count", "maximum", "mean",
310	348	"minimum", "range", "standard_deviation", "sum".</p></li></ul><p>If the Bin Type is "Daily", the following additional codes are

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23	23	when processing is finished.</p><p><b>References</b></p><p>To cite the use of NASA OceanColor data in a publication, please see
24	24	<a href="http://oceancolor.gsfc.nasa.gov/forum/oceancolor/topic_show.pl?tid=474">these instructions</a>.</p><p>For a list of publications from the NASA OceanColor Group, see
25		<a href="http://oceancolor.gsfc.nasa.gov/cgi/obpgpubs.cgi">this page</a>.</p><br /><p><h2><img width="11" height="11" border="0" src="sm_arrow_down.gif?format=raw" /> Command line syntax</h2></p><div Class="expand" id="id103141">OceanColorLevel3SMITimeSeriesCreateClimatologicalArcGISRasters_GeoEco <Aqua \| CZCS \| OCTS \| SeaWiFS \| Terra> <Daily \| 8day \| Monthly \| Annual> <4km \| 9km> <product> <Count \| Maximum \| Mean \| Minimum \| Range \| Standard Deviation \| Sum> <Daily \| Monthly \| Cumulative> <outputWorkspace> {Add \| Replace} {rasterNameExpressions;rasterNameExpressions...} {cacheDirectory} {binDuration} {startDayOfYear} {rotationOffset} {spatialExtent} {startDate} {endDate} {timeout} {maxRetryTime} {calculateStatistics} {buildPyramids} <br /><br /><b>Parameters</b><br /><table width="100%" border="0" cellpadding="5"><tbody><tr><th width="40%"><b>Expression</b></th><th width="60%"><b>Explanation</b></th></tr><tr><td class="info"><Aqua \| CZCS \| OCTS \| SeaWiFS \| Terra></td><td class="info" align="left"><p>Sensor to use, one of:</p><ul><li><p>Aqua - the Moderate Resolution Imaging Spectroradiometer (MODIS)
	25	<a href="http://oceancolor.gsfc.nasa.gov/cgi/obpgpubs.cgi">this page</a>.</p><br /><p><h2><img width="11" height="11" border="0" src="sm_arrow_down.gif?format=raw" /> Command line syntax</h2></p><div Class="expand" id="id103141">OceanColorLevel3SMITimeSeriesCreateClimatologicalArcGISRasters_GeoEco <Aqua \| CZCS \| OCTS \| SeaWiFS \| Terra> <Daily \| 8day \| Monthly \| Annual> <4km \| 9km> <product> <Count \| Maximum \| Mean \| Minimum \| Range \| Standard Deviation \| Sum> <Daily \| Monthly \| Cumulative \| ENSO Daily \| ENSO Monthly \| ENSO Cumulative> <outputWorkspace> {Add \| Replace} {rasterNameExpressions;rasterNameExpressions...} {cacheDirectory} {binDuration} {startDayOfYear} {rotationOffset} {spatialExtent} {startDate} {endDate} {timeout} {maxRetryTime} {calculateStatistics} {buildPyramids} <br /><br /><b>Parameters</b><br /><table width="100%" border="0" cellpadding="5"><tbody><tr><th width="40%"><b>Expression</b></th><th width="60%"><b>Explanation</b></th></tr><tr><td class="info"><Aqua \| CZCS \| OCTS \| SeaWiFS \| Terra></td><td class="info" align="left"><p>Sensor to use, one of:</p><ul><li><p>Aqua - the Moderate Resolution Imaging Spectroradiometer (MODIS)
26	26	sensor carried by the Aqua satellite. Aqua datasets start in July
27	27	2002 and were still being collected at the time this tool was
…	…
98	98	(i.e. the standard deviation estimated using Bessel's correction).
99	99	In order to calculate this, there must be at least two images with
100		data for the cell.</p></li></ul><ul><li><p>Sum - the sum for the cell.</p></li></ul></td></tr><tr><td class="info"><Daily \| Monthly \| Cumulative></td><td class="info" align="left"><p>Climatology bins to use, one of:</p><ul><li><p>Daily - daily bins. Images will be classified into bins according to
	100	data for the cell.</p></li></ul><ul><li><p>Sum - the sum for the cell.</p></li></ul></td></tr><tr><td class="info"><Daily \| Monthly \| Cumulative \| ENSO Daily \| ENSO Monthly \| ENSO Cumulative></td><td class="info" align="left"><p>Climatology bins to use, one of:</p><ul><li><p>Daily - daily bins. Images will be classified into bins according to
101	101	their days of the year. The number of days in each bin is determined
102	102	by the Climatology Bin Duration parameter (which defaults to 1). The
…	…
123	123	will be created. For example, if the bin duration is 5, 3 bins will
124	124	be created: January-May, June-October, November-December.</p></li></ul><ul><li><p>Cumulative - one bin. A single climatology raster will be calculated
125		from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	125	from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><ul><li><p>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	126	except each of the bins above will be split into three, based on the
	127	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	128	as determined by the Oceanic Nino Index (ONI) calculated by the
	129	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	130	The ONI classifies each month into one of three phases: neutral, El
	131	Nino, or La Nina. This tool first classifies input images according
	132	to their dates into ENSO phases (it downloads ONI data from the
	133	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	134	then produces a climatology bin for each phase. For example, if you
	135	request ENSO Cumulative bins, three bins will be produced: one for
	136	all images occurring in neutral months, one for all in El Nino
	137	months, and one for all in La Nina months. If you request ENSO
	138	Monthly bins, 36 bins will be produced: one for each combination of
	139	the 12 months and the three ENSO phases.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
126	140	4-bin seasonal climatology on solstices and equinoxes), use the Start
127	141	Climatology At This Day Of The Year parameter.</p></td></tr><tr><td class="info"><outputWorkspace></td><td class="info" align="left"><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
159	173	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
160	174	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
161		or "Cumulative".</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
	175	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	176	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
162	177	represented by the output raster, either "dayXXX" for 1-day bins
163	178	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
165	180	replaced by the last day), "monthXX" for 1-month bins (XX is
166	181	replaced by the month), "monthXXtoYY" (XX is replaced by the first
167		month of the bin, YY by the last month), or "cumulative".</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
	182	month of the bin, YY by the last month), or "cumulative". If an ENSO
	183	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	184	prepended to those strings for each of the three ENSO phased rasters
	185	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	186	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
168	187	spaces replaced by underscores; one of: "count", "maximum", "mean",
169	188	"minimum", "range", "standard_deviation", "Sum".</p></li></ul><p>If the Bin Type is "Daily", the following additional codes are
…	…
379	398	will be created. For example, if the bin duration is 5, 3 bins will
380	399	be created: January-May, June-October, November-December.</p></li></ul><ul><li><p>Cumulative - one bin. A single climatology raster will be calculated
381		from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	400	from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><ul><li><p>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	401	except each of the bins above will be split into three, based on the
	402	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	403	as determined by the Oceanic Nino Index (ONI) calculated by the
	404	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	405	The ONI classifies each month into one of three phases: neutral, El
	406	Nino, or La Nina. This tool first classifies input images according
	407	to their dates into ENSO phases (it downloads ONI data from the
	408	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	409	then produces a climatology bin for each phase. For example, if you
	410	request ENSO Cumulative bins, three bins will be produced: one for
	411	all images occurring in neutral months, one for all in El Nino
	412	months, and one for all in La Nina months. If you request ENSO
	413	Monthly bins, 36 bins will be produced: one for each combination of
	414	the 12 months and the three ENSO phases.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
382	415	4-bin seasonal climatology on solstices and equinoxes), use the Start
383	416	Climatology At This Day Of The Year parameter.</p></td></tr><tr><td class="info">Output workspace (Required) </td><td class="info" align="left"><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
415	448	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
416	449	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
417		or "Cumulative".</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
	450	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	451	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
418	452	represented by the output raster, either "dayXXX" for 1-day bins
419	453	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
421	455	replaced by the last day), "monthXX" for 1-month bins (XX is
422	456	replaced by the month), "monthXXtoYY" (XX is replaced by the first
423		month of the bin, YY by the last month), or "cumulative".</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
	457	month of the bin, YY by the last month), or "cumulative". If an ENSO
	458	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	459	prepended to those strings for each of the three ENSO phased rasters
	460	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	461	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
424	462	spaces replaced by underscores; one of: "count", "maximum", "mean",
425	463	"minimum", "range", "standard_deviation", "Sum".</p></li></ul><p>If the Bin Type is "Daily", the following additional codes are

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44	44	modeling system (ROMS): a split-explicit, free-surface,
45	45	topography-following-coordinate oceanic model. Ocean Modelling 9(4):
46		347-404.</p><br /><p><h2><img width="11" height="11" border="0" src="sm_arrow_down.gif?format=raw" /> Command line syntax</h2></p><div Class="expand" id="id103138">ROMSCoSiNE3DCreateClimatologicalArcGISRasters_GeoEco <ubar \| vbar \| zeta> <Count \| Maximum \| Mean \| Minimum \| Range \| Standard Deviation \| Sum> <Daily \| Monthly \| Cumulative> <outputWorkspace> {Add \| Replace} {rasterNameExpressions;rasterNameExpressions...} {binDuration} {startDayOfYear} {spatialExtent} {Degrees \| Meters} {startDate} {endDate} {url} {timeout} {maxRetryTime} {cacheDirectory} {calculateStatistics} {buildPyramids} <br /><br /><b>Parameters</b><br /><table width="100%" border="0" cellpadding="5"><tbody><tr><th width="40%"><b>Expression</b></th><th width="60%"><b>Explanation</b></th></tr><tr><td class="info"><ubar \| vbar \| zeta></td><td class="info" align="left"><p>ROMS-CoSiNE 3D variable, one of:</p><ul><li><p>ubar - Vertically integrated (averaged) eastward sea water velocity,
	46	347-404.</p><br /><p><h2><img width="11" height="11" border="0" src="sm_arrow_down.gif?format=raw" /> Command line syntax</h2></p><div Class="expand" id="id103138">ROMSCoSiNE3DCreateClimatologicalArcGISRasters_GeoEco <ubar \| vbar \| zeta> <Count \| Maximum \| Mean \| Minimum \| Range \| Standard Deviation \| Sum> <Daily \| Monthly \| Cumulative \| ENSO Daily \| ENSO Monthly \| ENSO Cumulative> <outputWorkspace> {Add \| Replace} {rasterNameExpressions;rasterNameExpressions...} {binDuration} {startDayOfYear} {spatialExtent} {Degrees \| Meters} {startDate} {endDate} {url} {timeout} {maxRetryTime} {cacheDirectory} {calculateStatistics} {buildPyramids} <br /><br /><b>Parameters</b><br /><table width="100%" border="0" cellpadding="5"><tbody><tr><th width="40%"><b>Expression</b></th><th width="60%"><b>Explanation</b></th></tr><tr><td class="info"><ubar \| vbar \| zeta></td><td class="info" align="left"><p>ROMS-CoSiNE 3D variable, one of:</p><ul><li><p>ubar - Vertically integrated (averaged) eastward sea water velocity,
47	47	in m/s.</p></li></ul><ul><li><p>vbar - Vertically integrated (averaged) northward sea water
48	48	velocity, in m/s.</p></li></ul><ul><li><p>zeta - Sea surface height, in m.</p></li></ul></td></tr><tr><td class="info"><Count \| Maximum \| Mean \| Minimum \| Range \| Standard Deviation \| Sum></td><td class="info" align="left"><p>Statistic to calculate for each cell, one of:</p><ul><li><p>Count - number of images in which the cell had data.</p></li></ul><ul><li><p>Maximum - maximum value for the cell.</p></li></ul><ul><li><p>Mean - mean value for the cell, calculated as the sum divided by the
…	…
51	51	(i.e. the standard deviation estimated using Bessel's correction).
52	52	In order to calculate this, there must be at least two images with
53		data for the cell.</p></li></ul><ul><li><p>Sum - the sum for the cell.</p></li></ul></td></tr><tr><td class="info"><Daily \| Monthly \| Cumulative></td><td class="info" align="left"><p>Climatology bins to use, one of:</p><ul><li><p>Daily - daily bins. Images will be classified into bins according to
	53	data for the cell.</p></li></ul><ul><li><p>Sum - the sum for the cell.</p></li></ul></td></tr><tr><td class="info"><Daily \| Monthly \| Cumulative \| ENSO Daily \| ENSO Monthly \| ENSO Cumulative></td><td class="info" align="left"><p>Climatology bins to use, one of:</p><ul><li><p>Daily - daily bins. Images will be classified into bins according to
54	54	their days of the year. The number of days in each bin is determined
55	55	by the Climatology Bin Duration parameter (which defaults to 1). The
…	…
76	76	will be created. For example, if the bin duration is 5, 3 bins will
77	77	be created: January-May, June-October, November-December.</p></li></ul><ul><li><p>Cumulative - one bin. A single climatology raster will be calculated
78		from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	78	from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><ul><li><p>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	79	except each of the bins above will be split into three, based on the
	80	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	81	as determined by the Oceanic Nino Index (ONI) calculated by the
	82	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	83	The ONI classifies each month into one of three phases: neutral, El
	84	Nino, or La Nina. This tool first classifies input images according
	85	to their dates into ENSO phases (it downloads ONI data from the
	86	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	87	then produces a climatology bin for each phase. For example, if you
	88	request ENSO Cumulative bins, three bins will be produced: one for
	89	all images occurring in neutral months, one for all in El Nino
	90	months, and one for all in La Nina months. If you request ENSO
	91	Monthly bins, 36 bins will be produced: one for each combination of
	92	the 12 months and the three ENSO phases.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
79	93	4-bin seasonal climatology on solstices and equinoxes), use the Start
80	94	Climatology At This Day Of The Year parameter.</p></td></tr><tr><td class="info"><outputWorkspace></td><td class="info" align="left"><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
105	119	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
106	120	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
107		or "Cumulative".</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
	121	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	122	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
108	123	represented by the output raster, either "dayXXX" for 1-day bins
109	124	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
111	126	replaced by the last day), "monthXX" for 1-month bins (XX is
112	127	replaced by the month), "monthXXtoYY" (XX is replaced by the first
113		month of the bin, YY by the last month), or "cumulative".</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
	128	month of the bin, YY by the last month), or "cumulative". If an ENSO
	129	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	130	prepended to those strings for each of the three ENSO phased rasters
	131	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	132	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
114	133	spaces replaced by underscores; one of: "count", "maximum", "mean",
115	134	"minimum", "range", "standard_deviation", "Sum".</p></li></ul><p>If the Bin Type is "Daily", the following additional codes are
…	…
249	268	will be created. For example, if the bin duration is 5, 3 bins will
250	269	be created: January-May, June-October, November-December.</p></li></ul><ul><li><p>Cumulative - one bin. A single climatology raster will be calculated
251		from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	270	from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><ul><li><p>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	271	except each of the bins above will be split into three, based on the
	272	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	273	as determined by the Oceanic Nino Index (ONI) calculated by the
	274	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	275	The ONI classifies each month into one of three phases: neutral, El
	276	Nino, or La Nina. This tool first classifies input images according
	277	to their dates into ENSO phases (it downloads ONI data from the
	278	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	279	then produces a climatology bin for each phase. For example, if you
	280	request ENSO Cumulative bins, three bins will be produced: one for
	281	all images occurring in neutral months, one for all in El Nino
	282	months, and one for all in La Nina months. If you request ENSO
	283	Monthly bins, 36 bins will be produced: one for each combination of
	284	the 12 months and the three ENSO phases.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
252	285	4-bin seasonal climatology on solstices and equinoxes), use the Start
253	286	Climatology At This Day Of The Year parameter.</p></td></tr><tr><td class="info">Output workspace (Required) </td><td class="info" align="left"><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
278	311	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
279	312	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
280		or "Cumulative".</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
	313	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	314	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
281	315	represented by the output raster, either "dayXXX" for 1-day bins
282	316	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
284	318	replaced by the last day), "monthXX" for 1-month bins (XX is
285	319	replaced by the month), "monthXXtoYY" (XX is replaced by the first
286		month of the bin, YY by the last month), or "cumulative".</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
	320	month of the bin, YY by the last month), or "cumulative". If an ENSO
	321	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	322	prepended to those strings for each of the three ENSO phased rasters
	323	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	324	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
287	325	spaces replaced by underscores; one of: "count", "maximum", "mean",
288	326	"minimum", "range", "standard_deviation", "Sum".</p></li></ul><p>If the Bin Type is "Daily", the following additional codes are

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r945	r1023
45	45	modeling system (ROMS): a split-explicit, free-surface,
46	46	topography-following-coordinate oceanic model. Ocean Modelling 9(4):
47		347-404.</p><br /><p><h2><img width="11" height="11" border="0" src="sm_arrow_down.gif?format=raw" /> Command line syntax</h2></p><div Class="expand" id="id103138">ROMSCoSiNE4DCreateClimatologicalArcGISRasters_GeoEco <dd \| ddsi \| nh4 \| no3 \| ox \| po4 \| s1 \| s2 \| salt \| sio4 \| talk \| tco2 \| temp \| u \| v \| zz1 \| zz2> <depths;depths...> <Count \| Maximum \| Mean \| Minimum \| Range \| Standard Deviation \| Sum> <Daily \| Monthly \| Cumulative> <outputWorkspace> {Add \| Replace} {rasterNameExpressions;rasterNameExpressions...} {binDuration} {startDayOfYear} {spatialExtent} {Degrees \| Meters} {startDate} {endDate} {url} {timeout} {maxRetryTime} {cacheDirectory} {calculateStatistics} {buildPyramids} <br /><br /><b>Parameters</b><br /><table width="100%" border="0" cellpadding="5"><tbody><tr><th width="40%"><b>Expression</b></th><th width="60%"><b>Explanation</b></th></tr><tr><td class="info"><dd \| ddsi \| nh4 \| no3 \| ox \| po4 \| s1 \| s2 \| salt \| sio4 \| talk \| tco2 \| temp \| u \| v \| zz1 \| zz2></td><td class="info" align="left"><p>ROMS-CoSiNE 4D variable, one of:</p><ul><li><p>dd - Detrital nitrogen concentration, in mMol N m-3.</p></li></ul><ul><li><p>ddsi - Detrital silicon concentration, in mMol Si m-3.</p></li></ul><ul><li><p>nh4 - Dissolved ammonium concentration, in mMol N m-3.</p></li></ul><ul><li><p>no3 - Dissolved nitrate concentration, in mMol N m-3.</p></li></ul><ul><li><p>ox - Dissolved oxygen concentration, in mMol O2 m-3.</p></li></ul><ul><li><p>po4 - Dissolved phosphate concentration, in mMol P m-3.</p></li></ul><ul><li><p>s1 - Biomass concentration of small phytoplankton (< 5 micrometers
	47	347-404.</p><br /><p><h2><img width="11" height="11" border="0" src="sm_arrow_down.gif?format=raw" /> Command line syntax</h2></p><div Class="expand" id="id103138">ROMSCoSiNE4DCreateClimatologicalArcGISRasters_GeoEco <dd \| ddsi \| nh4 \| no3 \| ox \| po4 \| s1 \| s2 \| salt \| sio4 \| talk \| tco2 \| temp \| u \| v \| zz1 \| zz2> <depths;depths...> <Count \| Maximum \| Mean \| Minimum \| Range \| Standard Deviation \| Sum> <Daily \| Monthly \| Cumulative \| ENSO Daily \| ENSO Monthly \| ENSO Cumulative> <outputWorkspace> {Add \| Replace} {rasterNameExpressions;rasterNameExpressions...} {binDuration} {startDayOfYear} {spatialExtent} {Degrees \| Meters} {startDate} {endDate} {url} {timeout} {maxRetryTime} {cacheDirectory} {calculateStatistics} {buildPyramids} <br /><br /><b>Parameters</b><br /><table width="100%" border="0" cellpadding="5"><tbody><tr><th width="40%"><b>Expression</b></th><th width="60%"><b>Explanation</b></th></tr><tr><td class="info"><dd \| ddsi \| nh4 \| no3 \| ox \| po4 \| s1 \| s2 \| salt \| sio4 \| talk \| tco2 \| temp \| u \| v \| zz1 \| zz2></td><td class="info" align="left"><p>ROMS-CoSiNE 4D variable, one of:</p><ul><li><p>dd - Detrital nitrogen concentration, in mMol N m-3.</p></li></ul><ul><li><p>ddsi - Detrital silicon concentration, in mMol Si m-3.</p></li></ul><ul><li><p>nh4 - Dissolved ammonium concentration, in mMol N m-3.</p></li></ul><ul><li><p>no3 - Dissolved nitrate concentration, in mMol N m-3.</p></li></ul><ul><li><p>ox - Dissolved oxygen concentration, in mMol O2 m-3.</p></li></ul><ul><li><p>po4 - Dissolved phosphate concentration, in mMol P m-3.</p></li></ul><ul><li><p>s1 - Biomass concentration of small phytoplankton (< 5 micrometers
48	48	in diameter), in nitrogen units, i.e. mMol N m-3.</p></li></ul><ul><li><p>s2 - Biomass concentration of diatoms, in nitrogen units, i.e.
49	49	mMol N m-3.</p></li></ul><ul><li><p>salt - Salinity, in PSU.</p></li></ul><ul><li><p>sio4 - Dissolved silicate concentration, in mMol Si m-3.</p></li></ul><ul><li><p>talk - Total alkalinity concentration, in mMol Si m-3.</p></li></ul><ul><li><p>tco2 - Total dissolved inorganic carbon, in mMol CO2 m-3.</p></li></ul><ul><li><p>temp - Potential temperature, in degrees C.</p></li></ul><ul><li><p>u - Eastward sea water velocity, in m/s.</p></li></ul><ul><li><p>v - Northward sea water velocity, in m/s.</p></li></ul><ul><li><p>zz1 - Biomass concentration of microzooplankton, in nitrogen units,
…	…
74	74	(i.e. the standard deviation estimated using Bessel's correction).
75	75	In order to calculate this, there must be at least two images with
76		data for the cell.</p></li></ul><ul><li><p>Sum - the sum for the cell.</p></li></ul></td></tr><tr><td class="info"><Daily \| Monthly \| Cumulative></td><td class="info" align="left"><p>Climatology bins to use, one of:</p><ul><li><p>Daily - daily bins. Images will be classified into bins according to
	76	data for the cell.</p></li></ul><ul><li><p>Sum - the sum for the cell.</p></li></ul></td></tr><tr><td class="info"><Daily \| Monthly \| Cumulative \| ENSO Daily \| ENSO Monthly \| ENSO Cumulative></td><td class="info" align="left"><p>Climatology bins to use, one of:</p><ul><li><p>Daily - daily bins. Images will be classified into bins according to
77	77	their days of the year. The number of days in each bin is determined
78	78	by the Climatology Bin Duration parameter (which defaults to 1). The
…	…
99	99	will be created. For example, if the bin duration is 5, 3 bins will
100	100	be created: January-May, June-October, November-December.</p></li></ul><ul><li><p>Cumulative - one bin. A single climatology raster will be calculated
101		from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	101	from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><ul><li><p>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	102	except each of the bins above will be split into three, based on the
	103	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	104	as determined by the Oceanic Nino Index (ONI) calculated by the
	105	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	106	The ONI classifies each month into one of three phases: neutral, El
	107	Nino, or La Nina. This tool first classifies input images according
	108	to their dates into ENSO phases (it downloads ONI data from the
	109	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	110	then produces a climatology bin for each phase. For example, if you
	111	request ENSO Cumulative bins, three bins will be produced: one for
	112	all images occurring in neutral months, one for all in El Nino
	113	months, and one for all in La Nina months. If you request ENSO
	114	Monthly bins, 36 bins will be produced: one for each combination of
	115	the 12 months and the three ENSO phases.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
102	116	4-bin seasonal climatology on solstices and equinoxes), use the Start
103	117	Climatology At This Day Of The Year parameter.</p></td></tr><tr><td class="info"><outputWorkspace></td><td class="info" align="left"><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
131	145	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
132	146	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
133		or "Cumulative".</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
	147	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	148	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
134	149	represented by the output raster, either "dayXXX" for 1-day bins
135	150	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
137	152	replaced by the last day), "monthXX" for 1-month bins (XX is
138	153	replaced by the month), "monthXXtoYY" (XX is replaced by the first
139		month of the bin, YY by the last month), or "cumulative".</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
	154	month of the bin, YY by the last month), or "cumulative". If an ENSO
	155	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	156	prepended to those strings for each of the three ENSO phased rasters
	157	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	158	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
140	159	spaces replaced by underscores; one of: "count", "maximum", "mean",
141	160	"minimum", "range", "standard_deviation", "Sum".</p></li></ul><p>If the Bin Type is "Daily", the following additional codes are
…	…
297	316	will be created. For example, if the bin duration is 5, 3 bins will
298	317	be created: January-May, June-October, November-December.</p></li></ul><ul><li><p>Cumulative - one bin. A single climatology raster will be calculated
299		from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	318	from the entire dataset. The Bin Duration parameter is ignored.</p></li></ul><ul><li><p>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	319	except each of the bins above will be split into three, based on the
	320	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	321	as determined by the Oceanic Nino Index (ONI) calculated by the
	322	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	323	The ONI classifies each month into one of three phases: neutral, El
	324	Nino, or La Nina. This tool first classifies input images according
	325	to their dates into ENSO phases (it downloads ONI data from the
	326	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	327	then produces a climatology bin for each phase. For example, if you
	328	request ENSO Cumulative bins, three bins will be produced: one for
	329	all images occurring in neutral months, one for all in El Nino
	330	months, and one for all in La Nina months. If you request ENSO
	331	Monthly bins, 36 bins will be produced: one for each combination of
	332	the 12 months and the three ENSO phases.</p></li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
300	333	4-bin seasonal climatology on solstices and equinoxes), use the Start
301	334	Climatology At This Day Of The Year parameter.</p></td></tr><tr><td class="info">Output workspace (Required) </td><td class="info" align="left"><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
329	362	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
330	363	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
331		or "Cumulative".</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
	364	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	365	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</p></li></ul><ul><li><p>%(ClimatologyBinName)s - name of the climatology bin corresponding
332	366	represented by the output raster, either "dayXXX" for 1-day bins
333	367	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
335	369	replaced by the last day), "monthXX" for 1-month bins (XX is
336	370	replaced by the month), "monthXXtoYY" (XX is replaced by the first
337		month of the bin, YY by the last month), or "cumulative".</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
	371	month of the bin, YY by the last month), or "cumulative". If an ENSO
	372	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	373	prepended to those strings for each of the three ENSO phased rasters
	374	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	375	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</p></li></ul><ul><li><p>%(Statistic)s - statistic that was calculated, in lowercase and with
338	376	spaces replaced by underscores; one of: "count", "maximum", "mean",
339	377	"minimum", "range", "standard_deviation", "Sum".</p></li></ul><p>If the Bin Type is "Daily", the following additional codes are

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r1016	r1023
51	51	remain strings, do not specify quotation marks or other delimiters.</p><p>Please see the documentation for the Output Response Raster for more
52	52	discussion of this parameter.</p></td></tr><tr><td class="info">{cutoff}</td><td class="info" align="left"><p>Cutoff to use when classifying the continuous probability output
53		by a binary classification model into a binary result (0 or 1). This
54		parameter should not be specified for regression models or
55		classification models with more than two classes.</p><p>Probabilities greater than or equal to the cutoff will be classified
56		as 1; probabilities less than the cutoff will be classified as 0. If a
57		cutoff is not provided, 0.5 will be implicitly used, by virtue of the
58		default behavior of random forests, in which the prediction is decided
59		by majority vote between all of the trees in the forest.</p></td></tr><tr><td class="info">{resamplingTechniques;resamplingTechniques...}</td><td class="info" align="left"><p>Resampling technique to be used for each predictor raster if that
	53	by a binomial model into a binary result (0 or 1). This parameter
	54	should not be specified for models that are not intended to perform
	55	binary classification.</p><p>If a cutoff is provided, the output raster will have an integer data
	56	type instead of a floating-point data type. Probabilities greater than
	57	or equal to the cutoff will be classified as 1; probabilities less
	58	than the cutoff will be classified as 0.</p></td></tr><tr><td class="info">{resamplingTechniques;resamplingTechniques...}</td><td class="info" align="left"><p>Resampling technique to be used for each predictor raster if that
60	59	raster needs to be automatically projected, as described in the
61	60	documentation for the Predictor Rasters parameter.</p><p>The available resampling techniques are:</p><ul><li><p>NEAREST - Nearest neighbor assignment</p></li></ul><ul><li><p>BILINEAR - Bilinear interpolation</p></li></ul><ul><li><p>CUBIC - Cubic convolution</p></li></ul><ul><li><p>MAJORITY - Majority resampling (requires ArcGIS 9.3 or later)</p></li></ul><p>If you do not specify a resampling technique for a given input
…	…
132	131	remain strings, do not specify quotation marks or other delimiters.</p><p>Please see the documentation for the Output Response Raster for more
133	132	discussion of this parameter.</p></td></tr><tr><td class="info">Binary classification cutoff (Optional) </td><td class="info" align="left"><p>Cutoff to use when classifying the continuous probability output
134		by a binary classification model into a binary result (0 or 1). This
135		parameter should not be specified for regression models or
136		classification models with more than two classes.</p><p>Probabilities greater than or equal to the cutoff will be classified
137		as 1; probabilities less than the cutoff will be classified as 0. If a
138		cutoff is not provided, 0.5 will be implicitly used, by virtue of the
139		default behavior of random forests, in which the prediction is decided
140		by majority vote between all of the trees in the forest.</p></td></tr><tr><td class="info">Resampling techniques (Optional) </td><td class="info" align="left"><p>Resampling technique to be used for each predictor raster if that
	133	by a binomial model into a binary result (0 or 1). This parameter
	134	should not be specified for models that are not intended to perform
	135	binary classification.</p><p>If a cutoff is provided, the output raster will have an integer data
	136	type instead of a floating-point data type. Probabilities greater than
	137	or equal to the cutoff will be classified as 1; probabilities less
	138	than the cutoff will be classified as 0.</p></td></tr><tr><td class="info">Resampling techniques (Optional) </td><td class="info" align="left"><p>Resampling technique to be used for each predictor raster if that
141	139	raster needs to be automatically projected, as described in the
142	140	documentation for the Predictor Rasters parameter.</p><p>The available resampling techniques are:</p><ul><li><p>NEAREST - Nearest neighbor assignment</p></li></ul><ul><li><p>BILINEAR - Bilinear interpolation</p></li></ul><ul><li><p>CUBIC - Cubic convolution</p></li></ul><ul><li><p>MAJORITY - Majority resampling (requires ArcGIS 9.3 or later)</p></li></ul><p>If you do not specify a resampling technique for a given input

MGET/Branches/Jason/PythonPackage/dist/TracOnlineDocumentation/Documentation/ArcGISReference/TreeModel.PredictFromArcGISRasters.html

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49	49	remain strings, do not specify quotation marks or other delimiters.</p><p>Please see the documentation for the Output Response Raster for more
50	50	discussion of this parameter.</p></td></tr><tr><td class="info">{cutoff}</td><td class="info" align="left"><p>Cutoff to use when classifying the continuous probability output
51		by a bin~~ary classification model into a binary result (0 or 1). This~~
52		parameter should not be specified for regression models or
53		classification models that have more than two classes.</p><p>Probabilities greater than or equal to the cutoff will be classified
54		as 1; probabilities less than the cutoff will be classified as 0. If a
55		cutoff is not provided, the classification will be performed
56		~~automatically by R~~.</p></td></tr><tr><td class="info">{resamplingTechniques;resamplingTechniques...}</td><td class="info" align="left"><p>Resampling technique to be used for each predictor raster if that
	51	by a binomial model into a binary result (0 or 1). This parameter
	52	should not be specified for models that are not intended to perform
	53	binary classification.</p><p>If a cutoff is provided, the output raster will have an integer data
	54	type instead of a floating-point data type. Probabilities greater than
	55	or equal to the cutoff will be classified as 1; probabilities less
	56	than the cutoff will be classified as 0.</p></td></tr><tr><td class="info">{resamplingTechniques;resamplingTechniques...}</td><td class="info" align="left"><p>Resampling technique to be used for each predictor raster if that
57	57	raster needs to be automatically projected, as described in the
58	58	documentation for the Predictor Rasters parameter.</p><p>The available resampling techniques are:</p><ul><li><p>NEAREST - Nearest neighbor assignment</p></li></ul><ul><li><p>BILINEAR - Bilinear interpolation</p></li></ul><ul><li><p>CUBIC - Cubic convolution</p></li></ul><ul><li><p>MAJORITY - Majority resampling (requires ArcGIS 9.3 or later)</p></li></ul><p>If you do not specify a resampling technique for a given input
…	…
127	127	remain strings, do not specify quotation marks or other delimiters.</p><p>Please see the documentation for the Output Response Raster for more
128	128	discussion of this parameter.</p></td></tr><tr><td class="info">Binary classification cutoff (Optional) </td><td class="info" align="left"><p>Cutoff to use when classifying the continuous probability output
129		by a bin~~ary classification model into a binary result (0 or 1). This~~
130		parameter should not be specified for regression models or
131		classification models that have more than two classes.</p><p>Probabilities greater than or equal to the cutoff will be classified
132		as 1; probabilities less than the cutoff will be classified as 0. If a
133		cutoff is not provided, the classification will be performed
134		~~automatically by R~~.</p></td></tr><tr><td class="info">Resampling techniques (Optional) </td><td class="info" align="left"><p>Resampling technique to be used for each predictor raster if that
	129	by a binomial model into a binary result (0 or 1). This parameter
	130	should not be specified for models that are not intended to perform
	131	binary classification.</p><p>If a cutoff is provided, the output raster will have an integer data
	132	type instead of a floating-point data type. Probabilities greater than
	133	or equal to the cutoff will be classified as 1; probabilities less
	134	than the cutoff will be classified as 0.</p></td></tr><tr><td class="info">Resampling techniques (Optional) </td><td class="info" align="left"><p>Resampling technique to be used for each predictor raster if that
135	135	raster needs to be automatically projected, as described in the
136	136	documentation for the Predictor Rasters parameter.</p><p>The available resampling techniques are:</p><ul><li><p>NEAREST - Nearest neighbor assignment</p></li></ul><ul><li><p>BILINEAR - Bilinear interpolation</p></li></ul><ul><li><p>CUBIC - Cubic convolution</p></li></ul><ul><li><p>MAJORITY - Majority resampling (requires ArcGIS 9.3 or later)</p></li></ul><p>If you do not specify a resampling technique for a given input

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3	3	<html xmlns="http://www.w3.org/1999/xhtml"><head><title>Getting Started with Marine Geospatial Ecology Tools (MGET)</title><meta http-equiv="Content-Type" content="text/html; charset=UTF-8" /><link rel="stylesheet" type="text/css" href="Documentation.css?format=raw" /><style type="text/css">
4	4	ol { margin-left: 50px; }
5		</style></head><body><p class="title1">Marine Geospatial Ecology Tools</p><p class="title2">Getting Started with Marine Geospatial Ecology Tools</p><table class="docmetadata"><tr><td class="docmetadata1">MGET version:</td><td class="docmetadata2">0.8a42</td></tr><tr><td class="docmetadata1">Document version:</td><td class="docmetadata2">$Id: GettingStarted.xsl 848 2011-12-01 20:34:27Z jjr8 $</td></tr><tr><td class="docmetadata1">Document status:</td><td class="docmetadata2">Complete</td></tr><tr><td class="docmetadata1">Maintainer email:</td><td class="docmetadata2"><a href="mailto:jason.roberts@duke.edu">jason.roberts@duke.edu</a></td></tr><tr><td class="docmetadata1">MGET home page:</td><td class="docmetadata2"><a href="http://code.nicholas.duke.edu/projects/mget">http://code.nicholas.duke.edu/projects/mget</a></td></tr></table><h1><a id="Contents">Contents</a></h1><ul><li><a href="#Intro">What is MGET?</a></li><li><a href="#Installation">Installing MGET</a><ul><li><a href="#SoftwareRequirements">Software Requirements</a></li><li><a href="#InstallationInstructions">Installation Instructions</a></li></ul></li><li><a href="#Examples">MGET Examples</a></li><li><a href="#Help">Getting Help</a></li><li><a href="#Reference">Reference Documentation</a><ul><li><a href="ArcGISReference/ArcGISReference.html?format=raw">ArcGIS Geoprocessing Reference</a></li><li><a href="PythonReference/PythonReference.html?format=raw">Python Reference</a></li><li>COM Reference</li></ul></li><li><a href="#Acknowledgements">Acknowledgements</a></li><li><a href="#Copyright">Copyright and License</a></li></ul><h1><a id="Intro">What is MGET?</a></h1><p>
	5	</style></head><body><p class="title1">Marine Geospatial Ecology Tools</p><p class="title2">Getting Started with Marine Geospatial Ecology Tools</p><table class="docmetadata"><tr><td class="docmetadata1">MGET version:</td><td class="docmetadata2">0.8a43</td></tr><tr><td class="docmetadata1">Document version:</td><td class="docmetadata2">$Id: GettingStarted.xsl 848 2011-12-01 20:34:27Z jjr8 $</td></tr><tr><td class="docmetadata1">Document status:</td><td class="docmetadata2">Complete</td></tr><tr><td class="docmetadata1">Maintainer email:</td><td class="docmetadata2"><a href="mailto:jason.roberts@duke.edu">jason.roberts@duke.edu</a></td></tr><tr><td class="docmetadata1">MGET home page:</td><td class="docmetadata2"><a href="http://code.nicholas.duke.edu/projects/mget">http://code.nicholas.duke.edu/projects/mget</a></td></tr></table><h1><a id="Contents">Contents</a></h1><ul><li><a href="#Intro">What is MGET?</a></li><li><a href="#Installation">Installing MGET</a><ul><li><a href="#SoftwareRequirements">Software Requirements</a></li><li><a href="#InstallationInstructions">Installation Instructions</a></li></ul></li><li><a href="#Examples">MGET Examples</a></li><li><a href="#Help">Getting Help</a></li><li><a href="#Reference">Reference Documentation</a><ul><li><a href="ArcGISReference/ArcGISReference.html?format=raw">ArcGIS Geoprocessing Reference</a></li><li><a href="PythonReference/PythonReference.html?format=raw">Python Reference</a></li><li>COM Reference</li></ul></li><li><a href="#Acknowledgements">Acknowledgements</a></li><li><a href="#Copyright">Copyright and License</a></li></ul><h1><a id="Intro">What is MGET?</a></h1><p>
6	6	Marine Geospatial Ecology Tools (MGET), also known as the <code>GeoEco</code> Python
7	7	package, is an open source geoprocessing toolbox designed for coastal and marine

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4	4	td.metadataTitle { font-size: 80%; font-weight: bold; font-family: avantgarde, sans-serif; }
5	5	td.metadataValue { padding-left: 0.5em; }
6		</style></head><body><div class="navigation"><div><table align="center" width="100%" cellpadding="0" cellspacing="2"><tr><td class="online-navigation"><a title="GeoEco.FisheryAnalysis.Spatiotemporal Module" href="Module_GeoEco.FisheryAnalysis.Spatiotemporal.html?format=raw"><img src="previous.png?format=raw" border="0" align="bottom" height="32" width="32" alt="Previous Page" /></a></td><td class="online-navigation"><a title="Module Index" href="Module_GeoEco.FisheryAnalysis.Spatiotemporal.html?format=raw"><img src="up.png?format=raw" border="0" align="bottom" height="32" width="32" alt="Up one Level" /></a></td><td class="online-navigation"><a title="AnalyzeCPUEInArcGISTable Method" href="Method_GeoEco.FisheryAnalysis.Spatiotemporal.FisheryPeriodicity.AnalyzeCPUEInArcGISTable.html?format=raw"><img src="next.png?format=raw" border="0" align="bottom" height="32" width="32" alt="Next Page" /></a></td><td align="center" width="100%">GeoEco Python Reference</td><td class="online-navigation"><a title="Table of Contents" href="TableOfContents.html?format=raw"><img src="contents.png?format=raw" border="0" align="bottom" height="32" width="32" alt="Table of Contents" /></a></td><td class="online-navigation"><a title="Module Index" href="ModuleIndex.html?format=raw"><img src="modules.png?format=raw" border="0" align="bottom" height="32" width="32" alt="Module Index" /></a></td><td class="online-navigation"><img src="blank.png?format=raw" border="0" align="bottom" height="32" width="32" alt="" /></td></tr></table><div class="online-navigation"><b class="navlabel">Previous:</b> <a class="sectref" href="Module_GeoEco.FisheryAnalysis.Spatiotemporal.html?format=raw">GeoEco.FisheryAnalysis.Spatiotemporal Module</a> <b class="navlabel">Up:</b> <a class="sectref" href="Module_GeoEco.FisheryAnalysis.Spatiotemporal.html?format=raw">Module Index</a> <b class="navlabel">Next:</b> <a class="sectref" href="Method_GeoEco.FisheryAnalysis.Spatiotemporal.FisheryPeriodicity.AnalyzeCPUEInArcGISTable.html?format=raw">AnalyzeCPUEInArcGISTable Method</a> </div><hr /></div></div><h1><tt class="class">FisheryPeriodicity</tt> Class</h1><p>Methods for analyzing temporal perodicity in time-series fisheries data.</p><table cellpadding="0" cellspacing="0"><tr valign="baseline"><td class="metadataTitle">Module:</td><td class="metadataValue"><tt class="module"><a href="Module_GeoEco.FisheryAnalysis.Spatiotemporal.html?format=raw">GeoEco.FisheryAnalysis.Spatiotemporal</a></tt></td></tr><tr valign="baseline"><td class="metadataTitle">Intended use:</td><td class="metadataValue">All methods are recommended for external callers</td></tr><tr valign="baseline"><td class="metadataTitle">COM:</td><td class="metadataValue">Exposed as COM class <a style="font-family: verdana, sans serif; font-size: small;" href="../COMReference/Class_GeoEco.FisheryPeriodicity.html?format=raw">GeoEco.FisheryPeriodicity</a></td></tr><tr valign="baseline"><td class="metadataTitle">ArcGIS:</td><td class="metadataValue">Some methods are exposed as ArcGIS geoprocessing tools</td></tr></table><h3>Classmethods</h3><dl><dt><table cellpadding="0" cellspacing="0"><tr valign="baseline"><td style="white-space: nowrap;"><b><tt class="method"><a href="Method_GeoEco.FisheryAnalysis.Spatiotemporal.FisheryPeriodicity.AnalyzeCPUEInArcGISTable.html?format=raw">AnalyzeCPUEInArcGISTable</a></tt></b>(</td><td><var>table</var><var>, dateField</var><var>, catchField</var><big>[</big><var>, effortField</var><big>[</big><var>, effortIDFields</var><big>[</big><var>, where</var><big>[</big><var>, binWidth</var><big>[</big><var>, timeUnits</var><big>[</big><var>, xAxisMinimum</var><big>[</big><var>, xAxisMaximum</var><big>[</big><var>, yAxisLabel</var><big>[</big><var>, scaleFactor</var><big>[</big><var>, samplingPeriod</var><big>[</big><var>, maxPeriod</var><big>[</big><var>, periodogramMethod</var><big>[</big><var>, oversamplingFactor</var><big>[</big><var>, outputFile</var><big>[</big><var>, title</var><big>[</big><var>, width</var><big>[</big><var>, dpi</var><big>[</big><var>, fontSize</var><big>[</big><var>, dayOfYearPlot</var><big>[</big><var>, dayOfYearBars</var><big>[</big><var>, moonPhasePlot</var><big>[</big><var>, moonPhaseBars</var><big>[</big><var>, timeOfDayPlot</var><big>[</big><var>, timeOfDayBars</var><big>[</big><var>, overwriteExisting</var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var>)</td></tr></table></dt><dd>Creates several plots that analyze the temporal periodicity of catch per unit effort (FPUE) calculated from fishing records in a table.</dd></dl><dl><dt><table cellpadding="0" cellspacing="0"><tr valign="baseline"><td style="white-space: nowrap;"><b><tt class="method"><a href="Method_GeoEco.FisheryAnalysis.Spatiotemporal.FisheryPeriodicity.AnalyzeCPUEInTable.html?format=raw">AnalyzeCPUEInTable</a></tt></b>(</td><td><var>table</var><var>, dateField</var><var>, catchField</var><big>[</big><var>, effortField</var><big>[</big><var>, effortIDFields</var><big>[</big><var>, where</var><big>[</big><var>, binWidth</var><big>[</big><var>, timeUnits</var><big>[</big><var>, xAxisMinimum</var><big>[</big><var>, xAxisMaximum</var><big>[</big><var>, yAxisLabel</var><big>[</big><var>, scaleFactor</var><big>[</big><var>, samplingPeriod</var><big>[</big><var>, maxPeriod</var><big>[</big><var>, periodogramMethod</var><big>[</big><var>, oversamplingFactor</var><big>[</big><var>, outputFile</var><big>[</big><var>, title</var><big>[</big><var>, width</var><big>[</big><var>, dpi</var><big>[</big><var>, fontSize</var><big>[</big><var>, dayOfYearPlot</var><big>[</big><var>, dayOfYearBars</var><big>[</big><var>, moonPhasePlot</var><big>[</big><var>, moonPhaseBars</var><big>[</big><var>, timeOfDayPlot</var><big>[</big><var>, timeOfDayBars</var><big>[</big><var>, overwriteExisting</var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var>)</td></tr></table></dt><dd>Creates several plots that analyze the temporal periodicity of catch per unit effort (FPUE) calculated from fishing records in a Table.</dd></dl><dl><dt><table cellpadding="0" cellspacing="0"><tr valign="baseline"><td style="white-space: nowrap;"><b><tt class="method"><a href="Method_GeoEco.FisheryAnalysis.Spatiotemporal.FisheryPeriodicity.AnalyzeCatchInArcGISTable.html?format=raw">AnalyzeCatchInArcGISTable</a></tt></b>(</td><td><var>table</var><var>, dateField</var><var>, catchField</var><big>[</big><var>, where</var><big>[</big><var>, binWidth</var><big>[</big><var>, timeUnits</var><big>[</big><var>, xAxisMinimum</var><big>[</big><var>, xAxisMaximum</var><big>[</big><var>, yAxisLabel</var><big>[</big><var>, scaleFactor</var><big>[</big><var>, samplingPeriod</var><big>[</big><var>, maxPeriod</var><big>[</big><var>, periodogramMethod</var><big>[</big><var>, oversamplingFactor</var><big>[</big><var>, outputFile</var><big>[</big><var>, title</var><big>[</big><var>, width</var><big>[</big><var>, dpi</var><big>[</big><var>, fontSize</var><big>[</big><var>, dayOfYearPlot</var><big>[</big><var>, dayOfYearBars</var><big>[</big><var>, moonPhasePlot</var><big>[</big><var>, moonPhaseBars</var><big>[</big><var>, timeOfDayPlot</var><big>[</big><var>, timeOfDayBars</var><big>[</big><var>, overwriteExisting</var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var>)</td></tr></table></dt><dd>Creates several plots that show the temporal periodicity of catch records in a table.</dd></dl><dl><dt><table cellpadding="0" cellspacing="0"><tr valign="baseline"><td style="white-space: nowrap;"><b><tt class="method"><a href="Method_GeoEco.FisheryAnalysis.Spatiotemporal.FisheryPeriodicity.AnalyzeCatchInTable.html?format=raw">AnalyzeCatchInTable</a></tt></b>(</td><td><var>table</var><var>, dateField</var><var>, catchField</var><big>[</big><var>, where</var><big>[</big><var>, binWidth</var><big>[</big><var>, timeUnits</var><big>[</big><var>, xAxisMinimum</var><big>[</big><var>, xAxisMaximum</var><big>[</big><var>, yAxisLabel</var><big>[</big><var>, scaleFactor</var><big>[</big><var>, samplingPeriod</var><big>[</big><var>, maxPeriod</var><big>[</big><var>, periodogramMethod</var><big>[</big><var>, oversamplingFactor</var><big>[</big><var>, outputFile</var><big>[</big><var>, title</var><big>[</big><var>, width</var><big>[</big><var>, dpi</var><big>[</big><var>, fontSize</var><big>[</big><var>, dayOfYearPlot</var><big>[</big><var>, dayOfYearBars</var><big>[</big><var>, moonPhasePlot</var><big>[</big><var>, moonPhaseBars</var><big>[</big><var>, timeOfDayPlot</var><big>[</big><var>, timeOfDayBars</var><big>[</big><var>, overwriteExisting</var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var>)</td></tr></table></dt><dd>Creates several plots that analyze the temporal periodicity of catch records in a Table.</dd></dl><dl><dt><table cellpadding="0" cellspacing="0"><tr valign="baseline"><td style="white-space: nowrap;"><b><tt class="method"><a href="Method_GeoEco.FisheryAnalysis.Spatiotemporal.FisheryPeriodicity.AnalyzeEffortInArcGISTable.html?format=raw">AnalyzeEffortInArcGISTable</a></tt></b>(</td><td><var>table</var><var>, dateField</var><big>[</big><var>, effortField</var><big>[</big><var>, effortIDFields</var><big>[</big><var>, aggregationMethod</var><big>[</big><var>, where</var><big>[</big><var>, binWidth</var><big>[</big><var>, timeUnits</var><big>[</big><var>, xAxisMinimum</var><big>[</big><var>, xAxisMaximum</var><big>[</big><var>, yAxisLabel</var><big>[</big><var>, scaleFactor</var><big>[</big><var>, samplingPeriod</var><big>[</big><var>, maxPeriod</var><big>[</big><var>, periodogramMethod</var><big>[</big><var>, oversamplingFactor</var><big>[</big><var>, outputFile</var><big>[</big><var>, title</var><big>[</big><var>, width</var><big>[</big><var>, dpi</var><big>[</big><var>, fontSize</var><big>[</big><var>, dayOfYearPlot</var><big>[</big><var>, dayOfYearBars</var><big>[</big><var>, moonPhasePlot</var><big>[</big><var>, moonPhaseBars</var><big>[</big><var>, timeOfDayPlot</var><big>[</big><var>, timeOfDayBars</var><big>[</big><var>, overwriteExisting</var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var>)</td></tr></table></dt><dd>Creates several plots that show the temporal periodicity of fishing effort records in a table.</dd></dl><dl><dt><table cellpadding="0" cellspacing="0"><tr valign="baseline"><td style="white-space: nowrap;"><b><tt class="method"><a href="Method_GeoEco.FisheryAnalysis.Spatiotemporal.FisheryPeriodicity.AnalyzeEffortInTable.html?format=raw">AnalyzeEffortInTable</a></tt></b>(</td><td><var>table</var><var>, dateField</var><big>[</big><var>, effortField</var><big>[</big><var>, effortIDFields</var><big>[</big><var>, aggregationMethod</var><big>[</big><var>, where</var><big>[</big><var>, binWidth</var><big>[</big><var>, timeUnits</var><big>[</big><var>, xAxisMinimum</var><big>[</big><var>, xAxisMaximum</var><big>[</big><var>, yAxisLabel</var><big>[</big><var>, scaleFactor</var><big>[</big><var>, samplingPeriod</var><big>[</big><var>, maxPeriod</var><big>[</big><var>, periodogramMethod</var><big>[</big><var>, oversamplingFactor</var><big>[</big><var>, outputFile</var><big>[</big><var>, title</var><big>[</big><var>, width</var><big>[</big><var>, dpi</var><big>[</big><var>, fontSize</var><big>[</big><var>, dayOfYearPlot</var><big>[</big><var>, dayOfYearBars</var><big>[</big><var>, moonPhasePlot</var><big>[</big><var>, moonPhaseBars</var><big>[</big><var>, timeOfDayPlot</var><big>[</big><var>, timeOfDayBars</var><big>[</big><var>, overwriteExisting</var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var>)</td></tr></table></dt><dd>Creates several plots that analyze the temporal periodicity of fishing effort records in a Table.</dd></dl><div class="navigation"><div class="online-navigation"><p></p><hr /><table align="center" width="100%" cellpadding="0" cellspacing="2"><tr><td class="online-navigation"><a title="GeoEco.FisheryAnalysis.Spatiotemporal Module" href="Module_GeoEco.FisheryAnalysis.Spatiotemporal.html?format=raw"><img src="previous.png?format=raw" border="0" align="bottom" height="32" width="32" alt="Previous Page" /></a></td><td class="online-navigation"><a title="Module Index" href="Module_GeoEco.FisheryAnalysis.Spatiotemporal.html?format=raw"><img src="up.png?format=raw" border="0" align="bottom" height="32" width="32" alt="Up one Level" /></a></td><td class="online-navigation"><a title="AnalyzeCPUEInArcGISTable Method" href="Method_GeoEco.FisheryAnalysis.Spatiotemporal.FisheryPeriodicity.AnalyzeCPUEInArcGISTable.html?format=raw"><img src="next.png?format=raw" border="0" align="bottom" height="32" width="32" alt="Next Page" /></a></td><td align="center" width="100%">GeoEco Python Reference</td><td class="online-navigation"><a title="Table of Contents" href="TableOfContents.html?format=raw"><img src="contents.png?format=raw" border="0" align="bottom" height="32" width="32" alt="Table of Contents" /></a></td><td class="online-navigation"><a title="Module Index" href="ModuleIndex.html?format=raw"><img src="modules.png?format=raw" border="0" align="bottom" height="32" width="32" alt="Module Index" /></a></td><td class="online-navigation"><img src="blank.png?format=raw" border="0" align="bottom" height="32" width="32" alt="" /></td></tr></table><div class="online-navigation"><b class="navlabel">Previous:</b> <a class="sectref" href="Module_GeoEco.FisheryAnalysis.Spatiotemporal.html?format=raw">GeoEco.FisheryAnalysis.Spatiotemporal Module</a> <b class="navlabel">Up:</b> <a class="sectref" href="Module_GeoEco.FisheryAnalysis.Spatiotemporal.html?format=raw">Module Index</a> <b class="navlabel">Next:</b> <a class="sectref" 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	6	</style></head><body><div class="navigation"><div><table align="center" width="100%" cellpadding="0" cellspacing="2"><tr><td class="online-navigation"><a title="GeoEco.FisheryAnalysis.Spatiotemporal Module" href="Module_GeoEco.FisheryAnalysis.Spatiotemporal.html?format=raw"><img src="previous.png?format=raw" border="0" align="bottom" height="32" width="32" alt="Previous Page" /></a></td><td class="online-navigation"><a title="Module Index" href="Module_GeoEco.FisheryAnalysis.Spatiotemporal.html?format=raw"><img src="up.png?format=raw" border="0" align="bottom" height="32" width="32" alt="Up one Level" /></a></td><td class="online-navigation"><a title="AnalyzeCPUEInArcGISTable Method" href="Method_GeoEco.FisheryAnalysis.Spatiotemporal.FisheryPeriodicity.AnalyzeCPUEInArcGISTable.html?format=raw"><img src="next.png?format=raw" border="0" align="bottom" height="32" width="32" alt="Next Page" /></a></td><td align="center" width="100%">GeoEco Python Reference</td><td class="online-navigation"><a title="Table of Contents" href="TableOfContents.html?format=raw"><img src="contents.png?format=raw" border="0" align="bottom" height="32" width="32" alt="Table of Contents" /></a></td><td class="online-navigation"><a title="Module Index" href="ModuleIndex.html?format=raw"><img src="modules.png?format=raw" border="0" align="bottom" height="32" width="32" alt="Module Index" /></a></td><td class="online-navigation"><img src="blank.png?format=raw" border="0" align="bottom" height="32" width="32" alt="" /></td></tr></table><div class="online-navigation"><b class="navlabel">Previous:</b> <a class="sectref" href="Module_GeoEco.FisheryAnalysis.Spatiotemporal.html?format=raw">GeoEco.FisheryAnalysis.Spatiotemporal Module</a> <b class="navlabel">Up:</b> <a class="sectref" href="Module_GeoEco.FisheryAnalysis.Spatiotemporal.html?format=raw">Module Index</a> <b class="navlabel">Next:</b> <a class="sectref" href="Method_GeoEco.FisheryAnalysis.Spatiotemporal.FisheryPeriodicity.AnalyzeCPUEInArcGISTable.html?format=raw">AnalyzeCPUEInArcGISTable Method</a> </div><hr /></div></div><h1><tt class="class">FisheryPeriodicity</tt> Class</h1><p>Methods for analyzing temporal perodicity in time-series fisheries data.</p><table cellpadding="0" cellspacing="0"><tr valign="baseline"><td class="metadataTitle">Module:</td><td class="metadataValue"><tt class="module"><a href="Module_GeoEco.FisheryAnalysis.Spatiotemporal.html?format=raw">GeoEco.FisheryAnalysis.Spatiotemporal</a></tt></td></tr><tr valign="baseline"><td class="metadataTitle">Intended use:</td><td class="metadataValue">All methods are recommended for external callers</td></tr><tr valign="baseline"><td class="metadataTitle">COM:</td><td class="metadataValue">Exposed as COM class <a style="font-family: verdana, sans serif; font-size: small;" href="../COMReference/Class_GeoEco.FisheryPeriodicity.html?format=raw">GeoEco.FisheryPeriodicity</a></td></tr><tr valign="baseline"><td class="metadataTitle">ArcGIS:</td><td class="metadataValue">Some methods are exposed as ArcGIS geoprocessing tools</td></tr></table><h3>Classmethods</h3><dl><dt><table cellpadding="0" cellspacing="0"><tr valign="baseline"><td style="white-space: nowrap;"><b><tt class="method"><a href="Method_GeoEco.FisheryAnalysis.Spatiotemporal.FisheryPeriodicity.AnalyzeCPUEInArcGISTable.html?format=raw">AnalyzeCPUEInArcGISTable</a></tt></b>(</td><td><var>table</var><var>, dateField</var><var>, catchField</var><big>[</big><var>, effortField</var><big>[</big><var>, effortIDFields</var><big>[</big><var>, where</var><big>[</big><var>, binWidth</var><big>[</big><var>, timeUnits</var><big>[</big><var>, xAxisMinimum</var><big>[</big><var>, xAxisMaximum</var><big>[</big><var>, yAxisLabel</var><big>[</big><var>, scaleFactor</var><big>[</big><var>, samplingPeriod</var><big>[</big><var>, maxPeriod</var><big>[</big><var>, periodogramMethod</var><big>[</big><var>, oversamplingFactor</var><big>[</big><var>, outputFile</var><big>[</big><var>, title</var><big>[</big><var>, width</var><big>[</big><var>, dpi</var><big>[</big><var>, fontSize</var><big>[</big><var>, dayOfYearPlot</var><big>[</big><var>, dayOfYearBars</var><big>[</big><var>, moonPhasePlot</var><big>[</big><var>, moonPhaseBars</var><big>[</big><var>, timeOfDayPlot</var><big>[</big><var>, timeOfDayBars</var><big>[</big><var>, overwriteExisting</var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var>)</td></tr></table></dt><dd>Creates several plots that analyze the temporal periodicity of catch per unit effort (CPUE) calculated from fishing records in a table.</dd></dl><dl><dt><table cellpadding="0" cellspacing="0"><tr valign="baseline"><td style="white-space: nowrap;"><b><tt class="method"><a href="Method_GeoEco.FisheryAnalysis.Spatiotemporal.FisheryPeriodicity.AnalyzeCPUEInTable.html?format=raw">AnalyzeCPUEInTable</a></tt></b>(</td><td><var>table</var><var>, dateField</var><var>, catchField</var><big>[</big><var>, effortField</var><big>[</big><var>, effortIDFields</var><big>[</big><var>, where</var><big>[</big><var>, binWidth</var><big>[</big><var>, timeUnits</var><big>[</big><var>, xAxisMinimum</var><big>[</big><var>, xAxisMaximum</var><big>[</big><var>, yAxisLabel</var><big>[</big><var>, scaleFactor</var><big>[</big><var>, samplingPeriod</var><big>[</big><var>, maxPeriod</var><big>[</big><var>, periodogramMethod</var><big>[</big><var>, oversamplingFactor</var><big>[</big><var>, outputFile</var><big>[</big><var>, title</var><big>[</big><var>, width</var><big>[</big><var>, dpi</var><big>[</big><var>, fontSize</var><big>[</big><var>, dayOfYearPlot</var><big>[</big><var>, dayOfYearBars</var><big>[</big><var>, moonPhasePlot</var><big>[</big><var>, moonPhaseBars</var><big>[</big><var>, timeOfDayPlot</var><big>[</big><var>, timeOfDayBars</var><big>[</big><var>, overwriteExisting</var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var>)</td></tr></table></dt><dd>Creates several plots that analyze the temporal periodicity of catch per unit effort (CPUE) calculated from fishing records in a Table.</dd></dl><dl><dt><table cellpadding="0" cellspacing="0"><tr valign="baseline"><td style="white-space: nowrap;"><b><tt class="method"><a href="Method_GeoEco.FisheryAnalysis.Spatiotemporal.FisheryPeriodicity.AnalyzeCatchInArcGISTable.html?format=raw">AnalyzeCatchInArcGISTable</a></tt></b>(</td><td><var>table</var><var>, dateField</var><var>, catchField</var><big>[</big><var>, where</var><big>[</big><var>, binWidth</var><big>[</big><var>, timeUnits</var><big>[</big><var>, xAxisMinimum</var><big>[</big><var>, xAxisMaximum</var><big>[</big><var>, yAxisLabel</var><big>[</big><var>, scaleFactor</var><big>[</big><var>, samplingPeriod</var><big>[</big><var>, maxPeriod</var><big>[</big><var>, periodogramMethod</var><big>[</big><var>, oversamplingFactor</var><big>[</big><var>, outputFile</var><big>[</big><var>, title</var><big>[</big><var>, width</var><big>[</big><var>, dpi</var><big>[</big><var>, fontSize</var><big>[</big><var>, dayOfYearPlot</var><big>[</big><var>, dayOfYearBars</var><big>[</big><var>, moonPhasePlot</var><big>[</big><var>, moonPhaseBars</var><big>[</big><var>, timeOfDayPlot</var><big>[</big><var>, timeOfDayBars</var><big>[</big><var>, overwriteExisting</var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var>)</td></tr></table></dt><dd>Creates several plots that show the temporal periodicity of catch records in a table.</dd></dl><dl><dt><table cellpadding="0" cellspacing="0"><tr valign="baseline"><td style="white-space: nowrap;"><b><tt class="method"><a href="Method_GeoEco.FisheryAnalysis.Spatiotemporal.FisheryPeriodicity.AnalyzeCatchInTable.html?format=raw">AnalyzeCatchInTable</a></tt></b>(</td><td><var>table</var><var>, dateField</var><var>, catchField</var><big>[</big><var>, where</var><big>[</big><var>, binWidth</var><big>[</big><var>, timeUnits</var><big>[</big><var>, xAxisMinimum</var><big>[</big><var>, xAxisMaximum</var><big>[</big><var>, yAxisLabel</var><big>[</big><var>, scaleFactor</var><big>[</big><var>, samplingPeriod</var><big>[</big><var>, maxPeriod</var><big>[</big><var>, periodogramMethod</var><big>[</big><var>, oversamplingFactor</var><big>[</big><var>, outputFile</var><big>[</big><var>, title</var><big>[</big><var>, width</var><big>[</big><var>, dpi</var><big>[</big><var>, fontSize</var><big>[</big><var>, dayOfYearPlot</var><big>[</big><var>, dayOfYearBars</var><big>[</big><var>, moonPhasePlot</var><big>[</big><var>, moonPhaseBars</var><big>[</big><var>, timeOfDayPlot</var><big>[</big><var>, timeOfDayBars</var><big>[</big><var>, overwriteExisting</var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var>)</td></tr></table></dt><dd>Creates several plots that analyze the temporal periodicity of catch records in a Table.</dd></dl><dl><dt><table cellpadding="0" cellspacing="0"><tr valign="baseline"><td style="white-space: nowrap;"><b><tt class="method"><a href="Method_GeoEco.FisheryAnalysis.Spatiotemporal.FisheryPeriodicity.AnalyzeEffortInArcGISTable.html?format=raw">AnalyzeEffortInArcGISTable</a></tt></b>(</td><td><var>table</var><var>, dateField</var><big>[</big><var>, effortField</var><big>[</big><var>, effortIDFields</var><big>[</big><var>, aggregationMethod</var><big>[</big><var>, where</var><big>[</big><var>, binWidth</var><big>[</big><var>, timeUnits</var><big>[</big><var>, xAxisMinimum</var><big>[</big><var>, xAxisMaximum</var><big>[</big><var>, yAxisLabel</var><big>[</big><var>, scaleFactor</var><big>[</big><var>, samplingPeriod</var><big>[</big><var>, maxPeriod</var><big>[</big><var>, periodogramMethod</var><big>[</big><var>, oversamplingFactor</var><big>[</big><var>, outputFile</var><big>[</big><var>, title</var><big>[</big><var>, width</var><big>[</big><var>, dpi</var><big>[</big><var>, fontSize</var><big>[</big><var>, dayOfYearPlot</var><big>[</big><var>, dayOfYearBars</var><big>[</big><var>, moonPhasePlot</var><big>[</big><var>, moonPhaseBars</var><big>[</big><var>, timeOfDayPlot</var><big>[</big><var>, timeOfDayBars</var><big>[</big><var>, overwriteExisting</var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var>)</td></tr></table></dt><dd>Creates several plots that show the temporal periodicity of fishing effort records in a table.</dd></dl><dl><dt><table cellpadding="0" cellspacing="0"><tr valign="baseline"><td style="white-space: nowrap;"><b><tt class="method"><a href="Method_GeoEco.FisheryAnalysis.Spatiotemporal.FisheryPeriodicity.AnalyzeEffortInTable.html?format=raw">AnalyzeEffortInTable</a></tt></b>(</td><td><var>table</var><var>, dateField</var><big>[</big><var>, effortField</var><big>[</big><var>, effortIDFields</var><big>[</big><var>, aggregationMethod</var><big>[</big><var>, where</var><big>[</big><var>, binWidth</var><big>[</big><var>, timeUnits</var><big>[</big><var>, xAxisMinimum</var><big>[</big><var>, xAxisMaximum</var><big>[</big><var>, yAxisLabel</var><big>[</big><var>, scaleFactor</var><big>[</big><var>, samplingPeriod</var><big>[</big><var>, maxPeriod</var><big>[</big><var>, periodogramMethod</var><big>[</big><var>, oversamplingFactor</var><big>[</big><var>, outputFile</var><big>[</big><var>, title</var><big>[</big><var>, width</var><big>[</big><var>, dpi</var><big>[</big><var>, fontSize</var><big>[</big><var>, dayOfYearPlot</var><big>[</big><var>, dayOfYearBars</var><big>[</big><var>, moonPhasePlot</var><big>[</big><var>, moonPhaseBars</var><big>[</big><var>, timeOfDayPlot</var><big>[</big><var>, timeOfDayBars</var><big>[</big><var>, overwriteExisting</var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var><big>]</big><var></var>)</td></tr></table></dt><dd>Creates several plots that analyze the temporal periodicity of fishing effort records in a Table.</dd></dl><div class="navigation"><div class="online-navigation"><p></p><hr /><table align="center" width="100%" cellpadding="0" cellspacing="2"><tr><td class="online-navigation"><a title="GeoEco.FisheryAnalysis.Spatiotemporal Module" href="Module_GeoEco.FisheryAnalysis.Spatiotemporal.html?format=raw"><img src="previous.png?format=raw" border="0" align="bottom" height="32" width="32" alt="Previous Page" /></a></td><td class="online-navigation"><a title="Module Index" href="Module_GeoEco.FisheryAnalysis.Spatiotemporal.html?format=raw"><img src="up.png?format=raw" border="0" align="bottom" height="32" width="32" alt="Up one Level" /></a></td><td class="online-navigation"><a title="AnalyzeCPUEInArcGISTable Method" href="Method_GeoEco.FisheryAnalysis.Spatiotemporal.FisheryPeriodicity.AnalyzeCPUEInArcGISTable.html?format=raw"><img src="next.png?format=raw" border="0" align="bottom" height="32" width="32" alt="Next Page" /></a></td><td align="center" width="100%">GeoEco Python Reference</td><td class="online-navigation"><a title="Table of Contents" href="TableOfContents.html?format=raw"><img src="contents.png?format=raw" border="0" align="bottom" height="32" width="32" alt="Table of Contents" /></a></td><td class="online-navigation"><a title="Module Index" href="ModuleIndex.html?format=raw"><img src="modules.png?format=raw" border="0" align="bottom" height="32" width="32" alt="Module Index" /></a></td><td class="online-navigation"><img src="blank.png?format=raw" border="0" align="bottom" height="32" width="32" alt="" /></td></tr></table><div class="online-navigation"><b class="navlabel">Previous:</b> <a class="sectref" href="Module_GeoEco.FisheryAnalysis.Spatiotemporal.html?format=raw">GeoEco.FisheryAnalysis.Spatiotemporal Module</a> <b class="navlabel">Up:</b> <a class="sectref" href="Module_GeoEco.FisheryAnalysis.Spatiotemporal.html?format=raw">Module Index</a> <b class="navlabel">Next:</b> <a class="sectref" href="Method_GeoEco.FisheryAnalysis.Spatiotemporal.FisheryPeriodicity.AnalyzeCPUEInArcGISTable.html?format=raw">AnalyzeCPUEInArcGISTable Method</a> </div><hr /><span class="release-info">Marine Geospatial Ecology Tools version 0.8</span></div></div></body></html>

MGET/Branches/Jason/PythonPackage/dist/TracOnlineDocumentation/Documentation/PythonReference/Method_GeoEco.Connectivity.CoralReefConnectivity._AvisoCurrentsInMetersPerSecond.CreateClimatologicalArcGISRasters.html

r945	r1023
48	48	(i.e. the standard deviation estimated using Bessel's correction).
49	49	In order to calculate this, there must be at least two images with
50		data for the cell.</li><li>Sum - the sum for the cell.</li></ul></dd></dl><dl><dt><var>binType</var></dt><dd><table cellpadding="0" cellspacing="0" style="margin-top: 1.0em;"><tr valign="baseline"><td class="metadataTitle">Python type:</td><td class="metadataValue"><tt class="class">unicode</tt></td></tr><tr valign="baseline"><td class="metadataTitle">Allowed values:</td><td class="metadataValue"><code>u'Daily'</code>, <code>u'Monthly'</code>, <code>u'Cumulative'</code></td></tr></table><p>Climatology bins to use, one of:</p><ul><li>Daily - daily bins. Images will be classified into bins according to
	50	data for the cell.</li><li>Sum - the sum for the cell.</li></ul></dd></dl><dl><dt><var>binType</var></dt><dd><table cellpadding="0" cellspacing="0" style="margin-top: 1.0em;"><tr valign="baseline"><td class="metadataTitle">Python type:</td><td class="metadataValue"><tt class="class">unicode</tt></td></tr><tr valign="baseline"><td class="metadataTitle">Allowed values:</td><td class="metadataValue"><code>u'Daily'</code>, <code>u'Monthly'</code>, <code>u'Cumulative'</code>, <code>u'ENSO Daily'</code>, <code>u'ENSO Monthly'</code>, <code>u'ENSO Cumulative'</code></td></tr></table><p>Climatology bins to use, one of:</p><ul><li>Daily - daily bins. Images will be classified into bins according to
51	51	their days of the year. The number of days in each bin is determined
52	52	by the Climatology Bin Duration parameter (which defaults to 1). The
…	…
73	73	will be created. For example, if the bin duration is 5, 3 bins will
74	74	be created: January-May, June-October, November-December.</li><li>Cumulative - one bin. A single climatology raster will be calculated
75		from the entire dataset. The Bin Duration parameter is ignored.</li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	75	from the entire dataset. The Bin Duration parameter is ignored.</li><li>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	76	except each of the bins above will be split into three, based on the
	77	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	78	as determined by the Oceanic Nino Index (ONI) calculated by the
	79	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	80	The ONI classifies each month into one of three phases: neutral, El
	81	Nino, or La Nina. This tool first classifies input images according
	82	to their dates into ENSO phases (it downloads ONI data from the
	83	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	84	then produces a climatology bin for each phase. For example, if you
	85	request ENSO Cumulative bins, three bins will be produced: one for
	86	all images occurring in neutral months, one for all in El Nino
	87	months, and one for all in La Nina months. If you request ENSO
	88	Monthly bins, 36 bins will be produced: one for each combination of
	89	the 12 months and the three ENSO phases.</li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
76	90	4-bin seasonal climatology on solstices and equinoxes), use the Start
77	91	Climatology At This Day Of The Year parameter.</p></dd></dl><dl><dt><var>outputWorkspace</var></dt><dd><table cellpadding="0" cellspacing="0" style="margin-top: 1.0em;"><tr valign="baseline"><td class="metadataTitle">Python type:</td><td class="metadataValue"><tt class="class">unicode</tt></td></tr><tr valign="baseline"><td class="metadataTitle">Minimum length:</td><td class="metadataValue">1</td></tr><tr valign="baseline"><td class="metadataTitle">Maximum length:</td><td class="metadataValue">255</td></tr><tr valign="baseline"><td class="metadataTitle">Must exist:</td><td class="metadataValue">No</td></tr></table><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
117	131	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
118	132	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
119		or "Cumulative".</li><li>%(ClimatologyBinName)s - name of the climatology bin corresponding
	133	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	134	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</li><li>%(ClimatologyBinName)s - name of the climatology bin corresponding
120	135	represented by the output raster, either "dayXXX" for 1-day bins
121	136	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
123	138	replaced by the last day), "monthXX" for 1-month bins (XX is
124	139	replaced by the month), "monthXXtoYY" (XX is replaced by the first
125		month of the bin, YY by the last month), or "cumulative".</li><li>%(Statistic)s - statistic that was calculated, in lowercase and with
	140	month of the bin, YY by the last month), or "cumulative". If an ENSO
	141	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	142	prepended to those strings for each of the three ENSO phased rasters
	143	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	144	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</li><li>%(Statistic)s - statistic that was calculated, in lowercase and with
126	145	spaces replaced by underscores; one of: "count", "maximum", "mean",
127	146	"minimum", "range", "standard_deviation", "sum".</li></ul><p>If the Bin Type is "Daily", the following additional codes are

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r945	r1023
48	48	(i.e. the standard deviation estimated using Bessel's correction).
49	49	In order to calculate this, there must be at least two images with
50		data for the cell.</li><li>Sum - the sum for the cell.</li></ul></dd></dl><dl><dt><var>binType</var></dt><dd><table cellpadding="0" cellspacing="0" style="margin-top: 1.0em;"><tr valign="baseline"><td class="metadataTitle">Python type:</td><td class="metadataValue"><tt class="class">unicode</tt></td></tr><tr valign="baseline"><td class="metadataTitle">Allowed values:</td><td class="metadataValue"><code>u'Daily'</code>, <code>u'Monthly'</code>, <code>u'Cumulative'</code></td></tr></table><p>Climatology bins to use, one of:</p><ul><li>Daily - daily bins. Images will be classified into bins according to
	50	data for the cell.</li><li>Sum - the sum for the cell.</li></ul></dd></dl><dl><dt><var>binType</var></dt><dd><table cellpadding="0" cellspacing="0" style="margin-top: 1.0em;"><tr valign="baseline"><td class="metadataTitle">Python type:</td><td class="metadataValue"><tt class="class">unicode</tt></td></tr><tr valign="baseline"><td class="metadataTitle">Allowed values:</td><td class="metadataValue"><code>u'Daily'</code>, <code>u'Monthly'</code>, <code>u'Cumulative'</code>, <code>u'ENSO Daily'</code>, <code>u'ENSO Monthly'</code>, <code>u'ENSO Cumulative'</code></td></tr></table><p>Climatology bins to use, one of:</p><ul><li>Daily - daily bins. Images will be classified into bins according to
51	51	their days of the year. The number of days in each bin is determined
52	52	by the Climatology Bin Duration parameter (which defaults to 1). The
…	…
73	73	will be created. For example, if the bin duration is 5, 3 bins will
74	74	be created: January-May, June-October, November-December.</li><li>Cumulative - one bin. A single climatology raster will be calculated
75		from the entire dataset. The Bin Duration parameter is ignored.</li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	75	from the entire dataset. The Bin Duration parameter is ignored.</li><li>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	76	except each of the bins above will be split into three, based on the
	77	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	78	as determined by the Oceanic Nino Index (ONI) calculated by the
	79	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	80	The ONI classifies each month into one of three phases: neutral, El
	81	Nino, or La Nina. This tool first classifies input images according
	82	to their dates into ENSO phases (it downloads ONI data from the
	83	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	84	then produces a climatology bin for each phase. For example, if you
	85	request ENSO Cumulative bins, three bins will be produced: one for
	86	all images occurring in neutral months, one for all in El Nino
	87	months, and one for all in La Nina months. If you request ENSO
	88	Monthly bins, 36 bins will be produced: one for each combination of
	89	the 12 months and the three ENSO phases.</li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
76	90	4-bin seasonal climatology on solstices and equinoxes), use the Start
77	91	Climatology At This Day Of The Year parameter.</p></dd></dl><dl><dt><var>outputWorkspace</var></dt><dd><table cellpadding="0" cellspacing="0" style="margin-top: 1.0em;"><tr valign="baseline"><td class="metadataTitle">Python type:</td><td class="metadataValue"><tt class="class">unicode</tt></td></tr><tr valign="baseline"><td class="metadataTitle">Minimum length:</td><td class="metadataValue">1</td></tr><tr valign="baseline"><td class="metadataTitle">Maximum length:</td><td class="metadataValue">255</td></tr><tr valign="baseline"><td class="metadataTitle">Must exist:</td><td class="metadataValue">No</td></tr></table><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
117	131	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
118	132	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
119		or "Cumulative".</li><li>%(ClimatologyBinName)s - name of the climatology bin corresponding
	133	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	134	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</li><li>%(ClimatologyBinName)s - name of the climatology bin corresponding
120	135	represented by the output raster, either "dayXXX" for 1-day bins
121	136	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
123	138	replaced by the last day), "monthXX" for 1-month bins (XX is
124	139	replaced by the month), "monthXXtoYY" (XX is replaced by the first
125		month of the bin, YY by the last month), or "cumulative".</li><li>%(Statistic)s - statistic that was calculated, in lowercase and with
	140	month of the bin, YY by the last month), or "cumulative". If an ENSO
	141	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	142	prepended to those strings for each of the three ENSO phased rasters
	143	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	144	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</li><li>%(Statistic)s - statistic that was calculated, in lowercase and with
126	145	spaces replaced by underscores; one of: "count", "maximum", "mean",
127	146	"minimum", "range", "standard_deviation", "sum".</li></ul><p>If the Bin Type is "Daily", the following additional codes are

MGET/Branches/Jason/PythonPackage/dist/TracOnlineDocumentation/Documentation/PythonReference/Method_GeoEco.DataProducts.Aviso.AvisoGriddedSSH.CreateClimatologicalArcGISRasters.html

r929	r1023
36	36	(i.e. the standard deviation estimated using Bessel's correction).
37	37	In order to calculate this, there must be at least two images with
38		data for the cell.</li><li>Sum - the sum for the cell.</li></ul></dd></dl><dl><dt><var>binType</var></dt><dd><table cellpadding="0" cellspacing="0" style="margin-top: 1.0em;"><tr valign="baseline"><td class="metadataTitle">Python type:</td><td class="metadataValue"><tt class="class">unicode</tt></td></tr><tr valign="baseline"><td class="metadataTitle">Allowed values:</td><td class="metadataValue"><code>u'Daily'</code>, <code>u'Monthly'</code>, <code>u'Cumulative'</code></td></tr></table><p>Climatology bins to use, one of:</p><ul><li>Daily - daily bins. Images will be classified into bins according to
	38	data for the cell.</li><li>Sum - the sum for the cell.</li></ul></dd></dl><dl><dt><var>binType</var></dt><dd><table cellpadding="0" cellspacing="0" style="margin-top: 1.0em;"><tr valign="baseline"><td class="metadataTitle">Python type:</td><td class="metadataValue"><tt class="class">unicode</tt></td></tr><tr valign="baseline"><td class="metadataTitle">Allowed values:</td><td class="metadataValue"><code>u'Daily'</code>, <code>u'Monthly'</code>, <code>u'Cumulative'</code>, <code>u'ENSO Daily'</code>, <code>u'ENSO Monthly'</code>, <code>u'ENSO Cumulative'</code></td></tr></table><p>Climatology bins to use, one of:</p><ul><li>Daily - daily bins. Images will be classified into bins according to
39	39	their days of the year. The number of days in each bin is determined
40	40	by the Climatology Bin Duration parameter (which defaults to 1). The
…	…
61	61	will be created. For example, if the bin duration is 5, 3 bins will
62	62	be created: January-May, June-October, November-December.</li><li>Cumulative - one bin. A single climatology raster will be calculated
63		from the entire dataset. The Bin Duration parameter is ignored.</li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	63	from the entire dataset. The Bin Duration parameter is ignored.</li><li>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	64	except each of the bins above will be split into three, based on the
	65	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	66	as determined by the Oceanic Nino Index (ONI) calculated by the
	67	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	68	The ONI classifies each month into one of three phases: neutral, El
	69	Nino, or La Nina. This tool first classifies input images according
	70	to their dates into ENSO phases (it downloads ONI data from the
	71	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	72	then produces a climatology bin for each phase. For example, if you
	73	request ENSO Cumulative bins, three bins will be produced: one for
	74	all images occurring in neutral months, one for all in El Nino
	75	months, and one for all in La Nina months. If you request ENSO
	76	Monthly bins, 36 bins will be produced: one for each combination of
	77	the 12 months and the three ENSO phases.</li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
64	78	4-bin seasonal climatology on solstices and equinoxes), use the Start
65	79	Climatology At This Day Of The Year parameter.</p></dd></dl><dl><dt><var>outputWorkspace</var></dt><dd><table cellpadding="0" cellspacing="0" style="margin-top: 1.0em;"><tr valign="baseline"><td class="metadataTitle">Python type:</td><td class="metadataValue"><tt class="class">unicode</tt></td></tr><tr valign="baseline"><td class="metadataTitle">Minimum length:</td><td class="metadataValue">1</td></tr><tr valign="baseline"><td class="metadataTitle">Maximum length:</td><td class="metadataValue">255</td></tr><tr valign="baseline"><td class="metadataTitle">Must exist:</td><td class="metadataValue">No</td></tr></table><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
105	119	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
106	120	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
107		or "Cumulative".</li><li>%(ClimatologyBinName)s - name of the climatology bin corresponding
	121	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	122	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</li><li>%(ClimatologyBinName)s - name of the climatology bin corresponding
108	123	represented by the output raster, either "dayXXX" for 1-day bins
109	124	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
111	126	replaced by the last day), "monthXX" for 1-month bins (XX is
112	127	replaced by the month), "monthXXtoYY" (XX is replaced by the first
113		month of the bin, YY by the last month), or "cumulative".</li><li>%(Statistic)s - statistic that was calculated, in lowercase and with
	128	month of the bin, YY by the last month), or "cumulative". If an ENSO
	129	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	130	prepended to those strings for each of the three ENSO phased rasters
	131	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	132	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</li><li>%(Statistic)s - statistic that was calculated, in lowercase and with
114	133	spaces replaced by underscores; one of: "count", "maximum", "mean",
115	134	"minimum", "range", "standard_deviation", "sum".</li></ul><p>If the Bin Type is "Daily", the following additional codes are

MGET/Branches/Jason/PythonPackage/dist/TracOnlineDocumentation/Documentation/PythonReference/Method_GeoEco.DataProducts.Aviso.AvisoGriddedSignificantWaveHeight.CreateClimatologicalArcGISRasters.html

r929	r1023
28	28	(i.e. the standard deviation estimated using Bessel's correction).
29	29	In order to calculate this, there must be at least two images with
30		data for the cell.</li><li>Sum - the sum for the cell.</li></ul></dd></dl><dl><dt><var>binType</var></dt><dd><table cellpadding="0" cellspacing="0" style="margin-top: 1.0em;"><tr valign="baseline"><td class="metadataTitle">Python type:</td><td class="metadataValue"><tt class="class">unicode</tt></td></tr><tr valign="baseline"><td class="metadataTitle">Allowed values:</td><td class="metadataValue"><code>u'Daily'</code>, <code>u'Monthly'</code>, <code>u'Cumulative'</code></td></tr></table><p>Climatology bins to use, one of:</p><ul><li>Daily - daily bins. Images will be classified into bins according to
	30	data for the cell.</li><li>Sum - the sum for the cell.</li></ul></dd></dl><dl><dt><var>binType</var></dt><dd><table cellpadding="0" cellspacing="0" style="margin-top: 1.0em;"><tr valign="baseline"><td class="metadataTitle">Python type:</td><td class="metadataValue"><tt class="class">unicode</tt></td></tr><tr valign="baseline"><td class="metadataTitle">Allowed values:</td><td class="metadataValue"><code>u'Daily'</code>, <code>u'Monthly'</code>, <code>u'Cumulative'</code>, <code>u'ENSO Daily'</code>, <code>u'ENSO Monthly'</code>, <code>u'ENSO Cumulative'</code></td></tr></table><p>Climatology bins to use, one of:</p><ul><li>Daily - daily bins. Images will be classified into bins according to
31	31	their days of the year. The number of days in each bin is determined
32	32	by the Climatology Bin Duration parameter (which defaults to 1). The
…	…
53	53	will be created. For example, if the bin duration is 5, 3 bins will
54	54	be created: January-May, June-October, November-December.</li><li>Cumulative - one bin. A single climatology raster will be calculated
55		from the entire dataset. The Bin Duration parameter is ignored.</li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	55	from the entire dataset. The Bin Duration parameter is ignored.</li><li>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	56	except each of the bins above will be split into three, based on the
	57	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	58	as determined by the Oceanic Nino Index (ONI) calculated by the
	59	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	60	The ONI classifies each month into one of three phases: neutral, El
	61	Nino, or La Nina. This tool first classifies input images according
	62	to their dates into ENSO phases (it downloads ONI data from the
	63	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	64	then produces a climatology bin for each phase. For example, if you
	65	request ENSO Cumulative bins, three bins will be produced: one for
	66	all images occurring in neutral months, one for all in El Nino
	67	months, and one for all in La Nina months. If you request ENSO
	68	Monthly bins, 36 bins will be produced: one for each combination of
	69	the 12 months and the three ENSO phases.</li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
56	70	4-bin seasonal climatology on solstices and equinoxes), use the Start
57	71	Climatology At This Day Of The Year parameter.</p></dd></dl><dl><dt><var>outputWorkspace</var></dt><dd><table cellpadding="0" cellspacing="0" style="margin-top: 1.0em;"><tr valign="baseline"><td class="metadataTitle">Python type:</td><td class="metadataValue"><tt class="class">unicode</tt></td></tr><tr valign="baseline"><td class="metadataTitle">Minimum length:</td><td class="metadataValue">1</td></tr><tr valign="baseline"><td class="metadataTitle">Maximum length:</td><td class="metadataValue">255</td></tr><tr valign="baseline"><td class="metadataTitle">Must exist:</td><td class="metadataValue">No</td></tr></table><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
97	111	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
98	112	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
99		or "Cumulative".</li><li>%(ClimatologyBinName)s - name of the climatology bin corresponding
	113	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	114	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</li><li>%(ClimatologyBinName)s - name of the climatology bin corresponding
100	115	represented by the output raster, either "dayXXX" for 1-day bins
101	116	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
103	118	replaced by the last day), "monthXX" for 1-month bins (XX is
104	119	replaced by the month), "monthXXtoYY" (XX is replaced by the first
105		month of the bin, YY by the last month), or "cumulative".</li><li>%(Statistic)s - statistic that was calculated, in lowercase and with
	120	month of the bin, YY by the last month), or "cumulative". If an ENSO
	121	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	122	prepended to those strings for each of the three ENSO phased rasters
	123	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	124	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</li><li>%(Statistic)s - statistic that was calculated, in lowercase and with
106	125	spaces replaced by underscores; one of: "count", "maximum", "mean",
107	126	"minimum", "range", "standard_deviation", "sum".</li></ul><p>If the Bin Type is "Daily", the following additional codes are

MGET/Branches/Jason/PythonPackage/dist/TracOnlineDocumentation/Documentation/PythonReference/Method_GeoEco.DataProducts.Aviso.AvisoGriddedWindSpeedModulus.CreateClimatologicalArcGISRasters.html

r929	r1023
28	28	(i.e. the standard deviation estimated using Bessel's correction).
29	29	In order to calculate this, there must be at least two images with
30		data for the cell.</li><li>Sum - the sum for the cell.</li></ul></dd></dl><dl><dt><var>binType</var></dt><dd><table cellpadding="0" cellspacing="0" style="margin-top: 1.0em;"><tr valign="baseline"><td class="metadataTitle">Python type:</td><td class="metadataValue"><tt class="class">unicode</tt></td></tr><tr valign="baseline"><td class="metadataTitle">Allowed values:</td><td class="metadataValue"><code>u'Daily'</code>, <code>u'Monthly'</code>, <code>u'Cumulative'</code></td></tr></table><p>Climatology bins to use, one of:</p><ul><li>Daily - daily bins. Images will be classified into bins according to
	30	data for the cell.</li><li>Sum - the sum for the cell.</li></ul></dd></dl><dl><dt><var>binType</var></dt><dd><table cellpadding="0" cellspacing="0" style="margin-top: 1.0em;"><tr valign="baseline"><td class="metadataTitle">Python type:</td><td class="metadataValue"><tt class="class">unicode</tt></td></tr><tr valign="baseline"><td class="metadataTitle">Allowed values:</td><td class="metadataValue"><code>u'Daily'</code>, <code>u'Monthly'</code>, <code>u'Cumulative'</code>, <code>u'ENSO Daily'</code>, <code>u'ENSO Monthly'</code>, <code>u'ENSO Cumulative'</code></td></tr></table><p>Climatology bins to use, one of:</p><ul><li>Daily - daily bins. Images will be classified into bins according to
31	31	their days of the year. The number of days in each bin is determined
32	32	by the Climatology Bin Duration parameter (which defaults to 1). The
…	…
53	53	will be created. For example, if the bin duration is 5, 3 bins will
54	54	be created: January-May, June-October, November-December.</li><li>Cumulative - one bin. A single climatology raster will be calculated
55		from the entire dataset. The Bin Duration parameter is ignored.</li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	55	from the entire dataset. The Bin Duration parameter is ignored.</li><li>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	56	except each of the bins above will be split into three, based on the
	57	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	58	as determined by the Oceanic Nino Index (ONI) calculated by the
	59	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	60	The ONI classifies each month into one of three phases: neutral, El
	61	Nino, or La Nina. This tool first classifies input images according
	62	to their dates into ENSO phases (it downloads ONI data from the
	63	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	64	then produces a climatology bin for each phase. For example, if you
	65	request ENSO Cumulative bins, three bins will be produced: one for
	66	all images occurring in neutral months, one for all in El Nino
	67	months, and one for all in La Nina months. If you request ENSO
	68	Monthly bins, 36 bins will be produced: one for each combination of
	69	the 12 months and the three ENSO phases.</li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
56	70	4-bin seasonal climatology on solstices and equinoxes), use the Start
57	71	Climatology At This Day Of The Year parameter.</p></dd></dl><dl><dt><var>outputWorkspace</var></dt><dd><table cellpadding="0" cellspacing="0" style="margin-top: 1.0em;"><tr valign="baseline"><td class="metadataTitle">Python type:</td><td class="metadataValue"><tt class="class">unicode</tt></td></tr><tr valign="baseline"><td class="metadataTitle">Minimum length:</td><td class="metadataValue">1</td></tr><tr valign="baseline"><td class="metadataTitle">Maximum length:</td><td class="metadataValue">255</td></tr><tr valign="baseline"><td class="metadataTitle">Must exist:</td><td class="metadataValue">No</td></tr></table><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
97	111	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
98	112	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
99		or "Cumulative".</li><li>%(ClimatologyBinName)s - name of the climatology bin corresponding
	113	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	114	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</li><li>%(ClimatologyBinName)s - name of the climatology bin corresponding
100	115	represented by the output raster, either "dayXXX" for 1-day bins
101	116	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
103	118	replaced by the last day), "monthXX" for 1-month bins (XX is
104	119	replaced by the month), "monthXXtoYY" (XX is replaced by the first
105		month of the bin, YY by the last month), or "cumulative".</li><li>%(Statistic)s - statistic that was calculated, in lowercase and with
	120	month of the bin, YY by the last month), or "cumulative". If an ENSO
	121	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	122	prepended to those strings for each of the three ENSO phased rasters
	123	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	124	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</li><li>%(Statistic)s - statistic that was calculated, in lowercase and with
106	125	spaces replaced by underscores; one of: "count", "maximum", "mean",
107	126	"minimum", "range", "standard_deviation", "sum".</li></ul><p>If the Bin Type is "Daily", the following additional codes are

MGET/Branches/Jason/PythonPackage/dist/TracOnlineDocumentation/Documentation/PythonReference/Method_GeoEco.DataProducts.HYCOM.HYCOMGLBa008Equatorial3D.CreateClimatologicalArcGISRasters.html

r980	r1023
13	13	(i.e. the standard deviation estimated using Bessel's correction).
14	14	In order to calculate this, there must be at least two images with
15		data for the cell.</li><li>Sum - the sum for the cell.</li></ul></dd></dl><dl><dt><var>binType</var></dt><dd><table cellpadding="0" cellspacing="0" style="margin-top: 1.0em;"><tr valign="baseline"><td class="metadataTitle">Python type:</td><td class="metadataValue"><tt class="class">unicode</tt></td></tr><tr valign="baseline"><td class="metadataTitle">Allowed values:</td><td class="metadataValue"><code>u'Daily'</code>, <code>u'Monthly'</code>, <code>u'Cumulative'</code></td></tr></table><p>Climatology bins to use, one of:</p><ul><li>Daily - daily bins. Images will be classified into bins according to
	15	data for the cell.</li><li>Sum - the sum for the cell.</li></ul></dd></dl><dl><dt><var>binType</var></dt><dd><table cellpadding="0" cellspacing="0" style="margin-top: 1.0em;"><tr valign="baseline"><td class="metadataTitle">Python type:</td><td class="metadataValue"><tt class="class">unicode</tt></td></tr><tr valign="baseline"><td class="metadataTitle">Allowed values:</td><td class="metadataValue"><code>u'Daily'</code>, <code>u'Monthly'</code>, <code>u'Cumulative'</code>, <code>u'ENSO Daily'</code>, <code>u'ENSO Monthly'</code>, <code>u'ENSO Cumulative'</code></td></tr></table><p>Climatology bins to use, one of:</p><ul><li>Daily - daily bins. Images will be classified into bins according to
16	16	their days of the year. The number of days in each bin is determined
17	17	by the Climatology Bin Duration parameter (which defaults to 1). The
…	…
38	38	will be created. For example, if the bin duration is 5, 3 bins will
39	39	be created: January-May, June-October, November-December.</li><li>Cumulative - one bin. A single climatology raster will be calculated
40		from the entire dataset. The Bin Duration parameter is ignored.</li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	40	from the entire dataset. The Bin Duration parameter is ignored.</li><li>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	41	except each of the bins above will be split into three, based on the
	42	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	43	as determined by the Oceanic Nino Index (ONI) calculated by the
	44	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	45	The ONI classifies each month into one of three phases: neutral, El
	46	Nino, or La Nina. This tool first classifies input images according
	47	to their dates into ENSO phases (it downloads ONI data from the
	48	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	49	then produces a climatology bin for each phase. For example, if you
	50	request ENSO Cumulative bins, three bins will be produced: one for
	51	all images occurring in neutral months, one for all in El Nino
	52	months, and one for all in La Nina months. If you request ENSO
	53	Monthly bins, 36 bins will be produced: one for each combination of
	54	the 12 months and the three ENSO phases.</li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
41	55	4-bin seasonal climatology on solstices and equinoxes), use the Start
42	56	Climatology At This Day Of The Year parameter.</p></dd></dl><dl><dt><var>outputWorkspace</var></dt><dd><table cellpadding="0" cellspacing="0" style="margin-top: 1.0em;"><tr valign="baseline"><td class="metadataTitle">Python type:</td><td class="metadataValue"><tt class="class">unicode</tt></td></tr><tr valign="baseline"><td class="metadataTitle">Minimum length:</td><td class="metadataValue">1</td></tr><tr valign="baseline"><td class="metadataTitle">Maximum length:</td><td class="metadataValue">255</td></tr><tr valign="baseline"><td class="metadataTitle">Must exist:</td><td class="metadataValue">No</td></tr></table><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
67	81	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
68	82	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
69		or "Cumulative".</li><li>%(ClimatologyBinName)s - name of the climatology bin corresponding
	83	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	84	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</li><li>%(ClimatologyBinName)s - name of the climatology bin corresponding
70	85	represented by the output raster, either "dayXXX" for 1-day bins
71	86	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
73	88	replaced by the last day), "monthXX" for 1-month bins (XX is
74	89	replaced by the month), "monthXXtoYY" (XX is replaced by the first
75		month of the bin, YY by the last month), or "cumulative".</li><li>%(Statistic)s - statistic that was calculated, in lowercase and with
	90	month of the bin, YY by the last month), or "cumulative". If an ENSO
	91	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	92	prepended to those strings for each of the three ENSO phased rasters
	93	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	94	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</li><li>%(Statistic)s - statistic that was calculated, in lowercase and with
76	95	spaces replaced by underscores; one of: "count", "maximum", "mean",
77	96	"minimum", "range", "standard_deviation", "Sum".</li></ul><p>If the Bin Type is "Daily", the following additional codes are

MGET/Branches/Jason/PythonPackage/dist/TracOnlineDocumentation/Documentation/PythonReference/Method_GeoEco.DataProducts.HYCOM.HYCOMGLBa008Equatorial4D.CreateClimatologicalArcGISRasters.html

r915	r1023
10	10	(i.e. the standard deviation estimated using Bessel's correction).
11	11	In order to calculate this, there must be at least two images with
12		data for the cell.</li><li>Sum - the sum for the cell.</li></ul></dd></dl><dl><dt><var>binType</var></dt><dd><table cellpadding="0" cellspacing="0" style="margin-top: 1.0em;"><tr valign="baseline"><td class="metadataTitle">Python type:</td><td class="metadataValue"><tt class="class">unicode</tt></td></tr><tr valign="baseline"><td class="metadataTitle">Allowed values:</td><td class="metadataValue"><code>u'Daily'</code>, <code>u'Monthly'</code>, <code>u'Cumulative'</code></td></tr></table><p>Climatology bins to use, one of:</p><ul><li>Daily - daily bins. Images will be classified into bins according to
	12	data for the cell.</li><li>Sum - the sum for the cell.</li></ul></dd></dl><dl><dt><var>binType</var></dt><dd><table cellpadding="0" cellspacing="0" style="margin-top: 1.0em;"><tr valign="baseline"><td class="metadataTitle">Python type:</td><td class="metadataValue"><tt class="class">unicode</tt></td></tr><tr valign="baseline"><td class="metadataTitle">Allowed values:</td><td class="metadataValue"><code>u'Daily'</code>, <code>u'Monthly'</code>, <code>u'Cumulative'</code>, <code>u'ENSO Daily'</code>, <code>u'ENSO Monthly'</code>, <code>u'ENSO Cumulative'</code></td></tr></table><p>Climatology bins to use, one of:</p><ul><li>Daily - daily bins. Images will be classified into bins according to
13	13	their days of the year. The number of days in each bin is determined
14	14	by the Climatology Bin Duration parameter (which defaults to 1). The
…	…
35	35	will be created. For example, if the bin duration is 5, 3 bins will
36	36	be created: January-May, June-October, November-December.</li><li>Cumulative - one bin. A single climatology raster will be calculated
37		from the entire dataset. The Bin Duration parameter is ignored.</li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	37	from the entire dataset. The Bin Duration parameter is ignored.</li><li>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	38	except each of the bins above will be split into three, based on the
	39	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	40	as determined by the Oceanic Nino Index (ONI) calculated by the
	41	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	42	The ONI classifies each month into one of three phases: neutral, El
	43	Nino, or La Nina. This tool first classifies input images according
	44	to their dates into ENSO phases (it downloads ONI data from the
	45	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	46	then produces a climatology bin for each phase. For example, if you
	47	request ENSO Cumulative bins, three bins will be produced: one for
	48	all images occurring in neutral months, one for all in El Nino
	49	months, and one for all in La Nina months. If you request ENSO
	50	Monthly bins, 36 bins will be produced: one for each combination of
	51	the 12 months and the three ENSO phases.</li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
38	52	4-bin seasonal climatology on solstices and equinoxes), use the Start
39	53	Climatology At This Day Of The Year parameter.</p></dd></dl><dl><dt><var>outputWorkspace</var></dt><dd><table cellpadding="0" cellspacing="0" style="margin-top: 1.0em;"><tr valign="baseline"><td class="metadataTitle">Python type:</td><td class="metadataValue"><tt class="class">unicode</tt></td></tr><tr valign="baseline"><td class="metadataTitle">Minimum length:</td><td class="metadataValue">1</td></tr><tr valign="baseline"><td class="metadataTitle">Maximum length:</td><td class="metadataValue">255</td></tr><tr valign="baseline"><td class="metadataTitle">Must exist:</td><td class="metadataValue">No</td></tr></table><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
64	78	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
65	79	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
66		or "Cumulative".</li><li>%(ClimatologyBinName)s - name of the climatology bin corresponding
	80	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	81	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</li><li>%(ClimatologyBinName)s - name of the climatology bin corresponding
67	82	represented by the output raster, either "dayXXX" for 1-day bins
68	83	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
70	85	replaced by the last day), "monthXX" for 1-month bins (XX is
71	86	replaced by the month), "monthXXtoYY" (XX is replaced by the first
72		month of the bin, YY by the last month), or "cumulative".</li><li>%(Statistic)s - statistic that was calculated, in lowercase and with
	87	month of the bin, YY by the last month), or "cumulative". If an ENSO
	88	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	89	prepended to those strings for each of the three ENSO phased rasters
	90	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	91	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</li><li>%(Statistic)s - statistic that was calculated, in lowercase and with
73	92	spaces replaced by underscores; one of: "count", "maximum", "mean",
74	93	"minimum", "range", "standard_deviation", "Sum".</li></ul><p>If the Bin Type is "Daily", the following additional codes are

MGET/Branches/Jason/PythonPackage/dist/TracOnlineDocumentation/Documentation/PythonReference/Method_GeoEco.DataProducts.HYCOM.HYCOMGOMl0043D.CreateClimatologicalArcGISRasters.html

r980	r1023
13	13	(i.e. the standard deviation estimated using Bessel's correction).
14	14	In order to calculate this, there must be at least two images with
15		data for the cell.</li><li>Sum - the sum for the cell.</li></ul></dd></dl><dl><dt><var>binType</var></dt><dd><table cellpadding="0" cellspacing="0" style="margin-top: 1.0em;"><tr valign="baseline"><td class="metadataTitle">Python type:</td><td class="metadataValue"><tt class="class">unicode</tt></td></tr><tr valign="baseline"><td class="metadataTitle">Allowed values:</td><td class="metadataValue"><code>u'Daily'</code>, <code>u'Monthly'</code>, <code>u'Cumulative'</code></td></tr></table><p>Climatology bins to use, one of:</p><ul><li>Daily - daily bins. Images will be classified into bins according to
	15	data for the cell.</li><li>Sum - the sum for the cell.</li></ul></dd></dl><dl><dt><var>binType</var></dt><dd><table cellpadding="0" cellspacing="0" style="margin-top: 1.0em;"><tr valign="baseline"><td class="metadataTitle">Python type:</td><td class="metadataValue"><tt class="class">unicode</tt></td></tr><tr valign="baseline"><td class="metadataTitle">Allowed values:</td><td class="metadataValue"><code>u'Daily'</code>, <code>u'Monthly'</code>, <code>u'Cumulative'</code>, <code>u'ENSO Daily'</code>, <code>u'ENSO Monthly'</code>, <code>u'ENSO Cumulative'</code></td></tr></table><p>Climatology bins to use, one of:</p><ul><li>Daily - daily bins. Images will be classified into bins according to
16	16	their days of the year. The number of days in each bin is determined
17	17	by the Climatology Bin Duration parameter (which defaults to 1). The
…	…
38	38	will be created. For example, if the bin duration is 5, 3 bins will
39	39	be created: January-May, June-October, November-December.</li><li>Cumulative - one bin. A single climatology raster will be calculated
40		from the entire dataset. The Bin Duration parameter is ignored.</li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
	40	from the entire dataset. The Bin Duration parameter is ignored.</li><li>ENSO Daily, ENSO Monthly, ENSO Cumulative - the same as above,
	41	except each of the bins above will be split into three, based on the
	42	phase of the <a href="http://en.wikipedia.org/wiki/ENSO">El Nino Southern Oscillation (ENSO)</a>,
	43	as determined by the Oceanic Nino Index (ONI) calculated by the
	44	<a href="http://www.cpc.ncep.noaa.gov/products/analysis_monitoring/ensostuff/ensoyears.shtml">NOAA NCEP Climate Prediction Center</a>.
	45	The ONI classifies each month into one of three phases: neutral, El
	46	Nino, or La Nina. This tool first classifies input images according
	47	to their dates into ENSO phases (it downloads ONI data from the
	48	<a href="http://www.esrl.noaa.gov/psd/data/climateindices/list/">NOAA Earth System Research Laboratory</a>),
	49	then produces a climatology bin for each phase. For example, if you
	50	request ENSO Cumulative bins, three bins will be produced: one for
	51	all images occurring in neutral months, one for all in El Nino
	52	months, and one for all in La Nina months. If you request ENSO
	53	Monthly bins, 36 bins will be produced: one for each combination of
	54	the 12 months and the three ENSO phases.</li></ul><p>For Daily and Monthly, to adjust when the bins start (e.g. to center a
41	55	4-bin seasonal climatology on solstices and equinoxes), use the Start
42	56	Climatology At This Day Of The Year parameter.</p></dd></dl><dl><dt><var>outputWorkspace</var></dt><dd><table cellpadding="0" cellspacing="0" style="margin-top: 1.0em;"><tr valign="baseline"><td class="metadataTitle">Python type:</td><td class="metadataValue"><tt class="class">unicode</tt></td></tr><tr valign="baseline"><td class="metadataTitle">Minimum length:</td><td class="metadataValue">1</td></tr><tr valign="baseline"><td class="metadataTitle">Maximum length:</td><td class="metadataValue">255</td></tr><tr valign="baseline"><td class="metadataTitle">Must exist:</td><td class="metadataValue">No</td></tr></table><p>Directory or geodatabase to receive the rasters.</p><p>Unless you have a specific reason to store the rasters in a
…	…
67	81	if 1-day bins, "Xday" if multi-day bins (X is replaced by the
68	82	duration), "Monthly" if 1-month bins, "Xmonth" if multi-month bins,
69		or "Cumulative".</li><li>%(ClimatologyBinName)s - name of the climatology bin corresponding
	83	or "Cumulative". If an ENSO bin type is used, "ENSO_" will be
	84	prepended to those strings (e.g. "ENSO_Daily", "ENSO_Monthly").</li><li>%(ClimatologyBinName)s - name of the climatology bin corresponding
70	85	represented by the output raster, either "dayXXX" for 1-day bins
71	86	(XXX is replaced by the day of the year), "daysXXXtoYYY" for
…	…
73	88	replaced by the last day), "monthXX" for 1-month bins (XX is
74	89	replaced by the month), "monthXXtoYY" (XX is replaced by the first
75		month of the bin, YY by the last month), or "cumulative".</li><li>%(Statistic)s - statistic that was calculated, in lowercase and with
	90	month of the bin, YY by the last month), or "cumulative". If an ENSO
	91	bin type is used, "neutral_", "ElNino_", and "LaNina_" will be
	92	prepended to those strings for each of the three ENSO phased rasters
	93	(e.g. "neutral_cumulative", "ElNino_cumulative", and
	94	"LaNina_cumulative" when "ENSO Cumulative" bins are requested).</li><li>%(Statistic)s - statistic that was calculated, in lowercase and with
76	95	spaces replaced by underscores; one of: "count", "maximum", "mean",
77	96	"minimum", "range", "standard_deviation", "Sum".</li></ul><p>If the Bin Type is "Daily", the following additional codes are

MGET/Branches/Jason/PythonPackage/dist/TracOnlineDocumentation/Documentation/PythonReference/Method_GeoEco.DataProducts.HYCOM.HYCOMGOMl0044D.CreateClimatologicalArcGISRasters.html

r915	r1023
10	10	(i.e. the standard deviation estimate

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