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17 Pages

tool_output

Course: ENV 132, Fall 2009
School: Duke
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Word Count: 8110

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html <!DOCTYPE PUBLIC "-//W3C//DTD XHTML 1.0 Strict//EN" "http://www.w3.org/TR/xhtml1/DTD/xhtml1-strict.dtd"> <html xmlns="http://www.w3.org/1999/xhtml" lang="en" xml:lang="en"> <head> <title>#132: tool_output.txt - Marine Geospatial Ecology Tools - Trac</title><link rel="start" href="/projects/mget/wiki" /><link rel="search" href="/projects/mget/search" /><link rel="help" href="/projects/mget/wiki/TracGuide" /><link rel="stylesheet" href="/projects/mget/chrome/common/css/trac.css" type="text/css" /><link rel="stylesheet" href="/projects/mget/chrome/common/css/code.css" type="text/css" /><link rel="icon" href="/projects/mget/chrome/common/trac.ico" type="image/x-icon" /><link rel="shortcut icon" href="/projects/mget/chrome/common/trac.ico" type="image/x-icon" /><link rel="up" href="/projects/mget/ticket/132" title="Ticket #132" /><link rel="alternate" href="/projects/mget/attachment/ticket/132/tool_output.txt?format=raw" title="Original Format" type="text/plain; charset=utf-8" /><style type="text/css"> </style> <script type="text/javascript" src="/projects/mget/chrome/common/js/trac.js"></script> </head> <body> <div id="banner"> <div id="header"><a id="logo" href="http://code.env.duke.edu/projects/mget"><img src="/projects/mget/chrome/site/reef2.png" width="715" height="50" alt="Marine Geospatial Ecology Tools" /></a><hr /></div> <form id="search" action="/projects/mget/search" method="get"> <div> <label for="proj-search">Search:</label> <input type="text" id="proj-search" name="q" size="10" accesskey="f" value="" /> <input type="submit" value="Search" /> <input type="hidden" name="wiki" value="on" /> <input type="hidden" name="changeset" value="on" /> <input type="hidden" name="ticket" value="on" /> </div> </form> <div id="metanav" class="nav"><ul><li class="first"><a href="/projects/mget/login">Login</a></li><li><a href="/projects/mget/settings">Settings</a></li><li><a accesskey="6" href="/projects/mget/wiki/TracGuide">Help/Guide</a></li><li class="last"><a href="/projects/mget/about">About Trac</a></li></ul></div> </div> <div id="mainnav" class="nav"><ul><li class="first"><a accesskey="1" href="/projects/mget/wiki">Wiki</a></li><li><a accesskey="2" href="/projects/mget/timeline">Timeline</a></li><li><a accesskey="3" href="/projects/mget/roadmap">Roadmap</a></li><li><a href="/projects/mget/browser">Browse Source</a></li><li><a href="/projects/mget/report">View Tickets</a></li><li class="last"><a accesskey="4" href="/projects/mget/search">Search</a></li></ul></div> <div id="main"> <div id="ctxtnav" class="nav"></div> <div id="content" class="attachment"> <h1><a href="/projects/mget/ticket/132">Ticket #132</a>: tool_output.txt</h1> <table id="info" summary="Description"><tbody><tr> <th scope="col"> File tool_output.txt, 27.4 kB (added by jjr8, 1 year ago) </th></tr><tr> <td class="message"></td> </tr> </tbody></table> <div id="preview"> <table class="code"><thead><tr><th class="lineno">Line</th><th class="content"> </th></tr></thead><tbody><tr><th id="L1"><a href="#L1">1</a></th> <td>Executing (CoastWatch Image to ArcGIS Raster): CoastWatchAVHRRToArcGISRaster C:\GIS\CoastWatch\East_Coast_South\HDF\2005\2005_115_0737_n16_sr.hdf sst C:\GIS\CoastWatch_Examples\Rasters1\sst2005115a true true true # cloud # sun_zenith false false true false true true true # true true true false false false false # # PROJCS['Albers_EA_Neritic',GEOGCS['GCS_WGS_1984',DATUM['D_WGS_1984',SPHEROID['WGS_1984',6378137.0,298.257223563]],PRIMEM['Greenwich',0.0],UNIT['Degree',0.0174532925199433]],PROJECTION['Albers'],PARAMETER['False_Easting',0.0],PARAMETER['False_Northing',0.0],PARAMETER['Central_Meridian',-76.0],PARAMETER['Standard_Parallel_1',30.0],PARAMETER['Standard_Parallel_2',38.0],PARAMETER['Latitude_Of_Origin',0.0],UNIT['Meter',1.0]] NEAREST # # # false</td> </tr><tr><th id="L2"><a href="#L2">2</a></th> <td>Start Time: Wed Oct 24 17:53:32 2007</td> </tr><tr><th id="L3"><a href="#L3">3</a></th> <td>Running script CoastWatchAVHRRToArcGISRaster...</td> </tr><tr><th id="L4"><a href="#L4">4</a></th> <td>Logging system initialized from config file "C:\Documents and Settings\catherin\Application Data\GeoEco\Logging.ini".</td> </tr><tr><th id="L5"><a href="#L5">5</a></th> <td>Python script C:\Python24\Lib\SITE-P~1\GeoEco\ARCGIS~1\Scripts\CoastWatchAVHRRToArcGISRaster.py started.</td> </tr><tr><th id="L6"><a href="#L6">6</a></th> <td>Initializing the ArcGIS geoprocessor object...</td> </tr><tr><th id="L7"><a href="#L7">7</a></th> <td>Imported the arcgisscripting Python module.</td> </tr><tr><th id="L8"><a href="#L8">8</a></th> <td>Obtained ArcGIS geoprocessor object 0x00A3F120 from arcgisscripting.create().</td> </tr><tr><th id="L9"><a href="#L9">9</a></th> <td>GeoEco will now use ArcGIS Geoprocessor object 0x00A3F120 for ArcGIS operations.</td> </tr><tr><th id="L10"><a href="#L10">10</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Get ParameterCount returned 33</td> </tr><tr><th id="L11"><a href="#L11">11</a></th> <td>This python script was invoked from ArcGIS.</td> </tr><tr><th id="L12"><a href="#L12">12</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking getparameterastext(*args=(0,))...</td> </tr><tr><th id="L13"><a href="#L13">13</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: getparameterastext returned 'C:\\GIS\\CoastWatch\\East_Coast_South\\HDF\\2005\\2005_115_0737_n16_sr.hdf'</td> </tr><tr><th id="L14"><a href="#L14">14</a></th> <td>Parameter coastWatchFile = u'C:\\GIS\\CoastWatch\\East_Coast_South\\HDF\\2005\\2005_115_0737_n16_sr.hdf'</td> </tr><tr><th id="L15"><a href="#L15">15</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking getparameterastext(*args=(1,))...</td> </tr><tr><th id="L16"><a href="#L16">16</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: getparameterastext returned 'sst'</td> </tr><tr><th id="L17"><a href="#L17">17</a></th> <td>Parameter variable = u'sst'</td> </tr><tr><th id="L18"><a href="#L18">18</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking getparameterastext(*args=(2,))...</td> </tr><tr><th id="L19"><a href="#L19">19</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: getparameterastext returned 'C:\\GIS\\CoastWatch_Examples\\Rasters1\\sst2005115a'</td> </tr><tr><th id="L20"><a href="#L20">20</a></th> <td>Parameter outputRaster = u'C:\\GIS\\CoastWatch_Examples\\Rasters1\\sst2005115a'</td> </tr><tr><th id="L21"><a href="#L21">21</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking getparameterastext(*args=(3,))...</td> </tr><tr><th id="L22"><a href="#L22">22</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: getparameterastext returned 'true'</td> </tr><tr><th id="L23"><a href="#L23">23</a></th> <td>Parameter skipMaskingForGraphicsVariable = True</td> </tr><tr><th id="L24"><a href="#L24">24</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking getparameterastext(*args=(4,))...</td> </tr><tr><th id="L25"><a href="#L25">25</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: getparameterastext returned 'true'</td> </tr><tr><th id="L26"><a href="#L26">26</a></th> <td>Parameter skipCloudMaskingForCloudVariable = True</td> </tr><tr><th id="L27"><a href="#L27">27</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking getparameterastext(*args=(5,))...</td> </tr><tr><th id="L28"><a href="#L28">28</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: getparameterastext returned 'true'</td> </tr><tr><th id="L29"><a href="#L29">29</a></th> <td>Parameter maskLand = True</td> </tr><tr><th id="L30"><a href="#L30">30</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking getparameterastext(*args=(6,))...</td> </tr><tr><th id="L31"><a href="#L31">31</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: getparameterastext returned ''</td> </tr><tr><th id="L32"><a href="#L32">32</a></th> <td>Parameter cloudMaskFile = None</td> </tr><tr><th id="L33"><a href="#L33">33</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking getparameterastext(*args=(7,))...</td> </tr><tr><th id="L34"><a href="#L34">34</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: getparameterastext returned 'cloud'</td> </tr><tr><th id="L35"><a href="#L35">35</a></th> <td>Parameter cloudVariable = u'cloud'</td> </tr><tr><th id="L36"><a href="#L36">36</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking getparameterastext(*args=(8,))...</td> </tr><tr><th id="L37"><a href="#L37">37</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: getparameterastext returned ''</td> </tr><tr><th id="L38"><a href="#L38">38</a></th> <td>Parameter sunZenithFile = None</td> </tr><tr><th id="L39"><a href="#L39">39</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking getparameterastext(*args=(9,))...</td> </tr><tr><th id="L40"><a href="#L40">40</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: getparameterastext returned 'sun_zenith'</td> </tr><tr><th id="L41"><a href="#L41">41</a></th> <td>Parameter sunZenithVariable = u'sun_zenith'</td> </tr><tr><th id="L42"><a href="#L42">42</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking getparameterastext(*args=(10,))...</td> </tr><tr><th id="L43"><a href="#L43">43</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: getparameterastext returned 'false'</td> </tr><tr><th id="L44"><a href="#L44">44</a></th> <td>Parameter useDayCloudTest1 = False</td> </tr><tr><th id="L45"><a href="#L45">45</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking getparameterastext(*args=(11,))...</td> </tr><tr><th id="L46"><a href="#L46">46</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: getparameterastext returned 'false'</td> </tr><tr><th id="L47"><a href="#L47">47</a></th> <td>Parameter useDayCloudTest2 = False</td> </tr><tr><th id="L48"><a href="#L48">48</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking getparameterastext(*args=(12,))...</td> </tr><tr><th id="L49"><a href="#L49">49</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: getparameterastext returned 'true'</td> </tr><tr><th id="L50"><a href="#L50">50</a></th> <td>Parameter useDayCloudTest3 = True</td> </tr><tr><th id="L51"><a href="#L51">51</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking getparameterastext(*args=(13,))...</td> </tr><tr><th id="L52"><a href="#L52">52</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: getparameterastext returned 'false'</td> </tr><tr><th id="L53"><a href="#L53">53</a></th> <td>Parameter useDayCloudTest4 = False</td> </tr><tr><th id="L54"><a href="#L54">54</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking getparameterastext(*args=(14,))...</td> </tr><tr><th id="L55"><a href="#L55">55</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: getparameterastext returned 'true'</td> </tr><tr><th id="L56"><a href="#L56">56</a></th> <td>Parameter useDayCloudTest5 = True</td> </tr><tr><th id="L57"><a href="#L57">57</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking getparameterastext(*args=(15,))...</td> </tr><tr><th id="L58"><a href="#L58">58</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: getparameterastext returned 'true'</td> </tr><tr><th id="L59"><a href="#L59">59</a></th> <td>Parameter useDayCloudTest6 = True</td> </tr><tr><th id="L60"><a href="#L60">60</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking getparameterastext(*args=(16,))...</td> </tr><tr><th id="L61"><a href="#L61">61</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: getparameterastext returned 'true'</td> </tr><tr><th id="L62"><a href="#L62">62</a></th> <td>Parameter useDayCloudTest7 = True</td> </tr><tr><th id="L63"><a href="#L63">63</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking getparameterastext(*args=(17,))...</td> </tr><tr><th id="L64"><a href="#L64">64</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: getparameterastext returned ''</td> </tr><tr><th id="L65"><a href="#L65">65</a></th> <td>Parameter maskWhenDayCloudMaskExceeds = None</td> </tr><tr><th id="L66"><a href="#L66">66</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking getparameterastext(*args=(18,))...</td> </tr><tr><th id="L67"><a href="#L67">67</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: getparameterastext returned 'true'</td> </tr><tr><th id="L68"><a href="#L68">68</a></th> <td>Parameter useNightCloudTest1 = True</td> </tr><tr><th id="L69"><a href="#L69">69</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking getparameterastext(*args=(19,))...</td> </tr><tr><th id="L70"><a href="#L70">70</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: getparameterastext returned 'true'</td> </tr><tr><th id="L71"><a href="#L71">71</a></th> <td>Parameter useNightCloudTest2 = True</td> </tr><tr><th id="L72"><a href="#L72">72</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking getparameterastext(*args=(20,))...</td> </tr><tr><th id="L73"><a href="#L73">73</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: getparameterastext returned 'true'</td> </tr><tr><th id="L74"><a href="#L74">74</a></th> <td>Parameter useNightCloudTest3 = True</td> </tr><tr><th id="L75"><a href="#L75">75</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking getparameterastext(*args=(21,))...</td> </tr><tr><th id="L76"><a href="#L76">76</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: getparameterastext returned 'false'</td> </tr><tr><th id="L77"><a href="#L77">77</a></th> <td>Parameter useNightCloudTest4 = False</td> </tr><tr><th id="L78"><a href="#L78">78</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking getparameterastext(*args=(22,))...</td> </tr><tr><th id="L79"><a href="#L79">79</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: getparameterastext returned 'false'</td> </tr><tr><th id="L80"><a href="#L80">80</a></th> <td>Parameter useNightCloudTest5 = False</td> </tr><tr><th id="L81"><a href="#L81">81</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking getparameterastext(*args=(23,))...</td> </tr><tr><th id="L82"><a href="#L82">82</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: getparameterastext returned 'false'</td> </tr><tr><th id="L83"><a href="#L83">83</a></th> <td>Parameter useNightCloudTest6 = False</td> </tr><tr><th id="L84"><a href="#L84">84</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking getparameterastext(*args=(24,))...</td> </tr><tr><th id="L85"><a href="#L85">85</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: getparameterastext returned 'false'</td> </tr><tr><th id="L86"><a href="#L86">86</a></th> <td>Parameter useNightCloudTest7 = False</td> </tr><tr><th id="L87"><a href="#L87">87</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking getparameterastext(*args=(25,))...</td> </tr><tr><th id="L88"><a href="#L88">88</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: getparameterastext returned ''</td> </tr><tr><th id="L89"><a href="#L89">89</a></th> <td>Parameter maskWhenNightCloudMaskExceeds = None</td> </tr><tr><th id="L90"><a href="#L90">90</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking getparameterastext(*args=(26,))...</td> </tr><tr><th id="L91"><a href="#L91">91</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: getparameterastext returned ''</td> </tr><tr><th id="L92"><a href="#L92">92</a></th> <td>Parameter minCloudyNeighbors = None</td> </tr><tr><th id="L93"><a href="#L93">93</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking getparameterastext(*args=(27,))...</td> </tr><tr><th id="L94"><a href="#L94">94</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: getparameterastext returned "PROJCS['Albers_EA_Neritic',GEOGCS['GCS_WGS_1984',DATUM['D_WGS_1984',SPHEROID['WGS_1984',6378137.0,298.257223563]],PRIMEM['Greenwich',0.0],UNIT['Degree',0.0174532925199433]],PROJECTION['Albers'],PARAMETER['False_Easting',0.0],PARAMETER['False_Northing',0.0],PARAMETER['Central_Meridian',-76.0],PARAMETER['Standard_Parallel_1',30.0],PARAMETER['Standard_Parallel_2',38.0],PARAMETER['Latitude_Of_Origin',0.0],UNIT['Meter',1.0]]"</td> </tr><tr><th id="L95"><a href="#L95">95</a></th> <td>Parameter projectedCoordinateSystem = u"PROJCS['Albers_EA_Neritic',GEOGCS['GCS_WGS_1984',DATUM['D_WGS_1984',SPHEROID['WGS_1984',6378137.0,298.257223563]],PRIMEM['Greenwich',0.0],UNIT['Degree',0.0174532925199433]],PROJECTION['Albers'],PARAMETER['False_Easting',0.0],PARAMETER['False_Northing',0.0],PARAMETER['Central_Meridian',-76.0],PARAMETER['Standard_Parallel_1',30.0],PARAMETER['Standard_Parallel_2',38.0],PARAMETER['Latitude_Of_Origin',0.0],UNIT['Meter',1.0]]"</td> </tr><tr><th id="L96"><a href="#L96">96</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking getparameterastext(*args=(28,))...</td> </tr><tr><th id="L97"><a href="#L97">97</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: getparameterastext returned 'NEAREST'</td> </tr><tr><th id="L98"><a href="#L98">98</a></th> <td>Parameter resamplingTechnique = u'NEAREST'</td> </tr><tr><th id="L99"><a href="#L99">99</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking getparameterastext(*args=(29,))...</td> </tr><tr><th id="L100"><a href="#L100">100</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: getparameterastext returned ''</td> </tr><tr><th id="L101"><a href="#L101">101</a></th> <td>Parameter projectedCellSize = None</td> </tr><tr><th id="L102"><a href="#L102">102</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking getparameterastext(*args=(30,))...</td> </tr><tr><th id="L103"><a href="#L103">103</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: getparameterastext returned ''</td> </tr><tr><th id="L104"><a href="#L104">104</a></th> <td>Parameter clippingRectangle = None</td> </tr><tr><th id="L105"><a href="#L105">105</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking getparameterastext(*args=(31,))...</td> </tr><tr><th id="L106"><a href="#L106">106</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: getparameterastext returned ''</td> </tr><tr><th id="L107"><a href="#L107">107</a></th> <td>Parameter mapAlgebraExpression = None</td> </tr><tr><th id="L108"><a href="#L108">108</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking getparameterastext(*args=(32,))...</td> </tr><tr><th id="L109"><a href="#L109">109</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: getparameterastext returned 'false'</td> </tr><tr><th id="L110"><a href="#L110">110</a></th> <td>Parameter buildPyramids = False</td> </tr><tr><th id="L111"><a href="#L111">111</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Get OverwriteOutput returned 1</td> </tr><tr><th id="L112"><a href="#L112">112</a></th> <td>Parameter overwriteExisting = True</td> </tr><tr><th id="L113"><a href="#L113">113</a></th> <td>Executing method GeoEco.DataProducts.NOAA.CoastWatchAVHRR.CoastWatchAVHRR.ToArcGISRaster.</td> </tr><tr><th id="L114"><a href="#L114">114</a></th> <td>Checking software dependency: NOAA CoastWatch Utilities.</td> </tr><tr><th id="L115"><a href="#L115">115</a></th> <td>Checking software dependency: Python numpy module.</td> </tr><tr><th id="L116"><a href="#L116">116</a></th> <td>Checking software dependency: ArcGIS version 9.1 or later.</td> </tr><tr><th id="L117"><a href="#L117">117</a></th> <td>Retrieving the ArcGIS version numbers from the Windows Registry.</td> </tr><tr><th id="L118"><a href="#L118">118</a></th> <td>Checking software dependency: Python win32api module.</td> </tr><tr><th id="L119"><a href="#L119">119</a></th> <td>Checking software dependency: Python win32con module.</td> </tr><tr><th id="L120"><a href="#L120">120</a></th> <td>ArcGIS 9.2 Service Pack 3 is installed.</td> </tr><tr><th id="L121"><a href="#L121">121</a></th> <td>The file C:\GIS\CoastWatch\East_Coast_South\HDF\2005\2005_115_0737_n16_sr.hdf exists.</td> </tr><tr><th id="L122"><a href="#L122">122</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking exists(*args=('C:\\GIS\\CoastWatch_Examples\\Rasters1\\sst2005115a',))...</td> </tr><tr><th id="L123"><a href="#L123">123</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: exists returned 0</td> </tr><tr><th id="L124"><a href="#L124">124</a></th> <td>The ArcGIS raster C:\GIS\CoastWatch_Examples\Rasters1\sst2005115a does not exist.</td> </tr><tr><th id="L125"><a href="#L125">125</a></th> <td>Directory C:\GIS\CoastWatch_Examples\Rasters1 will not be created because it already exists.</td> </tr><tr><th id="L126"><a href="#L126">126</a></th> <td>Converting sst in CoastWatch file C:\GIS\CoastWatch\East_Coast_South\HDF\2005\2005_115_0737_n16_sr.hdf to ArcGIS raster C:\GIS\CoastWatch_Examples\Rasters1\sst2005115a...</td> </tr><tr><th id="L127"><a href="#L127">127</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Get ScratchWorkspace returned None</td> </tr><tr><th id="L128"><a href="#L128">128</a></th> <td>Created temporary directory C:\Temp\GeoEcoTemp_catherin\tmp8rg8zi</td> </tr><tr><th id="L129"><a href="#L129">129</a></th> <td>The directory C:\Temp\GeoEcoTemp_catherin exists.</td> </tr><tr><th id="L130"><a href="#L130">130</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking refreshcatalog(*args=('C:\\Temp\\GeoEcoTemp_catherin',))...</td> </tr><tr><th id="L131"><a href="#L131">131</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: refreshcatalog returned None</td> </tr><tr><th id="L132"><a href="#L132">132</a></th> <td>Refreshed the ArcGIS catalog for directory C:\Temp\GeoEcoTemp_catherin</td> </tr><tr><th id="L133"><a href="#L133">133</a></th> <td>The file C:\GIS\CoastWatch\East_Coast_South\HDF\2005\2005_115_0737_n16_sr.hdf exists.</td> </tr><tr><th id="L134"><a href="#L134">134</a></th> <td>Extracting CoastWatch metadata for variable sst from file C:\GIS\CoastWatch\East_Coast_South\HDF\2005\2005_115_0737_n16_sr.hdf...</td> </tr><tr><th id="L135"><a href="#L135">135</a></th> <td>Executing program: "C:\Program Files\CoastWatch Utilities\bin\cwinfo" -t C:\GIS\CoastWatch\East_Coast_South\HDF\2005\2005_115_0737_n16_sr.hdf</td> </tr><tr><th id="L136"><a href="#L136">136</a></th> <td>cwinfo: Contents of file C:\GIS\CoastWatch\East_Coast_South\HDF\2005\2005_115_0737_n16_sr.hdf</td> </tr><tr><th id="L137"><a href="#L137">137</a></th> <td>cwinfo: </td> </tr><tr><th id="L138"><a href="#L138">138</a></th> <td>cwinfo: Global information:</td> </tr><tr><th id="L139"><a href="#L139">139</a></th> <td>cwinfo:   Satellite:           noaa-16</td> </tr><tr><th id="L140"><a href="#L140">140</a></th> <td>cwinfo:   Sensor:              avhrr</td> </tr><tr><th id="L141"><a href="#L141">141</a></th> <td>cwinfo:   Date:                2005/04/25 JD 115</td> </tr><tr><th id="L142"><a href="#L142">142</a></th> <td>cwinfo:   Time:                07:37:04 UTC</td> </tr><tr><th id="L143"><a href="#L143">143</a></th> <td>cwinfo:   Scene time:          night</td> </tr><tr><th id="L144"><a href="#L144">144</a></th> <td>cwinfo:   Projection type:     mapped</td> </tr><tr><th id="L145"><a href="#L145">145</a></th> <td>cwinfo:   Map projection:      Mercator</td> </tr><tr><th id="L146"><a href="#L146">146</a></th> <td>cwinfo:   Map affine:          0 -1470 1470 0 -9778346.5 4398734.09</td> </tr><tr><th id="L147"><a href="#L147">147</a></th> <td>cwinfo:   Spheroid:            WGS 84</td> </tr><tr><th id="L148"><a href="#L148">148</a></th> <td>cwinfo:   Origin:              USDOC/NOAA/NESDIS CoastWatch</td> </tr><tr><th id="L149"><a href="#L149">149</a></th> <td>cwinfo:   Format:              CoastWatch HDF version 3.2</td> </tr><tr><th id="L150"><a href="#L150">150</a></th> <td>cwinfo: </td> </tr><tr><th id="L151"><a href="#L151">151</a></th> <td>cwinfo: Variable information:</td> </tr><tr><th id="L152"><a href="#L152">152</a></th> <td>cwinfo:   Variable       Type    Dimensions  Units          Scale     Offset</td> </tr><tr><th id="L153"><a href="#L153">153</a></th> <td>cwinfo:   avhrr_ch3      short   1248x1140   celsius        0.01      0</td> </tr><tr><th id="L154"><a href="#L154">154</a></th> <td>cwinfo:   avhrr_ch4      short   1248x1140   celsius        0.01      0</td> </tr><tr><th id="L155"><a href="#L155">155</a></th> <td>cwinfo:   avhrr_ch5      short   1248x1140   celsius        0.01      0</td> </tr><tr><th id="L156"><a href="#L156">156</a></th> <td>cwinfo:   cloud          ubyte   1248x1140   -              1         0</td> </tr><tr><th id="L157"><a href="#L157">157</a></th> <td>cwinfo:   graphics       ubyte   1248x1140   -              1         0</td> </tr><tr><th id="L158"><a href="#L158">158</a></th> <td>cwinfo:   sat_zenith     short   1248x1140   degrees        0.01      0</td> </tr><tr><th id="L159"><a href="#L159">159</a></th> <td>cwinfo:   sst            short   1248x1140   celsius        0.01      0</td> </tr><tr><th id="L160"><a href="#L160">160</a></th> <td>cwinfo: </td> </tr><tr><th id="L161"><a href="#L161">161</a></th> <td>cwinfo: Earth location information:</td> </tr><tr><th id="L162"><a href="#L162">162</a></th> <td>cwinfo:   Pixel width:         1.2716 km</td> </tr><tr><th id="L163"><a href="#L163">163</a></th> <td>cwinfo:   Pixel height:        1.2781 km</td> </tr><tr><th id="L164"><a href="#L164">164</a></th> <td>cwinfo:   Total width:         1447.3442 km</td> </tr><tr><th id="L165"><a href="#L165">165</a></th> <td>cwinfo:   Total height:        1590.9945 km</td> </tr><tr><th id="L166"><a href="#L166">166</a></th> <td>cwinfo:   Center:              30.0000 N, 80.3200 W</td> </tr><tr><th id="L167"><a href="#L167">167</a></th> <td>cwinfo:   Upper-left:          36.8943 N, 87.8404 W</td> </tr><tr><th id="L168"><a href="#L168">168</a></th> <td>cwinfo:   Upper-right:         36.8943 N, 72.7996 W</td> </tr><tr><th id="L169"><a href="#L169">169</a></th> <td>cwinfo:   Lower-left:          22.5862 N, 87.8404 W</td> </tr><tr><th id="L170"><a href="#L170">170</a></th> <td>cwinfo:   Lower-right:         22.5862 N, 72.7996 W</td> </tr><tr><th id="L171"><a href="#L171">171</a></th> <td>cwinfo: </td> </tr><tr><th id="L172"><a href="#L172">172</a></th> <td>cwinfo returned exit code 0.</td> </tr><tr><th id="L173"><a href="#L173">173</a></th> <td>Executing program: "C:\Program Files\CoastWatch Utilities\bin\hdatt" -V sst C:\GIS\CoastWatch\East_Coast_South\HDF\2005\2005_115_0737_n16_sr.hdf</td> </tr><tr><th id="L174"><a href="#L174">174</a></th> <td>hdatt: long_name = sst</td> </tr><tr><th id="L175"><a href="#L175">175</a></th> <td>hdatt: units = temp_deg_c</td> </tr><tr><th id="L176"><a href="#L176">176</a></th> <td>hdatt: coordsys = Mercator</td> </tr><tr><th id="L177"><a href="#L177">177</a></th> <td>hdatt: _FillValue = -32768</td> </tr><tr><th id="L178"><a href="#L178">178</a></th> <td>hdatt: missing_value = -32768</td> </tr><tr><th id="L179"><a href="#L179">179</a></th> <td>hdatt: scale_factor = 0.01</td> </tr><tr><th id="L180"><a href="#L180">180</a></th> <td>hdatt: scale_factor_err = 0.0</td> </tr><tr><th id="L181"><a href="#L181">181</a></th> <td>hdatt: add_offset = 0.0</td> </tr><tr><th id="L182"><a href="#L182">182</a></th> <td>hdatt: add_offset_err = 0.0</td> </tr><tr><th id="L183"><a href="#L183">183</a></th> <td>hdatt: calibrated_nt = 0</td> </tr><tr><th id="L184"><a href="#L184">184</a></th> <td>hdatt: fraction_digits = 2</td> </tr><tr><th id="L185"><a href="#L185">185</a></th> <td>hdatt: nav_affine = 1.0 0.0 0.0 1.0 0.0 0.0</td> </tr><tr><th id="L186"><a href="#L186">186</a></th> <td>hdatt returned exit code 0.</td> </tr><tr><th id="L187"><a href="#L187">187</a></th> <td>Executing program: "C:\Program Files\CoastWatch Utilities\bin\cwexport" -v -f bin -s float -M -9999.0 -m sst C:\GIS\CoastWatch\East_Coast_South\HDF\2005\2005_115_0737_n16_sr.hdf C:\Temp\GeoEcoTemp_catherin\tmp8rg8zi\temp.bin</td> </tr><tr><th id="L188"><a href="#L188">188</a></th> <td>cwexport: cwexport: Creating output C:\Temp\GeoEcoTemp_catherin\tmp8rg8zi\temp.bin</td> </tr><tr><th id="L189"><a href="#L189">189</a></th> <td>cwexport: cwexport: Writing sst</td> </tr><tr><th id="L190"><a href="#L190">190</a></th> <td>cwexport returned exit code 0.</td> </tr><tr><th id="L191"><a href="#L191">191</a></th> <td>Reading C:\Temp\GeoEcoTemp_catherin\tmp8rg8zi\temp.bin into memory.</td> </tr><tr><th id="L192"><a href="#L192">192</a></th> <td>Executing program: "C:\Program Files\CoastWatch Utilities\bin\cwgraphics" -v -c 0 -g 0 -l 4 -p 0 C:\GIS\CoastWatch\East_Coast_South\HDF\2005\2005_115_0737_n16_sr.hdf C:\Temp\GeoEcoTemp_catherin\tmp8rg8zi\land.hdf</td> </tr><tr><th id="L193"><a href="#L193">193</a></th> <td>cwgraphics: cwgraphics: Reading input C:\GIS\CoastWatch\East_Coast_South\HDF\2005\2005_115_0737_n16_sr.hdf</td> </tr><tr><th id="L194"><a href="#L194">194</a></th> <td>cwgraphics: cwgraphics: Creating output C:\Temp\GeoEcoTemp_catherin\tmp8rg8zi\land.hdf</td> </tr><tr><th id="L195"><a href="#L195">195</a></th> <td>cwgraphics: cwgraphics: Creating graphics variable</td> </tr><tr><th id="L196"><a href="#L196">196</a></th> <td>cwgraphics: cwgraphics: Rendering overlay at plane 4</td> </tr><tr><th id="L197"><a href="#L197">197</a></th> <td>cwgraphics returned exit code 0.</td> </tr><tr><th id="L198"><a href="#L198">198</a></th> <td>Executing program: "C:\Program Files\CoastWatch Utilities\bin\cwexport" -v -f bin -s byte -m graphics C:\Temp\GeoEcoTemp_catherin\tmp8rg8zi\land.hdf C:\Temp\GeoEcoTemp_catherin\tmp8rg8zi\land.bin</td> </tr><tr><th id="L199"><a href="#L199">199</a></th> <td>cwexport: cwexport: Creating output C:\Temp\GeoEcoTemp_catherin\tmp8rg8zi\land.bin</td> </tr><tr><th id="L200"><a href="#L200">200</a></th> <td>cwexport: cwexport: Writing graphics</td> </tr><tr><th id="L201"><a href="#L201">201</a></th> <td>cwexport returned exit code 0.</td> </tr><tr><th id="L202"><a href="#L202">202</a></th> <td>Reading C:\Temp\GeoEcoTemp_catherin\tmp8rg8zi\land.bin into memory.</td> </tr><tr><th id="L203"><a href="#L203">203</a></th> <td>Masking land pixels.</td> </tr><tr><th id="L204"><a href="#L204">204</a></th> <td>Executing program: "C:\Program Files\CoastWatch Utilities\bin\cwexport" -v -f bin -s byte -m cloud C:\GIS\CoastWatch\East_Coast_South\HDF\2005\2005_115_0737_n16_sr.hdf C:\Temp\GeoEcoTemp_catherin\tmp8rg8zi\cloud.bin</td> </tr><tr><th id="L205"><a href="#L205">205</a></th> <td>cwexport: cwexport: Creating output C:\Temp\GeoEcoTemp_catherin\tmp8rg8zi\cloud.bin</td> </tr><tr><th id="L206"><a href="#L206">206</a></th> <td>cwexport: cwexport: Writing cloud</td> </tr><tr><th id="L207"><a href="#L207">207</a></th> <td>cwexport returned exit code 0.</td> </tr><tr><th id="L208"><a href="#L208">208</a></th> <td>Reading C:\Temp\GeoEcoTemp_catherin\tmp8rg8zi\cloud.bin into memory.</td> </tr><tr><th id="L209"><a href="#L209">209</a></th> <td>Masking nighttime pixels using the cloud tests specified by the bitmask 0x07.</td> </tr><tr><th id="L210"><a href="#L210">210</a></th> <td>Writing C:\Temp\GeoEcoTemp_catherin\tmp8rg8zi\temp_masked.bin.</td> </tr><tr><th id="L211"><a href="#L211">211</a></th> <td>Executing program: "C:\Program Files\CoastWatch Utilities\bin\cwexport" -v -f arc -H -m sst C:\GIS\CoastWatch\East_Coast_South\HDF\2005\2005_115_0737_n16_sr.hdf C:\Temp\GeoEcoTemp_catherin\tmp8rg8zi\temp.flt</td> </tr><tr><th id="L212"><a href="#L212">212</a></th> <td>cwexport: cwexport: Creating output C:\Temp\GeoEcoTemp_catherin\tmp8rg8zi\temp.flt</td> </tr><tr><th id="L213"><a href="#L213">213</a></th> <td>cwexport: cwexport: Writing sst</td> </tr><tr><th id="L214"><a href="#L214">214</a></th> <td>cwexport returned exit code 0.</td> </tr><tr><th id="L215"><a href="#L215">215</a></th> <td>The file C:\Temp\GeoEcoTemp_catherin\tmp8rg8zi\temp_masked.bin exists.</td> </tr><tr><th id="L216"><a href="#L216">216</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking exists(*args=('C:\\GIS\\CoastWatch_Examples\\Rasters1\\sst2005115a',))...</td> </tr><tr><th id="L217"><a href="#L217">217</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: exists returned 0</td> </tr><tr><th id="L218"><a href="#L218">218</a></th> <td>The ArcGIS raster C:\GIS\CoastWatch_Examples\Rasters1\sst2005115a does not exist.</td> </tr><tr><th id="L219"><a href="#L219">219</a></th> <td>Directory C:\GIS\CoastWatch_Examples\Rasters1 will not be created because it already exists.</td> </tr><tr><th id="L220"><a href="#L220">220</a></th> <td>Converting C:\Temp\GeoEcoTemp_catherin\tmp8rg8zi\temp_masked.bin to ArcGIS raster C:\GIS\CoastWatch_Examples\Rasters1\sst2005115a...</td> </tr><tr><th id="L221"><a href="#L221">221</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Get ScratchWorkspace returned None</td> </tr><tr><th id="L222"><a href="#L222">222</a></th> <td>Created temporary directory C:\Temp\GeoEcoTemp_catherin\tmpdiqgns</td> </tr><tr><th id="L223"><a href="#L223">223</a></th> <td>The directory C:\Temp\GeoEcoTemp_catherin exists.</td> </tr><tr><th id="L224"><a href="#L224">224</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking refreshcatalog(*args=('C:\\Temp\\GeoEcoTemp_catherin',))...</td> </tr><tr><th id="L225"><a href="#L225">225</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: refreshcatalog returned None</td> </tr><tr><th id="L226"><a href="#L226">226</a></th> <td>Refreshed the ArcGIS catalog for directory C:\Temp\GeoEcoTemp_catherin</td> </tr><tr><th id="L227"><a href="#L227">227</a></th> <td>The file C:\Temp\GeoEcoTemp_catherin\tmp8rg8zi\temp_masked.bin exists.</td> </tr><tr><th id="L228"><a href="#L228">228</a></th> <td>The file C:\Temp\GeoEcoTemp_catherin\tmpdiqgns\temp.asc does not exist.</td> </tr><tr><th id="L229"><a href="#L229">229</a></th> <td>Directory C:\Temp\GeoEcoTemp_catherin\tmpdiqgns will not be created because it already exists.</td> </tr><tr><th id="L230"><a href="#L230">230</a></th> <td>Converting C:\Temp\GeoEcoTemp_catherin\tmp8rg8zi\temp_masked.bin to ArcInfo ASCII Grid file C:\Temp\GeoEcoTemp_catherin\tmpdiqgns\temp.asc...</td> </tr><tr><th id="L231"><a href="#L231">231</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Get ScratchWorkspace returned None</td> </tr><tr><th id="L232"><a href="#L232">232</a></th> <td>Created temporary directory C:\Temp\GeoEcoTemp_catherin\tmpf4zzys</td> </tr><tr><th id="L233"><a href="#L233">233</a></th> <td>The directory C:\Temp\GeoEcoTemp_catherin exists.</td> </tr><tr><th id="L234"><a href="#L234">234</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking refreshcatalog(*args=('C:\\Temp\\GeoEcoTemp_catherin',))...</td> </tr><tr><th id="L235"><a href="#L235">235</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: refreshcatalog returned None</td> </tr><tr><th id="L236"><a href="#L236">236</a></th> <td>Refreshed the ArcGIS catalog for directory C:\Temp\GeoEcoTemp_catherin</td> </tr><tr><th id="L237"><a href="#L237">237</a></th> <td>Converting C:\Temp\GeoEcoTemp_catherin\tmp8rg8zi\temp_masked.bin to ArcInfo ASCII Grid file C:\Temp\GeoEcoTemp_catherin\tmpf4zzys\output.asc</td> </tr><tr><th id="L238"><a href="#L238">238</a></th> <td>The file C:\Temp\GeoEcoTemp_catherin\tmpf4zzys\output.asc exists.</td> </tr><tr><th id="L239"><a href="#L239">239</a></th> <td>The file C:\Temp\GeoEcoTemp_catherin\tmpdiqgns\temp.asc does not exist.</td> </tr><tr><th id="L240"><a href="#L240">240</a></th> <td>Directory C:\Temp\GeoEcoTemp_catherin\tmpdiqgns will not be created because it already exists.</td> </tr><tr><th id="L241"><a href="#L241">241</a></th> <td>Moving file C:\Temp\GeoEcoTemp_catherin\tmpf4zzys\output.asc to C:\Temp\GeoEcoTemp_catherin\tmpdiqgns\temp.asc</td> </tr><tr><th id="L242"><a href="#L242">242</a></th> <td>The directory C:\Temp\GeoEcoTemp_catherin\tmpf4zzys exists.</td> </tr><tr><th id="L243"><a href="#L243">243</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking refreshcatalog(*args=('C:\\Temp\\GeoEcoTemp_catherin\\tmpf4zzys',))...</td> </tr><tr><th id="L244"><a href="#L244">244</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: refreshcatalog returned None</td> </tr><tr><th id="L245"><a href="#L245">245</a></th> <td>Refreshed the ArcGIS catalog for directory C:\Temp\GeoEcoTemp_catherin\tmpf4zzys</td> </tr><tr><th id="L246"><a href="#L246">246</a></th> <td>The directory C:\Temp\GeoEcoTemp_catherin\tmpdiqgns exists.</td> </tr><tr><th id="L247"><a href="#L247">247</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking refreshcatalog(*args=('C:\\Temp\\GeoEcoTemp_catherin\\tmpdiqgns',))...</td> </tr><tr><th id="L248"><a href="#L248">248</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: refreshcatalog returned None</td> </tr><tr><th id="L249"><a href="#L249">249</a></th> <td>Refreshed the ArcGIS catalog for directory C:\Temp\GeoEcoTemp_catherin\tmpdiqgns</td> </tr><tr><th id="L250"><a href="#L250">250</a></th> <td>Deleted directory C:\Temp\GeoEcoTemp_catherin\tmpf4zzys</td> </tr><tr><th id="L251"><a href="#L251">251</a></th> <td>The directory C:\Temp\GeoEcoTemp_catherin exists.</td> </tr><tr><th id="L252"><a href="#L252">252</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking refreshcatalog(*args=('C:\\Temp\\GeoEcoTemp_catherin',))...</td> </tr><tr><th id="L253"><a href="#L253">253</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: refreshcatalog returned None</td> </tr><tr><th id="L254"><a href="#L254">254</a></th> <td>Refreshed the ArcGIS catalog for directory C:\Temp\GeoEcoTemp_catherin</td> </tr><tr><th id="L255"><a href="#L255">255</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking ASCIIToRaster_Conversion(*args=('C:\\Temp\\GeoEcoTemp_catherin\\tmpdiqgns\\temp.asc', 'C:\\Temp\\GeoEcoTemp_catherin\\tmpdiqgns\\output', 'FLOAT'))...</td> </tr><tr><th id="L256"><a href="#L256">256</a></th> <td>Executing: ASCIIToRaster C:\Temp\GeoEcoTemp_catherin\tmpdiqgns\temp.asc C:\temp\GeoEcoTemp_catherin\tmpdiqgns\output FLOAT</td> </tr><tr><th id="L257"><a href="#L257">257</a></th> <td>Start Time: Wed Oct 24 17:53:56 2007</td> </tr><tr><th id="L258"><a href="#L258">258</a></th> <td>Executed (ASCIIToRaster) successfully.</td> </tr><tr><th id="L259"><a href="#L259">259</a></th> <td>End Time: Wed Oct 24 17:53:58 2007 (Elapsed Time: 2.00 seconds)</td> </tr><tr><th id="L260"><a href="#L260">260</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: ASCIIToRaster_Conversion returned 'C:\\temp\\GeoEcoTemp_catherin\\tmpdiqgns\\output'</td> </tr><tr><th id="L261"><a href="#L261">261</a></th> <td>Defining the projection...</td> </tr><tr><th id="L262"><a href="#L262">262</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking DefineProjection_Management(*args=('C:\\Temp\\GeoEcoTemp_catherin\\tmpdiqgns\\output', "PROJCS['World_Mercator',GEOGCS['GCS_WGS_1984',DATUM['D_WGS_1984',SPHEROID['WGS_1984',6378137.0,298.257223563]],PRIMEM['Greenwich',0.0],UNIT['Degree',0.0174532925199433]],PROJECTION['Mercator'],PARAMETER['False_Easting',0.0],PARAMETER['False_Northing',0.0],PARAMETER['Central_Meridian',0.0],PARAMETER['Standard_Parallel_1',0.0],UNIT['Meter',1.0]]"))...</td> </tr><tr><th id="L263"><a href="#L263">263</a></th> <td>Executing: DefineProjection C:\temp\GeoEcoTemp_catherin\tmpdiqgns\output PROJCS['World_Mercator',GEOGCS['GCS_WGS_1984',DATUM['D_WGS_1984',SPHEROID['WGS_1984',6378137.0,298.257223563]],PRIMEM['Greenwich',0.0],UNIT['Degree',0.0174532925199433]],PROJECTION['Mercator'],PARAMETER['False_Easting',0.0],PARAMETER['False_Northing',0.0],PARAMETER['Central_Meridian',0.0],PARAMETER['Standard_Parallel_1',0.0],UNIT['Meter',1.0]] #</td> </tr><tr><th id="L264"><a href="#L264">264</a></th> <td>Start Time: Wed Oct 24 17:53:58 2007</td> </tr><tr><th id="L265"><a href="#L265">265</a></th> <td>Executed (DefineProjection) successfully.</td> </tr><tr><th id="L266"><a href="#L266">266</a></th> <td>End Time: Wed Oct 24 17:53:59 2007 (Elapsed Time: 1.00 seconds)</td> </tr><tr><th id="L267"><a href="#L267">267</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: DefineProjection_Management returned ''</td> </tr><tr><th id="L268"><a href="#L268">268</a></th> <td>Projecting...</td> </tr><tr><th id="L269"><a href="#L269">269</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking ProjectRaster_Management(*args=('C:\\Temp\\GeoEcoTemp_catherin\\tmpdiqgns\\output', 'C:\\Temp\\GeoEcoTemp_catherin\\tmpdiqgns\\output2', "PROJCS['Albers_EA_Neritic',GEOGCS['GCS_WGS_1984',DATUM['D_WGS_1984',SPHEROID['WGS_1984',6378137.0,298.257223563]],PRIMEM['Greenwich',0.0],UNIT['Degree',0.0174532925199433]],PROJECTION['Albers'],PARAMETER['False_Easting',0.0],PARAMETER['False_Northing',0.0],PARAMETER['Central_Meridian',-76.0],PARAMETER['Standard_Parallel_1',30.0],PARAMETER['Standard_Parallel_2',38.0],PARAMETER['Latitude_Of_Origin',0.0],UNIT['Meter',1.0]]", 'NEAREST', ''))...</td> </tr><tr><th id="L270"><a href="#L270">270</a></th> <td>Executing: ProjectRaster C:\temp\GeoEcoTemp_catherin\tmpdiqgns\output C:\temp\GeoEcoTemp_catherin\tmpdiqgns\output2 "PROJCS['Albers_EA_Neritic',GEOGCS['GCS_WGS_1984',DATUM['D_WGS_1984',SPHEROID['WGS_1984',6378137.0,298.257223563]],PRIMEM['Greenwich',0.0],UNIT['Degree',0.0174532925199433]],PROJECTION['Albers'],PARAMETER['False_Easting',0.0],PARAMETER['False_Northing',0.0],PARAMETER['Central_Meridian',-76.0],PARAMETER['Standard_Parallel_1',30.0],PARAMETER['Standard_Parallel_2',38.0],PARAMETER['Latitude_Of_Origin',0.0],UNIT['Meter',1.0]];-10000 -10000 100000;0 100000;0 100000;0.00002;0.00002;0.00002;IsHighPrecision" NEAREST # # # #</td> </tr><tr><th id="L271"><a href="#L271">271</a></th> <td>Start Time: Wed Oct 24 17:53:59 2007</td> </tr><tr><th id="L272"><a href="#L272">272</a></th> <td>Executed (ProjectRaster) successfully.</td> </tr><tr><th id="L273"><a href="#L273">273</a></th> <td>End Time: Wed Oct 24 17:54:05 2007 (Elapsed Time: 6.00 seconds)</td> </tr><tr><th id="L274"><a href="#L274">274</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: ProjectRaster_Management returned 'C:\\temp\\GeoEcoTemp_catherin\\tmpdiqgns\\output2'</td> </tr><tr><th id="L275"><a href="#L275">275</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking exists(*args=('C:\\Temp\\GeoEcoTemp_catherin\\tmpdiqgns\\output2',))...</td> </tr><tr><th id="L276"><a href="#L276">276</a></th> <td>Executing: ProjectRaster C:\temp\GeoEcoTemp_catherin\tmpdiqgns\output C:\temp\GeoEcoTemp_catherin\tmpdiqgns\output2 "PROJCS['Albers_EA_Neritic',GEOGCS['GCS_WGS_1984',DATUM['D_WGS_1984',SPHEROID['WGS_1984',6378137.0,298.257223563]],PRIMEM['Greenwich',0.0],UNIT['Degree',0.0174532925199433]],PROJECTION['Albers'],PARAMETER['False_Easting',0.0],PARAMETER['False_Northing',0.0],PARAMETER['Central_Meridian',-76.0],PARAMETER['Standard_Parallel_1',30.0],PARAMETER['Standard_Parallel_2',38.0],PARAMETER['Latitude_Of_Origin',0.0],UNIT['Meter',1.0]];-10000 -10000 100000;0 100000;0 100000;0.00002;0.00002;0.00002;IsHighPrecision" NEAREST # # # #</td> </tr><tr><th id="L277"><a href="#L277">277</a></th> <td>Start Time: Wed Oct 24 17:53:59 2007</td> </tr><tr><th id="L278"><a href="#L278">278</a></th> <td>Executed (ProjectRaster) successfully.</td> </tr><tr><th id="L279"><a href="#L279">279</a></th> <td>End Time: Wed Oct 24 17:54:05 2007 (Elapsed Time: 6.00 seconds)</td> </tr><tr><th id="L280"><a href="#L280">280</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: exists returned 1</td> </tr><tr><th id="L281"><a href="#L281">281</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking describe(*args=('C:\\Temp\\GeoEcoTemp_catherin\\tmpdiqgns\\output2',))...</td> </tr><tr><th id="L282"><a href="#L282">282</a></th> <td>Executing: ProjectRaster C:\temp\GeoEcoTemp_catherin\tmpdiqgns\output C:\temp\GeoEcoTemp_catherin\tmpdiqgns\output2 "PROJCS['Albers_EA_Neritic',GEOGCS['GCS_WGS_1984',DATUM['D_WGS_1984',SPHEROID['WGS_1984',6378137.0,298.257223563]],PRIMEM['Greenwich',0.0],UNIT['Degree',0.0174532925199433]],PROJECTION['Albers'],PARAMETER['False_Easting',0.0],PARAMETER['False_Northing',0.0],PARAMETER['Central_Meridian',-76.0],PARAMETER['Standard_Parallel_1',30.0],PARAMETER['Standard_Parallel_2',38.0],PARAMETER['Latitude_Of_Origin',0.0],UNIT['Meter',1.0]];-10000 -10000 100000;0 100000;0 100000;0.00002;0.00002;0.00002;IsHighPrecision" NEAREST # # # #</td> </tr><tr><th id="L283"><a href="#L283">283</a></th> <td>Start Time: Wed Oct 24 17:53:59 2007</td> </tr><tr><th id="L284"><a href="#L284">284</a></th> <td>Executed (ProjectRaster) successfully.</td> </tr><tr><th id="L285"><a href="#L285">285</a></th> <td>End Time: Wed Oct 24 17:54:05 2007 (Elapsed Time: 6.00 seconds)</td> </tr><tr><th id="L286"><a href="#L286">286</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: describe returned <geoprocessing describe data object object at 0x00A3F380></td> </tr><tr><th id="L287"><a href="#L287">287</a></th> <td>ArcGIS Describe object 0x00A3F380: Get DataType returned 'RasterDataset'</td> </tr><tr><th id="L288"><a href="#L288">288</a></th> <td>The ArcGIS raster C:\Temp\GeoEcoTemp_catherin\tmpdiqgns\output2 exists.</td> </tr><tr><th id="L289"><a href="#L289">289</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking exists(*args=('C:\\GIS\\CoastWatch_Examples\\Rasters1\\sst2005115a',))...</td> </tr><tr><th id="L290"><a href="#L290">290</a></th> <td>Executing: ProjectRaster C:\temp\GeoEcoTemp_catherin\tmpdiqgns\output C:\temp\GeoEcoTemp_catherin\tmpdiqgns\output2 "PROJCS['Albers_EA_Neritic',GEOGCS['GCS_WGS_1984',DATUM['D_WGS_1984',SPHEROID['WGS_1984',6378137.0,298.257223563]],PRIMEM['Greenwich',0.0],UNIT['Degree',0.0174532925199433]],PROJECTION['Albers'],PARAMETER['False_Easting',0.0],PARAMETER['False_Northing',0.0],PARAMETER['Central_Meridian',-76.0],PARAMETER['Standard_Parallel_1',30.0],PARAMETER['Standard_Parallel_2',38.0],PARAMETER['Latitude_Of_Origin',0.0],UNIT['Meter',1.0]];-10000 -10000 100000;0 100000;0 100000;0.00002;0.00002;0.00002;IsHighPrecision" NEAREST # # # #</td> </tr><tr><th id="L291"><a href="#L291">291</a></th> <td>Start Time: Wed Oct 24 17:53:59 2007</td> </tr><tr><th id="L292"><a href="#L292">292</a></th> <td>Executed (ProjectRaster) successfully.</td> </tr><tr><th id="L293"><a href="#L293">293</a></th> <td>End Time: Wed Oct 24 17:54:05 2007 (Elapsed Time: 6.00 seconds)</td> </tr><tr><th id="L294"><a href="#L294">294</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: exists returned 0</td> </tr><tr><th id="L295"><a href="#L295">295</a></th> <td>The ArcGIS raster C:\GIS\CoastWatch_Examples\Rasters1\sst2005115a does not exist.</td> </tr><tr><th id="L296"><a href="#L296">296</a></th> <td>Directory C:\GIS\CoastWatch_Examples\Rasters1 will not be created because it already exists.</td> </tr><tr><th id="L297"><a href="#L297">297</a></th> <td>Copying ArcGIS raster C:\Temp\GeoEcoTemp_catherin\tmpdiqgns\output2 to C:\GIS\CoastWatch_Examples\Rasters1\sst2005115a...</td> </tr><tr><th id="L298"><a href="#L298">298</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking CopyRaster_Management(*args=('C:\\Temp\\GeoEcoTemp_catherin\\tmpdiqgns\\output2', 'C:\\GIS\\CoastWatch_Examples\\Rasters1\\sst2005115a'))...</td> </tr><tr><th id="L299"><a href="#L299">299</a></th> <td>Executing: CopyRaster C:\temp\GeoEcoTemp_catherin\tmpdiqgns\output2 C:\GIS\CoastWatch_Examples\Rasters1\sst2005115a # # # NONE NONE #</td> </tr><tr><th id="L300"><a href="#L300">300</a></th> <td>Start Time: Wed Oct 24 17:54:05 2007</td> </tr><tr><th id="L301"><a href="#L301">301</a></th> <td>Executed (CopyRaster) successfully.</td> </tr><tr><th id="L302"><a href="#L302">302</a></th> <td>End Time: Wed Oct 24 17:54:07 2007 (Elapsed Time: 2.00 seconds)</td> </tr><tr><th id="L303"><a href="#L303">303</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: CopyRaster_Management returned 'C:\\GIS\\CoastWatch_Examples\\Rasters1\\sst2005115a'</td> </tr><tr><th id="L304"><a href="#L304">304</a></th> <td>Deleted directory C:\Temp\GeoEcoTemp_catherin\tmpdiqgns</td> </tr><tr><th id="L305"><a href="#L305">305</a></th> <td>The directory C:\Temp\GeoEcoTemp_catherin exists.</td> </tr><tr><th id="L306"><a href="#L306">306</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking refreshcatalog(*args=('C:\\Temp\\GeoEcoTemp_catherin',))...</td> </tr><tr><th id="L307"><a href="#L307">307</a></th> <td>Executing: CopyRaster C:\temp\GeoEcoTemp_catherin\tmpdiqgns\output2 C:\GIS\CoastWatch_Examples\Rasters1\sst2005115a # # # NONE NONE #</td> </tr><tr><th id="L308"><a href="#L308">308</a></th> <td>Start Time: Wed Oct 24 17:54:05 2007</td> </tr><tr><th id="L309"><a href="#L309">309</a></th> <td>Executed (CopyRaster) successfully.</td> </tr><tr><th id="L310"><a href="#L310">310</a></th> <td>End Time: Wed Oct 24 17:54:07 2007 (Elapsed Time: 2.00 seconds)</td> </tr><tr><th id="L311"><a href="#L311">311</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: refreshcatalog returned None</td> </tr><tr><th id="L312"><a href="#L312">312</a></th> <td>Refreshed the ArcGIS catalog for directory C:\Temp\GeoEcoTemp_catherin</td> </tr><tr><th id="L313"><a href="#L313">313</a></th> <td>Deleted directory C:\Temp\GeoEcoTemp_catherin\tmp8rg8zi</td> </tr><tr><th id="L314"><a href="#L314">314</a></th> <td>The directory C:\Temp\GeoEcoTemp_catherin exists.</td> </tr><tr><th id="L315"><a href="#L315">315</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: Invoking refreshcatalog(*args=('C:\\Temp\\GeoEcoTemp_catherin',))...</td> </tr><tr><th id="L316"><a href="#L316">316</a></th> <td>Executing: CopyRaster C:\temp\GeoEcoTemp_catherin\tmpdiqgns\output2 C:\GIS\CoastWatch_Examples\Rasters1\sst2005115a # # # NONE NONE #</td> </tr><tr><th id="L317"><a href="#L317">317</a></th> <td>Start Time: Wed Oct 24 17:54:05 2007</td> </tr><tr><th id="L318"><a href="#L318">318</a></th> <td>Executed (CopyRaster) successfully.</td> </tr><tr><th id="L319"><a href="#L319">319</a></th> <td>End Time: Wed Oct 24 17:54:07 2007 (Elapsed Time: 2.00 seconds)</td> </tr><tr><th id="L320"><a href="#L320">320</a></th> <td>ArcGIS Geoprocessor object 0x00A3F120: refreshcatalog returned None</td> </tr><tr><th id="L321"><a href="#L321">321</a></th> <td>Refreshed the ArcGIS catalog for directory C:\Temp\GeoEcoTemp_catherin</td> </tr><tr><th id="L322"><a href="#L322">322</a></th> <td>Method GeoEco.DataProducts.NOAA.CoastWatchAVHRR.CoastWatchAVHRR.ToArcGISRaster returned successfully.</td> </tr><tr><th id="L323"><a href="#L323">323</a></th> <td>Python script C:\Python24\Lib\SITE-P~1\GeoEco\ARCGIS~1\Scripts\CoastWatchAVHRRToArcGISRaster.py exiting with return value 0, indicating success.</td> </tr><tr><th id="L324"><a href="#L324">324</a></th> <td>Completed script CoastWatchAVHRRToArcGISRaster...</td> </tr><tr><th id="L325"><a href="#L325">325</a></th> <td>Executed (CoastWatch Image to ArcGIS Raster) successfully.</td> </tr><tr><th id="L326"><a href="#L326">326</a></th> <td>End Time: Wed Oct 24 17:54:07 2007 (Elapsed Time: 35.00 seconds)</td> </tr></tbody></table> </div> </div> <script type="text/javascript">searchHighlight()</script> <div id="altlinks"><h3>Download in other formats:</h3><ul><li class="first last"><a href="/projects/mget/attachment/ticket/132/tool_output.txt?format=raw">Original Format</a></li></ul></div> </div> <div id="footer"> <hr /> <a id="tracpowered" href="http://trac.edgewall.org/"><img src="/projects/mget/chrome/common/trac_logo_mini.png" height="30" width="107" alt="Trac Powered"/></a> <p class="left"> Powered by <a href="/projects/mget/about"><strong>Trac 0.10</strong></a><br /> By <a href="http://www.edgewall.org/">Edgewall Software</a>. </p> <p class="right"> Visit the Trac open source project at<br /><a href="http://trac.edgewall.com/">http://trac.edgewall.com/</a> </p> </div> </body> </html>

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Center for Sustainable EnterpriseKenan-Flagler Business School October 2003 UpdateNews UNC Kenan-Flagler Leader in Sustainability Education: Last week the Aspen Institute and the World Resources Institute, through its Beyond Grey Pinstripes survey

Lec021808.ppt

UNC - COMP - 380

How Computers WorkPart 3 18 February 2008Data TypesComputer doesn't know what the bits represents or what format is being used Computer assumes that the instructions know the format of the data What are the types of data?Numbers, text, p

Feb16.doc

UMass Lowell - FACULTY - 475

For Tuesday: read section 5.2 HOMEWORK Return assignments # through #3 Collect assignment #4 Arrange coordinates so that (0,0) is at upper left, with the first coordinate (n) indexing rows and the second coordinate (k) indexing columns: (0,0) (1,0) (

11.17.doc

UMass Lowell - FACULTY - 141

Periodic functions: We say f has period p (with p>0) if f(x+p)=f(x) for all x. E.g., sin x and cos x have period 2 (and period 4 , and period 6 , etc.). Is every function with period 2 a trig function? .?. No; for instance, let f(x) be the fractional

11.03.doc

UMass Lowell - FACULTY - 141

Section 3.4: Exponential growth and decay, concluded Recall: If we have a population in which birth occurs, but not death, and there is no interaction between members of the population, then the size of the population at time t (written as P(t) satis

Real+Property+Manager.doc

UNC - READ - 4720595

IREDELL COUNTY JOB DESCRIPTION Job Title: Real Property Manager Department: Tax Administration & Land Records Revised: 2/07 GENERAL STATEMENT OF JOB Under general supervision, performs administrative, supervisory and complex technical work managing t

triclubdues.doc

UNC - READ - 3053140

People who have paid dues Matt Conrec Jeff Coulter Eric Smith (+uniform) Chris Tommerdahl Levon Lee Alec Pearson Sarah Hancox James Ellinger Melissa Henderson Matthew Moye (+uniform) Jessica Anders Heather Wachtler Elisa Mayes Olin Johnson Meredith P

11.19.doc

UMass Lowell - FACULTY - 141

A remark about rigor homework and exams: Non-rigorous proofs can get you partial credit, but you'll get MORE partial credit if you show that you recognize that your proof is non-rigorous. (E.g., if you're asked to prove that the derivative of every f

Oct21.doc

UMass Lowell - FACULTY - 491

Any questions about the homework or the material? The take-home exam (now available on the web) will be due at the start of class next Tuesday (Oct. 28). If you're finding any of the material difficult, now is the time to see me and get help. If you

Sept25.doc

UMass Lowell - FACULTY - 491

I've looked over the homeworks, and it seems like a large part of the problem is that you sometimes don't know what I'm asking you for. Please don't be shy about sending me email if you feel like you may be missing the point of a question (e.g., if i

Sept11.doc

UMass Lowell - FACULTY - 491

Office hours: Tuesdays from 2:15 to 2:45 p.m. (in B107 until further notice) Thursdays from 12:15 to 12:45 p.m. (in 813 Van Vleck) Theorem: If f(0) = 0, then 1/(1-f) = 1 + f + f^2 + f^3 + . Proof: Let g = 1 + f + f^2 + f^3 + . (check that this is wel

Apr18.doc

UMass Lowell - FACULTY - 475

For Thursday: read 8.3 Section 8.2: Stirling numbers Fix a non-negative integer p. One basis for the space of polynomials of degree p is the "monomial basis" {n^0, n^1, n^2, ., n^p}; another basis is {(n choose 0), (n choose 1), ., (n choose p)}; an

Oct07.doc

UMass Lowell - FACULTY - 491

Any questions about the homework or the material? TODAY: The strip-tiling theorem Weighted enumeration Domino tilings of the 2-by-n rectangle (again) Use cell-labels L, R, T, B Give example of a tiling of a 2-by-5 with labeled cells Frontiers: LL, LR

Nov20.doc

UMass Lowell - FACULTY - 491

TODAY: Non-commuting variables The sign of a permutation Permanents and determinants Lindstrom's lemma Non-commuting variables Stephen showed you a q-binomial theorem; here's one I like better. Suppose x,y are non-commuting variables satisfying yx=qx

Feb07.doc

UMass Lowell - FACULTY - 475

OFFICE HOURS: Tuesdays and Thursdays, 10:50-11:50 in Van Vleck 813 (10:55-11:55 isn't working for me), plus the caf hours (as announced before; see the web page) Also by appointment. Come to my office and cafe hours. (I'll say this again.) READING Fo

1.30.doc

UMass Lowell - FACULTY - 142

[Write on board:] James Propp Office: OH 428C Phone: 978-934-2438 Email: jpropp@cs.uml.ignorethispart.edu Course web-page: faculty.uml.edu/jpropp/142 Welcome to Math 142! Honors calculus is the first math course I took in college and the first course

5.09.doc

UMass Lowell - FACULTY - 142

The "Get at automatic A in my course if you can solve this" problem: Find two differentiable functions f, g such that the functions f g and fg do not have antiderivatives. Solution by Prof. Kheifets: Take {x2 sin 1/x4 { {0 {x2 cos 1/x4 { {0 if x 0

11.13.doc

UMass Lowell - FACULTY - 141

Section 4.1, concluded How do we find global maxima and minima for a function on a closed interval? We look at endpoints and local maxima and minima. How do we find local maxima and minima? We look at all the critical points. Definition: A critical n

Mar02.doc

UMass Lowell - FACULTY - 475

[Return assignments #1 through #4 Collect assignment #5] Exam format: Closed book, closed notebook, no calculators. How many sequences of length ten, consisting of 0's and 1's, add up to six? . 10 choose 6. Interpret via sets and multisets: . 6-combi

Jan26.doc

UMass Lowell - FACULTY - 475

Office/cafe hours: Tuesdays _and_ Thursdays, 10:50-11:50 in Van Vleck 813 Tuesdays, 2:45-4:00 at the State Street Steep and Brew Wednesdays, 1:30-3:30 at the State Street Steep and Brew READING For next Tuesday: read second section of Chapter 3 For n

FARS Assignment.doc

University of Illinois, Urbana Champaign - SHELLEY - 301

FARS Assignment (also Jennings, Chapter 1)CF1-6. List five different categories of potential users of financial statements. (Group 3) CF1-6. Investors, creditors, employees, suppliers, customers, regulators. CF1-7. Who did the FASB decide to focus

Concept Mapping Assignment.doc

University of Illinois, Urbana Champaign - SHELLEY - 301

InClass Concept Mapping Assignment Definition: "Concept maps are tools for organizing and representing knowledge. The include concepts, usually enclosed in circles or boxes of some type, and relationships between concepts or propositions, indicat

Session14_Completely_Randomized_Factorial_Designs.ppt

Idaho - WEBPAGES - 507

Completely Randomized Factorial Design With Two FactorsAssumptions: In addition to the assumptions that we already talked about this design assumes: 1) Two or more factors, each factor having two or more levels. 1) All levels of each factor are inve

Session15_CRF_Police_Attitude_Example.ppt

Idaho - WEBPAGES - 507

Completely Randomized Factorial Design With Two Factors ExampleA police department in a big city want to assess their human relations course for new officers. The independent variables are the type of neighborhood the officers get to be assigned to

Session14_AnalysisofVarianceDesings.doc

Idaho - WEBPAGES - 507

Analysis of Variance Designs I. Systematic Designs II. Randomized designs with one treatment a. Experimental units not subdivided on any bases other than randomization prior to assignment to treatment levels; no restriction on random assignment other

HW2-507-07.doc

Idaho - WEBPAGES - 507

HW2STAT50707 Exercise 5.2: Answer all parts in addition to the following part d: d) Use REGWR procedure to control for the strong familywise error rate; SNK to control for FDR; protected LSD to control for the familywise error rate; and LSD to contr

HW3.doc

Idaho - WEBPAGES - 507

Exercise 10.2 Problem 10.3 Exercise 11.2 Problem 11.2 Follow the steps: 1) Write down the linear model. 2) Identify the hypotheses you want to test. 3) Evaluate the error term and see if you need to perform any transformations 4) If you need any tr

L19-Exponential.txt

Idaho - WEBPAGES - 301

# Normal graphlambda <- 5x <- seq(0,3, by = 0.1)f.x <- lambda*exp(-x*lambda)plot(x,f.x,type="l",xlab = "x", ylab = "f(x)")abline(v=1/lambda)

L12-ExpectationPlayingTheBernoulliGame.txt

Idaho - WEBPAGES - 301

games <- 1000000win <- 0for(i in 1:games){ if(runif(1)>(5/6){ win <- win + 6 - 1 }else{ win <- win - 1 }}win/games

L6-BirthdayProblem.txt

Idaho - WEBPAGES - 301

x <- 1for(i in 0:69){ x <- x * (365-i)/365}

Distribution_plotting_R.txt

Idaho - WEBPAGES - 451

# datax <- seq(0.01, 20, by=0.01)# gamma pdf GAM(x;th,k)th <- 2k <- 2y <- (1/(th^k)*gamma(k)*x^(k-1)*exp(-x/th)plot(x,y, type="l")# exponential pdf EXP(x; th)th <- 2y <- (1/th)*exp(-x/th)plot(x,y, type="l")# Weibull pdf WEI(x; th, bt

Loss_Risk_Minimax.txt

Idaho - WEBPAGES - 452

mu <- seq(0,10,by=0.01)T.2 <- exp(-mu)*(exp(mu/exp(2)-2*exp(-mu*(1-1/exp(1)+exp(-mu)T.1 <- exp(-mu)*(1-exp(-mu)#plotting the Risk for plot(mu,T.1,ylab="T1 (dots) and T2 (line)",xlab="mu")lines(mu,T.2,type="l")#finding the maximum for T2T2.mu

L15-Negative-Binomial-light-bulbs.txt

Idaho - WEBPAGES - 301

# Negative binomial light bulb examplex <- 0:100r <- 3p <- 0.1y <- choose(x+r-1,r-1)*(p^r)*(1-p)^xy.cdf <- cumsum(y)#pmfplot(x,y,xlab="x",ylab="P(X=x)",type="h")#CDFplot(x,y.cdf,xlab="x",ylab="P<=x)",type="S")#pmf using line graphsplot(

L18-Normal-and-Percentiles.txt

Idaho - WEBPAGES - 301

# Normal graphmu <- 70sigma <- 2.5x <- seq(mu-4*sigma,mu+4*sigma, by = 0.1)f.x <- (1/sqrt(2*pi*sigma^2)*exp(-(x-mu)^2/(2*sigma^2)plot(x,f.x,type="l",xlab = "x", ylab = "f(x)",xlim=c(30,110)abline(v=mu)text(mu,0.01,labels="mu=70",pos=3)ablin

natal.txt

Duke - STA - 242

"species""bodymass""maxdist""type""Didelphis virginianus"2.41455.152"O""Phascogale tapotafa"0.1726.8"C""Trichosurus vulpecula"2.9312.8"C""Sorex araneus"0.0040.869"C""Scapanus townsendii"0.1480.856"O""Ursus americanus"104.452

Feb28.doc

UMass Lowell - FACULTY - 475

For Thursday: read section 6.2 (we'll pick up with section 6.3 after the midterm) Review chapters 1, 2, 3, and 5 and bring in questions on Thursday. If you have any requests that might require advance preparation on my part, send me email later today

09.04.doc

UMass Lowell - FACULTY - 141

[Go around, get names] [Ask the students about their academic and non-academic interests Ask people why they signed up for the course Ask them about their math backgrounds (esp. calculus) Ask about their best and worst math experiences] Any questions

Feb23.doc

UMass Lowell - FACULTY - 475

For Tuesdayday: read section 6.1 (and 6.2 if time permits) A shortcut for computing an individual row of Pascal's triangle: Theorem: C(n,k) = (n-k+1)/k) C(n,k-1). Application: n=6: 1,6,15,20,15,6,1. Proof: This formula can be rewritten as C(n,k) k =

PCI_original.ppt

UMass Lowell - CS - 560

PCIOlder PC Implementations2Newer PC Implementations3PCI Overview4PCI Features32-Bitor 64-Bit address and data 66 or 33 down to 0 MHz synchronous operation Single or multiple bus masters Reflected bus signaling Stepped signaling Bus

Income+Eligibility+2009+Homestead+Exclusion.doc

UNC - READ - 4713364

North Carolina Department of RevenueMichael F. Easley Governor July 1, 2008 MEMORANDUM TO: FROM: RE: County Assessors David D. Duty, Property Valuation Specialist I Property Tax Division Income Eligibility Limit-2009 Homestead Exclusion and Circuit

2008+Summer+Conference+Agenda.doc

UNC - READ - 4687845

2008 Joint Summer NCAAO/NCTCA ConferenceSunday, July 13, 200812:00-6:00 Afternoon Activities Annual Golf Tournament High Vista Golf Club Asheville, North Carolina Golf Luncheon- Sponsored By: Turner Business Appraisers 1:00-6:00 pm Conference Regis

2008+Summer+Conference+Agenda+(8).doc

UNC - READ - 4696366