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            <title>Re: Differentiating Interpolation Functions -- &quot;Delaunay&quot; Interpolation</title>
        
            <link>http://mathforum.org/kb/thread.jspa?messageID=8166515&amp;tstart=0#8166515</link>

        

            <description><![CDATA[On Saturday, January 26, 2013 1:37:30 AM UTC-5, JCW wrote:<br><font color="#660066">&gt; ...I cannot figure out how to to anything similar with]]></description>

        

            <jf:creationDate>Jan 26, 2013 4:58:53 PM</jf:creationDate>
            <jf:modificationDate>Jan 26, 2013 4:58:53 PM</jf:modificationDate>
            <jf:author>Please.No.EMail@comcast.net</jf:author>
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        <item>
            <title>Differentiating Interpolation Functions -- &quot;Delaunay&quot; Interpolation</title>
        
            <link>http://mathforum.org/kb/thread.jspa?messageID=8157206&amp;tstart=0#8157206</link>

        

            <description><![CDATA[Although I can form a partial-derivative function from an ordinary interpolation function with dD[x_,y_]=N@D[f[x,y],x], I cannot figure out how to to]]></description>

        

            <jf:creationDate>Jan 26, 2013 1:37:30 AM</jf:creationDate>
            <jf:modificationDate>Jan 26, 2013 1:37:30 AM</jf:modificationDate>
            <jf:author>Please.No.EMail@comcast.net</jf:author>
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