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<?php
											 
											/*
												Code
												© Charles Chandler
												http://qdl.scs-inc.us/?top=7981
											*/
											 
											$joules = 0;
											$masses = 0;
											$massPg = GetPageByID(7941);
											$elemPg = GetPageByID(7083);
											$rsltPg = GetPageByID(7959);
											$massArr = TableToArray($massPg->contents);
											$elemArr = TableToArray($elemPg->contents);
											define('solVol_m3', 1.412 * pow(10, 27));
											define('solTemp_K', LU(12057, 'sun_temperature'));
											$scaleFactor3 = 20;
											$scaleFactor4 = 20;
											$scaleFactor6 = 35;
											 
											$rsltArr = array(
											array(
											0 => '#',
											1 => 'ab.',
											2 => 'kg/m<sup>3</sup>',
											3 => '&times;&thinsp;10<sup>'.$scaleFactor3.'</sup> m<sup>3</sup>',
											4 => '&times;&thinsp;10<sup>'.$scaleFactor4.'</sup> kg',
											5 => 'J&middot;kg&middot;K',
											6 => '&times;&thinsp;10<sup>'.$scaleFactor6.'</sup> Joules',
											)
											);
											for ($i = 1; $i < sizeof($elemArr); $i++) {
											for ($j = 1; $j < sizeof($massArr); $j++) {
											if ($elemArr[$i][1] == $massArr[$j][0]) {
											$tmp = array();
											$tmp[0] = $elemArr[$i][0];               // #
											$tmp[1] = $elemArr[$i][1];               // ab.
											$tmp[2] = $elemArr[$i][7];               // kg/m3
											$tmp[3] = $massArr[$j][2] * solVol_m3;   // decimal of total volume * solar volume m3 = m3
											$tmp[4] = $tmp[2] * $tmp[3];             // kg
											$tmp[5] = $elemArr[$i][9];               // J/kg&middot;K
											$tmp[6] = $tmp[4] * $tmp[5] * solTemp_K; // Joules
											$masses += $tmp[4];
											$joules += $tmp[6];
											 
											$tmp[3] = sprintf("%01.3f", round($tmp[3] / pow(10, $scaleFactor3), 3));
											$tmp[4] = sprintf("%01.3f", round($tmp[4] / pow(10, $scaleFactor4), 3));
											$tmp[6] = sprintf("%01.3f", round($tmp[6] / pow(10, $scaleFactor6), 3));
											$rsltArr[] = $tmp;
											}
											}
											}
											$tmp = array();
											$tmp[0] = '';
											$tmp[1] = '';
											$tmp[2] = '';
											$tmp[3] = 'totals: ';
											$tmp[4] = round($masses / pow(10, $scaleFactor4), 3);
											$tmp[5] = '';
											$tmp[6] = round($joules / pow(10, $scaleFactor6), 3);
											$rsltArr[] = $tmp;
											 
											$rsltPg->contents = ArrayToTable($rsltArr, 'standard');
											$rsltPg->CommitToDb('scripting');
											 
											 
											/* $massArr
												0 =>
												array (
												0 => 'ab.',
												1 => 'kg/m3',
												2 => 'decimal of total volume',
												3 => 'mass',
												),
												1 =>
												array (
												0 => 'Os',
												1 => '20000',
												2 => '0.007514766286155780',
												3 => '1.08040924347184e+29',
												),
											*/
											 
											/* $elemArr
												0 =>
												array (
												0 => '#',
												1 => 'ab.',
												2 => 'name',
												3 => 'per',
												4 => 'grp',
												5 => 'b.p. K',
												6 => 'a.mass',
												7 => 'kg/m3',
												8 => 'at24/m3',
												9 => 'J/kg&middot;K',
												),
												1 =>
												array (
												0 => '1',
												1 => 'H',
												2 => 'hydrogen',
												3 => '1',
												4 => '1',
												5 => '20',
												6 => '1.0079',
												7 => '76',
												8 => '40626',
												9 => '14304',
												),
											*/
											 
										?>
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