$defScoreH = $pdf->GetPageHeight() - $pdf->getTopMargin() * 2;
$defScoreW = ($pdf->GetPageWidth() - $defScoreX * 3) / 2;
} elseif ($NumDistances == 3) {
$defScoreX = $pdf->getSideMargin();
$defScoreH = $pdf->GetPageHeight() - $pdf->getTopMargin() * 2;
$defScoreW = ($pdf->GetPageWidth() - $pdf->getSideMargin() * 4) / 3;
} else {
$defScoreX = $pdf->getSideMargin();
$defScoreW = ($pdf->GetPageWidth() - $pdf->getSideMargin() * 3) / 2;
$defScoreH = ($pdf->GetPageHeight() - $pdf->getSideMargin() * 3) / 2;
}
$defScoreX2 = ($pdf->GetPageWidth() + $pdf->getSideMargin()) / 2;
$defScoreY = $pdf->getSideMargin();
$defScoreY2 = ($pdf->GetPageHeight() + $pdf->getSideMargin()) / 2;
$MisArray = array(1 => array($defScoreX, $defScoreY), 2 => array($defScoreX2, $defScoreY), 3 => array($defScoreX, $defScoreY2), 4 => array($defScoreX2, $defScoreY2), 5 => array($defScoreX, $defScoreY), 6 => array($defScoreX2, $defScoreY), 7 => array($defScoreX, $defScoreY2), 8 => array($defScoreX2, $defScoreY2));
for ($i = 1; $i <= $NumDistances; $i++) {
if ($i == 5) {
$pdf->AddPage($NumDistances < 4 ? "L" : "P");
}
$Value["Dist"] = $Value["D" . $i];
$Value["CurDist"] = $i;
if ($Value["Dist"] != '-') {
$pdf->DrawScore($MisArray[$i][0], $MisArray[$i][1], $defScoreW, $defScoreH, $NumEnd, 3, $Value, $Value["Arr" . $i], $Value["Tot" . $i], $Value["gxD" . $i]);
}
}
}
safe_free_result($Rs);
}
}
$pdf->Output();