0) { // Wysokość podnoszenia // =======================================================================================// unset($scope); unset($dataP); unset($dataH); $wynik = mysql_query("select PEP_X_PARAM from seg_pump_eng_param where PEP_TYPE='H' and PEP_PUP_ID=".$_SESSION['well_details']['pumpID']." order by PEP_X_PARAM"); if($wynik)while ($r = mysql_fetch_array($wynik)) { $dataP[] = (float) $r["PEP_X_PARAM"]; } $wynik = mysql_query("select TSD_VAL_04/60 PEP_X_PARAM, TSD_VAL_08 PEP_Y_PARAM from tst_tests left join tst_test_details on TSD_TST_ID=TST_ID where TST_ID=".$_GET['t']." order by TSD_MSR_STEP"); if($wynik)while ($r = mysql_fetch_array($wynik)) { $dataH[] = array( $r["PEP_X_PARAM"]*60, $r["PEP_Y_PARAM"] ); } $fileName_new=createChartFileNamePng("site401lift"); if ($_GET['d']>0 && $_GET['t']>0 && count($dataH)>1) { include("./polynomial/hpCharts.php"); createLiftChart($dataP, $dataH, $lift401Array[0]['RHD_Q_VAL'], $fileName_new, 969, 600, 20, 15, 1, $hp); } unset($newParam); // =======================================================================================// } ?>
Wysokość podnoszenia dla studni
Wysokość podnoszenia [m]