function submitForm(frmtoSubmit){ if(frmtoSubmit){ frmtoSubmit.submit(); } } function submitFormName(frmtoSubmit){ for(var i=0;i' + 'body {' + ' font-family: Verdana, Arial, Helvetica, sans-serif;' + ' font-size: 8.5pt;' + ' font-style: normal;' + ' line-height: normal;' + ' font-weight: normal;' + ' font-variant: normal;' + ' margin: 0px;' + ' padding: 0px;' + '}' + '' + '' + '' + '
' + 'Would you like a quote for the product you are viewing ?' + '
' + '' + ' ' + '' + '
'; winConfirm.document.writeln( theHTML ); } function showSelectConfirm(){ var windowWidth = 250; var windowHeight = 110; var locX = ( screen.width - windowWidth ) / 2; var locY = ( screen.height - windowHeight ) / 2; var windowFeatures = "width=" + windowWidth + ",height=" + windowHeight + ",screenX=" + locX + ",screenY=" + locY + ",left=" + locX + ",top=" + locY; /* Close window first to make sure that our window has */ /* the desired features */ if ( ( winConfirm1 != null ) && !winConfirm1.closed ) { winConfirm1.close(); } /* Open the new confirm */ winConfirm1 = open( "", "winConfirm1", windowFeatures ); /* Write to the confirm box */ var theHTML = 'Please choose...' + '' + '' + '' + '
' + 'Would you like a quote for products or an integrated system ?' + '
' + '' + ' ' + '' + '
'; winConfirm1.document.writeln( theHTML ); } function showSystemConfirm(){ var windowWidth = 250; var windowHeight = 100; var locX = ( screen.width - windowWidth ) / 2; var locY = ( screen.height - windowHeight ) / 2; var windowFeatures = "width=" + windowWidth + ",height=" + windowHeight + ",screenX=" + locX + ",screenY=" + locY + ",left=" + locX + ",top=" + locY; /* Close window first to make sure that our window has */ /* the desired features */ if ( ( winConfirm2 != null ) && !winConfirm2.closed ) { winConfirm2.close(); } /* Open the new confirm */ winConfirm2 = open( "", "winConfirm2", windowFeatures ); /* Write to the confirm box */ var theHTML = 'Please choose...' + '' + ' ' + '' + '
' + 'Would you like Jiskoot to recommend the system components or would you like to select them ?' + '
' + '' + ' ' + '' + '
'; winConfirm2.document.writeln( theHTML ); } function showSystemConfirm1(){ var windowWidth = 250; var windowHeight = 150; var locX = ( screen.width - windowWidth ) / 2; var locY = ( screen.height - windowHeight ) / 2; var windowFeatures = "width=" + windowWidth + ",height=" + windowHeight + ",screenX=" + locX + ",screenY=" + locY + ",left=" + locX + ",top=" + locY; /* Close window first to make sure that our window has */ /* the desired features */ if ( ( winConfirm3 != null ) && !winConfirm3.closed ) { winConfirm3.close(); } /* Open the new confirm */ winConfirm3 = open( "", "winConfirm3", windowFeatures ); /* Write to the confirm box */ var theHTML = 'Please choose...' + '' + '' + '' + '
' + 'Would you like a standard system or would you like to select the components ?' + '
' + '' + ' ' + '' + '
'; winConfirm3.document.writeln( theHTML ); } function buttonClicked( buttonChoice,typechoice ) { var objfrm; for(var i=0;i250){ return msgConfirm("Are you sure that your minimum flow rate low enough? In marine unloading applications the minimum flow rate is normally less than 250m3/hr when stripping and at start-up"); }else{ bRetval=true; } //}else // bRetval=true; break; case "3": //pipeline bRetval=true; break; } return bRetval; } function validate_vel(objfrm){ bRetVal = false; try{ var maxvel=0; var ID=0; ID = converttoinch(objfrm.InternalDiamter.value,objfrm); IntD = ID * 0.0254; maxvel = (converttom3(objfrm.maximumflowrate.value,"max",objfrm) / (900*Math.PI* Math.pow(IntD,2))); if(maxvel > 8){ return msgConfirm("Are sure you maximum flow rate is low enough? The current velocity is higher than 8 m/s and this is high for this duty"); }else{ bRetval=true; } }catch(e){ bRetval=true; } return bRetval; } function validate_minvis(objfrm){ if(converttocst(objfrm.Viscosity.value,objfrm) < 1.5){ return msgConfirm("Are you sure the viscosity is correct. This is a low viscosity and this will dramatically affect the natural mixing."); }else if(converttocst(objfrm.Viscosity.value,objfrm) >250){ return msgConfirm("Are you sure the viscosity is correct. This is a high viscosity for this type of application."); } return true; } function validate_density(objfrm){ var SG = objfrm.API.value; if (SG < 10){ SG = SG * 1000; }else if (SG >= 10 && SG <= 100){ SG = 141.5*1000/(131.5+SG); } if( SG < 650 || SG > 950){ return msgConfirm("Are you sure the density is correct. Please check the figure entered."); } return true; } function converttoinch(pVal,objfrm){ if(objfrm.internaldiametertype.value=="mm"){ return pVal/25.4; }else return pVal; } function converttom3(pVal,pType,objfrm){ var flowtype; if(pType=="min"){ flowtype=objfrm.minflowratetype.value; }else if(pType=="max"){ flowtype=objfrm.maxflowratetype.value; } if(flowtype=="bbl"){ return pVal/6.2898108; }else{ return pVal; } } function converttocst(pVal,objfrm){ if(objfrm.viscositytype.value=="cp"){ //var SG = document.frmcalc.API.value/1000; var SG = objfrm.API.value; if (SG >100){ SG = SG /1000; }else if (SG >= 10 && SG <= 100){ SG = 141.5*1000/(131.5+SG); } return pVal/SG; }else return pVal; } function performcalc(){ var bRetVal=false; var objfrm; for(var i=0;i 0){ validator=true; break; } } }else{//only one product var quantityname = "quantity" + objfrm.elements['productid[]'].value; var quantityelement = objfrm.elements[quantityname]; var quantity = quantityelement.value; if(quantity > 0){ validator=false; }else{ validator=true; } } } } if(!validator){ alert("Please select a product"); return; } objfrm.submit(); } function validateProdSelection(){ var validator=false; var systemselector = false; for(var i=0;i 0){ //if(mybtn[i].checked){ validator=true; break; } } }else{//only one product var quantityname = "quantity" + mybtn.value; var quantityelement = objfrm.elements[quantityname]; var quantity = quantityelement.value; if(quantity > 0){ //if(mybtn.checked){ validator=true; } } } //validator=true; break; //} } }else{//only one product //if(objfrm.parentproductid.checked){ var subprodctname = "productid" + objfrm.parentproductid.value+'[]'; var mybtn = objfrm.elements[subprodctname]; if(mybtn){ if(mybtn.length){//more than one product for(var k=0;k 0){ //if(mybtn[i].checked){ validator=true; break; } } }else{//only one product var quantityname = "quantity" + mybtn.value; var quantityelement = objfrm.elements[quantityname]; var quantity = quantityelement.value; if(quantity > 0){ //if(mybtn.checked){ validator=true; } } } validator=true; //} } } if(objfrm.system){ if(objfrm.system.length){//more than one product var element = objfrm.system; for(var l=0;l 0){ validator=true; break; } } }else{//only one product var quantityname = "quantity" + mybtn.value; var quantityelement = objfrm.elements[quantityname]; var quantity = quantityelement.value; if(quantity > 0){ validator=true; } } } systemselector=true; //break; } }else{//only one product var subprodctname = "productid" + mymainproduct.value+'[]'; var mybtn = objfrm.elements[subprodctname]; if(mybtn){ if(mybtn.length){//more than one product for(var k=0;k 0){ validator=true; break; } } }else{//only one product var quantityname = "quantity" + mybtn.value; var quantityelement = objfrm.elements[quantityname]; var quantity = quantityelement.value; if(quantity > 0){ validator=true; } } } // validator=true; systemselector=true; } } if(!validator){ alert("Please select a product"); return; } /*if(systemselector){ if(msgConfirm("Do you want to select a list of components or do you want Jiskoot to recommend ?")){ objfrm.recommend.value="1"; } }*/ objfrm.submit(); } } function showhidediv(divid){ oDiv = document.getElementById(divid); if(oDiv){ if(oDiv.style.display=='block'){ oDiv.style.display='none'; oImg = document.getElementById("img"+divid); if(oImg){ oImg.src="images/ftv2pnode.gif"; } }else{ oDiv.style.display='block'; oImg = document.getElementById("img"+divid); if(oImg){ oImg.src="images/ftv2mnode.gif"; } } } DV=document.body.getElementsByTagName('div'); if(DV){ for (i=0;i 60){ retval=msgConfirm("Your operating temperature is above 60C. Are you sure this is correct?"); if(!retval){ return false; } } if(selTemp< 5){ //alert("This is a low operating temperature, please call us on the number below or enter your email address below and click send and we will contact you"); alert("This is a low operating temperature, please call us on the number below or enter your email address using the enquiry form by clicking the Enquiry button and we will contact you"); return false; } if(!validateoptemp(selTemp)){ return false; } if(selpress> 150){ if(pressunit=="psi"){ retval=msgConfirm("Your operating pressure is higher than 2175 psi. This may have a significant impact the system design required. Are you sure this is correct?"); }else{ retval=msgConfirm("Your operating pressure is higher than 150 bar . This may have a significant impact the system design required. Are you sure this is correct?"); } if(!retval){ return false; } } appselected = objfrm.samplingapplication.options[objfrm.samplingapplication.selectedIndex].value; if(tempunit=="fahrenheit"){ selTemp = (objfrm.txtOPtemp.value - 32 ) / 1.8; } if(pressunit=="psi"){ selpress = (objfrm.txtOPpress.value ) / 14.503861; } if((appselected == "Marine Loading" || appselected=="Marine UnLoading" || appselected=="Pipeline Transfer- unstabilised crude" || appselected=="Pipeline Transfer- stabilised crude") && (selTemp <5 || selTemp> 60 )){ retval=msgConfirm("Your operating temperature is outside the normal range for " + appselected + " operations. Are you sure this is correct?"); if(!retval){ return false; } } if((appselected == "Marine Loading" ) && (selpress> 50 )){ retval=msgConfirm("Your operating pressure is higher than normal for marine loading. Are you sure this is correct?"); if(!retval){ return false; } } if((appselected == "Marine UnLoading" ) && (selpress> 25 )){ retval=msgConfirm("Your operating pressure is higher than normal for marine unloading. Are you sure this is correct?"); if(!retval){ return false; } } if((appselected == "Pipeline Transfer- unstabilised crude" || appselected == "Pipeline Transfer- stabilised crude") && (selpress> 100 )){ retval=msgConfirm("Your operating pressure is higher than normal for pipeline transportation. Are you sure this is correct?"); if(!retval){ return false; } } if((appselected == "Production/Allocation" || appselected == "Production/Watercut") && (selpress> 150 )){ retval=msgConfirm("Your operating pressure is higher than normal for production operations. Are you sure this is correct?"); if(!retval){ return false; } } if(appselected == "Marine UnLoading"){ if(converttom3(objfrm.txtminflowrate.value,"min",objfrm)>250){ retval = msgConfirm("Are you sure that your minimum flow rate low enough? In marine unloading applications the minimum flow rate is normally less than 250m3/hr when stripping and at start-up"); if(!retval){ return false; } } } try{ var maxvel=0; var ID=0; ID = converttoinch(objfrm.txtLineSize.value,objfrm); IntD = ID * 0.0254; maxvel = (converttom3(objfrm.txtmaxflowrate.value,"max",objfrm) / (900*Math.PI* Math.pow(IntD,2))); if(maxvel > 8){ retval = msgConfirm("Are you sure that your maximum flow rate is low enough? The current velocity is higher than 8 m/s and this is high for this duty"); if(!retval){ return false; } } }catch(e){ bRetval=true; } if(selTemp> 40){ openWind('vaporpressure.php','vapor','top=150,left=300,width=350,height=250,scrollbars=yes'); retval=false; return false; } return retval; } function validateoptemp(optempcelsius){ retval = validateoperatingtemppoints(optempcelsius,'PourPoint','pour point'); if(!retval){ return retval; } retval = validateoperatingtemppoints(optempcelsius,'CloudPoint','cloud point'); if(!retval){ return retval; } return true; } function validateoperatingtemppoints(optempcelsius,elementname, selement){ var objfrm = document.form1; var objelements; if(objfrm.elements[elementname]){ objelements = objfrm.elements[elementname]; } //var objelements = objfrm.PourPoint1; if(objelements){ if(objelements.length){ for(var i=0;i250){ retval = msgConfirm("Are you sure that your minimum flow rate low enough? In marine unloading applications the minimum flow rate is normally less than 250m3/hr when stripping and at start-up"); if(!retval){ return false; } } } try{ var maxvel=0; var ID=0; ID = converttoinch(objfrm.txtLineSize.value,objfrm); IntD = ID * 0.0254; maxvel = (converttom3(objfrm.txtmaxflowrate.value,"max",objfrm) / (900*Math.PI* Math.pow(IntD,2))); if(maxvel > 8){ retval = msgConfirm("Are you sure that your maximum flow rate is low enough? The current velocity is higher than 8 m/s and this is high for this duty"); if(!retval){ return false; } } }catch(e){ bRetval=true; } return retval; } function checkcloudpour(crudeoilid,optemp){ if(navigator.appName == "Microsoft Internet Explorer") { objhttprequest = new ActiveXObject("Microsoft.XMLHTTP"); } else { objhttprequest = new XMLHttpRequest(); } var myurl = "checkcloudpour.php" ; var returnval=""; objhttprequest.open("GET", myurl + "?crudeoilid=" + escape(crudeoilid) + "&optemp=" + optemp, true); objhttprequest.onreadystatechange=function() { if (objhttprequest.readyState==4) { returnval =objhttprequest.responseText; } } objhttprequest.send(null); return returnval; } function isChecked(objfrm){ if(objfrm){ for(i=0;i< objfrm.elements.length;i++){ if(objfrm.elements[i].checked) return true; } } return false; } function ValidateSampler(){ var objfrm = document.form1; var selectedvalue=""; if(objfrm){ if(objfrm.currentsampler){ selectedvalue=objfrm.currentsampler.options[objfrm.currentsampler.selectedIndex].value; } } if(selectedvalue.indexOf("Auto") != -1){//selected an auto sampler openWind('proved.php?sampler='+ selectedvalue,"proved","top=150,left=300,width=358,height=380,scrollbars=auto"); } return false; } function Validateprove(){ var objfrm = document.form1; var selectedvalue=""; var mixingtype=""; if(objfrm){ if(objfrm.rdoproved){ if(objfrm.rdoproved.length){ for(var i=0;i0){ if( isNaN(objfrm.txtCloudPoint1.value) ){ alert("Please enter a numerical value for Cloud Point"); objfrm.txtCloudPoint1.focus(); return false; } } if( objfrm.txtPourPoint1.value.length>0){ if( isNaN(objfrm.txtPourPoint1.value) ){ alert("Please enter a numerical value for Pour Point"); objfrm.txtPourPoint1.focus(); return false; } } if( objfrm.txtT1.value.length>0){ if( isNaN(objfrm.txtT1.value) ){ alert("Please enter a numerical value for temperature"); objfrm.txtT1.focus(); return false; } } if( objfrm.txtT2.value.length>0){ if( isNaN(objfrm.txtT2.value) ){ alert("Please enter a numerical value for temperature"); objfrm.txtT2.focus(); return false; } } if( objfrm.txtV1.value.length>0){ if( isNaN(objfrm.txtV1.value) ){ alert("Please enter a numerical value for viscosity"); objfrm.txtV1.focus(); return false; } } if( objfrm.txtV2.value.length>0){ if( isNaN(objfrm.txtV2.value) ){ alert("Please enter a numerical value for viscosity"); objfrm.txtV2.focus(); return false; } } /*if( objfrm.txtRVP1.value.length>0){ if( isNaN(objfrm.txtRVP1.value) ){ alert("Please enter a numerical value for Vapor pressure"); return false; } }*/ /*if( objfrm.txtRVP2.value.length>0){ if( isNaN(objfrm.txtRVP2.value) ){ alert("Please enter a numerical value for Vapor pressure"); return false; } }*/ //if( objfrm.txtRVP1.value.length>0 && objfrm.txtRVP2.value.length>0){ if( objfrm.txtRVP2.value.length>0){ var enteredrvp=objfrm.txtRVP2.value; srvpunit = objfrm.rvpunit.options[objfrm.rvpunit.selectedIndex].value; if(srvpunit=="psi"){ enteredrvp=converttobar(enteredrvp); } enteredrvp = parseFloat(enteredrvp); if(enteredrvp > 1){ retval = msgConfirm("Your vapour pressure is above 1 bar. Is this correct? If you are using the sample for density analysis and need to ensure that the light ends are not lost, check the density box below . If not please click ok to proceed or cancel to change the RVP"); if(!retval){ objfrm.txtRVP2.focus(); return false; } } } if( objfrm.txtV1.value.length==0 && objfrm.txtV2.value.length==0 ){ apidens = objfrm.txtAPI.value; openWind('viscositywarning.php?api='+ apidens,'Warning','top=150,left=270,width=350,height=150,scrollbars=yes'); return false; } return true; } function ValidateSel5_3(){ var objfrm = document.form1; var selectedvalue=""; selectedvalue = objfrm.cbomixingtype.options[objfrm.cbomixingtype.selectedIndex].value; if(selectedvalue.length==0){ alert("Please select a mixer system"); return false; } return checksamplerselection(); //return true; } function ValidateSel5_2(){ var objfrm = document.form1; var retval=true; /*if(! Validateradiobut("rdoMixerChoice","Please choose to either ignore mixing or choose new mixer")){ return false; }*/ if(! Validateradiobut("rdoDrainChoice","Can the line can be drained to install the mixer?")){ return false; } if(! Validateradiobut("rdoFlowturndown","Is the flow turndown greater than 4:1")){ return false; } if(! Validateradiobut("rdopressuredrop","Is a pressure drop higher than 0.5 bar acceptable?")){ return false; } return true; } function ValidateSel5_1_1_1(){ var objfrm = document.form1; var retval=true; if(! Validateradiobut("rdoDrainChoice","Can the line can be drained to install the mixer?")){ return false; } if(! Validateradiobut("rdoFlowturndown","Is the flow turndown greater than 4:1")){ return false; } if(! Validateradiobut("rdopressuredrop","Is a pressure drop higher than 0.5 bar acceptable?")){ return false; } return true; } function ValidateSel5_4(){ var objfrm = document.form1; var retval=true; if(! Validateradiobut("rdoDrainChoice","Please choose Yes or No")){ return false; } return true; } function ValidateSel5_8(){ var objfrm = document.form1; var retval=true; if(! Validateradiobut("rdoFlowturndown","Please choose Yes or No")){ return false; } return true; } function ValidateSel5_10(){ var objfrm = document.form1; var retval=true; if(! Validateradiobut("rdopressuredrop","Please choose Yes or No")){ return false; } return true; } function ValidateSel5_10_1(){ var objfrm = document.form1; var retval=true; if(! Validateradiobut("rdopressuredrop","Please choose a preferred mixing system")){ return false; } return true; } function ValidateSel5_11(){ var objfrm = document.form1; var retval=true; if(! Validateradiobut("rdoCross","Please choose Yes or No")){ return false; } return true; } function ValidateSel5_12(){ var objfrm = document.form1; var retval=true; if(! Validateradiobut("rdoCabinet","Please choose Yes or No")){ return false; } return true; } function ValidateSel5_13(){ var objfrm = document.form1; var retval=true; /*if(! Validateradiobut("rdoSample","Please choose Yes or No")){ return false; }*/ return true; } function ValidateSel5_9(){ var objfrm = document.form1; var retval=true; if(! Validateradiobut("rdoChoseJetmix","Please choose Yes or No")){ return false; } return true; } function ValidateSel5_7(){ var objfrm = document.form1; var retval=true; if(! Validateradiobut("rdoAnalyser","Please select an answer for all the questions")){ return false; } if(! Validateradiobut("rdoCross","Please select an answer for all the questions ")){ return false; } if(! Validateradiobut("rdoCabinet","Please select an answer for all the questions ")){ return false; } //if(! Validateradiobut("rdoSample","Please select an answer for all the questions")){ // return false; //} return true; } function systemproved(){ var objfrm = document.form1; var selectedvalue=""; if(objfrm.rdoproved){ var objelement = objfrm.rdoproved; if(objelement.length){ for(var i=0;i 1){ API = JSCrudeArray[objfrm.cboCrude.selectedIndex]; objfrm.txtProveAPI.value= API; } } } } function Validateviscositycalc(){ var objfrm = document.form1; var retval=true; if( objfrm.txtT1.value.length==0 || objfrm.txtV1.value.length==0 || objfrm.txtT2.value.length==0 || objfrm.txtV2.value.length==0){ alert("Please enter all the values"); return false; } if( isNaN(objfrm.txtT1.value) ||isNaN(objfrm.txtV1.value) ||isNaN(objfrm.T2.value) ||isNaN(objfrm.V2.value)){ alert("Please enter a numerical value for all values"); return false; } return true; } function Validatedensitycalc(){ var objfrm = document.form1; var retval=true; if( objfrm.txtAPI.value.length==0 || objfrm.txtOPtemp.value.length==0){ alert("Please enter all the values"); return false; } if( isNaN(objfrm.txtAPI.value) ||isNaN(objfrm.txtOPtemp.value) ){ alert("Please enter a numerical value for all values"); return false; } return true; } function openViscCalc(){ var sURL = "viscositycalc.php?callback=yes&T1=" + document.form1.txtT1.value + "&T2="+document.form1.txtT2.value + "&V1="+document.form1.txtV1.value + "&V2="+document.form1.txtV2.value; openWind(sURL,'ViscCalc','top=250,left=300,width=410,height=350,scrollbars=yes'); } function openDensCalc(){ var sURL = "densitycalc.php?callback=yes&API=" + document.form1.txtAPI.value; openWind(sURL,'ViscCalc','top=150,left=300,width=450,height=550,scrollbars=yes'); } function flowclick(bValue,elementname){ sMessage="Your calculated flow is "; var objfrm = document.form1; objelement = objfrm.elements[elementname]; selectedvalue=""; if(objelement){ if(objelement.length){ for(var i=0;i