XinYu_RZMES/WebContents/G/G01/UIG010020.xrw

<?xml version="1.0" encoding="UTF-8"?>
<?xml-stylesheet type="text/css" href="../../css/body.css" ?>
<xhtml:html xmlns:xhtml="http://www.w3.org/1999/xhtml" xmlns:xsd="http://www.w3.org/2001/XMLSchema" xmlns="http://www.w3.org/2002/01/xforms" xmlns:ev="http://www.w3.org/2001/xml-events">
	<xhtml:head>
		<xhtml:title>
			<![CDATA[炼钢作业 >> 炼钢标准 >> 连铸操作标准录入与查询(UIG010020)]]>
		</xhtml:title>
		<model id="model1">
			<instance id="instance1">
				<root xmlns="">
					<formData>
						<STL_GRD/>
						<PRODNM_CD/>
					</formData>
					<gridData>
						<grid1/>
						<grid2/>
					</gridData>
					<resData/>
					<reqData/>
				</root>
			</instance>
		</model>
		<script type="javascript">
			<![CDATA[
//			动态展示成分
			function dynamicChemGridDisplay()
			{
//				删除已经生成的列
				while(datagrid2.cols > 1)
				{
					datagrid2.deleteColumn(1,false);
				}
				model1.removenode("/root/gridData/grid2");
				model1.makeNode("/root/gridData/grid2");
				
				model1.removenode("/root/reqData");
				model1.makeNode("/root/reqData");
				model1.makeNode("/root/reqData/STL_GRD");
				model1.setValue("/root/reqData/STL_GRD",datagrid1.valueMatrix(datagrid1.row,datagrid1.colRef("STL_GRD")));
				commSubmit("UIG010010-service","find2","glueAction.do");
				
//				判断是否有值
				var nodeLen = instance1.selectSingleNode("/root/resData/SearchChemResult_VO").childNodes.length;
				if(nodeLen == 0)
				{
					alert(" 化学成份为空！ ");
					return;
				}
				
				var rowLoc = new Array();
				rowLoc[0] = new Array();			//datagrid1.fixedRows 表格的第一行 ；CAPTION 
				rowLoc[1] = new Array();			//AMI
				rowLoc[2] = new Array();			//MIN
				rowLoc[3] = new Array();			//MAX
				rowLoc[0][0] = "DESC"
				rowLoc[1][0] = "目标值"
				rowLoc[2][0] = "最大值"
				rowLoc[3][0] = "最小值"
				for(var i = 1 ; i <= nodeLen ; i++)
				{
					rowLoc[0][i] = model1.getValue("root/resData/SearchChemResult_VO/SearchChemResult_Row[" + i + "]/CHEM_CD");
					rowLoc[1][i] = model1.getValue("root/resData/SearchChemResult_VO/SearchChemResult_Row[" + i + "]/CHEM_AIM");
					rowLoc[2][i] = model1.getValue("root/resData/SearchChemResult_VO/SearchChemResult_Row[" + i + "]/CHEM_MAX");
					rowLoc[3][i] = model1.getValue("root/resData/SearchChemResult_VO/SearchChemResult_Row[" + i + "]/CHEM_MIN");
				}
				
//				动态生成表格，
				for(var j = 1 ; j < rowLoc[0].length ; j++)
				{
					datagrid2.addColumn("ref:" + rowLoc[0][j] + "; type:input;");
            					datagrid2.caption = datagrid2.caption + "^" + rowLoc[0][j];
				}
				
//				给表格赋值
				for(var j = 0 ; j< rowLoc[0].length ; j++)
				{
					model1.makeValue("/root/gridData/grid2/SearchChemResult_VO/SearchChemResult_Row[1]/" + rowLoc[0][j],rowLoc[1][j]);
					model1.makeValue("/root/gridData/grid2/SearchChemResult_VO/SearchChemResult_Row[2]/" + rowLoc[0][j],rowLoc[2][j]);
					model1.makeValue("/root/gridData/grid2/SearchChemResult_VO/SearchChemResult_Row[3]/" + rowLoc[0][j],rowLoc[3][j]);
				}
			}
			
			/*
			 *查询操作
			 */
			function find()
			{
				commSendReq("/root/formData");
				commSubmit("UIG010020-service","find1","glueAction.do");
				
				var resnode = instance1.selectSingleNode("/root/resData/stlgrdList_VO");
				if(resnode.childNodes.length == 0)
				{
					alert(" 空数据 ");
					return;
				}
				commAppendData("/root/gridData/grid1/stlgrdList_VO","/root/resData/stlgrdList_VO");
				model.refresh();	
			}
			
//			修改一个牌号所对应的相应的炼钢操作标准
			function save()
			{
				model1.removenode("/root/reqData");
				model1.makeNode("/root/reqData");
				commMultiUpdate(datagrid1,"/root/reqData","A",true,"rowStatus");
				commSubmit("UIG010020-service","save","glueAction.do");
				
				model.refresh();	
			}
//			function update()
//			{
//				model1.removenode("/root/reqData");
//				model1.makeNode("/root/reqData");
//				commMultiUpdate(datagrid1,"/root/reqData","A",true,"rowStatus");
//				commSubmit("UIG010020-service","update","glueAction.do");
//				
//				commAppendData("/root/gridData/grid1/stlgrdList_VO","/root/resData/stlgrdList_VO");
//				model.refresh();	
//			}
//			
//			function insert()
//			{
//				model1.removenode("/root/reqData");
//				model1.makeNode("/root/reqData");
//				commMultiUpdate(datagrid1,"/root/reqData","A",true,"rowStatus");
//				model1.setValue("/root/reqData/stlgrdList_Row[1]/rowStatus","i");
//				commSubmit("UIG010020-service","insert","glueAction.do");
//				
//				commAppendData("/root/gridData/grid1/stlgrdList_VO","/root/resData/stlgrdList_VO");
//				model.refresh();	
//			}
			]]>
		</script>
		<script type="javascript" src="../../js/boaCommon.js"/>
	</xhtml:head>
	<xhtml:body guideline="1,980;2,615;" style="font-family:宋体; ">
		<caption id="caption1" class="cell" style="left:0px; top:5px; width:100px; height:20px; vertical-align:middle; border-color:#000000; ">牌号</caption>
		<input id="input1" ref="/root/formData/STL_GRD" style="left:102px; top:5px; width:110px; height:20px; background-color:#ffff99; border-color:#000000; "/>
		<datagrid id="datagrid1" nodeset="/root/gridData/grid1/stlgrdList_VO/stlgrdList_Row" allowuserresize="true" backcoloralternate="#f7f9f9" caption="选择^牌号^浇铸速度^浇铸速度^浇铸速度^钢包到达温度^凝固温度^凝固温度^中包温度^中包温度^中包温度^结晶器1宽度^结晶器1宽度^结晶器2宽度^结晶器2宽度^结晶器1^结晶器1^结晶器2^结晶器2^比水量|选择^牌号^最小^最大^目标值^钢包到达温度^温度1^温度2^最小^最大^目标值^最小^最大^最小^最大^振频^振幅^振频^振幅^比水量" colsep="^" colwidth="30, 78, 45, 45, 45, 45, 45, 45, 45, 45, 45, 45, 45, 45, 45, 42, 42, 42, 42, 40" defaultrows="30" mergecellsfixedrows="bycolrec" rowsep="|" style="left:0px; top:35px; width:980px; height:490px; border-color:#000000; ">
			<col checkvalue="Y,N" key="CHK" ref="CHK" type="radio"/>
			<col editable="false" ref="STL_GRD" type="input" style="text-align:left; "/>
			<col editable="false" ref="CCM_SPEED_MIN" type="input"/>
			<col editable="false" ref="CCM_SPEED_MAX" type="input"/>
			<col editable="false" ref="CCM_SPEED_AVG" type="input"/>
			<col editable="false" ref="LT_ARRV_TEMP" type="input"/>
			<col editable="false" ref="SOLIDE_TEMP1" type="input"/>
			<col editable="false" ref="SOLIDE_TEMP2" type="input"/>
			<col editable="false" ref="TD_TEMP_MIN" type="input"/>
			<col editable="false" ref="TD_TEMP_MAX" type="input"/>
			<col editable="false" ref="TD_TEMP_AVG" type="input"/>
			<col editable="false" ref="MD1_WTH_MIN" type="input"/>
			<col editable="false" ref="MD1_WTH_MAX" type="input"/>
			<col editable="false" ref="MD2_WTH_MIN" type="input"/>
			<col editable="false" ref="MD2_WTH_MAX" type="input"/>
			<col editable="false" ref="MD1_OSCILL_CNT" type="input"/>
			<col editable="false" ref="MD1_OSCILL_WTH" type="input"/>
			<col editable="false" ref="MD2_OSCILL_CNT" type="input"/>
			<col editable="false" ref="MD2_OSCILL_WTH" type="input"/>
			<col editable="false" ref="COOL_WATER" type="input"/>
			<script type="javascript" ev:event="xforms-select">
				<![CDATA[
//				如果选择列值变化，同时不是新插入的行，则需重新刷新成分展示表格，清除上一次选择行的行状态

				if(datagrid1.col == datagrid1.colRef("CHK"))
				{
//					datagrid1.row.disabled = false;
					datagrid1.cellAttribute("editable",datagrid1.row,datagrid1.colRef("CCM_SPEED_MIN"),datagrid1.row,datagrid1.colRef("COOL_WATER")) = true;
					dynamicChemGridDisplay();
					datagrid1.clearStatus();
					datagrid1.rowStatus(datagrid1.row) = 2;
				}
				]]>
			</script>
		</datagrid>
		<datagrid id="datagrid2" nodeset="/root/gridData/grid2/SearchChemResult_VO/SearchChemResult_Row" caption="成分" colsep="^" colwidth="100" defaultrows="4" fixedcols="1" mergecellsfixedrows="bycolrec" rowsep="|" style="left:0px; top:530px; width:980px; height:85px; border-color:#000000; ">
			<col ref="DESC"/>
		</datagrid>
		<line id="line3" style="x1:0px; y1:30px; x2:979px; y2:30px; "/>
		<line id="line1" style="x1:1px; y1:0px; x2:980px; y2:0px; "/>
	</xhtml:body>
</xhtml:html>