使用umy-ui 优化带有大量输入框、下拉框的ElementUI el-table
一、优化原因
ElementUI el-table 在数据量大或表格内嵌大量输入框、下拉框时，会出现首次加载时间很长，更改输入框、下拉框值后，页面显示需要2秒左右才能更新，体验非常不友好。
二、umy-ui官网
http://www.umyui.com/
umy-ui是兼容ElemntUI的，可以直接在umy-ui组件里嵌套ElementUI空间，对于优化已成型的Element功能十分友好。
三、示例代码
<template>
<div>
<!-- :scroll-x="{ gt: -1 }" 关闭横向虚拟-->
<ux-grid ref="productConfigTable" :data="showDatas" :merge-cells="mergeCells" :edit-config="{trigger: 'click', mode: 'cell'}" :mouse-config="{selected: true}" :keyboard-config="{isArrow: true, isDel: true, isEnter: true, isTab: true, isEdit: true}" :height="888" style="width: 100%;" @edit-currently-active="editCurrentlyActive">
<ux-table-column field="batchNumber" title="批次" min-width="200" align="center" class-name="vertical-top no-interact">
<template slot-scope="scope">
<div>
<span :id="'pc'+scope.row.batchNumber">{{ '批次'+scope.row.batchNumber }}</span>
<el-input-number :value="1" size="mini" step-strictly :controls="false"></el-input-number>
</div>
</template>
</ux-table-column>
<ux-table-column field="ID" title="通道号" min-width="80" align="center"></ux-table-column>
<ux-table-column width="110" title="向下填充" align="center">
<template slot-scope="scope">
<el-button v-show="scope.row.index<showDatas.length-1" type="primary" size="mini" round @click="fillBelow(scope.$index)">向下填充</el-button>
</template>
</ux-table-column>
<ux-table-column width="80" title="使能" align="center">
<template slot-scope="scope">
<el-button type="primary" size="mini" round @click="notEnable(scope.$index, scope.row.configEnable)">{{scope.row.configEnable?'使能':'不使能'}}</el-button>
</template>
</ux-table-column>
<ux-table-column field="AccuracyLevelName" title="准确度等级" min-width="120" align="center" :edit-render="{autofocus: '.el-input__inner'}">
<template v-slot:edit="scope">
<el-select :value="scope.row.AccuracyLevelName" size="mini" placeholder="" @change="(val) => productConfigChange(scope.row.index, 'AccuracyLevelName', val)">
<el-option v-for="(li, index) in selectOptions.accuracy" :key="index" :value="li" :label="li"></el-option>
</el-select>
</template>
<template v-slot="scope">
<div>{{ scope.row.AccuracyLevelName }}</div>
</template>
</ux-table-column>
<ux-table-column field="SensorRangeCodeName" title="量程代码" min-width="120" align="center" :edit-render="{autofocus: '.el-input__inner'}">
<template v-slot:edit="scope">
<el-select :value="scope.row.SensorRangeCodeName" size="mini" placeholder="" @change="(val) => productConfigChange(scope.row.index, 'SensorRangeCodeName', val)">
<el-option v-for="(li, index) in selectOptions.press" :key="index" :value="li.label" :label="li.label"></el-option>
</el-select>
</template>
<template v-slot="scope">
<div>{{ scope.row.SensorRangeCodeName }}</div>
</template>
</ux-table-column>
<ux-table-column field="UserUpperRangeValue" title="量程上限" min-width="160" align="center" :edit-render="{autofocus: '.el-input__inner'}">
<template v-slot:edit="scope">
<el-input-number :value="scope.row.UserUpperRangeValue" size="mini" :controls="false" @change="(val) => productConfigChange(scope.$index, 'UserUpperRangeValue', val)"></el-input-number>
</template>
<template v-slot="scope">
<div>{{ scope.row.UserUpperRangeValue }}</div>
</template>
</ux-table-column>
<ux-table-column field="UserLowerRangeValue" title="量程下限" min-width="160" align="center" :edit-render="{autofocus: '.el-input__inner'}">
<template v-slot:edit="scope">
<el-input-number :value="scope.row.UserLowerRangeValue" size="mini" :controls="false" @change="(val) => productConfigChange(scope.$index, 'UserLowerRangeValue', val)"></el-input-number>
</template>
<template v-slot="scope">
<div>{{ scope.row.UserLowerRangeValue }}</div>
</template>
</ux-table-column>
<ux-table-column field="SensorSerialNumber" title="传感器号" min-width="160" align="center" :edit-render="{autofocus: '.el-input__inner'}">
<template v-slot:edit="scope">
<el-input-number :value="scope.row.SensorSerialNumber" size="mini" :min="0" :max="16777215" :step="1" step-strictly :controls="false" @change="(val) => productConfigChange(scope.$index, 'SensorSerialNumber', val)"></el-input-number>
</template>
<template v-slot="scope">
<div>{{ scope.row.SensorSerialNumber }}</div>
</template>
</ux-table-column>
<ux-table-column field="Mode" title="工作模式" min-width="120" align="center" :edit-render="{autofocus: '.el-input__inner'}">
<template v-slot:edit="scope">
<el-select :value="scope.row.Mode" size="mini" placeholder="" @change="(val) => productConfigChange(scope.$index, 'Mode', val)">
<el-option v-for="(li, index) in selectOptions.workMode" :key="index" :value="li.value" :label="li.label"></el-option>
</el-select>
</template>
<template v-slot="scope">
<div>{{ scope.row.Mode }}</div>
</template>
</ux-table-column>
<ux-table-column field="Type" title="设备类型" min-width="120" align="center" :edit-render="{autofocus: '.el-input__inner'}">
<template v-slot:edit="scope">
<el-select :value="scope.row.Type" size="mini" placeholder="" @change="(val) => productConfigChange(scope.$index, 'Type', val)">
<el-option v-for="(li ,index) in selectOptions.deviceType" :key="index" :value="index" :label="li"></el-option>
</el-select>
</template>
<template v-slot="scope">
<div>{{ scope.row.Type }}</div>
</template>
</ux-table-column>
<ux-table-column field="Address" title="Modbus地址" min-width="160" align="center" :edit-render="{autofocus: '.el-input__inner'}">
<template v-slot:edit="scope">
<el-input-number :value="scope.row.Address" size="mini" :min="1" :max="255" :step="1" step-strictly :controls="false" @change="(val) => productConfigChange(scope.$index, 'Address', val)"></el-input-number>
</template>
<template v-slot="scope">
<div>{{ scope.row.Address }}</div>
</template>
</ux-table-column>
<ux-table-column field="SV_Sensor_Excit" title="SV_Excit激励" min-width="120" align="center" :edit-render="{autofocus: '.el-input__inner'}">
<template v-slot:edit="scope">
<el-select :value="scope.row.SV_Sensor_Excit" size="mini" placeholder="" @change="(val) => productConfigChange(scope.$index, 'SV_Sensor_Excit', val)">
<el-option v-for="(li, index) in selectOptions.svExcit" :key="index" :value="index" :label="li"></el-option>
</el-select>
</template>
<template v-slot="scope">
<div>{{ scope.row.SV_Sensor_Excit }}</div>
</template>
</ux-table-column>
<ux-table-column field="SV_Sensor_PGA" title="SV_PGA" min-width="120" align="center" :edit-render="{autofocus: '.el-input__inner'}">
<template v-slot:edit="scope">
<el-select :value="scope.row.SV_Sensor_PGA" size="mini" placeholder="" @change="(val) => productConfigChange(scope.$index, 'SV_Sensor_PGA', val)">
<el-option v-for="(li, index) in selectOptions.pgaOptions" :key="index" :value="index" :label="li"></el-option>
</el-select>
</template>
<template v-slot="scope">
<div>{{ scope.row.SV_Sensor_PGA }}</div>
</template>
</ux-table-column>
<ux-table-column field="SV_UserUnitsCode" title="SV用户单位" min-width="120" align="center" :edit-render="{autofocus: '.el-input__inner'}">
<template v-slot:edit="scope">
<el-select :value="scope.row.SV_UserUnitsCode" size="mini" placeholder="" @change="(val) => productConfigChange(scope.$index, 'SV_UserUnitsCode', val)">
<el-option v-for="(li, index) in selectOptions.unitCode" :key="index" :value="index+1" :label="li"></el-option>
</el-select>
</template>
<template v-slot="scope">
<div>{{ scope.row.SV_UserUnitsCode }}</div>
</template>
</ux-table-column>
<ux-table-column field="Device_SV_Zero_Cutoff" title="SV信号切除" min-width="120" align="center" :edit-render="{autofocus: '.el-input__inner'}">
<template v-slot:edit="scope">
<el-select :value="scope.row.Device_SV_Zero_Cutoff" size="mini" placeholder="" @change="(val) => productConfigChange(scope.$index, 'Device_SV_Zero_Cutoff', val)">
<el-option v-for="(li, index) in selectOptions.cutOff" :key="index" :value="index" :label="li"></el-option>
</el-select>
</template>
<template v-slot="scope">
<div>{{ scope.row.Device_SV_Zero_Cutoff }}</div>
</template>
</ux-table-column>
<ux-table-column field="PV_Sensor_PGA" title="PV_PGA" min-width="120" align="center" :edit-render="{autofocus: '.el-input__inner'}">
<template v-slot:edit="scope">
<el-select :value="scope.row.PV_Sensor_PGA" size="mini" placeholder="" @change="(val) => productConfigChange(scope.$index, 'PV_Sensor_PGA', val)">
<el-option v-for="(li, index) in selectOptions.pgaOptions" :key="index" :value="index" :label="li"></el-option>
</el-select>
</template>
<template v-slot="scope">
<div>{{ scope.row.PV_Sensor_PGA }}</div>
</template>
</ux-table-column>
<ux-table-column field="PV_UserUnitsCode" title="PV用户单位" min-width="120" align="center" :edit-render="{autofocus: '.el-input__inner'}">
<template v-slot:edit="scope">
<el-select :value="scope.row.PV_UserUnitsCode" size="mini" placeholder="" @change="(val) => productConfigChange(scope.$index, 'PV_UserUnitsCode', val)">
<el-option v-for="(li, index) in selectOptions.unitCode" :key="index" :value="index+1" :label="li"></el-option>
</el-select>
</template>
<template v-slot="scope">
<div>{{ scope.row.PV_UserUnitsCode }}</div>
</template>
</ux-table-column>
<ux-table-column field="PV_Device_Zero_Cutoff" title="PV信号切除" min-width="120" align="center" :edit-render="{autofocus: '.el-input__inner'}">
<template v-slot:edit="scope">
<el-select :value="scope.row.PV_Device_Zero_Cutoff" size="mini" placeholder="" @change="(val) => productConfigChange(scope.$index, 'PV_Device_Zero_Cutoff', val)">
<el-option v-for="(li, index) in selectOptions.cutOff" :key="index" :value="index" :label="li"></el-option>
</el-select>
</template>
<template v-slot="scope">
<div>{{ scope.row.PV_Device_Zero_Cutoff }}</div>
</template>
</ux-table-column>
<ux-table-column field="PV_Sensor_Excit" title="PV_Excit激励" min-width="120" align="center" :edit-render="{autofocus: '.el-input__inner'}">
<template v-slot:edit="scope">
<el-select :value="scope.row.PV_Sensor_Excit" size="mini" placeholder="" @change="(val) => productConfigChange(scope.$index, 'PV_Sensor_Excit', val)">
<el-option v-for="(li, index) in selectOptions.svExcit" :key="index" :value="index" :label="li"></el-option>
</el-select>
</template>
<template v-slot="scope">
<div>{{ scope.row.PV_Sensor_Excit }}</div>
</template>
</ux-table-column>
<ux-table-column field="PV_UnitsCode" title="PV单位" min-width="120" align="center" :edit-render="{autofocus: '.el-input__inner'}">
<template v-slot:edit="scope">
<el-select :value="scope.row.PV_UnitsCode" size="mini" placeholder="" @change="(val) => productConfigChange(scope.$index, 'PV_UnitsCode', val)">
<el-option v-for="(li, index) in selectOptions.unitCode" :key="index" :value="index+1" :label="li"></el-option>
</el-select>
</template>
<template v-slot="scope">
<div>{{ scope.row.PV_UnitsCode }}</div>
</template>
</ux-table-column>
<ux-table-column field="PV_PressUserUpLimit" title="PV用户量程上限(kPa)" min-width="170" align="center" :edit-render="{autofocus: '.el-input__inner'}">
<template v-slot:edit="scope">
<el-input-number :value="scope.row.PV_PressUserUpLimit" size="mini" :controls="false" @change="(val) => productConfigChange(scope.$index, 'PV_PressUserUpLimit', val)"></el-input-number>
</template>
<template v-slot="scope">
<div>{{ scope.row.PV_PressUserUpLimit }}</div>
</template>
</ux-table-column>
<ux-table-column field="PV_PressUserDownLimit" title="PV用户量程下限(kPa)" min-width="170" align="center" :edit-render="{autofocus: '.el-input__inner'}">
<template v-slot:edit="scope">
<el-input-number :value="scope.row.PV_PressUserDownLimit" size="mini" :controls="false" @change="(val) => productConfigChange(scope.$index, 'PV_PressUserDownLimit', val)"></el-input-number>
</template>
<template v-slot="scope">
<div>{{ scope.row.PV_PressUserDownLimit }}</div>
</template>
</ux-table-column>
<ux-table-column field="PV_DampingValue" title="Pv阻尼设置(s)" min-width="160" align="center" :edit-render="{autofocus: '.el-input__inner'}">
<template v-slot:edit="scope">
<el-input-number :value="scope.row.PV_DampingValue" size="mini" :controls="false" @change="(val) => productConfigChange(scope.$index, 'PV_DampingValue', val)"></el-input-number>
</template>
<template v-slot="scope">
<div>{{ scope.row.PV_DampingValue }}</div>
</template>
</ux-table-column>
<ux-table-column field="PowerEnableSetup" title="电源通道使能" min-width="120" align="center" :edit-render="{autofocus: '.el-input__inner'}">
<template v-slot:edit="scope">
<el-select :value="scope.row.PowerEnableSetup" size="mini" placeholder="" @change="(val) => productConfigChange(scope.$index, 'PowerEnableSetup', val)">
<el-option v-for="(li, index) in selectOptions.enable" :key="index" :value="li.value" :label="li.label"></el-option>
</el-select>
</template>
<template v-slot="scope">
<div>{{ scope.row.PowerEnableSetup }}</div>
</template>
</ux-table-column>
<ux-table-column field="TemperatureEnableSetup" title="温补通道使能" min-width="120" align="center" :edit-render="{autofocus: '.el-input__inner'}">
<template v-slot:edit="scope">
<el-select :value="scope.row.TemperatureEnableSetup" size="mini" placeholder="" @change="(val) => productConfigChange(scope.$index, 'TemperatureEnableSetup', val)">
<el-option v-for="(li, index) in selectOptions.tempCompEnable" :key="index" :label="li.label" :value="li.value"></el-option>
</el-select>
</template>
<template v-slot="scope">
<div>{{ scope.row.TemperatureEnableSetup }}</div>
</template>
</ux-table-column>
</ux-grid>
</div>
</template>
<script>
export default {
name: 'handsontable',
data() {
return {
tableColumns: [],
showDatas: [
{
"index": 0,
"batchNumber": 1,
"ID": 1,
"Mode": 0,
"Type": 0,
"Address": 1,
"PV_UnitsCode": 1,
"configEnable": true,
"PV_Sensor_PGA": 0,
"SV_Sensor_PGA": 0,
"PV_DampingValue": 0,
"PV_Sensor_Excit": 1,
"SV_Sensor_Excit": 1,
"PV_UserUnitsCode": 1,
"PowerEnableSetup": 0,
"SV_UserUnitsCode": 1,
"AccuracyLevelName": "0.1级",
"SensorSerialNumber": 0,
"PV_PressUserUpLimit": 0,
"SensorRangeCodeName": "1S(-1.5~1.5kPa)",
"UserLowerRangeValue": 0,
"UserUpperRangeValue": 0,
"Device_SV_Zero_Cutoff": 1,
"PV_Device_Zero_Cutoff": 1,
"PV_PressUserDownLimit": 0,
"TemperatureEnableSetup": 0,
"startIndex": 0,
"count": 50
},
{
"index": 1,
"batchNumber": 1,
"ID": 2,
"Mode": 0,
"Type": 0,
"Address": 1,
"PV_UnitsCode": 1,
"configEnable": true,
"PV_Sensor_PGA": 0,
"SV_Sensor_PGA": 0,
"PV_DampingValue": 0,
"PV_Sensor_Excit": 1,
"SV_Sensor_Excit": 1,
"PV_UserUnitsCode": 1,
"PowerEnableSetup": 0,
"SV_UserUnitsCode": 1,
"AccuracyLevelName": "0.1级",
"SensorSerialNumber": 0,
"PV_PressUserUpLimit": 0,
"SensorRangeCodeName": "1S(-1.5~1.5kPa)",
"UserLowerRangeValue": 0,
"UserUpperRangeValue": 0,
"Device_SV_Zero_Cutoff": 1,
"PV_Device_Zero_Cutoff": 1,
"PV_PressUserDownLimit": 0,
"TemperatureEnableSetup": 0,
"startIndex": 0,
"count": 50
},
{
"index": 2,
"batchNumber": 1,
"ID": 3,
"Mode": 0,
"Type": 0,
"Address": 1,
"PV_UnitsCode": 1,
"configEnable": true,
"PV_Sensor_PGA": 0,
"SV_Sensor_PGA": 0,
"PV_DampingValue": 0,
"PV_Sensor_Excit": 1,
"SV_Sensor_Excit": 1,
"PV_UserUnitsCode": 1,
"PowerEnableSetup": 0,
"SV_UserUnitsCode": 1,
"AccuracyLevelName": "0.1级",
"SensorSerialNumber": 0,
"PV_PressUserUpLimit": 0,
"SensorRangeCodeName": "1S(-1.5~1.5kPa)",
"UserLowerRangeValue": 0,
"UserUpperRangeValue": 0,
"Device_SV_Zero_Cutoff": 1,
"PV_Device_Zero_Cutoff": 1,
"PV_PressUserDownLimit": 0,
"TemperatureEnableSetup": 0,
"startIndex": 0,
"count": 50
},
{
"index": 3,
"batchNumber": 1,
"ID": 4,
"Mode": 0,
"Type": 0,
"Address": 1,
"PV_UnitsCode": 1,
"configEnable": true,
"PV_Sensor_PGA": 0,
"SV_Sensor_PGA": 0,
"PV_DampingValue": 0,
"PV_Sensor_Excit": 1,
"SV_Sensor_Excit": 1,
"PV_UserUnitsCode": 1,
"PowerEnableSetup": 0,
"SV_UserUnitsCode": 1,
"AccuracyLevelName": "0.1级",
"SensorSerialNumber": 0,
"PV_PressUserUpLimit": 0,
"SensorRangeCodeName": "1S(-1.5~1.5kPa)",
"UserLowerRangeValue": 0,
"UserUpperRangeValue": 0,
"Device_SV_Zero_Cutoff": 1,
"PV_Device_Zero_Cutoff": 1,
"PV_PressUserDownLimit": 0,
"TemperatureEnableSetup": 0,
"startIndex": 0,
"count": 50
},
{
"index": 4,
"batchNumber": 1,
"ID": 5,
"Mode": 0,
"Type": 0,
"Address": 1,
"PV_UnitsCode": 1,
"configEnable": true,
"PV_Sensor_PGA": 0,
"SV_Sensor_PGA": 0,
"PV_DampingValue": 0,
"PV_Sensor_Excit": 1,
"SV_Sensor_Excit": 1,
"PV_UserUnitsCode": 1,
"PowerEnableSetup": 0,
"SV_UserUnitsCode": 1,
"AccuracyLevelName": "0.1级",
"SensorSerialNumber": 0,
"PV_PressUserUpLimit": 0,
"SensorRangeCodeName": "1S(-1.5~1.5kPa)",
"UserLowerRangeValue": 0,
"UserUpperRangeValue": 0,
"Device_SV_Zero_Cutoff": 1,
"PV_Device_Zero_Cutoff": 1,
"PV_PressUserDownLimit": 0,
"TemperatureEnableSetup": 0,
"startIndex": 0,
"count": 50
},
{
"index": 5,
"batchNumber": 1,
"ID": 6,
"Mode": 0,
"Type": 0,
"Address": 1,
"PV_UnitsCode": 1,
"configEnable": true,
"PV_Sensor_PGA": 0,
"SV_Sensor_PGA": 0,
"PV_DampingValue": 0,
"PV_Sensor_Excit": 1,
"SV_Sensor_Excit": 1,
"PV_UserUnitsCode": 1,
"PowerEnableSetup": 0,
"SV_UserUnitsCode": 1,
"AccuracyLevelName": "0.1级",
"SensorSerialNumber": 0,
"PV_PressUserUpLimit": 0,
"SensorRangeCodeName": "1S(-1.5~1.5kPa)",
"UserLowerRangeValue": 0,
"UserUpperRangeValue": 0,
"Device_SV_Zero_Cutoff": 1,
"PV_Device_Zero_Cutoff": 1,
"PV_PressUserDownLimit": 0,
"TemperatureEnableSetup": 0,
"startIndex": 0,
"count": 50
},
{
"index": 6,
"batchNumber": 1,
"ID": 7,
"Mode": 0,
"Type": 0,
"Address": 1,
"PV_UnitsCode": 1,
"configEnable": true,
"PV_Sensor_PGA": 0,
"SV_Sensor_PGA": 0,
"PV_DampingValue": 0,
"PV_Sensor_Excit": 1,
"SV_Sensor_Excit": 1,
"PV_UserUnitsCode": 1,
"PowerEnableSetup": 0,
"SV_UserUnitsCode": 1,
"AccuracyLevelName": "0.1级",
"SensorSerialNumber": 0,
"PV_PressUserUpLimit": 0,
"SensorRangeCodeName": "1S(-1.5~1.5kPa)",
"UserLowerRangeValue": 0,
"UserUpperRangeValue": 0,
"Device_SV_Zero_Cutoff": 1,
"PV_Device_Zero_Cutoff": 1,
"PV_PressUserDownLimit": 0,
"TemperatureEnableSetup": 0,
"startIndex": 0,
"count": 50
},
{
"index": 7,
"batchNumber": 1,
"ID": 8,
"Mode": 0,
"Type": 0,
"Address": 1,
"PV_UnitsCode": 1,
"configEnable": true,
"PV_Sensor_PGA": 0,
"SV_Sensor_PGA": 0,
"PV_DampingValue": 0,
"PV_Sensor_Excit": 1,
"SV_Sensor_Excit": 1,
"PV_UserUnitsCode": 1,
"PowerEnableSetup": 0,
"SV_UserUnitsCode": 1,
"AccuracyLevelName": "0.1级",
"SensorSerialNumber": 0,
"PV_PressUserUpLimit": 0,
"SensorRangeCodeName": "1S(-1.5~1.5kPa)",
"UserLowerRangeValue": 0,
"UserUpperRangeValue": 0,
"Device_SV_Zero_Cutoff": 1,
"PV_Device_Zero_Cutoff": 1,
"PV_PressUserDownLimit": 0,
"TemperatureEnableSetup": 0,
"startIndex": 0,
"count": 50
},
{
"index": 8,
"batchNumber": 1,
"ID": 9,
"Mode": 0,
"Type": 0,
"Address": 1,
"PV_UnitsCode": 1,
"configEnable": true,
"PV_Sensor_PGA": 0,
"SV_Sensor_PGA": 0,
"PV_DampingValue": 0,
"PV_Sensor_Excit": 1,
"SV_Sensor_Excit": 1,
"PV_UserUnitsCode": 1,
"PowerEnableSetup": 0,
"SV_UserUnitsCode": 1,
"AccuracyLevelName": "0.1级",
"SensorSerialNumber": 0,
"PV_PressUserUpLimit": 0,
"SensorRangeCodeName": "1S(-1.5~1.5kPa)",
"UserLowerRangeValue": 0,
"UserUpperRangeValue": 0,
"Device_SV_Zero_Cutoff": 1,
"PV_Device_Zero_Cutoff": 1,
"PV_PressUserDownLimit": 0,
"TemperatureEnableSetup": 0,
"startIndex": 0,
"count": 50
},
{
"index": 9,
"batchNumber": 1,
"ID": 10,
"Mode": 0,
"Type": 0,
"Address": 1,
"PV_UnitsCode": 1,
"configEnable": true,
"PV_Sensor_PGA": 0,
"SV_Sensor_PGA": 0,
"PV_DampingValue": 0,
"PV_Sensor_Excit": 1,
"SV_Sensor_Excit": 1,
"PV_UserUnitsCode": 1,
"PowerEnableSetup": 0,
"SV_UserUnitsCode": 1,
"AccuracyLevelName": "0.1级",
"SensorSerialNumber": 0,
"PV_PressUserUpLimit": 0,
"SensorRangeCodeName": "1S(-1.5~1.5kPa)",
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"configEnable": true,
"PV_Sensor_PGA": 0,
"SV_Sensor_PGA": 0,
"PV_DampingValue": 0,
"PV_Sensor_Excit": 1,
"SV_Sensor_Excit": 1,
"PV_UserUnitsCode": 1,
"PowerEnableSetup": 0,
"SV_UserUnitsCode": 1,
"AccuracyLevelName": "0.1级",
"SensorSerialNumber": 0,
"PV_PressUserUpLimit": 0,
"SensorRangeCodeName": "1S(-1.5~1.5kPa)",
"UserLowerRangeValue": 0,
"UserUpperRangeValue": 0,
"Device_SV_Zero_Cutoff": 1,
"PV_Device_Zero_Cutoff": 1,
"PV_PressUserDownLimit": 0,
"TemperatureEnableSetup": 0,
"startIndex": 50,
"count": 50
},
{
"index": 90,
"batchNumber": 2,
"ID": 41,
"Mode": 0,
"Type": 0,
"Address": 1,
"PV_UnitsCode": 1,
"configEnable": true,
"PV_Sensor_PGA": 0,
"SV_Sensor_PGA": 0,
"PV_DampingValue": 0,
"PV_Sensor_Excit": 1,
"SV_Sensor_Excit": 1,
"PV_UserUnitsCode": 1,
"PowerEnableSetup": 0,
"SV_UserUnitsCode": 1,
"AccuracyLevelName": "0.1级",
"SensorSerialNumber": 0,
"PV_PressUserUpLimit": 0,
"SensorRangeCodeName": "1S(-1.5~1.5kPa)",
"UserLowerRangeValue": 0,
"UserUpperRangeValue": 0,
"Device_SV_Zero_Cutoff": 1,
"PV_Device_Zero_Cutoff": 1,
"PV_PressUserDownLimit": 0,
"TemperatureEnableSetup": 0,
"startIndex": 50,
"count": 50
},
{
"index": 91,
"batchNumber": 2,
"ID": 42,
"Mode": 0,
"Type": 0,
"Address": 1,
"PV_UnitsCode": 1,
"configEnable": true,
"PV_Sensor_PGA": 0,
"SV_Sensor_PGA": 0,
"PV_DampingValue": 0,
"PV_Sensor_Excit": 1,
"SV_Sensor_Excit": 1,
"PV_UserUnitsCode": 1,
"PowerEnableSetup": 0,
"SV_UserUnitsCode": 1,
"AccuracyLevelName": "0.1级",
"SensorSerialNumber": 0,
"PV_PressUserUpLimit": 0,
"SensorRangeCodeName": "1S(-1.5~1.5kPa)",
"UserLowerRangeValue": 0,
"UserUpperRangeValue": 0,
"Device_SV_Zero_Cutoff": 1,
"PV_Device_Zero_Cutoff": 1,
"PV_PressUserDownLimit": 0,
"TemperatureEnableSetup": 0,
"startIndex": 50,
"count": 50
},
{
"index": 92,
"batchNumber": 2,
"ID": 43,
"Mode": 0,
"Type": 0,
"Address": 1,
"PV_UnitsCode": 1,
"configEnable": true,
"PV_Sensor_PGA": 0,
"SV_Sensor_PGA": 0,
"PV_DampingValue": 0,
"PV_Sensor_Excit": 1,
"SV_Sensor_Excit": 1,
"PV_UserUnitsCode": 1,
"PowerEnableSetup": 0,
"SV_UserUnitsCode": 1,
"AccuracyLevelName": "0.1级",
"SensorSerialNumber": 0,
"PV_PressUserUpLimit": 0,
"SensorRangeCodeName": "1S(-1.5~1.5kPa)",
"UserLowerRangeValue": 0,
"UserUpperRangeValue": 0,
"Device_SV_Zero_Cutoff": 1,
"PV_Device_Zero_Cutoff": 1,
"PV_PressUserDownLimit": 0,
"TemperatureEnableSetup": 0,
"startIndex": 50,
"count": 50
},
{
"index": 93,
"batchNumber": 2,
"ID": 44,
"Mode": 0,
"Type": 0,
"Address": 1,
"PV_UnitsCode": 1,
"configEnable": true,
"PV_Sensor_PGA": 0,
"SV_Sensor_PGA": 0,
"PV_DampingValue": 0,
"PV_Sensor_Excit": 1,
"SV_Sensor_Excit": 1,
"PV_UserUnitsCode": 1,
"PowerEnableSetup": 0,
"SV_UserUnitsCode": 1,
"AccuracyLevelName": "0.1级",
"SensorSerialNumber": 0,
"PV_PressUserUpLimit": 0,
"SensorRangeCodeName": "1S(-1.5~1.5kPa)",
"UserLowerRangeValue": 0,
"UserUpperRangeValue": 0,
"Device_SV_Zero_Cutoff": 1,
"PV_Device_Zero_Cutoff": 1,
"PV_PressUserDownLimit": 0,
"TemperatureEnableSetup": 0,
"startIndex": 50,
"count": 50
},
{
"index": 94,
"batchNumber": 2,
"ID": 45,
"Mode": 0,
"Type": 0,
"Address": 1,
"PV_UnitsCode": 1,
"configEnable": true,
"PV_Sensor_PGA": 0,
"SV_Sensor_PGA": 0,
"PV_DampingValue": 0,
"PV_Sensor_Excit": 1,
"SV_Sensor_Excit": 1,
"PV_UserUnitsCode": 1,
"PowerEnableSetup": 0,
"SV_UserUnitsCode": 1,
"AccuracyLevelName": "0.1级",
"SensorSerialNumber": 0,
"PV_PressUserUpLimit": 0,
"SensorRangeCodeName": "1S(-1.5~1.5kPa)",
"UserLowerRangeValue": 0,
"UserUpperRangeValue": 0,
"Device_SV_Zero_Cutoff": 1,
"PV_Device_Zero_Cutoff": 1,
"PV_PressUserDownLimit": 0,
"TemperatureEnableSetup": 0,
"startIndex": 50,
"count": 50
},
{
"index": 95,
"batchNumber": 2,
"ID": 46,
"Mode": 0,
"Type": 0,
"Address": 1,
"PV_UnitsCode": 1,
"configEnable": true,
"PV_Sensor_PGA": 0,
"SV_Sensor_PGA": 0,
"PV_DampingValue": 0,
"PV_Sensor_Excit": 1,
"SV_Sensor_Excit": 1,
"PV_UserUnitsCode": 1,
"PowerEnableSetup": 0,
"SV_UserUnitsCode": 1,
"AccuracyLevelName": "0.1级",
"SensorSerialNumber": 0,
"PV_PressUserUpLimit": 0,
"SensorRangeCodeName": "1S(-1.5~1.5kPa)",
"UserLowerRangeValue": 0,
"UserUpperRangeValue": 0,
"Device_SV_Zero_Cutoff": 1,
"PV_Device_Zero_Cutoff": 1,
"PV_PressUserDownLimit": 0,
"TemperatureEnableSetup": 0,
"startIndex": 50,
"count": 50
},
{
"index": 96,
"batchNumber": 2,
"ID": 47,
"Mode": 0,
"Type": 0,
"Address": 1,
"PV_UnitsCode": 1,
"configEnable": true,
"PV_Sensor_PGA": 0,
"SV_Sensor_PGA": 0,
"PV_DampingValue": 0,
"PV_Sensor_Excit": 1,
"SV_Sensor_Excit": 1,
"PV_UserUnitsCode": 1,
"PowerEnableSetup": 0,
"SV_UserUnitsCode": 1,
"AccuracyLevelName": "0.1级",
"SensorSerialNumber": 0,
"PV_PressUserUpLimit": 0,
"SensorRangeCodeName": "1S(-1.5~1.5kPa)",
"UserLowerRangeValue": 0,
"UserUpperRangeValue": 0,
"Device_SV_Zero_Cutoff": 1,
"PV_Device_Zero_Cutoff": 1,
"PV_PressUserDownLimit": 0,
"TemperatureEnableSetup": 0,
"startIndex": 50,
"count": 50
},
{
"index": 97,
"batchNumber": 2,
"ID": 48,
"Mode": 0,
"Type": 0,
"Address": 1,
"PV_UnitsCode": 1,
"configEnable": true,
"PV_Sensor_PGA": 0,
"SV_Sensor_PGA": 0,
"PV_DampingValue": 0,
"PV_Sensor_Excit": 1,
"SV_Sensor_Excit": 1,
"PV_UserUnitsCode": 1,
"PowerEnableSetup": 0,
"SV_UserUnitsCode": 1,
"AccuracyLevelName": "0.1级",
"SensorSerialNumber": 0,
"PV_PressUserUpLimit": 0,
"SensorRangeCodeName": "1S(-1.5~1.5kPa)",
"UserLowerRangeValue": 0,
"UserUpperRangeValue": 0,
"Device_SV_Zero_Cutoff": 1,
"PV_Device_Zero_Cutoff": 1,
"PV_PressUserDownLimit": 0,
"TemperatureEnableSetup": 0,
"startIndex": 50,
"count": 50
},
{
"index": 98,
"batchNumber": 2,
"ID": 49,
"Mode": 0,
"Type": 0,
"Address": 1,
"PV_UnitsCode": 1,
"configEnable": true,
"PV_Sensor_PGA": 0,
"SV_Sensor_PGA": 0,
"PV_DampingValue": 0,
"PV_Sensor_Excit": 1,
"SV_Sensor_Excit": 1,
"PV_UserUnitsCode": 1,
"PowerEnableSetup": 0,
"SV_UserUnitsCode": 1,
"AccuracyLevelName": "0.1级",
"SensorSerialNumber": 0,
"PV_PressUserUpLimit": 0,
"SensorRangeCodeName": "1S(-1.5~1.5kPa)",
"UserLowerRangeValue": 0,
"UserUpperRangeValue": 0,
"Device_SV_Zero_Cutoff": 1,
"PV_Device_Zero_Cutoff": 1,
"PV_PressUserDownLimit": 0,
"TemperatureEnableSetup": 0,
"startIndex": 50,
"count": 50
},
{
"index": 99,
"batchNumber": 2,
"ID": 50,
"Mode": 0,
"Type": 0,
"Address": 1,
"PV_UnitsCode": 1,
"configEnable": true,
"PV_Sensor_PGA": 0,
"SV_Sensor_PGA": 0,
"PV_DampingValue": 0,
"PV_Sensor_Excit": 1,
"SV_Sensor_Excit": 1,
"PV_UserUnitsCode": 1,
"PowerEnableSetup": 0,
"SV_UserUnitsCode": 1,
"AccuracyLevelName": "0.1级",
"SensorSerialNumber": 0,
"PV_PressUserUpLimit": 0,
"SensorRangeCodeName": "1S(-1.5~1.5kPa)",
"UserLowerRangeValue": 0,
"UserUpperRangeValue": 0,
"Device_SV_Zero_Cutoff": 1,
"PV_Device_Zero_Cutoff": 1,
"PV_PressUserDownLimit": 0,
"TemperatureEnableSetup": 0,
"startIndex": 50,
"count": 50
}
],
batches: {
"0": {
startIndex: 0,
count: 50
},
"1": {
startIndex: 50,
count: 50
}
},
selectOptions: {
press:[
{
"label": "0S(-40~40MPa)"
},
{
"label": "1S(-1.5~1.5kPa)"
},
{
"label": "2S(-1.5~1.5kPa)"
},
{
"label": "3S(-7.5~7.5kPa)"
},
{
"label": "4S(-40~40kPa)"
},
{
"label": "5S(-186~186kPa)"
},
{
"label": "6S(-690~690kPa)"
},
{
"label": "7S(-2.0~2.0MPa)"
},
{
"label": "8S(-6.9~6.9MPa)"
},
{
"label": "9S(-20~20MPa)"
},
{
"label": "0E(-1.6~1.6kPa)"
},
{
"label": "1E(-1.6~1.6kPa)"
},
{
"label": "2E(-6.0~6.0kPa)"
},
{
"label": "3E(-40~40kPa)"
},
{
"label": "4E(-250~250kPa)"
},
{
"label": "5E(-1~1MPa)"
},
{
"label": "6E(-2.5~2.5MPa)"
},
{
"label": "7E(-10~10MPa)"
},
{
"label": "8E(-25~25MPa)"
},
{
"label": "9E(-40~40MPa)"
}
],
unitCode:["inH20","inHg","ftH20","mmH20","mmHg","psi","bar","mbar","g/cm2","kg/cm2","Pa","kPa","torr","ATM","MPa"],
output:[
{
label:"线性",
value:0,
},
{
label:"平方根",
value:1,
}
],
enable:[
{
label:"不使能",
value:0,
},
{
label:"使能",
value:1,
}
],
tempCompEnable:[
{
label:"不使能",
value:0,
},
{
label:"5*3点补偿",
value:1,
},
{
label:"5*5点补偿",
value:2,
}
],
show:[
{
label:"压力值",
value:0,
},
{
label:"百分比",
value:1,
},
{
label:"电流值",
value:2,
},
{
label:"自定义值",
value:3,
},
],
cutOff:[
"0",
"0.1%",
"0.2%",
"0.3%",
"0.4%",
"0.5%"
],
deviceType:[
"散硅压力传感器(恒流源)(G)",
"PT100温度传感器(T)",
"温压一体传感器(G+T)",
"单晶硅传感器(恒压源D)",
"多参数传感器(D+G)",
"多参数传感器(D+T)",
"多参数传感器(D+G+T)",
],
pgaOptions:[
"1倍",
"2倍",
"4倍",
"8倍",
"16倍",
"32倍",
"64倍",
"128倍"
],
svExcit:[
"0",
"50uA",
"100uA",
"250uA",
"500uA",
"750uA",
"1000uA",
"2.5V"
],
workMode:[
{
label:"低功耗模式",
value:0,
},
{
label:"标准模式",
value:1,
}
],
accuracy:["0.1级","0.25级","0.5级"]
}
};
},
computed: {
mergeCells () {
let arr = [];
Object.keys(this.batches).forEach(k => {
arr.push({
row: this.batches[k].startIndex,
col: 0,
rowspan: this.batches[k].count,
colspan: 1
})
});
return arr;
}
},
methods: {
editCurrentlyActive ({row, column}) {
this.tableColumns.includes(column.property)?this.$refs.productConfigTable.setActiveCell(row, column.property):'';
},
productConfigChange (index, variable, val) {
this.$set(this.showDatas, index, Object.assign(this.showDatas[index], {
[variable]: val
}));
},
fillBelow () {},
notEnable () {}
},
mounted () {
this.$nextTick(() => {
let tableColumn = this.$refs.productConfigTable.getTableColumn();
this.tableColumns = tableColumn.fullColumn.filter(c => !([null, undefined, 'ID', 'batchNumber'].includes(c.property))).map(c => {
return c.property;
});
});
}
}
</script>
<style scoped>
>>>.elx-table .elx-body--column.col--ellipsis, >>>.elx-table.elx-editable .elx-body--column {
height: 28px;
}
>>>.elx-table .elx-body--column.col--ellipsis>.elx-cell {
max-height: 28px;
}
>>>.elx-table .elx-body--row.row--hover>td.no-interact.elx-body--column,
>>>.elx-table .elx-body--row.row--current>td.no-interact.elx-body--column {
background-color: #FFF;
}
/* 设置滚动条常显示 */
>>>.elx-table--body-wrapper {
overflow: scroll;
}
/* 修改横向滚动条高度和纵向滚动条宽度 */
>>>.elx-table .elx-table--body-wrapper::-webkit-scrollbar {
width: 15px;
height: 15px;
}
/* 修改滚动条颜色 */
>>>.elx-table .elx-table--body-wrapper::-webkit-scrollbar-thumb {
background-color: #AAA;
}
</style>四、实际应用
https://download.csdn.net/download/hrcsdn13/89792254
实际应用中有更多需要注意的点， 均已在资源ux-grid相关代码中注明。
原文地址：https://blog.csdn.net/hrcsdn13/article/details/142456864
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