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<!-- 第17套：S参数检定装置 -->
<!-- 检定数据管理详情模板 -->
<script lang="ts" setup name="MeasureDataTemplateDetail">
import { ref } from 'vue'
import { ElLoading, ElMessage } from 'element-plus'
import dayjs from 'dayjs'
import changeRecord from '../changeRecord.vue'
import selectStandard from '../../dialog/selectStandardDialog.vue'
import categoryNameDict from '/public/config/categoryNameDict.json'
import TemplateFormAndTable from '../templateFormAndTable.vue'
import { useSolveFormData } from '../useSolveFormData'
import type { IDetailMeasureList } from './seventeenth-interface'
import templateTable from './templateTable.vue'
import useUserStore from '@/store/modules/user'
import type { dictType } from '@/global'
import { getDictByCode } from '@/api/system/dict'
import type { TableColumn } from '@/components/NormalTable/table_interface'
import { calculateHandle, getInfo } from '@/api/business/taskMeasure/measureData'
import { getInfo as getItemInfo } from '@/api/business/measure/item'
import { useCheckList } from '@/commonMethods/useCheckList'
import { calc } from '@/utils/useCalc'
import { initTableRow, useMergeTableRow } from '@/commonMethods/useMergeTableRow'
import multiTable from '@/components/MultiHeaderTable/index.vue'
const props = defineProps({
infoId: String, // id
dataNo: String, // 检定数据编号
})
const emits = defineEmits(['giveInfoId', 'changeMeterIdentify'])
const user = useUserStore() // 用户信息
const $router = useRouter() // 关闭页面使用
const $route = useRoute() // 路由参数
const ruleFormRef = ref() // 表单ref
const templateFormAndTableRef = ref() // 表单和被检智能模型、测量智能模型表格公共组件ref
const itemFormData = ref({ // 有关于检定项的数据
itemId: '', // 检定项id
itemCategoryName: '', // 智能模型检定项分类名称
itemCategoryId: '', // 智能模型检定项分类名称id
belongStandardEquipment: '', // 标准装置code
belongStandardEquipmentName: '', // 标准装置名称
methodType: '', // 时基方法
appearance: 1, // 外观及功能性检查
appearanceFunctionCheck: '正常', // 外观及功能性检查
vswr: 1, // 电压驻波比
insertionLoss: 1, // 插入损耗
isolationDegree: 1, // 隔离度
gainFlatness: 1, // 增益、增益平坦度
couplingDirection: 1, // 耦合度、方向性
amplitudeConsistency: 1, // 幅度一致性
phaseShift: 1, // 相移
phaseConsistency: 1, // 相位一致性
groupDelay: 1, // 群时延
filterCharacter: 1, // 滤波器特性(3dB截止频率、通带宽度、通带频响、通带插损、阻带衰减及矩形系数)
pointOutputPowerLevel: 1, // 1dB压缩点输出功率电平
powerFlatness: 1, // 输出功率、功率平坦度
spuriousSuppression: 1, // 杂散抑制
harmonicDistortion: 1, // 谐波失真
phaseNoise: 1, // 相位噪声
transferAmplitude: 1, // 传输幅度
transferPhaseShift: 1, // 传输相移
remark: '', // 备注
groupDelayFrequencyAperture: undefined, // 群时延频率孔径
groupDelayFrequencyApertureUnit: 'MHz', // 群时延频率孔径单位
filterCharacterFrequencyAperture: undefined, // 滤波器特性频率孔径
filterCharacterFrequencyApertureUnit: 'MHz', // 滤波器特性频率孔径单位
phaseNoiseCarrierFrequency: undefined, // 相位噪声载波频率
phaseNoiseCarrierFrequencyUnit: 'MHz', // 相位噪声载波频率单位
})
// -------------------------------------------路由参数------------------------------------------
const pageType = ref('add') // 页面类型: add, edit, detail
const infoId = ref('') // 列表id
if ($route.params && $route.params.type) {
pageType.value = $route.params.type as string
if ($route.params.id) {
infoId.value = $route.params.id as string
}
}
// ----------------------------------------------字典-------------------------------------------
const standardFrequencyUnitList = ref<dictType[]>([]) // 频率单位
const standardTimeUnitList = ref<dictType[]>([]) // 时间单位
/**
* 获取字典
*/
function getDict() {
// 频率单位
getDictByCode('standardFrequencyUnit').then((response) => {
standardFrequencyUnitList.value = response.data
})
// 时间单位
getDictByCode('standardTimeUnit').then((response) => {
standardTimeUnitList.value = response.data.map((item: { name: string }) => {
return {
...item,
label: item.name,
value: item.name,
}
})
})
}
getDict()
// ------------------------------------------标签----------------------------------------------------------
const radioMenus = ref([ // 标签内容
{ name: '检定数据', value: 'measure-data' },
{ name: '历史修改记录', value: 'change-record' },
])
const current = ref('measure-data') // 选择的tab 默认基本信息
// ---------------------------------------检定项数据表格----------------------------------------------------
const vswrMicrowaveList = ref<IDetailMeasureList[]>([]) // 电压驻波比(微波器件)
const insertionLossList = ref<IDetailMeasureList[]>([]) // 插入损耗
const isolationDegreeList = ref<IDetailMeasureList[]>([]) // 隔离度
const gainFlatnessList = ref<IDetailMeasureList[]>([]) // 增益、增益平坦度
const couplingDirectionList = ref<IDetailMeasureList[]>([]) // 耦合度、方向性
const amplitudeConsistencyList = ref<IDetailMeasureList[]>([]) // 幅度一致性
const phaseShiftList = ref<IDetailMeasureList[]>([]) // 相移
const phaseConsistencyList = ref<IDetailMeasureList[]>([]) // 相位一致性
const groupDelayList = ref<IDetailMeasureList[]>([]) // 群时延
const filterCharacterList = ref<IDetailMeasureList[]>([]) // 滤波器特性(3dB截止频率、通带宽度、通带频响、通带插损、阻带衰减及矩形系数)
const pointOutputPowerLevelList = ref<IDetailMeasureList[]>([]) // 1dB压缩点输出功率电平
const powerFlatnessList = ref<IDetailMeasureList[]>([]) // 输出功率、功率平坦度
const spuriousSuppressionList = ref<IDetailMeasureList[]>([]) // 杂散抑制
const harmonicDistortionList = ref<IDetailMeasureList[]>([]) // 谐波失真
const phaseNoiseList = ref<IDetailMeasureList[]>([]) // 相位噪声
const vswrNetList = ref<IDetailMeasureList[]>([]) // 电压驻波比(矢量网络分析仪)
const transferAmplitudeList = ref<IDetailMeasureList[]>([]) // 传输幅度(矢量网络分析仪)
const transferPhaseShiftList = ref<IDetailMeasureList[]>([]) // 传输相移(矢量网络分析仪)
const vswrMicrowaveLoading = ref(false) // 电压驻波比(微波器件)
const insertionLossLoading = ref(false) // 插入损耗
const isolationDegreeLoading = ref(false) // 隔离度
const gainFlatnessLoading = ref(false) // 增益、增益平坦度
const couplingDirectionLoading = ref(false) // 耦合度、方向性
const amplitudeConsistencyLoading = ref(false) // 幅度一致性
const phaseShiftLoading = ref(false) // 相移
const phaseConsistencyLoading = ref(false) // 相位一致性
const groupDelayLoading = ref(false) // 群时延
const filterCharacterLoading = ref(false) // 滤波器特性(3dB截止频率、通带宽度、通带频响、通带插损、阻带衰减及矩形系数)
const pointOutputPowerLevelLoading = ref(false) // 1dB压缩点输出功率电平
const powerFlatnessLoading = ref(false) // 输出功率、功率平坦度
const spuriousSuppressionLoading = ref(false) // 杂散抑制
const harmonicDistortionLoading = ref(false) // 谐波失真
const phaseNoiseLoading = ref(false) // 相位噪声
const vswrNetLoading = ref(false) // 电压驻波比(矢量网络分析仪)
const transferAmplitudeLoading = ref(false) // 传输幅度(矢量网络分析仪)
const transferPhaseShiftLoading = ref(false) // 传输相移(矢量网络分析仪)
// 电压驻波比(微波器件)
const columns_vswrMicrowave = ref<TableColumn[]>([
{ text: '检定项目', value: 'params', align: 'center', required: false, type: 'text' },
{ text: '频率', value: 'frequencyDefineFront', align: 'center', required: false, type: 'text' },
{
text: '电压驻波比',
value: '1',
align: 'center',
required: false,
width: '180',
children: [
{ text: '第1次', value: 'testValueOne', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第2次', value: 'testValueTwo', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第3次', value: 'testValueThree', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第4次', value: 'testValueFour', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第5次', value: 'testValueFive', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第6次', value: 'testValueSix', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第7次', value: 'testValueSeven', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第8次', value: 'testValueEight', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第9次', value: 'testValueNine', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第10次', value: 'testValueTen', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '平均值', value: 'averageValue', align: 'center', required: false, type: 'text' },
],
},
{ text: 'U(k=2)', value: 'urel', align: 'center', required: false, type: 'text' },
])
// 插入损耗
const columns_isolationDegree = ref<TableColumn[]>([
{ text: '检定项目', value: 'params', align: 'center', required: false, type: 'text' },
{ text: '频率', value: 'frequencyDefineFront', align: 'center', required: false, type: 'text' },
{
text: '插入损耗（dB）',
value: '2',
align: 'center',
required: false,
width: '180',
children: [
{ text: '第1次', value: 'testValueOne', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第2次', value: 'testValueTwo', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第3次', value: 'testValueThree', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第4次', value: 'testValueFour', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第5次', value: 'testValueFive', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第6次', value: 'testValueSix', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第7次', value: 'testValueSeven', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第8次', value: 'testValueEight', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第9次', value: 'testValueNine', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第10次', value: 'testValueTen', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '平均值', value: 'averageValue', align: 'center', required: false, type: 'text' },
],
},
{ text: 'U(k=2)', value: 'urel', align: 'center', required: false, type: 'text' },
])
// 隔离度
const columns_insertionLoss = ref<TableColumn[]>([
{ text: '检定项目', value: 'params', align: 'center', required: false, type: 'text' },
{ text: '频率', value: 'frequencyDefineFront', align: 'center', required: false, type: 'text' },
{
text: '隔离度（dB）',
value: '3',
align: 'center',
required: false,
width: '180',
children: [
{ text: '第1次', value: 'testValueOne', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第2次', value: 'testValueTwo', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第3次', value: 'testValueThree', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第4次', value: 'testValueFour', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第5次', value: 'testValueFive', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第6次', value: 'testValueSix', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第7次', value: 'testValueSeven', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第8次', value: 'testValueEight', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第9次', value: 'testValueNine', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第10次', value: 'testValueTen', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '平均值', value: 'averageValue', align: 'center', required: false, type: 'text' },
],
},
{ text: 'U(k=2)', value: 'urel', align: 'center', required: false, type: 'text' },
])
// 增益、增益平坦度
const columns_gainFlatness = ref<TableColumn[]>([
{ text: '检定项目', value: 'params', align: 'center', required: false, type: 'text' },
{ text: '频率', value: 'frequencyDefineFront', align: 'center', required: false, type: 'text' },
{
text: '增益（dB）',
value: '4',
align: 'center',
required: false,
width: '180',
children: [
{ text: '第1次', value: 'testValueOne', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第2次', value: 'testValueTwo', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第3次', value: 'testValueThree', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第4次', value: 'testValueFour', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第5次', value: 'testValueFive', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第6次', value: 'testValueSix', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第7次', value: 'testValueSeven', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第8次', value: 'testValueEight', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第9次', value: 'testValueNine', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第10次', value: 'testValueTen', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '平均值', value: 'averageValue', align: 'center', required: false, type: 'text' },
],
},
{ text: '增益U(k=2)', value: 'urel', align: 'center', required: false, type: 'text' },
{ text: '增益平坦度（dB）', value: 'gainFlatness', align: 'center', required: false, type: 'text' },
{ text: '增益平坦度U(k=2)', value: 'flatnessUrel', align: 'center', required: false, type: 'text' },
])
// 耦合性、方向性
const columns_couplingDirection = ref<TableColumn[]>([
{ text: '检定项目', value: 'params', align: 'center', required: false, type: 'text' },
{ text: '频率', value: 'frequencyDefineFront', align: 'center', required: false, type: 'text' },
{
text: '第1次',
value: '1',
align: 'center',
required: false,
width: '180',
children: [
{ text: '耦合性（dB）', value: 'testValueOne', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '方向性（dB）', value: 'otherValueOne', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
],
},
{
text: '第2次',
value: '2',
align: 'center',
required: false,
width: '180',
children: [
{ text: '耦合性（dB）', value: 'testValueTwo', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '方向性（dB）', value: 'otherValueTwo', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
],
},
{
text: '第3次',
value: '3',
align: 'center',
required: false,
width: '180',
children: [
{ text: '耦合性（dB）', value: 'testValueThree', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '方向性（dB）', value: 'otherValueThree', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
],
},
{
text: '第4次',
value: '4',
align: 'center',
required: false,
width: '180',
children: [
{ text: '耦合性（dB）', value: 'testValueFour', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '方向性（dB）', value: 'otherValueFour', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
],
},
{
text: '第5次',
value: '1',
align: 'center',
required: false,
width: '180',
children: [
{ text: '耦合性（dB）', value: 'testValueFive', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '方向性（dB）', value: 'otherValueFive', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
],
},
{
text: '第6次',
value: '6',
align: 'center',
required: false,
width: '180',
children: [
{ text: '耦合性（dB）', value: 'testValueSix', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '方向性（dB）', value: 'otherValueSix', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
],
},
{
text: '第7次',
value: '7',
align: 'center',
required: false,
width: '180',
children: [
{ text: '耦合性（dB）', value: 'testValueSeven', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '方向性（dB）', value: 'otherValueSeven', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
],
},
{
text: '第8次',
value: '8',
align: 'center',
required: false,
width: '180',
children: [
{ text: '耦合性（dB）', value: 'testValueEight', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '方向性（dB）', value: 'otherValueEight', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
],
},
{
text: '第9次',
value: '9',
align: 'center',
required: false,
width: '180',
children: [
{ text: '耦合性（dB）', value: 'testValueNine', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '方向性（dB）', value: 'otherValueNine', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
],
},
{
text: '第10次',
value: '10',
align: 'center',
required: false,
width: '180',
children: [
{ text: '耦合性（dB）', value: 'testValueTen', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '方向性（dB）', value: 'otherValueTen', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
],
},
{ text: '耦合性平均值（dB）', value: 'averageValue', align: 'center', required: false, type: 'text' },
{ text: 'U(k=2)', value: 'urel', align: 'center', required: false, type: 'text' },
{ text: '方向性平均值（dB）', value: 'directivityAverageValue', align: 'center', required: false, type: 'text' },
{ text: 'U(k=2)', value: 'flatnessUrel', align: 'center', required: false, type: 'text' },
])
// 幅度一致性
const columns_amplitudeConsistency = ref<TableColumn[]>([
{ text: '检定项目', value: 'params', align: 'center', required: false, type: 'text' },
{ text: '频率', value: 'frequencyDefineFront', align: 'center', required: false, type: 'text' },
{
text: '幅度（dB）',
value: '6',
align: 'center',
required: false,
width: '180',
children: [
{ text: '第1次', value: 'testValueOne', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第2次', value: 'testValueTwo', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第3次', value: 'testValueThree', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第4次', value: 'testValueFour', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第5次', value: 'testValueFive', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第6次', value: 'testValueSix', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第7次', value: 'testValueSeven', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第8次', value: 'testValueEight', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第9次', value: 'testValueNine', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第10次', value: 'testValueTen', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '平均值', value: 'averageValue', align: 'center', required: false, type: 'text' },
],
},
{ text: 'U(k=2)', value: 'urel', align: 'center', required: false, type: 'text' },
])
// 相移\相位一致性
const columns_phaseShift = ref<TableColumn[]>([
{ text: '检定项目', value: 'params', align: 'center', required: false, type: 'text' },
{ text: '频率', value: 'frequencyDefineFront', align: 'center', required: false, type: 'text' },
{
text: '测量值（°）',
value: '7',
align: 'center',
required: false,
width: '180',
children: [
{ text: '第1次', value: 'testValueOne', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第2次', value: 'testValueTwo', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第3次', value: 'testValueThree', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第4次', value: 'testValueFour', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第5次', value: 'testValueFive', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第6次', value: 'testValueSix', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第7次', value: 'testValueSeven', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第8次', value: 'testValueEight', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第9次', value: 'testValueNine', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第10次', value: 'testValueTen', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '平均值', value: 'averageValue', align: 'center', required: false, type: 'text' },
],
},
{ text: 'U(k=2)', value: 'urel', align: 'center', required: false, type: 'text' },
])
// 群时延
const columns_groupDelay = ref([
{ text: '检定项目', value: 'params', align: 'center', required: false, type: 'text' },
{ text: '频率', value: 'frequencyDefineFront', align: 'center', required: false, type: 'text' },
{ text: '群时延单位', value: 'groupDelayUnit', align: 'center', required: false, type: 'select', width: 90, options: standardTimeUnitList },
{
text: '群时延',
value: '7',
align: 'center',
required: false,
width: '180',
children: [
{ text: '第1次', value: 'testValueOne', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第2次', value: 'testValueTwo', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第3次', value: 'testValueThree', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第4次', value: 'testValueFour', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第5次', value: 'testValueFive', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第6次', value: 'testValueSix', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第7次', value: 'testValueSeven', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第8次', value: 'testValueEight', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第9次', value: 'testValueNine', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第10次', value: 'testValueTen', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '平均值', value: 'averageValue', align: 'center', required: false, type: 'text' },
],
},
{ text: 'U(k=2)', value: 'urel', align: 'center', required: false, type: 'text' },
])
// 滤波器特性
const columns_filterCharacter = ref<TableColumn[]>([
{ text: '检定项目', value: 'params', align: 'center', required: false, type: 'text' },
{ text: '上边频频率', value: 'upperFrequencyDefineFront', align: 'center', required: false },
{ text: '下边频频率', value: 'lowerFrequencyDefineFront', align: 'center', required: false },
{ text: '通带3dB功率点上边频频率', value: 'passbandUpperFrequency', align: 'center', required: true, width: '220', precision: 3 },
{ text: '通带3dB功率点下边频频率', value: 'passbandLowerFrequency', align: 'center', required: true, width: '220', precision: 3 },
{ text: '通带3dB宽度Bw', value: 'passbandWidth', align: 'center', required: false },
{ text: '通带60dB功率点上边频频率', value: 'passbandUpperFrequencyTwo', align: 'center', required: true, width: '220', precision: 3 },
{ text: '通带60dB功率点下边频频率', value: 'passbandLowerFrequencyTwo', align: 'center', required: true, width: '220', precision: 3 },
{ text: '通带60dB宽度Bw', value: 'passbandWidthTwo', align: 'center', required: false },
{ text: '通带最小损耗', value: 'minLoss', align: 'center', required: true, width: '220', precision: 3 },
{ text: '阻带最大损耗', value: 'maxLoss', align: 'center', required: true, width: '220', precision: 3 },
{ text: '3dB带宽U(k=2)', value: 'gainFlatness', align: 'center', required: false },
{ text: '60dB带宽U(k=2)', value: 'flatnessUrel', align: 'center', required: false },
{ text: '通带最小损耗U(k=2)', value: 'minLossUrel', align: 'center', required: false },
{ text: '阻带最大损耗U(k=2)', value: 'maxLossUrel', align: 'center', required: false },
])
// 1dB压缩点输出功率电平
const columns_pointOutputPowerLevel = ref<TableColumn[]>([
{ text: '检定项目', value: 'params', align: 'center', required: false, type: 'text' },
{ text: '输出功率', value: 'outputPowerDefineFront', align: 'center', required: false, type: 'text' },
{ text: '频率', value: 'frequencyDefineFront', align: 'center', required: false, type: 'text' },
{
text: '1dB压缩点输出功率电平（dBm）',
value: '1dB',
align: 'center',
required: false,
width: '180',
children: [
{ text: '第1次', value: 'testValueOne', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第2次', value: 'testValueTwo', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第3次', value: 'testValueThree', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第4次', value: 'testValueFour', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第5次', value: 'testValueFive', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第6次', value: 'testValueSix', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第7次', value: 'testValueSeven', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第8次', value: 'testValueEight', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第9次', value: 'testValueNine', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第10次', value: 'testValueTen', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '平均值', value: 'averageValue', align: 'center', required: false, type: 'text' },
],
},
{ text: 'U(k=2)', value: 'urel', align: 'center', required: false, type: 'text' },
])
// 输出功率、功率平坦度
const columns_powerFlatness = ref<TableColumn[]>([
{ text: '检定项目', value: 'params', align: 'center', required: false, type: 'text' },
{ text: '频率', value: 'frequencyDefineFront', align: 'center', required: false, type: 'text' },
{
text: '输出功率（dBm）',
value: '输出功率、功率平坦度',
align: 'center',
required: false,
width: '180',
children: [
{ text: '第1次', value: 'testValueOne', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第2次', value: 'testValueTwo', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第3次', value: 'testValueThree', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第4次', value: 'testValueFour', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第5次', value: 'testValueFive', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第6次', value: 'testValueSix', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第7次', value: 'testValueSeven', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第8次', value: 'testValueEight', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第9次', value: 'testValueNine', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第10次', value: 'testValueTen', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '平均值', value: 'averageValue', align: 'center', required: false, type: 'text' },
],
},
{ text: 'U(k=2)', value: 'urel', align: 'center', required: false, type: 'text' },
{ text: '输出功率平坦度（dB）', value: 'outputPowerFlatness', align: 'center', required: false, type: 'text' },
{ text: 'U(k=2)', value: 'flatnessUrel', align: 'center', required: false, type: 'text' },
])
// 杂散抑制
const columns_spuriousSuppression = ref<TableColumn[]>([
{ text: '检定项目', value: 'params', align: 'center', required: false },
{ text: '参考电平', value: 'spectrumLevelDefineFront', align: 'center', required: false },
{ text: '中心频率', value: 'intermediateFrequencyDefineFront', align: 'center', required: false },
{ text: '分辨带宽', value: 'resolutionBandwidthDefineFront', align: 'center', required: false },
{ text: '基波频率', value: 'fundamentalFrequencyDefineFront', align: 'center', required: false },
{ text: '杂波频率', value: 'mixedFrequency', align: 'center', required: true, width: '180', precision: 3 },
{ text: '杂波频率单位', value: 'mixedFrequencyUnit', align: 'center', required: true, width: '120' },
{ text: '基波幅度（dBm）', value: 'fundamentalAmplitude', align: 'center', required: true, width: '180', precision: 3 },
{ text: '杂波幅度（dBm）', value: 'mixedAmplitude', align: 'center', required: true, width: '180', precision: 3 },
{ text: '杂散抑制（dBc）', value: 'spuriousSuppression', align: 'center', required: false },
{ text: 'U(k=2)', value: 'urel', align: 'center', required: false },
])
// 谐波失真
const columns_harmonicDistortion = ref<TableColumn[]>([
{ text: '检定项目', value: 'params', align: 'center', required: false },
{ text: '基波频率', value: 'fundamentalFrequencyDefineFront', align: 'center', required: false },
{ text: '基波幅度', value: 'amplitudeDefineFront', align: 'center', required: false },
{ text: '谐波次数', value: 'harmonicNumber', align: 'center', required: false },
{ text: '基波幅度（dBm）', value: 'fundamentalAmplitude', align: 'center', required: true, width: '180', precision: 3 },
{ text: '谐波幅度（dBm）', value: 'harmonicAmplitude', align: 'center', required: true, width: '180', precision: 3 },
{ text: '谐波失真（dBc）', value: 'harmonicDistortion', align: 'center', required: false },
{ text: 'U(k=2)', value: 'urel', align: 'center', required: false },
])
// 相位噪声
const columns_phaseNoise = ref<TableColumn[]>([
{ text: '检定项目', value: 'params', align: 'center', required: false },
{ text: '频率', value: 'frequencyDefineFront', align: 'center', required: false },
{ text: '随机噪声修正值', value: 'randomNoiseCorrectValueDefineFront', align: 'center', required: false },
{ text: '分辨带宽', value: 'resolutionBandwidthDefineFront', align: 'center', required: false },
{ text: '边带频率', value: 'sidebandFrequencyDefineFront', align: 'center', required: true, width: '180', precision: 3 },
{ text: '载波电平（dBm）', value: 'carrierLevel', align: 'center', required: true, width: '180', precision: 3 },
{ text: '边带电平（dBm）', value: 'sidebandLevel', align: 'center', required: true, width: '180', precision: 3 },
{ text: '单边带相位噪声（dBc/Hz）', value: 'ssbHaseNoise', align: 'center', required: false },
{ text: 'U(k=2)', value: 'urel', align: 'center', required: false },
])
// 电压驻波比(矢量网络分析仪)
const columns_vswrNet = ref<TableColumn[]>([
{ text: '检定项目', value: 'params', align: 'center', required: false, type: 'text' },
{ text: '类型', value: 'typeValue', align: 'center', required: false, type: 'text' },
{ text: 'VSMR', value: 'vswr', align: 'center', required: false, type: 'text' },
{ text: '频率', value: 'frequencyDefineFront', align: 'center', required: false, type: 'text' },
{
text: '测量次数及测量值',
value: '测量次数及测量值',
align: 'center',
required: false,
width: '180',
children: [
{ text: '第1次', value: 'testValueOne', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第2次', value: 'testValueTwo', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第3次', value: 'testValueThree', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第4次', value: 'testValueFour', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第5次', value: 'testValueFive', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第6次', value: 'testValueSix', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
],
},
{ text: '平均值', value: 'averageValue', align: 'center', required: false, type: 'text' },
{ text: '标准值', value: 'standardValueDefineFront', align: 'center', required: false, type: 'text' },
{ text: '技术指标', value: 'technicalIndexDefineFront', align: 'center', required: false, type: 'text' },
{ text: '误差', value: 'errorValue', align: 'center', required: false, type: 'text', needMark: true },
{ text: 'U(k=2)', value: 'urelDefineFront', align: 'center', required: false, type: 'text' },
])
// 传输幅度(矢量网络分析仪)
const columns_transferAmplitude = ref<TableColumn[]>([
{ text: '检定项目', value: 'params', align: 'center', required: false, type: 'text' },
{ text: '类型', value: 'typeValue', align: 'center', required: false, type: 'text' },
{ text: '频率', value: 'frequencyDefineFront', align: 'center', required: false, type: 'text' },
{ text: '幅度', value: 'amplitudeDefineFront', align: 'center', required: false, type: 'text' },
{
text: '测量次数及测量值',
value: '测量次数及测量值',
align: 'center',
required: false,
width: '180',
children: [
{ text: '第1次', value: 'testValueOne', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第2次', value: 'testValueTwo', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第3次', value: 'testValueThree', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第4次', value: 'testValueFour', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第5次', value: 'testValueFive', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第6次', value: 'testValueSix', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
],
},
{ text: '平均值', value: 'averageValue', align: 'center', required: false, type: 'text' },
{ text: '标准值', value: 'standardValueDefineFront', align: 'center', required: false, type: 'text' },
{ text: '技术指标', value: 'technicalIndexDefineFront', align: 'center', required: false, type: 'text' },
{ text: '误差', value: 'errorValue', align: 'center', required: false, type: 'text', needMark: true },
{ text: 'U(k=2)', value: 'urelDefineFront', align: 'center', required: false, type: 'text' },
])
// 传输相移(矢量网络分析仪)
const columns_transferPhaseShift = ref<TableColumn[]>([
{ text: '检定项目', value: 'params', align: 'center', required: false, type: 'text' },
{ text: '类型', value: 'typeValue', align: 'center', required: false, type: 'text' },
{ text: '频率', value: 'frequencyDefineFront', align: 'center', required: false, type: 'text' },
{
text: '测量次数及测量值',
value: '测量次数及测量值',
align: 'center',
required: false,
width: '180',
children: [
{ text: '第1次', value: 'testValueOne', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第2次', value: 'testValueTwo', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第3次', value: 'testValueThree', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第4次', value: 'testValueFour', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第5次', value: 'testValueFive', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
{ text: '第6次', value: 'testValueSix', align: 'center', required: true, width: '180', type: 'inputNumber', precision: 3 },
],
},
{ text: '平均值', value: 'averageValue', align: 'center', required: false, type: 'text' },
{ text: '标准值', value: 'standardValueDefineFront', align: 'center', required: false, type: 'text' },
{ text: '技术指标', value: 'technicalIndexDefineFront', align: 'center', required: false, type: 'text' },
{ text: '误差', value: 'errorValue', align: 'center', required: false, type: 'text', needMark: true },
{ text: 'U(k=2)', value: 'urelDefineFront', align: 'center', required: false, type: 'text' },
])
// -------------------------------------------获取详情信息--------------------------------------------------
// 获取页面详情信息
const fetchInfo = () => {
const loading = ElLoading.service({
lock: true,
background: 'rgba(255, 255, 255, 0.8)',
})
getInfo({
id: infoId.value,
belongStandardEquipment: itemFormData.value.belongStandardEquipment,
// 我的任务跳转过来如果已经配置过检定项了，到编辑页面，且用一下三个字段替代传id请求详情
itemId: $route.query.itemId, // 检定项id
orderId: $route.query.orderId, // 任务单id
sampleId: $route.query.sampleId, // 被检智能模型id
}).then((res) => {
// 有关于检定项的数据
itemFormData.value.itemId = res.data.itemId // 检定项id
itemFormData.value.itemCategoryName = res.data.itemCategoryName // 智能模型检定项分类名称
itemFormData.value.itemCategoryId = res.data.itemCategoryId ? res.data.itemCategoryId : itemFormData.value.itemCategoryId // 智能模型检定项分类名称id
itemFormData.value.appearanceFunctionCheck = `${res.data.appearanceFunctionCheck}` // 外观（1/0）
itemFormData.value.remark = res.data.remark // 结论、备注
// =======================================表单公共组件数据处理=======================================================
useSolveFormData(res, templateFormAndTableRef.value)
// ==================================检定数据========================================================================
const data = res.data.measureDataSParamList.map((item: { editable: boolean }) => {
return {
...item,
editable: pageType.value !== 'detail',
}
})
if (itemFormData.value.itemCategoryName === '微波器件') {
// 电压驻波比(微波器件)
vswrMicrowaveList.value = data.filter((item: any) => `${item.dataType}` === '1')
vswrMicrowaveList.value = vswrMicrowaveList.value.map((item: any) => {
return {
...item,
params: '电压驻波比',
frequencyDefineFront: item.frequency + item.frequencyUnit, // 频率
}
})
itemFormData.value.vswr = vswrMicrowaveList.value.length > 0 ? 1 : 0
// 插入损耗(微波器件)
insertionLossList.value = data.filter((item: any) => `${item.dataType}` === '2')
insertionLossList.value = insertionLossList.value.map((item: any) => {
return {
...item,
params: '插入损耗',
frequencyDefineFront: item.frequency + item.frequencyUnit, // 频率
}
})
itemFormData.value.insertionLoss = insertionLossList.value.length > 0 ? 1 : 0 // 插入损耗
// 隔离度(微波器件)
isolationDegreeList.value = data.filter((item: any) => `${item.dataType}` === '3')
isolationDegreeList.value = isolationDegreeList.value.map((item: any) => {
return {
...item,
params: '隔离度',
frequencyDefineFront: item.frequency + item.frequencyUnit, // 频率
}
})
itemFormData.value.isolationDegree = isolationDegreeList.value.length > 0 ? 1 : 0 // 隔离度
// 增益、增益平坦度(微波器件)
gainFlatnessList.value = data.filter((item: any) => `${item.dataType}` === '4')
gainFlatnessList.value = gainFlatnessList.value.map((item: any) => {
return {
...item,
params: '增益、增益平坦度',
frequencyDefineFront: item.frequency + item.frequencyUnit, // 频率
}
})
itemFormData.value.gainFlatness = gainFlatnessList.value.length > 0 ? 1 : 0
// 耦合度、方向性(微波器件)
couplingDirectionList.value = data.filter((item: any) => `${item.dataType}` === '5')
couplingDirectionList.value = couplingDirectionList.value.map((item: any) => {
return {
...item,
params: '耦合度、方向性',
frequencyDefineFront: item.frequency + item.frequencyUnit, // 频率
}
})
itemFormData.value.couplingDirection = couplingDirectionList.value.length > 0 ? 1 : 0
// 幅度一致性(微波器件)
amplitudeConsistencyList.value = data.filter((item: any) => `${item.dataType}` === '6')
amplitudeConsistencyList.value = amplitudeConsistencyList.value.map((item: any) => {
return {
...item,
params: '幅度一致性',
frequencyDefineFront: item.frequency + item.frequencyUnit, // 频率
}
})
itemFormData.value.amplitudeConsistency = amplitudeConsistencyList.value.length > 0 ? 1 : 0
// 相移(微波器件)
phaseShiftList.value = data.filter((item: any) => `${item.dataType}` === '7')
phaseShiftList.value = phaseShiftList.value.map((item: any) => {
return {
...item,
params: '相移',
frequencyDefineFront: item.frequency + item.frequencyUnit, // 频率
}
})
itemFormData.value.phaseShift = phaseShiftList.value.length > 0 ? 1 : 0
// 相位一致性(微波器件)
phaseConsistencyList.value = data.filter((item: any) => `${item.dataType}` === '8')
phaseConsistencyList.value = phaseConsistencyList.value.map((item: any) => {
return {
...item,
params: '相位一致性',
frequencyDefineFront: item.frequency + item.frequencyUnit, // 频率
}
})
itemFormData.value.phaseConsistency = phaseConsistencyList.value.length > 0 ? 1 : 0
// 群时延(微波器件)
groupDelayList.value = data.filter((item: any) => `${item.dataType}` === '9')
groupDelayList.value = groupDelayList.value.map((item: any) => {
return {
...item,
params: '群时延',
frequencyDefineFront: item.frequency + item.frequencyUnit, // 频率
}
})
if (groupDelayList.value && groupDelayList.value.length) {
itemFormData.value.groupDelayFrequencyAperture = groupDelayList.value[0].mixedFrequency === '' ? undefined : groupDelayList.value[0].mixedFrequency as any
itemFormData.value.groupDelayFrequencyApertureUnit = groupDelayList.value[0].mixedFrequencyUnit
}
itemFormData.value.groupDelay = groupDelayList.value.length > 0 ? 1 : 0
// 滤波器特性(微波器件)
filterCharacterList.value = data.filter((item: any) => `${item.dataType}` === '10')
filterCharacterList.value = filterCharacterList.value.map((item: any) => {
return {
...item,
params: '滤波器特性',
upperFrequencyDefineFront: item.upperFrequency + item.upperFrequencyUnit, // 上边频频率
lowerFrequencyDefineFront: item.lowerFrequency + item.lowerFrequencyUnit, // 下边频频率
}
})
itemFormData.value.filterCharacter = filterCharacterList.value.length > 0 ? 1 : 0
if (filterCharacterList.value && filterCharacterList.value.length) {
itemFormData.value.filterCharacterFrequencyAperture = filterCharacterList.value[0].mixedFrequency === '' ? undefined : filterCharacterList.value[0].mixedFrequency as any
itemFormData.value.filterCharacterFrequencyApertureUnit = filterCharacterList.value[0].mixedFrequencyUnit
}
// 1dB压缩点输出功率电平(微波器件)
pointOutputPowerLevelList.value = data.filter((item: any) => `${item.dataType}` === '11')
pointOutputPowerLevelList.value = pointOutputPowerLevelList.value.map((item: any) => {
return {
...item,
params: '1dB压缩点输出功率电平',
outputPowerDefineFront: item.outputPower + item.outputPowerUnit, // 输出功率
frequencyDefineFront: item.frequency + item.frequencyUnit, // 频率
}
})
itemFormData.value.pointOutputPowerLevel = pointOutputPowerLevelList.value.length > 0 ? 1 : 0
// 输出功率、功率平坦度(微波器件)
powerFlatnessList.value = data.filter((item: any) => `${item.dataType}` === '12')
powerFlatnessList.value = powerFlatnessList.value.map((item: any) => {
return {
...item,
params: '输出功率、功率平坦度',
frequencyDefineFront: item.frequency + item.frequencyUnit, // 频率
}
})
itemFormData.value.powerFlatness = powerFlatnessList.value.length > 0 ? 1 : 0
// 杂散抑制(微波器件)
spuriousSuppressionList.value = data.filter((item: any) => `${item.dataType}` === '13')
spuriousSuppressionList.value = spuriousSuppressionList.value.map((item: any) => {
return {
...item,
params: '杂散抑制',
spectrumLevelDefineFront: item.spectrumLevel + item.spectrumLevelUnit, // 参考电平
intermediateFrequencyDefineFront: item.intermediateFrequency + item.intermediateFrequencyUnit, // 中心频率
resolutionBandwidthDefineFront: item.resolutionBandwidth + item.resolutionBandwidthUnit, // 分辨带宽
fundamentalFrequencyDefineFront: item.fundamentalFrequency + item.fundamentalFrequencyUnit, // 基波频率
}
})
itemFormData.value.spuriousSuppression = spuriousSuppressionList.value.length > 0 ? 1 : 0
// 谐波失真(微波器件)
harmonicDistortionList.value = data.filter((item: any) => `${item.dataType}` === '14')
harmonicDistortionList.value = harmonicDistortionList.value.map((item: any) => {
return {
...item,
params: '谐波失真',
fundamentalFrequencyDefineFront: item.fundamentalFrequency + item.fundamentalFrequencyUnit, // 基波频率
// 这里的幅度是检定项配置的基波幅度
amplitudeDefineFront: item.fundamentalAmplitude + item.fundamentalAmplitudeUnit, // 幅度
}
})
itemFormData.value.harmonicDistortion = harmonicDistortionList.value.length > 0 ? 1 : 0
// 相位噪声(微波器件)
phaseNoiseList.value = data.filter((item: any) => `${item.dataType}` === '15')
phaseNoiseList.value = phaseNoiseList.value.map((item: any) => {
return {
...item,
params: '相位噪声',
frequencyDefineFront: item.frequency + item.frequencyUnit, // 频率
randomNoiseCorrectValueDefineFront: item.randomNoiseCorrectValue + item.randomNoiseCorrectValueUnit, // 随机噪声修正值
resolutionBandwidthDefineFront: item.resolutionBandwidth + item.resolutionBandwidthUnit, // 分辨带宽
sidebandFrequencyDefineFront: item.sidebandFrequency + item.sidebandFrequencyUnit, // 边带频率
}
})
itemFormData.value.phaseNoise = phaseNoiseList.value.length > 0 ? 1 : 0
if (phaseNoiseList.value && phaseNoiseList.value.length) {
itemFormData.value.phaseNoiseCarrierFrequency = phaseNoiseList.value[0].mixedFrequency === '' ? undefined : phaseNoiseList.value[0].mixedFrequency as any
itemFormData.value.phaseNoiseCarrierFrequencyUnit = phaseNoiseList.value[0].mixedFrequencyUnit
}
}
else if (itemFormData.value.itemCategoryName === '矢量网络分析仪') {
// 电压驻波比
vswrNetList.value = data.filter((item: any) => `${item.dataType}` === '1')
vswrNetList.value = vswrNetList.value.map((item: any) => {
return {
...item,
params: '电压驻波比',
frequencyDefineFront: item.frequency + item.frequencyUnit, // 频率
standardValueDefineFront: item.standardValue + item.standardValueValue, // 标准值
technicalIndexDefineFront: item.technicalIndexSymbol + item.technicalIndex, // 技术指标
urelDefineFront: `${item.urel}` === '' ? '/' : `${item.urel}%`,
}
})
itemFormData.value.vswr = vswrNetList.value.length > 0 ? 1 : 0
// 传输幅度
transferAmplitudeList.value = data.filter((item: any) => `${item.dataType}` === '2')
transferAmplitudeList.value = transferAmplitudeList.value.map((item: any) => {
return {
...item,
params: '传输幅度',
frequencyDefineFront: item.frequency + item.frequencyUnit, // 频率
amplitudeDefineFront: item.amplitude + item.amplitudeUnit, // 幅度
standardValueDefineFront: item.standardValue + item.standardValueValue, // 标准值
technicalIndexDefineFront: item.technicalIndexSymbol + item.technicalIndex, // 技术指标
urelDefineFront: `${item.urel}` === '' ? '/' : `${item.urel}%`,
}
})
itemFormData.value.transferAmplitude = transferAmplitudeList.value.length > 0 ? 1 : 0
// 传输相移
transferPhaseShiftList.value = data.filter((item: any) => `${item.dataType}` === '3')
transferPhaseShiftList.value = transferPhaseShiftList.value.map((item: any) => {
return {
...item,
params: '传输相移',
frequencyDefineFront: item.frequency + item.frequencyUnit, // 频率
standardValueDefineFront: item.standardValue + item.standardValueValue, // 标准值
technicalIndexDefineFront: item.technicalIndexSymbol + item.technicalIndex, // 技术指标
urelDefineFront: `${item.urel}` === '' ? '/' : `${item.urel}%`,
}
})
itemFormData.value.transferPhaseShift = transferPhaseShiftList.value.length > 0 ? 1 : 0
}
infoId.value = res.data.id
emits('giveInfoId', infoId.value)
loading.close()
})
}
// 初始化输入数据
const initInputData = (getData: any) => {
const data = getData.map((item: any) => {
return {
...item,
editable: pageType.value !== 'detail',
}
})
if (itemFormData.value.itemCategoryName === '微波器件') {
// 电压驻波比(微波器件)
vswrMicrowaveList.value = data.filter((item: any) => `${item.dataType}` === '1')
vswrMicrowaveList.value = vswrMicrowaveList.value.map((item: any) => {
return {
...item,
params: '电压驻波比',
frequencyDefineFront: item.frequency + item.frequencyUnit, // 频率
urel: item.urel, // U(k=2)
}
})
// 插入损耗
insertionLossList.value = data.filter((item: any) => `${item.dataType}` === '2')
insertionLossList.value = insertionLossList.value.map((item: any) => {
return {
...item,
params: '插入损耗',
frequencyDefineFront: item.frequency + item.frequencyUnit, // 频率
urel: item.urel, // U(k=2)
}
})
// 隔离度
isolationDegreeList.value = data.filter((item: any) => `${item.dataType}` === '3')
isolationDegreeList.value = isolationDegreeList.value.map((item: any) => {
return {
...item,
params: '隔离度',
frequencyDefineFront: item.frequency + item.frequencyUnit, // 频率
urel: item.urel, // U(k=2)
}
})
// 增益、增益平坦度
gainFlatnessList.value = data.filter((item: any) => `${item.dataType}` === '4')
gainFlatnessList.value = gainFlatnessList.value.map((item: any) => {
return {
...item,
params: '增益、增益平坦度',
frequencyDefineFront: item.frequency + item.frequencyUnit, // 频率
urel: item.urel, // U(k=2)
flatnessUrel: item.flatnessUrel, // 增益平坦度U(k=2)
}
})
// 耦合性、方向性
couplingDirectionList.value = data.filter((item: any) => `${item.dataType}` === '5')
couplingDirectionList.value = couplingDirectionList.value.map((item: any) => {
return {
...item,
params: '耦合性、方向性',
frequencyDefineFront: item.frequency + item.frequencyUnit, // 频率
urel: item.urel, // 耦合性U(k=2)
flatnessUrel: item.flatnessUrel, // 方向性U(k=2)
}
})
// 幅度一致性
amplitudeConsistencyList.value = data.filter((item: any) => `${item.dataType}` === '6')
amplitudeConsistencyList.value
= amplitudeConsistencyList.value.map((item: any) => {
return {
...item,
params: '幅度一致性',
frequencyDefineFront: item.frequency + item.frequencyUnit, // 频率
urel: item.urel, // U(k=2)
}
})
// 相移
phaseShiftList.value = data.filter((item: any) => `${item.dataType}` === '7')
phaseShiftList.value = phaseShiftList.value.map((item: any) => {
return {
...item,
params: '相移',
frequencyDefineFront: item.frequency + item.frequencyUnit, // 频率
urel: item.urel, // U(k=2)
}
})
// 相位一致性
phaseConsistencyList.value = data.filter((item: any) => `${item.dataType}` === '8')
phaseConsistencyList.value = phaseConsistencyList.value.map((item: any) => {
return {
...item,
params: '相位一致性',
frequencyDefineFront: item.frequency + item.frequencyUnit, // 频率
urel: item.urel, // U(k=2)
}
})
// 群时延
groupDelayList.value = data.filter((item: any) => `${item.dataType}` === '9')
groupDelayList.value = groupDelayList.value.map((item: any) => {
return {
...item,
params: '群时延',
frequencyDefineFront: item.frequency + item.frequencyUnit, // 频率
groupDelayUnit: 'μs', // 群时延单位
urel: item.urel, // U(k=2)
}
})
// 滤波器特性
filterCharacterList.value = data.filter((item: any) => `${item.dataType}` === '10')
filterCharacterList.value = filterCharacterList.value.map((item: any) => {
return {
...item,
params: '滤波器特性',
upperFrequencyDefineFront: item.upperFrequency + item.upperFrequencyUnit, // 上边频频率
lowerFrequencyDefineFront: item.lowerFrequency + item.lowerFrequencyUnit, // 下边频频率
gainFlatness: item.urel, // 3dB带宽U(k=2)
flatnessUrel: item.flatnessUrel, // 60dB带宽U(k=2)
minLossUrel: item.minLossUrel, // 通带最小损耗U(k=2)
maxLossUrel: item.maxLossUrel, // 阻带最大损耗U(k=2)
}
})
// 1dB压缩点输出功率电平
pointOutputPowerLevelList.value = data.filter((item: any) => `${item.dataType}` === '11')
pointOutputPowerLevelList.value = pointOutputPowerLevelList.value.map((item: any) => {
return {
...item,
params: '1dB压缩点输出功率电平',
outputPowerDefineFront: item.outputPower + item.outputPowerUnit, // 输出功率
frequencyDefineFront: item.frequency + item.frequencyUnit, // 频率
urel: item.urel, // U(k=2)
}
})
// 输出功率、功率平坦度
powerFlatnessList.value = data.filter((item: any) => `${item.dataType}` === '12')
powerFlatnessList.value = powerFlatnessList.value.map((item: any) => {
return {
...item,
params: '输出功率、功率平坦度',
frequencyDefineFront: item.frequency + item.frequencyUnit, // 频率
urel: item.urel, // 输出功率U(k=2)
flatnessUrel: item.flatnessUrel, // 输出功率平坦度(k=2)
}
})
// 杂散抑制
spuriousSuppressionList.value = data.filter((item: any) => `${item.dataType}` === '13')
spuriousSuppressionList.value = spuriousSuppressionList.value.map((item: any) => {
return {
...item,
params: '杂散抑制',
spectrumLevelDefineFront: item.spectrumLevel + item.spectrumLevelUnit, // 参考电平
intermediateFrequencyDefineFront: item.intermediateFrequency + item.intermediateFrequencyUnit, // 中心频率
resolutionBandwidthDefineFront: item.resolutionBandwidth + item.resolutionBandwidthUnit, // 分辨带宽
fundamentalFrequencyDefineFront: item.fundamentalFrequency + item.fundamentalFrequencyUnit, // 基波频率
mixedFrequency: undefined, // 杂波频率
mixedFrequencyUnit: 'GHz', // 杂波频率单位
fundamentalAmplitude: undefined, // 基波幅度
fundamentalAmplitudeUnit: 'dBm', // 基波幅度单位
mixedAmplitude: undefined, // 杂波幅度
mixedAmplitudeUnit: 'dBm', // 杂波幅度单位
urel: item.urel, // 输出功率U(k=2)
}
})
// 谐波失真
harmonicDistortionList.value = data.filter((item: any) => `${item.dataType}` === '14')
harmonicDistortionList.value = harmonicDistortionList.value.map((item: any) => {
return {
...item,
params: '谐波失真',
fundamentalFrequencyDefineFront: item.fundamentalFrequency + item.fundamentalFrequencyUnit, // 基波频率
// 这里的幅度是检定项配置的基波幅度
amplitudeDefineFront: item.fundamentalAmplitude + item.fundamentalAmplitudeUnit, // 幅度
amplitude: item.fundamentalAmplitude, // 幅度
amplitudeUnit: item.fundamentalAmplitudeUnit, // 幅度单位
fundamentalAmplitude: undefined, // 基波幅度
fundamentalAmplitudeUnit: '', // 基波幅度单位
harmonicNumber: item.harmonicNumber, // 谐波次数
urel: item.urel, // U(k=2)
}
})
// 相位噪声
phaseNoiseList.value = data.filter((item: any) => `${item.dataType}` === '15')
phaseNoiseList.value = phaseNoiseList.value.map((item: any) => {
return {
...item,
params: '相位噪声',
frequencyDefineFront: item.frequency + item.frequencyUnit, // 频率
randomNoiseCorrectValueDefineFront: item.randomNoiseCorrectValue + item.randomNoiseCorrectValueUnit, // 随机噪声修正值
resolutionBandwidthDefineFront: item.resolutionBandwidth + item.resolutionBandwidthUnit, // 分辨带宽
sidebandFrequencyDefineFront: item.sidebandFrequency + item.sidebandFrequencyUnit, // 边带频率
urel: item.urel, // U(k=2)
}
})
}
else if (itemFormData.value.itemCategoryName === '矢量网络分析仪') {
// 电压驻波比
vswrNetList.value = data.filter((item: any) => `${item.dataType}` === '1')
vswrNetList.value = vswrNetList.value.map((item: any) => {
return {
...item,
params: '电压驻波比',
typeValue: item.typeValue, // 类型
vswr: item.vsmr, // VSWR
frequencyDefineFront: item.frequency + item.frequencyUnit, // 频率
standardValueDefineFront: item.standardValue + item.standardValueUnit, // 标准值
standardValueValue: item.standardValueUnit, // 标准值单位
technicalIndexDefineFront: item.technicalIndexSymbol + item.technicalIndex, // 技术指标
urel: item.urel, // U(k=2)
urelDefineFront: `${item.urel}` === '' ? '/' : `${item.urel}%`,
}
})
// 传输幅度
transferAmplitudeList.value = data.filter((item: any) => `${item.dataType}` === '2')
transferAmplitudeList.value = transferAmplitudeList.value.map((item: any) => {
return {
...item,
params: '传输幅度',
typeValue: item.typeValue, // 类型
frequencyDefineFront: item.frequency + item.frequencyUnit, // 频率
amplitudeDefineFront: item.amplitude + item.amplitudeUnit, // 幅度
standardValueDefineFront: item.standardValue + item.standardValueUnit, // 标准值
standardValueValue: item.standardValueUnit, // 标准值单位
technicalIndexDefineFront: item.technicalIndexSymbol + item.technicalIndex, // 技术指标
urel: item.urel, // U(k=2)
urelDefineFront: `${item.urel}` === '' ? '/' : `${item.urel}%`,
}
})
// 传输相移
transferPhaseShiftList.value = data.filter((item: any) => `${item.dataType}` === '3')
transferPhaseShiftList.value = transferPhaseShiftList.value.map((item: any) => {
return {
...item,
params: '传输相移',
typeValue: item.typeValue, // 类型
frequencyDefineFront: item.frequency + item.frequencyUnit, // 频率
standardValueDefineFront: item.standardValue + item.standardValueUnit, // 标准值
standardValueValue: item.standardValueUnit, // 标准值单位
technicalIndexDefineFront: item.technicalIndexSymbol + item.technicalIndex, // 技术指标
urel: item.urel, // U(k=2)
urelDefineFront: `${item.urel}` === '' ? '/' : `${item.urel}%`,
}
})
}
}
/**
* 新增的时候获取检定项输入数据(获取检定项分类详情)
* @param itemId 检定项id
* @param itemCategoryName 检定项分类名字
* @param belongStandardEquipment 检校标准库字典
*/
const fetchItemInfo = (itemId: string, itemCategoryName: string, belongStandardEquipment = '') => {
const params = {
id: itemId,
itemCategoryName, // 检定项分类名字
belongStandardEquipment, // 检校标准库字典code
}
getItemInfo(params).then((res) => {
itemFormData.value.appearance = res.data.appearanceFunctionCheck // 外观及功能检查 1有外观，2没有外观
itemFormData.value.appearanceFunctionCheck = res.data.appearanceFunctionCheck ? '正常' : ''// 外观及功能检查 1有外观，2没有外观
itemFormData.value.vswr = res.data.vswr // 电压驻波比
itemFormData.value.insertionLoss = res.data.insertionLoss // 插入损耗
itemFormData.value.isolationDegree = res.data.isolationDegree // 隔离度
itemFormData.value.gainFlatness = res.data.gainFlatness // 增益、增益平坦度
itemFormData.value.couplingDirection = res.data.couplingDirection // 耦合度、方向性
itemFormData.value.amplitudeConsistency = res.data.amplitudeConsistency // 幅度一致性
itemFormData.value.phaseShift = res.data.phaseShift // 相移
itemFormData.value.phaseConsistency = res.data.phaseConsistency // 相位一致性
itemFormData.value.groupDelay = res.data.groupDelay // 群时延
itemFormData.value.filterCharacter = res.data.filterCharacter // 滤波器特性(3dB截止频率、通带宽度、通带频响、通带插损、阻带衰减及矩形系数)
itemFormData.value.pointOutputPowerLevel = res.data.pointOutputPowerLevel // 1dB压缩点输出功率电平
itemFormData.value.powerFlatness = res.data.powerFlatness // 输出功率、功率平坦度
itemFormData.value.spuriousSuppression = res.data.spuriousSuppression // 杂散抑制
itemFormData.value.harmonicDistortion = res.data.harmonicDistortion // 谐波失真
itemFormData.value.phaseNoise = res.data.phaseNoise // 相位噪声
itemFormData.value.transferAmplitude = res.data.transferAmplitude // 传输幅度
itemFormData.value.transferPhaseShift = res.data.transferPhaseShift // 传输相移
initInputData(res.data.measureItemDataSParamList)
})
}
// ----------------------------------------计算---------------------------------------
// 点击计算结果校验
const checkout = (type: string) => {
let result = true
if (itemFormData.value.itemCategoryName === '微波器件') {
switch (type) {
case '电压驻波比': {
result = useCheckList(vswrMicrowaveList.value, columns_vswrMicrowave.value, type)
break
}
case '插入损耗':
result = useCheckList(insertionLossList.value, columns_isolationDegree.value, type)
break
case '隔离度':
result = useCheckList(isolationDegreeList.value, columns_insertionLoss.value, type)
break
case '增益、增益平坦度':
result = useCheckList(gainFlatnessList.value, columns_gainFlatness.value, type)
break
case '耦合度、方向性':
result = useCheckList(couplingDirectionList.value, columns_couplingDirection.value, type)
break
case '幅度一致性':
result = useCheckList(amplitudeConsistencyList.value, columns_amplitudeConsistency.value, type)
break
case '相移':
result = useCheckList(phaseShiftList.value, columns_phaseShift.value, type)
break
case '相位一致性':
result = useCheckList(phaseConsistencyList.value, columns_phaseShift.value, type)
break
case '群时延':
result = useCheckList(groupDelayList.value, columns_groupDelay.value, type)
break
case '滤波器特性':
result = useCheckList(filterCharacterList.value, columns_filterCharacter.value, type)
break
case '1dB压缩点输出功率电平':
result = useCheckList(pointOutputPowerLevelList.value, columns_pointOutputPowerLevel.value, type)
break
case '输出功率、功率平坦度':
result = useCheckList(powerFlatnessList.value, columns_powerFlatness.value, type)
break
case '杂散抑制':
result = useCheckList(spuriousSuppressionList.value, columns_spuriousSuppression.value, type)
break
case '谐波失真':
result = useCheckList(harmonicDistortionList.value, columns_harmonicDistortion.value, type)
break
case '相位噪声':
result = useCheckList(phaseNoiseList.value, columns_phaseNoise.value, type)
break
default:
break
}
}
else if (itemFormData.value.itemCategoryName === '矢量网络分析仪') {
switch (type) {
case '电压驻波比':
result = useCheckList(vswrNetList.value, columns_vswrNet.value, type)
break
case '传输幅度':
result = useCheckList(transferAmplitudeList.value, columns_transferAmplitude.value, type)
break
case '传输相移':
result = useCheckList(transferPhaseShiftList.value, columns_transferPhaseShift.value, type)
break
default:
break
}
}
return result
}
// 计算之前参数处理
const solveParamsBeforeCalculate = (type: string) => {
let list = [] as any
if (itemFormData.value.itemCategoryName === '微波器件') {
switch (type) {
case '电压驻波比': {
list = vswrMicrowaveList.value
break
}
case '插入损耗':
list = insertionLossList.value
break
case '隔离度':
list = isolationDegreeList.value
break
case '增益、增益平坦度':
list = gainFlatnessList.value
break
case '耦合度、方向性':
list = couplingDirectionList.value
break
case '幅度一致性':
list = amplitudeConsistencyList.value
break
case '相移':
list = phaseShiftList.value
break
case '相位一致性':
list = phaseConsistencyList.value
break
case '群时延':
list = groupDelayList.value
break
case '滤波器特性':
list = filterCharacterList.value
break
case '1dB压缩点输出功率电平':
list = pointOutputPowerLevelList.value
break
case '输出功率、功率平坦度':
list = powerFlatnessList.value
break
case '杂散抑制':
list = spuriousSuppressionList.value
break
case '谐波失真':
list = harmonicDistortionList.value
break
case '相位噪声':
list = phaseNoiseList.value
break
default:
break
}
}
else if (itemFormData.value.itemCategoryName === '矢量网络分析仪') {
switch (type) {
case '电压驻波比':
list = vswrNetList.value
break
case '传输幅度':
list = transferAmplitudeList.value
break
case '传输相移':
list = transferPhaseShiftList.value
break
default:
break
}
}
return list
}
// 计算之后参数处理
const solveParamsAfterCalculate = (type: string, list: any) => {
if (itemFormData.value.itemCategoryName === '微波器件') {
switch (type) {
case '电压驻波比': {
vswrMicrowaveList.value = vswrMicrowaveList.value.map((item, index) => {
return {
...item,
averageValue: list[index].averageValue,
exceedMark: list[index].exceedMark,
}
})
break
}
case '插入损耗':
insertionLossList.value = insertionLossList.value.map((item, index) => {
return {
...item,
averageValue: list[index].averageValue,
exceedMark: list[index].exceedMark,
}
})
break
case '隔离度':
isolationDegreeList.value = isolationDegreeList.value.map((item, index) => {
return {
...item,
averageValue: list[index].averageValue,
exceedMark: list[index].exceedMark,
}
})
break
case '增益、增益平坦度':
gainFlatnessList.value = gainFlatnessList.value.map((item, index) => {
return {
...item,
averageValue: list[index].averageValue,
gainFlatness: list[index].gainFlatness, // 增益平坦度
exceedMark: list[index].exceedMark,
}
})
gainFlatnessList.value = initTableRow(gainFlatnessList.value)
break
case '耦合度、方向性':
couplingDirectionList.value = couplingDirectionList.value.map((item, index) => {
return {
...item,
averageValue: list[index].averageValue, // 耦合性平均值
directivityAverageValue: list[index].directivityAverageValue, // 方向性平均值
exceedMark: list[index].exceedMark,
}
})
break
case '幅度一致性':
amplitudeConsistencyList.value = amplitudeConsistencyList.value.map((item, index) => {
return {
...item,
averageValue: list[index].averageValue, // 平均值
exceedMark: list[index].exceedMark,
}
})
break
case '相移':
phaseShiftList.value = phaseShiftList.value.map((item, index) => {
return {
...item,
averageValue: list[index].averageValue, // 平均值
exceedMark: list[index].exceedMark,
}
})
break
case '相位一致性':
phaseConsistencyList.value = phaseConsistencyList.value.map((item, index) => {
return {
...item,
averageValue: list[index].averageValue, // 平均值
exceedMark: list[index].exceedMark,
}
})
break
case '群时延':
groupDelayList.value = groupDelayList.value.map((item, index) => {
return {
...item,
averageValue: list[index].averageValue, // 平均值
exceedMark: list[index].exceedMark,
}
})
break
case '滤波器特性':
filterCharacterList.value = filterCharacterList.value.map((item, index) => {
return {
...item,
passbandWidth: list[index].passbandWidth, // 通带3dB宽度Bw
passbandWidthTwo: list[index].passbandWidthTwo, // 通带60dB宽度Bw
exceedMark: list[index].exceedMark,
}
})
break
case '1dB压缩点输出功率电平':
pointOutputPowerLevelList.value = pointOutputPowerLevelList.value.map((item, index) => {
return {
...item,
averageValue: list[index].averageValue, // 平均值
exceedMark: list[index].exceedMark,
}
})
break
case '输出功率、功率平坦度':
powerFlatnessList.value = powerFlatnessList.value.map((item, index) => {
return {
...item,
averageValue: list[index].averageValue,
outputPowerFlatness: list[index].outputPowerFlatness, // 输出功率平坦度（dB）
exceedMark: list[index].exceedMark,
}
})
break
case '杂散抑制':
spuriousSuppressionList.value = spuriousSuppressionList.value.map((item, index) => {
return {
...item,
spuriousSuppression: list[index].spuriousSuppression, // 杂散抑制
exceedMark: list[index].exceedMark,
}
})
break
case '谐波失真':
harmonicDistortionList.value = harmonicDistortionList.value.map((item, index) => {
return {
...item,
harmonicDistortion: list[index].harmonicDistortion, // 谐波失真
exceedMark: list[index].exceedMark,
}
})
break
case '相位噪声':
phaseNoiseList.value = phaseNoiseList.value.map((item, index) => {
return {
...item,
ssbHaseNoise: list[index].ssbHaseNoise, // 单边带相位噪声（dBc/Hz）
exceedMark: list[index].exceedMark,
}
})
break
default:
break
}
}
else if (itemFormData.value.itemCategoryName === '矢量网络分析仪') {
switch (type) {
case '电压驻波比':
vswrNetList.value = vswrNetList.value.map((item, index) => {
return {
...item,
averageValue: list[index].averageValue, // 平均值
errorValue: list[index].errorValue, // 误差
exceedMark: list[index].exceedMark,
}
})
break
case '传输幅度':
transferAmplitudeList.value = transferAmplitudeList.value.map((item, index) => {
return {
...item,
averageValue: list[index].averageValue, // 平均值
errorValue: list[index].errorValue, // 误差
exceedMark: list[index].exceedMark,
}
})
break
case '传输相移':
transferPhaseShiftList.value = transferPhaseShiftList.value.map((item, index) => {
return {
...item,
averageValue: list[index].averageValue, // 平均值
errorValue: list[index].errorValue, // 误差
exceedMark: list[index].exceedMark,
}
})
break
default:
break
}
}
return list
}
// 点击计算结果
const calculate = (type: string) => {
if (!checkout(type)) {
return false
}
const list = solveParamsBeforeCalculate(type)
// =============表格loading==============================
vswrMicrowaveLoading.value = type === '电压驻波比' && itemFormData.value.itemCategoryName === '微波器件' // 电压驻波比(微波器件)
insertionLossLoading.value = type === '插入损耗' // 插入损耗
isolationDegreeLoading.value = type === '隔离度' // 隔离度
gainFlatnessLoading.value = type === '增益、增益平坦度' // 增益、增益平坦度
couplingDirectionLoading.value = type === '耦合度、方向性' // 耦合度、方向性
amplitudeConsistencyLoading.value = type === '幅度一致性' // 幅度一致性
phaseShiftLoading.value = type === '相移' // 相移
phaseConsistencyLoading.value = type === '相位一致性' // 相位一致性
groupDelayLoading.value = type === '群时延' // 群时延
filterCharacterLoading.value = type === '滤波器特性' // 滤波器特性(3dB截止频率、通带宽度、通带频响、通带插损、阻带衰减及矩形系数)
pointOutputPowerLevelLoading.value = type === '1dB压缩点输出功率电平' // 1dB压缩点输出功率电平
powerFlatnessLoading.value = type === '输出功率、功率平坦度' // 输出功率、功率平坦度
spuriousSuppressionLoading.value = type === '杂散抑制' // 杂散抑制
harmonicDistortionLoading.value = type === '谐波失真' // 谐波失真
phaseNoiseLoading.value = type === '相位噪声' // 相位噪声
vswrNetLoading.value = type === '电压驻波比' && itemFormData.value.itemCategoryName === '矢量网络分析仪' // 电压驻波比(矢量网络分析仪)
transferAmplitudeLoading.value = type === '传输幅度' // 传输幅度(矢量网络分析仪)
transferPhaseShiftLoading.value = type === '传输相移' // 传输相移(矢量网络分析仪)
// =======================================================
const params = {
belongStandardEquipment: itemFormData.value.belongStandardEquipment, // 检校标准库
itemCategoryName: itemFormData.value.itemCategoryName, // 检定项分类名称
measureDataSParamList: list.map((item: { exceedMark: number }) => {
return {
...item,
exceedMark: 0,
}
}),
}
calculateHandle(params).then((res) => {
if (res.data && res.data.length) {
solveParamsAfterCalculate(type, res.data)
}
vswrMicrowaveLoading.value = false
insertionLossLoading.value = false// 插入损耗
isolationDegreeLoading.value = false// 隔离度
gainFlatnessLoading.value = false// 增益、增益平坦度
couplingDirectionLoading.value = false// 耦合度、方向性
amplitudeConsistencyLoading.value = false// 幅度一致性
phaseShiftLoading.value = false// 相移
phaseConsistencyLoading.value = false// 相位一致性
groupDelayLoading.value = false// 群时延
filterCharacterLoading.value = false// 滤波器特性(3dB截止频率、通带宽度、通带频响、通带插损、阻带衰减及矩形系数)
pointOutputPowerLevelLoading.value = false// 1dB压缩点输出功率电平
powerFlatnessLoading.value = false// 输出功率、功率平坦度
spuriousSuppressionLoading.value = false// 杂散抑制
harmonicDistortionLoading.value = false// 谐波失真
phaseNoiseLoading.value = false// 相位噪声
vswrNetLoading.value = false// 电压驻波比(矢量网络分析仪)
transferAmplitudeLoading.value = false// 传输幅度(矢量网络分析仪)
transferPhaseShiftLoading.value = false// 传输相移(矢量网络分析仪)
}).catch(() => {
vswrMicrowaveLoading.value = false
insertionLossLoading.value = false// 插入损耗
isolationDegreeLoading.value = false// 隔离度
gainFlatnessLoading.value = false// 增益、增益平坦度
couplingDirectionLoading.value = false// 耦合度、方向性
amplitudeConsistencyLoading.value = false// 幅度一致性
phaseShiftLoading.value = false// 相移
phaseConsistencyLoading.value = false// 相位一致性
groupDelayLoading.value = false// 群时延
filterCharacterLoading.value = false// 滤波器特性(3dB截止频率、通带宽度、通带频响、通带插损、阻带衰减及矩形系数)
pointOutputPowerLevelLoading.value = false// 1dB压缩点输出功率电平
powerFlatnessLoading.value = false// 输出功率、功率平坦度
spuriousSuppressionLoading.value = false// 杂散抑制
harmonicDistortionLoading.value = false// 谐波失真
phaseNoiseLoading.value = false// 相位噪声
vswrNetLoading.value = false// 电压驻波比(矢量网络分析仪)
transferAmplitudeLoading.value = false// 传输幅度(矢量网络分析仪)
transferPhaseShiftLoading.value = false// 传输相移(矢量网络分析仪)
})
}
// -----------------------------------------保存之前处理数据------------------------------------
const solveParamsBeforeSave = () => {
let list = [] as any
groupDelayList.value = groupDelayList.value.map((item) => {
return {
...item,
mixedFrequency: itemFormData.value.groupDelayFrequencyAperture, // 杂波频率/频率孔径/载波频率
mixedFrequencyUnit: itemFormData.value.groupDelayFrequencyApertureUnit, // 杂波频率单位/频率孔径单位/载波频率单位
}
}) as any
filterCharacterList.value = filterCharacterList.value.map((item) => {
return {
...item,
mixedFrequency: itemFormData.value.filterCharacterFrequencyAperture, // 杂波频率/频率孔径/载波频率
mixedFrequencyUnit: itemFormData.value.filterCharacterFrequencyApertureUnit, // 杂波频率单位/频率孔径单位/载波频率单位
}
}) as any
phaseNoiseList.value = phaseNoiseList.value.map((item) => {
return {
...item,
mixedFrequency: itemFormData.value.phaseNoiseCarrierFrequency, // 杂波频率/频率孔径/载波频率
mixedFrequencyUnit: itemFormData.value.phaseNoiseCarrierFrequencyUnit, // 杂波频率单位/频率孔径单位/载波频率单位
}
}) as any
if (itemFormData.value.itemCategoryName === '微波器件') {
list = list.concat(
vswrMicrowaveList.value, // 电压驻波比(微波器件)
insertionLossList.value, // 插入损耗
isolationDegreeList.value, // 隔离度
gainFlatnessList.value, // 增益、增益平坦度
couplingDirectionList.value, // 耦合度、方向性
amplitudeConsistencyList.value, // 幅度一致性
phaseShiftList.value, // 相移
phaseConsistencyList.value, // 相位一致性
groupDelayList.value, // 群时延
filterCharacterList.value, // 滤波器特性(3dB截止频率、通带宽度、通带频响、通带插损、阻带衰减及矩形系数)
pointOutputPowerLevelList.value, // 1dB压缩点输出功率电平
powerFlatnessList.value, // 输出功率、功率平坦度
spuriousSuppressionList.value, // 杂散抑制
harmonicDistortionList.value, // 谐波失真
phaseNoiseList.value, // 相位噪声
)
}
else {
list = list.concat(
vswrNetList.value, // 电压驻波比(矢量网络分析仪)
transferAmplitudeList.value, // 传输幅度(矢量网络分析仪)
transferPhaseShiftList.value, // 传输相移(矢量网络分析仪)
)
}
return list
}
// ----------------------------------------------------------------------------------------
const isNeverDefineItemCategory = ref(false) // 检定项分类是否是从未定义过的
watch(() => itemFormData.value.itemCategoryName, (newValue) => {
if (newValue) {
// 判断是否是新增的检定项分类
const index = categoryNameDict.findIndex((item: any) => item === newValue)
if (index === -1) {
isNeverDefineItemCategory.value = true
}
else {
isNeverDefineItemCategory.value = false
}
}
})
// ------------------------------------------钩子----------------------------------------------
watch(() => props.infoId, (newValue) => {
if (newValue) {
infoId.value = newValue
}
}, { immediate: true })
watch(() => pageType.value, (newValue) => {
if (newValue === 'detail') {
vswrMicrowaveList.value = vswrMicrowaveList.value.map((item) => { item.editable = false; return item }) // 电压驻波比(微波器件)
insertionLossList.value = insertionLossList.value.map((item) => { item.editable = false; return item }) // 插入损耗
isolationDegreeList.value = isolationDegreeList.value.map((item) => { item.editable = false; return item })// 隔离度
gainFlatnessList.value = gainFlatnessList.value.map((item) => { item.editable = false; return item })// 增益、增益平坦度
couplingDirectionList.value = couplingDirectionList.value.map((item) => { item.editable = false; return item })// 耦合度、方向性
amplitudeConsistencyList.value = amplitudeConsistencyList.value.map((item) => { item.editable = false; return item })// 幅度一致性
phaseShiftList.value = phaseShiftList.value.map((item) => { item.editable = false; return item })// 相移
phaseConsistencyList.value = phaseConsistencyList.value.map((item) => { item.editable = false; return item })// 相位一致性
groupDelayList.value = groupDelayList.value.map((item) => { item.editable = false; return item })// 群时延
filterCharacterList.value = filterCharacterList.value.map((item) => { item.editable = false; return item })// 滤波器特性(3dB截止频率、通带宽度、通带频响、通带插损、阻带衰减及矩形系数)
pointOutputPowerLevelList.value = pointOutputPowerLevelList.value.map((item) => { item.editable = false; return item }) // 1dB压缩点输出功率电平
powerFlatnessList.value = powerFlatnessList.value.map((item) => { item.editable = false; return item })// 输出功率、功率平坦度
spuriousSuppressionList.value = spuriousSuppressionList.value.map((item) => { item.editable = false; return item })// 杂散抑制
harmonicDistortionList.value = harmonicDistortionList.value.map((item) => { item.editable = false; return item }) // 谐波失真
phaseNoiseList.value = phaseNoiseList.value.map((item) => { item.editable = false; return item }) // 相位噪声
vswrNetList.value = vswrNetList.value.map((item) => { item.editable = false; return item }) // 电压驻波比(矢量网络分析仪)
transferAmplitudeList.value = transferAmplitudeList.value.map((item) => { item.editable = false; return item }) // 传输幅度(矢量网络分析仪)
transferPhaseShiftList.value = transferPhaseShiftList.value.map((item) => { item.editable = false; return item })// 传输相移(矢量网络分析仪)
}
})
const changePageType = (changeStatus: string) => {
pageType.value = changeStatus
}
onMounted(() => {
itemFormData.value.itemCategoryName = $route.query.itemCategoryName as string// 智能模型检定项分类名称
itemFormData.value.itemCategoryId = $route.query.itemCategoryId as string// 智能模型检定项分类名称id
itemFormData.value.belongStandardEquipment = $route.query.belongStandardEquipment as string// 标准装置code
itemFormData.value.belongStandardEquipmentName = $route.query.belongStandardEquipmentName as string// 标准装置名称
if (pageType.value === 'add') { // 从我的任务跳转过来（新增）
itemFormData.value.itemId = $route.query.itemId as string// 检定项id
// 查输入值(查检定项管理的详情)
fetchItemInfo($route.query.itemId! as string, $route.query.itemCategoryName! as string, $route.query.belongStandardEquipment as string)
}
else {
fetchInfo()
}
})
defineExpose({ fetchInfo, checkout, itemFormData, templateFormAndTableRef, pageType, solveParamsBeforeSave, changePageType })
</script>
<template>
<div class="measure-data-template-detail">
<template-form-and-table ref="templateFormAndTableRef" :page-type="pageType" @change-meter-identify="emits('changeMeterIdentify')" />
<!-- 标签 -->
<detail-block v-if="!isNeverDefineItemCategory" :title="pageType !== 'detail' ? '检定数据' : ''" :class="pageType === 'detail' ? 'setBottom' : ''">
<el-radio-group v-if="pageType === 'detail'" v-model="current">
<el-radio-button v-for="item in radioMenus" :key="item.value" :label="item.value">
{{ item.name }}
</el-radio-button>
</el-radio-group>
<el-form
v-if="current === 'measure-data' && itemFormData.appearance"
ref="formRef"
:model="itemFormData"
label-width="140"
label-position="right"
style="margin-top: 20px;"
>
<el-row>
<!-- 外观 -->
<el-col :span="12">
<el-form-item label="外观及功能性检查:" prop="appearanceFunctionCheck">
<el-input
v-model="itemFormData.appearanceFunctionCheck"
class="full-width-input"
autosize
type="textarea"
:disabled="pageType === 'detail'"
/>
</el-form-item>
</el-col>
</el-row>
</el-form>
<!-- 电压驻波比 -->
<div v-if="itemFormData.itemCategoryName === '微波器件' && itemFormData.vswr" style="display: flex;justify-content: space-between;align-items: center;">
<h5>电压驻波比</h5>
<el-button v-if="pageType !== 'detail'" type="primary" @click="calculate('电压驻波比')">
计算结果
</el-button>
</div>
<multi-table
v-if="itemFormData.itemCategoryName === '微波器件' && itemFormData.vswr"
v-loading="vswrMicrowaveLoading"
:table-data="vswrMicrowaveList"
:table-header="columns_vswrMicrowave"
:merge-rows="[]"
:need-index="true"
max-height="300"
/>
<!-- 插入损耗 -->
<div v-if="itemFormData.itemCategoryName === '微波器件' && itemFormData.insertionLoss" style="display: flex;justify-content: space-between;align-items: center;">
<h5>插入损耗</h5>
<el-button v-if="pageType !== 'detail'" type="primary" @click="calculate('插入损耗')">
计算结果
</el-button>
</div>
<multi-table
v-if="itemFormData.itemCategoryName === '微波器件' && itemFormData.insertionLoss"
v-loading="insertionLossLoading"
:table-data="insertionLossList"
:table-header="columns_insertionLoss"
:merge-rows="[]"
:need-index="true"
max-height="300"
/>
<!-- 隔离度 -->
<div v-if="itemFormData.itemCategoryName === '微波器件' && itemFormData.isolationDegree" style="display: flex;justify-content: space-between;align-items: center;">
<h5>隔离度</h5>
<el-button v-if="pageType !== 'detail'" type="primary" @click="calculate('隔离度')">
计算结果
</el-button>
</div>
<multi-table
v-if="itemFormData.itemCategoryName === '微波器件' && itemFormData.isolationDegree"
v-loading="isolationDegreeLoading"
:table-data="isolationDegreeList"
:table-header="columns_isolationDegree"
:merge-rows="[]"
:need-index="true"
max-height="300"
/>
<!-- 增益、增益平坦度 -->
<div v-if="itemFormData.itemCategoryName === '微波器件' && itemFormData.gainFlatness" style="display: flex;justify-content: space-between;align-items: center;">
<h5>增益、增益平坦度</h5>
<el-button v-if="pageType !== 'detail'" type="primary" @click="calculate('增益、增益平坦度')">
计算结果
</el-button>
</div>
<multi-table
v-if="itemFormData.itemCategoryName === '微波器件' && itemFormData.gainFlatness"
v-loading="gainFlatnessLoading"
:table-data="gainFlatnessList"
:table-header="columns_gainFlatness"
:merge-rows="['gainFlatness', 'flatnessUrel']"
:need-index="true"
max-height="300"
/>
<!-- 耦合度、方向性 -->
<div v-if="itemFormData.itemCategoryName === '微波器件' && itemFormData.couplingDirection" style="display: flex;justify-content: space-between;align-items: center;">
<h5>耦合度、方向性</h5>
<el-button v-if="pageType !== 'detail'" type="primary" @click="calculate('耦合度、方向性')">
计算结果
</el-button>
</div>
<multi-table
v-if="itemFormData.itemCategoryName === '微波器件' && itemFormData.couplingDirection"
v-loading="couplingDirectionLoading"
:table-data="couplingDirectionList"
:table-header="columns_couplingDirection"
:merge-rows="[]"
:need-index="true"
max-height="300"
/>
<!-- 幅度一致性 -->
<div v-if="itemFormData.itemCategoryName === '微波器件' && itemFormData.amplitudeConsistency" style="display: flex;justify-content: space-between;align-items: center;">
<h5>幅度一致性</h5>
<el-button v-if="pageType !== 'detail'" type="primary" @click="calculate('幅度一致性')">
计算结果
</el-button>
</div>
<multi-table
v-if="itemFormData.itemCategoryName === '微波器件' && itemFormData.amplitudeConsistency"
v-loading="amplitudeConsistencyLoading"
:table-data="amplitudeConsistencyList"
:table-header="columns_amplitudeConsistency"
:merge-rows="[]"
:need-index="true"
max-height="300"
/>
<!-- 相移 -->
<div v-if="itemFormData.itemCategoryName === '微波器件' && itemFormData.phaseShift" style="display: flex;justify-content: space-between;align-items: center;">
<h5>相移</h5>
<el-button v-if="pageType !== 'detail'" type="primary" @click="calculate('相移')">
计算结果
</el-button>
</div>
<multi-table
v-if="itemFormData.itemCategoryName === '微波器件' && itemFormData.phaseShift"
v-loading="phaseShiftLoading"
:table-data="phaseShiftList"
:table-header="columns_phaseShift"
:merge-rows="[]"
:need-index="true"
max-height="300"
/>
<!-- 相位一致性 -->
<div v-if="itemFormData.itemCategoryName === '微波器件' && itemFormData.phaseConsistency" style="display: flex;justify-content: space-between;align-items: center;">
<h5>相位一致性</h5>
<el-button v-if="pageType !== 'detail'" type="primary" @click="calculate('相位一致性')">
计算结果
</el-button>
</div>
<multi-table
v-if="itemFormData.itemCategoryName === '微波器件' && itemFormData.phaseConsistency"
v-loading="phaseConsistencyLoading"
:table-data="phaseConsistencyList"
:table-header="columns_phaseShift"
:merge-rows="[]"
:need-index="true"
max-height="300"
/>
<!-- 群时延 -->
<div v-if="itemFormData.itemCategoryName === '微波器件' && itemFormData.groupDelay" style="display: flex;justify-content: space-between;align-items: center;">
<h5>群时延</h5>
<div style="display: flex;justify-content: center;align-items: center;">
<h6>频率孔径：</h6>
<precision-input-number
v-if="pageType !== 'detail'"
v-model="itemFormData.groupDelayFrequencyAperture"
placeholder="请输入"
:disabled="pageType === 'detail'"
style="width: 180px;margin-right: 10px;"
/>
<!-- 频率 单位--公用 -->
<el-select
v-if="pageType !== 'detail'"
v-model="itemFormData.groupDelayFrequencyApertureUnit"
placeholder="请选择"
:disabled="pageType === 'detail'"
style="width: 80px;margin-right: 10px;"
>
<el-option v-for="item of standardFrequencyUnitList" :key="item.value" :label="item.name" :value="item.name" />
</el-select>
<span v-if="pageType === 'detail' && itemFormData.groupDelayFrequencyAperture">{{ itemFormData.groupDelayFrequencyAperture }}{{ itemFormData.groupDelayFrequencyApertureUnit }}</span>
<span v-if="pageType === 'detail' && !itemFormData.groupDelayFrequencyAperture">无</span>
<el-button v-if="pageType !== 'detail'" type="primary" @click="calculate('群时延')">
计算结果
</el-button>
</div>
</div>
<multi-table
v-if="itemFormData.itemCategoryName === '微波器件' && itemFormData.groupDelay"
v-loading="groupDelayLoading"
:table-data="groupDelayList"
:table-header="columns_groupDelay"
:merge-rows="[]"
:need-index="true"
max-height="300"
/>
<!-- 滤波器特性 -->
<div v-if="itemFormData.itemCategoryName === '微波器件' && itemFormData.filterCharacter" style="display: flex;justify-content: space-between;align-items: center;">
<h5>滤波器特性</h5>
<div style="display: flex;justify-content: center;align-items: center;">
<h6>频率孔径：</h6>
<precision-input-number
v-if="pageType !== 'detail'"
v-model="itemFormData.filterCharacterFrequencyAperture"
placeholder="请输入"
:disabled="pageType === 'detail'"
style="width: 180px;margin-right: 10px;"
/>
<!-- 频率 单位--公用 -->
<el-select
v-if="pageType !== 'detail'"
v-model="itemFormData.filterCharacterFrequencyApertureUnit"
placeholder="请选择"
:disabled="pageType === 'detail'"
style="width: 80px;margin-right: 10px;"
>
<el-option v-for="item of standardFrequencyUnitList" :key="item.value" :label="item.name" :value="item.name" />
</el-select>
<span v-if="pageType === 'detail' && itemFormData.filterCharacterFrequencyAperture">{{ itemFormData.filterCharacterFrequencyAperture }}{{ itemFormData.filterCharacterFrequencyApertureUnit }}</span>
<span v-if="pageType === 'detail' && !itemFormData.filterCharacterFrequencyAperture">无</span>
<el-button v-if="pageType !== 'detail'" type="primary" @click="calculate('滤波器特性')">
计算结果
</el-button>
</div>
</div>
<template-table v-if="itemFormData.itemCategoryName === '微波器件' && itemFormData.filterCharacter" v-loading="filterCharacterLoading" type="滤波器特性" :data="filterCharacterList" :columns="columns_filterCharacter" :page-type="pageType" />
<!-- 1dB压缩点输出功率电平 -->
<div v-if="itemFormData.itemCategoryName === '微波器件' && itemFormData.pointOutputPowerLevel" style="display: flex;justify-content: space-between;align-items: center;">
<h5>1dB压缩点输出功率电平</h5>
<el-button v-if="pageType !== 'detail'" type="primary" @click="calculate('1dB压缩点输出功率电平')">
计算结果
</el-button>
</div>
<multi-table
v-if="itemFormData.itemCategoryName === '微波器件' && itemFormData.pointOutputPowerLevel"
v-loading="pointOutputPowerLevelLoading"
:table-data="pointOutputPowerLevelList"
:table-header="columns_pointOutputPowerLevel"
:merge-rows="[]"
:need-index="true"
max-height="300"
/>
<!-- 输出功率、功率平坦度 -->
<div v-if="itemFormData.itemCategoryName === '微波器件' && itemFormData.powerFlatness" style="display: flex;justify-content: space-between;align-items: center;">
<h5>输出功率、功率平坦度</h5>
<el-button v-if="pageType !== 'detail'" type="primary" @click="calculate('输出功率、功率平坦度')">
计算结果
</el-button>
</div>
<multi-table
v-if="itemFormData.itemCategoryName === '微波器件' && itemFormData.powerFlatness"
v-loading="powerFlatnessLoading"
:table-data="powerFlatnessList"
:table-header="columns_powerFlatness"
:merge-rows="[]"
:need-index="true"
max-height="300"
/>
<!-- 杂散抑制 -->
<div v-if="itemFormData.itemCategoryName === '微波器件' && itemFormData.spuriousSuppression" style="display: flex;justify-content: space-between;align-items: center;">
<h5>杂散抑制</h5>
<el-button v-if="pageType !== 'detail'" type="primary" @click="calculate('杂散抑制')">
计算结果
</el-button>
</div>
<template-table v-if="itemFormData.itemCategoryName === '微波器件' && itemFormData.spuriousSuppression" v-loading="spuriousSuppressionLoading" type="杂散抑制" :data="spuriousSuppressionList" :columns="columns_spuriousSuppression" :page-type="pageType" />
<!-- 谐波失真 -->
<div v-if="itemFormData.itemCategoryName === '微波器件' && itemFormData.harmonicDistortion" style="display: flex;justify-content: space-between;align-items: center;">
<h5>谐波失真</h5>
<el-button v-if="pageType !== 'detail'" type="primary" @click="calculate('谐波失真')">
计算结果
</el-button>
</div>
<template-table v-if="itemFormData.itemCategoryName === '微波器件' && itemFormData.harmonicDistortion" v-loading="harmonicDistortionLoading" type="谐波失真" :data="harmonicDistortionList" :columns="columns_harmonicDistortion" :page-type="pageType" />
<!-- 相位噪声 -->
<div v-if="itemFormData.itemCategoryName === '微波器件' && itemFormData.phaseNoise" style="display: flex;justify-content: space-between;align-items: center;">
<h5>相位噪声</h5>
<div style="display: flex;justify-content: center;align-items: center;">
<h6>载波频率：</h6>
<precision-input-number
v-if="pageType !== 'detail'"
v-model="itemFormData.phaseNoiseCarrierFrequency"
placeholder="请输入"
:disabled="pageType === 'detail'"
style="width: 180px;margin-right: 10px;"
/>
<!-- 频率 单位--公用 -->
<el-select
v-if="pageType !== 'detail'"
v-model="itemFormData.phaseNoiseCarrierFrequencyUnit"
placeholder="请选择"
:disabled="pageType === 'detail'"
style="width: 80px;margin-right: 10px;"
>
<el-option v-for="item of standardFrequencyUnitList" :key="item.value" :label="item.name" :value="item.name" />
</el-select>
<span v-if="pageType === 'detail' && itemFormData.phaseNoiseCarrierFrequency">{{ itemFormData.phaseNoiseCarrierFrequency }}{{ itemFormData.phaseNoiseCarrierFrequencyUnit }}</span>
<span v-if="pageType === 'detail' && !itemFormData.phaseNoiseCarrierFrequency">无</span>
<el-button v-if="pageType !== 'detail'" type="primary" @click="calculate('相位噪声')">
计算结果
</el-button>
</div>
</div>
<template-table v-if="itemFormData.itemCategoryName === '微波器件' && itemFormData.phaseNoise" v-loading="phaseNoiseLoading" type="相位噪声" :data="phaseNoiseList" :columns="columns_phaseNoise" :page-type="pageType" />
<!-- 电压驻波比 -->
<div v-if="itemFormData.itemCategoryName === '矢量网络分析仪' && itemFormData.vswr" style="display: flex;justify-content: space-between;align-items: center;">
<h5>电压驻波比</h5>
<el-button v-if="pageType !== 'detail'" type="primary" @click="calculate('电压驻波比')">
计算结果
</el-button>
</div>
<multi-table
v-if="itemFormData.itemCategoryName === '矢量网络分析仪' && itemFormData.vswr"
v-loading="vswrNetLoading"
:table-data="vswrNetList"
:table-header="columns_vswrNet"
:merge-rows="[]"
:need-index="true"
max-height="300"
/>
<!-- 传输幅度 -->
<div v-if="itemFormData.itemCategoryName === '矢量网络分析仪' && itemFormData.transferAmplitude" style="display: flex;justify-content: space-between;align-items: center;">
<h5>传输幅度</h5>
<el-button v-if="pageType !== 'detail'" type="primary" @click="calculate('传输幅度')">
计算结果
</el-button>
</div>
<multi-table
v-if="itemFormData.itemCategoryName === '矢量网络分析仪' && itemFormData.transferAmplitude"
v-loading="transferAmplitudeLoading"
:table-data="transferAmplitudeList"
:table-header="columns_transferAmplitude"
:merge-rows="[]"
:need-index="true"
max-height="300"
/>
<!-- 传输相移 -->
<div v-if="itemFormData.itemCategoryName === '矢量网络分析仪' && itemFormData.transferPhaseShift" style="display: flex;justify-content: space-between;align-items: center;">
<h5>传输相移</h5>
<el-button v-if="pageType !== 'detail'" type="primary" @click="calculate('传输相移')">
计算结果
</el-button>
</div>
<multi-table
v-if="itemFormData.itemCategoryName === '矢量网络分析仪' && itemFormData.transferPhaseShift"
v-loading="transferPhaseShiftLoading"
:table-data="transferPhaseShiftList"
:table-header="columns_transferPhaseShift"
:merge-rows="[]"
:need-index="true"
max-height="300"
/>
<!-- 历史修改记录 -->
<change-record v-if="pageType === 'detail' && current === 'change-record'" :info-id="infoId" />
</detail-block>
<!-- ------------------------------------------------结论------------------------------------------------ -->
<el-form
v-if="current === 'measure-data'"
ref="formRef"
:model="itemFormData"
label-width="140"
label-position="right"
style="margin-top: 20px;"
>
<el-row>
<el-col :span="12">
<el-form-item label="备注:" prop="remark">
<el-input
v-model="itemFormData.remark"
class="full-width-input"
:placeholder="pageType === 'detail' ? ' ' : '备注'"
autosize
type="textarea"
:disabled="pageType === 'detail'"
/>
</el-form-item>
</el-col>
</el-row>
</el-form>
</div>
</template>
<style lang="scss">
.measure-data-template-detail {
.el-radio__label {
display: block !important;
}
}
</style>