public WMI ProcressWater(AllIndex item)
{
var create = new WMI
{
HasWater = HasWater(item),
WaterManagementForUse = WaterManagementForUse(item),
Agriculture = Agriculture(item),
Factory = Factory(item),
Service = Service(item),
WaterForDevelopment = (Agriculture(item) + Factory(item) + Service(item)) / 3,
WaterBalanceCostAndUse = item.WaterBalanceCostAndWaterUse,
WaterQualityAndEnvironmentalManagement = WaterQualityAndEnvironmentalManagement(item),
Flood = Flood(item),
Drought = Drought(item),
WaterDisasterManagement = (Flood(item) + Drought(item)) / 2,
WatershedForestManagement = WatershedForestManagement(item),
BasinManagementPlans = item.PlanWaterManagement,
ParticipationWaterManagement = item.ParticipatingIrrigationProjects,
WaterManagementOrganization = item.DistributionOfParticipatingIrrigationProjects,
DevelopmentPotential = DevelopmentPotential(item),
MaintainingForWaterTransportation = item.WaterwaysAreSuitableForWaterTransportation,
Tracking = Tracking(item),
WaterAllocation = item.ReservoirHasGoodManagement,
WaterResourcesManagement = (item.PlanWaterManagement + item.ParticipatingIrrigationProjects + item.DistributionOfParticipatingIrrigationProjects + DevelopmentPotential(item) + item.WaterwaysAreSuitableForWaterTransportation + Tracking(item) + item.ReservoirHasGoodManagement) / 7,
};
throw new NotImplementedException();
}
public AllIndex GetIndex()
{
Initilize_Index();
AllIndex aindex = new AllIndex();
aindex.DJI = Convert.ToDouble(obj_Index.getDJI());
aindex.DJI_Change = Convert.ToDouble(obj_Index.getDJI_Change());
aindex.DJI_ChangePer = Convert.ToDouble(obj_Index.getDJI_ChangePer());
//aindex.DJI_Time = Convert.ToDateTime(DateTime.Now.ToLongDateString()+obj_Index.getDJI_Time());
if (Convert.ToString(obj_Index.getDJI_Time()).Substring(2, 1) == "/")
{
aindex.DJI_Time = Convert.ToDateTime(obj_Index.getDJI_Time());
}
else
{
aindex.DJI_Time = Convert.ToDateTime(DateTime.Now.ToLongDateString() + obj_Index.getDJI_Time());
}
aindex.CCMP = Convert.ToDouble(obj_Index.getCCMP());
aindex.CCMP_Change = Convert.ToDouble(obj_Index.getCCMP_Change());
aindex.CCMP_ChangePer = Convert.ToDouble(obj_Index.getCCMP_ChangePer());
//aindex.CCMP_Time = Convert.ToDateTime(DateTime.Now.ToLongDateString() + obj_Index.getCCMP_Time());
if (Convert.ToString(obj_Index.getCCMP_Time()).Substring(2, 1) == "/")
{
aindex.CCMP_Time = Convert.ToDateTime(obj_Index.getCCMP_Time());
}
else
{
aindex.CCMP_Time = Convert.ToDateTime(DateTime.Now.ToLongDateString() + obj_Index.getCCMP_Time());
}
aindex.SCIN = Convert.ToDouble(obj_Index.getSCIN());
aindex.SCIN_Change = Convert.ToDouble(obj_Index.getSCIN_Change());
aindex.SCIN_ChangePer = Convert.ToDouble(obj_Index.getSCIN_ChangePer());
if (Convert.ToString(obj_Index.getSCIN_Time()).Substring(2, 1) == ":")
{
aindex.SCIN_Time = Convert.ToDateTime(DateTime.Now.ToLongDateString() + obj_Index.getSCIN_Time());
}
else
{
aindex.SCIN_Time = Convert.ToDateTime(DateTime.Now.Year + " " + obj_Index.getSCIN_Time());
}
//aindex.SCIN_Time = Convert.ToDateTime(DateTime.Now.ToLongDateString() + obj_Index.getSCIN_Time());
//aindex.SCIN_Time = Convert.ToDateTime(DateTime.Now.Year + " " + obj_Index.getSCIN_Time());
aindex.gold.Price_Buy = Convert.ToDouble(obj_Index.getPrice_Buy());
aindex.gold.Price_Sell = Convert.ToDouble(obj_Index.getPrice_Sell());
aindex.gold.Price_Change = Convert.ToDouble(obj_Index.getPrice_Change());
aindex.gold.Price_ChangePer = Convert.ToDouble(obj_Index.getPrice_ChangePer());
aindex.gold.Price_Time = Convert.ToDateTime(obj_Index.getPrice_Time() + " " + DateTime.Now.ToLongTimeString());
aindex.gold.IntPrice_Buy = Convert.ToDouble(obj_Index.getIntPrice_Buy());
aindex.gold.IntPrice_Sell = Convert.ToDouble(obj_Index.getIntPrice_Sell());
aindex.gold.IntPrice_Change = Convert.ToDouble(obj_Index.getIntPrice_Change());
aindex.gold.IntPrice_ChangePer = Convert.ToDouble(obj_Index.getIntPrice_ChangePer());
aindex.gold.IntPrice_Time = Convert.ToDateTime(obj_Index.getIntPrice_Time() + " " + DateTime.Now.ToLongTimeString());
return(aindex);
}
public void GetIndexTest()
{
Spider target = new Spider(); // TODO: 初始化为适当的值
AllIndex expected = new AllIndex(); // TODO: 初始化为适当的值
AllIndex actual;
actual = target.GetIndex();
Console.WriteLine(actual.gold.Price_Buy);
Assert.AreEqual(271.77, actual.gold.Price_Buy);
Assert.Inconclusive("验证此测试方法的正确性。");
}
/// <summary>
/// 之前采用Timer时候的
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
///
private void update_Gold()
{
//爬虫获取最新的指数
AllIndex a_index = spider.GetIndex();
//绑定各种指数
label_DJI.Content = a_index.DJI;
label_DJI_Change.Content = a_index.DJI_Change;
label_DJI_ChangePer.Content = a_index.DJI_ChangePer;
label_DJI_Time.Content = a_index.DJI_Time;
label_CCMP.Content = a_index.CCMP;
label_CCMP_Change.Content = a_index.CCMP_Change;
label_CCMP_ChangePer.Content = a_index.CCMP_ChangePer;
label_CCMP_Time.Content = a_index.CCMP_Time;
label_SCIN.Content = a_index.SCIN;
label_SCIN_Change.Content = a_index.SCIN_Change;
label_SCIN_ChangePer.Content = a_index.SCIN_ChangePer;
label_SCIN_Time.Content = a_index.SCIN_Time;
label_Price_Buy.Content = a_index.gold.Price_Buy;
label_Price_Sell.Content = a_index.gold.Price_Sell;
//更新dt_gold_new黄金数据datable
DataRow row = dt_gold_new.NewRow();
row["Date"] = DateTime.Now;
row["Value"] = a_index.gold.IntPrice_Buy;
dt_gold_new.Rows.Add(row);
//绑定，并防止 资源使用冲突
LineSeries10.Dispatcher.Invoke(
new Action(
delegate
{
LineSeries10.ItemsSource = dt_gold_new.DefaultView;
}
));
}
public double?Factory(AllIndex item) => (item.WaterUsageForFactory + item.WaterQualityForFactory) / 2;
public double?Tracking(AllIndex item) => (item.CoverageMonitoringSystem + item.GoodCoverageMonitoringSystem) / 2;
public double?DevelopmentPotential(AllIndex item) => (item.GPPPerWaterCost + item.GPPPerPopulation + item.WorkingAgePerPopulation + item.ResearchOnWaterResourcesManagement) / 4;
public double?WatershedForestManagement(AllIndex item) => (item.ForestAreaPerArea + item.NDVI + item.ConserveAndManage) / 3;
public double?Drought(AllIndex item) => (item.CostDroughtPerYearPerArea + item.RepeatedDroughtAreasPerEntire + item.AgriculturalAreaInRepeatedDrought) / 3;
public double?Flood(AllIndex item) => (item.CostOfFloodPerAllArea + item.RepeatedFloodAreasPerArea + item.AreHasChanceOfLandslidesPerArea + item.PopulationInFloodAreaPerPopulation + item.TransportationFloodedAreas + item.AreaOfFloodPerAreaIncity + item.PeriodOfFlooding + item.DepthOfFlood + item.VillagesWarningPerVillages) / 9;
public double?Agriculture(AllIndex item) => (item.AreaOfIrrigationPerAreaOfAgriculture + item.HouseholdHasAgricultureInIrrigation + item.ReservoirPerAreaOfAgriculture + item.WaterUsageForAgriculture + Convert.ToDouble(item.WaterQualityForAgriculture)) / 5;
public AllIndex Propcress(SurveyAndCompany item)
{
var create = new AllIndex
{
_id = item._id,
REG = item.REG,
REG_NAME = item.REG_NAME,
CWT = item.CWT,
CWT_NAME = item.CWT_NAME,
AMP = item.AMP,
AMP_NAME = item.AMP_NAME,
TAM = item.TAM,
TAM_NAME = item.TAM_NAME,
RainEveryYear = item.RainPerYear,
RainEveryYearPerPopulation = item.SurfaceWaterPerYear / item.CountPopulation * 1000000,
GroundWaterEveryYearPerPopulation = item.RefillGroundWaterPerYear / item.CountPopulation * 1000000,
WaterStoreEveryYearPerPopulation = item.ReservoirHasAllocate / item.CountPopulation * 1000000,
WaterStorePerWaterfront = item.CapacityOfReservoir / item.SurfaceWaterPerYear * 100,
GroundWaterImprovePerPopulation = item.CubicMeterGroundWaterForUse / item.CountPopulation,
QualitySurfaceWater = null,
// item.TypeOfSurFaceWaterByWQI,
QualityGroundWater = item.TDSOfGroundWater,
HouseHoldHavePlumpingPerAllHouseHold = item.IsHouseHoldHasPlumbingCountryside / item.IsAllHouseHoldCountryside * 100,
HouseHoldInCityHavePlumpingPerAllHouseHold = item.IsHouseHoldHasPlumbingDistrict / item.IsAllHouseHoldDistrict * 100,
GovernmentHasPumping = item.IsGovernmentUsage / item.IsGovernment * 100,
HouseholdHasGoodPumping = item.IsHouseHoldGoodPlumbing / item.IsHouseHold * 100,
ConsumptionOfWater = ((item.CubicMeterPlumbingForDrink + item.CubicMeterGroundWaterForDrink + item.CountCommunity) * 1000) / item.CountPopulation / 365,
GovernmentHasGoodPumping = item.IsGovernmentWaterQuality / item.IsGovernmentUsage * 100,
TimeHasPumpingPerYear = item.HasntPlumbing,
AreaOfIrrigationPerAreaOfAgriculture = ((item.FieldCommunity * 1600 / 1000000) + item.AreaOfAgricultureHasIrrigation) / item.AreaOfAgriculture * 100,
HouseholdHasAgricultureInIrrigation = item.IsAgricultureHasIrrigationField / item.IsAgriculture * 100,
ReservoirPerAreaOfAgriculture = item.CapacityOfReservoir * 1000000 / (item.AreaOfAgriculture * 1000000 / 1600),
WaterUsageForAgriculture = (item.GPPOfAgricultureInProvince * 1000000) / (item.CubicMeterGroundWaterForAgriculture + item.CubicMeterPlumbingForAgriculture + item.CubicMeterSurfaceForAgriculture),
WaterQualityForAgriculture = null,
// item.TypeOfSurFaceWaterByWQI,
WaterUsageForFactory = item.GPPOfCommercialInProvince * 1000000 / (item.CubicMeterGroundWaterForProduct + item.CubicMeterPlumbingForProduct + item.CubicMeterSurfaceForProduct),
WaterQualityForFactory = item.IsFactorialWaterQuality / item.IsAllFactorial * 100,
WaterUsageForSurvice = (item.GPPOfServiceInProvince * 1000000) / (item.CubicMeterGroundWaterForService + item.CubicMeterPlumbingForService + item.CubicMeterSurfaceForService),
WaterQualitySurvice = item.IsCommercialWaterQuality / item.IsAllCommercial * 100,
WaterBalanceCostAndWaterUse = ((item.CapacityOfReservoir + item.SurfaceWaterPerYear + item.RefillGroundWaterPerYear) * 1000000) / (item.CubicMeterGroundWaterForAgriculture + item.CubicMeterGroundWaterForService + item.CubicMeterGroundWaterForProduct + item.CubicMeterGroundWaterForDrink + item.CubicMeterPlumbingForAgriculture + item.CubicMeterPlumbingForService + item.CubicMeterPlumbingForProduct + item.CubicMeterPlumbingForDrink + item.CubicMeterSurfaceForAgriculture + item.CubicMeterSurfaceForService + item.CubicMeterSurfaceForProduct + item.CubicMeterSurfaceForDrink + (item.WaterOfPreservingEcosystem * 1000000)) * 100,
FactoryHasTreatmentSystem = item.IndustryHasWasteWaterTreatment / item.IsFactorial * 100,
AreaOfHouseholdPerAllAreaInCity = item.AreaOfCity / item.AreaOfSubdistrict * 100,
CommunityHasTreatmentSystemPerAllCommunity = item.IsCommunityWaterManagementHasWaterTreatment / item.CountCommunity * 100,
WaterSourceQualityGoodByWQI = item.HasMeasurementWQIOverSixOne / item.MeasurementWQI * 100,
TimePeriodWaterBalance = item.MonthPreservingEcosystems,
DensityOfWaterQualityMonitoringSystem = item.WaterTrackingStation / item.AreaOfSubdistrict,
IndustrialDensity = item.IsFactorial / item.AreaOfSubdistrict,
IndustrialHasWastewaterPerAllIndustrial = item.IndustryHasWasteWaterTreatment / item.IsFactorial * 100,
CostOfFloodPerAllArea = item.DamageCostOfFloodPerYear / item.AreaOfReg,
RepeatedFloodAreasPerArea = item.AreaHasChanceFlood / item.AreaOfSubdistrict * 100,
AreHasChanceOfLandslidesPerArea = item.AreaHasChanceLandSlide / item.AreaOfSubdistrict * 100,
PopulationInFloodAreaPerPopulation = item.PeopleInFloodedArea / item.CountPopulation * 100,
TransportationFloodedAreas = item.LengthOfRoadInAreaOfFlood / item.AreaHasChanceFlood,
AreaOfFloodPerAreaIncity = item.AreaOfCityHasFlood / item.AreaOfCity * 100,
PeriodOfFlooding = item.TimeWaterHeightCm,
DepthOfFlood = item.AvgWaterHeightCm,
VillagesWarningPerVillages = item.CommunityNatureDisaster / item.CountCommunityHasDisaster * 100,
CostDroughtPerYearPerArea = item.DamageCostOfDroughtPerYear / item.AreaOfReg,
RepeatedDroughtAreasPerEntire = item.AreaHasChanceDrought / item.AreaOfSubdistrict * 100,
AgriculturalAreaInRepeatedDrought = item.AreaOfAgricultureInDrought / item.AreaOfAgriculture * 100,
ForestAreaPerArea = item.AreaOfForest / item.AreaOfSubdistrict * 100,
NDVI = item.IndexOfPlant,
// IF(CH3>0,item.AreaOfSubdistrict/CH3,IF(CH3=0,0)),
// item.ForestManagementCompany>0,item.AreaOfSubdistrict/item.ForestManagementCompany,IF(item.ForestManagementCompany=0,0)
ConserveAndManage = item.ForestManagementCompany > 0 ? item.AreaOfSubdistrict / item.ForestManagementCompany : 0,
PlanWaterManagement = item.PlanOfWaterManagrmentInArea,
ParticipatingIrrigationProjects = item.IrrigationProjectHasParticipate / item.IrrigationProject * 100,
DistributionOfParticipatingIrrigationProjects = item.WaterManagementCompany == 0 ? 0 : item.AreaOfReg / item.WaterManagementCompany,
GPPPerWaterCost = (item.GPPOfProvince * 1000000) / ((item.CapacityOfReservoir + item.RefillGroundWaterPerYear + item.SurfaceWaterPerYear) * 1000000),
GPPPerPopulation = item.GPPOfProvince * 1000000 / item.CountPopulation,
WorkingAgePerPopulation = item.CountWorkingAge / item.CountPopulation * 100,
ResearchOnWaterResourcesManagement = item.WaterResourcesManagementProject,
WaterwaysAreSuitableForWaterTransportation = item.LengthOfMainRiverAppropriateToWaterTransport / item.LengthOfMainRiver * 100,
CoverageMonitoringSystem = item.AreaOfSubdistrict / item.WaterTrackingStation,
GoodCoverageMonitoringSystem = item.GoodWaterTrackingStation / item.WaterTrackingStation * 100,
ReservoirHasGoodManagement = item.ReservoirHasAllocate / item.Reservoir * 100
};
return(create);
}
public double?WaterManagementForUse(AllIndex item) => (item.HouseHoldHavePlumpingPerAllHouseHold + item.HouseHoldInCityHavePlumpingPerAllHouseHold + item.GovernmentHasPumping + item.HouseholdHasGoodPumping + item.ConsumptionOfWater + item.GovernmentHasGoodPumping + item.TimeHasPumpingPerYear) / 7;
public double?HasWater(AllIndex item) => (item.RainEveryYear + item.RainEveryYearPerPopulation + item.GroundWaterEveryYearPerPopulation + item.WaterStoreEveryYearPerPopulation + item.WaterStorePerWaterfront + item.GroundWaterImprovePerPopulation + Convert.ToDouble(item.QualitySurfaceWater) + item.QualityGroundWater) / 8;
public void InsertPointToDB(AllIndex item)
{
CollectionAllPoint.InsertOne(item);
}
public void InsertIndexToDB(AllIndex item)
{
CollectionAllIndex.InsertOne(item);
}
public River Procress(River item, AllIndex dataRiver)
{
var create = new River
{
_id = item._id,
RIVERCODE = item.RIVERCODE,
REG = item.REG,
REG_NAME = item.REG_NAME,
CWT = item.CWT,
CWT_NAME = item.CWT_NAME,
AMP = item.AMP,
AMP_NAME = item.AMP_NAME,
TAM = item.TAM,
TAM_NAME = item.TAM_NAME,
AREA = item.AREA,
PERCEN = item.PERCEN,
RIVER = item.RIVER,
SUBRIVER = item.SUBRIVER,
RainEveryYear = CalPercent(item.PERCEN, dataRiver.RainEveryYear),
RainEveryYearPerPopulation = CalPercent(item.PERCEN, dataRiver.RainEveryYearPerPopulation),
GroundWaterEveryYearPerPopulation = CalPercent(item.PERCEN, dataRiver.GroundWaterEveryYearPerPopulation),
WaterStoreEveryYearPerPopulation = CalPercent(item.PERCEN, dataRiver.WaterStoreEveryYearPerPopulation),
WaterStorePerWaterfront = CalPercent(item.PERCEN, dataRiver.WaterStorePerWaterfront),
GroundWaterImprovePerPopulation = CalPercent(item.PERCEN, dataRiver.GroundWaterImprovePerPopulation),
QualitySurfaceWater = null,
// item.TypeOfSurFaceWaterByWQI,
QualityGroundWater = CalPercent(item.PERCEN, dataRiver.QualityGroundWater),
HouseHoldHavePlumpingPerAllHouseHold = CalPercent(item.PERCEN, dataRiver.HouseHoldHavePlumpingPerAllHouseHold),
HouseHoldInCityHavePlumpingPerAllHouseHold = CalPercent(item.PERCEN, dataRiver.HouseHoldInCityHavePlumpingPerAllHouseHold),
GovernmentHasPumping = CalPercent(item.PERCEN, dataRiver.GovernmentHasPumping),
HouseholdHasGoodPumping = CalPercent(item.PERCEN, dataRiver.HouseholdHasGoodPumping),
ConsumptionOfWater = CalPercent(item.PERCEN, dataRiver.ConsumptionOfWater),
GovernmentHasGoodPumping = CalPercent(item.PERCEN, dataRiver.GovernmentHasGoodPumping),
TimeHasPumpingPerYear = CalPercent(item.PERCEN, dataRiver.TimeHasPumpingPerYear),
AreaOfIrrigationPerAreaOfAgriculture = CalPercent(item.PERCEN, dataRiver.AreaOfIrrigationPerAreaOfAgriculture),
HouseholdHasAgricultureInIrrigation = CalPercent(item.PERCEN, dataRiver.HouseholdHasAgricultureInIrrigation),
ReservoirPerAreaOfAgriculture = CalPercent(item.PERCEN, dataRiver.ReservoirPerAreaOfAgriculture),
WaterUsageForAgriculture = CalPercent(item.PERCEN, dataRiver.WaterUsageForAgriculture),
WaterQualityForAgriculture = null,
// item.TypeOfSurFaceWaterByWQI,
WaterUsageForFactory = CalPercent(item.PERCEN, dataRiver.WaterUsageForFactory),
WaterQualityForFactory = CalPercent(item.PERCEN, dataRiver.WaterQualityForFactory),
WaterUsageForSurvice = CalPercent(item.PERCEN, dataRiver.WaterUsageForSurvice),
WaterQualitySurvice = CalPercent(item.PERCEN, dataRiver.WaterQualitySurvice),
WaterBalanceCostAndWaterUse = CalPercent(item.PERCEN, dataRiver.WaterBalanceCostAndWaterUse),
FactoryHasTreatmentSystem = CalPercent(item.PERCEN, dataRiver.FactoryHasTreatmentSystem),
AreaOfHouseholdPerAllAreaInCity = CalPercent(item.PERCEN, dataRiver.AreaOfHouseholdPerAllAreaInCity),
CommunityHasTreatmentSystemPerAllCommunity = CalPercent(item.PERCEN, dataRiver.CommunityHasTreatmentSystemPerAllCommunity),
WaterSourceQualityGoodByWQI = CalPercent(item.PERCEN, dataRiver.WaterSourceQualityGoodByWQI),
TimePeriodWaterBalance = CalPercent(item.PERCEN, dataRiver.TimePeriodWaterBalance),
DensityOfWaterQualityMonitoringSystem = CalPercent(item.PERCEN, dataRiver.DensityOfWaterQualityMonitoringSystem),
IndustrialDensity = CalPercent(item.PERCEN, dataRiver.IndustrialDensity),
IndustrialHasWastewaterPerAllIndustrial = CalPercent(item.PERCEN, dataRiver.IndustrialHasWastewaterPerAllIndustrial),
CostOfFloodPerAllArea = CalPercent(item.PERCEN, dataRiver.CostOfFloodPerAllArea),
RepeatedFloodAreasPerArea = CalPercent(item.PERCEN, dataRiver.RepeatedFloodAreasPerArea),
AreHasChanceOfLandslidesPerArea = CalPercent(item.PERCEN, dataRiver.AreHasChanceOfLandslidesPerArea),
PopulationInFloodAreaPerPopulation = CalPercent(item.PERCEN, dataRiver.PopulationInFloodAreaPerPopulation),
TransportationFloodedAreas = CalPercent(item.PERCEN, dataRiver.TransportationFloodedAreas),
AreaOfFloodPerAreaIncity = CalPercent(item.PERCEN, dataRiver.AreaOfFloodPerAreaIncity),
PeriodOfFlooding = CalPercent(item.PERCEN, dataRiver.PeriodOfFlooding),
DepthOfFlood = CalPercent(item.PERCEN, dataRiver.DepthOfFlood),
VillagesWarningPerVillages = CalPercent(item.PERCEN, dataRiver.VillagesWarningPerVillages),
CostDroughtPerYearPerArea = CalPercent(item.PERCEN, dataRiver.CostDroughtPerYearPerArea),
RepeatedDroughtAreasPerEntire = CalPercent(item.PERCEN, dataRiver.RepeatedDroughtAreasPerEntire),
AgriculturalAreaInRepeatedDrought = CalPercent(item.PERCEN, dataRiver.AgriculturalAreaInRepeatedDrought),
ForestAreaPerArea = CalPercent(item.PERCEN, dataRiver.ForestAreaPerArea),
NDVI = CalPercent(item.PERCEN, dataRiver.NDVI),
// IF(CH3>0,item.AreaOfSubdistrict/CH3,IF(CH3=0,0)),
// item.ForestManagementCompany>0,item.AreaOfSubdistrict/item.ForestManagementCompany,IF(item.ForestManagementCompany=0,0)
ConserveAndManage = CalPercent(item.PERCEN, dataRiver.ConserveAndManage),
PlanWaterManagement = CalPercent(item.PERCEN, dataRiver.PlanWaterManagement),
ParticipatingIrrigationProjects = CalPercent(item.PERCEN, dataRiver.ParticipatingIrrigationProjects),
DistributionOfParticipatingIrrigationProjects = CalPercent(item.PERCEN, dataRiver.DistributionOfParticipatingIrrigationProjects),
GPPPerWaterCost = CalPercent(item.PERCEN, dataRiver.GPPPerWaterCost),
GPPPerPopulation = CalPercent(item.PERCEN, dataRiver.GPPPerPopulation),
WorkingAgePerPopulation = CalPercent(item.PERCEN, dataRiver.WorkingAgePerPopulation),
ResearchOnWaterResourcesManagement = CalPercent(item.PERCEN, dataRiver.ResearchOnWaterResourcesManagement),
WaterwaysAreSuitableForWaterTransportation = CalPercent(item.PERCEN, dataRiver.WaterwaysAreSuitableForWaterTransportation),
CoverageMonitoringSystem = CalPercent(item.PERCEN, dataRiver.CoverageMonitoringSystem),
GoodCoverageMonitoringSystem = CalPercent(item.PERCEN, dataRiver.GoodCoverageMonitoringSystem),
ReservoirHasGoodManagement = CalPercent(item.PERCEN, dataRiver.ReservoirHasGoodManagement),
};
return(create);
}
/// <summary>
/// 定义定时器 函数 tm_Tick()
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void tm_Tick(object sender, EventArgs e)
{
DateTime now = DateTime.Now;
if (now.Second == 0)
{
//爬虫获取最新的指数
AllIndex a_index = spider.GetIndex();
//绑定各种指数
label_DJI.Content = a_index.DJI;
label_DJI_Change.Content = a_index.DJI_Change;
label_DJI_ChangePer.Content = a_index.DJI_ChangePer;
label_DJI_Time.Content = a_index.DJI_Time;
label_CCMP.Content = a_index.CCMP;
label_CCMP_Change.Content = a_index.CCMP_Change;
label_CCMP_ChangePer.Content = a_index.CCMP_ChangePer;
label_CCMP_Time.Content = a_index.CCMP_Time;
label_SCIN.Content = a_index.SCIN;
label_SCIN_Change.Content = a_index.SCIN_Change;
label_SCIN_ChangePer.Content = a_index.SCIN_ChangePer;
label_SCIN_Time.Content = a_index.SCIN_Time;
label_Price_Buy.Content = a_index.gold.Price_Buy;
label_Price_Sell.Content = a_index.gold.Price_Sell;
label_Price_Change.Content = a_index.gold.Price_Change;
label_Price_ChangePer.Content = a_index.gold.Price_ChangePer;
label_IntPrice_Buy.Content = a_index.gold.IntPrice_Buy;
label_IntPrice_Sell.Content = a_index.gold.IntPrice_Sell;
label_IntPrice_Change.Content = a_index.gold.IntPrice_Change;
label_IntPrice_ChangePer.Content = a_index.gold.IntPrice_ChangePer;
//更新dt_gold_new和dt_gold_new_sell黄金数据datable,
DataRow row = dt_gold_new.NewRow();
DataRow row2 = dt_gold_new_sell.NewRow();
row2["Date"] = row["Date"] = DateTime.Now;
row["Value"] = a_index.gold.IntPrice_Buy;
row2["Value"] = a_index.gold.IntPrice_Sell;
dt_gold_new.Rows.Add(row);
dt_gold_new_sell.Rows.Add(row2);
//此处无需考虑 资源使用冲突
LineSeries11.IndependentValuePath = LineSeries10.IndependentValuePath = "Date";
LineSeries11.DependentValuePath = LineSeries10.DependentValuePath = "Value";
LineSeries10.ItemsSource = dt_gold_new.DefaultView;
LineSeries11.ItemsSource = dt_gold_new_sell.DefaultView;
/*
* LineSeries10.Dispatcher.Invoke(
* new Action(
* delegate
* {
* LineSeries10.ItemsSource = dt_gold_new.DefaultView;
* }
* ));
*/
/*
* //初始化nThread;
* Thread nThread = new Thread(new ThreadStart(update_Gold));
* nThread.Start();
*/
}
}
public double?Service(AllIndex item) => (item.WaterUsageForSurvice + item.WaterQualitySurvice) / 2;
public double?WaterQualityAndEnvironmentalManagement(AllIndex item) => (item.FactoryHasTreatmentSystem + item.AreaOfHouseholdPerAllAreaInCity + item.CommunityHasTreatmentSystemPerAllCommunity + item.WaterSourceQualityGoodByWQI + item.TimePeriodWaterBalance + item.DensityOfWaterQualityMonitoringSystem + item.IndustrialDensity + item.IndustrialHasWastewaterPerAllIndustrial) / 8;
public AllIndex Procress(AllIndex item)
{
var create = new AllIndex
{
_id = item._id,
REG = item.REG,
REG_NAME = item.REG_NAME,
CWT = item.CWT,
CWT_NAME = item.CWT_NAME,
AMP = item.AMP,
AMP_NAME = item.AMP_NAME,
TAM = item.TAM,
TAM_NAME = item.TAM_NAME,
RainEveryYear = HowLong(item.RainEveryYear, 500, 800, 1200, 2000, 2400),
RainEveryYearPerPopulation = HowLong(item.RainEveryYearPerPopulation, 1000, 1700, 3000, 5000, 10000),
GroundWaterEveryYearPerPopulation = HowLong(item.GroundWaterEveryYearPerPopulation, 500, 1000, 1700, 3000, 5000),
WaterStoreEveryYearPerPopulation = HowLong(item.WaterStoreEveryYearPerPopulation, 500, 1000, 1700, 3000, 5000),
WaterStorePerWaterfront = HowLong(item.WaterStorePerWaterfront, 5, 10, 20, 30, 40),
GroundWaterImprovePerPopulation = HowLong(item.GroundWaterImprovePerPopulation, 25, 50, 70, 100, 150),
QualitySurfaceWater = QualityWater(item.QualitySurfaceWater),
QualityGroundWater = HowLong(item.QualityGroundWater, 5, 6, 7, 8, 9),
HouseHoldHavePlumpingPerAllHouseHold = HowLong(item.HouseHoldHavePlumpingPerAllHouseHold, 20, 40, 60, 80, 100),
HouseHoldInCityHavePlumpingPerAllHouseHold = HowLong(item.HouseHoldInCityHavePlumpingPerAllHouseHold, 20, 40, 60, 80, 100),
GovernmentHasPumping = HowLong(item.GovernmentHasPumping, 20, 40, 60, 80, 100),
HouseholdHasGoodPumping = HowLong(item.HouseholdHasGoodPumping, 20, 40, 60, 80, 100),
ConsumptionOfWater = HowLong(item.ConsumptionOfWater, 20, 30, 50, 70, 100), //check it again
GovernmentHasGoodPumping = HowLong(item.GovernmentHasGoodPumping, 20, 40, 60, 80, 100),
TimeHasPumpingPerYear = HowLong(item.TimeHasPumpingPerYear, 10, 10.5, 11, 11.5, 12),
AreaOfIrrigationPerAreaOfAgriculture = HowLong(item.AreaOfIrrigationPerAreaOfAgriculture, 10, 20, 30, 40, 50),
HouseholdHasAgricultureInIrrigation = HowLong(item.HouseholdHasAgricultureInIrrigation, 20, 40, 60, 80, 100),
ReservoirPerAreaOfAgriculture = item.ReservoirPerAreaOfAgriculture <= 200 ? 0 : HowLong(item.ReservoirPerAreaOfAgriculture, 800, 1200, 1600, 2000, 3000),
WaterUsageForAgriculture = item.WaterUsageForAgriculture <= 2 ? 0 : HowLong(item.WaterUsageForAgriculture, 1000, 2500, 5000, 10000, 20000),
WaterQualityForAgriculture = QualityWater(item.WaterQualityForAgriculture),
WaterUsageForFactory = item.WaterUsageForFactory <= 350 ? 0 : HowLong(item.WaterUsageForFactory, 4000, 7500, 65000, 180000, 290000),
WaterQualityForFactory = HowLong(item.WaterQualityForFactory, 20, 40, 60, 80, 100),
WaterUsageForSurvice = item.WaterUsageForSurvice <= 900 ? 0 : HowLong(item.WaterUsageForSurvice, 4000, 7000, 20000, 40000, 60000),
WaterQualitySurvice = HowLong(item.WaterQualitySurvice, 20, 40, 60, 80, 100),
WaterBalanceCostAndWaterUse = HowLong(item.WaterBalanceCostAndWaterUse, 50, 67, 100, 150, 200),
FactoryHasTreatmentSystem = HowLong(item.FactoryHasTreatmentSystem, 20, 40, 60, 80, 100),
AreaOfHouseholdPerAllAreaInCity = HowFar(item.AreaOfHouseholdPerAllAreaInCity, 100, 80, 60, 40, 20),
CommunityHasTreatmentSystemPerAllCommunity = HowLong(item.CommunityHasTreatmentSystemPerAllCommunity, 20, 40, 60, 80, 100),
WaterSourceQualityGoodByWQI = item.WaterSourceQualityGoodByWQI < 20 ? 0 : HowLong(item.WaterSourceQualityGoodByWQI, 50, 60, 70, 80, 90),
TimePeriodWaterBalance = HowLive(item.TimePeriodWaterBalance),
DensityOfWaterQualityMonitoringSystem = item.DensityOfWaterQualityMonitoringSystem <0.005 ? 0 : HowLong(item.DensityOfWaterQualityMonitoringSystem, 0.01, 0.02, 0.05, 0.07, 0.1),
IndustrialDensity = item.IndustrialDensity> 0.15 ? 0 : HowFar(item.IndustrialDensity, 0.15, 0.1, 0.05, 0.02, 0.01),
IndustrialHasWastewaterPerAllIndustrial = HowFar(item.IndustrialHasWastewaterPerAllIndustrial, 100, 80, 60, 40, 20),
CostOfFloodPerAllArea = item.CostOfFloodPerAllArea > 90000 ? 0 : HowFar(item.CostOfFloodPerAllArea, 90000, 59000, 25000, 5500, 2800),
RepeatedFloodAreasPerArea = item.RepeatedFloodAreasPerArea == 100 ? 0 : HowFar(item.RepeatedFloodAreasPerArea, 100, 80, 60, 40, 20),
AreHasChanceOfLandslidesPerArea = item.AreHasChanceOfLandslidesPerArea == 100 ? 0 : HowFar(item.AreHasChanceOfLandslidesPerArea, 100, 80, 60, 40, 20),
PopulationInFloodAreaPerPopulation = item.PopulationInFloodAreaPerPopulation == 100 ? 0 : HowFar(item.PopulationInFloodAreaPerPopulation, 100, 80, 60, 40, 20),
TransportationFloodedAreas = item.TransportationFloodedAreas >= 1.5 ? 5 : HowLong(item.TransportationFloodedAreas, 0.2, 0.5, 0.75, 1, 1.5),
AreaOfFloodPerAreaIncity = item.AreaOfFloodPerAreaIncity == 100 ? 0 : HowFar(item.AreaOfFloodPerAreaIncity, 100, 80, 60, 40, 20),
PeriodOfFlooding = item.PeriodOfFlooding > 168 ? 0 : HowFar(item.PeriodOfFlooding, 168, 120, 48, 24, 2),
DepthOfFlood = item.DepthOfFlood > 3 ? 0 : HowFar(item.DepthOfFlood, 3, 1, 0.5, 0.3, 0.1),
VillagesWarningPerVillages = item.VillagesWarningPerVillages == 100 ? 5 : HowLong(item.VillagesWarningPerVillages, 20, 40, 60, 80, 100),
CostDroughtPerYearPerArea = item.CostDroughtPerYearPerArea > 25000 ? 0 : item.CostDroughtPerYearPerArea < 1500 ? 5 : HowFar(item.CostDroughtPerYearPerArea, 25000, 19000, 11000, 6000, 4000),
RepeatedDroughtAreasPerEntire = item.RepeatedDroughtAreasPerEntire == 100 ? 0 : HowFar(item.RepeatedDroughtAreasPerEntire, 100, 80, 60, 40, 20),
AgriculturalAreaInRepeatedDrought = item.AgriculturalAreaInRepeatedDrought == 100 ? 0 : HowFar(item.AgriculturalAreaInRepeatedDrought, 100, 80, 60, 40, 20),
ForestAreaPerArea = item.ForestAreaPerArea == 100 ? 5 : HowLong(item.ForestAreaPerArea, 20, 40, 60, 80, 100),
NDVI = HowLong(item.NDVI, 0.3, 0.4, 0.5, 0.6, 0.8),
ConserveAndManage = item.ConserveAndManage > 2500 ? 0 : HowFar(item.ConserveAndManage, 2500, 1500, 700, 300, 150),
PlanWaterManagement = item.PlanWaterManagement > 1200 ? 0 : HowFar(item.PlanWaterManagement, 1200, 750, 500, 300, 200),
ParticipatingIrrigationProjects = HowLong(item.ParticipatingIrrigationProjects, 20, 40, 60, 80, 100),
DistributionOfParticipatingIrrigationProjects = item.ParticipatingIrrigationProjects > 15000 ? 0 : item.ParticipatingIrrigationProjects < 2000 ? 5 : HowFar(item.ParticipatingIrrigationProjects, 15000, 7000, 5000, 4000, 3000),
GPPPerWaterCost = item.GPPPerWaterCost > 700 ? 5 : item.GPPPerWaterCost < 3 ? 0 : HowLong(item.GPPPerWaterCost, 3, 7, 10, 120, 330),
GPPPerPopulation = item.GPPPerPopulation < 80000 ? 0 : HowLong(item.GPPPerPopulation, 80000, 110000, 150000, 300000, 500000),
WorkingAgePerPopulation = HowLong(item.WorkingAgePerPopulation, 20, 40, 60, 80, 100),
ResearchOnWaterResourcesManagement = item.ResearchOnWaterResourcesManagement > 100 ? 0 : HowFar(item.ResearchOnWaterResourcesManagement, 100, 80, 60, 40, 20),
WaterwaysAreSuitableForWaterTransportation = HowLong(item.WaterStoreEveryYearPerPopulation, 20, 40, 60, 80, 100),
CoverageMonitoringSystem = item.CoverageMonitoringSystem < 20 ? 5 : item.CoverageMonitoringSystem > 150 ? 0 : HowFar(item.CoverageMonitoringSystem, 150, 120, 90, 60, 40),
GoodCoverageMonitoringSystem = HowLong(item.GoodCoverageMonitoringSystem, 20, 40, 60, 80, 100),
ReservoirHasGoodManagement = HowLong(item.ReservoirHasGoodManagement, 20, 40, 60, 80, 100)
};
return(create);
}
