zl-opd-server/src/main/java/com/hb/proj/analysis/service/ProduceParamCalculator.java

package com.hb.proj.analysis.service;

import com.hb.proj.model.WellAnalysisParamPO;
import com.hb.proj.model.WellMeasurePO;
import com.hb.proj.model.WellPumpPO;

public class ProduceParamCalculator {
	
	public static void calcPumpExtra(WellPumpPO pump) {
		/**
		 * 泵理论排量=截面积*柱塞冲程*spm*24*60*泵系数*0.000001
		 * 理论排量按每分钟1冲次，泵系数为1计算。
		 * 新泵时为1，长期使用小于1，用于修正泵理论排量
		 * spm 冲次频率(每分钟) 目前固定为1
		 */
		if(isNotNull(pump.getBasicDiam(),pump.getStroke(),pump.getPumpCoeff())){
			pump.setSpm(1);
			double tempYield=pump.getPi()*Math.pow(pump.getBasicDiam()/2,2)*pump.getStroke()*pump.getPumpCoeff()*pump.getSpm()*24*60*0.000001;
			pump.setTheoryVolume(tempYield);
		}
	}

	public static WellAnalysisParamPO  calc(WellMeasurePO measure,WellPumpPO pump,Double rtFreq) {
		
		WellAnalysisParamPO  analyParam=new WellAnalysisParamPO();
		analyParam.setRefMeasureId(measure.getMeasureId());
		analyParam.setRefPumpId(pump.getPumpId());
		
		//含水率原值为百分数,计算时要*0.01
		Double waterRatio=measure.getWaterRatio()!=null?(measure.getWaterRatio().doubleValue()*0.01):null;
		
		/**
		 * 计量油量=计量液量*(1-含水率）
		 * 计量水量=计量液量*含水率
		 */
		if(isNotNull(measure.getMeteredLiquidYield(),waterRatio)) {
			analyParam.setMeteredOilYield(measure.getMeteredLiquidYield()*(1-waterRatio)); 
			analyParam.setMeteredWaterYield(measure.getMeteredLiquidYield()*waterRatio);  
		}
		
		
		/**
		 * 测量油量=测量液量*(1-含水率）
		 * 测量水量=测量液量*(1-含水率）
		 */
		if(isNotNull(measure.getMeasureLiquidYield(),waterRatio)) {
			analyParam.setMeasureOilYield(measure.getMeasureLiquidYield()*(1-waterRatio));
			analyParam.setMeasureWaterYield(measure.getMeasureLiquidYield()*waterRatio);
		}
		
		
		
		/**
		 * 泵理论排量=截面积*柱塞冲程*spm*24*60*泵系数*0.000001
		 * 理论排量按每分钟1冲次，泵系数为1计算。
		 * 新泵时为1，长期使用小于1，用于修正泵理论排量
		 * spm 冲次频率(每分钟) 目前固定为1
		 */
		if(isNotNull(pump.getBasicDiam(),pump.getStroke(),pump.getPumpCoeff())){
			pump.setSpm(1);
			double tempYield=pump.getPi()*Math.pow(pump.getBasicDiam()/2,2)*pump.getStroke()*pump.getPumpCoeff()*pump.getSpm()*24*60*0.000001;
			pump.setTheoryVolume(tempYield);
		}
		
		
		
		/**
		 * 理论液量=泵理论排量*冲次
		 */
		if(pump.getTheoryVolume()!=null) {
			analyParam.setTheoryLiquidYield(pump.getTheoryVolume()*rtFreq);
		}
		
		
		/**
		 * 测量泵效=测量液量/理论液量
		 * 校准泵效=计量液量/理论液量
		 * 综合泵效=弹性伸缩*泵充满度*漏失系数*地表体积系数
		 */
		if(isNotNull(measure.getMeasureLiquidYield(),measure.getMeteredLiquidYield(),analyParam.getTheoryLiquidYield())) {
			analyParam.setMeasuredPumpEff(measure.getMeasureLiquidYield()/analyParam.getTheoryLiquidYield());
			analyParam.setCorrectPumpEff(measure.getMeteredLiquidYield()/analyParam.getTheoryLiquidYield());
		}
		if(isNotNull(measure.getElasticCoeff(),pump.getFillDegree(),pump.getLeakCoeff(),measure.getSurfaceCompCoe())) {
			analyParam.setComPumpEff(measure.getElasticCoeff()*pump.getFillDegree()*pump.getLeakCoeff()*measure.getSurfaceCompCoe());
		}
		
		
		
		/**
		 * 实际液量=校准泵效*理论液量 用于绘制IPR曲线
		 * 实际油量=实际液量*(1-含水率），用于绘制IPR曲线
		 * 实际水量=实际液量´含水率，用于绘制IPR曲线
		 */
		if(isNotNull(analyParam.getCorrectPumpEff(),analyParam.getTheoryLiquidYield(),analyParam.getRealLiquidYield(),waterRatio)) {
			analyParam.setRealLiquidYield(analyParam.getCorrectPumpEff()*analyParam.getTheoryLiquidYield());
			analyParam.setRealOilYield(analyParam.getRealLiquidYield()*(1-waterRatio));
			analyParam.setRealWaterYield(analyParam.getRealLiquidYield()*waterRatio);
		}
		
		
		
		/**
		 * 深度压差(m)=折算动液面深度-折算静液面深度
		 * 流动压差(Mpa)=油藏压力-井底生产压力=深度压差*混液密度*g/1000
		 */
		if(isNotNull(analyParam.getDiffPressDepth(),measure.getMixLiquidDensity(),measure.getGravity())) {
			analyParam.setDiffPressBtmflow(analyParam.getDiffPressDepth()*measure.getMixLiquidDensity()*measure.getGravity()/1000);
		}
		
		
		/**
		 * 油指数_J=功图液量/流动压差
		 * 油指数_K=功图液量/深度压差
		 * 计量指数_J=计量液量/流动压差
		 * 计量指数_K=计量液量/深度压差
		 */
		if(isNotNull(analyParam.getDiagramLiquidYield(),analyParam.getDiffPressBtmflow(),analyParam.getDiffPressDepth())) {
			analyParam.setProductIndexJ(analyParam.getDiagramLiquidYield()/analyParam.getDiffPressBtmflow());
			analyParam.setProductIndexK(analyParam.getDiagramLiquidYield()/analyParam.getDiffPressDepth());
		}
		
		if(isNotNull(measure.getMeteredLiquidYield(),analyParam.getDiffPressBtmflow(),analyParam.getDiffPressDepth())) {
			analyParam.setMeteredProductIndexJ(measure.getMeteredLiquidYield()/analyParam.getDiffPressBtmflow());
			analyParam.setMeteredProductIndexK(measure.getMeteredLiquidYield()/analyParam.getDiffPressDepth());
		}
		
		
	
		return analyParam;
	}
	
	private static  boolean isNotNull(Double... vals) {
		boolean rst=true;
		for(Double val : vals) {
			rst=val!=null && rst;
		}
		return rst;
	}
}