完成液面深度计算
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@ -10,7 +10,7 @@ spring:
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datasource:
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# 主库数据源
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MASTER:
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url: jdbc:mysql://192.168.3.246/ruoyi-geek?useUnicode=true&characterEncoding=utf8&zeroDateTimeBehavior=convertToNull&useSSL=true&serverTimezone=GMT%2B8&nullCatalogMeansCurrent=true
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url: jdbc:mysql://ngtools.cn/ruoyi-geek?useUnicode=true&characterEncoding=utf8&zeroDateTimeBehavior=convertToNull&useSSL=true&serverTimezone=GMT%2B8&nullCatalogMeansCurrent=true
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# url: jdbc:mariadb://192.168.3.154:3306/ruoyi-geek?useSSL=false&characterEncoding=utf8&serverTimezone=Asia/Shanghai
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username: root
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password: 4877017Ldy.
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@ -3,7 +3,7 @@ spring:
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# redis 配置
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redis:
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# 地址
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host: 192.168.3.246
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host: localhost
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# 端口，默认为6379
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port: 6379
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# 数据库索引
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@ -10,7 +10,7 @@ public class FormatUtil {
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private static final DecimalFormat df4 = new DecimalFormat("#0.0000");
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private static final DecimalFormat df5 = new DecimalFormat("#0.00000");
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public static double format(double value, Optional<Integer> weishu ) {
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public static double format(double value, Optional<Integer> weishu) {
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double result;
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Integer weishudefault=weishu.orElse(4);
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@ -123,27 +123,15 @@ public class GasController {
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public static double Crit(GasProps gasProps, double dPlenumVelocity)
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{
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thermService = new ThermService();
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detailService = new DetailService();
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gbt11062Service = new GBT11062Service();
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//variables local to function
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double DH, DDH, S, H;
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double tolerance = 1.0;
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double R, P, T, Z;
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int i;
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//check objects for readiness; try to initialize if not
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if (null == detailService || null == thermService)
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{
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NG_Cal_UnInit();
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if (GasConstants.NG_Cal_INITIALIZED != NG_Cal_Init())
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{
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gasProps.lStatus =GasConstants. MEMORY_ALLOCATION_ERROR; return 0.0;
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}
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}
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//begin by calculating densities and thermodynamic properties
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//begin by calculating densities and thermodynamic properties
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thermService.Run(gasProps, detailService);
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//DH is enthalpy change from plenum to throat; this is our initial guess
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@ -9,6 +9,7 @@ import com.ruoyi.caltools.service.GBT11062Service;
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import com.ruoyi.caltools.service.ThermService;
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import com.ruoyi.common.core.domain.AjaxResult;
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import com.ruoyi.system.controller.UnitConvert;
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import org.apache.juli.logging.Log;
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import org.springframework.beans.factory.annotation.Autowired;
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import org.springframework.web.bind.annotation.PostMapping;
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import org.springframework.web.bind.annotation.RequestBody;
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@ -17,6 +18,7 @@ import org.springframework.web.bind.annotation.RestController;
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import java.util.ArrayList;
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import java.util.List;
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import java.util.Optional;
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import static com.ruoyi.caltools.controller.GasController.Crit;
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@ -160,7 +162,7 @@ public class WaterDeepCalController {
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/**
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* 计算给定深度的理论传播时间
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*/
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private Double calculateTheoreticalTime(Double depth, WaterDeepCalParams request) {
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private Double calculateTheoreticalTime(Double depth, WaterDeepCalParams request,WaterDeepCalResult response) {
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if (depth <= 0) return 0.0;
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int segments = Math.max(50, (int)(depth / 10)); // 根据深度调整分段数
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@ -172,6 +174,8 @@ public class WaterDeepCalController {
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// 克隆GasProps以避免修改原始对象
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GasProps tempGasProps = cloneGasProps(request.getGasProps());
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List<String> tempSegmentsData=new ArrayList<>();
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for (int i = 0; i < segments; i++) {
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Double currentDepth = i * dz + dz/2; // 中点
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@ -180,9 +184,10 @@ public class WaterDeepCalController {
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request.getTemperatureGradient(), request.getConstantLayerDepth());
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// 计算中点压力
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Double pressure = pressureAtDepth(currentDepth, request.getSurfacePressure(),
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request.getSurfaceTemperature(), request.getTemperatureGradient(),
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request.getConstantLayerDepth(), tempGasProps);
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// Double pressure = pressureAtDepth(currentDepth, request.getSurfacePressure(),
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// request.getSurfaceTemperature(), request.getTemperatureGradient(),
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// request.getConstantLayerDepth(), tempGasProps);
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Double pressure = request.getSurfacePressure();
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// 设置气体参数
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tempGasProps.dTf = temp;
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@ -191,15 +196,17 @@ public class WaterDeepCalController {
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// 计算声速
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Crit(tempGasProps, 0);
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Double soundVelocity = tempGasProps.dSOS;
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// 检查声速有效性
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if (soundVelocity <= 0 || Double.isNaN(soundVelocity)) {
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soundVelocity = 300.0; // 默认声速
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}
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totalTime += dz / soundVelocity;
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String tempStr= ( "总段数:"+segments+",段序号:"+ Integer.toString(i + 1)+",段长度:"+ FormatUtil.format(dz, Optional.of(2))+",该段声速:"+ FormatUtil.format(tempGasProps.dSOS,Optional.of(2))+",该段时间"+FormatUtil.format(dz/soundVelocity,Optional.of(2))+",该段温度:"+FormatUtil.format(temp-273.15,Optional.of(2))+",总深度:"+FormatUtil.format( currentDepth,Optional.of(2))+",总时间:"+FormatUtil.format(totalTime,Optional.of(2))+"\n");
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tempSegmentsData.add(tempStr);
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// System.out.printf(tempStr);
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}
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response.setDataSegment(tempSegmentsData);
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return 2 * totalTime; // 往返时间
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}
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@ -250,9 +257,8 @@ public class WaterDeepCalController {
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// 二分法迭代
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while (iterations < request.getMaxIterations()) {
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iterationHistory.add(currentDepth);
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// 计算理论时间
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Double theoreticalTime = calculateTheoreticalTime(currentDepth, request);
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Double theoreticalTime = calculateTheoreticalTime(currentDepth, request,response);
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Double error = theoreticalTime - request.getMeasuredTime();
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// 检查收敛
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@ -296,6 +302,7 @@ public class WaterDeepCalController {
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response.setCorrectionFactor(correctionFactor);
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response.setIterations(iterations);
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response.setIterationHistory(iterationHistory);
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response.setInitialSOS(surfaceSoundVelocity);
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if (iterations < request.getMaxIterations()) {
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response.setStatus("CONVERGED");
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@ -30,9 +30,29 @@ public class WaterDeepCalResult {
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}
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public Double initialEstimate; // 初始估计深度(m)
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public Double getInitialSOS() {
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return initialSOS;
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}
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public void setInitialSOS(Double initialSOS) {
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this.initialSOS = initialSOS;
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}
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public Double initialSOS; // 初始声速
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public Double correctionFactor; // 修正因子
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public Integer iterations; // 迭代次数
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public String status; // 计算状态
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public List<Double> iterationHistory; // 迭代历史
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public List<String> getDataSegment() {
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return dataSegment;
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}
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public void setDataSegment(List<String> dataSegment) {
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this.dataSegment = dataSegment;
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}
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public List<String> dataSegment; // 分段数据
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}
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