1、边界条件写入json

CFDStruct/CFDStructDataManager/CFDStructDataManagerBase.cpp

@@ -72,6 +72,7 @@ void CFDStructDataManagerBase::jsonAdd(rapidjson::Document &document,
                 }
 
                 if (index == -1) {
+                    // 向数组中添加内容
                 } else {
                     // 扩展数组以适应指定索引
                     while (current->Size() <= index) {

CFDStruct/CFDStructDataManager/CFDStructDataSolverBoundaryConditionManager.cpp

@@ -78,7 +78,121 @@ CUIConfig *CFDStructDataSolverBoundaryConditionManager::getParamUIConfig() {
 }
 
 void CFDStructDataSolverBoundaryConditionManager::saveDataToDom(rapidjson::Document &dom) {
-    // TODO
+
+    jsonAdd(dom, m_id, {"region", 0, "bc", m_id, "id"});
+    jsonAdd(dom, m_BoundaryName, {"region", 0, "bc", m_id, "name"});
+
+    if (m_WallType == 0) {
+        jsonAdd(dom, 1, {"region", 0, "bc", m_id, "type"});
+    } else if (m_WallType == 1) {
+        jsonAdd(dom, 4, {"region", 0, "bc", m_id, "type"});
+    } else if (m_WallType == 2) {
+        jsonAdd(dom, 5, {"region", 0, "bc", m_id, "type"});
+    } else if (m_WallType == 3) {
+        jsonAdd(dom, 6, {"region", 0, "bc", m_id, "type"});
+    } else if (m_WallType == 4) {
+        jsonAdd(dom, 7, {"region", 0, "bc", m_id, "type"});
+    } else if (m_WallType == 5) {
+        jsonAdd(dom, 13, {"region", 0, "bc", m_id, "type"});
+    } else if (m_WallType == 6) {
+        jsonAdd(dom, 13, {"region", 0, "bc", m_id, "type"});
+    } else if (m_WallType == 7) {
+        jsonAdd(dom, 8, {"region", 0, "bc", m_id, "type"});
+    } else if (m_WallType == 8) {
+        jsonAdd(dom, 16, {"region", 0, "bc", m_id, "type"});
+    }
+
+    jsonAdd(dom, m_WallType,
+            {"region", 0, "bc", m_id, "momentum", "type"});
+    jsonAdd(dom, m_WallTemperature,
+            {"region", 0, "bc", m_id, "momentum", "temp"});
+    jsonAdd(dom, m_WallHeatFlux,
+            {"region", 0, "bc", m_id, "momentum", "reliu"});
+    jsonAdd(dom, m_MachNumber,
+            {"region", 0, "bc", m_id, "momentum", "mach"});
+    jsonAdd(dom, m_Pressure,
+            {"region", 0, "bc", m_id, "momentum", "press"});
+    jsonAdd(dom, m_Temperature,
+            {"region", 0, "bc", m_id, "momentum", "temper"});
+    jsonAdd(dom, m_InflowDirectionX,
+            {"region", 0, "bc", m_id, "momentum", "temper", 0});
+    jsonAdd(dom, m_InflowDirectionY,
+            {"region", 0, "bc", m_id, "momentum", "temper", 1});
+    jsonAdd(dom, m_InflowDirectionZ,
+            {"region", 0, "bc", m_id, "momentum", "temper", 2});
+    jsonAdd(dom, m_TurbulentViscosityRatio,
+            {"region", 0, "bc", m_id, "momentum", "faro"});
+    jsonAdd(dom, m_TurbulentIntensity,
+            {"region", 0, "bc", m_id, "momentum", "fark"});
+    jsonAdd(dom, m_BoundaryType_sub,
+            {"region", 0, "bc", m_id, "momentum", "speedType"});
+    jsonAdd(dom, m_TotalPressure,
+            {"region", 0, "bc", m_id, "momentum", "totalP"});
+    jsonAdd(dom, m_StaticPressure,
+            {"region", 0, "bc", m_id, "momentum", "staticP"});
+    jsonAdd(dom, m_TotalTemperature,
+            {"region", 0, "bc", m_id, "momentum", "totalT"});
+    jsonAdd(dom, m_VelocityDirectionType,
+            {"region", 0, "bc", m_id, "momentum", "speedDir"});
+    jsonAdd(dom, m_DirectionVectorX,
+            {"region", 0, "bc", m_id, "momentum", "direction", 0});
+    jsonAdd(dom, m_DirectionVectorY,
+            {"region", 0, "bc", m_id, "momentum", "direction", 1});
+    jsonAdd(dom, m_DirectionVectorZ,
+            {"region", 0, "bc", m_id, "momentum", "direction", 2});
+    jsonAdd(dom, m_TurbulentViscosityRatio,
+            {"region", 0, "bc", m_id, "momentum", "faro"});
+    jsonAdd(dom, m_TurbulentIntensity,
+            {"region", 0, "bc", m_id, "momentum", "fark"});
+    jsonAdd(dom, m_staticPType,
+            {"region", 0, "bc", m_id, "momentum", "staticPType"});
+    jsonAdd(dom, m_StaticPressure,
+            {"region", 0, "bc", m_id, "momentum", "staticP"});
+    jsonAdd(dom, m_CorrespondingSurface,
+            {"region", 0, "bc", m_id, "boundaryId"});
+    jsonAdd(dom, m_PairingName,
+            {"region", 0, "bc", m_id, "interfaceName"});
+    jsonAdd(dom, m_CorrespondingSurface,
+            {"region", 0, "bc", m_id, "boundaryName"});
+    jsonAdd(dom, m_PairingName,
+            {"region", 0, "bc", m_id, "periodicName"});
+    jsonAdd(dom, m_PeriodicType,
+            {"region", 0, "bc", m_id, "matchType"});
+    jsonAdd(dom, 256,
+            {"region", 0, "bc", m_id, "translate", "unit"});
+    jsonAdd(dom, m_TranslationDistanceX,
+            {"region", 0, "bc", m_id, "translate", "value", 0});
+    jsonAdd(dom, m_TranslationDistanceY,
+            {"region", 0, "bc", m_id, "translate", "value", 1});
+    jsonAdd(dom, m_TranslationDistanceZ,
+            {"region", 0, "bc", m_id, "translate", "value", 2});
+    jsonAdd(dom, 256,
+            {"region", 0, "bc", m_id, "rotate", "center", "unit"});
+    jsonAdd(dom, m_RotationCenterX,
+            {"region", 0, "bc", m_id, "rotate", "center", "value", 0});
+    jsonAdd(dom, m_RotationCenterY,
+            {"region", 0, "bc", m_id, "rotate", "center", "value", 1});
+    jsonAdd(dom, m_RotationCenterZ,
+            {"region", 0, "bc", m_id, "rotate", "center", "value", 2});
+    jsonAdd(dom, m_per_rot_aixsX,
+            {"region", 0, "bc", m_id, "rotate", "axis", 0});
+    jsonAdd(dom, m_per_rot_aixsY,
+            {"region", 0, "bc", m_id, "rotate", "axis", 1});
+    jsonAdd(dom, m_per_rot_aixsZ,
+            {"region", 0, "bc", m_id, "rotate", "axis", 2});
+    jsonAdd(dom, m_RotationAngle,
+            {"region", 0, "bc", m_id, "rotate", "angle"});
+    jsonAdd(dom, m_InitialPressure,
+            {"region", 0, "bc", m_id, "momentum", "initPressure"});
+    jsonAdd(dom, m_FlowRate,
+            {"region", 0, "bc", m_id, "momentum", "massRate"});
+    jsonAdd(dom, m_PressureRelaxationFactor,
+            {"region", 0, "bc", m_id, "momentum", "pressureFactor"});
+
+    // 用户自定义部分
+    //  jsonAdd(dom, m_UserDefined,{region[0]	bc	momentum	pressureFactor});
+    jsonAdd(dom, 0,
+            {"region", 0, "bc", m_id, "momentum", "isUser"});
 }
 
 void CFDStructDataSolverBoundaryConditionManager::readDataFromDom(rapidjson::Document &dom) {
@@ -423,7 +537,7 @@ CUIConfig *CFDStructDataSolverBoundaryConditionManager::genPressureInletModeSupe
                                                                                    {
                                                                                        new CUIConfig({
                                                                                            {"type", "Item"},
-                                                                                           {"name", tr(" Specified Direction (Cylindrical Coordinate System)")},
+                                                                                           {"name", tr("Specified Direction (Cylindrical Coordinate System)")},
                                                                                        }),
                                                                                        new CUIConfig({
                                                                                            {"type", "Item"},
@@ -1573,6 +1687,8 @@ CUIConfig *CFDStructDataSolverBoundaryConditionManager::genPressureOutletUIConfi
                                                                                        {"type", "RadioComponent"},
                                                                                        {"widget", "Component"},
                                                                                        {"layout", "QHBoxLayout"},
+                                                                                       {"value_type", CUI_DATA_TYPE::CUI_DATA_TYPE_INT},
+                                                                                       {"value_origin", QVA_GLOBAL(&m_staticPType)},
                                                                                    },
                                                                                    {
                                                                                        new CUIConfig({

CFDStruct/CFDStructDataManager/CFDStructDataSolverBoundaryConditionManager.h

@@ -65,30 +65,33 @@ class CFDSTRUCTDATAMANAGER_EXPORT CFDStructDataSolverBoundaryConditionManager :
 
   private:
     // 粘性模型
-    int m_Model;
+    int m_Model = 0;
     // RANS模型
-    int m_RNSModel;
+    int m_RNSModel = 0;
+
+    // id
+    int m_id = 0;
 
     // 边界名称
-    QString m_BoundaryName; // Boundary Name
+    QString m_BoundaryName = ""; // Boundary Name
 
     // 所属计算域
-    QString m_ComputationalDomain; // Computational Domain
+    QString m_ComputationalDomain = ""; // Computational Domain
 
     // 边界类型
     int m_BoundaryType = 0; // Boundary Type
 
     // 马赫数
-    double m_MachNumber; // Mach Number
+    double m_MachNumber = 0; // Mach Number
 
     //    // 密度
     //    double m_Density; // Density
 
     // 压强
-    double m_Pressure;
+    double m_Pressure = 0;
 
     // 温度
-    double m_Temperature; // Temperature
+    double m_Temperature = 0; // Temperature
 
     // 来流方向
     // double m_InflowDirection; // Inflow Direction
@@ -97,25 +100,25 @@ class CFDSTRUCTDATAMANAGER_EXPORT CFDStructDataSolverBoundaryConditionManager :
     double m_InflowDirectionZ = 0;
 
     // 湍流粘性比
-    double m_TurbulentViscosityRatio; // Turbulent Viscosity Ratio
+    double m_TurbulentViscosityRatio = 0; // Turbulent Viscosity Ratio
 
     // 湍流强度
-    double m_TurbulentIntensity; // Turbulent Intensity
+    double m_TurbulentIntensity = 0; // Turbulent Intensity
 
     // 总压
-    double m_TotalPressure; // Total Pressure
+    double m_TotalPressure = 0; // Total Pressure
 
     // 总温
-    double m_TotalTemperature; // Total Temperature
+    double m_TotalTemperature = 0; // Total Temperature
 
     // 静压
-    double m_StaticPressure; // Static Pressure
+    double m_StaticPressure = 0; // Static Pressure
 
     // 配对名称
-    double m_PairingName; // Pairing Name
+    double m_PairingName = 0; // Pairing Name
 
     // 对应面
-    int m_CorrespondingSurface; // Corresponding Surface
+    int m_CorrespondingSurface = 0; // Corresponding Surface
 
     // 周期类型
     int m_PeriodicType = 0; // Periodic Type
@@ -139,16 +142,16 @@ class CFDSTRUCTDATAMANAGER_EXPORT CFDStructDataSolverBoundaryConditionManager :
     double m_per_rot_aixsZ = 0;
 
     // 旋转角
-    double m_RotationAngle; // Rotation Angle
+    double m_RotationAngle = 0; // Rotation Angle
 
     // 壁面类型
     int m_WallType = 0; // Wall Type
 
     // 壁面温度
-    double m_WallTemperature; // Wall Temperature
+    double m_WallTemperature = 0; // Wall Temperature
 
     // 壁面热流
-    double m_WallHeatFlux; // Wall Heat Flux
+    double m_WallHeatFlux = 0; // Wall Heat Flux
 
     // 配对名称
     QString m_PairedName = "";
@@ -179,6 +182,9 @@ class CFDSTRUCTDATAMANAGER_EXPORT CFDStructDataSolverBoundaryConditionManager :
 
     // 用户自定义
     int m_UserDefined = 0;
+
+    // 静压类型
+    int m_staticPType = 0;
 };
 
 #endif // CFDSTRUCTDATASOLVERBOUNDARYCONDITIONMANAGER_H

CFDStruct/CFDStructDataManager/CFDStructDataSolverComputingControlManager.h

@@ -11,22 +11,22 @@ class CUIConfig;
 class CFDSTRUCTDATAMANAGER_EXPORT CFDStructDataSolverComputingControlManager : public CFDStructDataManagerBase {
     Q_OBJECT
   public:
-    explicit CFDStructDataSolverComputingControlManager(QObject* parent = nullptr);
+    explicit CFDStructDataSolverComputingControlManager(QObject *parent = nullptr);
     ~CFDStructDataSolverComputingControlManager();
 
-    CUIConfig* getParamUIConfig();
-    void saveDataToDom(rapidjson::Document& dom);
+    CUIConfig *getParamUIConfig();
+    void saveDataToDom(rapidjson::Document &dom);
 
-    void readDataFromDom(rapidjson::Document& dom);
+    void readDataFromDom(rapidjson::Document &dom);
 
   private:
     // 生成界面配置
-    CUIConfig* genUIConfig();
+    CUIConfig *genUIConfig();
   signals:
 
   private:
     // 数据保存频率
-    int m_DataSaveFrequency; // Data Save Frequency
+    int m_DataSaveFrequency = 0; // Data Save Frequency
 
     // 数值计算核数
     int m_NumericalComputationCores = 0;

CFDStruct/CFDStructDataManager/CFDStructDataSolverNumericalMethodManager.h

@@ -135,7 +135,7 @@ class CFDSTRUCTDATAMANAGER_EXPORT CFDStructDataSolverNumericalMethodManager : pu
      * 1-Harten-Yee
      *
      */
-    int m_EntropyCorrectionType;
+    int m_EntropyCorrectionType = 0;
 
     // 收敛稳定化
     int m_ConvergenceStabilization = 0;

CFDStruct/CFDStructDataManager/CFDStructDataSolverReferenceQuantityManager.h

@@ -27,19 +27,19 @@ class CFDSTRUCTDATAMANAGER_EXPORT CFDStructDataSolverReferenceQuantityManager :
 
   private:
     // 参考值取自
-    int m_ReferenceValuesFrom; // Reference Values From
+    int m_ReferenceValuesFrom = 0; // Reference Values From
 
     // 压强
-    double m_Pressure; // Pressure
+    double m_Pressure = 0; // Pressure
 
     // 温度
-    double m_Temperature; // Temperature
+    double m_Temperature = 0; // Temperature
 
     // 长度
-    double m_Length; // Length
+    double m_Length = 0; // Length
 
     // 面积
-    double m_Area; // Area
+    double m_Area = 0; // Area
 
     // 力矩矩心
     QString m_TorqueCenterOfMoment = 0;