AppFlow/CFDStruct/CFDStructDataManager/CFDStructDataSolverKvislManager.h

/**
 * 粘性模型
 */

#ifndef CFDSTRUCTDATASOLVERKVISLLMANAGER_H
#define CFDSTRUCTDATASOLVERKVISLLMANAGER_H

#include <QObject>
#include "CFDStructDataManager_global.h"
#include "CFDStructDataManagerBase.h"

class CUIConfig;

class CFDSTRUCTDATAMANAGER_EXPORT CFDStructDataSolverKvislManager : public CFDStructDataManagerBase
{
    Q_OBJECT
public:
    explicit CFDStructDataSolverKvislManager(QObject *parent = nullptr);
    ~CFDStructDataSolverKvislManager();

    CUIConfig* getParamUIConfig();

private:
    // 生成无粘界面配置
    CUIConfig* genInviscidUIConfig();

    // 生成层流界面配置
    CUIConfig* genLaminarUIConfig();

    // 生成雷诺平均_S-A界面配置
    CUIConfig* genRANSSAUIConfig();
    // 生成雷诺平均_Menters's κ-ω界面配置
    CUIConfig* genRANSUIMentersConfig();
    // 生成雷诺平均_κ-ε界面配置
    CUIConfig* genRANSKEUIConfig();

    // 生成分离涡模拟_S-A界面配置
    CUIConfig* genDESSAUIConfig();
    // 生成分离涡模拟_Menters's κ-ω界面配置
    CUIConfig* genDESMentersUIConfig();
    
    // 生成约束大涡模拟_S-A界面配置
    CUIConfig* genCLESUIConfig();
    // 生成约束大涡模拟_Menters's κ-ω界面配置
    CUIConfig* genCLESMentersUIConfig();
signals:

private:

    //模型:0_无粘;1_层流;2_雷诺平均;3_分离涡模拟;4_约束大涡模拟;
    int m_Model = 0;

    //RNS模型:0_S-A（一方程）;1_Menters's κ-ω（两方程）;2_κ-ε（两方程）;
    int m_RNSModel = 0;

    //S-A类型:0_standard;1_Edwards
    int m_SAType = 0;

    //κ-ω类型:0_standard
    int m_kwType = 0;

    //κ-ε类型:0_standard
    int m_keType = 0;

    //DES模型:0_DES;1_DDES;2_IDDES
    int m_DESModel = 0;


    CUIConfig* m_uiConfig = nullptr;
};

#endif // CFDSTRUCTDATASOLVERKvislLMANAGER_H