nmWTAI-Platform/Src/nmNum/nmSubWxs/nmWellParameterCatalog.cpp

#include "nmWellParameterCatalog.h"

#include "nmDataHorizontalFracturedWell.h"
#include "nmDataPerforation.h"
#include "nmDataVerticalFracturedWell.h"
#include "nmDataWellBase.h"

#include <QCoreApplication>

namespace
{

/* Qt 4.8的lupdate需要显式标记间接翻译字符串。 */
static const char* const s_pCatalogTranslationMarkers[] =
{
    QT_TRANSLATE_NOOP("nmWxWellEditor", "Basic parameters"),
    QT_TRANSLATE_NOOP("nmWxWellEditor", "Perforation parameters"),
    QT_TRANSLATE_NOOP("nmWxWellEditor", "Fracture parameters"),
    QT_TRANSLATE_NOOP("nmWxWellEditor", "Perforation name")
};

QString editorText(const char* pText)
{
    Q_UNUSED(s_pCatalogTranslationMarkers);
    return QCoreApplication::translate("nmWxWellEditor", pText);
}

nmParameterFieldInfo numericField(nmWellParameterId eParameterId,
                                  const QString& sBaseParameterId,
                                  nmParameterEditorType eEditorType =
                                      NM_PARAMETER_EDITOR_NUMBER)
{
    // 数值字段显示名称、精度、范围和单位均由基础参数XML提供。
    nmParameterFieldInfo oFieldInfo;
    oFieldInfo.m_sParameterId =
            nmWellParameterCatalog::parameterId(eParameterId);
    oFieldInfo.m_sBaseParameterId = sBaseParameterId;
    oFieldInfo.m_eEditorType = eEditorType;
    oFieldInfo.m_bUnitEnabled = true;
    return oFieldInfo;
}

nmParameterFieldInfo textField(nmWellParameterId eParameterId,
                               const char* pLabel)
{
    // 文本字段没有XML数值定义，目录直接提供可翻译名称。
    nmParameterFieldInfo oFieldInfo;
    oFieldInfo.m_sParameterId =
            nmWellParameterCatalog::parameterId(eParameterId);
    oFieldInfo.m_sLabel = editorText(pLabel);
    oFieldInfo.m_eEditorType = NM_PARAMETER_EDITOR_TEXT;
    oFieldInfo.m_bUnitEnabled = false;
    return oFieldInfo;
}

nmWellParameterGroupInfo parameterGroup(const char* pTitle)
{
    nmWellParameterGroupInfo oGroupInfo;
    oGroupInfo.m_sTitle = editorText(pTitle);
    return oGroupInfo;
}

}

nmWellParameterGroupInfo::nmWellParameterGroupInfo()
    : m_bPerforationGroup(false)
{
}

QList<nmWellParameterGroupInfo> nmWellParameterCatalog::createGroups(
        NM_WELL_MODEL eWellType)
{
    QList<nmWellParameterGroupInfo> listGroups;

    // 第一步：所有支持井型都显示通用井筒参数。
    nmWellParameterGroupInfo oBasic =
            parameterGroup("Basic parameters");
    oBasic.m_listFields
            << numericField(NM_WELL_PARAMETER_X, "W_X")
            << numericField(NM_WELL_PARAMETER_Y, "W_Y")
            << numericField(NM_WELL_PARAMETER_RADIUS, "W_Rw")
            << numericField(NM_WELL_PARAMETER_STORAGE, "W_C")
            << numericField(NM_WELL_PARAMETER_BOTTOMHOLE_MD,
                            "W_BottomholeMD")
            << numericField(NM_WELL_PARAMETER_LENGTH,
                            "W_WellLength");
    listGroups.append(oBasic);

    // 第二步：射孔字段由选择器定位到当前射孔段，字段定义保持不变。
    nmWellParameterGroupInfo oPerforation =
            parameterGroup("Perforation parameters");
    oPerforation.m_bPerforationGroup = true;
    oPerforation.m_listFields
            << textField(NM_WELL_PARAMETER_PERFORATION_NAME,
                         "Perforation name")
            << numericField(NM_WELL_PARAMETER_PERFORATION_MD_START,
                            "W_PerforationMdStart")
            << numericField(NM_WELL_PARAMETER_PERFORATION_MD_END,
                            "W_PerforationMdEnd")
            << numericField(NM_WELL_PARAMETER_PERFORATION_SKIN,
                            "W_Skin");
    listGroups.append(oPerforation);

    // 第三步：裂缝分组按井型追加字段，水平井额外显示排水角度和裂缝数。
    if (eWellType == Vertical_Fractured_Well ||
            eWellType == Horizontal_Fractured_Well)
    {
        nmWellParameterGroupInfo oFracture =
                parameterGroup("Fracture parameters");
        if (eWellType == Horizontal_Fractured_Well)
        {
            oFracture.m_listFields
                    << numericField(NM_WELL_PARAMETER_DRAIN_ANGLE,
                                    "W_DrainAngle")
                    << numericField(NM_WELL_PARAMETER_FRACTURE_COUNT,
                                    "W_NumberOfFractures",
                                    NM_PARAMETER_EDITOR_INTEGER);
        }
        oFracture.m_listFields
                << numericField(NM_WELL_PARAMETER_FRACTURE_HALF_LENGTH,
                                "W_FractureHalfLength")
                << numericField(NM_WELL_PARAMETER_FRACTURE_ANGLE,
                                "W_FractureAngle")
                << numericField(NM_WELL_PARAMETER_FRACTURE_HEIGHT,
                                "W_FractureHeight")
                << numericField(NM_WELL_PARAMETER_FRACTURE_MIDPOINT_HEIGHT,
                                "W_FractureMidPointHeight")
                << numericField(NM_WELL_PARAMETER_FRACTURE_WIDTH,
                                "W_FractureWidth")
                << numericField(NM_WELL_PARAMETER_FRACTURE_CONDUCTIVITY,
                                "W_Dfc");
        listGroups.append(oFracture);
    }

    return listGroups;
}

QString nmWellParameterCatalog::parameterId(
        nmWellParameterId eParameterId)
{
    // 稳定ID不参与翻译，也不依赖XML名称，供字段映射和校验规则长期使用。
    static const char* const s_pParameterIds[] =
    {
        "well.x",
        "well.y",
        "well.radius",
        "well.storage",
        "well.bottomhole_md",
        "well.length",
        "perforation.name",
        "perforation.md_start",
        "perforation.md_end",
        "perforation.skin",
        "fracture.drain_angle",
        "fracture.count",
        "fracture.half_length",
        "fracture.angle",
        "fracture.height",
        "fracture.midpoint_height",
        "fracture.width",
        "fracture.conductivity"
    };
    int nIndex = static_cast<int>(eParameterId);
    int nCount = static_cast<int>(sizeof(s_pParameterIds) /
                                  sizeof(s_pParameterIds[0]));
    return nIndex >= 0 && nIndex < nCount
            ? QString::fromLatin1(s_pParameterIds[nIndex]) : QString();
}

nmDataAttribute* nmWellParameterCatalog::attribute(
        nmDataWellBase* pWell,
        const QString& sParameterId,
        int nPerforationIndex)
{
    if (pWell == nullptr)
    {
        return nullptr;
    }

    // 第一步：解析所有井型共有的基础属性。
    if (sParameterId == parameterId(NM_WELL_PARAMETER_X))
    {
        return &pWell->getX();
    }
    if (sParameterId == parameterId(NM_WELL_PARAMETER_Y))
    {
        return &pWell->getY();
    }
    if (sParameterId == parameterId(NM_WELL_PARAMETER_RADIUS))
    {
        return &pWell->getRadius();
    }
    if (sParameterId == parameterId(NM_WELL_PARAMETER_STORAGE))
    {
        return &pWell->getWellboreStorage();
    }
    if (sParameterId == parameterId(NM_WELL_PARAMETER_BOTTOMHOLE_MD))
    {
        return &pWell->getBottomholeMD();
    }
    if (sParameterId == parameterId(NM_WELL_PARAMETER_LENGTH))
    {
        return &pWell->getWellLength();
    }

    // 第二步：射孔字段绑定到面板当前选择的射孔对象。
    if (isPerforationParameter(sParameterId))
    {
        nmDataPerforation* pPerforation =
                pWell->getPerforation(nPerforationIndex);
        if (pPerforation == nullptr)
        {
            return nullptr;
        }
        if (sParameterId == parameterId(
                    NM_WELL_PARAMETER_PERFORATION_NAME))
        {
            return &pPerforation->getName();
        }
        if (sParameterId == parameterId(
                    NM_WELL_PARAMETER_PERFORATION_MD_START))
        {
            return &pPerforation->getMdStart();
        }
        if (sParameterId == parameterId(
                    NM_WELL_PARAMETER_PERFORATION_MD_END))
        {
            return &pPerforation->getMdEnd();
        }
        return &pPerforation->getSkin();
    }

    // 第三步：优先解析水平压裂井专属及共享裂缝属性。
    nmDataHorizontalFracturedWell* pHorizontal =
            dynamic_cast<nmDataHorizontalFracturedWell*>(pWell);
    if (pHorizontal != nullptr)
    {
        if (sParameterId == parameterId(NM_WELL_PARAMETER_DRAIN_ANGLE))
        {
            return &pHorizontal->getDrainAngle();
        }
        if (sParameterId == parameterId(NM_WELL_PARAMETER_FRACTURE_COUNT))
        {
            return &pHorizontal->getNumberOfFractures();
        }
        if (sParameterId == parameterId(
                    NM_WELL_PARAMETER_FRACTURE_HALF_LENGTH))
        {
            return &pHorizontal->getFractureHalfLength();
        }
        if (sParameterId == parameterId(NM_WELL_PARAMETER_FRACTURE_ANGLE))
        {
            return &pHorizontal->getFractureAngle();
        }
        if (sParameterId == parameterId(NM_WELL_PARAMETER_FRACTURE_HEIGHT))
        {
            return &pHorizontal->getFractureHeight();
        }
        if (sParameterId == parameterId(
                    NM_WELL_PARAMETER_FRACTURE_MIDPOINT_HEIGHT))
        {
            return &pHorizontal->getFractureMidPointHeight();
        }
        if (sParameterId == parameterId(NM_WELL_PARAMETER_FRACTURE_WIDTH))
        {
            return &pHorizontal->getWidth();
        }
        if (sParameterId == parameterId(
                    NM_WELL_PARAMETER_FRACTURE_CONDUCTIVITY))
        {
            return &pHorizontal->getDfc();
        }
    }

    // 第四步：解析垂直压裂井的裂缝属性；普通直井在此返回空。
    nmDataVerticalFracturedWell* pVertical =
            dynamic_cast<nmDataVerticalFracturedWell*>(pWell);
    if (pVertical != nullptr)
    {
        if (sParameterId == parameterId(
                    NM_WELL_PARAMETER_FRACTURE_HALF_LENGTH))
        {
            return &pVertical->getFractureHalfLength();
        }
        if (sParameterId == parameterId(NM_WELL_PARAMETER_FRACTURE_ANGLE))
        {
            return &pVertical->getFractureAngle();
        }
        if (sParameterId == parameterId(NM_WELL_PARAMETER_FRACTURE_HEIGHT))
        {
            return &pVertical->getFractureHeight();
        }
        if (sParameterId == parameterId(
                    NM_WELL_PARAMETER_FRACTURE_MIDPOINT_HEIGHT))
        {
            return &pVertical->getFractureMidPointHeight();
        }
        if (sParameterId == parameterId(NM_WELL_PARAMETER_FRACTURE_WIDTH))
        {
            return &pVertical->getWidth();
        }
        if (sParameterId == parameterId(
                    NM_WELL_PARAMETER_FRACTURE_CONDUCTIVITY))
        {
            return &pVertical->getDfc();
        }
    }
    return nullptr;
}

bool nmWellParameterCatalog::isPerforationParameter(
        const QString& sParameterId)
{
    return sParameterId.startsWith("perforation.");
}