nmWTAI-Platform/Src/nmNum/nmPlot/nmObjRectOutline.cpp

#include <QPainter>

#include <ZxSerializer.h>
#include "IxPtyPano.h"

#include "ZxSubAxisX.h"
#include "ZxSubAxisY.h"

#include "nmObjRectOutlineTool.h"
#include "nmObjRectOutline.h"

#include "nmDataLogFile.h"

#include "nmDataAnalyzeManager.h"

ZX_DEFINE_DYNAMIC(nObjRectOutline, nmObjRectOutline)

nmObjRectOutline::nmObjRectOutline()
    : m_eChangeOutlineType(RBP_Unknown)
    , m_outlineData(nullptr)
{
    m_sObjTag = "nObjRectOutline";
    nmObjRectOutline::init("", NULL, NULL);
}

nmObjRectOutline::nmObjRectOutline(const QString& sName, \
                                   ZxSubAxisX* pAxisX, \
                                   ZxSubAxisY* pAxisY)
    : m_eChangeOutlineType(RBP_Unknown)
    , m_outlineData(nullptr)
{
    m_sObjTag = "nObjRectOutline";
    nmObjRectOutline::init(sName, pAxisX, pAxisY);
}

nmObjRectOutline::~nmObjRectOutline()
{
    // 边界数据由DataManager统一释放，图元只保存引用。
    m_outlineData = nullptr;
}

void nmObjRectOutline::init(const QString& sName, \
                            ZxSubAxisX* pAxisX, \
                            ZxSubAxisY* pAxisY)
{
    nmObjRect::init(sName, pAxisX, pAxisY);
    m_outlineData = nullptr;

    // 连接图元可见性信号和槽
    connect(this, SIGNAL(sigObjVisibleChanged(bool)),
            this, SLOT(onObjVisibleChanged(bool)));
}

void nmObjRectOutline::initTools()
{
    m_pTool = new nmObjRectOutlineTool();
    nmObjBase::initTools();
}

bool nmObjRectOutline::hitTest(const QPointF& pt)
{
    return nmObjRect::hitTest(pt);
}

bool nmObjRectOutline::_runHitTest(const QPointF& pt, int& nOption, int& nSubIndex)
{
    return nmObjRect::_runHitTest(pt, nOption, nSubIndex);
}

void nmObjRectOutline::fillPtyPano(IxPtyPano* sheet)
{
    nmObjRect::fillPtyPano(sheet);
    // 设置边界类型，依次为上边界、右边界、下边界、左边界
    IxPtyItem* pPropTop = ZX_PROP("ObjRectOutline.TopOutline", getTopOutlineFlowType, setTopOutlineFlowType);
    IxPtyItem* pPropRight = ZX_PROP("ObjRectOutline.RightOutline", getRightOutlineFlowType, setRightOutlineFlowType);
    IxPtyItem* pPropBottom = ZX_PROP("ObjRectOutline.BottomOutline", getBottomOutlineFlowType, setBottomOutlineFlowType);
    IxPtyItem* pPropLeft = ZX_PROP("ObjRectOutline.LeftOutline", getLeftOutlineFlowType, setLeftOutlineFlowType);

    if(NULL != pPropTop) {
        QStringList listTags;
        listTags << tr("No Flow") << tr("Constant Pressure");
        QList<QVariant> listIndexes;
        listIndexes << 0 << 1;
        pPropTop->getPtyPano();
        pPropTop->setOptions(listTags, listIndexes);
    }

    if(NULL != pPropRight) {
        QStringList listTags;
        listTags << tr("No Flow") << tr("Constant Pressure");
        QList<QVariant> listIndexes;
        listIndexes << 0 << 1;
        pPropRight->getPtyPano();
        pPropRight->setOptions(listTags, listIndexes);
    }

    if(NULL != pPropBottom) {
        QStringList listTags;
        listTags << tr("No Flow") << tr("Constant Pressure");
        QList<QVariant> listIndexes;
        listIndexes << 0 << 1;
        pPropBottom->getPtyPano();
        pPropBottom->setOptions(listTags, listIndexes);
    }

    if(NULL != pPropLeft) {
        QStringList listTags;
        listTags << tr("No Flow") << tr("Constant Pressure");
        QList<QVariant> listIndexes;
        listIndexes << 0 << 1;
        pPropLeft->getPtyPano();
        pPropLeft->setOptions(listTags, listIndexes);
    }
}

void nmObjRectOutline::onSerialize(ZxSerializer* ser)
{
    nmObjRect::onSerialize(ser);
    // ser->write("BackgrdColor", m_clrBackgrd);
    // TODO，序列化 边界类型数据
    ser->write("FlowTypeList", m_vFlowTypeList);
}

void nmObjRectOutline::onDeserialize(ZxSerializer* ser)
{
    nmObjRect::onDeserialize(ser);
    // ser->read("BackgrdColor", m_clrBackgrd);
    // TODO，序列化 边界类型数据
    ser->read("FlowTypeList", m_vFlowTypeList);
}

void nmObjRectOutline::onLoadTempl(ZxSerializer* ser)
{
    nmObjRect::onLoadTempl(ser);
    // ser->read("BackgrdColor", m_clrBackgrd);
    ser->read("FlowTypeList", m_vFlowTypeList);
}

void nmObjRectOutline::onSaveTempl(ZxSerializer* ser)
{
    nmObjRect::onSaveTempl(ser);
    // ser->write("BackgrdColor", m_clrBackgrd);
    ser->write("FlowTypeList", m_vFlowTypeList);
}

void nmObjRectOutline::setAllPos(QVector<QPointF> vecPoss, QVector<int> *pVecIndexes)
{
    nmObjRect::setAllPos(vecPoss, pVecIndexes);

    // 根据点数确定边数，以此来初始化m_vFlowTypeList
    // TODO，会不会覆盖从数据库读取的边界类型值！
    for(int i = 0; i < vecPoss.count(); i++) {
        if(m_vFlowTypeList.count() > i) {
            return;
        }

        m_vFlowTypeList.append(NM_OIL_RESERVOIR_OUTLINE_TYPE::OIL_Reservoir_Outline_No_Flow);
    }
}

void nmObjRectOutline::paintBack(QPainter* painter, const ZxPaintParam& param)
{

    // 更新m_vecPoints点的顺序
    this->reorderPoints(m_vecPoints);
    nmObjRect::paintBack(painter, param);
    QVector<QPointF> pts = getPosOf(m_vecPoints);

    if(m_outlineData != nullptr) {
        // 动态更新当前边界数据
        m_outlineData->setName(m_sName);
        m_outlineData->setOutlinePoints(m_vecPoints);
    }

    if(isSelected()) {  // 选中状态下
        QPen pen(QBrush(Qt::black), 0.0f, Qt::DotLine);
        painter->setPen(pen);
        painter->drawPolygon(&pts[0], pts.count());

        for(int i = 0; i < pts.count(); i++) {
            float w = 2.2f;
            QPointF pt = pts[i];
            QRectF rect(pt.x() - w * 0.5f, pt.y() - w * 0.5f, w, w);
            // 渲染节点
            painter->setPen(QColor(0, 0, 128));
            painter->drawRect(rect);

            // 如果是选中的边，则显示绿色
            /*
                              if((m_oHitPos == RBP_Top || m_oHitPos == RBP_Right || m_oHitPos == RBP_Bottom || m_oHitPos == RBP_Left) &&  m_nRectHitIndex== i) {
                                      nmDataLogFile::getInstance()->writeLog("select line " + QString::number(i));
                                      QPen pen;
                                      pen.setWidth(1);
                                      pen.setColor(Qt::green);
                                      painter->setPen(pen);
                                      painter->drawLine(pts[i], pts[i == pts.count() - 1 ? 0 : i + 1]);

            }
            */
        }
    }

    painter->restore();
}

nmDataOutline* nmObjRectOutline::getOutlineData() const
{
    return m_outlineData;
}

void nmObjRectOutline::setOutlineData(nmDataOutline* newOutlineData)
{
    m_outlineData = newOutlineData;
}

void nmObjRectOutline::afterCreated()
{
    m_outlineData = nmDataAnalyzeManager::getCurrentInstance()->createOutline();
    m_outlineData->setName(m_sName);
    m_outlineData->setFlowTypeList(m_vFlowTypeList);

    // 更新m_vecPoints点的顺序
    this->reorderPoints(m_vecPoints);
    m_outlineData->setOutlinePoints(m_vecPoints);

    m_outlineData->setOutlineType(NM_Data_Outline_Type::NM_Rect_Outline_Type);
	nmDataAnalyzeManager::getCurrentInstance()->notifyDataChanged();
}

void nmObjRectOutline::removeData()
{
    if(m_outlineData) {
        // 从数据中心移除该数据
        nmDataAnalyzeManager::getCurrentInstance()->removeOutlineData();
        m_outlineData = nullptr;
    }
}

void nmObjRectOutline::reorderPoints(QVector<QPointF>& points)
{
    if(points.size() != 4) {
        // 如果点的数量不是4个，直接返回
        return;
    }

    // 找到所有点的最小和最大坐标
    double minX = points[0].x();
    double maxX = points[0].x();
    double minY = points[0].y();
    double maxY = points[0].y();

    for(int i = 1; i < 4; ++i) {
        if(points[i].x() < minX) minX = points[i].x();

        if(points[i].x() > maxX) maxX = points[i].x();

        if(points[i].y() < minY) minY = points[i].y();

        if(points[i].y() > maxY) maxY = points[i].y();
    }

    // 初始化四个角的点
    QPointF leftTop, rightTop, rightBottom, leftBottom;

    // 遍历点，确定每个点的位置
    for(int i = 0; i < 4; ++i) {
        const QPointF& pt = points[i];

        if(pt.x() == minX && pt.y() == maxY) {
            leftTop = pt; // 左上角
        } else if(pt.x() == maxX && pt.y() == maxY) {
            rightTop = pt; // 右上角
        } else if(pt.x() == maxX && pt.y() == minY) {
            rightBottom = pt; // 右下角
        } else if(pt.x() == minX && pt.y() == minY) {
            leftBottom = pt; // 左下角
        }
    }

    // 按照左上角、右上角、右下角、左下角的顺序重新排列
    points.clear();
    points.push_back(leftTop);
    points.push_back(rightTop);
    points.push_back(rightBottom);
    points.push_back(leftBottom);
}

// 上边界流动类型
void nmObjRectOutline::setTopOutlineFlowType(int newValue)
{
    // 先获取之前的边界类型
    QVector<int> vecFlowTypeList = m_outlineData->getFlowTypeList();
    vecFlowTypeList[0] = newValue;
    // 设置上边界流动类型
    m_outlineData->setFlowTypeList(vecFlowTypeList);
}

int nmObjRectOutline::getTopOutlineFlowType()
{
    return m_outlineData->getFlowTypeList()[0];
}

// 右边界流动类型
void nmObjRectOutline::setRightOutlineFlowType(int newValue)
{
    // 先获取之前的边界类型
    QVector<int> vecFlowTypeList = m_outlineData->getFlowTypeList();
    vecFlowTypeList[1] = newValue; // 设置右边界流动类型
    m_outlineData->setFlowTypeList(vecFlowTypeList);
}

int nmObjRectOutline::getRightOutlineFlowType()
{
    return m_outlineData->getFlowTypeList()[1];
}

// 下边界流动类型
void nmObjRectOutline::setBottomOutlineFlowType(int newValue)
{
    // 先获取之前的边界类型
    QVector<int> vecFlowTypeList = m_outlineData->getFlowTypeList();
    vecFlowTypeList[2] = newValue; // 设置下边界流动类型
    m_outlineData->setFlowTypeList(vecFlowTypeList);
}

int nmObjRectOutline::getBottomOutlineFlowType()
{
    return m_outlineData->getFlowTypeList()[2];
}

// 左边界流动类型
void nmObjRectOutline::setLeftOutlineFlowType(int newValue)
{
    // 先获取之前的边界类型
    QVector<int> vecFlowTypeList = m_outlineData->getFlowTypeList();
    vecFlowTypeList[3] = newValue; // 设置左边界流动类型
    m_outlineData->setFlowTypeList(vecFlowTypeList);
}

int nmObjRectOutline::getLeftOutlineFlowType()
{
    return m_outlineData->getFlowTypeList()[3];
}

void nmObjRectOutline::onObjVisibleChanged(bool bIsVisible)
{
    if(m_outlineData != nullptr)	{
        m_outlineData->setPlotVisible(bIsVisible);
    }
}