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#pragma once
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#include "Defines.h"
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#include "ZxBaseUtil.h"
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#include "IxSerDes.h"
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#include "ZxXpf.h"
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#include "ZxSerializer.h"
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#include "mGuiPlot_global.h"
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class ZxDataGaugeP;
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class ZxDataGaugeF;
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// 选定的流动段对应的信息
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class M_GUI_PLOT_EXPORT ZxSegmentInfo : public QObject,
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virtual public IxSerDes
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{
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Q_OBJECT
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public:
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ZxSegmentInfo();
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void copyFrom(ZxSegmentInfo* p);
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// 序列化
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virtual void onSerialize(ZxSerializer* ser);
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virtual void onDeserialize(ZxSerializer* ser);
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void on_cbxUseSmoothing_clicked();
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void on_cbxUseThinning_clicked();
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QString getSegTypeCH();
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QString getBaseDesc();
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int fuzzyThinLoop();
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bool singleSegDataPF(QVector<QPointF>& vecP, QVector<QPointF>& vecF);
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bool isSwapMode(QVector<QPointF>& vecF);
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// 尾部效应比例,0-1之间
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float getTailorOffset();
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/// @brief 确定了流动段、压降/压恢之后,对前一流量进行调整确认
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/// @param vecPoss (in) 流量曲线屏幕坐标信息 (该参数废弃 TODO 20240919)
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/// @param vecValuesF (in) 流量曲线实际数值点信息
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/// @note 两个数组大小很可能不一致
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bool verifyPrevValueF(/*QVector<QPointF>& vecPoss, */QVector<QPointF>& vecValuesF);
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public:
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int m_nIndexStartP; //流动段在压力曲线数据的位置索引(第几个点,从0开始)
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int m_nIndexEndP;
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float m_fValueStartP; //流动段两点对应的压力曲线数据
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float m_fValueEndP;
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int m_nIndexF; //流动段在流量曲线中索引,其实就是鼠标点中位置
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float m_fPrevValueF; //流动段的前一个 流量数据值(非零)
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int m_nPrevValueIndex; //前一个值在数据Value(not pos)的索引
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// 是否启用光滑和抽稀
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bool m_bSmoothing; //是否启用光滑
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float m_fSmoothFactor;
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bool m_bThinning; //是否启用抽稀
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int m_nThinLoop;
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bool m_bBuildUp; //是否压恢(上升)
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QString m_sSegName;
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// 序列化用
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float m_fTimeS; //时间域
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float m_fTimeE;
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QString m_sCurveNameP;
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QString m_sCurveNameF;
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VVecFloat m_vvecMpData;
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bool m_bMultiPhase;
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bool m_bTrimmed; //是否裁剪的模式
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// 临时,不涉及序列化
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// 一旦流动段多于该数,则仅仅对当前段进行处理。(如果为0)则处理所有段
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int m_nSegMaxToTrim;
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// 临时,不涉及序列化
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// int m_nSegThinRatio;
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// 临时,不涉及序列化,范围0-50,%,末端效应
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float m_fTailorOffset;
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};
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