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#pragma once
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#include "iAlgPvtBase.h"
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enum euoMethod
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{
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// 20240914 暂时隐去，咨询bwp
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// BeggsAndRobinson_uo_Dead = 0,
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BeggsAndRobinson_uo_Live = 0,
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// Beal_uo_Dead,
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// Glaso_uo_Dead,
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// Petrosky_uo_Dead,
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Petrosky_uo_Live,
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// BergmanAndSutton_uo_Dead,
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BergmanAndSutton_uo_Live
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};
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class M_PVT_EXPORT oilViscosity : public iAlgPvtBase
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{
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public:
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oilViscosity();
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// 绑定成员变量
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virtual void bindMembers();
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// 虚函数，计算函数
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virtual bool cal(VecDouble vecIns, VecDouble& vecOuts);
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public:
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/*油相黏度分脱气原油黏度(dead oil)和含气原油黏度(live oil)，
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*计算脱气原油黏度的方法函数是在给定一个温度下，得到一个值，这个值就是脱气原油黏度，界面设计成只输出一个值即可；
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*计算含气原油黏度的方法是得到黏度和压力的关系，vecIns代表压力、vecOuts代表含气原油黏度，正常界面设计即可。
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*
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*/
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bool BeggsAndRobinson_Dead(double dT, double& dUo);
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bool BeggsAndRobinson_Sat(double dP, double& dUo);//中间函数
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bool BeggsAndRobinson_Live(VecDouble vecP, VecDouble& vecUo);
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bool Beal_Dead(double dT, double& dUo);
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bool Glaso_Dead(double dT, double& dUo);
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bool Petrosky_Dead(double dT, double& dUo);
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bool Petrosky_Sat(double dP, double& dUo);
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bool Petrosky_Live(VecDouble vecP, VecDouble& vecUo);
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bool BergmanAndSutton_Dead(double dT, double& dUo);
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bool BergmanAndSutton_Sat(double dTb, double dP, double& dUo);
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bool BergmanAndSutton_Live(VecDouble vecP, VecDouble& vecUo);
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private:
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double m_dT; //rt,油藏温度，°C
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double m_dRs; //Rs,溶解度，m3/m3
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double m_dTb; //tb,沸点温度，C
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double m_dRo; //ro,油相比重，该油相的密度与4℃时纯水的密度之比，无量纲，具体情况具体分析,0.8-0.9
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};
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