pipe.h

Go to the documentation of this file.

/* EPANET 3
 *
 * Copyright (c) 2016 Open Water Analytics
 * Licensed under the terms of the MIT License (see the LICENSE file for details).
 *
 */


#ifndef PIPE_H_
#define PIPE_H_

#include "Elements/link.h"

#include <string>

class Network;


class Pipe: public Link
{
  public:

    // Constructor/Destructor

    Pipe(std::string name);
    ~Pipe();

    // Methods

    int         type() { return Link::PIPE; }
    std::string typeStr() { return "Pipe"; }
    void        convertUnits(Network* nw);
    bool        isReactive();
    void        setInitFlow();
    void        setInitStatus(int status);
    void        setInitSetting(double setting);
    void        setResistance(Network* nw);

    double      getRe(const double q, const double viscos);
    double      getResistance() {return resistance;}
    double      getVelocity();
    double      getUnitHeadLoss();
    double      getSetting(Network* nw) { return roughness; }
    double      getVolume() { return 0.785398 * length * diameter * diameter; }

    void        findHeadLoss(Network* nw, double q);
    bool        canLeak() { return leakCoeff1 > 0.0; }
    double      findLeakage(Network* nw, double h, double& dqdh);
    bool        changeStatus(int s, bool makeChange,
                            const std::string reason,
                            std::stringstream& msgLog);
    void        validateStatus(Network* nw, double qTol);

    // Properties

    bool   hasCheckValve;    
    double length;           
    double roughness;        
    double resistance;       
    double lossFactor;       
    double leakCoeff1;       
    double leakCoeff2;       
    double bulkCoeff;        
    double wallCoeff;        
    double massTransCoeff;   
 };

#endif