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Display.cpp

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// Display.cpp: implementation of the CDisplay class.
//

#include<iostream>
#include<ios>
#include<fstream>
#include<iomanip>
#include "Cell.h"
#include "Components.h"
#include "Geometry.h"
#include "DNA.h"
#include "Display.h"

// Construction/Destruction
using namespace std;
ofstream to("results4thfeb.dat");

CDisplay::CDisplay(CCell *pCell)
{
        m_pCell=pCell;
}

//Default constructor, not to be used
CDisplay::CDisplay()
{

}

CDisplay::~CDisplay()
{

}

//Copy constructor
CDisplay::CDisplay(const CDisplay &rDisp, CCell *pCell)
{
        m_pCell=pCell;
}

void CDisplay::WarningMessage(int Warn)
{
        switch(Warn)
        {
                case 1:
                        to << endl << "Warning: Volume does not equal mass/density";
                case 2:
                        to << endl << "Warning: Width is in trouble";
                case 3: 
                        to << endl << "Warning, KCOUNTP high";
        }
}

void CDisplay::ErrorMessage(int Err)
{
        switch(Err)
        {
                case 1:
                        to << endl << "Error: Negative concentration";
                        exit(1);
                case 2:
                        to << endl << "Error: Gamma function can't evaluate";
                        exit(2);
        }
}

void CDisplay::PrintComponents()
{
        static bool LabelFlag=0;
        if(LabelFlag=1)
        {                                                                       //Print labels for first use
                to << "T ";
                for(int i=0;i<NBIOVARS;++i)
                        to << "Y[" << i << "] ";
                LabelFlag=1;
        }
        to << endl << m_pCell->TotalTime << "  ";
        for(int i=0;i<NBIOVARS;++i)
                to << m_pCell->GetComponents()->GetY(i) << "  ";
}

void CDisplay::PrintGeometry()
{
        static bool LabelFlag=0;
        if(!LabelFlag)
        {
                to << "T V W L SL[0]";                  //Print labels for first use
                LabelFlag=1;
        }
        to << endl << m_pCell->TotalTime << "  " 
                << m_pCell->GetGeometry()->GetVolume() << "  "  << m_pCell->GetGeometry()->GetWidth() 
                << "  "  << m_pCell->GetGeometry()->CL << "  "  << m_pCell->GetGeometry()->SL[0];
}

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