#include "heat_cube.h"
#include <iostream>

using namespace std;

Heat_cube::Heat_cube()
{

    //ctor
    m_X=0;
    m_Y=0;
    m_Z=0;

    m_Temperature=0;
    m_CalculatedTemp=0;
    m_type=rock;

}

void Heat_cube::SetTPosition(int x,int y,int z)
{
    m_X=x;
    m_Y=y;
    m_Z=z;

}

int Heat_cube::SetTemperature(int t)
{
    int temp_old=m_Temperature;
    m_Temperature=t;
    m_CalculatedTemp=t;
    return t-temp_old;
}

int Heat_cube::GetTemperature(void)
{
    return  m_Temperature;
}

void Heat_cube::SetType(mat_type t)
{
        m_type=t;
}

mat_type Heat_cube::GetType(void)
{
        return m_type;
}


void Heat_cube::CalculateNext(Heat_cube& neigh, int HeatFlowRatio)
{
    /*if((m_X==30) && (m_Y==30)){
        cout<<"CalculateNext"<<m_X<<","<<m_Y<<","<<m_Z<<endl;
        cout<<"neighbour="<<neigh.m_X<<","<<neigh.m_Y<<","<<neigh.m_Z<<endl;
        cout<<"m_Temperature"<<m_Temperature<<endl;
        cout<<"neigh.m_Temperature"<<neigh.m_Temperature<<endl;
        cout<<"m_CalculatedTemp"<<m_CalculatedTemp<<endl;
        cout<<"neigh.m_CalculatedTemp"<<neigh.m_CalculatedTemp<<endl;
    }*/
    if (m_Temperature>neigh.m_Temperature){
        int dt=(m_Temperature-neigh.m_Temperature)*HeatFlowRatio/10000;
        m_CalculatedTemp-=dt;
        neigh.m_CalculatedTemp+=dt;
       /* if((m_X==30) && (m_Y==30)){
            cout<<"m_CalculatedTemp"<<m_CalculatedTemp<<endl;
            cout<<"neigh.m_CalculatedTemp"<<neigh.m_CalculatedTemp<<endl;
        }*/

    }

}

void Heat_cube::Update(void)
{
 m_Temperature=m_CalculatedTemp;

}


Heat_cube::~Heat_cube()
{
    //dtor
}