#include "LogmudResultItem.h"
#include <QtGlobal>

LogmudResultItem::LogmudResultItem()
	:Order(0)
	,depth(0)
	,Number(0)
	,type(1)
	,BH(0)
	,WH(0)
	,DH(0)
	,A(0)
	,B(0)
	,C(0)
	,D(0)
	,LABEL_X(0)
	,LABEL_Y(0)
{
	m_BeginDotPos=-1,m_EndDotPos=-1;
	memset(&CoreValues,0,sizeof(CoreValues));
	memset(RATION_Y,0,sizeof(RATION_Y));
	for (int i=0;i<30;i++)
	{
		m_time[i]=-1;
		m_tVvalue[i]=-1;
	}
}

void LogmudResultItem::SetOrder(int order)
{
	Order=order;
}
int LogmudResultItem::GetOrder()
{
	return Order;
}

void LogmudResultItem::SetNumber(double dep)
{
	Number=dep;
// 	SetDepthRange(dep,dep);
// 	if(m_discreteLog) m_discreteLog->SaveToSLF();
}
double LogmudResultItem::GetNumber()
{
	return Number;
}
void LogmudResultItem::SetCoreValue(float v)
{
//	CoreValue=v;
}
float LogmudResultItem::GetCoreValue()
{
	return 0;//CoreValue;
}


LogmudResultItem::LogmudResultItem( double topDepth, double bottomDepth )
	:Order(0)
	,depth(0)
	,Number(topDepth)
	,type(1)
	,BH(0)
	,WH(0)
	,DH(0)
	,A(0)
	,B(0)
	,C(0)
	,D(0)
	,LABEL_X(0)
	,LABEL_Y(0)
{
	m_topDepth=topDepth;
	m_bottomDepth=bottomDepth;
	m_BeginDotPos=-1,m_EndDotPos=-1;
	memset(&CoreValues,0,sizeof(CoreValues));
	memset(RATION_Y,0,sizeof(RATION_Y));
	for (int i=0;i<30;i++)
	{
		m_time[i]=-1;
		m_tVvalue[i]=-1;
	}
}

LogmudResultItem::~LogmudResultItem()
{

}


bool LogmudResultItem::ContainTextItem( double depth,double sideWidth,double boundingWidth) 
{   
	return (depth >=m_topDepth-CoreHeight/2) && (m_bottomDepth+CoreHeight/2 )>= depth;
}

bool LogmudResultItem::operator< (const LogmudResultItem& other)
{
	float top = (int)(other.m_topDepth * 1000 + 0.5) / 1000.;
	float bottom = (int)(m_bottomDepth * 1000 + 0.5) / 1000.;
	float top0 = (int)(m_topDepth * 1000 + 0.5) / 1000.;
	return (top - m_bottomDepth) > 0.05 ||
		(qAbs(bottom - top) < 0.05 && (top - top0) > 0.05);
}
bool LogmudResultItem::operator> (const LogmudResultItem& other)
{   //TODO check this
	float top = (int)(other.m_topDepth * 1000 + 0.5) / 1000.;
	float bottom = (int)(other.m_bottomDepth * 1000 + 0.5) / 1000.;
	float top1 = (int)(m_topDepth * 1000 + 0.5) / 1000.;
	float bottom1 = (int)(m_bottomDepth * 1000 + 0.5) / 1000.;
	return (top1 - top) > 0.05 ||
		(qAbs(top1 - bottom) < 0.05 && (top1 - top) > 0.05);
}

bool LogmudResultItem::operator== (const LogmudResultItem& other)
{
	return fabs(other.Number-Number)<1e-10;
}

bool LogmudResultItem::Contains(double depth) const
{
	depth = (int)(depth * 1000 + 0.5) / 1000.0;
	if (m_topDepth == m_bottomDepth)
	{
		return qAbs(m_topDepth - depth) < 0.001;
	}
	if (qAbs(m_topDepth - depth) < 0.05 || qAbs(m_bottomDepth - depth) < 0.05) return false;
	return depth > m_topDepth && m_bottomDepth > depth;
}

void LogmudResultItem::SetDepth( double _depth )
{
	depth=_depth;
// 	if(m_discreteLog) m_discreteLog->SaveToSLF();
// 	emit signalCorePropertyChanged();
}

double LogmudResultItem::GetDepth()
{
	return depth;
}

int ViewInfoLogmud::GetLogarithmic()
{
	return m_nLogarithmic;
}

int ViewInfoLogmud::GetTLogarithmic()
{
	return m_nTLogarithmic;
}

int ViewInfoLogmud::GetxGrid()
{
	return m_xGrid;
}

int ViewInfoLogmud::GetyGrid()
{
	return m_yGrid;
}

QColor ViewInfoLogmud::GetColor()
{
	return m_Color;
}

void ViewInfoLogmud::SetLogarithmic(int nAxis)
{
	m_nLogarithmic = nAxis;
}

void ViewInfoLogmud::SetTLogarithmic(int nAxis)
{
	m_nTLogarithmic = nAxis;
}