public double InitializeViability()
{
/*
* _square = Helper.GetSquare(_organismInfo);
* _perimeter = Helper.GetPerimeter(SideList);
* _disparity = Helper.GetSideDisparity(Settings.SideSize, SideList);
* _viability = _perimeter - _square - _disparity + _organismInfo.Points().Count * 30;
* //_viability = square - perimeter - _disparity + _organismInfo.Points().Count;
* //if (_square < 10000)
* // _viability = Double.NegativeInfinity;
*
* if (Helper.CheckFigureIntersection(_organismInfo.Points()))
* _viability = Double.NegativeInfinity;
*
*/
if (Helper.CheckFigureIntersection(_organismInfo.Points()))
{
_viability = Double.NegativeInfinity;
return(_viability);
}
_square = Helper.GetSquare(_organismInfo);
if (_square <= 0)
{
_viability = Double.NegativeInfinity;
return(_viability);
}
_disparity = Helper.GetSideDisparity(Settings.SideSize, SideList);
_perimeter = Helper.GetPerimeter(SideList);
_viability = _disparity * (-1) + _organismInfo.Points().Count;
// _disparity = Helper.GetSideDisparity(Settings.SideSize, SideList);
//_viability = (_organismInfo.Points().Count * 10) - _disparity;
return(_viability);
}
public static double GetSquare(OrganismInfo organismInfo)
{
double square = 0;
float value1 = 0;
float value2 = 0;
int i = 0;
for (i = 0; i < organismInfo.Points().Count - 1; i++)
{
value1 += organismInfo.Points()[i].X * organismInfo.Points()[i + 1].Y;
value2 += organismInfo.Points()[i].Y * organismInfo.Points()[i + 1].X;
}
value1 += organismInfo.Points()[i].X * organismInfo.Points()[0].Y;
value2 += organismInfo.Points()[i].Y * organismInfo.Points()[0].X;
square = (value1 - value2) / 2;
square = Math.Abs(square);
return(square);
}
public Organism(OrganismInfo organismInfo)
{
_organismInfo = new OrganismInfo(organismInfo.Points());
InitializeViability();
}