protected Frame()
{
HingEntities = new List <Entity>();
TopEntities = new List <Entity>();
LockEntities = new List <Entity>();
RequiredHingeList = new BendCollection();
RequiredTopList = new BendCollection();
}
private List <Point3D> GetTabPoints(BendCollection bendData)
{
double factor1 = Utilities.InputData.Rebate1 > 48 ? 16.5 : 15.5;
double factor2 = Utilities.InputData.Rebate2 > 48 ? 16.5 : 15.5;
double tabBase = JsonData.TabData.TabBase;
List <Point3D> tabBasePointList = new List <Point3D>();
double newArchitraveX1 = bendData[LineType.Architrave_1].Line.EndPoint.X;
double newArchitraveY1 = bendData[LineType.Architrave_1].Line.EndPoint.Y;
double newStopHgtX1 = bendData[LineType.StopHgt_1].Line.EndPoint.X;
double newStopHgtY1 = bendData[LineType.StopHgt_1].Line.EndPoint.Y;
double newArchitraveX2 = 0;
double newArchitraveY2 = 0;
if (bendData[LineType.Architrave_2] == null)
{
newArchitraveX2 = bendData[LineType.Rebate_2].Line.EndPoint.X;
newArchitraveY2 = bendData[LineType.Rebate_2].Line.EndPoint.Y;
}
else
{
newArchitraveX2 = bendData[LineType.Architrave_2].Line.StartPoint.X;
newArchitraveY2 = bendData[LineType.Architrave_2].Line.StartPoint.Y;
}
double newMidThroatDepth = (bendData[LineType.Throat].Line.EndPoint.Y - bendData[LineType.Throat].Line.StartPoint.Y) / 2;
tabBasePointList.Add(new Point3D {
X = newArchitraveX1, Y = newArchitraveY1 + factor1
});
tabBasePointList.Add(new Point3D {
X = newStopHgtX1, Y = newStopHgtY1 + newMidThroatDepth - tabBase / 2
});
tabBasePointList.Add(new Point3D {
X = newArchitraveX2, Y = newArchitraveY2 - factor2 - tabBase
});
return(tabBasePointList);
}
protected override void GetTopBendData()
{
double angleFactor = Math.Cos((Math.PI * 45) / 180);
BendCollection allowances = new BendCollection
{
new BendData()
{
Line = ProfileLines[0],
BendAllowance = inputData.Return1 - ProfileLines[0].Length(),
LineType = LineType.Return_1
},
new BendData()
{
Line = ProfileLines[1],
BendAllowance = inputData.Architrave1 - ProfileLines[1].Length() * angleFactor,
LineType = LineType.Architrave_1
},
new BendData()
{
Line = ProfileLines[2],
BendAllowance = 0,
LineType = LineType.Rebate_1
},
new BendData()
{
Line = ProfileLines[3],
BendAllowance = 0,
LineType = LineType.StopHgt_1
},
new BendData()
{
Line = ProfileLines[4],
BendAllowance = 0, // this is not actual bend allowance
// this is length of so called throat
LineType = LineType.Throat // its length is depend on other parameters
},
new BendData()
{
Line = ProfileLines[5],
BendAllowance = 0,
LineType = LineType.StopHgt_2
},
new BendData()
{
Line = ProfileLines[6],
BendAllowance = 0,
LineType = LineType.Rebate_2
},
new BendData()
{
Line = ProfileLines[7],
BendAllowance = inputData.Architrave2 - ProfileLines[7].Length() * angleFactor,
LineType = LineType.Architrave_2
},
new BendData()
{
Line = ProfileLines[8],
BendAllowance = inputData.Return2 - ProfileLines[8].Length(),
LineType = LineType.Return_2
},
};
//var throatData = new BendData()
//{
// Line = profileLines[4],
// BendAllowance = allowances[LineType.Rebate_2].Line.StartPoint.Y - // this is not actual bend allowance
// allowances[LineType.Rebate_1].Line.EndPoint.Y, // this is length of so called throat
// LineType = LineType.Throat // its length is depend on other parameters
//};
allowances[LineType.Throat].BendAllowance = allowances[LineType.Rebate_2].Line.StartPoint.Y -
allowances[LineType.Rebate_1].Line.EndPoint.Y;
TopViewDataList.AddRange(allowances); //Utilities.GetVertices(profLines);
TopViewData = new TopViewData
{
ConstVLine3 = ProfileLines[2].Length(),
ConstHLine4 = ProfileLines[3].Length(),
MidWidth = ProfileLines[4].Length(),
};
}
public MDFJson(ProfileType profileType) : base(profileType)
{
inputData = Utilities.InputData;
HingeDataList = new BendCollection();
TopViewDataList = new BendCollection();
}
