public void SetScaleTranslateWorksCorrectly()
{
var tempMatrix = SKMatrix.MakeIdentity();
tempMatrix.Values = new float[] { 1, 0, 0, 0, 1, 0, 0, 0, 1 };
SKMatrix.RotateDegrees(ref tempMatrix, 0);
tempMatrix.SetScaleTranslate(1.2f, 1.0f, 0, 0);
Assert.Equal(1.2f, tempMatrix.Values[0]);
}
public override void DrawImage(SKCanvas dc)
{
var rect_Car = GetMainRect();
SKPoint pt_Center = new SKPoint(rect_Car.Left + (rect_Car.Width / 2), rect_Car.Top + (rect_Car.Height / 2));
SKRect rect_Body;
SKPath gp_Body;
SKRect rect_Tire;
float int_TireHeight;
SKPoint[] pts_Body;
SKRect rect_Hole;
int int_Row;
int int_Col;
float int_HoleWidth;
int int_Count;
CustomBasicList <SKRect> arr_Holes;
SKColor clr_Peg;
SKMatrix tmp_Matrix = new SKMatrix();
if (CarType == EnumTypesOfCars.Minivan)
{
// *** Draw tires
int_TireHeight = (rect_Car.Height / 5);
rect_Tire = SKRect.Create(rect_Car.Left, rect_Car.Top + (rect_Car.Height / 10), rect_Car.Width, int_TireHeight);
dc.DrawRect(rect_Tire, _blackPaint);
rect_Tire = SKRect.Create(rect_Car.Left, (rect_Car.Top + rect_Car.Height) - (rect_Car.Height / 10) - int_TireHeight, rect_Car.Width, int_TireHeight);
dc.DrawRect(rect_Tire, _blackPaint);
// *** Draw the body outline
gp_Body = new SKPath();
rect_Body = SKRect.Create(rect_Car.Left + (rect_Car.Width / 12), rect_Car.Top, rect_Car.Width - (rect_Car.Width / 6), rect_Car.Height);
pts_Body = new SKPoint[4];
pts_Body[0] = new SKPoint(System.Convert.ToInt32(rect_Body.Left), rect_Body.Top + (rect_Body.Height / 30));
pts_Body[1] = new SKPoint(System.Convert.ToInt32((rect_Body.Left + rect_Body.Width)), rect_Body.Top + (rect_Body.Height / 30));
pts_Body[2] = new SKPoint(System.Convert.ToInt32(((rect_Body.Left + rect_Body.Width) - (rect_Car.Width / 15))), (rect_Body.Top + rect_Body.Height) - (rect_Body.Height / 30));
pts_Body[3] = new SKPoint(System.Convert.ToInt32((rect_Body.Left + (rect_Car.Width / 15))), (rect_Body.Top + rect_Body.Height) - (rect_Body.Height / 30));
gp_Body.AddPoly(pts_Body);
SKMatrix.RotateDegrees(ref tmp_Matrix, 180, pt_Center.X, pt_Center.Y);
gp_Body.Transform(tmp_Matrix);
dc.DrawPath(gp_Body, MainPaint);
dc.DrawPath(gp_Body, _borderPaint);
gp_Body = new SKPath();
pts_Body = new SKPoint[3];
pts_Body[0] = new SKPoint(rect_Body.Left + (rect_Body.Width / 15), rect_Body.Top + (rect_Body.Height / 15));
pts_Body[1] = new SKPoint(rect_Body.Left + (rect_Body.Width / 2), rect_Body.Top + (rect_Body.Height / 100));
pts_Body[2] = new SKPoint((rect_Body.Left + rect_Body.Width) - (rect_Body.Width / 15), rect_Body.Top + (rect_Body.Height / 15));
gp_Body.AddPoly(pts_Body);
SKMatrix.RotateDegrees(ref tmp_Matrix, 180, pt_Center.X, pt_Center.Y);
gp_Body.Transform(tmp_Matrix);
dc.DrawPath(gp_Body, _blackPaint);
// *** Draw the front window
gp_Body = new SKPath();
pts_Body = new SKPoint[8];
pts_Body[0] = new SKPoint(rect_Body.Left + (rect_Body.Width / 12), (rect_Body.Top + rect_Body.Height) - (rect_Body.Height / 3));
pts_Body[1] = new SKPoint(rect_Body.Left + (rect_Body.Width / 2), ((rect_Body.Top + rect_Body.Height) - (rect_Body.Height / 3)) + (rect_Body.Height / 30));
pts_Body[2] = new SKPoint((rect_Body.Left + rect_Body.Width) - (rect_Body.Width / 12), (rect_Body.Top + rect_Body.Height) - (rect_Body.Height / 3));
pts_Body[3] = new SKPoint((rect_Body.Left + rect_Body.Width) - (rect_Body.Width / 12), (rect_Body.Top + rect_Body.Height) - (rect_Body.Height / 3));
pts_Body[4] = new SKPoint((rect_Body.Left + rect_Body.Width) - (rect_Body.Width / 6), (rect_Body.Top + rect_Body.Height) - (rect_Body.Height / 4));
pts_Body[5] = new SKPoint(rect_Body.Left + (rect_Body.Width / 2), ((rect_Body.Top + rect_Body.Height) - (rect_Body.Height / 4)) + (rect_Body.Height / 30));
pts_Body[6] = new SKPoint(rect_Body.Left + (rect_Body.Width / 6), (rect_Body.Top + rect_Body.Height) - (rect_Body.Height / 4));
pts_Body[7] = new SKPoint(rect_Body.Left + (rect_Body.Width / 12), (rect_Body.Top + rect_Body.Height) - (rect_Body.Height / 3));
gp_Body.AddPoly(pts_Body);
SKMatrix.RotateDegrees(ref tmp_Matrix, 180, pt_Center.X, pt_Center.Y);
gp_Body.Transform(tmp_Matrix);
dc.DrawPath(gp_Body, _blackPaint);
// *** Draw the hood
gp_Body = new SKPath();
pts_Body = new SKPoint[8];
pts_Body[0] = new SKPoint(rect_Body.Left + (rect_Body.Width / 8), ((rect_Body.Top + rect_Body.Height) - (rect_Body.Height / 3)) + (rect_Body.Height / 10));
pts_Body[1] = new SKPoint(rect_Body.Left + (rect_Body.Width / 2), ((rect_Body.Top + rect_Body.Height) - ((rect_Body.Height * 2) / 6)) + (rect_Body.Height / 30) + (rect_Body.Height / 10));
pts_Body[2] = new SKPoint((rect_Body.Left + rect_Body.Width) - (rect_Body.Width / 8), ((rect_Body.Top + rect_Body.Height) - ((rect_Body.Height * 2) / 6)) + (rect_Body.Height / 10));
pts_Body[3] = new SKPoint((rect_Body.Left + rect_Body.Width) - (rect_Body.Width / 8), ((rect_Body.Top + rect_Body.Height) - ((rect_Body.Height * 2) / 6)) + (rect_Body.Height / 10));
pts_Body[4] = new SKPoint((rect_Body.Left + rect_Body.Width) - (rect_Body.Width / 5), (rect_Body.Top + rect_Body.Height) - (rect_Body.Height / 30));
pts_Body[5] = new SKPoint(rect_Body.Left + (rect_Body.Width / 2), rect_Body.Top + rect_Body.Height);
pts_Body[6] = new SKPoint(rect_Body.Left + (rect_Body.Width / 5), (rect_Body.Top + rect_Body.Height) - (rect_Body.Height / 30));
pts_Body[7] = new SKPoint(rect_Body.Left + (rect_Body.Width / 8), ((rect_Body.Top + rect_Body.Height) - (rect_Body.Height / 3)) + (rect_Body.Height / 10));
gp_Body.AddPoly(pts_Body);
SKMatrix.RotateDegrees(ref tmp_Matrix, 180, pt_Center.X, pt_Center.Y);
gp_Body.Transform(tmp_Matrix);
dc.DrawPath(gp_Body, MainPaint);
}
else if (CarType == EnumTypesOfCars.Car)
{
}
// *** Draw the holes
arr_Holes = new CustomBasicList <SKRect>();
int_HoleWidth = rect_Car.Width * 2 / 9;
for (int_Row = 0; int_Row <= 2; int_Row++)
{
for (int_Col = 0; int_Col <= 1; int_Col++)
{
if (int_Col == 0)
{
rect_Hole = SKRect.Create(rect_Car.Left + (rect_Car.Width / 5), rect_Car.Top + (rect_Car.Height * 2 / 5) + (int_Row * (int_HoleWidth + (int_HoleWidth / 4))), int_HoleWidth, int_HoleWidth);
}
else
{
rect_Hole = SKRect.Create(rect_Car.Left + rect_Car.Width - (rect_Car.Width / 5) - int_HoleWidth, rect_Car.Top + (rect_Car.Height * 2 / 5) + (int_Row * (int_HoleWidth + (int_HoleWidth / 4))), int_HoleWidth, int_HoleWidth);
}
arr_Holes.Add(rect_Hole);
}
}
var loopTo = arr_Holes.Count;
for (int_Count = 1; int_Count <= loopTo; int_Count++)
{
rect_Hole = arr_Holes[int_Count - 1];
dc.DrawOval(rect_Hole, _blackPaint);
if (_arr_Pegs.Count >= int_Count)
{
clr_Peg = _arr_Pegs[int_Count - 1].ToSKColor();
DrawPeg(dc, rect_Hole, clr_Peg);
}
}
}
protected override void CreateSpaces()
{
var bounds = GetBounds();
int int_Count;
SKRect rect;
SKPoint pt_Center = new SKPoint(bounds.Left + (bounds.Width / 2), bounds.Top + (bounds.Height / 2));
SKMatrix tmp_Matrix = new SKMatrix();
SKPath gp;
SKRect obj_Space;
_homeSpaces = new Dictionary <int, SKRect>();
_rect_Deck = SKRect.Create(pt_Center.X - this.CardSize().Width - (this.CardSize().Width / 10), pt_Center.Y - (this.CardSize().Height / 2), this.CardSize().Width, this.CardSize().Height);
_rect_Discard = SKRect.Create(pt_Center.X + (this.CardSize().Width / 10), pt_Center.Y - (this.CardSize().Height / 2), this.CardSize().Width, this.CardSize().Height);
SKMatrix.RotateDegrees(ref tmp_Matrix, 90, pt_Center.X, pt_Center.Y);
int spaceNumber;
// *** Draw starts
// *** Draw circles
gp = new SKPath();
var thisRect = SKRect.Create(bounds.Left + ((bounds.Width * 41) / 64), bounds.Top + ((bounds.Height * 95) / 200) + ((bounds.Height * 5) / 16), (bounds.Width * 5) / 32, (bounds.Height * 5) / 32);
gp.AddRect(thisRect);
obj_Space = SKRect.Create(thisRect.Left, thisRect.Top, thisRect.Width / 2, thisRect.Height / 2);
spaceNumber = 1;
_spaceList.Add(spaceNumber, obj_Space);
obj_Space = SKRect.Create(gp.Bounds.Left + (gp.Bounds.Width / 2), gp.Bounds.Top, gp.Bounds.Width / 2, gp.Bounds.Height / 2);
spaceNumber = 2;
_spaceList.Add(spaceNumber, obj_Space);
obj_Space = SKRect.Create(gp.Bounds.Left, gp.Bounds.Top + (gp.Bounds.Height / 2), gp.Bounds.Width / 2, gp.Bounds.Height / 2);
spaceNumber = 3;
_spaceList.Add(spaceNumber, obj_Space);
obj_Space = SKRect.Create(gp.Bounds.Left + (gp.Bounds.Width / 2), gp.Bounds.Top + (gp.Bounds.Height / 2), gp.Bounds.Width / 2, gp.Bounds.Height / 2);
spaceNumber = 4;
_spaceList.Add(spaceNumber, obj_Space);
gp.Transform(tmp_Matrix);
obj_Space = SKRect.Create(gp.Bounds.Left, gp.Bounds.Top, gp.Bounds.Width / 2, gp.Bounds.Height / 2);
spaceNumber = 5;
_spaceList.Add(spaceNumber, obj_Space);
obj_Space = SKRect.Create(gp.Bounds.Left + (gp.Bounds.Width / 2), gp.Bounds.Top, gp.Bounds.Width / 2, gp.Bounds.Height / 2);
spaceNumber = 6;
_spaceList.Add(spaceNumber, obj_Space);
obj_Space = SKRect.Create(gp.Bounds.Left, gp.Bounds.Top + (gp.Bounds.Height / 2), gp.Bounds.Width / 2, gp.Bounds.Height / 2);
spaceNumber = 7;
_spaceList.Add(spaceNumber, obj_Space);
obj_Space = SKRect.Create(gp.Bounds.Left + (gp.Bounds.Width / 2), gp.Bounds.Top + (gp.Bounds.Height / 2), gp.Bounds.Width / 2, gp.Bounds.Height / 2);
spaceNumber = 8;
_spaceList.Add(spaceNumber, obj_Space);
gp.Transform(tmp_Matrix);
obj_Space = SKRect.Create(gp.Bounds.Left, gp.Bounds.Top, gp.Bounds.Width / 2, gp.Bounds.Height / 2);
spaceNumber = 9;
_spaceList.Add(spaceNumber, obj_Space);
obj_Space = SKRect.Create(gp.Bounds.Left + (gp.Bounds.Width / 2), gp.Bounds.Top, gp.Bounds.Width / 2, gp.Bounds.Height / 2);
spaceNumber = 10;
_spaceList.Add(spaceNumber, obj_Space);
obj_Space = SKRect.Create(gp.Bounds.Left, gp.Bounds.Top + (gp.Bounds.Height / 2), gp.Bounds.Width / 2, gp.Bounds.Height / 2);
spaceNumber = 11;
_spaceList.Add(spaceNumber, obj_Space);
obj_Space = SKRect.Create(gp.Bounds.Left + (gp.Bounds.Width / 2), gp.Bounds.Top + (gp.Bounds.Height / 2), gp.Bounds.Width / 2, gp.Bounds.Height / 2);
spaceNumber = 12;
_spaceList.Add(spaceNumber, obj_Space);
gp.Transform(tmp_Matrix);
obj_Space = SKRect.Create(gp.Bounds.Left, gp.Bounds.Top, gp.Bounds.Width / 2, gp.Bounds.Height / 2);
spaceNumber = 13;
_spaceList.Add(spaceNumber, obj_Space);
obj_Space = SKRect.Create(gp.Bounds.Left + (gp.Bounds.Width / 2), gp.Bounds.Top, gp.Bounds.Width / 2, gp.Bounds.Height / 2);
spaceNumber = 14;
_spaceList.Add(spaceNumber, obj_Space);
obj_Space = SKRect.Create(gp.Bounds.Left, gp.Bounds.Top + (gp.Bounds.Height / 2), gp.Bounds.Width / 2, gp.Bounds.Height / 2);
spaceNumber = 15;
_spaceList.Add(spaceNumber, obj_Space);
obj_Space = SKRect.Create(gp.Bounds.Left + (gp.Bounds.Width / 2), gp.Bounds.Top + (gp.Bounds.Height / 2), gp.Bounds.Width / 2, gp.Bounds.Height / 2);
spaceNumber = 16;
_spaceList.Add(spaceNumber, obj_Space);
gp.Dispose();
// *********************************************
// *** Draw Homes
// *** Draw circles
gp = new SKPath();
gp.AddRect(SKRect.Create(bounds.Left + ((bounds.Width * 49) / 64), bounds.Top + ((bounds.Height * 95) / 200), (bounds.Width * 5) / 32, (bounds.Height * 5) / 32));
obj_Space = SKRect.Create(gp.Bounds.Left, gp.Bounds.Top, gp.Bounds.Width, gp.Bounds.Height);
spaceNumber = 1;
_homeSpaces.Add(spaceNumber, obj_Space);
gp.Transform(tmp_Matrix);
obj_Space = SKRect.Create(gp.Bounds.Left, gp.Bounds.Top, gp.Bounds.Width, gp.Bounds.Height);
spaceNumber = 2;
_homeSpaces.Add(spaceNumber, obj_Space);
gp.Transform(tmp_Matrix);
obj_Space = SKRect.Create(gp.Bounds.Left, gp.Bounds.Top, gp.Bounds.Width, gp.Bounds.Height);
spaceNumber = 3;
_homeSpaces.Add(spaceNumber, obj_Space);
gp.Transform(tmp_Matrix);
obj_Space = SKRect.Create(gp.Bounds.Left, gp.Bounds.Top, gp.Bounds.Width, gp.Bounds.Height);
spaceNumber = 4;
_homeSpaces.Add(spaceNumber, obj_Space);
for (int_Count = 10; int_Count <= 14; int_Count++)
{
// *** Blue
rect = SKRect.Create(bounds.Left + ((bounds.Width * 13) / 16), bounds.Top + ((bounds.Height * int_Count) / 16), bounds.Width / 16, ((((bounds.Height * (int_Count + 1)) / 16)) - (((bounds.Height * int_Count) / 16))) + 1);
obj_Space = rect;
spaceNumber = (77 + 14) - int_Count;
_spaceList.Add(spaceNumber, obj_Space);
// *** yellow
rect = SKRect.Create(bounds.Left + ((bounds.Width * (int_Count - 9)) / 16), bounds.Top + ((bounds.Height * 13) / 16), ((((bounds.Width * (int_Count + 1)) / 16)) - (((bounds.Width * int_Count) / 16))) + 1, bounds.Height / 16);
obj_Space = rect;
spaceNumber = 72 + int_Count;
_spaceList.Add(spaceNumber, obj_Space);
// *** green
rect = SKRect.Create(bounds.Left + ((bounds.Width * 2) / 16), bounds.Top + ((bounds.Height * (int_Count - 9)) / 16), bounds.Width / 16, ((((bounds.Height * (int_Count + 1)) / 16)) - (((bounds.Height * int_Count) / 16))) + 1);
obj_Space = rect;
spaceNumber = 77 + int_Count;
_spaceList.Add(spaceNumber, obj_Space);
// *** red
rect = SKRect.Create(bounds.Left + ((bounds.Width * int_Count) / 16), bounds.Top + ((bounds.Height * 2) / 16), ((((bounds.Width * (int_Count + 1)) / 16)) - (((bounds.Width * int_Count) / 16))) + 1, bounds.Height / 16);
obj_Space = rect;
spaceNumber = (92 + 14) - int_Count;
_spaceList.Add(spaceNumber, obj_Space);
}
for (int_Count = 0; int_Count <= 15; int_Count++)
{
if ((int_Count > 0) & (int_Count < 15))
{
// *** Top
rect = SKRect.Create(bounds.Left + ((bounds.Width * int_Count) / 16), bounds.Top, ((((bounds.Width * (int_Count + 1)) / 16)) - (((bounds.Width * int_Count) / 16))) + 1, bounds.Height / 16);
obj_Space = rect;
spaceNumber = 43 + int_Count;
_spaceList.Add(spaceNumber, obj_Space);
// *** Bottom
rect = SKRect.Create(bounds.Left + ((bounds.Width * int_Count) / 16), bounds.Top + ((bounds.Height * 15) / 16), ((((bounds.Width * (int_Count + 1)) / 16)) - (((bounds.Width * int_Count) / 16))) + 1, bounds.Height / 16);
obj_Space = rect;
if ((28 - int_Count) < 17)
{
spaceNumber = 88 - int_Count;
}
else
{
spaceNumber = 28 - int_Count;
}
_spaceList.Add(spaceNumber, obj_Space);
// *** Left
rect = SKRect.Create(bounds.Left, bounds.Top + ((bounds.Height * int_Count) / 16), bounds.Width / 16, ((((bounds.Height * (int_Count + 1)) / 16)) - (((bounds.Height * int_Count) / 16))) + 1);
obj_Space = rect;
spaceNumber = 43 - int_Count;
_spaceList.Add(spaceNumber, obj_Space);
// *** Right
rect = SKRect.Create(bounds.Left + ((bounds.Width * 15) / 16), bounds.Top + ((bounds.Height * int_Count) / 16), bounds.Width / 16, ((((bounds.Height * (int_Count + 1)) / 16)) - (((bounds.Height * int_Count) / 16))) + 1);
obj_Space = rect;
spaceNumber = 58 + int_Count;
_spaceList.Add(spaceNumber, obj_Space);
}
else
{
// *** Top
rect = SKRect.Create(bounds.Left + ((bounds.Width * int_Count) / 16), bounds.Top, (((bounds.Width * (int_Count + 1)) / 16)) - (((bounds.Width * int_Count) / 16)), bounds.Height / 16);
obj_Space = rect;
spaceNumber = 43 + int_Count;
_spaceList.Add(spaceNumber, obj_Space);
// *** Bottom
rect = SKRect.Create(bounds.Left + ((bounds.Width * int_Count) / 16), bounds.Top + ((bounds.Height * 15) / 16), (((bounds.Width * (int_Count + 1)) / 16)) - (((bounds.Width * int_Count) / 16)), bounds.Height / 16);
obj_Space = rect;
if ((28 - int_Count) < 17)
{
spaceNumber = 88 - int_Count;
}
else
{
spaceNumber = 28 - int_Count;
}
_spaceList.Add(spaceNumber, obj_Space);
}
}
if (_spaceList.Count == 0)
{
throw new BasicBlankException("No spaces was created");
}
if (_homeSpaces.Count != 4)
{
throw new BasicBlankException("Should be 4 home spaces, not " + _homeSpaces.Count.ToString());
}
PieceHeight = bounds.Height / 17f;
PieceWidth = bounds.Width / 17f;
gp.Dispose();
}