public void TestIsPlayable()
{
bool flip = false;
PrivateTrain myTrain = new PrivateTrain(myHand, 3);
Assert.True(myTrain.IsPlayable(d31, out flip, myHand));
Assert.False(myTrain.IsPlayable(d55, out flip, myHand));
Assert.False(myTrain.IsPlayable(d31, out flip, yourHand));
myTrain.Open();
Assert.True(myTrain.IsPlayable(d31, out flip, yourHand));
}
public void SetUp()
{
by = new BoneYard(12);
pHand = new Hand(by);
cHand = new Hand(by);
d1212 = new Domino(12, 12);
d125 = new Domino(12, 5);
d512 = new Domino(5, 12);
d55 = new Domino(5, 5);
ppT = new PrivateTrain(pHand, 12);
cpT = new PrivateTrain(cHand, 12);
}
public void SetUpAllTests()
{
h1 = new Hand();
pt1 = new PrivateTrain(h1);
pt2 = new PrivateTrain(h1, 7);
myHand = new Hand();
yourHand = new Hand();
d11 = new Domino(1, 1);
d13 = new Domino(1, 3);
d14 = new Domino(1, 4);
d31 = new Domino(3, 1);
d34 = new Domino(3, 4);
d55 = new Domino(5, 5);
}
internal CustomBasicList <SKRect> GetClickableRectangle(PrivateTrain thisPrivate)
{
// will return 2 rectangles.
var firstRect = thisPrivate.DominoArea;
var secondRect = thisPrivate.TrainArea;
SKSize thisSize;
thisSize = GetActualSize(firstRect.Width, firstRect.Height);
var ThisPoint = GetActualPoint(firstRect.Location);
CustomBasicList <SKRect> tempList = new CustomBasicList <SKRect>
{
SKRect.Create(ThisPoint, thisSize)
};
thisSize = GetActualSize(secondRect.Width, secondRect.Height);
ThisPoint = GetActualPoint(secondRect.Location);
tempList.Add(SKRect.Create(ThisPoint, thisSize));
return(tempList);
}
private SKPoint DominoLocationNeeded(PrivateTrain thisPrivate, int whichOne, bool doubles)
{
var widths = GetWidths();
SKRect thisArea;
var thisSize = GetActualSize(thisPrivate.DominoArea.Size.Width, thisPrivate.DominoArea.Size.Height);
var thisPoint = GetActualPoint(thisPrivate.DominoArea.Location);
thisArea = SKRect.Create(thisPoint, thisSize);
if (thisPrivate.IsRotated == true)
{
if (whichOne == 1)
{
if (thisPrivate.IsOpposite == true)
{
return(new SKPoint(FindCenter(thisArea.Location.X, doubles), thisArea.Bottom - widths));
}
return(new SKPoint(FindCenter(thisArea.Location.X, doubles), FindTopLeft(thisArea.Top, doubles)));
}
if (thisPrivate.IsOpposite == true)
{
return(new SKPoint(FindCenter(thisArea.Location.X, doubles), thisArea.Location.Y));
}
return(new SKPoint(FindCenter(thisArea.Location.X, doubles), FindTopLeft(thisArea.Bottom - widths, doubles)));
}
if (whichOne == 1)
{
if (thisPrivate.IsOpposite == true)
{
return(new SKPoint(thisArea.Right - widths, FindCenter(thisArea.Location.Y, doubles)));
}
return(new SKPoint(FindTopLeft(thisArea.Location.X, doubles), FindCenter(thisArea.Location.Y, doubles)));
}
if (thisPrivate.IsOpposite == true)
{
return(new SKPoint(thisArea.Location.X, FindCenter(thisArea.Location.Y, doubles)));
}
return(new SKPoint(FindTopLeft(thisArea.Right - widths, doubles), FindCenter(thisArea.Location.Y, doubles)));
}
private void SetUp()
{
// BoneYard
this.pack = new BoneYard(9); // The TileSets in the current UI only go up to 9
//user Hand
this.userHand = new Hand(this.pack, NUMBEROFPLAYERS); // 2 players
this.computerHand = new Hand(this.pack, NUMBEROFPLAYERS);
//Pictures
this.userHandPBs = new List <PictureBox>();
this.mexicanTrainPBs = new List <PictureBox>();
this.userTrainPBs = new List <PictureBox>();
this.computerTrainPBs = new List <PictureBox>();
// Trains
this.userTrain = new PrivateTrain();
this.computerTrain = new PrivateTrain();
this.mexicanTrain = new Train();
// Draw the initial PictureBoxes
this.fillPictureBoxes();
// Create the Draggable Player Hand
this.buildDraggable();
this.drawDraggable();
// Figure out who has the highest double
this.playHighestDouble();
// Play that in the corner
// Test from ME PC
whosTurn = 1;
}
public void SetUp()
{
PopulateTrainPBS();
Domino biggestdomino = null;
EnableUserMove();
boneYard = new BoneYard(9);
boneYard.Shuffle();
player = new Hand(boneYard);
for (int i = 0; i < player.listOfDominos.Count(); i++)
{
PictureBox temp = CreateUserHandPB(i);
pictureBoxes.Add(temp);
LoadDomino(temp, player.listOfDominos[i]);
}
computer = new Hand(boneYard);
int index;
int caseSwitch = -1;
Domino pldom = biggestDomino(player, out index);
Domino comdom = biggestDomino(computer, out index);
if (pldom == null && comdom == null)
{
caseSwitch = 1;
}
else if (pldom == null)
{
caseSwitch = 2;
}
else if (comdom == null)
{
caseSwitch = 3;
}
switch (caseSwitch)
{
case 1:
biggestdomino = null;
break;
case 2:
biggestdomino = comdom;
computer.listOfDominos.Remove(biggestdomino);
break;
case 3:
biggestdomino = pldom;
//indexOfDominoInPlay = index;
player.listOfDominos.Remove(biggestdomino);
//RemovePBFromForm(pictureBoxes[index]);
ReloadPBS();
break;
default:
if (pldom.Side1 > comdom.Side1)
{
biggestdomino = pldom;
//indexOfDominoInPlay = index;
player.listOfDominos.Remove(biggestdomino);
//RemovePBFromForm(pictureBoxes[index]);
ReloadPBS();
}
else if (pldom.Side1 < comdom.Side1)
{
biggestdomino = comdom;
computer.listOfDominos.Remove(biggestdomino);
}
else
{
biggestdomino = null;
}
break;
}
if (biggestdomino == null)
{
TearDown();
SetUp();
}
else
{
maintrain = new MainTrain(biggestdomino.Side1);
playerTrain = new PrivateTrain(player, biggestdomino.Side1);
computerTrain = new PrivateTrain(computer, biggestdomino.Side1);
LoadDomino(enginePB, biggestdomino);
}
EnableUserHandPBs(pictureBoxes);
}
public void SetUpAllTests()
{
dummyDomino = new Domino(12, 12);
defaultHand = new Hand();
defaultPrivateTrain = new PrivateTrain();
}
public void FirstLoad()
{
if (PrivateList.Count > 0)
{
throw new Exception("Cannot load the private list again because there are already items on the list");
}
PrivateTrain thisPrivate;
int x;
for (x = 1; x <= 8; x++)
{
thisPrivate = new PrivateTrain();
if (x == 1)
{
thisPrivate.DominoArea = SKRect.Create(150, 12, 95, 143);
thisPrivate.TrainArea = SKRect.Create(175, 155, 70, 28);
thisPrivate.IsRotated = true; // domino
thisPrivate.IsOpposite = true;
}
else if (x == 2)
{
thisPrivate.DominoArea = SKRect.Create(255, 12, 95, 143);
thisPrivate.TrainArea = SKRect.Create(280, 155, 70, 28);
thisPrivate.IsRotated = true; // domino
thisPrivate.IsOpposite = true;
}
else if (x == 3)
{
thisPrivate.DominoArea = SKRect.Create(350, 155, 143, 95);
// this piece will need to be rotated for the train piece (well see)
thisPrivate.TrainArea = SKRect.Create(305, 184, 45, 50);
thisPrivate.IsRotated = false;
thisPrivate.IsOpposite = false;
}
else if (x == 4)
{
thisPrivate.DominoArea = SKRect.Create(350, 260, 143, 95);
thisPrivate.TrainArea = SKRect.Create(305, 276, 45, 50);
thisPrivate.IsBottom = true;
thisPrivate.IsRotated = false;
thisPrivate.IsOpposite = false;
}
else if (x == 5)
{
thisPrivate.DominoArea = SKRect.Create(255, 355, 95, 143);
thisPrivate.TrainArea = SKRect.Create(280, 327, 70, 28);
thisPrivate.IsRotated = true;
thisPrivate.IsOpposite = false;
}
else if (x == 6)
{
thisPrivate.DominoArea = SKRect.Create(150, 355, 95, 143);
thisPrivate.TrainArea = SKRect.Create(175, 327, 70, 28);
thisPrivate.IsRotated = true;
thisPrivate.IsOpposite = false;
}
else if (x == 7)
{
thisPrivate.DominoArea = SKRect.Create(7, 260, 143, 95);
thisPrivate.TrainArea = SKRect.Create(150, 276, 45, 50);
thisPrivate.IsBottom = true;
thisPrivate.IsRotated = false;
thisPrivate.IsOpposite = true;
}
else if (x == 8)
{
thisPrivate.DominoArea = SKRect.Create(7, 155, 143, 95);
thisPrivate.TrainArea = SKRect.Create(150, 184, 45, 50);
thisPrivate.IsRotated = false;
thisPrivate.IsOpposite = true;
}
PrivateList.Add(x, thisPrivate);
}
}
