// Methoden
public override void update(TimeSpan deltaTime)
{
// Bewegung aufrufen
moveBehavior.move(this, deltaTime);
// Bereich der Bitmap bestimmen, die gezeichnet werden soll. Dabei alle 10 Frames den Bereich wechseln.
if (_frameswitch <= 10)
{
srcRectangle = new structRectangle(0, 0, 100, 100);
}
else
{
srcRectangle = new structRectangle(100, 0, 100, 100);
}
if (_frameswitch >= 20)
{
_frameswitch = 0;
}
destRectangle = new structRectangle((int)X, (int)Y, 100, 100);
_frameswitch += 1;
base.update(deltaTime);
}
void InteractionRectangle(ref structRectangle rectangle, Joint joint)
{
if ((countdown.Elapsed - rectangle.beginTime).Seconds > 1)
{
canvas.Children.Add(rectangle.rect);
if (joint.Intersection(rectangle.rect))
{
switch (joint.JointType)
{
case JointType.HandLeft:
if (rectangle.handState == leftHandState)
UpdateRectangleThingsMain(ref rectangle);
break;
case JointType.HandRight:
if (rectangle.handState == rightHandState)
UpdateRectangleThingsMain(ref rectangle);
break;
}
}
}
}
void UpdateUIRectangleMain(ref structRectangle rectangle)
{
Rectangle rect = rectangle.rect;
double rectWidth = rect.ActualWidth == 0 ? rect.Width : rect.ActualWidth;
double rectHeight = rect.ActualHeight == 0 ? rect.Height : rect.ActualHeight;
positionList.Add(rectangle.position);
string cadena = positionList[0];
positionList.RemoveAt(0);
int x = (int)(rectWidth * char.GetNumericValue(cadena[0]));
int y = (int)(rectHeight * char.GetNumericValue(cadena[2]));
rectangle.position = cadena;
Canvas.SetLeft(rect, x);
Canvas.SetTop(rect, y);
}
// Methods only used in the Main Screen
void UpdateRectangleThingsMain(ref structRectangle rectangle)
{
UpdateUIRectangleMain(ref rectangle);
canvas.Children.Remove(rectangle.rect);
rectangle.beginTime = countdown.Elapsed;
}
void InteractionRectangle(ref structRectangle rectangle, Joint[] joints)
{
if ((countdown.Elapsed - rectangle.beginTime).Seconds > 1)
{
if ((countdown.Elapsed - rectangle.beginTime).Seconds > randomGenerator.Next(lowRandom, 20))
{
if (rectangle.gestureTried)
score += 10;
else
score -= score - 20 < 0 ? score : 20;
UpdateRectangleThings(ref rectangle);
return;
}
canvas.Children.Add(rectangle.rect);
//Countdown.Text = "Nope";
foreach (Joint joint in joints)
{
if (joint.Intersection(rectangle.rect))
{
switch (joint.JointType)
{
case JointType.HandLeft:
if (rectangle.handState != leftHandState)
{
rectangle.gestureTried = true;
continue;
}
break;
case JointType.HandRight:
if (rectangle.handState != rightHandState)
{
rectangle.gestureTried = true;
continue;
}
break;
}
// Countdown.Text = "Intersection!!!!!";
score += 20;
UpdateRectangleThings(ref rectangle);
break;
}
}
}
}
void UpdateRectangleThings(ref structRectangle rectangle)
{
UpdateUIRectangle(ref rectangle);
canvas.Children.Remove(rectangle.rect);
rectangle.beginTime = countdown.Elapsed;
rectangle.gestureTried = false;
}
// Methods only used in the actual game (not main screen)
void UpdateUIRectangle(ref structRectangle rectangle)
{
double width = canvas.ActualWidth == 0 ? canvas.Width : canvas.ActualWidth;
double height = canvas.ActualHeight == 0 ? canvas.Height : canvas.ActualHeight;
//int x = randomGenerator.Next(0, 2) == 0 ? randomGenerator.Next((int)(width / 10), (int)(2 * width / 10)) : randomGenerator.Next((int)(7 * width / 10), (int)(9 * width / 10));
//int y = randomGenerator.Next((int)(height / 10), (int)(8 * height / 10 ));
Rectangle rect = rectangle.rect;
double rectWidth = rect.ActualWidth == 0 ? rect.Width : rect.ActualWidth;
double rectHeight = rect.ActualHeight == 0 ? rect.Height : rect.ActualHeight;
double maxX = width / rectWidth;
double maxY = height / rectHeight;
int x = randomGenerator.Next(0, 2) == 0 ? (int)rectWidth * randomGenerator.Next((int)(maxX / 10), (int)(2 * maxX / 10)) : (int)rectWidth * randomGenerator.Next((int)(8 * maxX / 10), (int)(maxX));
int y = (int)rectHeight * randomGenerator.Next((int)(2 * maxY / 10), (int)(9 * maxY / 10));
positionList.Remove(rectangle.position);
string cadena = x.ToString() + ":" + y.ToString();
while (positionList.Contains(cadena))
{
x = randomGenerator.Next(0, 2) == 0 ? (int)rectWidth * randomGenerator.Next((int)(maxX / 10), (int)(2 * maxX / 10)) : (int)rectWidth * randomGenerator.Next((int)(8 * maxX / 10), (int)(maxX));
y = (int)rectHeight * randomGenerator.Next((int)(2 * maxY / 10), (int)(9 * maxY / 10));
cadena = x.ToString() + ":" + y.ToString();
}
positionList.Add(cadena);
rectangle.position = cadena;
Canvas.SetLeft(rect, x);
Canvas.SetTop(rect, y);
}
public MainWindow()
{
InitializeComponent();
countdownIsStored = false;
actualState = GameState.Initialize;
countdown = new Stopwatch();
//Hello World gesture
waveRightHand = new WaveHand();
waveRightHand.waveRight = false;
waveRightHand.waveLeft = false;
waveRightHand.waveCount = 0;
waveRightHand.waveWatch = new Stopwatch();
waveLeftHand = new WaveHand();
waveLeftHand.waveRight = false;
waveLeftHand.waveLeft = false;
waveLeftHand.waveCount = 0;
waveLeftHand.waveWatch = new Stopwatch();
WaveHand.isWaving = false;
randomGenerator = new Random();
structRectangleArray = new structRectangle[3];
bodyRect = new Rect(new Size(40, 40));
intersectionSize = new Size(0,0);
intersectionRect = new Rect(0,0,0,0);
structRectangleArray[0] = new structRectangle(Colors.Pink);
structRectangleArray[0].handState = HandState.Closed;
structRectangleArray[0].position = "3:4";
structRectangleArray[1] = new structRectangle(Colors.Blue);
structRectangleArray[1].handState = HandState.Lasso;
structRectangleArray[1].position = "5:4";
structRectangleArray[2] = new structRectangle(Colors.Green);
structRectangleArray[2].handState = HandState.Open;
structRectangleArray[0].position = "7:4";
jointArray = new Joint[3];
positionList = new List<string>();
score = 0;
lowRandom = 11;
}
public MainWindow()
{
InitializeComponent();
countdownIsStored = false;
actualState = GameState.Initialize;
countdown = new Stopwatch();
//Hello World gesture
waveRightHand = new WaveHand();
waveRightHand.waveRight = false;
waveRightHand.waveLeft = false;
waveRightHand.waveCount = 0;
waveRightHand.waveWatch = new Stopwatch();
waveLeftHand = new WaveHand();
waveLeftHand.waveRight = false;
waveLeftHand.waveLeft = false;
waveLeftHand.waveCount = 0;
waveLeftHand.waveWatch = new Stopwatch();
WaveHand.isWaving = false;
randomGenerator = new Random();
structRectangleArray = new structRectangle[3];
bodyRect = new Rect(new Size(40, 40));
intersectionSize = new Size(0,0);
intersectionRect = new Rect(0,0,0,0);
Image image = new Image();
BitmapImage bp = new BitmapImage();
image.Width = 200;
image.Height = 200;
structRectangleArray[0] = new structRectangle(Colors.Pink);
structRectangleArray[0].handState = HandState.Closed;
structRectangleArray[0].position = "2:3";
structRectangleArray[0].icon = image;
bp.UriSource = new Uri(@"D:\STUDIUM\Auslandssemester\NPI\NPI_Übung\NPI---Kinect-2.0\Designstuff\fist.png");
structRectangleArray[0].icon.Source = bp;
structRectangleArray[1] = new structRectangle(Colors.Blue);
structRectangleArray[1].handState = HandState.Lasso;
structRectangleArray[1].position = "4:3";
structRectangleArray[1].icon = image;
bp.UriSource = new Uri(@"D:\STUDIUM\Auslandssemester\NPI\NPI_Übung\NPI---Kinect-2.0\Designstuff\lasso.png");
structRectangleArray[1].icon.Source = bp;
structRectangleArray[2] = new structRectangle(Colors.Green);
structRectangleArray[2].handState = HandState.Open;
structRectangleArray[2].position = "7:3";
structRectangleArray[2].icon = image;
bp.UriSource = new Uri(@"D:\STUDIUM\Auslandssemester\NPI\NPI_Übung\NPI---Kinect-2.0\Designstuff\open.png");
structRectangleArray[2].icon.Source = bp;
jointArray = new Joint[3];
positionList = new List<string>();
score = 0;
lowRandom = 11;
//Clau start
/*
PictureBox pic = new PictureBox {
Name = "pictureBox",
Size = new Size(50, 50),
Location = new Point(14, 17),
ImageLocation = @"D:\STUDIUM\Auslandssemester\NPI\NPI_Übung\NPI---Kinect-2.0\Designstuff\fist.png"
};
*/
//Clau end
}
// Methoden
public override void update(TimeSpan deltaTime)
{
moveBehavior.move(this, deltaTime);
destRectangle = new structRectangle(X, Y, Width, Height);
base.update(deltaTime);
}
