public void QuadrantRotatedCallback(String quadrantName, TwistDirection twist)
{
okToRotateQuadrant = false;
switch (quadrantName)
{
case "UpperLeft":
if (twist == TwistDirection.Clockwise)
{
masterBoard.DoRotation(Rotation.UpperLeftClockwise);
}
else
{
masterBoard.DoRotation(Rotation.UpperLeftAntiClockwise);
}
break;
case "UpperRight":
if (twist == TwistDirection.Clockwise)
{
masterBoard.DoRotation(Rotation.UpperRightClockwise);
}
else
{
masterBoard.DoRotation(Rotation.UpperRightAntiClockwise);
}
break;
case "LowerLeft":
if (twist == TwistDirection.Clockwise)
{
masterBoard.DoRotation(Rotation.LowerLeftClockwise);
}
else
{
masterBoard.DoRotation(Rotation.LowerLeftAntiClockwise);
}
break;
case "LowerRight":
if (twist == TwistDirection.Clockwise)
{
masterBoard.DoRotation(Rotation.LowerRightClockwise);
}
else
{
masterBoard.DoRotation(Rotation.LowerRightAntiClockwise);
}
break;
}
if (this.currentGameStyle == GameStyle.VsAi)
{
DoAiMove();
}
else if (this.currentGameStyle == GameStyle.VsHuman)
{
DoHumanMove();
}
}
internal void ShowTwist(TwistDirection twistDirection)
{
Double currentAngle = (double)MasterGrid.RenderTransform.GetValue(CompositeTransform.RotationProperty);
Double totalTwistTime = 1.0;
((DoubleAnimation)QuadrantRotation.Children[0]).From = currentAngle;
((DoubleAnimation)QuadrantRotation.Children[0]).To =
(twistDirection == TwistDirection.Clockwise) ? currentAngle + 90 : currentAngle - 90;
((DoubleAnimation)QuadrantRotation.Children[0]).Duration = new Duration(TimeSpan.FromSeconds(totalTwistTime));
QuadrantRotation.BeginTime = TimeSpan.FromSeconds(1);
SineEase f = new SineEase();
f.EasingMode = EasingMode.EaseOut;
((DoubleAnimation)QuadrantTranslation.Children[0]).From = 0;
Double to = 0;
switch (this.Name.ToLower())
{
case "upperleft":
case "lowerleft":
to = -1 * MasterGrid.ActualWidth * (Math.Sqrt(2.0) - 1) / 2.0;
break;
case "upperright":
case "lowerright":
to = MasterGrid.ActualWidth * (Math.Sqrt(2.0) - 1) / 2.0;
break;
}
((DoubleAnimation)QuadrantTranslation.Children[0]).To = to;
((DoubleAnimation)QuadrantTranslation.Children[0]).EasingFunction = f;
((DoubleAnimation)QuadrantTranslation.Children[0]).Duration = new Duration(TimeSpan.FromSeconds(totalTwistTime / 2.0));
((DoubleAnimation)QuadrantTranslation.Children[1]).From = 0;
switch (this.Name.ToLower())
{
case "upperleft":
case "upperright":
to = -1 * MasterGrid.ActualWidth * (Math.Sqrt(2.0) - 1) / 2.0;
break;
case "lowerleft":
case "lowerright":
to = MasterGrid.ActualWidth * (Math.Sqrt(2.0) - 1) / 2.0;
break;
}
((DoubleAnimation)QuadrantTranslation.Children[1]).To = to;
((DoubleAnimation)QuadrantTranslation.Children[1]).EasingFunction = f;
((DoubleAnimation)QuadrantTranslation.Children[1]).Duration = new Duration(TimeSpan.FromSeconds(totalTwistTime / 2.0));
QuadrantTranslation.AutoReverse = true;
QuadrantTranslation.BeginTime = TimeSpan.FromSeconds(1);
QuadrantRotation.Begin();
QuadrantTranslation.Begin();
}
public Barrel()
{
_ID = Guid.NewGuid().ToString();
_CartridgeID = "";
_Desc = "";
_Make = "";
_Model = "";
_Name = "";
_TwistDirection = TwistDirection.Right;
}
internal void ShowTwist(TwistDirection twistDirection)
{
Double currentAngle = (double)MasterGrid.RenderTransform.GetValue(RotateTransform.AngleProperty);
((DoubleAnimation)QuadrantRotation.Children[0]).From = currentAngle;
((DoubleAnimation)QuadrantRotation.Children[0]).To =
(twistDirection == TwistDirection.Clockwise) ? currentAngle + 90 : currentAngle - 90;
((DoubleAnimation)QuadrantRotation.Children[0]).Duration = new Duration(TimeSpan.FromSeconds(1));
QuadrantRotation.BeginTime = TimeSpan.FromSeconds(1);
QuadrantRotation.Begin();
}
public void QuadrantRotatedCallback(String quadrantName, TwistDirection twist)
{
okToRotateQuadrant = false;
this.Cursor = Cursors.Arrow;
switch (quadrantName)
{
case "UpperLeft":
if (twist == TwistDirection.Clockwise)
{
masterBoard.DoRotation(Rotation.UpperLeftClockwise);
}
else
{
masterBoard.DoRotation(Rotation.UpperLeftAntiClockwise);
}
break;
case "UpperRight":
if (twist == TwistDirection.Clockwise)
{
masterBoard.DoRotation(Rotation.UpperRightClockwise);
}
else
{
masterBoard.DoRotation(Rotation.UpperRightAntiClockwise);
}
break;
case "LowerLeft":
if (twist == TwistDirection.Clockwise)
{
masterBoard.DoRotation(Rotation.LowerLeftClockwise);
}
else
{
masterBoard.DoRotation(Rotation.LowerLeftAntiClockwise);
}
break;
case "LowerRight":
if (twist == TwistDirection.Clockwise)
{
masterBoard.DoRotation(Rotation.LowerRightClockwise);
}
else
{
masterBoard.DoRotation(Rotation.LowerRightAntiClockwise);
}
break;
}
DoAiMove();
}
void PentagoQuadrant_MouseLeftButtonUp(object sender, MouseButtonEventArgs e)
{
if (mouseDrag)
{
mouseDrag = false;
Double currentAngle = (double)MasterGrid.RenderTransform.GetValue(RotateTransform.AngleProperty);
Duration dur = new Duration(TimeSpan.FromSeconds(0.1));
Double to = currentAngle;
if ((currentAngle % 90) != 0)
{
Double mod360 = currentAngle % 360;
Double mod45 = currentAngle % 45;
if (mod360 < 0)
{
mod360 += 360;
}
if (mod45 < 0)
{
mod45 += 45;
}
to = currentAngle - mod45;
if ((mod360 <= 90 && mod360 > 45) ||
(mod360 <= 360 && mod360 > 315) ||
(mod360 <= 270 && mod360 > 225) ||
(mod360 <= 180 && mod360 > 135))
{
to += 45;
}
}
((DoubleAnimation)QuadrantRotation.Children[0]).From = currentAngle;
((DoubleAnimation)QuadrantRotation.Children[0]).To = to;
((DoubleAnimation)QuadrantRotation.Children[0]).Duration = dur;
QuadrantRotation.ClearValue(Storyboard.BeginTimeProperty);
TwistDirection direction = GetTwistDirectionFromAngles(origAngle, to);
if (direction != TwistDirection.None)
{
sendTwistNotification = true;
latestTwistDirection = direction;
}
this.ReleaseMouseCapture();
QuadrantRotation.Begin();
this.ClearValue(Canvas.ZIndexProperty);
}
}
void PentagoQuadrant_MouseLeftButtonUp(object sender, MouseButtonEventArgs e)
{
if (mouseDrag)
{
mouseDrag = false;
Double currentAngle = (double)MasterGrid.RenderTransform.GetValue(CompositeTransform.RotationProperty);
Double currentX = (double)MasterGrid.RenderTransform.GetValue(CompositeTransform.TranslateXProperty);
Double currentY = (double)MasterGrid.RenderTransform.GetValue(CompositeTransform.TranslateYProperty);
Duration dur = new Duration(TimeSpan.FromSeconds(0.2));
Double to = currentAngle;
if ((currentAngle % 90) != 0)
{
Double mod360 = currentAngle % 360;
Double mod45 = currentAngle % 45;
if (mod360 < 0) { mod360 += 360; }
if (mod45 < 0) { mod45 += 45; }
to = currentAngle - mod45;
if ((mod360 <= 90 && mod360 > 45) ||
(mod360 <= 360 && mod360 > 315) ||
(mod360 <= 270 && mod360 > 225) ||
(mod360 <= 180 && mod360 > 135))
{
to += 45;
}
}
((DoubleAnimation)QuadrantRotation.Children[0]).From = currentAngle;
((DoubleAnimation)QuadrantRotation.Children[0]).To = to;
((DoubleAnimation)QuadrantRotation.Children[0]).Duration = dur;
QuadrantRotation.ClearValue(Storyboard.BeginTimeProperty);
TwistDirection direction = GetTwistDirectionFromAngles(origAngle, to);
if (direction != TwistDirection.None)
{
sendTwistNotification = true;
latestTwistDirection = direction;
}
SineEase f = new SineEase();
f.EasingMode = EasingMode.EaseIn;
((DoubleAnimation)QuadrantTranslation.Children[0]).From = currentX;
((DoubleAnimation)QuadrantTranslation.Children[0]).To = 0.0;
((DoubleAnimation)QuadrantTranslation.Children[0]).Duration = dur;
// ((DoubleAnimation)QuadrantTranslation.Children[0]).EasingFunction = f;
((DoubleAnimation)QuadrantTranslation.Children[1]).From = currentY;
((DoubleAnimation)QuadrantTranslation.Children[1]).To = 0.0;
((DoubleAnimation)QuadrantTranslation.Children[1]).Duration = dur;
// ((DoubleAnimation)QuadrantTranslation.Children[1]).EasingFunction = f;
QuadrantTranslation.ClearValue(Storyboard.BeginTimeProperty);
QuadrantTranslation.AutoReverse = false;
this.ReleaseMouseCapture();
QuadrantTranslation.Begin();
QuadrantRotation.Begin();
this.ClearValue(Canvas.ZIndexProperty);
}
}
internal void ShowTwist(TwistDirection twistDirection)
{
Double currentAngle = (double)MasterGrid.RenderTransform.GetValue(CompositeTransform.RotationProperty);
Double totalTwistTime = 1.0;
((DoubleAnimation)QuadrantRotation.Children[0]).From = currentAngle;
((DoubleAnimation)QuadrantRotation.Children[0]).To =
(twistDirection == TwistDirection.Clockwise) ? currentAngle + 90 : currentAngle - 90;
((DoubleAnimation)QuadrantRotation.Children[0]).Duration = new Duration(TimeSpan.FromSeconds(totalTwistTime));
QuadrantRotation.BeginTime = TimeSpan.FromSeconds(1);
SineEase f = new SineEase();
f.EasingMode = EasingMode.EaseOut;
((DoubleAnimation)QuadrantTranslation.Children[0]).From = 0;
Double to = 0;
switch (this.Name.ToLower())
{
case "upperleft":
case "lowerleft":
to = -1 * MasterGrid.ActualWidth * (Math.Sqrt(2.0) - 1) / 2.0;
break;
case "upperright":
case "lowerright":
to = MasterGrid.ActualWidth * (Math.Sqrt(2.0) - 1) / 2.0;
break;
}
((DoubleAnimation)QuadrantTranslation.Children[0]).To = to;
((DoubleAnimation)QuadrantTranslation.Children[0]).EasingFunction = f;
((DoubleAnimation)QuadrantTranslation.Children[0]).Duration = new Duration(TimeSpan.FromSeconds(totalTwistTime/2.0));
((DoubleAnimation)QuadrantTranslation.Children[1]).From = 0;
switch (this.Name.ToLower())
{
case "upperleft":
case "upperright":
to = -1 * MasterGrid.ActualWidth * (Math.Sqrt(2.0) - 1) / 2.0;
break;
case "lowerleft":
case "lowerright":
to = MasterGrid.ActualWidth * (Math.Sqrt(2.0) - 1) / 2.0;
break;
}
((DoubleAnimation)QuadrantTranslation.Children[1]).To = to;
((DoubleAnimation)QuadrantTranslation.Children[1]).EasingFunction = f;
((DoubleAnimation)QuadrantTranslation.Children[1]).Duration = new Duration(TimeSpan.FromSeconds(totalTwistTime / 2.0));
QuadrantTranslation.AutoReverse = true;
QuadrantTranslation.BeginTime = TimeSpan.FromSeconds(1);
QuadrantRotation.Begin();
QuadrantTranslation.Begin();
}
public void QuadrantRotatedCallback(String quadrantName, TwistDirection twist)
{
okToRotateQuadrant = false;
this.Cursor = Cursors.Arrow;
switch (quadrantName)
{
case "UpperLeft":
if(twist == TwistDirection.Clockwise)
masterBoard.DoRotation(Rotation.UpperLeftClockwise);
else
masterBoard.DoRotation(Rotation.UpperLeftAntiClockwise);
break;
case "UpperRight":
if (twist == TwistDirection.Clockwise)
masterBoard.DoRotation(Rotation.UpperRightClockwise);
else
masterBoard.DoRotation(Rotation.UpperRightAntiClockwise);
break;
case "LowerLeft":
if (twist == TwistDirection.Clockwise)
masterBoard.DoRotation(Rotation.LowerLeftClockwise);
else
masterBoard.DoRotation(Rotation.LowerLeftAntiClockwise);
break;
case "LowerRight":
if (twist == TwistDirection.Clockwise)
masterBoard.DoRotation(Rotation.LowerRightClockwise);
else
masterBoard.DoRotation(Rotation.LowerRightAntiClockwise);
break;
}
DoAiMove();
}
public void QuadrantRotatedCallback(String quadrantName, TwistDirection twist)
{
okToRotateQuadrant = false;
switch (quadrantName)
{
case "UpperLeft":
if (twist == TwistDirection.Clockwise)
masterBoard.DoRotation(Rotation.UpperLeftClockwise);
else
masterBoard.DoRotation(Rotation.UpperLeftAntiClockwise);
break;
case "UpperRight":
if (twist == TwistDirection.Clockwise)
masterBoard.DoRotation(Rotation.UpperRightClockwise);
else
masterBoard.DoRotation(Rotation.UpperRightAntiClockwise);
break;
case "LowerLeft":
if (twist == TwistDirection.Clockwise)
masterBoard.DoRotation(Rotation.LowerLeftClockwise);
else
masterBoard.DoRotation(Rotation.LowerLeftAntiClockwise);
break;
case "LowerRight":
if (twist == TwistDirection.Clockwise)
masterBoard.DoRotation(Rotation.LowerRightClockwise);
else
masterBoard.DoRotation(Rotation.LowerRightAntiClockwise);
break;
}
if (this.currentGameStyle == GameStyle.VsAi)
{
DoAiMove();
}
else if (this.currentGameStyle == GameStyle.VsHuman)
{
DoHumanMove();
}
}
internal void ShowTwist(TwistDirection twistDirection)
{
Double currentAngle = (double)MasterGrid.RenderTransform.GetValue(RotateTransform.AngleProperty);
((DoubleAnimation)QuadrantRotation.Children[0]).From = currentAngle;
((DoubleAnimation)QuadrantRotation.Children[0]).To =
(twistDirection == TwistDirection.Clockwise) ? currentAngle + 90 : currentAngle - 90;
((DoubleAnimation)QuadrantRotation.Children[0]).Duration = new Duration(TimeSpan.FromSeconds(1));
QuadrantRotation.BeginTime = TimeSpan.FromSeconds(1);
QuadrantRotation.Begin();
}
public Rifling(Measurement <DistanceUnit> riflingStep, TwistDirection direction)
{
RiflingStep = riflingStep;
Direction = direction;
}
