public Move Clone()
{
Move move = new Move();
move.speed = speed.Clone();
move.Init();
return(move);
}
public Attack Clone()
{
Attack attack = new Attack();
attack.damage = damage.Clone();
attack.range = range.Clone();
attack.speed = speed.Clone();
return(attack);
}
/// <inheritdocs/>
protected override void OnPaintOffScreen(PaintEventArgs e)
{
PolarGraphics f = CreatePolarGraphics(e.Graphics);
// What altitude are we drawing?
#if PocketPC
Speed SpeedToRender = pSpeed;
#else
Speed speedToRender = new Speed(_valueInterpolator[_interpolationIndex], _pSpeed.Units);
#endif
// Cache drawing intervals and such to prevent a race condition
double minorInterval = _pMinorTickInterval.Value;
double majorInterval = _pMajorTickInterval.Value;
double cachedSpeedLabelInterval = _pSpeedLabelInterval.ToUnitType(_pMaximumSpeed.Units).Value;
Speed maxSpeed = _pMaximumSpeed.Clone();
double minorStep = _pMinorTickInterval.ToUnitType(_pMaximumSpeed.Units).Value;
double majorStep = _pMajorTickInterval.ToUnitType(_pMaximumSpeed.Units).Value;
// Draw tick marks
double angle;
PolarCoordinate start;
PolarCoordinate end;
#region Draw minor tick marks
if (minorInterval > 0)
{
for (double speed = 0; speed < maxSpeed.Value; speed += minorStep)
{
// Convert the speed to an angle
angle = speed * _conversionFactor + _pMinimumAngle.DecimalDegrees;
// Get the coordinate of the line's start
start = new PolarCoordinate(95, angle, Azimuth.South, PolarCoordinateOrientation.Clockwise);
end = new PolarCoordinate(100, angle, Azimuth.South, PolarCoordinateOrientation.Clockwise);
// And draw a line
Pen p = new Pen(_minorTickPenColor);
f.DrawLine(p, start, end);
p.Dispose();
}
}
#endregion
#region Draw major tick marks
if (majorInterval > 0)
{
using (Pen majorPen = new Pen(_majorTickPenColor))
{
for (double speed = 0; speed < maxSpeed.Value; speed += majorStep)
{
// Convert the speed to an angle
angle = speed * _conversionFactor + _pMinimumAngle.DecimalDegrees;
// Get the coordinate of the line's start
start = new PolarCoordinate(90, angle, Azimuth.South, PolarCoordinateOrientation.Clockwise);
end = new PolarCoordinate(100, angle, Azimuth.South, PolarCoordinateOrientation.Clockwise);
// And draw a line
f.DrawLine(majorPen, start, end);
}
#region Draw a major tick mark at the maximum speed
// Convert the speed to an angle
angle = maxSpeed.Value * _conversionFactor + _pMinimumAngle.DecimalDegrees;
// Get the coordinate of the line's start
start = new PolarCoordinate(90, angle, Azimuth.South, PolarCoordinateOrientation.Clockwise);
end = new PolarCoordinate(100, angle, Azimuth.South, PolarCoordinateOrientation.Clockwise);
// And draw a line
f.DrawLine(majorPen, start, end);
#endregion
}
}
#endregion
using (SolidBrush fontBrush = new SolidBrush(_speedLabelBrushColor))
{
if (cachedSpeedLabelInterval > 0)
{
for (double speed = 0; speed < maxSpeed.Value; speed += cachedSpeedLabelInterval)
{
// Convert the speed to an angle
angle = speed * _conversionFactor + _pMinimumAngle.DecimalDegrees;
// And draw a line
f.DrawCenteredString(new Speed(speed, maxSpeed.Units).ToString(_pSpeedLabelFormat, CultureInfo.CurrentCulture), Font, fontBrush,
new PolarCoordinate(75, angle, Azimuth.South, PolarCoordinateOrientation.Clockwise));
}
// Convert the speed to an angle
angle = maxSpeed.Value * _conversionFactor + _pMinimumAngle.DecimalDegrees;
// And draw the speed label
f.DrawCenteredString(maxSpeed.ToString(_pSpeedLabelFormat, CultureInfo.CurrentCulture), Font, fontBrush,
new PolarCoordinate(75, angle, Azimuth.South, PolarCoordinateOrientation.Clockwise));
}
// Draw the units for the speedometer
if (_pIsUnitLabelVisible)
{
f.DrawCenteredString(_pMaximumSpeed.ToString("u", CultureInfo.CurrentCulture), Font, fontBrush,
new PolarCoordinate(90, Angle.Empty, Azimuth.South, PolarCoordinateOrientation.Clockwise));
}
}
PolarCoordinate[] needle = new PolarCoordinate[_speedometerNeedle.Length];
for (int index = 0; index < needle.Length; index++)
{
needle[index] = _speedometerNeedle[index].Rotate((speedToRender.ToUnitType(_pMaximumSpeed.Units).Value *_conversionFactor) + _pMinimumAngle.DecimalDegrees);
}
// Draw an ellipse at the center
f.DrawEllipse(Pens.Gray, PolarCoordinate.Empty, 10);
#if !PocketPC
// Now draw a shadow
f.Graphics.TranslateTransform(_pNeedleShadowSize.Width, _pNeedleShadowSize.Height, MatrixOrder.Append);
using (Brush b = new SolidBrush(_needleShadowBrushColor)) f.FillPolygon(b, needle);
f.Graphics.ResetTransform();
#endif
// Then draw the actual needle
using (SolidBrush needleFill = new SolidBrush(_needleFillColor)) f.FillPolygon(needleFill, needle);
using (Pen needlePen = new Pen(_needleOutlineColor)) f.DrawPolygon(needlePen, needle);
}
protected override void OnPaintOffScreen(PaintEventArgs e)
{
PolarGraphics f = base.CreatePolarGraphics(e.Graphics);
// What altitude are we drawing?
#if PocketPC
Speed SpeedToRender = pSpeed;
#else
Speed SpeedToRender = new Speed(ValueInterpolator[InterpolationIndex], pSpeed.Units);
#endif
// Cache drawing intervals and such to prevent a race condition
double MinorInterval = pMinorTickInterval.Value;
double MajorInterval = pMajorTickInterval.Value;
double CachedSpeedLabelInterval = pSpeedLabelInterval.ToUnitType(pMaximumSpeed.Units).Value;
Speed MaxSpeed = pMaximumSpeed.Clone();
double MinorStep = pMinorTickInterval.ToUnitType(pMaximumSpeed.Units).Value;
double MajorStep = pMajorTickInterval.ToUnitType(pMaximumSpeed.Units).Value;
// Draw tick marks
double angle;
PolarCoordinate start;
PolarCoordinate end;
#region Draw minor tick marks
if (MinorInterval > 0)
{
for (double speed = 0; speed < MaxSpeed.Value; speed += MinorStep)
{
// Convert the speed to an angle
angle = speed * ConversionFactor + pMinimumAngle.DecimalDegrees;
// Get the coordinate of the line's start
start = new PolarCoordinate(95, angle, Azimuth.South, PolarCoordinateOrientation.Clockwise);
end = new PolarCoordinate(100, angle, Azimuth.South, PolarCoordinateOrientation.Clockwise);
// And draw a line
f.DrawLine(pMinorTickPen, start, end);
}
}
#endregion
#region Draw major tick marks
if (MajorInterval > 0)
{
for (double speed = 0; speed < MaxSpeed.Value; speed += MajorStep)
{
// Convert the speed to an angle
angle = speed * ConversionFactor + pMinimumAngle.DecimalDegrees;
// Get the coordinate of the line's start
start = new PolarCoordinate(90, angle, Azimuth.South, PolarCoordinateOrientation.Clockwise);
end = new PolarCoordinate(100, angle, Azimuth.South, PolarCoordinateOrientation.Clockwise);
// And draw a line
f.DrawLine(pMajorTickPen, start, end);
}
#region Draw a major tick mark at the maximum speed
// Convert the speed to an angle
angle = MaxSpeed.Value * ConversionFactor + pMinimumAngle.DecimalDegrees;
// Get the coordinate of the line's start
start = new PolarCoordinate(90, angle, Azimuth.South, PolarCoordinateOrientation.Clockwise);
end = new PolarCoordinate(100, angle, Azimuth.South, PolarCoordinateOrientation.Clockwise);
// And draw a line
f.DrawLine(pMajorTickPen, start, end);
#endregion
}
#endregion
if (CachedSpeedLabelInterval > 0)
{
for (double speed = 0; speed < MaxSpeed.Value; speed += CachedSpeedLabelInterval)
{
// Convert the speed to an angle
angle = speed * ConversionFactor + pMinimumAngle.DecimalDegrees;
// And draw a line
f.DrawCenteredString(new Speed(speed, MaxSpeed.Units).ToString(pSpeedLabelFormat, CultureInfo.CurrentCulture), pSpeedLabelFont, pSpeedLabelBrush,
new PolarCoordinate(75, angle, Azimuth.South, PolarCoordinateOrientation.Clockwise));
}
// Convert the speed to an angle
angle = MaxSpeed.Value * ConversionFactor + pMinimumAngle.DecimalDegrees;
// And draw the speed label
f.DrawCenteredString(MaxSpeed.ToString(pSpeedLabelFormat, CultureInfo.CurrentCulture), pSpeedLabelFont, pSpeedLabelBrush,
new PolarCoordinate(75, angle, Azimuth.South, PolarCoordinateOrientation.Clockwise));
}
// Draw the units for the speedometer
if (pIsUnitLabelVisible)
{
f.DrawCenteredString(pMaximumSpeed.ToString("u", CultureInfo.CurrentCulture), pSpeedLabelFont, pSpeedLabelBrush,
new PolarCoordinate(90, Angle.Empty, Azimuth.South, PolarCoordinateOrientation.Clockwise));
}
PolarCoordinate[] Needle = new PolarCoordinate[SpeedometerNeedle.Length];
for (int index = 0; index < Needle.Length; index++)
{
Needle[index] = SpeedometerNeedle[index].Rotate((SpeedToRender.ToUnitType(pMaximumSpeed.Units).Value *this.ConversionFactor) + pMinimumAngle.DecimalDegrees);
}
// Draw an ellipse at the center
f.DrawEllipse(pCenterPen, PolarCoordinate.Empty, 10);
#if !PocketPC
// Now draw a shadow
f.Graphics.TranslateTransform(pNeedleShadowSize.Width, pNeedleShadowSize.Height, MatrixOrder.Append);
f.FillPolygon(pNeedleShadowBrush, Needle);
f.Graphics.ResetTransform();
#endif
// Then draw the actual needle
f.FillPolygon(pNeedleFillBrush, Needle);
f.DrawPolygon(pNeedleOutlinePen, Needle);
}
