public void SetTextSize(float textSize)
{
if (ctx.InvokeRequired)
{
FloatDelegate c = new FloatDelegate(SetTextSize);
ctx.Invoke(c, new object[] { textSize });
return;
}
supressEvent = true;
System.Drawing.Font f = new System.Drawing.Font(input.Font.FontFamily, textSize);
int inputX = input.Size.Width;
int inputY = input.Size.Height;
output.Font = f;
System.Drawing.Size nSize = TextRenderer.MeasureText("T", f);
input.Size = new System.Drawing.Size(input.Size.Width, nSize.Height + 4); //+4 for the cursor to display
if (sync != SyncMode.syncWindow)
{
SyncMode backup = sync;
sync = SyncMode.syncWindow;
SyncUI(input.Size.Width - inputX, nSize.Height - inputY, false);
sync = backup;
}
input.Font = f;
supressEvent = false;
}
public SliderControl(string text, float initialValue, Vector2 position, FloatDelegate onValueChanged)
{
action = onValueChanged;
BackingPlate = new pSprite(TextureManager.Load(OsuTexture.sliderbar), position)
{
Colour = new Color4(50, 50, 50, 255)
};
Add(BackingPlate);
FrontPlate = new pSprite(TextureManager.Load(OsuTexture.sliderbar), position)
{
DrawDepth = BackingPlate.DrawDepth + 0.01f,
Colour = new Color4(97, 159, 0, 255),
Additive = true
};
Add(FrontPlate);
Vector2 offset = new Vector2(-BackingPlate.DisplayRectangle.Width / 2, -BackingPlate.DisplayRectangle.Height / 2);
BackingPlate.Offset = offset;
FrontPlate.Offset = offset;
Text = new pText(text, 24, position, BackingPlate.DrawDepth + 0.02f, true, Color4.White)
{
Origin = OriginTypes.Centre,
TextShadow = true
};
Add(Text);
BackingPlate.OnClick += SliderControl_OnClick;
UpdateValue(initialValue);
}
public static void DoFloatDelegate(FloatDelegate func, GameObject arg, float delta)
{
try {
func(arg, delta);
} catch (Exception ex) {
//TopTip.addTip(a.Method.Name + "执行出错" + ex.ToString());
FuncUtil.ShowError(func.Method.Name + "执行出错" + ex.ToString());
}
}
static void Main(string[] args)
{
// Assign type Method1Delegate to variable delegate1 and point it to Method1.
Method1Delegate delegate1 = Method1;
delegate1();
// Assign type Method2Delegate to variable delegate2 and point it to Method2.
Method2Delegate delegate2 = Method2;
Console.WriteLine("Method 2 float value " + delegate2());
// Assign type Method3Delegate to variable delegate3 and point it to Method3.
Method3Delegate delegate3 = Method3;
delegate3("Andreas", 25, 1.82f);
// Create a new instance of Math class.
Math mathObject = new Math();
// Assign type MathDelegate to variable math and point it to Addition method in Math class.
MathDelegate math = mathObject.Addition;
Console.WriteLine("Addition 17 + 18 = " + math(17, 18));
// Assign math variable to Multiplication method in Math class.
math = mathObject.Multiplication;
Console.WriteLine("Multiplication 3 * 7 = " + math(3, 7));
// Assign type MyDelegate to variable myDelegate and point it to Method4.
MyDelegate myDelegate = Method4;
// Assign another method to myDelegate
myDelegate += Method5;
// Invoke myDelegate, it will call both Method4 and Method5.
myDelegate();
// Assign type IntDelegate to variable addition and point it to Lambda Expression
IntDelegate addition = (num1, num2) => num1 + num2;
Console.WriteLine("Addition 13 + 4 = " + addition(13, 4));
// Assign type IntDelegate to variable subtraction and point it to Lambda Expression
IntDelegate subtraction = (num1, num2) => num1 - num2;
Console.WriteLine("Subtraction 8 - 2 = " + subtraction(8, 2));
// Assign type IntDelegate to variable subtraction and point it to Lambda Expression
FloatDelegate multiplication = (num1, num2) => num1 * num2;
Console.WriteLine("Multiplication 4.2 * 3.1 = " + multiplication(4.2f, 3.1f));
// Assign type IntDelegate to variable division and point it to Lambda Expression
FloatDelegate division = (num1, num2) => num1 / num2;
Console.WriteLine("Multiplication 4 / 32 = " + division(4, 32));
}
public void RemoveOneShotDelegate(FloatDelegate function)
{
if (oneShotDelegates.Contains(function))
{
oneShotDelegates.Remove(function);
FloatEvent -= function;
}
else
{
Diglbug.LogError("Unexpected call to RemoveOneShotDelegate");
}
Diglbug.Log("Removed oneShotDelegate, total: " + oneShotDelegates.Count, PrintStream.DELEGATES);
}
public void OnDestroy()
{
onSubmit = null;
onHover = null;
onClick = null;
onToggleChanged = null;
onDragStart = null;
onDragEnd = null;
onSliderChanged = null;
onScrollbarChanged = null;
onDrag = null;
onDrapDownChanged = null;
onInputFieldChanged = null;
}
public void Clear()
{
onSubmit = null;
onClick = null;
onDoubleClick = null;
onHover = null;
onPress = null;
onSelect = null;
onScroll = null;
onDragStart = null;
onDrag = null;
onDragOver = null;
onDragOut = null;
onDragEnd = null;
onDrop = null;
onKey = null;
onTooltip = null;
}
public Attribute(float v, FloatDelegate callBack = null)
{
mBaseValue = v;
OnChanged = callBack;
}
public AttackDuration(float v, FloatDelegate callBack = null)
: base(v, callBack)
{
}
public DistanceAttribute(float v, FloatDelegate callBack = null) : base(v, callBack)
{
}
protected void OnDisable()
{
myProgressDelegate -= DefaultProgressEventHandler;
}
protected void OnEnable()
{
myProgressDelegate += DefaultProgressEventHandler;
}
public static int test_56_float () {
FloatDelegate l = new FloatDelegate (float_delegate);
return (int)l (55);
}
public void RemovePermanentDelegate(FloatDelegate function)
{
FloatEvent -= function;
}
public static int test_56_float()
{
FloatDelegate l = new FloatDelegate(float_delegate);
return((int)l(55));
}
protected void OnDisable()
{
myProgressDelegate -= DefaultProgressDelegate;
}
protected void OnEnable()
{
myProgressDelegate += DefaultProgressDelegate;
}
public void AddPermanentDelegate(FloatDelegate function)
{
FloatEvent += function;
}
public void AddOneShotDelegate(FloatDelegate function)
{
FloatEvent += function;
oneShotDelegates.Add(function);
Diglbug.Log("Added oneShotDelegate, total: " + oneShotDelegates.Count, PrintStream.DELEGATES);
}
