public void OnMouseMove( dfControl control, dfMouseEventArgs args )
{
if( animating || !dragging )
return;
this.momentum = ( momentum + args.MoveDelta.Scale( 1, -1 ) ) * 0.5f;
args.Use();
if( args.Buttons.IsSet( dfMouseButtons.Left ) )
{
var ray = args.Ray;
var distance = 0f;
var direction = Camera.main.transform.TransformDirection( Vector3.back );
var plane = new Plane( direction, lastPosition );
plane.Raycast( ray, out distance );
var pos = ( ray.origin + ray.direction * distance ).Quantize( control.PixelsToUnits() );
var offset = pos - lastPosition;
var transformPos = ( control.transform.position + offset ).Quantize( control.PixelsToUnits() );
control.transform.position = transformPos;
lastPosition = pos;
}
}
protected internal override void OnMouseMove( dfMouseEventArgs args )
{
args.Use();
if( args.Buttons.IsSet( dfMouseButtons.Left ) )
{
var ray = args.Ray;
var distance = 0f;
var direction = GetCamera().transform.TransformDirection( Vector3.back );
var plane = new Plane( direction, lastPosition );
plane.Raycast( ray, out distance );
var pos = ( ray.origin + ray.direction * distance ).Quantize( parent.PixelsToUnits() );
var offset = pos - lastPosition;
var transformPos = ( parent.transform.position + offset ).Quantize( parent.PixelsToUnits() );
parent.transform.position = transformPos;
lastPosition = pos;
}
base.OnMouseMove( args );
}
public void OnMouseDown( dfControl control, dfMouseEventArgs args )
{
if( !args.Used && args.Buttons == dfMouseButtons.Middle )
{
if( contextMenu.IsOpen )
{
contextMenu.Close();
return;
}
args.Use();
var hitPosition = control.GetHitPosition( args );
var host = contextMenu.host;
host.RelativePosition = hitPosition - host.Size * 0.5f;
host.BringToFront();
host.Show();
host.Focus();
contextMenu.Open();
}
}
public void HelpClicked(dfControl control, dfMouseEventArgs args)
{
args.Use();
TextAsset description = Resources.Load<TextAsset>("Descriptions/" + bi.className);
GameObject prefab = (GameObject)Resources.Load("Prefabs/Buildings/" + bi.className);
Dialog.Instance.SetDialog(bi.buildingName, description.text, "Continue", true, false,prefab);
}
protected internal override void OnMouseDown(dfMouseEventArgs args)
{
base.GetRootContainer().BringToFront();
args.Use();
Plane plane = new Plane(this.parent.transform.TransformDirection(Vector3.back), this.parent.transform.position);
Ray ray = args.Ray;
float single = 0f;
plane.Raycast(args.Ray, out single);
this.lastPosition = ray.origin + (ray.direction * single);
base.OnMouseDown(args);
}
void OnMouseWheel( dfControl sender, dfMouseEventArgs args )
{
if( args.Used )
return;
args.Use();
if( args.WheelDelta > 0 )
SelectPrevious();
else
SelectNext();
}
protected internal override void OnMouseDown( dfMouseEventArgs args )
{
GetRootContainer().BringToFront();
args.Use();
var plane = new Plane( parent.transform.TransformDirection( Vector3.back ), parent.transform.position );
var ray = args.Ray;
var distance = 0f;
plane.Raycast( args.Ray, out distance );
lastPosition = ( ray.origin + ray.direction * distance );
base.OnMouseDown( args );
}
public void OnMouseDown( dfControl control, dfMouseEventArgs args )
{
control.BringToFront();
animating = false;
momentum = Vector2.zero;
dragging = true;
args.Use();
var plane = new Plane( control.transform.TransformDirection( Vector3.back ), control.transform.position );
var ray = args.Ray;
var distance = 0f;
plane.Raycast( args.Ray, out distance );
lastPosition = ( ray.origin + ray.direction * distance );
}
protected internal override void OnMouseMove(dfMouseEventArgs args)
{
args.Use();
if (args.Buttons.IsSet(dfMouseButtons.Left))
{
Ray ray = args.Ray;
float single = 0f;
Vector3 vector3 = base.GetCamera().transform.TransformDirection(Vector3.back);
Plane plane = new Plane(vector3, this.lastPosition);
plane.Raycast(ray, out single);
Vector3 vector31 = (ray.origin + (ray.direction * single)).Quantize(this.parent.PixelsToUnits());
Vector3 vector32 = vector31 - this.lastPosition;
Vector3 vector33 = (this.parent.transform.position + vector32).Quantize(this.parent.PixelsToUnits());
this.parent.transform.position = vector33;
this.lastPosition = vector31;
}
base.OnMouseMove(args);
}
protected internal override void OnMouseMove( dfMouseEventArgs args )
{
if( !args.Buttons.IsSet( dfMouseButtons.Left ) )
{
base.OnMouseMove( args );
return;
}
this.Value = getValueFromMouseEvent( args );
args.Use();
Signal( "OnMouseMove", this, args );
raiseMouseMoveEvent( args );
}
protected internal override void OnMouseDown( dfMouseEventArgs args )
{
if( args.Source != this )
{
base.OnMouseDown( args );
return;
}
var setCursorPosition =
!ReadOnly &&
args.Buttons.IsSet( dfMouseButtons.Left ) &&
(
( !HasFocus && !SelectOnFocus ) ||
( Time.realtimeSinceStartup - whenGotFocus ) > 0.25f
);
if( setCursorPosition )
{
var index = getCharIndexOfMouse( args );
if( index != cursorIndex )
{
cursorIndex = index;
cursorShown = true;
Invalidate();
args.Use();
}
mouseSelectionAnchor = cursorIndex;
selectionStart = selectionEnd = cursorIndex;
if( Time.realtimeSinceStartup - tripleClickTimer < 0.25f )
{
SelectAll();
tripleClickTimer = 0f;
}
}
base.OnMouseDown( args );
}
protected internal override void OnMouseMove( dfMouseEventArgs args )
{
if( args is dfTouchEventArgs || isMouseDown )
{
if( !args.Used && ( args.Position - touchStartPosition ).magnitude > 5 )
{
var delta = args.MoveDelta.Scale( -1, 1 );
// Calculate the effective screen size
var manager = GetManager();
var screenSize = manager.GetScreenSize();
// Obtain a reference to the camera used to render this control
var renderCamera = manager.RenderCamera;
// Scale the movement amount by the difference between the "virtual"
// screen size and the real screen size
delta.x = screenSize.x * ( delta.x / renderCamera.pixelWidth );
delta.y = screenSize.y * ( delta.y / renderCamera.pixelHeight );
// Set the new scroll position and momentum
ScrollPosition += delta;
scrollMomentum = ( scrollMomentum + delta ) * 0.5f;
args.Use();
}
}
base.OnMouseMove( args );
}
protected internal override void OnMouseUp( dfMouseEventArgs args )
{
//Parent.PerformLayout();
Parent.MakePixelPerfect();
args.Use();
base.OnMouseUp( args );
}
protected internal override void OnMouseDown( dfMouseEventArgs args )
{
args.Use();
var plane = new Plane( parent.transform.TransformDirection( Vector3.back ), parent.transform.position );
var ray = args.Ray;
var distance = 0f;
plane.Raycast( args.Ray, out distance );
mouseAnchorPos = ( ray.origin + ray.direction * distance );
startSize = parent.Size;
startPosition = parent.RelativePosition;
#region Calculate the min and max edge positions
minEdgePos = startPosition;
maxEdgePos = (Vector2)startPosition + startSize;
var minSize = parent.CalculateMinimumSize();
var maxSize = parent.MaximumSize;
if( maxSize.magnitude <= float.Epsilon )
{
maxSize = Vector2.one * 2048;
}
if( ( Edges & ResizeEdge.Left ) == ResizeEdge.Left )
{
minEdgePos.x = maxEdgePos.x - maxSize.x;
maxEdgePos.x = maxEdgePos.x - minSize.x;
}
else if( ( Edges & ResizeEdge.Right ) == ResizeEdge.Right )
{
minEdgePos.x = startPosition.x + minSize.x;
maxEdgePos.x = startPosition.x + maxSize.x;
}
if( ( Edges & ResizeEdge.Top ) == ResizeEdge.Top )
{
minEdgePos.y = maxEdgePos.y - maxSize.y;
maxEdgePos.y = maxEdgePos.y - minSize.y;
}
else if( ( Edges & ResizeEdge.Bottom ) == ResizeEdge.Bottom )
{
minEdgePos.y = startPosition.y + minSize.y;
maxEdgePos.y = startPosition.y + maxSize.y;
}
#endregion
}
protected internal override void OnMouseWheel(dfMouseEventArgs args)
{
dfScrollbar value = this;
value.Value = value.Value + this.IncrementAmount * -args.WheelDelta;
args.Use();
base.Signal("OnMouseWheel", new object[] { args });
}
void ResetButton_MouseHover(dfControl control, dfMouseEventArgs mouseEvent)
{
// print("ResetButton_MouseHover");
mouseEvent.Use();
updateTipText(TipState.ResetButton);
}
protected internal override void OnMouseMove(dfMouseEventArgs args)
{
if (args.Source == this.incButton || args.Source == this.decButton)
{
return;
}
if (args.Source != this.track && args.Source != this.thumb || !args.Buttons.IsSet(dfMouseButtons.Left))
{
base.OnMouseMove(args);
return;
}
this.Value = Mathf.Max(this.minValue, this.getValueFromMouseEvent(args) - this.scrollSize * 0.5f);
args.Use();
base.Signal("OnMouseMove", new object[] { args });
}
protected internal override void OnMouseDown( dfMouseEventArgs args )
{
if( args.Buttons.IsSet( dfMouseButtons.Left ) )
this.Focus();
if( args.Source == incButton || args.Source == decButton )
return;
if( ( args.Source != track && args.Source != thumb ) || !args.Buttons.IsSet( dfMouseButtons.Left ) )
{
base.OnMouseDown( args );
return;
}
if( args.Source == this.thumb )
{
// Find the point where the ray intersects the thumb
RaycastHit hitInfo;
thumb.collider.Raycast( args.Ray, out hitInfo, 1000f );
// Calculate the thumb's center in global space
var thumbCenter = thumb.transform.position + thumb.Pivot.TransformToCenter( thumb.Size * PixelsToUnits() );
// Calculate the offset between the intersect point and the
// thumb's upper left corner so that the thumb can always
// be positioned relative to the mouse while dragging
this.thumbMouseOffset = ( thumbCenter - hitInfo.point );
}
else
{
updateFromTrackClick( args );
}
args.Use();
Signal( "OnMouseDown", args );
}
private void incrementPressed(dfControl sender, dfMouseEventArgs args)
{
if (args.Buttons.IsSet(dfMouseButtons.Left))
{
dfScrollbar value = this;
value.Value = value.Value + this.IncrementAmount;
args.Use();
}
}
protected internal override void OnMouseHover( dfMouseEventArgs args )
{
var ignoreEvent =
args.Source == this.incButton ||
args.Source == this.decButton ||
args.Source == this.thumb;
if( ignoreEvent )
return;
if( ( args.Source != track ) || !args.Buttons.IsSet( dfMouseButtons.Left ) )
{
base.OnMouseHover( args );
return;
}
updateFromTrackClick( args );
args.Use();
Signal( "OnMouseHover", args );
}
void OnClick( dfControl sender, dfMouseEventArgs args )
{
AddMessage( "New test message added to the list at " + DateTime.Now );
args.Use();
}
protected internal override void OnMouseMove( dfMouseEventArgs args )
{
// Don't care about mouse movement over increment or
// decrement buttons
if( args.Source == this.incButton || args.Source == this.decButton )
return;
if( ( args.Source != track && args.Source != thumb ) || !args.Buttons.IsSet( dfMouseButtons.Left ) )
{
base.OnMouseMove( args );
return;
}
// Attempt to center the thumb on the mouse position
this.Value = Mathf.Max( minValue, getValueFromMouseEvent( args ) - scrollSize * 0.5f );
args.Use();
Signal( "OnMouseMove", args );
}
protected internal override void OnMouseMove( dfMouseEventArgs args )
{
if( !args.Buttons.IsSet( dfMouseButtons.Left ) || Edges == ResizeEdge.None )
return;
args.Use();
var ray = args.Ray;
var distance = 0f;
var direction = this.GetCamera().transform.TransformDirection( Vector3.back );
var plane = new Plane( direction, mouseAnchorPos );
plane.Raycast( ray, out distance );
var p2u = this.PixelsToUnits();
var pos = ( ray.origin + ray.direction * distance );
var offset = ( ( pos - mouseAnchorPos ) / p2u );
// Flip Y axis for screen coordinates
offset.y *= -1;
var left = startPosition.x;
var top = startPosition.y;
var right = left + startSize.x;
var bottom = top + startSize.y;
if( ( Edges & ResizeEdge.Left ) == ResizeEdge.Left )
{
left = Mathf.Min( maxEdgePos.x, Mathf.Max( minEdgePos.x, left + offset.x ) );
}
else if( ( Edges & ResizeEdge.Right ) == ResizeEdge.Right )
{
right = Mathf.Min( maxEdgePos.x, Mathf.Max( minEdgePos.x, right + offset.x ) );
}
if( ( Edges & ResizeEdge.Top ) == ResizeEdge.Top )
{
top = Mathf.Min( maxEdgePos.y, Mathf.Max( minEdgePos.y, top + offset.y ) );
}
else if( ( Edges & ResizeEdge.Bottom ) == ResizeEdge.Bottom )
{
bottom = Mathf.Min( maxEdgePos.y, Mathf.Max( minEdgePos.y, bottom + offset.y ) );
}
parent.Size = new Vector2( right - left, bottom - top );
parent.RelativePosition = new Vector3( left, top, 0 );
if( parent.GetManager().PixelPerfectMode )
{
parent.MakePixelPerfect();
}
}
protected internal override void OnMouseWheel( dfMouseEventArgs args )
{
this.Value += IncrementAmount * -args.WheelDelta;
args.Use();
Signal( "OnMouseWheel", args );
}
protected internal override void OnMouseWheel( dfMouseEventArgs args )
{
try
{
if( args.Used || !allowScrolling )
return;
var wheelAmount = this.UseScrollMomentum ? 1 : 3;
var amount = vertScrollbar != null ? vertScrollbar.IncrementAmount : FontSize * wheelAmount;
ScrollPosition = new Vector2( scrollPosition.x, scrollPosition.y - amount * args.WheelDelta );
scrollMomentum = new Vector2( 0, -amount * args.WheelDelta );
args.Use();
Signal( "OnMouseWheel", args );
}
finally
{
base.OnMouseWheel( args );
}
}
private void incrementPressed( dfControl sender, dfMouseEventArgs args )
{
if( args.Buttons.IsSet( dfMouseButtons.Left ) )
{
Value += IncrementAmount;
args.Use();
}
}
protected internal override void OnMouseWheel( dfMouseEventArgs args )
{
try
{
if( args.Used )
return;
var amount = wheelDirection == dfControlOrientation.Horizontal
? horzScroll != null ? horzScroll.IncrementAmount : scrollWheelAmount
: vertScroll != null ? vertScroll.IncrementAmount : scrollWheelAmount;
if( wheelDirection == dfControlOrientation.Horizontal )
{
ScrollPosition = new Vector2( scrollPosition.x - amount * args.WheelDelta, scrollPosition.y );
scrollMomentum = new Vector2( -amount * args.WheelDelta, 0 );
}
else
{
ScrollPosition = new Vector2( scrollPosition.x, scrollPosition.y - amount * args.WheelDelta );
scrollMomentum = new Vector2( 0, -amount * args.WheelDelta );
}
args.Use();
Signal( "OnMouseWheel", this, args );
}
finally
{
base.OnMouseWheel( args );
}
}
protected internal override void OnMouseDown(dfMouseEventArgs args)
{
RaycastHit raycastHit;
if (args.Buttons.IsSet(dfMouseButtons.Left))
{
base.Focus();
}
if (args.Source == this.incButton || args.Source == this.decButton)
{
return;
}
if (args.Source != this.track && args.Source != this.thumb || !args.Buttons.IsSet(dfMouseButtons.Left))
{
base.OnMouseDown(args);
return;
}
if (args.Source != this.thumb)
{
this.updateFromTrackClick(args);
}
else
{
this.thumb.collider.Raycast(args.Ray, out raycastHit, 1000f);
Vector3 center = this.thumb.transform.position + this.thumb.Pivot.TransformToCenter(this.thumb.Size * base.PixelsToUnits());
this.thumbMouseOffset = center - raycastHit.point;
}
args.Use();
base.Signal("OnMouseDown", new object[] { args });
}
protected internal override void OnMouseMove( dfMouseEventArgs args )
{
if( args.Source != this )
{
base.OnMouseMove( args );
return;
}
if( !ReadOnly && HasFocus && args.Buttons.IsSet( dfMouseButtons.Left ) )
{
var index = getCharIndexOfMouse( args );
if( index != cursorIndex )
{
cursorIndex = index;
cursorShown = true;
Invalidate();
args.Use();
selectionStart = Mathf.Min( mouseSelectionAnchor, index );
selectionEnd = Mathf.Max( mouseSelectionAnchor, index );
return;
}
}
base.OnMouseMove( args );
}
protected internal override void OnMouseHover(dfMouseEventArgs args)
{
if ((args.Source == this.incButton || args.Source == this.decButton ? true : args.Source == this.thumb))
{
return;
}
if (args.Source != this.track || !args.Buttons.IsSet(dfMouseButtons.Left))
{
base.OnMouseHover(args);
return;
}
this.updateFromTrackClick(args);
args.Use();
base.Signal("OnMouseHover", new object[] { args });
}
protected internal override void OnMouseWheel( dfMouseEventArgs args )
{
var orientationDir = ( orientation == dfControlOrientation.Horizontal ) ? -1 : 1;
this.Value += ( scrollSize * args.WheelDelta ) * orientationDir;
args.Use();
Signal( "OnMouseWheel", args );
raiseMouseWheelEvent( args );
}
protected internal override void OnMouseWheel(dfMouseEventArgs args)
{
this.SelectedIndex = Mathf.Max(0, this.SelectedIndex - Mathf.RoundToInt(args.WheelDelta));
args.Use();
base.OnMouseWheel(args);
}