/// <summary>
/// Called when a element is dropped onto the canvas
/// </summary>
private void CircuitCanvas_Drop(object sender, DragEventArgs e)
{
//Get the type of element that is dropped onto the canvas
String[] allFormats = e.Data.GetFormats();
//Make sure there is a format there
if (allFormats.Length == 0)
{
return;
}
string ItemType = allFormats[0];
//Create a new type of the format
CircuitObject instance = (CircuitObject)Assembly.GetExecutingAssembly().CreateInstance(ItemType);
//If the format doesn't exist do nothing
if (instance == null)
{
return;
}
//Add the element to the canvas
CircuitCanvas.Children.Add(instance);
//Get the point of the mouse relative to the canvas
Point p = e.GetPosition(CircuitCanvas);
//Take 15 from the mouse position to center the element on the mouse
Canvas.SetLeft(instance, p.X - 15);
Canvas.SetTop(instance, p.Y - 15);
}
private void SetLinkInfo(CircuitObject Info)
{
m_LineAction.SetCtrlPositionInfo(Info.GetCtrlInfo());
foreach (NDleapObject leap in m_HaveLeap)
{
if (leap == null)
{
continue;
}
LeapObject obj = Info.GetLinkInfo(leap.LeapIndex);
if (obj != null)
{
//link
NDlabObject lab = NDlabObject.FindLabObject(obj.linkCircuitObjectID);
if (lab != null && lab is NDCircuitObject)
{
NDleapObject leapobj = (lab as NDCircuitObject).FindLeap(obj.linkCircuitLeapIndex);
if (leapobj != null && leapobj is NDCircuitLeap)
{
(leap as NDLineLeap).Link = (leapobj as NDCircuitLeap);
(leapobj as NDCircuitLeap).AddLinkLine(this);
}
}
}
}
}
/// <summary>
///取元气件速据
/// </summary>
public override LabObject GetCircuitData()
{
CircuitObject Info = new CircuitObject(ID, LabObjectType, Position);
Dictionary <string, string> list = new Dictionary <string, string>();
list.Add("m_fInternalResistance", m_fInternalResistance.ToString());
return(Info);
}
/// <summary>
///设置元气件速据 （用于从文件系统还原数据）
/// </summary>
public virtual void SetData(CircuitObject Info)
{
SetTransform(transform, Info.Position);
ID = Info.ID;
if (ID >= LabAllocationID)
{
LabAllocationID = ID + 1;
}
JoinLabObject();
}
/// <summary>
///取元气件速据
/// </summary>
public override LabObject GetCircuitData()
{
CircuitObject Info = new CircuitObject(ID, LabObjectType, Position);
Dictionary <string, string> list = new Dictionary <string, string>();
list.Add("m_fRatedVoltage", m_fRatedVoltage.ToString());
list.Add("m_fRatedPower", m_fRatedPower.ToString());
list.Add("m_bShowElectricity", m_bShowElectricity.ToString());
return(Info);
}
/// <summary>
///取元气件速据
/// </summary>
public override LabObject GetCircuitData()
{
CircuitObject Info = new CircuitObject(ID, LabObjectType, Position);
Dictionary <string, string> list = new Dictionary <string, string> ();
list.Add("m_fInternalResistance", m_fInternalResistance.ToString());
list.Add("m_iRetainDecimalNum", m_iRetainDecimalNum.ToString());
//导线连接关系
//Info.SetLinkInfo();
return(Info);
}
public override void Copy(LabObject info)
{
base.Copy(info);
if (info is CircuitObject)
{
CircuitObject cirObj = info as CircuitObject;
this.CircuitInfo = cirObj.CircuitInfo;
this.CtrlNode.Clear();
this.CtrlNode.AddRange(cirObj.CtrlNode);
this.CtrlNode.Clear();
this.CtrlNode.AddRange(cirObj.CtrlNode);
}
}
/// <summary>
///取元气件速据
/// </summary>
public override LabObject GetCircuitData()
{
CircuitObject Info = new CircuitObject(ID, LabObjectType, Position);
List <PositionInfo> l = new List <PositionInfo>();
l.AddRange(m_LineAction.GetCtrlPositionInfo());
Info.SetCtrlInfo(l);
List <LeapObject> ll = new List <LeapObject>();
ll.Add(new LeapObject(StartLineLeap.LeapIndex, StartLineLeap.LinkCuiCircuitObjectID, StartLineLeap.LinkLeapIndex));
ll.Add(new LeapObject(EndLineLeap.LeapIndex, EndLineLeap.LinkCuiCircuitObjectID, EndLineLeap.LinkLeapIndex));
Info.SetLinkInfo(ll);
return(Info);
}
public override InputReturns Paste(StateControls stateControls, HashSet <BoardObject> clipBoard)
{
selections.Clear();
CircuitObject currentObject = null;
//Average position of all added objects
Vec2 averagePosition = Vec2.Zero;
foreach (var obj in clipBoard)
{
var newObj = (CircuitObject)obj.Copy();
selections.Add(newObj);
if (currentObject == null)
{
currentObject = newObj;
}
averagePosition += newObj.StartPoint;
}
averagePosition /= selections.Count;
//Moves object so that they are centered around the mouse for ease of selection
foreach (var obj in selections)
{
Vec2 offset = obj.StartPoint - averagePosition + stateControls.LocalMousePosition;
obj.SetPosition(offset);
}
stateControls.CircuitPropertiesOutput = GetUpdatedCircuitProperties(stateControls.RegisterChange);
//New objects pasted and are now being held
if (selections.Count > 0)
{
return(true, new MovingSelectionState(stateControls.LocalMousePosition, selections, currentObject, stateControls.State, false));
}
return(false, this);
}
/// <summary>
/// Get circuti data
/// </summary>
public bool GetCircuitData()
{
m_Circuitobj.Clear();
List <NDlabObject> l = NDlabObject.SearchLabObject(SearchCicuitType.NormalCircuit);
foreach (NDlabObject Obj in l)
{
if (Obj == null)
{
continue;
}
CircuitObject o = (Obj as NDCircuitObject).GetCircuitData() as CircuitObject;
if (o == null)
{
continue;
}
m_Circuitobj.Add(o);
}
List <NDlabObject> l2 = NDlabObject.SearchLabObject(SearchCicuitType.ELELINE);
foreach (NDlabObject Obj in l2)
{
if (Obj == null)
{
continue;
}
CircuitObject o = (Obj as NDCircuitObject).GetCircuitData() as CircuitObject;
if (o == null)
{
continue;
}
m_Circuitobj.Add(o);
}
return(true);
}
/// <summary>
///设置元气件速据 （用于从文件系统还原数据）
/// </summary>
public override void SetData(CircuitObject Info)
{
base.SetData(Info);
}
/// <summary>
///设置元气件速据 （用于从文件系统还原数据）
/// </summary>
public override void SetData(CircuitObject Info)
{
}
/// <summary>
/// Called when the mouse button is let go
/// </summary>
private void CircuitCanvas_MouseUp(object sender, MouseButtonEventArgs e)
{
//If there is a linking in progress
if (_linkingStarted)
{
//Temporary value to show
bool linked = false;
//Get the type of the element that the mouse went up on
var BaseType = e.Source.GetType().BaseType;
if (BaseType == typeof(CircuitObject))
{
//Convert to a circuit object
CircuitObject obj = (CircuitObject)e.Source;
//Get the position of the mouse relative to the circuit object
Point MousePosition = e.GetPosition(obj);
//Get the element underneath the mouse
HitTestResult result = VisualTreeHelper.HitTest(obj, MousePosition);
//Return if there is no element under the cursor
if (result == null || result.VisualHit == null)
{
//Remove the temporary line
Connections.Children.Remove(_tempLink);
_tempLink = null;
_linkingStarted = false;
return;
}
//If the underlying element is a border element
if (result.VisualHit is Border)
{
Border border = (Border)result.VisualHit;
var IO = border.Parent;
//Check if the border element is a input element in disguise
if (IO is Input)
{
//Convert to a input element
Input IOInput = (Input)IO;
//Get the center of the input relative to the canvas
Point inputPoint = IOInput.TransformToAncestor(CircuitCanvas).Transform(new Point(IOInput.ActualWidth / 2, IOInput.ActualHeight / 2));
//Ends the line in the centre of the input
_tempLink.EndPoint = inputPoint;
//Links the output to the input
IOInput.LinkInputs(_tempOutput);
//Adds to the global list
_powerList.Add(_tempOutput);
_powerList.Add(IOInput);
//Attaches the line to the object
obj.AttachInputLine(_tempLink);
//Some evil casting (the outputs' parent of the parent is the circuit object that contains the output). Attaches the output side to the object
((CircuitObject)((Grid)_tempOutput.Parent).Parent).AttachOutputLine(_tempLink);
//Set linked to true
linked = true;
}
}
}
//If it isn't linked remove the temporary link
if (!linked)
{
Connections.Children.Remove(_tempLink);
_tempLink = null;
}
//Stop handling linking
_linkingStarted = false;
e.Handled = true;
}
}
/// <summary>
///取元气件速据
/// </summary>
public override LabObject GetCircuitData()
{
CircuitObject Info = new CircuitObject(ID, LabObjectType, Position);
return(Info);
}
