private void Random_Pair_Click_Array(string[] A)
{
for (int i = 0; i < Line_Array.Length; i++)
{
Line_Array[i].Show(canvas, false);
My_Line obj = new My_Line(canvas);
My_List_Line[My_List_Line.IndexOf(Line_Array[i])] = obj;
Line_Array[i] = obj;
Line_Array[i].Show(canvas, false);
}
for (int i = 0; i < Rect_Array.Length; i++)
{
Rect_Array[i].Show(canvas, false);
My_Rectangle obj1 = new My_Rectangle(canvas);
My_List_Rect[My_List_Rect.IndexOf(Rect_Array[i])] = obj1;
Rect_Array[i] = obj1;
Rect_Array[i].Show(canvas, false);
}
for (int i = 0; i < Ell_Array.Length; i++)
{
Ell_Array[i].Show(canvas, false);
My_Ellipse obj2 = new My_Ellipse(canvas);
My_List_Ell[My_List_Ell.IndexOf(Ell_Array[i])] = obj2;
Ell_Array[i] = obj2;
Ell_Array[i].Show(canvas, false);
}
for (int i = 0; i < Circ_Array.Length; i++)
{
Circ_Array[i].Show(canvas, false);
My_Circle obj3 = new My_Circle(canvas);
My_List_Circ[My_List_Circ.IndexOf(Circ_Array[i])] = obj3;
Circ_Array[i] = obj3;
Circ_Array[i].Show(canvas, false);
}
for (int i = 0; i < Arr_Array.Length; i++)
{
Arr_Array[i].Show(canvas, false);
My_Arrow obj4 = new My_Arrow(canvas);
My_List_Arr[My_List_Arr.IndexOf(Arr_Array[i])] = obj4;
Arr_Array[i] = obj4;
Arr_Array[i].Show(canvas, false);
}
for (int i = 0; i < Romb_Array.Length; i++)
{
Romb_Array[i].Show(canvas, false);
My_Romb obj4 = new My_Romb(canvas);
My_List_Romb[My_List_Romb.IndexOf(Romb_Array[i])] = obj4;
Romb_Array[i] = obj4;
Romb_Array[i].Show(canvas, false);
}
for (int i = 0; i < Trap_Array.Length; i++)
{
Trap_Array[i].Show(canvas, false);
My_Trap obj4 = new My_Trap(canvas);
My_List_Trap[My_List_Trap.IndexOf(Trap_Array[i])] = obj4;
Trap_Array[i] = obj4;
Trap_Array[i].Show(canvas, false);
}
}
private void Random_Create_Click(object sender, RoutedEventArgs e)
{
if (Changed_figure == "Line")
{
My_Line obj = new My_Line(canvas);
Add_to_ComboBox(obj, Count_Line);
My_List_Line.Add(obj);
My_List_Line[Count_Line++].Show(canvas, false);
}
if (Changed_figure == "Rectangle")
{
My_Rectangle obj = new My_Rectangle(canvas);
Add_to_ComboBox(obj, Count_Rect);
My_List_Rect.Add(obj);
My_List_Rect[Count_Rect++].Show(canvas, false);
}
if (Changed_figure == "Arrow")
{
My_Arrow obj = new My_Arrow(canvas);
Add_to_ComboBox(obj, Count_Arr);
My_List_Arr.Add(obj);
My_List_Arr[Count_Arr++].Show(canvas, false);
}
if (Changed_figure == "Ellipse")
{
My_Ellipse obj = new My_Ellipse(canvas);
Add_to_ComboBox(obj, Count_Ell);
My_List_Ell.Add(obj);
My_List_Ell[Count_Ell++].Show(canvas, false);
}
if (Changed_figure == "Circle")
{
My_Circle obj = new My_Circle(canvas);
Add_to_ComboBox(obj, Count_Circ);
My_List_Circ.Add(obj);
My_List_Circ[Count_Circ++].Show(canvas, false);
}
if (Changed_figure == "Romb")
{
My_Romb obj = new My_Romb(canvas);
Add_to_ComboBox(obj, Count_Romb);
My_List_Romb.Add(obj);
My_List_Romb[Count_Romb++].Show(canvas, false);
}
if (Changed_figure == "Trap")
{
My_Trap obj = new My_Trap(canvas);
Add_to_ComboBox(obj, Count_Trap);
My_List_Trap.Add(obj);
My_List_Trap[Count_Trap++].Show(canvas, false);
}
}
private void Canvas_MouseLeftButtonUp(object sender, MouseButtonEventArgs e)
{
if (Change == "Move")
{
try
{
string[] A = ComboBox.Text.Split(new char[] { '.' });
if (ComboBox.Text != "" && isEmpty())
{
if (A[1] == "My_Line")
{
My_List_Line[Convert.ToInt32(A[2])].MoveTo(e, canvas, start_X, start_Y);
}
if (A[1] == "My_Rectangle")
{
My_List_Rect[Convert.ToInt32(A[2])].MoveTo(e, canvas, start_X, start_Y);
}
if (A[1] == "My_Ellipse")
{
My_List_Ell[Convert.ToInt32(A[2])].MoveTo(e, canvas, start_X, start_Y);
}
if (A[1] == "My_Circle")
{
My_List_Circ[Convert.ToInt32(A[2])].MoveTo(e, canvas, start_X, start_Y);
}
if (A[1] == "My_Arrow")
{
My_List_Arr[Convert.ToInt32(A[2])].MoveTo(e, canvas, start_X, start_Y);
}
if (A[1] == "My_Romb")
{
My_List_Romb[Convert.ToInt32(A[2])].MoveTo(e, canvas, start_X, start_Y);
}
if (A[1] == "My_Trap")
{
My_List_Trap[Convert.ToInt32(A[2])].MoveTo(e, canvas, start_X, start_Y);
}
}
foreach (My_Line i in Line_Array)
{
i.MoveTo(e, canvas, start_X, start_Y);
}
foreach (My_Rectangle i in Rect_Array)
{
i.MoveTo(e, canvas, start_X, start_Y);
}
foreach (My_Circle i in Circ_Array)
{
i.MoveTo(e, canvas, start_X, start_Y);
}
foreach (My_Arrow i in Arr_Array)
{
i.MoveTo(e, canvas, start_X, start_Y);
}
foreach (My_Ellipse i in Ell_Array)
{
i.MoveTo(e, canvas, start_X, start_Y);
}
foreach (My_Romb i in Romb_Array)
{
i.MoveTo(e, canvas, start_X, start_Y);
}
foreach (My_Trap i in Trap_Array)
{
i.MoveTo(e, canvas, start_X, start_Y);
}
}
catch
{
MessageBox.Show("Выберите элемент из ChekBox");
}
}
if (Change == "Create")
{
if (Changed_figure == "Line")
{
My_Line obj = new My_Line(e, start_X, start_Y, isMenuCaptured);
Add_to_ComboBox(obj, Count_Line);
My_List_Line.Add(obj);
My_List_Line[Count_Line++].Show(canvas, false);
}
if (Changed_figure == "Rectangle")
{
My_Rectangle obj = new My_Rectangle(start_X, start_Y, e.GetPosition(null).X, e.GetPosition(null).Y, isMenuCaptured);
Add_to_ComboBox(obj, Count_Rect);
My_List_Rect.Add(obj);
My_List_Rect[Count_Rect++].Show(canvas, false);
}
if (Changed_figure == "Arrow")
{
My_Arrow obj = new My_Arrow(e, start_X, start_Y, isMenuCaptured);
Add_to_ComboBox(obj, Count_Arr);
My_List_Arr.Add(obj);
My_List_Arr[Count_Arr++].Show(canvas, false);
}
if (Changed_figure == "Ellipse")
{
My_Ellipse obj = new My_Ellipse(e.GetPosition(null).X, e.GetPosition(null).Y, start_X, start_Y, isMenuCaptured, canvas);
Add_to_ComboBox(obj, Count_Ell);
My_List_Ell.Add(obj);
My_List_Ell[Count_Ell++].Show(canvas, false);
}
if (Changed_figure == "Circle")
{
My_Circle obj = new My_Circle(e.GetPosition(null).X, e.GetPosition(null).Y, start_X, start_Y, isMenuCaptured, canvas);
Add_to_ComboBox(obj, Count_Circ);
My_List_Circ.Add(obj);
My_List_Circ[Count_Circ++].Show(canvas, false);
}
if (Changed_figure == "Romb")
{
My_Romb obj = new My_Romb(e.GetPosition(null).X, e.GetPosition(null).Y, start_X, start_Y, isMenuCaptured);
Add_to_ComboBox(obj, Count_Romb);
My_List_Romb.Add(obj);
My_List_Romb[Count_Romb++].Show(canvas, false);
}
if (Changed_figure == "Trap")
{
My_Trap obj = new My_Trap(e.GetPosition(null).X, e.GetPosition(null).Y, start_X, start_Y, isMenuCaptured);
Add_to_ComboBox(obj, Count_Trap);
My_List_Trap.Add(obj);
My_List_Trap[Count_Trap++].Show(canvas, false);
}
}
}
private void Random_Pair_Click(object sender, RoutedEventArgs e)
{
try
{
string[] A = ComboBox.Text.Split(new char[] { '.' });
if (ComboBox.Text != "" && isEmpty())
{
if (A[1] == "My_Line")
{
My_List_Line[Convert.ToInt32(A[2])].Show(canvas, false);
My_Line obj = new My_Line(canvas);
My_List_Line[Convert.ToInt32(A[2])] = obj;
My_List_Line[Convert.ToInt32(A[2])].Show(canvas, false);
}
if (A[1] == "My_Rectangle")
{
My_List_Rect[Convert.ToInt32(A[2])].Show(canvas, false);
My_Rectangle obj = new My_Rectangle(canvas);
My_List_Rect[Convert.ToInt32(A[2])] = obj;
My_List_Rect[Convert.ToInt32(A[2])].Show(canvas, false);
}
if (A[1] == "My_Ellipse")
{
My_List_Ell[Convert.ToInt32(A[2])].Show(canvas, false);
My_Ellipse obj = new My_Ellipse(canvas);
My_List_Ell[Convert.ToInt32(A[2])] = obj;
My_List_Ell[Convert.ToInt32(A[2])].Show(canvas, false);
}
if (A[1] == "My_Circle")
{
My_List_Circ[Convert.ToInt32(A[2])].Show(canvas, false);
My_Circle obj = new My_Circle(canvas);
My_List_Circ[Convert.ToInt32(A[2])] = obj;
My_List_Circ[Convert.ToInt32(A[2])].Show(canvas, false);
}
if (A[1] == "My_Arrow")
{
My_List_Arr[Convert.ToInt32(A[2])].Show(canvas, false);
My_Arrow obj = new My_Arrow(canvas);
My_List_Arr[Convert.ToInt32(A[2])] = obj;
My_List_Arr[Convert.ToInt32(A[2])].Show(canvas, false);
}
if (A[1] == "My_Romb")
{
My_List_Romb[Convert.ToInt32(A[2])].Show(canvas, false);
My_Romb obj = new My_Romb(canvas);
My_List_Romb[Convert.ToInt32(A[2])] = obj;
My_List_Romb[Convert.ToInt32(A[2])].Show(canvas, false);
}
if (A[1] == "My_Trap")
{
My_List_Trap[Convert.ToInt32(A[2])].Show(canvas, false);
My_Trap obj = new My_Trap(canvas);
My_List_Trap[Convert.ToInt32(A[2])] = obj;
My_List_Trap[Convert.ToInt32(A[2])].Show(canvas, false);
}
}
Random_Pair_Click_Array(A);
}
catch (Exception er)
{
}
}
/// <summary>
/// Иницализация данных при зоздании FSM с языком VHDL
/// </summary>
/// <param name="options"></param>
/// <param name="vhdl_module"></param>
public static void InitVHDLData(
FSM_OptionsHelper options,
VHDL_Module vhdl_module,
Constructor_Core core
)
{
//загружаем данные VHDL
//Добавляем порты
List <My_Port> NewPortsFSM = new List <My_Port>();
Point pt = new Point(50, 50);
foreach (VHDL_Port p in vhdl_module.PortList)
{
My_Port new_port = CreatePort(p, pt, core);
NewPortsFSM.Add(new_port);
pt.Y += 40;
}
core.Graph.AddFigureRange(NewPortsFSM);
//-----------------------------
core.Graph.VHDLModule = vhdl_module;
//добавляем состояния
if (options.NumberOfStates != 0)
{
#region Add States
switch (options.StatesLayout)
{
case FSM_OptionsHelper.FSMStatesLayout.LinearHorisontal:
{
pt = new Point(100, 70);
System.Drawing.Size size = new System.Drawing.Size(40, 40);
int Distance = 100;
for (int i = 0; i < options.NumberOfStates; i++)
{
My_State state = new My_State(core, new Rectangle(pt, size), true);
state.name = string.Format("S{0}", i);
core.Graph.AddFigure(state);
pt.X += Distance;
}
}
break;
case FSM_OptionsHelper.FSMStatesLayout.LinearVertical:
{
pt = new Point(100, 70);
System.Drawing.Size size = new System.Drawing.Size(40, 40);
int Distance = 100;
for (int i = 0; i < options.NumberOfStates; i++)
{
My_State state = new My_State(core, new Rectangle(pt, size), true);
state.name = string.Format("S{0}", i);
core.Graph.AddFigure(state);
pt.Y += Distance;
}
}
break;
case FSM_OptionsHelper.FSMStatesLayout.Circular:
{
Point Start_Point = new Point(100, 70);
System.Drawing.Size size = new System.Drawing.Size(40, 40);
double angle = 0;
int Radius = (options.NumberOfStates / 4 + 1) * 50;
for (int i = 0; i < options.NumberOfStates; i++)
{
pt.X = (int)(Radius * Math.Cos(angle)) + Radius + Start_Point.X;
pt.Y = (int)(Radius * Math.Sin(angle)) + Radius + Start_Point.Y;
My_State state = new My_State(core, new Rectangle(pt, size), true);
state.name = string.Format("S{0}", i);
core.Graph.AddFigure(state);
angle += (2 * Math.PI / (double)options.NumberOfStates);
}
}
break;
default:
break;
}
#endregion ;
#region Add Transitions
switch (options.Transition)
{
case FSM_OptionsHelper.FSMTransition.None:
{ }
break;
case FSM_OptionsHelper.FSMTransition.Forward:
{
for (int i = 0; i < options.NumberOfStates; i++)
{
My_State s1 = core.Graph.States[i];
My_State s2 = (i < (options.NumberOfStates - 1)) ? core.Graph.States[i + 1] : core.Graph.States[0];
My_Line line = new My_Line(s1, s2, string.Format("L{0}", i), "", core);
core.Graph.AddFigure(line);
}
}
break;
case FSM_OptionsHelper.FSMTransition.Backward:
{
for (int i = 0; i < options.NumberOfStates; i++)
{
My_State s2 = core.Graph.States[i];
My_State s1 = (i < (options.NumberOfStates - 1)) ? core.Graph.States[i + 1] : core.Graph.States[0];
My_Line line = new My_Line(s1, s2, string.Format("L{0}", i), "", core);
core.Graph.AddFigure(line);
}
}
break;
case FSM_OptionsHelper.FSMTransition.Both:
{
for (int i = 0; i < options.NumberOfStates; i++)
{
My_State s1 = core.Graph.States[i];
My_State s2 = (i < (options.NumberOfStates - 1)) ? core.Graph.States[i + 1] : core.Graph.States[0];
My_Line line1 = new My_Line(s1, s2, string.Format("L{0}", 2 * i), "", core);
core.Graph.AddFigure(line1);
My_Line line2 = new My_Line(s2, s1, string.Format("L{0}", 2 * i + 1), "", core);
core.Graph.AddFigure(line2);
core.Graph.UpdateLinesAggle(s1, s2);
}
}
break;
default:
break;
}
#endregion
#region AddReset
#endregion
}
//-----------------------------
}