markus / MarkupToPDF_Old / Controls / Event / Move.cs @ 5538eb5a
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#region using문 |
|---|---|
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using System; |
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using System.Windows; |
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using System.Collections.Generic; |
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using System.Linq; |
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using System.Text; |
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using System.Windows.Media; |
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using System.Windows.Controls; |
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using System.Threading.Tasks; |
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using MarkupToPDF.Controls.Common; |
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using MarkupToPDF.Controls.Line; |
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using MarkupToPDF.Controls.Polygon; |
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using MarkupToPDF.Controls.Shape; |
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using MarkupToPDF.Controls.Text; |
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using MarkupToPDF.Controls.Etc; |
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#endregion |
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|
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namespace MarkupToPDF.Controls.Event |
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{
|
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public class Move |
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{
|
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#region 변수 선언 |
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public SelectControl selectcontrol; |
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private Dictionary<object, Point> Dic; |
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RectangleControl rectanglecontrol; |
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CircleControl circlecontrol; |
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TriControl tricontrol; |
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RectCloudControl rectCloudcontrol; |
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LineControl linecontrol; |
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ArcControl arccontrol; |
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TextControl textcontrol; |
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IMarkupCommonData CommonData; |
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Vector rectSize; |
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Rect itemRect; |
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Point s_point; |
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Point e_point; |
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Rect DragRect; |
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Dictionary<Geometry, string> selected_item; |
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#endregion |
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|
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Point[] StartPoint |
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{
|
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get; |
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set; |
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} |
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|
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Point[] MidPoint |
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{
|
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get; |
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set; |
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} |
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|
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Point[] EndPoint |
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{
|
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get; |
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set; |
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} |
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|
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public Control CurrentControl |
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{
|
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get; |
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set; |
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} |
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|
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public MouseMode mousemode |
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{
|
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get; |
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set; |
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} |
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|
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|
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#region 아이템 선택 |
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public Dictionary<Geometry, string> control_Select(object Control, IMarkupCommonData commonData, Rect dragrect) |
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{
|
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CommonData = commonData; |
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DragRect = dragrect; |
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|
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ItemRect(Control); |
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|
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switch (commonData.ControlType) |
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{
|
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#region Shape |
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case (ControlType.Rectangle): |
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{
|
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IsSelectionControl((Control as RectangleControl).OverViewPathData); |
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return selected_item; |
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} |
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case (ControlType.Circle): |
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{
|
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IsSelectionControl((Control as CircleControl).OverViewPathData); |
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return selected_item; |
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} |
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case (ControlType.RectCloud): |
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{
|
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IsSelectionControl((Control as RectCloudControl).OverViewPathData); |
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return selected_item; |
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} |
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case (ControlType.Triangle): |
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{
|
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IsSelectionControl((Control as TriControl).OverViewPathData); |
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return selected_item; |
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} |
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#endregion |
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#region Line |
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case (ControlType.SingleLine): |
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{
|
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IsSelectionControl((Control as LineControl).OverViewPathData); |
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return selected_item; |
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} |
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case (ControlType.ArrowLine): |
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{
|
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IsSelectionControl((Control as LineControl).OverViewPathData); |
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return selected_item; |
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} |
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case (ControlType.ArrowMultiLine): |
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{
|
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IsSelectionControl((Control as ArrowControl_Multi).OverViewPathData); |
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return selected_item; |
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} |
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case (ControlType.CancelLine): |
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{
|
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IsSelectionControl((Control as LineControl).OverViewPathData); |
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return selected_item; |
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} |
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case (ControlType.ChainLine): |
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{
|
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IsSelectionControl((Control as LineControl).OverViewPathData); |
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return selected_item; |
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} |
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case (ControlType.DimLine): |
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{
|
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IsSelectionControl((Control as LineControl).OverViewPathData); |
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return selected_item; |
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} |
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case (ControlType.TwinLine): |
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{
|
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IsSelectionControl((Control as LineControl).OverViewPathData); |
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return selected_item; |
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} |
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case (ControlType.ArcLine): |
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{
|
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IsSelectionControl((Control as ArcControl).OverViewPathData); |
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return selected_item; |
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} |
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case (ControlType.ArcArrow): |
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{
|
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IsSelectionControl((Control as ArcControl).OverViewPathData); |
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return selected_item; |
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} |
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#endregion |
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case (ControlType.TextControl): |
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{
|
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//IsSelectionControl((Control as TextControl).OverViewPathData); |
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IsSelectionControl((Control as TextControl).OverViewPathData); |
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return selected_item; |
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} |
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} |
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return selected_item; |
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} |
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#endregion |
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|
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#region 선택된 아이템 클릭 |
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public ControlType control_Move_R(List<object> ControlList, Point m_point) |
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{
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if (ControlList == null) |
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{
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ControlList = new List<object>(); |
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Dic = new Dictionary<object, Point>(); |
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} |
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foreach (object content in ControlList) |
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{
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if ((content as IMarkupCommonData).IsSelected == true) |
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{
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ItemRect(content); |
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mousemode = MouseMode.Drawing; |
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if (itemRect.Contains(m_point)) |
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{
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switch ((content as IMarkupCommonData).ControlType) |
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{
|
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#region Shape |
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case (ControlType.Rectangle): |
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{CurrentControl = content as RectangleControl;}
|
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break; |
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case (ControlType.Circle): |
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{CurrentControl = content as CircleControl;}
|
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break; |
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case (ControlType.RectCloud): |
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{CurrentControl = content as RectCloudControl;}
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break; |
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case (ControlType.Triangle): |
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{CurrentControl = content as TriControl;}
|
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break; |
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#endregion |
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#region Line |
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case (ControlType.SingleLine): |
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{ CurrentControl = content as LineControl; }
|
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break; |
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case (ControlType.ArrowLine): |
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{ CurrentControl = content as LineControl; }
|
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break; |
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case (ControlType.ArrowMultiLine): |
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{ CurrentControl = content as ArrowControl_Multi; }
|
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break; |
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case (ControlType.CancelLine): |
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{ CurrentControl = content as LineControl; }
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break; |
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case (ControlType.DimLine): |
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{ CurrentControl = content as LineControl; }
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break; |
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case (ControlType.TwinLine): |
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{ CurrentControl = content as LineControl; }
|
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break; |
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case (ControlType.ChainLine): |
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{ CurrentControl = content as PolygonControl; }
|
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break; |
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case (ControlType.ArcLine): |
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{ CurrentControl = content as ArcControl; }
|
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break; |
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case (ControlType.ArcArrow): |
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{
|
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CurrentControl = content as ArcControl; |
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(content as ArcControl).isTransOn = true; |
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} |
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break; |
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#endregion |
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case (ControlType.TextControl): |
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{ CurrentControl = content as TextControl; }
|
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break; |
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} |
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return (content as IMarkupCommonData).ControlType; |
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} |
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} |
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} |
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return ControlType.None; |
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} |
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#endregion |
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|
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#region 선택된 아이템 이동 |
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public void control_Move(List<object> ControlList, bool Flag, double p_x, double p_y) |
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{
|
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if (ControlList == null) |
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{
|
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ControlList = new List<object>(); |
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Dic = new Dictionary<object, Point>(); |
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} |
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|
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int cnt = 0; |
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|
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if (StartPoint == null) |
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{
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StartPoint = new Point[ControlList.Count]; |
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MidPoint = new Point[ControlList.Count]; |
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EndPoint = new Point[ControlList.Count]; |
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} |
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|
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foreach (var control in ControlList) |
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{
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if ((control as IMarkupCommonData).IsSelected == true) |
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{
|
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switch (control.GetType().Name) |
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{
|
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#region Shape |
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case "RectangleControl": |
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{
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rectanglecontrol = control as RectangleControl; |
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|
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if (StartPoint[cnt] == new Point()) |
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{
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StartPoint[cnt] = rectanglecontrol.StartPoint; |
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EndPoint[cnt] = rectanglecontrol.EndPoint; |
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} |
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rectanglecontrol.StartPoint = new Point(StartPoint[cnt].X + p_x, StartPoint[cnt].Y + p_y); |
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rectanglecontrol.LeftBottomPoint = new Point(StartPoint[cnt].X + p_x, EndPoint[cnt].Y + p_y); |
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rectanglecontrol.TopRightPoint = new Point(EndPoint[cnt].X + p_x, StartPoint[cnt].Y + p_y); |
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rectanglecontrol.EndPoint = new Point(EndPoint[cnt].X + p_x, EndPoint[cnt].Y + p_y); |
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} |
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break; |
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case "CircleControl": |
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{
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circlecontrol = control as CircleControl; |
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|
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if (StartPoint[cnt] == new Point()) |
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{
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StartPoint[cnt] = circlecontrol.StartPoint; |
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EndPoint[cnt] = circlecontrol.EndPoint; |
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} |
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circlecontrol.StartPoint = new Point(StartPoint[cnt].X + p_x, StartPoint[cnt].Y + p_y); |
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circlecontrol.LeftBottomPoint = new Point(StartPoint[cnt].X + p_x, EndPoint[cnt].Y + p_y); |
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circlecontrol.TopRightPoint = new Point(EndPoint[cnt].X + p_x, StartPoint[cnt].Y + p_y); |
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circlecontrol.EndPoint = new Point(EndPoint[cnt].X + p_x, EndPoint[cnt].Y + p_y); |
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} |
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break; |
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case "RectCloudControl": |
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{
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rectCloudcontrol = control as RectCloudControl; |
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|
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if (StartPoint[cnt] == new Point()) |
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{
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StartPoint[cnt] = rectCloudcontrol.StartPoint; |
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EndPoint[cnt] = rectCloudcontrol.EndPoint; |
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} |
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rectCloudcontrol.StartPoint = new Point(StartPoint[cnt].X + p_x, StartPoint[cnt].Y + p_y); |
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rectCloudcontrol.LeftBottomPoint = new Point(StartPoint[cnt].X + p_x, EndPoint[cnt].Y + p_y); |
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rectCloudcontrol.TopRightPoint = new Point(EndPoint[cnt].X + p_x, StartPoint[cnt].Y + p_y); |
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rectCloudcontrol.EndPoint = new Point(EndPoint[cnt].X + p_x, EndPoint[cnt].Y + p_y); |
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} |
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break; |
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case "TriControl": |
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{
|
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tricontrol = control as TriControl; |
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|
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if (StartPoint[cnt] == new Point()) |
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{
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StartPoint[cnt] = tricontrol.StartPoint; |
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MidPoint[cnt] = tricontrol.MidPoint; |
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EndPoint[cnt] = tricontrol.EndPoint; |
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} |
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(control as TriControl).StartPoint = new Point(StartPoint[cnt].X + p_x, StartPoint[cnt].Y + p_y); |
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(control as TriControl).MidPoint = new Point(MidPoint[cnt].X + p_x, MidPoint[cnt].Y + p_y); |
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(control as TriControl).EndPoint = new Point(EndPoint[cnt].X + p_x, EndPoint[cnt].Y + p_y); |
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} |
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break; |
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#endregion |
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|
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case "LineControl": |
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{
|
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linecontrol = control as LineControl; |
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|
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if (StartPoint[cnt] == new Point()) |
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{
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StartPoint[cnt] = linecontrol.StartPoint; |
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EndPoint[cnt] = linecontrol.EndPoint; |
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} |
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linecontrol.StartPoint = new Point(StartPoint[cnt].X + p_x, StartPoint[cnt].Y + p_y); |
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linecontrol.EndPoint = new Point(EndPoint[cnt].X + p_x, EndPoint[cnt].Y + p_y); |
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} |
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break; |
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case "ArcControl": |
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{
|
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arccontrol = control as ArcControl; |
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|
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if (Flag) |
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{
|
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(control as ArcControl).isTransOn = true; |
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} |
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if (StartPoint[cnt] == new Point()) |
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{
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StartPoint[cnt] = arccontrol.StartPoint; |
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EndPoint[cnt] = arccontrol.EndPoint; |
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} |
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arccontrol.StartPoint = new Point(StartPoint[cnt].X + p_x, StartPoint[cnt].Y + p_y); |
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arccontrol.MidPoint = new Point(MidPoint[cnt].X + p_x, MidPoint[cnt].Y + p_y); |
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arccontrol.EndPoint = new Point(EndPoint[cnt].X + p_x, EndPoint[cnt].Y + p_y); |
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} |
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break; |
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case "TextControl": |
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{
|
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textcontrol = control as TextControl; |
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|
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if (StartPoint[cnt] == new Point()) |
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{
|
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StartPoint[cnt] = textcontrol.StartPoint; |
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EndPoint[cnt] = textcontrol.EndPoint; |
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} |
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textcontrol.StartPoint = new Point(StartPoint[cnt].X + p_x, StartPoint[cnt].Y + p_y); |
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textcontrol.EndPoint = new Point(EndPoint[cnt].X + p_x, EndPoint[cnt].Y + p_y); |
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} |
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break; |
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} |
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} |
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cnt++; |
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} |
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} |
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#endregion |
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|
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public void ItemRect(object control) |
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{
|
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switch ((control as IMarkupCommonData).ControlType) |
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{
|
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#region Shape |
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case (ControlType.Rectangle): |
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{
|
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s_point.X = Math.Min((control as RectangleControl).StartPoint.X, (control as RectangleControl).EndPoint.X); |
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s_point.Y = Math.Min((control as RectangleControl).StartPoint.Y, (control as RectangleControl).EndPoint.Y); |
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e_point.X = Math.Max((control as RectangleControl).StartPoint.X, (control as RectangleControl).EndPoint.X); |
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e_point.Y = Math.Max((control as RectangleControl).StartPoint.Y, (control as RectangleControl).EndPoint.Y); |
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rectSize = e_point - s_point; |
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} |
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break; |
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case (ControlType.Circle): |
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{
|
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s_point.X = Math.Min((control as CircleControl).StartPoint.X, (control as CircleControl).EndPoint.X); |
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s_point.Y = Math.Min((control as CircleControl).StartPoint.Y, (control as CircleControl).EndPoint.Y); |
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e_point.X = Math.Max((control as CircleControl).StartPoint.X, (control as CircleControl).EndPoint.X); |
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e_point.Y = Math.Max((control as CircleControl).StartPoint.Y, (control as CircleControl).EndPoint.Y); |
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rectSize = e_point - s_point; |
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} |
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break; |
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case (ControlType.RectCloud): |
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{
|
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s_point.X = Math.Min((control as RectCloudControl).StartPoint.X, (control as RectCloudControl).EndPoint.X); |
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s_point.Y = Math.Min((control as RectCloudControl).StartPoint.Y, (control as RectCloudControl).EndPoint.Y); |
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e_point.X = Math.Max((control as RectCloudControl).StartPoint.X, (control as RectCloudControl).EndPoint.X); |
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e_point.Y = Math.Max((control as RectCloudControl).StartPoint.Y, (control as RectCloudControl).EndPoint.Y); |
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rectSize = e_point - s_point; |
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} |
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break; |
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case (ControlType.Triangle): |
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{
|
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s_point.X = Math.Min((control as TriControl).StartPoint.X, (control as TriControl).EndPoint.X); |
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s_point.X = Math.Min((control as TriControl).MidPoint.X, s_point.X); |
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s_point.Y = Math.Min((control as TriControl).StartPoint.Y, (control as TriControl).EndPoint.Y); |
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s_point.Y = Math.Min((control as TriControl).MidPoint.Y, s_point.Y); |
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e_point.X = Math.Max((control as TriControl).StartPoint.X, (control as TriControl).EndPoint.X); |
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e_point.X = Math.Max((control as TriControl).MidPoint.X, e_point.X); |
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e_point.Y = Math.Max((control as TriControl).StartPoint.Y, (control as TriControl).EndPoint.Y); |
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e_point.Y = Math.Max((control as TriControl).MidPoint.Y, e_point.Y); |
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rectSize = e_point - s_point; |
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} |
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break; |
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#endregion |
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#region Line |
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case (ControlType.SingleLine): |
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{
|
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s_point.X = Math.Min((control as LineControl).StartPoint.X, (control as LineControl).EndPoint.X); |
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s_point.Y = Math.Min((control as LineControl).StartPoint.Y, (control as LineControl).EndPoint.Y); |
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e_point.X = Math.Max((control as LineControl).StartPoint.X, (control as LineControl).EndPoint.X); |
| 428 |
e_point.Y = Math.Max((control as LineControl).StartPoint.Y, (control as LineControl).EndPoint.Y); |
| 429 |
rectSize = e_point - s_point; |
| 430 |
} |
| 431 |
break; |
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case (ControlType.ArrowLine): |
| 433 |
{
|
| 434 |
s_point.X = Math.Min((control as LineControl).StartPoint.X, (control as LineControl).EndPoint.X); |
| 435 |
s_point.Y = Math.Min((control as LineControl).StartPoint.Y, (control as LineControl).EndPoint.Y); |
| 436 |
e_point.X = Math.Max((control as LineControl).StartPoint.X, (control as LineControl).EndPoint.X); |
| 437 |
e_point.Y = Math.Max((control as LineControl).StartPoint.Y, (control as LineControl).EndPoint.Y); |
| 438 |
rectSize = e_point - s_point; |
| 439 |
} |
| 440 |
break; |
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case (ControlType.ArrowMultiLine): |
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{
|
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s_point.X = Math.Min((control as ArrowControl_Multi).StartPoint.X, (control as ArrowControl_Multi).EndPoint.X); |
| 444 |
s_point.Y = Math.Min((control as ArrowControl_Multi).StartPoint.Y, (control as ArrowControl_Multi).EndPoint.Y); |
| 445 |
e_point.X = Math.Max((control as ArrowControl_Multi).StartPoint.X, (control as ArrowControl_Multi).EndPoint.X); |
| 446 |
e_point.Y = Math.Max((control as ArrowControl_Multi).StartPoint.Y, (control as ArrowControl_Multi).EndPoint.Y); |
| 447 |
rectSize = e_point - s_point; |
| 448 |
} |
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break; |
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case (ControlType.CancelLine): |
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{
|
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s_point.X = Math.Min((control as LineControl).StartPoint.X, (control as LineControl).EndPoint.X); |
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s_point.Y = Math.Min((control as LineControl).StartPoint.Y, (control as LineControl).EndPoint.Y); |
| 454 |
e_point.X = Math.Max((control as LineControl).StartPoint.X, (control as LineControl).EndPoint.X); |
| 455 |
e_point.Y = Math.Max((control as LineControl).StartPoint.Y, (control as LineControl).EndPoint.Y); |
| 456 |
rectSize = e_point - s_point; |
| 457 |
} |
| 458 |
break; |
| 459 |
case (ControlType.DimLine): |
| 460 |
{
|
| 461 |
s_point.X = Math.Min((control as LineControl).StartPoint.X, (control as LineControl).EndPoint.X); |
| 462 |
s_point.Y = Math.Min((control as LineControl).StartPoint.Y, (control as LineControl).EndPoint.Y); |
| 463 |
e_point.X = Math.Max((control as LineControl).StartPoint.X, (control as LineControl).EndPoint.X); |
| 464 |
e_point.Y = Math.Max((control as LineControl).StartPoint.Y, (control as LineControl).EndPoint.Y); |
| 465 |
rectSize = e_point - s_point; |
| 466 |
} |
| 467 |
break; |
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case (ControlType.TwinLine): |
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{
|
| 470 |
s_point.X = Math.Min((control as LineControl).StartPoint.X, (control as LineControl).EndPoint.X); |
| 471 |
s_point.Y = Math.Min((control as LineControl).StartPoint.Y, (control as LineControl).EndPoint.Y); |
| 472 |
e_point.X = Math.Max((control as LineControl).StartPoint.X, (control as LineControl).EndPoint.X); |
| 473 |
e_point.Y = Math.Max((control as LineControl).StartPoint.Y, (control as LineControl).EndPoint.Y); |
| 474 |
rectSize = e_point - s_point; |
| 475 |
} |
| 476 |
break; |
| 477 |
case (ControlType.ArcLine): |
| 478 |
{
|
| 479 |
s_point.X = Math.Min((control as ArcControl).StartPoint.X, (control as ArcControl).EndPoint.X); |
| 480 |
s_point.X = Math.Min((control as ArcControl).MidPoint.X, s_point.X); |
| 481 |
s_point.Y = Math.Min((control as ArcControl).StartPoint.Y, (control as ArcControl).EndPoint.Y); |
| 482 |
s_point.Y = Math.Min((control as ArcControl).MidPoint.Y, s_point.Y); |
| 483 |
e_point.X = Math.Max((control as ArcControl).StartPoint.X, (control as ArcControl).EndPoint.X); |
| 484 |
e_point.X = Math.Max((control as ArcControl).MidPoint.X, e_point.X); |
| 485 |
e_point.Y = Math.Max((control as ArcControl).StartPoint.Y, (control as ArcControl).EndPoint.Y); |
| 486 |
e_point.Y = Math.Max((control as ArcControl).MidPoint.Y, e_point.Y); |
| 487 |
rectSize = e_point - s_point; |
| 488 |
} |
| 489 |
break; |
| 490 |
case (ControlType.ArcArrow): |
| 491 |
{
|
| 492 |
s_point.X = Math.Min((control as ArcControl).StartPoint.X, (control as ArcControl).EndPoint.X); |
| 493 |
s_point.X = Math.Min((control as ArcControl).MidPoint.X, s_point.X); |
| 494 |
s_point.Y = Math.Min((control as ArcControl).StartPoint.Y, (control as ArcControl).EndPoint.Y); |
| 495 |
s_point.Y = Math.Min((control as ArcControl).MidPoint.Y, s_point.Y); |
| 496 |
e_point.X = Math.Max((control as ArcControl).StartPoint.X, (control as ArcControl).EndPoint.X); |
| 497 |
e_point.X = Math.Max((control as ArcControl).MidPoint.X, e_point.X); |
| 498 |
e_point.Y = Math.Max((control as ArcControl).StartPoint.Y, (control as ArcControl).EndPoint.Y); |
| 499 |
e_point.Y = Math.Max((control as ArcControl).MidPoint.Y, e_point.Y); |
| 500 |
rectSize = e_point - s_point; |
| 501 |
} |
| 502 |
break; |
| 503 |
#endregion |
| 504 |
|
| 505 |
case (ControlType.TextControl): |
| 506 |
{
|
| 507 |
//s_point.X = Math.Min((control as TextControl).StartPoint.X, (control as TextControl).EndPoint.X); |
| 508 |
//s_point.Y = Math.Min((control as TextControl).StartPoint.Y, (control as TextControl).EndPoint.Y); |
| 509 |
//e_point.X = Math.Max((control as TextControl).StartPoint.X, (control as TextControl).EndPoint.X); |
| 510 |
//e_point.Y = Math.Max((control as TextControl).StartPoint.Y, (control as TextControl).EndPoint.Y); |
| 511 |
|
| 512 |
s_point.X = (control as TextControl).CanvasX; |
| 513 |
s_point.Y = (control as TextControl).CanvasY; |
| 514 |
|
| 515 |
e_point.X = s_point.X + (control as TextControl).BoxWidth; |
| 516 |
e_point.Y = s_point.Y + (control as TextControl).BoxHeight; |
| 517 |
|
| 518 |
rectSize = e_point - s_point; |
| 519 |
} |
| 520 |
break; |
| 521 |
} |
| 522 |
itemRect = new Rect(s_point.X, s_point.Y, rectSize.X, rectSize.Y); |
| 523 |
} |
| 524 |
|
| 525 |
public void IsSelectionControl(Geometry OverViewPathData) |
| 526 |
{
|
| 527 |
if (DragRect.Contains(itemRect)) |
| 528 |
{
|
| 529 |
selected_item = new Dictionary<Geometry, string>(); |
| 530 |
selected_item.Add(OverViewPathData, CommonData.ToString()); |
| 531 |
} |
| 532 |
} |
| 533 |
} |
| 534 |
} |
