public static void TopRFT(GCanvas gCanvas, GeometryEngine GeometryEngineRFT, double scale)
{
TopRFTLines = new GLine[SpanVals.Length + 1];
//Case Of Cantilever Start Span
if (GeometryEditorVM.GeometryEditor.RestraintsCollection[0].SelectedRestraint != Restraints.NoRestraints)
{
TopRFTLines[0] = new GLine(gCanvas, new Point(StartPointTopArr[0].X, StartPointTopArr[0].Y + 0.07 * scale),
new Point(StartPointTopArr[0].X + 0.20 * (EndPointTopArr[0].X - StartPointTopArr[0].X), StartPointTopArr[0].Y + 0.07 * scale));
//add to the CANVAS
GeometryEngineRFT.Shapes["RFT"].Add(TopRFTLines[0]);
}
for (int i = 1; i < TopRFTLines.Length - 1; i++)
{
TopRFTLines[i] = new GLine(gCanvas, new Point(EndPointTopArr[i - 1].X - 0.20 * (EndPointTopArr[i - 1].X - StartPointTopArr[i - 1].X), EndPointTopArr[i - 1].Y + 0.07 * scale),
new Point(StartPointTopArr[i].X + 0.20 * (EndPointTopArr[i].X - StartPointTopArr[i].X), StartPointTopArr[i].Y + 0.07 * scale));
//add to the CANVAS
GeometryEngineRFT.Shapes["RFT"].Add(TopRFTLines[i]);
}
//Case of Cantilever end Span
if (GeometryEditorVM.GeometryEditor.RestraintsCollection[SpanVals.Length].SelectedRestraint != Restraints.NoRestraints)
{
TopRFTLines[TopRFTLines.Length - 1] = new GLine(gCanvas, new Point(StartPointTopArr[TopRFTLines.Length - 2].X + 0.80 * (EndPointTopArr[TopRFTLines.Length - 2].X - StartPointTopArr[TopRFTLines.Length - 2].X), StartPointTopArr[TopRFTLines.Length - 2].Y + 0.07 * scale),
new Point(EndPointTopArr[TopRFTLines.Length - 2].X, EndPointTopArr[TopRFTLines.Length - 2].Y + 0.07 * scale));
//add to the CANVAS
GeometryEngineRFT.Shapes["RFT"].Add(TopRFTLines[TopRFTLines.Length - 1]);
}
}
public static void RightSecStirrups(GCanvas gCanvas, GeometryEngine GeometryEngineRFT, double scale)
{
StirrupsRightSec = new GLine[SpanVals.Length, 3];
double spacingRight = 0;
for (int i = 0; i < StirrupsRightSec.GetLength(0) - 1; i++)
{
spacingRight = 0;
for (int j = 0; j < StirrupsRightSec.GetLength(1); j++)
{
StirrupsRightSec[i, j] = new GLine(gCanvas, new Point(EndPointTopArr[i].X - (0.05 + spacingRight / 1000) * scale, EndPointTopArr[i].Y + 0.07 * scale)
, new Point(EndPointBotArr[i].X - (0.05 + spacingRight / 1000) * scale, EndPointBotArr[i].Y /* - 0.07 * scale*/));
spacingRight += 150;
//add to the CANVAS
GeometryEngineRFT.Shapes["RFT"].Add(StirrupsRightSec[i, j]);
}
}
//For cantilever at End
if (GeometryEditorVM.GeometryEditor.RestraintsCollection[SpanVals.Length].SelectedRestraint != Restraints.NoRestraints)
{
spacingRight = 0;
for (int j = 0; j < StirrupsRightSec.GetLength(1); j++)
{
StirrupsRightSec[StirrupsRightSec.GetLength(0) - 1, j] = new GLine(gCanvas, new Point(EndPointTopArr[StirrupsRightSec.GetLength(0) - 1].X - (0.05 + spacingRight / 1000) * scale, EndPointTopArr[StirrupsRightSec.GetLength(0) - 1].Y + 0.07 * scale)
, new Point(EndPointBotArr[StirrupsRightSec.GetLength(0) - 1].X - (0.05 + spacingRight / 1000) * scale, EndPointBotArr[StirrupsRightSec.GetLength(0) - 1].Y /* - 0.07 * scale*/));
spacingRight += 150;
//add to the CANVAS
GeometryEngineRFT.Shapes["RFT"].Add(StirrupsRightSec[StirrupsRightSec.GetLength(0) - 1, j]);
}
}
}
public void ShowCanvas(GCanvas canvas)
{
if (showingCanvasIdx < 0 || showingCanvasIdx == (int)canvas)
{
return;
}
// 最後一次顯示的canvas隱藏
CanvasObjs[showingCanvasIdx].SetActive(false);
// 更新目前顯示的canvas index
showingCanvasIdx = (int)canvas;
// 顯示canvas
CanvasObjs[(int)canvas].SetActive(true);
if (canvas == GCanvas.BattleHistory ||
canvas == GCanvas.Market ||
canvas == GCanvas.NormalStage ||
canvas == GCanvas.Setting ||
canvas == GCanvas.TeamInfo)
{
GeneralUIManager.instance.ShowBackButton();
}
else
{
GeneralUIManager.instance.HideBackButton();
}
}
/// <summary>
/// Initialize the base controls
/// </summary>
public void init()
{
_Form = new GForm();
_Form.owner = _Owner;
_Form.caller = _Caller;
_Form.ecs_instance = _ECSInstance;
_Form.bounds = new Rectangle(_Position.X, _Position.Y, _Dimensions.X, _Dimensions.Y);
_Canvas = new GCanvas();
_Canvas.owner = _Owner;
_Canvas.caller = _Caller;
_Canvas.ecs_instance = _ECSInstance;
_Canvas.bounds = new Rectangle(_Position.X, _Position.Y, _Dimensions.X, _Dimensions.Y);
_Frame = new GFrame();
_Frame.owner = _Owner;
_Frame.caller = _Caller;
_Frame.ecs_instance = _ECSInstance;
_Frame.bounds = new Rectangle(_Position.X, _Position.Y, _Dimensions.X, _Dimensions.Y);
_Button = new GButton();
_Button.owner = _Owner;
_Button.caller = _Caller;
_Button.ecs_instance = _ECSInstance;
_Button.bounds = new Rectangle(_Position.X, _Position.Y, _Dimensions.X, _ButtonHeight);
}
public static void BotRFT(GCanvas gCanvas, GeometryEngine GeometryEngineRFT, double scale)
{
BotRFTLines = new GLine[SpanVals.Length];
//Case of Cantilever at start
if (GeometryEditorVM.GeometryEditor.RestraintsCollection[0].SelectedRestraint != Restraints.NoRestraints)
{
BotRFTLines[0] = new GLine(gCanvas, new Point(StartPointBotArr[0].X + 0.15 * (EndPointBotArr[0].X - StartPointBotArr[0].X), StartPointBotArr[0].Y - 0.07 * scale),
new Point(StartPointBotArr[0].X + 0.85 * (EndPointBotArr[0].X - StartPointBotArr[0].X), StartPointBotArr[0].Y - 0.07 * scale));
GeometryEngineRFT.Shapes["RFT"].Add(BotRFTLines[0]);
}
for (int i = 1; i < BotRFTLines.Length - 1; i++)
{
BotRFTLines[i] = new GLine(gCanvas, new Point(StartPointBotArr[i].X + 0.15 * (EndPointBotArr[i].X - StartPointBotArr[i].X), StartPointBotArr[i].Y - 0.07 * scale),
new Point(StartPointBotArr[i].X + 0.85 * (EndPointBotArr[i].X - StartPointBotArr[i].X), StartPointBotArr[i].Y - 0.07 * scale));
//add to the CANVAS
GeometryEngineRFT.Shapes["RFT"].Add(BotRFTLines[i]);
}
//Case of Cantilever End
if (GeometryEditorVM.GeometryEditor.RestraintsCollection[SpanVals.Length].SelectedRestraint != Restraints.NoRestraints)
{
BotRFTLines[BotRFTLines.Length - 1] = new GLine(gCanvas, new Point(StartPointBotArr[BotRFTLines.Length - 1].X + 0.15 * (EndPointBotArr[BotRFTLines.Length - 1].X - StartPointBotArr[BotRFTLines.Length - 1].X), StartPointBotArr[BotRFTLines.Length - 1].Y - 0.07 * scale),
new Point(StartPointBotArr[BotRFTLines.Length - 1].X + 0.85 * (EndPointBotArr[BotRFTLines.Length - 1].X - StartPointBotArr[BotRFTLines.Length - 1].X), StartPointBotArr[BotRFTLines.Length - 1].Y - 0.07 * scale));
GeometryEngineRFT.Shapes["RFT"].Add(BotRFTLines[BotRFTLines.Length - 1]);
}
}
public static void LeftSecStirrups(GCanvas gCanvas, GeometryEngine GeometryEngineRFT, double scale)
{
StirrupsLeftSec = new GLine[SpanVals.Length, 3];
double spacingLeft = 0;
//For Cantilever At Start:
if (GeometryEditorVM.GeometryEditor.RestraintsCollection[0].SelectedRestraint != Restraints.NoRestraints)
{
spacingLeft = 0;
for (int j = 0; j < StirrupsLeftSec.GetLength(1); j++)
{
StirrupsLeftSec[0, j] = new GLine(gCanvas, new Point(StartPointTopArr[0].X + 0.05 * scale + (spacingLeft / 1000) * scale, StartPointTopArr[0].Y + 0.07 * scale)
, new Point(StartPointBotArr[0].X + 0.05 * scale + (spacingLeft / 1000) * scale, StartPointBotArr[0].Y /* - 0.07 * scale*/));
spacingLeft += 150;
//add to the CANVAS
GeometryEngineRFT.Shapes["RFT"].Add(StirrupsLeftSec[0, j]);
}
}
for (int i = 1; i < StirrupsLeftSec.GetLength(0); i++)
{
spacingLeft = 0;
for (int j = 0; j < StirrupsLeftSec.GetLength(1); j++)
{
StirrupsLeftSec[i, j] = new GLine(gCanvas, new Point(StartPointTopArr[i].X + 0.05 * scale + (spacingLeft / 1000) * scale, StartPointTopArr[i].Y + 0.07 * scale)
, new Point(StartPointBotArr[i].X + 0.05 * scale + (spacingLeft / 1000) * scale, StartPointBotArr[i].Y /* - 0.07 * scale*/));
spacingLeft += 150;
//add to the CANVAS
GeometryEngineRFT.Shapes["RFT"].Add(StirrupsLeftSec[i, j]);
}
}
}
/*--------------------------Bottom Lines-------------------------*/
public static void ConstructBotLines(GCanvas gCanvas, GeometryEngine GeometryEngineRFT)
{
for (int i = 0; i < SpanVals.Length; i++)
{
BotLineArr[i] = new GLine(gCanvas, StartPointBotArr[i], EndPointBotArr[i]);
//add to the CANVAS
GeometryEngineRFT.Shapes["RFT"].Add(BotLineArr[i]);
}
}
public static void CreateTopRFTTxt(GCanvas gCanvas, GeometryEngine GeometryEngineRFT, double scale)
{
TopRFTTxt = new GText[SpanVals.Length + 1];
//Top Support RFT/*------------------*/
//Case Of Cantilever Start Span
if (GeometryEditorVM.GeometryEditor.RestraintsCollection[0].SelectedRestraint != Restraints.NoRestraints)
{
if (nRebarTopSupport[0] > 0)
{
TopRFTTxt[0] = new GText(gCanvas, new Point(RFTCanvas.TopRFTLines[0].EndPoint.X /*+ 0.30 * SpanVals[0] * scale*/
, RFTCanvas.TopRFTLines[0].EndPoint.Y + 0.07 * scale), $"{nRebarTopSupport[0]}T{TopChosenDiameterArr[0]}");
GeometryEngineRFT.Shapes["Text"].Add(TopRFTTxt[0]);
}
else
{
TopRFTTxt[0] = new GText(gCanvas, new Point(RFTCanvas.TopRFTLines[0].EndPoint.X /*+ 0.30 * SpanVals[0] * scale*/
, RFTCanvas.TopRFTLines[0].EndPoint.Y + 0.07 * scale), $"Increase Dims");
GeometryEngineRFT.Shapes["Text"].Add(TopRFTTxt[0]);
}
}
for (int i = 1; i < TopRFTTxt.Length - 1; i++)
{
if (nRebarTopSupport[i] > 0)
{
TopRFTTxt[i] = new GText(gCanvas, new Point(RFTCanvas.TopRFTLines[i].EndPoint.X /*+ 0.30 * SpanVals[i] * scale*/
, RFTCanvas.TopRFTLines[i].EndPoint.Y + 0.07 * scale), $"{nRebarTopSupport[i]}T{TopChosenDiameterArr[i]}");
GeometryEngineRFT.Shapes["Text"].Add(TopRFTTxt[i]);
}
else
{
TopRFTTxt[i] = new GText(gCanvas, new Point(RFTCanvas.TopRFTLines[i].EndPoint.X /*+ 0.30 * SpanVals[i] * scale*/
, RFTCanvas.TopRFTLines[i].EndPoint.Y + 0.07 * scale), $"Increase Dims");
GeometryEngineRFT.Shapes["Text"].Add(TopRFTTxt[i]);
}
}
//Case of Cantilever end Span
if (GeometryEditorVM.GeometryEditor.RestraintsCollection[SpanVals.Length].SelectedRestraint != Restraints.NoRestraints)
{
if (nRebarTopSupport[TopRFTTxt.Length - 1] > 0)
{
TopRFTTxt[TopRFTTxt.Length - 1] = new GText(gCanvas, new Point(RFTCanvas.TopRFTLines[TopRFTTxt.Length - 1].EndPoint.X /*+ 0.30 * SpanVals[TopRFTTxt.Length - 1] * scale*/
, RFTCanvas.TopRFTLines[TopRFTTxt.Length - 1].EndPoint.Y + 0.07 * scale), $"{nRebarTopSupport[TopRFTTxt.Length - 1]}T{TopChosenDiameterArr[TopRFTTxt.Length - 1]}");
GeometryEngineRFT.Shapes["Text"].Add(TopRFTTxt[TopRFTTxt.Length - 1]);
}
else
{
TopRFTTxt[TopRFTTxt.Length - 1] = new GText(gCanvas, new Point(RFTCanvas.TopRFTLines[TopRFTTxt.Length - 1].EndPoint.X /*+ 0.30 * SpanVals[TopRFTTxt.Length - 1] * scale*/
, RFTCanvas.TopRFTLines[TopRFTTxt.Length - 1].EndPoint.Y + 0.07 * scale), $"Increase Dims");
GeometryEngineRFT.Shapes["Text"].Add(TopRFTTxt[TopRFTTxt.Length - 1]);
}
}
}
public static void BotRFT(GCanvas gCanvas, GeometryEngine GeometryEngineRFT, double scale)
{
for (int i = 0; i < BotRFTLines.Length; i++)
{
BotRFTLines[i] = new GLine(gCanvas, new Point(StartPointBotArr[i].X + 0.15 * (EndPointBotArr[i].X - StartPointBotArr[i].X), StartPointBotArr[i].Y - 0.07 * scale),
new Point(StartPointBotArr[i].X + 0.85 * (EndPointBotArr[i].X - StartPointBotArr[i].X), StartPointBotArr[i].Y - 0.07 * scale));
//add to the CANVAS
GeometryEngineRFT.Shapes["RFT"].Add(BotRFTLines[i]);
}
}
public static void createConsole()
{
Entity e = UIFactory.ecs_instance.create();
GForm form = new GForm();
GCanvas canvas = new GCanvas();
GTextBox textBox = new GTextBox();
}
public static void CreateBottomRFTTxt(GCanvas gCanvas, GeometryEngine GeometryEngineRFT, double scale)
{
BotRFTTxt = new GText[SpanVals.Length];
//Case of Cantilever at start
if (GeometryEditorVM.GeometryEditor.RestraintsCollection[0].SelectedRestraint != Restraints.NoRestraints)
{
if (nRebarBot[0] > 0)
{
BotRFTTxt[0] = new GText(gCanvas, new Point(RFTCanvas.StartPointBotArr[0].X + 0.30 * SpanVals[0] * scale
, RFTCanvas.StartPointBotArr[0].Y - 0.30 * scale), $"{nRebarBot[0]}T{BotChosenDiameterArr[0]}");
GeometryEngineRFT.Shapes["Text"].Add(BotRFTTxt[0]);
}
else
{
BotRFTTxt[0] = new GText(gCanvas, new Point(RFTCanvas.StartPointBotArr[0].X + 0.30 * SpanVals[0] * scale
, RFTCanvas.StartPointBotArr[0].Y - 0.30 * scale), $"Increase Dims");
GeometryEngineRFT.Shapes["Text"].Add(BotRFTTxt[0]);
}
}
//Bottom Rft Text/*------------------*/
for (int i = 1; i < BotRFTTxt.Length - 1; i++)
{
if (nRebarBot[i] > 0)
{
BotRFTTxt[i] = new GText(gCanvas, new Point(RFTCanvas.StartPointBotArr[i].X + 0.30 * SpanVals[i] * scale
, RFTCanvas.StartPointBotArr[i].Y - 0.30 * scale), $"{nRebarBot[i]}T{BotChosenDiameterArr[i]}");
GeometryEngineRFT.Shapes["Text"].Add(BotRFTTxt[i]);
}
else
{
BotRFTTxt[i] = new GText(gCanvas, new Point(RFTCanvas.StartPointBotArr[i].X + 0.30 * SpanVals[i] * scale
, RFTCanvas.StartPointBotArr[i].Y - 0.30 * scale), $"Increase Dims");
GeometryEngineRFT.Shapes["Text"].Add(BotRFTTxt[i]);
}
}
//Case of Cantilever End
if (GeometryEditorVM.GeometryEditor.RestraintsCollection[SpanVals.Length].SelectedRestraint != Restraints.NoRestraints)
{
if (nRebarBot[BotRFTTxt.Length - 1] > 0)
{
BotRFTTxt[BotRFTTxt.Length - 1] = new GText(gCanvas, new Point(RFTCanvas.StartPointBotArr[BotRFTTxt.Length - 1].X + 0.30 * SpanVals[BotRFTTxt.Length - 1] * scale
, RFTCanvas.StartPointBotArr[BotRFTTxt.Length - 1].Y - 0.30 * scale), $"{nRebarBot[BotRFTTxt.Length - 1]}T{BotChosenDiameterArr[BotRFTTxt.Length - 1]}");
GeometryEngineRFT.Shapes["Text"].Add(BotRFTTxt[BotRFTTxt.Length - 1]);
}
else
{
BotRFTTxt[BotRFTTxt.Length - 1] = new GText(gCanvas, new Point(RFTCanvas.StartPointBotArr[BotRFTTxt.Length - 1].X + 0.30 * SpanVals[BotRFTTxt.Length - 1] * scale
, RFTCanvas.StartPointBotArr[BotRFTTxt.Length - 1].Y - 0.30 * scale), $"Increase Dims");
GeometryEngineRFT.Shapes["Text"].Add(BotRFTTxt[BotRFTTxt.Length - 1]);
}
}
}
/// <summary>
/// creates a timed dialog
/// </summary>
/// <param name="caller"></param>
/// <param name="dialog"></param>
/// <param name="origin"></param>
/// <param name="name"></param>
/// <param name="duration"></param>
public static void createTimedDialogWindow(Entity caller, String dialog, Vector2 origin, String name, int duration)
{
Entity e = ecs_instance.create();
DialogTimer timer = new DialogTimer(duration, ecs_instance);
GForm form = new GForm();
form.caller = caller;
form.owner = e;
form.ecs_instance = ecs_instance;
form.bounds = new Rectangle((int)origin.X, (int)origin.Y, 100, 50);
GCanvas canvas = new GCanvas();
canvas.caller = caller;
canvas.owner = e;
canvas.ecs_instance = ecs_instance;
canvas.bounds = new Rectangle((int)origin.X, (int)origin.Y, 200, 200);
GTextBox textBox = new GTextBox();
textBox.caller = caller;
textBox.owner = e;
textBox.ecs_instance = ecs_instance;
textBox.bounds = new Rectangle((int)origin.X, (int)origin.Y, 100, 10);
textBox.font_name = "StartScreen";
textBox.background_name = "frame";
textBox.border = 10;
textBox.text = dialog;
textBox.text_color = Color.White;
textBox.autosize = true;
textBox.center_text = true;
textBox.background_color = Color.Black;
textBox.transparency = 0.75f;
textBox.updating += timer.updateHandler;
canvas.controls.Add(textBox);
form.canvas_controls.Add(canvas);
UserInterface ui = new UserInterface(form);
//assign component and issue refresh
ecs_instance.add_component(e, ui);
ecs_instance.resolve(e);
}
public static List <GCircle> ToCircles(this List <Point2D> points, GCanvas gCanvas, Brush fill = null, double radius = 5)
{
fill = fill ?? Brushes.Red;
var result = new List <GCircle>();
foreach (var p in points)
{
result.Add(new GCircle(gCanvas, new Point(p.X, p.Y), radius)
{
Fill = fill,
Stroke = Brushes.Black
});
}
return(result);
}
public static void createHitPointLabel(Entity entity, int width, int height, Point position)
{
Entity e = ecs_instance.create();
HpLabelUpdater updater = new HpLabelUpdater(ecs_instance);
GForm form = new GForm();
form.owner = e;
form.ecs_instance = ecs_instance;
form.bounds = new Rectangle(position.X, position.Y, width, height);
GCanvas canvas = new GCanvas();
canvas.owner = e;
canvas.ecs_instance = ecs_instance;
canvas.bounds = new Rectangle(position.X, position.Y, width, height);
GLabel label = new GLabel();
label.owner = e;
label.caller = entity;
label.ecs_instance = ecs_instance;
label.bounds = new Rectangle(position.X, position.Y, width, height);
label.font_name = "General";
label.border = 5;
label.background_name = "frame";
label.background_color = Color.Gray;
label.transparency = 1f;
label.autosize = true;
label.center_text = true;
label.text = "XXX / XXX";
label.text_color = Color.Red;
label.updating += updater.updateHandler;
canvas.controls.Add(label);
form.canvas_controls.Add(canvas);
UserInterface ui = new UserInterface(form);
ecs_instance.component_manager.add_component(e, ui);
ecs_instance.resolve(e);
}
public static void ConstructColLines(GCanvas gCanvas, GeometryEngine GeometryEngineRFT, double scale)
{
/*----------------------Bottom Start Lines----------------------*/
for (int i = 0; i < ColLinesBotStart.Length; i++)
{
ColLinesBotStart[i] = new GLine(gCanvas, StartPointBotArr[i], new Point(StartPointBotArr[i].X, StartPointBotArr[i].Y + 0.4 * scale));
//add to the CANVAS
GeometryEngineRFT.Shapes["RFT"].Add(ColLinesBotStart[i]);
}
/*----------------------Bottom End Lines----------------------*/
for (int i = 0; i < ColLinesBotEnd.Length; i++)
{
ColLinesBotEnd[i] = new GLine(gCanvas, EndPointBotArr[i], new Point(EndPointBotArr[i].X, EndPointBotArr[i].Y + 0.4 * scale));
//add to the CANVAS
GeometryEngineRFT.Shapes["RFT"].Add(ColLinesBotEnd[i]);
}
/*-----------------Top Start Lines---------------*/
for (int i = 0; i < ColLinesTopStart.Length; i++)
{
ColLinesTopStart[i] = new GLine(gCanvas, StartPointTopArr[i], new Point(StartPointTopArr[i].X, StartPointTopArr[i].Y - 0.40 * scale));
//add to the CANVAS
GeometryEngineRFT.Shapes["RFT"].Add(ColLinesTopStart[i]);
}
//Top End Lines
for (int i = 0; i < ColLinesTopEnd.Length; i++)
{
ColLinesTopEnd[i] = new GLine(gCanvas, EndPointTopArr[i], new Point(EndPointTopArr[i].X, EndPointTopArr[i].Y - 0.40 * scale));
//add to the CANVAS
GeometryEngineRFT.Shapes["RFT"].Add(ColLinesTopEnd[i]);
}
/*-------------Start and End Column Lines-------------*/
GLine startColLine = new GLine(gCanvas, new Point(StartPointTopArr[0].X - 0.15 * scale, StartPointTopArr[0].Y - 0.40 * scale)
, new Point(StartPointBotArr[0].X - 0.15 * scale, StartPointBotArr[0].Y + 0.40 * scale));
//add to the CANVAS
GeometryEngineRFT.Shapes["RFT"].Add(startColLine);
GLine endColLine = new GLine(gCanvas, new Point(EndPointTopArr[SpanVals.Length - 1].X + 0.15 * scale, EndPointTopArr[SpanVals.Length - 1].Y - 0.40 * scale)
, new Point(EndPointBotArr[SpanVals.Length - 1].X + 0.15 * scale, EndPointBotArr[SpanVals.Length - 1].Y + 0.40 * scale));
//add to the CANVAS
GeometryEngineRFT.Shapes["RFT"].Add(endColLine);
}
public static void RightSecStirrups(GCanvas gCanvas, GeometryEngine GeometryEngineRFT, double scale)
{
double spacingRight = 0;
for (int i = 0; i < StirrupsRightSec.GetLength(0); i++)
{
spacingRight = 0;
for (int j = 0; j < StirrupsRightSec.GetLength(1); j++)
{
StirrupsRightSec[i, j] = new GLine(gCanvas, new Point(EndPointTopArr[i].X - (0.05 + spacingRight / 1000) * scale, EndPointTopArr[i].Y + 0.07 * scale)
, new Point(EndPointBotArr[i].X - (0.05 + spacingRight / 1000) * scale, EndPointBotArr[i].Y /* - 0.07 * scale*/));
spacingRight += 150;
//add to the CANVAS
GeometryEngineRFT.Shapes["RFT"].Add(StirrupsRightSec[i, j]);
}
}
}
public static List <GLine> ToLines(this List <Point2D> points, GCanvas gCanvas)
{
var result = new List <GLine>();
for (int i = 0; i < points.Count - 1; i += 2)
{
if (i == points.Count - 1)
{
return(result);
}
result.Add(new GLine(gCanvas, new Point2D(points[i].X, points[i].Y), new Point2D(points[i + 1].X, points[i + 1].Y))
{
Fill = Brushes.Red,
Stroke = Brushes.Red
});
}
return(result);
}
public static void TopRFT(GCanvas gCanvas, GeometryEngine GeometryEngineRFT, double scale)
{
TopRFTLines[0] = new GLine(gCanvas, new Point(StartPointTopArr[0].X, StartPointTopArr[0].Y + 0.07 * scale),
new Point(StartPointTopArr[0].X + 0.20 * (EndPointTopArr[0].X - StartPointTopArr[0].X), StartPointTopArr[0].Y + 0.07 * scale));
//add to the CANVAS
GeometryEngineRFT.Shapes["RFT"].Add(TopRFTLines[0]);
for (int i = 1; i < TopRFTLines.Length - 1; i++)
{
TopRFTLines[i] = new GLine(gCanvas, new Point(EndPointTopArr[i - 1].X - 0.20 * (EndPointTopArr[i - 1].X - StartPointTopArr[i - 1].X), EndPointTopArr[i - 1].Y + 0.07 * scale),
new Point(StartPointTopArr[i].X + 0.20 * (EndPointTopArr[i].X - StartPointTopArr[i].X), StartPointTopArr[i].Y + 0.07 * scale));
//add to the CANVAS
GeometryEngineRFT.Shapes["RFT"].Add(TopRFTLines[i]);
}
TopRFTLines[TopRFTLines.Length - 1] = new GLine(gCanvas, new Point(StartPointTopArr[TopRFTLines.Length - 2].X + 0.80 * (EndPointTopArr[TopRFTLines.Length - 2].X - StartPointTopArr[TopRFTLines.Length - 2].X), StartPointTopArr[TopRFTLines.Length - 2].Y + 0.07 * scale),
new Point(EndPointTopArr[TopRFTLines.Length - 2].X, EndPointTopArr[TopRFTLines.Length - 2].Y + 0.07 * scale));
//add to the CANVAS
GeometryEngineRFT.Shapes["RFT"].Add(TopRFTLines[TopRFTLines.Length - 1]);
}
/// <summary>
/// initialize menu
/// </summary>
public void init()
{
//setup form
_Form = new GForm();
_Form.owner = _Owner;
_Form.caller = _Caller;
_Form.ecs_instance = _ECSInstance;
_Form.bounds = new Rectangle(_Position.X, _Position.Y, _Width + 2 * _border, (_Height + _Spacing) * _ButtonCount + 2 * _border);
//setup canvas
_Canvas = new GCanvas();
_Canvas.owner = _Owner;
_Canvas.caller = _Caller;
_Canvas.ecs_instance = _ECSInstance;
_Canvas.bounds = new Rectangle(_Position.X, _Position.Y, _Width + 2 * _border, (_Height + _Spacing) * _ButtonCount + 2 * _border);
//setup frame
_Frame = new GFrame();
_Frame.owner = _Owner;
_Frame.caller = _Caller;
_Frame.ecs_instance = _ECSInstance;
_Frame.bounds = new Rectangle(_Position.X, _Position.Y, _Width + 2 * _border, (_Height + _Spacing) * _ButtonCount + 2 * _border);
//_Canvas.Controls.Add(_Frame);
for (int i = 0; i < _ButtonCount; i++)
{
GButton button = new GButton();
button.owner = _Owner;
button.caller = _Caller;
button.ecs_instance = _ECSInstance;
button.bounds = new Rectangle(_Position.X + _border, _Position.Y + _border + i * (_Height + _Spacing), _Width, _Height);
//_Canvas.Controls.Add(button);
_Buttons.Add(button);
}
//_Form.CanvasControls.Add(_Canvas);
}
public static GFrame createMousePointer(Point position, int width, int height, string textureName, InterfaceHandler handler)
{
Entity e = ecs_instance.create();
GForm form = new GForm();
form.owner = e;
form.ecs_instance = ecs_instance;
form.bounds = new Rectangle(position.X, position.Y, width, height);
GCanvas canvas = new GCanvas();
canvas.owner = e;
canvas.ecs_instance = ecs_instance;
canvas.bounds = new Rectangle(position.X, position.Y, width, height);
GFrame frame = new GFrame();
frame.owner = e;
frame.ecs_instance = ecs_instance;
frame.bounds = new Rectangle(position.X, position.Y, width, height);
frame.background_name = textureName;
frame.updating += handler;
canvas.controls.Add(frame);
form.canvas_controls.Add(canvas);
UserInterface ui = new UserInterface(form);
ecs_instance.component_manager.add_component(e, ui);
ecs_instance.resolve(e);
return(frame);
}
public static void createFrame(Entity caller, Point Position, int height, int width, string textureName)
{
Entity e = ecs_instance.create();
GForm form = new GForm();
form.caller = caller;
form.owner = e;
form.ecs_instance = ecs_instance;
form.bounds = new Rectangle(Position.X, Position.Y, width, height);
GCanvas canvas = new GCanvas();
canvas.caller = caller;
canvas.owner = e;
canvas.ecs_instance = ecs_instance;
canvas.bounds = new Rectangle(Position.X, Position.Y, width, height);
GFrame frame = new GFrame();
frame.caller = caller;
frame.owner = e;
frame.ecs_instance = ecs_instance;
frame.bounds = new Rectangle(Position.X, Position.Y, width, height);
frame.background_name = textureName;
canvas.controls.Add(frame);
form.canvas_controls.Add(canvas);
UserInterface ui = new UserInterface(form);
ecs_instance.component_manager.add_component(e, ui);
ecs_instance.resolve(e);
}
public static void StirrupRightTxt(GCanvas gCanvas, GeometryEngine GeometryEngineRFT, double scale)
{
stirRightTxt = new GText[SpanVals.Length];
//Stirrups Text Left/*------------------*/
double fystr = -1;
for (int i = 0; i < stirRightTxt.Length - 1; i++)
{
if (indexesRight[i] != -2)
{
if (indexesRight[i] < stirDiaArr240.Length)
{
fystr = 240;
stirRightTxt[i] = new GText(gCanvas
, new Point(RFTCanvas.StirrupsRightSec[i, 2].StartPoint.X - 0.7 * scale, RFTCanvas.StirrupsRightSec[i, 2].StartPoint.Y - 0.30 * scale)
, $"Y{stirDiaArr240[indexesRight[i]]}@{spacingRightSec[i]}");
GeometryEngineRFT.Shapes["Text"].Add(stirRightTxt[i]);
}
else if (indexesRight[i] < stirDiaArr240.Length + stirDiaArr360.Length)
{
fystr = 360;
stirRightTxt[i] = new GText(gCanvas
, new Point(RFTCanvas.StirrupsRightSec[i, 2].StartPoint.X - 0.70 * scale, RFTCanvas.StirrupsRightSec[i, 2].StartPoint.Y - 0.30 * scale)
, $"T{stirDiaArr360[indexesRight[i] - stirDiaArr240.Length]}@{spacingRightSec[i]}");
GeometryEngineRFT.Shapes["Text"].Add(stirRightTxt[i]);
}
else if (indexesRight[i] < stirDiaArr240.Length + stirDiaArr360.Length + stirDiaArr400.Length)
{
fystr = 400;
stirRightTxt[i] = new GText(gCanvas
, new Point(RFTCanvas.StirrupsRightSec[i, 2].StartPoint.X - 0.70 * scale, RFTCanvas.StirrupsRightSec[i, 2].StartPoint.Y - 0.30 * scale)
, $"T{stirDiaArr400[indexesRight[i] - stirDiaArr360.Length - stirDiaArr240.Length]}");
GeometryEngineRFT.Shapes["Text"].Add(stirRightTxt[i]);
}
}
else
{
stirRightTxt[i] = new GText(gCanvas
, new Point(RFTCanvas.StirrupsRightSec[i, 2].StartPoint.X - 0.70 * scale, RFTCanvas.StirrupsRightSec[i, 2].StartPoint.Y - 0.30 * scale)
, $"Increase Dims");
GeometryEngineRFT.Shapes["Text"].Add(stirRightTxt[i]);
}
}
//Case Of Cantilever at right End
#region Case of Cantilever at right end
if (GeometryEditorVM.GeometryEditor.RestraintsCollection[SpanVals.Length].SelectedRestraint != Restraints.NoRestraints)
{
if (indexesRight[stirRightTxt.Length - 1] != -2)
{
if (indexesRight[stirRightTxt.Length - 1] < stirDiaArr240.Length)
{
fystr = 240;
stirRightTxt[stirRightTxt.Length - 1] = new GText(gCanvas
, new Point(RFTCanvas.StirrupsRightSec[stirRightTxt.Length - 1, 2].StartPoint.X - 0.70 * scale, RFTCanvas.StirrupsRightSec[stirRightTxt.Length - 1, 2].StartPoint.Y - 0.30 * scale)
, $"Y{stirDiaArr240[indexesRight[stirRightTxt.Length - 1]]}@{spacingRightSec[stirRightTxt.Length - 1]}");
GeometryEngineRFT.Shapes["Text"].Add(stirRightTxt[stirRightTxt.Length - 1]);
}
else if (indexesRight[stirRightTxt.Length - 1] < stirDiaArr240.Length + stirDiaArr360.Length)
{
fystr = 360;
stirRightTxt[stirRightTxt.Length - 1] = new GText(gCanvas
, new Point(RFTCanvas.StirrupsRightSec[stirRightTxt.Length - 1, 2].StartPoint.X - 0.70 * scale, RFTCanvas.StirrupsRightSec[stirRightTxt.Length - 1, 2].StartPoint.Y - 0.30 * scale)
, $"T{stirDiaArr360[indexesRight[stirRightTxt.Length - 1] - stirDiaArr240.Length]}@{spacingRightSec[stirRightTxt.Length - 1]}");
GeometryEngineRFT.Shapes["Text"].Add(stirRightTxt[stirRightTxt.Length - 1]);
}
else if (indexesRight[stirRightTxt.Length - 1] < stirDiaArr240.Length + stirDiaArr360.Length + stirDiaArr400.Length)
{
fystr = 400;
stirRightTxt[stirRightTxt.Length - 1] = new GText(gCanvas
, new Point(RFTCanvas.StirrupsRightSec[stirRightTxt.Length - 1, 2].StartPoint.X - 0.70 * scale, RFTCanvas.StirrupsRightSec[stirRightTxt.Length - 1, 2].StartPoint.Y - 0.30 * scale)
, $"T{stirDiaArr400[indexesRight[stirRightTxt.Length - 1] - stirDiaArr360.Length - stirDiaArr240.Length]}");
GeometryEngineRFT.Shapes["Text"].Add(stirRightTxt[stirRightTxt.Length - 1]);
}
}
else
{
stirRightTxt[stirRightTxt.Length - 1] = new GText(gCanvas
, new Point(RFTCanvas.StirrupsRightSec[stirRightTxt.Length - 1, 2].StartPoint.X - 0.70 * scale, RFTCanvas.StirrupsRightSec[stirRightTxt.Length - 1, 2].StartPoint.Y - 0.30 * scale)
, $"Increase Dims");
GeometryEngineRFT.Shapes["Text"].Add(stirRightTxt[stirRightTxt.Length - 1]);
}
}
#endregion
}
public static void StirrupLeftTxt(GCanvas gCanvas, GeometryEngine GeometryEngineRFT, double scale)
{
stirLeftTxt = new GText[SpanVals.Length];
//Stirrups Text Left/*------------------*/
double fystr = -1;
/*Case Of Cantilever at left End*/
#region Case of Cantilever at start
if (GeometryEditorVM.GeometryEditor.RestraintsCollection[0].SelectedRestraint != Restraints.NoRestraints)
{
if (indexesLeft[0] != -2)
{
if (indexesLeft[0] < stirDiaArr240.Length)
{
fystr = 240;
stirLeftTxt[0] = new GText(gCanvas
, new Point(RFTCanvas.StirrupsLeftSec[0, 2].StartPoint.X, RFTCanvas.StirrupsLeftSec[0, 2].StartPoint.Y - 0.40 * scale)
, $"Y{stirDiaArr240[indexesLeft[0]]}@{spacingLeftSec[0]}");
GeometryEngineRFT.Shapes["Text"].Add(stirLeftTxt[0]);
}
else if (indexesLeft[0] < stirDiaArr240.Length + stirDiaArr360.Length)
{
fystr = 360;
stirLeftTxt[0] = new GText(gCanvas
, new Point(RFTCanvas.StirrupsLeftSec[0, 2].StartPoint.X, RFTCanvas.StirrupsLeftSec[0, 2].StartPoint.Y - 0.40 * scale)
, $"T{stirDiaArr360[indexesLeft[0] - stirDiaArr240.Length]}@{spacingLeftSec[0]}");
GeometryEngineRFT.Shapes["Text"].Add(stirLeftTxt[0]);
}
else if (indexesLeft[0] < stirDiaArr240.Length + stirDiaArr360.Length + stirDiaArr400.Length)
{
fystr = 400;
stirLeftTxt[0] = new GText(gCanvas
, new Point(RFTCanvas.StirrupsLeftSec[0, 2].StartPoint.X, RFTCanvas.StirrupsLeftSec[0, 2].StartPoint.Y - 0.40 * scale)
, $"T{stirDiaArr400[indexesLeft[0] - stirDiaArr360.Length - stirDiaArr240.Length]}@{spacingLeftSec[0]}");
GeometryEngineRFT.Shapes["Text"].Add(stirLeftTxt[0]);
}
}
else
{
stirLeftTxt[0] = new GText(gCanvas
, new Point(RFTCanvas.StirrupsLeftSec[0, 2].StartPoint.X, RFTCanvas.StirrupsLeftSec[0, 2].StartPoint.Y - 0.40 * scale)
, $"Increase Dims");
GeometryEngineRFT.Shapes["Text"].Add(stirLeftTxt[0]);
}
}
#endregion
for (int i = 1; i < stirLeftTxt.Length; i++)
{
if (indexesLeft[i] != -2)
{
if (indexesLeft[i] < stirDiaArr240.Length)
{
fystr = 240;
stirLeftTxt[i] = new GText(gCanvas
, new Point(RFTCanvas.StirrupsLeftSec[i, 2].StartPoint.X, RFTCanvas.StirrupsLeftSec[i, 2].StartPoint.Y - 0.40 * scale)
, $"Y{stirDiaArr240[indexesLeft[i]]}@{spacingLeftSec[i]}");
GeometryEngineRFT.Shapes["Text"].Add(stirLeftTxt[i]);
}
else if (indexesLeft[i] < stirDiaArr240.Length + stirDiaArr360.Length)
{
fystr = 360;
stirLeftTxt[i] = new GText(gCanvas
, new Point(RFTCanvas.StirrupsLeftSec[i, 2].StartPoint.X, RFTCanvas.StirrupsLeftSec[i, 2].StartPoint.Y - 0.40 * scale)
, $"T{stirDiaArr360[indexesLeft[i] - stirDiaArr240.Length]}@{spacingLeftSec[i]}");
GeometryEngineRFT.Shapes["Text"].Add(stirLeftTxt[i]);
}
else if (indexesLeft[i] < stirDiaArr240.Length + stirDiaArr360.Length + stirDiaArr400.Length)
{
fystr = 400;
stirLeftTxt[i] = new GText(gCanvas
, new Point(RFTCanvas.StirrupsLeftSec[i, 2].StartPoint.X, RFTCanvas.StirrupsLeftSec[i, 2].StartPoint.Y - 0.40 * scale)
, $"T{stirDiaArr400[indexesLeft[i] - stirDiaArr360.Length - stirDiaArr240.Length]}@{spacingLeftSec[i]}");
GeometryEngineRFT.Shapes["Text"].Add(stirLeftTxt[i]);
}
}
else
{
stirLeftTxt[i] = new GText(gCanvas
, new Point(RFTCanvas.StirrupsLeftSec[i, 2].StartPoint.X, RFTCanvas.StirrupsLeftSec[i, 2].StartPoint.Y - 0.40 * scale)
, $"Increase Dims");
GeometryEngineRFT.Shapes["Text"].Add(stirLeftTxt[i]);
}
}
}
public static void ConstructColLines(GCanvas gCanvas, GeometryEngine GeometryEngineRFT, double scale)
{
ColLinesTopStart = new GLine[SpanVals.Length];
ColLinesTopEnd = new GLine[SpanVals.Length];
ColLinesBotStart = new GLine[SpanVals.Length];
ColLinesBotEnd = new GLine[SpanVals.Length];
/*----------------------Bottom Start Lines----------------------*/
//Case Of Cantilever at start
if (GeometryEditorVM.GeometryEditor.RestraintsCollection[0].SelectedRestraint != Restraints.NoRestraints)
{
ColLinesBotStart[0] = new GLine(gCanvas, StartPointBotArr[0], new Point(StartPointBotArr[0].X, StartPointBotArr[0].Y + 0.4 * scale));
//add to the CANVAS
GeometryEngineRFT.Shapes["RFT"].Add(ColLinesBotStart[0]);
}
else
{
GLine comLineBotStart = new GLine(gCanvas, StartPointBotArr[0], new Point(StartPointBotArr[0].X - 0.15 * scale, StartPointBotArr[0].Y));
GeometryEngineRFT.Shapes["RFT"].Add(comLineBotStart);
}
for (int i = 1; i < ColLinesBotStart.Length; i++)
{
ColLinesBotStart[i] = new GLine(gCanvas, StartPointBotArr[i], new Point(StartPointBotArr[i].X, StartPointBotArr[i].Y + 0.4 * scale));
//add to the CANVAS
GeometryEngineRFT.Shapes["RFT"].Add(ColLinesBotStart[i]);
}
/*----------------------Bottom End Lines----------------------*/
for (int i = 0; i < ColLinesBotEnd.Length - 1; i++)
{
ColLinesBotEnd[i] = new GLine(gCanvas, EndPointBotArr[i], new Point(EndPointBotArr[i].X, EndPointBotArr[i].Y + 0.4 * scale));
//add to the CANVAS
GeometryEngineRFT.Shapes["RFT"].Add(ColLinesBotEnd[i]);
}
//Case Of Cantilever at End
if (GeometryEditorVM.GeometryEditor.RestraintsCollection[SpanVals.Length].SelectedRestraint != Restraints.NoRestraints)
{
ColLinesBotEnd[ColLinesBotEnd.Length - 1] = new GLine(gCanvas, EndPointBotArr[ColLinesBotEnd.Length - 1], new Point(EndPointBotArr[ColLinesBotEnd.Length - 1].X, EndPointBotArr[ColLinesBotEnd.Length - 1].Y + 0.4 * scale));
//add to the CANVAS
GeometryEngineRFT.Shapes["RFT"].Add(ColLinesBotEnd[ColLinesBotEnd.Length - 1]);
}
else
{
GLine comLineBotEnd = new GLine(gCanvas, EndPointBotArr[ColLinesBotEnd.Length - 1], new Point(EndPointBotArr[ColLinesBotEnd.Length - 1].X + 0.15 * scale, EndPointBotArr[ColLinesBotEnd.Length - 1].Y));
GeometryEngineRFT.Shapes["RFT"].Add(comLineBotEnd);
}
/*-----------------Top Start Lines---------------*/
//Case Of Cantilever at start
if (GeometryEditorVM.GeometryEditor.RestraintsCollection[0].SelectedRestraint != Restraints.NoRestraints)
{
ColLinesTopStart[0] = new GLine(gCanvas, StartPointTopArr[0], new Point(StartPointTopArr[0].X, StartPointTopArr[0].Y - 0.4 * scale));
//add to the CANVAS
GeometryEngineRFT.Shapes["RFT"].Add(ColLinesTopStart[0]);
}
else
{
GLine comLineTopStart = new GLine(gCanvas, StartPointTopArr[0], new Point(StartPointTopArr[0].X - 0.15 * scale, StartPointTopArr[0].Y));
GeometryEngineRFT.Shapes["RFT"].Add(comLineTopStart);
}
for (int i = 1; i < ColLinesTopStart.Length; i++)
{
ColLinesTopStart[i] = new GLine(gCanvas, StartPointTopArr[i], new Point(StartPointTopArr[i].X, StartPointTopArr[i].Y - 0.40 * scale));
//add to the CANVAS
GeometryEngineRFT.Shapes["RFT"].Add(ColLinesTopStart[i]);
}
/*-----------------Top End Lines---------------*/
for (int i = 0; i < ColLinesTopEnd.Length - 1; i++)
{
ColLinesTopEnd[i] = new GLine(gCanvas, EndPointTopArr[i], new Point(EndPointTopArr[i].X, EndPointTopArr[i].Y - 0.40 * scale));
//add to the CANVAS
GeometryEngineRFT.Shapes["RFT"].Add(ColLinesTopEnd[i]);
}
//Case Of Cantilever at End
if (GeometryEditorVM.GeometryEditor.RestraintsCollection[SpanVals.Length].SelectedRestraint != Restraints.NoRestraints)
{
ColLinesTopEnd[ColLinesTopEnd.Length - 1] = new GLine(gCanvas, EndPointTopArr[ColLinesBotEnd.Length - 1], new Point(EndPointTopArr[ColLinesBotEnd.Length - 1].X, EndPointTopArr[ColLinesBotEnd.Length - 1].Y - 0.4 * scale));//---
//add to the CANVAS
GeometryEngineRFT.Shapes["RFT"].Add(ColLinesTopEnd[ColLinesTopEnd.Length - 1]);
}
else
{
GLine comLineTopEnd = new GLine(gCanvas, EndPointTopArr[ColLinesBotEnd.Length - 1], new Point(EndPointTopArr[ColLinesBotEnd.Length - 1].X + 0.15 * scale, EndPointTopArr[ColLinesBotEnd.Length - 1].Y));
GeometryEngineRFT.Shapes["RFT"].Add(comLineTopEnd);
}
/*-------------Start and End Column Lines-------------*/
//Start Column Line
//Case of Cantilever at start:
if (GeometryEditorVM.GeometryEditor.RestraintsCollection[0].SelectedRestraint != Restraints.NoRestraints)
{
GLine startColLine = new GLine(gCanvas, new Point(StartPointTopArr[0].X - 0.15 * scale, StartPointTopArr[0].Y - 0.40 * scale)
, new Point(StartPointBotArr[0].X - 0.15 * scale, StartPointBotArr[0].Y + 0.40 * scale));
//add to the CANVAS
GeometryEngineRFT.Shapes["RFT"].Add(startColLine);
}
else
{
GLine startColLine = new GLine(gCanvas, new Point(StartPointTopArr[0].X - 0.15 * scale, StartPointTopArr[0].Y)
, new Point(StartPointBotArr[0].X - 0.15 * scale, StartPointBotArr[0].Y));
//add to the CANVAS
GeometryEngineRFT.Shapes["RFT"].Add(startColLine);
}
//End Colimn Line
//Case of Cantilever at end
if (GeometryEditorVM.GeometryEditor.RestraintsCollection[SpanVals.Length].SelectedRestraint != Restraints.NoRestraints)
{
GLine endColLine = new GLine(gCanvas, new Point(EndPointTopArr[SpanVals.Length - 1].X + 0.15 * scale, EndPointTopArr[SpanVals.Length - 1].Y - 0.40 * scale)
, new Point(EndPointBotArr[SpanVals.Length - 1].X + 0.15 * scale, EndPointBotArr[SpanVals.Length - 1].Y + 0.40 * scale));
//add to the CANVAS
GeometryEngineRFT.Shapes["RFT"].Add(endColLine);
}
else
{
GLine endColLine = new GLine(gCanvas, new Point(EndPointTopArr[SpanVals.Length - 1].X + 0.15 * scale, EndPointTopArr[SpanVals.Length - 1].Y)
, new Point(EndPointBotArr[SpanVals.Length - 1].X + 0.15 * scale, EndPointBotArr[SpanVals.Length - 1].Y));
//add to the CANVAS
GeometryEngineRFT.Shapes["RFT"].Add(endColLine);
}
}
