public void Serialization_NewCross_SerializedAndDeserializedCrossEqualsUnlessJsonIgnoredProperties()
{
///Arrange
var targetColor = new Color(250, 250, 250);
var targetStrokeColor = new Color(120, 120, 120);
var targetStartPoint = new Point(0.0, 0.0);
var targetEndPoint = new Point(10.0, 10.0);
var targetCross = new Cross(targetStartPoint, targetEndPoint, LineStyle.Dashed)
{
FillColor = targetColor,
IsChanged = true,
LineWidth = 1,
Selected = false,
StrokeColor = targetStrokeColor,
Style = LineStyle.Dashed,
IgnoreEvents = false
};
///Act
var deserializedTargetCross = Utils.SerializeDeserialize(targetCross);
///Assert
Utils.AssertDeserializedStorablePropertyEquality <Cross> (targetCross, deserializedTargetCross);
}
public void GetSelection_NewCross_GetAllSelectionPositionsOk()
{
///Arrange
var targetColor = new Color(250, 250, 250);
var targetStartPoint = new Point(0.0, 0.0);
var targetEndPoint = new Point(10.0, 10.0);
var targetCross = new Cross(targetStartPoint, targetEndPoint, LineStyle.Dashed)
{
FillColor = targetColor,
};
var topLeftPoint = targetCross.Area.TopLeft;
var bottomLeftPoint = targetCross.Area.BottomLeft;
var topRightPoint = targetCross.Area.TopRight;
var bottomRightPoint = targetCross.Area.BottomRight;
///Act
var topLeftSelection = targetCross.GetSelection(topLeftPoint);
var bottomLeftSelection = targetCross.GetSelection(bottomLeftPoint);
var topRightSelection = targetCross.GetSelection(topRightPoint);
var bottomRightSelection = targetCross.GetSelection(bottomRightPoint);
///Assert
Assert.AreEqual(SelectionPosition.TopLeft, topLeftSelection.Position);
Assert.AreEqual(SelectionPosition.BottomLeft, bottomLeftSelection.Position);
Assert.AreEqual(SelectionPosition.TopRight, topRightSelection.Position);
Assert.AreEqual(SelectionPosition.BottomRight, bottomRightSelection.Position);
}
public void Move_NewCross_CrossMoved()
{
///Arrange
var targetColor = new Color(250, 250, 250);
var targetStartPoint = new Point(0.0, 0.0);
var targetEndPoint = new Point(10.0, 10.0);
var targetCross = new Cross(targetStartPoint, targetEndPoint, LineStyle.Dashed)
{
FillColor = targetColor,
};
///Act
var selection = new Selection(targetCross, SelectionPosition.All);
targetCross.Move(selection, targetEndPoint, targetCross.Start.Copy());
///Assert
Assert.AreEqual(10.0, targetCross.Start.X);
Assert.AreEqual(10.0, targetCross.Start.Y);
Assert.AreEqual(20.0, targetCross.Stop.X);
Assert.AreEqual(20.0, targetCross.Stop.Y);
}
protected override void OnBar(Instrument instrument, Bar bar)
{
// Add bar to bar series.
Bars.Add(bar);
Log(bar, barsGroup);
if (fastSMA.Count > 0)
{
Log(fastSMA.Last, fastSmaGroup);
}
if (slowSMA.Count > 0)
{
Log(slowSMA.Last, slowSmaGroup);
}
// Calculate performance.
Portfolio.Performance.Update();
Log(Portfolio.Value, equityGroup);
if (!SuspendTrading)
{
// Check strategy logic.
if (fastSMA.Count > 0 && slowSMA.Count > 0)
{
Cross cross = fastSMA.Crosses(slowSMA, bar.DateTime);
if (!HasPosition(instrument))
{
// Enter long/short.
if (cross == Cross.Above)
{
Order enterOrder = BuyOrder(Instrument, Qty, "Enter Long");
Send(enterOrder);
}
else if (cross == Cross.Below)
{
Order enterOrder = SellOrder(Instrument, Qty, "Enter Short");
Send(enterOrder);
}
}
else
{
// Reverse to long/short.
if (Position.Side == PositionSide.Long && cross == Cross.Below)
{
Order reverseOrder = SellOrder(Instrument, Math.Abs(Position.Amount) + Qty, "Reverse to Short");
Send(reverseOrder);
}
else if (Position.Side == PositionSide.Short && cross == Cross.Above)
{
Order reverseOrder = BuyOrder(Instrument, Math.Abs(Position.Amount) + Qty, "Reverse to Long");
Send(reverseOrder);
}
}
}
}
}
int Click = 0; //记录当前棋子
//当放置棋子的时候判断状态和能否放置
public void OnClick(Cross cross)
{
if (_state != State.BlackGo)
{
return;
}
// 如果该位置可以放置
if (CanPlace(cross.GridX, cross.GridY))
{
Click++;
_lastPlayerX = cross.GridX;
_lastPlayerY = cross.GridY;
if (PlaceChess(cross, true))
{
// 已经胜利
_state = State.Over;
ShowResult(ChessType.Black);
return;
}
else
{
//判断当前棋局是否满棋,玩家先走,287次正确走步时为满棋
if (Click >= 287 && mWhoStart == 1)
{
mMaxTimer = 0;
return;
}
// 换电脑走
_state = State.WhiteGo;
mTimerLabel.text = "0:00";
mMaxTimer = 15;
}
}
}
void CrossToBigs(TAlternativeParserGrpCrossItem ACrossItem, TAlternativeParserItemBig ABig)
{
TAlternativeParserGrpItemBase Base;
TAlternativeParserGrpCrossItemOut Cross;
TAlternativeParserItemBig mHeadBig = new TAlternativeParserItemBig();
mHeadBig.OwnerBig = ABig;
ABig.MainList.Append(mHeadBig);
TAlternativeParserItemBig mBig = new TAlternativeParserItemBig();
for (int i = 0; i <= ACrossItem.CountBasis - 1; i++)
{
FillItemGrp(ACrossItem.GetItemsBasis(i), ref mBig);
}
mBig.Check = true;
mBig.OwnerBig = mHeadBig;
mBig.NumAlt = 0;
mBig.Cross = true;
mHeadBig.AddBig(mBig);
for (int i = 0; i <= ACrossItem.CountOut - 1; i++)
{
mBig = new TAlternativeParserItemBig();
Cross = ACrossItem.GetItemsOut(i);
mBig.Check = true;
mBig.Cross = true;
for (int j = 0; j <= Cross.Count - 1; j++)
{
FillItemGrp(Cross.GetItems(j), ref mBig);
}
mBig.NumAlt = i + 1;
mBig.OwnerBig = mHeadBig;
mHeadBig.AddBig(mBig);
}
}
public void TestLoadSave()
{
var tmpFolder = "Users.0000";
var tmpName = "Test1";
var exts = new[] { "banzai", "editor", "solve" };
var cross = new Cross(10, 10);
cross.SetCell(0, 0, Cross.CellState.Fill);
CrossIO.ExportEditor(tmpName, cross);
var cross0 = CrossIO.Import(tmpFolder, tmpName);
if (cross0.GetCell(0, 0) != Cross.CellState.Unknown)
{
throw new Exception();
}
CrossIO.Export(tmpFolder, tmpName, cross);
var cross1 = CrossIO.Import(tmpFolder, tmpName);
if (cross1.GetCell(0, 0) != Cross.CellState.Fill)
{
throw new Exception();
}
var dir =
$@"{Environment.GetFolderPath(Environment.SpecialFolder.ApplicationData)}\{Application.CompanyName}\{
Application.ProductName}\{tmpFolder}\";
Array.ForEach(exts, e => File.Delete(dir + tmpName + '.' + e));
if (!Directory.EnumerateFiles(dir).Any())
{
Directory.Delete(dir);
}
}
public override void CreateShape()
{
//base.CreateShape();
Cross cross = new Cross(this.X, this.Y);
this.GraphicsPath = cross.GetPath();
}
private void TestCheckLineVal(string sample, string len, string state)
{
var results = new Dictionary <Cross.SectionState, char>
{
{ Cross.SectionState.Right, '+' },
{ Cross.SectionState.Wrong, '-' },
{ Cross.SectionState.InProgress, '?' }
};
var source = new Dictionary <char, Cross.CellState>
{
{ '#', Cross.CellState.Fill },
{ '.', Cross.CellState.Dot },
{ ' ', Cross.CellState.Unknown }
};
var cross = new Cross(sample.Length, 1);
for (int i = 0; i < sample.Length; i++)
{
cross.SetCell(i, 0, source[sample[i]]);
}
cross.Left[0] = new Cross.Line(len.Split().Select(int.Parse));
cross.CheckLines();
var res =
new string(
cross.Left[0]
.Sections
.Select(s => results[s.State])
.ToArray());
if (res != state)
{
throw new Exception($"[{sample}] [{len}] [{state}]{Environment.NewLine}==> Wrong [{res}]");
}
}
// distance to outlet, position of outlet
public IEnumerable <Cross> GetCrosses(int n, int row, int col)
{
// len: 2(N+1)+1
//var len = (1 << (N + 1)) + 1;
var end = 1 << (n + 1);
if (row == 0 || col == 0 || row == end || col == end)
{
yield break;
}
var cross = new Cross
{
Dir = Direction.Down,
CenterRow = 1 << n,
CenterCol = 1 << n
};
yield return(cross);
while (!cross.Covers(row, col))
{
cross = cross.GetNext(--n, row, col);
yield return(cross);
}
}
public void addLayer(LayerType layerType, int countNeurons, List <float> weights = null)
{
if (layerType == LayerType.Input)
{
Input i = new Input();
i.model = this;
i.addNeurons(countNeurons);
layers.Add(i);
i.connectNeurons();
}
else if (layerType == LayerType.Serial)
{
Serial s = new Serial();
s.model = this;
s.addNeurons(countNeurons);
layers.Add(s);
s.connectNeurons(weights);
}
else if (layerType == LayerType.Cross)
{
Cross c = new Cross();
c.model = this;
c.addNeurons(countNeurons);
layers.Add(c);
c.connectNeurons(weights);
}
}
public void InitSnap(Canvas canvas, IEnumerable <Point> snapPointsOfFigure, IEnumerable <Figure> blackList)
{
_startSnapPoints = new List <Point>();
_ghostSnapPoints = new List <Point>();
foreach (var point in snapPointsOfFigure)
{
//We need the the fixed snap-points,
//because we are oprating with dxSum and dySum,
//which make only sense with the original starting positions.
_startSnapPoints.Add(point.Clone());
//We move ghost snap points around to the new position.
_ghostSnapPoints.Add(point.Clone());
}
_snapPointCross = new Cross(0, 0, 10, 10)
{
IsSelectable = false,
IsDragable = false,
IsVisible = false,
CanBeSnapTarget = false,
StrokeColor = Colors.Red,
};
canvas.AddFigure(_snapPointCross);
}
//此处判断当前走棋后是否胜出
bool PlaceChess(Cross cross, bool isblack)
{
if (cross == null)
{
return(false);
}
// 创建棋子
var newChess = GameObject.Instantiate <GameObject>(isblack ? BlackPrefab : WhitePrefab);
newChess.transform.SetParent(cross.gameObject.transform, false);
var ctype = isblack ? ChessType.Black : ChessType.White;
// 设置数据
_model.Set(cross.GridX, cross.GridY, ctype);
//每次需要判断是否是满棋局
if (Click >= 288 && isblack)
{
mMaxTimer = 0;
return(true);
}
var linkCount = _model.CheckLink(cross.GridX, cross.GridY, ctype);
return(linkCount >= BoardModel.WinChessCount);
}
private void OnBar_Symbol0(Bar bar)
{
do
{
Cross cross = fastSMA.Crosses(slowSMA, bar);
if (Cross.Above == cross)
{
base.TargetPosition = 1;
TextParameter.Text = "金叉";
}
else if (Cross.Below == cross)
{
base.TargetPosition = -1;
TextParameter.Text = "死叉";
}
else
{
// 保持上次的状态
}
// 合成合约没有持仓等基本信息，如何进行止损呢？
FixedStop(bar.Close, 300, StopMode.Absolute, "");
TakeProfit(bar.Close, 400, StopMode.Absolute, "");
} while (false);
}
private void DecombinePreview(bool _isStart)
{
if (_isStart && m_previewStreet.GetStartConnection().m_OtherConnection != null)
{
Connection oldConnection = m_previewStreet.GetStartConnection().m_OtherConnection;
Connection.DeCombine(m_previewStreet.GetStartConnection(), m_previewStreet.GetStartConnection().m_OtherConnection);
if (oldConnection.m_Owner is Street)
{
StreetComponentManager.CreateDeadEnd((Street)oldConnection.m_Owner, oldConnection.m_OwnerStart);
}
else if (oldConnection.m_Owner is Cross)
{
Cross c = (Cross)oldConnection.m_Owner;
StreetComponentManager.CreateDeadEnd((Cross)oldConnection.m_Owner, c.GetIndexByConnection(oldConnection));
}
}
else if (m_previewStreet.m_EndConnection.m_OtherConnection != null)
{
Connection oldConnection = m_previewStreet.m_EndConnection.m_OtherConnection;
Connection.DeCombine(m_previewStreet.m_EndConnection, m_previewStreet.m_EndConnection.m_OtherConnection);
if (oldConnection.m_Owner is Street)
{
StreetComponentManager.CreateDeadEnd((Street)oldConnection.m_Owner, oldConnection.m_OwnerStart);
}
else if (oldConnection.m_Owner is Cross)
{
Cross c = (Cross)oldConnection.m_Owner;
StreetComponentManager.CreateDeadEnd((Cross)oldConnection.m_Owner, c.GetIndexByConnection(oldConnection));
}
}
}
public void UploadFile(string subPath,
string fileName,
string realFileName,
Cross crossWith,
string crossId)
{
}
/// <summary>
/// Перерисовать только активные части
/// </summary>
/// <param name="comParams">Пересичтать параметры</param>
public void RedrawActual()
{
if (Candels.AllDataPaintedCandle.Count == 0)
{
return;
}
FocusCandle = null;
//Рисуем активную свечу справа
PaintActual(Candels.AllDataPaintedCandle[0]);
//Ищем активную(наведенную свечу)
FocusCandle = Candels.AllDataPaintedCandle.FirstOrDefault(dCan => dCan.Body.X <= CrossPoint.X && dCan.Body.X + dCan.Body.Width >= CrossPoint.X);
if (FocusCandle.NotIsNull())
{
Cross.PaintCrossLines(CrossPoint, FocusCandle);
if (FocusCandle.TailCoord.High.Y <= CrossPoint.Y && FocusCandle.TailCoord.Low.Y >= CrossPoint.Y)
{
//Событие передвижения по свечке
if (OnCandleMove.NotIsNull())
{
OnCandleMove(CrossPoint, FocusCandle);
}
}
}
else
{
Cross.PaintCrossLines(CrossPoint, null);
}
}
public void OnClick(Cross cross)
{
if (_state != State.BlackGo)
{
return;
}
// 不能在已经放置过的棋子上放置
if (CanPlace(cross.GridX, cross.GridY))
{
_lastPlayerX = cross.GridX;
_lastPlayerY = cross.GridY;
if (PlaceChess(cross, true))
{
// 已经胜利
_state = State.Over;
ShowResult(ChessType.Black);
}
else
{
// 换电脑走
_state = State.WhiteGo;
}
}
}
// Update is called once per frame
void Update()
{
if (roomNumber == giovannicontrol.roomNumber)
{
if (!atacar.isPlaying && !morir.isPlaying)
{
fly.Play();
fly.loop = true;
}
else
{
fly.Stop();
}
timetochange++;
if (aLife <= 0)
{
Death();
}
if (timetochange > 50)
{
move_x = Random.Range(-0.5f, 0.5f);
move_y = Random.Range(-0.5f, 0.5f);
timetochange = 0;
}
transform.position = new Vector2(
move_x * aSpeed + transform.position.x,
move_y * aSpeed + transform.position.y
);
if (cross)
{
crossStats = GameObject.FindObjectOfType <Cross>();
Physics2D.IgnoreCollision(crossStats.GetComponent <Collider2D>(), GetComponent <Collider2D>(), true);
if (crossContact())
{
isAttacked();
}
}
attack();
}
if (target.position.x < transform.position.x && facingRight)
{
Flip();
}
if (target.position.x > transform.position.x && !facingRight)
{
Flip();
}
}
public void IsLeftSide_ShouldReturnCorrectResult(int x, int y, bool result)
{
IPoint lineStartPoint = new BoundaryPoint(14.3429, 17.5163);
IPoint lineEndPoint = new BoundaryPoint(29.9575, 32.0665);
ICross point = new Cross(x, y);
Assert.AreEqual(result, GeometryHelper.IsLeftSide(lineStartPoint, lineEndPoint, point));
}
protected void HandleCross(Cross item, PdfPageWriter writer, Context context)
{
var physicalBox = ToPhysicalBox(item, context);
var go = (PdfGraphicsOptions)GetReferenceObject(item.GraphicsOptionsRef ?? context.GraphicsOptionsRef) ?? new PdfGraphicsOptions();
writer.DrawLine(physicalBox[0], physicalBox[1], physicalBox[2], physicalBox[3], go);
writer.DrawLine(physicalBox[2], physicalBox[1], physicalBox[0], physicalBox[3], go);
}
public static Cross ClampMin(Cross c, float f)
{
for (int i = 0; i < 5; i++)
{
c.vals[i] = Mathf.Min(f, c.vals[i]);
}
return(c);
}
public void AddInGroup(T n, string ls)
{
Cross c = new Cross(n);
c.Dat = Last;
c.listSign = ls;
Last = c;
}
private static void OnCenterPointUpdated(DependencyObject d, DependencyPropertyChangedEventArgs e)
{
Cross cross = d as Cross;
cross.NotifyPropertyChanged("X1");
cross.NotifyPropertyChanged("X2");
cross.NotifyPropertyChanged("Y1");
cross.NotifyPropertyChanged("Y2");
}
public void HideTipForce()
{
LeanTween.cancel(gameObject);
transform.GetComponent <UnityEngine.EventSystems.EventTrigger>().enabled = false;
gameObject.GetComponent <CanvasGroup>().alpha = 0;
//gameObject.SetActive(false);
_isOver = false;
Cross.SetActive(false);
}
public Cross GetCrossProjectNodeKPIs()
{
CrossProjectNodeKPIsHelper ch = new CrossProjectNodeKPIsHelper();
Cross result = ch.GetRow();
CrossProjectNodeKPIsCellHelper cch = new CrossProjectNodeKPIsCellHelper();
result.Rows = cch.GetRows();
return(result);
}
public Cross GetCrossGuides(QueryByCrossGuidesCellRequest request)
{
CrossGuidesHelper ch = new CrossGuidesHelper();
Cross result = ch.GetRow();
CrossGuidesCellHelper cch = new CrossGuidesCellHelper();
result.Rows = cch.GetRows(request);
return(result);
}
public Cross GetCross()
{
CrossHelper ch = new CrossHelper();
Cross result = ch.GetRow();
CrossCellHelper cch = new CrossCellHelper();
result.Rows = cch.GetRows();
return(result);
}
public override void OnBar(Bar bar)
{
// does the fast average cross over the slow average?
// if so, time to buy long
Cross cross = sma1.Crosses(sma2, bar);
// we only allow one active position at a time
if (entryEnabled)
{
// if price trend is moving upward, open a long
// position using a market order, and send it in
if (cross == Cross.Above)
{
marketOrder = MarketOrder(OrderSide.Buy, Qty, "Entry");
marketOrder.Send();
// if one cancels all exit method is desired, we
// also issue a limit (profit target) order, and
// a stop loss order in case the breakout fails.
// The OCA exit method uses a real stop loss order.
// The Stop exit method uses a stop indicator.
// Use either the OCA or Stop method, not both at once.
if (OCAExitEnabled)
{
// create and send a profit limit order
double profitTarget = LimitOCALevel * bar.Close;
limitOrder = SellLimitOrder(Qty, profitTarget, "Limit OCA " + OCACount);
limitOrder.OCAGroup = "OCA " + Instrument.Symbol + " "
+ OCACount;
limitOrder.Send();
// create and send a stop loss order
double lossTarget = StopOCALevel * bar.Close;
stopOrder = SellStopOrder(Qty, lossTarget, "Stop OCA " + OCACount);
stopOrder.OCAGroup = "OCA " + Instrument.Symbol + " "
+ OCACount;
stopOrder.Send();
// bump the OCA count to make OCA group strings unique
OCACount++;
}
entryEnabled = false;
}
}
// else if entry is disabled on this bar, we have an open position
else
{
// if we are using the crossover exit, and if the fast
// average just crossed below the slow average, issue a
// market order to close the existing position
if (CrossoverExitEnabled)
{
if (cross == Cross.Below)
{
marketOrder = MarketOrder(OrderSide.Sell, Qty, "Crossover Exit");
marketOrder.Send();
}
}
}
}
public Cross GetCrossProjectNodeFilesKMExtend(QueryByCrossProjectNodeFilesKMExtendRequest request)
{
CrossProjectNodeFilesHelper ch = new CrossProjectNodeFilesHelper();
Cross result = ch.GetRow();
CrossProjectNodeFilesCellKMExtendHelper cch = new CrossProjectNodeFilesCellKMExtendHelper();
result.Rows = cch.GetRows(request);
return(result);
}
public Engine(Graphics g)
{
g_Handle = g;
Paint_Area = new Rectangle(0, 0, 1600, 1200);
//Balls = new List<Ball>();
//Queued_Balls = new Queue<Ball>();
ArrowStart = new Point();
ArrowEnd = new Point();
ShowArrow = false;
//Lines = new List<Obstacle>();
//Lines.Add(new Obstacle(new Point(700, 700), new Point(900, 700)));
//Lines.Add(new Obstacle(new Point(700, 700), new Point(700, 900)));
TestStart = new Point();
TestEnd = new Point();
TestCut = new Point();
Actual = new Cross();
The = new Line();
}
internal static ECross Convert(Cross cross)
{
switch (cross)
{
case Cross.Above:
return ECross.Above;
case Cross.Below:
return ECross.Below;
case Cross.None:
return ECross.None;
default:
throw new NotImplementedException("Cross type is not supported : " + cross);
}
}
internal static ECross Convert(Cross cross)
{
switch (cross)
{
case Cross.Above:
return ECross.Above;
case Cross.Below:
return ECross.Below;
case Cross.None:
return ECross.None;
default:
throw new ArgumentException(string.Format("Unsupported Cross - {0}", cross));
}
}
public override void OnBar(Bar bar)
{
if (sma.Count == 0)
return;
// if we are using a trend-following exit and have an open
// positiong that we should close
if (TrendFollowingExitEnabled && HasPosition && Bars.Count > TrendFollowingExitLength + 1)
{
// check if we are long and today's close is lower than
// lowest low of the last "trendFollowingExitLength" bars.
// If so, then exit on the next bar open
if (Position.Side == PositionSide.Long)
{
double prevLow = Bars.LowestLow(Bars.Count - TrendFollowingExitLength - 1, Bars.Count - 2);
if (bar.Close < prevLow)
exitOnBarOpen = true;
}
// check if we are short and today's close is higher than
// highest high of the last "trendFollowingExitLength" bars
// If so, exit on the next bar open
if (Position.Side == PositionSide.Short)
{
double prevHigh = Bars.HighestHigh(Bars.Count - TrendFollowingExitLength - 1, Bars.Count - 2);
if (bar.Close > prevHigh)
exitOnBarOpen = true;
}
}
// look for N consecutive closes after a crossover
Cross cross = Bars.Crosses(sma, bar);
// if any cross occurred, reset the consecutive close count,
// and copy the cross value so we can reset our copy of it
// without wiping out the original indicator.
if (cross != Cross.None)
{
smaCross = cross;
ccCount = 0;
}
// if a cross occurred, increment the cc count, because the
// first bar counts as the first consecutive close
if (smaCross != Cross.None)
ccCount++;
// if we have enough consecutive closes, it's time to trade
if (ccCount == ConsClosesCount)
{
// if we have no position open, or if we have a position
// that is opposite the cross direction (ie, we need to
// close the position)
if (!HasPosition ||
(Position.Side == PositionSide.Long && smaCross == Cross.Below) ||
(Position.Side == PositionSide.Short && smaCross == Cross.Above))
{
switch (FilterType)
{
// enter a trade if no filters are being used
case FilterType.None:
{
entryEnabled = true;
break;
}
// enter a trade if the RAVI filter says ok
case FilterType.RAVI:
{
entryEnabled = FilterRAVI();
break;
}
// enable a trade if the ADX filter says ok
case FilterType.ADX:
{
entryEnabled = FilterADX();
break;
}
}
// if an entry was enabled, open a position on next bar open
if (entryEnabled)
exitOnBarOpen = false;
// and reset our copy of the cross status to none
smaCross = Cross.None;
}
// reset the consecutive close count too
ccCount = 0;
}
}
/// <summary>
/// Draw a frame around the buffer from (0,0) to (width, height)
/// </summary>
void DrawFrame(PixelsBuffer buffer, Cross.Drawing.Color color)
{
int idx = 0; //pixel index
//draw left, right lines
for (int y = 0; y < buffer.Height; y++)
{
//left
idx = buffer.StartOffset + buffer.Stride * y;// buffer.GetPixelIndex(0, y);
buffer.Data[idx] = color.Data;
//right
idx = buffer.StartOffset + buffer.Stride * y + buffer.Width - 1;// buffer.GetPixelIndex(buffer.Width - 1, y);
buffer.Data[idx] = color.Data;
}
//draw top, bottom lines
for (int x = 0; x < buffer.Width; x++)
{
//top
idx = buffer.StartOffset + x;// buffer.GetPixelIndex(x, 0);
buffer.Data[idx] = color.Data;
//bottom
idx = buffer.StartOffset + (buffer.Height - 1) * buffer.Stride + x;// buffer.GetPixelIndex(x, buffer.Height - 1);
buffer.Data[idx] = color.Data;
}
}
/// <summary>
/// Draw a diagonal line with the specified color from (0,0) to (width, height)
/// </summary>
void DrawLine(PixelsBuffer buffer, Cross.Drawing.Color color)
{
int idx = 0; //pixel index
for (int i = 0; i < buffer.Height; i++)
{
idx = buffer.StartOffset + i * buffer.Stride + i; // buffer.GetPixelIndex(i, i);
buffer.Data[idx] = color.Data;
}
}
private void RenderEngine(object obj)
{
SolidBrush Background = new SolidBrush(Color.White);
int Ticks_1000ms = Environment.TickCount;
int Ticks_50ms = Environment.TickCount;
Point Acceleration = new Point(0, 1); // 10 px down
Point No_Acceleration = new Point(-Acceleration.X * 2, -Acceleration.Y * 2);
Pen Arrow = new Pen(new SolidBrush(Color.Green), 2f);
Pen TestPoints = new Pen(new SolidBrush(Color.Red), 1f);
Pen TestCutts = new Pen(new SolidBrush(Color.Lime), 1f);
Font fps_font = new Font("Arial", 12);
SolidBrush fps_brush = new SolidBrush(Color.Black);
Bitmap RenderedFrame = new Bitmap(Paint_Area.Width, Paint_Area.Height);
Graphics f_Handle = Graphics.FromImage(RenderedFrame);
//Obstacle Obs = new Obstacle(new Point())
//TestCut = new Point(Paint_Area.Width / 2, Paint_Area.Height / 2);
Cross Test = new Cross(new Point(Paint_Area.Width / 2, Paint_Area.Height / 2)); // centered test point
Test.Color = Color.Green;
Line Mirror = new Line();
Mirror.Start = new Point(Paint_Area.Width / 2 - 100, Paint_Area.Height / 2 - 100);
Mirror.End = new Point(Paint_Area.Width / 2 + 100, Paint_Area.Height / 2 + 100);
Mirror.Color = Color.Gray;
Line Exit = new Line();
Exit.Color = Color.Red;
Exit.Start = Test.Position;
int fps = 0;
int frames_rendered = 0;
string info = "";
double Angle = 45;
double Length = 300;
while(true)
{
// draw background
f_Handle.FillRectangle(Background, Paint_Area);
/*
// draw balls
foreach(Ball ball in Balls)
{
ball.Draw(f_Handle);
}
// draw lines
foreach(Obstacle obs in Lines)
{
obs.Draw(f_Handle);
}
// draw arrow
if (ShowArrow)
{
f_Handle.DrawLine(Arrow, ArrowStart, ArrowEnd);
// calculate angle and arrow
}*/
f_Handle.DrawString(fps.ToString() + "fps", fps_font, fps_brush, 0, 0);
// draw crosses
Test.Draw(f_Handle, Paint_Area.Height);
Actual.Draw(f_Handle, Paint_Area.Height);
The.Start = Actual.Position;
The.End = Test.Position;
The.Draw(f_Handle, Paint_Area.Height);
Mirror.Draw(f_Handle, Paint_Area.Height);
// calculate end
double beta = Mirror.Angle - The.Angle;
double c = The.Lenght * Math.Cos(beta / 360 * 2 * Math.PI);
Exit.End = new Point((int)(2 * c * Math.Cos(Mirror.Angle / 360 * 2 * Math.PI) + The.Start.X), (int)(2 * c * Math.Sin(Mirror.Angle / 360 * 2 * Math.PI) + The.Start.Y));
Exit.Draw(f_Handle, Paint_Area.Height);
// draw info
info = "beta: " + beta.ToString() + "\n";
info += "c: " + c.ToString();
f_Handle.DrawString(info, fps_font, fps_brush, 0, 50);
// draw line
/*
// testpoints
f_Handle.DrawLine(TestPoints, TestStart.X - 10, TestStart.Y, TestStart.X + 10, TestStart.Y);
f_Handle.DrawLine(TestPoints, TestStart.X, TestStart.Y - 10, TestStart.X, TestStart.Y + 10);
f_Handle.DrawLine(TestPoints, TestEnd.X - 10, TestEnd.Y, TestEnd.X + 10, TestEnd.Y);
f_Handle.DrawLine(TestPoints, TestEnd.X, TestEnd.Y - 10, TestEnd.X, TestEnd.Y + 10);
f_Handle.DrawLine(TestCutts, TestCut.X - 10, TestCut.Y, TestCut.X + 10, TestCut.Y);
f_Handle.DrawLine(TestCutts, TestCut.X, TestCut.Y - 10, TestCut.X, TestCut.Y + 10);*/
// draw on screen
g_Handle.DrawImage(RenderedFrame, 0, 0,800,600);
// check for change
if(Environment.TickCount > (Ticks_50ms + 50))
{
// refresh ticks
Ticks_50ms = Environment.TickCount;
// every 50 ms
Mirror.Start.X = (int)(-(Length / 2) * Math.Sin(Angle / 360 * 2 * Math.PI) + The.End.X);
Mirror.Start.Y = (int)(-(Length / 2) * Math.Cos(Angle / 360 * 2 * Math.PI) + The.End.Y);
Mirror.End.X = (int)((Length / 2) * Math.Sin(Angle / 360 * 2 * Math.PI) + The.End.X);
Mirror.End.Y = (int)((Length / 2) * Math.Cos(Angle / 360 * 2 * Math.PI) + The.End.Y);
// inkrement angle
//Angle += 1;
}
// calculate fps
if (Environment.TickCount > (Ticks_1000ms + 1000))
{
// refresh ticks
Ticks_1000ms = Environment.TickCount;
fps = frames_rendered;
frames_rendered = 0;
}
frames_rendered++;
/*
// move balls every 500 ms
if(Environment.TickCount > (Ticks + 10))
{
// refresh ticks
Ticks = Environment.TickCount;
// move balls
foreach(Ball ball in Balls)
{
// move ball
ball.Move(Acceleration);
// check for exit down
if(ball.Position.Y > Paint_Area.Height)
{
// change direction
ball.Movement = new Point(ball.Movement.X, -ball.Movement.Y * 70 / 100);
ball.Move(No_Acceleration);
}
// exit right
if ((ball.Position.X > Paint_Area.Width) || (ball.Position.X < 0))
{
// change direction
ball.Movement = new Point(-ball.Movement.X * 70 / 100, ball.Movement.Y);
ball.Move(No_Acceleration);
}
// check for collision
foreach(Obstacle obs in Lines)
{
obs.calculateCollision(ball);
}
}
// check for finish
Balls.RemoveAll(x => (x.Position.X > Paint_Area.Width) || (x.Position.X < 0) || (x.Position.Y > Paint_Area.Height) || (x.Position.Y < 0));
}
// check for new balls
while(Queued_Balls.Count > 0)
{
Balls.Add(Queued_Balls.Dequeue());
}
*/
}
}