/// <summary>
/// Draw the specified canvas and rect.
/// </summary>
/// <param name="canvas">Canvas.</param>
/// <param name="rect">Rect.</param>
public override void Draw(NGraphics.ICanvas canvas, NGraphics.Rect rect)
{
base.Draw(canvas, rect);
if (PageCount <= 0)
{
return;
}
var dotWidth = rect.Height - 16;
var spacing = dotWidth;
var totalWidthNeeded = (PageCount * (dotWidth + spacing)) - dotWidth;
// Draw dots
double midx = rect.Width / 2;
double midy = rect.Height / 2;
var x = midx - (totalWidthNeeded / 2);
var pen = new NGraphics.Pen(IndicatorColor.ToNColor(), 0.5);
var brush = new NGraphics.SolidBrush(IndicatorColor.ToNColor());
for (int i = 0; i < PageCount; i++)
{
canvas.DrawEllipse(new NGraphics.Rect(x, midy - (dotWidth / 2),
dotWidth, dotWidth), pen, i == Page ? brush : null);
x += dotWidth + spacing;
}
}
private void CardStateUpdate()
{
if (currentcolor != indicatorColor)
{
SpriteRenderer.sprite = Resources.Load <Sprite>(Slave.GetImagePath(indicatorColor));
currentcolor = indicatorColor;
}
}
public void setData(int xcord, int ycord, Team cardteam, IndicatorType type, IndicatorColor color)
{
x = xcord;
y = ycord;
team = cardteam;
indicatorType = type;
currentcolor = color;
}
// UTILITIES
public void SetColor()
{
IndicatorColor color = currentTarget.GetComponent <IndicatorColor>();
if (color == null)
{
color = currentTarget.AddComponent <IndicatorColor>();
}
color.ChangeColor(Color.red, true, true, true);
}
private void OutputDataFromArrayToTestModel(ushort[] buff)//wich status will open thyristor module
{
try
{
LedIndicatorData.TestingStatus = IndicatorColor.GetTestingStatusLEDColor(buff[23]);
TestThyristorWindowShow(buff);
}
catch (Exception ex)
{
Logger.Log.Error("Невозможно отобразить тестовые данные." + "Пришёл неверный статус.");
MessageBox.Show("Невозможно отобразить тестовые данные." + "\n" + "Пришёл неверный статус.", "Ошибка!");
MessageBox.Show(ex.Message);
}
}
void FieldStateUpdate()
{
if (indicatorState == IndicatorState.blocked &&
GameObject.Find("Field").GetComponent <GameManager>().currentPlayer == team &&
currentcolor != IndicatorColor.green)
{
SpriteRenderer.sprite = Resources.Load <Sprite>(Slave.GetImagePath(IndicatorColor.green));
currentcolor = IndicatorColor.green;
}
else if (indicatorState == IndicatorState.blocked &&
GameObject.Find("Field").GetComponent <GameManager>().currentPlayer != team &&
currentcolor != IndicatorColor.red)
{
SpriteRenderer.sprite = Resources.Load <Sprite>(Slave.GetImagePath(IndicatorColor.red));
currentcolor = IndicatorColor.red;
}
else if (indicatorState == IndicatorState.anchorfield &&
GameObject.Find("Field").GetComponent <GameManager>().currentChoosedCard == CardID.Anchorcard &&
anchorvisible == false)
{
SpriteRenderer.sprite = Resources.Load <Sprite>(Slave.GetImagePath(IndicatorColor.green));
anchorvisible = true;
}
else if (anchorvisible == true &&
indicatorState == IndicatorState.anchorfield &&
GameObject.Find("Field").GetComponent <GameManager>().currentChoosedCard != CardID.Anchorcard)
{
SpriteRenderer.sprite = Resources.Load <Sprite>(Slave.GetImagePath(IndicatorColor.transparent));
anchorvisible = false;
}
else if (indicatorState == IndicatorState.reachable &&
currentcolor != IndicatorColor.green)
{
SpriteRenderer.sprite = Resources.Load <Sprite>(Slave.GetImagePath(IndicatorColor.green));
currentcolor = IndicatorColor.green;
}
else if (indicatorState == IndicatorState.unreachable &&
currentcolor != IndicatorColor.transparent)
{
SpriteRenderer.sprite = Resources.Load <Sprite>(Slave.GetImagePath(IndicatorColor.transparent));
currentcolor = IndicatorColor.transparent;
}
else if (indicatorState == IndicatorState.anchorfield &&
currentcolor == IndicatorColor.green)
{
SpriteRenderer.sprite = Resources.Load <Sprite>(Slave.GetImagePath(IndicatorColor.transparent));
currentcolor = IndicatorColor.transparent;
}
}
private void OutputDataFromArrayToDataModel(ushort[] buff)//wich status will open thyristor module
{
try
{
Data.VoltageA = buff[4];
Data.VoltageB = buff[5];
Data.VoltageC = buff[6];
Data.AmperageA1 = buff[7];
Data.AmperageB1 = buff[8];
Data.AmperageC1 = buff[9];
Data.AmperageA2 = buff[10];
Data.AmperageB2 = buff[11];
Data.AmperageC2 = buff[12];
Data.TemperatureOfTiristor = buff[13];
Data.WorkingStatus = GetWorkingStatus(buff[14]);
if (buff[14] == 128 || buff[14] == 1)
{
LedIndicatorData.StartStatus = IndicatorColor.GetTestingStatusLEDColor(1);
LedIndicatorData.StopStatus = IndicatorColor.GetTestingStatusLEDColor(0);
}
else
{
LedIndicatorData.StartStatus = IndicatorColor.GetTestingStatusLEDColor(0);
LedIndicatorData.StopStatus = IndicatorColor.GetTestingStatusLEDColor(1);
}
GetStatusFromCurrentVoltage(buff[15]);
Logger.Log.Info(buff.Skip(4).Take(buff.Length - 2).ToArray());
}
catch
{
IsCurrentVoltageRequestCyclical = false;
Logger.Log.Error("Нет данных для вывода, отправка запросов остановлена.");
MessageBox.Show("Нет данных для вывода, отправка запросов остановлена.", "Ошибка!");
}
}
public static IEnumerable <string> GetColoredIndicators(this KMBombInfo bombInfo, IndicatorColor color)
{
return(GetColoredIndicators(bombInfo, color.ToString()));
}
private void DrawMarker(SKPaintSurfaceEventArgs e)
{
SKImageInfo info = e.Info;
SKSurface surface = e.Surface;
SKCanvas canvas = surface.Canvas;
SKPoint center = new SKPoint(info.Width / 2, info.Height / 2);
// draw live
FixMaxMin();
float livePixelsYStart = info.Height + bottomFluidGlassCircleCenterY - bottomFluidGlassHullRadius - startMarkerDistance;
float livePixelsYEnd = topFluidGlassCircleCenterY;
// map real temp to pixels from marker start to end
float temperatureY = Temperature.Map(MinTemperature, MaxTemperature, livePixelsYStart, livePixelsYEnd);
int tempRange = Math.Abs(MinTemperature) + Math.Abs(MaxTemperature);
int markerCount = tempRange / markerStep;
float thermometerPixelHeight = livePixelsYStart - livePixelsYEnd;
float pixelStep = thermometerPixelHeight / markerCount;
float yMarkerStep = livePixelsYStart;
SKPaint markerPaint = new SKPaint
{
IsAntialias = true,
Style = SKPaintStyle.Fill,
Color = MarkerColor.ToSKColor(),
TextSize = 40,
TextAlign = SKTextAlign.Center,
};
for (int i = 0; i <= markerCount; i++)
{
SKRect marker = new SKRect
{
Left = center.X + (topFluidGlassWidth / 2) + markerOffsetX,
Top = yMarkerStep + 2,
Bottom = yMarkerStep - 2
};
marker.Right = marker.Left + 100;
canvas.DrawRect(marker, markerPaint);
canvas.DrawText((MinTemperature + (i * markerStep)).ToString(), marker.Right - 30, yMarkerStep - 10, markerPaint);
yMarkerStep -= pixelStep;
}
SKPaint indicatorGeometryPaint = new SKPaint
{
IsAntialias = true,
Style = SKPaintStyle.StrokeAndFill,
Color = IndicatorColor.ToSKColor(),
StrokeWidth = 6,
};
SKPoint indicatorTextPosition = new SKPoint(center.X - indicatorOffset, (livePixelsYStart - (thermometerPixelHeight * indicatorPositionY)));
SKPoint indicatorUnderlineStart = new SKPoint(indicatorTextPosition.X, indicatorTextPosition.Y);
SKPoint indicatorUnderlineEnd = new SKPoint(indicatorTextPosition.X + 120, indicatorTextPosition.Y);
SKPoint connectionLineStart = new SKPoint(indicatorUnderlineEnd.X, indicatorUnderlineEnd.Y);
SKPoint connectionLineEnd = new SKPoint(center.X, temperatureY);
SKPoint[] points = new SKPoint[]
{
indicatorUnderlineStart,
indicatorUnderlineEnd,
connectionLineStart,
connectionLineEnd,
};
canvas.DrawPoints(SKPointMode.Lines, points, indicatorGeometryPaint);
canvas.DrawCircle(center.X, temperatureY, 10, indicatorGeometryPaint);
SKPaint indicatorTextPaint = new SKPaint
{
IsAntialias = true,
Style = SKPaintStyle.StrokeAndFill,
Color = IndicatorTextColor.ToSKColor(),
TextSize = 50,
TextAlign = SKTextAlign.Left,
};
canvas.DrawText(Temperature.ToString("0.00"), indicatorTextPosition.X, indicatorTextPosition.Y - 10, indicatorTextPaint);
}
static public string GetImagePath(IndicatorColor color)
{
return("emptycards/" + color);
}
public void setColor(IndicatorColor color)
{
indicatorColor = color;
}
