public void AddPoint(LinePoint data)
{
m_points.Add(data);
SetVerticesDirty();
}
/// <summary>
/// Gets the line selected at the locaiton given.
/// </summary>
private SelectedLine GetSelected(Vector2 rawLocation, float tolerance, out LinePoint loc)
{
Matrix3x2 viewMatrix = View.ViewMatrix;
bool checkNext = false;
SelectedLine last = null;
LinePoint lastHit = null;
// Check each line for each edge part for each tile
foreach (TileBase tile in Tiles)
{
foreach (EdgePartShape partShape in tile.PartShapes)
{
Matrix3x2 transform =
partShape.GetLineTransform()
* tile.Transform
* viewMatrix;
foreach (ILine line in partShape.Lines)
{
LinePoint hit = line.HitTest(rawLocation, tolerance, transform);
if (hit != null)
{
if (checkNext)
{
if (hit.Distance > 0)
{
loc = hit;
return(new SelectedLine(tile, partShape, line, transform));
}
loc = lastHit;
return(last);
}
// If the hit was just at/past the end of the line, check to see if it was in the next line
if (hit.Distance >= 1)
{
lastHit = hit;
last = new SelectedLine(tile, partShape, line, transform);
checkNext = true;
continue;
}
loc = hit;
return(new SelectedLine(tile, partShape, line, transform));
}
if (checkNext)
{
loc = lastHit;
return(last);
}
}
}
}
if (checkNext)
{
loc = lastHit;
return(last);
}
loc = null;
return(null);
}
public void SetPointInfo(int index, LinePoint data)
{
m_points[index] = data;
SetVerticesDirty();
}
private void ChartToCreate(String item)
{
List <String[]> originalData = ChartData();
String[] dataPicker = new String[originalData.Count];
for (int i = 0; i < originalData.Count; i++)
{
dataPicker[i] = originalData[i][1];
}
_customChart.ChartView.Chart.Series.RemoveAllSeries();
var imageButton = ((((this.Children[0] as ContentPage).Content as ScrollView).Content as StackLayout).Children[1] as Grid).Children[2] as Button;
switch (item)
{
case "AREA":
Area area = new Area();
area.FillSampleValues(3);
_customChart.ChartView.Chart.Series.Add(area);
_customChart.ImageSource = dataPicker[0];
imageButton.Image = dataPicker[0];
break;
#if !TEE_STD
case "ARROW":
Arrow arrow = new Arrow();
arrow.FillSampleValues(10);
_customChart.ChartView.Chart.Series.Add(arrow);
_customChart.ImageSource = dataPicker[1];
imageButton.Image = dataPicker[1];
break;
#endif
case "BAR":
Bar bar = new Bar();
bar.FillSampleValues(4);
_customChart.ChartView.Chart.Series.Add(bar);
_customChart.ImageSource = dataPicker[2];
imageButton.Image = dataPicker[2];
break;
#if !TEE_STD
case "BARJOIN":
BarJoin barjoin = new BarJoin();
barjoin.FillSampleValues(5);
_customChart.ChartView.Chart.Series.Add(barjoin);
_customChart.ImageSource = dataPicker[3];
imageButton.Image = dataPicker[3];
break;
case "BEZIER":
Bezier bezier = new Bezier();
bezier.FillSampleValues(5);
_customChart.ChartView.Chart.Series.Add(bezier);
_customChart.ImageSource = dataPicker[4];
imageButton.Image = dataPicker[4];
break;
case "BOX":
Box box = new Box();
box.FillSampleValues(3);
_customChart.ChartView.Chart.Series.Add(box);
_customChart.ImageSource = dataPicker[5];
imageButton.Image = dataPicker[5];
break;
#endif
case "BUBBLES":
Bubble bubble = new Bubble();
bubble.FillSampleValues(7);
_customChart.ChartView.Chart.Series.Add(bubble);
_customChart.ImageSource = dataPicker[6];
imageButton.Image = dataPicker[6];
break;
#if !TEE_STD
case "CANDLE":
Candle candle = new Candle();
candle.FillSampleValues(5);
_customChart.ChartView.Chart.Series.Add(candle);
_customChart.ImageSource = dataPicker[7];
imageButton.Image = dataPicker[7];
break;
case "CONTOUR":
Contour countour = new Contour();
countour.FillSampleValues(1);
_customChart.ChartView.Chart.Series.Add(countour);
_customChart.ImageSource = dataPicker[8];
imageButton.Image = dataPicker[8];
break;
case "DARVAS":
Darvas darvas = new Darvas();
darvas.FillSampleValues(3);
_customChart.ChartView.Chart.Series.Add(darvas);
_customChart.ImageSource = dataPicker[9];
imageButton.Image = dataPicker[9];
break;
#endif
case "DONUT":
Donut donut = new Donut();
donut.FillSampleValues(1);
_customChart.ChartView.Chart.Series.Add(donut);
_customChart.ImageSource = dataPicker[10];
imageButton.Image = dataPicker[10];
break;
#if !TEE_STD
case "ERROR":
Error error = new Error();
error.FillSampleValues(5);
_customChart.ChartView.Chart.Series.Add(error);
_customChart.ImageSource = dataPicker[11];
imageButton.Image = dataPicker[11];
break;
case "ERRORBAR":
ErrorBar errorbar = new ErrorBar();
errorbar.FillSampleValues(5);
_customChart.ChartView.Chart.Series.Add(errorbar);
_customChart.ImageSource = dataPicker[12];
imageButton.Image = dataPicker[12];
break;
case "ERRORPOINT":
ErrorPoint errorPoint = new ErrorPoint();
errorPoint.FillSampleValues(7);
_customChart.ChartView.Chart.Series.Add(errorPoint);
_customChart.ImageSource = dataPicker[13];
imageButton.Image = dataPicker[13];
break;
#endif
case "FASTLINE":
FastLine fastLine = new FastLine();
fastLine.FillSampleValues(2);
_customChart.ChartView.Chart.Series.Add(fastLine);
_customChart.ImageSource = dataPicker[14];
imageButton.Image = dataPicker[14];
break;
#if !TEE_STD
case "HIGHLOW":
HighLow highLow = new HighLow();
highLow.FillSampleValues(4);
_customChart.ChartView.Chart.Series.Add(highLow);
_customChart.ImageSource = dataPicker[15];
imageButton.Image = dataPicker[15];
break;
case "HISTOGRAM":
Histogram histogram = new Histogram();
histogram.FillSampleValues(6);
_customChart.ChartView.Chart.Series.Add(histogram);
_customChart.ImageSource = dataPicker[16];
imageButton.Image = dataPicker[16];
break;
#endif
case "HORIZAREA":
HorizArea horizArea = new HorizArea();
horizArea.FillSampleValues(6);
_customChart.ChartView.Chart.Series.Add(horizArea);
_customChart.ImageSource = dataPicker[17];
imageButton.Image = dataPicker[17];
break;
case "HORIZBAR":
HorizBar horizBar = new HorizBar();
horizBar.FillSampleValues(6);
_customChart.ChartView.Chart.Series.Add(horizBar);
_customChart.ImageSource = dataPicker[18];
imageButton.Image = dataPicker[18];
break;
case "HORIZLINE":
HorizLine horizLine = new HorizLine();
horizLine.FillSampleValues(6);
_customChart.ChartView.Chart.Series.Add(horizLine);
_customChart.ImageSource = dataPicker[19];
imageButton.Image = dataPicker[19];
break;
#if !TEE_STD
case "ISOSURFACE":
IsoSurface isoSurface = new IsoSurface();
isoSurface.FillSampleValues(10);
_customChart.ChartView.Chart.Series.Add(isoSurface);
_customChart.ImageSource = dataPicker[20];
imageButton.Image = dataPicker[20];
break;
#endif
case "LINE":
Line line = new Line();
line.FillSampleValues(5);
_customChart.ChartView.Chart.Series.Add(line);
_customChart.ImageSource = dataPicker[21];
imageButton.Image = dataPicker[21];
break;
#if !TEE_STD
case "LINEPOINT":
LinePoint linePoint = new LinePoint();
linePoint.FillSampleValues(6);
_customChart.ChartView.Chart.Series.Add(linePoint);
_customChart.ImageSource = dataPicker[22];
imageButton.Image = dataPicker[22];
break;
#endif
case "PIE":
Pie pie = new Pie();
pie.FillSampleValues(4);
_customChart.ChartView.Chart.Series.Add(pie);
_customChart.ImageSource = dataPicker[23];
imageButton.Image = dataPicker[23];
break;
#if !TEE_STD
case "SURFACE":
Surface surface = new Surface();
surface.FillSampleValues(10);
//surface.
_customChart.ChartView.Chart.Series.Add(surface);
_customChart.ImageSource = dataPicker[24];
imageButton.Image = dataPicker[24];
break;
case "TOWER":
Tower tower = new Tower();
tower.FillSampleValues(8);
_customChart.ChartView.Chart.Series.Add(tower);
_customChart.ImageSource = dataPicker[25];
imageButton.Image = dataPicker[25];
break;
case "VOLUME":
Volume volume = new Volume();
volume.FillSampleValues(9);
_customChart.ChartView.Chart.Series.Add(volume);
_customChart.ImageSource = dataPicker[26];
imageButton.Image = dataPicker[26];
break;
#endif
}
_customChart.ChartView.Chart.Axes.Left.Automatic = true;
_customChart.ChartView.Chart.Axes.Bottom.Automatic = true;
}
private void DrawCurve()
{
HHDevice device = comboBoxEdit2.SelectedItem as HHDevice;
HHDeviceProperty devProp = comboBoxEdit1.SelectedItem as HHDeviceProperty;
DateTime timeSel = DateTime.Now;
if (comboBoxEdit3.SelectedIndex >= 0)
{
timeSel = (DateTime)comboBoxEdit3.SelectedItem;
}
HHDeviceProperty devBindProp = device.GetProperty(devProp);
List <DevCurve> curves = devBindProp.Curves;
UltraChart.CurveGroup grp = chart.GroupList[0];
grp.ClearChartObject();
LineArea area = new LineArea(chart, "道岔曲线", true);
area.IsShowFoldFlag = false;
area.IsFold = false;
area.YAxes.Mode = YAxesMode.Manual;
area.YAxes.YAxesMin = curves[0].ADMin;
area.YAxes.YAxesMax = curves[0].ADMax;
area.YAxes.Precision = 3;
area.YAxes.UnitString = "";
grp.AddChartObject(area);
grp.XAxes.SetOrgTime(ChartGraph.DateTime2ChartTime(timeSel), 0);
chart.AutoSetXScale();
List <StationCurve> listCurve = DataStorage.DatabaseModule.GetInstance().QueryCurveHistory(curves[0].Group.Type, curves[0].Index, timeSel);
string[][] curveNames = new string[][] {
new string[] { "曲线" },
new string[] { "曲线1", "曲线2" },
new string[] { "A相", "B相", "C相" },
};
for (int i = 0; i < curves.Count; i++)
{
LineCurve line = new LineCurve(chart, curveNames[curves.Count - 1][i], 0);
line.LineColor = ColorList[i % ColorList.Length];
area.AddLine(line);
if (listCurve != null && listCurve.Count > 0 && listCurve[i] != null)
{
for (int j = 0; j < listCurve[i].Points.Length; j++)
{
DateTime time = timeSel.AddMilliseconds(curves[i].TimeInterval * j); //40毫秒
LinePoint point = new LinePoint();
point.Value = listCurve[i].Points[j];
point.Time = ChartGraph.DateTime2ChartTime(time);
line.AddPoint(point);
}
}
}
chart.AutoSetXScale();
chart.Draw();
}
Vector2 EvaluatePoint(LinePoint p0, LinePoint p1, float t)
{
//t = t * t;//보정...
if(p0.isNextCurve && !p1.isPrvCurve)
{
return Curve.CalculateBezier(p0.point, p1.point, p0.nextCurvePoint, t);
}
if(!p0.isNextCurve && p1.isPrvCurve)
{
return Curve.CalculateBezier(p0.point, p1.point, p1.prvCurvePoint, t);
}
if(p0.isNextCurve && p1.isPrvCurve)
{
return Curve.CalculateBezier(p0.point, p1.point, p0.nextCurvePoint, p1.prvCurvePoint, t);
}
//직선의 경우.
return Vector2.Lerp(p0.point, p1.point, t);
}
private void SetLinePointToGlobalPosition(LinePoint lp, Vector3 pos)
{
lp.point = pos - transform.position;
}
/// <summary>
/// Updates the location of the action.
/// </summary>
/// <param name="rawLocation">
/// The raw location that the action has been dragged to.
/// Should be transformed by the <see cref="IView.InverseViewMatrix" /> for the
/// <see cref="EscherTiler.Controllers.Controller.View" /> to get the location in 1the tiling itself.
/// </param>
public override void Update(Vector2 rawLocation)
{
LinePoint hit = _line.Line.HitTest(rawLocation, float.PositiveInfinity, _line.LineTransform);
Debug.Assert(hit != null, "hit != null");
if (hit.Distance < 0)
_point = new LinePoint(Vector2.Transform(_line.Line.Start, _line.LineTransform), 0);
else if (hit.Distance > 1)
_point = new LinePoint(Vector2.Transform(_line.Line.End, _line.LineTransform), 1);
else _point = hit;
_tool.SetSplitLineLoc(_line, _point);
}
public PathSegment(LinePoint head, LinePoint tail) {
Head = head;
Tail = tail;
}
/// <summary>
/// Sets the location that the line will be split along, for drwaing the preview.
/// </summary>
/// <param name="line">The line.</param>
/// <param name="point">The point.</param>
private void SetSplitLineLoc(SelectedLine line, LinePoint point)
{
Vector2 tangent = Vector2.Normalize(line.Line.GetTangent(point.Distance, line.LineTransform)) * 3;
Vector2 pos = Vector2.Transform(point.Position, Controller.View.InverseViewMatrix);
_splitLineStart = pos + new Vector2(tangent.Y, -tangent.X);
_splitLineEnd = pos + new Vector2(-tangent.Y, tangent.X);
}
/// <summary>
/// Initializes a new instance of the <see cref="SplitLineAction" /> class.
/// </summary>
/// <param name="line">The line.</param>
/// <param name="point">The point.</param>
/// <param name="tool">The tool.</param>
public SplitLineAction(SelectedLine line, LinePoint point, [NotNull] SplitLineTool tool)
{
Debug.Assert(line != null, "line != null");
Debug.Assert(point != null, "point != null");
Debug.Assert(tool != null, "tool != null");
_line = line;
_point = point;
_tool = tool;
}
/// <summary>
/// Gets the line selected at the locaiton given.
/// </summary>
private SelectedLine GetSelected(Vector2 rawLocation, float tolerance, out LinePoint loc)
{
Matrix3x2 viewMatrix = View.ViewMatrix;
bool checkNext = false;
SelectedLine last = null;
LinePoint lastHit = null;
// Check each line for each edge part for each tile
foreach (TileBase tile in Tiles)
{
foreach (EdgePartShape partShape in tile.PartShapes)
{
Matrix3x2 transform =
partShape.GetLineTransform()
* tile.Transform
* viewMatrix;
foreach (ILine line in partShape.Lines)
{
LinePoint hit = line.HitTest(rawLocation, tolerance, transform);
if (hit != null)
{
if (checkNext)
{
if (hit.Distance > 0)
{
loc = hit;
return new SelectedLine(tile, partShape, line, transform);
}
loc = lastHit;
return last;
}
// If the hit was just at/past the end of the line, check to see if it was in the next line
if (hit.Distance >= 1)
{
lastHit = hit;
last = new SelectedLine(tile, partShape, line, transform);
checkNext = true;
continue;
}
loc = hit;
return new SelectedLine(tile, partShape, line, transform);
}
if (checkNext)
{
loc = lastHit;
return last;
}
}
}
}
if (checkNext)
{
loc = lastHit;
return last;
}
loc = null;
return null;
}
public void SetPointColor(LinePoint item, Color color)
{
Points.Find(x => x == item).color = color;
SetAllDirty();
}
public void AddPoints(LinePoint item)
{
Points.Add(item);
SetAllDirty();
}
public async Task <DashboardsDTO> All()
{
var rentsPerEmployee = await _context.Employee
.Select(employee => new PieData
{
Id = $"{employee.User.FirstName} {employee.User.MiddleName} {employee.User.LastName}",
Value = employee.Rents.Where(rent => rent.From > (DateTime.Now - TimeSpan.FromDays(360))).Count()
})
.Where(x => x.Value > 0)
.ToArrayAsync();
var rentsPerEquipmentType = await _context.EquipmentType
.Select(type => new PieData
{
Id = type.Name,
Value = _context.RentEquipment
.Where(req => req.Rent.From > (DateTime.Now - TimeSpan.FromDays(360)))
.Where(req => req.Equipment.EquipmentTypeId == type.Id)
.Count()
})
.Where(x => x.Value > 0)
.ToArrayAsync();
var shops = await _context.Shop.Include(x => x.Rents).ToListAsync();
var rentsPerShop = shops
.Select(shop => new LineData
{
Id = shop.Name,
Data = shop.Rents.GroupBy(x => x.From.Month).Select(x => new LinePoint
{
X = x.Key,
Y = x.Count()
}).ToArray()
})
.ToArray();
var rentsPerShopMonthly = rentsPerShop.Select(line =>
{
var data = new LinePoint[12];
for (int i = 0; i < 12; i++)
{
data[i] = new LinePoint
{
X = i + 1
};
}
foreach (var point in line.Data)
{
data[point.X - 1].Y = point.Y;
}
return(new LineData
{
Id = line.Id,
Data = data
});
}).ToArray();
return(new DashboardsDTO
{
RentsPerEmployee = rentsPerEmployee,
RentsPerEquipmentType = rentsPerEquipmentType,
RentsPerShop = rentsPerShopMonthly
});
}
public void MoveTo(double x, double y) {
pathHead = new LinePoint(new Point2D(x, y), lineStyleColor, lineStyleThickness, true);
}
private int ColorFunction(LinePoint point)
{
if (point == -1) return 16;
return point.GetColor(2) * 4 + point.GetColor(16) / 4;
}
public void LineTo(double x, double y) {
var pathTail = new LinePoint(new Point2D(x, y), lineStyleColor, lineStyleThickness, false);
pathSegments.Add(new PathSegment(pathHead, pathTail));
pathHead = pathTail;
}
Vector2 GetDerivative(LinePoint p0, LinePoint p1, float t)
{
if(p0.isNextCurve || p1.isPrvCurve)
{
float oneMinusT = 1f - t;
return
3f * oneMinusT * oneMinusT * (p0.nextCurvePoint - p0.point) +
6f * oneMinusT * t * (p1.prvCurvePoint - p0.nextCurvePoint) +
3f * t * t * (p1.point - p1.prvCurvePoint);
}
return (p1.point - p0.point).normalized;
}
////////////////////////////////////////////////////////////////////////////////////////////////////
private void button1_Click(object sender, EventArgs e) {
mTemperatureLines.Clear();
ResultsText.Clear();
chrTemperatureDistr.Series.Clear();
chrSahaBoltzmanPlot.Series.Clear();
int measurementNum = 0;
foreach (var measurement in MainWindow.mExperiments) {
if (measurement.mSpectra.Count == 0) {
continue;
}
var line = new List<TemperaturePoint>();
mTemperatureLines.Add(line);
string name = "Measurement " + measurementNum;
chrTemperatureDistr.Series.Add(name);
chrTemperatureDistr.Series[name].ChartType = SeriesChartType.FastLine;
ResultsText.Text += "Measurement " + measurementNum + Environment.NewLine;
int spectrumNumber = 0;
foreach (var spec in measurement.mSpectra) {
// get points in coordinates of [ E; ln(I/A*g) ]
var points = GetLogPoints(spec);
// plot points on Saha-Boltzman plane
var distributionName = "Distribution " + spectrumNumber;
LinePoint minPoint = points[0], maxPoint = points[0];
chrSahaBoltzmanPlot.Series.Add(distributionName);
StreamWriter of = new StreamWriter(distributionName + ".bdp");
foreach (var p in points) {
chrSahaBoltzmanPlot.Series[distributionName].Points.AddXY(Math.Round(p.mX,2), Math.Round(p.mY,2));
chrSahaBoltzmanPlot.Series[distributionName].ChartType = SeriesChartType.Point;
of.WriteLine("P\t" + p.mX + "\t" + p.mY);
if (p.mX > maxPoint.mX) {
maxPoint = p;
}
if (p.mX < minPoint.mX) {
minPoint = p;
}
}
of.Close();
// do linear approximation to get slope from points, for further temperature calculation
double a = 0.0f;
double b = 0.0f;
LinearApproximation(points, ref a, ref b);
double slope = ComputeSlope(a, b);
// plot approximation
var approxName = "Approximation " + spectrumNumber;
chrSahaBoltzmanPlot.Series.Add(approxName);
chrSahaBoltzmanPlot.Series[approxName].Points.AddXY(Math.Round(minPoint.mX, 2), Math.Round(a * minPoint.mX + b, 2));
chrSahaBoltzmanPlot.Series[approxName].Points.AddXY(Math.Round(maxPoint.mX,2), Math.Round(a * maxPoint.mX + b, 2));
chrSahaBoltzmanPlot.Series[approxName].ChartType = SeriesChartType.FastLine;
// calculate temperature using line slope
double temperature = ComputeTemperature(slope);
ResultsText.Text += "T: " + Math.Round(temperature, 2) + "; S: " + Math.Round(slope, 2) + Environment.NewLine;
line.Add(new TemperaturePoint(temperature, a, b, slope, spec.mIntegrationDelayMicroSec));
chrTemperatureDistr.Series[name].Points.AddXY(Math.Round(spec.mIntegrationDelayMicroSec, 1), temperature);
++spectrumNumber;
}
++measurementNum;
}
}