public void setData(int x, params double[] y)
{
// New y value and x value //
int lineNum = y.Length;
float[] ys = new float[lineNum];
float[] xs = new float[lineNum];
for (int i = 0; i < lineNum; i++)
{
ys[i] = (float)y[i];
xs[i] = x;
// G_Science.PeData.X[i,(int)x] = x;
// G_Science.PeData.Y[i,(int)x]= ys[i];
}
if (_graphData == null || _graphData[0] == null)
{
return;
}
if (_graphData[0].Count == _bufferSize) //queue가 가득 찼다면
{
for (int loop = 0; loop < _refreshCount; loop++)
{
for (int i = 0; i < _subsets; i++)
{
_graphData[i].Dequeue();
G_Science.PeData.X[i, _bufferSize - loop] = _bufferSize - _refreshCount;
G_Science.PeData.Y[i, _bufferSize - loop] = 0;
}
}
}
for (int i = 0; i < y.Length; i++)
{
_graphData[i].Enqueue((float)y[i]);
}
//BindingSource source = new BindingSource();
for (int subset = 0; subset < _subsets; subset++)
{
float[] a = _graphData[subset].ToArray();
for (int j = 0; j < a.Length; j++)
{
G_Science.PeData.X[subset, j] = j;
G_Science.PeData.Y[subset, j] = a[j];
}
}
// Append new values //
//Gigasoft.ProEssentials.Api.PEvsetW(graph.PeSpecial.HObject, Gigasoft.ProEssentials.DllProperties.AppendYData, ys[0], 1);
//Gigasoft.ProEssentials.Api.PEvsetW(graph.PeSpecial.HObject, Gigasoft.ProEssentials.DllProperties.AppendXData, xs[0], 1);
//}
// Update image and force paint //
//G_Science.PeFunction.ReinitializeResetImage();
G_Science.Refresh();
}
private void SetBlueBackWhiteLine()
{
G_Science.BackColor = Color.FromArgb(0, 0, 40); //그래프의 뒷면 색깔.
Gigasoft.ProEssentials.SGraphColorItems color = G_Science.PeColor;
color.AxisBackColor = Color.FromArgb(0, 0, 0x40); //그리드 나타는 그래프영역의 뒷면색깔
color.ViewingStyle = Gigasoft.ProEssentials.Enums.ViewingStyle.Color;
color.XAxis = Color.White; //기준선(x선)과 기준선에 표시되는 라벨의 색
color.YAxis = Color.White;
color.GraphForeground = Color.FromArgb(0x55, 0x55, 0x55); //그래프 gird Line
Gigasoft.ProEssentials.SGraphConfigureItems conf = G_Science.PeConfigure;
conf.RenderEngine = Gigasoft.ProEssentials.Enums.RenderEngine.Hybrid;
G_Science.Refresh();
}
private void SetBlueBackWhiteLine()
{
G_Science.PeLegend.Show = _showLegend;
G_Science.BackColor = Color.FromArgb(0, 0, 40); //그래프의 뒷면 색깔.
G_Science.PeColor.AxisBackColor = Color.FromArgb(0, 0, 0x40); //그리드 나타는 그래프영역의 뒷면색깔
G_Science.PeColor.ViewingStyle = Gigasoft.ProEssentials.Enums.ViewingStyle.Color;
G_Science.PeColor.XAxis = Color.White; //기준선(x선)과 기준선에 표시되는 라벨의 색
G_Science.PeColor.YAxis = Color.White;
G_Science.PeColor.GraphForeground = Color.FromArgb(0x55, 0x55, 0x55); //그래프 gird Line
//G_Science.ForeColor = Color.Tomato;
G_Science.PeFont.SizeLegendCntl = 1.2F;
G_Science.PeConfigure.BorderTypes = TABorder.SingleLine;
//G_Science.PeFont.DpiY = 6;
//G_Science.PeFont.DpiX = 3;
String[] strArr = new String[] { "test1", "test2", "test3", "test4" };
G_Science.PeConfigure.AntiAliasGraphics = true;
for (int i = 0; i < 4; i++)
{
//G_Science.PeAnnotation.Axis.XText[0] = "test1";//모름
// G_Science.PeString.TruncateXAxisLabels = true;
// G_Science.PeString.TXAxisLabel = "test1";
//G_Science.PeString.MultiSubTitles[i] = strArr[i];
//G_Science.PeString.SubsetLabels[i] = strArr[i]; //범례에서 나타나는 각 라인의 타이틀.
//G_Science.PeAnnotation.Graph.Text[i] = strArr[i];
//G_Science.PeLegend.AnnotationText[i] = strArr[i];
//G_Science.PeLegend.SubsetColors[i] = Color.White;
G_Science.PeLegend.SubsetsToLegend[i] = i;
G_Science.PeLegend.SubsetLineTypes[i] = (Gigasoft.ProEssentials.Enums.LineType)_lineStyles[i]; //범례의 라인 타입.
//G_Science.PeGrid.AxisBorderType = AxisBorderType.NoBorder;
}
G_Science.PeLegend.SimpleLine = true; //이렇게 하지 않으면 범례의 라인 주변에 border가 생김.
G_Science.PeColor.Text = Color.White; //범례등 바깥에 표시되는 글자의 색깔.
G_Science.PeConfigure.RenderEngine = Gigasoft.ProEssentials.Enums.RenderEngine.Hybrid;
G_Science.Refresh();
}
public void setLineColorArray(Color[] lineColors)
{
G_Science.PeColor.SubsetColors.CopyFrom(lineColors);
G_Science.Refresh();
}
public void setGraphInit(String title = "", double min = -10, double max = 50)
{
//! Chart fills 100 points autoscaling x axis is it
//! is filled. Once 100 point have been passed, the
//! chart then acts as a strip chart.
G_Science.PeData.Subsets = U_Subsets;
//G_Science.PeData.AppendToEnd = true;
G_Science.PeAnnotation.Graph.TextSize = 11;
G_Science.PeData.NullDataValue = 0;
G_Science.PeData.Points = _bufferSize;
//G_Science.PeUserInterface.Menu.GridLine = MenuControl.Show;
//G_Science.PeData.SubsetsToShow[0] = 1;
//G_Science.PeData.UsingYDataii = false;
//G_Science.PeData.SubsetsToShow[1] = 1;
//G_Science.PeData.SubsetsToShow[2] = 2;
// Set Manual Y scale //
//G_Science.PeGrid.Configure.ManualScaleControlY = ManualScaleControl.MinMax;
G_Science.PeGrid.Configure.ManualScaleControlY = ManualScaleControl.None;
// G_Science.PeGrid.Configure.ManualScaleControlX = ManualScaleControl.None;
G_Science.PeGrid.Configure.ManualMinY = min;
G_Science.PeGrid.Configure.ManualMaxY = max;
// Clear out default data // x[0, 0] 은 x[subset, index]를 말한다.
G_Science.PeData.X[0, 0] = 0;
G_Science.PeData.X[0, 1] = 0;
G_Science.PeData.X[0, 2] = 0;
G_Science.PeData.X[0, 3] = 0;
G_Science.PeData.Y[0, 0] = 0;
G_Science.PeData.Y[0, 1] = 0;
G_Science.PeData.Y[0, 2] = 0;
G_Science.PeData.Y[0, 3] = 0;
// Set Various Other Properties ///
G_Science.PeColor.BitmapGradientMode = false;
//G_Science.PeColor.QuickStyle = QuickStyle.LightShadow;
// Set various properties //
G_Science.PeString.MainTitle = title;
G_Science.PeString.SubTitle = "";
G_Science.PeUserInterface.Dialog.RandomPointsToExport = true;
G_Science.PeUserInterface.Allow.FocalRect = false;
G_Science.PePlot.Allow.Bar = false;
G_Science.PeUserInterface.Allow.Popup = false;
G_Science.PeConfigure.PrepareImages = true;
G_Science.PeConfigure.CacheBmp = true;
G_Science.PeFont.Fixed = false;
//G_Science.PeColor.SubsetColors[0] = Color.FromArgb(0, 0, 198);
G_Science.PePlot.Option.GradientBars = 8;
G_Science.PeConfigure.TextShadows = TextShadows.BoldText;
G_Science.PeFont.MainTitle.Bold = true;
G_Science.PeFont.SubTitle.Bold = true;
G_Science.PeFont.Label.Bold = true;
G_Science.PePlot.Option.LineShadows = true;
G_Science.PeFont.FontSize = FontSize.Medium;
// Improves Metafile Export //
G_Science.PeSpecial.DpiX = _bufferSize;
G_Science.PeSpecial.DpiY = 600;
G_Science.PeConfigure.RenderEngine = RenderEngine.Hybrid;
G_Science.PeConfigure.AntiAliasText = true;
G_Science.PeFunction.ReinitializeResetImage();
G_Science.Refresh();
}
public void setData2D(double x, double y, int subsetIndex = 0)
{
// New y value and x value //
G_Science.PePlot.MarkDataPoints = true;
if (_graphData == null || _graphData[0] == null)
{
return;
}
if (_graphData[0].Count == _bufferSize) //queue가 가득 찼다면
{
_graphData[subsetIndex].RemoveRange(0, _refreshCount);
_graphDataX[subsetIndex].RemoveRange(0, _refreshCount);
G_Science.PeData.X.Clear();
G_Science.PeData.Y.Clear();
}
_graphDataX[subsetIndex].Add((float)x);
_graphData[subsetIndex].Add((float)y);
//BindingSource source = new BindingSource();
int samplingSize = 1;
int sizeOfData = _graphData[subsetIndex].Count;
samplingSize = 1;
for (int i = 1; i < sizeOfData; i++) //sampling할 size를 가져온다.
{
if ((sizeOfData / i) < _pointsOfGraph) //일단 전체를 200으로 max를 잡았다.
{
samplingSize = i;
break;
}
else if ((sizeOfData / i) == _pointsOfGraph)
{
int test = 0;
}
}
if (sizeOfData % _pointsOfGraph == 0)
{
G_Science.PeData.X.Clear();
G_Science.PeData.Y.Clear();
}
int sampledIndex = 0;
for (int j = 0; j < sizeOfData; j = j + samplingSize) //samplingSize만큼 이동한다.
{
G_Science.PeData.X[subsetIndex, sampledIndex] = _graphDataX[subsetIndex][j];
G_Science.PeData.Y[subsetIndex, sampledIndex] = _graphData[subsetIndex][j];
sampledIndex++;
}
// Append new values //
//Gigasoft.ProEssentials.Api.PEvsetW(graph.PeSpecial.HObject, Gigasoft.ProEssentials.DllProperties.AppendYData, ys[0], 1);
//Gigasoft.ProEssentials.Api.PEvsetW(graph.PeSpecial.HObject, Gigasoft.ProEssentials.DllProperties.AppendXData, xs[0], 1);
//}
// Update image and force paint //
//G_Science.PeFunction.ReinitializeResetImage();
if (sizeOfData % samplingSize == 0)
{
G_Science.PeFunction.ReinitializeResetImage();
G_Science.Refresh();
}
}