/// <summary>
/// Append VelocityPointCollection to the graph
/// </summary>
/// <param name="collection"></param>
/// <param name="pen"></param>
/// <param name="description"></param>
private LineAndMarker <ElementMarkerPointsGraph> AppendLineGraph(TwoDimensionViewPointCollection collection, Pen pen, string description)
{
CircleElementPointMarker pointMaker = new CircleElementPointMarker();
pointMaker.Size = 3;
pointMaker.Brush = Brushes.Yellow;
pointMaker.Fill = Brushes.Purple;
var v = new EnumerableDataSource <TwoDimensionViewPoint>(collection);
v.SetXMapping(x => x.TimeStamp);
v.SetYMapping(y => y.Value);
return(chart.AddLineGraph(v, pen, pointMaker, new PenDescription(description)));
}
/// <summary>
/// add new line graph
/// </summary>
/// <param name="name">line graph name</param>
/// <param name="datasource">graph data source </param>
/// <param name="pen">pen color</param>
/// <param name="isShow">is show at beginning</param>
public void AddLineGraph(string name, TwoDimensionViewPointCollection datasource, Pen pen, bool isShow)
{
CheckBox newCheckBox = new CheckBox();
newCheckBox.Content = name;
newCheckBox.IsChecked = isShow;
newCheckBox.Foreground = pen.Brush;
lb_main.Items.Add(newCheckBox);
LineAndMarker <ElementMarkerPointsGraph> line = AppendLineGraph(datasource, pen, name);
Binding binding = new Binding("IsChecked")
{
Converter = new BoolToVisibilityConverter(),
Mode = BindingMode.OneWay,
Source = newCheckBox
};
line.LineGraph.SetBinding(LineGraph.VisibilityProperty, binding);
line.MarkerGraph.SetBinding(LineGraph.VisibilityProperty, binding);
}
/// <summary>
/// draw split line
/// </summary>
/// <param name="split"></param>
/// <param name="stroke"></param>
/// <param name="min"></param>
/// <param name="max"></param>
/// <returns></returns>
public LineGraph AddSplitLine(int split, double stroke, double min, double max, SegmentType segType, Color color)
{
var tempPoints = new TwoDimensionViewPointCollection();
var v_right = new EnumerableDataSource <TwoDimensionViewPoint>(tempPoints);
v_right.SetXMapping(x => x.TimeStamp);
v_right.SetYMapping(y => y.Value);
tempPoints.Add(new TwoDimensionViewPoint(max, split));
tempPoints.Add(new TwoDimensionViewPoint(min, split));
LineGraph newSplit;
if (segType == SegmentType.NotSegment)
{
newSplit = chart.AddLineGraph(v_right, color, stroke, "seg line");
}
else
{
newSplit = new LineGraph(v_right);
newSplit.LinePen = new Pen(new SolidColorBrush(color), stroke);
}
if (segType == SegmentType.AccSegment)
{
_accSegLineList.Add(newSplit);
}
if (segType == SegmentType.VelSegment)
{
_velSegLineList.Add(newSplit);
}
if (segType == SegmentType.AngSegment)
{
_angSegLineList.Add(newSplit);
}
return(newSplit);
}
private void DrawData()
{
//preprocess data
double[] x = (from data in m_dataManager.DataModelList
select data.position_right.X).ToArray();
// double[] x1 = new double[m_dataManager.DataModelList.Count];
double[] y = (from data in m_dataManager.DataModelList
select data.position_right.Y).ToArray();
int[] time = (from data in m_dataManager.DataModelList
select data.timeStamp).ToArray();
//draw data
//processed data
double[] x_filter = m_csDataProcessor.MeanFilter(x, time);
// x_filter = m_csDataProcessor.MeanFilter(x_filter, time);
//double[] y_filter = m_csDataProcessor.MeanFilter(y, time);
double[] y_filter = m_csDataProcessor.GetSDs(y);
// y_filter = m_csDataProcessor.MeanFilter(y_filter, time);
double[] velo = m_csDataProcessor.CalVelocity();
double[] sd = m_csDataProcessor.GetPositionSDs();
double[] acc = m_csDataProcessor.CalAcceleration(y_filter, time);
TwoDimensionViewPointCollection Y_filtered = new TwoDimensionViewPointCollection(y_filter, time);
TwoDimensionViewPointCollection X_filtered = new TwoDimensionViewPointCollection(x_filter, time);
TwoDimensionViewPointCollection V_Right_Points = new TwoDimensionViewPointCollection(velo, time);
TwoDimensionViewPointCollection SD_Right_Points = new TwoDimensionViewPointCollection(sd, time);
TwoDimensionViewPointCollection A_Right_Points = new TwoDimensionViewPointCollection(acc, time);
TwoDimensionViewPointCollection X_Right_Points = new TwoDimensionViewPointCollection(x, time);
TwoDimensionViewPointCollection Y_Right_Points = new TwoDimensionViewPointCollection(y, time);
TwoDimensionViewPointCollection Angle_Right_Points = new TwoDimensionViewPointCollection();
//left
TwoDimensionViewPointCollection V_Left_Points = new TwoDimensionViewPointCollection();
TwoDimensionViewPointCollection A_Left_Points = new TwoDimensionViewPointCollection();
TwoDimensionViewPointCollection Angle_Left_Points = new TwoDimensionViewPointCollection();
TwoDimensionViewPointCollection Y_Left_Points = new TwoDimensionViewPointCollection();
foreach (DataModel item in m_dataManager.DataModelList)
{
V_Left_Points.Add(new TwoDimensionViewPoint(item.v_left, item.timeStamp));
A_Left_Points.Add(new TwoDimensionViewPoint(item.a_left, item.timeStamp));
Angle_Right_Points.Add(new TwoDimensionViewPoint(item.angle_right, item.timeStamp));
Angle_Left_Points.Add(new TwoDimensionViewPoint(item.angle_left, item.timeStamp));
Y_Left_Points.Add(new TwoDimensionViewPoint(item.position_left.Y, item.timeStamp));
}
Pen veloPen = new Pen(Brushes.DarkBlue, 2);
Pen accPen = new Pen(Brushes.Red, 2);
Pen anglePen = new Pen(Brushes.ForestGreen, 2);
Pen posPen = new Pen(Brushes.Purple, 2);
Pen filter = new Pen(Brushes.Blue, 2);
cht_right.AddLineGraph("SD", SD_Right_Points, veloPen, true);
cht_right.AddLineGraph("acceleration", A_Right_Points, accPen, false);
cht_right.AddLineGraph("angle", Angle_Right_Points, anglePen, false);
cht_right.AddLineGraph("Y", Y_Right_Points, posPen, false);
cht_right.AddLineGraph("Y filter", Y_filtered, filter, false);
cht_right.AddLineGraph("X", X_Right_Points, filter, false);
cht_right.AddLineGraph("X filter", X_filtered, filter, false);
cht_left.AddLineGraph("velocity", V_Left_Points, veloPen, true);
cht_left.AddLineGraph("acceleration", A_Left_Points, accPen, false);
cht_left.AddLineGraph("angle", Angle_Left_Points, anglePen, false);
cht_left.AddLineGraph("Y", Y_Left_Points, posPen, false);
cht_big.AddLineGraph("r_velocity", V_Right_Points, veloPen, false);
cht_big.AddLineGraph("r_acceleration", A_Right_Points, accPen, false);
cht_big.AddLineGraph("r_angle", Angle_Right_Points, anglePen, false);
cht_big.AddLineGraph("r_Y", Y_Right_Points, posPen, false);
cht_big.AddLineGraph("l_velocity", V_Left_Points, veloPen, false);
cht_big.AddLineGraph("l_acceleration", A_Left_Points, accPen, false);
cht_big.AddLineGraph("l_angle", Angle_Left_Points, anglePen, false);
cht_big.AddLineGraph("l_Y", Y_Left_Points, posPen, false);
//add true word split line
ssb_wordBox.Length = m_dataManager.DataModelList.Last().timeStamp;
ssb_wordBox.AddWords(m_dataManager.True_Segmented_Words);
tbk_words.Text = "";
//add true word rect
foreach (var item in m_dataManager.True_Segmented_Words)
{
tbk_words.Text += item.Word;
cht_right.AddTruthRect(item.StartTime, item.EndTime, Brushes.LightPink);
cht_left.AddTruthRect(item.StartTime, item.EndTime, Brushes.LightPink);
cht_big.AddTruthRect(item.StartTime, item.EndTime, Brushes.LightPink);
}
//segmentate word
//principle: 1.static=>1 or more signs or margin
// 2.dynamic=>ME or sub-sign or signs.
m_segmentatedStaticClips = new SegmentedWordCollection();
m_segmentatedDynamicClips = new SegmentedWordCollection();
double threshold = 0.15;
bool[] temp = sd.Select(d => d < threshold).ToArray();
bool[] bidata = new bool[temp.Length];
for (int i = 2; i < bidata.Length - 2; i++)
{
if (temp[i])
{
bidata[i - 2] = true;
bidata[i - 1] = true;
bidata[i] = true;
bidata[i + 1] = true;
bidata[i + 2] = true;
}
}
bool isInStatic = false;
int index = -1;
for (int i = 0; i < bidata.Length; i++)
{
if (!isInStatic && bidata[i])
{
isInStatic = true;
if (index != -1 && i - index - 1 > 0)
{
m_segmentatedDynamicClips.Add(new SegmentedWordModel("dc", index, i - 1));
}
index = i;
}
if (isInStatic && !bidata[i])
{
isInStatic = false;
m_segmentatedStaticClips.Add(new SegmentedWordModel("sc", index, i - 1));
index = i;
}
}
//split dynamic clips
double[] angVelo = m_csDataProcessor.GetAngularVelo();
TwoDimensionViewPointCollection AngularVelo = new TwoDimensionViewPointCollection(angVelo, time);
cht_right.AddLineGraph("av", AngularVelo, anglePen, false);
double curveThreshold = 0.45;
int offset = 3;
temp = angVelo.Select(ang => ang > curveThreshold).ToArray();
SegmentedWordModel[] tempList = new SegmentedWordModel[m_segmentatedDynamicClips.Count];
m_segmentatedDynamicClips.CopyTo(tempList);
foreach (var item in tempList)
{
int startFrame = item.StartTime;
for (int i = item.StartTime + offset; i < item.EndTime - offset; i++)
{
if (temp[i])
{
int seg = FindDynamicSegmentPoint(temp, i, item.EndTime);
m_segmentatedDynamicClips.Add(new SegmentedWordModel("split dc", startFrame, seg));
startFrame = seg;
i += offset - 1;
}
}
}
foreach (var item in m_segmentatedStaticClips)
{
cht_right.AddSegRect(item.StartTime, item.EndTime, Brushes.LightSkyBlue);
cht_left.AddSegRect(item.StartTime, item.EndTime, Brushes.LightSkyBlue);
cht_big.AddSegRect(item.StartTime, item.EndTime, Brushes.LightSkyBlue);
}
foreach (var item in m_segmentatedDynamicClips)
{
cht_right.AddSegRect(item.StartTime, item.EndTime, Brushes.LightYellow);
cht_left.AddSegRect(item.StartTime, item.EndTime, Brushes.LightYellow);
cht_big.AddSegRect(item.StartTime, item.EndTime, Brushes.LightYellow);
}
#region segmentation data from file
foreach (int item in m_dataManager.AcSegmentTimeStampList)
{
cht_right.AddSplitLine(item, 2, Min, Max, SegmentType.AccSegment, Colors.DarkRed);
cht_left.AddSplitLine(item, 2, Min, Max, SegmentType.AccSegment, Colors.DarkRed);
ssb_wordBox.AddSplitLine(item, 2, SegmentType.AccSegment, Colors.DarkRed);
}
foreach (int item in m_dataManager.VeSegmentTimeStampList)
{
cht_right.AddSplitLine(item, 2, Min, Max, SegmentType.VelSegment, Colors.DarkBlue);
cht_left.AddSplitLine(item, 2, Min, Max, SegmentType.VelSegment, Colors.DarkBlue);
ssb_wordBox.AddSplitLine(item, 2, SegmentType.VelSegment, Colors.DarkBlue);
}
foreach (int item in m_dataManager.AngSegmentTimeStampList)
{
cht_right.AddSplitLine(item, 2, Min, Max, SegmentType.AngSegment, Colors.DarkGreen);
cht_left.AddSplitLine(item, 2, Min, Max, SegmentType.AngSegment, Colors.DarkGreen);
ssb_wordBox.AddSplitLine(item, 2, SegmentType.AngSegment, Colors.DarkGreen);
}
cb_show_rect.IsChecked = true;
#endregion
}
/// <summary>
/// Append VelocityPointCollection to the graph
/// </summary>
/// <param name="collection"></param>
/// <param name="pen"></param>
/// <param name="description"></param>
private LineAndMarker<ElementMarkerPointsGraph> AppendLineGraph(TwoDimensionViewPointCollection collection, Pen pen, string description)
{
CircleElementPointMarker pointMaker = new CircleElementPointMarker();
pointMaker.Size = 3;
pointMaker.Brush = Brushes.Yellow;
pointMaker.Fill = Brushes.Purple;
var v = new EnumerableDataSource<TwoDimensionViewPoint>(collection);
v.SetXMapping(x => x.TimeStamp);
v.SetYMapping(y => y.Value);
return chart.AddLineGraph(v, pen, pointMaker, new PenDescription(description));
}
/// <summary>
/// draw split line
/// </summary>
/// <param name="split"></param>
/// <param name="stroke"></param>
/// <param name="min"></param>
/// <param name="max"></param>
/// <returns></returns>
public LineGraph AddSplitLine(int split, double stroke, double min, double max, SegmentType segType, Color color)
{
var tempPoints = new TwoDimensionViewPointCollection();
var v_right = new EnumerableDataSource<TwoDimensionViewPoint>(tempPoints);
v_right.SetXMapping(x => x.TimeStamp);
v_right.SetYMapping(y => y.Value);
tempPoints.Add(new TwoDimensionViewPoint(max, split));
tempPoints.Add(new TwoDimensionViewPoint(min, split));
LineGraph newSplit;
if (segType == SegmentType.NotSegment)
{
newSplit = chart.AddLineGraph(v_right, color, stroke, "seg line");
}
else
{
newSplit = new LineGraph(v_right);
newSplit.LinePen = new Pen(new SolidColorBrush(color), stroke);
}
if (segType == SegmentType.AccSegment)
{
_accSegLineList.Add(newSplit);
}
if (segType == SegmentType.VelSegment)
{
_velSegLineList.Add(newSplit);
}
if (segType == SegmentType.AngSegment)
{
_angSegLineList.Add(newSplit);
}
return newSplit;
}
/// <summary>
/// add new line graph
/// </summary>
/// <param name="name">line graph name</param>
/// <param name="datasource">graph data source </param>
/// <param name="pen">pen color</param>
/// <param name="isShow">is show at beginning</param>
public void AddLineGraph(string name, TwoDimensionViewPointCollection datasource, Pen pen, bool isShow)
{
CheckBox newCheckBox = new CheckBox();
newCheckBox.Content = name;
newCheckBox.IsChecked = isShow;
newCheckBox.Foreground = pen.Brush;
lb_main.Items.Add(newCheckBox);
LineAndMarker<ElementMarkerPointsGraph> line = AppendLineGraph(datasource, pen, name);
Binding binding = new Binding("IsChecked")
{
Converter = new BoolToVisibilityConverter(),
Mode = BindingMode.OneWay,
Source = newCheckBox
};
line.LineGraph.SetBinding(LineGraph.VisibilityProperty, binding);
line.MarkerGraph.SetBinding(LineGraph.VisibilityProperty, binding);
}
private void DrawData()
{
//preprocess data
double[] x = (from data in m_dataManager.DataModelList
select data.position_right.X).ToArray();
// double[] x1 = new double[m_dataManager.DataModelList.Count];
double[] y = (from data in m_dataManager.DataModelList
select data.position_right.Y).ToArray();
int[] time = (from data in m_dataManager.DataModelList
select data.timeStamp).ToArray();
//draw data
//processed data
double[] x_filter = m_csDataProcessor.MeanFilter(x, time);
// x_filter = m_csDataProcessor.MeanFilter(x_filter, time);
//double[] y_filter = m_csDataProcessor.MeanFilter(y, time);
double[] y_filter = m_csDataProcessor.GetSDs(y);
// y_filter = m_csDataProcessor.MeanFilter(y_filter, time);
double[] velo = m_csDataProcessor.CalVelocity();
double[] sd = m_csDataProcessor.GetPositionSDs();
double[] acc = m_csDataProcessor.CalAcceleration(y_filter, time);
TwoDimensionViewPointCollection Y_filtered = new TwoDimensionViewPointCollection(y_filter, time);
TwoDimensionViewPointCollection X_filtered = new TwoDimensionViewPointCollection(x_filter, time);
TwoDimensionViewPointCollection V_Right_Points = new TwoDimensionViewPointCollection(velo, time);
TwoDimensionViewPointCollection SD_Right_Points = new TwoDimensionViewPointCollection(sd, time);
TwoDimensionViewPointCollection A_Right_Points = new TwoDimensionViewPointCollection(acc,time);
TwoDimensionViewPointCollection X_Right_Points = new TwoDimensionViewPointCollection(x, time);
TwoDimensionViewPointCollection Y_Right_Points = new TwoDimensionViewPointCollection(y, time);
TwoDimensionViewPointCollection Angle_Right_Points = new TwoDimensionViewPointCollection();
//left
TwoDimensionViewPointCollection V_Left_Points = new TwoDimensionViewPointCollection();
TwoDimensionViewPointCollection A_Left_Points = new TwoDimensionViewPointCollection();
TwoDimensionViewPointCollection Angle_Left_Points = new TwoDimensionViewPointCollection();
TwoDimensionViewPointCollection Y_Left_Points = new TwoDimensionViewPointCollection();
foreach (DataModel item in m_dataManager.DataModelList)
{
V_Left_Points.Add(new TwoDimensionViewPoint(item.v_left, item.timeStamp));
A_Left_Points.Add(new TwoDimensionViewPoint(item.a_left, item.timeStamp));
Angle_Right_Points.Add(new TwoDimensionViewPoint(item.angle_right, item.timeStamp));
Angle_Left_Points.Add(new TwoDimensionViewPoint(item.angle_left, item.timeStamp));
Y_Left_Points.Add(new TwoDimensionViewPoint(item.position_left.Y, item.timeStamp));
}
Pen veloPen = new Pen(Brushes.DarkBlue, 2);
Pen accPen = new Pen(Brushes.Red, 2);
Pen anglePen = new Pen(Brushes.ForestGreen, 2);
Pen posPen = new Pen(Brushes.Purple, 2);
Pen filter = new Pen(Brushes.Blue, 2);
cht_right.AddLineGraph("SD", SD_Right_Points, veloPen, true);
cht_right.AddLineGraph("acceleration", A_Right_Points, accPen,false);
cht_right.AddLineGraph("angle", Angle_Right_Points, anglePen, false);
cht_right.AddLineGraph("Y", Y_Right_Points, posPen, false);
cht_right.AddLineGraph("Y filter", Y_filtered, filter, false);
cht_right.AddLineGraph("X", X_Right_Points, filter, false);
cht_right.AddLineGraph("X filter", X_filtered, filter, false);
cht_left.AddLineGraph("velocity", V_Left_Points, veloPen,true);
cht_left.AddLineGraph("acceleration", A_Left_Points, accPen, false);
cht_left.AddLineGraph("angle", Angle_Left_Points, anglePen, false);
cht_left.AddLineGraph("Y", Y_Left_Points, posPen, false);
cht_big.AddLineGraph("r_velocity", V_Right_Points, veloPen, false);
cht_big.AddLineGraph("r_acceleration", A_Right_Points, accPen, false);
cht_big.AddLineGraph("r_angle", Angle_Right_Points, anglePen, false);
cht_big.AddLineGraph("r_Y", Y_Right_Points, posPen, false);
cht_big.AddLineGraph("l_velocity", V_Left_Points, veloPen, false);
cht_big.AddLineGraph("l_acceleration", A_Left_Points, accPen, false);
cht_big.AddLineGraph("l_angle", Angle_Left_Points, anglePen, false);
cht_big.AddLineGraph("l_Y", Y_Left_Points, posPen, false);
//add true word split line
ssb_wordBox.Length = m_dataManager.DataModelList.Last().timeStamp;
ssb_wordBox.AddWords(m_dataManager.True_Segmented_Words);
tbk_words.Text = "";
//add true word rect
foreach (var item in m_dataManager.True_Segmented_Words)
{
tbk_words.Text += item.Word;
cht_right.AddTruthRect(item.StartTime, item.EndTime, Brushes.LightPink);
cht_left.AddTruthRect(item.StartTime, item.EndTime, Brushes.LightPink);
cht_big.AddTruthRect(item.StartTime, item.EndTime, Brushes.LightPink);
}
//segmentate word
//principle: 1.static=>1 or more signs or margin
// 2.dynamic=>ME or sub-sign or signs.
m_segmentatedStaticClips = new SegmentedWordCollection();
m_segmentatedDynamicClips = new SegmentedWordCollection();
double threshold = 0.15;
bool[] temp = sd.Select(d => d < threshold).ToArray();
bool[] bidata = new bool[temp.Length];
for (int i = 2; i < bidata.Length - 2; i++)
{
if (temp[i])
{
bidata[i - 2] = true;
bidata[i - 1] = true;
bidata[i] = true;
bidata[i + 1] = true;
bidata[i + 2] = true;
}
}
bool isInStatic = false;
int index = -1;
for (int i = 0; i < bidata.Length; i++)
{
if (!isInStatic && bidata[i])
{
isInStatic = true;
if (index != -1 && i-index-1>0)
{
m_segmentatedDynamicClips.Add(new SegmentedWordModel("dc", index, i - 1));
}
index = i;
}
if (isInStatic && !bidata[i])
{
isInStatic = false;
m_segmentatedStaticClips.Add(new SegmentedWordModel("sc", index, i - 1));
index = i;
}
}
//split dynamic clips
double[] angVelo = m_csDataProcessor.GetAngularVelo();
TwoDimensionViewPointCollection AngularVelo = new TwoDimensionViewPointCollection(angVelo, time);
cht_right.AddLineGraph("av", AngularVelo, anglePen, false);
double curveThreshold = 0.45;
int offset = 3;
temp = angVelo.Select(ang => ang > curveThreshold).ToArray();
SegmentedWordModel[] tempList = new SegmentedWordModel[m_segmentatedDynamicClips.Count];
m_segmentatedDynamicClips.CopyTo(tempList);
foreach (var item in tempList)
{
int startFrame = item.StartTime;
for (int i = item.StartTime + offset; i < item.EndTime - offset; i++)
{
if (temp[i])
{
int seg = FindDynamicSegmentPoint(temp, i, item.EndTime);
m_segmentatedDynamicClips.Add(new SegmentedWordModel("split dc", startFrame, seg));
startFrame = seg;
i += offset - 1;
}
}
}
foreach (var item in m_segmentatedStaticClips)
{
cht_right.AddSegRect(item.StartTime, item.EndTime, Brushes.LightSkyBlue);
cht_left.AddSegRect(item.StartTime, item.EndTime, Brushes.LightSkyBlue);
cht_big.AddSegRect(item.StartTime, item.EndTime, Brushes.LightSkyBlue);
}
foreach (var item in m_segmentatedDynamicClips)
{
cht_right.AddSegRect(item.StartTime, item.EndTime, Brushes.LightYellow);
cht_left.AddSegRect(item.StartTime, item.EndTime, Brushes.LightYellow);
cht_big.AddSegRect(item.StartTime, item.EndTime, Brushes.LightYellow);
}
#region segmentation data from file
foreach (int item in m_dataManager.AcSegmentTimeStampList)
{
cht_right.AddSplitLine(item, 2, Min, Max, SegmentType.AccSegment, Colors.DarkRed);
cht_left.AddSplitLine(item, 2, Min, Max, SegmentType.AccSegment, Colors.DarkRed);
ssb_wordBox.AddSplitLine(item, 2, SegmentType.AccSegment, Colors.DarkRed);
}
foreach (int item in m_dataManager.VeSegmentTimeStampList)
{
cht_right.AddSplitLine(item, 2, Min, Max, SegmentType.VelSegment, Colors.DarkBlue);
cht_left.AddSplitLine(item, 2, Min, Max, SegmentType.VelSegment, Colors.DarkBlue);
ssb_wordBox.AddSplitLine(item, 2, SegmentType.VelSegment, Colors.DarkBlue);
}
foreach (int item in m_dataManager.AngSegmentTimeStampList)
{
cht_right.AddSplitLine(item, 2, Min, Max, SegmentType.AngSegment, Colors.DarkGreen);
cht_left.AddSplitLine(item, 2, Min, Max, SegmentType.AngSegment, Colors.DarkGreen);
ssb_wordBox.AddSplitLine(item, 2, SegmentType.AngSegment, Colors.DarkGreen);
}
cb_show_rect.IsChecked = true;
#endregion
}
