/// <summary>
/// 選択状態のRセンサ描画
/// </summary>
/// <param name="sensorCvs"></param>
/// <returns></returns>
private CanvasSensor activeSensorR(CanvasSensor sensorCvs)
{
this.activeSensorCanvas = sensorCvs;
//this.locationSetting.setSelectSetting(sensorCvs.chIndex);
for (int i = 0; i < this.sensorList.Count; i++)
{
if (this.sensorList[i] != null && this.sensorList[i].chIndex != sensorCvs.chIndex)
{
if (this.sensorList[i].sensorType == SENSOR_TYPE_R)
{
this.drawNormalSensorR(this.sensorList[i]);
}
else if (this.sensorList[i].sensorType == SENSOR_TYPE_B)
{
this.drawNormalSensorB(this.sensorList[i]);
}
}
}
switch (sensorCvs.direction)
{
case (SENSOR_DIRECTION_BOTTOM):
Canvas.SetTop(sensorCvs.Children[1], 2);
Canvas.SetLeft(sensorCvs.Children[1], 2);
sensorCvs.sensorImage.Source = (BitmapImage)this.Resources["image_sensor_r_active_bottom"];
break;
case (SENSOR_DIRECTION_LEFT):
Canvas.SetTop(sensorCvs.Children[1], 2);
Canvas.SetLeft(sensorCvs.Children[1], 18);
sensorCvs.sensorImage.Source = (BitmapImage)this.Resources["image_sensor_r_active_left"];
break;
case (SENSOR_DIRECTION_RIGHT):
Canvas.SetTop(sensorCvs.Children[1], 18);
Canvas.SetLeft(sensorCvs.Children[1], 2);
sensorCvs.sensorImage.Source = (BitmapImage)this.Resources["image_sensor_r_active_right"];
break;
case (SENSOR_DIRECTION_TOP):
Canvas.SetTop(sensorCvs.Children[1], 18);
Canvas.SetLeft(sensorCvs.Children[1], 18);
sensorCvs.sensorImage.Source = (BitmapImage)this.Resources["image_sensor_r_active_top"];
break;
}
this.locationSetting.setSensorMeasureDirection(sensorCvs.chIndex, sensorCvs.direction);
#region Old Code Program Rendering
//SolidColorBrush lineBrush = new SolidColorBrush();
//lineBrush.Color = this.activeSensorColor;
//sensorCvs.Children.Clear();
//Rectangle rect = new Rectangle();
//rect.Fill = Brushes.Transparent;
//rect.Width = 31;
//rect.Height = 31;
//sensorCvs.Children.Add(rect);
//Line ln1 = new Line();
//Line ln2 = new Line();
//Line ln3 = new Line();
//Line ln4 = new Line();
//ln1.Stroke = lineBrush;
//ln1.StrokeThickness = 3;
//ln2.Stroke = lineBrush;
//ln2.StrokeThickness = 3;
//ln3.Stroke = lineBrush;
//ln3.StrokeThickness = 3;
//ln4.Stroke = lineBrush;
//ln4.StrokeThickness = 3;
//switch (sensorCvs.direction)
//{
// case (SENSOR_DIRECTION_TOP):
// ln1.X1 = 0;
// ln1.Y1 = 0;
// ln1.X2 = 31;
// ln1.Y2 = 0;
// ln2.X1 = 16;
// ln2.Y1 = 0;
// ln2.X2 = 16;
// ln2.Y2 = 31;
// ln3.X1 = 27;
// ln3.Y1 = 13;
// ln3.X2 = 16;
// ln3.Y2 = 0;
// ln4.X1 = 4;
// ln4.Y1 = 16;
// ln4.X2 = 16;
// ln4.Y2 = 0;
// break;
// case (SENSOR_DIRECTION_BOTTOM):
// ln1.X1 = 0;
// ln1.Y1 = 31;
// ln1.X2 = 31;
// ln1.Y2 = 31;
// ln2.X1 = 16;
// ln2.Y1 = 0;
// ln2.X2 = 16;
// ln2.Y2 = 31;
// ln3.X1 = 4;
// ln3.Y1 = 16;
// ln3.X2 = 16;
// ln3.Y2 = 31;
// ln4.X1 = 27;
// ln4.Y1 = 13;
// ln4.X2 = 16;
// ln4.Y2 = 31;
// break;
// case (SENSOR_DIRECTION_LEFT):
// ln1.X1 = 0;
// ln1.Y1 = 0;
// ln1.X2 = 0;
// ln1.Y2 = 31;
// ln2.X1 = 0;
// ln2.Y1 = 16;
// ln2.X2 = 31;
// ln2.Y2 = 16;
// ln3.X1 = 16;
// ln3.Y1 = 4;
// ln3.X2 = 0;
// ln3.Y2 = 16;
// ln4.X1 = 19;
// ln4.Y1 = 27;
// ln4.X2 = 0;
// ln4.Y2 = 16;
// break;
// case (SENSOR_DIRECTION_RIGHT):
// ln1.X1 = 31;
// ln1.Y1 = 0;
// ln1.X2 = 31;
// ln1.Y2 = 31;
// ln2.X1 = 0;
// ln2.Y1 = 16;
// ln2.X2 = 31;
// ln2.Y2 = 16;
// ln3.X1 = 16;
// ln3.Y1 = 27;
// ln3.X2 = 31;
// ln3.Y2 = 16;
// ln4.X1 = 13;
// ln4.Y1 = 4;
// ln4.X2 = 31;
// ln4.Y2 = 16;
// break;
//}
//sensorCvs.Children.Add(ln1);
//sensorCvs.Children.Add(ln2);
//sensorCvs.Children.Add(ln3);
//sensorCvs.Children.Add(ln4);
#endregion
return sensorCvs;
}
/// <summary>
/// 新Rセンサの描画
/// </summary>
/// <param name="chIndex"></param>
/// <returns></returns>
private CanvasSensor newSensorR(int chIndex)
{
CanvasSensor cvs = new CanvasSensor();
cvs.Width = 31;
cvs.Height = 31;
cvs.chIndex = chIndex;
cvs.sensorType = SENSOR_TYPE_R;
cvs.direction = SENSOR_DIRECTION_BOTTOM;
cvs.target = SENSOR_TARGET_UNDER_KANAGATA;
Image img = new Image();
img.Source = (BitmapImage)this.Resources["image_sensor_r_normal_bottom"];
img.Height = 31;
img.Width = 31;
cvs.sensorImage = img;
cvs.Children.Add(img);
TextBlock txt = new TextBlock();
txt.Text = this.sensorNumberLabelItems[cvs.chIndex];
txt.FontSize = FONT_SIZE;
txt.Background = Brushes.White;
Canvas.SetTop(txt, 2);
Canvas.SetLeft(txt, 2);
cvs.Children.Add(txt);
this.sensorList[chIndex] = cvs;
//this.drawNormalSensorR(cvs);
cvs.MouseLeftButtonDown += new MouseButtonEventHandler(sensor_MouseLeftButtonDown);
cvs.MouseLeftButtonUp += new MouseButtonEventHandler(sensor_MouseLeftButtonUp);
return cvs;
}
/// <summary>
/// 通常状態のRセンサ描画
/// </summary>
/// <param name="sensorCvs"></param>
/// <returns></returns>
private CanvasSensor drawNormalSensorR(CanvasSensor sensorCvs)
{
switch (sensorCvs.direction)
{
case (SENSOR_DIRECTION_BOTTOM):
Canvas.SetTop(sensorCvs.Children[1], 2);
Canvas.SetLeft(sensorCvs.Children[1], 2);
sensorCvs.sensorImage.Source = (BitmapImage)this.Resources["image_sensor_r_normal_bottom"];
break;
case (SENSOR_DIRECTION_LEFT):
Canvas.SetTop(sensorCvs.Children[1], 2);
Canvas.SetLeft(sensorCvs.Children[1], 18);
sensorCvs.sensorImage.Source = (BitmapImage)this.Resources["image_sensor_r_normal_left"];
break;
case (SENSOR_DIRECTION_RIGHT):
Canvas.SetTop(sensorCvs.Children[1], 18);
Canvas.SetLeft(sensorCvs.Children[1], 2);
sensorCvs.sensorImage.Source = (BitmapImage)this.Resources["image_sensor_r_normal_right"];
break;
case (SENSOR_DIRECTION_TOP):
Canvas.SetTop(sensorCvs.Children[1], 18);
Canvas.SetLeft(sensorCvs.Children[1], 18);
sensorCvs.sensorImage.Source = (BitmapImage)this.Resources["image_sensor_r_normal_top"];
break;
}
#region Old Code Program Rendering
//sensorCvs.Children.Clear();
//Rectangle rect = new Rectangle();
//rect.Fill = Brushes.Transparent;
//rect.Width = 31;
//rect.Height = 31;
//sensorCvs.Children.Add(rect);
//Line ln1 = new Line();
//Line ln2 = new Line();
//Line ln3 = new Line();
//Line ln4 = new Line();
//ln1.Stroke = Brushes.Black;
//ln1.StrokeThickness = 3;
//ln2.Stroke = Brushes.Black;
//ln2.StrokeThickness = 3;
//ln3.Stroke = Brushes.Black;
//ln3.StrokeThickness = 3;
//ln4.Stroke = Brushes.Black;
//ln4.StrokeThickness = 3;
//switch (sensorCvs.direction)
//{
// case (SENSOR_DIRECTION_TOP):
// ln1.X1 = 0;
// ln1.Y1 = 0;
// ln1.X2 = 31;
// ln1.Y2 = 0;
// ln2.X1 = 16;
// ln2.Y1 = 0;
// ln2.X2 = 16;
// ln2.Y2 = 31;
// ln3.X1 = 27;
// ln3.Y1 = 13;
// ln3.X2 = 16;
// ln3.Y2 = 0;
// ln4.X1 = 4;
// ln4.Y1 = 16;
// ln4.X2 = 16;
// ln4.Y2 = 0;
// break;
// case (SENSOR_DIRECTION_BOTTOM):
// ln1.X1 = 0;
// ln1.Y1 = 31;
// ln1.X2 = 31;
// ln1.Y2 = 31;
// ln2.X1 = 16;
// ln2.Y1 = 0;
// ln2.X2 = 16;
// ln2.Y2 = 31;
// ln3.X1 = 4;
// ln3.Y1 = 16;
// ln3.X2 = 16;
// ln3.Y2 = 31;
// ln4.X1 = 27;
// ln4.Y1 = 13;
// ln4.X2 = 16;
// ln4.Y2 = 31;
// break;
// case (SENSOR_DIRECTION_LEFT):
// ln1.X1 = 0;
// ln1.Y1 = 0;
// ln1.X2 = 0;
// ln1.Y2 = 31;
// ln2.X1 = 0;
// ln2.Y1 = 16;
// ln2.X2 = 31;
// ln2.Y2 = 16;
// ln3.X1 = 16;
// ln3.Y1 = 4;
// ln3.X2 = 0;
// ln3.Y2 = 16;
// ln4.X1 = 19;
// ln4.Y1 = 27;
// ln4.X2 = 0;
// ln4.Y2 = 16;
// break;
// case (SENSOR_DIRECTION_RIGHT):
// ln1.X1 = 31;
// ln1.Y1 = 0;
// ln1.X2 = 31;
// ln1.Y2 = 31;
// ln2.X1 = 0;
// ln2.Y1 = 16;
// ln2.X2 = 31;
// ln2.Y2 = 16;
// ln3.X1 = 16;
// ln3.Y1 = 27;
// ln3.X2 = 31;
// ln3.Y2 = 16;
// ln4.X1 = 13;
// ln4.Y1 = 4;
// ln4.X2 = 31;
// ln4.Y2 = 16;
// break;
//}
//sensorCvs.Children.Add(ln1);
//sensorCvs.Children.Add(ln2);
//sensorCvs.Children.Add(ln3);
//sensorCvs.Children.Add(ln4);
#endregion
return sensorCvs;
}
/// <summary>
/// 選択状態Bセンサの描画
/// </summary>
/// <param name="sensorCvs"></param>
/// <returns></returns>
private CanvasSensor activeSensorB(CanvasSensor sensorCvs)
{
this.activeSensorCanvas = sensorCvs;
//this.locationSetting.setSelectSetting(sensorCvs.chIndex);
for (int i = 0; i < this.sensorList.Count; i++)
{
if (this.sensorList[i] != null && this.sensorList[i].chIndex != sensorCvs.chIndex)
{
if (this.sensorList[i].sensorType == SENSOR_TYPE_R)
{
this.drawNormalSensorR(this.sensorList[i]);
}
else if (this.sensorList[i].sensorType == SENSOR_TYPE_B)
{
this.drawNormalSensorB(this.sensorList[i]);
}
}
}
SolidColorBrush fillBrush = new SolidColorBrush();
fillBrush.Color = this.activeSensorColor;
sensorCvs.Children.Clear();
Ellipse ellipse = new Ellipse();
ellipse.Fill = fillBrush;
ellipse.Width = 31;
ellipse.Height = 31;
sensorCvs.Children.Add(ellipse);
Line ln1 = new Line();
ln1.Stroke = Brushes.White;
ln1.X1 = 16;
ln1.Y1 = 0;
ln1.X2 = 16;
ln1.Y2 = 31;
sensorCvs.Children.Add(ln1);
Line ln2 = new Line();
ln2.Stroke = Brushes.White;
ln2.X1 = 0;
ln2.Y1 = 16;
ln2.X2 = 31;
ln2.Y2 = 16;
sensorCvs.Children.Add(ln2);
TextBlock txt = new TextBlock();
txt.Text = this.sensorNumberLabelItems[sensorCvs.chIndex];
txt.FontSize = FONT_SIZE;
txt.Background = Brushes.White;
Canvas.SetLeft(txt, 2);
sensorCvs.Children.Add(txt);
return sensorCvs;
}
/// <summary>
/// 通常状態Bセンサの描画
/// </summary>
/// <param name="sensorCvs"></param>
/// <returns></returns>
private CanvasSensor drawNormalSensorB(CanvasSensor sensorCvs)
{
Ellipse ellipse = new Ellipse();
ellipse.Fill = Brushes.Black;
ellipse.Width = 31;
ellipse.Height = 31;
sensorCvs.Children.Add(ellipse);
Line ln1 = new Line();
ln1.Stroke = Brushes.White;
ln1.X1 = 16;
ln1.Y1 = 0;
ln1.X2 = 16;
ln1.Y2 = 31;
sensorCvs.Children.Add(ln1);
Line ln2 = new Line();
ln2.Stroke = Brushes.White;
ln2.X1 = 0;
ln2.Y1 = 16;
ln2.X2 = 31;
ln2.Y2 = 16;
sensorCvs.Children.Add(ln2);
TextBlock txt = new TextBlock();
txt.Text = this.sensorNumberLabelItems[sensorCvs.chIndex];
txt.FontSize = FONT_SIZE;
txt.Background = Brushes.White;
Canvas.SetLeft(txt, 2);
sensorCvs.Children.Add(txt);
return sensorCvs;
}
/// <summary>
/// 新規Bセンサ描画
/// </summary>
/// <param name="chIndex"></param>
/// <returns></returns>
private CanvasSensor newSensorB(int chIndex)
{
CanvasSensor cvs = new CanvasSensor();
cvs.Width = 31;
cvs.Height = 31;
cvs.chIndex = chIndex;
cvs.sensorType = SENSOR_TYPE_B;
this.sensorList[chIndex] = cvs;
this.drawNormalSensorB(cvs);
cvs.MouseLeftButtonDown += new MouseButtonEventHandler(sensor_MouseLeftButtonDown);
cvs.MouseLeftButtonUp += new MouseButtonEventHandler(sensor_MouseLeftButtonUp);
return cvs;
}
/// <summary>
/// センサ左マウスダウンイベント
/// </summary>
/// <param name="sender"></param>
/// <param name="e"></param>
private void sensor_MouseLeftButtonDown(object sender, MouseButtonEventArgs e)
{
Console.WriteLine("Sensor Mouse Down!!");
if (this.locationSetting.IsCurrentCellInEditMode)
{
this.locationSetting.BringToFront();
return;
}
this.isDragging = true;
CanvasSensor clickedCanvasSensor = (CanvasSensor)sender;
this.activeSensorCanvas = (CanvasSensor)sender;
this.locationSetting.setSelectSetting(clickedCanvasSensor.chIndex);
if (clickedCanvasSensor.sensorType == SENSOR_TYPE_B)
{
this.activeSensorB(clickedCanvasSensor);
}
else if (clickedCanvasSensor.sensorType == SENSOR_TYPE_R)
{
this.activeSensorR(clickedCanvasSensor);
}
this.currentMousePoint = e.GetPosition(this.cvsBase);
//this.dragSensorPaddingPointX = e.GetPosition(this.activeSensorCanvas).X;
//this.dragSensorPaddingPointY = e.GetPosition(this.activeSensorCanvas).Y;
this.locationSetting.setSensorNumber(clickedCanvasSensor.chIndex);
}
/// <summary>
///
/// </summary>
/// <param name="sensor"></param>
private void setSensorContextMenu(CanvasSensor sensor)
{
ContextMenu menu = new ContextMenu();
CustomMenuItem item = new CustomMenuItem();
item.Name = "";
item.Header = "測定対象設定";
item.sensor = sensor;
item.PreviewMouseDown += new MouseButtonEventHandler(sensorContextMenuItem_MouseDown);
menu.Items.Add(item);
sensor.ContextMenu = menu;
}
