public Segment_cls(int Segment_id, raw_kinematics_data_cls Raw_data)
{
raw_data = Raw_data;
segment_id = Segment_id;
segment_axis = new Double[3];
x = new Double[3];
y = new Double[3];
z = new Double[3];
xl = new Double[3];
yl = new Double[3];
zl = new Double[3];
Accelerometer = new sensor_cls();
Gyroscope = new sensor_cls();
Magnetometer = new sensor_cls();
Sensors_array[0] = Accelerometer;
Sensors_array[1] = Gyroscope;
Sensors_array[2] = Magnetometer;
}
}// end dataReceivingMethod
private void UpdateUserInterface()
{
info_panel_label.Content = debug_string;
info_panel_label.UpdateLayout();
//*
// zapolnenie tablicy dannyh datchikov
if (raw_data.Kinematics_Data.Length == raw_data.Raw_Data_Length)
{
data_panel_label.Content = "";
for (int i = 0; i < 19; i++)
{
string data_string = "";
for (int j = 0; j < 9; j++)
{
Int16 data = (Int16)((Int16)raw_data.Kinematics_Data[i * 18 + j * 2] + ((Int16)(raw_data.Kinematics_Data[i * 18 + j * 2 + 1]) << 8));
data_string += String.Format("{0, 10} ", data);
}
data_string += "\n";
data_panel_label.Content += data_string;
}
}
data_panel_label.UpdateLayout();
//*/
Double angle1 = (model.Channels.ToArray())[0].Angle.Angle;
Double angle2 = (model.Channels.ToArray())[1].Angle.Angle;
Double angle3 = (model.Channels.ToArray())[3].Angle.Angle;
angle_chart0.add_stroke(angle1);
angle_chart1.add_stroke(angle2);
angle_chart2.add_stroke(angle3);
segment1_axis.Content = String.Format("{0,10:F3}", angle1);
segment2_axis.Content = String.Format("{0,10:F3}", angle2);
segment_1_2_angle.Content = String.Format("{0,10:F3}", angle3);
//********************************************************************
//*
double ratio = 0;
int sensor_type = 0; // 0 - accel, 1 - gyro, 2 - magnet;
histogram_cls[,] hist = new histogram_cls[5, 4];
sensor_cls[] sensor = new sensor_cls[5];
for (int i = 1; i < 5; i++)
{
sensor[i] = model.Segments[i].sensors_array[sensor_type];
}
for (int i = 1; i < 5; i++)
{
for (int j = 1; j < 4; j++)
{
hist[i, j] = sensor[i].histogram_array[j - 1];
}
}
// add value
for (int i = 1; i < 5; i++)
{
for (int j = 1; j < 4; j++)
{
hist[i, j].add_value(sensor[i].xyz[j - 1]);
}
}
Label[,] labels = new Label[5, 4];
labels[1, 1] = hist_1_1_label; labels[1, 2] = hist_1_2_label; labels[1, 3] = hist_1_3_label;
labels[2, 1] = hist_2_1_label; labels[2, 2] = hist_2_2_label; labels[2, 3] = hist_2_3_label;
labels[3, 1] = hist_3_1_label; labels[3, 2] = hist_3_2_label; labels[3, 3] = hist_3_3_label;
labels[4, 1] = hist_4_1_label; labels[4, 2] = hist_4_2_label; labels[4, 3] = hist_4_3_label;
Canvas[,] canvases = new Canvas[5, 4];
canvases[1, 1] = hist_1_1_canvas; canvases[1, 2] = hist_1_2_canvas; canvases[1, 3] = hist_1_3_canvas;
canvases[2, 1] = hist_2_1_canvas; canvases[2, 2] = hist_2_2_canvas; canvases[2, 3] = hist_2_3_canvas;
canvases[3, 1] = hist_3_1_canvas; canvases[3, 2] = hist_3_2_canvas; canvases[3, 3] = hist_3_3_canvas;
canvases[4, 1] = hist_4_1_canvas; canvases[4, 2] = hist_4_2_canvas; canvases[4, 3] = hist_4_3_canvas;
if (packet_counter % 40 == 0)
{
for (int i = 1; i < 5; i++)
{
for (int j = 1; j < 4; j++)
{
labels[i, j].Content = "";
canvases[i, j].Children.Clear();
ratio = 0;
if (hist[i, j].main_bin_value != 0)
{
ratio = canvases[i, j].ActualHeight * 0.75 / hist[i, j].main_bin_value;
}
for (int k = 0; k < hist[i, j].bins.Length; k++)
{
Line bin_stroke;
bin_stroke = new Line();
bin_stroke.StrokeThickness = 13;
bin_stroke.Stroke = System.Windows.Media.Brushes.LightSteelBlue;
bin_stroke.X1 = 40 + k * 15;
bin_stroke.X2 = 40 + k * 15;
bin_stroke.Y1 = canvases[i, j].ActualHeight;
bin_stroke.Y2 = canvases[i, j].ActualHeight - (hist[i, j].bins[k] * ratio);
canvases[i, j].Children.Add(bin_stroke);
canvases[i, j].UpdateLayout();
}
labels[i, j].Content += hist[i, j].main_bin.ToString();
labels[i, j].UpdateLayout();
}
}
}
//*/
}// end update user interface