private void sendButton_Click(object sender, EventArgs e)
{
foreach (var series in panel.returnChart().Series)
{
series.Points.Clear();
}
if (radioButton_Time.Checked)
{
//creating packets
//Resetting Bike to set time and distance
PacketBicycleCommand RS = new PacketBicycleCommand("RS", panel.id.Id);
connection.writePacket(RS);
//Waiting 5 secs to let bike reboot
Thread.Sleep(5000);
//Entering command mode to insert P- Commands
PacketBicycleCommand CM = new PacketBicycleCommand("CM", panel.id.Id);
connection.writePacket(CM);
//Set required Time
PacketBicycleCommand PT = new PacketBicycleCommand($"PT {this.timeTextBox.Text}", panel.id.Id);
connection.writePacket(PT);
//Set power level
PacketBicycleCommand PW = new PacketBicycleCommand($"PW {this.PowerTextBox.Text}", panel.id.Id);
connection.writePacket(PW);
//Start handling Thread
Thread thread = new Thread(new ThreadStart(SessionHandler));
thread.Start();
}
else if (radioButton_Distance.Checked)
{
//creating packets
//Resetting Bike to set time and distance
PacketBicycleCommand RS = new PacketBicycleCommand("RS", panel.id.Id);
connection.writePacket(RS);
//Waiting 5 secs to let bike reboot
Thread.Sleep(5000);
//Entering command mode to insert P- Commands
PacketBicycleCommand CM = new PacketBicycleCommand("CM", panel.id.Id);
connection.writePacket(CM);
//Set required Distance
PacketBicycleCommand PD = new PacketBicycleCommand($"PD {this.distanceTextBox.Text}", panel.id.Id);
connection.writePacket(PD);
//Set power level
PacketBicycleCommand PW = new PacketBicycleCommand($"PW {this.PowerTextBox.Text}", panel.id.Id);
connection.writePacket(PW);
//Start handling Thread
Thread thread = new Thread(new ThreadStart(SessionHandler));
thread.Start();
}
else
{
MessageBox.Show("Select the session type first!");
}
Hide();
}
public void LoadMeasurements(List <Measurement> mes)
{
DataPanel panel = new DataPanel(this, connection, new Identifier("test", 123));
List <Measurement> measurements = mes;
Invoke((Action)(() =>
{
flowLayoutPanel.Controls.Add(panel);
foreach (Measurement measurement in measurements)
{
string _pulse = measurement.pulse;
string _rpm = measurement.RPM;
string _speed = measurement.speed;
string _distance = measurement.distance;
string _power = measurement.power;
string _energy = measurement.energy;
string _time = measurement.time;
string _actualPower = measurement.AP;
//Parse all strings to int
int I_pulse = Int32.Parse(_pulse);
int I_rpm = Int32.Parse(_rpm);
int I_speed = Int32.Parse(_speed);
int I_distance = Int32.Parse(_distance);
int I_power = Int32.Parse(_power);
int I_energy = Int32.Parse(_energy);
TimeSpan ts = TimeSpan.Parse(_time);
int I_sec = ts.Seconds;
int I_min = ts.Minutes;
int I_actualPower = Int32.Parse(_actualPower);
//Adding coördinates to chart
MethodInvoker miP = delegate() { panel.returnChart().Series["Pulse"].Points.AddXY(I_sec, I_pulse); };
panel.Invoke(miP);
MethodInvoker miR = delegate() { panel.returnChart().Series["RPM"].Points.AddXY(I_sec, I_rpm); };
panel.Invoke(miR);
MethodInvoker miS = delegate() { panel.returnChart().Series["Speed"].Points.AddXY(I_sec, I_speed); };
panel.Invoke(miS);
MethodInvoker miD = delegate() { panel.returnChart().Series["Distance"].Points.AddXY(I_sec, I_distance); };
panel.Invoke(miD);
MethodInvoker miPo = delegate() { panel.returnChart().Series["Power"].Points.AddXY(I_sec, I_power); };
panel.Invoke(miPo);
MethodInvoker miE = delegate() { panel.returnChart().Series["Energy"].Points.AddXY(I_sec, I_energy); };
panel.Invoke(miE);
MethodInvoker miAP = delegate() { panel.returnChart().Series["Actual Power"].Points.AddXY(I_sec, I_actualPower); };
panel.Invoke(miAP);
}
}
));
}
public void LoadMeasurements(List<Measurement> mes)
{
DataPanel panel = new DataPanel(this, connection, new Identifier("test", 123));
List<Measurement> measurements = mes;
Invoke((Action)(() =>
{
flowLayoutPanel.Controls.Add(panel);
foreach (Measurement measurement in measurements)
{
string _pulse = measurement.pulse;
string _rpm = measurement.RPM;
string _speed = measurement.speed;
string _distance = measurement.distance;
string _power = measurement.power;
string _energy = measurement.energy;
string _time = measurement.time;
string _actualPower = measurement.AP;
//Parse all strings to int
int I_pulse = Int32.Parse(_pulse);
int I_rpm = Int32.Parse(_rpm);
int I_speed = Int32.Parse(_speed);
int I_distance = Int32.Parse(_distance);
int I_power = Int32.Parse(_power);
int I_energy = Int32.Parse(_energy);
TimeSpan ts = TimeSpan.Parse(_time);
int I_sec = ts.Seconds;
int I_min = ts.Minutes;
int I_actualPower = Int32.Parse(_actualPower);
//Adding coördinates to chart
MethodInvoker miP = delegate () { panel.returnChart().Series["Pulse"].Points.AddXY(I_sec, I_pulse); };
panel.Invoke(miP);
MethodInvoker miR = delegate () { panel.returnChart().Series["RPM"].Points.AddXY(I_sec, I_rpm); };
panel.Invoke(miR);
MethodInvoker miS = delegate () { panel.returnChart().Series["Speed"].Points.AddXY(I_sec, I_speed); };
panel.Invoke(miS);
MethodInvoker miD = delegate () { panel.returnChart().Series["Distance"].Points.AddXY(I_sec, I_distance); };
panel.Invoke(miD);
MethodInvoker miPo = delegate () { panel.returnChart().Series["Power"].Points.AddXY(I_sec, I_power); };
panel.Invoke(miPo);
MethodInvoker miE = delegate () { panel.returnChart().Series["Energy"].Points.AddXY(I_sec, I_energy); };
panel.Invoke(miE);
MethodInvoker miAP = delegate () { panel.returnChart().Series["Actual Power"].Points.AddXY(I_sec, I_actualPower); };
panel.Invoke(miAP);
}
}
));
}
