private void PL_OP_Click(object sender, RoutedEventArgs e)
{
if (PowerLoss_OutputPower == null)
{
PowerLoss_OutputPower = new Graph_Window();
PowerLoss_OutputPower.Closed += (a, b) => PowerLoss_OutputPower = null;
PowerLoss_OutputPower.setWindowTitle("Power Loss (%) vs Output Load Power (W)");
PowerLoss_OutputPower.setXYLabels("Output Load Power (W)", "Power Loss (%)");
PowerLoss_OutputPower.setXYUnits("W", "%");
PowerLoss_OutputPower.Show();
}
else
{
PowerLoss_OutputPower.Show();
insert_Log("Power Loss vs Output Load Power Window is already open.", Warning_Code);
}
}
private void OV_OC_Click(object sender, RoutedEventArgs e)
{
if (OutputVoltage_OutputCurrent == null)
{
OutputVoltage_OutputCurrent = new Graph_Window();
OutputVoltage_OutputCurrent.Closed += (a, b) => OutputVoltage_OutputCurrent = null;
OutputVoltage_OutputCurrent.setWindowTitle("[Sink] Output Voltage (V) vs [Sink] Output Load Current (A)");
OutputVoltage_OutputCurrent.setXYLabels("Output Load Current (A)", "Output Voltage (V)");
OutputVoltage_OutputCurrent.setXYUnits("A", "V");
OutputVoltage_OutputCurrent.Show();
}
else
{
OutputVoltage_OutputCurrent.Show();
insert_Log("Output Voltage vs Output Current Window is already open.", Warning_Code);
}
}
private void IP_OP_Click(object sender, RoutedEventArgs e)
{
if (OutputPower_InputPower == null)
{
OutputPower_InputPower = new Graph_Window();
OutputPower_InputPower.Closed += (a, b) => OutputPower_InputPower = null;
OutputPower_InputPower.setWindowTitle("[Sink] Output Load Power (W) vs [Source] Input Power (W)");
OutputPower_InputPower.setXYLabels("Input Power (W)", "Output Load Power (W)");
OutputPower_InputPower.setXYUnits("W", "W");
OutputPower_InputPower.Show();
}
else
{
OutputPower_InputPower.Show();
insert_Log("Input Power vs Output Power Window is already open.", Warning_Code);
}
}
private void IV_IC_Click(object sender, RoutedEventArgs e)
{
if (InputVoltage_InputCurrent == null)
{
InputVoltage_InputCurrent = new Graph_Window();
InputVoltage_InputCurrent.Closed += (a, b) => InputVoltage_InputCurrent = null;
InputVoltage_InputCurrent.setWindowTitle("[Source] Input Voltage (V) vs [Source] Input Current (A)");
InputVoltage_InputCurrent.setXYLabels("Input Current (A)", "Input Voltage (V)");
InputVoltage_InputCurrent.setXYUnits("A", "V");
InputVoltage_InputCurrent.Show();
}
else
{
InputVoltage_InputCurrent.Show();
insert_Log("Input Current vs [Source] Input Voltage Window is already open.", Warning_Code);
}
}
private void PE_OC_Click(object sender, RoutedEventArgs e)
{
if (PowerEfficiency_OutputCurrent == null)
{
PowerEfficiency_OutputCurrent = new Graph_Window();
PowerEfficiency_OutputCurrent.Closed += (a, b) => PowerEfficiency_OutputCurrent = null;
PowerEfficiency_OutputCurrent.setWindowTitle("Power Efficiency (%) vs [Sink] Output Load Current (A)");
PowerEfficiency_OutputCurrent.setXYLabels("Output Load Current (A)", "Power Efficiency (%)");
PowerEfficiency_OutputCurrent.setXYUnits("A", "%");
PowerEfficiency_OutputCurrent.Show();
}
else
{
PowerEfficiency_OutputCurrent.Show();
insert_Log("PowerEfficiency vs Output Current Window is already open.", Warning_Code);
}
}