void textBox_TextChanged(object sender, EventArgs e)
{
if (TextChanged != null)
{
TextChangedEventArgs args = new TextChangedEventArgs();
this.TextChanged(this.textBox.Text, args);
}
}
public void OnVoltageTexChanged()
{
if (this.VoltageTextChanged != null)
{
TextChangedEventArgs args = new TextChangedEventArgs();
args.Voltage = this.voltageTextBox.Text;
this.VoltageTextChanged(this.voltageTextBox, args);
}
}
void secondaryWindingsUserControl_DensityTextChanged(object aSender, TextChangedEventArgs aEvent)
{
OnDensityTextChanged(aSender, aEvent);
}
void secondaryWindingsUserControl_VoltageTextChanged(object aSender, TextChangedEventArgs aEvent)
{
OnVoltageTextChanged(aSender, aEvent);
}
protected void OnDensityTextChanged(object aSender, TextChangedEventArgs eventArgs)
{
if (this.DensityTextChanged != null)
{
DensityTextChanged(aSender, eventArgs);
}
}
protected void OnAmperageTextChanged(object aSender, TextChangedEventArgs eventArgs)
{
if (this.AmperageTextChanged != null)
{
AmperageTextChanged(aSender, eventArgs);
}
}
protected void OnVoltageTextChanged(object sender, TextChangedEventArgs eventArgs)
{
float floatNumber = 0.0f;
bool isFloatNumber = float.TryParse(eventArgs.Voltage, out floatNumber);
if((this.VoltageTextChanged != null) && (isFloatNumber))
{
VoltageTextChanged(sender, eventArgs);
}
}
void windingsParameterForm_VoltageTextChanged(object aSender, TextChangedEventArgs aEvent)
{
TextBox textBox = (TextBox)aSender;
string parentName = textBox.Parent.Name;
if (parentName.Equals("firstSecondaryWindingsUserControl"))
{
if (textBox.Name.Equals("voltageTextBox"))
{
//float floatNumber = 0.0f;
//bool isFloatNumber = float.TryParse(aEvent.Voltage, out floatNumber);
//if (isFloatNumber)
//{
windingsInfoForm.FirstWindingVoltage = aEvent.Voltage;
//}
}
else if (textBox.Name.Equals("amperageTextBox"))
{
this.windingsInfoForm.FirstWindingAmperage = aEvent.Amperage;
}
else if (textBox.Name.Equals("densityTextBox"))
{
this.windingsInfoForm.FirstWindingDensity = aEvent.Density;
}
}
else if (parentName.Equals("secondSecondaryWindingsUserControl"))
{
if (textBox.Name.Equals("voltageTextBox"))
{
windingsInfoForm.SecondWindingVoltage = aEvent.Voltage;
}
else if (textBox.Name.Equals("amperageTextBox"))
{
this.windingsInfoForm.SecondWindingAmperage = aEvent.Amperage;
}
else if (textBox.Name.Equals("densityTextBox"))
{
this.windingsInfoForm.SecondWindingDensity = aEvent.Density;
}
}
else if (parentName.Equals("thirdSecondaryWindingsUserControl"))
{
if (textBox.Name.Equals("voltageTextBox"))
{
windingsInfoForm.ThirdWindingVoltage = aEvent.Voltage;
}
else if (textBox.Name.Equals("amperageTextBox"))
{
this.windingsInfoForm.ThirdWindingAmperage = aEvent.Amperage;
}
else if (textBox.Name.Equals("densityTextBox"))
{
this.windingsInfoForm.ThirdWindingDensity = aEvent.Density;
}
}
else if (parentName.Equals("fourthSecondaryWindingsUserControl"))
{
if (textBox.Name.Equals("voltageTextBox"))
{
windingsInfoForm.FourthWindingVoltage = aEvent.Voltage;
}
else if (textBox.Name.Equals("amperageTextBox"))
{
this.windingsInfoForm.FourthWindingAmperage = aEvent.Amperage;
}
else if (textBox.Name.Equals("densityTextBox"))
{
this.windingsInfoForm.FourthWindingDensity = aEvent.Density;
}
}
}
void densityOptionalParameterUserControl_TextChanged(object aSender, TextChangedEventArgs aEvent)
{
string density = (String)aSender;
bool isDensityAreNumber = float.TryParse(density.Trim(), out this.primaryDensity);
if (isDensityAreNumber)
{
this.densityInfoLabel.Text = ConvertStringToFloat(density).ToString();
}
else
{
if (density != String.Empty)
{
string message = "Моля въвеждайте само цифри !!!";
MessageBox.Show(message);
this.densityOptionalParameterUserControl.DefaultValue = "2,55";
}
}
// Calculating Diameter of Wire of Primary Winding
float diameter = this.comCalFormulas.CalculatingDiameter(this.primaryAmperage, this.primaryDensity);
diameter = (float)Math.Round(diameter * 100) / 100;
bool isDiameterValid = IsDiameterValid(diameter);
if (isDiameterValid)
{
diameter = this.comCalFormulas.PickNearestDiameterOfWire(diameter);
this.windingsInfoForm.PrimaryWindingThicknessOfWire = diameter.ToString();
CalculateSecondaryWindingsDiameterOfWire(this.AmperageList, this.DensityList);
}
else
{
return;
}
}
void inductionOptionalParameterUserControl_TextChanged(object aSender, TextChangedEventArgs aEvent)
{
string induction = (String)aSender;
bool isInductionAreNumber = float.TryParse(induction.Trim(), out this.primaryInduction);
if (isInductionAreNumber)
{
this.inductionInfoLabel.Text = induction.Trim();
}
else
{
if (induction != String.Empty)
{
string message = "Моля въвеждайте само цифри !!!";
MessageBox.Show(message);
this.inductionInfoLabel.Text = String.Empty;
}
}
CalculateNumberOfTurns(this.secondaryWindings, VoltageList, this.primarySection, this.primaryInduction);
}
public void OnDensityTextChanged()
{
if (this.DensityTextChanged != null)
{
TextChangedEventArgs args = new TextChangedEventArgs();
args.Density = this.densityTextBox.Text;
this.DensityTextChanged(this.densityTextBox, args);
}
}
public void OnAmperageTextChanged()
{
if (this.AmperageTextChanged != null)
{
TextChangedEventArgs args = new TextChangedEventArgs();
args.Amperage = this.amperageTextBox.Text;
this.AmperageTextChanged(this.amperageTextBox, args);
}
}
