private void RemoveNozzle(NozzleControl n)
{
if (n.NozzleID != 1)
{
Nozzles.Remove(n);
}
}
private void ExecuteNewShower(object parameter)
{
Nozzles.Clear();
EvapEnergy = 0;
EvapLoadkgperhrpersqm = 0;
TotalEvapLoad = 0;
}
public void Created()
{
var @event = new PetrolStationCreated(
id: Id,
name: Name,
tanks: Tanks.Select(x => x.ToContract()).ToList(),
nozzles: Nozzles.Select(x => x.ToContract()).ToList());
EventsToSend.Enqueue(@event);
}
private void AddNewNozzle()
{
NozzleControl n = new NozzleControl
{
NozzleID = _nozzles.Count + 1
};
if (n.NozzleID == 1)
{
n.NozzleOrificeID = Constants._defaultOrificeID;
n.NozzleSpacing = 0;
n.NozzleToYankee = Constants._defaultNozzletoYankee;
n.SprayRotation = Constants._defaultNozzlerotation;
n.SprayAngle = Constants._defaultNozzleAngle;
n.NozzlePressure = Constants._operatingpressure;
n.NozzleTypeName = Constants.StandardNozzle;
n.NozzleTypes = NozzleTypes;
}
else
{
n.NozzleOrificeID = Nozzles[n.NozzleID - 2].NozzleOrificeID;
if (n.NozzleID > 2)
{
n.NozzleSpacing = Nozzles[n.NozzleID - 2].NozzleSpacing;
}
else
{
n.NozzleSpacing = Constants._defaultNozzleSpacing;
}
n.NozzleToYankee = Nozzles[n.NozzleID - 2].NozzleToYankee;
n.SprayRotation = Nozzles[n.NozzleID - 2].SprayRotation;
n.SprayAngle = Nozzles[n.NozzleID - 2].SprayAngle;
n.NozzlePressure = Nozzles[0].NozzlePressure;
n.NozzleTypeName = Nozzles[n.NozzleID - 2].NozzleTypeName;
n.NozzleTypes = NozzleTypes;
n.BoomTop = MaximumNozzleToYankee + Constants._nozzleheight + 20;
}
Nozzles.Add(n);
if (Nozzles.Count > 1)
{
Nozzles[Nozzles.Count - 1].NozzleToYankee = MaximumNozzleToYankee;
}
}
private Nozzle FindNozzleForCustomer(Nozzle lastNozzle)
{
Nozzle bestNozzle = null;
Nozzle lowestNozzle = null;
do
{
lowestNozzle = bestNozzle;
bestNozzle = Nozzles.ElementAt(Random.Next(Nozzles.Count));
if (bestNozzle.GetCustomerQueueSize() == 0)
{
break;
}
if (lastNozzle != null && bestNozzle.Id == lastNozzle.Id)
{
bestNozzle = Nozzles.ElementAt(Random.Next(Nozzles.Count));
}
} while (bestNozzle.GetCustomerQueueSize() != 0 && bestNozzle.GetCustomerQueueSize() > (lowestNozzle?.GetCustomerQueueSize() ?? 0));
return(bestNozzle);
}
private void appbarbtnCalculate_Click(object sender, EventArgs e)
{
double _Pressure = 0.0f;
double _Rate = 0.0f;
double stdFlowRateOfNozzle = 0f;
double flowRate = 0f;
double _result;
string _resultText = "Could not compute spray rate.";
if (string.IsNullOrWhiteSpace(txtNozzleCode.Text))
{
MessageBox.Show("A nozzle code is required.\nE.G.: 03 or 025 etc..");
txtNozzleCode.Focus();
return;
}
if (string.IsNullOrWhiteSpace(txtInputPressure.Text))
{
MessageBox.Show("The spraying pressure is required.");
txtInputPressure.Focus();
return;
}
if (string.IsNullOrWhiteSpace(txtInputRate.Text))
{
MessageBox.Show("The required spray rate is required.");
txtInputRate.Focus();
return;
}
if (!double.TryParse(txtInputPressure.Text, out _Pressure))
{
MessageBox.Show("The pressure could not be converted to a number.\nEnter the value in bar.");
txtInputPressure.Focus();
return;
}
;
if (!double.TryParse(txtInputRate.Text, out _Rate))
{
MessageBox.Show("The required spray rate could not be converted to a number.\nEnter the value in litres / ha");
txtInputRate.Focus();
return;
}
;
if (_Rate <= 0)
{
MessageBox.Show("The spray rate must be greater than zero.\nEnter the value in litres / ha");
txtInputRate.Focus();
return;
}
else
{
if (_Pressure <= 0)
{
MessageBox.Show("The pressure must be greater than zero.\nEnter the value for the required pressure in bar");
txtInputPressure.Focus();
return;
}
else
{
Nozzles _nozzles = new Nozzles();
stdFlowRateOfNozzle = _nozzles.getStdFlowRate(txtNozzleCode.Text);
flowRate = Spraying.getFlowRate(_Pressure, stdFlowRateOfNozzle);
_result = Spraying.getSpeed(_Rate, flowRate, 0.5f);
}
}
_resultText = String.Format("The required spraying speed is {0:f1} kph.", _result);
_resultText = _resultText + String.Format("\nStandard flow rate of the nozzle is {0:f3} l/min.", stdFlowRateOfNozzle);
_resultText = _resultText + String.Format("\nFlow rate at {0:f1} bar is {1:f3} l/min.", _Pressure, flowRate);
txtOutputSpeed.Text = _resultText;
this.Focus();
}
private async void appbarbtnCalculate_Click(object sender, EventArgs e)
{
double _Pressure = 0.0f;
double _Rate = 0.0f;
double stdFlowRateOfNozzle = 0f;
double flowRate = 0f;
double _result;
string _resultText = "Could not compute spray rate.";
if (string.IsNullOrWhiteSpace(txtNozzleCode.Text))
{
//Creating instance for the MessageDialog Class
//and passing the message in it's Constructor
MessageDialog msgbox = new MessageDialog("A nozzle code is required.\nE.G.: 03 or 025 etc..");
//Calling the Show method of MessageDialog class
//which will show the MessageBox
await msgbox.ShowAsync();
// return focus to text box
// txtNozzleCode.GotFocus();
return;
}
if (string.IsNullOrWhiteSpace(txtInputPressure.Text))
{
//Creating instance for the MessageDialog Class
//and passing the message in it's Constructor
MessageDialog msgbox = new MessageDialog("The spraying pressure is required.");
//Calling the Show method of MessageDialog class
//which will show the MessageBox
await msgbox.ShowAsync();
// MessageBox.Show("The spraying pressure is required.");
// txtInputPressure
return;
}
if (string.IsNullOrWhiteSpace(txtInputRate.Text))
{
//Creating instance for the MessageDialog Class
//and passing the message in it's Constructor
MessageDialog msgbox = new MessageDialog("The required spray rate is required.");
//Calling the Show method of MessageDialog class
//which will show the MessageBox
await msgbox.ShowAsync();
// txtInputRate.Focus();
return;
}
if (!double.TryParse(txtInputPressure.Text, out _Pressure))
{
//Creating instance for the MessageDialog Class
//and passing the message in it's Constructor
MessageDialog msgbox = new MessageDialog("The pressure could not be converted to a number.\nEnter the value in bar.");
//Calling the Show method of MessageDialog class
//which will show the MessageBox
await msgbox.ShowAsync();
// txtInputPressure.Focus();
return;
}
;
if (!double.TryParse(txtInputRate.Text, out _Rate))
{
//Creating instance for the MessageDialog Class
//and passing the message in it's Constructor
MessageDialog msgbox = new MessageDialog("The required spray rate could not be converted to a number.\nEnter the value in litres / ha.");
//Calling the Show method of MessageDialog class
//which will show the MessageBox
await msgbox.ShowAsync();
// txtInputRate.Focus();
return;
}
;
if (_Rate <= 0)
{
//Creating instance for the MessageDialog Class
//and passing the message in it's Constructor
MessageDialog msgbox = new MessageDialog("The spray rate must be greater than zero.\nEnter the value in litres / ha.");
//Calling the Show method of MessageDialog class
//which will show the MessageBox
await msgbox.ShowAsync();
// txtInputRate.Focus();
return;
}
else
{
if (_Pressure <= 0)
{
//Creating instance for the MessageDialog Class
//and passing the message in it's Constructor
MessageDialog msgbox = new MessageDialog("The pressure must be greater than zero.\nEnter the value for the required pressure in bar.");
//Calling the Show method of MessageDialog class
//which will show the MessageBox
await msgbox.ShowAsync();
// txtInputPressure.Focus();
return;
}
else
{
Nozzles _nozzles = new Nozzles();
stdFlowRateOfNozzle = _nozzles.getStdFlowRate(txtNozzleCode.Text);
flowRate = Spraying.getFlowRate(_Pressure, stdFlowRateOfNozzle);
_result = Spraying.getSpeed(_Rate, flowRate, 0.5f);
}
}
_resultText = String.Format("The required spraying speed is {0:f1} kph.", _result);
_resultText = _resultText + String.Format("\nStandard flow rate of the nozzle is {0:f3} l/min.", stdFlowRateOfNozzle);
_resultText = _resultText + String.Format("\nFlow rate at {0:f1} bar is {1:f3} l/min.", _Pressure, flowRate);
txtOutputSpeed.Text = _resultText;
// this.Focus();
}
private void OpenSelectedShowerFile(string _filename)
{
if (!string.IsNullOrEmpty(_filename) && File.Exists(_filename))
{
try
{
Shower _shower = DeSerializeShower(_filename);
if (_shower != null)
{
YankeeSpeed = _shower.YankeeSpeed;
YankeeWidth = _shower.YankeeWidth;
YankeeDiameter = _shower.YankeeDiameter;
DwellDistance = _shower.DwellDistance;
OperatingPressure = _shower.OperatingPressure;
ShowerTemperature = _shower.ShowerTemperature;
CoverageColour = _shower.CoverageColour;
Nozzles.Clear();
int ctr = 0;
NozzleControl nc;
foreach (SerializedNozzle _sernozzle in _shower.Nozzles)
{
ctr++;
nc = new NozzleControl
{
NozzleID = ctr,
NozzleOrificeID = _sernozzle.NozzleOrificeID,
NozzleSpacing = _sernozzle.NozzleSpacing,
NozzleToYankee = _sernozzle.NozzleToYankee,
SprayRotation = _sernozzle.SprayRotation,
SprayAngle = _sernozzle.SprayAngle,
NozzlePressure = _sernozzle.NozzlePressure,
NozzleTypeName = _sernozzle.NozzleTypeName,
NozzleSprayWidth = _sernozzle.NozzleSprayWidth,
MaximumSprayAngle = _sernozzle.MaximumSprayAngle,
NozzleFlow = _sernozzle.NozzleFlow,
SprayPattern = _sernozzle.SprayPattern,
NozzleTypes = NozzleTypes
};
Nozzles.Add(nc);
}
NumberNozzles = ctr;
MenuItems = MRUList.AddFile(MenuItems, _filename, OpenShowerFile);
}
else
{
//MenuItems = MRUList.RemoveFile(MenuItems, _filename);
MessageBox.Show("The shower file appears to be corrupted and cannot be loaded.", "Unable to load shower file", MessageBoxButton.OK, MessageBoxImage.Error, MessageBoxResult.OK);
}
}
catch
{
//MenuItems = MRUList.RemoveFile(MenuItems, _filename);
MessageBox.Show("The shower file appears to be corrupted and cannot be loaded.", "Unable to load shower file", MessageBoxButton.OK, MessageBoxImage.Error, MessageBoxResult.OK);
}
}
else
{
MenuItems = MRUList.RemoveFile(MenuItems, _filename);
}
}
