public void loadSchemeFromFile(string fileName)
{
elementsStringToDetansMap = new Dictionary <string, DetansPair>();
rowToElementDictionary = new Dictionary <DataGridViewRow, Element>();
Scheme.currentScheme = new Scheme(fileName);
List <Element> elementsList = Scheme.currentScheme.getElementsList();
int rowCount = 0;
if (elementsList.Count > 0)
{
schemeDataGrid.Rows.Clear();
}
for (int i = 0; i < elementsList.Count; i++, rowCount++)
{
Element element = elementsList[i];
DataGridViewRow row = new DataGridViewRow();
row = getElementRow(element, rowCount);
rowToElementDictionary.Add(row, element);
schemeDataGrid.Rows.Add(row);
if (element is ActiveElement)
{
AcceptingElement acceptor = ((ActiveElement)element).dependingElement;
if (acceptor != null)
{
row = getElementRow(acceptor, ++rowCount);
rowToElementDictionary.Add(row, acceptor);
schemeDataGrid.Rows.Add(row);
}
}
}
targetFormuleComboBox.SelectedItem = targetFormuleComboBox.Items[0];
targetFormuleComboBox.Enabled = true;
schemeDataGrid.Enabled = true;
calculateButton.Enabled = true;
}
static List <Element> getElements(List <string> elementStrings)
{
List <Element> elementsList = new List <Element>();
foreach (string elementString in elementStrings)
{
string[] elementStringParts = elementString.Split(new char[] { ' ' },
StringSplitOptions.RemoveEmptyEntries);
string elementTypeString = getElementType(elementStringParts[0]);
//if (elementTypeString == "FI" || elementTypeString == "B")
// elementTypeString = "BI";
string name = elementStringParts[0];
int parametersCount = elementStringParts.Length;
int knotsCount = parametersCount % 2 == 0 ? parametersCount - 2 : parametersCount - 1;
string[] knots = new string[knotsCount];
Array.Copy(elementStringParts, 1, knots, 0, knotsCount);
string value = parametersCount % 2 == 0 ? elementStringParts[parametersCount - 1] : "";
switch (elementTypeString)
{
case "N":
elementsList.Add(new Nuller(name, knots));
break;
case "R":
elementsList.Add(new Resistor(name, knots, value));
break;
case "g":
elementsList.Add(new Conduction(name, knots, value));
break;
case "c":
elementsList.Add(new Capacity(name, knots, value));
break;
case "L":
elementsList.Add(new Inductance(name, knots, value));
break;
case "FI":
case "F":
case "B":
case "BI":
elementsList.Add(new BI(name, knots, value));
break;
case "H":
case "HI":
case "Hi":
elementsList.Add(new HI(name, knots, value));
break;
case "K":
case "KU":
elementsList.Add(new KU(name, knots, value));
break;
case "G":
case "GU":
elementsList.Add(new GU(name, knots, value));
break;
case "E":
{
AcceptingElement acceptor = getAcceptor(elementStrings, name);
elementsList.Add(new E(name, knots, value, acceptor));
break;
}
case "J":
{
AcceptingElement acceptor = getAcceptor(elementStrings, name);
elementsList.Add(new J(name, knots, value, acceptor));
break;
}
}
}
return(elementsList);
}
public J(string receivedName, string[] receivedKnots, string receivedValue, AcceptingElement acceptor) : base(receivedName, receivedKnots, receivedValue, acceptor)
{
}
public ActiveElement(string receivedName, string[] receivedKnots, string receivedValue, AcceptingElement acceptor)
: base(receivedName, receivedKnots, receivedValue)
{
dependingElement = acceptor;
}
public J(string receivedName, string[] receivedKnots, string receivedValue, AcceptingElement acceptor)
: base(receivedName, receivedKnots, receivedValue, acceptor)
{
}
public ActiveElement(string receivedName, string[] receivedKnots, string receivedValue, AcceptingElement acceptor)
: base(receivedName, receivedKnots, receivedValue)
{
dependingElement = acceptor;
}
