public INode AddFirstNode()
{
List <IOperator> operators = new List <IOperator>();
Console.WriteLine("\n1.x\n" +
"2.skaičių\n" +
"3.cos(ax+b)\n" +
"4.sin(ax+b)\n" +
"5.e^ax+b\n" +
"6.ln(ax+b)\n" +
"(\n"
);
Console.Write(equation);
string choice = Console.ReadLine();
switch (choice)
{
case "1":
AddOperationToNode(CreateX(), operators);
break;
case "2":
AddOperationToNode(CreateNumber(), operators);
break;
case "3":
AddOperationToNode(CreateCosX(), operators);
break;
case "4":
AddOperationToNode(CreateSinX(), operators);
break;
case "5":
AddOperationToNode(CreateEx(), operators);
break;
case "6":
AddOperationToNode(CreateLnX(), operators);
break;
case "(":
equation += "(";
OpenParenthesis item = new OpenParenthesis(accuracy, riba);
item.equation = equation;
var ri = item.AddFirstNode();
equation = item.equation;
AddOperationToNode(ri, operators);
break;
default:
Console.WriteLine("nera tokio pasirinkimo");
break;
}
DoOperations s = new DoOperations(operators);
return(s.SimplifyNodes());
}
public INode AddNode()
{
Console.WriteLine("\n1.x\n" +
"2.skaičių\n" +
"3.cos(ax+b)\n" +
"4.sin(ax+b)\n" +
"5.e^ax^b\n" +
"6.ln(ax+b)\n" +
"(\n"
);
Console.Write(equation);
string choice = Console.ReadLine();
switch (choice)
{
case "1":
return(CreateX());
case "2":
return(CreateNumber());
case "3":
return(CreateCosX());
case "4":
return(CreateSinX());
case "5":
return(CreateEx());
case "6":
return(CreateLnX());
case "(":
equation += "(";
OpenParenthesis item = new OpenParenthesis(accuracy, riba);
item.equation = equation;
var ri = item.AddFirstNode();
equation = item.equation;
return(ri);
default:
Console.WriteLine("nera tokio pasirinkimo");
break;
}
return(new X(1, 1));
}