public List <Calculation> SplitToCalculations(ObjCalcScript cspt)
{
List <Calculation> calculations = prs
.Divide(cspt.CalculationScriptText, breakPairs, ';', bracketPairs)
.Select(x => new Calculation(x, SplitToProperties(x)))
.ToList()
;
return(calculations);
}
public void DoMath()
{
switch (selectOperator)
{
case "+":
Console.WriteLine(adder.Add());
break;
case "-":
Console.WriteLine(subtractor.Subtract( ));
break;
case "*":
Console.WriteLine(multiplier.Multiply());
break;
case "/":
Console.WriteLine(divider.Divide());
break;
case "^":
Console.WriteLine(exponenter.Exponent());
break;
default:
break;
}
}
public decimal Calculate(string text)
{
var query = _queryParser.Parse(text);
var result = 0m;
switch (query.Operation)
{
case "x":
result = _multiplier.Multiply(query.FirstNumber, query.SecondNumber);
break;
case "+":
result = _adder.Add(query.FirstNumber, query.SecondNumber);
break;
case "-":
result = _subtractor.Subtract(query.FirstNumber, query.SecondNumber);
break;
case "/":
result = _divider.Divide(query.FirstNumber, query.SecondNumber);
break;
}
return(result);
}
public Decomposed Execute(
Factor factors,
IDivider divider,
dynamic algorithm,
IUserAlgorithmStrategyProvider strategtProvider
)
{
factors = Normalize(factors);
var decomposed = new Decomposed();
decomposed.Factors.Add(factors);
var continueFlag = true;
while (continueFlag)
{
continueFlag = false;
var freeTermFactors = (List <int>)GetNumberFactors(decomposed.Factors.Last().Terms.Where(x => x.SymbolsPower == 0).Select(term => term.Number).FirstOrDefault(),
algorithm,
strategtProvider
);
freeTermFactors.ForEach(coefficent =>
{
var dividedPart = divider.Divide(decomposed.Factors.Last(), -coefficent);
if (dividedPart != null)
{
Console.WriteLine(decomposed);
var newdividerFactor = new Factor();
newdividerFactor.Terms = new List <Term>()
{
new Term
{
Number = 1,
Sign = Sign.Plus,
Symbol = 'x',
SymbolsPower = 1
},
new Term
{
Number = Math.Abs(coefficent),
Sign = (coefficent >= 0) ? Sign.Minus : Sign.Plus,
SymbolsPower = 1
}
};
decomposed.Factors.Insert(0, newdividerFactor);
decomposed.Factors[decomposed.Factors.Count() - 1] = dividedPart;
continueFlag = true;
}
});
}
return(decomposed);
}
/// <summary>
/// This function loops through the items of the collection of values and performs the division or attemps to divide.
/// The result returned will be displayed by the print delegate, which is set by the caller.
/// </summary>
/// <param name="divider"></param>
/// <param name="print"></param>
public void RunDivider(IDivider divider, Delegates.DisplayDelegate display)
{
string returnResult;
display("There are " + _nObjects.Count() + " elements in the collection.");
foreach (NObject nObject in _nObjects)
{
returnResult = divider.Divide(nObject);
display(returnResult);
}
}
public T Divide(T valueX, T valueY)
{
return(_divider.Divide(valueX, valueY));
}
