internal Measure(string name)
{
Name = name;
IsBasicIsMeasure = true;
SIequivalent = new Dictionary<Measure, int>();
SIequivalent.Add(this, 1);
Equivalent = SIequivalent;
}
public Measure(string name, IDictionary<Measure, int> sIequivalent)
{
Name = name;
SIequivalent = sIequivalent;
IsBasicIsMeasure = false;
Equivalent = new Dictionary<Measure, int>();
Equivalent.Add(this, 1);
}
//поиск формулы
public static PhysValue SearchFormula(Dictionary dictionary, List<OneElementInFormula> results)
{
var newPhysValue = new PhysValue();
foreach (var formula in dictionary.AllFormulas.Where(formula => CompareList(formula.Oneform, results)))
{
newPhysValue.Value = formula.Calculate(results);
newPhysValue.Measure = formula.Measure;
return newPhysValue;
}
return newPhysValue;
}
public static IDictionary<Measure, int> Clone(IDictionary<Measure, int> obj)
{
var clone = new Dictionary<Measure, int>();
foreach (var variable in obj)
{
var objClone = variable.Key.Clone();
var tmp = objClone as Measure;
if (tmp != null)
{
clone.Add(tmp, variable.Value);
}
}
return clone;
}
private static void Main()
{
DerivedMeasure derivedMeasure = new DerivedMeasure();
var siMeasures = new SIMeasuresList();
var d = new Dictionary<Measure, int> {{siMeasures.Kilogram, 1}};
var pound = new Measure("фунт", d);
var op1 = new Operand(2, derivedMeasure.Becquerel);
var op2 = new Operand(4, derivedMeasure.Volt);
var force = new Vector2DOperand(new Vector2D(Math.Sqrt(2.0)*2, Math.PI/4), derivedMeasure.Newton);
var path = new Vector2DOperand(new Vector2D(2, 0), siMeasures.Metre);
Operand op3 = force*path;
/* Measure meter = new Measure("meter", 1, new Dictionary<BasicMeasures, int> { { BasicMeasures.Metre, 1 } });
Operand op1 = new Operand(2, new Dictionary<Measure, int> { { meter, 1 } });
Operand op2 = new Operand(1, new Dictionary<Measure, int> { { meter, 1 } });
var op3 = PhysicsMath.Pow(op1,3);*/
}
public Measure()
{
Name = "unmeasured";
IsBasicIsMeasure = true;
SIequivalent = new Dictionary<Measure, int>();
}
