public Unit Multiply(DerivedUnit d, bool isDivide = false)
{
if (isDivide)
{
if (d == this)
{
return(new BaseUnit());
}
}
var a = new UnitTerms();
foreach (var e in Terms)
{
var c = new UnitTerm {
Unit = e.Unit, Power = e.Power
};
a.Add(c);
}
foreach (var e in d.Terms)
{
var c = new UnitTerm {
Unit = e.Unit, Power = e.Power
};
c.Power = isDivide ? -c.Power : c.Power;
a.Add(c);
}
a.RemoveAll(x => x.Power == 0);
var b = new DerivedUnit(a);
var f = (DerivedMeasure)measure;
b.measure = isDivide ? f.Divide((DerivedMeasure)d.measure) : f.Multiply((DerivedMeasure)d.measure);
b.Factor = Factor * d.Factor;
return(b);
}
public static UnitTerms Random()
{
var t = new UnitTerms();
for (var i = 0; i < GetRandom.Count(); i++)
{
t.Add(UnitTerm.Random());
}
return(t);
}
public DerivedUnit(UnitTerms terms, string name = null, string symbol = null)
{
terms = terms ?? new UnitTerms();
name = name ?? terms.Formula(true);
symbol = symbol ?? terms.Formula();
this.terms = terms;
this.name = name;
this.symbol = symbol;
definition = name;
}
public Unit Reciprocal()
{
var t1 = new UnitTerm(this, -1);
var t = new UnitTerms {
t1
};
var a = new DerivedUnit(t);
var b = (BaseMeasure)this.measure;
a.Measure = b.Reciprocal();
return(a);
}
public Unit Multiply(BaseUnit i, bool isDivide = false)
{
var t1 = new UnitTerm(this, 1);
var t2 = isDivide ? new UnitTerm(i, -1) : new UnitTerm(i, 1);
var t = new UnitTerms {
t1, t2
};
var a = new DerivedUnit(t);
var b = (BaseMeasure)measure;
a.Measure = isDivide ? b.Multiply((BaseMeasure)i.Measure, true): b.Multiply(i.Measure);
return(a);
}
public Unit Multiply(DerivedUnit m)
{
var t = new UnitTerms();
t.Add(new UnitTerm(this, 1));
foreach (var e in m.Terms)
{
t.Add(new UnitTerm(e.Unit as BaseUnit, e.Power));
}
var a = new DerivedUnit(t);
var b = (BaseMeasure)measure;
a.Measure = b.Multiply((DerivedMeasure)m.Measure);
return(a);
}
public Unit Reciprocal()
{
var a = new UnitTerms();
foreach (var e in Terms)
{
var c = Clone(e);
c.Power = c.Power * -1;
a.Add(c);
}
var b = new DerivedUnit(a);
var d = (DerivedMeasure)measure;
b.measure = d.Reciprocal();
return(b);
}
public Unit Reciprocal()
{
var a = new UnitTerms();
foreach (var e in Terms)
{
var c = new UnitTerm {
Unit = e.Unit, Power = e.Power
};
c.Power *= -1;
a.Add(c);
}
var b = new DerivedUnit(a);
var d = (DerivedMeasure)measure;
b.measure = d.Reciprocal();
return(b);
}
public Unit Exponentiation(int i)
{
if (i == 0)
{
return(new BaseUnit());
}
UnitTerm t1;
t1 = new UnitTerm(this, i);
var t = new UnitTerms {
t1
};
var a = new DerivedUnit(t);
var b = (BaseMeasure)this.measure;
a.Measure = b.Exponentiation(i);
a.Factor = Math.Pow(Factor, i);
Measures.Instance.Add(a.Measure);
return(a);
}
public Unit Exponentiation(int i)
{
if (i == 0)
{
return(Empty);
}
var a = new UnitTerms();
foreach (var e in Terms)
{
var c = Clone(e);
c.Power = c.Power * i;
a.Add(c);
}
var b = new DerivedUnit(a);
var d = (DerivedMeasure)this.measure;
b.measure = d.Exponentiation(i);
return(b);
}
public Unit Exponentiation(int i)
{
if (i == 0)
{
return(new BaseUnit());
}
var a = new UnitTerms();
foreach (var e in Terms)
{
var c = new UnitTerm {
Unit = e.Unit, Power = e.Power
};
c.Power *= i;
a.Add(c);
}
var b = new DerivedUnit(a);
var d = (DerivedMeasure)this.measure;
b.measure = d.Exponentiation(i);
return(b);
}
protected override void SetRandomValues()
{
base.SetRandomValues();
terms = UnitTerms.Random();
}
