public override void Formulation(ToWordBuilder toWordBuilder, uint numberOfUnits, GenderAndCount gender)
{
toWordBuilder.Append(this._name);
if (numberOfUnits == 0)
{
}
//
else
{
toWordBuilder.Append(FormulationOfNumber(numberOfUnits, gender));
}
}
public StringBuilder Formulation(uint number, IMeasure measure, StringBuilder result)
{
ToWordBuilder builder = new ToWordBuilder(result);
if (number == 0)
{
builder.Append("ноль");
builder.Append(measure.GenderPlural);
}
else
{
uint div1000 = number / 1000;
FormulationOfParentGrades(div1000, 0, builder);
FormulationOfGrade(number - div1000 * 1000, measure, builder);
}
return(result);
}
public void FormulationOfParentGrades(uint number, int numberOfGrade, ToWordBuilder builder)
{
if (number == 0)
{
return;
}
uint div1000 = number / 1000;
FormulationOfParentGrades(div1000, numberOfGrade + 1, builder);
uint unt999 = number - div1000 * 1000;
if (unt999 == 0)
{
return;
}
FormulationOfGrade(unt999, NumberGrades[numberOfGrade], builder);
}
public void FormulationOfGrade(uint subnumber, IMeasure grade, ToWordBuilder builder)
{
if (this.FormulationOfGradeOvr != null)
{
this.FormulationOfGradeOvr(subnumber, grade, builder);
return;
}
uint nUnit = subnumber % 10;
uint nTens = (subnumber / 10) % 10;
uint nHunds = (subnumber / 100) % 10;
builder.Append(Hundreds[nHunds]);
if ((subnumber % 100) != 0)
{
TenNumbers[nTens].Formulation(builder, nUnit, grade.GenderNCount);
}
builder.Append(Reconcile(grade, subnumber));
}
public override void Formulation(ToWordBuilder toWordBuilder, uint numberOfUnits, GenderAndCount gender)
{
toWordBuilder.Append(FormulationOfNumber(numberOfUnits, gender));
}
public override void Formulation(ToWordBuilder toWordBuilder, uint numberOfUnits, GenderAndCount gender)
{
toWordBuilder.Append(_tens[numberOfUnits], " ");
}
public abstract void Formulation(ToWordBuilder toWordBuilder, uint numberOfUnits, GenderAndCount gender);