public override string ToString(int doc)
{
// LUCENENET specific - changed formatting to ensure the same culture is used for each value.
return(string.Format("{0}*float({1})+{2}",
outerInstance.m_slope,
vals.ToString(doc),
outerInstance.m_intercept));
}
public override string ToString(int doc)
{
// LUCENENET specific - changed formatting to ensure the same culture is used for each value.
return(string.Format(CultureInfo.InvariantCulture, "{0}/({1}*float({2})+{3})",
outerInstance.m_a,
outerInstance.m_m,
vals.ToString(doc),
outerInstance.m_b));
}
public override string ToString(int doc)
{
// LUCENENET specific - changed formatting to ensure the same culture is used for each value.
return(string.Format(CultureInfo.InvariantCulture, "scale({0},toMin={1},toMax={2},fromMin={3})",
vals.ToString(doc),
outerInstance.m_min,
outerInstance.m_max,
maxSource));
}
public override string ToString(int doc)
{
return(outerInstance.Name + '(' + vals.ToString(doc) + ')');
}
public override string ToString(int doc)
{
return("if(" + ifVals.ToString(doc) + ',' + trueVals.ToString(doc) + ',' + falseVals.ToString(doc) + ')');
}
public override string ToString(int doc)
{
return("map(" + vals.ToString(doc) + ",min=" + outerInstance.m_min + ",max=" + outerInstance.m_max + ",target=" + targets.ToString(doc) + ")");
}
public override string ToString(int doc) // LUCENENET TODO: API - Add overload to include CultureInfo ?
{
return(outerInstance.m_slope + "*float(" + vals.ToString(doc) + ")+" + outerInstance.m_intercept);
}
public override string ToString(int doc) // LUCENENET TODO: API - Add overload to include CultureInfo ?
{
return("scale(" + vals.ToString(doc) + ",toMin=" + outerInstance.m_min + ",toMax=" + outerInstance.m_max + ",fromMin=" + minSource + ",fromMax=" + maxSource + ")");
}
public override string ToString(int doc)
{
return(outerInstance.Name + "(" + x.ToString(doc) + "," + y.ToString(doc) + ")");
}
public override string ToString(int doc) // LUCENENET TODO: API - Add overload to include CultureInfo ?
{
return(Convert.ToString(outerInstance.m_a) + "/(" + outerInstance.m_m + "*float(" + vals.ToString(doc) + ')' + '+' + outerInstance.m_b + ')');
}
public override string ToString(int doc)
{
return(Convert.ToString(outerInstance.m_a) + "/(" + outerInstance.m_m + "*float(" + vals.ToString(doc) + ')' + '+' + outerInstance.m_b + ')');
}
public override string ToString(int doc)
{
return(outerInstance.slope + "*float(" + vals.ToString(doc) + ")+" + outerInstance.intercept);
}
public override string ToString(int doc)
{
return("scale(" + vals.ToString(doc) + ",toMin=" + outerInstance.min + ",toMax=" + outerInstance.max + ",fromMin=" + minSource + ",fromMax=" + maxSource + ")");
}