public void FindRhetoricalFigures(RhetoricalFigures type = RhetoricalFigures.All, int?windowSize = null, object extra = null, FindFiguresCallback callback = null, RhetoricalFigures exclusions = RhetoricalFigures.None)
{
bool anadiplosis = (type.HasFlag(RhetoricalFigures.Anadiplosis) || type.HasFlag(RhetoricalFigures.All)) && !exclusions.HasFlag(RhetoricalFigures.Anadiplosis);
bool anaphora = (type.HasFlag(RhetoricalFigures.Anaphora) || type.HasFlag(RhetoricalFigures.All)) && !exclusions.HasFlag(RhetoricalFigures.Anaphora);
bool antimetabole = (type.HasFlag(RhetoricalFigures.Antimetabole) || type.HasFlag(RhetoricalFigures.All)) && !exclusions.HasFlag(RhetoricalFigures.Antimetabole);
bool chiasmus = (type.HasFlag(RhetoricalFigures.Chiasmus) || type.HasFlag(RhetoricalFigures.All)) && !exclusions.HasFlag(RhetoricalFigures.Chiasmus);
bool conduplicatio = (type.HasFlag(RhetoricalFigures.Conduplicatio) || type.HasFlag(RhetoricalFigures.All)) && !exclusions.HasFlag(RhetoricalFigures.Conduplicatio);
bool epanalepsis = (type.HasFlag(RhetoricalFigures.Epanalepsis) || type.HasFlag(RhetoricalFigures.All)) && !exclusions.HasFlag(RhetoricalFigures.Epanalepsis);
bool epistrophe = (type.HasFlag(RhetoricalFigures.Epistrophe) || type.HasFlag(RhetoricalFigures.All)) && !exclusions.HasFlag(RhetoricalFigures.Epistrophe);
bool epizeuxis = (type.HasFlag(RhetoricalFigures.Epizeuxis) || type.HasFlag(RhetoricalFigures.All)) && !exclusions.HasFlag(RhetoricalFigures.Epizeuxis);
bool isocolon = (type.HasFlag(RhetoricalFigures.Isocolon) || type.HasFlag(RhetoricalFigures.All)) && !exclusions.HasFlag(RhetoricalFigures.Isocolon);
bool oxymoron = (type.HasFlag(RhetoricalFigures.Oxymoron) || type.HasFlag(RhetoricalFigures.All)) && !exclusions.HasFlag(RhetoricalFigures.Oxymoron);
bool ploce = (type.HasFlag(RhetoricalFigures.Ploce) || type.HasFlag(RhetoricalFigures.All)) && !exclusions.HasFlag(RhetoricalFigures.Ploce);
bool polyptoton = (type.HasFlag(RhetoricalFigures.Polyptoton) || type.HasFlag(RhetoricalFigures.All)) && !exclusions.HasFlag(RhetoricalFigures.Polyptoton);
bool polysyndeton = (type.HasFlag(RhetoricalFigures.Polysyndeton) || type.HasFlag(RhetoricalFigures.All)) && !exclusions.HasFlag(RhetoricalFigures.Polysyndeton);
bool symploce = (type.HasFlag(RhetoricalFigures.Symploce) || type.HasFlag(RhetoricalFigures.All)) && !exclusions.HasFlag(RhetoricalFigures.Symploce);
if (epizeuxis)
{
if (callback != null)
{
callback(RhetoricalFigures.Epizeuxis);
}
RhetoricalFigure.FindEpizeuxis(this, windowSize);
}
if (ploce)
{
if (callback != null)
{
callback(RhetoricalFigures.Ploce);
}
RhetoricalFigure.FindPloce(this, windowSize);
}
if (conduplicatio)
{
if (callback != null)
{
callback(RhetoricalFigures.Conduplicatio);
}
RhetoricalFigure.FindConduplicatio(this, windowSize, extra);
}
if (polysyndeton)
{
if (callback != null)
{
callback(RhetoricalFigures.Polysyndeton);
}
RhetoricalFigure.FindPolysyndeton(this, windowSize, extra);
}
if (anaphora)
{
if (callback != null)
{
callback(RhetoricalFigures.Anaphora);
}
RhetoricalFigure.FindAnaphora(this, windowSize, extra);
}
if (epistrophe)
{
if (callback != null)
{
callback(RhetoricalFigures.Epistrophe);
}
RhetoricalFigure.FindEpistrophe(this, windowSize, extra);
}
if (symploce)
{
if (callback != null)
{
callback(RhetoricalFigures.Symploce);
}
RhetoricalFigure.FindSymploce(this, windowSize, extra);
}
if (epanalepsis)
{
if (callback != null)
{
callback(RhetoricalFigures.Epanalepsis);
}
RhetoricalFigure.FindEpanalepsis(this, windowSize, extra);
}
if (anadiplosis)
{
if (callback != null)
{
callback(RhetoricalFigures.Anadiplosis);
}
RhetoricalFigure.FindAnadiplosis(this, windowSize, extra);
}
if (antimetabole)
{
if (callback != null)
{
callback(RhetoricalFigures.Antimetabole);
}
RhetoricalFigure.FindAntimetabole(this, windowSize, extra);
}
if (polyptoton)
{
if (callback != null)
{
callback(RhetoricalFigures.Polyptoton);
}
RhetoricalFigure.FindPolyptoton(this, windowSize);
}
if (isocolon)
{
if (callback != null)
{
callback(RhetoricalFigures.Isocolon);
}
RhetoricalFigure.FindIsocolon(this, windowSize, extra);
}
if (chiasmus)
{
if (callback != null)
{
callback(RhetoricalFigures.Chiasmus);
}
RhetoricalFigure.FindChiasmus(this, windowSize, extra);
}
if (oxymoron)
{
if (callback != null)
{
callback(RhetoricalFigures.Oxymoron);
}
RhetoricalFigure.FindOxymoron(this, windowSize, extra);
}
}
public void FindRhetoricalFigures(RhetoricalFigures type = RhetoricalFigures.All, int? windowSize = null, object extra = null, FindFiguresCallback callback = null, RhetoricalFigures exclusions = RhetoricalFigures.None)
{
bool anadiplosis = (type.HasFlag(RhetoricalFigures.Anadiplosis) || type.HasFlag(RhetoricalFigures.All)) && !exclusions.HasFlag(RhetoricalFigures.Anadiplosis);
bool anaphora = (type.HasFlag(RhetoricalFigures.Anaphora) || type.HasFlag(RhetoricalFigures.All)) && !exclusions.HasFlag(RhetoricalFigures.Anaphora);
bool antimetabole = (type.HasFlag(RhetoricalFigures.Antimetabole) || type.HasFlag(RhetoricalFigures.All)) && !exclusions.HasFlag(RhetoricalFigures.Antimetabole);
bool chiasmus = (type.HasFlag(RhetoricalFigures.Chiasmus) || type.HasFlag(RhetoricalFigures.All)) && !exclusions.HasFlag(RhetoricalFigures.Chiasmus);
bool conduplicatio = (type.HasFlag(RhetoricalFigures.Conduplicatio) || type.HasFlag(RhetoricalFigures.All)) && !exclusions.HasFlag(RhetoricalFigures.Conduplicatio);
bool epanalepsis = (type.HasFlag(RhetoricalFigures.Epanalepsis) || type.HasFlag(RhetoricalFigures.All)) && !exclusions.HasFlag(RhetoricalFigures.Epanalepsis);
bool epistrophe = (type.HasFlag(RhetoricalFigures.Epistrophe) || type.HasFlag(RhetoricalFigures.All)) && !exclusions.HasFlag(RhetoricalFigures.Epistrophe);
bool epizeuxis = (type.HasFlag(RhetoricalFigures.Epizeuxis) || type.HasFlag(RhetoricalFigures.All)) && !exclusions.HasFlag(RhetoricalFigures.Epizeuxis);
bool isocolon = (type.HasFlag(RhetoricalFigures.Isocolon) || type.HasFlag(RhetoricalFigures.All)) && !exclusions.HasFlag(RhetoricalFigures.Isocolon);
bool oxymoron = (type.HasFlag(RhetoricalFigures.Oxymoron) || type.HasFlag(RhetoricalFigures.All)) && !exclusions.HasFlag(RhetoricalFigures.Oxymoron);
bool ploce = (type.HasFlag(RhetoricalFigures.Ploce) || type.HasFlag(RhetoricalFigures.All)) && !exclusions.HasFlag(RhetoricalFigures.Ploce);
bool polyptoton = (type.HasFlag(RhetoricalFigures.Polyptoton) || type.HasFlag(RhetoricalFigures.All)) && !exclusions.HasFlag(RhetoricalFigures.Polyptoton);
bool polysyndeton = (type.HasFlag(RhetoricalFigures.Polysyndeton) || type.HasFlag(RhetoricalFigures.All)) && !exclusions.HasFlag(RhetoricalFigures.Polysyndeton);
bool symploce = (type.HasFlag(RhetoricalFigures.Symploce) || type.HasFlag(RhetoricalFigures.All)) && !exclusions.HasFlag(RhetoricalFigures.Symploce);
if (epizeuxis) {
if (callback != null) callback(RhetoricalFigures.Epizeuxis);
RhetoricalFigure.FindEpizeuxis(this, windowSize);
}
if (ploce) {
if (callback != null) callback(RhetoricalFigures.Ploce);
RhetoricalFigure.FindPloce(this, windowSize);
}
if (conduplicatio) {
if (callback != null) callback(RhetoricalFigures.Conduplicatio);
RhetoricalFigure.FindConduplicatio(this, windowSize, extra);
}
if (polysyndeton) {
if (callback != null) callback(RhetoricalFigures.Polysyndeton);
RhetoricalFigure.FindPolysyndeton(this, windowSize, extra);
}
if (anaphora) {
if (callback != null) callback(RhetoricalFigures.Anaphora);
RhetoricalFigure.FindAnaphora(this, windowSize, extra);
}
if (epistrophe) {
if (callback != null) callback(RhetoricalFigures.Epistrophe);
RhetoricalFigure.FindEpistrophe(this, windowSize, extra);
}
if (symploce) {
if (callback != null) callback(RhetoricalFigures.Symploce);
RhetoricalFigure.FindSymploce(this, windowSize, extra);
}
if (epanalepsis) {
if (callback != null) callback(RhetoricalFigures.Epanalepsis);
RhetoricalFigure.FindEpanalepsis(this, windowSize, extra);
}
if (anadiplosis) {
if (callback != null) callback(RhetoricalFigures.Anadiplosis);
RhetoricalFigure.FindAnadiplosis(this, windowSize, extra);
}
if (antimetabole) {
if (callback != null) callback(RhetoricalFigures.Antimetabole);
RhetoricalFigure.FindAntimetabole(this, windowSize, extra);
}
if (polyptoton) {
if (callback != null) callback(RhetoricalFigures.Polyptoton);
RhetoricalFigure.FindPolyptoton(this, windowSize);
}
if (isocolon) {
if (callback != null) callback(RhetoricalFigures.Isocolon);
RhetoricalFigure.FindIsocolon(this, windowSize, extra);
}
if (chiasmus) {
if (callback != null) callback(RhetoricalFigures.Chiasmus);
RhetoricalFigure.FindChiasmus(this, windowSize, extra);
}
if (oxymoron) {
if (callback != null) callback(RhetoricalFigures.Oxymoron);
RhetoricalFigure.FindOxymoron(this, windowSize, extra);
}
}