public void format(myKanji word)
{
word.radical.zRadical = radical[0];
word.radical.descr = new myDefinition {
text = meaning, bFormated = true
};
}
public List <myKanji> Search(string w)
{
List <myKanji> kanjis = new List <myKanji>();
foreach (char key in w)
{
if (myDictBase.m_kanjis.ContainsKey(key))
{
var arr = myDictBase.m_kanjis[key].Distinct();
myKanji kanji = new myKanji()
{
val = key
};
foreach (var rec in arr)
{
rec.format(kanji);
}
if (kanji.radical.zRadical == '\0')
{
IRecord rd = hvbt.Search(kanji.radical.iRadical);
rd.format(kanji);
}
kanjis.Add(kanji);
}
}
return(kanjis);
}
public void format(myKanji kanji)
{
myWord word = kanji.relatedWords.Find((w) => { return(w.term == this.kanji); });
if (word == null)
{
word = new myWord {
term = this.kanji, hn = hn,
};
kanji.relatedWords.Add(word);
}
word.definitions.Add(new myDefinition {
text = meaning, bFormated = true
});
}
public void format(myKanji word)
{
word.hn = hn;
word.radical.iRadical = radical;
word.extraStrokes = extraStrokes;
word.totalStrokes = totalStrokes;
word.simple = simple.Length > 0?simple[0]:'\0';
var arr = define.Split(new char[] { '/' }, StringSplitOptions.RemoveEmptyEntries);
foreach (var def in arr)
{
word.definitions.Add(new myDefinition {
text = def
});
}
}
public void format(myKanji kanji)
{
myWord word = kanji.relatedWords.Find((w) => { return(w.term == this.word); });
if (word == null)
{
word = new myWord {
term = this.word, hn = this.hn,
};
kanji.relatedWords.Add(word);
}
foreach (var d in def.Split(new char[] { '/' }, StringSplitOptions.RemoveEmptyEntries))
{
word.definitions.Add(new myDefinition {
text = d
});
}
}
