public String respondToSentence(String textInput) //tolk hva mottaker ønsker og lag et svar
{
//Log.Info ("Class_Learn", "respondToSentence " + textInput);
//loadFileAsync ();
loadStream();
//sjekk om det fortsatt er samme samtale, ved å sammenligne tidspunkt med forrige utsagn
//putt ord i array for prosessering
int words = 0;
foreach (string word in textInput.Split(' '))
{
words++;
}
//Log.Info ("Class_Learn", "respondToSentence words=" + words);
Class_Word[] sentence = new Class_Word[words];
int count = 0;
foreach (string word in textInput.Split(' '))
{
//Log.Info ("Class_Learn", "respondToSentence count=" + count + " word=" + word);
sentence [count] = new Class_Word(word);
count++;
}
//tolk betydning og finn ordklasser
//Log.Info ("Class_Learn", "respondToSentence sentence=" + sentence [0].word + " " + sentence [1].word);
Class_Word[] interpretedWords = word_interpret(sentence);
//Log.Info ("Class_Learn", "respondToSentence interpretedWords=" + interpretedWords [0].word + " " + interpretedWords [1].word);
//lagre nye ord
sentence_SaveNewWords(interpretedWords);
//lagre statistikk for hvordan ord brukes
sentence_setStatistics(interpretedWords);
//find crucial words
focusword = get_Focus(interpretedWords);
//lag respons
//Log.Info ("Class_Learn", "respondToSentence interpretedWords=" + interpretedWords [0].word);
String response = respond(interpretedWords);
//Log.Info ("Class_Learn", "respondToSentence response=" + response);
//uttal respons
return(response);
}
public Class_Word[] word_interpret(Class_Word[] words_unknown) //tolk ordene som er mottatt, sjekk at de gir mening
{
//Log.Info ("Class_Learn", "word_interpret A words=" + words_unknown.Length + " " + words_unknown [0].word);
String result = "";
//Hvis det er mer enn 1 ord, send setningen rekursivt for å sjekke komponentene for valid mening
//hva skal gjøres om det ikke blir funnet noen mening?
Class_Word[] words_temp = new Class_Word[words_unknown.Length]; //Instansier ny "setning
words_temp [0] = words_unknown [0];
Class_Word[] words_checked;
int index = words_unknown.Length;
index = 0;
if (words_unknown.Length > 1)
{
//reduser setning med 1 ord
words_temp = new Class_Word[words_unknown.Length - 1];
foreach (Class_Word n in words_temp)
{
//Log.Info ("Class_Learn", "word_interpret B words_unknown=" + words_unknown[index].word);
words_temp [index] = words_unknown [index];
}
//Log.Info ("Class_Learn", "word_interpret C words_unknown=" + +words_unknown.Length + " " + words_temp.Length);
//sjekk ordkomboen
words_checked = word_interpret(words_temp);
/*Log.Info ("Class_Learn", "word_interpret D words_unknown=" + +words_unknown.Length + " " + words_checked.Length);
* foreach (Class_Word n in words_unknown) {
* Log.Info ("Class_Learn", "word_interpret E n=" + n.word);
* result = result + " " + n.word;
* //Log.Info ("Class_Learn", "B word="+n.word+" result="+result);
* }*/
}
//undekromponentene er nå sjekket for mening. Sjekk den tilsendte setningen for mening
//Log.Info ("Class_Learn", "word_interpret F words_temp 0=" + +words_unknown.Length + " " + words_temp.Length);
Class_Word[] words_assigned = word_matching(words_unknown);
//Log.Info ("Class_Learn", "word_interpret G words_temp 0=" + +words_unknown.Length + " " + words_assigned.Length);
return(words_assigned);
}
