static void Main(string[] args)
{
//Console.BackgroundColor = ConsoleColor.Red;
ConsoleColor myFavoriteColor = ConsoleColor.White;
Method(myFavoriteColor);
Method(ConsoleColor.Magenta);
Settings settings = new Settings();
settings.Color = ConsoleColor.Cyan;
Console.WriteLine(myFavoriteColor);
Console.WriteLine(ConsoleColor.Blue);
Console.WriteLine(myFavoriteColor.GetHashCode());
int number = 9;
myFavoriteColor = (ConsoleColor)number;
string[] listOfAllThePossibleColors = Enum.GetNames(typeof(ConsoleColor));
Console.WriteLine("**************");
for (int i = 0; i < listOfAllThePossibleColors.Length; i++)
{
Console.WriteLine(listOfAllThePossibleColors[i]);
}
ConsoleColor anotherVariable = (ConsoleColor)Enum.Parse(typeof(ConsoleColor), "Cyan");
PhoneticAlphabet letter = PhoneticAlphabet.Alfa;
number = 2;
letter = (PhoneticAlphabet)number;
PhoneticAlphabet secondLetter = PhoneticAlphabet.Charlie;
if (letter == PhoneticAlphabet.Alfa)
{
}
Console.WriteLine(letter);
Console.ReadLine();
}
static void Main(string[] args)
{
var vowels = new List <Phoneme>()
{
new Phoneme(PhonemeType.Vowel, "AA", new PhonemeExample("p", "o", "t"), "P AA T"),
new Phoneme(PhonemeType.Vowel, "AE", new PhonemeExample("f", "a", "t"), "F AE T"),
new Phoneme(PhonemeType.Vowel, "AH", new PhonemeExample("b", "u", "g"), "B AH G"),
new Phoneme(PhonemeType.Vowel, "AI", new PhonemeExample("h", "i", "ve"), "H AI V"),
new Phoneme(PhonemeType.Vowel, "AU", new PhonemeExample("", "ou", "t"), "AU T"),
new Phoneme(PhonemeType.Vowel, "AO", new PhonemeExample("c", "augh", "t"), "K AO T"),
new Phoneme(PhonemeType.Vowel, "AX", new PhonemeExample("driv", "e", "r"), "D RA AI V AX RA"),
new Phoneme(PhonemeType.Vowel, "AX RA", new PhonemeExample("runn", "er", ""), "RA AH N AX RA"),
new Phoneme(PhonemeType.Vowel, "EH", new PhonemeExample("", "e", "gg"), "EH G"),
new Phoneme(PhonemeType.Vowel, "EH RA", new PhonemeExample("h", "air", ""), "H EH RA"),
new Phoneme(PhonemeType.Vowel, "EI", new PhonemeExample("l", "a", "ke"), "L EI K"),
new Phoneme(PhonemeType.Vowel, "ER", new PhonemeExample("h", "er", ""), "H ER RA"),
new Phoneme(PhonemeType.Vowel, "I", new PhonemeExample("m", "ea", "l"), "M I L"),
new Phoneme(PhonemeType.Vowel, "IH", new PhonemeExample("", "i", "nk"), "IH NG K"),
new Phoneme(PhonemeType.Vowel, "O + UH", new PhonemeExample("r", "o", "se"), "RA O + UH Z"),
new Phoneme(PhonemeType.Vowel, "OI", new PhonemeExample("t", "oy", ""), "T OI"),
new Phoneme(PhonemeType.Vowel, "U", new PhonemeExample("f", "oo", "d"), "F U D"),
new Phoneme(PhonemeType.Vowel, "UH", new PhonemeExample("l", "oo", "k"), "L UH K")
};
var consonants = new List <Phoneme>()
{
new Phoneme(PhonemeType.Consonant, "AX L", new PhonemeExample("whis", "tle", ""), "W IH S AX L"),
new Phoneme(PhonemeType.Consonant, "AX M", new PhonemeExample("alb", "um", ""), "AE L B AX M"),
new Phoneme(PhonemeType.Consonant, "AX N", new PhonemeExample("butt", "on", ""), "B AH T AX N"),
new Phoneme(PhonemeType.Consonant, "B", new PhonemeExample("", "b", "in"), "B IH N"),
new Phoneme(PhonemeType.Consonant, "CH", new PhonemeExample("", "ch", "in"), "CH IH N"),
new Phoneme(PhonemeType.Consonant, "D", new PhonemeExample("", "d", "ate"), "D EI T"),
new Phoneme(PhonemeType.Consonant, "DH", new PhonemeExample("", "th", "is"), "DH IH S"),
new Phoneme(PhonemeType.Consonant, "F", new PhonemeExample("", "f", "ax"), "F AE K S"),
new Phoneme(PhonemeType.Consonant, "G", new PhonemeExample("", "g", "ap"), "G AE P"),
new Phoneme(PhonemeType.Consonant, "H", new PhonemeExample("", "h", "elp"), "H EH L P"),
new Phoneme(PhonemeType.Consonant, "J", new PhonemeExample("", "y", "acht"), "J AA T"),
new Phoneme(PhonemeType.Consonant, "JH", new PhonemeExample("", "g", "in"), "JH IH N"),
new Phoneme(PhonemeType.Consonant, "K", new PhonemeExample("", "k", "ing"), "K IH NG"),
new Phoneme(PhonemeType.Consonant, "L", new PhonemeExample("", "l", "eg"), "L EH G"),
new Phoneme(PhonemeType.Consonant, "M", new PhonemeExample("", "m", "ail"), "M EI L"),
new Phoneme(PhonemeType.Consonant, "N", new PhonemeExample("", "n", "ose"), "N O + UH Z"),
new Phoneme(PhonemeType.Consonant, "NG", new PhonemeExample("lo", "ng", ""), "L AO NG"),
new Phoneme(PhonemeType.Consonant, "P", new PhonemeExample("", "p", "in"), "P IH N"),
new Phoneme(PhonemeType.Consonant, "RA", new PhonemeExample("", "r", "ing"), "RA IH NG"),
new Phoneme(PhonemeType.Consonant, "S", new PhonemeExample("", "s", "ing"), "S IH NG"),
new Phoneme(PhonemeType.Consonant, "SH", new PhonemeExample("", "sh", "op"), "SH AA P"),
new Phoneme(PhonemeType.Consonant, "T", new PhonemeExample("", "t", "ip"), "T IH P"),
new Phoneme(PhonemeType.Consonant, "TH", new PhonemeExample("", "th", "ing"), "TH IH NG"),
new Phoneme(PhonemeType.Consonant, "V", new PhonemeExample("", "v", "ery"), "V EH RA I"),
new Phoneme(PhonemeType.Consonant, "W", new PhonemeExample("", "w", "ill"), "W IH L"),
new Phoneme(PhonemeType.Consonant, "Z", new PhonemeExample("", "z", "ip"), "Z IH P"),
new Phoneme(PhonemeType.Consonant, "ZH", new PhonemeExample("vi", "si", "on"), "V IH ZH AX N"),
};
var prosodies = new List <Phoneme>()
{
new Phoneme(PhonemeType.Prosody, "S1", new PhonemeExample("", "s", "tress"), "S1 S T RA EH S", "primary stress"),
new Phoneme(PhonemeType.Prosody, "S2", new PhonemeExample("secon", "d", "ary"), "S1 S EH . K AX N . S2 D EH . RA . I", "secondary stress"),
new Phoneme(PhonemeType.Prosody, ".", new PhonemeExample("vi", "-", "sion"), "S1 V IH . ZH AX N", "syllable break"),
};
var phonemeAlphabet = new PhoneticAlphabet("American English (UPS)", "x-microsoft-ups", " ", consonants, vowels, prosodies);
using (var writer = new StreamWriter(@"C:\Users\Chris\Source\Repos\BookListener\BookListener\Speech\PhonemeAlphabets\x-microsoft-ups-american-english.xml"))
{
var serializer = new XmlSerializer(typeof(PhoneticAlphabet));
serializer.Serialize(writer, phonemeAlphabet);
}
using (var reader = new StreamReader(@"C:\Users\Chris\Source\Repos\BookListener\BookListener\Speech\PhonemeAlphabets\x-microsoft-ups-american-english.xml"))
{
var serializer = new XmlSerializer(typeof(PhoneticAlphabet));
var alphabet = (PhoneticAlphabet)serializer.Deserialize(reader);
}
Console.WriteLine("Successfully serialized");
Console.WriteLine("Press any key to exit...");
Console.ReadKey();
/*
* using(var speech = new SpeechSynthesizer())
* {
* speech.SetOutputToDefaultAudioDevice();
* speech.SelectVoiceByHints(VoiceGender.Female);
*
* var str = "<?xml version=\"1.0\"?>\n" +
* "<speak version=\"1.0\" xmlns=\"http://www.w3.org/2001/10/synthesis\"\n" +
* " xmlns:xsi=\"http://www.w3.org/2001/XMLSchema-instance\"\n" +
* " xsi:schemaLocation=\"http://www.w3.org/2001/10/synthesis\n" +
* " http://www.w3.org/TR/speech-synthesis11/synthesis.xsd\"\n" +
* " xml:lang=\"en-US\">\n" +
* " <prosody contour=\"(0%,+20%) (20%,-40%) (100%,+20%)\" rate=\"0.8\"> <phoneme alphabet=\"x-microsoft-ups\" ph=\" . S1 J I \"> ye </phoneme></prosody>\n" +
* " <phoneme alphabet=\"x-microsoft-ups\" ph=\" . S1 W AO N . W AO N\"> wanwan </phoneme> is here to party!\n" +
* "</speak>";
*
* speech.BookmarkReached += (s, e) =>
* {
* Console.WriteLine($"Bookmark Reached: {e.Bookmark}");
* };
*
* speech.SpeakSsmlAsync(str);
* Console.ReadLine();
* }
*/
}
public PhonemeWriter(ISpeechWriter writer, PhoneticAlphabet alphabet, string phoneticPronunciation)
{
_writer = writer;
_alphabet = alphabet;
_phoneticPronunciation = phoneticPronunciation;
}
public ISpeech AsPhoneme(PhoneticAlphabet alphabet, string phoneticPronunciation)
{
_writer = new PhonemeWriter(_writer, alphabet, phoneticPronunciation);
return(this);
}
