private string GetMinuteKeyWord(int minutes, NumberDeclension declension)
{
if (minutes > 20)
{
minutes %= 10;
}
switch (declension)
{
case NumberDeclension.N_ti:
if (minutes == 1)
{
return(MINUTE_KEY_WORD_MINUTY);
}
return(MINUTE_KEY_WORD_MINUT);
default:
if (minutes == 1)
{
return(MINUTE_KEY_WORD_MINUTA);
}
if (2 <= minutes && minutes <= 4)
{
return(MINUTE_KEY_WORD_MINUTY);
}
return(MINUTE_KEY_WORD_MINUT);
}
}
public string[] GetSoundForNumber(int number, bool useFeminine, NumberDeclension declension)
{
CodeContract.Requires(-999999 <= number && number <= 999999);
var sounds = new List <string>();
if (number < 0)
{
sounds.Add(_numbersSoundsDirPath + "minus");
number *= -1;
}
if (0 <= number && number <= 20)
{
sounds.Add(GetSoundForMonotonousNumber(number, useFeminine, declension));
}
else if (number < 100)
{
sounds.AddRange(GetSoundForNumberFrom21To99(number, useFeminine, declension));
}
else if (number < 1000)
{
sounds.AddRange(GetSoundForNumberFrom100To999(number, useFeminine, declension));
}
else if (number < 1000000)
{
sounds.AddRange(GetSoundForNumberFrom1000To999999(number, useFeminine, declension));
}
return(sounds.ToArray());
}
private string GetSoundForMonotonousNumber(int number, bool useFeminine, NumberDeclension declension)
{
if (useFeminine)
{
switch (declension)
{
case NumberDeclension.N_ti:
if (number == 1)
{
return(GetNumberSoundFilePath(declension, "1oi"));
}
break;
case NumberDeclension.None:
if (number == 1)
{
return(GetNumberSoundFilePath(declension, "1a"));
}
if (number == 2)
{
return(GetNumberSoundFilePath(declension, "2e"));
}
break;
}
}
return(GetNumberSoundFilePath(declension, number));
}
private string GetNumberSoundFilePath(NumberDeclension declension, object numberName)
{
if (declension == NumberDeclension.None)
{
return(string.Format("{0}{1}", _numbersSoundsDirPath, numberName));
}
return(string.Format("{0}{1}/{2}", _numbersSoundsDirPath, declension, numberName));
}
public string[] GetSoundForMinutes(int minutes, bool useFemale, NumberDeclension declension)
{
CodeContract.Requires(0 <= minutes && minutes <= 59);
var sounds = new List <string>();
sounds.AddRange(GetSoundForNumber(minutes, useFemale, declension));
sounds.Add(GetSoundForMinuteWord(minutes, declension));
return(sounds.ToArray());
}
public string[] GetSoundForHours(int hours, bool useFeminine, NumberDeclension declension)
{
CodeContract.Requires(0 <= hours && hours <= 23);
var sounds = new List <string>();
sounds.AddRange(GetSoundForNumber(hours, useFeminine, declension));
var soundForHourWord = string.Format("{0}{1}", _timesSoundsDirPath, GetHourKeyWord(hours, declension));
sounds.Add(soundForHourWord);
return(sounds.ToArray());
}
private string GetHourKeyWord(int hours, NumberDeclension declension)
{
switch (declension)
{
case NumberDeclension.N_ti:
if (hours == 1 || hours == 21)
{
return(HOUR_KEY_WORD_CHAASA);
}
return(HOUR_KEY_WORD_CHASOV);
default:
if (hours == 1 || hours == 21)
{
return(HOUR_KEY_WORD_CHAS);
}
if ((2 <= hours && hours <= 4) || hours >= 22)
{
return(HOUR_KEY_WORD_CHASA);
}
return(HOUR_KEY_WORD_CHASOV);
}
}
private string GetSoundForMinuteWord(int minutes, NumberDeclension declension)
{
return string.Format("{0}{1}", _timesSoundsDirPath, GetMinuteKeyWord(minutes, declension));
}
private string GetNumberSoundFilePath(NumberDeclension declension, object numberName)
{
if (declension == NumberDeclension.None)
return string.Format("{0}{1}", _numbersSoundsDirPath, numberName);
return string.Format("{0}{1}/{2}", _numbersSoundsDirPath, declension, numberName);
}
private string GetMinuteKeyWord(int minutes, NumberDeclension declension)
{
if (minutes > 20)
minutes %= 10;
switch (declension)
{
case NumberDeclension.N_ti:
if (minutes == 1)
return MINUTE_KEY_WORD_MINUTY;
return MINUTE_KEY_WORD_MINUT;
default:
if (minutes == 1)
return MINUTE_KEY_WORD_MINUTA;
if (2 <= minutes && minutes <= 4)
return MINUTE_KEY_WORD_MINUTY;
return MINUTE_KEY_WORD_MINUT;
}
}
private string GetHourKeyWord(int hours, NumberDeclension declension)
{
switch (declension)
{
case NumberDeclension.N_ti:
if (hours == 1 || hours == 21)
return HOUR_KEY_WORD_CHAASA;
return HOUR_KEY_WORD_CHASOV;
default:
if (hours == 1 || hours == 21)
return HOUR_KEY_WORD_CHAS;
if ((2 <= hours && hours <= 4) || hours >= 22)
return HOUR_KEY_WORD_CHASA;
return HOUR_KEY_WORD_CHASOV;
}
}
public string[] GetSoundForNumber(int number, bool useFeminine, NumberDeclension declension)
{
CodeContract.Requires(-999999 <= number && number <= 999999);
var sounds = new List<string>();
if (number < 0)
{
sounds.Add(_numbersSoundsDirPath + "minus");
number *= -1;
}
if (0 <= number && number <= 20)
{
sounds.Add(GetSoundForMonotonousNumber(number, useFeminine, declension));
}
else if (number < 100)
{
sounds.AddRange(GetSoundForNumberFrom21To99(number, useFeminine, declension));
}
else if (number < 1000)
{
sounds.AddRange(GetSoundForNumberFrom100To999(number, useFeminine, declension));
}
else if (number < 1000000)
{
sounds.AddRange(GetSoundForNumberFrom1000To999999(number, useFeminine, declension));
}
return sounds.ToArray();
}
public string[] GetSoundForMinutes(int minutes, bool useFemale, NumberDeclension declension)
{
CodeContract.Requires(0 <= minutes && minutes <= 59);
var sounds = new List<string>();
sounds.AddRange(GetSoundForNumber(minutes, useFemale, declension));
sounds.Add(GetSoundForMinuteWord(minutes, declension));
return sounds.ToArray();
}
private IEnumerable <string> GetSoundForNumberFrom21To99(int number, bool useFeminine, NumberDeclension declension)
{
var sounds = new List <string>();
var ten = number / 10 * 10;
var one = number % 10;
if (ten != 0)
{
sounds.Add(GetSoundForMonotonousNumber(
ten,
useFeminine,
(one == 0 || declension == NumberDeclension.N_ti) ? declension : NumberDeclension.None));
}
if (one != 0)
{
sounds.Add(GetSoundForMonotonousNumber(one, useFeminine, declension));
}
return(sounds);
}
private IEnumerable<string> GetSoundForNumberFrom100To999(int number, bool useFeminine, NumberDeclension declension)
{
var sounds = new List<string>();
var hundred = number / 100 * 100;
var tenWithOne = number % 100;
sounds.Add(GetSoundForMonotonousNumber(hundred, useFeminine,
tenWithOne == 0 ? declension : NumberDeclension.None));
if (tenWithOne != 0)
{
if (tenWithOne <= 20)
sounds.Add(GetSoundForMonotonousNumber(tenWithOne, useFeminine, declension));
else
sounds.AddRange(GetSoundForNumberFrom21To99(tenWithOne, useFeminine, declension));
}
return sounds;
}
private string GetSoundForMinuteWord(int minutes, NumberDeclension declension)
{
return(string.Format("{0}{1}", _timesSoundsDirPath, GetMinuteKeyWord(minutes, declension)));
}
private string GetSoundForMonotonousNumber(int number, bool useFeminine, NumberDeclension declension)
{
if (useFeminine)
{
switch (declension)
{
case NumberDeclension.N_ti:
if (number == 1)
return GetNumberSoundFilePath(declension, "1oi");
break;
case NumberDeclension.None:
if (number == 1)
return GetNumberSoundFilePath(declension, "1a");
if (number == 2)
return GetNumberSoundFilePath(declension, "2e");
break;
}
}
return GetNumberSoundFilePath(declension, number);
}
private IEnumerable <string> GetSoundForNumberFrom1000To999999(int number, bool useFeminine, NumberDeclension declension)
{
var sounds = new List <string>();
var thousand = number / 1000;
var hundred = number % 1000;
sounds.AddRange(GetSoundForNumber(thousand, true, hundred == 0 ? declension : NumberDeclension.None));
var soundForThousandWord = string.Format("{0}{1}", _numbersSoundsDirPath, GetThousandKeyWord(thousand));
sounds.Add(soundForThousandWord);
if (hundred != 0)
{
sounds.AddRange(GetSoundForNumber(hundred, useFeminine, declension));
}
return(sounds);
}
private IEnumerable<string> GetSoundForNumberFrom1000To999999(int number, bool useFeminine, NumberDeclension declension)
{
var sounds = new List<string>();
var thousand = number / 1000;
var hundred = number % 1000;
sounds.AddRange(GetSoundForNumber(thousand, true, hundred == 0 ? declension : NumberDeclension.None));
var soundForThousandWord = string.Format("{0}{1}", _numbersSoundsDirPath, GetThousandKeyWord(thousand));
sounds.Add(soundForThousandWord);
if (hundred != 0)
sounds.AddRange(GetSoundForNumber(hundred, useFeminine, declension));
return sounds;
}
private IEnumerable <string> GetSoundForNumberFrom100To999(int number, bool useFeminine, NumberDeclension declension)
{
var sounds = new List <string>();
var hundred = number / 100 * 100;
var tenWithOne = number % 100;
sounds.Add(GetSoundForMonotonousNumber(hundred, useFeminine,
tenWithOne == 0 ? declension : NumberDeclension.None));
if (tenWithOne != 0)
{
if (tenWithOne <= 20)
{
sounds.Add(GetSoundForMonotonousNumber(tenWithOne, useFeminine, declension));
}
else
{
sounds.AddRange(GetSoundForNumberFrom21To99(tenWithOne, useFeminine, declension));
}
}
return(sounds);
}
private IEnumerable<string> GetSoundForNumberFrom21To99(int number, bool useFeminine, NumberDeclension declension)
{
var sounds = new List<string>();
var ten = number / 10 * 10;
var one = number % 10;
if (ten != 0)
sounds.Add(GetSoundForMonotonousNumber(
ten,
useFeminine,
(one == 0 || declension == NumberDeclension.N_ti) ? declension : NumberDeclension.None));
if (one != 0)
sounds.Add(GetSoundForMonotonousNumber(one, useFeminine, declension));
return sounds;
}
public string[] GetSoundForHours(int hours, bool useFeminine, NumberDeclension declension)
{
CodeContract.Requires(0 <= hours && hours <= 23);
var sounds = new List<string>();
sounds.AddRange(GetSoundForNumber(hours, useFeminine, declension));
var soundForHourWord = string.Format("{0}{1}", _timesSoundsDirPath, GetHourKeyWord(hours, declension));
sounds.Add(soundForHourWord);
return sounds.ToArray();
}
