/// <summary>
/// Zwraca liczbę całkowitą oznaczającą nasycenie próbki gwaryzmami fonetycznymi
/// </summary>
/// <param name="readings">Lista odczytów.</param>
/// <param name="condition">Warunek.</param>
/// <returns>LIczba gwaryzmów.</returns>
public static int N(List <Reading> readings, Condition condition)
{
int res = 0;
foreach (var i in readings)
{
if (i.PhoneStringG.Count == i.PhoneStringS.Count
&&
i.PhoneStringG.Count == i.PhoneStringO.Count
&&
ApsManager.ConditionChecker(i, condition)
)
{
for (int j = 0; j < i.PhoneStringG.Count; j++)
{
if (!i.PhoneStringG[j].Equals(i.PhoneStringS[j])
||
!i.PhoneStringG[j].Equals(i.PhoneStringO[j])
)
{
res++;
}
}
}
}
return(res);
}
/// <summary>
/// Zwraca liczbę wyrazów tekstowych, zliczając liczbę symboli końca wyrazu.
/// </summary>
/// <param name="readings">Lista odczytów.</param>
/// <param name="condition">Warunek.</param>
/// <returns>Liczba wyrazów tekstowych.</returns>
public static int W(List <Reading> readings, Condition condition)
{
int res = 0;
foreach (var i in readings)
{
if (ApsManager.ConditionChecker(i, condition))
{
res += i.PhoneStringA.Count(x => x.Symbol.IPA.Contains('#'));
}
}
return(res);
}
/// <summary>
/// Zwraca sumę różnic artykulacyjnych między dwiema próbkami
/// </summary>
/// <param name="readings"></param>
/// <param name="condition"></param>
/// <returns></returns>
public static int R(List <Reading> readings, Condition conditionA, Condition conditionB, bool use4thFormant = false)
{
var resA = new List <VowelRecognition>();
var resB = new List <VowelRecognition>();
int contextsA = ApsManager.ConditionalCount(readings, conditionA);
int contextsB = ApsManager.ConditionalCount(readings, conditionB);
foreach (var i in ApsInterface.oldPolishVowels)
{
int continuantsA = ApsManager.ConditionalCount(readings, new Condition(i));
int continuantsB = ApsManager.ConditionalCount(readings, new Condition(i));
var medianA = ApsManager.ConditionalMedian(readings, conditionA);
var medianB = ApsManager.ConditionalMedian(readings, conditionB);
var counterA = ApsManager.ConditionalCount(readings, conditionA);
var counterB = ApsManager.ConditionalCount(readings, conditionB);
var examplesA = ApsManager.GetExamples(readings, conditionA);
var examplesB = ApsManager.GetExamples(readings, conditionB);
var recognitionA = ApsManager.FindModel(new Reading(medianA), Program.Models, use4thFormant);
var recognitionB = ApsManager.FindModel(new Reading(medianB), Program.Models, use4thFormant);
var vowelCodeA = VowelCode.CodeFromString(recognitionA.Code);
var vowelCodeB = VowelCode.CodeFromString(recognitionB.Code);
var ipaSymbolA = recognitionA.Symbol;
var ipaSymbolB = recognitionB.Symbol;
resA.Add(new VowelRecognition(i, medianA, counterA, examplesA, continuantsA, contextsA, vowelCodeA, recognitionA, ipaSymbolA));
resB.Add(new VowelRecognition(i, medianB, counterB, examplesB, continuantsB, contextsB, vowelCodeB, recognitionB, ipaSymbolB));
}
return(R(resA, resB));
}