public static char GetVowel(Vowel vowel, Tone tone)
{
var v = (int)Convert.ChangeType(vowel, vowel.GetTypeCode());
var t = (int)Convert.ChangeType(tone, tone.GetTypeCode());
return(characters[v - 1][t - 1]);
}
public void TestIfContainsVowel()
{
var vowel = "abcdef";
var v = new Vowel(vowel);
Assert.IsTrue(v.ContainsVowel());
}
public void TestIfIsSetOfVowel()
{
var vowel = "uoia";
var v = new Vowel(vowel);
Assert.IsTrue(v.IsSetOfVowels());
}
public void TestIfIsSetOfVowelIsInvalid()
{
var vowel = "abcdf";
var con = new Vowel(vowel);
Assert.IsFalse(con.IsSetOfVowels());
}
void InvokeCallback()
{
if (onLipSyncUpdate == null)
{
return;
}
var vowelInfo = config.checkThirdFormant ?
LipSyncUtil.GetVowel(jobResult_[0].f1, jobResult_[0].f2, jobResult_[0].f3, profile) :
LipSyncUtil.GetVowel(new FormantPair(jobResult_[0].f1, jobResult_[0].f2), profile);
float volume = jobResult_[0].volume;
FormantPair formant = vowelInfo.formant;
Vowel vowel = vowelInfo.vowel;
if (config.checkSecondDerivative)
{
var vowelInfoBySecondDerivative = config.checkThirdFormant ?
LipSyncUtil.GetVowel(jobResult_[1].f1, jobResult_[1].f2, jobResult_[1].f3, profile) :
LipSyncUtil.GetVowel(new FormantPair(jobResult_[1].f1, jobResult_[1].f2), profile);
if (vowelInfo.diff > vowelInfoBySecondDerivative.diff)
{
formant = vowelInfoBySecondDerivative.formant;
vowel = vowelInfoBySecondDerivative.vowel;
}
}
UpdateLipSyncInfo(volume, formant, vowel);
onLipSyncUpdate.Invoke(result);
}
public void TestIfIsVowel()
{
var vowel = "a";
var v = new Vowel(vowel);
Assert.IsTrue(v.IsVowel());
}
private GameObject GetCharacter(CharType charType, Vowel vowel)
{
//List that will contain types of the selected character
List <GameObject> selected = new List <GameObject>();
//Transfer list of types to selected
for (int i = 0; i < charTypeArray.Length; i++)
{
if (charType == charTypeArray[i])
{
selected = characters[i];
break;
}
}
//Return character with the specified vowel
for (int i = 0; i < vowelArray.Length; i++)
{
if (vowel == vowelArray[i])
{
return(selected[i]);
}
}
return(null);
}
static void Main(string[] args)
{
Console.Write("Enter a character: ");
String s = Console.ReadLine();
if (s.Length > 0)
{
char c = s[0];
if (Vowel.IsVowel(c))
{
Console.WriteLine(c + " is a vowel");
}
else
{
Console.WriteLine(c + " is a NOT vowel");
}
}
else
{
Console.WriteLine("nothing is entered");
}
//Select this exercise as the startup project
//press CTRL-F5 to run the program
}
public void BackSpace()
{
RectTransform[] children = inputOrigin.GetComponentsInChildren <RectTransform>();
GameObject lastEntry = GetLastElement(charEntries);
CharType lastConsonant = GetLastElement(charEntries).GetComponent <CharEntry>().charType;
Vowel lastVowel = GetLastElement(charEntries).GetComponent <CharEntry>().vowel;
if ((lastConsonant != CharType.NG) && (lastVowel == Vowel.none))
{
textValue = textValue.Remove(textValue.Length - 1);
}
else if ((lastConsonant == CharType.NG) && (lastVowel != Vowel.none))
{
textValue = textValue.Remove(textValue.Length - 3);
}
else
{
textValue = textValue.Remove(textValue.Length - 2);
}
inputOrigin.transform.position = permpos;
charEntries.Remove(lastEntry);
Destroy(lastEntry);
RemovePreviousCharacter();
newTextPosition -= padding;
HandleButtons();
}
void UpdateLipSyncInfo(float volume, FormantPair formant, Vowel vowel)
{
float sf = 1f - openSmoothness;
float sb = 1f - closeSmoothness;
float preVolume = result.volume;
rawResult_.volume = volume;
float normalizedVolume = Mathf.Clamp((volume - minVolume) / (maxVolume - minVolume), 0f, 1f);
float smooth = normalizedVolume > preVolume ? sf : sb;
result.volume += (normalizedVolume - preVolume) * smooth;
rawResult_.formant = result.formant = formant;
if (volume < minVolume)
{
return;
}
if (vowel == Vowel.None)
{
return;
}
float max = 0f;
float sum = 0f;
for (int i = (int)Vowel.A; i <= (int)Vowel.None; ++i)
{
var key = (Vowel)i;
float target = key == vowel ? 1f : 0f;
float value = rawResult_.vowels[key];
value += (target - value) * (1f - vowelTransitionSmoothness);
if (value > max)
{
rawResult_.mainVowel = key;
max = value;
}
rawResult_.vowels[key] = value;
sum += value;
}
result.mainVowel = rawResult_.mainVowel;
for (int i = (int)Vowel.A; i <= (int)Vowel.None; ++i)
{
var key = (Vowel)i;
if (sum > Mathf.Epsilon)
{
result.vowels[key] = rawResult_.vowels[key] / sum;
}
else
{
result.vowels[key] = 0f;
}
}
}
void DrawBlendShape(Vowel vowel, BlendShapeInfo info)
{
EditorGUILayout.BeginHorizontal();
EditorGUILayout.PrefixLabel(vowel.ToString());
DrawBlendShapePopup(info);
DrawFactor(info);
EditorGUILayout.EndHorizontal();
}
static float scoreOfLanguage(List<Formant[]> observations, Vowel[] language) {
float score = 0;
foreach (var observation in observations) {
score += Math.Max(0, language.Min(v => {
float formant1Middle = (v.formantHighs[0] + v.formantLows[0]) / 2;
float formant2Middle = (v.formantHighs[1] + v.formantLows[1]) / 2;
float formant3Middle = (v.formantHighs[2] + v.formantLows[2]) / 2;
return Math.Abs(observation[0].freq - formant1Middle) +
Math.Abs(observation[1].freq - formant2Middle) +
Math.Abs(observation[2].freq - formant3Middle);
}));
}
return score / observations.Count;
}
public Diacritic(Vowel phone, int diacriticImpact = 0)
{
this.Stress = phone.Stress;
this.Context = phone.Context;
this.Example = phone.Example;
this.Length = phone.Length;
this.Nasality = phone.Nasality;
this.Phonation = phone.Phonation;
this.Speaker = phone.Speaker;
this.Symbol = phone.Symbol;
this.DiacriticImpact = diacriticImpact;
}
public override BaseCollection <TextParticle> Short(int maxLength)
{
var clone = new WordCollection(this.Default);
var cuttingLength = default(int?);
if (clone.Edited.Length > maxLength)
{
// remove os conectivos.
for (var index = clone.Count - 1; index >= 0 && clone.Edited.Length > maxLength; index--)
{
var item = clone.ElementAt(index);
if (ConnectivesNames.Contains(item.DefaultNormalize) ||
item.DefaultNormalize.Length == 1 && Vowel.Contains(item.DefaultNormalize[0]))
{
item.Visible = false;
}
}
var middle = clone.Count / 2;
var before = middle - 1;
var after = middle + 1;
if (middle >= 0)
{
clone.ElementAt(middle).Edited = this.Cutting(clone.ElementAt(middle).Edited, cuttingLength);
}
while (clone.Edited.Length > maxLength && (before >= 0 || after < clone.Count))
{
if (before >= 0)
{
clone.ElementAt(before).Edited = this.Cutting(clone.ElementAt(before--).Edited, cuttingLength);
}
if (clone.Edited.Length > maxLength && after < clone.Count)
{
clone.ElementAt(after).Edited = this.Cutting(clone.ElementAt(after++).Edited, cuttingLength);
}
}
if (clone.Edited.Length > maxLength)
{
return(null);
}
}
return(clone);
}
public void Callibration(AudioClip clip, Vowel vowel)
{
int samples = clip.samples;
float df = (float)clip.frequency / sampleNum;
var rawData = new float[samples * clip.channels];
clip.GetData(rawData, 0);
float f1 = 0.0f;
float f2 = 0.0f;
int num = 0;
for (int i = 0; i < samples / sampleNum; ++i)
{
if (sampleNum * (i + 1) >= samples)
{
break;
}
var input = new float[sampleNum];
System.Array.Copy(rawData, sampleNum * i, input, 0, sampleNum);
if (GetVolume(input) > minVolume)
{
var formantIndices = GetFormantIndices(input);
f1 += formantIndices.x * df;
f2 += formantIndices.y * df;
++num;
}
}
f1 /= num;
f2 /= num;
switch (vowel)
{
case Vowel.A: aCenterF1 = f1; aCenterF2 = f2; break;
case Vowel.I: iCenterF1 = f1; iCenterF2 = f2; break;
case Vowel.U: uCenterF1 = f1; uCenterF2 = f2; break;
case Vowel.E: eCenterF1 = f1; eCenterF2 = f2; break;
case Vowel.O: oCenterF1 = f1; oCenterF2 = f2; break;
}
}
public void TypeBaybayin(CharType charType, Vowel vowel)
{
if (charEntries.Count >= characterLimit)
{
return;
}
if (charType != CharType.NoConsonant)
{
if (!IsCharacterUnlocked(charType))
{
return;
}
}
//adjust existing character inputs to fit next
AddCharacterAdjustment();
//instantiate new character input
GameObject characterToInput = Instantiate(GetCharacter(charType, vowel));
characterToInput.transform.SetParent(inputOrigin.transform);
characterToInput.transform.position = new Vector3
(
inputOrigin.transform.position.x + newTextPosition,
inputOrigin.transform.position.y,
inputOrigin.transform.position.z
);
InitCharEntry(characterToInput, charType, vowel);
charEntries.Add(characterToInput);
//keep characters centered
inputOrigin.transform.position = permpos;
// set new position of typing cursor
newTextPosition += padding;
updateValue();
HandleButtons();
}
// modifies the vowel in the character
public void ModifyBaybayin(Vowel vowel)
{
GameObject lastElement = GetLastElement(charEntries);
CharType charType = lastElement.GetComponent <CharEntry>().charType;
if (charType == CharType.NoConsonant)
{
return;
}
GameObject characterToInput = Instantiate(GetCharacter(charType, vowel));
characterToInput.transform.SetParent(inputOrigin.transform);
characterToInput.transform.position = lastElement.transform.position;
InitCharEntry(characterToInput, charType, vowel);
charEntries.Remove(lastElement);
Destroy(lastElement);
charEntries.Add(characterToInput);
updateValue();
}
/// <summary>
/// <see cref="Hangul"/> 구조체의 인스턴스를 초기화합니다.
/// </summary>
/// <param name="character"><see cref="Hangul"/> 구조체로 변환될 한글 문자입니다.</param>
public Hangul(char character)
{
if (CheckHangulSyllable(character))
{
int unicodeValue = character;
unicodeValue -= 0xac00;
var remainder = unicodeValue % (VowelCount * FinalConsonantCount);
Consonant = (Consonant)(unicodeValue / (VowelCount * FinalConsonantCount));
Vowel = (Vowel)(remainder / FinalConsonantCount);
FinalConsonant = (FinalConsonant)(remainder % FinalConsonantCount);
}
else
{
Consonant = Consonant.Failed;
Vowel = Vowel.Failed;
FinalConsonant = FinalConsonant.Failed;
}
}
/// <summary>
/// 이중모음을 단모음으로 바꿉니다.
/// </summary>
/// <param name="vowel">단모음으로 변환할 모음입니다.</param>
/// <returns>단모음입니다.</returns>
/// <remarks>
/// <para>특수 규칙인 (ㅟ, ㅢ) → ㅣ, (ㅚ) → ㅔ 는 필요시 호출자측에서 적절한 분기를 통해 다른 규칙을 적용하시는 것이 좋습니다. 특히 'ㅢ'의 경우에는 'ㅔ'로 발음되는 경우도 있으나 음이 늘어질경우 'ㅣ'로 변화하는 특성이 강해 'ㅣ'로 변경하도록 하였습니다.</para>
/// </remarks>
public static Vowel MakeShortVowel(Vowel vowel)
{
// 자체 연구한 규칙으로 구현됨
switch (vowel)
{
case Vowel.ㅑ:
case Vowel.ㅒ:
case Vowel.ㅕ:
case Vowel.ㅖ:
vowel -= 2;
break;
case Vowel.ㅛ:
case Vowel.ㅠ:
vowel -= 4;
break;
case Vowel.ㅘ:
case Vowel.ㅙ:
vowel -= 9;
break;
case Vowel.ㅝ:
case Vowel.ㅞ:
vowel -= 10;
break;
// 아래는 특수 규칙
case Vowel.ㅟ:
case Vowel.ㅢ:
vowel = Vowel.ㅣ;
break;
case Vowel.ㅚ:
vowel = Vowel.ㅔ;
break;
}
return(vowel);
}
public void Init(CharType charType, Vowel vowel)
{
this.charType = charType;
this.vowel = vowel;
}
private void InitCharEntry(GameObject entry, CharType charType, Vowel vowel)
{
entry.AddComponent <CharEntry>();
entry.GetComponent <CharEntry>().Init(charType, vowel);
}
bool TryMatchConsonantVowel(List<LetterSoundComponent> pattern, int idxOfFirstLetter)
{
LetterSoundComponent beforeVowel = pattern [0];
if (beforeVowel.IsConsonantConsonantDigraphOrBlend) {
LetterSoundComponent last = pattern [1];
if (last.IsVowelOrVowelDigraph) {
//Oct 2: Min wants open syllable patterns (consonant-vowel) to read as short.
if (last is Vowel) {
Vowel v = (Vowel)last;
v.MakeShort ();
}
return true;
}
if (last.LettersAre ("y")) {
preSyllable [idxOfFirstLetter + 1] = new Vowel ("y");
return true;
}
}
return false;
}
public void Constructor_WrongSymbol_Exception(char input)
{
var letter = new Vowel(input);
}
public void Callibration(AudioClip clip, Vowel vowel)
{
int samples = clip.samples;
float df = (float)clip.frequency / sampleNum;
var rawData = new float[samples * clip.channels];
clip.GetData(rawData, 0);
float f1 = 0.0f;
float f2 = 0.0f;
int num = 0;
for (int i = 0; i < samples / sampleNum; ++i) {
if (sampleNum * (i + 1) >= samples) break;
var input = new float[sampleNum];
System.Array.Copy(rawData, sampleNum * i, input, 0, sampleNum);
if ( GetVolume(input) > minVolume) {
var formantIndices = GetFormantIndices(input);
f1 += formantIndices.x * df;
f2 += formantIndices.y * df;
++num;
}
}
f1 /= num;
f2 /= num;
switch (vowel) {
case Vowel.A : aCenterF1 = f1; aCenterF2 = f2; break;
case Vowel.I : iCenterF1 = f1; iCenterF2 = f2; break;
case Vowel.U : uCenterF1 = f1; uCenterF2 = f2; break;
case Vowel.E : eCenterF1 = f1; eCenterF2 = f2; break;
case Vowel.O : oCenterF1 = f1; oCenterF2 = f2; break;
}
}
// NAME :- MAIN METHOD
// AUTHOR NAME :- SHIKHA MALIK
// DECRIPTION :- MAIN METHOD
// CREATED DATE :- 16/07/2012
static void Main(string[] args)
{
string strS; Vowel objVowel; SwitchVowel objSvowel; CaseCheck objCaseCheck; Reverse objReverse; PowerNum objPowerNum; WindowName objWindowName; //Declaration of variable
char chr = 'a'; int n, m; ArrayList arrLstN = new ArrayList(); List <object> arrLstlist = new List <object>();
StructDate[] objdt; ReverseSort objReverse1; SearchArray objSearchArray; ReviseArray objReviseArray; CopyArray objCopyArray; NotePadApplication objNotePadApplication;
Franchisee objFranchisee; Customer objCustomer; BubbleSort objBubbleSort; TransformArry objTransformArry; CastValue objCastValue; StringBldr objStringBldr;
StructDate objStructure; DateArray objDateArray; TextFile objTextFile; ReadTextFile objReadTextFile; ArrayList arrLstCarArmd = new ArrayList();
List <object> objListCar5 = new List <object>(); Driver objDriver; Car objCar; Car2 objCar2; Car3 objCar3; Car4 objCar4; ArmoredVehicle objArmoredVehicle;
CarArmoredVcle objCarArmoredVcle; CarArmoredVcle1 objCarArmoredVcle1; Car5 objCar5; List <object> objArryLstD = new List <object>(); List <object> objArryLstD1 = new List <object>();
try
{
System.Console.WriteLine(Constant.strEntrP1);
System.Console.WriteLine(Constant.strEntrP2);
System.Console.WriteLine(Constant.strEntrP3);
System.Console.WriteLine(Constant.strEntrP4);
System.Console.WriteLine(Constant.strEntrP5);
System.Console.WriteLine(Constant.strEntrP6);
System.Console.WriteLine(Constant.strEntrP7);
System.Console.WriteLine(Constant.strEntrP8);
System.Console.WriteLine(Constant.strEntrP9);
System.Console.WriteLine(Constant.strEntrP10);
System.Console.WriteLine(Constant.strEntrP11);
System.Console.WriteLine(Constant.strEntrP12);
System.Console.WriteLine(Constant.strEntrP13);
System.Console.WriteLine(Constant.strEntrP14);
System.Console.WriteLine(Constant.strEntrP15);
System.Console.WriteLine(Constant.strEntrP16);
System.Console.WriteLine(Constant.strEntrP17);
System.Console.WriteLine(Constant.strEntrP18);
System.Console.WriteLine(Constant.strEntrP19);
System.Console.WriteLine(Constant.strEntrP20);
System.Console.WriteLine(Constant.strEntrP21);
System.Console.WriteLine(Constant.strEntrP22);
System.Console.WriteLine(Constant.strEntrP23);
System.Console.WriteLine(Constant.strEntrP24);
System.Console.WriteLine(Constant.strEntrP25);
System.Console.WriteLine(Constant.strEntrP26);
System.Console.WriteLine(Constant.strEntrP27);
System.Console.WriteLine(Constant.strEntrP28);
System.Console.WriteLine(Constant.strEntrP29);
System.Console.WriteLine(Constant.strEntrP30);
System.Console.WriteLine(Constant.strEntrP31);
System.Console.WriteLine(Constant.strEntrP32);
System.Console.WriteLine(Constant.strEntrP33);
System.Console.WriteLine(Constant.strEntrP34);
System.Console.WriteLine(Constant.strEntrP35);
System.Console.WriteLine(Constant.strSpace);
System.Console.WriteLine(Constant.strStar);
do
{
System.Console.WriteLine(Constant.strEntrCh); //Gather Information regarding choice
strS = System.Console.ReadLine(); //Read value of string
switch (strS)
{
case "2.1": //case use for 2.1 exercise that is chracter is vowel or not
objVowel = new Vowel(); //create object for class
objVowel.vowelc();
break;
case "2.2": //case use for 2.2 exercise that is chracter is vowel or not using swith case
objSvowel = new SwitchVowel(); //create object for class
objSvowel.Switchvl();
break;
case "2.3": //case use for 2.3 exercise that is for Enter digit , char in both case and count their times.
objCaseCheck = new CaseCheck(); //create object for class
objCaseCheck.CaseC();
break;
case "2.4": //case use for 2.4 exercise that is use for reverse array
objReverse = new Reverse(); //create object for class
objReverse.Rev();
break;
case "2.5": // case use for 2.5 exercise that is use for reverse array and sort array
objReverse1 = new ReverseSort(); //create object for class
objReverse1.RevS();
break;
case "2.6": // case use for 2.6 exercise that is use for search element from arry
objSearchArray = new SearchArray(); //create object for class
objSearchArray.Sarray();
break;
case "2.7": // case use for 2.7 exercise that is use for serch element and print number of times its exists.
objReviseArray = new ReviseArray(); //create object for class
objReviseArray.Rarray();
break;
case "2.8": // case use for 2.8 exercise that is use for copy array according to condition
objCopyArray = new CopyArray(); //create object for class
objCopyArray.Carray();
break;
case "2.9": // case use for 2.9 exercise that is use for calculate the power of entered number
objPowerNum = new PowerNum(); //create object for class
objPowerNum.Pwrnum();
break;
case "2.10": // case use for 2.10 exercise that is used for open notepad
objNotePadApplication = new NotePadApplication(); //create object for class
objNotePadApplication.Notepad();
break;
case "2.11": // case use for 2.11 exercise that is used for display required system information
objWindowName = new WindowName(); //create object for class
objWindowName.WinName();
break;
case "4.7": // case use for 4.7 exercise that is for arraylist
Console.WriteLine(Constant.strEnumObjArry); //message for enter number of object of Customer class
n = int.Parse(Console.ReadLine());
for (int i = 1; i <= n; i++) // loop for number of times of object of Customer class
{
objCustomer = new Customer();
Console.WriteLine(Constant.strEntrsalCt + "" + i);
objCustomer.Salutation = Console.ReadLine();
Console.WriteLine(Constant.strEntrNmCt + "" + i);
objCustomer.Name = Console.ReadLine();
Console.WriteLine(Constant.strEntrMatCt + "" + i);
objCustomer.Maritial_Status = Console.ReadLine();
Console.WriteLine(Constant.strEntrGenCt + "" + i);
objCustomer.Gender = Console.ReadLine();
Console.WriteLine(Constant.strEntrAddCt + "" + i);
objCustomer.Address = Console.ReadLine();
Console.WriteLine(Constant.strEntrQualCt + "" + i);
objCustomer.Qualification = Console.ReadLine();
Console.WriteLine(Constant.strEntrLanCt + "" + i);
objCustomer.Language = Console.ReadLine();
arrLstN.Add(objCustomer); //add into arraylist
}
Console.WriteLine(Constant.strEntrObjFrch); // message for enter number of object of Franchisee class
m = int.Parse(Console.ReadLine());
for (int i = 1; i <= m; i++) // loop for number of times of object of Franchisee class
{
objFranchisee = new Franchisee();
Console.WriteLine(Constant.strEntrFeesFrch + "" + i);
objFranchisee.Fees = int.Parse(Console.ReadLine());
arrLstN.Add(objFranchisee); //add into arraylist
}
Console.ReadLine();
break;
case "4.8": // case use for 4.8 exercise that is for show arraylist
for (int i = 0; i < arrLstN.Count; i++)
{
Console.WriteLine(arrLstN[i].ToString());
}
break;
case "4.9": // case use for 4.9 exercise that is for Typed Arraylist
Console.WriteLine(Constant.strEnumObjList); //message for enter number of object of Customer class
n = int.Parse(Console.ReadLine());
for (int i = 1; i <= n; i++) // loop for number of times of object of Customer class
{
objCustomer = new Customer();
Console.WriteLine(Constant.strEntrsalCt + "" + i);
objCustomer.Salutation = Console.ReadLine();
Console.WriteLine(Constant.strEntrNmCt + "" + i);
objCustomer.Name = Console.ReadLine();
Console.WriteLine(Constant.strEntrMatCt + "" + i);
objCustomer.Maritial_Status = Console.ReadLine();
Console.WriteLine(Constant.strEntrGenCt + "" + i);
objCustomer.Gender = Console.ReadLine();
Console.WriteLine(Constant.strEntrAddCt + "" + i);
objCustomer.Address = Console.ReadLine();
Console.WriteLine(Constant.strEntrQualCt + "" + i);
objCustomer.Qualification = Console.ReadLine();
Console.WriteLine(Constant.strEntrLanCt + "" + i);
objCustomer.Language = Console.ReadLine();
arrLstlist.Add(objCustomer); // add into List
}
Console.WriteLine(Constant.strEntrObjFrch);
m = int.Parse(Console.ReadLine());
for (int i = 1; i <= m; i++)
{
objFranchisee = new Franchisee();
Console.WriteLine(Constant.strEntrFeesFrch + "" + i);
objFranchisee.Fees = int.Parse(Console.ReadLine());
arrLstlist.Add(objFranchisee); // add into List
}
Console.ReadLine();
break;
case "4.10": // case use for 4.10 exercise that is for show arraylist
for (int i = 0; i < arrLstlist.Count; i++)
{
Console.WriteLine(arrLstlist[i].ToString());
}
break;
case "4.11": //case use for 4.11 exercise that is use for sorting array
objBubbleSort = new BubbleSort(); //create object for class
objBubbleSort.BublSrt();
break;
case "4.12": //case use for 4.12 exercise that is used for transform matrix
objTransformArry = new TransformArry(); //create object for class
objTransformArry.TrnsfrmArr();
break;
case "4.13": //case use for 4.13 exercise that is used for casting of double value
objCastValue = new CastValue();
objCastValue.CastFltMy(); //create object for class
break;
case "4.14": //case use for 4.14 exercise that is used for convert input amount into string
objStringBldr = new StringBldr();
Console.WriteLine(Constant.strEntrAmount);
int intN = int.Parse(Console.ReadLine());
string strS2;
strS2 = objStringBldr.NumToWrds(intN); //create object for class
Console.WriteLine(strS2);
break;
case "4.15": //case use for 4.15 exercise that is used for create StructDate
objStructure = new StructDate();
objStructure.dateArray(); // //create object for class
break;
case "4.16": //Case use for 4.16 exercise that is used for sorting date
Console.WriteLine(Constant.strEnumDate);
int size = Convert.ToInt32(Console.ReadLine());
objdt = new StructDate[size]; //create object of structDate array
for (int i = 0; i < size; i++)
{
Console.WriteLine(Constant.strEntrdate + (i + 1));
Console.WriteLine(objdt[i].dateArray());
}
objDateArray = new DateArray();
objDateArray.dateArray(objdt); //Pass by value
objDateArray.dateArray(ref objdt); //Pass by Reference break
break;
case "4.17": //Case use for 4.17 exercise that is used for Write lines on file
objTextFile = new TextFile(); //create object for class
objTextFile.TextFileM();
break;
case "4.18": //Case use for 4.18 exercise that is used for read file content
objReadTextFile = new ReadTextFile(); //create object for class
objReadTextFile.ReadText();
break;
case "7.1": //Case use for 7.1 exercise that is used Driver class
objDriver = new Driver();
objDriver.Drive(); //create object for class
break;
case "7.2":
objCar = new Car(); //Case use for 7.2 exercise that is used Car class
objCar.Drive();
break;
case "7.3": //Case use for 7.3 exercise that is used Car2 class
objCar2 = new Car2();
objCar2.Drive(); //create object for class
break;
case "7.4": //Case use for 7.4 exercise that is used Car3 class
objCar3 = new Car3();
objCar3.Drive(); //create object for class
break;
case "7.5": //Case use for 7.5 exercise that is used Car4 class
objCar4 = new Car4();
objCar4.Destruct(); //create object for class
break;
case "7.6": //Case use for 7.6 exercise that is used ArmoredVehicle class
objArmoredVehicle = new ArmoredVehicle();
objArmoredVehicle.Destruct(); //create object for class
break;
case "7.7": //Case use for 7.7 exercise that is used CarArmoredVcle class
objCarArmoredVcle = new CarArmoredVcle();
ArrayList objarr = objCarArmoredVcle.CarArmored(); //create object for class
foreach (object obj in objarr)
{
Console.WriteLine(obj);
}
break;
case "7.8": //Case use for 7.8 exercise that is used CCarArmoredVcle1 class
objCarArmoredVcle1 = new CarArmoredVcle1();
ArrayList objarr1 = objCarArmoredVcle1.CarArmored(); //create object for class
foreach (object obj in objarr1)
{
try { Console.WriteLine(obj); }
catch (VehicleNtDestydException v)
{
Console.WriteLine(v.Message);
}
}
break;
case "7.9": //Case use for 7.9 exercise that is used Arraylist, create dynamically object
Console.WriteLine(Constant.strEntrCarobject);
int intLst1 = int.Parse(Console.ReadLine());
for (int i = 0; i < intLst1; i++) //Create object in looping
{
Console.WriteLine(Constant.strEntrCarModel);
string strModelnm = Console.ReadLine();
objCar5 = new Car5(strModelnm);
objArryLstD1.Add(objCar5); //Add object intito Arraylist
}
for (int i = 0; i < objArryLstD1.Count; i++) //looping for traverse list
{
Console.WriteLine(objArryLstD1[i].ToString());
}
break;
//objListCar5.Add(objCar5 = new Car5("IV-Tec"));
//objListCar5.Add(objCar5 = new Car5("City Honda"));
//foreach (object obj in objListCar5)
//{
// Console.WriteLine(obj.ToString());
//}
// break;
case "7.10": //Case use for 7.10 exercise that is used Arraylist, create dynamically object and make readonly property
Console.WriteLine(Constant.strEntrCarobject);
int intLst = int.Parse(Console.ReadLine());
for (int i = 0; i < intLst; i++) //Create object in looping
{
Console.WriteLine(Constant.strEntrCarModel);
string strModelnm = Console.ReadLine();
CarArmoredVclList objCarArmoredVclList = new CarArmoredVclList(strModelnm);
objArryLstD.Add(objCarArmoredVclList); //Add object intito Arraylist
}
for (int i = 0; i < objArryLstD.Count; i++) //looping for traverse list
{
Console.WriteLine(objArryLstD[i].ToString());
}
break;
case "7.11": //Case use for 7.11 exercise that is used for fuel calculation
Console.WriteLine(Constant.strIniValCar); //Enter initial value for car
int intK = Convert.ToInt16(Console.ReadLine());
Car6 objCar6 = new Car6(intK);
Console.WriteLine(Constant.strIniValArmored); //Enter initial value for Armored Vehicle
int intC = Convert.ToInt16(Console.ReadLine());
CarFuelCmsptn objCarFuelCmsptn = new CarFuelCmsptn(intC);
objCarFuelCmsptn.FuelEfficiency = 5;
objCar6.FuelEfficiency = 14;
Console.WriteLine(Constant.strEntrKiloCar); //Enter number of Kilometer Driven by Car by user
try { objCar6.Drive(Convert.ToDouble(Console.ReadLine())); }
catch (NoFuelLeftException v) { Console.WriteLine(v); }
Console.WriteLine(Constant.strEntrKiloArmored); // Enter number of Kilometer Driven by ArmoredVehicle by user
try { objCar6.Drive(Convert.ToDouble(Console.ReadLine())); }
catch (NoFuelLeftException StrFuel) { Console.WriteLine(StrFuel); }
break;
case "7.12": //Case use for 7.11 exercise that is used for create hash table, add object in it.
HashTblCar objHashTblCar = new HashTblCar();
objHashTblCar.HashTblSort(); //create object for class
break;
default:
Console.WriteLine(Constant.strEntrNch); //enter no choice
break;
}
Console.WriteLine(Constant.strEntrCyn); // Gather information that you want continue or not
chr = Char.Parse(Console.ReadLine()); // Read value of character
} while (chr == 'Y' || chr == 'y');
if (chr == 'N' || chr == 'n')
{
Console.WriteLine(Constant.strMsg); // Display message if you press N
Console.ReadLine();
}
}
catch (Exception ex)
{
System.Console.WriteLine(ex.Message.ToString()); // throw exception
Console.Read();
}
finally
{
strS = null; objVowel = null; objSvowel = null; objCaseCheck = null; //REALLOCATE THE MEMORY
objdt = null; objReverse = null; objPowerNum = null; objWindowName = null;
objReverse1 = null; objSearchArray = null; objReviseArray = null; objCopyArray = null;
objNotePadApplication = null; objDateArray = null; objTextFile = null;
objReadTextFile = null; objDriver = null; objCar = null; objCar2 = null; objCar3 = null; objCar4 = null; objCar5 = null;
objArmoredVehicle = null; objCarArmoredVcle = null; objCarArmoredVcle1 = null;
}
}
/// <summary>
/// <see cref="Hangul"/> 구조체의 인스턴스를 초기화합니다.
/// </summary>
/// <param name="consonant">설정할 자음입니다.</param>
/// <param name="vowel">설정할 모음입니다.</param>
/// <param name="finalConsonant">설정할 받침입니다. 기본값은 <see cref="FinalConsonant.None"/>입니다.</param>
public Hangul(Consonant consonant, Vowel vowel, FinalConsonant finalConsonant = FinalConsonant.None)
{
this.Consonant = consonant;
this.Vowel = vowel;
this.FinalConsonant = finalConsonant;
}
void DrawVowelRegion(Graphics graphics, Font font, Vowel v) {
float f1Scale = Width / 1400f;
float f2Scale = Height / 3500f;
float lowF1 = v.formantLows[0] * f1Scale;
float highF1 = v.formantHighs[0] * f1Scale;
float lowF2 = (v.formantLows[1] - 500) * f2Scale;
float highF2 = (v.formantHighs[1] - 500) * f2Scale;
float stdDevF1 = v.formantStdDevs[0] * f1Scale;
float stdDevF2 = v.formantStdDevs[1] * f2Scale;
Brush b = (v.vowel == targetVowel) ? Brushes.Black : Brushes.Gray;
Pen p = (v.vowel == targetVowel) ? Pens.White : Pens.Gray;
var vowelBoundaryPoints = new PointF[] {
new PointF(lowF1 - stdDevF1, Height - (lowF2 + stdDevF2)),
new PointF(lowF1 - stdDevF1, Height - (lowF2 - stdDevF2)),
new PointF(lowF1 + stdDevF1, Height - (lowF2 - stdDevF2)),
new PointF(highF1 + stdDevF1, Height - (highF2 - stdDevF2)),
new PointF(highF1 + stdDevF1, Height - (highF2 + stdDevF2)),
new PointF(highF1 - stdDevF1, Height - (highF2 + stdDevF2)),
};
// Amplitude values here are in decibels (all negative). Roundedness will range -0db to -50db, here 0 to 1.
double roundedness = Roundedness(v.formantAmplitudes[0], v.formantAmplitudes[1], v.formantAmplitudes[2]);
graphics.FillPolygon(new SolidBrush(HsvToColor(roundedness * 180, 0.6, 1.0, 255)), vowelBoundaryPoints);
graphics.DrawPolygon(p, vowelBoundaryPoints);
graphics.DrawString(v.vowel, font, b, (lowF1 + highF1) / 2f - 7, Height - (lowF2 + highF2) / 2f - 7);
}
public void MakeShortVowel()
{
for (int i = 0; i < Hangul.VowelCount; i++)
{
Vowel vowel = (Vowel)i;
Vowel shortVowel = Hangul.MakeShortVowel(vowel);
switch (vowel)
{
case Vowel.ㅏ:
Assert.Equal(Vowel.ㅏ, shortVowel);
break;
case Vowel.ㅐ:
Assert.Equal(Vowel.ㅐ, shortVowel);
break;
case Vowel.ㅑ:
Assert.Equal(Vowel.ㅏ, shortVowel);
break;
case Vowel.ㅒ:
Assert.Equal(Vowel.ㅐ, shortVowel);
break;
case Vowel.ㅓ:
Assert.Equal(Vowel.ㅓ, shortVowel);
break;
case Vowel.ㅔ:
Assert.Equal(Vowel.ㅔ, shortVowel);
break;
case Vowel.ㅕ:
Assert.Equal(Vowel.ㅓ, shortVowel);
break;
case Vowel.ㅖ:
Assert.Equal(Vowel.ㅔ, shortVowel);
break;
case Vowel.ㅗ:
Assert.Equal(Vowel.ㅗ, shortVowel);
break;
case Vowel.ㅘ:
Assert.Equal(Vowel.ㅏ, shortVowel);
break;
case Vowel.ㅙ:
Assert.Equal(Vowel.ㅐ, shortVowel);
break;
case Vowel.ㅚ:
Assert.Equal(Vowel.ㅔ, shortVowel);
break;
case Vowel.ㅛ:
Assert.Equal(Vowel.ㅗ, shortVowel);
break;
case Vowel.ㅜ:
Assert.Equal(Vowel.ㅜ, shortVowel);
break;
case Vowel.ㅝ:
Assert.Equal(Vowel.ㅓ, shortVowel);
break;
case Vowel.ㅞ:
Assert.Equal(Vowel.ㅔ, shortVowel);
break;
case Vowel.ㅟ:
Assert.Equal(Vowel.ㅣ, shortVowel);
break;
case Vowel.ㅠ:
Assert.Equal(Vowel.ㅜ, shortVowel);
break;
case Vowel.ㅡ:
Assert.Equal(Vowel.ㅡ, shortVowel);
break;
case Vowel.ㅢ:
Assert.Equal(Vowel.ㅣ, shortVowel);
break;
case Vowel.ㅣ:
Assert.Equal(Vowel.ㅣ, shortVowel);
break;
}
}
}
/// <summary> /// 한글의 자음, 모음, 받침을 한 문자로 조합합니다. /// </summary> /// <param name="consonant"></param> /// <param name="vowel"></param> /// <param name="finalConsonant"></param> /// <returns></returns> public static char Merge(Consonant consonant, Vowel vowel, FinalConsonant finalConsonant = FinalConsonant.None) => (char)Merge((int)consonant, (int)vowel, (int)finalConsonant);
