public void TestIfContainsConsonant()
{
var consonant = "abcdef";
var con = new Consonant(consonant);
Assert.IsTrue(con.ContainsConsonant());
}
public void TestIfIsConsonant()
{
var consonant = "b";
var con = new Consonant(consonant);
Assert.IsTrue(con.IsConsonant());
}
public void TestIfIsSetOfConsonant()
{
var consonant = "bcdf";
var con = new Consonant(consonant);
Assert.IsTrue(con.IsSetOfConsonants());
}
public void TestIfIsSetOfConsonantIsInvalid()
{
var consonant = "abcdf";
var con = new Consonant(consonant);
Assert.IsFalse(con.IsSetOfConsonants());
}
public Diacritic(Consonant phone, int diacriticImpact = 0)
{
this.Palatalization = phone.Palatalization;
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 void GotAudioData(object sender, AudioDataEventArgs e)
{
if (!this.Enabled)
return;
var info = AudioAnalyzer.AnalyzeFrame(e.Data);
if (info.Consonant != curConsonant && info.Consonant == Consonant.None || curConsonant == Consonant.None)
{
//Console.WriteLine(info.Consonant.ToString() + " - " + info.LoudestFreq.ToString());
if (ConsonantChanged != null)
ConsonantChanged(this, new ConsonantChangedEventArgs(curConsonant, info.Consonant));
curConsonant = info.Consonant;
}
}
/// <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;
}
}
public void AddConsonantSubscripPage(Consonant khc, PdfDocument pdf, Document document, string sIndex)
{
const String FONT = @"C:\Windows\Fonts\STKAITI.TTF";
PdfFont fontKaiti = PdfFontFactory.CreateFont(FONT, PdfEncodings.IDENTITY_H, PdfFontFactory.EmbeddingStrategy.FORCE_EMBEDDED, true);
//GENERAR IMAGENES CONSONANTES
SaveBitmapfromFontChar(khc.Character, "Kaiti", FontStyle.Regular, sIndex, false, Brushes.Black, "Black");
SaveBitmapfromFontChar(khc.SubscriptCharacter, "Kaiti", FontStyle.Regular, sIndex, true, Brushes.Black, "Black");
SaveBitmapfromFontChar(khc.Character, "Kaiti", FontStyle.Regular, sIndex, false, Brushes.Black, "Gray");
SaveBitmapfromFontChar(khc.SubscriptCharacter, "Kaiti", FontStyle.Regular, sIndex, true, Brushes.Black, "Gray");
PdfCanvas pdfCanvas = new PdfCanvas(pdf.AddNewPage());
Canvas canvas = new Canvas(pdfCanvas, pdf, document.GetPageEffectiveArea(pdf.GetDefaultPageSize()));
//Layer 1
PdfLayer pdflayer1 = new PdfLayer("Layer 1", pdf);
pdflayer1.SetOn(true);
pdfCanvas.BeginLayer(pdflayer1);
///Template IMG
string template = @"D:\KH\Template\ConsonantTemplate.png";
ImageData data = ImageDataFactory.Create(template);
iText.Layout.Element.Image img = new iText.Layout.Element.Image(ImageDataFactory.Create(template))
.ScaleToFit(PageSize.A4.GetWidth(), PageSize.A4.GetHeight())
.SetFixedPosition(0, 0);
canvas.Add(img);
pdfCanvas.EndLayer();
//Layer 2 CARACTER GRANDE
PdfLayer pdflayer2 = new PdfLayer("Layer 2", pdf);
pdflayer2.SetOn(true);
pdfCanvas.BeginLayer(pdflayer2);
int LeftMarginMiZige = 114 * 72 / 300 - 20;
int UpMarginMiZige = 114 * 72 / 300 - 5;
int CaracterSize = 200;
//Este es el path con el que se ha grabado la imagen previamente
string path = @"D:\KH\KhmerWorkbook\Chars\" + khc.Character.ToString() + "_Black.png";
string SubscriptCharacterpath = @"D:\KH\KhmerWorkbook\Chars\" + khc.SubscriptCharacter.ToString() + "_Black.png";
//COLOCAR CONSONANTE
iText.Layout.Element.Image MainCaracter = new iText.Layout.Element.Image(ImageDataFactory.Create(path))
.SetFixedPosition(LeftMarginMiZige, PageSize.A4.GetHeight() - CaracterSize - UpMarginMiZige)
.ScaleAbsolute(CaracterSize, CaracterSize)
.SetTextAlignment(TextAlignment.CENTER);
canvas.Add(MainCaracter);
//COLOCAR FORMA DE SUBSCRIPT AQUI
int ScriptSize = 200;
iText.Layout.Element.Image SubscriptCaracter = new iText.Layout.Element.Image(ImageDataFactory.Create(SubscriptCharacterpath))
.SetFixedPosition(1000 * 72 / 300 - 20, PageSize.A4.GetHeight() - CaracterSize - UpMarginMiZige)
.ScaleAbsolute(ScriptSize, ScriptSize)
.SetTextAlignment(TextAlignment.CENTER);
canvas.Add(SubscriptCaracter);
pdfCanvas.EndLayer();
//Layer 4 CARACTER PEQUEÑOS FOR
PdfLayer pdflayer4 = new PdfLayer("Layer 4", pdf);
pdflayer4.SetOn(true);
pdfCanvas.BeginLayer(pdflayer4);
int MiniCaracterSize = 30;
int MaxColumns = 16; //Se elimina una columna al ver los resultados del margen del primer Workbook TianziGe enviado por Amazon
int MaxRows = 17;
float width = 30.6F;
float height = 30.7F;
int UpMarginMiZigeMini = 22;
float left = 0;
float bottom = 0;
iText.Layout.Element.Image MiniCaracter = new iText.Layout.Element.Image(ImageDataFactory.Create(path));
MiniCaracter.ScaleAbsolute(MiniCaracterSize, MiniCaracterSize);
MiniCaracter.SetTextAlignment(TextAlignment.CENTER);
for (int col = 0; col < MaxColumns; col++)
{
for (int row = 0; row < MaxRows; row++)
{
//No se imprimen donde esta en caracter grande situado
if (!(row < 6))
{
left = 35 + col * width;
bottom = PageSize.A4.GetHeight() - MiniCaracterSize - 2 - UpMarginMiZigeMini - row * height;
MiniCaracter.SetFixedPosition(left, bottom);
canvas.Add(MiniCaracter);
}
}
}
pdfCanvas.EndLayer();
//INFORMACION CARACTER
document.SetFont(fontKaiti);
var dimensionsColumns = new float[] { 1, 1, 1, 1, 1, 1 };
Table table = new Table(UnitValue.CreatePercentArray(dimensionsColumns));
table.UseAllAvailableWidth();
PdfLayer pdflayerInfo = new PdfLayer("pdflayerInfo", pdf);
pdflayerInfo.SetOn(true);
pdfCanvas.BeginLayer(pdflayerInfo);
int repeticion = 0;
List <Paragraph> pGlobals = new List <Paragraph>();
foreach (Word_HSK word in includedWords)
{
//Add row to table
if (word.Character.Contains(khc.Character))
{
repeticion++;
Paragraph pGlobal = new Paragraph(word.Character + "\t (" + word.Pinyin + ") , " + word.Type + " , " + word.Description).SetFont(fontKaiti).SetFontSize(10);
pGlobals.Add(pGlobal);
}
}
if (repeticion > Maxrepeticion)
{
Maxrepeticion = repeticion;
repeticion = 0;
int checkLevel = Level;
}
int rowspan = 1;
int colspan;
int PalabrasPorFila = 0;
if (pGlobals.Count <= 4)
{
colspan = 6;
PalabrasPorFila = 1;
}
else if ((pGlobals.Count > 4) && (pGlobals.Count <= 8))
{
colspan = 3;
PalabrasPorFila = 2;
}
else
{
colspan = 2;
PalabrasPorFila = 3;
}
//En blanco antes del numero de pagina
double Count = pGlobals.Count;
double doubleplarba = PalabrasPorFila;
int NumeroFilas = (int)Math.Ceiling(Count / PalabrasPorFila);
int nwhite = 4 - NumeroFilas;
int Height = 14;
int Columns = 6; //Se utiliza para graduar al colspan anterior
//Celdas en blanco hasta el final del documento
int FilasBlancasAntesdepalabras = 33 + 4; //Al añadir dos filas mas a la plantilla
for (int x = 0; x < FilasBlancasAntesdepalabras * Columns; x++)
{
Cell cellWhite = new Cell(); // Creating a cell
cellWhite.SetHeight(Height).Add(new Paragraph(" "));
table.AddCell(cellWhite); // Adding cell to the table
}
foreach (Paragraph p in pGlobals)
{
Cell cellGlobal = new Cell(rowspan, colspan);
cellGlobal.SetHeight(Height).Add(p);
table.AddCell(cellGlobal);
}
RemoveBorder(table);
canvas.Add(table);
Table tableNumberPage = new Table(UnitValue.CreatePercentArray(new float[] { 100 }));
tableNumberPage.UseAllAvailableWidth();
for (int x = 0; x < nwhite; x++)
{
Cell cellWhite = new Cell(); // Creating a cell
cellWhite.SetHeight(Height).Add(new Paragraph(" ").SetHeight(Height));
tableNumberPage.AddCell(cellWhite); // Adding cell to the table
}
Cell cellNumberPage = new Cell(); // Creating a cell
cellNumberPage.SetHeight(Height).Add(new Paragraph(sIndex).SetFontSize(10).SetTextAlignment(TextAlignment.CENTER).SetFont(fontKaiti));
tableNumberPage.AddCell(cellNumberPage); // Adding cell to the table
RemoveBorder(tableNumberPage);
canvas.Add(tableNumberPage);
pdfCanvas.EndLayer();
}
public ConsonantChangedEventArgs(Consonant oldConsonant, Consonant newConsonant)
{
OldConsonant = oldConsonant;
NewConsonant = newConsonant;
}
/// <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;
}
/// <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);
public void Constructor_WrongSymbol_Exception(char input)
{
var letter = new Consonant(input);
}
