//On crée une Syllable dans Sentence dans la méthode SpiltASS
//(We create a Syllable in Sentence in the SplitASS method)
public Syllable(string syl, long kdur, long kstart, long sdur, long sstart, Sentence sen)
{
//Syllabe
_syl = syl;
_duration_ms = kdur;
_start_ms = kstart;
_end_ms = kstart + kdur;
_sentence_duration_ms = sdur;
_sentence_start_ms = sstart;
_sentence_end_ms = sstart + sdur;
this.Moments.Add(new SyllableProfile(), this.SyllableStart);
this.Moments.Add(new SyllableProfile(), this.SyllableEnd);
//Lettres
char[] cs = _syl.ToCharArray();
long letters_dur = 0;
foreach (char c in cs)
{
Letter let = new Letter(c);
let.SyllableDuration = _duration_ms;
let.SyllableStart = _start_ms;
let.SyllableEnd = _end_ms;
let.SentenceDuration = _sentence_duration_ms;
let.SentenceStart = _sentence_start_ms;
let.SentenceEnd = _sentence_end_ms;
let.FromSentence = sen;
let.FromSyllable = this;
let.LetterStart = _start_ms + letters_dur;
let.LetterDuration = _duration_ms / cs.Length;
letters_dur += let.LetterDuration;
let.LetterEnd = letters_dur;
let.Moments.Add(new LetterProfile(), let.LetterStart);
let.Moments.Add(new LetterProfile(), let.LetterEnd);
_letter_list.Add(let);
}
}
private void CompareAndUpdateLetter(GridItem changed, object oldvalue, Letter let)
{
long S = let.LetterStart, E = let.LetterEnd;
if (S.Equals(oldvalue) & changed.Label.Equals("Start time")) { let.LetterStart = (long)changed.Value; }
if (E.Equals(oldvalue) & changed.Label.Equals("End time")) { let.LetterEnd = (long)changed.Value; }
if (let.GetAngleX(S).Equals(oldvalue) & changed.Label.Equals("Angle X at start")) { let.SetAngleX(S, (int)changed.Value); }
if (let.GetAngleX(E).Equals(oldvalue) & changed.Label.Equals("Angle X at end")) { let.SetAngleX(E, (int)changed.Value); }
if (let.GetAngleY(S).Equals(oldvalue) & changed.Label.Equals("Angle Y at start")) { let.SetAngleY(S, (int)changed.Value); }
if (let.GetAngleY(E).Equals(oldvalue) & changed.Label.Equals("Angle Y at end")) { let.SetAngleY(E, (int)changed.Value); }
if (let.GetAngleZ(S).Equals(oldvalue) & changed.Label.Equals("Angle Z at start")) { let.SetAngleZ(S, (int)changed.Value); }
if (let.GetAngleZ(E).Equals(oldvalue) & changed.Label.Equals("Angle Z at end")) { let.SetAngleZ(E, (int)changed.Value); }
if (let.GetFrontColor(S).Equals(oldvalue) & changed.Label.Equals("Front color at start")) { let.SetFrontColor(S, (Color)changed.Value); }
if (let.GetFrontColor(E).Equals(oldvalue) & changed.Label.Equals("Front color at end")) { let.SetFrontColor(E, (Color)changed.Value); }
if (let.GetBackColor(S).Equals(oldvalue) & changed.Label.Equals("Back color at start")) { let.SetBackColor(S, (Color)changed.Value); }
if (let.GetBackColor(E).Equals(oldvalue) & changed.Label.Equals("Back color at end")) { let.SetBackColor(E, (Color)changed.Value); }
if (let.GetBorderColor(S).Equals(oldvalue) & changed.Label.Equals("Border color at start")) { let.SetBorderColor(S, (Color)changed.Value); }
if (let.GetBorderColor(E).Equals(oldvalue) & changed.Label.Equals("Border color at end")) { let.SetBorderColor(E, (Color)changed.Value); }
if (let.GetShadowColor(S).Equals(oldvalue) & changed.Label.Equals("Shadow color at start")) { let.SetShadowColor(S, (Color)changed.Value); }
if (let.GetShadowColor(E).Equals(oldvalue) & changed.Label.Equals("Shadow color at end")) { let.SetShadowColor(E, (Color)changed.Value); }
if (let.GetRelativePositionX(S).Equals(oldvalue) & changed.Label.Equals("Position X at start")) { let.SetRelativePositionX(S, (float)changed.Value); }
if (let.GetRelativePositionX(E).Equals(oldvalue) & changed.Label.Equals("Position X at end")) { let.SetRelativePositionX(E, (float)changed.Value); }
if (let.GetRelativePositionY(S).Equals(oldvalue) & changed.Label.Equals("Position Y at start")) { let.SetRelativePositionY(S, (float)changed.Value); }
if (let.GetRelativePositionY(E).Equals(oldvalue) & changed.Label.Equals("Position Y at end")) { let.SetRelativePositionY(E, (float)changed.Value); }
if (let.GetQuakeX(S).Equals(oldvalue) & changed.Label.Equals("Quake X at start")) { let.SetQuakeX(S, (int)changed.Value); }
if (let.GetQuakeX(E).Equals(oldvalue) & changed.Label.Equals("Quake X at end")) { let.SetQuakeX(E, (int)changed.Value); }
if (let.GetQuakeY(S).Equals(oldvalue) & changed.Label.Equals("Quake Y at start")) { let.SetQuakeY(S, (int)changed.Value); }
if (let.GetQuakeY(E).Equals(oldvalue) & changed.Label.Equals("Quake Y at end")) { let.SetQuakeY(E, (int)changed.Value); }
if (let.GetScaleX(S).Equals(oldvalue) & changed.Label.Equals("Scale X at start")) { let.SetScaleX(S, (float)changed.Value); }
if (let.GetScaleX(E).Equals(oldvalue) & changed.Label.Equals("Scale X at end")) { let.SetScaleX(E, (float)changed.Value); }
if (let.GetScaleY(S).Equals(oldvalue) & changed.Label.Equals("Scale Y at start")) { let.SetScaleY(S, (float)changed.Value); }
if (let.GetScaleY(E).Equals(oldvalue) & changed.Label.Equals("Scale Y at end")) { let.SetScaleY(E, (float)changed.Value); }
if (let.GetBorderWeight(S).Equals(oldvalue) & changed.Label.Equals("Border weight at start")) { let.SetBorderWeight(S, (int)changed.Value); }
if (let.GetBorderWeight(E).Equals(oldvalue) & changed.Label.Equals("Border weight at end")) { let.SetBorderWeight(E, (int)changed.Value); }
if (let.GetShadowDepth(S).Equals(oldvalue) & changed.Label.Equals("Shadow depth at start")) { let.SetShadowDepth(S, (int)changed.Value); }
if (let.GetShadowDepth(E).Equals(oldvalue) & changed.Label.Equals("Shadow depth at end")) { let.SetShadowDepth(E, (int)changed.Value); }
//if (changed.Label.Equals("Path"))
//{
// let.SetPathTreeNode(PathTreeNode.GetFromString(avstn, changed.Value.ToString()));
//}
}
public LetterTreeNode(Letter let)
{
_let = let;
}
