public void TickData_FilledExample()
{
var tickData = new GtTickData();
tickData.IsStartTick = true;
tickData.String6 = 2;
tickData.String5 = 4;
tickData.String4 = 4;
tickData.RemarkOrChordName = "F#";
Assert.IsNull(tickData.String1);
Assert.IsNull(tickData.String2);
Assert.IsNull(tickData.String3);
Assert.AreEqual(4, tickData.String4);
Assert.AreEqual(4, tickData.String5);
Assert.AreEqual(2, tickData.String6);
Assert.IsTrue(tickData.IsStartTick);
Assert.IsFalse(tickData.IsEndTick);
Assert.AreEqual("F#", tickData.RemarkOrChordName);
}
public void TickDataTable_AddTickData_One()
{
var tickData = new GtTickData();
tickData.RemarkOrChordName = "F#";
tickData.String6 = 2;
tickData.String5 = 4;
tickData.String4 = 4;
var tickDataTable = new GtTickDataTable(10);
tickDataTable.AddTickData(new BeatTick(1, 0), new BeatTick(1, 0), tickData);
Assert.AreEqual(tickData.RemarkOrChordName, tickDataTable[1, 0].RemarkOrChordName);
Assert.AreEqual(tickData.String6, tickDataTable[1, 0].String6);
Assert.AreEqual(tickData.String5, tickDataTable[1, 0].String5);
Assert.AreEqual(tickData.String4, tickDataTable[1, 0].String4);
Assert.AreEqual(tickData.String3, tickDataTable[1, 0].String3);
Assert.AreEqual(tickData.String2, tickDataTable[1, 0].String2);
Assert.AreEqual(tickData.String1, tickDataTable[1, 0].String1);
Assert.IsTrue(tickDataTable[1, 0].IsStartTick);
Assert.IsTrue(tickDataTable[1, 0].IsEndTick);
}
public void TickDataTable_AddTickData_Invalid()
{
var tickData = new GtTickData();
var tickDataTable = new GtTickDataTable(10);
tickDataTable.AddTickData(new BeatTick(2, 0), new BeatTick(1, 0), tickData);
}
public void TickDataTable_AddTickData_DifferentReference()
{
var tickData = new GtTickData();
var tickDataTable = new GtTickDataTable(10);
tickDataTable.AddTickData(new BeatTick(1, 0), new BeatTick(1, 0), tickData);
Assert.AreNotSame(tickData, tickDataTable[1, 0]);
}
public Double_GtTickDataTable_OneChord()
: base(4)
{
var tickData = new GtTickData();
tickData.RemarkOrChordName = "F#";
tickData.String6 = 2;
tickData.String5 = 4;
tickData.String4 = 4;
this.AddTickData(new BeatTick(1, 0), new BeatTick(1, 470), tickData);
}
public Double_GtTickDataTable_1NoteFirstBeat()
: base(16)
{
var tickData = new GtTickData();
tickData.RemarkOrChordName = "E";
tickData.String6 = 0;
var position = new BeatTick(1, 0);
var duration = 8 * 480;
this.AddTickData(position, position.AddTicks(duration), tickData);
}
public Double_GtTickDataTable_1Note()
: base(16)
{
var tickData = new GtTickData();
tickData.RemarkOrChordName = "E";
tickData.String6 = 0;
//var position = new BeatTick(4, 0); //GtSceneGuitar.SetSceneGuitarNote add 1 beat - I know, must be adjusted.
var position = new BeatTick(5, 0);
var duration = 8 * 480;
this.AddTickData(position, position.AddTicks(duration), tickData);
}
public void TickDataTable_AddTickData_Many()
{
var tickData = new GtTickData();
tickData.RemarkOrChordName = "F#";
tickData.String6 = 2;
tickData.String5 = 4;
tickData.String4 = 4;
var tickDataTable = new GtTickDataTable(10);
tickDataTable.AddTickData(new BeatTick(1, 0), new BeatTick(1, 470), tickData);
for (int tick = 0; tick < 480; tick += 10)
{
Assert.AreEqual(tickData.RemarkOrChordName, tickDataTable[1, tick].RemarkOrChordName);
Assert.AreEqual(tickData.String6, tickDataTable[1, tick].String6);
Assert.AreEqual(tickData.String5, tickDataTable[1, tick].String5);
Assert.AreEqual(tickData.String4, tickDataTable[1, tick].String4);
if (tick == 0)
{
//first item
Assert.IsTrue(tickDataTable[1, tick].IsStartTick);
Assert.IsFalse(tickDataTable[1, tick].IsEndTick);
}
else if (tick == 470)
{
//last item
Assert.IsFalse(tickDataTable[1, tick].IsStartTick);
Assert.IsTrue(tickDataTable[1, tick].IsEndTick);
}
else
{
//other item
Assert.IsFalse(tickDataTable[1, tick].IsStartTick);
Assert.IsFalse(tickDataTable[1, tick].IsEndTick);
}
}
Assert.AreEqual("", tickDataTable[2, 0].RemarkOrChordName);
Assert.IsNull(tickDataTable[2, 0].String6);
Assert.IsNull(tickDataTable[2, 0].String5);
Assert.IsNull(tickDataTable[2, 0].String4);
}
public void TickData_Signature()
{
var tickData = new GtTickData();
Assert.IsNull(tickData.String1);
Assert.IsNull(tickData.String2);
Assert.IsNull(tickData.String3);
Assert.IsNull(tickData.String4);
Assert.IsNull(tickData.String5);
Assert.IsNull(tickData.String6);
Assert.IsFalse(tickData.IsStartTick);
Assert.IsFalse(tickData.IsEndTick);
Assert.AreEqual("", tickData.RemarkOrChordName);
Assert.IsFalse(tickData.DrawChord);
}
public void ConvertScoreMomentsInTickTable()
{
IList <GuitarScoreNote> scoreNotes = new List <GuitarScoreNote>();
scoreNotes.Add(new GuitarScoreNote("G3", 1, 0, 480, null)
{
RemarkOrChordName = "G"
});
var fileLoader = new GtFileLoader();
var tickDataTable = fileLoader.ConvertScoreNotesInTickTable(scoreNotes);
Assert.AreEqual(1 + GtFileLoader.NUMBER_ADITIONAL_BEATS, tickDataTable.NumberOfBeats);
Assert.AreEqual((1 + GtFileLoader.NUMBER_ADITIONAL_BEATS) * 48, tickDataTable.fItems.Length);
for (int i = 0; i < 48; i++)
{
GtTickData tickData = tickDataTable[1, i * 10];
Assert.IsNull(tickData.String1);
Assert.IsNull(tickData.String2);
Assert.IsNull(tickData.String3);
Assert.IsNull(tickData.String4);
Assert.IsNull(tickData.String5);
Assert.AreEqual(3, tickData.String6);
if (i == 0)
{
Assert.AreEqual("G", tickData.RemarkOrChordName);
}
else
{
Assert.AreEqual("", tickData.RemarkOrChordName);
}
}
}
private void RenderChordPicture(SpriteBatch pSpriteBatch, GtTickData pTickData, int pY)
{
int notesNumber = 0;
int minorFret = int.MaxValue;
#region Calculate Minor Fret
if (pTickData.String1 != null)
{
notesNumber++;
if (pTickData.String1 < minorFret)
{
minorFret = pTickData.String1.Value;
}
}
if (pTickData.String2 != null)
{
notesNumber++;
if (pTickData.String2 < minorFret)
{
minorFret = pTickData.String2.Value;
}
}
if (pTickData.String3 != null)
{
notesNumber++;
if (pTickData.String3 < minorFret)
{
minorFret = pTickData.String3.Value;
}
}
if (pTickData.String4 != null)
{
notesNumber++;
if (pTickData.String4 < minorFret)
{
minorFret = pTickData.String4.Value;
}
}
if (pTickData.String5 != null)
{
notesNumber++;
if (pTickData.String5 < minorFret)
{
minorFret = pTickData.String5.Value;
}
}
if (pTickData.String6 != null)
{
notesNumber++;
if (pTickData.String6 < minorFret)
{
minorFret = pTickData.String6.Value;
}
}
#endregion
int fretShift = 0; //real fret is the position (in picture) plus fretShift
if (minorFret > 2)
{
fretShift = minorFret - 2;
}
var backgrouRectangle = new Rectangle(
this.X + (6 * this.Distance) + 50,
pY - 20,
70,
50);
pSpriteBatch.Draw(
this.Game.ChordPictureBackground,
backgrouRectangle,
Color.Gray);
DrawPositionInChordPicture(pSpriteBatch, 6, pTickData.String6, backgrouRectangle, fretShift);
DrawPositionInChordPicture(pSpriteBatch, 5, pTickData.String5, backgrouRectangle, fretShift);
DrawPositionInChordPicture(pSpriteBatch, 4, pTickData.String4, backgrouRectangle, fretShift);
DrawPositionInChordPicture(pSpriteBatch, 3, pTickData.String3, backgrouRectangle, fretShift);
DrawPositionInChordPicture(pSpriteBatch, 2, pTickData.String2, backgrouRectangle, fretShift);
DrawPositionInChordPicture(pSpriteBatch, 1, pTickData.String1, backgrouRectangle, fretShift);
}
public Double_GtTickDataTable_3200Notes()
: base(3200)
{
var tickData1 = new GtTickData();
tickData1.RemarkOrChordName = "B";
tickData1.String5 = 2;
tickData1.String4 = 4;
tickData1.String3 = 4;
var tickData2 = new GtTickData();
tickData2.RemarkOrChordName = "F#";
tickData2.String6 = 2;
tickData2.String5 = 4;
tickData2.String4 = 4;
var tickData3 = new GtTickData();
tickData3.RemarkOrChordName = "G#";
tickData3.String6 = 4;
tickData3.String5 = 6;
tickData3.String4 = 6;
var tickData4 = new GtTickData();
tickData4.RemarkOrChordName = "E";
tickData4.String6 = 0;
tickData4.String5 = 2;
tickData4.String4 = 2;
var position = new BeatTick(1, 0);
var duration = 120;
var distance = 240;
for (int j = 0; j < 100; j++)
{
//Insert 8 B (2 for each beat)
for (int i = 0; i < 8; i++)
{
this.AddTickData(position, position.AddTicks(duration), tickData1);
position = position.AddTicks(distance);
}
//Insert 8 F# (2 for each beat)
for (int i = 0; i < 8; i++)
{
this.AddTickData(position, position.AddTicks(duration), tickData2);
position = position.AddTicks(distance);
}
//Insert 8 G# (2 for each beat)
for (int i = 0; i < 8; i++)
{
this.AddTickData(position, position.AddTicks(duration), tickData3);
position = position.AddTicks(distance);
}
//Insert 8 E (2 for each beat)
for (int i = 0; i < 8; i++)
{
this.AddTickData(position, position.AddTicks(duration), tickData4);
position = position.AddTicks(distance);
}
}
}
public Double_GtTickDataTable_ChromaticScale()
: base(600)
{
var tickData1 = new GtTickData();
tickData1.RemarkOrChordName = "C";
tickData1.String5 = 3;
var tickData2 = new GtTickData();
tickData2.RemarkOrChordName = "C#";
tickData2.String5 = 4;
var tickData3 = new GtTickData();
tickData3.RemarkOrChordName = "D";
tickData3.String5 = 5;
var tickData4 = new GtTickData();
tickData4.RemarkOrChordName = "D#";
tickData4.String5 = 6;
var tickData5 = new GtTickData();
tickData5.RemarkOrChordName = "E";
tickData5.String4 = 2;
var tickData6 = new GtTickData();
tickData6.RemarkOrChordName = "F";
tickData6.String4 = 3;
var tickData7 = new GtTickData();
tickData7.RemarkOrChordName = "F#";
tickData7.String4 = 4;
var tickData8 = new GtTickData();
tickData8.RemarkOrChordName = "G";
tickData8.String4 = 5;
var tickData9 = new GtTickData();
tickData9.RemarkOrChordName = "G#";
tickData9.String3 = 1;
var tickData10 = new GtTickData();
tickData10.RemarkOrChordName = "A";
tickData10.String3 = 2;
var tickData11 = new GtTickData();
tickData11.RemarkOrChordName = "A#";
tickData11.String3 = 3;
var tickData12 = new GtTickData();
tickData12.RemarkOrChordName = "B";
tickData12.String3 = 4;
var position = new BeatTick(3, 0);
var duration = 230;
var distance = 240;
var ntimes = 1;
for (int j = 0; j < 50; j++)
{
for (int i = 0; i < ntimes; i++)
{
this.AddTickData(position, position.AddTicks(duration), tickData1);
position = position.AddTicks(distance);
}
for (int i = 0; i < ntimes; i++)
{
this.AddTickData(position, position.AddTicks(duration), tickData2);
position = position.AddTicks(distance);
}
for (int i = 0; i < ntimes; i++)
{
this.AddTickData(position, position.AddTicks(duration), tickData3);
position = position.AddTicks(distance);
}
for (int i = 0; i < ntimes; i++)
{
this.AddTickData(position, position.AddTicks(duration), tickData4);
position = position.AddTicks(distance);
}
for (int i = 0; i < ntimes; i++)
{
this.AddTickData(position, position.AddTicks(duration), tickData5);
position = position.AddTicks(distance);
}
for (int i = 0; i < ntimes; i++)
{
this.AddTickData(position, position.AddTicks(duration), tickData6);
position = position.AddTicks(distance);
}
for (int i = 0; i < ntimes; i++)
{
this.AddTickData(position, position.AddTicks(duration), tickData7);
position = position.AddTicks(distance);
}
for (int i = 0; i < ntimes; i++)
{
this.AddTickData(position, position.AddTicks(duration), tickData8);
position = position.AddTicks(distance);
}
for (int i = 0; i < ntimes; i++)
{
this.AddTickData(position, position.AddTicks(duration), tickData9);
position = position.AddTicks(distance);
}
for (int i = 0; i < ntimes; i++)
{
this.AddTickData(position, position.AddTicks(duration), tickData10);
position = position.AddTicks(distance);
}
for (int i = 0; i < ntimes; i++)
{
this.AddTickData(position, position.AddTicks(duration), tickData11);
position = position.AddTicks(distance);
}
for (int i = 0; i < ntimes; i++)
{
this.AddTickData(position, position.AddTicks(duration), tickData12);
position = position.AddTicks(distance);
}
}
}
public Double_GtTickDataTable_32Notes()
: base(16)
{
var tickData1 = new GtTickData();
tickData1.RemarkOrChordName = "B";
tickData1.String5 = 2;
tickData1.String4 = 4;
tickData1.String3 = 4;
var tickData2 = new GtTickData();
tickData2.RemarkOrChordName = "F#";
tickData2.String6 = 2;
tickData2.String5 = 4;
tickData2.String4 = 4;
var tickData3 = new GtTickData();
tickData3.RemarkOrChordName = "G#";
tickData3.String6 = 4;
tickData3.String5 = 6;
tickData3.String4 = 6;
var tickData4 = new GtTickData();
tickData4.RemarkOrChordName = "E";
tickData4.String6 = 0;
tickData4.String5 = 2;
tickData4.String4 = 2;
var position = new BeatTick(1, 0);
var duration = 120;
var distance = 240;
var distanceInMiliseconds = 500; //0.5 sec (60 BPM)
var positionInMiliseconds = 0;
//Insert 8 B (2 for each beat)
for (int i = 0; i < 8; i++)
{
tickData1.MomentInMiliseconds = positionInMiliseconds;
this.AddTickData(position, position.AddTicks(duration), tickData1);
position = position.AddTicks(distance);
positionInMiliseconds += distanceInMiliseconds;
}
//Insert 8 F# (2 for each beat)
for (int i = 0; i < 8; i++)
{
tickData2.MomentInMiliseconds = positionInMiliseconds;
this.AddTickData(position, position.AddTicks(duration), tickData2);
position = position.AddTicks(distance);
positionInMiliseconds += distanceInMiliseconds;
}
distanceInMiliseconds = 250; //0.25 sec (120 BPM)
//Insert 8 G# (2 for each beat)
for (int i = 0; i < 8; i++)
{
tickData3.MomentInMiliseconds = positionInMiliseconds;
this.AddTickData(position, position.AddTicks(duration), tickData3);
position = position.AddTicks(distance);
positionInMiliseconds += distanceInMiliseconds;
}
//Insert 8 E (2 for each beat)
for (int i = 0; i < 8; i++)
{
tickData4.MomentInMiliseconds = positionInMiliseconds;
this.AddTickData(position, position.AddTicks(duration), tickData4);
position = position.AddTicks(distance);
positionInMiliseconds += distanceInMiliseconds;
}
}
