/// <summary>
/// Verify if the note placement match the situation and return the value
/// </summary>
/// <param name="lastLine">Last note line</param>
/// <param name="lastLayer">Last note layer</param>
/// <param name="type">Note color</param>
/// <returns>Line, Layer</returns>
static public (int, int) PlacementCheck(int direction, int type, ColorNote lastNote, ColorNote lastColor)
{
// Next possible line and layer
int line = -1;
int layer = -1;
int rand;
do
{
if (type == ColorType.RED)
{
rand = RandNumber(0, PossibleRedPlacement.placement[direction].Count());
line = PossibleRedPlacement.placement[direction][rand][0];
layer = PossibleRedPlacement.placement[direction][rand][1];
}
else if (type == ColorType.BLUE)
{
rand = RandNumber(0, PossibleBluePlacement.placement[direction].Count());
line = PossibleBluePlacement.placement[direction][rand][0];
layer = PossibleBluePlacement.placement[direction][rand][1];
}
// Fix possible fused notes
if (lastNote.line == line && lastNote.layer == layer)
{
continue;
}
return(line, layer);
} while (true);
}
/// <summary>
/// Method to find specific pattern and remove the notes of the pattern from the main list of note
/// </summary>
/// <param name="notes">List of ColorNote</param>
/// <returns>List of list of ColorNote (Pattern) and modified List of ColorNote</returns>
static public (List <List <ColorNote> >, List <ColorNote>) FindPattern(List <ColorNote> notes)
{
// List of list to keep thing like sliders/stack/window/tower etc
List <List <ColorNote> > patterns = new();
// Stock pattern notes
List <ColorNote> pattern = new();
// To know if a pattern was found
bool found = false;
// Find all notes sliders/stack/window/tower
for (int i = 0; i < notes.Count; i++)
{
if (i == notes.Count - 1)
{
if (found)
{
pattern.Add(new(notes[i]));
notes.RemoveAt(i);
patterns.Add(new(pattern));
found = false;
}
break;
}
ColorNote now = notes[i];
ColorNote next = notes[i + 1];
if (next.beat - now.beat >= 0 && next.beat - now.beat < 0.1)
{
if (!found)
{
pattern = new();
found = true;
}
pattern.Add(new(notes[i]));
notes.RemoveAt(i);
i--;
}
else
{
if (found)
{
pattern.Add(new(notes[i]));
notes.RemoveAt(i);
i--;
patterns.Add(new(pattern));
}
found = false;
}
}
return(patterns, notes);
}
/// <summary>
/// Method to find the possible Head of a chain
/// </summary>
/// <param name="note">Current note</param>
/// <param name="next">Next note</param>
/// <param name="direction">Cut direction</param>
/// <returns>True = Current note win over the next one as head</returns>
internal static bool PossibleHead(ColorNote note, ColorNote next, int direction)
{
if (note.direction == CutDirection.ANY && next.direction == CutDirection.ANY && direction != 8)
{
if (next.line > note.line && (direction == 3 || direction == 5 || direction == 7))
{
return(true);
}
if (next.line < note.line && (direction == 2 || direction == 4 || direction == 6))
{
return(true);
}
if (next.layer > note.layer && (direction == 0 || direction == 4 || direction == 5))
{
return(true);
}
if (next.layer < note.layer && (direction == 1 || direction == 6 || direction == 7))
{
return(true);
}
}
else if (note.direction == CutDirection.DOWN || note.direction == CutDirection.DOWN_LEFT || note.direction == CutDirection.DOWN_RIGHT)
{
if (next.direction == CutDirection.ANY || next.layer < note.layer)
{
return(true);
}
}
if (note.direction == CutDirection.UP || note.direction == CutDirection.UP_LEFT || note.direction == CutDirection.UP_RIGHT)
{
if (next.direction == CutDirection.ANY || next.layer > note.layer)
{
return(true);
}
}
if (note.direction == CutDirection.LEFT || note.direction == CutDirection.UP_LEFT || note.direction == CutDirection.DOWN_LEFT)
{
if (next.direction == CutDirection.ANY || next.line < note.line)
{
return(true);
}
}
if (note.direction == CutDirection.RIGHT || note.direction == CutDirection.UP_RIGHT || note.direction == CutDirection.DOWN_RIGHT)
{
if (next.direction == CutDirection.ANY || next.line > note.line)
{
return(true);
}
}
return(false);
}
public void Play(ColorNote note, int toneFreq, int durationInMS)
{
_con.Display(note.ToColor());
if (toneFreq != 0)
{
Console.Beep(toneFreq, durationInMS);
}
else
{
Thread.Sleep(durationInMS);
}
_con.Display(BlynclightController.Color.Off);
Thread.Sleep(10); // so we can actually see the off state...
}
static public (ColorNote, ColorNote) FixDoublePlacement(ColorNote red, ColorNote blue)
{
// Both on same layer
if (red.layer == blue.layer && red.line != blue.line)
{
// Change the layer of one of the note
if (SwingType.Horizontal.Contains(red.direction))
{
if (red.layer == Layer.BOTTOM)
{
if (red.line == Line.LEFT)
{
red.layer++;
}
else if (red.line == Line.MIDDLE_LEFT || red.line == Line.MIDDLE_RIGHT)
{
red.layer = Layer.TOP;
}
else
{
if (SwingType.Up.Contains(blue.direction))
{
blue.layer = Layer.TOP;
}
else
{
red.layer++;
}
}
}
else if (red.layer == Layer.TOP)
{
if (red.line == Line.LEFT)
{
red.layer--;
}
else if (red.line == Line.MIDDLE_LEFT || red.line == Line.MIDDLE_RIGHT)
{
red.layer = Layer.BOTTOM;
}
else
{
red.layer--;
}
}
}
else if (SwingType.Horizontal.Contains(blue.direction))
{
if (blue.layer == Layer.BOTTOM)
{
if (blue.line == Line.RIGHT)
{
blue.layer++;
}
else if (blue.line == Line.MIDDLE_LEFT || blue.line == Line.MIDDLE_RIGHT)
{
blue.layer = Layer.TOP;
}
else
{
if (SwingType.Up.Contains(red.direction))
{
red.layer = Layer.TOP;
}
else
{
blue.layer++;
}
}
}
else if (blue.layer == Layer.TOP)
{
if (blue.line == Line.RIGHT)
{
blue.layer--;
}
else if (blue.line == Line.MIDDLE_LEFT || blue.line == Line.MIDDLE_RIGHT)
{
blue.layer = Layer.BOTTOM;
}
else if (blue.layer == Layer.TOP)
{
if (blue.line == Line.LEFT)
{
blue.layer--;
}
else if (blue.line == Line.MIDDLE_LEFT || blue.line == Line.MIDDLE_RIGHT)
{
blue.layer = Layer.BOTTOM;
}
else
{
blue.layer--;
}
}
}
}
}
// Both on the same line
else if (red.line == blue.line && red.layer != blue.layer)
{
if (SwingType.Vertical.Contains(red.direction))
{
// Change the line of one of the notes
if (red.line > 1)
{
if (red.layer != Layer.MIDDLE)
{
if (red.line != Line.LEFT)
{
red.line--;
}
else
{
red.line++;
}
}
else if (blue.layer == 0)
{
red.layer = 2;
if (red.line != Line.LEFT)
{
red.line--;
}
else
{
red.line++;
}
}
else if (blue.layer == 2)
{
red.layer = 0;
if (red.line != Line.LEFT)
{
red.line--;
}
else
{
red.line++;
}
}
}
else
{
if (blue.line != Line.RIGHT)
{
blue.line++;
}
else if (red.line != Line.LEFT)
{
red.line--;
}
}
}
else if (SwingType.Vertical.Contains(blue.direction))
{
if (blue.line < 2)
{
if (blue.layer != Layer.MIDDLE)
{
if (blue.line != Line.RIGHT)
{
blue.line++;
}
else
{
blue.line--;
}
}
else if (red.layer == 0)
{
blue.layer = 2;
if (blue.line != Line.RIGHT)
{
blue.line++;
}
else
{
blue.line--;
}
}
else if (red.layer == 2)
{
blue.layer = 0;
if (blue.line != Line.RIGHT)
{
blue.line++;
}
else
{
blue.line--;
}
}
}
else
{
if (red.line != Line.LEFT)
{
red.line--;
}
else if (blue.line != Line.RIGHT)
{
blue.line++;
}
}
}
}
// Diagonal
if (SwingType.Diagonal.Contains(red.direction) || SwingType.Diagonal.Contains(blue.direction))
{
if (red.line == blue.line - 1 && red.layer == blue.layer - 1)
{
if (blue.layer != 2)
{
blue.layer++;
}
else
{
red.layer--;
}
}
else if (red.line == blue.line - 1 && red.layer == blue.layer + 1)
{
if (blue.layer != 0)
{
blue.layer--;
}
else
{
red.layer++;
}
}
else if (red.line == blue.line + 1 && red.layer == blue.layer + 1)
{
if (blue.layer != 2)
{
(red.line, blue.line) = (blue.line, red.line);
(red.layer, blue.layer) = (blue.layer, red.layer);
blue.layer++;
}
else
{
(red.line, blue.line) = (blue.line, red.line);
(red.layer, blue.layer) = (blue.layer, red.layer);
red.layer--;
}
}
else if (red.line == blue.line + 1 && red.layer == blue.layer - 1)
{
if (blue.layer != 0)
{
(red.line, blue.line) = (blue.line, red.line);
(red.layer, blue.layer) = (blue.layer, red.layer);
blue.layer--;
}
else
{
(red.line, blue.line) = (blue.line, red.line);
(red.layer, blue.layer) = (blue.layer, red.layer);
red.layer++;
}
}
}
return(red, blue);
}
static public (List <ColorNote>, List <BurstSliderData>) Emilia(List <ColorNote> noteTemp, bool IsLimited, bool removeSide)
{
// List to keep new Chain (converted from pattern)
List <BurstSliderData> burstSliders = new();
// List to hold note per type
List <ColorNote> red = new();
List <ColorNote> blue = new();
// Remove all "up swing", otherwise modify their direction
for (int i = 0; i < noteTemp.Count; i++)
{
ColorNote note = noteTemp[i];
switch (note.direction)
{
case CutDirection.UP: if (IsLimited)
{
noteTemp.Remove(note); i--;
}
else
{
note.direction = CutDirection.DOWN;
} break;
case CutDirection.UP_LEFT: if (IsLimited)
{
noteTemp.Remove(note); i--;
}
else
{
note.direction = CutDirection.DOWN_LEFT;
} break;
case CutDirection.UP_RIGHT: if (IsLimited)
{
noteTemp.Remove(note); i--;
}
else
{
note.direction = CutDirection.DOWN_RIGHT;
} break;
case CutDirection.LEFT: if (removeSide)
{
noteTemp.Remove(note); i--;
}
else
{
note.direction = CutDirection.DOWN_LEFT;
} break;
case CutDirection.RIGHT: if (removeSide)
{
noteTemp.Remove(note); i--;
}
else
{
note.direction = CutDirection.DOWN_RIGHT;
} break;
}
}
// Separate note per type
foreach (ColorNote note in noteTemp)
{
if (note.color == ColorType.BLUE)
{
blue.Add(note);
}
else if (note.color == ColorType.RED)
{
red.Add(note);
}
}
// Find all sliders, stacks, tower, etc. to turn them into down Chain or to modify them accordingly
List <List <ColorNote> > sliders = new();
List <ColorNote> slider = new();
bool found = false;
// Find all blue pattern
for (int i = 0; i < blue.Count; i++)
{
if (i == blue.Count - 1)
{
if (found)
{
slider.Add(new(blue[i]));
blue.RemoveAt(i);
sliders.Add(new(slider));
}
break;
}
ColorNote now = blue[i];
ColorNote next = blue[i + 1];
if (next.beat - now.beat > 0 && next.beat - now.beat < 0.1)
{
if (!found)
{
slider = new();
found = true;
}
slider.Add(new(blue[i]));
blue.RemoveAt(i);
i--;
}
else if (next.beat - now.beat == 0 && next.direction == now.direction) // Stack/Window/Tower
{
if (next.line > now.line && next.layer < now.layer && now.direction == CutDirection.DOWN_LEFT)
{
int temp = next.layer;
next.layer = now.layer;
now.layer = temp;
}
else if (next.line > now.line && next.layer == now.layer && now.direction == CutDirection.DOWN_LEFT)
{
if (next.layer != 2)
{
next.layer++;
}
else
{
now.layer--;
}
}
else if (now.line > next.line && now.layer < next.layer && now.direction == CutDirection.DOWN_LEFT)
{
int temp = now.layer;
now.layer = next.layer;
next.layer = temp;
}
else if (now.line > next.line && now.layer == next.layer && now.direction == CutDirection.DOWN_LEFT)
{
if (now.layer != 2)
{
now.layer++;
}
else
{
next.layer--;
}
}
else if (next.line > now.line && next.layer > now.layer && now.direction == CutDirection.DOWN_RIGHT)
{
int temp = next.layer;
next.layer = now.layer;
now.layer = temp;
}
else if (next.line > now.line && next.layer == now.layer && now.direction == CutDirection.DOWN_RIGHT)
{
if (next.layer != 0)
{
next.layer--;
}
else
{
now.layer++;
}
}
else if (now.line > next.line && now.layer < next.layer && now.direction == CutDirection.DOWN_RIGHT)
{
int temp = now.layer;
now.layer = next.layer;
next.layer = temp;
}
else if (now.line > next.line && now.layer == next.layer && now.direction == CutDirection.DOWN_RIGHT)
{
if (now.layer != 0)
{
now.layer--;
}
else
{
next.layer++;
}
}
}
else
{
if (found)
{
slider.Add(new(blue[i]));
blue.RemoveAt(i);
i--;
sliders.Add(new(slider));
}
found = false;
}
}
// Find all red patterns
for (int i = 0; i < red.Count; i++)
{
if (i == red.Count - 1)
{
if (found)
{
slider.Add(new(red[i]));
red.RemoveAt(i);
sliders.Add(new(slider));
}
break;
}
ColorNote now = red[i];
ColorNote next = red[i + 1];
if (next.beat - now.beat > 0 && next.beat - now.beat < 0.1)
{
if (!found)
{
slider = new();
found = true;
}
slider.Add(new(red[i]));
red.RemoveAt(i);
i--;
}
else if (next.beat - now.beat == 0 && next.direction == now.direction) // Stack/Window/Tower
{
if (next.line > now.line && next.layer < now.layer && now.direction == CutDirection.DOWN_LEFT)
{
int temp = next.layer;
next.layer = now.layer;
now.layer = temp;
}
else if (next.line > now.line && next.layer == now.layer && now.direction == CutDirection.DOWN_LEFT)
{
if (next.layer != 2)
{
next.layer++;
}
else
{
now.layer--;
}
}
else if (now.line > next.line && now.layer < next.layer && now.direction == CutDirection.DOWN_LEFT)
{
int temp = now.layer;
now.layer = next.layer;
next.layer = temp;
}
else if (now.line > next.line && now.layer == next.layer && now.direction == CutDirection.DOWN_LEFT)
{
if (now.layer != 2)
{
now.layer++;
}
else
{
next.layer--;
}
}
else if (next.line > now.line && next.layer > now.layer && now.direction == CutDirection.DOWN_RIGHT)
{
int temp = next.layer;
next.layer = now.layer;
now.layer = temp;
}
else if (next.line > now.line && next.layer == now.layer && now.direction == CutDirection.DOWN_RIGHT)
{
if (next.layer != 0)
{
next.layer--;
}
else
{
now.layer++;
}
}
else if (now.line > next.line && now.layer < next.layer && now.direction == CutDirection.DOWN_RIGHT)
{
int temp = now.layer;
now.layer = next.layer;
next.layer = temp;
}
else if (now.line > next.line && now.layer == next.layer && now.direction == CutDirection.DOWN_RIGHT)
{
if (now.layer != 0)
{
now.layer--;
}
else
{
next.layer++;
}
}
}
else
{
if (found)
{
slider.Add(new(red[i]));
red.RemoveAt(i);
i--;
sliders.Add(new(slider));
}
found = false;
}
}
// Turn slider into chain
for (int i = 0; i < sliders.Count; i++)
{
if (sliders[i].First().color == ColorType.BLUE)
{
blue.Add(sliders[i].First());
}
else if (sliders[i].First().color == ColorType.RED)
{
red.Add(sliders[i].First());
}
if (sliders[i].Last().layer > sliders[i].First().layer)
{
int temp = sliders[i].Last().layer;
sliders[i].Last().layer = sliders[i].First().layer;
sliders[i].First().layer = temp;
}
if (sliders[i].Last().line > sliders[i].First().line&& sliders[i].First().direction == CutDirection.DOWN_LEFT)
{
int temp = sliders[i].Last().line;
sliders[i].Last().line = sliders[i].First().line;
sliders[i].First().line = temp;
}
if (sliders[i].Last().line < sliders[i].First().line&& sliders[i].First().direction == CutDirection.DOWN_RIGHT)
{
int temp = sliders[i].Last().line;
sliders[i].Last().line = sliders[i].First().line;
sliders[i].First().line = temp;
}
int size = Utils.RandNumber(4, 9);
BurstSliderData newSlider = new(sliders[i].First(), sliders[i].Last().beat, sliders[i].Last().line, sliders[i].Last().layer, size, 0.8f);
burstSliders.Add(newSlider);
}
// Create a new list with the new notes
noteTemp = new(blue);
noteTemp.AddRange(red);
noteTemp = noteTemp.OrderBy(x => x.beat).ToList();
return(noteTemp, burstSliders);
}
public BlinkNote(ColorNote note, int toneFreq, int duration)
{
_note = note;
_tone = toneFreq;
_duration = duration;
}