public List <CircleObject> generateHorizontalPattern(MapContextAwareness mapContext)
{
if (end)
{
number = (int)1e6;
}
var result = new List <CircleObject>();
double angle = rotation;
int X = mapContext.X;
int Y = mapContext.Y;
int shiftx = 0;
int shifty = shift;
for (int i = 0; i < number && mapContext.Offset < mapContext.endOffset; ++i)
{
Point2 pp = checkHorizontalJumpBounds(X, Y, spacing, angle);
if (!ReferenceEquals(pp, null))
{
X = (int)pp.X;
Y = (int)pp.Y;
}
var ps = PatternGenerator.generateHorizontalJump(new Point2(X, Y), spacing, angle, randomize);
if (randomize)
{
ps = PatternGenerator.shuffleOrder(ps);
}
foreach (var p in ps)
{
p.Type = BMAPI.v1.HitObjectType.Circle;
}
ps[0].Type |= BMAPI.v1.HitObjectType.NewCombo;
foreach (var obj in ps)
{
obj.StartTime = (int)mapContext.Offset;
mapContext.Offset += mapContext.bpm;
}
result.AddRange(ps);
if (checkNextJumpBounds(X + shiftx, Y + shifty, angle))
{
shifty = -shifty;
}
X += shiftx;
Y += shifty;
}
double nextShift = shift;
Point2 nextPosition = PatternGenerator.findNextPosition(X, Y, nextShift);
mapContext.X = (int)nextPosition.X;
mapContext.Y = (int)nextPosition.Y;
return(result);
}
private List <CircleObject> generateRotatingPattern(MapContextAwareness mapContext)
{
if (end)
{
number = (int)1e6;
}
var result = new List <CircleObject>();
double angle = 0;
int X = mapContext.X;
int Y = mapContext.Y;
int shiftx = shift;
int shifty = shift;
for (int i = 0; i < number && mapContext.Offset < mapContext.endOffset; ++i)
{
Point2 pp = checkVerticalJumpBounds(X, Y, spacing, angle);
if (!ReferenceEquals(pp, null))
{
X = (int)pp.X;
Y = (int)pp.Y;
}
var ps = PatternGenerator.generateRotationalJump(new Point2(X, Y), spacing, angle, randomize);
if (randomize)
{
ps = PatternGenerator.shuffleOrder(ps);
}
foreach (var p in ps)
{
p.Type = BMAPI.v1.HitObjectType.Circle;
}
ps[0].Type |= BMAPI.v1.HitObjectType.NewCombo;
foreach (var obj in ps)
{
obj.StartTime = (int)mapContext.Offset;
mapContext.Offset += mapContext.bpm;
}
result.AddRange(ps);
angle += rotation;
if (checkNextJumpBounds(X + shiftx, Y + shifty, angle))
{
Point2 next = PatternGenerator.findNextPosition(X, Y, shift);
shiftx = (int)(next.X - X);
shifty = (int)(next.Y - Y);
double norm = Math.Sqrt(Utils.sqr(shiftx) + Utils.sqr(shifty));
double recommended_shift = Math.Sqrt(2 * Utils.sqr(shift));
shiftx = (int)(shiftx / norm * recommended_shift);
shifty = (int)(shifty / norm * recommended_shift);
}
X += shiftx;
Y += shifty;
}
double nextShift = shift;
Point2 nextPosition = PatternGenerator.findNextPosition(X, Y, nextShift);
mapContext.X = (int)nextPosition.X;
mapContext.Y = (int)nextPosition.Y;
return(result);
}