void SpawnFriendSlot()
{
Vector3 startPos = Vector3.zero;
float radiusX = GlobalSpiralMaster.GetCurrentRadius(0f, ref GlobalSpiralMaster.RadiusMapX);
float radiusY = GlobalSpiralMaster.GetCurrentRadius(0f, ref GlobalSpiralMaster.RadiusMapY);
SpiralMath.GetPositionAt(0f, ref startPos, radiusX, radiusY, GlobalSpiralMaster.ScaleZ, GlobalSpiralMaster.NoiseOn);
startPos += GlobalSpiralMaster.transform.position;
FriendSlot friendSlot = GlobalGameState.UIPoolManager.GetPoolableObject() as FriendSlot;
if (friendSlot == null)
{
Debug.LogError("FAILED: Getting poolable friend slot object.");
return;
}
// Init the slot
if (_playerID < 0) // temp fix for TGC iPhone demo to make it circular access
{
_playerID = 0;
}
friendSlot.Activate();
friendSlot.Init(ref startPos, 0f, PlayersJSON.Players[_playerID].NetworkMode, PlayersJSON.Players[_playerID].Name);
_friendSlots.Add(friendSlot);
_playerID++;
}
public float GetCurrentRadius(float t, ref Vector2 radiusMap)
{
float normalizedLength = Mathf.InverseLerp(0f, Length, t);
float valueCurveMapped = RadiusRemapCurve.Evaluate(normalizedLength);
return(SpiralMath.Remap(valueCurveMapped, 1f, 0f, radiusMap.x, radiusMap.y));
}
private void UpdateOpacityOnMovement()
{
if (t <= OpacityInTRange.y)
{
float k = SpiralMath.Remap(t, OpacityInTRange.x, OpacityInTRange.y, 0f, 1f);
SetOpacityForSlot(k);
}
else if (t >= OpacityOutTRange.x)
{
float k = SpiralMath.Remap(t, OpacityOutTRange.y, OpacityOutTRange.x, 0f, 1f);
SetOpacityForSlot(k);
}
else
{
float k = 1f;
SetOpacityForSlot(k);
}
}
private Vector3 GetTargetPosition()
{
if (CurrentSlotMode == SocialDataType.SlotMode.Selected)
{
float radiusX = GlobalSpiralMaster.GetCurrentRadius(GlobalFriendListManager.SelectedTValue, ref GlobalSpiralMaster.RadiusMapX);
float radiusY = GlobalSpiralMaster.GetCurrentRadius(GlobalFriendListManager.SelectedTValue, ref GlobalSpiralMaster.RadiusMapY);
SpiralMath.GetPositionAt(GlobalFriendListManager.SelectedTValue, ref _positionOnCurve, radiusX, radiusY, GlobalSpiralMaster.ScaleZ, GlobalSpiralMaster.NoiseOn);
return(_positionOnCurve + GlobalSpiralMaster.transform.position);
}
else
{
float radiusX = GlobalSpiralMaster.GetCurrentRadius(t, ref GlobalSpiralMaster.RadiusMapX);
float radiusY = GlobalSpiralMaster.GetCurrentRadius(t, ref GlobalSpiralMaster.RadiusMapY);
SpiralMath.GetPositionAt(t, ref _positionOnCurve, radiusX, radiusY, GlobalSpiralMaster.ScaleZ, GlobalSpiralMaster.NoiseOn);
return(_positionOnCurve + GlobalSpiralMaster.transform.position);
}
}
void CreateSpiral()
{
Positions.Clear();
float accumulatedLength = 0f;
while (accumulatedLength < Length)
{
Vector3 pos = new Vector3();
float radiusX = GetCurrentRadius(accumulatedLength, ref RadiusMapX);
float radiusY = GetCurrentRadius(accumulatedLength, ref RadiusMapY);
SpiralMath.GetPositionAt(accumulatedLength, ref pos, radiusX, radiusY, ScaleZ, NoiseOn);
Positions.Add(pos + gameObject.transform.position);
accumulatedLength += SegmentLength;
}
}
// Update is called once per frame
void Update()
{
if (Application.isPlaying) // in editor debug purposes
{
_actualLength += GlobalGestureCircle.DragMotion * 1.6f;
_actualLength = Mathf.Max(0f, _actualLength);
_targetLength = Mathf.Clamp(_actualLength, LengthRange.x, LengthRange.y);
float clampedLength = Mathf.Clamp(_actualLength, LengthRange.x, LengthRange.y);
Length = Mathf.SmoothDamp(clampedLength, _targetLength, ref _lengthGrowSpeed, 0.1f);
}
Length = Mathf.Clamp(Length, LengthRange.x, LengthRange.y);
GameScreen.color = Color.white * SpiralMath.Remap(Length, 2f, 0f, 0.5f, 1f);
CreateSpiral();
}
void GetDragMotion()
{
if (_motionPositions.Count < 3)
{
return;
}
Vector2[] motionPositions = _motionPositions.ToArray();
Vector2 t1 = motionPositions[0] - _markerPosition;
Vector2 t2 = motionPositions[1] - _markerPosition;
Vector2 t3 = motionPositions[2] - _markerPosition;
float a1 = SpiralMath.GetAngleAtan2(t1, t2);
float a2 = SpiralMath.GetAngleAtan2(t2, t3);
// make sure no matter how fast circular gesture happens, limit the speed
float targetDragMotion = Mathf.Clamp((a1 + a2) * 0.5f, ClampDragMotion.x, ClampDragMotion.y);
// any of the direction of motion velocity is applied, they all have to blend together
DragMotion = Mathf.SmoothDamp(DragMotion, targetDragMotion, ref _velocityDelta, 0.5f);
}
