private void OnDrawGizmosSelected()
{
Gizmos.color = Color.blue;
Gizmos.DrawWireSphere(transform.position, m_Threshold.AsFloat());
if (m_RespawnPoints != null)
{
for (int respawnPointIndex = 0; respawnPointIndex < m_RespawnPoints.Length; ++respawnPointIndex)
{
RespawnPoint respawnPoint = m_RespawnPoints[respawnPointIndex];
if (respawnPoint == null)
{
continue;
}
TSVector2 normalizedDir = respawnPoint.forceDirection.normalized;
// Draw main direction.
if (respawnPoint.transform != null)
{
Gizmos.color = Color.yellow;
Vector3 from = respawnPoint.transform.position.ToVector();
Vector3 to = from + new Vector3(normalizedDir.x.AsFloat(), normalizedDir.y.AsFloat(), 0f);
Gizmos.DrawLine(from, to);
}
if (MathFP.Abs(respawnPoint.errorAngle) > FP.Zero)
{
// Draw error range.
{
Gizmos.color = Color.red;
TSVector2 normalizedDirLeft = normalizedDir.Rotate(-respawnPoint.errorAngle);
Vector3 from = respawnPoint.transform.position.ToVector();
Vector3 to = from + new Vector3(normalizedDirLeft.x.AsFloat(), normalizedDirLeft.y.AsFloat(), 0f);
Gizmos.DrawLine(from, to);
}
{
Gizmos.color = Color.red;
TSVector2 normalizedDirRight = normalizedDir.Rotate(respawnPoint.errorAngle);
Vector3 from = respawnPoint.transform.position.ToVector();
Vector3 to = from + new Vector3(normalizedDirRight.x.AsFloat(), normalizedDirRight.y.AsFloat(), 0f);
Gizmos.DrawLine(from, to);
}
}
}
}
}
static public int Distance(int dx, int dy)
{
dx = MathFP.Abs(dx);
dy = MathFP.Abs(dy);
if (dx == 0)
{
return(dy);
}
else if (dy == 0)
{
return(dx);
}
long len = (((long)dx * dx) >> SingleFP.DecimalBits) + (((long)dy * dy) >> SingleFP.DecimalBits);
long s = (dx + dy) - (MathFP.Min(dx, dy) >> 1);
s = (s + ((len << SingleFP.DecimalBits) / s)) >> 1;
s = (s + ((len << SingleFP.DecimalBits) / s)) >> 1;
return((int)s);
}
public GradientBrushFP(int ff_xmin, int ff_ymin, int ff_xmax, int ff_ymax, int ff_angle, int type)
{
bounds.Reset(ff_xmin, ff_ymin,
ff_xmax == ff_xmin ? ff_xmin + 1 : ff_xmax,
ff_ymax == ff_ymin ? ff_ymin + 1 : ff_ymax);
matrix = new MatrixFP();
matrix.Translate(-(ff_xmin + ff_xmax) / 2, -(ff_ymin + ff_ymax) / 2);
matrix.Rotate(-ff_angle);
this.type = type;
if (type == RADIAL_GRADIENT)
{
matrix.Scale(MathFP.Div(SingleFP.One, bounds.Width), MathFP.Div(SingleFP.One, bounds.Height));
}
int ff_ang = MathFP.Atan(MathFP.Div(bounds.Height, bounds.Width == 0 ? 1 : bounds.Width));
int ff_len = PointFP.Distance(bounds.Height, bounds.Width);
ff_length = MathFP.Mul(ff_len, MathFP.Max(
MathFP.Abs(MathFP.Cos(ff_angle - ff_ang)),
MathFP.Abs(MathFP.Cos(ff_angle + ff_ang))));
}
////////////////////////////////////////////////////////////////////////////
//--------------------------------- REVISIONS ------------------------------
// Date Name Tracking # Description
// --------- ------------------- ------------- ----------------------
// 13JUN2009 James Shen Initial Creation
////////////////////////////////////////////////////////////////////////////
/**
* calculate the distance.
* @param dx
* @param dy
* @return
*/
static public int Distance(int dx, int dy)
{
dx = MathFP.Abs(dx);
dy = MathFP.Abs(dy);
if (dx == 0)
{
return(dy);
}
if (dy == 0)
{
return(dx);
}
var len = (((long)dx * dx) >> SingleFP.DECIMAL_BITS)
+ (((long)dy * dy) >> SingleFP.DECIMAL_BITS);
long s = (dx + dy) - (MathFP.Min(dx, dy) >> 1);
s = (s + ((len << SingleFP.DECIMAL_BITS) / s)) >> 1;
s = (s + ((len << SingleFP.DECIMAL_BITS) / s)) >> 1;
return((int)s);
}
public static GraphicsPathFP CreateArc(int ff_xmin, int ff_ymin, int ff_xmax, int ff_ymax, int ff_startangle, int ff_sweepangle, bool closed, bool standalone)
{
if (ff_sweepangle < 0)
{
ff_startangle += ff_sweepangle;
ff_sweepangle = -ff_sweepangle;
}
int segments = MathFP.Round(MathFP.Div(4 * MathFP.Abs(ff_sweepangle), MathFP.PI)) >> SingleFP.DecimalBits;
if (segments == 0)
{
segments = 1;
}
GraphicsPathFP path = new GraphicsPathFP();
int ff_darg = ff_sweepangle / segments;
int ff_arg = ff_startangle;
int ff_lastcos = MathFP.Cos(ff_startangle);
int ff_lastsin = MathFP.Sin(ff_startangle);
int ff_xc = (ff_xmin + ff_xmax) / 2;
int ff_yc = (ff_ymin + ff_ymax) / 2;
int ff_rx = (ff_xmax - ff_xmin) / 2;
int ff_ry = (ff_ymax - ff_ymin) / 2;
int ff_RXBETA = MathFP.Mul(17381, ff_rx);
int ff_RYBETA = MathFP.Mul(17381, ff_ry);
int ff_currcos, ff_currsin, ff_x1, ff_y1, ff_x2, ff_y2;
if (closed)
{
path.AddMoveTo(new PointFP(ff_xc, ff_yc));
}
for (int i = 1; i <= segments; i++)
{
ff_arg = i == segments?ff_startangle + ff_sweepangle:ff_arg + ff_darg;
ff_currcos = MathFP.Cos(ff_arg);
ff_currsin = MathFP.Sin(ff_arg);
ff_x1 = ff_xc + MathFP.Mul(ff_rx, ff_lastcos);
ff_y1 = ff_yc + MathFP.Mul(ff_ry, ff_lastsin);
ff_x2 = ff_xc + MathFP.Mul(ff_rx, ff_currcos);
ff_y2 = ff_yc + MathFP.Mul(ff_ry, ff_currsin);
if (i == 1)
{
if (closed)
{
path.AddLineTo(new PointFP(ff_x1, ff_y1));
}
else
if (standalone)
{
path.AddMoveTo(new PointFP(ff_x1, ff_y1));
}
}
path.AddCurveTo(
new PointFP(ff_x1 - MathFP.Mul(ff_RXBETA, ff_lastsin), ff_y1 + MathFP.Mul(ff_RYBETA, ff_lastcos)),
new PointFP(ff_x2 + MathFP.Mul(ff_RXBETA, ff_currsin), ff_y2 - MathFP.Mul(ff_RYBETA, ff_currcos)),
new PointFP(ff_x2, ff_y2));
ff_lastcos = ff_currcos;
ff_lastsin = ff_currsin;
}
if (closed)
{
path.AddClose();
}
return(path);
}
private static bool IsZero(int ff_val)
{
return(MathFP.Abs(ff_val) < (1 << SingleFP.DecimalBits / 2));
}
public override void OnSyncedUpdate()
{
base.OnSyncedUpdate();
if (!m_IsActive || m_HoleIndex < 0)
{
return;
}
// Get Simulation info.
int currentTick = TrueSyncManager.ticksMain;
int rollbackWindow = TrueSyncManager.rollbackWindowMain;
// Check current collision
TSVector2 myPosition = tsTransform2D.position;
for (int targetIndex = 0; targetIndex < m_Targets.Count; ++targetIndex)
{
tnHoleTarget holeTarget = m_Targets[targetIndex];
if (holeTarget == null)
{
continue;
}
TSTransform2D otherTransform = holeTarget.GetComponent <TSTransform2D>();
if (otherTransform == null)
{
continue;
}
TSVector2 targetPosition = otherTransform.position;
TSVector2 positionDelta = targetPosition - myPosition;
FP distance2 = positionDelta.LengthSquared();
if (distance2 < m_Threshold * m_Threshold)
{
// Notify collision.
holeTarget.CollidingWithHole();
// Add object to pending list.
if (holeTarget.canEnterHole && !holeTarget.isTeleporting)
{
Internal_CacheTarget(currentTick, holeTarget);
}
}
}
// Check pending objects.
for (int index = 0; index < m_Pending.count; ++index)
{
int tick = m_Pending.GetKey(index);
if (currentTick == tick + rollbackWindow)
{
List <tnHoleTarget> holeTargets = m_Pending.GetValue(tick);
if (holeTargets != null)
{
for (int targetIndex = 0; targetIndex < holeTargets.Count; ++targetIndex)
{
tnHoleTarget holeTarget = holeTargets[targetIndex];
if (holeTarget == null)
{
continue;
}
RespawnPoint respawnPoint = GetRandomSpawnPoint();
if (respawnPoint == null || respawnPoint.transform == null)
{
continue;
}
TSTransform2D targetTransform = holeTarget.tsTransform2D;
TSRigidBody2D targetRigidbody = holeTarget.GetComponent <TSRigidBody2D>();
// Snap position.
if (targetRigidbody != null)
{
targetRigidbody.MovePosition(tsTransform2D.position);
}
else
{
targetTransform.position = tsTransform2D.position;
}
// Set rigidbody velocity,
if (targetRigidbody != null)
{
targetRigidbody.velocity = TSVector2.zero;
}
// Eavluate force
TSVector2 forceDirection = respawnPoint.forceDirection;
forceDirection.Normalize();
if (MathFP.Abs(respawnPoint.errorAngle) > FP.Zero)
{
int random = TSRandom.Range(0, 101);
FP t = ((FP)random) / 100;
FP randomError = MathFP.Lerp(-respawnPoint.errorAngle, respawnPoint.errorAngle, t);
forceDirection = forceDirection.Rotate(randomError);
}
TSVector2 outForce = forceDirection * respawnPoint.forceIntensity;
// Teleport.
holeTarget.Teleport(m_HoleIndex, respawnPoint.respawnPosition, outForce, m_RespawnTime, m_InEffect, m_OutEffect);
}
}
}
}
// Remove old data from dictionary.
for (int index = 0; index < m_Pending.count; ++index)
{
int tick = m_Pending.GetKey(index);
int executionTick = tick + rollbackWindow;
bool isSafeTick = TrueSyncManager.IsTickOutOfRollbackMain(executionTick);
if (isSafeTick)
{
m_Pending.Remove(tick);
index = -1;
}
}
}
////////////////////////////////////////////////////////////////////////////
//--------------------------------- REVISIONS ------------------------------
// Date Name Tracking # Description
// --------- ------------------- ------------- ----------------------
// 13JUN2009 James Shen Initial Creation
////////////////////////////////////////////////////////////////////////////
/**
* Check to see a Value is zero.
* @param ff_val
* @return
*/
private static bool IsZero(int ffVal)
{
return(MathFP.Abs(ffVal) < (1 << SingleFP.DECIMAL_BITS / 2));
}
public override void OnSyncedUpdate()
{
base.OnSyncedUpdate();
if (!m_RunSyncedUpdate)
{
return;
}
// Get delta time.
FP deltaTime = TrueSyncManager.deltaTimeMain;
// Update movement direction.
FP horizontalAxis;
FP verticalAxis;
if (m_EnableInputCompression)
{
int intX = TrueSyncInput.GetInt(m_HorizontalAxisCode);
int intY = TrueSyncInput.GetInt(m_VerticalAxisCode);
horizontalAxis = intX / (FP)s_InputPrecision;
verticalAxis = intY / (FP)s_InputPrecision;
}
else
{
horizontalAxis = TrueSyncInput.GetFP(m_HorizontalAxisCode);
verticalAxis = TrueSyncInput.GetFP(m_VerticalAxisCode);
}
FP horizontalAxisAbs = MathFP.Abs(horizontalAxis);
FP verticalAxisAbs = MathFP.Abs(verticalAxis);
TSVector2 moveDirection = new TSVector2(horizontalAxis, verticalAxis);
moveDirection.Normalize();
m_MoveDirection = moveDirection;
// Update player action.
if (m_CooldownTimer > FP.Zero)
{
m_CooldownTimer -= deltaTime;
if (m_CooldownTimer < FP.Zero)
{
m_CooldownTimer = FP.Zero;
}
}
if (m_CooldownTimer == FP.Zero)
{
bool buttonPressed = (TrueSyncInput.GetByte(m_ButtonPressedCode) > 0);
if (buttonPressed)
{
m_PressureTime += deltaTime;
m_ChargeLevel = MathFP.GetClampedPercentage(m_PressureTime, m_PressureTimeRange.min, m_PressureTimeRange.max);
}
else
{
if (m_PrevPressed)
{
FP axisThreshold = FP.One / FP.Ten;
if (horizontalAxisAbs > axisThreshold || verticalAxisAbs > axisThreshold)
{
// Apply an insant force.
FP requestForceMagnitude = MathFP.Lerp(m_ForceRange.min, m_ForceRange.max, m_ChargeLevel);
TSVector2 moveForce = m_MoveDirection * requestForceMagnitude;
m_Rigidbody2D.AddForce(moveForce);
// Update cooldown timer.
m_CooldownTimer = MathFP.Lerp(m_CooldownRange.min, m_CooldownRange.max, m_ChargeLevel);
}
else
{
m_CooldownTimer = FP.Zero;
}
}
m_PressureTime = FP.Zero;
m_ChargeLevel = FP.Zero;
}
m_PrevPressed = buttonPressed;
}
else
{
m_PressureTime = FP.Zero;
m_ChargeLevel = FP.Zero;
m_PrevPressed = false;
}
}
