public PixelBox(PixelBox body)
{
this.top = body.top;
this.left = body.left;
this.right = body.right;
this.bottom = body.bottom;
}
public PixelBox MatchCollisionBody(PixelBox input, bool center = true)
{
float h = 0.0f;
if (rampDirection == Direction.NE || rampDirection == Direction.SW)
{
h = slope * Vector2.Distance(input.bottom, input.right);
}
if (rampDirection == Direction.SE || rampDirection == Direction.NW)
{
h = slope * Vector2.Distance(input.bottom, input.left);
}
Vector2 inputTopWorldElevated = (rampDirection == Direction.NW || rampDirection == Direction.NE) ? input.top + new Vector2(0.0f, h) : input.top;
Vector2 inputbottomWorldElevated = (rampDirection == Direction.SW || rampDirection == Direction.SE) ? input.bottom + new Vector2(0.0f, h) : input.bottom;
Vector2 inputleftWorldElevated = (rampDirection == Direction.NW || rampDirection == Direction.SW) ? input.left + new Vector2(0.0f, h) : input.left;
Vector2 inputrightWorldElevated = (rampDirection == Direction.NE || rampDirection == Direction.SE) ? input.right + new Vector2(0.0f, h) : input.right;
if (center)
{
inputTopWorldElevated.y = inputTopWorldElevated.y - h / 2;
inputbottomWorldElevated.y = inputbottomWorldElevated.y - h / 2;
inputleftWorldElevated.y = inputleftWorldElevated.y - h / 2;
inputrightWorldElevated.y = inputrightWorldElevated.y - h / 2;
}
PixelBox cbody = new PixelBox(inputTopWorldElevated, inputleftWorldElevated, inputrightWorldElevated, inputbottomWorldElevated);
return(cbody);
}
public bool OnFarSide(PixelBox body)
{
bool onTop = centerSegment.AboveSegment(body);
if (Math.Abs(slope) < float.Epsilon)
{
return(false);
}
if ((rampDirection == Direction.NE || rampDirection == Direction.NW) && onTop)
{
return(true);
}
if ((rampDirection == Direction.SE || rampDirection == Direction.SW) && !onTop)
{
return(true);
}
return(false);
}
public static PixelBoxComparison CompareTwoCollisionBodies(PixelBox a, PixelBox b, float margin = 0.0f, bool debug = false)
{
Vector2 atopWorld = a.top;
Vector2 abottomWorld = a.bottom;
Vector2 aleftWorld = a.left;
Vector2 arightWorld = a.right;
Vector2 btopWorld = b.top;
Vector2 bbottomWorld = b.bottom;
Vector2 bleftWorld = b.left;
Vector2 brightWorld = b.right;
PixelBoxComparison collisionBodyComparision = new PixelBoxComparison();
bool aTopLeft = PixelLine.DistanceOrthographic(a.lineNW, b.lineSE) >= -margin;
bool aTopRight = PixelLine.DistanceOrthographic(a.lineNE, b.lineSW) >= -margin;
bool aBottomRight = PixelLine.DistanceOrthographic(b.lineNW, a.lineSE) >= -margin;
bool aBottomLeft = PixelLine.DistanceOrthographic(b.lineNE, a.lineSW) >= -margin;
bool aTopRightWithin = PixelLine.DistanceOrthographic(b.lineNE, a.lineNE) <= margin;
bool aTopLeftWithin = PixelLine.DistanceOrthographic(b.lineNW, a.lineNW) <= margin;
bool aBottomLeftWithin = PixelLine.DistanceOrthographic(a.lineSW, b.lineSW) <= margin;
bool aBottomRightWithin = PixelLine.DistanceOrthographic(a.lineSE, b.lineSE) <= margin;
collisionBodyComparision.NEinside = aTopRightWithin;
collisionBodyComparision.NWinside = aTopLeftWithin;
collisionBodyComparision.SEinside = aBottomRightWithin;
collisionBodyComparision.SWinside = aBottomLeftWithin;
collisionBodyComparision.NEoutside = aBottomLeft;
collisionBodyComparision.NWoutside = aBottomRight;
collisionBodyComparision.SEoutside = aTopLeft;
collisionBodyComparision.SWoutside = aTopRight;
// Debugging Tools
if (debug)
{
if (aTopRightWithin)
{
b.lineNE.Draw(Color.blue, 1.0f);
}
if (aTopLeftWithin)
{
b.lineNW.Draw(Color.blue, 1.0f);
}
if (aBottomLeftWithin)
{
b.lineSW.Draw(Color.blue, 1.0f);
}
if (aBottomRightWithin)
{
b.lineSE.Draw(Color.blue, 1.0f);
}
}
// Sides Vertical
if (aTopLeft)
{
collisionBodyComparision.NWvertical |= (aleftWorld.x < brightWorld.x && aleftWorld.y < brightWorld.y);
}
if (aTopRight)
{
collisionBodyComparision.NEvertical |= (arightWorld.x > bleftWorld.x && arightWorld.y < bleftWorld.y);
}
if (aBottomRight)
{
collisionBodyComparision.SEvertical |= (bleftWorld.x < arightWorld.x && bleftWorld.y < arightWorld.y);
}
if (aBottomLeft)
{
collisionBodyComparision.SWvertical |= (brightWorld.x > aleftWorld.x && brightWorld.y < aleftWorld.y);
}
// Corners Exclusive
if (aTopLeft && aTopRight)
{
collisionBodyComparision.Nexclusive = true;
}
if (aTopLeft && aBottomLeft)
{
collisionBodyComparision.Wexclusive = true;
}
if (aBottomLeft && aBottomRight)
{
collisionBodyComparision.Sexclusive = true;
}
if (aBottomRight && aTopRight)
{
collisionBodyComparision.Eexclusive = true;
}
// Sides Inclusive
if (aTopLeft && (aBottomLeftWithin || aTopRightWithin))
{
collisionBodyComparision.NWinclusive = true;
}
if (aBottomRight && (aBottomLeftWithin || aTopRightWithin))
{
collisionBodyComparision.SEinclusive = true;
}
if (aTopRight && (aTopLeftWithin || aBottomRightWithin))
{
collisionBodyComparision.NEinclusive = true;
}
if (aBottomLeft && (aBottomRightWithin || aTopLeftWithin))
{
collisionBodyComparision.SWinclusive = true;
}
// Sides Exclusive
if (aTopLeft && !aTopRight && !aBottomLeft)
{
collisionBodyComparision.NWexclusive = true;
}
if (aTopRight && !aTopLeft && !aBottomRight)
{
collisionBodyComparision.NEexclusive = true;
}
if (aBottomLeft && !aBottomRight && !aTopLeft)
{
collisionBodyComparision.SEexclusive = true;
}
if (aBottomRight && !aBottomLeft && !aTopRight)
{
collisionBodyComparision.SWexclusive = true;
}
// Above and Below
if (arightWorld.x < brightWorld.x && aleftWorld.x > bleftWorld.x && (aBottomLeftWithin && aBottomRightWithin))
{
collisionBodyComparision.aAbove = true;
}
if (arightWorld.x < brightWorld.x && aleftWorld.x > bleftWorld.x && (aTopLeftWithin && aTopRightWithin))
{
collisionBodyComparision.aBelow = true;
}
return(collisionBodyComparision);
}
// Extend and Stretch and increase size of collision Body
public PixelBox Extend(Direction direction, float distance)
{
PixelBox copy = new PixelBox(this);
return(copy);
}
// Within Range of a collisionBody
public bool WithinRange(PixelBox other, Direction direction, float distance = 0.4f, float negDistance = 2.0f)
{
PixelBoxComparison comparison = this.CompareWith(other);
if (direction == Direction.NW)
{
if (PixelLine.DistanceOrthographic(lineNW, other.lineSE) < distance &&
PixelLine.DistanceOrthographic(lineNW, other.lineSE) > -negDistance &&
left.x < (other.right.x) && top.x > (other.bottom.x) &&
left.y < (other.right.y) && top.y > (other.bottom.y))
{
return(true);
}
return(false);
}
else if (direction == Direction.NE)
{
if (PixelLine.DistanceOrthographic(lineNE, other.lineSW) < distance &&
PixelLine.DistanceOrthographic(lineNE, other.lineSW) > -negDistance &&
top.x < (other.bottom.x) && right.x > (other.left.x) &&
top.y > (other.bottom.y) && right.y < (other.left.y))
{
return(true);
}
return(false);
}
else if (direction == Direction.SW)
{
if (PixelLine.DistanceOrthographic(lineSW, other.lineNE) > -distance &&
PixelLine.DistanceOrthographic(lineSW, other.lineNE) < negDistance &&
left.x < (other.right.x) && bottom.x > (other.top.x) &&
left.y > (other.right.y) && bottom.y < (other.top.y))
{
return(true);
}
return(false);
}
else if (direction == Direction.SE)
{
if (PixelLine.DistanceOrthographic(lineSE, other.lineNW) > -distance &&
PixelLine.DistanceOrthographic(lineSE, other.lineNW) < negDistance &&
bottom.x < (other.top.x) && right.x > (other.left.x) &&
bottom.y < (other.top.y) && right.y > (other.left.y))
{
return(true);
}
return(false);
}
else if (direction == Direction.All)
{
if (PixelLine.DistanceOrthographic(lineNW, other.lineSE) < distance &&
PixelLine.DistanceOrthographic(lineNW, other.lineSE) > -negDistance &&
left.x < (other.right.x) && top.x > (other.bottom.x) &&
left.y < (other.right.y) && top.y > (other.bottom.y))
{
return(true);
}
if (PixelLine.DistanceOrthographic(lineNE, other.lineSW) < distance &&
PixelLine.DistanceOrthographic(lineNE, other.lineSW) > -negDistance &&
top.x < (other.bottom.x) && right.x > (other.left.x) &&
top.y > (other.bottom.y) && right.y < (other.left.y))
{
return(true);
}
if (PixelLine.DistanceOrthographic(lineSW, other.lineNE) > -distance &&
PixelLine.DistanceOrthographic(lineSW, other.lineNE) < negDistance &&
left.x < (other.right.x) && bottom.x > (other.top.x) &&
left.y > (other.right.y) && bottom.y < (other.top.y))
{
return(true);
}
if (PixelLine.DistanceOrthographic(lineSE, other.lineNW) > -distance &&
PixelLine.DistanceOrthographic(lineSE, other.lineNW) < negDistance &&
bottom.x < (other.top.x) && right.x > (other.left.x) &&
bottom.y < (other.top.y) && right.y > (other.left.y))
{
return(true);
}
return(false);
}
return(false);
}
public PixelBoxComparison CompareWith(PixelBox other, float margin = 0.0f)
{
PixelBoxComparison bodyComparison = CompareTwoCollisionBodies(this, other, margin);
return(bodyComparison);
}
protected override void Awake()
{
if (noCollision)
{
return;
}
collider2D = GetComponent <PolygonCollider2D>();
Debug.Assert(collider2D != null);
for (int i = 0; i < collider2D.pathCount; ++i)
{
Debug.Assert(collider2D.GetPath(i).Length == 4);
}
Debug.Assert(transform.parent.GetComponent <PixelRoom>() == null);
Debug.Assert(transform.parent.GetComponent <PolygonCollider2D>() == null);
collisionBodies = new PixelBox[collider2D.pathCount];
for (int i = 0; i < collider2D.pathCount; ++i)
{
collisionBodies[i] = new PixelBox();
collisionBodies[i].top = collider2D.GetPath(i)[0];
collisionBodies[i].bottom = collider2D.GetPath(i)[0];
collisionBodies[i].left = collider2D.GetPath(i)[0];
collisionBodies[i].right = collider2D.GetPath(i)[0];
}
for (int j = 0; j < collider2D.pathCount; ++j)
{
for (int i = 0; i < 4; ++i)
{
if (collider2D.GetPath(j)[i].y > collisionBodies[j].top.y)
{
collisionBodies[j].top = collider2D.GetPath(j)[i];
}
if (collider2D.GetPath(j)[i].y < collisionBodies[j].bottom.y)
{
collisionBodies[j].bottom = collider2D.GetPath(j)[i];
}
if (collider2D.GetPath(j)[i].x < collisionBodies[j].left.x)
{
collisionBodies[j].left = collider2D.GetPath(j)[i];
}
if (collider2D.GetPath(j)[i].x > collisionBodies[j].right.x)
{
collisionBodies[j].right = collider2D.GetPath(j)[i];
}
}
}
for (int i = 0; i < collider2D.pathCount; ++i)
{
collisionBodies[i].top += collider2D.offset;
collisionBodies[i].bottom += collider2D.offset;
collisionBodies[i].left += collider2D.offset;
collisionBodies[i].right += collider2D.offset;
}
collisionBodiesP = new PixelBox[collider2D.pathCount];
for (int i = 0; i < collider2D.pathCount; ++i)
{
collisionBodiesP[i] = new PixelBox();
collisionBodiesP[i].top = collisionBodies[i].top + new Vector2(0, pixelProximity);
collisionBodiesP[i].bottom = collisionBodies[i].bottom + new Vector2(0, -pixelProximity);
collisionBodiesP[i].left = collisionBodies[i].left + new Vector2(-2 * pixelProximity, 0);
collisionBodiesP[i].right = collisionBodies[i].right + new Vector2(2 * pixelProximity, 0);
}
}
// Returns 1 if in front of the other, returns 1 if object is in front of other
public int CompareTo(PixelCollider other)
{
int comparison = 0;
if (other == this)
{
return(0);
}
if (other is MultiBodyPixelCollider && this is MultiBodyPixelCollider)
{
MultiBodyPixelCollider a = this as MultiBodyPixelCollider;
MultiBodyPixelCollider b = other as MultiBodyPixelCollider;
Debug.Assert(a.collisionBodiesWorld.Count() > 0);
Debug.Assert(b.collisionBodiesWorld.Count() > 0);
// Find the front most box of all the boxes
// TODO: Top sort for more complicated buildings
for (int i = 0; i < a.collisionBodies.Count(); ++i)
{
for (int j = 0; j < b.collisionBodies.Count(); ++j)
{
int comp = PixelBox.CompareTwoCollisionBodies(a.collisionBodiesWorld[i], b.collisionBodiesWorld[j], 2.0f).inFront;
if (comp == 1)
{
comparison = 1;
}
if (comp == -1)
{
comparison = -1;
}
}
}
}
else if (other is MultiBodyPixelCollider || this is MultiBodyPixelCollider)
{
MultiBodyPixelCollider multi;
PixelCollider single;
if (other is MultiBodyPixelCollider)
{
multi = other as MultiBodyPixelCollider;
single = this;
}
else
{
multi = this as MultiBodyPixelCollider;
single = other;
}
PixelBox singleBody = single.collisionBodyWorld;
// If any of the multi are in front of the single, multi wins
int multiInFront = 0;
for (int i = 0; i < multi.collisionBodiesWorld.Count(); ++i)
{
int comp = PixelBox.CompareTwoCollisionBodies(multi.collisionBodiesWorld[i], singleBody, 2.0f).inFront;
if (comp == 1)
{
multiInFront = 1;
}
if (comp == -1)
{
multiInFront = -1;
}
}
if (single != this)
{
comparison = multiInFront;
}
else
{
if (multiInFront == 1)
{
comparison = -1;
}
if (multiInFront == -1)
{
comparison = 1;
}
}
}
else if (other is RampCollider && transform.parent.GetComponent <Character>() != null || this is RampCollider && other.transform.parent.GetComponent <Character>() != null)
{
RampCollider rampCollider = (RampCollider)((other is RampCollider) ? other : this);
PixelCollider characterCollider = (other is RampCollider) ? this : other;
PixelBoxComparison bodyComparision = PixelBox.CompareTwoCollisionBodies(characterCollider.collisionBodyWorld, rampCollider.collisionBodyWorld, 0.0f);
if (characterCollider.within || characterCollider.withinProximityBox)
{
if (other is RampCollider)
{
comparison = 1;
}
else
{
comparison = -1;
}
}
else
{
Debug.Assert(this.colliderPoints.Length == 4);
Debug.Assert(other.colliderPoints.Length == 4);
PixelBox a = collisionBodyWorld;
PixelBox b = other.collisionBodyWorld;
comparison = PixelBox.CompareTwoCollisionBodies(a, b, 10.0f).inFront;
}
}
else
{
Debug.Assert(this.colliderPoints.Length == 4);
Debug.Assert(other.colliderPoints.Length == 4);
PixelBox a = collisionBodyWorld;
PixelBox b = other.collisionBodyWorld;
comparison = PixelBox.CompareTwoCollisionBodies(a, b, 10.0f).inFront;
}
return(comparison);
}
public virtual MovementRestriction CheckForCollision()
{
Debug.Assert(!(this is MultiBodyPixelCollider));
Vector3 castStart = transform.position;
castStart.z = -10.0f;
RaycastHit2D[] castStar = Physics2D.CircleCastAll(castStart, GameSettings.inspectRadius * 10.0f, Vector2.zero);
MovementRestriction restriction = new MovementRestriction();
// Collided with floor
PixelRoom floor = transform.parent.parent.GetComponent <PixelRoom>();
Debug.Assert(floor != null);
Debug.Assert(floor.colliderPoints.Length == 4);
PixelBoxComparison cbc = PixelBox.CompareTwoCollisionBodies(collisionBodyWorld, floor.collisionbodyWorld, -2.0f);
if (!cbc.SEinside)
{
restriction.restrictSE = true;
}
if (!cbc.SWinside)
{
restriction.restrictSW = true;
}
if (!cbc.NEinside)
{
restriction.restrictNE = true;
}
if (!cbc.NWinside)
{
restriction.restrictNW = true;
}
// Collided with other object
foreach (RaycastHit2D raycastHit in castStar)
{
PixelCollider otherPixelCollider = raycastHit.collider.GetComponent <PixelCollider>();
if (otherPixelCollider == null)
{
continue;
}
if (otherPixelCollider.noCollision)
{
continue;
}
if (otherPixelCollider.ParentIsContainer())
{
continue;
}
if (!OtherPixelColliderSameParent(otherPixelCollider))
{
continue;
}
Transform otherTransform = otherPixelCollider.gameObject.transform;
if (otherPixelCollider is MultiBodyPixelCollider)
{
MultiBodyPixelCollider multi = otherPixelCollider as MultiBodyPixelCollider;
foreach (PixelBox cbody in multi.collisionBodiesWorld)
{
cbody.Draw(Color.white, 1.0f);
if (collisionBodyWorld.WithinRange(cbody, Direction.NW, 0.4f))
{
restriction.restrictNW = true;
}
if (collisionBodyWorld.WithinRange(cbody, Direction.NE, 0.4f))
{
restriction.restrictNE = true;
}
if (collisionBodyWorld.WithinRange(cbody, Direction.SW, 0.4f))
{
restriction.restrictSW = true;
}
if (collisionBodyWorld.WithinRange(cbody, Direction.SE, 0.4f))
{
restriction.restrictSE = true;
}
}
}
else if (otherPixelCollider is RampCollider)
{
Debug.Assert(otherPixelCollider.colliderPoints.Length == 4);
RampCollider rampCollider = (RampCollider)otherPixelCollider;
otherPixelCollider.collisionBodyWorld.Draw(Color.white, 1.0f);
if (collisionBodyWorld.WithinRange(otherPixelCollider.collisionBodyWorld, Direction.NW, 0.4f))
{
restriction.restrictNW = true;
}
if (collisionBodyWorld.WithinRange(otherPixelCollider.collisionBodyWorld, Direction.NE, 0.4f))
{
restriction.restrictNE = true;
}
if (collisionBodyWorld.WithinRange(otherPixelCollider.collisionBodyWorld, Direction.SW, 0.4f))
{
restriction.restrictSW = true;
}
if (collisionBodyWorld.WithinRange(otherPixelCollider.collisionBodyWorld, Direction.SE, 0.4f))
{
restriction.restrictSE = true;
}
// Comparison with actual box
PixelBoxComparison bodyComparison = PixelBox.CompareTwoCollisionBodies(collisionBodyWorld, rampCollider.collisionBodyWorld, 0.0f, true);
PixelBoxComparison proximityComparison = PixelBox.CompareTwoCollisionBodies(collisionBodyWorld, rampCollider.proximityBodyWorld, 0.0f, true);
// Close to the ramp collision (remove the wall collision) and prevent glitches
Direction proximityDirection = Direction.All;
if (collisionBodyWorld.WithinRange(otherPixelCollider.collisionBodyWorld, Direction.SE, navigationMargin, navigationMargin) &&
rampCollider.rampDirection == Direction.SE)
{
proximityDirection = Direction.SE;
}
if (collisionBodyWorld.WithinRange(otherPixelCollider.collisionBodyWorld, Direction.SW, navigationMargin, navigationMargin) &&
rampCollider.rampDirection == Direction.SW)
{
proximityDirection = Direction.SW;
}
if (collisionBodyWorld.WithinRange(otherPixelCollider.collisionBodyWorld, Direction.NE, navigationMargin, navigationMargin) &&
rampCollider.rampDirection == Direction.NE)
{
proximityDirection = Direction.NE;
}
if (collisionBodyWorld.WithinRange(otherPixelCollider.collisionBodyWorld, Direction.NW, navigationMargin, navigationMargin) &&
rampCollider.rampDirection == Direction.NW)
{
proximityDirection = Direction.NW;
}
// Entered the ramp
bool closeToRamp = proximityDirection != Direction.All;
// Free the character to go in that direction
if (proximityComparison.inside)
{
if (rampCollider.rampDirection == Direction.NE)
{
restriction.restrictNE = false;
}
else if (rampCollider.rampDirection == Direction.NW)
{
restriction.restrictNW = false;
}
else if (rampCollider.rampDirection == Direction.SE)
{
restriction.restrictSE = false;
}
else if (rampCollider.rampDirection == Direction.SW)
{
restriction.restrictSW = false;
}
}
// Check if entered ramp
withinProximityBox = rampCollider.proximityBodyWorld.WithinCollisionBody(transform.position);
if (withinProximityBox)
{
within = rampCollider.collisionBodyWorld.WithinCollisionBody(transform.position);
if (bodyComparison.overlap)
{
// Remove glitch caused by going to the side of the walls
if (rampCollider.rampDirection == Direction.NE || rampCollider.rampDirection == Direction.SW)
{
if (!proximityComparison.NWinside)
{
restriction.restrictNW = true;
}
if (!proximityComparison.SEinside)
{
restriction.restrictSE = true;
}
}
else if (rampCollider.rampDirection == Direction.NW || rampCollider.rampDirection == Direction.SE)
{
if (!proximityComparison.NEinside)
{
restriction.restrictNE = true;
}
if (!proximityComparison.SWinside)
{
restriction.restrictSW = true;
}
}
}
if (within)
{
rampCollider.OnEffectorEnter();
}
else
{
rampCollider.OnEffectorExit();
}
}
if (within)
{
// Draw the ramps
rampCollider.collisionBodyRampedWorld.Draw(Color.magenta, 2.0f);
PixelBox cramped = rampCollider.MatchCollisionBody(collisionBodyWorld);
cramped.Draw(Color.magenta, 2.0f);
// Ramp Collision mechanics
restriction.restrictNE = false;
restriction.restrictNW = false;
restriction.restrictSE = false;
restriction.restrictSW = false;
// Collision with side of ramp
PixelBoxComparison cbcRamp = PixelBox.CompareTwoCollisionBodies(cramped, rampCollider.collisionBodyRampedWorld, -2.0f);
if (!cbcRamp.SEinside && rampCollider.rampDirection != Direction.NW)
{
restriction.restrictSE = true;
}
if (!cbcRamp.SWinside && rampCollider.rampDirection != Direction.NE)
{
restriction.restrictSW = true;
}
if (!cbcRamp.NEinside && rampCollider.rampDirection != Direction.SW)
{
restriction.restrictNE = true;
}
if (!cbcRamp.NWinside && rampCollider.rampDirection != Direction.SE)
{
restriction.restrictNW = true;
}
restriction.slopeDirection = rampCollider.rampDirection;
restriction.slope = rampCollider.slope;
// Check for room entry
PixelStair pixelStair = otherPixelCollider.transform.parent.GetComponent <PixelStair>();
if (pixelStair != null)
{
bool above = rampCollider.OnFarSide(cramped);
if (above)
{
restriction.enteredDoor = pixelStair;
}
}
}
}
else
{
otherPixelCollider.collisionBodyWorld.Draw(Color.white, 1.0f);
if (collisionBodyWorld.WithinRange(otherPixelCollider.collisionBodyWorld, Direction.NW, 0.4f))
{
restriction.restrictNW = true;
}
if (collisionBodyWorld.WithinRange(otherPixelCollider.collisionBodyWorld, Direction.NE, 0.4f))
{
restriction.restrictNE = true;
}
if (collisionBodyWorld.WithinRange(otherPixelCollider.collisionBodyWorld, Direction.SW, 0.4f))
{
restriction.restrictSW = true;
}
if (collisionBodyWorld.WithinRange(otherPixelCollider.collisionBodyWorld, Direction.SE, 0.4f))
{
restriction.restrictSE = true;
}
}
}
return(restriction);
}
public bool WithinRampCollider(PixelBox body)
{
return(false);
}
public bool AboveSegment(PixelBox body)
{
return(DistanceOrthographic(this, body.center) > 0);
}
