private KeysPressed turnIfOnAnEdge(KeysPressed keysPressed,
float minimalSpaceBetweenTileBelow, AICharacter character)
{
IGravityClient gravityClient = character.getEntity().getGravityClient();
RayHitboxes rayHitboxes = gravityClient.getRayHitboxes();
if (gravityClient.isFlipped() && rayHitboxes.HitLeftBelow.distance > 1.0f)
{
keysPressed.left = false;
keysPressed.right = true;
}
else if (gravityClient.isFlipped() &&
rayHitboxes.HitLeftBelow.distance <= minimalSpaceBetweenTileBelow)
{
keysPressed.left = true;
keysPressed.right = false;
}
if (!gravityClient.isFlipped() &&
rayHitboxes.HitRightBelow.distance > 1.0f)
{
keysPressed.left = true;
keysPressed.right = false;
}
else if (!gravityClient.isFlipped() &&
rayHitboxes.HitRightBelow.distance <= minimalSpaceBetweenTileBelow)
{
keysPressed.left = false;
keysPressed.right = true;
}
return(keysPressed);
}
protected virtual KeysPressed turnIfWallIsNear(IGravityClient gravityClient, float topFrontDistance,
float minimalSpaceBetweenTileFront, KeysPressed keysPressed, out bool turned)
{
turned = false;
if (!gravityClient.isFlipped() &&
topFrontDistance <= minimalSpaceBetweenTileFront)
{
turned = true;
keysPressed.left = true;
keysPressed.right = false;
}
else if (!gravityClient.isFlipped() &&
topFrontDistance > minimalSpaceBetweenTileFront)
{
keysPressed.left = false;
keysPressed.right = true;
}
if (gravityClient.isFlipped() &&
topFrontDistance <= minimalSpaceBetweenTileFront)
{
turned = true;
keysPressed.left = false;
keysPressed.right = true;
}
else if (gravityClient.isFlipped() &&
topFrontDistance > minimalSpaceBetweenTileFront)
{
keysPressed.left = true;
keysPressed.right = false;
}
return(keysPressed);
}
public float checkRaysFront(IGravityClient gameObject, float yAangle, float zAngle, int layerMask = 0, bool ignoreSlope = false)
{
RaycastHit2D hitTopFront;
RaycastHit2D hitMiddleFront;
RaycastHit2D hitBelowFront;
float distance = (gameObject.isFlipped()) ? -1000.0f : 1000.0f;
float distanceFront = (!gameObject.isFlipped()) ? checkRay(gameObject, posRayTopFront,
distance, yAangle, zAngle, out hitTopFront, Color.green, layerMask + ((ignoreSlope)? 0 : (1 << slopeLayerNumber))) :
checkRayFlipped(gameObject, posRayTopFront,
distance, yAangle, zAngle, out hitTopFront, Color.green, layerMask + ((ignoreSlope) ? 0 : (1 << slopeLayerNumber)));
float tmpDistanceFront = (!gameObject.isFlipped()) ? checkRay(gameObject, posRayMiddleFront,
distance, yAangle, zAngle, out hitMiddleFront, Color.green, layerMask + ((ignoreSlope) ? 0 : (1 << slopeLayerNumber))) :
checkRayFlipped(gameObject, posRayMiddleFront,
distance, yAangle, zAngle, out hitMiddleFront, Color.green, layerMask + ((ignoreSlope) ? 0 : (1 << slopeLayerNumber)));
distanceFront = (distanceFront < tmpDistanceFront) ? distanceFront : tmpDistanceFront;
RayHitboxes rayHitboxes = gameObject.getRayHitboxes();
if (rayHitboxes.HitMiddleFront.collider != null &&
rayHitboxes.HitMiddleFront.collider.tag.CompareTo("Slope") != 0)
{
tmpDistanceFront = (!gameObject.isFlipped()) ? checkRay(gameObject, posRayBelowFront,
distance, yAangle, zAngle, out hitBelowFront, Color.green, layerMask) :
checkRayFlipped(gameObject, posRayBelowFront,
distance, yAangle, zAngle, out hitBelowFront, Color.green, layerMask);
rayHitboxes.HitBelowFront = hitBelowFront;
if (rayHitboxes.HitBelowFront.collider != null &&
rayHitboxes.HitBelowFront.collider.tag.CompareTo("Slope") != 0)
{
distanceFront = (distanceFront < tmpDistanceFront) ? distanceFront : tmpDistanceFront;
}
}
else
{
hitBelowFront = new RaycastHit2D();
hitBelowFront.distance = -1.0f;
rayHitboxes.HitBelowFront = hitBelowFront;
}
rayHitboxes.HitMiddleFront = hitMiddleFront;
rayHitboxes.HitTopFront = hitTopFront;
rayHitboxes.DistanceFront = distanceFront;
gameObject.setRayHitboxes(rayHitboxes);
return(distanceFront);
}
public float checkRaysFront(IGravityClient gameObject, float yAangle, float zAngle, int layersToIgnore = 0)
{
RaycastHit hitTopFront;
RaycastHit hitMiddleFront;
RaycastHit hitBelowFront;
float distance = (gameObject.isFlipped()) ? -1000.0f : 1000.0f;
float distanceFront = (!gameObject.isFlipped()) ? checkRay(gameObject, posRayTopFront,
distance, yAangle, zAngle, out hitTopFront, Color.green, layersToIgnore) :
checkRayFlipped(gameObject, posRayTopFront,
distance, yAangle, zAngle, out hitTopFront, Color.green, layersToIgnore);
float tmpDistanceFront = (!gameObject.isFlipped()) ? checkRay(gameObject, posRayMiddleFront,
distance, yAangle, zAngle, out hitMiddleFront, Color.green, layersToIgnore) :
checkRayFlipped(gameObject, posRayMiddleFront,
distance, yAangle, zAngle, out hitMiddleFront, Color.green, layersToIgnore);
distanceFront = (distanceFront < tmpDistanceFront) ? distanceFront : tmpDistanceFront;
RayHitboxes3D rayHitboxes = gameObject.getRayHitboxes3D();
if (rayHitboxes.HitMiddleFront.collider != null &&
rayHitboxes.HitMiddleFront.collider.tag.CompareTo("Slope") != 0)
{
tmpDistanceFront = (!gameObject.isFlipped()) ? checkRay(gameObject, posRayBelowFront,
distance, yAangle, zAngle, out hitBelowFront, Color.green, layersToIgnore) :
checkRayFlipped(gameObject, posRayBelowFront,
distance, yAangle, zAngle, out hitBelowFront, Color.green, layersToIgnore);
rayHitboxes.HitBelowFront = hitBelowFront;
if (rayHitboxes.HitBelowFront.collider != null &&
rayHitboxes.HitBelowFront.collider.tag.CompareTo("Slope") != 0)
{
distanceFront = (distanceFront < tmpDistanceFront) ? distanceFront : tmpDistanceFront;
}
}
rayHitboxes.HitMiddleFront = hitMiddleFront;
rayHitboxes.HitTopFront = hitTopFront;
rayHitboxes.DistanceFront = distanceFront;
gameObject.setRayHitboxes3D(rayHitboxes);
return(distanceFront);
}