private bool CheckIfGrounded()
{
ColliderLimits _colliderLimits = GetColliderLimits();
Vec2 bottomLeft = World.WorldToTileCoords(_colliderLimits.xMin + 0.03f, _colliderLimits.yMin - 0.03f); // Necessary the way this works
Vec2 bottomRight = World.WorldToTileCoords(_colliderLimits.xMax - 0.03f, _colliderLimits.yMin - 0.03f);
if (MapData.mapArray[bottomLeft.x, bottomLeft.y].IsSolid() || MapData.mapArray[bottomRight.x, bottomRight.y].IsSolid())
{
return(true);
}
return(false);
}
public Vector2 MoveCharacter(int h_Axis, float speed)
{
isGrounded = CheckIfGrounded();
cLimits = GetColliderLimits();
// h is 1, 0, or -1. if it's 0, speed will be 0, otherwise it'll be speed in case of 1, -speed in case of -1;
maxSpeed = speed * h_Axis;
// calculate tile grip
//
// account for friction and grip
ModifyCurrentSpeed();
movement.x = (currentSpeed / 10) * Time.deltaTime + forceVector.x * Time.deltaTime;
forceVector.x -= 10f * Time.deltaTime;
if (forceVector.x < 0)
{
forceVector.x = 0;
}
movement.y = (gravityForce * Time.deltaTime + forceVector.y * Time.deltaTime); // + jumpForce * Time.deltaTime
forceVector.y += gravityForce / 30;
if (forceVector.y < 0)
{
forceVector.y = 0;
}
if (movement.x > 0)
{
CheckRightCollisions();
}
if (movement.x < 0)
{
CheckLeftCollisions();
}
if (movement.y <= 0)
{
CheckDownCollision();
}
if (movement.y > 0)
{
CheckUpCollision();
}
if (Debugging.debuggingMovement)
{
Debugging.xMovement = movement.x;
}
finalMovement.x = transform.position.x + movement.x;
finalMovement.y = transform.position.y + movement.y;
transform.position = finalMovement;
return(movement);
//
// movement.y = (gravityForce * Time.deltaTime) + jumpForce * Time.deltaTime; //* downwardsAcceleration *
}
