public IEnumerator EmitDirection(HatDirection direction)
{
output.SetHatDirection(hatNumber, direction);
yield return(new WaitForSecondsRealtime(0.1f));
output.SetHatDirection(hatNumber, HatDirection.Neutral);
}
protected void SetHatDirection(uint hatNumber, HatDirection hatDirection)
{
if (output)
{
pressedHatDirections.Add(hatNumber);
output.SetHatDirection(hatNumber, hatDirection);
}
}
public IEnumerator EmitDirection(HatDirection direction)
{
var output = vJoyInterface.instance;
output.SetHatDirection(hatNumber, direction);
yield return(new WaitForSecondsRealtime(0.1f));
output.SetHatDirection(hatNumber, HatDirection.Neutral);
}
protected void SetHatDirection(uint hatNumber, HatDirection hatDirection)
{
var output = vJoyInterface.instance;
if (output)
{
pressedHatDirections.Add(hatNumber);
output.SetHatDirection(hatNumber, hatDirection);
}
}
public void SetHatDirection(uint hatNumber, HatDirection dir)
{
int hatIndex = (int)hatNumber - 1;
if (hatNumber == 0)
{
throw new System.IndexOutOfRangeException("Button number 0 is too low, button numbers are zero indexed");
}
if (hatIndex >= 4)
{
throw new System.IndexOutOfRangeException(string.Format("HAT index {0} is too high", hatIndex));
}
hat[hatIndex] = dir;
}
private void Update()
{
if (hatOwner)
{
//Make the Hat vanish upon pitfall, or when the player rolls if the hat is VANISH type
HandleVanish();
//Makes sure the hat gets it's position updated for player sprite flip
if (lastCheckedPlayerFlipped != hatOwner.SpriteFlipped)
{
UpdateOffsetForGunHandedness();
}
//UPDATE DIRECTIONS
HatDirection checkedDir = FetchOwnerFacingDirection();
if (checkedDir != currentDirection)
{
UpdateHatFacingDirection(checkedDir);
}
HandleAttachedSpriteDepth(m_currentGunAngle.GetTypedValue <float>(hatOwner));
}
}
public void Direction(HatDirection direction)
{
StartCoroutine(EmitDirection(direction));
}
public HatDirection FetchOwnerFacingDirection()
{
HatDirection hatDir = HatDirection.NONE;
if (hatOwner != null)
{
if (hatOwner.CurrentGun == null)
{
Vector2 m_playerCommandedDirection = commandedField.GetTypedValue <Vector2>(hatOwner);
Vector2 m_lastNonzeroCommandedDirection = lastNonZeroField.GetTypedValue <Vector2>(hatOwner);
float playerCommandedDir = BraveMathCollege.Atan2Degrees((!(m_playerCommandedDirection == Vector2.zero)) ? m_playerCommandedDirection : m_lastNonzeroCommandedDirection);
switch (playerCommandedDir)
{
case 90:
hatDir = HatDirection.NORTH;
break;
case 45:
hatDir = HatDirection.NORTHEAST;
break;
case -90:
hatDir = HatDirection.SOUTH;
break;
case -135:
hatDir = HatDirection.SOUTHWEST;
break;
case -180:
hatDir = HatDirection.WEST;
break;
case 180:
hatDir = HatDirection.WEST;
break;
case 135:
hatDir = HatDirection.NORTHWEST;
break;
case -45:
hatDir = HatDirection.SOUTHEAST;
break;
}
if (playerCommandedDir == 0 && hatOwner.Velocity != new Vector2(0f, 0))
{
hatDir = HatDirection.EAST;
}
}
else
{
int FacingDirection = Mathf.RoundToInt(hatOwner.FacingDirection / 45) * 45;
switch (FacingDirection)
{
case 90:
hatDir = HatDirection.NORTH;
break;
case 45:
hatDir = HatDirection.NORTHEAST;
break;
case 0:
hatDir = HatDirection.EAST;
break;
case -45:
hatDir = HatDirection.SOUTHEAST;
break;
case -90:
hatDir = HatDirection.SOUTH;
break;
case -135:
hatDir = HatDirection.SOUTHWEST;
break;
case -180:
hatDir = HatDirection.WEST;
break;
case 180:
hatDir = HatDirection.WEST;
break;
case 135:
hatDir = HatDirection.NORTHWEST;
break;
}
}
}
else
{
Debug.LogError("Attempted to get hatOwner facing direction with a null hatOwner!");
}
if (hatDir == HatDirection.NONE)
{
hatDir = HatDirection.SOUTH;
}
return(hatDir);
}
public void UpdateHatFacingDirection(HatDirection targetDir)
{
string animToPlay = "null";
if (hatDirectionality == HatDirectionality.NONE)
{
animToPlay = "hat_south";
currentDirection = HatDirection.SOUTH;
}
else
{
switch (targetDir)
{
case HatDirection.SOUTH:
if (hatDirectionality != HatDirectionality.TWOWAYHORIZONTAL)
{
animToPlay = "hat_south";
}
break;
case HatDirection.NORTH:
if (hatDirectionality != HatDirectionality.TWOWAYHORIZONTAL)
{
animToPlay = "hat_north";
}
break;
case HatDirection.WEST:
if (hatDirectionality != HatDirectionality.TWOWAYVERTICAL)
{
animToPlay = "hat_west";
}
break;
case HatDirection.EAST:
if (hatDirectionality != HatDirectionality.TWOWAYVERTICAL)
{
animToPlay = "hat_east";
}
break;
case HatDirection.SOUTHWEST:
if (hatDirectionality == HatDirectionality.EIGHTWAY)
{
animToPlay = "hat_southwest";
}
else if (hatDirectionality != HatDirectionality.TWOWAYVERTICAL && frontDiagonalUseLeftRight)
{
animToPlay = "hat_west";
}
break;
case HatDirection.SOUTHEAST:
if (hatDirectionality == HatDirectionality.EIGHTWAY)
{
animToPlay = "hat_southeast";
}
else if (hatDirectionality != HatDirectionality.TWOWAYVERTICAL && frontDiagonalUseLeftRight)
{
animToPlay = "hat_east";
}
break;
case HatDirection.NORTHWEST:
if (hatDirectionality == HatDirectionality.SIXWAY || hatDirectionality == HatDirectionality.EIGHTWAY)
{
animToPlay = "hat_northwest";
}
else if (hatDirectionality != HatDirectionality.TWOWAYHORIZONTAL && backDiagonalUseNorth)
{
animToPlay = "hat_north";
}
break;
case HatDirection.NORTHEAST:
if (hatDirectionality == HatDirectionality.SIXWAY || hatDirectionality == HatDirectionality.EIGHTWAY)
{
animToPlay = "hat_northeast";
}
else if (hatDirectionality != HatDirectionality.TWOWAYHORIZONTAL && backDiagonalUseNorth)
{
animToPlay = "hat_north";
}
break;
case HatDirection.NONE:
ETGModConsole.Log("ERROR: TRIED TO ROTATE HAT TO A NULL DIRECTION!");
break;
}
currentDirection = targetDir;
}
if (animToPlay != "null")
{
hatSpriteAnimator.Play(animToPlay);
}
}
