// Public Functions
/// <summary>
/// Perform the entering animation of the title "Player's Turn"
/// </summary>
/// <param name="_bIsAnimate"> Determine if the transition should be animated (or snapped into place) </param>
public void TransitionEnter(bool _bIsAnimate)
{
// for: Every title element...
for (int i = 0; i < marr_trTitleElement.Length; i++)
{
// if: Animation is selected
if (_bIsAnimate)
{
// Snap the element into position
TransitionExit(false);
// Execute an action
DelayAction actDelay = new DelayAction(i * m_fNextElementDelay);
LocalMoveToAction actMoveEnter = new LocalMoveToAction(marr_trTitleElement[i], Graph.Bobber, marr_vec3DisplayPosition[i], 0.15f);
ActionSequence actSequence = new ActionSequence(actDelay, actMoveEnter);
// if: The last action completed should activate the next animation
if (i == marr_trTitleElement.Length - 1)
{
actSequence.OnActionFinish += () => { UI_PlayerTurn.Instance.TransitionEnter(true, true); }
}
;
ActionHandler.RunAction(actSequence);
}
else
{
marr_trTitleElement[i].localPosition = marr_vec3DisplayPosition[i];
}
}
}
/// <summary>
/// Zoom the camera in towards a target
/// </summary>
/// <param name="_vec3TargetPosition"> The target position the camera will be zoom in towards </param>
/// <param name="_bIsAnimate"> Determine if the pan snaps to target directly or have an Action sequence </param>
public void ZoomInAt(Vector3 _vec3TargetPosition, bool _bIsAnimate)
{
if (m_bIsTransiting)
{
return;
}
// if: Animation is not specified
if (!_bIsAnimate)
{
m_trCamera.position = transform.position - m_vec3CameraDirection * m_fZoomDistanceFromTarget;
transform.position = _vec3TargetPosition;
m_bIsZoom = true;
return;
}
else
{
LocalMoveToAction actZoomInCamera = new LocalMoveToAction(m_trCamera, Graph.SmoothStep, -m_vec3CameraDirection * m_fZoomDistanceFromTarget, 0.25f);
MoveToAction actLookAtTarget = new MoveToAction(transform, Graph.SmoothStep, _vec3TargetPosition, 0.25f);
actLookAtTarget.OnActionFinish += () =>
{
m_bIsTransiting = false;
m_bIsZoom = true;
};
ActionHandler.RunAction(actZoomInCamera, actLookAtTarget);
m_bIsTransiting = true;
}
}
/// <summary>
/// Perform a card-exiting transition
/// </summary>
/// <param name="_bIsAnimate"> Determine if the transition should be animated (or snapped into place) </param>
public void TransitionExit(bool _bIsAnimate, bool _bIsTransitTitle)
{
// if: Title is not transiting
if (_bIsTransitTitle)
{
UI_PlayerTurnTitle.Instance.TransitionExit(_bIsAnimate);
}
// for: Every card...
for (int i = 0; i < m_nCardCount; i++)
{
// Set the current card to the hidden position
ChangeCardColor(i, m_colorCard, m_colorCardHighlight);
Vector3 vec3NewHidePosition = marr_trCards[i].localPosition;
vec3NewHidePosition.y = m_fDefaultYHeight - m_fHideHeight;
// if: Animation is allowed
if (_bIsAnimate)
{
LocalMoveToAction actMoveToPosition = new LocalMoveToAction(marr_trCards[i], Graph.Dipper, vec3NewHidePosition, 0.15f);
ActionHandler.RunAction(actMoveToPosition);
}
else
{
marr_trCards[i].localPosition = vec3NewHidePosition;
}
}
}
/// <summary>
/// Perform the swap animation for the enemy's name
/// </summary>
/// <param name="_bIsAnimate"> Determine if the transition should be animated (or snapped into place) </param>
public void TransitionEnemy(bool _bIsAnimate, string _strName)
{
if (_bIsAnimate)
{
LocalMoveToAction actDropDown = new LocalMoveToAction(marr_trTitleElement[3], Graph.Exponential, marr_vec3HidePosition[3], 0.1f);
LocalMoveToAction actRiseUp = new LocalMoveToAction(marr_trTitleElement[3], Graph.InverseExponential, marr_vec3DisplayPosition[3], 0.1f);
actDropDown.OnActionFinish += () =>
{
m_textEnemy.text = _strName;
};
ActionSequence actSequence = new ActionSequence(actDropDown, actRiseUp);
ActionHandler.RunAction(actSequence);
}
else
{
m_textEnemy.text = _strName;
}
}
/// <summary>
/// Perform the exiting animation of the title "Player's Turn"
/// </summary>
/// <param name="_bIsAnimate"> Determine if the transition should be animated (or snapped into place) </param>
public void TransitionExit(bool _bIsAnimate)
{
// for: Every title element...
for (int i = 0; i < marr_trTitleElement.Length; i++)
{
// if: Animation is selected
if (_bIsAnimate)
{
// Snap the element into position
TransitionEnter(false);
// Execute an action
DelayAction actDelay = new DelayAction(i * m_fNextElementDelay);
LocalMoveToAction actMoveExit = new LocalMoveToAction(marr_trTitleElement[i], Graph.Bobber, marr_vec3HidePosition[i], 0.15f);
ActionSequence actSequence = new ActionSequence(actDelay, actMoveExit);
ActionHandler.RunAction(actSequence);
}
else
{
marr_trTitleElement[i].localPosition = marr_vec3HidePosition[i];
}
}
}
/// <summary>
/// Perform the card-entering transition
/// </summary>
/// <param name="_bIsAnimate"> Determine if the transition should be animated (or snapped into place) </param>
/// <param name="_bIsDelay"> Determine if there should be delay between each card that is transiting in </param>
public void TransitionEnter(bool _bIsAnimate, bool _bIsDelay)
{
EnumPieceType[] enumCards = LevelManager.Instance.PlayerInstance.CardDeck;
for (int i = 0; i < m_nCardCount; i++)
{
// vec3NewCardPosition: Determine where the new card position will be, regardless of the previous position
Vector3 vec3NewCardPosition = Vector3.zero;
switch (enumCards[i])
{
case EnumPieceType.Null:
// Set-up the card's display
marr_textHeader[i].text = "NAME";
marr_textSubheader[i].text = "...";
// Set the current card to the hidden position
vec3NewCardPosition = marr_trCards[i].localPosition;
vec3NewCardPosition.y = m_fDefaultYHeight - m_fHideHeight;
break;
default:
// Set-up the card's display
marr_textHeader[i].text = enumCards[i].ToString();
// if: The current card does not have a card order
if (marr_nCardOrder[i] == -1)
{
// Set the current card to the display position
vec3NewCardPosition = marr_trCards[i].localPosition;
vec3NewCardPosition.y = m_fDefaultYHeight - m_fDisplayHeight;
}
else
{
// switch: Based on the card order to determine card's sub-header data
switch (marr_nCardOrder[i])
{
case 0:
marr_textSubheader[i].text = "1st";
break;
case 1:
marr_textSubheader[i].text = "2nd";
break;
case 2:
marr_textSubheader[i].text = "3rd";
break;
default:
Debug.LogWarning(name + ".UI_PlayerTurn.TransitionEnter(): Not registered marr_nCardOrder[i]! marr_nCardOrder[i]: " + marr_nCardOrder[i]);
break;
}
// Set the current card to the display position
vec3NewCardPosition = marr_trCards[i].localPosition;
vec3NewCardPosition.y = m_fDefaultYHeight - m_fSelectedHeight;
}
break;
}
// if: Animation is allowed
if (_bIsAnimate)
{
// if: Delay is allowed
if (_bIsDelay)
{
DelayAction actDelay = new DelayAction(i * m_fNextCardAppearDelay);
LocalMoveToAction actMoveToPosition = new LocalMoveToAction(marr_trCards[i], Graph.Bobber, vec3NewCardPosition, 0.15f);
ActionSequence actSequence = new ActionSequence(actDelay, actMoveToPosition);
ActionHandler.RunAction(actSequence);
}
else
{
LocalMoveToAction actMoveToPosition = new LocalMoveToAction(marr_trCards[i], Graph.Bobber, vec3NewCardPosition, 0.15f);
ActionHandler.RunAction(actMoveToPosition);
}
}
else
{
marr_trCards[i].localPosition = vec3NewCardPosition;
}
}
}