public void Update()
{
//button inputs for camera
//rotate-left, rotate-right, tilt-up, tilt-down, zoom-in, zoom-out
MovableCamera mc = Camera.main.transform.parent.GetComponent <MovableCamera>();
if (Input.GetButton("Rotate Left"))
{
if (!mc.IsMoving)
{
mc.targetRotation = (float)SRPGUtil.LockFacing(mc.targetRotation - 90, FacingLock.Ordinal);
}
}
if (Input.GetButton("Rotate Right"))
{
if (!mc.IsMoving)
{
mc.targetRotation = (float)SRPGUtil.LockFacing(mc.targetRotation + 90, FacingLock.Ordinal);
}
}
if (Input.GetButton("Tilt Up"))
{
if (Mathf.Approximately(mc.targetTilt, 30) && !mc.IsMoving)
{
mc.targetTilt = 45;
}
}
if (Input.GetButton("Tilt Down"))
{
if (Mathf.Approximately(mc.targetTilt, 45) && !mc.IsMoving)
{
mc.targetTilt = 30;
}
}
if (Input.GetButton("Zoom In"))
{
if (Mathf.Approximately(mc.targetDistance, 45) && !mc.IsMoving)
{
mc.targetDistance = 30;
}
}
if (Input.GetButton("Zoom Out"))
{
if (Mathf.Approximately(mc.targetDistance, 30) && !mc.IsMoving)
{
mc.targetDistance = 45;
}
}
//also, if we're in an active skill, make the selected tile the target pivot
if (activeSkill != null)
{
if (activeSkill is ActionSkillDef)
{
FocusOnPoint(map.TransformPointWorld(((ActionSkillDef)activeSkill).TargetPosition));
}
}
}
public Arrow ArrowForFacing(float f)
{
LockedFacing l = SRPGUtil.LockFacing(f, FacingLock.Cardinal, map.transform.eulerAngles.y);
switch (l)
{
case LockedFacing.XP:
return(Arrow.XP);
case LockedFacing.YP:
return(Arrow.YP);
case LockedFacing.XN:
return(Arrow.XN);
case LockedFacing.YN:
return(Arrow.YN);
default:
Debug.LogError("Bad locked facing " + l + " from " + f);
return((Arrow)(-1));
}
}
protected float FacingSwitch(
Formulae fdb,
StatEffectTarget target,
SkillDef scontext,
Character ccontext,
Character tcontext,
Equipment econtext,
Item icontext
)
{
if (scontext == null)
{
Debug.LogError("Relative facing not available for non-attack/reaction skill effects.");
return(float.NaN);
}
Character applier = scontext != null ?
scontext.character : ccontext;
Character applied = scontext != null ?
scontext.currentTargetCharacter : tcontext;
CharacterPointing pointing = CharacterPointing.Front;
Character x = null, y = null;
if (target == StatEffectTarget.Applied)
{
x = applier;
y = applied;
}
else if (target == StatEffectTarget.Applier)
{
x = applied;
y = applier;
}
Vector3 xp = x.TilePosition;
Vector3 yp = y.TilePosition;
//see if y is facing towards x at all
float xAngle = SRPGUtil.WrapAngle(x.Facing);
float yAngle = SRPGUtil.WrapAngle(y.Facing);
float interAngle = Mathf.Atan2(yp.y - xp.y, yp.x - xp.x) * Mathf.Rad2Deg;
float relativeYAngle = SRPGUtil.WrapAngle(yAngle - xAngle);
bool towards = Mathf.Abs(Mathf.DeltaAngle(interAngle, xAngle)) < 45;
//is theta(y,x) within 45 of yAngle?
// Debug.Log("xang "+xAngle);
// Debug.Log("yang "+yAngle);
// Debug.Log("interang "+interAngle);
// Debug.Log("towardsang "+Mathf.Abs(Mathf.DeltaAngle(xAngle, interAngle)));
// Debug.Log("relY "+relativeYAngle);
if (towards)
{
//next, get the quadrant
//quadrant ~~ theta (target -> other)
if (relativeYAngle >= 45 && relativeYAngle < 135)
{
pointing = CharacterPointing.Left;
}
else if (relativeYAngle >= 135 && relativeYAngle < 225)
{
pointing = CharacterPointing.Front;
}
else if (relativeYAngle >= 225 && relativeYAngle < 315)
{
pointing = CharacterPointing.Right;
}
else
{
pointing = CharacterPointing.Back;
}
}
else
{
pointing = CharacterPointing.Away;
}
// Debug.Log("pt "+pointing);
//order:
//front, left, right, back, away, sides, towards, default
//must have null entries
if (arguments.Count != 8)
{
Debug.Log("Bad facing switch in skill " + (scontext != null ? scontext.skillName : "none"));
}
if (pointing == CharacterPointing.Front && NotNullFormula(arguments[0]))
{
//front
//Debug.Log("ft");
return(arguments[0].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext));
}
else if (pointing == CharacterPointing.Left && NotNullFormula(arguments[1]))
{
//left
//Debug.Log("lt");
return(arguments[1].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext));
}
else if (pointing == CharacterPointing.Right && NotNullFormula(arguments[2]))
{
//right
//Debug.Log("rt");
return(arguments[2].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext));
}
else if (pointing == CharacterPointing.Back && NotNullFormula(arguments[3]))
{
//back
//Debug.Log("bk");
return(arguments[3].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext));
}
else if (pointing == CharacterPointing.Away && NotNullFormula(arguments[4]))
{
//away
//Debug.Log("away");
return(arguments[4].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext));
}
else if ((pointing == CharacterPointing.Left || pointing == CharacterPointing.Right) && NotNullFormula(arguments[5]))
{
//sides
// Debug.Log("sides");
return(arguments[5].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext));
}
else if ((pointing != CharacterPointing.Away) && NotNullFormula(arguments[6]))
{
//towards
// Debug.Log("twds");
return(arguments[6].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext));
}
else if (NotNullFormula(arguments[7]))
{
//default
// Debug.Log("default");
return(arguments[7].GetValue(fdb, scontext, ccontext, tcontext, econtext, icontext));
}
else
{
Debug.LogError("No valid branch for pointing " + pointing + " in skill " + (scontext != null ? scontext.skillName : "none"));
return(float.NaN);
}
}
public void SpecialMove(
Vector3 start,
bool animateMoveToStart,
string moveType,
Region lineMove,
float specialMoveSpeedXY,
float specialMoveSpeedZ,
SkillDef cause
)
{
specialMoveType = moveType;
specialMoveExecutor.XYSpeed = specialMoveSpeedXY;
specialMoveExecutor.ZSpeedDown = specialMoveSpeedZ;
List <Character> collidedCharacters = new List <Character>();
float direction = -1, amount = -1, remaining = -1, dropDistance = -1;
PathNode movePath = lineMove.GetLineMove(
out direction,
out amount,
out remaining,
out dropDistance,
collidedCharacters,
this,
start
);
//move executor special move (path)
specialMoveExecutor.Activate();
CharacterSpecialMoveReport rep = new CharacterSpecialMoveReport(
this,
moveType,
lineMove,
cause,
start,
movePath,
direction,
amount,
remaining,
dropDistance,
collidedCharacters
);
map.BroadcastMessage(
"WillSpecialMoveCharacter",
rep,
SendMessageOptions.DontRequireReceiver
);
MoveExecutor.MoveFinished movedToStart =
(srcStart, srcEndNode, srcFinishedNicely) => {
Debug.Log("src finished nicely? " + srcFinishedNicely);
specialMoveExecutor.SpecialMoveTo(
movePath,
(src, endNode, finishedNicely) => {
Debug.Log(
"specially moved character " + this.name +
" by " + moveType +
" from " + start +
" in dir " + direction +
" node " + movePath +
" into " + (
collidedCharacters.Count == 0 ?
"nobody":
"" + collidedCharacters.Count + " folks"
) +
" left over " + remaining +
" dropped " + dropDistance
);
map.BroadcastMessage(
"DidSpecialMoveCharacter",
rep,
SendMessageOptions.DontRequireReceiver
);
specialMoveExecutor.Deactivate();
var allChars = map.CharactersAt(endNode.pos);
var otherChars = allChars.Where(c => c != this && c != mountedCharacter).ToArray();
Character[] chars = null;
if (otherChars.Length > 0)
{
//try to fix myself
chars = new Character[] { IsMounting?mountedCharacter: this };
}
if (chars != null && chars.Length > 0)
{
//if any collisions left over between me and somebody else...
Debug.Log("fix collisions");
bool success = false;
if (!success)
{
Debug.Log("try straight");
success = TrySpecialMoveResponse(direction, endNode, chars, lineMove, cause);
}
if (!success)
{
Debug.Log("try left");
success = TrySpecialMoveResponse(SRPGUtil.WrapAngle(direction + 90), endNode, chars, lineMove, cause);
}
if (!success)
{
Debug.Log("try right");
success = TrySpecialMoveResponse(SRPGUtil.WrapAngle(direction - 90), endNode, chars, lineMove, cause);
}
if (!success)
{
Debug.Log("try back");
success = TrySpecialMoveResponse(SRPGUtil.WrapAngle(direction + 180), endNode, chars, lineMove, cause);
}
if (!success)
{
Debug.LogError("Can't shove " + chars.Length + " chars out of the way!");
}
}
}
);
};
if (start != TilePosition)
{
if (animateMoveToStart)
{
specialMoveExecutor.SpecialMoveTo(
new PathNode(start, null, 0),
movedToStart,
3.0f
);
}
else
{
specialMoveExecutor.ImmediatelyMoveTo(
new PathNode(start, null, 0),
movedToStart,
3.0f
);
}
}
else
{
movedToStart(start, new PathNode(start, null, 0), true);
}
}