//Vector3 theLastMovingFormingStartingPlaceOnFloor_ = Vector3.zero;
//Vector3 theOriginalCurrentTargetPoint_ = Vector3.zero;
//Vector3 theCurrentTargetPoint_ = Vector3.zero;
private List <MovingScheduleElement> buildMovingScheduleToPoint(Vector2 inPoint)
{
List <MovingScheduleElement> theResult = new List <MovingScheduleElement>();
//Debug.Log("~~~~~~~~~~~{{{");
Vector2 theCurrentPointOnFloor = getPointOnFloor(transform.position);
//Debug.Log("~~~~~~~~~~~}}}");
Vector2 theTargetPointOnFloor = getPointOnFloor(inPoint);
//theLastMovingFormingStartingPlaceOnFloor_ = theCurrentPointOnFloor;
//theOriginalCurrentTargetPoint_ = inPoint;
//theCurrentTargetPoint_ = theTargetPointOnFloor;
int theIterationsGuard = 10;
while (true)
{
FloorDirection theDirection = getFloorDirectionToAchievePosition(theCurrentPointOnFloor.y, theTargetPointOnFloor.y);
if (FloorDirection.None == theDirection)
{
break;
}
Stairs theRightNearestStairs = getNearestStairs(theCurrentPointOnFloor, true, theDirection);
Stairs theLeftNearestStairs = getNearestStairs(theCurrentPointOnFloor, false, theDirection);
if (!theRightNearestStairs && !theLeftNearestStairs)
{
throw new System.Exception("Cannot find any stairs");
}
MovingScheduleElement theStairsScheduleElement = new MovingScheduleElement();
theStairsScheduleElement.movingDirection = theRightNearestStairs ? MovingDirection.Right : MovingDirection.Left;
theStairsScheduleElement.movingTarget = MovingTarget.MoveUntilStairs;
theStairsScheduleElement.targetStairs = theRightNearestStairs ? theRightNearestStairs : theLeftNearestStairs;
theResult.Add(theStairsScheduleElement);
theCurrentPointOnFloor = getPointOnFloor(theStairsScheduleElement.targetStairs.endPointPosition);
if (--theIterationsGuard < 0)
{
throw new System.Exception("Too many pathfind iterationis");
}
}
MovingScheduleElement theScheduleElement = new MovingScheduleElement();
theScheduleElement.movingDirection = (theTargetPointOnFloor.x > theCurrentPointOnFloor.x) ? MovingDirection.Right : MovingDirection.Left;
theScheduleElement.movingTarget = MovingTarget.MoveUntilPoint;
theScheduleElement.targetPoint = theTargetPointOnFloor;
theResult.Add(theScheduleElement);
//Debug.Log("PATH REQUEST [" + gameObject.name + "] {{{");
//foreach (MovingScheduleElement theElement in theResult)
// Debug.Log("[" + theElement.movingDirection + "|" + theElement.movingTarget + "|" + theElement.targetPoint + "|" + theElement.targetStairs + "]");
//Debug.Log("}}}");
return(theResult);
}
Stairs getNearestStairs(Vector2 inPointToFindFrom, bool inFindRight, FloorDirection inDirection)
{
float theCastingRadius = 1f;
float theCastingDistance = 100f;
float theCastingVectorSign = inFindRight ? 1f : -1f;
Vector2 theCastingDistanceVector = Vector2.right * theCastingDistance * theCastingVectorSign;
RaycastHit2D[] theHits = Physics2D.CircleCastAll(
inPointToFindFrom, theCastingRadius, theCastingDistanceVector);
Boxed <RaycastHit2D> theNearestHit = getNearestHitByType <Stairs>(inPointToFindFrom, theHits,
(Stairs inStairs) =>
{
return((FloorDirection.Down == inDirection && !inStairs.isForMovingUp) ||
(FloorDirection.Up == inDirection && inStairs.isForMovingUp));
});
return((null != theNearestHit) ? theNearestHit.value.collider.GetComponent <Stairs>() : null);
}
public void ResetPlayerFloor()
{
if (SetGravityDirection.gDirection == SetGravityDirection.GDirection.DOWN)
{
floorDirection = PlayerController.FloorDirection.DOWN;
}
else if (SetGravityDirection.gDirection == SetGravityDirection.GDirection.UP)
{
floorDirection = PlayerController.FloorDirection.UP;
}
else if (SetGravityDirection.gDirection == SetGravityDirection.GDirection.LEFT)
{
floorDirection = PlayerController.FloorDirection.LEFT;
}
else if (SetGravityDirection.gDirection == SetGravityDirection.GDirection.RIGHT)
{
floorDirection = PlayerController.FloorDirection.RIGHT;
}
}
private void frmGame_Load(object sender, EventArgs e)
{
Rand = new Random();
// create the player.
Player = new Player();
// first, generate a name.
// name generator's...names from: http://www.goodsandgoodies.com/wq/bashwe-dungeonnames.pdf
switch (Rand.Pick<NameStructure>(new List<NameStructure>() { NameStructure.Prefix, NameStructure.Prefix2x, NameStructure.Suffix,
NameStructure.PrefixAndSuffix, NameStructure.Prefix2xAndSuffix }))
{
case NameStructure.Prefix:
this.Name = "The {0} {1}".FormatBy(GeneratePrefix(Rand), GenerateLocation(Rand));
break;
case NameStructure.Prefix2x:
this.Name = "The {0}-{1} {2}".FormatBy(GeneratePrefix(Rand), GeneratePrefix(Rand), GenerateLocation(Rand));
break;
case NameStructure.Suffix:
this.Name = "The {0} of {1}".FormatBy(GenerateLocation(Rand), GenerateSuffix(Rand));
break;
case NameStructure.PrefixAndSuffix:
this.Name = "The {0} {1} of {2}".FormatBy(GeneratePrefix(Rand), GenerateLocation(Rand), GenerateSuffix(Rand));
break;
case NameStructure.Prefix2xAndSuffix:
this.Name = "The {0}-{1} {2} of {3}".FormatBy(GeneratePrefix(Rand), GeneratePrefix(Rand), GenerateLocation(Rand), GenerateSuffix(Rand));
break;
}
// pick whether the dungeon is ascending or descending.
Direction = Rand.Pick<FloorDirection>(new List<FloorDirection>() { FloorDirection.Ascending, FloorDirection.Descending });
SetFloor();
SetPoints();
// set the grid up.
MapCells = new Cell[15, 10];
for (int x = 0; x < 15; x++)
{
for (int y = 0; y < 10; y++)
{
Label lbl = new Label();
lbl.Text = " ";
lbl.AutoSize = false;
lbl.Size = new System.Drawing.Size(46, 46);
lbl.Location = new Point(46 * x, 46 * y);
lbl.TextAlign = ContentAlignment.MiddleCenter;
lbl.Font = new System.Drawing.Font("Segoe UI", 16);
pnlGame.Controls.Add(lbl);
MapCells[x, y] = new Cell(lbl);
}
}
// play a random song.
PlayRandomSong();
// generate a new map and display.
GenerateNewMap();
Update();
}
private void frmGame_Load(object sender, EventArgs e)
{
Rand = new Random();
// create the player.
Player = new Player();
// first, generate a name.
// name generator's...names from: http://www.goodsandgoodies.com/wq/bashwe-dungeonnames.pdf
switch (Rand.Pick <NameStructure>(new List <NameStructure>()
{
NameStructure.Prefix, NameStructure.Prefix2x, NameStructure.Suffix,
NameStructure.PrefixAndSuffix, NameStructure.Prefix2xAndSuffix
}))
{
case NameStructure.Prefix:
this.Name = "The {0} {1}".FormatBy(GeneratePrefix(Rand), GenerateLocation(Rand));
break;
case NameStructure.Prefix2x:
this.Name = "The {0}-{1} {2}".FormatBy(GeneratePrefix(Rand), GeneratePrefix(Rand), GenerateLocation(Rand));
break;
case NameStructure.Suffix:
this.Name = "The {0} of {1}".FormatBy(GenerateLocation(Rand), GenerateSuffix(Rand));
break;
case NameStructure.PrefixAndSuffix:
this.Name = "The {0} {1} of {2}".FormatBy(GeneratePrefix(Rand), GenerateLocation(Rand), GenerateSuffix(Rand));
break;
case NameStructure.Prefix2xAndSuffix:
this.Name = "The {0}-{1} {2} of {3}".FormatBy(GeneratePrefix(Rand), GeneratePrefix(Rand), GenerateLocation(Rand), GenerateSuffix(Rand));
break;
}
// pick whether the dungeon is ascending or descending.
Direction = Rand.Pick <FloorDirection>(new List <FloorDirection>()
{
FloorDirection.Ascending, FloorDirection.Descending
});
SetFloor();
SetPoints();
// set the grid up.
MapCells = new Cell[15, 10];
for (int x = 0; x < 15; x++)
{
for (int y = 0; y < 10; y++)
{
Label lbl = new Label();
lbl.Text = " ";
lbl.AutoSize = false;
lbl.Size = new System.Drawing.Size(46, 46);
lbl.Location = new Point(46 * x, 46 * y);
lbl.TextAlign = ContentAlignment.MiddleCenter;
lbl.Font = new System.Drawing.Font("Segoe UI", 16);
pnlGame.Controls.Add(lbl);
MapCells[x, y] = new Cell(lbl);
}
}
// play a random song.
PlayRandomSong();
// generate a new map and display.
GenerateNewMap();
Update();
}
