public void CalcAndSetMoveCostToEnd(Component context)
{
float moveCost = this.moveCost;
for (BoardSquarePathInfo next = this.next; next != null; next = next.next)
{
bool flag1 = context.Board.method_19(next.square, next.prev.square);
bool flag2 = context.Board.method_18(next.square, next.prev.square);
bool flag3 = next.square == next.prev.square;
if (flag1)
{
moveCost += 1.5f;
}
else if (flag2)
{
++moveCost;
}
else if (flag3)
{
if (next.next != null)
{
Log.Print(LogType.Warning, "Calculating move costs on a path, but it has the same square twice in a row.");
}
}
else if (next.connectionType != ConnectionType.Run && next.connectionType != ConnectionType.Vault)
{
moveCost += next.square.HorizontalDistanceOnBoardTo(next.prev.square);
}
else
{
Log.Print(LogType.Warning, "Calculating move costs on a path, but it has two non-adjacent consecutive squares.");
}
next.moveCost = moveCost;
}
}
public BoardSquarePathInfo Clone(BoardSquarePathInfo previous)
{
BoardSquarePathInfo previous1 = new BoardSquarePathInfo();
previous1.square = square;
previous1.moveCost = moveCost;
previous1.heuristicCost = heuristicCost;
previous1.m_unskippable = m_unskippable;
previous1.m_reverse = m_reverse;
previous1.chargeEndType = chargeEndType;
previous1.chargeCycleType = chargeCycleType;
previous1.segmentMovementSpeed = segmentMovementSpeed;
previous1.segmentMovementDuration = segmentMovementDuration;
previous1.connectionType = connectionType;
previous1.m_moverDiesHere = m_moverDiesHere;
previous1.m_moverHasGameplayHitHere = m_moverHasGameplayHitHere;
previous1.m_updateLastKnownPos = m_updateLastKnownPos;
previous1.m_visibleToEnemies = m_visibleToEnemies;
previous1.m_moverClashesHere = m_moverClashesHere;
previous1.m_moverBumpedFromClash = m_moverBumpedFromClash;
if (previous != null)
{
previous1.prev = previous;
}
if (next != null)
{
previous1.next = next.Clone(previous1);
}
return(previous1);
}
internal float FindDistanceToEnd()
{
var num = 0.0f;
for (var next = this.next; next != null; next = next.next)
{
num += (next.square.ToVector3() - square.ToVector3()).Length();
}
return(num);
}
public float FindMoveCostToOneBeforeEnd()
{
var moveCost = this.moveCost;
for (var next = this.next; next != null && next.next != null; next = next.next)
{
moveCost = next.moveCost;
}
return(moveCost - this.moveCost);
}
// public void CalcAndSetMoveCostToEnd()
// {
// float moveCost = this.moveCost;
// for (BoardSquarePathInfo next = this.next; next != null; next = next.next)
// {
// bool flag1 = Board.smethod_0().method_19(next.square, next.prev.square);
// bool flag2 = Board.smethod_0().method_18(next.square, next.prev.square);
// bool flag3 = next.square == next.prev.square;
// if (flag1)
// moveCost += 1.5f;
// else if (flag2)
// ++moveCost;
// else if (flag3)
// {
// if (next.next != null)
// Log.Print(LogType.Warning,
// "Calculating move costs on a path, but it has the same square twice in a row.");
// }
// else if (next.connectionType != ConnectionType.Run && next.connectionType != ConnectionType.Vault)
// moveCost += next.square.HorizontalDistanceOnBoardTo(next.prev.square);
// else
// Log.Print(LogType.Warning,
// "Calculating move costs on a path, but it has two non-adjacent consecutive squares.");
//
// next.moveCost = moveCost;
// }
// }
public float FindMoveCostToEnd()
{
float moveCost = this.moveCost;
for (BoardSquarePathInfo next = this.next; next != null; next = next.next)
{
moveCost = next.moveCost;
}
return(moveCost - this.moveCost);
}
public void ResetClashingOfPath()
{
for (BoardSquarePathInfo boardSquarePathInfo = this;
boardSquarePathInfo != null;
boardSquarePathInfo = boardSquarePathInfo.next)
{
if (boardSquarePathInfo.m_moverClashesHere)
{
boardSquarePathInfo.m_moverClashesHere = false;
}
if (boardSquarePathInfo.m_moverBumpedFromClash)
{
boardSquarePathInfo.m_moverBumpedFromClash = false;
}
}
}
public void ResetValuesToDefault()
{
square = null;
moveCost = 0.0f;
heuristicCost = 0.0f;
prev = null;
next = null;
m_unskippable = false;
m_reverse = false;
m_visibleToEnemies = false;
m_updateLastKnownPos = false;
m_moverDiesHere = false;
m_moverHasGameplayHitHere = false;
m_moverClashesHere = false;
m_moverBumpedFromClash = false;
m_expectedBackupNum = 0;
}
public bool IsNodePartOfMyFuturePath(BoardSquarePathInfo other, bool includePresent = true)
{
bool flag = false;
for (BoardSquarePathInfo boardSquarePathInfo = !includePresent ? next : this;
boardSquarePathInfo != null;
boardSquarePathInfo = boardSquarePathInfo.next)
{
if (other == boardSquarePathInfo)
{
flag = true;
break;
}
}
return(flag);
}
public bool IsSamePathAs(BoardSquarePathInfo other)
{
if (other == null)
{
return(false);
}
bool flag1 = true;
bool flag2;
if (flag2 =
(flag1 =
(flag1 =
(flag1 =
(flag1 =
(flag1 =
(flag1 =
(flag1 =
(flag1 = (flag1 = (flag1 = (1 & (other.square == square ? 1 : 0)) != 0) &
other.moveCost == (double)moveCost) &
other.heuristicCost == (double)heuristicCost) &
other.m_unskippable == m_unskippable) &
(other.m_moverClashesHere = m_moverClashesHere)) &
(other.m_moverBumpedFromClash = m_moverBumpedFromClash)) &
other.m_reverse == m_reverse) & other.chargeEndType == chargeEndType) &
other.chargeCycleType == chargeCycleType) &
other.segmentMovementSpeed == (double)segmentMovementSpeed) &
other.segmentMovementDuration == (double)segmentMovementDuration)
{
if (next != null && other.next != null)
{
flag2 = next.IsSamePathAs(other.next);
}
else if (next == null && other.next != null)
{
flag2 = false;
}
else if (next != null && other.next == null)
{
flag2 = false;
}
}
return(flag2);
}
public BoardSquarePathInfo GetPathMidpoint()
{
var moveCostToEnd1 = FindMoveCostToEnd();
var num1 = moveCostToEnd1 / 2f;
var boardSquarePathInfo = this;
var num2 = moveCostToEnd1;
for (var next = this.next; next != null; next = next.next)
{
var moveCostToEnd2 = next.FindMoveCostToEnd();
if (Math.Abs(moveCostToEnd2 - num1) < (double)Math.Abs(num2 - num1))
{
boardSquarePathInfo = next;
num2 = moveCostToEnd2;
}
else
{
break;
}
}
return(boardSquarePathInfo);
}