public PositionOrientation getSlotLocation(int slotNumber)
{
float angleAroundCircle = (slotNumber / (float)numberOfSlots) * 2f * Mathf.PI;
float radius = characterRadius / Mathf.Sin(Mathf.PI / numberOfSlots);
PositionOrientation location = new PositionOrientation();
location.position = new Vector3(radius * -Mathf.Sin(angleAroundCircle), radius * Mathf.Cos(angleAroundCircle), 0);
location.orientation = new Vector3(0, 0, angleAroundCircle * Mathf.Rad2Deg);
return(location);
}
// If position is not valid, look around until a valid position is found
// Examine surrounding cells in a "snail pattern"
private void AdjustToSuitableLocationInLayout(WordPositionLayout layout, IList <WordAndCanvas> wordAndCanvasList, IList <PositionOrientation> topLeftList, bool onlyValidPlacement)
{
// Internal helper to check all words
bool CanPlaceAllWords(bool isOnlyValidPlacement)
{
for (int il = 0; il < wordAndCanvasList.Count; il++)
{
var placmentStatus = EditorViewModel.CanPlaceWordAtPositionInLayout(layout, wordAndCanvasList[il].WordPosition, topLeftList[il]);
if (placmentStatus == PlaceWordStatus.Invalid || placmentStatus == PlaceWordStatus.TooClose && !isOnlyValidPlacement)
{
return(false);
}
}
return(true);
}
if (!CanPlaceAllWords(onlyValidPlacement))
{
int st = 1;
int sign = 1;
for (; ;)
{
for (int i = 0; i < st; i++)
{
for (int il = 0; il < wordAndCanvasList.Count; il++)
{
topLeftList[il] = new PositionOrientation(topLeftList[il].StartRow, topLeftList[il].StartColumn + sign, m_Sel.WordAndCanvasList[il].WordPosition.IsVertical);
}
if (CanPlaceAllWords(true))
{
return;
}
}
for (int i = 0; i < st; i++)
{
for (int il = 0; il < wordAndCanvasList.Count; il++)
{
topLeftList[il] = new PositionOrientation(topLeftList[il].StartRow + sign, topLeftList[il].StartColumn, m_Sel.WordAndCanvasList[il].WordPosition.IsVertical);
}
if (CanPlaceAllWords(true))
{
return;
}
}
sign = -sign;
st++;
}
}
}
public PositionOrientation getDriftOffset(List <SlotAssignment> slots)
{
PositionOrientation center = new PositionOrientation();
foreach (SlotAssignment slot in slots)
{
PositionOrientation location = getSlotLocation(slot.slotNumber);
center.position += location.position;
center.orientation += location.orientation;
}
center.position *= 1f / (float)slots.Count;
center.orientation *= 1f / (float)slots.Count;
return(center);
}
// Use this for initialization
void Start()
{
pattern = new FormationPattern(characterRadius, numberOfSlots);
slotAssignments = new List <SlotAssignment> ();
completedTunnel = new List <bool> ();
for (int i = 0; i < numberOfSlots; i++)
{
SlotAssignment slot = new SlotAssignment();
slot.slotNumber = i;
slot.character = Instantiate(unitPrefab);
slotAssignments.Add(slot);
completedTunnel.Add(false);
}
anchorPoint = pattern.getDriftOffset(slotAssignments);
currentIndex = 0;
rbody = GetComponent <Rigidbody2D> ();
completed = false;
walls = GameObject.FindGameObjectsWithTag("Wall");
}
// Not immutable because of this
public void SetNewPositionOrientation(PositionOrientation positionOrientation)
{
m_PositionOrientation = positionOrientation;
}
public WordPosition(string word, string originalWord, PositionOrientation positionOrientation)
{
Word = word;
OriginalWord = originalWord;
m_PositionOrientation = positionOrientation;
}
internal static PlaceWordStatus CanPlaceWordAtPositionInLayout(WordPositionLayout layout, WordPosition wordPosition, PositionOrientation positionOrientation)
{
return(EditorModel.CanPlaceWordAtPositionInLayout(layout, wordPosition, positionOrientation));
}
// Check if a WordPosition can be placed at specific location in given layout
internal static PlaceWordStatus CanPlaceWordAtPositionInLayout(WordPositionLayout layout, WordPosition wordPosition, PositionOrientation position)
{
WordPosition testWordPosition = new WordPosition(wordPosition.Word, wordPosition.OriginalWord, position);
return(layout.CanPlaceWord(testWordPosition, true));
}
