private int GetCountToNextLegalRotation(HackCard hackcard, int startingRotation = 0)
{
FindAndStoreAdjacentSquares();
// We check all four rotations for a match and allow placing the square if there are any
// If there are, we return the number of rotations necessary for later processing
// If there are none, we return -1
// Starting rotation is set to 1 if we want to find the next legal rotation and skip 'no rotation'
for (int rotations = startingRotation; rotations < 4; rotations++)
{
string rotatedLeftCircuit = hackcard.GetLeftCircuit();
string rotatedTopCircuit = hackcard.GetTopCircuit();
string rotatedRightCircuit = hackcard.GetRightCircuit();
string rotatedBottomCircuit = hackcard.GetBottomCircuit();
for (int i = 0; i < rotations; i++)
{
string previousLeftCircuit = rotatedLeftCircuit;
rotatedLeftCircuit = rotatedBottomCircuit;
rotatedBottomCircuit = rotatedRightCircuit;
rotatedRightCircuit = rotatedTopCircuit;
rotatedTopCircuit = previousLeftCircuit;
}
bool isCurrentRotationLegal = CheckRotation(rotatedLeftCircuit, rotatedTopCircuit, rotatedRightCircuit, rotatedBottomCircuit);
if (isCurrentRotationLegal)
{
return(rotations);
}
}
return(-1);
}
private int GetCountToPreviousLegalRotation(HackCard hackcard, int startingRotation = 0)
{
FindAndStoreAdjacentSquares();
for (int rotations = startingRotation; rotations < 4; rotations++)
{
string rotatedLeftCircuit = hackcard.GetLeftCircuit();
string rotatedTopCircuit = hackcard.GetTopCircuit();
string rotatedRightCircuit = hackcard.GetRightCircuit();
string rotatedBottomCircuit = hackcard.GetBottomCircuit();
for (int i = 0; i < rotations; i++)
{
string previousLeftCircuit = rotatedLeftCircuit;
rotatedLeftCircuit = rotatedTopCircuit;
rotatedTopCircuit = rotatedRightCircuit;
rotatedRightCircuit = rotatedBottomCircuit;
rotatedBottomCircuit = previousLeftCircuit;
}
bool isCurrentRotationLegal = CheckRotation(rotatedLeftCircuit, rotatedTopCircuit, rotatedRightCircuit, rotatedBottomCircuit);
if (isCurrentRotationLegal)
{
return(rotations);
}
}
return(-1);
}
public void AddConnectionsToActiveCard(int number, string color)
{
HackCard topCard = cards[0];
// in circuit array: 0 = left, 1 = top, 2 = right, 3 = bottom
string[] circuits = { topCard.GetLeftCircuit(), topCard.GetTopCircuit(), topCard.GetRightCircuit(), topCard.GetBottomCircuit() };
List <int> emptyColorIndices = new List <int>();
List <int> differentColorIndices = new List <int>();
List <int> sameColorIndices = new List <int>();
for (int i = 0; i < circuits.Length; i++)
{
if (circuits[i] == color)
{
sameColorIndices.Add(i);
}
else if (circuits[i] == "none")
{
emptyColorIndices.Add(i);
}
else
{
differentColorIndices.Add(i);
}
}
for (int i = 0; i < number; i++)
{
if (emptyColorIndices.Count > 0)
{
int indexToUse = Random.Range(0, emptyColorIndices.Count);
SetTemporaryCircuit(emptyColorIndices[indexToUse], color);
emptyColorIndices.RemoveAt(indexToUse);
}
else if (differentColorIndices.Count > 0)
{
int indexToUse = Random.Range(0, differentColorIndices.Count);
SetTemporaryCircuit(differentColorIndices[indexToUse], color);
differentColorIndices.RemoveAt(indexToUse);
}
}
SetTopCard();
}
public void SetTopCard()
{
Image[] imageHolders = GetComponentsInChildren <Image>();
AllSpikeImages allSpikeImages = FindObjectOfType <AllSpikeImages>();
if (cards.Count == 0)
{
foreach (Image image in imageHolders)
{
image.sprite = allSpikeImages.GetEmptyImage();
}
}
else
{
HackCard topCard = cards[0];
foreach (Image image in imageHolders)
{
switch (image.name)
{
case "HackDeckCardBack":
image.sprite = allSpikeImages.GetCardBack();
break;
case "LeftCircuit":
string color;
if (tempLeftCircuit != null)
{
color = tempLeftCircuit;
}
else
{
color = topCard.GetLeftCircuit();
}
Sprite currentImage = allSpikeImages.GetCircuitImageByColorAndDirection(color, "left");
image.sprite = currentImage;
break;
case "TopCircuit":
if (tempTopCircuit != null)
{
color = tempTopCircuit;
}
else
{
color = topCard.GetTopCircuit();
}
currentImage = allSpikeImages.GetCircuitImageByColorAndDirection(color, "top");
image.sprite = currentImage;
break;
case "RightCircuit":
if (tempRightCircuit != null)
{
color = tempRightCircuit;
}
else
{
color = topCard.GetRightCircuit();
}
currentImage = allSpikeImages.GetCircuitImageByColorAndDirection(color, "right");
image.sprite = currentImage;
break;
case "DownCircuit":
if (tempBottomCircuit != null)
{
color = tempBottomCircuit;
}
else
{
color = topCard.GetBottomCircuit();
}
currentImage = allSpikeImages.GetCircuitImageByColorAndDirection(color, "bottom");
image.sprite = currentImage;
break;
case "TopLeftSpike":
Spike currentspike = topCard.GetTopLeftSpike();
string state = currentspike.GetSpikeState();
color = currentspike.GetSpikeColor();
currentImage = allSpikeImages.GetSpikebyColorCornerAndState(color, "topleft", state);
image.sprite = currentImage;
break;
case "TopRightSpike":
currentspike = topCard.GetTopRightSpike();
state = currentspike.GetSpikeState();
color = currentspike.GetSpikeColor();
currentImage = allSpikeImages.GetSpikebyColorCornerAndState(color, "topright", state);
image.sprite = currentImage;
break;
case "BottomLeftSpike":
currentspike = topCard.GetBottomLeftSpike();
state = currentspike.GetSpikeState();
color = currentspike.GetSpikeColor();
currentImage = allSpikeImages.GetSpikebyColorCornerAndState(color, "bottomleft", state);
image.sprite = currentImage;
break;
case "BottomRightSpike":
currentspike = topCard.GetbottomRightSpike();
state = currentspike.GetSpikeState();
color = currentspike.GetSpikeColor();
currentImage = allSpikeImages.GetSpikebyColorCornerAndState(color, "bottomright", state);
image.sprite = currentImage;
break;
case "CardImage":
image.sprite = topCard.GetCardImage();
break;
}
}
}
}
