private void addRedBoxAroundResident(string side, int num)
{
//adds a red border around a resident, to draw attention to that resident
SideHintTile[] row;
if (side == "top")
{
row = gameManager.puzzleGenerator.topHints;
}
else if (side == "bottom")
{
row = gameManager.puzzleGenerator.bottomHints;
}
else if (side == "left")
{
row = gameManager.puzzleGenerator.leftHints;
}
else
{
row = gameManager.puzzleGenerator.rightHints;
}
SideHintTile s = row[num];
s.addRedBorder();
}
public void drawFullPuzzle()
{
//draws the visuals for the puzzle tiles, borders, residents, and street corners
float desiredPuzzleSize = puzzlePositioning.transform.localScale.x;
if (canvas.GetComponent <RectTransform>().rect.height > canvas.GetComponent <CanvasScaler>().referenceResolution.y)
{
desiredPuzzleSize *= (canvas.GetComponent <CanvasScaler>().referenceResolution.y / canvas.GetComponent <RectTransform>().rect.height);
}
float defaultTileScale = puzzleGenerator.puzzleTilePrefab.GetComponent <BoxCollider2D>().size.x;
float currentPuzzleSize = (size + 2) * defaultTileScale;
float scaleFactor = desiredPuzzleSize / currentPuzzleSize;
Vector2 puzzleCenter = puzzlePositioning.transform.position;
//draw puzzle
Transform parent = puzzlePositioning.transform;
float totalSize = size * scaleFactor * defaultTileScale;
for (int i = 0; i < size; i++)
{
for (int j = 0; j < size; j++)
{
Vector2 pos = new Vector2(puzzleCenter.x - (totalSize / 2) + (scaleFactor * defaultTileScale * (j + 0.5f)), puzzleCenter.y + (totalSize / 2) - (scaleFactor * defaultTileScale * (i + 0.5f)));
puzzleGenerator.tilesArray[i, j].setValues(pos, scaleFactor, parent);
puzzleGenerator.tilesArray[i, j].transform.Find("Building").gameObject.SetActive(showBuildings);
}
}
//draw hints
float topy = puzzleCenter.y + ((totalSize) / 2) + (scaleFactor * defaultTileScale * 0.5f);
float bottomy = puzzleCenter.y - ((totalSize) / 2) - (scaleFactor * defaultTileScale * 0.5f);
float leftx = puzzleCenter.x - (totalSize / 2) - (scaleFactor * defaultTileScale * (0.5f));
float rightx = puzzleCenter.x + (totalSize / 2) + (scaleFactor * defaultTileScale * (0.5f));
for (int i = 0; i < size; i++)
{
float tbx = puzzleCenter.x - (totalSize / 2) + (scaleFactor * defaultTileScale * (i + 0.5f));
float lry = puzzleCenter.y + ((totalSize) / 2) - (scaleFactor * defaultTileScale * (i + 0.5f));
SideHintTile topTile = puzzleGenerator.topHints[i];
SideHintTile bottomTile = puzzleGenerator.bottomHints[i];
SideHintTile leftTile = puzzleGenerator.leftHints[i];
SideHintTile rightTile = puzzleGenerator.rightHints[i];
topTile.setValues(new Vector2(tbx, topy), scaleFactor, parent);
bottomTile.setValues(new Vector2(tbx, bottomy), scaleFactor, parent);
leftTile.setValues(new Vector2(leftx, lry), scaleFactor, parent);
rightTile.setValues(new Vector2(rightx, lry), scaleFactor, parent);
topTile.rotateHint(0, (totalSize / size));
bottomTile.rotateHint(180, (totalSize / size));
leftTile.rotateHint(90, (totalSize / size));
rightTile.rotateHint(270, (totalSize / size));
}
foreach (SideHintTile h in puzzleGenerator.allHints)
{
h.addHint();
}
//draw street corners
Vector2 topLeftPos = new Vector2(leftx, topy);
Vector2 bottomLeftPos = new Vector2(leftx, bottomy);
Vector2 topRightPos = new Vector2(rightx, topy);
Vector2 bottomRightPos = new Vector2(rightx, bottomy);
createCorner(topLeftPos, scaleFactor, 0, parent);
createCorner(bottomLeftPos, scaleFactor, 90, parent);
createCorner(topRightPos, scaleFactor, 270, parent);
createCorner(bottomRightPos, scaleFactor, 180, parent);
}
