IEnumerator GrowScoreBox(GrowData data)
{
float startY = data.box.transform.localScale.y;
if (data.highScore == 0)
{
data.highScore++;
}
Vector3 endSize = new Vector3(data.box.transform.localScale.x, ((data.score / data.highScore) * maxHeight) + startY, data.box.transform.localScale.z);
float timer = 0f;
bool growing = true;
while (growing)
{
data.box.transform.localScale = Vector3.Lerp(data.box.transform.localScale, endSize, timer);
data.scoreText.text = (Mathf.Ceil(Mathf.Lerp(float.Parse(data.scoreText.text), data.score, timer))).ToString();
if (timer > 1f)
{
growing = false;
data.scoreText.text = data.score.ToString();
}
if (winText.gameObject.activeSelf == false && timer > 0.35f)
{
winText.gameObject.SetActive(true);
if (data.place == 0)
{
winText.color = Color.yellow;
winText.text = "Tie game!";
}
else if (data.place == 1)
{
if (data.box == redBox)
{
winText.color = new Color(229f / 250f, 57 / 250f, 50 / 250f);
winText.text = "Red wins!";
}
else if (data.box == greenBox)
{
winText.color = new Color(13 / 250f, 179 / 250f, 101 / 250f);
winText.text = "Green wins!";
}
}
}
timer += Time.deltaTime / growTime;
yield return(null);
}
}
public List<Vector2i> Grow(VoxelTypes[,] worldGrid, GrowData dataBase)
{
GrowData_Oak dat = (GrowData_Oak)dataBase;
List<Vector2i> changed = new List<Vector2i>();
//Clear out the current leaves.
changed.Capacity += dat.Leaves.Count;
for (int i = 0; i < dat.Leaves.Count; ++i)
{
worldGrid[dat.Leaves[i].x, dat.Leaves[i].y] = VoxelTypes.Empty;
changed.Add(dat.Leaves[i]);
}
dat.Leaves.Clear();
//Extend the tree-top upwards.
Vector2i counter = new Vector2i(dat.SproutPos.x, dat.TopY);
for (int i = 0; i < GrowthRate && counter.y < worldGrid.GetLength(1) - 1; ++i)
{
counter.y += 1;
if (!WorldVoxels.IsTreeFodder(worldGrid[counter.x, counter.y]))
{
break;
}
worldGrid[counter.x, counter.y] = dat.TreeType;
changed.Add(counter);
dat.TopY = counter.y;
dat.MaxBoundBox.y = UnityEngine.Mathf.Max(dat.MaxBoundBox.y, counter.y);
}
//Add leaves spreading out from the top.
dat.LeavesRadius += 1;
AddLeaves(dat, worldGrid);
changed.Capacity += dat.Leaves.Count;
changed.AddRange(dat.Leaves);
return changed;
}
public Tree(IGrowPattern pattern, GrowData dat)
{
GrowPattern = pattern;
GrowDat = dat;
}
public bool Occupies(GrowData baseData, Vector2i worldPos, bool includeLeaves)
{
//The logs occupy a single column of space.
if (worldPos.x == baseData.SproutPos.x)
{
GrowData_Oak dat = (GrowData_Oak)baseData;
if (worldPos.y >= dat.SproutPos.y && worldPos.y <= dat.TopY)
{
return true;
}
else
{
return includeLeaves && dat.Leaves.Any(le => (le == worldPos));
}
}
else
{
return includeLeaves && ((GrowData_Oak)baseData).Leaves.Any(le => (le == worldPos));
}
}