private void drawlinerenderer()
{
GameObject newline = Instantiate(Line);
activeLine = newline.GetComponent <drawLine>();
// activeLine.DrawOutline(grid, zPos);
// DrawOutline();
StartCoroutine(SortVertices());
// SortVertices();
// StartCoroutine(activeLine.DrawLineOutline(finalVertices));
}
private void createLine(int division)
{
GameObject newline = Instantiate(Line);
activeLine = newline.GetComponent <drawLine>();
foreach (var item in SortedVertices[division])
{
activeLine.extendLine(item);
}
activeLine.extendLine(SortedVertices[division][0]);
}
void Start()
{
if (polygon)
{
GameObject newline = Instantiate(Line);
activeLine = newline.GetComponent <drawLine>();
activeLine.DrawPolygon(vertexNumber, radius, centerPos, startWidth, endWidth, Mesh1);
}
else
{
// activeLine.DrawGridShape(vertexNumber, radius, centerPos, startWidth, endWidth, Mesh1);
}
}
//ready set go
void Start()
{
//define settings for the background worker
bw.WorkerReportsProgress = true;
bw.DoWork += new DoWorkEventHandler(bw_DoWork);
bw.ProgressChanged += new ProgressChangedEventHandler(bw_ProgressChanged);
bw.RunWorkerCompleted += new RunWorkerCompletedEventHandler(bw_RunWorkerCompleted);
//fetch external scripts
xTanScript = (drawLine)xTangentLine.GetComponent(typeof(drawLine));
yTanScript = (drawLine)yTangentLine.GetComponent(typeof(drawLine));
integralScript = (integralRender)integralRenderer.GetComponent(typeof(integralRender));
line = GetComponent <LineRenderer>();
}
public void Start()
{
cam = Camera.main;
dl = GetComponent <drawLine>();
LoadData();
spriteRenderer = rb.gameObject.GetComponent <SpriteRenderer>();
if (sk == 1)
{
spriteRenderer.sprite = newSprite;
}
rb.transform.position = new Vector3(p1, p2, p3);
rb.velocity = new Vector2(v1, v2);
dl.endLine();
prePos = rb.position;
startPos = rb.position;
endPos = rb.position;
}
// Start is called before the first frame update
void Start()
{
lineScript = lineObj.GetComponent <drawLine>();
}
private void Awake()
{
instantiate = this;
}
private IEnumerator SortVerticesAndCreateLine()
{
// foreach (var item in verticesofGrid)
// {
// if (!item.getUsed())
// {
// finalVertices.Add(item.vertice);
// Debug.Log(item.vertice + " " + item.getUsed());
// }
// }
// finalVertices.Sort();
// for (int x = 1; x < temp.Count; x++)
// {
// for (int y = x; y < temp.Count; y++)
// {
// if (temp[x].x == 1)
// }
// }
for (int division = 0; division <= divisionCount; division++)
{
if (grid.checkDivision(division) && divisionType[division] == DivisionType.Fill)
{
Debug.Log(division);
List <Vector3> temp = new List <Vector3>();
GameObject newline = Instantiate(Line);
activeLine = newline.GetComponent <drawLine>();
int x = 0, y = 0;
// for (int i = 0; i < finalVertices[division].Count; i++)
// {
// // Debug.LogError(finalVertices[division][i]);
// }
// activeLine.extendLine(new Vector3(v.x, v.y + 0.05f));
float offset = cellSize / 2;
Vector3 v = finalVertices[division][0];
Vector3 prev = v;
Vector3 first = v;
temp.Add(v);
activeLine.extendLine(v);
UnSorted = true;
while (UnSorted)
{
// Debug.Log(temp.Exists(e => e.x == v.x && e.y == v.y));
if (!grid.CheckIfIndexPossible(new Vector3(v.x - offset, v.y + offset), false, division) && grid.CheckIfIndexPossible(new Vector3(v.x + offset, v.y + offset), true, division) && !temp.Exists(e => e.y == v.y + 1 && e.x == v.x) && finalVertices[division].Exists(e => e.y == v.y + 1 && e.x == v.x))
{
/* Debug.Log("prev " + prev.x + " " + prev.y);*/
/*up = true;*/
// resetBool(1);
prev = v;
v = finalVertices[division].Find(e => e.y == v.y + 1 && e.x == v.x);
if (temp.Contains(v))
{
Debug.Log("unsorted false");
UnSorted = false;
}
// CheckAndGetIndex(new Vector3((v.x) + cellSize / 2, v.y + (cellSize / 2)), out x, out y);
// grid.getXYPosition(new Vector3((v.x) + cellSize / 2, v.y - (cellSize / 2)), out x, out y);
/*Debug.Log(v.x + " " + v.y);*/
temp.Add(v);
activeLine.extendLine(v);
if (temp.Count == finalVertices[division].Count)
{
UnSorted = false;
}
}
else if ((!grid.CheckIfIndexPossible(new Vector3(v.x - offset, v.y + offset), false, division) || !grid.CheckIfIndexPossible(new Vector3(v.x + offset, v.y + offset), false, division)) && grid.CheckIfIndexPossible(new Vector3(v.x + offset, v.y - offset), true, division) && !temp.Exists(e => e.x == v.x + 1 && e.y == v.y) && finalVertices[division].Exists(e => e.x == v.x + 1 && e.y == v.y))
{
// ((x < width && y < height) ? grid.getCreated(x, y) : true)
// right = true;
// resetBool();
Debug.Log("prev " + prev.x + " " + prev.y);
prev = v;
v = finalVertices[division].Find(e => e.x == v.x + 1 && e.y == v.y);
// CheckAndGetIndex(new Vector3((v.x + cellSize) + cellSize / 2, (v.y) - (cellSize / 2)), out x, out y);
// grid.getXYPosition(new Vector3((v.x) + cellSize / 2, v.y - (cellSize / 2)), out x, out y);
Debug.Log(v.x + " " + v.y);
temp.Add(v);
activeLine.extendLine(v);
if (temp.Count == finalVertices[division].Count)
{
Debug.Log("unsorted false");
UnSorted = false;
}
}
else if (grid.CheckIfIndexPossible(new Vector3(v.x - offset, v.y - offset), true, division) && !grid.CheckIfIndexPossible(new Vector3(v.x + offset, v.y - offset), false, division) && !temp.Exists(e => e.y == v.y - 1 && e.x == v.x) && finalVertices[division].Exists(e => e.y == v.y - 1 && e.x == v.x))
{
// ((x < width && y < height) ? !grid.getCreated(x, y) : true)
// down = true;
// resetBool();
Debug.Log("prev " + prev.x + " " + prev.y);
prev = v;
v = finalVertices[division].Find(e => e.y == v.y - 1 && e.x == v.x);
if (temp.Contains(v))
{
Debug.Log("unsorted false");
UnSorted = false;
}
// CheckAndGetIndex(v, out x, out y);
grid.getXYPosition(new Vector3((v.x) + cellSize / 2, v.y - (cellSize / 2)), out x, out y);
Debug.Log(v.x + " " + v.y);
temp.Add(v);
activeLine.extendLine(v);
if (temp.Count == finalVertices[division].Count)
{
Debug.Log("unsorted false");
UnSorted = false;
}
}
else if (!grid.CheckIfIndexPossible(new Vector3(v.x - offset, v.y - offset), false, division) && (!temp.Exists(e => e.x == v.x - 1 && e.y == v.y)) && finalVertices[division].Exists(e => e.x == v.x - 1 && e.y == v.y))
{
// ((x < width && y < height) ? grid.getCreated(x, y) : true)
// left = true;
// resetBool();
Debug.Log("prev " + prev.x + " " + prev.y);
prev = v;
v = finalVertices[division].Find(e => e.x == v.x - 1 && e.y == v.y);
// temp.Contains(new Vector3(v.x - 1, v.y, 0))
if (new Vector3(v.x - 1, v.y, 0) == first)
{
Debug.Log("unsorted false");
UnSorted = false;
}
// CheckAndGetIndex(v, out x, out y);
Debug.Log(v.x + " " + v.y);
temp.Add(v);
activeLine.extendLine(v);
if (temp.Count == finalVertices[division].Count)
{
Debug.Log("unsorted false");
UnSorted = false;
}
}
yield return(new WaitForSeconds(0.01f));
// activeLine.extendLine(new Vector3(first.x, first.y + 0.05f));
// finalVertices.Sort(delegate (Vector3 x, Vector3 y)
// {
// if ((x.y - y.y == 1 && x.x == y.x) || (x.x - y.x == 1 && x.y == y.y)) return 1;
// else if ((Mathf.Abs(x.x - y.x) + Mathf.Abs(x.y - y.y)) == 1)
// return 0;
// else
// return 0;
// // return x.x.CompareTo(y.x);
// }); ;
}
activeLine.extendLine(first);
}
else if (divisionType[division] == DivisionType.Empty)
{
Debug.Log("Empty");
for (int i = 0; i < finalVertices[division].Count; i++)
{
Debug.Log(finalVertices[division][i]);
}
List <Vector3> temp = new List <Vector3>();
GameObject newline = Instantiate(Line);
activeLine = newline.GetComponent <drawLine>();
int x = 0, y = 0;
// activeLine.extendLine(new Vector3(v.x, v.y + 0.05f));
float offset = cellSize / 2;
Debug.Log(division);
Debug.Log(finalVertices[division].Count);
Vector3 v = finalVertices[division][0];
Vector3 prev = v;
Vector3 first = v;
temp.Add(v);
activeLine.extendLine(v);
UnSorted = true;
while (UnSorted)
{
// Debug.Log(temp.Exists(e => e.x == v.x && e.y == v.y));
if (!temp.Exists(e => e.y == v.y + 1 && e.x == v.x) && finalVertices[division].Exists(e => e.y == v.y + 1 && e.x == v.x))
{
/* Debug.Log("prev " + prev.x + " " + prev.y);*/
/*up = true;*/
// resetBool(1);
prev = v;
v = finalVertices[division].Find(e => e.y == v.y + 1 && e.x == v.x);
// CheckAndGetIndex(new Vector3((v.x) + cellSize / 2, v.y + (cellSize / 2)), out x, out y);
// grid.getXYPosition(new Vector3((v.x) + cellSize / 2, v.y - (cellSize / 2)), out x, out y);
Debug.Log(v.x + " " + v.y);
temp.Add(v);
activeLine.extendLine(v);
if (temp.Count == finalVertices[division].Count)
{
UnSorted = false;
}
}
else if (!temp.Exists(e => e.x == v.x + 1 && e.y == v.y) && finalVertices[division].Exists(e => e.x == v.x + 1 && e.y == v.y))
{
// ((x < width && y < height) ? grid.getCreated(x, y) : true)
// right = true;
// resetBool();
Debug.Log("prev " + prev.x + " " + prev.y);
prev = v;
v = finalVertices[division].Find(e => e.x == v.x + 1 && e.y == v.y);
// CheckAndGetIndex(new Vector3((v.x + cellSize) + cellSize / 2, (v.y) - (cellSize / 2)), out x, out y);
// grid.getXYPosition(new Vector3((v.x) + cellSize / 2, v.y - (cellSize / 2)), out x, out y);
Debug.Log(v.x + " " + v.y);
temp.Add(v);
activeLine.extendLine(v);
if (temp.Count == finalVertices[division].Count)
{
Debug.Log("unsorted false");
UnSorted = false;
}
}
else if (!temp.Exists(e => e.y == v.y - 1 && e.x == v.x) && finalVertices[division].Exists(e => e.y == v.y - 1 && e.x == v.x))
{
// ((x < width && y < height) ? !grid.getCreated(x, y) : true)
// down = true;
// resetBool();
Debug.Log("prev " + prev.x + " " + prev.y);
prev = v;
v = finalVertices[division].Find(e => e.y == v.y - 1 && e.x == v.x);
// CheckAndGetIndex(v, out x, out y);
grid.getXYPosition(new Vector3((v.x) + cellSize / 2, v.y - (cellSize / 2)), out x, out y);
Debug.Log(v.x + " " + v.y);
temp.Add(v);
activeLine.extendLine(v);
if (temp.Count == finalVertices[division].Count)
{
Debug.Log("unsorted false");
UnSorted = false;
}
}
else if ((!temp.Exists(e => e.x == v.x - 1 && e.y == v.y)) && finalVertices[division].Exists(e => e.x == v.x - 1 && e.y == v.y))
{
// ((x < width && y < height) ? grid.getCreated(x, y) : true)
// left = true;
// resetBool();
Debug.Log("prev " + prev.x + " " + prev.y);
prev = v;
v = finalVertices[division].Find(e => e.x == v.x - 1 && e.y == v.y);
// temp.Contains(new Vector3(v.x - 1, v.y, 0))
// CheckAndGetIndex(v, out x, out y);
Debug.Log(v.x + " " + v.y);
temp.Add(v);
activeLine.extendLine(v);
if (temp.Count == finalVertices[division].Count)
{
Debug.Log("unsorted false");
UnSorted = false;
}
}
yield return(new WaitForSeconds(0.01f));
}
activeLine.extendLine(first);
}
}
yield return(null);
}
