public void minMessage(GameObject temp)
{
if (inventory.FindIndex(delegate(GameObject s) { return(s == temp); }) != -1)
{
RangeLimitIns temp1 = storeLimit.Find((delegate(RangeLimitIns s) { return(s.relate == temp); }));
storeLimit.Remove(temp1);
inventory.Remove(temp);
}
}
/*
* public void returnFunctionX(int index, float y, out float[] tempX)
* {
* List<float> temp = new List<float>();
* // Debug.Log(storeLimit[index].rightOne.x + " " + storeLimit[index].originOne.x + " " + storeLimit[index].leftOne.x + " " + storeLimit[index].farOne.x);
* //从原点射出的两射线
* if (storeLimit[index].rightOne.y > storeLimit[index].originOne.y)
* {
* float x1 = storeLimit[index].rightOne.x, x2 = storeLimit[index].originOne.x;
* float y1 = storeLimit[index].rightOne.y, y2 = storeLimit[index].originOne.y;
* if (storeLimit[index].originOne.y < y && storeLimit[index].rightOne.y > y)
* {
*
* float k = (y1 - y2) / (x1 - x2);
* float b = y1 - k * x1;
* temp.Add((y - b) / k);
* }
* }
* else
* {
* float x1 = storeLimit[index].rightOne.x, x2 = storeLimit[index].originOne.x;
* float y1 = storeLimit[index].rightOne.y, y2 = storeLimit[index].originOne.y;
* if (storeLimit[index].originOne.y > y && storeLimit[index].rightOne.y < y)
* {
* float k = (y1 - y2) / (x1 - x2);
* float b = y1 - k * x1;
* temp.Add((y - b) / k);
* }
* }
* if (storeLimit[index].leftOne.y > storeLimit[index].originOne.y)
* {
* float x1 = storeLimit[index].leftOne.x, x2 = storeLimit[index].originOne.x;
* float y1 = storeLimit[index].leftOne.y, y2 = storeLimit[index].originOne.y;
* if (storeLimit[index].originOne.y < y && storeLimit[index].leftOne.y > y)
* {
* float k = (y1 - y2) / (x1 - x2);
* float b = y1 - k * x1;
* temp.Add((y - b) / k);
* }
* }
* else
* {
* float x1 = storeLimit[index].leftOne.x, x2 = storeLimit[index].originOne.x;
* float y1 = storeLimit[index].leftOne.y, y2 = storeLimit[index].originOne.y;
* if (storeLimit[index].originOne.y > y && storeLimit[index].leftOne.y < y)
* {
* float k = (y1 - y2) / (x1 - x2);
* float b = y1 - k * x1;
* temp.Add((y - b) / k);
* }
* }
* //从远点射出的两射线
* if (storeLimit[index].rightOne.y > storeLimit[index].farOne.y)
* {
* float x1 = storeLimit[index].rightOne.x, x2 = storeLimit[index].farOne.x;
* float y1 = storeLimit[index].rightOne.y, y2 = storeLimit[index].farOne.y;
* if (storeLimit[index].farOne.y < y && storeLimit[index].rightOne.y > y)
* {
* float k = (y1 - y2) / (x1 - x2);
* float b = y1 - k * x1;
* temp.Add((y - b) / k);
* }
* }
* else
* {
* float x1 = storeLimit[index].rightOne.x, x2 = storeLimit[index].farOne.x;
* float y1 = storeLimit[index].rightOne.y, y2 = storeLimit[index].farOne.y;
* if (storeLimit[index].farOne.y > y && storeLimit[index].rightOne.y < y)
* {
* float k = (y1 - y2) / (x1 - x2);
* float b = y1 - k * x1;
* temp.Add((y - b) / k);
* }
* }
* if (storeLimit[index].leftOne.y > storeLimit[index].farOne.y)
* {
* float x1 = storeLimit[index].leftOne.x, x2 = storeLimit[index].farOne.x;
* float y1 = storeLimit[index].leftOne.y, y2 = storeLimit[index].farOne.y;
* if (storeLimit[index].farOne.y < y && storeLimit[index].leftOne.y > y)
* {
* float k = (y1 - y2) / (x1 - x2);
* float b = y1 - k * x1;
* temp.Add((y - b) / k);
* }
* }
* else
* {
* float x1 = storeLimit[index].leftOne.x, x2 = storeLimit[index].farOne.x;
* float y1 = storeLimit[index].leftOne.y, y2 = storeLimit[index].farOne.y;
* if (storeLimit[index].farOne.y > y && storeLimit[index].leftOne.y < y)
* {
* float k = (y1 - y2) / (x1 - x2);
* float b = y1 - k * x1;
* temp.Add((y - b) / k);
* }
* }
* temp.Sort();
* tempX = temp.ToArray();
* }
*
* public void returnFunctionY(int index, float x, out float[] tempY)
* {
* List<float> temp = new List<float>();
* // Debug.Log(storeLimit[index].rightOne.x + " " + storeLimit[index].originOne.x + " " + storeLimit[index].leftOne.x + " " + storeLimit[index].farOne.x);
* //从原点射出的两射线
* if (storeLimit[index].rightOne.x > storeLimit[index].originOne.x)
* {
* float x1 = storeLimit[index].rightOne.x, x2 = storeLimit[index].originOne.x;
* float y1 = storeLimit[index].rightOne.y, y2 = storeLimit[index].originOne.y;
* if (storeLimit[index].originOne.x < x && storeLimit[index].rightOne.x > x)
* {
*
* float k = (y1 - y2) / (x1 - x2);
* float b = y1 - k * x1;
* temp.Add(x * k + b);
* }
* }
* else
* {
* float x1 = storeLimit[index].rightOne.x, x2 = storeLimit[index].originOne.x;
* float y1 = storeLimit[index].rightOne.y, y2 = storeLimit[index].originOne.y;
* if (storeLimit[index].originOne.x > x && storeLimit[index].rightOne.x < x)
* {
* float k = (y1 - y2) / (x1 - x2);
* float b = y1 - k * x1;
* temp.Add(x * k + b);
* }
* }
* if (storeLimit[index].leftOne.x > storeLimit[index].originOne.x)
* {
* float x1 = storeLimit[index].leftOne.x, x2 = storeLimit[index].originOne.x;
* float y1 = storeLimit[index].leftOne.y, y2 = storeLimit[index].originOne.y;
* if (storeLimit[index].originOne.x < x && storeLimit[index].leftOne.x > x)
* {
* float k = (y1 - y2) / (x1 - x2);
* float b = y1 - k * x1;
* temp.Add(x * k + b);
* }
* }
* else
* {
* float x1 = storeLimit[index].leftOne.x, x2 = storeLimit[index].originOne.x;
* float y1 = storeLimit[index].leftOne.y, y2 = storeLimit[index].originOne.y;
* if (storeLimit[index].originOne.x > x && storeLimit[index].leftOne.x < x)
* {
* float k = (y1 - y2) / (x1 - x2);
* float b = y1 - k * x1;
* temp.Add(x * k + b);
* }
* }
* //从远点射出的两射线
* if (storeLimit[index].rightOne.x > storeLimit[index].farOne.x)
* {
* float x1 = storeLimit[index].rightOne.x, x2 = storeLimit[index].farOne.x;
* float y1 = storeLimit[index].rightOne.y, y2 = storeLimit[index].farOne.y;
* if (storeLimit[index].farOne.x < x && storeLimit[index].rightOne.x > x)
* {
* float k = (y1 - y2) / (x1 - x2);
* float b = y1 - k * x1;
* temp.Add(x * k + b);
* }
* }
* else
* {
* float x1 = storeLimit[index].rightOne.x, x2 = storeLimit[index].farOne.x;
* float y1 = storeLimit[index].rightOne.y, y2 = storeLimit[index].farOne.y;
* if (storeLimit[index].farOne.x > x && storeLimit[index].rightOne.x < x)
* {
* float k = (y1 - y2) / (x1 - x2);
* float b = y1 - k * x1;
* temp.Add(x * k + b);
* }
* }
* if (storeLimit[index].leftOne.x > storeLimit[index].farOne.x)
* {
* float x1 = storeLimit[index].leftOne.x, x2 = storeLimit[index].farOne.x;
* float y1 = storeLimit[index].leftOne.y, y2 = storeLimit[index].farOne.y;
* if (storeLimit[index].farOne.x < x && storeLimit[index].leftOne.x > x)
* {
* float k = (y1 - y2) / (x1 - x2);
* float b = y1 - k * x1;
* temp.Add(x * k + b);
* }
* }
* else
* {
* float x1 = storeLimit[index].leftOne.x, x2 = storeLimit[index].farOne.x;
* float y1 = storeLimit[index].leftOne.y, y2 = storeLimit[index].farOne.y;
* if (storeLimit[index].farOne.x > x && storeLimit[index].leftOne.x < x)
* {
* float k = (y1 - y2) / (x1 - x2);
* float b = y1 - k * x1;
* temp.Add(x * k + b);
* }
* }
* temp.Sort();
* tempY = temp.ToArray();
* }
*/
#endregion
private void preTreatment(GameObject templight)
{
if (storeLimit.FindIndex(delegate(RangeLimitIns s) { return(s.relate == templight); }) != -1)
{
storeLimit.Remove(storeLimit.Find(delegate(RangeLimitIns s) { return(s.relate == templight); }));
}
int indexNum = inventory.FindIndex(delegate(GameObject s) { return(s == templight); });
RangeLimitIns temp = new RangeLimitIns();
LightShadow2D temp1 = inventory[indexNum].GetComponent <LightShadow2D>();
List <Vector2> temp2 = new List <Vector2>();
int interNum = temp1.vertices.Length / (segmentForRange - 1);
temp2.Add(new Vector2(templight.transform.TransformPoint(temp1.vertices[0]).x, templight.transform.TransformPoint(temp1.vertices[0]).y));
for (int i = 1; i < temp1.vertices.Length - 1; i += interNum)
{
temp2.Add(new Vector2(templight.transform.TransformPoint(temp1.vertices[i]).x, templight.transform.TransformPoint(temp1.vertices[i]).y));
}
temp2.Add(new Vector2(templight.transform.TransformPoint(temp1.vertices[temp1.vertices.Length - 1]).x, templight.transform.TransformPoint(temp1.vertices[temp1.vertices.Length - 1]).y));
List <int> deleteMark = new List <int>();
for (int i = 1; i < temp2.Count / 2; i++)
{
if (temp2[i - 1].x == temp2[i].x)
{
if (temp2[i].x == temp2[i + 1].x)
{
if (deleteMark.FindIndex(delegate(int s) { return(s == i); }) == -1)
{
deleteMark.Add(i);
}
}
}
if (temp2[i - 1].y == temp2[i].y)
{
if (temp2[i].y == temp2[i + 1].y)
{
if (deleteMark.FindIndex(delegate(int s) { return(s == i); }) == -1)
{
deleteMark.Add(i);
}
}
}
}
for (int i = temp2.Count - 2; i > temp2.Count / 2; i--)
{
if (temp2[i - 1].x == temp2[i].x)
{
if (temp2[i].x == temp2[i + 1].x)
{
if (deleteMark.FindIndex(delegate(int s) { return(s == i); }) == -1)
{
deleteMark.Add(i);
}
}
}
if (temp2[i - 1].y == temp2[i].y)
{
if (temp2[i].y == temp2[i + 1].y)
{
if (deleteMark.FindIndex(delegate(int s) { return(s == i); }) == -1)
{
deleteMark.Add(i);
}
}
}
}
deleteMark.Sort();
for (int i = 0; i < deleteMark.Count; i++)
{
Debug.DrawLine(temp2[0], temp2[deleteMark[i]], Color.red);
}
for (int i = deleteMark.Count - 1; i >= 0; i--)
{
temp2.RemoveAt(deleteMark[i]);
}
temp.relate = templight;
temp.verticesForRange = temp2.ToArray();
//Debug.Log(temp2[0]+" "+temp2[1]+" "+temp2[2]+" "+temp2[3]);
#region
/*
* temp.minX = temp.maxX = templight.transform.TransformPoint(temp1.verticesForRangeForRange[0]).x;
* temp.maxX = temp.maxX > templight.transform.TransformPoint(temp1.verticesForRangeForRange[1]).x ? temp.maxX : templight.transform.TransformPoint(temp1.verticesForRangeForRange[1]).x;
* temp.minX = temp.minX < templight.transform.TransformPoint(temp1.verticesForRangeForRange[1]).x ? temp.minX : templight.transform.TransformPoint(temp1.verticesForRangeForRange[1]).x;
* int temp2 = temp1.verticesForRangeForRange.Length;
* temp.maxX = temp.maxX > templight.transform.TransformPoint(temp1.verticesForRangeForRange[temp2 - 1]).x ? temp.maxX : templight.transform.TransformPoint(temp1.verticesForRangeForRange[temp2 - 1]).x;
* temp.minX = temp.minX < templight.transform.TransformPoint(temp1.verticesForRangeForRange[temp2 - 1]).x ? temp.minX : templight.transform.TransformPoint(temp1.verticesForRangeForRange[temp2 - 1]).x;
* temp.maxX = temp.maxX > templight.transform.TransformPoint(temp1.verticesForRangeForRange[(temp2 - 1) / 2]).x ? temp.maxX : templight.transform.TransformPoint(temp1.verticesForRangeForRange[(temp2 - 1) / 2]).x;
* temp.minX = temp.minX < templight.transform.TransformPoint(temp1.verticesForRangeForRange[(temp2 - 1) / 2]).x ? temp.minX : templight.transform.TransformPoint(temp1.verticesForRangeForRange[(temp2 - 1) / 2]).x;
* if (temp.maxX == templight.transform.TransformPoint(temp1.verticesForRangeForRange[0]).x)
* temp.maxXPoint = templight.transform.TransformPoint(temp1.verticesForRangeForRange[0]);
* else if (temp.maxX == templight.transform.TransformPoint(temp1.verticesForRangeForRange[1]).x)
* temp.maxXPoint = templight.transform.TransformPoint(temp1.verticesForRangeForRange[1]);
* else if (temp.maxX == templight.transform.TransformPoint(temp1.verticesForRangeForRange[temp2 - 1]).x)
* temp.maxXPoint = templight.transform.TransformPoint(temp1.verticesForRangeForRange[temp2 - 1]);
* else temp.maxXPoint = templight.transform.TransformPoint(temp1.verticesForRangeForRange[(temp2 - 1) / 2]);
* if (temp.minX == templight.transform.TransformPoint(temp1.verticesForRangeForRange[0]).x)
* temp.minXPoint = templight.transform.TransformPoint(temp1.verticesForRangeForRange[0]);
* else if (temp.minX == templight.transform.TransformPoint(temp1.verticesForRangeForRange[1]).x)
* temp.minXPoint = templight.transform.TransformPoint(temp1.verticesForRangeForRange[1]);
* else if (temp.minX == templight.transform.TransformPoint(temp1.verticesForRangeForRange[temp2 - 1]).x)
* temp.minXPoint = templight.transform.TransformPoint(temp1.verticesForRangeForRange[temp2 - 1]);
* else temp.minXPoint = templight.transform.TransformPoint(temp1.verticesForRangeForRange[(temp2 - 1) / 2]);
* temp.minY = temp.maxY = temp1.verticesForRangeForRange[0].y;
* temp.maxY = temp.maxY > temp1.verticesForRangeForRange[1].y ? temp.maxY : temp1.verticesForRangeForRange[1].y;
* temp.minY = temp.minY < temp1.verticesForRangeForRange[1].x ? temp.minY : temp1.verticesForRangeForRange[1].y;
* temp.maxY = temp.maxY > temp1.verticesForRangeForRange[temp2 - 1].y ? temp.maxY : temp1.verticesForRangeForRange[temp2 - 1].y;
* temp.minY = temp.minY < temp1.verticesForRangeForRange[temp2 - 1].x ? temp.minY : temp1.verticesForRange[temp2 - 1].y;
* temp.maxY = temp.maxY > temp1.verticesForRange[(temp2 - 1) / 2].y ? temp.maxY : temp1.verticesForRange[(temp2 - 1) / 2].y;
* temp.minY = temp.minY < temp1.verticesForRange[(temp2 - 1) / 2].x ? temp.minY : temp1.verticesForRange[(temp2 - 1) / 2].y;
* if (temp.maxY == temp1.verticesForRange[0].y)
* temp.maxYPoint = temp1.verticesForRange[0];
* else if (temp.maxY == temp1.verticesForRange[1].y)
* temp.maxYPoint = temp1.verticesForRange[1];
* else if (temp.maxY == temp1.verticesForRange[temp2 - 1].y)
* temp.maxYPoint = temp1.verticesForRange[temp2 - 1];
* else temp.maxYPoint = temp1.verticesForRange[(temp2 - 1) / 2];
* if (temp.minY == temp1.verticesForRange[0].y)
* temp.minYPoint = temp1.verticesForRange[0];
* else if (temp.minY == temp1.verticesForRange[1].y)
* temp.minYPoint = temp1.verticesForRange[1];
* else if (temp.minY == temp1.verticesForRange[temp2 - 1].y)
* temp.minYPoint = temp1.verticesForRange[temp2 - 1];
* else temp.minYPoint = temp1.verticesForRange[(temp2 - 1) / 2];
* //temp.minX = inventory[indexNum].transform.TransformPoint(temp.minXPoint).x;
* //temp.maxX = inventory[indexNum].transform.TransformPoint(temp.maxXPoint).x;
* //temp.maxXPoint = inventory[indexNum].transform.TransformPoint(temp.maxXPoint);
* //temp.minXPoint = inventory[indexNum].transform.TransformPoint(temp.minXPoint);
*
* temp.originOne = inventory[indexNum].transform.TransformPoint(temp1.verticesForRange[0]);
* temp.farOne = inventory[indexNum].transform.TransformPoint(temp1.verticesForRange[(temp1.verticesForRange.Length - 1) / 2]);
* temp.rightOne = inventory[indexNum].transform.TransformPoint(temp1.verticesForRange[1]);
* temp.leftOne = inventory[indexNum].transform.TransformPoint(temp1.verticesForRange[temp1.verticesForRange.Length - 1]);
* temp.relate = inventory[indexNum];
*/
#endregion
storeLimit.Add(temp);
}