// read in the functions, assign shapes and do the layout
public static void doInit(string fname)
{
int levelStart = 10;
if (functions != null)
{
for (int i = 0; i < functionList.Count; i++)
{
functions[functionList[i]].clear();
Destroy(functions[functionList[i]].go);
}
functions.Clear();
functionList.Clear();
}
functions = new Dictionary <uint, functionItem>();
functionList = new List <uint>();
StreamReader reader = null;
// read the functionList and assign verticle levels
try{
reader = new StreamReader(fname);
}catch (FileNotFoundException e) {
startup.errorString = e.ToString();
//Debug.Break();
return;
}
string line;
int lastLevel = -1;
int curx = -1;
int maxX = -1;
bool first = true;
List <int> funsPerLevel = new List <int>();
int levelCount = 0;
int val;
using (reader)
{
while ((line = reader.ReadLine()) != null)
{
functionItem fi = new functionItem(line);
functionList.Add(fi.address);
if (fi.level > lastLevel && !first)
{
if (curx > maxX)
{
maxX = curx;
}
if (curx >= 0)
{
val = curx + 1;
//Debug.Log ("adding funcsPerlevel "+val+" entry "+levelCount);
funsPerLevel.Add(val);
}
else
{
Debug.Log("New level, but curx is zero??");
funsPerLevel.Add(0);
}
levelCount++;
curx = -1;
}
else
{
curx++;
}
first = false;
lastLevel = fi.level;
fi.x = curx;
functions.Add(fi.address, fi);
//Debug.Log ("line: " + line);
}
val = curx + 1;
//Debug.Log ("adding funcsPerlevel "+val+" entry "+levelCount);
funsPerLevel.Add(curx + 1);
//for(int i=0; i < funsPerLevel.Count; i++){
// Debug.Log ("level "+i+" has "+funsPerLevel[i]+" functions ");
//}
}
// Adjust the function height per their levels
Debug.Log("len of funsPerLevel is " + funsPerLevel.Count + " numlevels is " + lastLevel);
top = lastLevel + levelStart;
//float currentZ = 0.5F;
for (int i = 0; i < functionList.Count; i++)
{
functionItem fi = functions[functionList[i]];
fi.y = top - fi.level;
//fi.z = currentZ;
//Debug.Log ("look at level "+ fi.level);
int tmp = (maxX - funsPerLevel[fi.level - 1]) / 2;
fi.x = fi.x + tmp;
//currentZ = currentZ * -1.0F;
}
assignObjects();
}
// pick a shape based on quantity of vertices & # of basic blocks
private static void assignObjects()
{
for (int i = 0; i < length(); i++)
{
uint address = getFunctionAddress(i);
functionItem fi = getFunction(address);
string polyType = "stellatedPrefab";
if (fi.num_blocks <= 5)
{
polyType = "pyramidPrefab";
}
else if (fi.num_blocks <= 6)
{
polyType = "octoPrefab";
}
else if (fi.num_blocks <= 8)
{
polyType = "cubePrefab";
}
else if (fi.num_blocks <= 10)
{
polyType = "isoPrefab";
}
else if (fi.num_blocks <= 20)
{
polyType = "decoPrefab";
}
else if (fi.num_blocks <= 26)
{
polyType = "thirtysixPrefab";
fi.subtype = 1;
fi.xOff = 0.3f;
fi.yOff = -0.2f;
fi.zOff = -0.3f;
}
else if (fi.num_blocks <= 60)
{
polyType = "soccerPrefab";
}
else if (fi.num_blocks <= 70)
{
polyType = "buckyPrefab";
fi.xOff = -0.3f;
fi.subtype = 1;
//}else if (fi.num_blocks <= 74){
// polyType = "rhombicPrefab";
//}else if (fi.num_blocks <= 127){
// polyType = "ditriPrefab";
// fi.subtype = 1;
}
else if (fi.num_blocks <= 80)
{
polyType = "conjecturePrefab";
fi.subtype = 1;
}
else if (fi.num_blocks <= 90)
{
polyType = "pentakisPrefab";
fi.yOff = -0.32f;
}
else if (fi.num_blocks <= 110)
{
polyType = "romanPrefab";
fi.subtype = 1;
}
else if (fi.num_blocks <= 200)
{
polyType = "stellarPrefab";
fi.subtype = 1;
fi.xOff = 0.6f;
fi.yOff = 0.1f;
fi.zOff = -0.073f;
}
else //stellatedPrefab
{
polyType = "stellatedPrefab";
fi.xOff = 0.2f;
fi.yOff = 0.25f;
fi.zOff = -0.17f;
}
fi.setType(polyType);
GameObject go;
//go = (GameObject) Instantiate(isoPrefab, pt, Quaternion.identity) as GameObject;
go = (GameObject)Instantiate(Resources.Load(polyType)) as GameObject;
functionBehaive fb = (functionBehaive)go.GetComponent(typeof(functionBehaive));
fb.setFunction(fi);
SphereCollider sc = go.AddComponent <SphereCollider>();
Vector3 center = new Vector3(fi.xOff / go.transform.localScale.x, fi.yOff / go.transform.localScale.y, fi.zOff / go.transform.localScale.z);
//sc.radius = 0.6f/go.transform.localScale.x;
sc.radius = 0.6f / go.transform.localScale.x;
if (polyType == "stellarPrefab")
{
//Debug.Log ("obect "+go.name+" radius is "+sc.radius+" sizex is "+sc.bounds.size.x+" "+sc.bounds.size.y+" "+sc.center.x+" "+sc.center.y);
//sc.center = Vector3.zero;
center.y -= 1.0f / go.transform.localScale.y;
center.x -= 0.5f / go.transform.localScale.x;
}
sc.center = center;
Vector3 pt = new Vector3(fi.x - fi.xOff, fi.y - fi.yOff, fi.z - fi.zOff);
go.transform.position = pt;
fi.go = go;
fi.setShader(startup.shader2);
fi.setColor(startup.color2);
fi.setScript(fb);
}
}