public void create()
{
delete();
//----------buildling para
//height
h = Mathf.Max((int)(height_max * globalpara.Instance.getValue(parameters.height)), 1); //mathf.max so it'll never be 0
//bounds
r = Mathf.Max((int)(row_max * globalpara.Instance.getValue(parameters.width)), 1); //mathf.max so it'll never be 0
c = Mathf.Max((int)(col_max * globalpara.Instance.getValue(parameters.depth)), 1); //mathf.max so it'll never be 0
//fidelity
float fidelity = globalpara.Instance.getValue(parameters.fidelity);
room_size_max = Mathf.Max((int)(fidelity * Mathf.Min(r, c)), 1);
//chaos
//variation in room size/dimensions
float chaos = globalpara.Instance.getValue(parameters.rooms);
room_height_max = room_height_min + (int)(chaos * h);
room_size_min = Mathf.Max(room_size_max - (int)(room_size_max * chaos), 1);
//density
density_updown = Mathf.Max(globalpara.Instance.getValue(parameters.up_down), 0.1f);
density_inout = Mathf.Max(globalpara.Instance.getValue(parameters.in_out), 0.1f);
//---------struct para
//floor thickness
floorThickness = globalpara.Instance.getValue(parameters.thickness);
// Debug.Log("height: "+h+"\nbounds, rows&cols: "+r+", "+c+"\n"+"fidelity, max room size: "+room_size_max+
// "\nchaos, room height min, max: "+room_height_min+","+room_height_max+
// ", min room size: "+room_size_min+
// "\ndensity: "+density);
globalpara.Instance.resetGreen();
globalpara.Instance.resetPeople();
initialize();
clear();
for (int i = 0; i < h; i++)
{
if (i == 0 || Random.Range(0f, 1f) < density_updown)
{
randomPlacement(i);
}
}
// NO DELAY
connScript.InitializeConnections();
// DELAY
//Invoke("InitConnections", 0.1f);
if (globalpara.Instance.getPeople() < 5)
{
globalpara.Instance.setState(events.less5people, true);
}
if (globalpara.Instance.getGreen() > 25)
{
globalpara.Instance.setState(events.more25trees, true);
}
if (peopleOnTop < 1)
{
globalpara.Instance.setState(events.nopeopletop, true);
}
}
