public void StringShoot(Vector3 start, Vector3 end)
{
start = SnapPoint(start);
end = SnapPoint(end);
Quaternion look = Quaternion.LookRotation(end - start);
StringUnit stringUnit = Instantiate(m_StringUnit, start, look).GetComponent <StringUnit>();
stringUnit.AddTree(GetConnectingTree(start));
stringUnit.AddTree(GetConnectingTree(end));
stringUnit.Create(this, start, end, m_Cartridge);
stringUnit.SetConnecter(GetConnecter(start, stringUnit.GetComponent <Collider>()), GetConnecter(end, stringUnit.GetComponent <Collider>()));
m_Strings.Add(stringUnit);
m_Cost += stringUnit.m_Cost;
while (m_Cost > m_MaxCost)
{
StringUnit firstStringUnit = m_Strings[0];
//m_Strings.RemoveAt(0);
firstStringUnit.Delete();
}
if (/*(stringUnit.m_StartConnecter is Tree || stringUnit.m_EndConnecter is Tree && false) &&*/ stringUnit.m_Cost <= m_NetCostLimit)
{
List <Collider> colliders = new List <Collider>(Physics.OverlapSphere(start, m_Radius, layerMask.value));
colliders.Remove(stringUnit.m_Collider);
foreach (var item in colliders)
{
var SU = item.GetComponent <StringUnit>();
if (SU == null)
{
continue;
}
if (SU.m_SideNumber != m_SideNumber)
{
continue;
}
if (SU.m_Cost > m_NetCostLimit)
{
continue;
}
if (SU.m_PointA == start && SU.m_PointB == end || SU.m_PointA == end && SU.m_PointB == start)
{
continue;
}
if (Vector3.Angle(end - start, SU.m_PointA - start) < m_NetAngleLimit)
{
Net net = Instantiate(m_Net).GetComponent <Net>();
net.AddTree(GetConnectingTree(SU.m_PointA));
net.AddTree(GetConnectingTree(start));
net.AddTree(GetConnectingTree(end));
net.Create(this, SU.m_PointA, end, start);
net.SetConnecter(SU, stringUnit);
}
if (Vector3.Angle(end - start, SU.m_PointB - start) < m_NetAngleLimit)
{
Net net = Instantiate(m_Net).GetComponent <Net>();
net.AddTree(GetConnectingTree(SU.m_PointB));
net.AddTree(GetConnectingTree(start));
net.AddTree(GetConnectingTree(end));
net.Create(this, SU.m_PointB, end, start);
net.SetConnecter(SU, stringUnit);
}
}
colliders = new List <Collider>(Physics.OverlapSphere(end, m_Radius, layerMask.value));
colliders.Remove(stringUnit.m_Collider);
foreach (var item in colliders)
{
var SU = item.GetComponent <StringUnit>();
if (SU == null)
{
continue;
}
if (SU.m_SideNumber != m_SideNumber)
{
continue;
}
if (SU.m_Cost > m_NetCostLimit)
{
continue;
}
if (SU.m_PointA == start && SU.m_PointB == end || SU.m_PointA == end && SU.m_PointB == start)
{
continue;
}
if (Vector3.Angle(start - end, SU.m_PointA - end) < m_NetAngleLimit)
{
Net net = Instantiate(m_Net).GetComponent <Net>();
net.AddTree(GetConnectingTree(SU.m_PointA));
net.AddTree(GetConnectingTree(start));
net.AddTree(GetConnectingTree(end));
net.Create(this, SU.m_PointA, start, end);
net.SetConnecter(SU, stringUnit);
}
if (Vector3.Angle(start - end, SU.m_PointB - end) < m_NetAngleLimit)
{
Net net = Instantiate(m_Net).GetComponent <Net>();
net.AddTree(GetConnectingTree(SU.m_PointB));
net.AddTree(GetConnectingTree(start));
net.AddTree(GetConnectingTree(end));
net.Create(this, SU.m_PointB, start, end);
net.SetConnecter(SU, stringUnit);
}
}
}
}