void UpdateOrientation()
{
const float distMax = 180;
const float distMin = 0;
if (distance < distMin)
{
distance = distMin;
}
else if (distance > distMax)
{
distance = distMax;
}
float offsetY = (distance - 100) * 0.4f - 20;
vis.RotationYaw = Angles.Deg2Rad(rotation);
vis.OffsetY = offsetY;
vis.OffsetZ = distance;
}
static void Update()
{
NPCInst hero = currentPlayer;
if (hero == null)
{
Deactivate();
return;
}
float maxYaw = Angles.Deg2Rad(60);
bool fightMode = hero.IsInFightMode;
ItemInst wep = hero.GetDrawnWeapon();
float maxRange = (fightMode && wep != null && wep.IsWepRanged) ? 3000 : 400;
Vec3f heroPos = hero.GetPosition();
Angles heroAng = hero.GetAngles();
float bestFit = 2.0f;
BaseVobInst bestVob = null;
if (hero?.World?.BaseWorld != null)
{
hero.World.BaseWorld.ForEachVob(v =>
{
BaseVobInst vob = (BaseVobInst)v.ScriptObject;
if (vob == hero)
{
return;
}
bool hasPriority = false;
if (fightMode)
{
if (!(vob is NPCInst npc))
{
return;
}
if (npc.IsDead)
{
return;
}
if (bestVob != null)
{
NPCInst bestNPC = (NPCInst)bestVob;
if (npc.IsUnconscious)
{
if (!bestNPC.IsUnconscious)
{
return; // alive targets are more important
}
}
else
{
if (bestNPC.IsUnconscious)
{
hasPriority = true;
}
}
if (npc.TeamID == hero.TeamID)
{
if (bestNPC.TeamID != hero.TeamID)
{
return;
}
}
else
{
if (bestNPC.TeamID == hero.TeamID)
{
hasPriority = true;
}
}
}
}
Vec3f targetPos;
using (zVec3 z = zVec3.Create())
{
vob.BaseInst.gVob.BBox3D.GetCenter(z);
targetPos = (Vec3f)z;
}
float distance = heroPos.GetDistance(targetPos);
if (distance > maxRange)
{
return;
}
float yaw = Angles.GetYawFromAtVector(targetPos - heroPos);
yaw = Math.Abs(Angles.Difference(yaw, heroAng.Yaw));
if (yaw > maxYaw)
{
return; // target is not in front of hero
}
if (!CanSee(heroPos, targetPos, vob))
{
return;
}
float fit = distance / maxRange + yaw / maxYaw;
if (hasPriority || fit < bestFit)
{
bestVob = vob;
bestFit = fit;
}
});
SetFocus(bestVob);
}
}
public void KeyPressed(VirtualKeys key)
{
if (!enabled)
{
return;
}
switch (key)
{
case VirtualKeys.Right:
SetCursor(cursor.X + 1, cursor.Y);
return;
case VirtualKeys.Left:
SetCursor(cursor.X - 1, cursor.Y);
return;
case VirtualKeys.Up:
SetCursor(cursor.X, cursor.Y - 1);
return;
case VirtualKeys.Down:
SetCursor(cursor.X, cursor.Y + 1);
return;
// left/right
case VirtualKeys.Numpad4:
descrVis.OffsetX -= 5;
break;
case VirtualKeys.Numpad6:
descrVis.OffsetX += 5;
break;
// up / down
case VirtualKeys.Numpad8:
descrVis.OffsetY += 5;
break;
case VirtualKeys.Numpad2:
descrVis.OffsetY -= 5;
break;
// forth / back
case VirtualKeys.Add:
descrVis.OffsetZ -= 5;
break;
case VirtualKeys.Subtract:
descrVis.OffsetZ += 5;
break;
// rotation yaw
case VirtualKeys.Numpad7:
descrVis.RotationYaw -= Angles.Deg2Rad(5);
break;
case VirtualKeys.Numpad9:
descrVis.RotationYaw += Angles.Deg2Rad(5);
break;
// rotation roll
case VirtualKeys.Numpad1:
descrVis.RotationRoll -= Angles.Deg2Rad(5);
break;
case VirtualKeys.Numpad3:
descrVis.RotationRoll += Angles.Deg2Rad(5);
break;
// rotation pitch
case VirtualKeys.Divide:
descrVis.RotationPitch += Angles.Deg2Rad(5);
break;
case VirtualKeys.Multiply:
descrVis.RotationPitch -= Angles.Deg2Rad(5);
break;
default:
return;
}
Log.Logger.Log("Offset: ({0} {1} {2}) Rotation: ({3} {4} {5})",
descrVis.OffsetX, descrVis.OffsetY, descrVis.OffsetZ,
descrVis.RotationPitch, descrVis.RotationYaw, descrVis.RotationRoll);
}
