public override void Throw(Vec3f velocity)
{
var gVel = gAI.Velocity;
velocity.SetGVec(gVel);
SetPhysics(true);
var rb = Process.ReadInt(gVob.Address + 224);
Process.THISCALL <NullReturnCall>(rb, 0x5B66D0, gVel);
}
static void CalcRangedTrace(NPCInst npc, out Vec3f start, out Vec3f end)
{
Vec3f projStartPos;
using (var matrix = Gothic.Types.zMat4.Create())
{
var weapon = npc.GetDrawnWeapon();
var node = (weapon == null || weapon.ItemType == ItemTypes.WepBow) ? oCNpc.NPCNodes.RightHand : oCNpc.NPCNodes.LeftHand;
npc.BaseInst.gVob.GetTrafoModelNodeToWorld(node, matrix);
projStartPos = (Vec3f)matrix.Position;
}
const zCWorld.zTraceRay traceType = zCWorld.zTraceRay.Ignore_Alpha | zCWorld.zTraceRay.Ignore_Projectiles | zCWorld.zTraceRay.Ignore_Vob_No_Collision | zCWorld.zTraceRay.Ignore_NPC;
var camVob = GothicGlobals.Game.GetCameraVob();
start = (Vec3f)camVob.Position;
Vec3f ray = 500000f * (Vec3f)camVob.Direction;
end = start + ray;
using (var zStart = start.CreateGVec())
using (var zRay = ray.CreateGVec())
{
var gWorld = GothicGlobals.Game.GetWorld();
if (gWorld.TraceRayNearestHit(zStart, zRay, traceType))
{
end = (Vec3f)gWorld.Raytrace_FoundIntersection;
}
start = projStartPos;
ray = end - start;
start.SetGVec(zStart);
ray.SetGVec(zRay);
if (gWorld.TraceRayNearestHit(zStart, zRay, traceType))
{
end = (Vec3f)gWorld.Raytrace_FoundIntersection;
}
}
}