Melee weapons and fractured meshes

[notNullGothik]

By folowing the excellent tutorial about Melee weapon i can test this against rigid bodies and understand the damage is possible by producing an impulse with the following code:

		Momentum = Normal(SwordTip - SwordHilt) * InstantHitMomentum[CurrentFireMode];
		HitActor.TakeDamage(DamageAmount, Instigator.Controller, HitLoc, Momentum, class'DamageType');

But this doesn't apply to fractured meshes, how can I modify so that fractured meshes are also afected by the impulse? The TraceActorss iteration is detecting the collision with the fractured mesh, but i can make it start cracking. Any help?

[notNullGothik]

Probably I wasn't clear enough about the problem, but basically I want to have melee weapons producing damage over fractured meshes. The tutorial above describes how to create a melee weapon and apply damage only to rigid bodies, maybe some parameters are missing or antoher kind of damage is needed, I have played around with the values of the TakeDamage none of them affect fractured meshes. Should I elaborate a bit more?

[Saishy]

Look for how projectiles affect fractured meshes.

[notNullGothik]

Thanks Saishy, reading the projectile code, seems the fractured mesh collision is applied with the HitWall Event, correct me if am wrong, I noticed that basically what I need is to convert the HitStaticMesh to a class'KActorFromStatic' and then call the TakeDamage on it, could someone explain if it is possible how to achieve that from a fractured mesh? For the below code, I fail to get a valid StaticMeshComponent from the hit info, but also having a valid StaticMeshComponent returns a false for the HitStaticMesh.CanBecomeDynamic(), by ignoring the condition, it will only produce None warning access for this NewKActor entity

 NewKActor = class'KActorFromStatic'.Static.MakeDynamic(HitStaticMesh);

This is the whole function.

Class MeleeWeapon extends Weapon;

function TraceSwing()
{
   local Actor HitActor;
   local Vector HitLoc, HitNorm;
   local KActorFromStatic NewKActor;
   local StaticMeshComponent HitStaticMesh;
   local TraceHitInfo MyHitInfo;

   // gather HitInfo fom the HitActor
   foreach CollidingActors(class'Actor', HitActor, 1.0, HitLoc, true,,MyHitInfo )
   {
        HitStaticMesh = StaticMeshComponent(MyHitInfo.HitComponent);
	if ( (HitStaticMesh != None) && HitStaticMesh.CanBecomeDynamic() )
	{
		NewKActor = class'KActorFromStatic'.Static.MakeDynamic(HitStaticMesh);
		NewKActor.TakeDamage( 10000.0, Instigator.Controller, HitLoc, Momentum, class'DamageType',, self);
	}	
   }
}

simulated state Swinging extends WeaponFiring
{
   simulated event Tick(float DeltaTime)
   {
      super.Tick(DeltaTime);
      TraceSwing();
   }

   simulated event EndState(Name NextStateName)
   {
      super.EndState(NextStateName);
   }
}