typedef struct
{
	var x;
	var y;
	var z;
}VERTEX;

typedef struct
{
	var weight;
	var num_points;  //Number of Verts in the Mesh
	VERTEX* morph[5000];
}MORPH;


function morph_target(ENTITY* ent)
{
	VECTOR Current;  //Current Mesh Vert Pos 
	VECTOR Target0;  //Morph1 Vert Pos
	VECTOR Target1;  //Morph2 Vert Pos
	VECTOR Base;     //Base or unchanged mesh vert pos
	VECTOR Diff;   
	VECTOR m;
	
	var a;
	
	mt.weight = value;
	
	//Curent Vertex Postion
	CONTACT* c = ent_getvertex(pc.mdl_Head,NULL,a);
	for(a=1;a<mt.num_points;a++)
	{
		//Base Model Postions

		Base.x = RFMORPH.morph[a].x;
		Base.y = RFMORPH.morph[a].y;
		Base.z = RFMORPH.morph[a].z;	
			
		//Target Morph Postion
		Target0.x = MORPH1.morph[a].x;
		Target0.y = MORPH1.morph[a].y;
		Target0.z = MORPH1.morph[a].z;	
		
		Target1.x = MORPH2.morph[a].x;
		Target1.y = MORPH2.morph[a].y;
		Target1.z = MORPH2.morph[a].z;			

		vec_set(m.x,Base.x);
			
		vec_lerp(Diff.x,Base.x,Target0.x,MORPH1.weight);
		m.x += Diff.x - Base.x;
		m.y += Diff.y - Base.y;
		m.z += Diff.z - Base.z;	
				
		vec_lerp(Diff.x,Base.x,Target1.x,MORPH2.weight);
		m.x += Diff.x - Base.x;
		m.y += Diff.y - Base.y;
		m.z += Diff.z - Base.z;		
		
		c.v = NULL;
		c.x = m.x;
		c.y = m.y;
		c.z = m.z;
		ent_setvertex(pc.mdl_Head,c,a);	
				
	}
	
	ent_fixnormals(pc.mdl_Head,0);
	c_updatehull(pc.mdl_Head,0);	
}

function create_morph(ENTITY* ent, MORPH* m)
{
   var max = ent_status(ent,1);
   var a;
   VECTOR temp;
   m = malloc(sizeof(MORPH));
   for(a=1;a<max;a++)
   { 
        m.morph[a] = malloc(sizeof(VERTEX));
	vec_for_vertex(temp,obj,a);
	m.morph[a].x = temp.x;
	m.morph[a].y = temp.y;
	m.morph[a].z = temp.z;
   }
}