ccbGetMeshBufferVertexColor(node, meshbufferindex, vertexindex)

// Fixing the Color Property type Parameter of action to get RGB value and clamp them between 0 and 1.
function RGB(decimalcolorcode)
{var color = (decimalcolorcode); // use the property type or put a  decimal color value.
 var Rr = (color & 0xff0000) >> 16; // get red color by bitwise operation  
 var Gg = (color & 0x00ff00) >> 8; // get green color by bitwise operation 
 var Bb = (color & 0x0000ff); // get blue color by bitwise operation 
 var RrGgBb = new vector3d(Rr,Gg,Bb);
 var r = (Rr/255); // dividing red by 255 to clamp b/w 0-1 
 var g = (Gg/255); // dividing green by 255 to clamp b/w 0-1 
 var b = (Bb/255); // dividing blue by 255 to clamp b/w 0-1 
 var rgb = new vector3d (r,g,b); // final rgb value to use in the editor
 return rgb;
 }
 

// parameters: node, alpha (0.0 to 1.0),dyn_lit

function EntityAlpha(node2,al,is_dyn_lit=0){
 var node=node2.getMesh();
 if(!node)alert("sum ting wong");
 //var mes=node.GetMesh();
 buf=node.GetMeshBuffers();
 if(is_dyn_lit==1) {al*=4;}
 al*=63;
 if(al<0)al=0;
 if(al>255)al=255;
 al=al<<24; // bit-shifting alpha to the top byte.
 var al_max=0x3e000000;
 if(is_dyn_lit==1) {al_max=0xfe000000;}
 for(i=0; i<buf.length;i++){
  if(al>al_max){
   if(is_dyn_lit==0) {buf[i].Mat.Type = CL3D.Material.EMT_SOLID;}
   else {buf[i].Mat.Type = CL3D.Material.EMT_TRANSPARENT_ALPHA_CHANNEL_REF;} // this is used for dyn. lit plants and such
  }
  else{
   buf[i].Mat.Type = CL3D.Material.EMT_TRANSPARENT_ALPHA_CHANNEL;
  }
  for(j=0; j<buf[i].Vertices.length;j++){
   buf[i].Vertices[j].Color=(al | 0x3f3f3f);//0x3f3f3f);
  }
  buf[i].update(false,false);
 }
}