         get{
             var v = [float3]()
             for lm in self{
-                v.append(lm.color/255)
+                v.append(lm.color)
             }
             return v
         }

                        
                        if !isMaxima { continue }
                        let idx   = index(r,green:g,blue:b)
                        let r     = cell.reds/cell.count
                        let g     = cell.greens/cell.count
                        let b     = cell.blues/cell.count
                        let brightnes = max(max(r, g), b)
                        let local = LocalMaximum(count: Int(count), index: idx, color: float3(r,g,b), brightnes: brightnes)


                    let delta = max1.color-max2.color
                    
                    let distance = sqrt(pow(delta.r, 2)+pow(delta.g,2)+pow(delta.b,2))
                                        
                    if threshold>distance {
                        isDistinct = false
                        break
