Thank you very much Kuba!!

It's exactly what I was looking for!

Thank you again!

Sorry Kuba, I didn´t understand you. I downloaded the document and launched it in my pc, and you're right, it contains the inner panel made with TabView only. I looked for, and found, a full example cdf, with the functionality I want to recreate. I show a screenshoot, remarking in a Red box what I'd like to do, and the URL to download the document.

http://www.wolfram.com/cdf/uses-examples/data-applications.html

When I got this cdf, the only content it had was the inner panel made with TabView, is there anywhere a full example cdf with functionality you want to recreate?

Hi,

I've been looking at those examples too lately. Is using DockedCells a requirement? Within a Manipulate environment (which you should assume to use when intending to deploy via CDF) TabView might be a better (and easier) alternative.

Perhaps this might be of use for inspiration or adaptation:

Manipulate[
 TabView[{
   "Trig. Functions" -> 
    Column[{
      TabView[{
        "Sin" -> Dynamic@Plot[Sin[x + \[Phi]], {x, 0, 2 \[Pi]}],
        "Cos" -> Dynamic@Plot[Cos[x + \[Phi]], {x, 0, 2 \[Pi]}]
        }],
      Row[{TextCell["Phase \[Phi]: "], 
        Slider[Dynamic[\[Phi]], {0, 2 \[Pi]}], Dynamic[\[Phi]]}]
      }],
   "Shapes" ->
    Column[{
      TabView[{
        "Disk" -> Dynamic@Graphics[{col, Disk[]}],
        "Square" -> Dynamic@Graphics[{col, Rectangle[]}]
        }],
      RadioButtonBar[Dynamic[col], {Red, Green, Yellow}]
      }]
   }], "",
 Initialization :> (col = Red; \[Phi] = \[Pi];), 
 SaveDefinitions -> True]

I've been experimenting with CDFs lately so I'm quite interested to see any other responses.

Ben