Solving Lorentz attractor example using sol.u and sol.t gives me wrong result

I've tried Lorentz attractor example from the readme.md.

The example worked like a charm, but when I wanted to run the same example but providing direct trajectories and corresponding time (using sol.u and sol.t like here https://pastebin.com/1GCjTqzb) the experiment failed, producing only one equation (instead of three) with 16 coefficients. I didn't find any example so far (I guess I'm not google-ing right, as all examples on the internet seem to be a copy-past of the example given in the readme file) and that's why I wanted to ask you for a little help with this as I assume that I'm making some beginner mistake and I can't see in which wrong way I'm providing the data.

Start with the Lorentz attractor example in readme.md, then compare its inputs with the direct sol.u and sol.t data shown in the linked pastebin. Reproduce the reported output of one equation with 16 coefficients and trace how the trajectories and times are interpreted. Done means the direct-data example produces the expected three equations or documents the required input form.