At fixed training speed, the band distance grows with elapsed time. Exact arithmetic here means exact results for the stated model inputs; measured inputs still carry uncertainty and significant-figure limits.

highlighted = computed this step

One time step gives the first distance

At time 1 seconds, the distance is 2 meters.

t=1 sx=2 mt=1\ \text{s}\Rightarrow x=2\ \text{m}
Band driftA band position is computed from training transport indices.startbandfield

A shorter run gives a shorter distance

At time 3 seconds, the distance is 6 meters.

t=3 sx=6 mt=3\ \text{s}\Rightarrow x=6\ \text{m}
Band driftA band position is computed from training transport indices.startbandfield

Doubling the time doubles the distance

At time 6 seconds, the same speed index gives distance 12 meters.

t=6 sx=12 mt=6\ \text{s}\Rightarrow x=12\ \text{m}
Band driftA band position is computed from training transport indices.startbandfield

Distance grows row by row with time

The speed index is fixed. Multiplying by more elapsed time gives larger checked distances.

tx1236612\begin{array}{c|c}t&x\\1&2\\3&6\\6&12\end{array}
Band driftA band position is computed from training transport indices.startbandfield