Changing only the correction fraction shows the sampled recurrence before the stability label. Exact arithmetic here means exact results for the stated model inputs; measured inputs still carry uncertainty and significant-figure limits.

highlighted = computed this step

Half correction approaches without crossing

Correction 1/2 moves states 0, 4, 6, 7 volts. The remaining error is 1 volt.

0,4,6,7e3=10,4,6,7\quad e_3=1
Correction fraction scan rowThe sampled states and error bars are checked.s0e0s1e1s2e2s3e3

Full correction reaches the target and stays

Correction 1 gives states 0, 8, 8, 8 volts, so later errors are zero.

0,8,8,8e3=00,8,8,8\quad e_3=0
Correction fraction scan rowOnce the checked error is zero, the state holds.s0e1e2e3e0s1s2s3

Three halves crosses the target but still damps

Correction 3/2 gives states 0, 12, 6, 9 volts. The final signed error is negative 1 volt.

0,12,6,9e3=10,12,6,9\quad e_3=-1
Correction fraction scan rowSigned error shows overshoot without losing the ledger.s0e0s1e1s2e2s3e3