Find the gap length that makes a valid mōrā — landing exactly on sam at the end of the cycle.
The gap is a held note (tām) that separates each statement. Find the value of g so the total fills exactly ? cycles.
A mōrā consists of three identical statements separated by equal gaps: (s)[g](s)[g](s). The total duration — 3s + 2g — must equal an exact number of tāḷa cycles. The mōrā must end on sam (beat 1). This constraint determines the legal values of g for any given phrase and tāḷa.