Jaiho Spin: Separate the Round Rule from Its Control Mode

Jaiho Spin paper demonstration: compare single-action and automatic control logs under one stated rule, keeping input counts and completed rounds distinct.

Two demonstrations produce three completed rounds. In the first, the demonstrator presses a control three times; in the second, they use one instruction to run a batch of three. The difference concerns control, not necessarily the definition of a result. Jaiho Spin readers can explore that distinction with an invented paper model. We hold the round rule constant and change only how rounds are requested, then compare the logs rather than inferring a new rule from a faster presentation.

One rule, two control modes

Our fictional model has a three-window result. A completed round earns one lesson mark if all three pictures match, otherwise zero. In SINGLE mode, one START instruction requests one round. In BATCH mode, one RUN THREE instruction requests three rounds in sequence. The batch stops after those three for this exercise. These are teaching controls, not claims about an actual app's available settings, stop behaviour or automatic-play features.

The SINGLE log reads: 10:00 START, round S1 completes leaf–leaf–star, zero; 10:05 START, S2 completes bell–bell–bell, one; 10:10 START, S3 completes star–leaf–bell, zero. There are three input instructions and three completed rounds. Each result is evaluated by the same three-matching-pictures rule. The total is one lesson mark. The time labels only establish order; they do not describe a platform's speed or a prescribed waiting interval.

The BATCH log reads: 11:00 RUN THREE, then B1 completes leaf–leaf–star, B2 completes bell–bell–bell, B3 completes star–leaf–bell. Their marks are zero, one and zero. There is one input instruction and three completed rounds, again totalling one lesson mark. We deliberately use the same result sequence to isolate the control difference. It is a comparison design, not a claim that automatic and manual modes in any real service reproduce identical sequences.

Count the unit named by the question

Ask “How many user instructions?” The answers are three in SINGLE and one in BATCH. Ask “How many completed rounds?” Both answers are three. A learner who says the batch contains one round has counted the instruction instead of the completed events. Put those units in separate columns. This is a common reason for apparently inconsistent reports: two people use the same word “times” while one means button presses and the other means settled rounds.

The result rule has not changed between the logs. B2 gets one mark because its three bells match, just as S2 does. The fact that B2 follows an automatic sequence does not enter the rule's stated condition. If another model expressly linked an effect to control mode, that would need its own rule. Our exercise makes no such link. A control setting tells us how events are requested; it does not silently rewrite the condition used to evaluate them.

Now inspect an incomplete batch log: RUN THREE is recorded, B1 and B2 are complete, and B3 has no settled result recorded. The evidence establishes one request and two completed results, not three completed rounds. Our fictional design intended three, but the record supplied to the reviewer is incomplete. Distinguish requested count from observed completion. Do not invent B3's pictures or assume a stop mechanism to explain the gap; the missing completion simply remains unrecorded in this paper case.

A log that makes comparison possible

We label each line with mode, input event, round identifier, settled pictures and rule-derived mark. Not every field needs repeating on every line if the grouping is clear, but the relationship must remain readable. The batch instruction sits above B1–B3 rather than replacing them. This layout shows one request producing several recorded events. It also makes it possible to discuss a particular round without confusing the start of a batch with the completion of its final member.

For a Jaiho Spin demonstration, watch whether the guide explains the rule or merely shows the controls being used. A fast recording may spend more time on settings than on the settled result. We would pause at B2 and ask the learner to apply the matching condition themselves. If they can do that without relying on the name of the mode, they have separated evaluation from operation. This is a learning check, not a recommendation to choose either control style.

The Jaiho Spin exercise ends with two true comparisons: three instructions versus one instruction, and three completed rounds versus three completed rounds. The identical teaching outcomes allow the fixed result rule to remain visible while the requesting method changes. Ask what would be needed to claim that a real mode changes a rule. The answer is an applicable rule statement and relevant evidence, not merely a different number of taps. That keeps a control demonstration clear about the question it actually answers.