DiwaTop: compare game entries by understanding and actions, not first impressions

Compare DiwaTop game information using a worked three-entry exercise that separates rule clarity, required actions and the reader's first impression.

One entry has a dramatic illustration, another has a plain board and a third opens with a long explanation. Which will be easiest to understand? The images do not settle that question, and neither does the amount of text alone. For DiwaTop readers, we compare three fictional game entries by two practical dimensions: whether their rules can be explained and what actions the learner must perform. First impressions remain part of the experience, but they no longer carry the whole decision.

Set one common task

Our comparison task is modest: after reading the introduction, explain one legal action and identify when the exercise ends. Entry A shows a colourful tile board but says only “reach the goal”. Entry B explains that one side-adjacent tile may be moved into an empty space and the task ends when a target pattern is formed. Entry C explains a sorting exercise that requires selecting an item, choosing a category and confirming the choice.

A's problem is not colour. Its missing rule leaves the reader unable to say what a legal action is or what goal state counts. B supplies both a movement condition and an end state, provided the target pattern itself is shown. C supplies a multi-step operation, but still needs a definition of a correct category and the full completion condition. We inspect those omissions individually instead of awarding a vague simplicity rating to each entry.

Make the operational demand visible

For B, one demonstrated action might be moving the tile immediately left of the empty space into it. The learner needs to recognise adjacency and the empty position. For C, the learner must distinguish selecting the item from selecting its category and committing that pairing. More steps do not automatically make C unsuitable. A reader who enjoys classification may understand the logic readily, while another may find spatial movement in B harder to explain.

Use a short teach-back, not a speed contest. Ask the reader to demonstrate the action in a paper sketch and explain why it is permitted. If B's tile moves diagonally although only adjacent side-sharing positions are allowed in our example, the visible operation has exposed a misunderstanding. If C's reader selects a category but never confirms, a different step is missing. Those observations guide explanation more accurately than “B is easy” and “C is complicated”.

Now revise the entries rather than judging only the learners. A receives a proper rule: select one marked tile and rotate it once; finish when all arrows point up. C receives a category definition and a statement that every item must be confirmed in its category. A may now become quite understandable despite its initially vague introduction. Information quality can change a comparison. A poor description should not be mistaken for proof that the underlying activity itself is inaccessible.

Separate learning cost from action count

Imagine the reader needs three minutes to understand B and one minute to understand C. After that, B's paper attempt uses five moves and C's uses twelve small inputs across four items. B has the longer initial explanation for this person; C has more repeated operations. The two findings can coexist. Someone with little time for setup might favour C's immediate clarity, while someone wanting fewer interactions may value B's shorter action sequence.

For a DiwaTop comparison, label those observations with their scope: “understood after one example”, “needed the adjacency rule clarified”, or “three inputs per item”. These labels explain what happened without pretending to be universal scores. Avoid adding them into one arbitrary total unless the reader has chosen meaningful weights. Three minutes of explanation and twelve inputs are different units. Combining them by simple addition would produce a number with no clear interpretation.

We also ask what the learner intends to do today. Reading about a game, trying a short demonstration and following a complete session are different tasks. The same entry may provide enough information for the first but not the third. In our comparison, A's improved sentence supports an introductory demonstration; detailed exceptions might still be needed for a full rules lesson. Stating the task keeps a limited but useful explanation from being judged against an unstated, much larger requirement.

The reader returns to the three entries with a different question: which explanation lets me perform the task I want, and what will I have to do? A's colourful design is still attractive, B's movement is now clear and C's confirmation sequence is explicit. The DiwaTop exercise ends without declaring one universal winner. It produces a more usable result: the learner can explain the relevant rule, recognise the required operations and choose with their own purpose in view.