Watching Gameplay to Improve at a Specific Challenge

Choose the challenge you want to learn

Watching gameplay to improve starts with deciding what you want to see. Imagine a fictional arcade game where three gates close in order. The first opens on the left, the second opens in the middle and the third opens on the right. A demonstration shows when the player starts moving toward each opening.

A clip of a different gate sequence could show the same controls and a different route. The distinction gives observational learning a question you can test. Does the clip help with the three gates you keep missing, or with reading a new sequence as it arrives?

Two studies timed survival

Johanson, Wessels and Friehs used a Super Hexagon clone. One study analyzed 23 participants who played or watched in person. An online study analyzed 69 participants assigned to keep playing or watch silent gameplay with a matching or randomized obstacle sequence.

The researchers tracked average and best survival times. A change in the average can show that several runs lasted longer even if the best run stays the same. In the gate example, one lucky crossing could set a record. Repeatedly making it through the middle gate would change what a typical run looks like.

A benefit appeared in one early measure

On the second hands-on session, the live observers gained more average survival time than the players. In the online study, the matching-video group’s advantage over continued play was at the reported significance threshold. Direct comparisons between the two videos showed no statistically significant difference.

In each comparison of second sessions, observers had already spent time watching. The participants who kept playing reached their second turn sooner. Matching the amount of hands-on play answers how far someone got with the same time at the controls. Counting the time spent watching matters if you only have a short break to practice.

The final comparison included more practice

At the end of the in-person study, continued play yielded larger gains in average survival time. The online study’s final comparisons found no statistically significant differences between groups.

Suppose a clip helps you anticipate the second gate immediately. After a few extra rounds, you might also work out that timing by playing through the pattern. Comparing your first return after the clip with your performance after several more attempts would answer different questions about how quickly the help pays off.

The videos also differed in what they showed

The same person performed both recorded demonstrations and survived longer on average in the matching footage. The experiments involved one arcade task and measured performance during the session.

That leaves room for several explanations. One clip might show a specific turn often enough for you to remember it. Another might give you more chances to notice how someone recovers after a late move. Watching a successful route also leaves you with the task of executing it yourself.

Test a cue against the next attempt

For a review exercise, pick a brief gameplay demonstration that includes the stretch you want to practice. Note one decision you can see clearly, such as starting to move while the first gate is still open. Try that cue in several runs and record where each run ends.

Then try a different order of gates. If your improvement holds on that second pattern, you have a reason to investigate which part of the cue carried over. If it stays with the original pattern, the clip still helped you identify something specific to practice.

Keep exploring

FOLLOW THE SOURCE

Sources & further reading

Have a correction? Tell our editorial team.

✦ NICE. YOU LEARNED SOMETHING.