This chart compares the four proxy context lanes so the strongest daytime sleepiness pattern is visible at a glance.
It is a structured proxy view, not an official Epworth Sleepiness Scale profile.
{{ interpretationLead }}
{{ proxyNotice }}
Higher-scored situations show where daytime sleepiness is breaking through most clearly. Lower-scored anchors show where you still tend to stay alert.
| Higher-scored situations | Score | Lower-scored anchors | Score |
|---|---|---|---|
|
{{ row.higher.short }}
{{ row.higher.contextLabel }}
No additional higher-scored item
|
{{ row.higher ? row.higher.scoreLabel : '—' }} |
{{ row.lower.short }}
{{ row.lower.contextLabel }}
No additional lower-scored anchor
|
{{ row.lower ? row.lower.scoreLabel : '—' }} |
Use this full response table when you want the item-by-item wording, score, and context lane in one place.
| # | Proxy situation | Response | Score | Context lane | Review note | Copy |
|---|---|---|---|---|---|---|
| {{ row.id }} |
{{ row.short }}
{{ row.text }}
|
{{ row.responseLabel }} | {{ row.scoreLabel }} | {{ row.contextLabel }} | {{ row.reviewNote }} |
Use the structured export when you want the summary, item rows, and guidance as machine-readable data.
This page is a paraphrased daytime sleepiness proxy inspired by the Epworth approach. It asks about eight ordinary situations where people often notice sleep pressure, then totals the responses on the familiar 0 to 24 frame. The situations are rewritten rather than copied from the licensed scale, so the result should be read as a structured self-check rather than as an official Epworth Sleepiness Scale report.
The situations are useful because they separate different kinds of vulnerability. Quiet reading or a slow meeting can expose low-stimulation sleep pressure. Passenger travel and long traffic queues matter because they lean toward safety-sensitive dozing risk. Seated conversation matters because non-zero sleepiness there is often harder to dismiss as ordinary boredom.
The score is only one part of the picture. Daytime sleepiness can move with sleep restriction, shift work, alcohol, medications, sleep apnea, circadian disruption, illness, and many other factors. This tool is a practical map of the pattern, not a diagnosis of the cause.
The completed total stays on the standard 0 to 24 frame, and the tool reads it through common practical bands: 0 to 5 for a low proxy signal, 6 to 10 for an upper-normal watch lane, 11 to 12 for a rising signal, 13 to 15 for elevated daytime sleep pressure, and 16 to 24 for a high-risk proxy pattern. These bands are used as structured guidance, not as proof of a specific sleep disorder.
The map tab adds more detail by grouping the eight situations into four context lanes: quiet inactive settings, ride and queue safety, rest-permission settings, and conversation resistance. That makes the result more useful than a single sum because it shows where the sleep pressure is clustering and whether the safety-sensitive settings are part of the pattern.
Start with the highest-scored situations, especially if they involve vehicles, queues, or conversation. A moderate total with a clear vehicle-related cue can be more urgent in daily life than a slightly higher total confined to intentional rest settings. That is why the page keeps a separate vehicle-oriented summary in view.
Then connect the result to context. Note recent sleep opportunity, irregular schedules, new medications, alcohol use, snoring, witnessed breathing pauses, naps, and daytime concentration changes. A lower proxy score does not rule out a sleep disorder, and a higher score does not diagnose one. The pattern simply tells you where daytime sleep pressure is becoming visible.
If the same pattern keeps returning, if others notice sleepiness, or if sleepy driving becomes a concern, bring the score and the highest-risk situations into clinical follow-up. That is usually more informative than reporting only a number.