1) Appearance settings

The page is organized under the Appearance heading:

• Two large preview cards.
  • Left card: → labeled Light mode, with a filled blue radio button indicating it is active.
  • Right card: → labeled Dark mode, with an empty radio button.
• Below the cards:
  • Scheduled switch — currently set to Off, with a chevron indicating a sub-menu.
  • Dark mode settings — a tappable row leading to additional options.

This is the standard system-wide theme selector. Light mode uses bright backgrounds with dark text (higher readability in well-lit environments for most users). Dark mode inverts the palette to dark backgrounds with lighter text, which reduces perceived brightness, can save battery on OLED/AMOLED panels, and is generally preferred in low-light conditions.

How to Use and Customize These Options

1. Switch between Light and Dark mode
   • Simply tap the desired preview card. The change applies system-wide almost immediately (most system apps and many third-party apps respect the system theme). Some apps may still require a restart or have their own independent theme settings.
2. Enable Scheduled switch
   • Tap the “Scheduled switch” row (currently Off). Typical options in Origin OS / modern Android skins include:
     • Custom time range (e.g., turn Dark mode on at 21:00 and off at 07:00).
     • Sunset-to-sunrise (uses location services to follow local daylight). Once enabled, the system automatically toggles the theme without further user input. This is one of the most useful “set-and-forget” features for reducing evening eye strain.
3. Explore Dark mode settings
   • Tapping this row usually opens finer controls such as:
     • Whether to force dark theme on apps that do not natively support it (sometimes called “Expanded” or “Force dark”).
     • Intensity or pure-black vs. gray dark variants (pure black maximizes OLED power savings and contrast).
     • Per-app overrides in some implementations.

Why These Settings Matter for Eye Protection

Origin OS 6 expands eye-care features significantly beyond basic dark mode. The parent menu (“Display, brightness & eye protection”) typically also contains:

• Traditional eye-comfort / blue-light filter (color temperature adjustable, with claims of up to 66 % blue-light reduction at warmer settings around 3000 K).
• AI-assisted sleep mode that gradually warms the display before bedtime.
• Adaptive / anti-fatigue brightness that reacts to ambient light and usage patterns.
• Nature-tone or ambient color-temperature adaptation.
• Additional tools such as motion-sickness visual anchors on some models.

Practical recommendations from multiple angles:

• Daytime / high-ambient light — Prefer Light mode + auto-brightness. Higher overall luminance improves contrast and reduces the need to squint.
• Evening / low light — Switch to (or schedule) Dark mode + enable the dedicated eye-comfort filter at a warm temperature. Combining both reduces glare more effectively than either alone.
• Reading or prolonged use — Pair Dark mode with larger system font size and, if available, a paper-like or reading mode that further desaturates colors.
• Battery-conscious users — Dark mode on OLED panels yields measurable savings because black pixels are simply turned off.
• Users sensitive to contrast or with certain visual conditions — Light mode with carefully tuned brightness is often more comfortable for extended reading; dark mode can make text appear softer or less sharp for some people because of pupil dilation.

Tips for Getting the Most Out of Origin OS 6 Display Settings

• After changing the theme, swipe down the notification shade / Control Centre and check that the Dark mode quick toggle (if present) reflects the new state.
• Explore the full Eye protection or Eye comfort & sleep sub-menu (usually one level up or nearby) for AI sleep scheduling and intensity sliders.
• If certain apps ignore the system theme, look inside those apps’ own settings or enable any “force dark” option under Dark mode settings.
• Combine with Nature Tone / adaptive color temperature for a more natural look that changes with ambient lighting.
• For motion-sensitive users, Origin OS 6 includes visual-stability aids that can be enabled alongside theme changes.

In short, the screenshot captures a clean, modern implementation of Android’s system appearance controls, enhanced by Origin OS 6’s focus on both aesthetic refinement and practical eye-care tools. Selecting Light mode (as shown) is ideal for daytime clarity; enabling the scheduled switch and fine-tuning Dark mode settings turns the phone into a more comfortable evening companion with minimal ongoing effort. Users who spend long hours on their device will notice the biggest benefit by treating these options as part of a broader eye-protection routine rather than isolated toggles.

1.1) Scheduled switch sub-menu

This menu lets the system automatically toggle the overall appearance theme (Light mode vs. Dark mode) according to a schedule, so you do not have to change it manually every day. It is one of the most useful eye-comfort and convenience features in Origin OS 6.

Overview of the Scheduled Switch Menu

The page is divided into two main blocks:

1. A radio-button list of three mutually exclusive modes that control how the automatic switching behaves.
2. A time-setting block that appears only when Custom is chosen.
3. An explanatory note at the bottom that clarifies the exact moment the theme change is applied.

Detailed Explanation of Each Setting

1. Off

• What it does: Completely disables automatic theme switching. The phone stays permanently in whichever mode you last selected on the parent Appearance screen (Light or Dark).
• When the radio button is empty: The schedule is inactive.
• Practical effect: You must manually tap Light mode or Dark mode every time you want to change the theme. No background timers or location-based calculations run.
• Best for: Users who prefer full manual control, or who keep the same theme 24/7 (for example, always Dark mode on an OLED device for maximum battery savings).

2. Sunset to sunrise

• What it does: Automatically switches to Dark mode at local sunset and back to Light mode at local sunrise.
• How it works: The system uses the device’s location services (or network-provided approximate location) plus astronomical data to calculate the exact sunset and sunrise times for your current geographic position. These times update daily as the seasons change.
• When the radio button is empty: This option is not active.
• Practical effect: Ideal for people who want the theme to follow natural daylight without any manual time entry. Dark mode activates in the evening as ambient light falls and deactivates in the morning as daylight returns.
• Caveats: Requires location permission (or at least approximate network location). Travel across time zones or latitudes will cause the switch times to adjust automatically. Accuracy can be slightly affected if location services are restricted.

3. Custom (currently selected)

• What it does: Lets you define exact clock times for the two transitions. The radio button is filled blue, confirming this is the active mode.
• Why it appears expanded: Selecting Custom reveals the two time rows below so you can set your preferred schedule.
• Practical effect: Full user control over the daily rhythm. The system ignores sunset/sunrise and follows only the times you enter.

Sub-settings under Custom

• Switch to Light – 7:00 AM At 7:00 in the morning the system will change the appearance from Dark mode to Light mode. Tapping the row opens a time picker so you can choose any hour and minute. Typical use: Align the switch with when you usually wake up or when indoor lighting becomes bright enough that a light theme feels more natural.
• Switch to Dark – 8:00 PM At 8:00 in the evening the system will change the appearance from Light mode to Dark mode. Again, tapping opens a time picker. Typical use: Match the moment you start winding down, reduce blue-light exposure before bed, or simply prefer a darker interface once the sun has set.

The two times form a 24-hour cycle. If you set Switch to Dark earlier than Switch to Light, Dark mode runs overnight; the reverse would produce an unusual daytime-dark / nighttime-light schedule (rarely useful but technically allowed).

Recommendations from Different Angles

• Eye-protection priority: Choose Sunset to sunrise or a Custom schedule that turns Dark mode on 1–2 hours before your usual bedtime. Pair it with Origin OS 6’s dedicated Eye comfort / blue-light filter for the strongest reduction in evening eye strain.
• Battery and OLED users: A Custom schedule that keeps Dark mode active for the majority of the day (or all night) maximises power savings because black pixels on OLED panels consume almost no energy.
• Consistency and routine: Custom with fixed times (such as the 7:00 AM / 8:00 PM shown) works best if your daily schedule is stable. Sunset to sunrise is preferable if you travel frequently or dislike adjusting times as seasons change.
• Minimal disruption: Remember the “after the screen lights up again” rule. If you want an immediate visual change for testing, lock the phone and unlock it after the scheduled time has passed.
• Combined workflow: Many users keep the parent Appearance screen set to Light mode as the “default,” then rely on Scheduled switch (Custom or Sunset) to handle the evening transition automatically.

1.2) Dark mode settings

Origin OS 6 treats Dark mode as more than a simple colour inversion. In addition to changing system UI colours, it can optionally lower the visual intensity of the home-screen wallpaper and app icons. The two toggles on this page control those optional refinements. Both are Off by default in the screenshot, meaning the home screen wallpaper and icons retain their full original brightness even when Dark mode is active.

1. Dim home screen wallpaper

• Full label and description: “Dim home screen wallpaper” “Automatically adjust the brightness of static home screen wallpapers based on ambient light.”
• What it does: When enabled, the system reduces the luminance of any static (non-live / non-video) home-screen wallpaper while Dark mode is active. The amount of dimming is not fixed; it scales according to the ambient-light sensor reading. In a dark room the wallpaper becomes noticeably darker; in a brighter environment the dimming is milder so the wallpaper remains visible.
• How it works technically: The wallpaper is rendered with a dynamic opacity or brightness multiplier. Live wallpapers, video wallpapers, and some third-party animated wallpapers are usually excluded because they already contain their own brightness logic. The adjustment happens in real time as ambient light changes.
• Visual result:
  • Dark mode + this toggle On → home screen feels more cohesive and less “bright island” against the dark system UI.
  • Dark mode + this toggle Off → wallpaper stays at its original brightness, which can create higher contrast (sometimes desirable for aesthetics, sometimes glaring at night).
• Benefits from different angles:
  • Eye comfort: Lowers overall screen luminance at night, reducing the chance that a bright wallpaper fights against the dark theme.
  • Battery (OLED panels): Slightly fewer bright pixels are lit, producing a small power saving.
  • Aesthetics: Creates a more unified dark appearance across the entire home screen.
  • Trade-off: Very dark wallpapers can become hard to distinguish if the dimming is aggressive; users who chose a detailed or colourful wallpaper may prefer to leave this Off.
• When to enable: Recommended for most users who keep Dark mode on during evening hours and use a relatively bright static wallpaper. Disable it if you want maximum wallpaper detail or if the automatic dimming feels too strong.

2. Dim icons

• Full label: “Dim icons”
• What it does: When enabled, the system lowers the brightness (or applies a dark overlay) to the app icons on the home screen while Dark mode is active. Icon labels usually remain readable, but the coloured icon artwork itself becomes more subdued.
• How it works: Origin OS applies a system-level brightness or alpha adjustment to the icon layer. Adaptive icons, themed icons, and third-party icon packs are all affected. The dimming is typically a fixed or lightly adaptive reduction rather than a full ambient-light curve (unlike the wallpaper option).
• Visual result:
  • On → icons blend more quietly into a dark wallpaper and dark system UI, reducing visual “pop.”
  • Off → icons retain their original saturation and brightness, standing out more clearly against the dark background.
• Benefits from different angles:
  • Eye comfort / reduced glare: Especially helpful on high-contrast or neon-coloured icon packs that can feel harsh at night.
  • Visual calm: Creates a more minimal, less busy home-screen appearance.
  • Consistency: Matches the overall Dark-mode aesthetic more closely.
  • Trade-off: Can make icons harder to distinguish at a glance, particularly for users who rely on colour recognition or who have lower visual acuity. Some third-party icon packs already include dark variants; forcing an extra dim on top of those can look muddy.
• When to enable: Useful if your icon pack is bright or colourful and you find it distracting in Dark mode. Leave it Off if you prefer maximum icon clarity or if your icons already look good against dark wallpapers.

Interaction Between the Two Options

Setting	Affects	Ambient-light adaptive?	Main benefit	Main drawback
Dim home screen wallpaper	Static wallpapers only	Yes	Cohesive dark look, less glare	Wallpaper detail can be lost
Dim icons	App icons on home screen	Limited / fixed	Calmer icon appearance	Reduced colour recognition

Both toggles operate independently. You can enable one, both, or neither. They only take effect while Dark mode (or a scheduled Dark-mode period) is active; in Light mode they are ignored.

Practical Recommendations

• Maximum night-time comfort: Turn both On. Combined with Auto-brightness, a scheduled Dark-mode switch, and the system Eye-comfort filter, this produces the softest overall home-screen experience.
• Balanced aesthetics: Enable Dim home screen wallpaper but leave Dim icons Off. The wallpaper becomes subdued while icons remain vibrant and easy to identify.
• Maximum clarity / personal style: Leave both Off. Useful if you chose a carefully designed wallpaper and icon pack that you want to display at full intensity even in Dark mode.
• OLED battery micro-optimisation: Enabling both yields a small additional power saving because fewer bright pixels are driven.
• Testing tip: Toggle each option, then return to the home screen (or lock and unlock) to see the real-time result. Changes are usually applied instantly.

In short, the Dark mode settings page gives two optional refinements that make the home screen feel more integrated with the dark system theme. “Dim home screen wallpaper” automatically softens static wallpapers according to ambient light, while “Dim icons” reduces the intensity of app icons.

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2) Brightness settings

Overview of the Brightness Panel

Three distinct controls work together:

1. A continuous horizontal slider for manual brightness.
2. A master switch that turns automatic adjustment on or off.
3. A secondary “Custom brightness” entry that unlocks additional behaviour when Auto-brightness is active.

Understanding the relationship between these three items is the key to comfortable, battery-efficient screen use.

1. Brightness Slider (Manual Control)

• Visual appearance: A track with a blue circular handle. A dim-sun icon sits on the left (minimum brightness) and a bright-sun icon on the right (maximum brightness). In the screenshot the handle is positioned roughly one-third of the way from the left, indicating a relatively low-to-moderate level.
• What it does: Directly sets the absolute brightness level of the display, measured in nits (the actual luminance the panel produces). Dragging left lowers brightness; dragging right raises it.
• Behaviour when Auto-brightness is On: The slider becomes a temporary override. You can still move it, but the system will gradually return the brightness toward the value it calculates from ambient light once you stop touching the slider (or after a short delay). Many users treat the slider as a “fine-tune” control even while Auto-brightness is enabled.
• Behaviour when Auto-brightness is Off: The slider is the sole authority. The brightness stays exactly where you leave it until you change it again.
• Practical notes:
  • Extremely low settings can make the screen hard to read outdoors.
  • Extremely high settings increase power draw and can cause eye strain or heat in prolonged use.
  • Origin OS 6 typically supports a very low minimum brightness (useful at night) and a high peak brightness for outdoor visibility.

2. Auto-brightness Toggle (Currently On)

• Visual appearance: A blue switch in the “On” position.
• What it does: Enables the ambient-light sensor (usually located near the front camera or earpiece) to continuously measure surrounding illumination and adjust screen brightness automatically.
• How the algorithm works in Origin OS 6:
  • Brighter environment → higher screen brightness.
  • Darker environment → lower screen brightness.
  • The system learns from your manual slider adjustments over time, so the automatic curve gradually adapts to your personal preference.
• Benefits:
  • Reduces the need for constant manual tweaking.
  • Helps maintain readable contrast in changing light (indoors → outdoors, day → night).
  • Can lower average power consumption by keeping brightness only as high as needed.
• Drawbacks / edge cases:
  • In rapidly changing light (e.g., walking under trees or driving) the brightness may lag slightly or overshoot.
  • Some users find the automatic level too aggressive or too conservative; that is why Custom brightness exists.
  • The sensor can be temporarily blocked by a case, finger, or heavy screen protector, causing incorrect readings.
• Recommendation: Leave this toggle On for the majority of daily use. Only turn it Off if you need absolute, unchanging brightness for a specific task (photography review, colour-critical work, or very consistent night-time reading).

3. Custom Brightness (Currently On)

• Visual appearance: A row labelled “Custom brightness” with the status “On” and a chevron indicating a sub-menu.
• What it does: When Auto-brightness is enabled, this option unlocks a more advanced adaptive layer. Tapping the row usually opens a secondary page where you can:
  • Adjust how aggressively the automatic curve responds.
  • Set preferred brightness “anchors” for different ambient-light ranges.
  • Enable or refine features such as anti-fatigue brightness curves or AI-assisted adjustments that Origin OS 6 provides.
• Relationship to the other controls:
  • It only has meaningful effect while Auto-brightness is On.
  • It does not replace the main slider; it modifies the behaviour of the automatic system around the slider’s current position.
• Typical sub-options you may find (wording can vary slightly by device and software version):
  • Intensity or sensitivity slider for the ambient response.
  • “Remember my adjustments” or learning toggle.
  • Specific profiles for indoor / outdoor / night.
• Practical effect when set to On: The phone becomes more personalised. After a few days of occasional slider tweaks, Auto-brightness starts matching your preferred levels more closely instead of using a generic factory curve.

How the Three Controls Interact

Control	Auto-brightness Off	Auto-brightness On	Typical Use Case
Brightness slider	Sole authority	Temporary override + learning input	Fine-tuning or fixed brightness
Auto-brightness	Disabled	Active ambient sensing	Everyday automatic comfort
Custom brightness	Usually greyed out / ignored	Active refinement of auto curve	Personalised adaptive behaviour

Practical Recommendations from Multiple Angles

• Everyday comfort & eye protection Keep Auto-brightness On and Custom brightness On. Let the system handle most adjustments, then nudge the slider only when the automatic level feels wrong. Pair this with the Scheduled switch and Eye-comfort filter discussed in previous screens for a complete day-to-night routine.
• Battery life Auto-brightness is generally more efficient than a permanently high fixed level. On OLED panels the difference is noticeable over a full day.
• Outdoor / high-contrast needs Briefly drag the slider to the right when you step outside; the system will learn that you prefer higher brightness in strong sunlight.
• Night-time / low-light reading Either let Auto-brightness drop the level naturally or temporarily turn Auto-brightness Off and set a very low fixed value. Extremely low brightness combined with Dark mode and a warm colour temperature produces the least eye strain.
• Colour-critical or professional work Turn Auto-brightness Off so brightness remains constant while you edit photos or judge colours.
• Troubleshooting rapid or incorrect changes If brightness jumps unexpectedly, check that nothing is covering the light sensor, temporarily disable Custom brightness to reset the learning curve, or toggle Auto-brightness Off and On again.

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3) Eye comfort and protection settings

Overview of the Eye Comfort and Protection Menu

The screen is organised into three logical groups:

1. Core Eye Protection controls (always visible at the top).
2. Sleep health (focused on pre-bedtime behaviour).
3. Smart eye protection (adaptive, sensor-driven refinements that work alongside Auto-brightness).

All of the secondary features become more effective when the master Eye Protection toggle is On.

1. Eye Protection (Master Toggle – Currently On)

• What it does: Activates the primary blue-light reduction and colour-temperature warming filter across the entire system interface and most apps.
• How it works: The display’s white point is shifted toward warmer (more amber/orange) tones, reducing the proportion of short-wavelength blue light. Origin OS 6 claims this can cut harmful blue light by a significant margin (earlier system documentation referenced up to 66 % at the warmest settings).
• Visual result: The whole screen takes on a noticeably warmer cast. Text and icons remain readable, but the overall look becomes softer and less “cool white.”
• When to use: Leave On for evening and night-time use, or any prolonged indoor sessions where eye comfort is a priority. Many users keep it permanently enabled and rely on scheduling or intensity adjustment to fine-tune the effect.
• Interaction: Serves as the foundation for the other features on this page. Disabling it usually turns off or significantly weakens the scheduled, sleep, and smart options.

2. Scheduled turn on (Currently Off)

• What it does: Lets the Eye Protection filter activate and deactivate automatically according to a time-based or sunset-to-sunrise schedule.
• How it works: Tapping the row opens a sub-menu similar to the Dark-mode Scheduled switch. Typical choices include Off, Sunset to sunrise, or Custom start/end times.
• Practical effect: Once configured, the warm filter engages without manual intervention—ideal for consistent evening routines.
• Recommendation: Enable this if you want Eye Protection to appear only after a certain hour (for example, 7:00 PM or at sunset) and turn off again in the morning. It pairs especially well with the Dark-mode schedule discussed in earlier screens.

3. Eye protection adjustment

• What it does: Opens a dedicated intensity and colour-temperature control page.
• Typical controls found inside:
  • A slider that ranges from cooler (less filtering) to warmer (stronger blue-light reduction, often down to around 3000 K).
  • Sometimes additional options such as “Comfort” versus “Standard” intensity profiles or a real-time preview.
• Why it matters: The master toggle simply turns the filter On or Off; this entry lets you decide how strongly it applies. A mild setting is less noticeable during daytime; a strong setting maximises eye comfort at night.
• Tip: After adjusting, return to the home screen or an app with white backgrounds to judge the real-world look, because the settings page itself may already be partially filtered.

Sleep Health Section

4. Sleep comfort mode (Currently Off)

• Full description: “Gradually warm screen colors before bedtime to reduce melatonin disruption and improve sleep.”
• What it does: Implements a slow, progressive warming of the display colour temperature in the hours leading up to your usual bedtime. Instead of an abrupt shift, the screen becomes steadily warmer, more closely mimicking the natural decline in blue light that occurs after sunset.
• Scientific rationale: Blue light in the evening can suppress melatonin production and delay sleep onset. A gradual reduction helps the body’s circadian rhythm wind down more naturally.
• How it typically works: Once enabled, you set or confirm a bedtime window (often linked to the system’s Digital Wellbeing or sleep schedule). The system then begins a gentle colour-temperature ramp hours earlier.
• “View details” link: Provides further explanation, possibly including the exact timing curve or scientific background.
• Best used with: A consistent sleep schedule and the Scheduled turn on option. Many users enable this in combination with Dark mode for the softest possible pre-sleep experience.
• Trade-off: Colours become less accurate in the evening, which may be undesirable for photo or video work close to bedtime.

Smart Eye Protection Section

5. Anti-fatigue brightness (Currently Off)

• Full description: “Intelligently adjust brightness based on screen-on time and eyestrain to ease fatigue. It works with ‘Auto-brightness’ on.”
• What it does: Monitors continuous screen-on duration and (in some implementations) estimated eye-strain indicators, then gently lowers brightness over time even if ambient light has not changed. The goal is to counteract the gradual increase in visual fatigue that occurs during long sessions.
• Requirements: Auto-brightness must be enabled for the feature to function fully.
• Practical effect: After 30–60 minutes of continuous use, the screen may become slightly dimmer than the pure ambient-light reading would dictate, reducing cumulative strain.
• “View details” link: Usually expands on the algorithm or shows a simple illustration of the brightness curve.
• Best for: Heavy readers, social-media users, or anyone who frequently spends long unbroken periods looking at the screen.
• Caveat: Because it deliberately lowers brightness, some users initially perceive the screen as “too dim” and may need a short adaptation period.

6. Adaptive color (Currently Off)

• Full description: “Intelligently adjust color temperature based on ambient light for consistent colors.”
• What it does: Continuously samples the surrounding light (via the ambient-light sensor) and fine-tunes the display’s white point so that on-screen colours appear more natural and consistent under different lighting conditions—daylight, indoor fluorescent, warm evening lamps, etc.
• Difference from Eye Protection: Classic Eye Protection applies a fixed or scheduled warm shift. Adaptive color is more dynamic and aims for colour fidelity rather than pure blue-light reduction.
• Visual result: Whites look closer to true white under the current lighting, and the overall image feels less “off” when you move between environments.
• “View details” link: Typically explains the sensor-driven nature of the feature.
• Best for: Users who move frequently between different lighting environments and want the display to look balanced rather than deliberately warm.
• Interaction note: Can be used together with Eye Protection; the system usually prioritises or blends the two adjustments intelligently.

Practical Recommendations from Multiple Angles

• Maximum eye comfort for evening and night: Keep Eye Protection On, set a Scheduled turn on for sunset or a fixed evening hour, raise the intensity via Eye protection adjustment, and enable Sleep comfort mode.
• Long work or study sessions: Enable Anti-fatigue brightness (with Auto-brightness already On) so brightness gently declines as usage time accumulates.
• Colour-critical or daytime use: Turn Adaptive color On and keep Eye Protection intensity mild or scheduled only for evenings.
• Battery and OLED considerations: Stronger warming filters and lower adaptive brightness can produce modest power savings because the panel drives fewer high-energy blue sub-pixels and overall luminance is reduced.
• Getting started: Enable the master Eye Protection toggle first, then experiment with one additional feature at a time so you can clearly judge each effect. Use the “View details” links for any extra system explanations or illustrations.
• Potential conflicts: Very aggressive Eye Protection + Adaptive color can occasionally produce a yellowish cast that some users find unnatural; in that case, lower the Eye Protection intensity or disable Adaptive color during the day.

In summary, the Eye comfort and protection page gives Origin OS 6 users a layered set of tools: a master warm filter, scheduling and intensity controls, a gradual pre-sleep colour ramp, usage-aware brightness reduction, and ambient-adaptive colour matching.

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4) Auto-lock setting

Auto-lock is the system’s automatic screen-timeout and lock timer. It determines how long the display remains on after the last user interaction before the screen turns off and the device locks, requiring authentication (PIN, pattern, password, fingerprint, or face unlock) to regain access.

What Auto-lock Does

When you stop touching the screen, the phone starts a countdown based on the selected Auto-lock value. At the end of that period:

• The display turns off (screen sleep).
• The device enters the locked state.
• Any ongoing media may pause or continue in the background depending on app behaviour, but the interface itself becomes inaccessible until unlocked.

This behaviour serves three main purposes:

1. Security – Prevents unauthorised access if the phone is left unattended.
2. Battery conservation – Stops the display (one of the largest power consumers) from staying illuminated unnecessarily.
3. Convenience and habit – Reduces accidental touches and keeps the device ready for the next intentional use.

In Origin OS 6 the setting is usually found under Display & brightness, Lock screen, or a combined Security & privacy / Display path. Tapping the row opens a list of predefined timeout intervals.

Typical Options Available

While the exact list can vary slightly by device and software version, Origin OS / modern Android skins commonly offer:

• 15 seconds
• 30 seconds
• 1 minute
• 2 minutes
• 5 minutes (the value currently selected in the screenshot)
• 10 minutes
• 30 minutes
• Never (or “Keep screen on while charging” in some variants)

Selecting a new value takes effect immediately for subsequent idle periods.

Current Setting: 5 Minutes

A 5-minute timeout is a balanced middle-ground choice:

• Long enough for most casual reading, messaging, or short video sessions without the screen going dark mid-use.
• Short enough to provide reasonable security and battery protection if the phone is set down and forgotten.
• Commonly recommended as a default for everyday users who do not need ultra-short or ultra-long timeouts.

Factors to Consider When Choosing a Timeout

Battery life

Shorter timeouts (15–30 seconds or 1 minute) keep the screen off more of the time and therefore extend battery life, especially on high-brightness OLED panels. Longer timeouts (10–30 minutes or Never) increase average power draw.

Security

Shorter timeouts reduce the window during which someone else could pick up an unlocked phone. In shared or public environments a 30-second or 1-minute setting is preferable. At home or in low-risk settings a 5- or 10-minute value is usually sufficient.

Convenience and workflow

• Reading long articles, following recipes, or watching short clips benefits from 5–10 minutes.
• Quick glance-and-put-away use (notifications, maps, messaging) works well with 30 seconds–2 minutes.
• “Never” is useful only for specific scenarios such as navigation, presentations, or when the phone is continuously charged and monitored.

Eye comfort and habit formation

A moderate timeout (such as the current 5 minutes) encourages natural breaks. Extremely long timeouts can lead to prolonged continuous screen exposure, which the Eye comfort features discussed in earlier screens are designed to mitigate. Combining a sensible Auto-lock time with Auto-brightness, Eye Protection, and Anti-fatigue brightness produces a more comfortable overall experience.

Interaction with other Origin OS 6 features

• Always-On Display (AOD), if enabled, continues to show limited information after the screen times out.
• Scheduled Dark mode or Eye Protection filters still apply when the screen next turns on.
• Media playback, navigation apps, or certain games may override the timeout temporarily (screen stays on while the app is active).
• “Keep screen on while charging” or similar developer-style options (if present) can bypass the normal Auto-lock behaviour.

Comparison of Common Timeout Values

Timeout Value	Security Level	Battery Impact	Best Suited For	Potential Drawback
15–30 seconds	Highest	Lowest	Quick checks, high-security environments	Screen may turn off during short tasks
1–2 minutes	High	Low	Messaging, notifications, light browsing	Occasional interruption of reading
5 minutes	Balanced	Moderate	General daily use, reading, short videos	Slightly higher idle power draw
10–30 minutes	Lower	Higher	Long reading, recipes, casual viewing	Reduced security if phone is left alone
Never	Lowest	Highest	Navigation, presentations, charging	Significant battery drain, security risk

Practical Recommendations

• Everyday balanced use: Keep the current 5-minute setting. It works well for most people and pairs cleanly with the Auto-brightness and Eye comfort options already covered.
• Maximum battery and security: Drop to 30 seconds or 1 minute, especially if you frequently set the phone down in public or shared spaces.
• Reading or media-heavy sessions: Temporarily raise to 10 minutes when needed, then return to 5 minutes afterwards.
• Testing the change: After selecting a new value, leave the phone idle and observe when the screen turns off. Some devices apply a short “preview” or require the next full idle cycle.
• Accessibility consideration: Users with motor or visual difficulties may prefer longer timeouts so they have more time to interact without the screen locking.

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5) Screen saver settings

Screen saver (sometimes called Dream or Ambient display in Android-based systems) is a low-power, always-visible interface that appears when the phone is idle under specific conditions. In Origin OS 6 it provides useful information or visuals without fully waking the main lock screen, helping users glance at the time or photos while the device is charging or docked.

Overview of the Screen Saver Feature

When active, the screen saver displays a simplified, often dimmed interface after the normal Auto-lock timeout (or under the chosen start condition). It is designed to be battery-conscious, visually calm, and optionally interactive. The settings on this page control whether it runs, what content it shows, when it activates, and whether limited controls remain available.

1. Use screen saver (Master Toggle – Currently On)

• What it does: Enables or disables the entire screen-saver system.
• Current state: On (blue switch).
• Behaviour when On: The phone will enter screen-saver mode according to the “When to start” rule after the normal screen timeout or under the selected conditions.
• Behaviour when Off: The device simply turns the display fully off after Auto-lock and shows nothing until the next unlock or notification.
• Practical effect: Leaving this On is useful if you frequently leave the phone on a charger or dock and want glanceable information without unlocking. Turning it Off maximises battery savings and privacy when the phone is idle.

2. Content Selection: Clock vs Photos

Two large selectable cards appear below the master toggle:

• Clock (currently selected, blue border)
  • Displays a large digital or analogue clock (and often the date or additional status information). This is the most common and battery-efficient choice. It keeps the screen informative while using relatively few bright pixels.
• Photos
  • Cycles through selected photos or albums from the Gallery. This creates a digital photo-frame effect. It is more visually engaging but typically consumes slightly more power and may keep the screen brighter.

Only one content type can be active at a time. The selected card is highlighted; tapping the other switches the mode.

3. Custom Clock

• What it does: Opens a sub-menu for fine-tuning the appearance of the Clock-based screen saver.
• Typical options found inside (wording and exact choices may vary slightly by device):
  • Clock style (digital, analogue, minimal, bold, etc.).
  • Colour or accent theme.
  • Additional information to display (date, weather, battery level, next alarm).
  • Font weight or size variations.
• Why it matters: The default Clock can feel generic; Custom Clock lets you match the screen saver to your personal aesthetic or make key information more prominent.
• Recommendation: Explore this if you use the Clock mode regularly—small changes in style or added status items significantly improve glanceability.

4. When to start (Currently “While charging or docked”)

• What it does: Defines the conditions under which the screen saver is allowed to activate.
• Current value: While charging or docked.
• Common alternative options (accessible by tapping the row):
  • While charging or docked (the safest default).
  • Always (or “Whenever the screen times out”).
  • Never / Off (effectively disables activation even if the master toggle is On).
• Why “While charging or docked” is the default recommendation: Screen savers keep the display partially active. Restricting them to charging or docked states prevents unnecessary battery drain when the phone is running on its own power.
• Trade-offs:
  • Charging/docked only → best battery behaviour, useful on a nightstand or desk.
  • Always → more convenient for continuous glanceability but higher power use and potential heat.
• Interaction with Auto-lock: The normal Auto-lock timer still applies first; once the screen would normally turn off, the screen saver can take over if the start condition is met.

5. Show home controls (Currently Off)

• Full description: “Show home controls button from the screen saver.”
• What it does: When enabled, displays a small interactive control (often a floating button or gesture target) on the screen-saver interface that lets you return to the home screen or access limited system controls without fully unlocking the device.
• Current state: Off (grey switch).
• Behaviour when On: Adds a convenience layer so you can dismiss the screen saver or jump to the home screen more quickly.
• Behaviour when Off: The screen saver is purely passive; the only way to exit is to press the power button, use biometric unlock, or wait for a notification that wakes the full lock screen.
• Considerations:
  • Enabling it improves accessibility and speed.
  • Disabling it maximises simplicity and slightly reduces the chance of accidental interaction.
  • On some devices the control may also expose media playback buttons or a quick-settings shortcut.

Practical Recommendations from Multiple Angles

• Nightstand / bedside use: Keep Use screen saver On, select Clock (or a minimal Custom Clock), set “When to start” to While charging or docked, and leave Show home controls Off for a clean, low-distraction clock.
• Photo-frame effect: Switch the content card to Photos, choose a favourite album, and keep the charging/docked restriction so the feature only runs when power is available.
• Maximum battery discipline: Either turn Use screen saver Off or strictly limit it to charging/docked. Avoid “Always” unless the phone is plugged in most of the time.
• Convenience priority: Enable Show home controls and consider a slightly longer Auto-lock time so the transition into screen-saver mode feels smoother.
• Eye-comfort synergy: Because the screen saver often runs at reduced brightness, it pairs well with the Eye Protection, Adaptive color, and Anti-fatigue brightness features discussed earlier. A warm colour temperature applied system-wide will also affect the screen-saver appearance.
• Privacy note: When Photos mode is active, be mindful of which albums are selected if the phone is left in shared spaces while charging.

In summary, the Screen saver page in Origin OS 6 lets you turn the idle display into a useful clock or photo frame, control exactly when it appears, customise the clock style, and optionally keep a home-controls button available.

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6) Auto-rotate screen setting

Auto-rotate screen (also called Auto-rotate or Orientation lock in some interfaces) is the system feature that automatically switches the display between portrait and landscape orientations according to how you hold the phone. It relies on the device’s accelerometer and gyroscope sensors.

What Auto-rotate Screen Does

• When the toggle is On: The phone continuously monitors its physical orientation. Tilting the device roughly 45–90 degrees from vertical causes the interface (home screen, apps, videos, keyboards, etc.) to rotate to match. Most apps respect this system setting.
• When the toggle is Off (current state): The screen orientation is locked. By default this usually keeps the display in portrait mode regardless of how the phone is tilted. Some devices remember the last manual orientation or provide a quick-settings tile to lock to the current orientation.
• How rotation is detected: Motion sensors detect gravity and angular movement. Origin OS 6 applies a short debounce delay to avoid accidental flips from minor movements.
• Scope: Affects the system UI and the majority of apps. A few apps (certain games, camera interfaces, or video players) can override or ignore the system setting with their own orientation locks.

Why the Setting Exists and When It Matters

Convenience benefits of leaving it On

• Videos, maps, spreadsheets, and web pages automatically expand to landscape when you turn the phone sideways.
• Reading long documents or browsing photo galleries feels more natural in the orientation that matches the content.
• Reduces the need to hunt for a manual rotate button inside individual apps.

Reasons many users keep it Off

• Prevents unwanted rotation while lying down, reading in bed, or using the phone at an angle.
• Avoids disorienting flips during one-handed use or when the phone is briefly tilted.
• Provides a more stable experience for messaging, social media, and portrait-first apps.
• Slightly reduces background sensor activity (though the power impact is negligible on modern devices).

Interaction with Other Origin OS 6 Display Features

• Auto-lock / Screen timeout: Rotation still occurs while the screen is on; once Auto-lock turns the display off, orientation is re-evaluated when the screen next wakes.
• Screen saver: If a screen saver is active (Clock or Photos), it generally respects the locked or unlocked orientation state.
• Quick Settings tile: Origin OS 6 (like most Android skins) usually offers a quick-toggle for Auto-rotate in the Control Centre / notification shade. This lets you temporarily override the main Settings switch without returning to this page.
• App-specific behaviour: Some apps include their own “Lock orientation” option. When both the system toggle and an app lock are active, the app lock typically takes priority while that app is in the foreground.

Comparison of On vs Off

State	Orientation Behaviour	Best For	Potential Drawback
On	Automatically follows device tilt	Video, maps, browsing, multitasking	Unwanted rotation when reclining
Off (current)	Locked (usually portrait)	Reading, messaging, stable one-handed	Manual rotation needed for landscape

Practical Recommendations from Multiple Angles

• Everyday mixed use: Many users leave Auto-rotate Off as the default for stability, then enable it via the Quick Settings tile only when watching video, using maps, or viewing photos. This gives the best of both worlds.
• Media and productivity focus: Turn the toggle On permanently if you frequently consume landscape content or work with spreadsheets and documents.
• Bedtime or reclined use: Keep it Off (as currently set) so the screen does not flip while you are lying on your side.
• Accessibility consideration: Users with limited mobility or who operate the phone in fixed mounts (car dashboards, stands) often prefer the locked state for predictability.
• Battery and sensors: The difference is minimal. Sensors used for rotation are already active for other features (step counting, raise-to-wake, etc.), so enabling Auto-rotate does not meaningfully affect battery life.
• Testing the change: After switching the toggle, open a rotatable app (Gallery, YouTube, Chrome) and physically turn the phone. The interface should respond within about half a second when the feature is On.

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7) Font style, Font size and weight, and Display size settings

Overview of the Fonts and Display Size Controls

Modern Android-based skins such as Origin OS 6 separate text appearance from overall interface scaling:

• Font style changes the typeface (the actual design of the letters).
• Font size and weight adjust how large and how bold the text is.
• Display size scales nearly everything else—icons, buttons, spacing, and layout density.

Changing any of these values usually takes effect immediately across the system UI, most apps, and the lock screen. A few apps with fixed layouts may ignore the settings.

1. Font Style

• What it does: Opens a gallery of available typefaces so you can replace the default system font.
• Typical options in Origin OS 6:
  • Default / system font (clean sans-serif).
  • One or more additional built-in styles (rounded, condensed, decorative, or brand-specific fonts).
  • Sometimes a “More fonts” or download section that links to free or themed typefaces.
• Visual impact: Alters the character of every text element—menus, messages, app names, and notifications—while leaving size and overall layout unchanged.
• Practical considerations:
  • Highly decorative fonts can reduce readability at small sizes.
  • Clean, high-x-height sans-serif fonts generally work best for everyday use and accessibility.
  • Some third-party apps or web pages may fall back to their own fonts, so the change is not 100 % universal.
• When to change it: Useful for personal expression or when the default font feels too thin, too formal, or simply unappealing. Revert to the default if text ever becomes harder to read.

2. Font Size and Weight

• What it does: Opens a dedicated page with sliders or preset buttons that control two related attributes:
  • Font size – scales the text larger or smaller.
  • Font weight (or boldness) – makes characters thicker or thinner.
• Typical range: Several steps from very small to very large, often with a live preview of sample text. Weight options may include Regular, Medium, Bold, or a continuous slider.
• Visual impact:
  • Larger size improves readability for users with lower visual acuity or those who hold the phone farther away.
  • Increased weight enhances contrast, especially helpful in Dark mode or under bright ambient light.
  • Extreme sizes can cause text truncation, overlapping, or force more scrolling in tightly designed apps.
• Accessibility value: This is one of the most important controls for users who need larger text. It is independent of the overall Display size setting, so you can enlarge text without making icons and buttons oversized.
• Interaction with other features: Larger or bolder text remains subject to Eye Protection colour shifts and Dark mode inversion. Very bold text can look slightly heavier under strong blue-light filters.

3. Display Size (Currently Standard)

• What it does: Scales the entire user interface—icons, buttons, spacing, notification cards, and most layout elements—while leaving the chosen font style largely intact.
• Current value: Standard.
• Typical options:
  • Small
  • Standard (default, balanced density)
  • Large
  • Larger / Huge (on some devices)
• Visual impact:
  • Smaller values pack more content onto the screen (higher information density).
  • Larger values make touch targets bigger and reduce the amount of content visible at once, which can feel more comfortable and reduce mis-taps.
• Difference from Font size: Display size affects non-text elements and overall layout density; Font size affects only text. Using both together gives precise control (for example, large text with standard icons, or standard text with larger touch targets).
• Practical notes:
  • Extreme scaling can break the layout of a few older apps.
  • Larger display sizes may make the interface feel more spacious but require more scrolling.
  • The setting is remembered across reboots and usually applies system-wide.

Comparison of the Three Controls

Setting	What it primarily changes	Affects text?	Affects icons & layout?	Best for	Risk if set extremely
Font style	Typeface design	Yes	No	Personal taste, brand look	Reduced readability
Font size and weight	Text scale and boldness	Yes	Minimal	Readability, accessibility	Truncation or overflow
Display size	Overall UI scale and density	Indirectly	Yes	Touch-target size, visual density	Layout breakage in some apps

Practical Recommendations from Multiple Angles

• Maximum readability / accessibility: Increase Font size and weight first. If touch targets still feel small, raise Display size one step above Standard. Keep Font style simple and high-contrast.
• Information density (see more content): Leave Display size on Standard or switch to Small, and keep Font size at the default or only slightly larger.
• Aesthetic personalisation: Change Font style for visual character, then fine-tune size and weight so the new typeface remains legible.
• Dark mode and Eye comfort synergy: Bolder font weights often remain clearer when Eye Protection applies a warm filter or when Dark mode reduces overall contrast. Larger text also reduces the need to lean in close to the screen, complementing anti-fatigue brightness features.
• One-handed use: Slightly larger Display size combined with moderate font scaling can make the interface easier to reach without accidental taps.
• Testing tip: After any change, check a few key places—home screen, Settings lists, messaging app, and a web page—to confirm that text is neither truncated nor excessively large. Most changes are reversible with a single tap back to Standard / default.

In short, the three controls give independent levers over typeface, text scale/weight, and overall interface density. Font style sets the visual personality of the letters, Font size and weight govern readability and emphasis, and Display size (currently Standard) determines how spacious or compact the entire UI feels. Adjusting them thoughtfully improves both comfort and usability while working alongside the brightness, dark-mode, eye-protection, and auto-rotate options already examined in the Origin OS 6 display settings.

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8) Screen colors settings

This page lets you change the overall colour science of the screen—how saturated, accurate, or temperature-shifted the image appears—independent of brightness, dark mode, or eye-protection filters. Changes apply system-wide and are reflected in real time in the fruit-salad preview at the top.

Overview of Screen Colors

Origin OS 6 provides two complementary layers of control:

1. Colour mode – selects a predefined colour profile that governs saturation, gamut, and overall vividness.
2. Colour temperature adjustment – fine-tunes the white point (how neutral, warm, or cool pure white appears).

These settings work together with, but remain distinct from, the Eye Protection / Adaptive colour features discussed earlier. Eye Protection applies a temporary warm filter for comfort; Screen colors permanently reshapes the display’s native colour response.

1. Colour Mode

Three mutually exclusive profiles are offered. Only one can be active at a time.

Standard (default) – Currently selected

• Character: Balanced, natural-looking colours that stay close to the sRGB standard used by most web content and apps.
• Saturation: Moderate. Reds, greens, and blues appear realistic rather than exaggerated.
• Best for: Everyday use, photo viewing when you want accuracy, reading, and general interface work.
• Trade-off: Some users find it slightly muted compared with more vivid modes, especially on high-quality OLED panels that are capable of wider colour gamuts.

Professional

• Character: Colour-accurate profile aimed at users who care about faithful reproduction (photographers, designers, or anyone who edits images/video).
• Saturation & gamut: Typically tighter control, often calibrated closer to industry standards (sRGB or a controlled DCI-P3). Colours are less “pumped” and more true-to-life.
• Best for: Photo and video editing, colour-critical work, or when you want the screen to match other calibrated devices.
• Trade-off: Can look less “exciting” or vibrant for casual media consumption and games.

Bright

• Character: High-saturation, vivid profile that expands colour intensity and often utilises more of the panel’s wide-gamut capability.
• Saturation: Noticeably stronger. Reds become richer, greens more lush, and overall punch is increased.
• Best for: Social media, games, outdoor viewing, and users who prefer eye-catching, saturated images.
• Trade-off: Can oversaturate skin tones and make some content look unnatural. May increase the perception of eye strain for sensitive users during long sessions.

Colour Mode	Saturation Level	Colour Accuracy	Best Use Cases	Potential Drawback
Standard	Balanced	Good	Everyday, mixed content	Can feel slightly muted
Professional	Controlled	Highest	Editing, accurate photo viewing	Less vivid for entertainment
Bright	High	Lower	Games, social media, vivid media	Oversaturation, possible strain

2. Colour Temperature Adjustment

This section controls the white point—the precise tint of pure white and, by extension, all other colours.

Circular colour picker

• What it does: Allows continuous, fine-grained movement of the white point around the colour wheel. Dragging the handle shifts the display toward any hue (more green, magenta, yellow, blue, etc.).
• Centre position: Neutral / default white point.
• Practical use: Useful when the three presets are not exact enough, or when you want to compensate for a particular lighting environment or personal preference.
• Live feedback: The fruit-salad preview updates instantly so you can judge skin tones, whites, and fruit colours while adjusting.

Preset buttons

• Default (currently selected)
  • Restores the factory-calibrated neutral white point that matches the chosen Colour mode. This is the safest starting point and the most accurate for general content.
• Warm
  • Shifts the white point toward yellow/red. Whites take on a slightly amber or creamy appearance. Effect: Feels softer and often more comfortable in dim indoor lighting. Can complement (but is not the same as) the Eye Protection filter. Caution: Excessive warmth can make blues look dull and reduce perceived contrast.
• Cool
  • Shifts the white point toward blue. Whites appear crisper and more “paper-like.” Effect: Increases the sense of sharpness and is preferred by some users for daytime or office lighting. Caution: Can feel harsh at night and may increase blue-light exposure if Eye Protection is not also active.

How Colour Mode and Temperature Interact

• Colour mode sets the overall saturation and gamut strategy.
• Temperature adjustment then tints the entire result warmer or cooler.
• Example: Selecting Bright mode + Warm temperature produces vivid yet softer colours; Professional + Cool produces accurate but slightly bluish whites.

These controls remain active even when Eye Protection or Adaptive colour is enabled. The system usually layers the eye-comfort filter on top of the chosen Screen colors profile.

Practical Recommendations from Multiple Angles

• Everyday balanced use: Leave Colour mode on Standard and temperature on Default. This matches most web and app content and avoids fatigue.
• Photo / video work: Switch to Professional and keep temperature at Default or only a very slight warm/cool tweak for matching other screens.
• Vivid entertainment: Choose Bright mode. Many users then apply a mild Warm temperature to keep the extra saturation from feeling too aggressive.
• Night-time comfort: Standard or Professional mode + a modest Warm temperature often pairs well with the separate Eye Protection schedule. Avoid strong Cool settings after dark.
• Outdoor / bright ambient light: Bright mode can help colours remain punchy under strong sunlight; a slight Cool shift may further improve perceived contrast.
• Accessibility / sensitive eyes: Prefer Standard or Professional with Default or slight Warm temperature. Highly saturated Bright mode can increase visual stress for some users.
• Calibration tip: After any change, view a variety of content—neutral grey areas, skin tones, blue skies, and green foliage—because the fruit preview, while helpful, does not represent every type of image.

In summary, the Screen colors page gives Origin OS 6 users direct control over colour saturation strategy (Standard, Professional, or Bright) and white-point temperature (via presets or the free-form colour wheel).

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9) Screen resolution settings

Screen resolution determines how many pixels the display uses to render the interface and content. Origin OS 6 offers a simple high/low choice that balances visual sharpness against power consumption and thermal behaviour.

Overview of Screen Resolution in Origin OS 6

Modern high-end Vivo/iQOO panels often support multiple resolution modes. Running at the panel’s native (maximum) resolution delivers the sharpest image; dropping to a lower resolution reduces the number of pixels the GPU and display driver must process, which saves battery and can lower heat. The two options shown are:

• Ultra HD – the higher, native-class resolution.
• HD – a lower-resolution mode optimised for efficiency.

A system warning notes that switching will close some running apps, because the display pipeline and many app surfaces must be recreated at the new pixel dimensions.

1. Ultra HD (Currently Selected)

• Resolution: 2800 × 1260
• Description in UI: “Sharper display.”
• What it means: The phone renders the interface and content at a higher pixel count. Text, icons, images, and video appear more detailed and less pixelated, especially noticeable on fine fonts, thin lines, and high-resolution media.
• Technical effect:
  • Higher pixel density (more pixels per inch).
  • Greater GPU and display-controller workload.
  • Slightly higher power draw and potential for more heat under sustained load.
• Best for:
  • Everyday use when maximum clarity is desired.
  • Reading small text, viewing detailed photos, watching high-resolution video, or any task where sharpness matters.
  • Users who prioritise visual quality over the last few percent of battery life.
• Trade-offs:
  • Measurably higher battery consumption compared with HD mode.
  • In demanding games or prolonged high-brightness use, the device may become warmer.

2. HD

• Resolution: 2400 × 1080
• Description in UI: “Longer battery life.”
• What it means: The system downscales the entire interface to a lower pixel count. The image remains clear on a modern high-quality panel, but fine detail is reduced compared with Ultra HD.
• Technical effect:
  • Fewer pixels to drive → lower GPU and display power.
  • Reduced thermal output.
  • Slightly lower memory bandwidth usage.
• Best for:
  • Maximising battery endurance (travel, long workdays, or when a charger is unavailable).
  • Light usage scenarios where absolute maximum sharpness is not critical.
  • Users who notice only minimal difference in everyday clarity on this panel size.
• Trade-offs:
  • Text and UI elements appear slightly softer.
  • High-resolution photos and video lose some fine detail.
  • A small number of apps or games that lock to native resolution may look less optimal.

System Note: “Switching resolutions will close some running apps.”

Changing resolution requires the system to re-layout the entire display pipeline. As a result:

• Many background and foreground apps are terminated and must be relaunched.
• Unsaved work in certain apps can be lost.
• The transition is usually accompanied by a brief black screen or reload of the home screen.

Practical tip: Save any important work and close sensitive apps before switching.

Side-by-Side Comparison

Setting	Resolution	Visual Quality	Battery Impact	Heat Impact	Best Suited For
Ultra HD	2800 × 1260	Highest sharpness	Higher	Higher	Clarity-focused daily use
HD	2400 × 1080	Good, slightly softer	Lower (longer life)	Lower	Battery priority, light usage

Practical Recommendations from Multiple Angles

• Default recommendation: Stay on Ultra HD (the current selection) for the best everyday experience. On a modern high-density panel the sharpness difference is real and noticeable for text and media.
• Battery-conscious use: Switch to HD when you need extra endurance (long travel day, heavy gaming session where every minute counts, or when the battery is already low). The clarity reduction is modest on this class of display.
• Gaming and sustained performance: HD mode can help keep temperatures lower and frame rates more stable in demanding titles because the GPU has fewer pixels to render.
• Reading and productivity: Ultra HD is preferable; the extra pixel density makes small fonts and detailed documents easier on the eyes.
• Eye-comfort synergy: Resolution itself does not change colour temperature or blue-light filtering, but a sharper image (Ultra HD) can reduce the need to strain or lean in, complementing the Eye Protection and Anti-fatigue brightness features.
• Switching strategy: Many users keep Ultra HD as the daily driver and only drop to HD when battery is a concern. Because apps are closed on switch, it is best treated as an occasional change rather than something toggled multiple times per day.

In summary, Origin OS 6 offers a straightforward choice between Ultra HD (2800 × 1260) for maximum sharpness and HD (2400 × 1080) for longer battery life.

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10) Screen refresh rate settings

Screen refresh rate is the number of times per second the display updates its image, measured in hertz (Hz). A higher rate produces smoother scrolling, animations, and motion; a lower rate consumes less power. Origin OS 6 gives users three ways to manage this balance on panels that support up to 144 Hz.

Overview of Screen Refresh Rate

Modern high-refresh-rate OLED panels can dynamically switch between different frequencies. Origin OS 6 exposes three system-level policies:

• An intelligent adaptive mode that changes the rate on the fly.
• A fixed low-power ceiling (60 Hz).
• A fixed high-performance ceiling (up to 144 Hz).

The system note at the bottom clarifies two important technical limits: a third-party app cannot force a higher frame rate than the current system refresh-rate ceiling, and certain games can still reach 144 Hz when Smart adaptation or High is selected.

1. Smart Adaptation (Currently Selected)

• UI description: “Intelligently adapt refresh rate for smoother display and longer battery life.”
• What it does: The system continuously monitors what is happening on screen and raises or lowers the refresh rate in real time.
  • Static or slowly changing content (reading, home screen, messaging) → drops to 60 Hz or lower.
  • Scrolling, animations, or video → rises to 90 Hz, 120 Hz, or 144 Hz as needed.
  • Games that request high frame rates → can reach the full 144 Hz.
• Technical behaviour: Uses content-aware and touch-aware algorithms plus the panel’s variable-refresh-rate capability. The transitions are usually fast enough to be imperceptible.
• Advantages:
  • Delivers smoothness exactly when it is useful.
  • Avoids wasting power on high refresh rates during idle or static periods.
  • Generally the best everyday compromise.
• Disadvantages:
  • In rare cases a very brief stutter can occur during the transition between rates.
  • The exact behaviour depends on how aggressively the algorithm is tuned.
• Best for: The vast majority of users who want both fluid motion and good battery life without manual switching.

2. Standard

• UI description: “Up to 60 Hz is supported to ensure a longer battery life.”
• What it does: Locks the maximum refresh rate at 60 Hz regardless of content. The panel never goes higher.
• Technical behaviour: Classic smartphone behaviour from earlier generations. Every frame is shown for approximately 16.7 ms.
• Advantages:
  • Lowest power consumption of the three options.
  • Slightly lower heat generation under sustained use.
  • Predictable, consistent motion (no rate switching).
• Disadvantages:
  • Scrolling, animations, and game motion feel noticeably less fluid on a panel capable of 144 Hz.
  • Modern high-frame-rate games are capped at 60 fps even if they support higher.
• Best for: Maximum battery endurance, light usage days, or users who are insensitive to the difference between 60 Hz and higher rates.

3. High

• UI description: “Support up to 144 Hz for smoother motion, but use more battery.”
• What it does: Allows the panel to run at its maximum refresh rate (up to 144 Hz) whenever the content or an app requests it. The system still may drop the rate for completely static screens, but the ceiling is much higher and the bias is toward smoothness.
• Technical behaviour: Prioritises fluidity. Touch sampling rate is often also elevated in this mode, improving touch responsiveness.
• Advantages:
  • Smoothest possible scrolling, animations, and gaming.
  • Highest touch responsiveness.
  • Makes the interface feel more premium and immediate.
• Disadvantages:
  • Highest battery drain of the three modes.
  • Can produce more heat during long high-refresh sessions.
• Best for: Gaming, fast scrolling through social media or feeds, and users who prioritise the fluid feel above all else.

System Note Explained

“A third-party app’s frame rate won’t apply if it exceeds the system’s refresh rate. The screen refresh rate while playing some games can reach 144 Hz when Smart adaptation or High is enabled.”

• Apps and games can request any frame rate they want, but the display cannot show more frames per second than the current system ceiling.
• Therefore, a game set to 120 fps will be limited to 60 fps if Standard is selected.
• When Smart adaptation or High is active, supported games are allowed to reach the full 144 Hz.

Side-by-Side Comparison

Mode	Max Refresh Rate	Power Use	Motion Smoothness	Best For	Drawback
Smart adaptation	Up to 144 Hz (adaptive)	Balanced	High when needed	Everyday use, mixed scenarios	Occasional micro-transitions
Standard	60 Hz	Lowest	Basic	Maximum battery life	Least fluid feel
High	Up to 144 Hz	Highest	Maximum	Gaming, fluid scrolling, responsiveness	Faster battery drain, more heat

Practical Recommendations from Multiple Angles

• Recommended default: Keep Smart adaptation (the current selection). It automatically gives you 144 Hz smoothness for games and scrolling while dropping to 60 Hz for static content, delivering the best overall balance of fluidity and battery life.
• Battery-first days: Switch to Standard when you need every possible minute of endurance (long travel, no charger access, or heavy background usage).
• Gaming or fluidity priority: Select High for the most responsive touch and the smoothest motion. Many users switch to High only while playing demanding games and return to Smart adaptation afterwards.
• Eye comfort and motion sensitivity: Higher refresh rates reduce motion blur and can feel easier on the eyes during fast scrolling. Combined with the Eye Protection and Anti-fatigue brightness features, Smart adaptation or High can improve perceived comfort for some users.
• Thermal behaviour: High mode generates more heat under sustained load. If the phone feels warm during long sessions, dropping to Smart adaptation or Standard helps.
• Interaction with resolution: Refresh rate and resolution are independent. You can run Ultra HD + Smart adaptation, HD + High, or any other combination. Higher resolution plus High refresh rate is the most demanding on battery and thermals.
• Quick switching: Origin OS 6 usually places a refresh-rate tile in the Control Centre / Quick Settings, allowing fast changes without returning to this menu.

In summary, Origin OS 6 offers three refresh-rate policies: Smart adaptation (intelligent variable rate up to 144 Hz—currently selected), Standard (locked at 60 Hz for maximum battery life), and High (up to 144 Hz for maximum smoothness at the cost of power). Smart adaptation is the most versatile choice for daily use, automatically balancing fluidity and efficiency. Standard prioritises endurance, while High prioritises the smoothest possible motion and touch response.

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11) Enhanced display effects settings

These are advanced, optional processing layers that sit on top of the basic brightness, colour mode, resolution, and refresh-rate settings already examined. They use additional image-processing power to improve perceived picture quality, at the cost of higher battery use and potential heat.

Overview of Enhanced Display Effects

Origin OS 6 provides two distinct enhancement engines:

1. Visual enhancement – a real-time colour, contrast, and clarity boost applied mainly to supported apps and media.
2. MEMC and Super Resolution – motion-estimation / motion-compensation (frame interpolation) plus AI-based resolution upscaling for smoother and sharper dynamic content.

Both features are off by default because they increase power consumption and can generate extra heat. They are most noticeable when watching video, scrolling through high-quality images, or playing games.

1. Visual Enhancement (Currently Off)

• UI description: “Enhance color and contrast for a more vivid display. Power consumption will be increased.”
• What it does: Applies real-time image processing that increases colour saturation, local contrast, and overall “pop.” Shadows become deeper, highlights more defined, and colours more vibrant. The before/after preview in the settings page illustrates the difference on a landscape photo.
• How it works: The system analyses the content frame-by-frame (or scene-by-scene) and selectively boosts contrast and saturation while attempting to avoid over-processing skin tones or flat areas. It is not a simple global slider; it is content-aware.
• Supported apps: A separate link (“Apps that support Visual enhancement”) lists which applications can take advantage of the feature. Typically this includes the Gallery, video players, certain streaming apps, and some social-media clients. Unsupported apps continue to display normally.
• Power and thermal impact: Noticeable increase in GPU/display-processing load. The “View power consumption” link usually opens a small chart or estimate showing the extra drain.
• Visual result:
  • On → richer, more cinematic or “HDR-like” appearance even on SDR content.
  • Off → accurate, unprocessed image that matches the Colour mode you selected earlier (Standard / Professional / Bright).
• Best for: Photo browsing, video streaming, and users who prefer a punchier, more eye-catching image.
• Caveats:
  • Can make some content look oversaturated or unnatural.
  • May slightly increase eye strain for sensitive users during long sessions.
  • Works best when Colour mode is set to Standard or Professional; combining it with the Bright colour mode can push saturation too far.

2. MEMC and Super Resolution (Currently Off)

• UI description: “Increase frame rate and resolution for smoother, clearer dynamic visuals. The system will adjust settings automatically based on your device. This may increase power use and heat.”
• What it does: Combines two related technologies:
  • MEMC (Motion Estimation / Motion Compensation): Generates intermediate frames between the original frames of a video. A 30 fps video can be interpolated to 60 fps or higher, reducing motion judder and making movement appear smoother.
  • Super Resolution: Uses AI or advanced upscaling algorithms to increase the perceived resolution of lower-resolution content, sharpening edges and recovering detail.
• Automatic behaviour: The system decides when and how strongly to apply the effects according to content type, current refresh rate, thermal state, and battery level. Users do not manually set target frame rates or upscaling strength.
• Power and thermal impact: Higher than Visual enhancement because both frame interpolation and AI upscaling are computationally intensive. The feature can cause the device to warm up during long video sessions. Again, a “View power consumption” link provides more detail.
• Visual result:
  • On → smoother motion in videos and clearer detail in lower-resolution clips or streams.
  • Off → original frame rate and resolution are preserved exactly.
• Best for: Video playback (local files, streaming services), especially content that is 30 fps or lower resolution.
• Caveats:
  • Frame interpolation can introduce artefacts (the “soap-opera effect” or edge ghosting) on certain types of content.
  • Super Resolution is less effective on already high-resolution native content.
  • Some users prefer the original motion cadence of films (24 fps) and therefore leave MEMC off.
  • The feature is usually limited or disabled in games, because game engines already control their own frame rates.

Side-by-Side Comparison

Feature	Main Benefit	Power / Heat Impact	Best Content Type	Potential Side Effect	Current State
Visual enhancement	Vivid colour & higher contrast	Moderate	Photos, video, supported apps	Oversaturation, slight eye strain	Off
MEMC and Super Resolution	Smoother motion + sharper detail	Higher	Video (especially 30 fps)	Soap-opera effect, artefacts, heat	Off

Practical Recommendations from Multiple Angles

• Everyday balanced use: Leave both toggles Off (the current state). The base Colour mode, refresh rate, and resolution settings already deliver excellent quality without the extra power cost.
• Video-centric use: Enable MEMC and Super Resolution when watching movies or series, especially if the source is 30 fps or lower resolution. Disable it again afterwards to save battery.
• Vivid photo and social-media experience: Turn on Visual enhancement for browsing Gallery, Instagram, or similar apps. The before/after preview helps you decide whether the extra punch is worth the power cost.
• Battery and thermal priority: Keep both Off, particularly when the battery is low or the phone is already warm. These features are among the more power-hungry display options.
• Eye-comfort consideration: Visual enhancement increases contrast and saturation, which some users find more fatiguing over long periods. It can be used together with Eye Protection, but a milder Colour mode (Standard or Professional) is usually preferable when the enhancement is active.
• Gaming: Neither feature is typically intended for games. High refresh rate + Ultra HD resolution already provide the main smoothness and clarity benefits; adding these enhancements is rarely useful and can increase heat.
• Selective use strategy: Many users enable one or both features only for specific sessions (movie night, photo editing) and leave them Off the rest of the time. Because the toggles are easy to reach, this on-demand approach maximises quality when wanted and efficiency when not.

In summary, the Enhanced display effects page offers two optional processing layers: Visual enhancement (colour and contrast boost for a more vivid image) and MEMC and Super Resolution (frame interpolation plus AI upscaling for smoother, clearer video).

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12) Display in full screen settings

This page manages how apps handle the phone’s tall aspect ratio (commonly 20:9 or similar on modern Vivo/iQOO devices). It lets users force non-optimised apps to expand into the full screen area instead of displaying with black bars or letterboxing.

Overview of “Display in Full Screen”

Modern smartphone displays are significantly taller than the older 16:9 standard. Many apps have been updated (“adapted”) to use the full area correctly. Older or poorly maintained apps may still run in a limited 16:9 window, leaving black bars at the top and bottom (or sides in landscape).

The “Display in full screen” page gives manual control over those non-adapted apps. When you enable the option for a specific app, the system stretches or expands that app to fill the entire display.

Explanation of the On-Screen Text

The note on the page conveys three important points:

1. “Apps already adapted won’t appear in the list.”
   • Apps that the developer has already optimised for tall aspect ratios are automatically filtered out. There is no need (and usually no option) to force them into full-screen mode because they already use the full display correctly. Only apps that the system detects as non-adapted are shown.
2. “When enabled, apps display in full-screen ratio.”
   • For any app that does appear in the list, turning its toggle On forces the app to expand and fill the entire screen. Content that was previously letterboxed will now occupy the full height (and width).
3. “If display issues occur, disable to revert to original ratio.”
   • Forcing an app into full screen can sometimes cause problems—cut-off buttons, distorted images, overlapping UI elements, or unusable controls. If that happens, simply turn the toggle Off for that app and it will return to its original, safer aspect ratio with black bars.

How the Feature Typically Works

• The page normally presents a scrollable list of installed apps that have not been marked as full-screen compatible.
• Each app has its own On/Off toggle.
• Changes take effect the next time the app is opened (or after a force-stop in some cases).
• The setting is per-app and persistent until changed.
• Some system apps or deeply integrated services may never appear because they are handled specially by Origin OS.

Practical Implications and Trade-offs

Advantages of enabling full-screen for an app

• More immersive experience (especially for video, reading, or older games).
• Better use of the tall display.
• Removes distracting black bars.

Potential disadvantages

• UI elements may be cut off or become hard to reach (particularly top or bottom navigation).
• Images or video may appear stretched if the app does not handle scaling well.
• Touch targets can become misaligned.
• In rare cases the app may crash or behave unstably.

When the list is empty (as appears to be the case in the screenshot) This usually means one of the following:

• All currently installed apps are already adapted for full-screen display.
• The system has not yet detected any non-compatible apps.
• A filter or search is active (less common).

Recommendations from Multiple Angles

• Default approach: Leave the page alone if the list is empty. Modern apps are generally well-adapted, so forcing full screen is rarely needed.
• Older or niche apps: If you later install an app that shows black bars, return to this page, find the app in the list, and enable full-screen mode. Test carefully and disable it immediately if buttons or content become inaccessible.
• Video and media apps: Full-screen forcing is most useful here, provided the app does not already support the tall aspect ratio.
• Gaming: Some older games benefit from full-screen mode; others suffer from stretched graphics or hidden controls. Always test.
• Troubleshooting display problems: If any app starts showing cut-off content or strange scaling after a system update, check this page and disable full-screen mode for that app.
• Relation to other display settings: This feature works independently of resolution, refresh rate, colour mode, and eye-comfort options. It only affects how the app’s window is sized on the screen.

In summary, the “Display in full screen” page is a per-app compatibility tool that forces non-optimised applications to use the entire tall display instead of running in a letterboxed window.

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13) Display on top settings

This setting exists because modern Origin OS devices use a punch-hole front camera that sits inside the active display area. Apps must decide whether content can draw underneath or around that camera hole, or whether the system should reserve space and keep the camera area clear.

Overview of “Display on top”

In Origin OS 6 the “Display on top” page (sometimes labelled in related menus as cutout or front-camera display management) lets you override the default behaviour for individual apps. For each listed app you can choose how the system treats the region occupied by the front camera.

The three apps currently shown—Chrome, Instagram, and WhatsApp—are common examples of applications that frequently interact with the camera cutout (web pages, full-screen stories, video calls, etc.).

What “Display front camera” Means for Each App

Tapping the row for any app opens a sub-menu with options that typically include:

• Display front camera (or “Show front camera area”) The app is allowed to draw content right up to and underneath the camera cutout. The system does not add padding or black bars. This gives the most immersive, edge-to-edge appearance.
• Hide front camera (or “Reserve space for front camera”) The system keeps the camera region clear, usually by adding a small black bar, padding, or by shifting the app’s content downward so nothing important sits under the hole.
• Auto / Default The system or the app itself decides the behaviour based on the app’s declared compatibility and the current orientation.

The label visible in the screenshot (“Display front camera”) indicates the currently selected or the primary available action for that app. Because each row has its own chevron, the choice is independent per application.

App-by-App Context

App	Typical Use Case for This Setting	Recommended Approach	Possible Side Effect if Forced
Chrome	Full-screen web pages, videos, progressive web apps	Display front camera for immersion	Important UI elements may sit under the hole
Instagram	Stories, Reels, full-screen photo/video viewing	Display front camera (most users prefer this)	Rare cases of captions or controls near the cutout
WhatsApp	In-app video calls, full-screen media viewing	Display front camera or Auto	Call controls could be affected in rare layouts

Why This Setting Matters

• Immersion vs. safety: Allowing content under the camera maximises screen real-estate and looks more modern. Reserving space prevents important buttons, text, or video from being obscured by the physical camera hole.
• Orientation awareness: The behaviour can differ between portrait and landscape; some apps handle one orientation better than the other.
• App updates: After an app update the developer may add official cutout support, at which point the manual override becomes less necessary or is ignored.
• Relation to other display settings: This control is independent of “Display in full screen”, resolution, refresh rate, and colour mode. It only affects how the narrow strip of pixels around the front camera is treated.

Practical Recommendations

• Default behaviour: For most users the system’s automatic choice is sufficient. Only change an app if you notice content being cut off or large unused black bars appearing.
• When to select “Display front camera”:
  • You want maximum immersion (especially in Instagram Stories/Reels or full-screen Chrome video).
  • The app’s important controls sit safely away from the top centre of the screen.
• When to select “Hide front camera” or reserve space:
  • You see text, buttons, or video controls disappearing under the camera hole.
  • You prefer a cleaner, more predictable layout even if it means a small unused strip.
• Troubleshooting: If an app suddenly starts placing content under the camera after an Origin OS or app update, open this page, select the app, and switch to the opposite setting. Changes usually take effect the next time the app is fully closed and reopened.
• Battery and performance: The setting has no meaningful impact on power consumption or heat; it is purely a layout decision.

13.1) Per-app “Display on top” configuration screen for Amazon

Modern Origin OS devices place the front camera inside the active screen area (a punch-hole cutout). Apps must decide whether content can safely occupy the pixels around and under that camera or whether space should be reserved. This page lets you override the default behaviour for Amazon specifically.

Overview of the Three Options

The settings control layout behaviour only in the top portion of the screen where the front camera sits. They do not affect brightness, colour, resolution, or refresh rate. The choice is saved per app and applies the next time the app is opened.

A system note appears at the top:

“If the app is running, modifying display settings will close it. Remember to save the data.” This is a safety reminder—any unsaved work inside Amazon will be lost when the setting is changed, because the system must restart the app’s display surface.

1. Auto Fit (Currently Selected)

• Description: “Apps automatically adjust their display layout to avoid the front camera area based on the content.”
• What it does: The system (or the app itself) intelligently decides, on a scene-by-scene or page-by-page basis, whether to shift content, add padding, or allow drawing near the camera hole. The decision is content-aware.
• Visual result: In most cases the camera hole remains visible but important text, buttons, or images are kept clear of it. The layout feels natural and adapts without large permanent black bars.
• Advantages:
  • Best balance of immersion and usability.
  • Reduces the chance of content being permanently obscured.
  • Usually the safest and most compatible choice.
• Disadvantages:
  • Behaviour can vary slightly between different screens inside the same app.
  • Occasional minor layout shifts may be noticeable.
• Best for: Everyday use of Amazon (shopping, browsing product pages, video, etc.). This is the recommended default for the majority of users.

2. Display Front Camera

• Description: “Fully use the screen for a better visual experience. Some apps may have content blocked or behave abnormally due to compatibility issues.”
• What it does: Forces the Amazon app to draw edge-to-edge, including the pixels immediately surrounding and underneath the front-camera hole. No padding or black bar is added.
• Visual result: Maximum screen real-estate. The camera hole sits on top of the app content (illustrated in the settings page as a small black circle at the top centre of a full-screen window).
• Advantages:
  • Most immersive, modern look.
  • Useful for full-screen product images, videos, or banners.
• Disadvantages:
  • Important UI elements (search bar, navigation icons, text) can end up hidden under or very close to the camera hole.
  • Some pages may look awkward or become harder to use.
  • Compatibility problems are more likely.
• Best for: Users who prioritise a completely borderless appearance and are willing to accept occasional cut-off content. Not ideal if you frequently use Amazon’s top navigation or search features.

3. Hide Front Camera

• Description: “The front camera area is shown as black, and app content is displayed below it to avoid overlap.”
• What it does: Reserves a permanent strip at the top of the screen (shown as a black bar in the illustration). All Amazon content is pushed downward so nothing ever sits under the camera hole.
• Visual result: A solid black bar appears across the top of the app, with the rest of the interface safely below it.
• Advantages:
  • Guarantees that no content is ever obscured by the camera.
  • Most predictable and stable layout.
  • Eliminates any risk of buttons or text becoming unusable.
• Disadvantages:
  • Loses a portion of vertical screen space.
  • Creates a visible black bar that some users find less elegant.
  • Slightly less immersive.
• Best for: Situations where reliability is more important than maximising screen area—especially if you have previously noticed content being cut off under the camera.

Side-by-Side Comparison

Option	Screen Usage	Content Safety	Immersion Level	Risk of Layout Issues	Current State
Auto fit	Adaptive	High	High	Low	Selected
Display front camera	Maximum (edge-to-edge)	Lower	Highest	Higher	Off
Hide front camera	Reduced (black bar)	Highest	Lower	Lowest	Off

Practical Recommendations

• Leave Auto fit selected (the current choice) for normal Amazon use. It gives the best automatic compromise and is the option Origin OS intends as the default for most apps.
• Switch to Display front camera only if you want maximum immersion for image- or video-heavy browsing and have verified that key controls remain accessible.
• Switch to Hide front camera if you notice product titles, search bars, or buttons disappearing under the camera hole, or if you simply prefer a completely predictable layout.
• After changing the setting, fully close and reopen Amazon (or follow the system’s automatic restart) to see the new behaviour.
• The same three options appear for other apps listed on the parent “Display on top” page (Chrome, Instagram, WhatsApp, etc.). Each app can have its own independent choice.

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