Eliminating the auditory feedback produced upon screen interaction on Android devices involves adjusting settings within the device’s configuration. This encompasses disabling sounds associated with keyboard presses, selection actions, and general touch events. The procedure varies slightly depending on the specific Android operating system version and the device manufacturer, but generally involves navigating to the sound or accessibility settings within the device’s main settings menu. For instance, muting keyboard clicks often resides within the keyboard application’s settings, while touch sounds are typically found under system-wide sound controls.
Disabling such audible cues offers several advantages. It can improve user experience in quiet environments, minimizing distractions for both the user and those nearby. Additionally, it can contribute to battery life conservation by reducing the device’s processing load associated with generating these sounds. Historically, these sounds were implemented to provide users with confirmation of their actions on devices lacking robust visual feedback. As screen technology and haptic feedback have improved, the necessity of audible confirmation has diminished for many users.
The subsequent sections will detail the specific steps required to modify sound settings across various Android versions and commonly used keyboard applications, providing a guide to customize device auditory feedback according to user preference.
1. Accessibility settings
Accessibility settings on Android devices offer a comprehensive suite of features designed to enhance usability for individuals with diverse needs. Within this context, adjusting or disabling system sounds, including those associated with clicks and touch interactions, becomes an integral component of customizing the user experience.
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System Sound Customization
Accessibility menus often provide direct control over system sounds, enabling users to globally mute or adjust the volume of various auditory cues. This includes touch sounds, keyboard clicks, and notification alerts. For individuals with auditory sensitivities or those seeking a quieter environment, this level of control is paramount. A practical example is muting all system sounds in a library or classroom setting to minimize disruptions.
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Sound Amplifier Interaction
Android’s Sound Amplifier feature, located within accessibility settings, can inadvertently amplify click sounds if improperly configured. Users seeking to eliminate clicking sounds must therefore ensure that Sound Amplifier settings are optimized for their individual needs and usage scenarios. It is often necessary to calibrate the amplifier based on environmental noise levels and desired audio output.
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TalkBack Integration
While TalkBack primarily provides spoken feedback for visually impaired users, it can also influence other auditory settings, including click sounds. In certain configurations, TalkBack might override or augment system sound settings, requiring users to specifically adjust TalkBack’s settings to achieve the desired sound profile. For instance, deactivating sound confirmations within TalkBack settings can prevent redundant audio cues when navigating the interface.
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Custom Sound Notifications
Accessibility settings facilitate the customization of notification sounds, but the volume levels of these custom sounds can indirectly affect the perceived prominence of click sounds. If notification volumes are set excessively high, even muted click sounds might become noticeable due to auditory masking. Balancing notification volumes with other system sounds is therefore crucial to achieve a consistent and unobtrusive audio experience.
In summation, accessibility settings offer multifaceted avenues for managing system sounds, directly impacting the process of disabling click sounds. Understanding the interplay between features like Sound Amplifier, TalkBack, and custom notification settings is essential for effectively tailoring the device’s auditory output to individual preferences and needs. Furthermore, the ability to fine-tune system sounds through accessibility options enhances the overall user experience by allowing for a more personalized and comfortable interaction with the Android operating system.
2. Keyboard application settings
Keyboard application settings represent a primary control point for managing keyboard-related auditory feedback on Android devices. The presence or absence of a key press sound is directly governed by the configuration options within the active keyboard application. Disabling keyboard clicks, therefore, necessitates accessing and modifying these settings. For example, in Google’s Gboard application, a dedicated ‘Sound on keypress’ toggle resides within the ‘Preferences’ menu. When enabled, each key press generates an audible click; disabling this toggle eliminates said sound. This cause-and-effect relationship underscores the significance of keyboard application settings in achieving the desired outcome of silent typing.
The practical significance of understanding keyboard application settings is amplified by the prevalence of diverse keyboard applications available on the Android platform. Each keyboard, ranging from Samsung Keyboard to SwiftKey, possesses its own unique settings interface and terminology. A user familiar with disabling key press sounds in Gboard may encounter a different configuration process in SwiftKey, where the setting might be labeled ‘Keyboard sound’ or situated within a different menu hierarchy. Consequently, device users must be adept at navigating the specific settings of their chosen keyboard application to effectively manage auditory feedback. Failure to do so results in the persistence of unwanted clicking sounds during text input.
In conclusion, keyboard application settings are instrumental in the process of silencing keyboard clicks on Android devices. The diversity among keyboard applications necessitates a nuanced understanding of each application’s settings interface. Though the fundamental goal remains consistentto disable auditory feedbackthe precise mechanism for achieving this varies. Mastering keyboard application settings is therefore critical for any user seeking a silent typing experience, highlighting its importance as a core component for “how to turn off clicking sound on android.”
3. System sound controls
System sound controls represent a pivotal element in the process of disabling auditory feedback, directly influencing “how to turn off clicking sound on android.” These controls encompass a range of settings that govern system-wide sounds, including touch sounds, UI interaction sounds, and notification alerts. Adjusting or disabling these settings has a direct cause-and-effect relationship with the presence or absence of clicking sounds. For example, within Android’s settings menu, a ‘Touch sounds’ toggle, often found under ‘Sound’ or ‘Audio’ settings, controls whether the device emits a sound upon screen interaction. When this toggle is deactivated, touch-related clicking sounds are silenced, demonstrably illustrating the system sound controls’ direct impact.
The importance of system sound controls stems from their overarching effect on device-wide auditory behavior. Unlike application-specific settings that manage sounds within a single application, system sound controls dictate the auditory profile for the entire operating system. Consider a scenario where a user disables keyboard clicks within the keyboard application’s settings but leaves touch sounds enabled in the system sound controls. In such a case, the device will still emit sounds upon interacting with the UI outside of the keyboard, such as tapping buttons or navigating menus. Therefore, to achieve complete silence, users must manipulate the system sound controls in addition to individual application settings. This coordinated approach ensures a comprehensive suppression of unwanted clicking sounds.
Understanding system sound controls is crucial for users seeking to personalize their device’s auditory experience and conserve battery life. While disabling clicking sounds improves user experience in quiet environments, it also reduces the processing load associated with generating these sounds, potentially extending battery life. The effective management of system sound controls offers a direct pathway to optimize both auditory experience and device performance. Challenges remain, however, as settings vary slightly across Android versions and device manufacturers, requiring users to navigate diverse settings menus to achieve the desired outcome. Nonetheless, a grasp of system sound controls is indispensable for effectively managing device auditory feedback and exemplifies a core component of “how to turn off clicking sound on android.”
4. Touch sound deactivation
Touch sound deactivation is a critical procedure within the broader scope of silencing auditory feedback on Android devices. It directly addresses the elimination of sounds generated upon screen interaction, a prevalent source of unwanted clicks. The effectiveness of this deactivation significantly contributes to achieving a silent device operation, aligning with the core objective of suppressing audible cues during use.
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Direct Control Over UI Feedback
Touch sound deactivation offers immediate control over auditory responses associated with interface navigation. Tapping buttons, scrolling through lists, and interacting with on-screen elements often produce a click or similar sound. Disabling touch sounds removes these auditory confirmations, resulting in a more discreet user experience. For instance, a user reading in a quiet environment can navigate an e-book without generating distracting clicks. Its implication is minimizing distractions and optimizing user experience in sound-sensitive settings.
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Distinct from Keyboard Sound Settings
It is important to distinguish touch sound deactivation from keyboard sound settings. While keyboard settings control sounds emitted during text input, touch sounds encompass broader UI interactions. A user may disable keyboard clicks but still experience clicking sounds when navigating menus or launching applications. Thus, a complete silencing strategy requires addressing both touch sounds and keyboard settings. This distinction is crucial for a holistic approach to sound management.
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Accessibility Considerations
While the primary intent of touch sound deactivation is to silence the device, consideration must be given to accessibility needs. Some users rely on auditory feedback to confirm their interactions, especially those with visual impairments. Disabling touch sounds may negatively impact their ability to effectively use the device. Therefore, an evaluation of the user’s individual needs is warranted before deactivating this feature. The ramifications can significantly affect the usability of the device for certain user groups.
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Variations Across Android Versions
The location and terminology for touch sound settings vary across different Android versions and device manufacturers. Some devices offer a simple toggle switch within the sound settings, while others bury the setting within accessibility options. This variability necessitates that users explore their device’s specific settings menus to locate and disable touch sounds. This inconsistency can pose a challenge to users seeking to customize their device’s auditory behavior across different platforms.
In summary, touch sound deactivation plays a pivotal role in the pursuit of a silent Android device. It directly addresses auditory feedback stemming from UI interactions, distinct from keyboard-related sounds. While beneficial for minimizing distractions, accessibility considerations and variations in settings necessitate a comprehensive approach to manage touch sounds effectively. The ability to manage these sounds is a critical step in mastering the elements of “how to turn off clicking sound on android.”
5. Haptic feedback alternatives
Haptic feedback serves as a primary alternative to auditory cues on Android devices, particularly relevant when addressing “how to turn off clicking sound on android.” It offers tactile responses to user interactions, substituting audible clicks with vibrations. The implementation of haptic feedback allows users to retain confirmation of their actions without generating potentially disruptive sounds.
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Vibration Intensity and Customization
The intensity and customization options of haptic feedback are critical. Users can often adjust the vibration strength or pattern to suit their preferences. A subtle vibration can replace a sharp click, providing sufficient feedback without being intrusive. Some applications also allow for customized vibration patterns associated with specific actions. For instance, a short, light vibration may confirm a button press, while a longer, stronger vibration could indicate a successful file transfer. This level of personalization improves the user experience while ensuring auditory discretion. Its implementation can greatly enhance usability especially in sound-sensitive settings.
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System-Wide vs. Application-Specific Implementation
Haptic feedback can be implemented system-wide or within individual applications. System-wide haptic feedback provides a consistent tactile experience across the operating system, affecting interactions such as navigating menus and pressing system buttons. Application-specific haptic feedback, on the other hand, allows developers to tailor the tactile response to unique actions within their application. For instance, a game developer might use haptic feedback to simulate the impact of a collision, providing a more immersive experience. The appropriate implementation strategy depends on the desired level of consistency and control. It ensures that users have a tactile confirmation without the need for audible cues.
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Impact on Battery Consumption
While haptic feedback offers a silent alternative to auditory cues, it also consumes battery power. The vibration motor requires energy to operate, and continuous haptic feedback can drain the battery more quickly than silent operation. Users should therefore balance the benefits of haptic feedback with its potential impact on battery life. Adjusting the vibration intensity or disabling haptic feedback altogether can mitigate this effect. It is crucial to consider the power consumption when using Haptic Feedback as an alternative.
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Integration with Accessibility Features
Haptic feedback integrates with accessibility features designed for users with hearing impairments. By providing tactile confirmation of actions, haptic feedback can enhance the user experience for individuals who cannot rely on auditory cues. In conjunction with visual feedback, haptic responses ensure that users are aware of their interactions with the device, even when sound is disabled. This symbiotic relationship highlights the importance of haptic feedback in creating an inclusive and accessible user interface. It allows individuals with impairments to fully utilize the device.
In summary, haptic feedback presents a viable and customizable alternative to auditory cues in addressing “how to turn off clicking sound on android.” Its adjustable intensity, varying implementation levels, battery consumption considerations, and integration with accessibility features provide a comprehensive approach to tactile confirmation. While not without trade-offs, haptic feedback allows users to retain crucial feedback without generating potentially disruptive sounds.
6. Volume adjustment impact
Volume adjustment settings on Android devices possess a complex relationship with the process of silencing auditory feedback, specifically in the context of “how to turn off clicking sound on android.” While a straightforward reduction in volume might appear to be a direct solution, the intricacies of sound channel management and system-level configurations necessitate a more nuanced understanding.
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System Volume vs. Individual Sound Channels
Android devices typically feature multiple volume channels that control different types of audio output. Media volume adjusts playback for music and videos, while notification volume governs alerts and system sounds. Although reducing overall system volume will diminish the audibility of clicking sounds, it also impacts other desired auditory cues, such as incoming call alerts or application notifications. Adjusting individual sound channels, if the operating system provides this granularity, offers a more targeted approach. For example, reducing the system sound volume while maintaining media volume ensures that clicking sounds are minimized without affecting audio playback.
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Volume Sliders and Mute Functionality
Volume sliders offer a gradual adjustment of sound levels, providing users with fine-grained control. However, simply reducing the volume slider to its lowest position does not always guarantee complete silence. Some devices may retain a faint clicking sound even at the minimum volume level. The mute functionality, on the other hand, typically silences all audio output for a specific channel. While effective for eliminating clicking sounds, muting a volume channel also prevents the emission of any other sounds associated with that channel, potentially affecting the user’s ability to receive important alerts or notifications.
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Third-Party Volume Control Applications
Several third-party applications offer advanced volume control features, exceeding the capabilities of the native Android settings. These applications may provide more granular control over individual sound channels, allowing users to selectively mute specific system sounds without affecting others. Some applications also offer the ability to create custom sound profiles, enabling users to quickly switch between different volume configurations based on their current environment or activity. However, the use of third-party volume control applications introduces potential security and privacy concerns, as these applications may require access to sensitive system permissions.
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Impact on Accessibility Features
Adjusting volume levels can indirectly impact the effectiveness of accessibility features, such as TalkBack, which relies on auditory feedback to assist visually impaired users. Reducing system volume to eliminate clicking sounds may also diminish the audibility of TalkBack’s spoken feedback, hindering the user’s ability to navigate the device. It is therefore essential to consider the accessibility implications when adjusting volume levels, ensuring that visually impaired users can still effectively utilize the device. Alternative feedback methods, such as haptic vibrations, may provide a supplementary means of conveying information in such cases.
In conclusion, volume adjustment represents a crucial, yet complex, component of “how to turn off clicking sound on android.” While a simple reduction in volume may suppress unwanted clicks, it also affects other auditory cues and accessibility features. A nuanced understanding of sound channels, volume sliders, and third-party applications, as well as the potential impact on accessibility, is essential for achieving a balanced auditory profile that minimizes distractions without sacrificing functionality.
7. Specific app customization
Specific application customization represents a critical facet of “how to turn off clicking sound on android,” particularly due to the variability in sound settings across different applications. The operating system’s global settings may not override an application’s internally programmed sounds, necessitating independent configuration within each application exhibiting unwanted auditory feedback. This individualized approach stems from the principle that application developers retain control over sound output within their environments, a factor that frequently bypasses system-level sound controls. An illustrative example involves gaming applications, where button presses or in-game actions often trigger unique sound effects. Disabling system-wide touch sounds may not silence these effects, requiring the user to navigate the application’s settings menu to locate and disable sound effects or button click sounds specifically. The absence of such customization results in the persistent emittance of clicking sounds, defeating the broader objective of a silent device operation. Therefore, specific app customization is an indispensable component of a comprehensive strategy to suppress auditory feedback on Android devices.
Further emphasizing the importance of specific application customization are messaging applications. Many messaging applications, such as WhatsApp or Telegram, offer options to customize notification sounds, message sent sounds, and other auditory alerts. While system-level notification management affects default alert tones, specific applications may employ custom sounds that bypass these controls. To fully silence auditory feedback within these applications, the user must access the application’s settings and individually disable the relevant sound effects. The failure to customize sound settings within individual messaging applications may result in unwanted notification sounds or message sent sounds, disrupting the desired silent operating environment. This practical application highlights the localized nature of sound control and the necessity of a per-application approach.
In conclusion, specific app customization is an essential element of achieving a completely silent Android experience. The localized control that developers retain over application sound output necessitates individualized configuration, even when system-wide sound settings are adjusted. From gaming applications to messaging services, numerous applications require specific customization to eliminate unwanted clicking sounds and achieve the desired auditory profile. The absence of this per-application approach renders efforts to silence device sounds incomplete. While the process may be tedious, addressing sound settings within individual applications forms a crucial component of a complete strategy for “how to turn off clicking sound on android.”
8. Battery life optimization
Battery life optimization, while not immediately apparent, maintains a tangible connection to the process of disabling auditory feedback, thereby influencing “how to turn off clicking sound on android.” The generation of clicking sounds, however minute, necessitates the active participation of the device’s audio hardware and associated processing resources. The speaker system, even at low volumes, demands power for sound generation. Consequently, disabling these sounds reduces the overall energy expenditure of the device. The cumulative effect, especially over prolonged periods of device usage, can contribute to a noticeable extension of battery runtime. For instance, a user who frequently interacts with the device’s touchscreen and keyboard can expect a marginal, albeit real, improvement in battery longevity by disabling both touch sounds and keyboard clicks. The efficiency gains, while not dramatic, are nonetheless relevant in the context of holistic power management strategies for mobile devices.
Further optimization can be achieved by understanding the nuances of Android’s sound management system. Some devices offer the option to selectively disable specific sound events, such as system alert tones or UI interaction sounds. By targeting only the auditory feedback deemed unnecessary, users can minimize energy consumption without sacrificing potentially useful sound alerts. Additionally, the type of auditory feedback mechanism in use influences power consumption. For example, haptic feedback, while offering a silent alternative, also consumes energy. Balancing the use of haptic vibrations and disabling unnecessary sound events offers a comprehensive approach to minimizing energy expenditure associated with auditory feedback. Real-world examples include users who prioritize battery life on long commutes or during travel, where access to charging facilities is limited.
In conclusion, battery life optimization is subtly intertwined with the silencing of auditory feedback. Disabling unnecessary clicking sounds reduces the workload on the device’s audio hardware, contributing to a marginal, yet measurable, extension of battery life. While not a primary driver of battery performance, the elimination of auditory feedback, alongside other power-saving measures, forms a component of a comprehensive strategy for optimizing device runtime. Challenges remain in accurately quantifying the power savings associated with sound deactivation, but the underlying principle of reduced resource utilization remains valid. By understanding this connection, users can make informed decisions about their device’s configuration, balancing auditory preferences with the desire for extended battery longevity.
Frequently Asked Questions
This section addresses common inquiries regarding the process of silencing auditory feedback, specifically focusing on the methods to disable clicking sounds on Android devices. These questions aim to clarify misconceptions and provide definitive answers to prevalent user concerns.
Question 1: Will disabling system sounds eliminate all auditory feedback, including alarms and media playback?
No. System sound controls typically govern UI interaction sounds, touch sounds, and certain notification alerts. Alarm volume and media playback are generally controlled through separate volume channels and remain unaffected by disabling system sounds. A user can selectively mute interaction sounds without impacting the audibility of alarms or music.
Question 2: Does disabling keyboard clicks within the keyboard application automatically silence all key presses across all applications?
Generally, yes. Disabling keyboard clicks within the active keyboard application silences key press sounds globally. However, certain applications may override this setting, requiring individual configuration within those applications. Always verify the behavior within each application to ensure consistent silencing.
Question 3: Is it possible to disable touch sounds for specific applications only, while retaining them for the operating system as a whole?
This functionality is not natively supported by the Android operating system. Touch sound settings typically apply system-wide. However, third-party applications may offer granular control, enabling the suppression of touch sounds for specific applications. Proceed with caution when installing such applications, verifying their security and privacy policies.
Question 4: Will disabling all auditory feedback features improve battery life significantly?
The impact on battery life is typically marginal, not significant. While disabling auditory feedback reduces the load on the device’s audio hardware, the energy savings are relatively small compared to other factors such as screen brightness, CPU usage, and network activity. A noticeable improvement in battery life is unlikely solely from disabling clicking sounds.
Question 5: Are haptic vibrations a completely silent alternative to auditory clicks, or do they generate a subtle sound as well?
Haptic vibrations, while primarily tactile, can generate a faint buzzing sound, particularly at higher intensity levels or when the device is placed on a resonant surface. The perceived audibility depends on the device’s vibration motor and the surrounding environment. Experiment with vibration intensity settings to minimize any audible buzzing while retaining sufficient tactile feedback.
Question 6: Can accessibility features, such as TalkBack, interfere with the process of disabling clicking sounds?
Yes. TalkBack provides spoken feedback, which can override or augment system sound settings. Disabling system sounds may not silence TalkBack’s spoken confirmations, requiring independent configuration within TalkBack’s settings menu. Address TalkBack’s settings directly to ensure the desired sound profile.
This FAQ section highlights the complexities associated with disabling auditory feedback on Android. Achieving a truly silent device often necessitates a multi-faceted approach, encompassing system settings, application-specific configurations, and an awareness of accessibility feature interactions.
The subsequent section will provide a step-by-step guide on how to effectively disable clicking sounds across various Android versions and devices.
Tips for Effectively Disabling Clicking Sounds on Android
Achieving a silent Android device requires a systematic approach. These tips are designed to guide users through the process of silencing auditory feedback, emphasizing precision and thoroughness.
Tip 1: Prioritize System-Wide Settings: Begin by adjusting global sound settings within the Android operating system. Locate the ‘Sound’ or ‘Audio’ menu and disable ‘Touch sounds,’ ‘Screen locking sounds,’ and similar options. This establishes a baseline for silence across the device.
Tip 2: Customize Keyboard Application Settings: Navigate to the settings menu of the active keyboard application (e.g., Gboard, SwiftKey, Samsung Keyboard). Disable ‘Sound on keypress’ or equivalent settings to silence keyboard clicks. This setting often overrides system-level configurations.
Tip 3: Manage Volume Channels Precisely: Understand the distinction between media volume, alarm volume, and system sound volume. Reduce or mute the system sound volume channel specifically, while maintaining the audibility of essential alerts and media playback. Avoid simply lowering overall volume, which affects all audio output.
Tip 4: Review Application-Specific Sound Settings: Inspect the settings menus of individual applications known to generate auditory feedback (e.g., games, messaging apps). Disable sound effects, button clicks, or notification sounds within each application. Global sound settings may not override application-level controls.
Tip 5: Assess the Impact of Accessibility Features: Consider the influence of accessibility features, such as TalkBack, on sound settings. These features may override or augment system-level controls. Adjust accessibility settings independently to achieve the desired auditory profile.
Tip 6: Consider Haptic Feedback Alternatives: If tactile feedback is desired, explore haptic vibration settings. Adjust vibration intensity to provide confirmation of interactions without generating audible clicks. Be mindful of the potential impact on battery consumption.
Tip 7: Regularly Verify Sound Settings: Periodically review sound settings after system updates or application installations. Updates may reset preferences or introduce new auditory feedback mechanisms. Consistent monitoring ensures sustained silence.
These tips emphasize a detailed, methodical approach to disabling auditory feedback. Successfully silencing clicking sounds requires attention to system-wide configurations, application-specific settings, and the nuanced interplay of volume channels and accessibility features.
Implementing these tips culminates in a silent Android experience. The following section provides a summary of key considerations and a final call to action.
Conclusion
The preceding exploration has illuminated the multi-faceted process of disabling auditory feedback on Android devices. The key components involve system-wide sound configurations, application-specific customizations, and an understanding of the interplay between volume channels and accessibility features. Successfully implementing these strategies necessitates a thorough approach, considering the nuances of various Android versions and device manufacturers. Ultimately, silencing unwanted clicking sounds requires precise adjustments and a consistent dedication to device customization.
The ability to control and customize device auditory output reflects an increasingly important aspect of user experience. Optimizing the device environment for focused work, quiet contemplation, or sensitive social settings enhances the overall utility and appeal of the Android platform. Therefore, continued exploration and refinement of sound management techniques remain paramount for users seeking a personalized and unobtrusive mobile experience. Implement these described methods and achieve the desired state of silence on the Android devices.
