The most suitable titles for a mobile operating system when used in conjunction with a dedicated gamepad represent a significant segment within the portable gaming landscape. These applications are specifically designed, or appropriately adapted, to fully leverage the enhanced control scheme provided by an external input device, resulting in a more immersive and responsive user experience than touch-screen interfaces alone allow. Consider, for example, action RPGs and racing simulations that require precise timing and complex maneuvers, which are more easily executed with the tactile feedback of physical buttons and joysticks.
Utilizing a gamepad with mobile devices unlocks a heightened level of control, precision, and immersion, bridging the gap between traditional console gaming and on-the-go entertainment. This integration expands the potential of mobile gaming by offering a more familiar and comfortable experience for players accustomed to physical controllers. Historically, mobile gaming was limited by the constraints of touch-based interaction, which often proved less than ideal for complex gameplay. The advent of Bluetooth gamepads and improved application support has significantly mitigated these limitations, leading to a surge in demand for titles optimized for controller use.
The following sections will explore a diverse selection of highly-rated and engaging titles available on the Android platform that demonstrate significant compatibility and enhanced playability when paired with a gamepad, covering various genres and control styles.
1. Genre compatibility
The suitability of particular gaming genres for implementation on the Android platform, when paired with a gamepad, is a critical factor determining user satisfaction and the overall quality of the gaming experience. Not all genres translate effectively to a controller-based mobile environment; certain types inherently benefit more from the precision and tactile feedback provided by a dedicated gamepad.
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Action RPGs and Hack-and-Slash
These genres often involve complex control schemes and require precise timing for attacks, dodges, and special abilities. A gamepad allows for simultaneous movement and action execution, resulting in a more responsive and immersive combat experience compared to touch controls. Examples include Genshin Impact and Titan Quest, where the fluidity of combat is significantly enhanced by controller input. In contrast, touch controls can feel cumbersome and less precise, hindering the overall gameplay experience.
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Racing Games
Racing simulations, by their nature, demand precise steering, acceleration, and braking control. A gamepad’s analog sticks and triggers provide a far superior level of control over these functions compared to on-screen buttons or tilt-based steering. Titles like GRID Autosport demonstrate the advantage, enabling nuanced throttle and steering adjustments for optimal cornering and car control. Touch controls, while functional, often lack the precision needed for competitive racing.
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Platformers
Platformers frequently require precise jumps, dashes, and other movement-based actions. A D-pad or analog stick on a gamepad offers more reliable and accurate control compared to on-screen directional pads, which can be prone to misinputs. Dead Cells exemplifies this, where the intricate level design and fast-paced gameplay benefit from the tactile feedback and accuracy of a controller. Inaccurate touch input can lead to frustrating deaths and a less enjoyable experience.
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Shooters (FPS/TPS)
First-person and third-person shooters often benefit from the precision and responsiveness of a controller. The dual-analog stick setup allows for simultaneous aiming and movement, providing a significant advantage over touch-based aiming systems. Titles like Call of Duty: Mobile offer robust controller support, enhancing the aiming accuracy and overall combat effectiveness for players utilizing gamepads. Touch controls can often feel sluggish and imprecise, putting players at a disadvantage in competitive scenarios.
While many game genres can be adapted for use with an Android gamepad, the extent to which they benefit varies considerably. Games that demand precision, complex controls, and simultaneous input are generally best suited for gamepad implementation. Therefore, when assessing optimal mobile gaming experiences with gamepads, genre compatibility must be considered as a critical determinant of overall player satisfaction.
2. Controller Mapping
Controller mapping represents a critical component in determining the playability and overall satisfaction derived from gamepad-compatible Android games. The efficacy with which a game’s functions are translated to a physical controller directly influences the player’s ability to interact with the game world and execute desired actions.
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Customization Options
The capacity to remap controller inputs is a significant factor in accommodating individual preferences and optimizing control schemes. Games that offer extensive customization options allow players to assign specific actions to desired buttons, triggers, or analog sticks. This is particularly relevant for players accustomed to particular control layouts or those with physical limitations that necessitate alternative configurations. Without such customization, the perceived quality of the gaming experience may diminish significantly.
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Intuitive Default Layouts
Even without extensive customization, a well-designed default controller layout can greatly enhance playability. An intuitive mapping scheme places frequently used actions on readily accessible buttons, minimizing the need for awkward finger contortions or repeated button presses. Games that prioritize ease of use in their default layouts often receive higher praise, as they offer a seamless transition from touch controls to gamepad input. Conversely, poorly designed layouts can lead to frustration and a diminished sense of control.
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Context-Sensitive Mapping
Sophisticated controller mapping schemes adapt to the context of the gameplay, dynamically reassigning functions to buttons based on the player’s current actions or environment. For example, a button may serve as a “jump” command during exploration but transform into a “dodge” maneuver during combat. This type of context-sensitive mapping streamlines the control scheme and reduces the cognitive load on the player, allowing for more intuitive and responsive gameplay. However, poorly implemented context-sensitive schemes can be confusing and lead to unintended actions.
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Accessibility Considerations
Controller mapping plays a crucial role in making games accessible to a wider audience, including individuals with disabilities. The ability to remap buttons, adjust sensitivity, and enable assistive features can significantly improve the playability for those with limited dexterity or motor control. Games that prioritize accessibility in their controller mapping options demonstrate a commitment to inclusivity and broaden their potential player base.
In conclusion, controller mapping is not merely a technical detail but a fundamental element that shapes the user experience. The availability of customization options, the intuitiveness of default layouts, the implementation of context-sensitive mapping, and the incorporation of accessibility considerations all contribute to a game’s overall suitability for gamepad use on the Android platform. Titles that excel in these areas are more likely to be considered among the “best games”, offering a more engaging and satisfying experience.
3. Bluetooth connectivity
The effectiveness of Bluetooth connectivity is a crucial determinant in the overall experience of utilizing a gamepad with Android gaming applications. Its impact stems from its role as the primary wireless communication protocol facilitating the transmission of input signals from the controller to the mobile device. A stable and responsive Bluetooth connection ensures minimal latency and accurate signal transmission, thereby enabling precise control and responsive gameplay. Conversely, instances of connection instability, signal interference, or excessive latency can severely detract from the gaming experience, rendering even the most meticulously designed game virtually unplayable with a controller.
The presence of robust Bluetooth connectivity directly correlates with the categorization of certain Android games as being among the most suitable for controller use. Games demanding precise timing and rapid execution of commands, such as action-adventure titles or competitive multiplayer games, are particularly reliant on the reliability of the Bluetooth connection. For example, in a fast-paced fighting game, a momentary lag in input response due to a weak Bluetooth signal could result in a missed opportunity or a decisive loss. Consequently, developers often prioritize optimization for Bluetooth gamepads as part of the overall development process for controller-supported titles, focusing on minimizing latency and maximizing signal stability.
In summary, Bluetooth connectivity serves as a foundational element supporting the functionality and enjoyment of gamepad-enabled Android games. Challenges such as signal interference from other wireless devices or limitations in the Bluetooth hardware of the mobile device can still present obstacles. Nevertheless, advancements in Bluetooth technology and optimized game development practices continue to enhance the reliability and responsiveness of Bluetooth-based gamepad control, solidifying its importance within the context of Android gaming. As such, the quality of Bluetooth connectivity remains a key consideration when assessing the overall suitability of a game for controller use and evaluating its placement within the list of “best games”.
4. Input Latency
Input latency, defined as the delay between a player’s action on a controller and the corresponding response displayed on the screen, constitutes a critical factor in determining the playability and enjoyment of games, particularly within the realm of controller-supported Android titles. High input latency negatively impacts the user experience, creating a disconnect between the player’s intended actions and the game’s reaction. This dissonance can result in a feeling of sluggishness, diminished precision, and an overall sense of reduced control. In contrast, minimal input latency allows for a more immediate and responsive experience, enhancing the player’s immersion and fostering a greater sense of agency within the game world. Consider a fast-paced action game; a slight delay in registering a dodge command can lead to character damage, or even defeat. Such instances underscore the importance of low latency in ensuring competitive and enjoyable gameplay. For a game to be considered among the best options for Android controllers, effective minimization of input latency is paramount.
Several factors contribute to input latency in Android gaming. The Bluetooth connection between the controller and the device introduces a degree of inherent latency, which varies depending on the quality of the Bluetooth hardware and the presence of wireless interference. Furthermore, the game’s processing requirements and the efficiency of its code can influence the time required to register, process, and display player input. Game developers often employ various optimization techniques to mitigate input latency, including reducing graphical complexity, streamlining code execution, and implementing input prediction algorithms. These algorithms attempt to anticipate the player’s next action, effectively masking small delays and creating a more responsive feel. Moreover, the responsiveness of the device’s display itself affects perceived latency. High refresh rate displays offer faster response times, contributing to a more immediate and fluid visual feedback loop. Games that provide options for adjusting graphical settings allow players to prioritize performance over visual fidelity, potentially reducing input latency on less powerful devices.
In conclusion, input latency exerts a substantial influence on the overall quality of controller-based Android games. Its effective management through a combination of optimized game development, efficient Bluetooth connectivity, and responsive display technology is crucial for delivering a smooth, engaging, and competitive gaming experience. Games characterized by minimal input latency are more likely to be regarded as superior choices for Android controller use, while those plagued by noticeable delays are often deemed less desirable. Consequently, an understanding of the factors contributing to input latency and the techniques employed to mitigate it is essential for both game developers and players seeking to optimize their mobile gaming experiences.
5. Graphics fidelity
Graphics fidelity exerts a notable influence on the categorization of games as “best” within the realm of Android controller compatibility. While optimized controller support and responsive gameplay form the bedrock of such designations, visual presentation significantly contributes to overall player immersion and satisfaction. High-fidelity graphics, characterized by detailed textures, advanced lighting effects, and complex character models, enhance the aesthetic appeal of a game and contribute to a more engaging sensory experience. Conversely, games with rudimentary or poorly optimized graphics may detract from the player’s sense of immersion, even if the control scheme is expertly implemented. Consider titles such as Genshin Impact or Call of Duty: Mobile; their high graphical fidelity, in conjunction with robust controller support, elevates them to the upper echelons of Android gaming experiences. In these cases, visual quality reinforces the feeling of playing a console-quality game on a mobile device, particularly when utilizing a physical controller.
The relationship between graphics fidelity and the perception of quality is not, however, without nuance. Demanding graphical settings can place a significant strain on mobile hardware, potentially leading to performance issues such as frame rate drops and increased input latency. These issues can negate the benefits of high-fidelity visuals, creating a less enjoyable experience overall. Therefore, the “best” games for Android controllers often strike a balance between visual appeal and performance optimization. Developers may implement scalable graphics settings that allow players to adjust the level of visual detail to suit their device’s capabilities, ensuring smooth gameplay even on less powerful hardware. Furthermore, efficient rendering techniques and optimized asset management play a crucial role in maximizing visual quality without sacrificing performance. An example is GRID Autosport, which delivers impressive visuals while maintaining a playable frame rate on a range of Android devices, making it a standout title for controller enthusiasts.
In summary, graphics fidelity is a significant, though not exclusive, factor in determining the perceived quality and overall appeal of Android games designed for controller use. While visually stunning graphics can enhance immersion and elevate the gaming experience, it is essential that such visual fidelity is balanced with performance optimization to ensure smooth and responsive gameplay. The most successful games strike this equilibrium, delivering visually appealing experiences that remain playable and enjoyable across a range of Android devices and controller configurations. The ongoing advancements in mobile hardware and game development techniques will likely further refine this balance, pushing the boundaries of graphical fidelity achievable on portable devices.
6. Game Optimization
Game optimization represents a critical determinant in whether an Android title can be legitimately considered among the “best games for android controller.” While controller support is a fundamental prerequisite, the extent to which a game is optimized to leverage both the hardware and the controller itself directly impacts the user experience and overall playability.
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Frame Rate Stability
Consistent frame rate performance is essential for fluid gameplay, particularly in fast-paced action or racing games. Fluctuations in frame rate, often resulting from unoptimized game code or insufficient hardware resources, can introduce stuttering or lag, negatively impacting responsiveness and precision. Titles recognized as exemplary for controller use consistently maintain a stable frame rate, ensuring a smooth and predictable gaming experience. An optimized game minimizes processing overhead, allowing the hardware to render frames consistently, which is crucial when relying on the precise input offered by a controller.
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Resource Management
Efficient resource management ensures that the game effectively utilizes the device’s CPU, GPU, and memory without causing excessive battery drain or overheating. Poorly optimized games can rapidly deplete battery life and cause thermal throttling, leading to performance degradation and reduced playtime. The “best games” demonstrate adept resource management, allowing for extended gameplay sessions without significant compromise to device performance. This requires careful coding practices, streamlined asset handling, and adaptive graphics settings that scale with device capabilities.
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Controller Input Handling
Optimized controller input handling involves minimizing latency and accurately translating controller inputs into in-game actions. This requires efficient communication between the game engine and the controller drivers, as well as optimized input processing algorithms. Games that excel in this area exhibit minimal input lag, allowing for precise control and responsive gameplay. Suboptimal input handling can result in delayed or inaccurate responses, diminishing the benefits of using a controller. Techniques such as input buffering and predictive algorithms are employed to mitigate latency and enhance responsiveness.
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Scalability Across Devices
The Android ecosystem encompasses a wide range of devices with varying hardware specifications. The “best games” are optimized to scale effectively across this spectrum, providing a playable and enjoyable experience on both high-end and mid-range devices. This necessitates adaptive graphics settings, resolution scaling, and optimized code that can adjust to the capabilities of the hardware. Games that are only playable on high-end devices are less likely to be considered universally “best,” as their accessibility is limited. A well-optimized game will dynamically adjust its settings to maintain performance on different devices, ensuring a consistent experience for all players.
These facets of game optimization collectively contribute to the overall experience and playability of controller-supported Android games. Titles that prioritize optimization in these areas are more likely to be regarded as superior choices for players seeking the enhanced control and immersion offered by a physical controller. By efficiently utilizing hardware resources, minimizing latency, and scaling across devices, optimized games provide a consistently enjoyable and responsive experience that sets them apart from less well-optimized titles.
7. Controller support
Controller support is an elemental attribute for qualifying within the subset of Android games recognized for offering the superior gameplay experience through the utilization of external input devices. Its presence directly influences the degree to which a user can effectively and enjoyably interact with a given title, thereby determining its suitability for controller-based play.
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Native Integration
Native integration refers to the degree to which a game inherently recognizes and seamlessly supports various controller models without requiring external configuration or third-party software. Games with strong native support automatically map common controller inputs to relevant in-game actions, reducing the friction for players transitioning from touch-based controls. For instance, a racing game with native support would immediately recognize the analog triggers of a gamepad for acceleration and braking, offering a far more nuanced control scheme than on-screen buttons. This immediate compatibility is a significant factor in establishing a game as a top-tier controller-enabled experience.
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Customization Options
Beyond mere recognition, the extent to which controller inputs can be customized further distinguishes superior titles. The capacity to remap buttons, adjust analog stick sensitivity, and configure dead zones allows players to tailor the control scheme to their specific preferences and controller models. This level of customization is particularly valuable for accommodating individual play styles or mitigating hardware limitations. Games that offer comprehensive controller customization empower players to optimize their control experience, contributing to a more engaging and responsive gameplay.
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Input Consistency
Consistent input handling, characterized by minimal latency and reliable signal transmission, is paramount for delivering a seamless and satisfying gaming experience. Games that exhibit inconsistent input response, such as delayed reactions or dropped inputs, undermine the benefits of using a controller and can lead to frustration. The “best games” demonstrate stable and predictable input behavior, ensuring that player actions are accurately and immediately reflected in the game world. This consistency is crucial for maintaining immersion and enabling precise control, especially in demanding genres like action or fighting games.
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Controller Compatibility
The breadth of controller compatibility extends beyond basic recognition to encompass a wide array of models and brands. A game’s ability to seamlessly support popular controller types, including those from established console manufacturers and third-party providers, enhances its accessibility and appeal. Furthermore, compatibility with various connection methods, such as Bluetooth and USB, ensures that players can utilize their preferred setup without encountering compatibility issues. Games that prioritize broad controller compatibility cater to a wider audience and enhance the likelihood of being recognized as top-tier controller-enabled experiences.
In conclusion, the presence and quality of controller support are inextricably linked to the categorization of Android games as exemplary choices for controller use. Titles that demonstrate robust native integration, comprehensive customization options, consistent input handling, and broad controller compatibility are more likely to deliver a superior gaming experience, justifying their inclusion among the “best games”. The degree to which a game embraces and effectively utilizes controller input directly impacts its playability, accessibility, and overall appeal within the increasingly competitive landscape of mobile gaming.
8. User reviews
User reviews provide a critical feedback loop that significantly influences the perception and classification of applications within the “best games for android controller” category. These reviews, reflecting the aggregate experiences of diverse users, serve as a readily accessible and relatively unbiased source of information for prospective players seeking to optimize their mobile gaming experience with a gamepad. The causality is direct: positive reviews, particularly those highlighting seamless controller integration, responsive controls, and overall enjoyment with a gamepad, increase the likelihood of a game being recognized as “best.” Conversely, negative reviews citing controller compatibility issues, input lag, or uncustomizable control schemes tend to diminish a game’s standing.
The importance of user reviews stems from their ability to provide practical insights beyond the marketing materials provided by developers. For example, a game may claim controller support, but user reviews can reveal the extent and quality of that support. Reviews often detail specific controller models tested, compatibility issues encountered, and the effectiveness of controller mapping options. Consider games like Dead Cells or Pascal’s Wager, which have garnered widespread acclaim in part due to overwhelmingly positive user feedback regarding their gamepad integration, robust control schemes, and overall playability with external controllers. These titles often receive recommendations within online forums and gaming communities based on the strength of their user-generated reviews. In contrast, games plagued by reports of unreliable controller connectivity or awkward control configurations typically fail to achieve widespread recognition within the “best” category.
In summary, user reviews function as a crucial vetting mechanism for Android games seeking recognition as being superior when played with a controller. The collective experiences of players, as reflected in their reviews, provide invaluable insights into the actual effectiveness and enjoyability of controller integration. While not without limitations (such as the potential for biased or unverified reviews), user feedback remains an indispensable tool for discerning and identifying the “best games,” ensuring that new players can make informed decisions and optimize their mobile gaming experience. The ongoing challenge involves developing more sophisticated methods for verifying and aggregating user reviews, further enhancing their reliability and utility in the evolving landscape of mobile gaming.
Frequently Asked Questions Regarding Optimal Android Games for Controller Use
The following addresses common inquiries and clarifies prevalent misconceptions concerning the selection and implementation of controller-compatible games on the Android platform.
Question 1: What defines a game as being suitable for controller use on Android devices?
A title achieves suitability through native or emulated controller support, optimized input mapping, and negligible input latency. Furthermore, the game genre should inherently benefit from physical controls, allowing for more precise and responsive gameplay compared to touch-based interfaces.
Question 2: Are all Bluetooth controllers compatible with Android devices?
While most Bluetooth controllers adhere to standardized protocols, compatibility issues may arise due to driver inconsistencies or device-specific limitations. It is advisable to consult the game developer’s documentation or online community forums to verify compatibility prior to purchase.
Question 3: Does controller usage inherently improve gameplay on Android devices?
The enhancement is contingent upon the game’s design and the user’s preferences. Genres that require precise timing and complex maneuvers, such as action RPGs or racing simulators, typically benefit more significantly from controller input than simpler, touch-oriented games.
Question 4: How can input latency be minimized when using a controller on an Android device?
Input latency can be reduced by ensuring a stable Bluetooth connection, disabling unnecessary background processes, and adjusting in-game graphics settings to prioritize performance over visual fidelity. Employing a controller with a low-latency Bluetooth protocol can also contribute to improved responsiveness.
Question 5: Are there specific controller brands or models that are recommended for Android gaming?
While personal preferences vary, controllers from established console manufacturers (e.g., Sony PlayStation, Microsoft Xbox) generally offer reliable performance and broad compatibility. Third-party controllers with positive user reviews and robust feature sets are also viable options.
Question 6: What factors should be considered when evaluating user reviews for controller-compatible Android games?
Emphasis should be placed on reviews that specifically address controller integration, input responsiveness, and customization options. Reviews that provide detailed accounts of controller models tested and any compatibility issues encountered offer valuable insights.
Optimal controller implementation hinges on a convergence of factors, including native support, user customization, and hardware considerations. User reviews serve as a crucial resource for navigating these variables.
Subsequent sections will delve into specific title recommendations and provide comparative analyses of their controller support capabilities.
Maximizing the Experience
The utilization of a gamepad with Android devices can significantly elevate the gaming experience. To ensure optimal performance and enjoyment, adherence to specific guidelines is recommended. These tips focus on optimizing the interplay between game settings, controller configuration, and device capabilities.
Tip 1: Prioritize Native Controller Support: Select titles that natively integrate controller functionality. This minimizes compatibility issues and ensures optimal input mapping compared to relying on third-party emulators or workarounds. Refer to developer documentation or user reviews to confirm native support prior to purchase or installation.
Tip 2: Customize Controller Mapping: Most games offering gamepad support provide options for remapping buttons and adjusting analog stick sensitivity. Tailor the control scheme to individual preferences to enhance responsiveness and precision. Experiment with different configurations to find the setup that best suits the player’s style and the specific game being played.
Tip 3: Optimize Graphics Settings: High graphical settings can negatively impact performance, particularly on less powerful devices. Reduce visual fidelity to maintain a stable frame rate, which is crucial for responsive gameplay. Prioritize frame rate stability over graphical details, especially in fast-paced action or racing games.
Tip 4: Ensure Bluetooth Stability: A stable Bluetooth connection is paramount for minimizing input lag. Minimize interference from other wireless devices, ensure the controller and device are within close proximity, and consider using a high-quality Bluetooth adapter if connectivity issues persist.
Tip 5: Regularly Update Firmware: Maintain the firmware of both the controller and the Android device to ensure compatibility and optimal performance. Firmware updates often include bug fixes and performance enhancements that can improve the overall gaming experience.
Tip 6: Manage Battery Consumption: Extended gamepad usage can significantly impact battery life. Close unnecessary background applications and adjust power saving settings to maximize playtime. Consider using a wired connection for controllers that support it to minimize battery drain.
Tip 7: Consider Controller Ergonomics: Prolonged gaming sessions can lead to discomfort if the controller is not ergonomically designed. Select a controller that fits comfortably in the hands and provides adequate support. Experiment with different controller types to find the one that best suits individual needs.
Adhering to these tips facilitates a more immersive and responsive gaming experience when employing an external controller. Optimizing game settings, controller configuration, and device management contributes to a significant enhancement in overall gameplay.
Implementing these strategic measures sets the stage for a concluding assessment of the current state and future trends of Android gaming with external gamepads.
Conclusion
The preceding examination of the optimal titles for Android platforms when paired with external gamepads has illuminated several critical factors. Genuine enhancements to the gaming experience result from native integration of controller support, customizable input mapping, and minimized input latency. User reviews consistently underscore the importance of these technical features in determining a title’s suitability for gamepad-centric gameplay.
The ongoing evolution of mobile hardware and software will continue to refine the interaction between Android devices and external gamepads. A discerning approach to title selection, coupled with proactive optimization of device settings, maximizes the potential for immersive and satisfying mobile gaming experiences. Continued assessment of evolving technologies and user feedback is critical for ensuring ongoing access to the best games.
