When viewing movies on the platform at an expanded measurement, customers may encounter an sudden component. This component, usually positioned on the backside fringe of the display, permits for lateral motion throughout the viewing space, significantly if the content material will not be ideally scaled. An instance can be observing a video in full-screen mode and noticing a slider permitting one to shift the viewing window horizontally.
The presence of this element is usually indicative of discrepancies between the video’s facet ratio and the show’s decision. Adjusting the viewing settings or using browser extensions can typically rectify these scaling points. Traditionally, its incidence was extra frequent because of the various vary of display sizes and video codecs, however developments in adaptive playback expertise have minimized its prevalence.
The rest of this dialogue will delve into the underlying causes of this viewing anomaly, potential troubleshooting steps, and greatest practices for optimizing video playback on varied units and browsers.
1. Facet Ratio Mismatch
Facet ratio mismatch is a main issue contributing to the looks of the undesirable interface component throughout full-screen video playback. When the size of the video content material don’t align with the size of the viewing window, distortions or scaling points come up, typically ensuing within the look of this artifact.
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Authentic Video Dimensions vs. Show Decision
The supply video’s inherent facet ratio, resembling 4:3 or 16:9, won’t correspond instantly with the consumer’s show decision. When a video with a 4:3 ratio is performed on a widescreen show (16:9) in full-screen mode, the system makes an attempt to fill the house. If scaling is wrongly dealt with, the video may be stretched or cropped, or black bars may seem on the perimeters. In some instances, an try and “match” the content material can introduce a horizontal scroll mechanism when the system misinterprets the spatial necessities.
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Non-Customary Facet Ratios
Movies encoded with unusual or customized facet ratios exacerbate the issue. Content material creators typically make the most of uncommon dimensions for creative or technical causes. Whereas acceptable in smaller viewing home windows, these non-standard codecs are liable to producing issues when enlarged. The viewing utility could wrestle to interpret the required scaling parameters, inadvertently enabling the undesirable interface component to compensate for the perceived dimensional discrepancy.
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Adaptive Scaling Algorithms
Streaming platforms make use of algorithms to regulate video playback to numerous display sizes and resolutions. Nevertheless, these algorithms usually are not foolproof. When an algorithm incorrectly determines the optimum scaling parameters, it may well create conditions the place elements of the video are rendered exterior the seen body. This generates the need for the horizontal scroll bar to navigate the complete video body.
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Consumer-Override Settings
Sure video gamers and working methods enable customers to manually modify facet ratio and scaling settings. Incorrect changes, resembling forcing a widescreen video to suit a 4:3 facet ratio, can instantly induce the looks of the undesirable horizontal scroll bar. These user-defined settings override the automated scaling mechanisms, creating the described show difficulty.
In essence, a side ratio mismatch, be it as a result of supply video traits, algorithmic errors, or deliberate consumer interference, introduces spatial incongruities that manifest because the mentioned interface component. Addressing these underlying scaling and ratio issues is important to stop its recurrence.
2. Decision Incompatibilities
Decision incompatibilities signify a major issue contributing to the looks of the horizontal scroll bar throughout full-screen video playback on the platform. Discrepancies between the video’s native decision and the show’s decision continuously result in scaling artifacts and necessitate the presence of the described consumer interface component.
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Native Video Decision vs. Display Decision
The native decision of the video file, resembling 720p (1280×720) or 1080p (1920×1080), should align successfully with the decision supported by the viewing machine. If the video decision exceeds the display’s capabilities, the system makes an attempt to downscale the content material. Inefficient downscaling algorithms may end up in parts of the video exceeding the seen space, thus triggering the looks of the horizontal scroll bar. Conversely, upscaling decrease decision movies to suit a better decision display can introduce scaling artifacts that, whereas indirectly inflicting the scroll bar, can exacerbate present show points.
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Scaling Algorithms and Artifacts
The algorithm employed to scale the video content material performs an important function. Nearest neighbor, bilinear, and bicubic interpolation are frequent scaling methods. Nevertheless, every technique possesses inherent limitations. Inappropriate scaling can introduce pixelation, blurring, or different visible artifacts that compromise the viewing expertise. Extra importantly, if the scaling course of will not be optimized, it may end up in the video exceeding the show boundaries, thereby activating the horizontal scroll bar. The platform’s selection of scaling algorithm instantly impacts the probability of encountering this difficulty.
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Full-Display Mode Implementation
The implementation of full-screen mode inside the platform and the net browser impacts decision dealing with. Some browsers may implement full-screen performance by merely stretching the video to fill the display, disregarding the native decision. This will result in important distortion and, in some instances, activate the horizontal scroll bar if the video’s facet ratio and determination usually are not correctly managed. A well-designed full-screen mode will dynamically modify the video’s decision to match the show’s capabilities whereas preserving the facet ratio, minimizing the prospect of the described artifact.
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Multi-Monitor Configurations
Customers with multi-monitor setups typically encounter resolution-related points when transitioning movies to full-screen mode on totally different shows. If the screens have various resolutions, the video playback may inherit the decision settings of the first show or try and adapt in a way that’s not optimum for the secondary show. This discrepancy can pressure the looks of the undesirable scroll bar, particularly if the video’s decision exceeds the out there horizontal house on the goal monitor.
In abstract, discrepancies arising from the interplay between native video decision, show capabilities, scaling algorithms, full-screen implementation methods, and multi-monitor configurations instantly affect the presence or absence of the horizontal scroll bar. Mitigation methods ought to prioritize guaranteeing optimum decision alignment and efficient scaling methods to supply a seamless full-screen viewing expertise.
3. Browser Zoom Settings
Browser zoom settings can considerably impression the viewing expertise, significantly when participating with full-screen video content material. The magnification stage chosen inside the browser instantly influences how video content material is scaled and rendered, doubtlessly introducing interface anomalies such because the horizontal scroll bar throughout full-screen playback.
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Default Zoom Degree and Content material Scaling
Most browsers default to a 100% zoom stage, supposed to show content material at its designed dimensions. Nevertheless, deviations from this default setting, both intentional or inadvertent, alter the content material’s rendered measurement. Rising the zoom stage magnifies all parts, together with video frames, doubtlessly inflicting them to exceed the boundaries of the show space. In such situations, the horizontal scroll bar seems as a way of navigating the expanded content material, enabling customers to entry parts of the video that will in any other case be hidden.
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Influence on Mounted-Width Layouts
Web sites using fixed-width layouts are significantly prone to zoom-related show points. These layouts are designed with particular pixel dimensions, which are sometimes disrupted by browser zoom settings. When a consumer will increase the zoom stage, the browser makes an attempt to enlarge the complete webpage, together with the video participant embedded inside the fixed-width container. This will pressure the video to overflow the container’s boundaries, resulting in the activation of the horizontal scroll bar inside the full-screen view. The diploma of overflow will depend on the preliminary structure design and the extent of the zoom utilized.
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Full-Display API and Zoom Interactions
The Full-Display API, utilized by many video platforms to render content material in full-screen mode, interacts instantly with browser zoom settings. Whereas the API goals to supply a seamless full-screen expertise, it won’t all the time account for non-standard zoom ranges. If a consumer has already elevated the browser zoom earlier than getting into full-screen mode, the API may inherit these settings, leading to magnified video content material that exceeds the show boundaries. This interplay necessitates the activation of the horizontal scroll bar, because the browser makes an attempt to accommodate the expanded video inside the confines of the full-screen show.
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Cellular Browser Issues
Cellular browsers typically implement automated zoom changes to optimize content material for smaller screens. These changes, whereas supposed to enhance readability, can inadvertently introduce scaling points throughout full-screen video playback. If the browser incorrectly determines the optimum zoom stage, it would render the video at a magnification that necessitates horizontal scrolling. That is significantly related for cellular units with various display resolutions and pixel densities, the place automated scaling algorithms can often produce unintended outcomes.
In conclusion, browser zoom settings signify a important issue influencing the presentation of full-screen video content material. Deviations from the default zoom stage, the interplay with fixed-width layouts, the Full-Display API, and the nuances of cellular browser changes all contribute to the potential look of the horizontal scroll bar. Understanding these interactions is important for troubleshooting show anomalies and guaranteeing an optimum viewing expertise.
4. Video Encoding Points
Video encoding irregularities considerably affect the presence of unintended interface parts throughout full-screen playback. Encoding processes that deviate from established requirements or introduce inconsistencies inside the video stream can disrupt the scaling and rendering of the content material, continuously ensuing within the horizontal scroll bar.
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Incorrect Facet Ratio Flags
Video encoding contains metadata that defines the facet ratio of the video. If this metadata is inaccurate or absent, the playback system could misread the supposed dimensions, resulting in improper scaling. A video encoded with a 16:9 facet ratio however flagged as 4:3 will possible be stretched horizontally to fill a widescreen show, doubtlessly inflicting content material to increase past the viewable space and necessitating a horizontal scroll bar.
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Decision Mismatches Between Stream and Container
Encoding includes specifying the decision of the video stream. Discrepancies between the supposed decision and the precise pixel dimensions inside the video container can create scaling ambiguities. For instance, a video encoded with a declared decision of 1920×1080 however containing padding or clean areas inside the body won’t scale appropriately. The playback system could try and fill the complete 1920×1080 house, together with the padded areas, ensuing within the want for horizontal navigation to view the entire content material.
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Variable Bitrate Encoding Artifacts
Variable bitrate (VBR) encoding adjusts the video’s knowledge price based mostly on the complexity of the scene. Inefficient VBR implementation can introduce artifacts resembling macroblocking or ringing, which can change into extra pronounced throughout full-screen playback. Whereas these artifacts don’t instantly trigger the horizontal scroll bar, they’ll visually distort the video, making it seem as if elements of the content material are extending past the perimeters. This notion can immediate customers to hunt horizontal navigation, even when no precise overflow exists.
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Improper Chroma Subsampling
Chroma subsampling is a way used to scale back the quantity of colour data in a video stream, which may enhance compression effectivity. Nevertheless, aggressive or poorly applied chroma subsampling can introduce colour distortions, significantly on the edges of objects. When a video with extreme chroma subsampling artifacts is displayed in full-screen mode, the colour distortions can create visible anomalies close to the perimeters of the body. These anomalies could also be interpreted as parts of the video extending past the viewable space, not directly contributing to the notion that horizontal scrolling is required.
These encoding-related elements show that the integrity of the video stream and its related metadata are paramount for seamless full-screen playback. Encoding errors disrupt the correct scaling and rendering of content material, resulting in undesirable interface parts and a compromised viewing expertise. Appropriately addressing these underlying points on the encoding stage is important to stop such issues.
5. Show Scaling Issues
Show scaling issues instantly correlate with the manifestation of the horizontal scroll bar throughout full-screen video viewing. These issues come up when the working system or graphics driver makes an attempt to regulate the dimensions of the displayed content material to match the display decision. Inaccurate scaling algorithms or improper configuration settings result in video content material exceeding the show boundaries, thereby triggering the looks of this interface component. A typical instance is a laptop computer with a local decision of 1366×768 related to an exterior monitor with a 1920×1080 decision. If the show scaling settings usually are not correctly configured, the video playback on the exterior monitor could exhibit the horizontal scroll bar as a result of incorrect resizing of the content material.
Additional complicating the matter, various working methods deal with show scaling in distinct methods. Home windows, macOS, and Linux distributions every make use of distinctive algorithms for resizing content material. Moreover, particular person graphics card producers introduce their very own scaling choices inside their respective driver management panels. Incompatibility between these working system-level and driver-level scaling mechanisms can produce sudden scaling artifacts, rising the probability of the mentioned interface component showing. As an illustration, enabling show scaling in each the Home windows settings and the NVIDIA management panel might result in over-scaling, leading to parts of the video being rendered exterior the seen space.
In abstract, addressing show scaling discrepancies is important for eliminating the horizontal scroll bar throughout full-screen viewing. Correct configuration of working system and graphics driver settings is important to make sure correct resizing of video content material. Failure to resolve these points ends in a degraded viewing expertise and diminishes the general usability of the platform.
6. Driver Compatibility
Driver compatibility represents a important juncture within the incidence of the horizontal scroll bar throughout full-screen video playback on the platform. Incompatible or outdated graphics drivers typically fail to precisely interpret and render video knowledge, leading to scaling distortions and the next want for horizontal navigation. The graphics driver acts as an middleman between the working system, the video playback utility, and the graphics processing unit (GPU). When this interface malfunctions, it may well incorrectly translate video parameters, resulting in the video exceeding show boundaries. For instance, a consumer with a newly put in working system may expertise this difficulty till up to date graphics drivers are put in, significantly if the default generic drivers lack particular optimizations for video decoding and scaling.
Furthermore, proprietary codecs utilized by the platform typically depend on particular driver options for {hardware} acceleration. If the put in driver doesn’t help these options or incorporates bugs affecting codec interplay, video decoding could fall again to software program rendering, which is much less environment friendly and extra liable to scaling errors. A sensible consequence is elevated CPU utilization, stuttering playback, and the manifestation of the horizontal scroll bar because the system struggles to correctly show the video. A case instance can be an older AMD graphics card paired with a more recent model of the platform’s video playback engine; the shortage of up to date drivers particularly tailor-made to the playback engine can set off such anomalies.
In summation, guaranteeing present and appropriate graphics drivers is paramount in mitigating the incidence of the horizontal scroll bar throughout full-screen video viewing. Driver updates typically embrace bug fixes, efficiency enhancements, and enhanced help for video codecs and show configurations. Neglecting driver upkeep introduces some extent of failure within the video rendering pipeline, rising the probability of encountering scaling-related show points. Subsequently, sustaining driver compatibility is a elementary facet of optimizing the viewing expertise and stopping the manifestation of undesirable interface parts.
7. Extension Conflicts
The interplay of browser extensions with video playback considerably influences the incidence of the horizontal scroll bar throughout full-screen viewing. Extensions, designed to boost or modify browser performance, can inadvertently intrude with video rendering processes, resulting in show anomalies.
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Content material Blocking and Script Injection
Content material blocking extensions, resembling advert blockers and privateness protectors, typically inject customized scripts into webpages to filter undesirable content material. Whereas supposed to enhance shopping pace and safety, these scripts can typically battle with the video participant’s rendering engine. Inaccurate script injection may disrupt the correct scaling of the video, inflicting it to exceed the viewport boundaries and set off the looks of the horizontal scroll bar. A particular occasion includes aggressive ad-blocking guidelines that unintentionally stop the video participant from appropriately figuring out the out there display house, resulting in miscalculated scaling parameters.
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Video Enhancement and Obtain Managers
Extensions designed to boost video playback, resembling people who modify brightness, distinction, or provide obtain capabilities, may also contribute to show points. These extensions usually intercept the video stream to use modifications or facilitate downloads. If the extension’s code will not be absolutely appropriate with the platform’s video participant or the browser’s full-screen API, it may well disrupt the scaling course of. For instance, an extension that forces a selected decision or facet ratio may battle with the platform’s adaptive streaming logic, leading to incorrect scaling and the horizontal scroll bar.
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Theme and Customization Extensions
Extensions that alter the visible look of internet sites, resembling theme changers and customized CSS injectors, can not directly have an effect on video playback. These extensions modify the web site’s fashion sheets, doubtlessly altering the structure of the video participant and its surrounding parts. If the utilized fashion modifications usually are not fastidiously designed, they’ll introduce sizing or positioning errors that trigger the video to overflow the viewport. The usage of customized themes that override the platform’s default types can, subsequently, inadvertently contribute to the horizontal scroll bar difficulty.
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Outdated or Poorly Coded Extensions
No matter their supposed perform, outdated or poorly coded extensions pose a common danger to browser stability and efficiency. Extensions that aren’t actively maintained or include coding errors can introduce a variety of points, together with conflicts with video playback. Inefficient code or reminiscence leaks inside an extension can pressure system assets, resulting in rendering glitches and scaling issues. Equally, extensions that haven’t been up to date to adjust to the most recent browser requirements could introduce compatibility points that set off the horizontal scroll bar throughout full-screen viewing.
In conclusion, extension conflicts signify a major issue influencing the consumer’s expertise throughout full-screen video playback. The complicated interactions between extensions, video gamers, and browser APIs can simply result in unintended penalties, highlighting the significance of cautious extension administration and using respected, well-maintained extensions to reduce show anomalies.
8. Platform Variations
The manifestation of a horizontal scroll bar throughout full-screen video playback will not be uniform throughout totally different platforms. Variations in working methods, net browsers, and {hardware} configurations introduce inconsistencies in how video content material is rendered and scaled. This interaction of things considerably influences the probability of encountering this particular interface component. The distinct architectures, rendering engines, and default settings inherent in every platform contribute to the variability in consumer expertise. For instance, the style through which Safari on macOS handles full-screen video can differ considerably from how Chrome on Home windows manages the identical content material, resulting in disparate scaling outcomes and the potential look of the horizontal scroll bar in a single occasion however not the opposite.
Moreover, the {hardware} layer compounds these platform-specific variations. The presence of devoted graphics playing cards versus built-in graphics options, together with the decision and facet ratio of the related show, collectively contribute to the rendering consequence. A high-end desktop geared up with a devoted GPU and a widescreen monitor is much less more likely to exhibit the difficulty in comparison with a low-powered laptop computer with an older built-in graphics chip and a non-standard display decision. Equally, cellular platforms introduce one other layer of complexity as a result of various display sizes, pixel densities, and the inherent limitations of cellular browsers. The interplay between the platform, browser, and {hardware} stack critically determines the ultimate rendering of video content material and the next presence or absence of the artifact in query. The Android ecosystem, with its various vary of units and browser implementations, exemplifies this variance significantly properly.
In abstract, the “youtube full display horizontal scroll bar” will not be a common phenomenon however somewhat a context-dependent difficulty formed by the interaction of platform-specific elements. Understanding the nuances of working methods, net browsers, and {hardware} configurations is important for precisely diagnosing and resolving the underlying causes. The sensible significance of this understanding lies within the capability to tailor troubleshooting methods and optimize video playback settings based mostly on the precise setting through which the content material is being seen. This method permits a extra constant and seamless viewing expertise throughout the various vary of platforms used to entry the platform.
Incessantly Requested Questions
The next part addresses frequent inquiries relating to the looks of a horizontal scroll bar throughout full-screen viewing on the platform.
Query 1: Why does a horizontal scroll bar typically seem when viewing movies in full-screen mode?
The horizontal scroll bar usually arises as a result of a mismatch between the video’s facet ratio or decision and the show settings. This discrepancy causes the video content material to exceed the seen boundaries of the display, necessitating the scroll bar for full viewing.
Query 2: Is the horizontal scroll bar a defect within the video itself?
Not all the time. Whereas encoding points inside the video can contribute to this drawback, it’s extra continuously associated to the interaction between the video’s inherent traits and the consumer’s system configuration, together with browser zoom, show scaling, and graphics driver settings.
Query 3: Does the browser used to entry the platform affect the looks of this interface component?
Sure. Totally different browsers implement full-screen performance and deal with video scaling in various methods. Sure browsers are extra liable to exhibiting the horizontal scroll bar as a result of inconsistencies of their rendering engines or interactions with system-level settings.
Query 4: Can browser extensions contribute to this show difficulty?
Certainly. Sure extensions, significantly these designed for advert blocking, video enhancement, or theme customization, can inadvertently intrude with video playback and introduce scaling anomalies that outcome within the look of the undesirable interface component.
Query 5: How does show decision have an effect on the probability of encountering the horizontal scroll bar?
Show decision performs an important function. If the video decision exceeds the capabilities of the show, or if the show scaling settings are improperly configured, the video may be scaled in a way that causes parts of it to increase past the seen space, thus activating the horizontal scroll bar.
Query 6: What steps will be taken to mitigate the incidence of this interface component?
Troubleshooting steps embrace verifying browser zoom settings, updating graphics drivers, disabling doubtlessly conflicting extensions, adjusting show scaling choices, and guaranteeing the video is encoded with acceptable facet ratio and determination parameters.
In essence, the horizontal scroll bar is usually a symptom of underlying configuration or compatibility points somewhat than an inherent flaw within the video content material itself. A scientific method to troubleshooting can typically resolve this show anomaly.
The following part will discover superior troubleshooting methods for persistent instances of this show difficulty.
Mitigating Full Display Horizontal Scroll Bar Points
Addressing the looks of a horizontal scroll bar throughout full-screen video playback requires a scientific method. The next suggestions provide steering on figuring out and resolving the underlying causes of this show difficulty.
Tip 1: Confirm Browser Zoom Degree: Make sure the browser zoom setting is at 100%. Deviations from this normal can inadvertently enlarge the video, inflicting it to exceed the viewport boundaries and set off the horizontal scroll bar. Make the most of the browser’s built-in zoom controls to substantiate the setting.
Tip 2: Replace Graphics Drivers: Outdated or incompatible graphics drivers are a frequent reason behind scaling anomalies. Often replace drivers to the most recent variations supplied by the GPU producer. These updates typically embrace bug fixes and efficiency enhancements that improve video rendering.
Tip 3: Disable Conflicting Browser Extensions: Browser extensions can intrude with video playback. Disable extensions selectively, significantly these designed for advert blocking or video enhancement, to find out if they’re contributing to the difficulty. Re-enable extensions one after the other to isolate the problematic extension.
Tip 4: Regulate Show Scaling Settings: The working system’s show scaling settings affect how content material is resized. Discover the show settings inside the working system and experiment with totally different scaling choices to discover a configuration that precisely renders the video with out introducing the horizontal scroll bar. Contemplate setting scaling to 100% initially to rule out over-scaling as a trigger.
Tip 5: Clear Browser Cache and Cookies: Gathered browser cache and cookies can typically intrude with video playback. Clearing this knowledge can resolve corrupted or outdated settings which might be contributing to the show drawback. This motion forces the browser to retrieve contemporary knowledge for the video content material, doubtlessly resolving the scaling difficulty.
Tip 6: Examine video Decision and facet ratio: Confirm the Video decision and its facet ratio. Some movies usually are not created with the traditional 16:9. Verify if the video settings is inflicting the incompatibility.
Implementing the following pointers can considerably cut back the probability of encountering the horizontal scroll bar throughout full-screen video viewing. The important thing takeaway is to systematically handle potential sources of interference and guarantee optimum configuration settings for each the browser and the working system.
In conclusion, persistent horizontal scroll bar points warrant additional investigation into superior troubleshooting methods and potential {hardware} limitations.
Conclusion
This dialogue has comprehensively explored the elements contributing to the looks of a horizontal scroll bar throughout full-screen video playback on the platform. The evaluation encompassed facet ratio mismatches, decision incompatibilities, browser zoom settings, video encoding points, show scaling issues, driver compatibility, extension conflicts, and platform variations. Efficient mitigation methods contain systematic troubleshooting and the optimization of consumer settings.
Understanding the interaction of those parts empowers customers to proactively handle this difficulty and guarantee a seamless viewing expertise. Additional developments in adaptive streaming applied sciences and browser rendering engines could diminish the prevalence of this artifact. Continued diligence in sustaining system configurations and using greatest practices stays important for optimum viewing.
