On iOS, you access the contents of the clipboard via the UIPasteboard API. As of iOS 9, however, calling this API from the background will fail, preventing random apps from snooping on your clipboard from the background. Obviously this was a big problem for Clip, so I had to somewhat think outside the box to come up with a solution.

The CanvasRenderingContext2D.clip() method of the Canvas 2D API turns the current or given path into the current clipping region. The previous clipping region, if any, is intersected with the current or given path to create the new clipping region.

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Note: Be aware that the clipping region is only constructed from shapes added to the path. It doesn't work with shape primitives drawn directly to the canvas, such as fillRect(). Instead, you'd have to use rect() to add a rectangular shape to the path before calling clip().

Note: Clip paths cannot be reverted directly. You must save your canvas state using save() before calling clip(), and restore it once you have finished drawing in the clipped area using restore().

This example saves two rectangles to a Path2D object, which is then made the current clipping region using the clip() method. The "evenodd" rule creates a hole where the clipping rectangles intersect; by default (with the "nonzero" rule), there would be no hole.

This example uses two paths, a rectangle and a square to create a complex clipping region. The clip() method is called twice, first to set the current clipping region to the circle using a Path2D object, then again to intersect the circle clipping region with a square. The final clipping region is a shape representing the intersection of the circle and the square.

\n The\n CanvasRenderingContext2D.clip()\n method of the Canvas 2D API turns the current or given path into the current clipping\n region. The previous clipping region, if any, is intersected with the current or given\n path to create the new clipping region.\n

\n Note: Be aware that the clipping region is only constructed from\n shapes added to the path. It doesn't work with shape primitives drawn directly to the\n canvas, such as fillRect().\n Instead, you'd have to use rect() to\n add a rectangular shape to the path before calling clip().\n

\n This example uses the clip() method to create a clipping region according\n to the shape of a circular arc. Two rectangles are then drawn; only those parts within\n the clipping region are rendered.\n

\n This example saves two rectangles to a Path2D object, which is then made the current\n clipping region using the clip() method. The \"evenodd\" rule\n creates a hole where the clipping rectangles intersect; by default (with the\n \"nonzero\" rule), there would be no hole.\n

\n This example uses two paths, a rectangle and a square to create a complex clipping\n region. The clip() method is called twice, first to set the current\n clipping region to the circle using a Path2D object, then again to\n intersect the circle clipping region with a square. The final clipping region is a shape\n representing the intersection of the circle and the square.\n

You can clip a small portion of a video or live stream and share it with others on social channels or via direct communications, like email or text. Clips are public and can be watched by anyone with access to the clip who can also watch the original video. You can find clips you made and clips made on your videos in the Your Clips library page. Video creators can manage clips made on their videos in YouTube Studio.

You can display top clips of your videos on your channel Home tab. These clips could be made by you or your viewers. Once added to your Home tab, clips are publicly visible and organized by popularity and how recently they were created.

Redirects the command output from the command line to the Windows clipboard. You can use this command to copy data directly into any application that can receive text from the Clipboard. You can also paste this text output into other programs.

CLIP took my billing from 3-4 days of work to 3 hours, with some daily work done by others who usually did paperwork, but now enter it in clip. The support is great, they always work quickly to answer questions or resolve issues. The staff is very personable also. They are able to revert back to previous data. (I needed this once when I messed up) Now our data is in place in real time instead of waiting for the paperwork to come in!

A transformers.models.clip.modeling_clip.CLIPOutput or a tuple oftorch.FloatTensor (if return_dict=False is passed or when config.return_dict=False) comprising variouselements depending on the configuration () and inputs.

A transformers.models.clip.modeling_clip.CLIPTextModelOutput or a tuple oftorch.FloatTensor (if return_dict=False is passed or when config.return_dict=False) comprising variouselements depending on the configuration () and inputs.

A transformers.models.clip.modeling_clip.CLIPVisionModelOutput or a tuple oftorch.FloatTensor (if return_dict=False is passed or when config.return_dict=False) comprising variouselements depending on the configuration () and inputs.

A transformers.models.clip.modeling_tf_clip.TFCLIPOutput or a tuple of tf.Tensor (ifreturn_dict=False is passed or when config.return_dict=False) comprising various elements depending on theconfiguration () and inputs.

A transformers.models.clip.modeling_flax_clip.FlaxCLIPOutput or a tuple oftorch.FloatTensor (if return_dict=False is passed or when config.return_dict=False) comprising variouselements depending on the configuration () and inputs.

A transformers.models.clip.modeling_flax_clip.FlaxCLIPTextModelOutput or a tuple oftorch.FloatTensor (if return_dict=False is passed or when config.return_dict=False) comprising variouselements depending on the configuration () and inputs.

If checked, output geometries will be automatically convertedto multi geometries to ensure uniform output types.Moreover the geometries will be clipped to the extent choseninstead of taking the whole geometry as output.

I always carry my Clip with me, wherever I go. However, I only clip it on when there is some special occasion. For instance, holidays, travels or meeting an old friend for a cup of coffee. In the beginning, I used it more as a lifelogging device, but nowadays I use it for more special occasions. I use it a lot when I am out at restaurants and bars.

Background and aims:  Many new through-the-scope clips are available, and physicians often select clips based on physical characteristics and/or cost. However, functional profiles may be equally important and have not been methodically assessed. We evaluated 5 commercially available clips: Resolution 360, Instinct, Quick Clip Pro, Dura Clip, and SureClip.

Methods:  We rigorously compared clips on multiple characteristics, including rotatability, overshoot, open/close precision, and tensile/closure strength. Clips were tested in 4 different endoscope configurations: (1) straight, (2) duodenal sweep, (3) full retroflexion, and (4) across the duodenoscope elevator.

Results:  For rotatability, the Resolution 360 was the fastest due to its unique functionality in allowing primary MD control in rotation (P < .05). The Resolution 360, SureClip, and Dura Clip were able to rotate through the prescribed sequence across all scope configurations. For overshoot, the SureClip and Resolution 360 had the least overshoot for the straight configuration at 0%. All clips had >75% overshoot at more strained configurations. For open/close precision, the SureClip and Dura Clip showed precise opening/closing with the ability to stop at any point. The remaining clips exhibited abrupt opening with more controlled closure. For tensile strength, the Quick Clip Pro generated the highest peak force as would be required in lateral tissue manipulation (4.8 lb, P < .005). For closure strength, the Instinct overall showed the most gel compression, and along with the Resolution 360, showed 100% deployment success for all gel tissue thicknesses (up to 10 mm).

If the mask is list-like with four elements (minx, miny, maxx, maxy), afaster rectangle clipping algorithm will be used. Note that this can lead toslightly different results in edge cases, e.g. if a line would be reduced to apoint, this point might not be returned.The geometry is clipped in a fast but possibly dirty way. The output is notguaranteed to be valid. No exceptions will be raised for topological errors.

The 5-Star Cordless Magic Clip is designed to deliver the sharp performance that experts demand with the freedom of a cordless clipper. The magic is in the blades! The Cordless Magic Clip features a high precision stagger-tooth 2161 blade with crunch technology. This cordless tool offers superior speed and ease of use, a convenient taper lever for easy fading and blending, and a lithium ion battery for a 100 minute run time per charge. It also has a cord/cordless cutting capability. Pick up your new favorite cordless clipper today!

Once your free trial ends, no new recordings will be saved to the cloud and your existing cloud recordings will be deleted based on your settings in the Blink app. Blink Subscription Plans provide you with exciting features, including unlimited cloud storage for all your motion clips and live view recordings. Select your marketplace to learn more about purchasing a Blink Subscription Plan.

If you have a Sync Module 2 with a USB flash drive and an active Blink subscription plan, a daily backup of your Cloud Storage clips are also saved to the USB drive. These backup clips are not viewable in the Blink app, but are viewable when the USB drive is inserted into your computer. Backups are added to the drive every 24 hours the moment you plug in the USB drive. 0852c4b9a8

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