That's twice the number
of frames per second as the regular iPad can display, and it makes a big difference when you're using Apple Pencil.
Last time we checked, the game was pretty much unplayable and ran in the single digits in terms
of frames per second.
The velocity of the moving image is ultra-fast, with some hundreds
of frames per second, through which Ikeda also challenges the audience's perception.
Mortal Kombat X packs a solid ratio
of frames per second to deliver a fight that is brutal to look at and almost impossible to miss out on the details.
However, you need to make sure you have enough to support the processor as to not lose performance in terms
of frames per second.
DogTV is an HDTV cable channel designed especially for dogs, and it captures their attention due to the higher number
of frames per second displayed on a screen.
Detection of the signal via an electron multiplication CCD camera allows image capture at speeds to hundreds
of frames per second as demanded today by live cell imaging.
They arranged high - speed video cameras to capture the reaction at thousands
of frames per second.
Not exact matches
The camera will be able to take 240
frames per second, double the rate
of last year's iPhone 5s.
We've been delivering high
frames per second, high graphics in all types
of different shapes and sizes.
«(It) is pretty similar to the iPhone 7 but it shoots 4k 60
frames per second and it's got a new glass back instead
of the metal which is apparently more durable,» he told Reuters.
(ESV) Ultimately it matters not if there's a hidden camera watching you --- the eyes
of the Lord penetrate far further than a grainy twenty -
frames -
per -
second camera could ever go.
Do you suspect that the plot
of a movie would change dramatically if you could view a movie in 60
frames per second rather than the standard 30?
Here's someone expertly breaking down a 5000 -
frames -
per -
second video
of their swing or delivery.
With 1080p60 and 720p120 video, and 12MP photos at a staggering 30
frames per second, HERO4 Silver combines powerful, pro-quality capture with the convenience
of a touch display.
My monitor display color has a bit
of a purple - ish tint (specially in low light, when you adjust the brightness) but I do love that the full motion video monitor is up to 25
frames per second and I could see Little Aries every move.
Some
of the mind - boggling features include shooting from two angles at once by connecting via your smartphone over Wi - Fi and shooting at an insane 240
frames per second thanks to Panasonic's one -
of - a-kind Crystal Engine.
With a movie resolution
of 1280 X 720 at thirty
frames per second and a micro-SD card with enough storage for several flights, you'll get a great feel for what things look like from above!
The quality
of those is measured by resolution (e.g. 1080p HD) and the
frames per second (fps).
The motion
of these markers could be tracked using six infrared cameras filming at 200
frames per second while the player was throwing.
A fast camera recorded the resulting light at the rate
of 400,000
frames per second over an image
frame size
of 64 pixels wide by 80 pixels high.
The task
of quickly generating fine - grained details — such as subtle changes in texture and shading at speeds
of 60
frames per second — is still left to the remote server.
Multiple cameras capable
of recording 2,400
frames per second covered each blast, creating a highly technical record
of the U.S. nuclear arsenal — and a visual deterrent against its use.
To achieve the high - definition needed for the big screen, Domino takes images which have been shot on movie film and converts them into a video format by breaking each
of the 24
frames per second into a mosaic
of 3000 × 2000 picture points.
By watching videos
of caterpillars at 300
frames per second (above), researchers identified how the tiny insects» uncoupled muscles fire it into a somersault to escape an annoying poke.
High - speed 70,000 -
frames -
per -
second video analysis
of the bites shows that the ants have the fastest self - propelled strike in the animal kingdom, beating even the snapping shrimp.
The holographic device plays a 3 - inch projection at 15
frames per second, just shy
of movie refresh rates
of 24 to 30
frames per second, the MIT researchers demonstrated at the Society
of Photo - Optical Instrumentation Engineers» conference on practical holography.
At Cornell University, the Sol M. Gruner (SMG) detector group has developed and demonstrated a new type
of imaging electron detector that records an image
frame in 1/1000
of a
second, and can detect from 1 to 1,000,000 electrons
per pixel.
Their calculations matched up with measurements only when they used the motion
of particles captured at frequencies
of 10
frames per second and higher.
The ATC5K captures video at a resolution
of 640 x 480 pixels at 30
frames per second and can also take still images.
That's orders
of magnitude faster than any current receive - only ultrafast imaging techniques, which are limited by on - chip storage and electronic readout speed to operations
of about 10 million
frames per second.
While filming the elusive Basilisk lizard, which can sprint on water for up to 100 feet in moments
of danger, photographers ventured deep into the Brazilian rain forest with a super-slow-motion camera shooting at 2,000
frames per second, 80 times as rapid as a traditional camera.
The
frame rate
of the target stimulus varied, displaying at 16, 24, or 48
frames per second.
An NIBIB grantee has developed an ultrafast camera that can acquire two - dimensional images at 100 billion
frames per second, a speed capable
of revealing light pulses and other phenomena previously too fast to be observed.
A team
of biomedical engineers at Washington University in St. Louis, led by Lihong Wang, PhD, the Gene K. Beare Distinguished Professor
of Biomedical Engineering, has developed the world's fastest receive - only 2 - D camera, a device that can capture events up to 100 billion
frames per second.
The newest version
of the photoswitch is fast enough to turn the activity
of retinal neurons on and off at a rate that approaches video rate
of 30
frames per second.
Through laser imaging at speeds up to 3,000
frames per second, a computer can capture images from all angles and reconstruct a model
of all cells in the given sample, testing for all types
of cancer in a matter
of minutes.
For each
of their rigs, described in full in the paper, the
framing speeds are 20,000 - 40,000
frames per second, at a resolution
of approximately 400 x 500 pixels with an exposure
per frame of one to tens
of microseconds.
In the paper, the researchers showed that their system could image methane gas leaking from a tube about 1 meter from the camera with a video - rate imaging speed
of approximately 25
frames per second.
By coating the part in crystals and then sending the image from the camcorder to a computer screen, the researchers can examine the hue
of each pixel in each
frame, tracking temperature changes 30 times
per second for the equivalent area
of the blade.
The modulators can refresh their patterns at 240 hertz, or 240 times a
second, so even at six patterns
per frame, the system could play video at a rate
of 40 hertz, which, while below the refresh rate common in today's TVs, is still higher than the 24
frames per second standard in film.
To gain insight into the complex flow that's created, Vicente Fernandez, Roman Stocker, and colleagues at MIT have used video microscopy to track the paths
of 2 - μm fluorescent beads around the coral Pocillopora damicornis, also known as cauliflower coral... Arced bead tracks, generated from 120 video
frames taken at 10
frames per second, reveal the mixing that is occurring perpendicular to the coral surface.
Gotcha The heart
of the U.C.L.A. system is an ultrafast microscopic camera the researchers introduced in 2009 that captures images at about six million
frames per second.
«We no longer think
of simulations in terms
of CPU hours but rather
frames per second,» Bussmann said, describing the effect this speed - up has had on the team's research.
The magnetic resonance imaging (MRI) scanner in Beckman's Biomedical Imaging Center captures the movements
of a singing voice at 100
frames per second.
Thanks to the magnetic resonance imaging (MRI) capabilities in Beckman's Biomedical Imaging Center (BIC), Johnson can view dynamic images
of vocal movement at 100
frames per second — a speed that is far more advanced than any other MRI technique in the world.
Working with Gregory Sutton
of the University
of Bristol, UK, Burrows filmed the gears at 5000
frames per second and confirmed that they mesh with each other (see video, top).
This broadcasts 60 pictures a
second, each
of which fills in alternate lines on the screen; successive
frames «interlace» to give 30 full pictures
per second without the flicker that would come from 30 full pictures each
second.
«But it does capture the phonon and electron movements in
frames shot 100 trillion times
per second, and we can string about 100
of them together just like movie
frames to get a full picture
of how they are linked.»
They put in for another 40 hours
of VLA time, and made yet another movie
of the sky in the radio spectrum at 200
frames per second.