The mosaic's woman: in free motion, male gaze be damned.
|
|
The app, powered by the Microsoft Azure Cloud Platform, supports voice commands and hands-free motion control.
|
|
A wire-free motion detector and remote will also be available in the C by GE line.
|
|
However, if you can afford it, you'll have one of the most hygienic options available thanks to the touch-free motion and voice activation as well as the germ-resistant nano-silver coating.
|
|
The new dev kit will feature free motion 6DOF inside-out tracking based on a pair of cameras, and will also highlight new eye-tracking technologies that will lessen compute loads on the system.
|
|
In 2016, Golf Digest named the Free Motion Fitness Dual Cable Cross as the best universal fitness equipment in their Editor's Choice award.
|
|
Examples include designs on quilts, pillows, and wall hangings. There are multiple types of machine embroidery. Free-motion sewing machine embroidery uses a basic zigzag sewing machine. Designs are done manually.
|
|
In free-motion machine embroidery, embroidered designs are created by using a basic zigzag sewing machine. As this type of machine is used primarily for tailoring, it lacks the automated features of a specialized machine. To create free-motion machine embroidery, the embroiderer runs the machine and skillfully moves tightly hooped fabric under the needle to create a design. The "feed dogs" or machine teeth are lowered or covered, and the embroiderer moves the fabric manually.
|
|
Toyota developed an oekaki-style sewing machine called the Oekaki Renaissance, which, like others of its type, is designed to allow the user to be able to draw ideas directly onto fabric using the art of free-motion embroidery.
|
|
Heirloom machine quilting is a more advanced quilting technique using a sewing machine. In 1985, Harriet Hargrave coined the term heirloom machine quilting. It was Hargrave's determination to use her domestic sewing machine to replicate the look of hand quilting that compelled her to originate this art. For heirloom machine quilting, the operator uses advanced free- motion techniques.
|
|
With recent advanced in the autonomous vehicles sector, a good and dependable obstacle avoidance feature of a driverless platform is also required to have a robust obstacle detection module. Reactive obstacle avoidance is a behavior based control strategy in a robot. It is a task similar to the navigation problem and produces a collision free motion.
|
|
Grace,Grace, S.F. (1922) "Free motion of a sphere in a rotating liquid parallel to the axis of rotation," Proceedings of the Royal Society of London A, vol. 102, pages 89–111. Stewartson,Stewartson, K. (1952) "On the slow motion of a sphere along the axis of a rotating fluid," Proceedings of the Cambridge Philosophical Society, vol. 48, pages 168–177.
|
|
A particle moving inside the Bunimovich stadium, a well-known chaotic billiard. See the Software section for making such an animation. A dynamical billiard is a dynamical system in which a particle alternates between free motion (typically as a straight line) and specular reflections from a boundary. When the particle hits the boundary it reflects from it without loss of speed (i.e.
|
|
A spring-loaded pressure plate functions to align the film in a consistent image plane, both flat and perpendicular to the optical axis. It also provides sufficient drag to prevent film motion during the frame display, while still allowing free motion under control of the intermittent mechanism. The plate also has spring-loaded runners to help hold film while in place and advance it during motion.
|
|
There are many animal and insects moving on land with or without legs. We will discuss legged and limbless locomotion in this section as well as climbing and jumping. Anchoring the feet is fundamental to locomotion on land. The ability to increase traction is important for slip-free motion on surfaces such as smooth rock faces and ice, and is especially critical for moving uphill.
|
|
Artin's billiard considers the free motion of a point particle on a surface of constant negative curvature, in particular, the simplest non-compact Riemann surface, a surface with one cusp. It is notable for being exactly solvable, and yet not only ergodic but also strongly mixing. It is an example of an Anosov system. This system was first studied by Emil Artin in 1924.
|
|
Temperature and pressure can affect how the tubing and the packer behave as this could cause changes in the packer and tubing expansion rates. If the packer allows free motion then the tubing can elongate or shorten. If not the tensile and compressive forces can develop within.Dorohov M., Kostryba I, Biletskyi V. Experimental research on the sealing ability of borehole packers // Eastern-European Journal of Enterprise Technologies.
|
|
A methyl group may rotate around the R--C axis. This is a free rotation only in the simplest cases like gaseous CClH3. In most molecules, the remainder R breaks the C∞ symmetry of the R--C axis and creates a potential V(φ) that restricts the free motion of the three protons. For the model case of C2H6 this is discussed under the name ethane barrier.
|
|
The analog controls made their first appearance in the 1970s consoles under the name joystick; they made a reappearance in console systems with the Nintendo 64. Analog sticks have been used in every modern console since. There is no analog stick on the Wii Remote, but it is present on the Nunchuk attachment bundled with the Wii console. The most recent development in directional controls is free motion control.
|
|
As this is a manual process rather than a digital reproduction, any pattern created using free-motion machine embroidery is unique and cannot be exactly reproduced, unlike with computerized embroidery. With the advent of computerized machine embroidery, the main use of manual machine embroidery is in fiber art and quilting projects. Though some manufacturers still use manual embroidery to embellish garments, many prefer computerized embroidery's ease and reduced costs.
|
|
A mobile bearing design allows for free motion of the polyethylene within the tibial component. Other component designs meanwhile are fixed to the tibia and only articulate at the femur and polyethylene junction. There is no strong evidence that this approach improves knee function, mortality, adverse events, or amount of pain compared to a fixed bearing approach for total knee replacement. Mobile bearing designs are important to ensuring decreased wear rates in hinged knee arthroplasty.
|
|
Still, this assumption is not essential for the results. If electrons are free to move along the direction, the wave function acquires an additional multiplicative term exp(); the energy corresponding to this free motion, , is added to the discussed. This term then fills in the separation in energy of the different Landau levels, blurring the effect of the quantization. Nevertheless, the motion in the --plane, perpendicular to the magnetic field, is still quantized.
|
|
The film was the first production of the Austral Photoplay Company, run by film importer and entrepreneur A.C. Tinsdale. Finance was raised by means of public subscription, offering two shilling shares to the public; buying one hundred shares got you free motion picture tuition and a part in the film. Most of the cast paid to appear in the movie. The movie was shot at a real life ostrich farm in South Head.
|
|
A linear-motion bearing or linear slide is a bearing designed to provide free motion in one direction. There are many different types of linear motion bearings. Motorized linear slides such as machine slides, X-Y tables, roller tables and some dovetail slides are bearings moved by drive mechanisms. Not all linear slides are motorized, and non-motorized dovetail slides, ball bearing slides and roller slides provide low-friction linear movement for equipment powered by inertia or by hand.
|
|
Many quilters and fabric artists use a process called thread drawing (or thread painting) to create embellishments on their projects or to create textile art. Free-motion machine embroidery can be time- consuming. Since a standard sewing machine has only one needle, the operator must pause to re-thread the machine manually for each subsequent color in a multi-color design. He or she must also manually trim and clean up loose or connecting threads after the design is completed.
|
|
The melody of Notre Pére is chant-like, although not original Gregorian chant. Like chant, it is in free motion and with narrow ambitus, and the beginning uses the same notes as the chant melody. It is written in reverential approach to the prayer, with a subtle treatment of harmony used to interpret the significant text in homophony. The composition is in F major, mostly in triple meter but shifting to 2/4 time when the natural flow of the text demands it.
|
|
The computer versions of Descent received near-universal acclaim, with reviewers widely comparing it to Doom and noting its unique use of free motion, as well as a fully three-dimensional environment. The multiplayer aspect received equal acclaim. Michael Ryan of PC Magazine enthusiastically attributed the attention the game received to its unique gameplay and found no similar alternatives. GameSpot remarked that "only one 3-D shooter adds a whole new dimension to the field: Descent," particularly noting the labyrinthine environments.
|
|
Dashpots frequently use a one-way mechanical bypass to permit fast unrestricted motion in one direction and slow motion using the dashpot in the opposite direction. This permits, for example, a door to be opened quickly without added resistance, but then to close slowly using the dashpot. For hydraulic dashpots this unrestricted motion is accomplished using a one-way check-valve that allows fluid to bypass the dashpot fluid constriction. Non-hydraulic rotatry dashpots may use a ratcheting gear to permit free motion in one direction.
|
|
Controller-free motion control is a specific type of video game which requires no actual controller, executing game play solely on the user's movement. Unlike the Nintendo Wii or Sony PlayStation Move, no controller is held. Instead, hardware - including a camera of some type - utilizes software which takes the video of the user's movements and converts the action into game play controls simultaneously. At present, Microsoft is the largest company to have brought this technology to the market with the Kinect system (formerly known as Project Natal).
|
|
BBC Motion Gallery footage encompasses subjects including natural history, sport, news, locations, art, music, celebrities and historic events. Clips from the archive have appeared in several films, usually of a historical nature. Users are able to access over 125,000 BBC Motion Gallery clips online, or enlist a team of professional researchers to tap into the repository of content stored offline. In addition to the BBC archive of rights-managed footage, BBC Motion Gallery offers a wide range of high-quality, royalty-free motion clips.
|
|
Machine embroidery is most typically done with rayon thread, although polyester thread can also be used. Cotton thread, on the other hand, is prone to breaking and should be avoided if under 30 wt. There has also been a development in free hand machine embroidery, new machines have been designed that allow for the user to create free-motion embroidery which has its place in textile arts, quilting, dressmaking, home furnishings and more. Users can use the embroidery software to digitize the digital embroidery designs.
|
|
John Litweiler regards it favourably in comparison because of its "free motion of tempo (often slow, usually fast); of ensemble density (players enter and depart at will); of linear movement". Ekkehard Jost places it in the same company and comments on "extraordinarily intensive give-and-take by the musicians" and "a breadth of variation and differentiation on all musical levels". French artist Jean-Max Albert, as trumpet playerDictionnaire du jazz, Sous la direction de Philippe Carles, Jean-Louis Comolli et André Clergeat. Éditions Robert Laffont, coll.
|
|
A normal mode of an oscillating system is a pattern of motion in which all parts of the system move sinusoidally with the same frequency and with a fixed phase relation. The free motion described by the normal modes takes place at fixed frequencies. These fixed frequencies of the normal modes of a system are known as its natural frequencies or resonant frequencies. A physical object, such as a building, bridge, or molecule, has a set of normal modes and their natural frequencies that depend on its structure, materials and boundary conditions.
|
|
In every case for which a quantum kinematic description is needed, there is always a compelling reason for this restriction of kinematic precision. An example of such a reason is that for a particle to be experimentally found in a definite position, it must be held motionless; for it to be experimentally found to have a definite momentum, it must have free motion; these two are logically incompatible.Heisenberg, W. (1930). The Physical Principles of the Quantum Theory, translated by C. Eckart and F.C. Hoyt, University of Chicago Press.
|
|
The preferred inertial motions are related to the geometry of space and time: in the standard reference frames of classical mechanics, objects in free motion move along straight lines at constant speed. In modern parlance, their paths are geodesics, straight world lines in curved spacetime. Conversely, one might expect that inertial motions, once identified by observing the actual motions of bodies and making allowances for the external forces (such as electromagnetism or friction), can be used to define the geometry of space, as well as a time coordinate. However, there is an ambiguity once gravity comes into play.
|
|
In quilt making, the term refers to background quilting in heirloom quilts and all-over stitching in others. It is made freehand or with free-motion machine quilting by densely stitching through all layers in a relatively close repetitive design. In interior decoration, the tips of the bristles of a stippling brush are dabbed onto a freshly painted wall or surface to create a subtle design in the paint. The paint hit by the points is displaced and leaves only a thin dot of paint through which a lighter layer of colour underneath will show through.
|
|
In classical mechanics, Poinsot's construction (after Louis Poinsot) is a geometrical method for visualizing the torque-free motion of a rotating rigid body, that is, the motion of a rigid body on which no external forces are acting. This motion has four constants: the kinetic energy of the body and the three components of the angular momentum, expressed with respect to an inertial laboratory frame. The angular velocity vector \boldsymbol\omega of the rigid rotor is not constant, but satisfies Euler's equations. Without explicitly solving these equations, Louis Poinsot was able to visualize the motion of the endpoint of the angular velocity vector.
|
|
In 1887, he won Oscar II, King of Sweden's mathematical competition for a resolution of the three-body problem concerning the free motion of multiple orbiting bodies. (See three-body problem section below.) The Poincaré family grave at the Cimetière du Montparnasse In 1893, Poincaré joined the French Bureau des Longitudes, which engaged him in the synchronisation of time around the world. In 1897 Poincaré backed an unsuccessful proposal for the decimalisation of circular measure, and hence time and longitude.see Galison 2003 It was this post which led him to consider the question of establishing international time zones and the synchronisation of time between bodies in relative motion.
|
|
In addition to the major exhibits and pavilions, the site also featured an amusement park, various sideshows, concerts, free motion pictures (a novelty in those days), blimp excursions, and numerous vendors selling food and other items. The site was the finish line for a transcontinental automobile race ("Hell Gate to Portland") by two drivers sponsored by Olds Motor Works. The Amateur Athletic Union's National Track and Field Championships were held in PortlandUSA Outdoor Track & Field Championships from USA Track & Field at Vaughn Street Park. Portland's Pacific Coast League baseball team, known then as the "Giants", played the 1905 season at a different venue in Portland.
|
|
After a run, the receiver can be plugged straight into a USB port and the software will upload the run information automatically to the Nike+ website. As of August 2008 "Nike+iPod for the Gym" launched, allowing users to record their cardio workouts directly to their iPods. No Sport kit or shoe sensor is required; all that is needed is a compatible iPod (1st–6th generation iPod Nano or 2nd/3rd gen iPod Touch) and an enabled piece of cardio equipment. As of March 2009, the seven largest commercial equipment providers were shipping enabled equipment (Life Fitness, Technogym, Precor USA, Star Trac, Cybex International, Matrix Fitness and Free Motion).
|
|
A human traveling on a bicycle at , using only the power required to walk, is the most energy-efficient means of human transport generally available. Air drag, which increases with the square of speed, requires increasingly higher power outputs relative to speed, power increasing with the cube of speed as power equals force times velocity. A bicycle in which the rider lies in a supine position is referred to as a recumbent bicycle or, if covered in an aerodynamic fairing to achieve very low air drag, as a streamliner. Racing bicycles are light in weight, allow for free motion of the legs, keep the rider in a comfortably aerodynamic position, and feature high gear ratios and low rolling resistance.
|
|
The subacromial bursa is the synovial cavity located just below the acromion, which communicates with the subdeltoid bursa in most individuals, forming the so-called subacromial-subdeltoid bursa (SSB). The SSB bursa is located deep to the deltoid muscle and the coracoacromial arch and extends laterally beyond the humeral attachment of the rotator cuff, anteriorly to overlie the intertubercular groove, medially to the acromioclavicular joint, and posteriorly over the rotator cuff. The SSB decreases friction and allows free motion of the rotator cuff relative to the coracoacromial arch and the deltoid muscle. French anatomist and surgeon, Jean-François Jarjavay is credited as the first to describe morbid processes of the SSB in 1867.
|
|
Other high- permeability nickel–iron alloys such as permalloy have similar magnetic properties; mu-metal's advantage is that it is more ductile, malleable and workable, allowing it to be easily formed into the thin sheets needed for magnetic shields. Mu-metal objects require heat treatment after they are in final form—annealing in a magnetic field in hydrogen atmosphere, which increases the magnetic permeability about 40 times. The annealing alters the material's crystal structure, aligning the grains and removing some impurities, especially carbon, which obstruct the free motion of the magnetic domain boundaries. Bending or mechanical shock after annealing may disrupt the material's grain alignment, leading to a drop in the permeability of the affected areas, which can be restored by repeating the hydrogen annealing step.
|
|
Free-motion quilting is a process used to stitch the layers of a quilt together using a domestic sewing machine with the feed dogs lowered, with a darning foot installed. When the feed dogs are lowered they do not advance the fabric; and with the darning foot merely hovering over the layers, the operator controls the stitch length as well as the direction of the stitching line by moving the quilt with their hands. The stitching can be made in any direction and to for curvilinear lines or straight patterns. Each design, whether drawn on the quilt top or held in the imagination of the quilter, is formed with a line of stitching that is guided by the movement of the quilt under the machine needle.
|
|
According to general relativity, objects in a gravitational field behave similarly to objects within an accelerating enclosure. For example, an observer will see a ball fall the same way in a rocket (left) as it does on Earth (right), provided that the acceleration of the rocket is equal to 9.8 m/s2 (the acceleration due to gravity at the surface of the Earth). At the base of classical mechanics is the notion that a body's motion can be described as a combination of free (or inertial) motion, and deviations from this free motion. Such deviations are caused by external forces acting on a body in accordance with Newton's second law of motion, which states that the net force acting on a body is equal to that body's (inertial) mass multiplied by its acceleration.
|
|
A Carathéodory- solution can be applied towards the practical stabilization of a control system. Ross, I. M., Gong, Q., Fahroo, F. and Kang, W., "Practical Stabilization Through Real-Time Optimal Control," 2006 American Control Conference, Minneapolis, MN, June 14-16 2006. Martin, S. C., Hillier, N. and Corke, P., "Practical Application of Pseudospectral Optimization to Robot Path Planning," Proceedings of the 2010 Australasian Conference on Robotics and Automation, Brisbane, Australia, December 1-3, 2010. It has been used to stabilize an inverted pendulum, control and optimize the motion of robots, Björkenstam, S., Gleeson, D., Bohlin, R. "Energy Efficient and Collision Free Motion of Industrial Robots using Optimal Control," Proceedings of the 9th IEEE International Conference on Automation Science and Engineering (CASE 2013), Madison, Wisconsin, August, 2013 slew and control the NPSAT1 spacecraft and produce guidance commands for low-thrust space missions.
|
|
The DDAM simulates the interaction between the shock-loaded component and its fixed structure as the free motion of a naval vessel in water produces a higher shock spectrum than a heavy structure would when mounted to a terrestrial surface. The DDAM takes interaction into account in relation to the mass of the equipment, its mounting location, and the orientation of the equipment on the vessel. Engineers use finite element method analysis software to verify designs using DDAM computer simulations that model the known characteristics of underwater explosion phenomena as well as the surface ship or submarine body responses to shock loading and application of a shock spectra in order to apply the appropriate shock responses at the mountings of shipboard equipment (e.g., masts, propulsion shafts, rudders, rudderstocks, bearings, exhaust uptakes and other critical structures) due to underwater explosions.
|
|
The concept of polhode motion dates back to the 17th century, and Corollary 21 to Proposition 66 in Section 11, Book 1, of Isaac Newton's Principia Mathematica. Later Leonhard Euler derived a set of equations that described the dynamics of rigid bodies in torque-free motion. In particular, Euler and his contemporaries Jean d’Alembert, Louis Lagrange, and others noticed small variations in latitude due to wobbling of the Earth around its polar spin axis. A portion of this wobble (later to be called the Earth’s polhode motion) was due to the natural, torque-free behavior of the rotating Earth. Assuming that the Earth was a completely rigid body, they calculated the period of Earth’s polhode wobble to be about 9–10 months. During the mid 19th century, Louis Poinsot developed a geometric interpretation of the physics of rotating bodies that provided a visual counterpart to Euler’s algebraic equations.
|
|