Aaron's Party (Come Get It)

Aaron's Party (Come Get It) is American pop singer Aaron Carter's second studio album serving as the follow-up to his international debut album. This album was released in the fall of 2000 becoming the first album under Jive Records. This album was also certified 3× Platinum by the RIAA for selling over 3 million copies in the United States making it Aaron's most successful album. The lead single "Aaron's Party (Come Get It)" was featured on the 2000 compilation album Now That's What I Call Music! 5.

Track listing

Bounce (Sarah Connor song)

"Bounce" is a song by German recording artist Sarah Connor, taken from her second studio album, Unbelievable (2002). Written by Bülent Aris, Toni Cottura, and Anthony Freeman, with production helmed by the former, the uptempo pop song samples Mary J. Blige's 2001 song "Family Affair", while featuring guest vocals by Wyclef Jean. "Bounce" was originally released as the album's fourth and final single in Central Europe on 21 July 2003, amid Connor's first pregnancy. It reached the top twenty in Austria, Germany, Switzerland, and Walloon Region of Belgium.

In winter 2003 radio programmers Tod Tucker and Matt "the bratt" Derrick at 106.9 K-HITS in Tulsa, Oklahoma took hold of a copy of the single and began to give it airplay. Due to large amounts of airplay in the United States, the song reached number eleven on Billboard's Top 40 Mainstream and number twenty-one on Top 40 Tracks charts, eventually charting on the Billboard Hot 100 at number fifty-four. "Bounce" was officially given a physical US release on 4 May 2004, serving as Connor's debut single there. It was also released in Australia and the United Kingdom, where it reached number 14 on both charts. The radio version of the song was featured on the 2004 compilation album Now That's What I Call Music! 15.

Bounce (golf)

In golf, bounce or bounce angle is the angle inscribed by the leading edge of a golfing iron (particularly a wedge), the sole of the club, and the ground. In plainer terms, bounce angle is an indication of how much the sole, or bottom-most part, of the club head lifts the leading edge. A high bounce angle (angles of 12–15° are not uncommon) indicates a sole which lifts the leading edge significantly, whereas a club with little or no bounce allows the leading edge to contact the ground without interference.

The purpose of introducing bounce into club head design is to control how easily wedges, with their steep angles of attack, penetrate the ground under the ball. A low- or zero-bounce club has a streamlined profile, and the sharp leading edge of the club will tend to cut into the ground readily. When this is undesirable, the use of a club with more bounce will cause the sole of the club to impact first, keeping the wedge from digging into the surface by causing it to "bounce" across the surface instead.

Roam (band)

Roam (often stylized as ROAM) is a British pop punk band from Eastbourne. The band was formed in September 2012. The band consists of vocalist Alex Costello, bass guitarist Matt Roskilly, drummer Charlie Pearson, guitarist and backing vocalist Alex Adam, and guitarist Sam Veness. The group was signed to Hopeless Records in 2014.

The band began producing original music in early 2012, and independently released two EPs, No Common Ground, which was released in 2012, and Head Down, which was released in 2013. After signing to Hopeless, the band released an EP titled Viewpoint in 2015. The band released its debut album, Backbone, on 22 January 2016, through Hopeless.

Discography

Music videos

Band members

References

Roam (public transit)

The Town of Banff, in Banff National Park in Alberta's Rockies, Canada, launched a new rebranded local bus system called Roam in June 2008. There are three routes connecting the town, Tunnel Mountain, the Banff Springs Hotel, and the Banff Gondola. Service is provided using four hybrid Nova buses, each decorated with scenes from the National Park, featuring either a grizzly bear, elk, mountain goat or wolf.

Cash fare is $2 for adults and $1 for seniors and children under 13, with children under 5 riding for free. A $5 Day Pass provides unlimited travel for that day. Tokens can be bought in advance at a reduced rate and a Smartcard is available for one, three and six month periods.

Formerly known as Banff Public Transit, the town has had some form of public transportation since 1994, contracted to a variety of private operators. On May 31, 2008, local tour bus company Brewster Inc., took over operation of the revamped system, using the newly acquired fleet.

The Bow Valley Regional Transit Services Commission (BVRTSC) was formally established on 21 April 2011, to provide passenger transportation services in Bow Valley, which includes the municipalities of Canmore, Banff and Improvement District No. 9, and assumed responsibility for Roam public transit services. On December 3, 2012, regional transit service between Banff and Canmore began.

ROAM

Real-time optimally adapting mesh (ROAM), is a continuous level of detail algorithm that optimizes terrain meshes. On modern computers, sometimes it is more effective to send a small amount of unneeded polygons to the GPU, rather than burden the CPU with LOD (Level of Detail) calculations—making algorithms like geomipmapping more effective than ROAM. This technique is used by graphics programmers in order to produce high quality displays while being able to maintain real-time frame rates. Algorithms such as ROAM exist to provide a control over scene quality versus performance in order to provide HQ scenes while retaining real-time frame rates on hardware. ROAM largely aims toward terrain visualization, but various elements from ROAM are difficult to place within a game system.

To assist regional geological mapping, more abundant and visualized expression forms are highly needs. Thus, the 3D terrain model is adopted as the carrier for the demands in many correlative fields. Based on the regular grid DEM (Digital Elevation Model) in DRGS, ROAM algorithm is applied to create a more dynamic model, which will give consideration to the importance of different features and select correspondence level of detail.