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Filipovići is a village in Croatia. It is connected by the D3 highway. References Populated places in Zagreb County
Korea's Next Top Model, season 3 (or Do-jeon Supermodel Korea, season 3) is the third season of the Korean reality television show in which a number of women compete for the title of Korea's Next Top Model and a chance to start their career in the modelling industry. This season featured eighteen contestants in its final cast. The prizes for this season included: a cash prize of 100,000,000 Korean won, a cover shoot and editorial in W Magazine Korea, a modelling contract with YGKPlus, and a modelling contract with Major Model Management in New York. The winner of the competition was 21-year-old Choi So-ra who has one of the most successful careers for any Top model Winner from the franchise. Contestants (Ages stated are at start of contest and use the Korean system of determining age) Episodes Airport Fashion Couture and Captivating Goddesses of Nature Original Airdate: July 21, 2012 The models undergo an interview with the judges, including host Jang Yoon-ju, and face a trio runway challenge at the airport when they arrive for casting. Most of the girls impress, while some fail to excel. Yeon-hee, So-ra, Se-hee, and Han-bit excel. Da-min also manages to make a lasting impression. After the runway, the models take part in a photoshoot challenge at the airport, which will be followed by an elimination later on that day. At the shoot, Cho-won, So-ra, So-hyun, Na-hyun, Han-bit, Yeon-hee and Jin-kyung manage to impress. A handful of other semi finalists fall flat. Host Yoon Ju rounds up the semi-finalists, and tells them that they will all have to pass through a metal detector. If the metal detector beeps, the model has not made it to the top 16. If the model is able to pass through the detector without having it beep, they will be part of the final 16 contestants. Later, two contestants who were initially rejected (Da-min & Hae-rin) are added to the cast after a change of heart, bringing the final number to 18 contestants. The final 18 models undergo a second photo shoot at Jeju Island, where they pose as Goddesses of nature. So-ra's photograph is praised during judging, and she receives a first call-out. So-hyun, Da-min, Han-sol and Hae-rin, ultimately land in the bottom four due to their poor performance at the shoot. Yoon Ju hands the final photograph to So-hyun, thus eliminating the other three contestants. First call-out: Choi So-ra Bottom four: Kwon Da-min, Min Hae-rin, Jung Han-sol & Ko So-hyun Eliminated: Kwon Da-min, Min Hae-rin, Jung Han-sol Featured photographer: Nam Hyeon-beom (Casting), Kim Young-joon Conceptional Group Shots Original Airdate: July 28, 2012 The contestant were grouped by one of the host and required to film a short fashion clip embodying a specific theme. The groups were deliberated and Team 3 of the leader Han-bit won the challenge and the prize was an exclusive lunch in a luxurious yacht. Reward Challenge Winner: Team 3 (Ji So-yeon, Lee Seul-ki, Heo Kyung-hee, Ko So-hyun & Choi Han-bit) The photo shoot is a group shot with exceptional concepts. During deliberation at the judging panel, Cho-won was hailed the best and as well as her group embodying stark minimalism. So-hyun was deemed also exceptional though her group Agriculture was deemed the worst, She was called eleventh place but if it was an individual shot, she might be on the top 3 photos. Seul-ki and So-yeon landed at the bottom 2 for their uninspiring presence and mediocre photos. Despite both of them appearing in bottom 2 first time, So-yeon was spared and Seul-ki was eliminated although she produced a stellar photo last week. First call-out: Kang Cho-won Bottom two: Lee Seul-ki & Ji So-yeon Eliminated: Lee Seul-ki Featured photographer: Kim Young-jun Special guests: Kang Seung-hyun High Fashion Editorial Olympiads Original Airdate: August 4, 2012 At the makeovers, almost everyone was satisfied with their new looks. The contestant are required their third photo shoot and that is shooting a High fashion olympic couture inspired by London-Olympic. The girls were divided into: During panel, Han-bit produces her best stellar shot to date but she did not earn the first call out. Jin-kyung were compared to Jung Sun of season 2 because of their age and flawless high fashion ability thus, she gained the first call out of the week. Yeon-hee, Min-jung, Na-hyun, Se-hee and Hanbit produced stellar while other fall flat and ultimately, Kyung-hee and So-yeon landed in the Bottom two. Because of her second appearance in the Bottom 2, So-yeon eliminated thus Kyung-hee spared. First call-out: Kim Jin-kyung Bottom two: Heo Kyung-hee & Ji So-yeon Eliminated: Ji So-yeon Featured photographer: Yoo Young-kyu (Makeover) & Jo Seon-hee Special guests: Taeyang & Kim Hyun-suk Petitzel Orange Commercial Original Airdate: August 11, 2012 The contestant were required to attend a vocal class of Phantom of the opera and their challenge is to sing their pieces in front of others. Min-jung hailed the most dramatic and gained the winner title of the challenge and the prize of a jewelry. She chooses Ji-su to accompany her to the boutique. Reward Challenge Winner: Lee Min-jung The Photo shoot was not actually involve in photos but shooting a commercial. Most of the girls impressed the judges at the panel. Na-hyun didn't kept her composure and reveal that So-ra's commercial was not appropriate when she crumpled the cup during the commercial. The revelation result into a small altercation between the two front-runners. So-hyun was hailed the best out of the bunch and gained her first and well deserved first call out followed next by Yeon-hee, So-ra, Na-hyun, Min-jung and Cho-won. Other contestant fall flat. Ji-su and Mi-rim landed at the bottom two producing worst commercials. Despite of strong portfolio, Mi-rim was eliminated and Ji-su was saved. First call-out: Ko So-hyun Bottom two: Jang Mi-rim & Hong Ji-su Eliminated: Jang Mi-rim Featured commercial director: Cha Woon-taek Special guests: Kolleen Park & Jang Moon-jung "High" Fashion Spy Original Airdate: August 18, 2012 The contestants were surprised in the morning by a person dressed up as Spider-Man descending from the roof of their house. Later, they were required to practice stunts in midair on a wall while secured on wires. So-ra knocked her leg and back on the wall while practicing and complained of back pain constantly, which annoyed some of the girls. Then, all the girls were paired for the challenge, which was to perform the stunts taught in synchronization with their partners. Cho-won and Jin-kyung were declared the winners and won the right to assign house chores to the other contestants. Reward Challenge Winner: Kang Cho-won & Kim Jin-kyung The next morning, the girls were welcomed by their creative director and played a video message from Americas Next Top Model's creative director, Jay Manuel. Mr. Jay was then revealed to be right behind them and surprised the girls for the next photo shoot. The photo shoot required the girls to pose on a high-rise building embodying a secret agent or spy. Because of So-hyun's first call-out in the previous episode, she got to decide the order of which the girls get their photos taken. So-ra was the first girl up. Within seconds from being dropped down from the roof of the building slowly, So-ra panicked and could not start her shoot. After a few other girls took their photos, she requested the props department to provide her the fake gun Han-bit used in her photo shoot to aid her posing, which rubbed some of the girls the wrong way. Most of the girls impressed Jay, especially So-hyun and Han-bit, who produced stellar photos in a variety of excellent poses. During panel, So-hyun was deemed to be the best and earned her second consecutive first call-out, followed by Yeon-hee and Han-bit. Cho-won's photo was deemed amazing by all the judges, with the exception of Jay, who said she looked as though she needed to go to the bathroom. This caused Cho-won to cry after her critique, and Jay saying that she needs to be more mature and tough in such a harsh industry like modelling. The other girls did not seem to impress at all. So-ra was reprimanded for her terrible attitude on set, which reflected in her photo. During her critique, So-ra's bad habit of tearing the skin under her fingernails caused her hands to bleed in front of the judges. Ultimately, Kyung-hee and Min-jung landed bottom two. Kyung-hee for not taking the competition seriously and Min-jung for her cliche photos. Min-jung was given a chance and Kyung-hee was eliminated. First call-out: Ko So-hyun Bottom two: Lee Min-jung & Heo Kyung-hee Eliminated: Heo Kyung-hee Featured photographer: Oh Joong-seok Special guests: Go Eun-kyeong & Jay Manuel Vampire Brides Original Airdate: August 25, 2012 After the elimination, the girls told So-ra about their issues with her, specifically that she was seemingly complaining too much about things that were affecting all the girls — for example, the pain and discomfort of the previous photo shoot — and the fact that she appeared to steal ideas from other girls (such as Na-hyun's cup-crushing idea during the commercial shoot, and Han-bit's gun prop during the spy photo shoot). So-ra was dejected after the conversation, which was noticed by the other girls. The remaining 11 contestants were treated to a lunch with male guests. Unbeknownst to them, however, this was a challenge about being professional wherever the models are. The two models that impressed the modelling trainer were Cho-won and Ji-su, who were treated to jewelry. In addition, there was only one watch to be won; Ji-su allowed Cho-won to keep the watch. Reward Challenge Winner: Kang Cho-won & Hong Ji-su Soon after, they were individually interviewed by Christian Paris of Major Model Management, and the girls were warned beforehand that this would be an elimination challenge. Most girls impressed Christian, especially Ji-su's facial features, Se-hee's sense of style, and So-ra's look in general. So-hyun's height was deemed a little too short for modelling, but Christian stated to her that if she's able to outshine the other taller contestants, she can be booked. Cho-won's cute personality did not sit well with Christian. Christian pointed out to some models what they needed to work on in order to get booked. Ji-su was the first person called. Han-bit and Eun-hwa were in the bottom two. The casting director previously stated that Eun-hwa was gaining too much weight for modelling. The director also disapproved of Han-bit, as she unnecessarily danced during her audition. Ultimately, Han-bit was the last person called out, and Eun-hwa was eliminated. Reward Challenge Winner: Hong Ji-su Bottom two: Yoon Eun-hwa & Choi Han-bit Eliminated outside of judging panel: Yoon Eun-hwa The photoshoot required the girls to pose with male models for a "Vampire Bride" concept. As So-hyun was the winner of the previous shoot, she was able to again choose the order in which the girls go for their photo shoot; So-ra was surprisingly chosen to go second, after Min-jung. The girls complained that So-ra seemed to attract special attention from the photographer, as she was allowed to practice with the photographer prior to the actual shoot. Many of the girls had some difficulties, but So-hyun and Yeon-hee received strong praise from the creative director and the photographer. Both the photographer and Christian Paris were part of the judging panel. Upon viewing So-ra's photo, Paris disagreed with the rest of the judges, as he felt that it was lacking in emotion and underwhelming; however, the rest of the panel expressed their contentment over her photo. So-hyun's picture left judge Lee Hye-ju "breathless" and stated that she did not seem to be an amateur model. She continued to say that she underestimated her (and the photographer admitted this as well), but that So-hyun's ability to understand and work with the concept was surprising. Yeon-hee's picture was also well received by the panel: the photographer stated that she totally let go of any inhibitions and surprised the entire crew with her modelling, and Lee Hye-ju stated that she would choose Yeon-hee as "Best Actress". Han Sang-hyeok confirmed that Yeon-hee was runner-up quite often, and that he hoped that she would not be runner-up this week. Ultimately, So-hyun was the girl first called out, and Yeon-hee was second, each for the third week in a row. The bottom two were Han-bit and Se-hee. Jang Yoon-ju stated that for Se-hee, the issue was that even with her makeover, she was unable to showcase her modelling abilities in photo shoots and demonstrate to the judges that she had what it takes to become a top model. For Han-bit, the issue was that her acting ability was demonstrated in the picture, as expected, but the judges were getting tired of her overacting and unnatural poses, and that for her to become a high fashion, she must learn to exercise restraint. Se-hee was the last girl called out, and Han-bit was eliminated. First call-out: Ko So-hyun Bottom two: Choi Han-bit & Choi Se-hee Eliminated: Choi Han-bit Featured photographer: Kim Wook Special guests: Christian Paris, Fabian & An Jae-hyeon Underwater Mermaids Original Airdate: September 1, 2012 The girls were undergone a runway tutorial wearing high fashion couture dresses. Most of them did well but most of them fell because of the difficulty of the dress like Ji-su, and So-ra. Later that day, The remaining contestants were introduced to their challenge. A live fashion runway walk in a spinning stage. So-hyun fell flat as much as the girls. Ji-su excelled and won reward. Reward Challenge Winner: Hong Ji-su The challenge required the contestants to shoot an underwater motion editorial and they were grouped into: So-hyun once again captivated the panel during deliberation though she was reprimanded for having one angle on her stellar portfolio. She was deemed the most excelled and called "magical" in her motion. Yeon-hee, Jin-kyung, Na-hyun and Cho-won also excelled while Min-jung and Ji-su disappointed the panel for producing bad motion due to their phobias. Yeon-hee got first call out because the judges considered her always second to So-hyun. She was followed by Cho-Won, Na-hyun and So-hyun. The two best friends Min-jung and Ji-su landed at the bottom and Jang Yoon-ju handed the last snapshot to Min-jung and eliminating Ji-su, despite she won the challenge. First call-out: Yeo Yeon-hee Bottom two: Lee Min-jung & Hong Ji-su Eliminated: Hong Ji-su Featured photographer: Lumpens Special guests: Yonny P, Steven J & Cha Woon-taek Overseas to Cambodia; Oriental High Fashion Original Airdate: September 8, 2012 Immediately after the elimination, the girls were told by Jang Yoon-ju that they had to go pack their bags for their overseas destination, without telling the girls where they would be going. The next day, the girls landed in Cambodia. Although pleasantly surprised by the choice, the girls were unhappy with the high humidity and the relatively basic hotel they were staying at. Later on, the girls visited a village school where they interacted with the children and fed them lunch. This was a challenge, so the contestants were paired off in twos. At the end of the day, the models held a "runway" show with the children. The girls who "won" the challenge were Cho-won and So-ra, who had 300 sets of school supplies donated to the school in their name. Reward Challenge Winner: Kang Cho-won & Choi So-ra The photo shoot was at an old ruined temple, with an "Oriental High Fashion" concept set over a thousand years ago. The challenge winners were given the choice of "stealing" 10 frames from other contestants. Cho-won stole ten frames from Yeon-hee (with the reason that she saw her as a top competitor), while So-ra took them from Jin-kyung (stating that she believed her good shots were from genetics and luck). Min-jung and Jin-kyung pleasantly surprised the creative director, whereas Cho-won and Se-hee struggled to showcase the concept. Na-hyun was noted for complaining and not pushing herself to do her best. Both the photographer and the creative director were guest judges on the panel. During judging, the girls were judged using both a body shot and a close-up. Min-jung and Jin-kyung were praised for their understanding of the concepts and their poses; Min-jung's photo was labelled as her best to date. On the other hand, Se-hee was considered extremely awkward in her photos; Jang Yoon-ju stated that her hands were odd in both shots, and that both shots were ultimately poor. Cho-won's photos were liked by the judges, but those on set during the shoot noted that it was due to luck, and that the model really needed to quickly learn how to pose for the camera. Na-hyun's photos were stated to be poor, and the judges stated that she showed her discomfort too obviously, although judge Lee Hye-ju stated that she at least emoted well with her face; So-ra, on the other hand, was criticized for not emoting enough. So-hyun was noted to have a poor wide shot (but praised for her close-up), and the creative director advised Yeon-hee to start changing up her poses in more subtle ways, and to make it more sophisticated. During judging, both So-ra and Na-hyun were noted to be losing their spark over the competition's duration. To her own surprise, Min-jung was the first girl to be called out. The bottom two were Na-hyun and Se-hee. Na-hyun was disciplined for her inability to keep striving forward and mask any frustrations or difficulties. Se-hee was taken to task for being unable to live up to her potential and the fact that she had yet to surprise the judges with any of her photos. Ultimately, Se-hee was eliminated. First call-out: Lee Min-jung Bottom two: Lee Na-hyun and Choi Se-hee Eliminated: Choi Se-hee Featured photographer: Bori Overseas to Vietnam; Le Petit Prince Original Airdate: September 15, 2012 The contestants are playing a truth game. Sohyun is pissed off with Chowon and vice versa. Yeonhee is telling Minjeong to control her expressions because she always looks pissed off. And Jingyeong is awkward at that table because she likes Chowon while the others are talking about Chowon. Reward Challenge Winner: Yeo Yeon-hee First call-out: Lee Na-hyun Bottom two: Kang Cho-won and Ko So-hyun Eliminated: Kang Cho-won Featured photographer: Oh Joong-seok Special guests: Yang Ji-hae Real-Life Dolls Original Airdate: September 22, 2012 The girls introduced into a one on one posing challenge showcasing their posing abilities and variety of Posing styles. Yeon-hee and So-ra excelled while defeating other girls. Reward Challenge Winner: Yeo Yeon-hee Later, they were introduced into their next photoshoot: Posing as a High Fashion Dolls. The contestants were given specific type of dolls that they need to embody. At the photo shoot, Most of the girls struggled, like So-hyun crying during the photo shoot. Thus, producing stellar photo again. Jin-kyung was hailed as the first call-out of the bunch. Next is Na-hyun, So-hyun and So-ra. Yeon-hee and Min-jung dropped at the bottom two. The judges considered that Yeon-hee is a top competitor than Min-jung thus eliminating Min-jung. First call-out: Kim Jin-kyung Bottom two: Yeo Yeon-hee and Lee Min-jung Eliminated: Lee Min-jung Featured photographer: Shin Sun-hye Metrocity Special Runway Original Airdate: September 29, 2012 Special guests: Lee JiHoon Magic Circus Original Airdate: October 6, 2012 Reward Challenge Winner: Yeo Yeon-hee The Judges were impressed by Yeon-hee's performance and dedication that is why she earned the best photo. So-hyun and Na-hyun underperformed and castigated by their photos and sent home. First call-out: Yeo Yeon-hee Bottom three: Ko So-hyun, Lee Na-hyun & Choi So-ra Eliminated: Ko So-hyun & Lee Na-hyun Featured photographer: Hong Jang-hyun Special guests: Go Jae-hee, Shin Eun-young & Cha Woon-taek Top Model Reunion Original Airdate: October 13, 2012 Grand Final Original Airdate: October 20, 2012 The final three attended a Fashion Runway. Yeon-hee was eliminated first on their pre-elimination round leaving Jin-kyung and So-ra. The judges evaluated the two's portfolio and performance throughout the course of the show and saw So-ra has the chance to make it big, plus with her performance that lead to her being crowned as the winner. Eliminated: Yeo Yeon-hee Final two: Kim Jin-kyung & Choi So-ra Korea's Next Top Model: Choi So-ra Featured photographer: Hong Jang-hyun Special guests: Jang Min-young, Choi Yoo-kyung & Song Kyung-a Summaries Call-out order The contestant was originally eliminated but was saved later The contestant was eliminated The contestant was eliminated outside of judging panel The contestant won the competition During the casting of episode 1, the pool of 30 girls was reduced to 16 contestants who would move on to the actual competition. The first call-out of the episode does not reflect on their performance at casting. Additionally, 2 more girls (Da-min & Hae-rin) were later added to the cast, bringing the final number to 18 contestants. In the second part of episode 1, Da-min, Hae-rin, Han-sol and So-hyun landed in the bottom four. Only So-hyun was saved, eliminating the former three models. In episode 6, there were two separate eliminations. The first took place outside of judging panel, and the ranking was determined by the casting director for the casting challenge. Episode 11 featured a double elimination with the bottom three contestants being in danger of elimination. Episode 12, was a reunion special featuring the contestants who participated during the season. Da-min, Hae-rin, Han-sol and Seul-ki decided not to take part in the reunion special Episode 1 = Gladiator's Tournament Episode 2 = Colonial Age Aristocrat Girl over Carriage, Tropical Editorial In Capri Island Episode 3 = Pin Up And Artsy In Background Episode 4 = High Fashion Editorial With Metallic Body Painting At Italian Pizza Oven Episode 5 = Futuristic In The Dark Episode 6 = Chinese Opera In Pairs, Beauty Shot Of Chinese Empress, Hair Movement In Beijing Episode 7 = Tropical Fairy Dress Show "From Undersea Wonders", Trapeze Acrobatic Show Episode 8 = Amphibi New Species Episode 9 = Exotica Swimwear Photoshoot In Pig Farm, Beachside Tropical Fashion Catalog Video Episode 10 = Redbull Challenge On Commercial, Sea Sport Photo Editorial Episode 11 = Indian Goddess High End Fashion Episode 12 = Glamorous Dramatical With Gowns And Wind Breaks In Waterfall In Iceland Episode 13 = Adventureous Photo Advertisement With Mercedes Benz Car In Sunrise Episode 14 = Model Girl High Fashion In New York, Music And Documenter Video, Two Vogue Magazine Cover, Special Final Photo In Iran Average call-out order Casting call & Episode 13 is not included. Bottom two/three/four The contestant was eliminated after her first time in the bottom two/three The contestant was eliminated after her second time in the bottom two/three The contestant was eliminated after her third time in the bottom two/three The contestant was eliminated in the final judging and placed third The contestant was eliminated in the final judging and placed as the runner-up Photo Shoot Guide Episode 1 Photo Shoot: Airport Editorial (Casting) & Goddesses of Nature on Jeju Island Episode 2 Photo Shoot: Quintuplets Couture Episode 3 Photo Shoot: Olympic Sports Episode 4 Commercial: Petitzel Squeeze Orange Episode 5 Photo Shoot: Spies hanging from a skyscraper Episode 6 Photo Shoot: Vampire Brides with a Male Model Episode 7 Fashion Film: "Underwater Escape" Episode 8 Photo Shoot: Oriental Goddesses in a Temple Episode 9 Photo Shoot: Metrocity Campaign in the Desert Episode 10 Photo Shoot: Real-Life Sad Dolls Episode 11 Photo Shoot: Dramatic Circus Acrobats Episode 13 Photo Shoot: W Magazine Covers Makeovers Cho-won - Lovely Bob Cut So-hyun - Modern Classic Jin-kyung - Street Vintage Yeon-hee - Glamorous Layered Eun-hwa - European Chic Na-hyun - Genderless Min-jung - Retro Volume Mi-rim - Avant-Garde Unbalance So-yeon - Natural Bang Hair Se-hee - Luxury Short Cut So-ra - Modern Chic Han-bit - Romantic Wave Kyung-hee - Tomboy Ji-su - Oriental Charisma References Korea's Next Top Model 2012 South Korean television seasons
Miloš Stanojević (; born 27 May 1984 in Belgrade, SR Serbia, Yugoslavia) is a Serbian rower. References 1984 births Living people Serbian male rowers Sportspeople from Belgrade World Rowing Championships medalists for Serbia European Rowing Championships medalists
Macrostomus paraiba is a species of dance flies, in the fly family Empididae. References Macrostomus Insects described in 2015 Diptera of South America
Valley, originally known as , is a valley in the Diablo Range in San Benito County, California. It runs from its mouth, at an elevation of , to its head at at an elevation of . The valley is drained by Quién Sabe Creek, ultimately a tributary to the Pajaro River to the northwest. History Quien Sabe Valley is the location of the Rancho Santa Ana y Quién Sabe. References Valleys of San Benito County, California Diablo Range La Vereda del Monte
Arthur Wills may refer to: Arthur Wills (musician) (1926-2020), English musician, composer, and professor Arthur Walters Wills (1868–1948), English politician, MP for North Dorset Howard Arthur Wills, former Australian Chief Defence Scientist (1968–1971) See also Arthur Will (1871–1940), Kentucky carpenter, builder, politician and public official
King's Lynn Guildhall, more fully referred to as the Guildhall of the Holy and Undivided Trinity, is a municipal building in Saturday Market Place in King's Lynn, Norfolk. It is a Grade I listed building. History The building was commissioned to replace an earlier guildhall which had been destroyed in a fire on 23 January 1421. The new building, known as the "Stone Hall", which was designed with a steep arched roof, a large window and chequered patterned exterior, was built between 1422 and 1428. It was established as a meeting place for the Guild of the Holy Trinity, a religious group of merchants in the town. Following the suppression of the chantries and religious guilds under King Edward VI in 1547, the eastern part of the undercroft was converted into a prison in 1571 and the western part was converted into a house of correction in 1618. An extension with a porch on the ground floor, which was designed with the same chequered patterned exterior, was built to the west of the original structure in 1624. The arms of Elizabeth I, which had been removed from St James' Church, were mounted above the main window over the porch in 1624, and the arms of Charles II were erected on the gable in 1664. The building was extended further to the west along Queen Street, on the site of a former public house, to create municipal offices in 1895. On 25 January 1946 the Guildhall received a visit from Queen Mary, Queen Elizabeth and Princess Elizabeth (subsequently and collectively referred to as the "three queens"). The complex continued to serve as the meeting place of the King's Lynn Borough Council until 1974, when it became the headquarters of King's Lynn and West Norfolk Borough Council. Magistrates' court hearings continued to be held in the building until the courts moved to a new courthouse in College Lane in 1982. Queen Elizabeth II visited the Guildhall, as part of celebrations to mark the 60th anniversary of her accession to the throne, on 9 February 2012. Following extensive restoration works to the building costing £2.6 million, which were financed by the Heritage Lottery Fund, by the Borough Council and by other donors, the Duke of Gloucester visited the Guildhall to mark the completion of the works and officially open the "Stories of Lynn Exhibition" on 31 March 2017. Important artifacts and other works of art held in the building include King John's charter to the Burgesses of Lynn (c.1204), the medieval King John's Cup (c.1325) a window sill from the house of Walter Coney, a former mayor of Lynn, (15th century) and the first portrait painted of King George VI and Queen Elizabeth (c.1937). References Grade I listed buildings in Norfolk City and town halls in Norfolk Government buildings completed in 1428 King's Lynn
The Great Basin pocket mouse (Perognathus parvus) is a species of rodent in the family Heteromyidae. It is found in British Columbia in Canada and the western United States. Taxonomy There are several subspecies of P. parvus. Sulentich and Genoways and Brown classify the yellow-eared pocket mouse as P. p. xanthonus Grinell, a subspecies of the Great Basin pocket mouse. However, Jones and others classify the yellow-eared pocket mouse as a distinct species, P. xanthonotus (Grinnell). Distribution The Great Basin pocket mouse occurs in the Columbia River Basin and the Great Basin and adjacent lands. It is distributed from south-central British Columbia and eastern Washington south to southeastern California, Nevada and northern Arizona, and east to southeastern Montana and Wyoming. Distribution of subspecies is: Perognathus parvus bullatus: (Durrant and Lee) – central and east-central Utah P. p. clarus (Goldman) – extreme southwestern Montana; southeastern Idaho; extreme north-central Utah; extreme southwestern Wyoming P. p. columbianus (Merriam) – central and southern Washington P. p. idahoensis (Goldman) – south-central Idaho P. p. laingi (Anderson) – south-central British Columbia P. p. lordi (Gray) – extreme south-central British Columbia; central and eastern Washington; northwestern Idaho P. p. mollipilosus (Coues) – south-central Oregon; north-central and northeastern California P. p. olivaceus (Merriam) – most of Nevada; eastern California; extreme southeastern Oregon; southern Idaho; western Colorado; the most widely distributed subspecies P. p. parvus (Peale) – southeastern Washington; central and eastern Oregon P. p. trumbullensis (Benson) – southern Colorado; northern Arizona P. p. yakimensis (Broadbooks) – south-central Washington The yellow-eared pocket mouse occurs on the eastern slope of the Tehachapi Mountains in Kern County, California. It is not certain whether its distribution is disjunct or joins that of P. parvus olivaceus. Plant communities The Great Basin pocket mouse occupies steppes and open, arid shrublands and woodlands. It most commonly occurs in sagebrush (Artemisia spp.), shadscale (Atriplex confertifolia), and other desert shrublands, and in pinyon-juniper (Pinus-Juniperus spp.) woodland. On the eastern slope of the Cascade Range and the Sierra Nevada, it occurs in ponderosa pine (P. ponderosa) and Jeffrey pine (P. jefferyi) woodlands. Riparian zones may have larger concentrations of Great Basin pocket mice than upland areas. Timing of major life events In late fall and winter, Great Basin pocket mice remain in their burrows in a state of torpor. They emerge from their burrows and mate in early spring. Males emerge slightly before females. In south-central Washington, Great Basin pocket mice emerged from March to April. Prebreeding enlargement of ovaries and testes begins in winter in the complete darkness of the burrow. Following emergence from the burrow, the lengthening photoperiod of spring apparently triggers final enlargement and development of gonads for breeding. Access to succulent green vegetation in spring may enhance reproductive success of females. Captive female Great Basin pocket mice from eastern Washington fed lettuce and seeds had significantly larger ovaries than control females fed only seeds. Great Basin pocket mice remain reproductively active through summer. Females produce one or two litters per year. Most first litters are delivered in May and second litters in August. Reports of average litter size have ranged from 3.9 in south-central Washington to 5.6 in Nevada. First-litter subadults first leave the natal burrow in early summer; subadults from the second litter first emerge in fall. In a 2-year study in south-central Washington, first-litter subadults first emerged in June, and second-litter subadults first emerged in October (1974) and November (1975). As it signals the beginning of the breeding season, photoperiod may often signal its end. In the laboratory, an artificial short day-long night summer photoperiod caused gonadal shrinkage in Great Basin pocket mice. A favorable diet apparently overrides this effect, however, extending the breeding season. In nature, Great Basin pocket mice remain reproductively active through fall in years of favorable plant production. Juveniles typically breed in their second year, but first-litter individuals may first reach breeding condition before winter when plant productivity is high. Great Basin pocket mice occupy open, arid terrain. They seek friable soil of a variety of textures for burrowing. Home ranges of 7,060 to 9,630 square feet (656–895 sq m) have been reported for Great Basin pocket mice in British Columbia. Males may have larger home ranges than females. Average home ranges reported from south-central Washington are 23,030 square feet (2,140 sq m) and 33,640 square feet (3,125 sq m) for adult males and 15,564 square feet (1,446 sq m) for adult females. In big sagebrush habitat on the Malheur National Wildlife Refuge, Oregon, home ranges of adult males were significantly greater (p < 0.001) than home ranges of females. Reproductively active adult males had significantly (p < 0.05) larger home ranges than adult males with unenlarged testes. In black greasewood (Sarcobatus vermiculatus) habitat, however, there were no significant differences between male and female home ranges or between home ranges of reproductive and nonreproductive adult males. Cover requirements Great Basin pocket mice are nocturnal and use burrows for daytime cover. They also use burrows during periods of winter and summer torpor. The winter burrow consists of a 3- to 6-foot- (0.9–1.8 m-) deep tunnel leading to a chamber lined with dry vegetation. The summer burrow is shallow. Except for mothers with young, the burrow is occupied by a single individual. Food habits Great Basin pocket mice consume primarily seeds, but eat some green vegetation. Prior to production of seeds, they also consume insects. Great Basin pocket mice do not use free water, they metabolize water from food. Pocket mice (Perognathus spp.) and other heteromyids are scatterhoarders, caching seeds in shallow depressions and covering the seeds with soil. The seeds are primarily those of grass species, and some preferred forb species. Indian ricegrass (Oryzopsis hymenoides), cheatgrass (Bromus tectorum), Russian-thistle (Salsola kali), antelope bitterbrush (Purshia tridentata), pigweed (Amaranthus spp.), and mustard (Brassica spp.) seeds are important Great Basin pocket mouse food items. In productive years, cheatgrass seeds formed a major portion of the diet of Great Basin pocket mice in southeastern Washington. Seeds of medusahead (Taeniatherum caput-medusae) were not used by Great Basin pocket mice in Lassen County, California, and areas with heavy medusahead invasion were avoided. Estimated seed intake of a Great Basin pocket mouse is from 4% to 10% of total body weight daily. Assuming a wholly cheatgrass diet, an individual requires 870 to 1,000 seeds per day in spring and summer, and about 750 seeds per day in fall. Estimated daily maintenance energy requirement ranges from a winter low of 2.4 kilocalories (males) and 2.6 kilocalories (females) to a high of 7.0 kilocalories (males) and 6.6 kilocalories (females) in spring. A total of about 1.8 to 2.1 ounces (50–60 g) of seed must be cached to meet the winter energy requirement. To conserve energy when food is scarce in summer, Great Basin pocket mice often enter a state of torpor that lasts a few hours. Great Basin pocket mice are fairly successful at finding buried seed caches, even those buried by other individuals. In a laboratory experiment, Great Basin pocket mice found Indian ricegrass seeds 17.5% of the time when researchers cached seeds 1.3 centimeters below ground; 42.5% of the time when seeds were cached 0.6 centimeter below ground; and 100% of the time when seeds were scattered on the soil surface. Predators Owls (Tytonidae and Strigidae), including northern saw-whet owls (Aegolius acadicus) and burrowing owls (Speotyto cunicularia) hawks (Accipitridae), coyotes (Canis latrans), foxes (Vulpes and Urocyon spp.), weasels and skunks (Mustelidae), and snakes prey on Great Basin pocket mice. References Perognathus Fauna of the Great Basin Mouse, pocket, Great Basin Mouse, pocket, Great Basin Mammals described in 1848 Least concern biota of the United States Taxonomy articles created by Polbot Taxa named by Titian Peale
The F. W. Fitch Company Historic District is a nationally recognized historic district located in Des Moines, Iowa, United States. It was listed on the National Register of Historic Places in 2013. At the time of its nomination the district consisted of five resources, including three contributing buildings, one contributing structure, and one non-contributing building. The industrial buildings were built piecemeal between 1917 and 1944 on the west side of the central business district. The main building (1917) and its addition (1929) are located on the north side of Walnut Street, and the soap plant (1929 & 1942) and the soap plant annex (1944) are located on the south sides of Walnut Street. The contributing structure is a tunnel under Walnut that was built either in 1929 or 1942. The F. W. Fitch Company, which manufactured personal care products, occupied the buildings between 1917 and 1949. They dominated much of the shampoo industry from the 1920s through the mid-1940s. They and the Carl Weeks' Armand Co., a national cosmetics and perfume manufacturer, gave the city a reputation as a leader in the United States for the personal care products industry. The country's changing grooming styles and the end of military contracts after World War II led to the company's demise. They sold all of their assets to Grove Laboratories of St. Louis in 1949. The Fitch family, however, continued to hold the title to the main building into the 1970s when Building Maintenance Services (BMS) bought it. The building housed artists and other design professionals. It was almost torn down in the early 21st century, but it was spared. Various enterprises have been housed in the soap plant and its annex. References National Register of Historic Places in Des Moines, Iowa Historic districts in Des Moines, Iowa Historic districts on the National Register of Historic Places in Iowa Industrial buildings and structures on the National Register of Historic Places in Iowa Commercial architecture in Iowa Chicago school architecture in Iowa
John Harsh (September 25, 1825 – May 10, 1906) was an American farmer and politician. Born in Warren, Ohio, Harsh settled in Milford, Jefferson County, Wisconsin, in 1850 and then moved to the town of Stockbridge, Calumet County, Wisconsin, where he had a farm, in 1852. Harsh enlisted in the Union Army during the American Civil War and was stationed in the commissary department in Saint Louis, Missouri. While in the Union Army, Harsh was stricken with typhoid fever and was sent home. He tried to reenlist in the army but was rejected because of his physical condition. During that time, Harsh served as chairman and supervisor of the Stockbridge Town Board. In 1875, Harsh served in the Wisconsin State Assembly as a Republican. In 1886, Harsh, his wife, and family moved to Oshkosh, Wisconsin. Harsh was also involved with the banking business. Harsh died at his home in Oshkosh, Wisconsin of pneumonia. Notes 1825 births 1906 deaths Politicians from Warren, Ohio People from Stockbridge, Wisconsin Politicians from Oshkosh, Wisconsin People of Wisconsin in the American Civil War Businesspeople from Wisconsin Farmers from Wisconsin Wisconsin city council members Mayors of places in Wisconsin People from Milford, Wisconsin 19th-century American politicians Republican Party members of the Wisconsin State Assembly
The Rhodesia General Service Medal was the most widely awarded military medal of Rhodesia. It was awarded to members of the security forces and British South Africa Police for service on operations undertaken for the purpose of combatting terrorists or enemy incursions into Rhodesia. Some members of INTAF were conferred the Rhodesian District Service Medal instead of the General Service Medal. Institution The medal was instituted in 1968. The medals appear to have been last issued in June 1980, although in 2002 the Zimbabwe National Army advertised their intention to dispose of 9,000 unclaimed medals, and invited recipients to claim them. Medal The medal was struck in cupro-nickel by Matthews Manufacturing of Bulawayo, and bore a relief portrait of Cecil Rhodes on the obverse and the arms of Rhodesia on the reverse. The ribbon of the medal represented the British South Africa Police (central stripes of Oxford blue and old gold); the Rhodesian Army (guardsman red) and the Rhodesian Air Force (Cambridge blue). The medal was impressed in small capitals with the recipient's name, rank and service number on the rim. Recipients "Tens of thousands" of Rhodesian General Service Medals were issued. Awards were not gazetted, and no full roll of recipients has ever been published. It was known familiarly as the "First Street Medal" (after the main street in the capital city) as it was so widely awarded. Zimbabwe The General Service Medal was superseded in 1982 by the Zimbabwe Service Medal, which is awarded to members or former members of the armed forces of Zimbabwe on completion of ten years' service. References External links Orders, Medals and Decorations of Zimbabwe Saffery, D., 2006. The Rhodesia Medal Roll, Jeppestown Press, United Kingdom. Flame Lily Foundation announcement regarding unclaimed medals Guide to Rhodesian General Service Medals Military awards and decorations of Rhodesia
St Stephen's Girls' College (SSGC) () is a grant school in Hong Kong under the Hong Kong Sheng Kung Hui (Anglican Church). Established in 1906, SSGC is a top girls' school and among the oldest schools in Hong Kong. It is managed by the St. Stephen's Girls' College School Council. History The school first opened in 1906. The first principal was Miss Carden. Originally on Caine Road, the school moved to its current location at Lyttelton Road, Mid-Levels, in 1923. It has a history of voluntary social service and involvement in charitable work going back to 1920. In 2001, the school was one of a group of "traditional élite schools" criticised by the then Secretary of Education and Manpower Fanny Law for what she saw as reliance on rote teaching. Staff from the school defended it. School buildings The Main Building of St. Stephen's Girls' College has been listed as a declared monuments of Hong Kong since 1992. Notable alumni Rita Fan Regina Ip Ellen Li Sandra Ng Winnie Yu Xian Yuqing References Further reading Change and Continuity: a history of St. Stephen's Girls' College, Hong Kong, 1906-1996, by Kathleen E Barker (Chinese University Press, 1996) External links St. Stephen's Girls' College website Protestant secondary schools in Hong Kong Girls' schools in Hong Kong Educational institutions established in 1906 Anglican schools in Hong Kong Declared monuments of Hong Kong Sai Ying Pun 1906 establishments in Hong Kong
HQ Bank was a Swedish finance and banking corporation founded by Sven Hagströmer and Mats Qviberg (the last names of which form the H and the Q of the bank's name). It began operations in 2006. Due to unmanageable risk and losses its banking licence was revoked in 2010, the bank's crash caused the loss of several billion SEK and is one of the largest banking crashing in Sweden. Several board members were prosecuted for fraud but were acquitted. History Sven Hagströmer started a finance company in 1981, which became Hagströmer & Qviberg in 1989 when Mats Qviberg joined the company as a partner to Hagströmer. Patrik Enblad was the chief executive officer of the company and Mats Qviberg was chairman of the board of directors. Crash In early 2010, HQ Bank closed down its trading activities, and realised a loss of 1.23 billion SEK in its trading portfolio. Losses were primarily related to the bank's derivatives trading, and since they vastly exceeded the bank's estimate of their portfolio's market risk (33 million SEK as of March 2010), this caught the attention of the Financial Supervisory Authority. On 28 August 2010, the Financial Supervisory Authority in Sweden revoked HQ's banking licence, citing “major deficiencies” in trading operations, and applied to the Stockholm district court to have the bank to be forced into liquidation. In September 2010, Carnegie Investment Bank bought HQ Bank for 268 million SEK. Several board members were prosecuted for fraud, but were acquitted and found not to have intentionally reported false values. The company was given a SEK 480,000 penalty for accounting violations. HQ Bank filed for bankruptcy in December 2017 as it was unable to pay the SEK 240 million in legal fees for board members. References External links Hagströmer & Qviberg subscribes to new ReadSoft stocks, as specified in contract from 2001 IFS signs market-maker agreement with Hagströmer & Qviberg Defunct banks of Sweden Investment banks Companies based in Stockholm Accounting scandals
Nathan Ssewaali or sometimes spelt Nathan Ssewaali is a Ugandan writer and author based in Canada. Biography Born in Kampala, Ssewaali obtained a Bachelor of Information Science and Library degree from Makerere University, and a postgraduate diploma in infant and child mental health. His first poetry book, Lola and The Emotions Carousel, was launched in 2022. In 2022, Ssewaali was part of the authors invited to grace the event of The Toronto International Festival of Authors took place in September 2022 in Toronto, Canada. Family Ssewaali lives in Toronto with his family since 2017. Publications writing Lola and The Emotions Carousel Other considerations In January, 2021 he started music production as a producer in Canada. References External references Official website nathan ssewaali Author Nathan Ssewaali aka Nathan Ssewa drops his first beats - Nathan Ssewaali launches his first mental health children's book Living people Ugandan writers People from Kampala District Makerere University alumni Ugandan male short story writers Ugandan short story writers 21st-century Ugandan poets Ganda people Ugandan male poets 21st-century short story writers Ugandan novelists 21st-century male writers Year of birth missing (living people)
Bulletin of the Russian Academy of Sciences: Physics is a translation of the Russian peer-reviewed scientific journal Известия РАН. Серия физическая (Izvestiya Rossiiskoi Akademii Nauk, Seriya Fizicheskaya) that was established in 1936 as the Bulletin of the Academy of Sciences of USSR: Physics Series, obtaining its current title in 1992. The journal publishes exclusively the transactions of various Russian Academy of Sciences events in the field of physics in its widest sense. Previous editors-in-chief included Sergey Ivanovich Vavilov, Abram Ioffe, A.A. Lebedev, B.S. Djelepov, A.V. Gaponov-Grekhov, and F.V. Bunkin. The current editor-in-chief is Dmitry R. Khokhlov (Lomonosov Moscow State University). Originally the journal was translated into French, switching to English in 1974. Until 2008 it was published by Allerton Press and since then by Pleiades Publishing in collaboration with Springer Science+Business Media. Abstracting and indexing The journal is abstracted and indexed in: Astrophysics Data System Chemical Abstracts Service EBSCO databases Ei Compendex Inspec ProQuest databases Scopus Zentralblatt Math References External links Physics journals English-language journals Russian Academy of Sciences academic journals Academic journals established in 1936 Monthly journals
Sir Edward William Brabrook (10 April 1839 – 20 March 1930) was an English civil servant, author, and anthropologist with a special interest in folklore. He was a member of the Folklore Society and a fellow of Society of Antiquaries of London and was awarded the silver Guy Medal in 1909. Born in 1839 in London, Brabrook was a lawyer by training and became the senior registrar of friendly societies. He wrote extensively on the law relating to working-class self-help institutions, promoting legal guides for industrial and provident (co-operative) societies, trade unions, and savings banks. He was appointed a Companion of the Order of the Bath in the 1897 Diamond Jubilee Honours. His works included a proposal for an "Ethnographic Survey of the United Kingdom" put to the British Association for the Advancement of Science, coordinating activities of the Folklore Society, Anthropological Institute and Society of Antiquaries. He was president of the Anthropological Institute in 1895–1897; and president of the London and Middlesex Archaeological Society from 1910 to 1930. He died in 1930 in Wallington, Surrey and was buried at West Norwood Cemetery. Bibliography References External links 1839 births 1930 deaths Companions of the Order of the Bath English antiquarians English eugenicists English anthropologists Fellows of the Society of Antiquaries of London Fellows of the Royal Anthropological Institute of Great Britain and Ireland Burials at West Norwood Cemetery Presidents of the Royal Anthropological Institute of Great Britain and Ireland Presidents of the Folklore Society
Storer College was a historically black college in Harpers Ferry, West Virginia, that operated from 1867 to 1955. A national icon for black Americans, in the town where the 'end of American slavery began', as Frederick Douglass famously put it, it was a unique institution whose focus changed several times. There is no one category of college into which it fits neatly. Sometimes white students studied alongside black students, which at the time was prohibited by law at state-supported schools in West Virginia and the other Southern states, and sometimes in the North. In the twentieth century, Storer was at the center of the growing protest movement against Jim Crow treatment that would lead to the NAACP and the Civil Rights Movement. The first American meeting of the predecessor of the NAACP, the Niagara Movement, was held at Storer in 1906. John Brown's Fort, a symbol of the end of slavery in the United States, was located from 1909 until 1968 on the Storer campus, where it was used as the college museum. The Storer campus is now part of Harpers Ferry National Historical Park. Location "The locality is eminently healthful, and one of the most beautiful that can be imagined." According to an article in the Journal of Negro Education: History Founding Storer began in 1865 as a one-room elementary school, sponsored by New England Free Baptists and the Freedmen's Bureau. Its first class was 19 formerly enslaved children, described as "poorly clad, ill-kept, and undisciplined", who desperately needed the basic skills of reading, writing, and arithmetic. At a conference in 2015 honoring the 150th anniversary of Storer College, John Cuthbert, head of the West Virginia & Regional History Center, observed: Once slavery was ended in the United States and the education of blacks was no longer prohibited, there was a "wild rush for the schools". A $10,000 matching grant from John Storer, a philanthropist from Maine, led to the charter of "a school which might eventually become a College, to be in located in one of the Southern States, at which youth could be educated without distinction of race or color". Though called a college from the beginning, it was a normal school until into the twentieth century, providing high school-level instruction to future primary school teachers. It also is not "historically black" in the usual sense. The student body was overwhelmingly black, and in the 1910 advertisement reproduced at right it describes itself as "for Colored students", but there were some white students. It was also ahead of its time in that it accepted both male and female students, which then was unusual. The Free Baptists called Storer their greatest success. The U.S. Congress turned over to it four buildings that had been used for housing at the former Harpers Ferry National Armory. The school gradually expanded its offerings, adding a traditional or "collegiate" high school, an industrial division, then junior college classes, and finally four-year programs. The College built additional buildings. Until 1891, when the state West Virginia Colored Institute opened, it was the only college in West Virginia that accepted non-white students. The choice of Harpers Ferry In 1865, as a representative of New England's Freewill Baptist Home Mission Society, charged with coordinating their instructional efforts in the Shenandoah Valley and surrounding areas, Reverend Nathan Cook Brackett chose centrally-located Harpers Ferry as his base. The Federal Arsenal at Harpers Ferry, on low ground adjoining the rail line and the Potomac, was destroyed during the Civil War and was never rebuilt, and the lower town was in poor condition. However, a sturdy and almost vacant building on higher ground was available; it was known as Lockwood House for a Union general who had stayed there briefly. Brackett installed his family. Under him were four different schools, in different communities. One was conducted by him and his family in Lockwood House, which was to become Storer College's first building. They taught reading, writing, and arithmetic to the children of former slaves and sometimes to their parents. Parents and children sometimes took the same class together, "but the rising generation so far outstripped their ancestors that the old folks became ashamed of themselves, and gave it up." From this beginning as a one-room school for freedmen, Storer developed slowly into a normal school, an academic (college prep) school, then a two-year college, and finally a full-fledged, degree-granting four-year college open to all. Former slaves came to Storer as they were eager to learn to read and write, to help them make their way in a new world of free labor. Some wanted to learn new skills and leave the agricultural fields where most had worked. The founding of the school was related to a larger national effort by Northern philanthropic organizations and the government's Freedmen's Bureau to set up schools in order to educate the millions of enslaved African Americans freed by the Thirteenth Amendment to the United States Constitution. From Harpers Ferry, Reverend Brackett directed the efforts of dedicated missionary teachers, who provided a basic education to thousands of former slaves congregated in the relatively safe haven of the Shenandoah Valley by the end of the American Civil War. Charter Dedicated as they were, these few teachers could not begin to meet the educational needs of the freedmen in the area. Across the South, education of freedmen was an urgent priority within their communities. By 1867, some 16 teachers struggled to educate 2,500 students in the Shenandoah Valley. Reverend Brackett realized that he needed to train African-American teachers. In 1867, Reverend Brackett's school came to the notice of John Storer, a philanthropist, who like Brackett was from Maine. At the suggestion of Oren B. Cheney, founder and president of Bates College, a Free Will Baptist school in Maine, Storer offered a $10,000 grant to the Free Will Baptists for "a school which might eventually become a College, to be in located in one of the Southern States, at which youth could be educated without distinction of race or color", if the Freewill Baptists matched his $10,000 donation. His heirs later added $1,000 for a library. The money was raised, and by March 1868 Storer received its state charter, which was approved in the Legislature by a vote of 13–6, though the phrase "without distinction of race or color" was fiercely debated. At the same time the institution was authorized to operate as a normal school, training teachers for the "colored schools". "Storer College, Normal Department" opened its doors in October of that year. It was sometimes referred to informally as Storer Normal School. According to its Trustees, in 1870: Brackett was principal of the school until 1896. He remained Storer's Treasurer and member of the Executive Committee of the Board of Trustees until his death in 1910. Armory buildings and land According to a bill signed by President Andrew Johnson on December 15, 1868, the U.S. Government donated to the new Storer College the buildings which became the core of its campus, including the building where Brackett had been teaching his classes. These were four sturdy but vacant buildings—Lockwood House, Brackett House, Morrell House, and the original Anthony Hall—built as housing for workers and managers at the Armory. The College also received the land these buildings were on, which became its campus. The College was dedicated on December 22, 1869. The "College" of Storer College When founded and for most of its existence, Storer did not offer what in the 21st century would be deemed a college education or college credits. Numerous other colleges, such as Tougaloo College, New-York Central College, West Virginia Wesleyan College, and Oberlin College, also offered instruction at a pre-college level. They were running in essence college-preparatory schools; in the 19th century, in many areas there were no schools preparing students for college. Even in the 20th century, most "junior colleges for Negroes" delivered primarily high-school-level instruction. At the time, credentials as understood today (2021)—college degrees, for example—were much less important, and the line between college and pre-college instruction was often blurry. Just as today with upper undergraduate and graduate students in the U.S., pre-college and college students might be in the same classroom, taking the same course at the same time, but at a different level of instruction. Medical schools, in the nineteenth century, did not require as prerequisite a college education as understood today (2021). Neither did teaching: normal schools to train teachers for public elementary schools offered high school level instruction. "I studied at X College" did not necessarily mean, then, that the person had received a college education. No one saw this as a problem, as a college education was much less important, and somewhat unusual. Having studied at the "prep school" gave some of the intellectual benefits and prestige of studying at the college. Storer was the first school for blacks, ex-slaves or freeborn, in the new state of West Virginia, that was more than a one-room, one-teacher, "ungraded" operation (and there weren't many of those either). There was nothing similar, at least nearby, in any neighboring state. While training elementary school teachers in the normal school, there were also lots of illiterate adult students for the student teachers to instruct. Storer College spent much of its early years teaching reading, writing, and arithmetic, as almost no one else in the state was providing this instruction to blacks. Storer's Preparatory Division was preparing students for the Normal School, which required literacy. No one saw this as a problem; it was what the West Virginia Legislature expected when they chartered Storer College, described as "a high school for negroes" by a hostile newspaper. No one else in West Virginia was educating those students until the foundation in 1891 of the West Virginia Colored Institute, today West Virginia State University, and in 1895 of the Bluefield Colored Institute, today Bluefield State University. (They are in 2021 the universities in West Virginia with the lowest black enrollment.) They certainly were not welcome at the segregated state normal school, Shepherd College, founded in 1871 in nearby Shepherdstown, West Virginia. In 1938 Storer began offering a curriculum that would lead to a four-year college degree. Storer College, Jefferson County, and West Virginia In 1867, that the charter of Storer should say "without distinction of race or color" was "fiercely debated" in the Legislature, and approval of the charter was delayed until March 1868. In 1881 the Legislature directed that the state finance the education of 17 prospective "colored" teachers, justifying this number as being equivalent, relative to West Virginia's colored population at the time, to the ratio of white prospective teachers supported by the state compared to its white population. Finances of the college The school charged only minimal tuition, $3 per quarter, or $20 for five years. Rooms were only $3 per quarter, so the students' main expense was for their board, estimated at $2–$3 per week. By 1881, the school had already passed through "severe financial embarrassments". Support of the College was the largest single endeavor of the Free Baptists, to which they were "thoroughly committed". In 1867, in addition to chartering it, the West Virginia Legislature appropriated $10,000 (). This was the first appropriation in the state for the education of Negroes above the elementary level. From 1882 to 1892, Storer received $630 from the State of West Virginia, to provide "industrial-type training for Negroes". In 1903, President McDonald referred to the state's "small biennial appropriation" for the same purpose. In 1911–1912, the American Baptist Home Mission Society, which "as a result of doctrinal conflicts" absorbed the Free Baptists in 1911, contributed $1,350 to salaries, and in 1912–1913 was budgeted to contribute $2,750, and for 1913–1914 and 1914–1915, $3,000 each year. In addition, Storer was to receive $1,785 from the sale of Manning Bible School (Cairo, Illinois) property, In 1926, the Legislature appropriated $6,000, which did not even cover half the faculty and administrative salaries. The Free Will Baptist–Home Mission Society, which quashed a fundraising drive, saying they were overextended, contributed $3,000. The Women's Baptist Home Mission Society contributed $3,000, to be used on programs that served women. In 1925 the income from these three main sources totaled $12,096, while expenditures totalled $49,291. "Boarding fees, tuition, and income from the school's farming enterprises, property investments, and donations made up the remainder." In 1932, the West Virginia Legislature reduced its support from $17,500 to $12,000. Local hostility Raising $10,000 turned out to be easy compared to facing local resistance by whites to a "colored school." The Freewill Baptists' other mission school, resembling that in Harpers Ferry, in Beaufort, North Carolina, was abandoned after one year due to "lingering Confederate sympathizers". Storer's predecessor in Jefferson County, a school staffed by "Miss Mann", a niece of the educator Horace Mann, in neighboring Bolivar, only lasted one year because of "militant race prejudice". The town of Harpers Ferry had already rejected a proposal to use Lockwood House "for a school for colored children". Storer's charter aroused intense and violent opposition, and passed by one vote. Residents of Harpers Ferry tried everything from slander and vandalism to pulling political strings in their efforts to shut down the school. They petitioned the Legislature to have Storer's charter revoked. One teacher wrote, "it is unusual for me to go to the Post Office without being hooted at, and twice I have been stoned on the streets at noonday." Threats by the Ku Klux Klan in the first years caused the faculty and students to carry arms while walking outside. In 1923 the Klan marched past the college. At one point lady teachers required a military escort. These efforts did not succeed in closing Storer, and eventually, local attitudes changed. In 1891, "the inhabitants of Harper's Ferry hold a true interest and even a pride in the college. Some of its old opponents are now numbered among its most devoted friends. And no person in the community is held in higher honor or greater esteem than Mr. Brackett, once of all men the most hated and despised." However, in 1896 the college ceased renting rooms in the summer to black vacationers, because of local opposition. It continued accommodating white vacationers. The decision was much criticized by students and alumni. The citizens of Harpers Ferry did not like having John Brown's Fort in their town or the black tourists it attracted, and were happy it was moved to Chicago. They were quite unhappy at its return and then move to the Storer campus. In 1944 Storer's first black president, Richard Ishmael McKinney, was welcomed with a burning cross on his lawn. Benevolent paternalism Some modern scholars view Storer as a reconstructed plantation. Students were taught that they should efface themselves. The school had at one point a Modern Minstrel Company, which performed "Plantation Songs and Melodies” and renditions of numbers like “If the Man in the Moon Was a Coon". President Nathan Brackett said that the school’s “humble and illiterate” students "generally show a desire to work and submit to wholesome discipline.” To instill moral character, students were obliged to “march in military columns” between classes, were not permitted to “jump, dance, or scuffle” inside campus buildlngs or go on “pleasure excursions, rides, or walks in mixed company.” Other rules deterred students from socializing in town or mingling with townspeople. Students did most campus labor, cooking meals, cleaning buildings, maintaining the campus, and caring for the animals on the school farm. NAACP not permitted to post plaque on Fort Paternalism is particularly linked with Storer's second president, Henry T. McDonald, who tried to smooth over the growing ideological divide between the college and the town. The biggest single such incident was McDonald's full participation in a controversial ceremony, the 1931 dedication of the Heyward Shepherd monument. The monument was the project of the United Daughters of the Confederacy and the Sons of Confederate Veterans, and was intended to support their claim that the enslaved in the South did not desire freedom, and did not support John Brown. McDonald, in his capacity as the president of Storer, made introductory remarks. Two attacks on John Brown then followed; Heyward Shepherd allegedly showed that Brown was wrong and the slaves didn't want freedom. In a dramatic moment, the Storer musical director then praised Brown. McDonald was much criticized in the black press. One newspaper called the college a failure, and asked African Americans to ostracize the college. The Afro-American called for his resignation. In 1932, Max Berber, a founder of the NAACP, presided over the unveiling of a tablet honoring John Brown at the college and referred to Brown as an initiator of the civil rights group. W.E.B. Du Bois had prepared a new plaque in response to the Hayward Shepherd monument, but McDonald, backed by the trustees, refused to allow the NAACP to place this plaque on a wall of the Fort. The plaque was not erected until 2006. Rather than attaching it to the Fort at its present location, as originally planned, by request from the black community the Park Service located it on the former Storer campus, at the Fort's former location. Storer graduates In 1895, the 20 "free schools" in Jefferson County were all taught by Storer graduates. Storer graduates were also found "in other important schools all over the state", and from Maryland in the northeast to Texas in the southwest. An icon for African Americans During the 88 years it existed, Storer had a great symbolic importance to American blacks. Storer and Harpers Ferry were in fact a black destination. Many black tourists came to Harpers Ferry; there was a hotel catering to them, the Hilltop House, built and managed by a black Storer graduate, Thomas Lovett. In the summer, Storer rented dormitory rooms to tourists and summer boarders, and the Baltimore and Ohio Railroad ran excursion trains from Baltimore and Washington. Frederick Douglass's speech, 1881 Storer College was a site of various important events in West Virginia and national African-American history. In 1881, the noted abolitionist Frederick Douglass, who had escaped slavery as a young man in the antebellum years and become a noted orator, and who was on Storer's Board of Trustees, delivered his famous speech on abolitionist John Brown at Storer College. His intent was to raise funds for an endowed John Brown professorship, to be held by a black man. (It never materialized.) There was a "large gathering of people" from Maryland, Virginia, the District of Columbia, and some from as far as New England. They attended a ceremonial laying of the cornerstone for Anthony Hall. National League of Colored Women visit, 1896 In July 1896, the first national convention of the National League of Colored Women, meeting in Washington, D.C., visited Harpers Ferry, the John Brown Fort, and the college. They passed a resolution condemning "the authorities of Storer College for preventng those who have contributed for thesupport of Lincoln Hall from using the latter during the present summer, as has been the custom heretofore." Niagara Movement conference, 1906 The Niagara Movement, predecessor of the NAACP, is closely linked to Storer. Formed by a group of leading African-American intellectuals, the Niagara Movement planned a campaign to eliminate discrimination based on race. The movement's leader, W. E. B. Du Bois, a sociologist with a PhD, rejected the prevalent theory of "accommodation", as opposed to social equality, promoted by Booker T. Washington, President of the Tuskegee Institute. The program for its first meeting, celebrated in Fort Erie, Ontario, for fear of disruptions in Buffalo, New York, was typed on the back of Storer letterhead. The Movement's second conference, the first in the U.S., was held at Storer in 1906. Attendees walked to John Brown's Fort, which shortly thereafter was moved to the campus. The 1907 meeting would also have been held at Storer, but the school's white administrators would not permit it, because of pressures placed on them. The Niagara Movement published an annual "Address to the World", demanding voting rights (the mass of African Americans in the South had been essentially disenfranchised by the turn of the century), educational and economic opportunities, justice in the courts, and recognition in unions and the military. Many conservative African-American and white leaders became alienated by their approach, which eroded potential political support. During the 1906 conference, Storer staff expressed discomfort with the group's militancy, and dismay at their tendency to consider even progressive whites as the enemy. By 1910, five years after it was formed, the Niagara Movement was dissolved. While it did not produce material gains in the civil rights arena, its leaders had announced their intention to pursue full civil rights, thereby laying a valuable foundation for the development of a more broad-based push for equality. The National Association for the Advancement of Colored People (NAACP) was formed in New York City in 1910 with an interracial board, and many of the members of the failing Niagara Movement quickly joined it. The NAACP had many of the same goals of the Niagara Movement; it also pursued a concentrated program of litigation campaigns in the effort to overturn of barriers to voter registration and voting, end state and local jurisdictions' segregation of housing, gain integrated public transportation and other facilities, seek integrated public education, achieve fair jury trials for blacks, and similar goals. John Brown's Fort, 1909 John Brown's Fort, the firehouse at the former Harpers Ferry Armory, was moved to the Storer campus in 1909, where it housed the college museum. In 1968, after closure of the college and establishment of the Harpers Ferry National Historical Park, the National Park Service moved it back to as close to its original location as possible at the time. Four-year college degrees In 1938, under the leadership of school president Henry T. McDonald, Storer became a four-year college. The last new building was completed in 1939-1940. Enrollment peaked at around 400, as Storer and other colleges had struggled during the privations of the Great Depression. The number of students dipped lower with the high rate of participation by young men in World War II. The college had received some financial support from the state of West Virginia, as it helped educate blacks, who were limited to segregated schools and colleges. Although the school granted four-year degrees, it never received regional accreditation; it never applied. As a result, it was forced to turn away some students. Those who wanted to be doctors, for example, were not admitted. The college was unable to fund the laboratories and other scientific equipment necessary for a pre-med degree. Closure of the college It is commonly said that Storer closed because state funding ended after the 1954 Brown v. Board of Education ruling found segregated public schools to be unconstitutional. There is a kernel of truth to it, but it was but the last of a long series of financial problems. In the first place, Storer College charged no tuition. Its main funding came from the Freewill Baptists. The state of West Virginia helped off and on, but refused to fully fund Storer, or turn it into a state college, because it was religiously affiliated, and because the Constitution of West Virginia prohibited the joint study of black and white students in publicly-supported schools. Storer was a New England project, or a black project, but it was not a West Virginia project. From a West Virginian point of view, Storer's remote location was terrible. The College Trustees chose to retain the religious affiliation and to keep the school open to all. State money then went to fund the new West Virginia Colored Institute (1891) and Bluefield Colored Institute (1895), which were more centrally located and served students that might have attended Storer. Providing four-year college educations was much more expensive than training primary school teachers. In fact it was beyond the resources of the Freewill Baptists, whose support for the college depended on such things as children's Sunday School contributions. Storer never achieved regional accreditation, and its new (1936) three-year pre-med degrees were not accepted at medical schools. Accreditation required a $100,000 endowment, and Storer had only $20,000. The library and gymnasium were outdated. At the same time, Storer did not have the support of the local community. The hostility from the white community, most of whom wished Brown had never heard of Harper's Ferry, and some of whom made no secret of what they thought of a "nigger college", led to some management decisions that sapped the College's support internally. The College had to sell land to meet expenses. With no state money coming ever again, or so they expected, there was no way to survive. So it closed in 1955. The college's former campus and buildings were returned to federal control, specifically to the National Park Service (NPS), authorized in a 1962 appropriation, as part of what was then Harpers Ferry National Monument and is now the Harpers Ferry National Historical Park. It is currently (2021) one of NPS's four regional training centers. In 1954, the NAACP achieved a victory with the US Supreme Court decision in the Brown v. Board of Education case, which declared racial segregation in public schools to be unconstitutional. "The West Virginia Legislature withdrew its annual appropriation from Storer because of the Supreme Court ruling outlawing segregation in public schools, and the resultant policy of integration in state schools. The Legislature [described as "unsympathetic"] said the appropriation was intended to finance studies by Negro students at Storer but is now unnecessary because Negroes now are eligible to enroll at other state colleges. The enrollment at Storer has been exclusively Negro." The state appropriation was $20,000. In its final year, the College had 88 students. Storer had been accumulating debt for a decade, and could not survive without the state appropriation. In June 1955, Storer College closed its doors forever. Education at Storer Understanding that former slaves needed to learn more than the three Rs to function in society, Storer founders intended to provide more than a basic education. According to the first college catalog, students were to "receive counsel and sympathy, learn what constitutes correct living, and become qualified for the performance of the great work of life." In its early years, in the press to expand literacy among the freedmen and their children, Storer taught freedmen to read, write, spell, do sums, and to go back into their communities to teach others these lessons. Storer believed that "morality" went hand in hand with education; for admission, students had to "give satisfactory evidence of a good moral character." Storer remained primarily a teachers college, but added courses in higher education as well as industrial training. Students graduated with a "normal degree," for teaching elementary school students, or an academic degree, for those going on to college. Buildings were constructed through the 1930s, with Permelia Eastman Cook Hall, a handsome grey stone building, completed 1939-1940. In 1911, the West Virginia Legislature struck Storer from its list of accredited normal programs, meaning its graduates could not receive teaching certificates, because "the curriculum did not adequately include enough professional training." In 1921 Storer was granted junior collegiate status, although it did not award Associate degrees until 1937, and in 1945, senior status. The state accredited its education programs. Industrial education Starting in the 1880s, Storer started offering vocational and industrial courses; in 1897 the trustees made industrial education a course of study; there were 137 students that year. This formalization of manual labor at Storer corresponded with a widespread movement in the South that was predicated upon white supremacists['] notions of black inferiority. ...Manual labor made African Americans fit for citizenship by instilling Christian values and moral character." The school eventually required all normal students to take industrial courses, so that by 1904 it was training more tradespeople than teachers. Henry T. McDonald, also white, in 1899 became Storer's second president. He strongly advocated manual-labor education, overseeing major aspects of the school’s transition. Faculty The Storer College Alumni Association has published on its Web site a list of all the faculty and other employees. In 1871 the faculty was the following: N. C. Brackett, Principal (arithmetic, philosophy, and political economy) A. H. Morrell (Bible history and vocal music) Lura E. Brackett, Preceptress (English grammar, algebra, and botany) (sister of N. C. Brackett) Louise Wood Brackett (Latin and drawing) (wife of N. C. Brackett) Lizzie Morell (instrumental music) Plus various substitutes, assistants, and a matron. Hamilton Hatter, an African American from Jefferson County, first studied at Storer, then received a bachelor's degree from Bates College in 1888 (where he ran a sawmill). He then joined the faculty of Storer, establishing the Industrial Department, teaching carpentry as well as Greek, Latin, and mathematics. Hatter left in 1896 to become the first principal of Bluefield Colored Institute. He was a trustee of Storer from 1891 until 1906. The Bracketts' daughters, Mary Brackett Robertson and Celeste Brackett Newcomer, both taught at the school. In 1899, the President, the first to be given that title, was Henry F. McDonald. At that time there were 7 full-time and 4 part-time teachers, no courses beyond the high school level, an outdated library, inadequate science labs and equipment, and buildings in desperate need of essential repairs. During the 1911–1912 academic year, Storer had a faculty of 19: 6 male and 13 female, 10 white and 9 "Negro". In 1917, the College, "now industrial and normal in character", had about 150 students, and "the faculty is entirely white." In 1931-32, of the 11 faculty members reported, 5 had a master's degree, and 6 a bachelor's degree. Richard I. McKinney became Storer's first African-American president in 1944, with the goal of making Storer "a noteworthy four-year institution". He was the College's first employee with a Ph.D. (from Yale). The community welcomed him with a burning cross on his front lawn. Under him, Storer hired additional black faculty; some white faculty had a problem with this. Tensions became worse because McKinney worked to strengthen the College's ties to Africa, including inviting alumnus Nnamdi Azikiwe, President of Nigeria, as commencement speaker in 1947. Financial solvency was not achieved, and there were tensions with the paternalistic white Board of Directors. McKinney tendered his resignation in 1949, but it was not accepted until the following year, when "the board was...eager to rid Storer of McKinney". Enrollment Over the first forty years of the college, enrollment averaged 176. However, it varied dramatically with the season. For example, in 1873–74, there were 80 fall term students, 167 in the winter term, and for the summer, 124. The first 8 graduates of the Storer Normal School graduated in 1872. In 1874, a writer observed that the demand for these "colored teachers...is far beyond the capacity of the college with its present means and endowments to supply." By 1877 there were 100 former students teaching, of which 37 were graduates, and many of the remainder returned termittently to complete their education. That year a semi-annual, week-long teachers' institute was inaugurated. The first graduates of the Academic Department were in 1880. In 1871 there were 203 enrollees. Counting those still students, Academic Department, 42 students; Normal Department, 174 students; Preparatory Division, 101 students. As of that date there had been 285 different students enrolled. The same year, the Spirit of Jefferson newspaper reported "more than 150...of all ages and sexes, and...all shades and colors." In 1875, there were 285. In 1881, a report of the Free-Will Baptists indicates that at Storer there were 200 enrolled students, 62 graduates, level unspecified, and the total number who had enrolled at some time was 800. The report also says that the College had "sent out" over 200 teachers and 25 preachers. In 1882–84 there were 63 enrolled in the three-year normal school training. In its first 20 years, the school trained hundreds of teachers from West Virginia, Ohio, Maryland, and Pennsylvania. In 1895 there were 250 graduates of the Normal Department. In 1901 there were 49 male and 73 female students. In 1931 there were 130 students, 52 at the junior college level and 78 at the high school level. Over its 90-year history, about 7,000 students enrolled. The Storer College Alumni Association has a 70-page list on its web site. As of the later 19th century students came from 14 states and 4 foreign countries. Curriculum Storer's first program was the normal program, preparing teachers. In 1872 Storer started its first academic, four-year department, the Seminary Course [high school]; it taught classics, including Latin, Greek, and Shakespeare, along with astronomy, algebra, geometry, and botany. This program, which graduated twenty-five students, languished after 1896. An industrial department teaching woodworking, printing, and blacksmithing was added in 1886. Domestic science became required for females in 1893, and girls were required to sew their own graduation gowns. A separate department of Biblical Literature emerged in 1895. Starting in 1899, when Storer's second president started, for graduation students had to complete these assigned readings: Political philosopher Edmund Burke, who supported the American Revolution. Abolitionist American writer Noah Webster. English Romantic poet William Wordsworth. American poet Henry Wadsworth Longfellow. American writer Washington Irving. English novelist and abolitionist George Eliot (pseudonym of Mary Ann Evans). The abolitionist American poet John Greenleaf Whittier. Shakespeare. Student life From the outset and as late as 1887, students "of any state of advancement", who could "give satisfactory evidence of good moral character", were admitted on any day of the session, and placed by examination. According to Storer's first catalogue (1869), students were to "receive counsel and sympathy, learn what constitutes correct living, and become qualified for the great work of life". Every student was required to have a Bible and to attend chapel, Sunday school, 9 AM prayer, and daily 15-minute assemblies. Students were allowed to attend intermittently, depending on personal responsibility and finances. By 1889 a minimum age of thirteen was set, in 1909 raised to fourteen. Students at Storer were subject to many other rules. Class attendance was mandatory, as was an hour's study before class each morning. Students were not allowed to drop or change classes. Students could not "loiter" on campus, and they were forbidden from leaving the campus during the week, and on weekends were to avoid dances and "walks in mixed company". Women students were not allowed out after dark, could not be seen alone in the company of a man, and required an escort when going to the train station. Buildings Storer's facilities were described as "bare bones". For example, there was no hot water in the men's dormitory in 1947. Original buildings Buildings still standing in 2022 are marked in bold. Four Armory buildings. With the support of Senator and future President James Garfield, who had studied in a Free Will Baptist school, in 1869 Congress turned over to the War Department, who turned over to the Freedmen's Bureau, and then to Storer, four surviving buildings at Camp Hill, all built by the federal government as housing for Armory employees. They were "dilapidated" after Civil War damage. Additional land was purchased. Lockwood House, described as "one of the finest residences in Harpers Ferry", was built in 1847–48 as quarters for the Armory paymaster. It became a Clayton Hospital, a military hospital, in 1862, and later became the headquarters of Union General Henry Hayes Lockwood, who lived there only three months. Subsequently it was used by Major General Philip H. Sheridan. Nathan Brackett set up his first school in 1865, he personally teaching a roomful of illiterate freedmen to read. There was a hole in the roof from a shell and windows missing, and the second floor could not be used until it was repaired. In 1867 Brackett opened the "Storer Normal School in this building. By 1869 the classroom and chapel had been relocated to Anthony House, and Lockwood became primarily a dormitory. In the summer rooms were rented out, to raise money. In 1883 a third floor with a girls' dormitory was added. in 1941 it became a faculty apartment building. However, it fell into disuse and when the College closed in 1955 was in "considerable disrepair". The original Brackett House, built in 1858, was formerly the superintendent's clerks' quarters. In 1880, it was occupied by principal Brackett, his family of 6, 3 servants, and 13 female students. A new girls' dormitory was built. After this building was destroyed by fire, a replacement building was buil in 1909–10. It was first called New Lincoln Hall and then renamed for Brackett in 1938. This building was demolished in 1962. In 1995 a Park Service building occupies the site. Morell House was built in 1858, and was formerly the paymaster's clerk's quarters. It is named for Alexander H. Morrell, who was a Free Will Baptist preacher sent to Harpers Ferry by the church to help in the education of freemen. In 1870, Reverend Morell and his wife had 20 to 27 girls boarding with them. In 1995 it held the office of the Superintendent of Harpers Ferry National Historic Park, and other administrative offices. The north wing of Anthony House, later Anthony Memorial Hall, was the Armory superintendent's quarters. President Lincoln spent the night of October 2, 1862, at Anthony House; Lincoln was visiting General George McClellan, in Maryland. In 1870 the school and mission headquarters were moved here from Lockwood House. Deacon Lewis W. Anthony donated $5,000 () for a large new addition, containing the main library, music rooms, a lecture hall, and administrative offices, for which reason the building was dedicated to him. The building had a chapel (plus an "old chapel"), lecture rooms, library, and quarters for the principal's family. On May 30, 1881, the day preceding the laying of the cornerstones of the two new annexes, Frederick Douglass gave his famous John Brown address. In 1882, a visitor noted that in the chapel, behind the pulpit, a large portrait of John Brown held the "place of honor", accompanied by portraits of abolitionist senator Charles Sumner, Abraham Lincoln, and "General Garfield". It was rehabilitated by the NPS in 1963, and houses the Mather Training Center. Additional buildings The Bird-Brady House served as a private residence for teachers and families associated with the school. Originally occupied by white Baptists, the house is named after Elizabeth Bird and Mabel Brady, sisters who graduated from the college and worked there as administrators in the 1940s and 50s. From the 1940s on, African-Americans began to take a stronger leadership role in running the college. The building was bought by the National Park Service in 1962, but Bird and Brady continue to live there until at least 1970. Afterwards, the building was converted for use as office space as part of the NPS's Harpers Ferry Center. Lincoln Hall, the boys' dormitory, was a frame building built in 1870–71. It contained 34 double rooms on 3 stories. In the summer rooms were rented to tourists and boarders, to raise money. It burned to the ground in 1909. It was replaced in 1909–10 with New Lincoln Hall, housing 100 students, renamed Brackett Hall in 1938. It was demolished in 1962, and an NPS building is on the site. In 1889 the school "very much need[ed] a heating system". The school had no running water, and the town of Harper's Ferry was "too poor" to put in a water works system.They have therefore no protection from fire. The Industrial Building was practically completed, and they were seeking $1,000 to buy equipment for it. A physics and chemistry laboratory was set up in the DeWolf Industrial Building, and they are raising money for a carpentry building. The Lewis W. Anthony Industrial Building was built in 1902 and was originally used for the college's industrial training classes, but was converted to be its library in 1929, part of the school's movement away from being a trade school towards a more academically-oriented program typical of a four-year liberal arts college. The building is now called the Anthony Library and serves as the library for the National Park Services's Harpers Ferry Center. John Brown's Fort, "an important symbol of the struggle African Americans had faced to win their freedom", was moved to the campus in 1909, the 50th anniversary of John Brown's raid, and remained there through the College's closure in 1955. It "was a tourist destination—almost a shrine—for African Americans in the late nineteenth century." It contained the College museum, with display cases, and pictures of Brown, Lincoln, Robert E. Lee, Stonewall Jackson, and Kate Field (who got it returned to Harpers Ferry, from Chicago). In 1968 the National Park Service moved it to its present location in lower Harpers Ferry. Lewis W. Anthony Industrial Arts Building, built in 1903, housed the blacksmith and carpenter's shops, and laboratories. It became the college library in 1929. The NPS uses it as a library. A report of 1901 said that "a laboratory for physics and chemistry has been fitted up in the DeWolf Industrial Building". Myrtle Hall, the girls' dormitory, was completed in 1879. It had 35 rooms for 60 women and several te achers. with cooking and laundry facilities in the basement. It was named for the Freewill Baptists' youth publication, The Myrtle. Renamed Mosher Hall (Mrs. Mosher edited The Myrtle) when it became the boys' dorm in the 20th century, it was torn down by the National Park Service in 1962. In 1940, Permelia Eastman Cook Hall opened. It houses a new physics laboratory and the home economics department. In 1995 it was used as a dormitory for visiting NPS personnel, but it is now used for offices, including those of the Appalachian National Scenic Trail. The Science Building, built 1947, and the DeWolf Industrial Building were also razed by the NPS. Legacy In 1962, Congress appropriated funds for the National Park Service to acquire the surviving buildings on campus, some occupied by squatters, as part of what is now known as Harpers Ferry National Historical Park. It had been established in 1944 as a National Monument, taking in much of the declining town. As part of this change, in 1964, the movable physical assets of the college were transferred to the historically white Alderson-Broaddus College, a Baptist college, and used to establish scholarships for black students. The college's endowment was merged with Virginia Union University, a historically black college. Since 1964, Virginia Union University has considered, and treats, graduates of the college as alumni of VUU. VUU's L. Douglas Wilder Library and Learning Resource Center holds Storer College's former library collection and some of the college's records. Other Storer College records are held at the library of Harpers Ferry National Historical Park, West Virginia University's West Virginia and Regional History Center, and at Howard University's Moorland–Spingarn Research Center. The campus of the college is now maintained as a part of the Harpers Ferry National Historical Park. Since 1963, the three remaining college structures now house the National Park Service's Stephen T. Mather Training Center and the Service's library. The Training Center is one of four major training centers operated by and for the National Park Service. It is named for the Service's first Director, Stephen Mather. The college buildings were completely remodeled. Each August, the alumni of Storer College gather in Harpers Ferry for an annual reunion. At last count fewer than 70 alumni survive. Archival material The archives of Storer College are located at the WVU Libraries, West Virginia University, Morgantown, West Virginia. "The West Virginia and Regional History Center holds five archives and manuscripts collections that exclusively contain Storer College materials." Howard University has a small collection of Storer material. The National Park Service library and archive in Harpers Ferry has many items, and the Jefferson County Museum, in Charles Town, has a permanent exhibit, "The Founding of Storer College". Notable alumni and faculty See also Bluefield State College Shepherd University Straight University West Virginia State University References Further reading External links Storer College Digital Collection at West Virginia and Regional History Center https://storercollege.lib.wvu.edu/ 1865 establishments in West Virginia 1955 disestablishments in West Virginia African-American history of West Virginia Defunct universities and colleges in West Virginia Educational institutions disestablished in 1955 Educational institutions established in 1865 Harpers Ferry, West Virginia Historic American Buildings Survey in West Virginia Historic district contributing properties in West Virginia Historically black universities and colleges in the United States National Park Service National Register of Historic Places in Jefferson County, West Virginia University and college buildings on the National Register of Historic Places in West Virginia Schools supported by the Freedmen's Bureau Buildings and structures in Harpers Ferry, West Virginia Tourist attractions in Jefferson County, West Virginia Protected areas of Jefferson County, West Virginia Historically segregated African-American schools in West Virginia African-American historic places Free Will Baptist schools Freedmen's Bureau
DFS may refer to: Brands and enterprises Dancer Fitzgerald Sample, advertising agency, now Saatchi & Saatchi DFS Furniture, a furniture retailer in the United Kingdom and Ireland DFS Group (Duty Free Shoppers), Hong Kong DFS Program Exchange, a former syndicator of TV programs Discover Financial Services, NYSE symbol Organizations Department of Field Support, a UN department Department of Financial Services (disambiguation) Department of Financial Studies, University of Delhi, India Det frivillige Skyttervesen, the National Rifle Association of Norway Deutsche Flugsicherung, the German air traffic control organisation Deutsche Forschungsanstalt für Segelflug (German Research Institute for Sailplane Flight) Dirección Federal de Seguridad, Federal Direction of Security, Mexico New York State Department of Financial Services Science and technology Computing Depth-first search, an algorithm for traversing or searching tree or graph data structures Discrete Fourier series, the discrete version of Fourier series Dynamic frequency scaling, a method for reducing a microprocessor's power consumption Dynamic Frequency Selection, part of the IEEE 802.11h wireless standard File systems Disc Filing System, a filesystem developed by Acorn Computers Distributed file system, a method of storing persistent data over computer network DCE Distributed File System (DCE/DFS), the remote file access protocol used with the Distributed Computing Environment Distributed File System (Microsoft), distributed SMB file shares Other uses in science and technology Decoherence-free subspaces, subspace of a system's Hilbert space where the system is decoupled from the environment Demand Flexibility Service, a demand response system for electricity supplies in the United Kingdom DFS Kopernikus (Deutscher Fernmeldesatellit Kopernikus), a series of satellites Digital Frequency Synthesizer, generation of different frequency from another in phase Disease-free survival, a measure of the efficacy of medical treatment Double Fourier sphere method in mathematics and geosciences Other uses Daily fantasy sports, a subset of fantasy sport games Dumfriesshire, historic county in Scotland, Chapman code Dynamite Fighting Show, a Romanian-based kickboxing promotion company
Brexit negotiations in 2017 took place between the United Kingdom and the European Union for the withdrawal of the United Kingdom from the European Union following the United Kingdom European Union membership referendum on 23 June 2016. The negotiating period began on 29 March 2017 when the United Kingdom served the withdrawal notice under Article 50 of the Treaty on European Union. The period for negotiation stated in Article 50 is two years from notification, unless an extension is agreed. In March 2019, Prime Minister of the United Kingdom Theresa May and European Leaders negotiated a two-week delay for the Parliament of the United Kingdom to agree upon The Government's Brexit Treaty, moving the date from 29 March 2019 to 12 April 2019. Negotiations between the United Kingdom and the European Union regarding Brexit began in June 2017. Timeline June 2017 On 19 June 2017, David Davis arrived in Brussels to start negotiations with Michel Barnier. Terms of reference were agreed, and dates were set for four-week cycles, to culminate in a fifth round of negotiations in the week commencing 9 October. Negotiating groups were established for three topics: the rights of EU citizens living in Britain and vice versa; Britain's outstanding financial obligations to the EU; and the border between Northern Ireland and the Republic of Ireland. On 22 June 2017, Prime Minister May guaranteed, at a European Council meeting in Brussels, that no EU citizen living legally in the UK would be forced to leave, and she offered that any EU citizen living in the UK for more than 5 years until an unspecified deadline between March 2017 and March 2019 would enjoy the same rights as a British citizen, conditional on the EU providing the same offer to British expatriates living in the EU. The EU leaders did not immediately reciprocate the offer, with Council President Tusk objecting that the European Council is not a forum for the Brexit negotiations, and Commission president Juncker stating "I'm not negotiating here." The Prime Minister detailed her residency proposals in the House of Commons on 26 June 2017, but drew no concessions from EU negotiators, who had declined to expedite agreement on expatriates by the end of June 2017, and who are hoping for European courts to continue to have jurisdiction in the UK with regards to EU citizens, according to their negotiation aims published in May 2017. July 2017 The second round of negotiations began in Brussels in mid-July 2017. It is considered the beginning of substantial negotiations, with 98 British negotiators and 45 EU27 negotiators. Progress is being made on the Northern Irish border question, whereas British negotiators have requested a detailed breakdown of the "divorce bill" demand estimated at 65 billion euros, while the EU negotiators criticise the UK's citizenship rights offer. At the concluding press conference, David Davis did not commit to a net payment by the UK to the EU with regards to the requested divorce bill, while Michel Barnier explained that he would not compromise on his demand for the European Court of Justice to have continuing jurisdiction over the rights of EU citizens living in the UK after Brexit, rejecting the compromise proposal of a new international body made up of British and EU judges. On citizens' rights, a joint paper compared the positions of the two parties in tabular form. On Irish border issues, both parties stated that they remained committed to the Good Friday Agreement. Michel Barnier called for clarification from the UK in the August round on the financial settlement, citizens' rights and Ireland, including on how the UK intends to maintain the Common Travel Area. August 2017 On 16 August 2017, the British government disclosed the first of several papers detailing British ambitions following Brexit, discussing trade and customs arrangements. On 23 August 2017, Prime Minister Theresa May announced that Britain will leave the EU Court of Justice's direct jurisdiction when the Brexit transition period that is planned after March 2019 ends, but that both the British courts and the EU Court of Justice will also keep "half an eye" on each other's rulings afterwards as well. One of the British government's position papers published in August called for no additional restrictions for goods already on the market in the UK and EU. The third round of negotiations began in Brussels on 28 August 2017. The European Commission president Juncker criticised the UK's Brexit negotiations, saying none of the papers provided so far was satisfactory and that there would be no trade negotiations between the EU and UK until the divorce bill was settled. He had previously claimed that the UK's Brexit bill could be £55bn (which Theresa May's government ministers consider unacceptable) and EU Budget Commissioner Günther Oettinger voiced the view that the UK should make payments until 2023. The Irish Times explained the disagreement as follows: British negotiators referred to the seven-year Multiannual Financial Framework (MFF or Maff) for the period 2014–2020 agreed by member states and the EU parliament as a "planning tool" for the next period rather than a legally-binding financial obligation on member states. The British case is that the MFF sets ceilings on spending under various headings and is later radically revised during the annual budget process when real legal obligations on each state arise. This contrasts with the EU Commission's methodology for calculating the Brexit bill which involves dividing the MFF into the shares historically agreed by each member state. On the Irish border question, there was a "breakthrough", with the British side guaranteeing free movement of EU citizens within the Common travel area constituting Ireland and the United Kingdom. The BBC's Europe correspondent commented "the British perception of the talks is more positive than the EU's". An agreement was reached on points including protecting the rights of frontier workers (those living in one country and working in another); recognition by the UK of social security contributions made both before and after exit; and continuation of healthcare reimbursement for British citizens who are in the EU27 on exit day and vice versa. The joint paper comparing the two parties' positions was updated. Speaking at the conclusion of the talks, Michel Barnier highlighted two areas of disagreement: the role of the European Court of Justice in enforcing citizens' rights, and the extent of the UK's financial obligations. He stated "Time is passing quickly" and added that "at the current speed, we are far from being able to recommend to the European Council that there has been sufficient progress in order to start discussions on the future relationship". September 2017 At the elite European Ambrosetti Forum on 2 September 2017, Michel Barnier explained his negotiation aims, in that he would "teach the British people and others what leaving the EU means". Although this remark caused controversy in the UK, BBC correspondent Mark Mardell interpreted it in the context of French and Dutch euroscepticism, of the forthcoming German, Austrian and Italian elections, and of the eurosceptic Polish and Hungarian governments. In a statement to Parliament on 5 September 2017, David Davis said that "concrete progress" had been made over the summer in areas such as protecting the rights of British expats in the EU to access healthcare and over the future of the Irish border, while significant differences over the "divorce bill" remain. He expected that "the money argument will go on for the full duration of the negotiation. The famous European "nothing is agreed until everything is agreed" will apply here absolutely, as anywhere else". On 6 September 2017, Prime Minister May announced that new immigration controls will be placed on EU nationals when Brexit concludes. On 7 September, the EU Task Force published guiding principles for the dialogue on Ireland / Northern Ireland which reiterated and expanded the principles given in 29 April guidelines, in particular the protection of the Good Friday Agreement and the continuation of the Common Travel Area. On 9 September 2017, the EU Commission published several negotiating papers, including "Guiding Principles on the Dialogue for Ireland/Northern Ireland". In it, the EU concedes/declares that it is the responsibility of the UK to propose solutions for the post-Brexit Irish border. The paper envisages that a "unique" solution would be permissible here; in other words, any such exceptional Irish solution should not be seen as a template for post-Brexit relationships with the other EU members on border and customs control matters, for example ETIAS. On 21 September 2017, Prime Minister May, along with her Cabinet, agreed to a transition deal which would inject 20bn euros to the EU budget over a two-year period. A cabinet source confirmed to the BBC that May's Cabinet was in fact unity around the Prime Minister's two-year transition deal. On 22 September 2017, May announced the details of her Brexit proposal during a speech in Florence, Italy. In addition to offering 20 billion euros over a two-year transition period and continued acceptance of European immigrants, she also offered a "bold new security relationship" with the EU which would be "unprecedented in its depth" and to continue to make "an ongoing contribution" to projects considered greatly to the EU and UK's advantage, such as science and security projects. She also confirmed that the UK would not "stand in the way" of Juncker's proposals for further EU integration. The European Union's Brexit negotiator Michel Barnier welcomed May's proposal as "constructive", but that it also "must be translated into negotiating positions to make meaningful progress;" Similarly, President of France Emmanuel Macron was adamant that the EU would not begin negotiations on future EU-UK relationships until "the regulation of European citizens, the financial terms of the exit, and the questions of Ireland" were "clarified" by the UK, though he also acknowledged that May did give openings in her speech on two of these three points. Ireland Taoiseach Leo Varadkar gave May's proposal a "cautious welcome", saying that while it was good of May to reference the Common Travel Area, the Northern Ireland peace process and that both sides in the negotiations do not want any physical structures at the border, more negotiations were needed for clarification. EU Parliamentary negotiator Guy Verhofstadt responded that "a new registration mechanism for EU citizens going to live and/or work in the UK is out of the question". EU negotiators have stated that an agreement must be reached between Britain and the EU by October 2018 to leave time for national parliaments to endorse Brexit. On the domestic front, Labour Party MP and Shadow Home Secretary Diane Abbott announced she would back May's proposed negotiation for the Brexit timetable. The fourth round of talks began on 25 September, having been delayed by one week as Theresa May was due to deliver a speech in Florence on the 22nd. She proposed a transitional "implementation period" of "around two years" and said that the UK "will honour commitments" so as to not make other EU countries pay more or receive less during the current EU budget period. Barnier declared he had no mandate from the EU27 to discuss a transition deal suggested by Prime Minister May. Davis reiterated that the UK could honour commitments made during its EU membership only in the context of a future "special partnership" deal with the EU. The programme for the round of talks arranged for meetings between the "Principals" and for three negotiating groups covering citizens' rights, financial settlement and other separation issues, while Northern Ireland issues would be addressed by the "Coordinators", and governance of the withdrawal agreement was also for discussion at technical level. David Davis repeated Theresa May's request for a time-limited implementation period. The UK offered to incorporate the Withdrawal Agreement into British law and ensure the British courts can refer directly to it, but there was no agreement on the role of the European Court of Justice and the standing of future ECJ case law. Mr Barnier welcomed the UK's commitment regarding payments into the current EU budget plan, but expressed reservations about obligations beyond 2020. Mr Davis said the UK was not yet in a position to quantify its commitments. There were constructive discussions on the Irish border, but no substantive progress. The UK accepted the EU's definition of 'citizens lawfully resident before the cut off date', although that date was not agreed. There was agreement on the definitions of permanent and temporary residence. The UK offered a more generous "right of return" (after absence for longer than two consecutive years) than the minimum rights under current EU law. Rights of future family members remains a point of disagreement. The joint paper comparing the two parties' positions was again updated. October 2017 On 9 October 2017, May announced to the British Parliament that Britain could operate as an "independent trading nation" after Brexit if no trade deal is reached with the EU. The fifth round of negotiations was held on 9, 10 and 12 October. There was technical progress on citizens' rights, although divergences remained on aspects of family reunion and the export from the UK of social security benefits. The UK stated an intention to offer a simple process for registration of EU citizens. On the Irish border, work continued to map out current areas of cooperation and build a picture of the future challenges. This round of talks completed the timetable agreed in June, with no further rounds scheduled. On the financial settlement, Michel Barnier welcomed the commitment made by Theresa May in her Florence speech, but no negotiations took place because the UK was not ready to give details of what it would pay. Barnier said this issue had reached an impasse. On 16 October, May and European Commission President Jean-Claude Juncker issued a joint statement agreeing Brexit talks should "accelerate over the months to come" following a dinner meeting in Brussels which both described as "constructive and friendly." However, as at a similar dinner earlier in 2017, an unflattering "impressionistic" account of this meeting (between Prime Minister Theresa May, her chief Brexit adviser Olly Robbins, Brexit Minister David Davis, EU Commission President Juncker and the EU's chief negotiator, Michel Barnier) was published in the same German newspaper Frankfurter Allgemeine Sonntagszeitung. Again, Juncker's chief-of-staff Martin Selmayr was accused as the source of the publication and of trying to undermine the negotiations. This time however Selmayr denied the accusation, and Chancellor Merkel reportedly denied her involvement. On 17 October, Brexit Secretary David Davis insisted that there will be no deal for a transition phase without EU cooperation and that Brexit will happen regardless, even if there is what one Conservative MP described as "a bridge to nowhere." At the European Council meeting of 19/20 October 2017, the 27 leaders of the EU states were to decide whether or not to start trade negotiations with the UK. However, Davis has conceded that so soon after the German elections on 24 September, a German coalition government may not be in place in time for making this decision in October, delaying any European Council decision until their December meeting. On 19 October, the first day of the two-day European Council meeting in Brussels, May issued a direct message to approximately three million EU citizens living in Britain, promising she will make it as easy as possible for them to stay after Brexit. On 20 October, Tusk described media reports of the deadlock in Brexit talks as "exaggerated." On 23 October, May announced to the House of Commons that Brexit talks underwent "important progress" during her recent meeting with the European Council and that Britain was now "in touching distance" of a trade deal with EU countries, while also reiterating that no transition phase will take place following the conclusion of Brexit without a trade deal as well. The same day, Juncker denied reports by the German media that May had "begged for help" during their recent dinner meeting. November 2017 Further talks were held in Brussels on 9 and 10 November. Speaking at the closing press conference, Michel Barnier confirmed that clarification on financial commitments by the UK was required within the next two weeks. If the informal deadline is not met, the next phase of negotiations will not start in December, said Barnier. EU diplomats have described the situation as a "chicken and egg dilemma", as the EU will only start working on transition guidelines if Britain makes progress on financial issues by the end of November 2017. By 17 November, however, Donald Tusk said there was no deadlock in talks between Britain and the EU following a meeting with Theresa May in Gothenburg, Sweden, and that he was optimistic that negotiations could move on to the next phase in December. Discussions on the financial settlement took place later in the month, led by Oliver Robbins for the UK and Sabine Weyand for the EU. David Davis rejected an EU proposal that Northern Ireland could remain in the EU customs union (thereby creating a customs border "down the Irish Sea" with Great Britain). In the wake of the German elections (23 September 2017), as of 10 November, negotiations were still ongoing to form a coalition government between Frau Merkel's CDU, the sister party CSU, the economically liberal FDP and the German Greens; politicians from all three factions published an appeal to reach a coalition agreement (rather than risk new elections), in the interest of Germany forming a "stable anchor" to unite with France and defend the EU and the euro in the current situation. December 2017 Negotiations between officials led to a draft agreement which was expected to be finalised at a meeting between Jean-Claude Juncker and Theresa May in Brussels on 4 December 2017. There was progress on the financial settlement and citizens' rights, but the meeting was abandoned after Northern Ireland's Democratic Unionist Party objected to arrangements for the Irish border; the agreement had earlier received the support of Leo Varadkar, Ireland's Taoiseach (prime minister). Talks continued on the following days, leading to publication on 8 December of a joint report setting out the commitments to be reflected in the Withdrawal Agreement. "Agreement in principle" was reached on the three areas: protecting the rights of Union citizens in the UK and British citizens in the Union the framework for addressing the unique circumstances of Northern Ireland the financial settlement. A joint technical note gave details of the consensus on citizens' rights. Topics postponed to a later phase included: rights of British citizens resident in an EU27 country on the withdrawal date to move to another EU27 country, and their right to return to the UK recognition of professional qualifications, beyond those already mutually recognised at the withdrawal date. Juncker described the agreement as a "breakthrough" Brexit deal. The second phase of negotiations – concerning Britain's post-Brexit trade with the EU – would now be able to take place as a result of the agreement. The second phase was to cover the arrangements for transition towards the UK's withdrawal, together with the framework for the future relationship. After more than 2 months of a caretaker German government since the German federal elections in September, on 7 December 2017 new elections were averted when the German socialist party under Martin Schulz agreed to negotiate a coalition government with Angela Merkel's Christian Democrat party, but on condition that a "United States of Europe" be created by 2025, dismissing those EU member states who were unwilling to participate. The following day (8 December), the UK and EU negotiators agreed on the principle that "nothing is agreed until everything is agreed" and formally announced to proceed immediately to the next phase of talks on a transition period and future trade relationships. On 15 December, the European Council adopted guidelines for the second phase of the negotiation covering arrangements for transition towards the UK's withdrawal, together with the framework for the future relationship. The document confirmed that progress in the first phase was "sufficient", while stating that commitments made in that phase must be "translated faithfully into legal terms as quickly as possible"; and notes the UK's proposal for a transition period of "around two years". On 20 December, the European Commission published a draft of the negotiating directives stating a transition period should not last beyond 31 December 2020. During the transition the United Kingdom would not be part of agreements the EU made on behalf of its members with third countries, such as CETA. In December 2017, EU leaders announced an agreement to begin the next phase of negotiations, with talks on a transition period after March 2019 to begin in early 2018 and discussions on the future UK–EU relationship, including trade and security, to begin in March. See also Brexit negotiations in 2018 Brexit negotiations in 2019 References External links British Parliament – Brexit News Gov.UK – Department for Exiting the European Union UK Government – "Plan for Britain" website Europa (EU official website) – UK – Brexit – overview European Commission – Brexit negotiations website European Commission – list of published negotiating documents European Commission – Preparedness notices Brexit, EC, CEU Timeline and list of key documents for Brexit negotiations The Principle of Loyalty in EU Law, 2014, by Marcus Klamert, Legal Officer, European Commission Resource page and commentary by David Allen Green Exchange Rates UK – Brexit Timeline With Chart for Impact on Pound Sterling Explanatory Memorandum for the Withdrawal of the United Kingdom from the European Union (Consequential Provisions) Bill 2019 introduced by the Irish government in the legislature (Oireachtas) Negotiation Negotiation 2017 in the European Union 2017 in British politics Membership treaties of the European Union Disaster preparedness
Danielle Renee Reed is an American geneticist employed at the Monell Chemical Senses Center in Philadelphia, Pennsylvania. She is most notable for her papers regarding genetic variation in taste and obesity in mice and humans. Early life and education Reed has a Ph.D. in psychology from Yale University, which she attended from 1984 to 1990. Danielle Reed began her training as a scientist in the laboratory of Stephen Woods at the University of Washington, studying the role of hormonal signals on food intake in rodents. She did her doctoral dissertation with Judith Rodin at Yale University and Mark Friedman (scientist) at the Monell Chemical Senses Center, focusing on how rodent metabolism changes in response to short term exposure to high-fat diets. As a postdoctoral fellow in the laboratory of Arlen Price at the University of Pennsylvania, she learned human genetics, focusing on mapping of genes for human obesity and taste using family-based linkage methods. Career She is most notable for her papers regarding genetic variation in taste and obesity in mice and humans. Reed's seminal studies on the genetics of bitter taste perception led to identification of a critical region of human Chromosome 5p15 whose variation correlated with a person's ability to taste the bitterness of PROP (propylthiouracil). This finding ultimately led to the discovery by Adler and co-workers (Charles Zuker) of a family of bitter taste receptors (taste receptor) located within this critical region of the chromosome. In 2008, Reed received the IFF Award For Outstanding Research On The Molecular Basis Of Taste in recognition of her contributions to the field, and delivered the IFF Lecture at the 2008 ACHemS meeting. She established her own laboratory in 2001 at the Monell Chemical Senses Center and her research is divided between genetic mapping of obesity loci in rodent models and human genetics of taste and smell. Reed has conducted numerous studies of identical twins in order to help tease our the genetic basis for taste and smell preferences. She teaches a summer class called "A Taste of Chemistry," which is sponsored in part by The Camille and Henry Dreyfus Foundation. She collaborates with Mee-Ra Rhyu from the Korean Food Research Institute on the biology of human salt perception. Awards International Flavor and Fragrance Award for excellence in research, 2008 Select publications References External links Reed's homepage on Monell's website "A Taste of Chemistry" program for high school science teachers Why I do science: Danielle Reed Genetics of Grocery Shopping Year of birth missing (living people) Living people Yale University alumni American geneticists
Truth and Power is an "investigative docuseries", narrated by Maggie Gyllenhaal and executive produced by Brian Knappenberger (The Internet's Own Boy: The Story of Aaron Swartz). It premiered on Pivot on January 22, 2016. Each episode tells the stories of "ordinary people going to extraordinary lengths to reveal corporate exploitation and infringement on civil liberties resulting from government overreach." The documentaries use interviews and uncovered documents to discuss the "issues of security, surveillance and profiteering in the digital age." Season 1 (2016) Episode 1: #BlackLivesMatter Episode 2: Government-Sponsored Spyware Episode 3: The Stingray Episode 4: Prisoners for Sale Episode 5: Activists or Terrorists? Episode 6: Shooting the Messenger Episode 7: Hacking the Presidency Episode 8: Data Vampires Episode 9: Camp Justice Episode 10: Flying Robots References 2016 American television series debuts 2010s American documentary television series Pivot (TV network) original programming
Several vessels have been named British Hero: was launched in North Shields. A French privateer captured her in January or February 1806. was launched at Jarrow. She initially was a government transport and so did not appear in Lloyd's Register or the Register of Shipping until she came into mercantile service c. 1813. She was lost in November 1816 on a voyage to India. Ship names
"Papi chulo... (te traigo el mmmm...)" is a 2003 song recorded by Panamanian rapper Lorna. Released as her debut single in the summer of 2003, the song achieved huge success in many countries, becoming a top five hit in France, the Netherlands, Belgium and Italy. Song information Sponsored by NRJ, the song also features as a B-side on Lorna's second single, "Papito ven a mí". In the refrains, the singer can be heard sighing in a sexual manner. In the music video itself, Lorna performs a suggestive dance while singing. In France, the single went to number 46 on July 20, 2003. It climbed quickly and reached the top 10 three weeks later, finally topping the chart for one week. It managed a total of 20 weeks on the chart altogether, 14 of which were in the top 10. It fell off the chart after dropping to number 25, probably because the song was available on the singer's next single which had by then been released. As of August 2014, it was the 59th best-selling single of the 21st century in France, with 364,000 units sold. The song was also a hit in Pakistan where it was featured in numerous Punjabi stage dramas. Pakistani artist Younis Jani made his own version of the song which was also a hit in Pakistan. Track listings CD single "Papi Chulo... te traigo el mmmm" (radio edit) — 2:58 "Papi Chulo... te traigo el mmmm" (original version) — 2:56 CD maxi "Papi Chulo... te traigo el mmmm" (radio edit) — 3:00 "Papi Chulo... te traigo el mmmm" (extended edit) — 5:45 "Papi Chulo... te traigo el mmmm" (original version) — 3:00 12" maxi "Papi Chulo... te traigo el mmmm" "Papi Chulo... te traigo el mmmm" (jiggy's Latin-afro remix) "Papi Chulo... te traigo el mmmm" (original mix) Credits Licensed from Metropol Records Produced by Rodney S.Clark Donalds Published by Metropol Records, Altra Moda Records and Sony Music Latin Sub-published in France by Scorpio Music (Black Scorpio) Sacem P&C 2003 Metropol Records Charts and sales Weekly charts Year-end charts Certifications References 2003 debut singles Lorna (rapper) songs SNEP Top Singles number-one singles Spanish-language songs 2003 songs
(John) Hugh Edwards (9 April 1869 – 14 June 1945) was a British Liberal Party politician and author. Aberystwyth-born Edwards was an author, having written a history of Wales and three biographies of David Lloyd George. He was a governor of University College of Wales, Aberystwyth and University College Cardiff. He was the editor of the magazines Young Wales, Welsh Review and Wales: a National Magazine, Liberal Welsh nationalist magazines. Prior to this, he served as a Congregationalist Minister in Montgomeryshire and London. Edwards was a supporter of the 'Cymru Fydd', or 'Young Wales' Movement of the 1890s, one of a number of South Walians who supported Lloyd George's attempt to create a united Welsh nationalist movement. He was present at the Newport Meeting of the South Wales Liberal Federation, in which the scheme for unity went down to defeat. Edwards was elected Member of Parliament (MP) for Mid Glamorgan at the December 1910 general election, with a majority of more than 1,500 over a Labour Party candidate. In the years before the First World War, J. Hugh Edwards became well known for his anti-Socialist campaigning. In 1918, after extensive changes to the Glamorgan Parliamentary boundaries, J. Hugh Edwards was returned for Neath with a majority of more than 8,000 votes over the Labour candidate. At the 1922 general election, Edwards lost his seat to William Jenkins, a miners' leader and chairman of Glamorgan County Council who won a 6,235 majority over Edwards. Although a Welsh nationalist, J. Hugh Edwards would never sit for a Welsh seat again, a sign of the weakening Liberal grip on Wales. Edwards was elected Member of Parliament for Accrington in 1923. In 1924 he was one of a small number of Liberals, including Winston Churchill and Hamar Greenwood, to contest the General Election as Constitutionalist candidates. These Liberals advocated closer ties between Liberals and Conservatives. Edwards' candidature in Accrington was supported by both parties' local associations. After the elections when it appeared that there was no prospect of formal closer ties between the two parties, Edwards re-took the Liberal whip. At the 1929 general election, Edwards stood as the Liberal candidate and was again not opposed by the local Conservatives; however he was narrowly defeated by Labour. After leaving Parliament Edwards married Doris, daughter of Sir Samuel Faire, a Leicester industrialist and local politician at a ceremony attended by David Lloyd George. The couple lived at Hindhead where Edwards was an active member of the Free Church Council. He died in a nursing home at Virginia Water, Surrey, aged 76, having suffered senile dementia in his last years. In his will, Edwards left a bequest to Martyn Lloyd-Jones. Selected works From Village Green to Downing Street - the Life of the Rt Hon D. Lloyd George with Spencer Leigh Hughes, London, George Newnes & Co, 1908 The Life of David Lloyd George, with A Short History of the Welsh People with an introduction by David Brynmor Jones, 4 volumes, London, The Waverley Book Company, 1913 David Lloyd George - The Man and the Statesman with an introduction by the Marquess of Lothian, 2 volumes, London, The Waverley Book Company, 1930 Sources Gerard Charmley, ‘Edwards, John Hugh (1869–1945)’, Oxford Dictionary of National Biography, Oxford University Press, May 2011 , accessed 23 Jan 2013 (online ed.). Oxford University Press External links Members of the Parliament of the United Kingdom for constituencies in Lancashire Liberal Party (UK) MPs for Welsh constituencies 1869 births 1945 deaths UK MPs 1910–1918 UK MPs 1918–1922 UK MPs 1923–1924 UK MPs 1924–1929 People from Aberystwyth People associated with Aberystwyth University People associated with Cardiff University Liberal Party (UK) MPs for English constituencies
Frapin is a Cognac producer based in the town of Segonzac, in the heart of the Grande Champagne region of France. The Frapin family has been established in the South West of France since 1270, initially as a family of wine-growers. They then became distillers and have continued in this tradition for 20 generations. The Grande Champagne region was where the family eventually settled, establishing their headquarters in the Fontpinot Castle at Segonzac. Today the Frapin estate covers 300 hectares entirely in Grande Champagne, officially listed as Premier Grand Cru du Cognac, of which 200 hectares are planted with the Ugni blanc grape variety. See also References External links Cognac Wineries of France French brands
ANU Solar Racing (formally known at MTAA Super Solar Racing or Sol Invictus) is the Australian National University's student-led solar car racing team. The team is built to innovate, bringing together a highly range of backgrounds ranging from engineering and science through to commerce and law. The team consists of all undergraduate students, and is split into an Executive Branch, Technical Branch, Operational Branch, and Business Branch. The team competes in the biennial World Solar Challenge from Darwin to Adelaide, covering 3,022 km of road. The next event for ANU Solar Racing event is the 2023 Bridgestone World Solar Challenge. Mission The ANU Solar Racing team is focused on development and construction of a solar electric vehicle that can compete in the Bridgestone World Solar Challenge held in Australia between Darwin and Adelaide every two years. According to the ANU Solar Racing team, the student-led organisation mission is to enrich education, drive renewable energy innovation, uniting students to push the limits in automotive racing. The team also wants to construct a sustainable and rewarding student led program at the ANU which allows students to develop professional and practical skills that they are not able to develop in the classroom. The team's long-term goal is to win the Bridgestone World Solar Challenge by 2025. Solar Spirit/SC3 Solar Spirit, or SC3 is the third solar car from the ANU Solar Racing Team. Initially designed for the COVID-19 postponed 2021 BWSC, this car will debut at the 2023 Bridgestone World Solar Challenge. This car is a new take on the classic trimaran design with unique aerodynamic enhancements to increase performance, such as a decoupled fairing. The team takes pride in manufacturing many of this car's components in-house, such as solar cells which are soldered and encapsulated by the team. MTAA Super Charge 2.0 The MTAA SuperCharge 2 is the second solar car from the ANU. Designed for the 2019 Bridgestone World Solar Challenge (BWSC). Building on the experiences and lessons from 2017, the team undertook a complete redesign and built a new car from the ground up. The team featured some familiar solar car faces as well as a host of new members to lean and bring their skillsets to the project. Over the last 2 years, behind the scenes; these students have worked tirelessly to produce this car and have also used the platform to promote renewable energies and STEM. The team proved the reliability of MTAA SuperCharge 2 throughout the 2019 BWSC with only minor issues during hundreds of kilometres of testing and the race; managing to drive 1500 km off the sun. MTAA Super Charge 1.0 The ANU Solar Racing debut occurred at the 30th Anniversary of the Bridgestone World Solar Challenge in 2017. After qualifying to race in the Adventure Class, the MTAA Super Charge finished within the top 20 in a very competitive field; this first attempt offering both growth and experience for future races. References External links ANU Solar Racing Website ANU Solar Racing Facebook Solar car racing World Solar Challenge Australian National University
The 2018 WGC-HSBC Champions was a golf tournament played from 25–28 October 2018 at the Sheshan Golf Club in Shanghai, China. It was the tenth WGC-HSBC Champions tournament, and the fourth of four World Golf Championships events held in the 2018 calendar year. Xander Schauffele beat Tony Finau at the first hole of a sudden-death playoff after making a birdie 4 to Finau's par 5. Defending champion Justin Rose finished third, four strokes behind. Field The following is a list of players who qualified for the 2018 WGC-HSBC Champions. The criteria are towards the leaders in points lists rather than tournament winners. Players who qualified from multiple categories will be listed in the first category in which they are eligible with the other qualifying categories in parentheses next to the player's name. 1. Winners of the four major championships and The Players Championship Brooks Koepka (3,4), Francesco Molinari (3,4,5), Patrick Reed (3,4,5) Webb Simpson (3,4) did not play. 2. Winners of the previous four World Golf Championships Justin Rose (3,4,5) Phil Mickelson (3,4), Justin Thomas (3,4), and Bubba Watson (3,4) did not play. 3. Top 50 from the OWGR on 8 October An Byeong-hun, Kiradech Aphibarnrat (5), Keegan Bradley (4), Rafa Cabrera-Bello (5), Patrick Cantlay (4), Paul Casey (4), Jason Day (4), Tony Finau (4), Matt Fitzpatrick (5), Tommy Fleetwood (4,5), Branden Grace, Brian Harman, Tyrrell Hatton (5), Charley Hoffman, Billy Horschel (4), Dustin Johnson (4), Satoshi Kodaira, Hideki Matsuyama (4), Rory McIlroy (4,5), Kevin Na (4), Alex Norén (5), Thorbjørn Olesen (5), Ian Poulter (5), Jon Rahm (4,5), Xander Schauffele (4,5), Adam Scott, Cameron Smith (4), Brandt Snedeker, Kyle Stanley (4) Eddie Pepperell (5) and Henrik Stenson did not play due to injury. Daniel Berger, Bryson DeChambeau (4), Rickie Fowler (4), Sergio García, Kevin Kisner, Matt Kuchar, Marc Leishman (4), Louis Oosthuizen, Jordan Spieth, Gary Woodland (4), and Tiger Woods (4) did not play. 4. Top 30 from the final 2018 FedEx Cup points list (if there are fewer than five available players, players beyond 30th will be selected to increase the number to five) Emiliano Grillo, Patton Kizzire, Pan Cheng-tsung, Andrew Putnam, Chez Reavie Aaron Wise did not play. 5. Top 30 from the Race to Dubai as of 15 October Lucas Bjerregaard, Alexander Björk, Jorge Campillo, Ryan Fox, Russell Knox, Alexander Lévy, Li Haotong, Adrián Otaegui, Thomas Pieters, Shubhankar Sharma, Brandon Stone, Andy Sullivan, Julian Suri, Matt Wallace Chris Wood was a late withdrawal with a neck injury and was not replaced in the field. 6. The leading four available players from the Asian Tour Order of Merit as of 15 October Gaganjeet Bhullar, Justin Harding, Park Sang-hyun, Scott Vincent 7. The leading two available players from the Japan Golf Tour Order of Merit as of 15 October Yuta Ikeda, Yuki Inamori Shugo Imahira did not play. 8. The leading two available players from the final 2017 PGA Tour of Australasia Order of Merit Adam Bland, Brett Rumford 9. The leading two available players from the final 2017–18 Sunshine Tour Order of Merit George Coetzee, Erik van Rooyen 10. Six players from China Liang Wenchong, Liu Yanwei, Wu Ashun, Xiao Bowen, Yuan Yechun, Zhang Xinjun 11. Alternates, if needed to fill the field of 78 players The next available player on the Orders of Merit of the Asian Tour, Japan Golf Tour, Sunshine Tour, and PGA Tour of Australasia, ranked in order of their position in the OWGR as of 8 October Next available player, not otherwise exempt, from Race to Dubai as of 15 October, OWGR as of 8 October, FedEx Cup list John Catlin (Asian Tour; no alternates available from Japan Golf Tour) J. C. Ritchie (Sunshine Tour) Jason Norris (PGA Tour of Australasia) Andrea Pavan (Race to Dubai) Pat Perez (OWGR; Zach Johnson and Luke List did not play) Adam Hadwin (FedEx Cup) Sihwan Kim (Asian Tour) Oliver Bekker (Sunshine Tour) Jason Scrivener (PGA Tour of Australasia) Round summaries First round Thursday, 25 October 2018 Second round Friday, 26 October 2018 Third round Saturday, 27 October 2018 Final round Sunday, 28 October 2018 Scorecard Cumulative tournament scores, relative to par {\|class="wikitable" span = 50 style="font-size:85%; \|- \|style="background: Pink;" width=10\| \|Birdie \|style="background: PaleGreen;" width=10\| \|Bogey \|style="background: Green;" width=10\| \|Double bogey \|} Source: Playoff The sudden-death playoff started at the 18th hole. References External links Official site Coverage on Asian Tour's official site Coverage on European Tour's official site Coverage on PGA Tour's official site WGC-HSBC Champions WGC-HSBC Champions WGC-HSBC Champions WGC-HSBC Champions
Ford Romania is an automobile manufacturing company operated by Ford of Europe, located in Craiova, Romania. History 20th century Royal Garage imported Ford cars as early as May 1911. Shortly, other agencies such as Colin & Co., Leonida & Co., Noel S.A.R, and Raf S.A.R. expanded the market. Numerous political figures owned Ford cars. Among them was Ion I. C. Brătianu, whose daughter used to call her car Forduţa. Ford cars were an instant success story, thus between May 1911 and November 1912, Royal Garage already sold 106 Ford cars. On December 8, 1920, Collin & Co. requested on behalf of the Ford Motor Company the permission to build an assembly plant in Romania. Unfortunately, Vintilă Brătianu, “notoriously anti-American”, rejected the proposal to the regret of the people directly involved as well as the public opinion. In October 1927, William G. Collins (in the future, assistant manager in Alexandria, Egypt) renewed the proposal for establishing an assembly plant in Constanţa. Finally, in 1931, Ford Motor Company opened a subsidiary in Bucharest. On March 1, 1935 Ford Romania addressed a request for building a new plant on Calea Floreasca, the architect was P. Em. Miclescu, with the contribution of Ioana Golescu. On September 26, 1934, Ford Romania bought 7,535 square meters from Imobiliara Chrissoveloni, at the price of lei 2,335,850 (the price for one square meter was lei 310). Furthermore, Ford Romania intended to receive the advantages granted by the law encouraging the national industry, to sign a treaty for a period of ten years, and to import 2,500 units per year, and the ability to increase this number if the demand would be higher. Lastly, the company requested to be taxed on parts rather than on built-up units. On May 6, 1936, the Government reduced the privileges granted to Ford, thus the number of imported units dropped to 100; the names of the parts were individually identified, such as paint, valve oil. On May 15, 1936, the assembly plant situated in Bd. V. Craiu (Calea Floreasca) opened. The capacity of this assembly plant was 2,500 cars per year and different reparations at 6,000 cars yearly, the power, the rough material and the employees: „250 workers, from whom five foreign foremen, five technicians and a Romanian draughtsman. The technical manager was a Romanian engineer (L. D. Greceanu). The administrative management was to be held by a general manager, Austrian citizen, helped by five managers, four Romanian citizens and a Swiss one, who are helped at the office by twelve bookkeepers and twenty-six administrative clerks, five of them foreign citizens”. Ford company came to Romania in 1935, after a negotiation with the Romanian government. The company started the first car production line in Eastern Europe at the Ford Română S.A.R. facility in Floreasca neighborhood of Bucharest. It assembled 1935 Ford (V8-48 and V8-68 models), 1937 Ford (V8-74/78, V8-81A/82A, V8-91A/92A and V8-01A/02A models), in Standard and De Luxe versions, Mercury Eight, and Fordson trucks. The plant produced until World War II when it did only repair activities for the army vehicle fleet. After the war, in 1948, the company was nationalized, and changed its activity to become, in 1960, Automatica, a manufacturer of electrical equipment and automation. 21st century In modern times the company is located in Craiova, in the former Oltcit car factory, later Daewoo Motors facility in Romania (as Daewoo Automobile Romania), which Ford acquired in 2008 from the Romanian government. Vehicle production at the plant began in September 2009 with the Ford Transit Connect, and later with the Ford B-Max. Engine production at the plant includes three- and four-cylinder versions of Ford's EcoBoost engine family. The plant has a production capacity of 300,000 units per year and it is the country's third company by value of exports. In March 2016, it was announced that the Ford EcoSport will be built at the Craiova plant starting from the autumn of 2017, moving production for the European market from the current plant in Chennai, India. This happens on the background of the growing market for the SUV segment in Europe, and will bring an investment of €200 million to the factory. In March 2022, it is announced that Ford Otosan is going to purchase the ownership of Ford Romania. Production Automobiles Ford Transit Connect I (2009–2012) Ford B-Max (2012–2017) Ford EcoSport (2017–2023) Ford Puma (2019–present) Ford Transit Connect III (2023–present) Ford Transit Courier II (2023–present) Engines 1.0 L EcoBoost I3 (2012–present) 1.5 L EcoBoost I4 (2013–2014) See also Automobile Craiova References External links 1976 establishments in Romania Vehicle manufacturing companies established in 1976 Car manufacturers of Romania Ford of Europe factories Privatized companies in Romania Buildings and structures in Craiova Companies based in Craiova de:Automobile Craiova
```shell #!/usr/bin/env bash # vim:ts=4:sts=4:sw=4:et # # Author: Hari Sekhon # Date: 2020-07-21 11:36:49 +0100 (Tue, 21 Jul 2020) # # path_to_url # # # If you're using my code you're welcome to connect with me on LinkedIn and optionally send me feedback to help steer this or other code I publish # # path_to_url # set -euo pipefail [ -n "${DEBUG:-}" ] && set -x srcdir="$(cd "$(dirname "${BASH_SOURCE[0]}")" && pwd)" # shellcheck disable=SC1090,SC2154 . "$srcdir/lib/mp3.sh" # shellcheck disable=SC2034,SC2154 usage_description=" Adds / Modifies artist metadata across all MP3 files in the given directories to edit albums or group audiobooks for Mac's Books.app $mp3_usage_behaviour_msg " # used by usage() in lib/utils.sh # shellcheck disable=SC2034 usage_args="\"artist name\" [<dir1> <dir2> ...]" help_usage "$@" min_args 1 "$@" check_bin id3v2 artist="$1" shift \|\| : # used to pipe file list inline which is more comp sci 101 correct but that could create a race condition on second # evaluation of file list changing after confirmation prompt, and RAM is cheap, so better to use a static list of files # stored in ram and operate on that since it'll never be that huge anyway mp3_files="$(get_mp3_files "${@:-$PWD}")" echo "List of MP3 files to set artist = '$artist':" echo echo "$mp3_files" echo read -r -p "Are you happy to set the artist metadata on all of the above mp3 files to '$artist'? (y/N) " answer check_yes "$answer" echo while read -r mp3; do echo "setting artist '$artist' on '$mp3'" id3v2 --artist "$artist" "$mp3" done <<< "$mp3_files" ```
High-altitude military parachuting, or military free fall (MFF), is a method of delivering military personnel, military equipment, and other military supplies from a transport aircraft at a high altitude via free-fall parachute insertion. Two techniques are used: HALO (high altitude – low opening, often called a HALO jump) and HAHO (high altitude – high opening). In the HALO technique, the parachutist opens the parachute at a low altitude after free-falling for a period of time, while in the HAHO technique, the parachutist opens the parachute at a high altitude just a few seconds after jumping from the aircraft. Although HALO techniques were first developed in the 1960s for military use, in recent years HALO parachute designs have been more widely used in non-military applications, including as a form of skydiving. In military operations, HALO is also used for delivering equipment, supplies, or personnel, while HAHO is generally used exclusively for personnel. In typical HALO/HAHO insertions the troops jump from altitudes between . Military parachutists will often reach a terminal velocity of , allowing for a jump time under two minutes. High Altitude Low Opening – HALO The origins of the HALO technique date back to 1960 when the United States Air Force began conducting experiments that followed earlier work by Colonel John Stapp in the late 1940s through early 1950s on survivability for pilots ejecting at high altitude. Stapp, a research biophysicist and medical doctor, used himself in rocket sled tests to study the effects of very high g-forces. Stapp also solved many of the problems of high-altitude flight in his earliest work for the U.S. Air Force and subjected himself to exposure to altitudes of up to . He later helped develop pressure suits and ejection seats, which have been used in jets ever since. As part of the experiments, on August 16, 1960, Colonel Joseph Kittinger performed the first high-altitude jump at above the Earth's surface. Kittinger's friend and United States Naval Parachute Test Jumper Joe Crotwell was also among the consultants and test jumpers of the original program. The first time the technique was used for combat was during the Vietnam War in Laos by members of MACV-SOG Recon Team Florida. SEAL Teams of the United States Navy expanded the HALO technique to include delivery of boats and other large items. The technique is used to airdrop supplies, equipment, or personnel at high altitudes, where aircraft can fly above surface-to-air missile (SAM) engagement levels through enemy skies without posing a threat to the transport or load. In the event that anti-aircraft cannons are active near the drop zone, the HALO technique also minimizes the parachutist's exposure to flak. For military cargo airdrops, the rigged load is cut free and rolls out of the plane as a result of gravity. The load then proceeds to fall under canopy to a designated drop zone. In a typical HALO exercise, the parachutist will jump from the aircraft, free-fall for a period of time at terminal velocity, and open his parachute at an altitude as low as AGL depending on the mission. The combination of high downward speed, minimal forward airspeed, and the use of only small amounts of metal helps to defeat radar and reduces the amount of time a parachute might be visible to ground observers, enabling a stealthy insertion. High Altitude High Opening – HAHO The HAHO technique is used to airdrop personnel at high altitudes when aircraft are unable to fly above enemy skies without posing a threat to the jumpers. In addition, HAHO parachute jumps are employed in the covert insertion of military personnel (generally special operations forces) into enemy territory, in circumstances where the covert nature of an operation may be compromised by the loud noise of parachutes opening at low altitude. HAHO jumps also allow a longer travel distance due to increased under-canopy time, allowing travelling distances of more than . In a typical HAHO exercise, the jumper will jump from the aircraft and deploy the parachute immediately after exiting the aircraft. The jumper will use a compass or GPS device for guidance while flying for 30 or more miles (50 kilometers). The jumper must use way points and terrain features to navigate to their desired landing zone and correct their course to account for changes in wind speed and direction. If deploying as a team, the team will form up in a stack while airborne with their parachutes. Usually, the jumper in the lowest position will set the travel course and act as a guide for the other team members. HAHO insertions (excluding training) are intended to be executed at night. Whilst in the British Special Forces (22 SAS), due to his extensive skydiving background, Charles "Nish" Bruce was pivotal in the original trials and development of the HAHO tactic now routinely used as a conflict insert for special forces. Military Free-Fall – MFF In the United States, military personnel who intend to participate in high-altitude military operations must undergo intense training with strict rules and regulations. Military free-fall is one of the most dangerous and physically demanding skills in special operations. MFF operations are typically done under the cover of darkness, so as to hide the operator's presence from opposing forces. The transition into being military free-fall certified starts with successfully completing the static-line certification at Fort Moore, Georgia. The military free-fall course is instructed at Yuma Proving Ground and spans four weeks. The first week of the course students will learn how to stabilize their body in flight in a specially constructed vertical wind tunnel. Health risks All types of parachuting techniques are dangerous, but HALO/HAHO carry special risks. At high altitudes (greater than ), the partial pressure of oxygen in the Earth's atmosphere is low. Oxygen is required for human respiration and lack of pressure can lead to hypoxia. Rapid ascent in the jump aircraft without flushing sufficient nitrogen from the bloodstream and other body tissues can lead to decompression sickness, also known as caisson disease or "the bends". Since altitude decompression is a form of decompression from saturation, the risk of decompression sickness remains in slow tissues. A longer period of oxygen prebreathing or altitude acclimatisation is necessary to eliminate risk completely. The procedures used for preparation for extravehicular activity in space suits are relevant. A typical HAHO exercise will require a pre-breathing period (30–45 minutes) prior to jump where the jumper breathes 100% oxygen in order to flush nitrogen from their bloodstream. Also, a HAHO jumper will employ an oxygen bottle during the jump. Danger can come from medical conditions affecting the jumper. Other factors increasing risk include tobacco smoking, alcohol and drug use (including antihistamines, sedatives, and analgesics), anemia, carbon monoxide, fatigue and anxiety can all lead to a jumper being more susceptible to hypoxia. In addition, problems with the oxygen bottle and during the changeover from the pre-breather to the oxygen bottle can result in the return of nitrogen to the jumper's bloodstream and, therefore, an increased likelihood of decompression sickness A jumper suffering from hypoxia may lose consciousness and therefore be unable to open his parachute. Another risk is from the low ambient temperatures prevalent at higher altitudes. At an altitude of , the jumper faces temperatures of , and can experience frostbite. However, HAHO jumpers generally wear polypropylene knit undergarments and other warm clothing under a windproof shell to prevent this. HALO carries the additional risk that if the parachute fails to deploy or lines become tangled, there is less time to resort to the reserve (back-up parachute) or untangle the lines. A retrospective study pinpointed 134 parachutists with 141 injuries. All these injuries were a result of members in HALO training. The most common injuries found were fractures, which accounted for 35% of the total injuries. Muscle sprains accounted for 34.7% of injuries. Other proportionally higher injuries were dislocations at 9.9%, contusions at 7.8%, and cuts and lacerations at 4.9%. The article also noted that two deaths occurred while the study was being conducted. Example of use The first combat high-altitude jump took place during the Vietnam War in November 1970, when a six-man team called SOG Recon Team Florida parachuted from into Laos. BJ Worth, a professional stuntman doubling as James Bond, is shown in the 1997 film Tomorrow Never Dies performing a HALO jump. In November 2001, a small team of U.S. troops from the 75th Ranger Regiment Regimental Reconnaissance Company freefall parachuted into Afghanistan in order to establish a landing strip. In 2002, United States Air Force Pararescue jumpers conducted a HALO jump in Afghanistan as a means of reaching a gravely wounded member of the Australian Special Air Service who was stranded in a minefield. Free fall parachute insertions were utilized during Operation Iraqi Freedom, as a means of bypassing enemy early warning systems. In 2009, during the rescue of Captain Richard Phillips off the coast of Somalia, a team of U.S. Navy SEALs carried out a nighttime HALO jump into the sea in order to reach the USS Bainbridge which was towing a lifeboat containing Philips' hostage takers. In 2012, U.S. Navy SEALs used the technique to insert into Somalia to rescue two hostages being held by pirates near the town of Adow. Tom Cruise became the first actor to perform a HALO jump on camera for the 2018 film Mission: Impossible – Fallout. In April 2020, military personnel from the Russian Airborne Forces, by the order of the Minister of Defence, Sergey Shoygu, performed the world's first HALO paradrop from the lower border of the Arctic stratosphere. The Russian commando group used "next-generation special-purpose parachute system", military tested oxygen equipment, navigation devices, special equipment, and uniforms while jumping from a high-flying transport plane, the Il-76 over the island of Alexandra Land located in Franz Josef Land archipelago. List of HALO/HAHO capable units See also Project Excelsior John Stapp Billy Waugh List of paratrooper forces Military Freefall Parachutist Badge Notes References Black, Mike. HALO jump over Yuma Proving Ground, AZ. U.S. Marine Corps. United States of America. Divine, Mark (2004). Navy SEALs Air Operations – Free Fall: HALO/HAHO (used with permission). U.S. Navy SEAL 1989 to present. Founder of NavySEALs.com. McKenna, Pat (July 1997). A Bad Altitude. Airman Magazine. U.S. Air Force. United States of America. McManners, Hugh (2003), Ultimate Special Forces, pub Dorling Kindersley U.S. Army Infantry School (November 1, 1995). Lesson 3: Airlift Requests and Personnel Used in Airborne. Fundamentals of Airborne Operations, Edition B. U.S. Army Infantry School. US Army. United States of America. U.S. DOD (June 5, 2003). US DOD Dictionary of Military Terms: Joint Acronyms and Abbreviations. U.S. Department of Defense. United States of America. https://web.archive.org/web/20100106010349/http://www.airpower.maxwell.af.mil/airchronicles/aureview/1986/nov-dec/boyd.html http://www.globalsecurity.org/military/ops/airborne-halo-haho.htm External links Military parachuting Airborne warfare
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uid: LiteNetLib.INatPunchListener.OnNatIntroductionRequest* name: OnNatIntroductionRequest href: api/LiteNetLib.INatPunchListener.html#LiteNetLib_INatPunchListener_OnNatIntroductionRequest_ commentId: Overload:LiteNetLib.INatPunchListener.OnNatIntroductionRequest isSpec: "True" fullName: LiteNetLib.INatPunchListener.OnNatIntroductionRequest nameWithType: INatPunchListener.OnNatIntroductionRequest - uid: LiteNetLib.INatPunchListener.OnNatIntroductionSuccess(System.Net.IPEndPoint,LiteNetLib.NatAddressType,System.String) name: OnNatIntroductionSuccess(IPEndPoint, NatAddressType, string) href: api/LiteNetLib.INatPunchListener.html#your_sha256_hash_IPEndPoint_LiteNetLib_NatAddressType_System_String_ commentId: M:LiteNetLib.INatPunchListener.OnNatIntroductionSuccess(System.Net.IPEndPoint,LiteNetLib.NatAddressType,System.String) name.vb: OnNatIntroductionSuccess(IPEndPoint, NatAddressType, String) fullName: LiteNetLib.INatPunchListener.OnNatIntroductionSuccess(System.Net.IPEndPoint, LiteNetLib.NatAddressType, string) fullName.vb: LiteNetLib.INatPunchListener.OnNatIntroductionSuccess(System.Net.IPEndPoint, LiteNetLib.NatAddressType, String) nameWithType: INatPunchListener.OnNatIntroductionSuccess(IPEndPoint, NatAddressType, string) nameWithType.vb: INatPunchListener.OnNatIntroductionSuccess(IPEndPoint, NatAddressType, String) - uid: LiteNetLib.INatPunchListener.OnNatIntroductionSuccess* name: OnNatIntroductionSuccess href: api/LiteNetLib.INatPunchListener.html#LiteNetLib_INatPunchListener_OnNatIntroductionSuccess_ commentId: Overload:LiteNetLib.INatPunchListener.OnNatIntroductionSuccess isSpec: "True" fullName: LiteNetLib.INatPunchListener.OnNatIntroductionSuccess nameWithType: INatPunchListener.OnNatIntroductionSuccess - uid: LiteNetLib.INetEventListener name: INetEventListener href: api/LiteNetLib.INetEventListener.html commentId: T:LiteNetLib.INetEventListener fullName: LiteNetLib.INetEventListener nameWithType: INetEventListener - uid: LiteNetLib.INetEventListener.OnConnectionRequest(LiteNetLib.ConnectionRequest) name: OnConnectionRequest(ConnectionRequest) href: api/LiteNetLib.INetEventListener.html#your_sha256_hashectionRequest_ commentId: M:LiteNetLib.INetEventListener.OnConnectionRequest(LiteNetLib.ConnectionRequest) fullName: LiteNetLib.INetEventListener.OnConnectionRequest(LiteNetLib.ConnectionRequest) nameWithType: INetEventListener.OnConnectionRequest(ConnectionRequest) - uid: LiteNetLib.INetEventListener.OnConnectionRequest* name: OnConnectionRequest href: api/LiteNetLib.INetEventListener.html#LiteNetLib_INetEventListener_OnConnectionRequest_ commentId: Overload:LiteNetLib.INetEventListener.OnConnectionRequest isSpec: "True" fullName: LiteNetLib.INetEventListener.OnConnectionRequest nameWithType: INetEventListener.OnConnectionRequest - uid: LiteNetLib.INetEventListener.OnNetworkError(System.Net.IPEndPoint,System.Net.Sockets.SocketError) name: OnNetworkError(IPEndPoint, SocketError) href: api/LiteNetLib.INetEventListener.html#your_sha256_hasht_System_Net_Sockets_SocketError_ commentId: M:LiteNetLib.INetEventListener.OnNetworkError(System.Net.IPEndPoint,System.Net.Sockets.SocketError) fullName: LiteNetLib.INetEventListener.OnNetworkError(System.Net.IPEndPoint, System.Net.Sockets.SocketError) nameWithType: INetEventListener.OnNetworkError(IPEndPoint, SocketError) - uid: LiteNetLib.INetEventListener.OnNetworkError* name: OnNetworkError href: api/LiteNetLib.INetEventListener.html#LiteNetLib_INetEventListener_OnNetworkError_ commentId: Overload:LiteNetLib.INetEventListener.OnNetworkError isSpec: "True" fullName: LiteNetLib.INetEventListener.OnNetworkError nameWithType: INetEventListener.OnNetworkError - uid: LiteNetLib.INetEventListener.OnNetworkLatencyUpdate(LiteNetLib.NetPeer,System.Int32) name: OnNetworkLatencyUpdate(NetPeer, int) href: api/LiteNetLib.INetEventListener.html#your_sha256_hashetPeer_System_Int32_ commentId: M:LiteNetLib.INetEventListener.OnNetworkLatencyUpdate(LiteNetLib.NetPeer,System.Int32) name.vb: OnNetworkLatencyUpdate(NetPeer, Integer) fullName: LiteNetLib.INetEventListener.OnNetworkLatencyUpdate(LiteNetLib.NetPeer, int) fullName.vb: LiteNetLib.INetEventListener.OnNetworkLatencyUpdate(LiteNetLib.NetPeer, Integer) nameWithType: INetEventListener.OnNetworkLatencyUpdate(NetPeer, int) nameWithType.vb: INetEventListener.OnNetworkLatencyUpdate(NetPeer, Integer) - uid: LiteNetLib.INetEventListener.OnNetworkLatencyUpdate* name: OnNetworkLatencyUpdate href: api/LiteNetLib.INetEventListener.html#LiteNetLib_INetEventListener_OnNetworkLatencyUpdate_ commentId: Overload:LiteNetLib.INetEventListener.OnNetworkLatencyUpdate isSpec: "True" fullName: LiteNetLib.INetEventListener.OnNetworkLatencyUpdate nameWithType: INetEventListener.OnNetworkLatencyUpdate - uid: LiteNetLib.INetEventListener.OnNetworkReceive(LiteNetLib.NetPeer,LiteNetLib.NetPacketReader,System.Byte,LiteNetLib.DeliveryMethod) name: OnNetworkReceive(NetPeer, NetPacketReader, byte, DeliveryMethod) href: api/LiteNetLib.INetEventListener.html#your_sha256_hashyour_sha256_hashd_ commentId: M:LiteNetLib.INetEventListener.OnNetworkReceive(LiteNetLib.NetPeer,LiteNetLib.NetPacketReader,System.Byte,LiteNetLib.DeliveryMethod) name.vb: OnNetworkReceive(NetPeer, NetPacketReader, Byte, DeliveryMethod) fullName: LiteNetLib.INetEventListener.OnNetworkReceive(LiteNetLib.NetPeer, LiteNetLib.NetPacketReader, byte, LiteNetLib.DeliveryMethod) fullName.vb: LiteNetLib.INetEventListener.OnNetworkReceive(LiteNetLib.NetPeer, LiteNetLib.NetPacketReader, Byte, LiteNetLib.DeliveryMethod) nameWithType: INetEventListener.OnNetworkReceive(NetPeer, NetPacketReader, byte, DeliveryMethod) nameWithType.vb: INetEventListener.OnNetworkReceive(NetPeer, NetPacketReader, Byte, DeliveryMethod) - uid: LiteNetLib.INetEventListener.OnNetworkReceive* name: OnNetworkReceive href: api/LiteNetLib.INetEventListener.html#LiteNetLib_INetEventListener_OnNetworkReceive_ commentId: Overload:LiteNetLib.INetEventListener.OnNetworkReceive isSpec: "True" fullName: LiteNetLib.INetEventListener.OnNetworkReceive nameWithType: INetEventListener.OnNetworkReceive - uid: LiteNetLib.INetEventListener.OnNetworkReceiveUnconnected(System.Net.IPEndPoint,LiteNetLib.NetPacketReader,LiteNetLib.UnconnectedMessageType) name: OnNetworkReceiveUnconnected(IPEndPoint, NetPacketReader, UnconnectedMessageType) href: api/LiteNetLib.INetEventListener.html#your_sha256_hashyour_sha256_hashMessageType_ commentId: M:LiteNetLib.INetEventListener.OnNetworkReceiveUnconnected(System.Net.IPEndPoint,LiteNetLib.NetPacketReader,LiteNetLib.UnconnectedMessageType) fullName: LiteNetLib.INetEventListener.OnNetworkReceiveUnconnected(System.Net.IPEndPoint, LiteNetLib.NetPacketReader, LiteNetLib.UnconnectedMessageType) nameWithType: INetEventListener.OnNetworkReceiveUnconnected(IPEndPoint, NetPacketReader, UnconnectedMessageType) - uid: LiteNetLib.INetEventListener.OnNetworkReceiveUnconnected* name: OnNetworkReceiveUnconnected href: api/LiteNetLib.INetEventListener.html#LiteNetLib_INetEventListener_OnNetworkReceiveUnconnected_ commentId: Overload:LiteNetLib.INetEventListener.OnNetworkReceiveUnconnected isSpec: "True" fullName: LiteNetLib.INetEventListener.OnNetworkReceiveUnconnected nameWithType: INetEventListener.OnNetworkReceiveUnconnected - uid: LiteNetLib.INetEventListener.OnPeerConnected(LiteNetLib.NetPeer) name: OnPeerConnected(NetPeer) href: api/LiteNetLib.INetEventListener.html#your_sha256_hash commentId: M:LiteNetLib.INetEventListener.OnPeerConnected(LiteNetLib.NetPeer) fullName: LiteNetLib.INetEventListener.OnPeerConnected(LiteNetLib.NetPeer) nameWithType: INetEventListener.OnPeerConnected(NetPeer) - uid: LiteNetLib.INetEventListener.OnPeerConnected* name: OnPeerConnected href: api/LiteNetLib.INetEventListener.html#LiteNetLib_INetEventListener_OnPeerConnected_ commentId: Overload:LiteNetLib.INetEventListener.OnPeerConnected isSpec: "True" fullName: LiteNetLib.INetEventListener.OnPeerConnected nameWithType: INetEventListener.OnPeerConnected - uid: LiteNetLib.INetEventListener.OnPeerDisconnected(LiteNetLib.NetPeer,LiteNetLib.DisconnectInfo) name: OnPeerDisconnected(NetPeer, DisconnectInfo) href: api/LiteNetLib.INetEventListener.html#your_sha256_hasher_LiteNetLib_DisconnectInfo_ commentId: M:LiteNetLib.INetEventListener.OnPeerDisconnected(LiteNetLib.NetPeer,LiteNetLib.DisconnectInfo) fullName: LiteNetLib.INetEventListener.OnPeerDisconnected(LiteNetLib.NetPeer, LiteNetLib.DisconnectInfo) nameWithType: INetEventListener.OnPeerDisconnected(NetPeer, DisconnectInfo) - uid: LiteNetLib.INetEventListener.OnPeerDisconnected* name: OnPeerDisconnected href: api/LiteNetLib.INetEventListener.html#LiteNetLib_INetEventListener_OnPeerDisconnected_ commentId: Overload:LiteNetLib.INetEventListener.OnPeerDisconnected isSpec: "True" fullName: LiteNetLib.INetEventListener.OnPeerDisconnected nameWithType: INetEventListener.OnPeerDisconnected - uid: LiteNetLib.INetLogger name: INetLogger href: api/LiteNetLib.INetLogger.html commentId: T:LiteNetLib.INetLogger fullName: LiteNetLib.INetLogger nameWithType: INetLogger - uid: LiteNetLib.INetLogger.WriteNet(LiteNetLib.NetLogLevel,System.String,System.Object[]) name: WriteNet(NetLogLevel, string, params object[]) href: api/LiteNetLib.INetLogger.html#your_sha256_hashing_System_Object___ commentId: M:LiteNetLib.INetLogger.WriteNet(LiteNetLib.NetLogLevel,System.String,System.Object[]) name.vb: WriteNet(NetLogLevel, String, ParamArray Object()) fullName: LiteNetLib.INetLogger.WriteNet(LiteNetLib.NetLogLevel, string, params object[]) fullName.vb: LiteNetLib.INetLogger.WriteNet(LiteNetLib.NetLogLevel, String, ParamArray Object()) nameWithType: INetLogger.WriteNet(NetLogLevel, string, params object[]) nameWithType.vb: INetLogger.WriteNet(NetLogLevel, String, ParamArray Object()) - uid: LiteNetLib.INetLogger.WriteNet* name: WriteNet href: api/LiteNetLib.INetLogger.html#LiteNetLib_INetLogger_WriteNet_ commentId: Overload:LiteNetLib.INetLogger.WriteNet isSpec: "True" fullName: LiteNetLib.INetLogger.WriteNet nameWithType: INetLogger.WriteNet - uid: LiteNetLib.INtpEventListener name: INtpEventListener href: api/LiteNetLib.INtpEventListener.html commentId: T:LiteNetLib.INtpEventListener fullName: LiteNetLib.INtpEventListener nameWithType: INtpEventListener - uid: LiteNetLib.INtpEventListener.OnNtpResponse(LiteNetLib.Utils.NtpPacket) name: OnNtpResponse(NtpPacket) href: api/LiteNetLib.INtpEventListener.html#your_sha256_hashacket_ commentId: M:LiteNetLib.INtpEventListener.OnNtpResponse(LiteNetLib.Utils.NtpPacket) fullName: LiteNetLib.INtpEventListener.OnNtpResponse(LiteNetLib.Utils.NtpPacket) nameWithType: INtpEventListener.OnNtpResponse(NtpPacket) - uid: LiteNetLib.INtpEventListener.OnNtpResponse* name: OnNtpResponse href: api/LiteNetLib.INtpEventListener.html#LiteNetLib_INtpEventListener_OnNtpResponse_ commentId: Overload:LiteNetLib.INtpEventListener.OnNtpResponse isSpec: "True" fullName: LiteNetLib.INtpEventListener.OnNtpResponse nameWithType: INtpEventListener.OnNtpResponse - uid: LiteNetLib.IPeerAddressChangedListener name: IPeerAddressChangedListener href: api/LiteNetLib.IPeerAddressChangedListener.html commentId: T:LiteNetLib.IPeerAddressChangedListener fullName: LiteNetLib.IPeerAddressChangedListener nameWithType: IPeerAddressChangedListener - uid: LiteNetLib.IPeerAddressChangedListener.OnPeerAddressChanged(LiteNetLib.NetPeer,System.Net.IPEndPoint) name: OnPeerAddressChanged(NetPeer, IPEndPoint) href: api/LiteNetLib.IPeerAddressChangedListener.html#your_sha256_hashNetLib_NetPeer_System_Net_IPEndPoint_ commentId: M:LiteNetLib.IPeerAddressChangedListener.OnPeerAddressChanged(LiteNetLib.NetPeer,System.Net.IPEndPoint) fullName: LiteNetLib.IPeerAddressChangedListener.OnPeerAddressChanged(LiteNetLib.NetPeer, System.Net.IPEndPoint) nameWithType: IPeerAddressChangedListener.OnPeerAddressChanged(NetPeer, IPEndPoint) - uid: LiteNetLib.IPeerAddressChangedListener.OnPeerAddressChanged* name: OnPeerAddressChanged href: api/LiteNetLib.IPeerAddressChangedListener.html#LiteNetLib_IPeerAddressChangedListener_OnPeerAddressChanged_ commentId: Overload:LiteNetLib.IPeerAddressChangedListener.OnPeerAddressChanged isSpec: "True" fullName: LiteNetLib.IPeerAddressChangedListener.OnPeerAddressChanged nameWithType: IPeerAddressChangedListener.OnPeerAddressChanged - uid: LiteNetLib.IPv6Mode name: IPv6Mode href: api/LiteNetLib.IPv6Mode.html commentId: T:LiteNetLib.IPv6Mode fullName: LiteNetLib.IPv6Mode nameWithType: IPv6Mode - uid: LiteNetLib.IPv6Mode.Disabled name: Disabled href: api/LiteNetLib.IPv6Mode.html#LiteNetLib_IPv6Mode_Disabled commentId: F:LiteNetLib.IPv6Mode.Disabled fullName: LiteNetLib.IPv6Mode.Disabled nameWithType: IPv6Mode.Disabled - uid: LiteNetLib.IPv6Mode.DualMode name: DualMode href: api/LiteNetLib.IPv6Mode.html#LiteNetLib_IPv6Mode_DualMode commentId: F:LiteNetLib.IPv6Mode.DualMode fullName: LiteNetLib.IPv6Mode.DualMode nameWithType: IPv6Mode.DualMode - uid: LiteNetLib.IPv6Mode.SeparateSocket name: SeparateSocket href: api/LiteNetLib.IPv6Mode.html#LiteNetLib_IPv6Mode_SeparateSocket commentId: F:LiteNetLib.IPv6Mode.SeparateSocket fullName: LiteNetLib.IPv6Mode.SeparateSocket nameWithType: IPv6Mode.SeparateSocket - uid: LiteNetLib.InvalidPacketException name: InvalidPacketException href: api/LiteNetLib.InvalidPacketException.html commentId: T:LiteNetLib.InvalidPacketException fullName: LiteNetLib.InvalidPacketException nameWithType: InvalidPacketException - uid: LiteNetLib.InvalidPacketException.#ctor(System.String) name: InvalidPacketException(string) href: api/LiteNetLib.InvalidPacketException.html#LiteNetLib_InvalidPacketException__ctor_System_String_ commentId: M:LiteNetLib.InvalidPacketException.#ctor(System.String) name.vb: New(String) fullName: LiteNetLib.InvalidPacketException.InvalidPacketException(string) fullName.vb: LiteNetLib.InvalidPacketException.New(String) nameWithType: InvalidPacketException.InvalidPacketException(string) nameWithType.vb: InvalidPacketException.New(String) - uid: LiteNetLib.InvalidPacketException.#ctor* name: InvalidPacketException href: api/LiteNetLib.InvalidPacketException.html#LiteNetLib_InvalidPacketException__ctor_ commentId: Overload:LiteNetLib.InvalidPacketException.#ctor isSpec: "True" name.vb: New fullName: LiteNetLib.InvalidPacketException.InvalidPacketException fullName.vb: LiteNetLib.InvalidPacketException.New nameWithType: InvalidPacketException.InvalidPacketException nameWithType.vb: InvalidPacketException.New - 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uid: LiteNetLib.Layers.Crc32cLayer.ProcessInboundPacket(System.Net.IPEndPoint@,System.Byte[]@,System.Int32@) name: ProcessInboundPacket(ref IPEndPoint, ref byte[], ref int) href: api/LiteNetLib.Layers.Crc32cLayer.html#your_sha256_hashEndPoint__System_Byte____System_Int32__ commentId: M:LiteNetLib.Layers.Crc32cLayer.ProcessInboundPacket(System.Net.IPEndPoint@,System.Byte[]@,System.Int32@) name.vb: ProcessInboundPacket(IPEndPoint, Byte(), Integer) fullName: LiteNetLib.Layers.Crc32cLayer.ProcessInboundPacket(ref System.Net.IPEndPoint, ref byte[], ref int) fullName.vb: LiteNetLib.Layers.Crc32cLayer.ProcessInboundPacket(System.Net.IPEndPoint, Byte(), Integer) nameWithType: Crc32cLayer.ProcessInboundPacket(ref IPEndPoint, ref byte[], ref int) nameWithType.vb: Crc32cLayer.ProcessInboundPacket(IPEndPoint, Byte(), Integer) - uid: LiteNetLib.Layers.Crc32cLayer.ProcessInboundPacket* name: ProcessInboundPacket href: api/LiteNetLib.Layers.Crc32cLayer.html#LiteNetLib_Layers_Crc32cLayer_ProcessInboundPacket_ commentId: Overload:LiteNetLib.Layers.Crc32cLayer.ProcessInboundPacket isSpec: "True" fullName: LiteNetLib.Layers.Crc32cLayer.ProcessInboundPacket nameWithType: Crc32cLayer.ProcessInboundPacket - uid: LiteNetLib.Layers.Crc32cLayer.ProcessOutBoundPacket(System.Net.IPEndPoint@,System.Byte[]@,System.Int32@,System.Int32@) name: ProcessOutBoundPacket(ref IPEndPoint, ref byte[], ref int, ref int) href: api/LiteNetLib.Layers.Crc32cLayer.html#your_sha256_hashPEndPoint__System_Byte____System_Int32__System_Int32__ commentId: M:LiteNetLib.Layers.Crc32cLayer.ProcessOutBoundPacket(System.Net.IPEndPoint@,System.Byte[]@,System.Int32@,System.Int32@) name.vb: ProcessOutBoundPacket(IPEndPoint, Byte(), Integer, Integer) fullName: LiteNetLib.Layers.Crc32cLayer.ProcessOutBoundPacket(ref System.Net.IPEndPoint, ref byte[], ref int, ref int) fullName.vb: LiteNetLib.Layers.Crc32cLayer.ProcessOutBoundPacket(System.Net.IPEndPoint, Byte(), Integer, Integer) nameWithType: Crc32cLayer.ProcessOutBoundPacket(ref IPEndPoint, ref byte[], ref int, ref int) nameWithType.vb: Crc32cLayer.ProcessOutBoundPacket(IPEndPoint, Byte(), Integer, Integer) - uid: LiteNetLib.Layers.Crc32cLayer.ProcessOutBoundPacket* name: ProcessOutBoundPacket href: api/LiteNetLib.Layers.Crc32cLayer.html#LiteNetLib_Layers_Crc32cLayer_ProcessOutBoundPacket_ commentId: Overload:LiteNetLib.Layers.Crc32cLayer.ProcessOutBoundPacket isSpec: "True" fullName: LiteNetLib.Layers.Crc32cLayer.ProcessOutBoundPacket nameWithType: Crc32cLayer.ProcessOutBoundPacket - uid: LiteNetLib.Layers.PacketLayerBase name: PacketLayerBase href: api/LiteNetLib.Layers.PacketLayerBase.html commentId: T:LiteNetLib.Layers.PacketLayerBase fullName: LiteNetLib.Layers.PacketLayerBase nameWithType: PacketLayerBase - uid: LiteNetLib.Layers.PacketLayerBase.#ctor(System.Int32) name: PacketLayerBase(int) href: api/LiteNetLib.Layers.PacketLayerBase.html#LiteNetLib_Layers_PacketLayerBase__ctor_System_Int32_ commentId: M:LiteNetLib.Layers.PacketLayerBase.#ctor(System.Int32) name.vb: New(Integer) fullName: LiteNetLib.Layers.PacketLayerBase.PacketLayerBase(int) fullName.vb: LiteNetLib.Layers.PacketLayerBase.New(Integer) nameWithType: PacketLayerBase.PacketLayerBase(int) nameWithType.vb: PacketLayerBase.New(Integer) - uid: LiteNetLib.Layers.PacketLayerBase.#ctor* name: PacketLayerBase href: api/LiteNetLib.Layers.PacketLayerBase.html#LiteNetLib_Layers_PacketLayerBase__ctor_ commentId: Overload:LiteNetLib.Layers.PacketLayerBase.#ctor isSpec: "True" name.vb: New fullName: LiteNetLib.Layers.PacketLayerBase.PacketLayerBase fullName.vb: LiteNetLib.Layers.PacketLayerBase.New nameWithType: PacketLayerBase.PacketLayerBase nameWithType.vb: PacketLayerBase.New - uid: LiteNetLib.Layers.PacketLayerBase.ExtraPacketSizeForLayer name: ExtraPacketSizeForLayer href: api/LiteNetLib.Layers.PacketLayerBase.html#LiteNetLib_Layers_PacketLayerBase_ExtraPacketSizeForLayer commentId: F:LiteNetLib.Layers.PacketLayerBase.ExtraPacketSizeForLayer fullName: LiteNetLib.Layers.PacketLayerBase.ExtraPacketSizeForLayer nameWithType: PacketLayerBase.ExtraPacketSizeForLayer - uid: LiteNetLib.Layers.PacketLayerBase.ProcessInboundPacket(System.Net.IPEndPoint@,System.Byte[]@,System.Int32@) name: ProcessInboundPacket(ref IPEndPoint, ref byte[], ref int) href: api/LiteNetLib.Layers.PacketLayerBase.html#your_sha256_hasht_IPEndPoint__System_Byte____System_Int32__ commentId: M:LiteNetLib.Layers.PacketLayerBase.ProcessInboundPacket(System.Net.IPEndPoint@,System.Byte[]@,System.Int32@) name.vb: ProcessInboundPacket(IPEndPoint, Byte(), Integer) fullName: LiteNetLib.Layers.PacketLayerBase.ProcessInboundPacket(ref System.Net.IPEndPoint, ref byte[], ref int) fullName.vb: LiteNetLib.Layers.PacketLayerBase.ProcessInboundPacket(System.Net.IPEndPoint, Byte(), Integer) nameWithType: PacketLayerBase.ProcessInboundPacket(ref IPEndPoint, ref byte[], ref int) nameWithType.vb: PacketLayerBase.ProcessInboundPacket(IPEndPoint, Byte(), Integer) - uid: LiteNetLib.Layers.PacketLayerBase.ProcessInboundPacket* name: ProcessInboundPacket href: api/LiteNetLib.Layers.PacketLayerBase.html#LiteNetLib_Layers_PacketLayerBase_ProcessInboundPacket_ commentId: Overload:LiteNetLib.Layers.PacketLayerBase.ProcessInboundPacket isSpec: "True" fullName: LiteNetLib.Layers.PacketLayerBase.ProcessInboundPacket nameWithType: PacketLayerBase.ProcessInboundPacket - uid: LiteNetLib.Layers.PacketLayerBase.ProcessOutBoundPacket(System.Net.IPEndPoint@,System.Byte[]@,System.Int32@,System.Int32@) name: ProcessOutBoundPacket(ref IPEndPoint, ref byte[], ref int, ref int) href: api/LiteNetLib.Layers.PacketLayerBase.html#your_sha256_hashet_IPEndPoint__System_Byte____System_Int32__System_Int32__ commentId: M:LiteNetLib.Layers.PacketLayerBase.ProcessOutBoundPacket(System.Net.IPEndPoint@,System.Byte[]@,System.Int32@,System.Int32@) name.vb: ProcessOutBoundPacket(IPEndPoint, Byte(), Integer, Integer) fullName: LiteNetLib.Layers.PacketLayerBase.ProcessOutBoundPacket(ref System.Net.IPEndPoint, ref byte[], ref int, ref int) fullName.vb: LiteNetLib.Layers.PacketLayerBase.ProcessOutBoundPacket(System.Net.IPEndPoint, Byte(), Integer, Integer) nameWithType: PacketLayerBase.ProcessOutBoundPacket(ref IPEndPoint, ref byte[], ref int, ref int) nameWithType.vb: PacketLayerBase.ProcessOutBoundPacket(IPEndPoint, Byte(), Integer, Integer) - uid: LiteNetLib.Layers.PacketLayerBase.ProcessOutBoundPacket* name: ProcessOutBoundPacket href: api/LiteNetLib.Layers.PacketLayerBase.html#LiteNetLib_Layers_PacketLayerBase_ProcessOutBoundPacket_ commentId: Overload:LiteNetLib.Layers.PacketLayerBase.ProcessOutBoundPacket isSpec: "True" fullName: LiteNetLib.Layers.PacketLayerBase.ProcessOutBoundPacket nameWithType: PacketLayerBase.ProcessOutBoundPacket - uid: LiteNetLib.Layers.XorEncryptLayer name: XorEncryptLayer href: api/LiteNetLib.Layers.XorEncryptLayer.html commentId: T:LiteNetLib.Layers.XorEncryptLayer fullName: LiteNetLib.Layers.XorEncryptLayer nameWithType: XorEncryptLayer - uid: LiteNetLib.Layers.XorEncryptLayer.#ctor name: XorEncryptLayer() href: api/LiteNetLib.Layers.XorEncryptLayer.html#LiteNetLib_Layers_XorEncryptLayer__ctor commentId: M:LiteNetLib.Layers.XorEncryptLayer.#ctor name.vb: New() fullName: LiteNetLib.Layers.XorEncryptLayer.XorEncryptLayer() fullName.vb: LiteNetLib.Layers.XorEncryptLayer.New() nameWithType: XorEncryptLayer.XorEncryptLayer() nameWithType.vb: XorEncryptLayer.New() - uid: LiteNetLib.Layers.XorEncryptLayer.#ctor(System.Byte[]) name: XorEncryptLayer(byte[]) href: api/LiteNetLib.Layers.XorEncryptLayer.html#LiteNetLib_Layers_XorEncryptLayer__ctor_System_Byte___ commentId: M:LiteNetLib.Layers.XorEncryptLayer.#ctor(System.Byte[]) name.vb: New(Byte()) fullName: LiteNetLib.Layers.XorEncryptLayer.XorEncryptLayer(byte[]) fullName.vb: LiteNetLib.Layers.XorEncryptLayer.New(Byte()) nameWithType: XorEncryptLayer.XorEncryptLayer(byte[]) nameWithType.vb: XorEncryptLayer.New(Byte()) - uid: LiteNetLib.Layers.XorEncryptLayer.#ctor(System.String) name: XorEncryptLayer(string) href: api/LiteNetLib.Layers.XorEncryptLayer.html#LiteNetLib_Layers_XorEncryptLayer__ctor_System_String_ commentId: M:LiteNetLib.Layers.XorEncryptLayer.#ctor(System.String) name.vb: New(String) fullName: LiteNetLib.Layers.XorEncryptLayer.XorEncryptLayer(string) fullName.vb: LiteNetLib.Layers.XorEncryptLayer.New(String) nameWithType: XorEncryptLayer.XorEncryptLayer(string) nameWithType.vb: XorEncryptLayer.New(String) - uid: LiteNetLib.Layers.XorEncryptLayer.#ctor* name: XorEncryptLayer href: api/LiteNetLib.Layers.XorEncryptLayer.html#LiteNetLib_Layers_XorEncryptLayer__ctor_ commentId: Overload:LiteNetLib.Layers.XorEncryptLayer.#ctor isSpec: "True" name.vb: New fullName: LiteNetLib.Layers.XorEncryptLayer.XorEncryptLayer fullName.vb: LiteNetLib.Layers.XorEncryptLayer.New nameWithType: XorEncryptLayer.XorEncryptLayer nameWithType.vb: XorEncryptLayer.New - uid: LiteNetLib.Layers.XorEncryptLayer.ProcessInboundPacket(System.Net.IPEndPoint@,System.Byte[]@,System.Int32@) name: ProcessInboundPacket(ref IPEndPoint, ref byte[], ref int) href: api/LiteNetLib.Layers.XorEncryptLayer.html#your_sha256_hasht_IPEndPoint__System_Byte____System_Int32__ commentId: M:LiteNetLib.Layers.XorEncryptLayer.ProcessInboundPacket(System.Net.IPEndPoint@,System.Byte[]@,System.Int32@) name.vb: ProcessInboundPacket(IPEndPoint, Byte(), Integer) fullName: LiteNetLib.Layers.XorEncryptLayer.ProcessInboundPacket(ref System.Net.IPEndPoint, ref byte[], ref int) fullName.vb: LiteNetLib.Layers.XorEncryptLayer.ProcessInboundPacket(System.Net.IPEndPoint, Byte(), Integer) nameWithType: XorEncryptLayer.ProcessInboundPacket(ref IPEndPoint, ref byte[], ref int) nameWithType.vb: XorEncryptLayer.ProcessInboundPacket(IPEndPoint, Byte(), Integer) - uid: LiteNetLib.Layers.XorEncryptLayer.ProcessInboundPacket* name: ProcessInboundPacket href: api/LiteNetLib.Layers.XorEncryptLayer.html#LiteNetLib_Layers_XorEncryptLayer_ProcessInboundPacket_ commentId: Overload:LiteNetLib.Layers.XorEncryptLayer.ProcessInboundPacket isSpec: "True" fullName: LiteNetLib.Layers.XorEncryptLayer.ProcessInboundPacket nameWithType: XorEncryptLayer.ProcessInboundPacket - uid: LiteNetLib.Layers.XorEncryptLayer.ProcessOutBoundPacket(System.Net.IPEndPoint@,System.Byte[]@,System.Int32@,System.Int32@) name: ProcessOutBoundPacket(ref IPEndPoint, ref byte[], ref int, ref int) href: api/LiteNetLib.Layers.XorEncryptLayer.html#your_sha256_hashet_IPEndPoint__System_Byte____System_Int32__System_Int32__ commentId: M:LiteNetLib.Layers.XorEncryptLayer.ProcessOutBoundPacket(System.Net.IPEndPoint@,System.Byte[]@,System.Int32@,System.Int32@) name.vb: ProcessOutBoundPacket(IPEndPoint, Byte(), Integer, Integer) fullName: LiteNetLib.Layers.XorEncryptLayer.ProcessOutBoundPacket(ref System.Net.IPEndPoint, ref byte[], ref int, ref int) fullName.vb: LiteNetLib.Layers.XorEncryptLayer.ProcessOutBoundPacket(System.Net.IPEndPoint, Byte(), Integer, Integer) nameWithType: XorEncryptLayer.ProcessOutBoundPacket(ref IPEndPoint, ref byte[], ref int, ref int) nameWithType.vb: XorEncryptLayer.ProcessOutBoundPacket(IPEndPoint, Byte(), Integer, Integer) - uid: LiteNetLib.Layers.XorEncryptLayer.ProcessOutBoundPacket* name: ProcessOutBoundPacket href: api/LiteNetLib.Layers.XorEncryptLayer.html#LiteNetLib_Layers_XorEncryptLayer_ProcessOutBoundPacket_ commentId: Overload:LiteNetLib.Layers.XorEncryptLayer.ProcessOutBoundPacket isSpec: "True" fullName: LiteNetLib.Layers.XorEncryptLayer.ProcessOutBoundPacket nameWithType: XorEncryptLayer.ProcessOutBoundPacket - uid: LiteNetLib.Layers.XorEncryptLayer.SetKey(System.Byte[]) name: SetKey(byte[]) href: api/LiteNetLib.Layers.XorEncryptLayer.html#LiteNetLib_Layers_XorEncryptLayer_SetKey_System_Byte___ commentId: M:LiteNetLib.Layers.XorEncryptLayer.SetKey(System.Byte[]) name.vb: SetKey(Byte()) fullName: LiteNetLib.Layers.XorEncryptLayer.SetKey(byte[]) fullName.vb: LiteNetLib.Layers.XorEncryptLayer.SetKey(Byte()) nameWithType: XorEncryptLayer.SetKey(byte[]) nameWithType.vb: XorEncryptLayer.SetKey(Byte()) - uid: LiteNetLib.Layers.XorEncryptLayer.SetKey(System.String) name: SetKey(string) href: api/LiteNetLib.Layers.XorEncryptLayer.html#LiteNetLib_Layers_XorEncryptLayer_SetKey_System_String_ commentId: M:LiteNetLib.Layers.XorEncryptLayer.SetKey(System.String) name.vb: SetKey(String) fullName: LiteNetLib.Layers.XorEncryptLayer.SetKey(string) fullName.vb: LiteNetLib.Layers.XorEncryptLayer.SetKey(String) nameWithType: XorEncryptLayer.SetKey(string) nameWithType.vb: XorEncryptLayer.SetKey(String) - uid: LiteNetLib.Layers.XorEncryptLayer.SetKey* name: SetKey href: api/LiteNetLib.Layers.XorEncryptLayer.html#LiteNetLib_Layers_XorEncryptLayer_SetKey_ commentId: Overload:LiteNetLib.Layers.XorEncryptLayer.SetKey isSpec: "True" fullName: LiteNetLib.Layers.XorEncryptLayer.SetKey nameWithType: XorEncryptLayer.SetKey - uid: LiteNetLib.LocalAddrType name: LocalAddrType href: api/LiteNetLib.LocalAddrType.html commentId: T:LiteNetLib.LocalAddrType fullName: LiteNetLib.LocalAddrType nameWithType: LocalAddrType - uid: LiteNetLib.LocalAddrType.All name: All href: api/LiteNetLib.LocalAddrType.html#LiteNetLib_LocalAddrType_All commentId: F:LiteNetLib.LocalAddrType.All fullName: LiteNetLib.LocalAddrType.All nameWithType: LocalAddrType.All - uid: LiteNetLib.LocalAddrType.IPv4 name: IPv4 href: api/LiteNetLib.LocalAddrType.html#LiteNetLib_LocalAddrType_IPv4 commentId: F:LiteNetLib.LocalAddrType.IPv4 fullName: LiteNetLib.LocalAddrType.IPv4 nameWithType: LocalAddrType.IPv4 - uid: LiteNetLib.LocalAddrType.IPv6 name: IPv6 href: api/LiteNetLib.LocalAddrType.html#LiteNetLib_LocalAddrType_IPv6 commentId: F:LiteNetLib.LocalAddrType.IPv6 fullName: LiteNetLib.LocalAddrType.IPv6 nameWithType: LocalAddrType.IPv6 - uid: LiteNetLib.NatAddressType name: NatAddressType href: api/LiteNetLib.NatAddressType.html commentId: T:LiteNetLib.NatAddressType fullName: LiteNetLib.NatAddressType nameWithType: NatAddressType - uid: LiteNetLib.NatAddressType.External name: External href: api/LiteNetLib.NatAddressType.html#LiteNetLib_NatAddressType_External commentId: F:LiteNetLib.NatAddressType.External fullName: LiteNetLib.NatAddressType.External nameWithType: NatAddressType.External - uid: LiteNetLib.NatAddressType.Internal name: Internal href: api/LiteNetLib.NatAddressType.html#LiteNetLib_NatAddressType_Internal commentId: F:LiteNetLib.NatAddressType.Internal fullName: LiteNetLib.NatAddressType.Internal nameWithType: NatAddressType.Internal - uid: LiteNetLib.NatPunchModule name: NatPunchModule href: api/LiteNetLib.NatPunchModule.html commentId: T:LiteNetLib.NatPunchModule fullName: LiteNetLib.NatPunchModule nameWithType: NatPunchModule - uid: LiteNetLib.NatPunchModule.Init(LiteNetLib.INatPunchListener) name: Init(INatPunchListener) href: api/LiteNetLib.NatPunchModule.html#LiteNetLib_NatPunchModule_Init_LiteNetLib_INatPunchListener_ commentId: M:LiteNetLib.NatPunchModule.Init(LiteNetLib.INatPunchListener) fullName: LiteNetLib.NatPunchModule.Init(LiteNetLib.INatPunchListener) nameWithType: NatPunchModule.Init(INatPunchListener) - uid: LiteNetLib.NatPunchModule.Init* name: Init href: api/LiteNetLib.NatPunchModule.html#LiteNetLib_NatPunchModule_Init_ commentId: Overload:LiteNetLib.NatPunchModule.Init isSpec: "True" fullName: LiteNetLib.NatPunchModule.Init nameWithType: NatPunchModule.Init - uid: LiteNetLib.NatPunchModule.MaxTokenLength name: MaxTokenLength href: api/LiteNetLib.NatPunchModule.html#LiteNetLib_NatPunchModule_MaxTokenLength commentId: F:LiteNetLib.NatPunchModule.MaxTokenLength fullName: LiteNetLib.NatPunchModule.MaxTokenLength nameWithType: NatPunchModule.MaxTokenLength - uid: LiteNetLib.NatPunchModule.NatIntroduce(System.Net.IPEndPoint,System.Net.IPEndPoint,System.Net.IPEndPoint,System.Net.IPEndPoint,System.String) name: NatIntroduce(IPEndPoint, IPEndPoint, IPEndPoint, IPEndPoint, string) href: api/LiteNetLib.NatPunchModule.html#your_sha256_hashyour_sha256_hashystem_String_ commentId: M:LiteNetLib.NatPunchModule.NatIntroduce(System.Net.IPEndPoint,System.Net.IPEndPoint,System.Net.IPEndPoint,System.Net.IPEndPoint,System.String) name.vb: NatIntroduce(IPEndPoint, IPEndPoint, IPEndPoint, IPEndPoint, String) fullName: LiteNetLib.NatPunchModule.NatIntroduce(System.Net.IPEndPoint, System.Net.IPEndPoint, System.Net.IPEndPoint, System.Net.IPEndPoint, string) fullName.vb: LiteNetLib.NatPunchModule.NatIntroduce(System.Net.IPEndPoint, System.Net.IPEndPoint, System.Net.IPEndPoint, System.Net.IPEndPoint, String) nameWithType: NatPunchModule.NatIntroduce(IPEndPoint, IPEndPoint, IPEndPoint, IPEndPoint, string) nameWithType.vb: NatPunchModule.NatIntroduce(IPEndPoint, IPEndPoint, IPEndPoint, IPEndPoint, String) - uid: LiteNetLib.NatPunchModule.NatIntroduce* name: NatIntroduce href: api/LiteNetLib.NatPunchModule.html#LiteNetLib_NatPunchModule_NatIntroduce_ commentId: Overload:LiteNetLib.NatPunchModule.NatIntroduce isSpec: "True" fullName: LiteNetLib.NatPunchModule.NatIntroduce nameWithType: NatPunchModule.NatIntroduce - uid: LiteNetLib.NatPunchModule.PollEvents name: PollEvents() href: api/LiteNetLib.NatPunchModule.html#LiteNetLib_NatPunchModule_PollEvents commentId: M:LiteNetLib.NatPunchModule.PollEvents fullName: LiteNetLib.NatPunchModule.PollEvents() nameWithType: NatPunchModule.PollEvents() - uid: LiteNetLib.NatPunchModule.PollEvents* name: PollEvents href: api/LiteNetLib.NatPunchModule.html#LiteNetLib_NatPunchModule_PollEvents_ commentId: Overload:LiteNetLib.NatPunchModule.PollEvents isSpec: "True" fullName: LiteNetLib.NatPunchModule.PollEvents nameWithType: NatPunchModule.PollEvents - uid: LiteNetLib.NatPunchModule.SendNatIntroduceRequest(System.Net.IPEndPoint,System.String) name: SendNatIntroduceRequest(IPEndPoint, string) href: api/LiteNetLib.NatPunchModule.html#your_sha256_hashndPoint_System_String_ commentId: M:LiteNetLib.NatPunchModule.SendNatIntroduceRequest(System.Net.IPEndPoint,System.String) name.vb: SendNatIntroduceRequest(IPEndPoint, String) fullName: LiteNetLib.NatPunchModule.SendNatIntroduceRequest(System.Net.IPEndPoint, string) fullName.vb: LiteNetLib.NatPunchModule.SendNatIntroduceRequest(System.Net.IPEndPoint, String) nameWithType: NatPunchModule.SendNatIntroduceRequest(IPEndPoint, string) nameWithType.vb: NatPunchModule.SendNatIntroduceRequest(IPEndPoint, String) - uid: LiteNetLib.NatPunchModule.SendNatIntroduceRequest(System.String,System.Int32,System.String) name: SendNatIntroduceRequest(string, int, string) href: api/LiteNetLib.NatPunchModule.html#your_sha256_hashSystem_Int32_System_String_ commentId: M:LiteNetLib.NatPunchModule.SendNatIntroduceRequest(System.String,System.Int32,System.String) name.vb: SendNatIntroduceRequest(String, Integer, String) fullName: LiteNetLib.NatPunchModule.SendNatIntroduceRequest(string, int, string) fullName.vb: LiteNetLib.NatPunchModule.SendNatIntroduceRequest(String, Integer, String) nameWithType: NatPunchModule.SendNatIntroduceRequest(string, int, string) nameWithType.vb: NatPunchModule.SendNatIntroduceRequest(String, Integer, String) - uid: LiteNetLib.NatPunchModule.SendNatIntroduceRequest* name: SendNatIntroduceRequest href: api/LiteNetLib.NatPunchModule.html#LiteNetLib_NatPunchModule_SendNatIntroduceRequest_ commentId: Overload:LiteNetLib.NatPunchModule.SendNatIntroduceRequest isSpec: "True" fullName: LiteNetLib.NatPunchModule.SendNatIntroduceRequest nameWithType: NatPunchModule.SendNatIntroduceRequest - uid: LiteNetLib.NatPunchModule.UnsyncedEvents name: UnsyncedEvents href: api/LiteNetLib.NatPunchModule.html#LiteNetLib_NatPunchModule_UnsyncedEvents commentId: F:LiteNetLib.NatPunchModule.UnsyncedEvents fullName: LiteNetLib.NatPunchModule.UnsyncedEvents nameWithType: NatPunchModule.UnsyncedEvents - uid: LiteNetLib.NetConstants name: NetConstants href: api/LiteNetLib.NetConstants.html commentId: T:LiteNetLib.NetConstants fullName: LiteNetLib.NetConstants nameWithType: NetConstants - uid: LiteNetLib.NetConstants.ChanneledHeaderSize name: ChanneledHeaderSize href: api/LiteNetLib.NetConstants.html#LiteNetLib_NetConstants_ChanneledHeaderSize commentId: F:LiteNetLib.NetConstants.ChanneledHeaderSize fullName: LiteNetLib.NetConstants.ChanneledHeaderSize nameWithType: NetConstants.ChanneledHeaderSize - uid: LiteNetLib.NetConstants.DefaultWindowSize name: DefaultWindowSize href: api/LiteNetLib.NetConstants.html#LiteNetLib_NetConstants_DefaultWindowSize commentId: F:LiteNetLib.NetConstants.DefaultWindowSize fullName: LiteNetLib.NetConstants.DefaultWindowSize nameWithType: NetConstants.DefaultWindowSize - uid: LiteNetLib.NetConstants.FragmentHeaderSize name: FragmentHeaderSize href: api/LiteNetLib.NetConstants.html#LiteNetLib_NetConstants_FragmentHeaderSize commentId: F:LiteNetLib.NetConstants.FragmentHeaderSize fullName: LiteNetLib.NetConstants.FragmentHeaderSize nameWithType: NetConstants.FragmentHeaderSize - uid: LiteNetLib.NetConstants.FragmentedHeaderTotalSize name: FragmentedHeaderTotalSize href: api/LiteNetLib.NetConstants.html#LiteNetLib_NetConstants_FragmentedHeaderTotalSize commentId: F:LiteNetLib.NetConstants.FragmentedHeaderTotalSize fullName: LiteNetLib.NetConstants.FragmentedHeaderTotalSize nameWithType: NetConstants.FragmentedHeaderTotalSize - uid: LiteNetLib.NetConstants.HalfMaxSequence name: HalfMaxSequence href: api/LiteNetLib.NetConstants.html#LiteNetLib_NetConstants_HalfMaxSequence commentId: F:LiteNetLib.NetConstants.HalfMaxSequence fullName: LiteNetLib.NetConstants.HalfMaxSequence nameWithType: NetConstants.HalfMaxSequence - uid: LiteNetLib.NetConstants.HeaderSize name: HeaderSize href: api/LiteNetLib.NetConstants.html#LiteNetLib_NetConstants_HeaderSize commentId: F:LiteNetLib.NetConstants.HeaderSize fullName: LiteNetLib.NetConstants.HeaderSize nameWithType: NetConstants.HeaderSize - uid: LiteNetLib.NetConstants.MaxConnectionNumber name: MaxConnectionNumber href: api/LiteNetLib.NetConstants.html#LiteNetLib_NetConstants_MaxConnectionNumber commentId: F:LiteNetLib.NetConstants.MaxConnectionNumber fullName: LiteNetLib.NetConstants.MaxConnectionNumber nameWithType: NetConstants.MaxConnectionNumber - uid: LiteNetLib.NetConstants.MaxPacketSize name: MaxPacketSize href: api/LiteNetLib.NetConstants.html#LiteNetLib_NetConstants_MaxPacketSize commentId: F:LiteNetLib.NetConstants.MaxPacketSize fullName: LiteNetLib.NetConstants.MaxPacketSize nameWithType: NetConstants.MaxPacketSize - uid: LiteNetLib.NetConstants.MaxSequence name: MaxSequence href: api/LiteNetLib.NetConstants.html#LiteNetLib_NetConstants_MaxSequence commentId: F:LiteNetLib.NetConstants.MaxSequence fullName: LiteNetLib.NetConstants.MaxSequence nameWithType: NetConstants.MaxSequence - uid: LiteNetLib.NetConstants.MaxUnreliableDataSize name: MaxUnreliableDataSize href: api/LiteNetLib.NetConstants.html#LiteNetLib_NetConstants_MaxUnreliableDataSize commentId: F:LiteNetLib.NetConstants.MaxUnreliableDataSize fullName: LiteNetLib.NetConstants.MaxUnreliableDataSize nameWithType: NetConstants.MaxUnreliableDataSize - uid: LiteNetLib.NetConstants.SocketBufferSize name: SocketBufferSize href: api/LiteNetLib.NetConstants.html#LiteNetLib_NetConstants_SocketBufferSize commentId: F:LiteNetLib.NetConstants.SocketBufferSize fullName: LiteNetLib.NetConstants.SocketBufferSize nameWithType: NetConstants.SocketBufferSize - uid: LiteNetLib.NetConstants.SocketTTL name: SocketTTL href: api/LiteNetLib.NetConstants.html#LiteNetLib_NetConstants_SocketTTL commentId: F:LiteNetLib.NetConstants.SocketTTL fullName: LiteNetLib.NetConstants.SocketTTL nameWithType: NetConstants.SocketTTL - uid: LiteNetLib.NetDebug name: NetDebug href: api/LiteNetLib.NetDebug.html commentId: T:LiteNetLib.NetDebug fullName: LiteNetLib.NetDebug nameWithType: NetDebug - uid: LiteNetLib.NetDebug.Logger name: Logger href: api/LiteNetLib.NetDebug.html#LiteNetLib_NetDebug_Logger commentId: F:LiteNetLib.NetDebug.Logger fullName: LiteNetLib.NetDebug.Logger nameWithType: NetDebug.Logger - uid: LiteNetLib.NetLogLevel name: NetLogLevel href: api/LiteNetLib.NetLogLevel.html commentId: T:LiteNetLib.NetLogLevel fullName: LiteNetLib.NetLogLevel nameWithType: NetLogLevel - uid: LiteNetLib.NetLogLevel.Error name: Error href: api/LiteNetLib.NetLogLevel.html#LiteNetLib_NetLogLevel_Error commentId: F:LiteNetLib.NetLogLevel.Error fullName: LiteNetLib.NetLogLevel.Error nameWithType: NetLogLevel.Error - uid: LiteNetLib.NetLogLevel.Info name: Info href: api/LiteNetLib.NetLogLevel.html#LiteNetLib_NetLogLevel_Info commentId: F:LiteNetLib.NetLogLevel.Info fullName: LiteNetLib.NetLogLevel.Info nameWithType: NetLogLevel.Info - uid: LiteNetLib.NetLogLevel.Trace name: Trace href: api/LiteNetLib.NetLogLevel.html#LiteNetLib_NetLogLevel_Trace commentId: F:LiteNetLib.NetLogLevel.Trace fullName: LiteNetLib.NetLogLevel.Trace nameWithType: NetLogLevel.Trace - uid: LiteNetLib.NetLogLevel.Warning name: Warning href: api/LiteNetLib.NetLogLevel.html#LiteNetLib_NetLogLevel_Warning commentId: F:LiteNetLib.NetLogLevel.Warning fullName: LiteNetLib.NetLogLevel.Warning nameWithType: NetLogLevel.Warning - uid: LiteNetLib.NetManager name: NetManager href: api/LiteNetLib.NetManager.html commentId: T:LiteNetLib.NetManager fullName: LiteNetLib.NetManager nameWithType: NetManager - uid: LiteNetLib.NetManager.#ctor(LiteNetLib.INetEventListener,LiteNetLib.Layers.PacketLayerBase) name: NetManager(INetEventListener, PacketLayerBase) href: api/LiteNetLib.NetManager.html#your_sha256_hashLib_Layers_PacketLayerBase_ commentId: M:LiteNetLib.NetManager.#ctor(LiteNetLib.INetEventListener,LiteNetLib.Layers.PacketLayerBase) name.vb: New(INetEventListener, PacketLayerBase) fullName: LiteNetLib.NetManager.NetManager(LiteNetLib.INetEventListener, LiteNetLib.Layers.PacketLayerBase) fullName.vb: LiteNetLib.NetManager.New(LiteNetLib.INetEventListener, LiteNetLib.Layers.PacketLayerBase) nameWithType: NetManager.NetManager(INetEventListener, PacketLayerBase) nameWithType.vb: NetManager.New(INetEventListener, PacketLayerBase) - uid: LiteNetLib.NetManager.#ctor* name: NetManager href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager__ctor_ commentId: Overload:LiteNetLib.NetManager.#ctor isSpec: "True" name.vb: New fullName: LiteNetLib.NetManager.NetManager fullName.vb: LiteNetLib.NetManager.New nameWithType: NetManager.NetManager nameWithType.vb: NetManager.New - uid: LiteNetLib.NetManager.AllowPeerAddressChange name: AllowPeerAddressChange href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_AllowPeerAddressChange commentId: F:LiteNetLib.NetManager.AllowPeerAddressChange fullName: LiteNetLib.NetManager.AllowPeerAddressChange nameWithType: NetManager.AllowPeerAddressChange - uid: LiteNetLib.NetManager.AutoRecycle name: AutoRecycle href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_AutoRecycle commentId: F:LiteNetLib.NetManager.AutoRecycle fullName: LiteNetLib.NetManager.AutoRecycle nameWithType: NetManager.AutoRecycle - uid: LiteNetLib.NetManager.BroadcastReceiveEnabled name: BroadcastReceiveEnabled href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_BroadcastReceiveEnabled commentId: F:LiteNetLib.NetManager.BroadcastReceiveEnabled fullName: LiteNetLib.NetManager.BroadcastReceiveEnabled nameWithType: NetManager.BroadcastReceiveEnabled - uid: LiteNetLib.NetManager.ChannelsCount name: ChannelsCount href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_ChannelsCount commentId: P:LiteNetLib.NetManager.ChannelsCount fullName: LiteNetLib.NetManager.ChannelsCount nameWithType: NetManager.ChannelsCount - uid: LiteNetLib.NetManager.ChannelsCount* name: ChannelsCount href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_ChannelsCount_ commentId: Overload:LiteNetLib.NetManager.ChannelsCount isSpec: "True" fullName: LiteNetLib.NetManager.ChannelsCount nameWithType: NetManager.ChannelsCount - uid: LiteNetLib.NetManager.Connect(System.Net.IPEndPoint,LiteNetLib.Utils.NetDataWriter) name: Connect(IPEndPoint, NetDataWriter) href: api/LiteNetLib.NetManager.html#your_sha256_hashtils_NetDataWriter_ commentId: M:LiteNetLib.NetManager.Connect(System.Net.IPEndPoint,LiteNetLib.Utils.NetDataWriter) fullName: LiteNetLib.NetManager.Connect(System.Net.IPEndPoint, LiteNetLib.Utils.NetDataWriter) nameWithType: NetManager.Connect(IPEndPoint, NetDataWriter) - uid: LiteNetLib.NetManager.Connect(System.Net.IPEndPoint,System.String) name: Connect(IPEndPoint, string) href: api/LiteNetLib.NetManager.html#your_sha256_hashg_ commentId: M:LiteNetLib.NetManager.Connect(System.Net.IPEndPoint,System.String) name.vb: Connect(IPEndPoint, String) fullName: LiteNetLib.NetManager.Connect(System.Net.IPEndPoint, string) fullName.vb: LiteNetLib.NetManager.Connect(System.Net.IPEndPoint, String) nameWithType: NetManager.Connect(IPEndPoint, string) nameWithType.vb: NetManager.Connect(IPEndPoint, String) - uid: LiteNetLib.NetManager.Connect(System.String,System.Int32,LiteNetLib.Utils.NetDataWriter) name: Connect(string, int, NetDataWriter) href: api/LiteNetLib.NetManager.html#your_sha256_hashLib_Utils_NetDataWriter_ commentId: M:LiteNetLib.NetManager.Connect(System.String,System.Int32,LiteNetLib.Utils.NetDataWriter) name.vb: Connect(String, Integer, NetDataWriter) fullName: LiteNetLib.NetManager.Connect(string, int, LiteNetLib.Utils.NetDataWriter) fullName.vb: LiteNetLib.NetManager.Connect(String, Integer, LiteNetLib.Utils.NetDataWriter) nameWithType: NetManager.Connect(string, int, NetDataWriter) nameWithType.vb: NetManager.Connect(String, Integer, NetDataWriter) - uid: LiteNetLib.NetManager.Connect(System.String,System.Int32,System.String) name: Connect(string, int, string) href: api/LiteNetLib.NetManager.html#your_sha256_hashString_ commentId: M:LiteNetLib.NetManager.Connect(System.String,System.Int32,System.String) name.vb: Connect(String, Integer, String) fullName: LiteNetLib.NetManager.Connect(string, int, string) fullName.vb: LiteNetLib.NetManager.Connect(String, Integer, String) nameWithType: NetManager.Connect(string, int, string) nameWithType.vb: NetManager.Connect(String, Integer, String) - uid: LiteNetLib.NetManager.Connect* name: Connect href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_Connect_ commentId: Overload:LiteNetLib.NetManager.Connect isSpec: "True" fullName: LiteNetLib.NetManager.Connect nameWithType: NetManager.Connect - uid: LiteNetLib.NetManager.ConnectedPeerList name: ConnectedPeerList href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_ConnectedPeerList commentId: P:LiteNetLib.NetManager.ConnectedPeerList fullName: LiteNetLib.NetManager.ConnectedPeerList nameWithType: NetManager.ConnectedPeerList - uid: LiteNetLib.NetManager.ConnectedPeerList* name: ConnectedPeerList href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_ConnectedPeerList_ commentId: Overload:LiteNetLib.NetManager.ConnectedPeerList isSpec: "True" fullName: LiteNetLib.NetManager.ConnectedPeerList nameWithType: NetManager.ConnectedPeerList - uid: LiteNetLib.NetManager.ConnectedPeersCount name: ConnectedPeersCount href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_ConnectedPeersCount commentId: P:LiteNetLib.NetManager.ConnectedPeersCount fullName: LiteNetLib.NetManager.ConnectedPeersCount nameWithType: NetManager.ConnectedPeersCount - uid: LiteNetLib.NetManager.ConnectedPeersCount* name: ConnectedPeersCount href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_ConnectedPeersCount_ commentId: Overload:LiteNetLib.NetManager.ConnectedPeersCount isSpec: "True" fullName: LiteNetLib.NetManager.ConnectedPeersCount nameWithType: NetManager.ConnectedPeersCount - uid: LiteNetLib.NetManager.CreateNtpRequest(System.Net.IPEndPoint) name: CreateNtpRequest(IPEndPoint) href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_CreateNtpRequest_System_Net_IPEndPoint_ commentId: M:LiteNetLib.NetManager.CreateNtpRequest(System.Net.IPEndPoint) fullName: LiteNetLib.NetManager.CreateNtpRequest(System.Net.IPEndPoint) nameWithType: NetManager.CreateNtpRequest(IPEndPoint) - uid: LiteNetLib.NetManager.CreateNtpRequest(System.String) name: CreateNtpRequest(string) href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_CreateNtpRequest_System_String_ commentId: M:LiteNetLib.NetManager.CreateNtpRequest(System.String) name.vb: CreateNtpRequest(String) fullName: LiteNetLib.NetManager.CreateNtpRequest(string) fullName.vb: LiteNetLib.NetManager.CreateNtpRequest(String) nameWithType: NetManager.CreateNtpRequest(string) nameWithType.vb: NetManager.CreateNtpRequest(String) - uid: LiteNetLib.NetManager.CreateNtpRequest(System.String,System.Int32) name: CreateNtpRequest(string, int) href: api/LiteNetLib.NetManager.html#your_sha256_hash2_ commentId: M:LiteNetLib.NetManager.CreateNtpRequest(System.String,System.Int32) name.vb: CreateNtpRequest(String, Integer) fullName: LiteNetLib.NetManager.CreateNtpRequest(string, int) fullName.vb: LiteNetLib.NetManager.CreateNtpRequest(String, Integer) nameWithType: NetManager.CreateNtpRequest(string, int) nameWithType.vb: NetManager.CreateNtpRequest(String, Integer) - uid: LiteNetLib.NetManager.CreateNtpRequest* name: CreateNtpRequest href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_CreateNtpRequest_ commentId: Overload:LiteNetLib.NetManager.CreateNtpRequest isSpec: "True" fullName: LiteNetLib.NetManager.CreateNtpRequest nameWithType: NetManager.CreateNtpRequest - uid: LiteNetLib.NetManager.DisconnectAll name: DisconnectAll() href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_DisconnectAll commentId: M:LiteNetLib.NetManager.DisconnectAll fullName: LiteNetLib.NetManager.DisconnectAll() nameWithType: NetManager.DisconnectAll() - uid: LiteNetLib.NetManager.DisconnectAll(System.Byte[],System.Int32,System.Int32) name: DisconnectAll(byte[], int, int) href: api/LiteNetLib.NetManager.html#your_sha256_hashystem_Int32_ commentId: M:LiteNetLib.NetManager.DisconnectAll(System.Byte[],System.Int32,System.Int32) name.vb: DisconnectAll(Byte(), Integer, Integer) fullName: LiteNetLib.NetManager.DisconnectAll(byte[], int, int) fullName.vb: LiteNetLib.NetManager.DisconnectAll(Byte(), Integer, Integer) nameWithType: NetManager.DisconnectAll(byte[], int, int) nameWithType.vb: NetManager.DisconnectAll(Byte(), Integer, Integer) - uid: LiteNetLib.NetManager.DisconnectAll* name: DisconnectAll href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_DisconnectAll_ commentId: Overload:LiteNetLib.NetManager.DisconnectAll isSpec: "True" fullName: LiteNetLib.NetManager.DisconnectAll nameWithType: NetManager.DisconnectAll - uid: LiteNetLib.NetManager.DisconnectOnUnreachable name: DisconnectOnUnreachable href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_DisconnectOnUnreachable commentId: F:LiteNetLib.NetManager.DisconnectOnUnreachable fullName: LiteNetLib.NetManager.DisconnectOnUnreachable nameWithType: NetManager.DisconnectOnUnreachable - uid: LiteNetLib.NetManager.DisconnectPeer(LiteNetLib.NetPeer) name: DisconnectPeer(NetPeer) href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_DisconnectPeer_LiteNetLib_NetPeer_ commentId: M:LiteNetLib.NetManager.DisconnectPeer(LiteNetLib.NetPeer) fullName: LiteNetLib.NetManager.DisconnectPeer(LiteNetLib.NetPeer) nameWithType: NetManager.DisconnectPeer(NetPeer) - uid: LiteNetLib.NetManager.DisconnectPeer(LiteNetLib.NetPeer,LiteNetLib.Utils.NetDataWriter) name: DisconnectPeer(NetPeer, NetDataWriter) href: api/LiteNetLib.NetManager.html#your_sha256_hashib_Utils_NetDataWriter_ commentId: M:LiteNetLib.NetManager.DisconnectPeer(LiteNetLib.NetPeer,LiteNetLib.Utils.NetDataWriter) fullName: LiteNetLib.NetManager.DisconnectPeer(LiteNetLib.NetPeer, LiteNetLib.Utils.NetDataWriter) nameWithType: NetManager.DisconnectPeer(NetPeer, NetDataWriter) - uid: LiteNetLib.NetManager.DisconnectPeer(LiteNetLib.NetPeer,System.Byte[]) name: DisconnectPeer(NetPeer, byte[]) href: api/LiteNetLib.NetManager.html#your_sha256_hashyte___ commentId: M:LiteNetLib.NetManager.DisconnectPeer(LiteNetLib.NetPeer,System.Byte[]) name.vb: DisconnectPeer(NetPeer, Byte()) fullName: LiteNetLib.NetManager.DisconnectPeer(LiteNetLib.NetPeer, byte[]) fullName.vb: LiteNetLib.NetManager.DisconnectPeer(LiteNetLib.NetPeer, Byte()) nameWithType: NetManager.DisconnectPeer(NetPeer, byte[]) nameWithType.vb: NetManager.DisconnectPeer(NetPeer, Byte()) - uid: LiteNetLib.NetManager.DisconnectPeer(LiteNetLib.NetPeer,System.Byte[],System.Int32,System.Int32) name: DisconnectPeer(NetPeer, byte[], int, int) href: api/LiteNetLib.NetManager.html#your_sha256_hashyte___System_Int32_System_Int32_ commentId: M:LiteNetLib.NetManager.DisconnectPeer(LiteNetLib.NetPeer,System.Byte[],System.Int32,System.Int32) name.vb: DisconnectPeer(NetPeer, Byte(), Integer, Integer) fullName: LiteNetLib.NetManager.DisconnectPeer(LiteNetLib.NetPeer, byte[], int, int) fullName.vb: LiteNetLib.NetManager.DisconnectPeer(LiteNetLib.NetPeer, Byte(), Integer, Integer) nameWithType: NetManager.DisconnectPeer(NetPeer, byte[], int, int) nameWithType.vb: NetManager.DisconnectPeer(NetPeer, Byte(), Integer, Integer) - uid: LiteNetLib.NetManager.DisconnectPeer* name: DisconnectPeer href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_DisconnectPeer_ commentId: Overload:LiteNetLib.NetManager.DisconnectPeer isSpec: "True" fullName: LiteNetLib.NetManager.DisconnectPeer nameWithType: NetManager.DisconnectPeer - uid: LiteNetLib.NetManager.DisconnectPeerForce(LiteNetLib.NetPeer) name: DisconnectPeerForce(NetPeer) href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_DisconnectPeerForce_LiteNetLib_NetPeer_ commentId: M:LiteNetLib.NetManager.DisconnectPeerForce(LiteNetLib.NetPeer) fullName: LiteNetLib.NetManager.DisconnectPeerForce(LiteNetLib.NetPeer) nameWithType: NetManager.DisconnectPeerForce(NetPeer) - uid: LiteNetLib.NetManager.DisconnectPeerForce* name: DisconnectPeerForce href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_DisconnectPeerForce_ commentId: Overload:LiteNetLib.NetManager.DisconnectPeerForce isSpec: "True" fullName: LiteNetLib.NetManager.DisconnectPeerForce nameWithType: NetManager.DisconnectPeerForce - uid: LiteNetLib.NetManager.DisconnectTimeout name: DisconnectTimeout href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_DisconnectTimeout commentId: F:LiteNetLib.NetManager.DisconnectTimeout fullName: LiteNetLib.NetManager.DisconnectTimeout nameWithType: NetManager.DisconnectTimeout - uid: LiteNetLib.NetManager.DontRoute name: DontRoute href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_DontRoute commentId: F:LiteNetLib.NetManager.DontRoute fullName: LiteNetLib.NetManager.DontRoute nameWithType: NetManager.DontRoute - uid: LiteNetLib.NetManager.EnableStatistics name: EnableStatistics href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_EnableStatistics commentId: F:LiteNetLib.NetManager.EnableStatistics fullName: LiteNetLib.NetManager.EnableStatistics nameWithType: NetManager.EnableStatistics - uid: LiteNetLib.NetManager.ExtraPacketSizeForLayer name: ExtraPacketSizeForLayer href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_ExtraPacketSizeForLayer commentId: P:LiteNetLib.NetManager.ExtraPacketSizeForLayer fullName: LiteNetLib.NetManager.ExtraPacketSizeForLayer nameWithType: NetManager.ExtraPacketSizeForLayer - uid: LiteNetLib.NetManager.ExtraPacketSizeForLayer* name: ExtraPacketSizeForLayer href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_ExtraPacketSizeForLayer_ commentId: Overload:LiteNetLib.NetManager.ExtraPacketSizeForLayer isSpec: "True" fullName: LiteNetLib.NetManager.ExtraPacketSizeForLayer nameWithType: NetManager.ExtraPacketSizeForLayer - uid: LiteNetLib.NetManager.FirstPeer name: FirstPeer href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_FirstPeer commentId: P:LiteNetLib.NetManager.FirstPeer fullName: LiteNetLib.NetManager.FirstPeer nameWithType: NetManager.FirstPeer - uid: LiteNetLib.NetManager.FirstPeer* name: FirstPeer href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_FirstPeer_ commentId: Overload:LiteNetLib.NetManager.FirstPeer isSpec: "True" fullName: LiteNetLib.NetManager.FirstPeer nameWithType: NetManager.FirstPeer - uid: LiteNetLib.NetManager.GetEnumerator name: GetEnumerator() href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_GetEnumerator commentId: M:LiteNetLib.NetManager.GetEnumerator fullName: LiteNetLib.NetManager.GetEnumerator() nameWithType: NetManager.GetEnumerator() - uid: LiteNetLib.NetManager.GetEnumerator* name: GetEnumerator href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_GetEnumerator_ commentId: Overload:LiteNetLib.NetManager.GetEnumerator isSpec: "True" fullName: LiteNetLib.NetManager.GetEnumerator nameWithType: NetManager.GetEnumerator - uid: LiteNetLib.NetManager.GetPeerById(System.Int32) name: GetPeerById(int) href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_GetPeerById_System_Int32_ commentId: M:LiteNetLib.NetManager.GetPeerById(System.Int32) name.vb: GetPeerById(Integer) fullName: LiteNetLib.NetManager.GetPeerById(int) fullName.vb: LiteNetLib.NetManager.GetPeerById(Integer) nameWithType: NetManager.GetPeerById(int) nameWithType.vb: NetManager.GetPeerById(Integer) - uid: LiteNetLib.NetManager.GetPeerById* name: GetPeerById href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_GetPeerById_ commentId: Overload:LiteNetLib.NetManager.GetPeerById isSpec: "True" fullName: LiteNetLib.NetManager.GetPeerById nameWithType: NetManager.GetPeerById - uid: LiteNetLib.NetManager.GetPeersCount(LiteNetLib.ConnectionState) name: GetPeersCount(ConnectionState) href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_GetPeersCount_LiteNetLib_ConnectionState_ commentId: M:LiteNetLib.NetManager.GetPeersCount(LiteNetLib.ConnectionState) fullName: LiteNetLib.NetManager.GetPeersCount(LiteNetLib.ConnectionState) nameWithType: NetManager.GetPeersCount(ConnectionState) - uid: LiteNetLib.NetManager.GetPeersCount* name: GetPeersCount href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_GetPeersCount_ commentId: Overload:LiteNetLib.NetManager.GetPeersCount isSpec: "True" fullName: LiteNetLib.NetManager.GetPeersCount nameWithType: NetManager.GetPeersCount - uid: LiteNetLib.NetManager.GetPeersNonAlloc(System.Collections.Generic.List{LiteNetLib.NetPeer},LiteNetLib.ConnectionState) name: GetPeersNonAlloc(List<NetPeer>, ConnectionState) href: api/LiteNetLib.NetManager.html#your_sha256_hashc_List_LiteNetLib_NetPeer__LiteNetLib_ConnectionState_ commentId: M:LiteNetLib.NetManager.GetPeersNonAlloc(System.Collections.Generic.List{LiteNetLib.NetPeer},LiteNetLib.ConnectionState) name.vb: GetPeersNonAlloc(List(Of NetPeer), ConnectionState) fullName: LiteNetLib.NetManager.GetPeersNonAlloc(System.Collections.Generic.List<LiteNetLib.NetPeer>, LiteNetLib.ConnectionState) fullName.vb: LiteNetLib.NetManager.GetPeersNonAlloc(System.Collections.Generic.List(Of LiteNetLib.NetPeer), LiteNetLib.ConnectionState) nameWithType: NetManager.GetPeersNonAlloc(List<NetPeer>, ConnectionState) nameWithType.vb: NetManager.GetPeersNonAlloc(List(Of NetPeer), ConnectionState) - uid: LiteNetLib.NetManager.GetPeersNonAlloc* name: GetPeersNonAlloc href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_GetPeersNonAlloc_ commentId: Overload:LiteNetLib.NetManager.GetPeersNonAlloc isSpec: "True" fullName: LiteNetLib.NetManager.GetPeersNonAlloc nameWithType: NetManager.GetPeersNonAlloc - uid: LiteNetLib.NetManager.IPv6Enabled name: IPv6Enabled href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_IPv6Enabled commentId: F:LiteNetLib.NetManager.IPv6Enabled fullName: LiteNetLib.NetManager.IPv6Enabled nameWithType: NetManager.IPv6Enabled - uid: LiteNetLib.NetManager.IPv6Support name: IPv6Support href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_IPv6Support commentId: F:LiteNetLib.NetManager.IPv6Support fullName: LiteNetLib.NetManager.IPv6Support nameWithType: NetManager.IPv6Support - uid: LiteNetLib.NetManager.IsRunning name: IsRunning href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_IsRunning commentId: P:LiteNetLib.NetManager.IsRunning fullName: LiteNetLib.NetManager.IsRunning nameWithType: NetManager.IsRunning - uid: LiteNetLib.NetManager.IsRunning* name: IsRunning href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_IsRunning_ commentId: Overload:LiteNetLib.NetManager.IsRunning isSpec: "True" fullName: LiteNetLib.NetManager.IsRunning nameWithType: NetManager.IsRunning - uid: LiteNetLib.NetManager.LocalPort name: LocalPort href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_LocalPort commentId: P:LiteNetLib.NetManager.LocalPort fullName: LiteNetLib.NetManager.LocalPort nameWithType: NetManager.LocalPort - uid: LiteNetLib.NetManager.LocalPort* name: LocalPort href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_LocalPort_ commentId: Overload:LiteNetLib.NetManager.LocalPort isSpec: "True" fullName: LiteNetLib.NetManager.LocalPort nameWithType: NetManager.LocalPort - uid: LiteNetLib.NetManager.ManualUpdate(System.Int32) name: ManualUpdate(int) href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_ManualUpdate_System_Int32_ commentId: M:LiteNetLib.NetManager.ManualUpdate(System.Int32) name.vb: ManualUpdate(Integer) fullName: LiteNetLib.NetManager.ManualUpdate(int) fullName.vb: LiteNetLib.NetManager.ManualUpdate(Integer) nameWithType: NetManager.ManualUpdate(int) nameWithType.vb: NetManager.ManualUpdate(Integer) - uid: LiteNetLib.NetManager.ManualUpdate* name: ManualUpdate href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_ManualUpdate_ commentId: Overload:LiteNetLib.NetManager.ManualUpdate isSpec: "True" fullName: LiteNetLib.NetManager.ManualUpdate nameWithType: NetManager.ManualUpdate - uid: LiteNetLib.NetManager.MaxConnectAttempts name: MaxConnectAttempts href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_MaxConnectAttempts commentId: F:LiteNetLib.NetManager.MaxConnectAttempts fullName: LiteNetLib.NetManager.MaxConnectAttempts nameWithType: NetManager.MaxConnectAttempts - uid: LiteNetLib.NetManager.MaxPacketsReceivePerUpdate name: MaxPacketsReceivePerUpdate href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_MaxPacketsReceivePerUpdate commentId: F:LiteNetLib.NetManager.MaxPacketsReceivePerUpdate fullName: LiteNetLib.NetManager.MaxPacketsReceivePerUpdate nameWithType: NetManager.MaxPacketsReceivePerUpdate - uid: LiteNetLib.NetManager.MtuOverride name: MtuOverride href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_MtuOverride commentId: F:LiteNetLib.NetManager.MtuOverride fullName: LiteNetLib.NetManager.MtuOverride nameWithType: NetManager.MtuOverride - uid: LiteNetLib.NetManager.NatPunchEnabled name: NatPunchEnabled href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_NatPunchEnabled commentId: F:LiteNetLib.NetManager.NatPunchEnabled fullName: LiteNetLib.NetManager.NatPunchEnabled nameWithType: NetManager.NatPunchEnabled - uid: LiteNetLib.NetManager.NatPunchModule name: NatPunchModule href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_NatPunchModule commentId: F:LiteNetLib.NetManager.NatPunchModule fullName: LiteNetLib.NetManager.NatPunchModule nameWithType: NetManager.NatPunchModule - uid: LiteNetLib.NetManager.NetPeerEnumerator name: NetManager.NetPeerEnumerator href: api/LiteNetLib.NetManager.NetPeerEnumerator.html commentId: T:LiteNetLib.NetManager.NetPeerEnumerator fullName: LiteNetLib.NetManager.NetPeerEnumerator nameWithType: NetManager.NetPeerEnumerator - uid: LiteNetLib.NetManager.NetPeerEnumerator.#ctor(LiteNetLib.NetPeer) name: NetPeerEnumerator(NetPeer) href: api/LiteNetLib.NetManager.NetPeerEnumerator.html#your_sha256_hash_ commentId: M:LiteNetLib.NetManager.NetPeerEnumerator.#ctor(LiteNetLib.NetPeer) name.vb: New(NetPeer) fullName: LiteNetLib.NetManager.NetPeerEnumerator.NetPeerEnumerator(LiteNetLib.NetPeer) fullName.vb: LiteNetLib.NetManager.NetPeerEnumerator.New(LiteNetLib.NetPeer) nameWithType: NetManager.NetPeerEnumerator.NetPeerEnumerator(NetPeer) nameWithType.vb: NetManager.NetPeerEnumerator.New(NetPeer) - uid: LiteNetLib.NetManager.NetPeerEnumerator.#ctor* name: NetPeerEnumerator href: api/LiteNetLib.NetManager.NetPeerEnumerator.html#LiteNetLib_NetManager_NetPeerEnumerator__ctor_ commentId: Overload:LiteNetLib.NetManager.NetPeerEnumerator.#ctor isSpec: "True" name.vb: New fullName: LiteNetLib.NetManager.NetPeerEnumerator.NetPeerEnumerator fullName.vb: LiteNetLib.NetManager.NetPeerEnumerator.New nameWithType: NetManager.NetPeerEnumerator.NetPeerEnumerator nameWithType.vb: NetManager.NetPeerEnumerator.New - uid: LiteNetLib.NetManager.NetPeerEnumerator.Current name: Current href: api/LiteNetLib.NetManager.NetPeerEnumerator.html#LiteNetLib_NetManager_NetPeerEnumerator_Current commentId: P:LiteNetLib.NetManager.NetPeerEnumerator.Current fullName: LiteNetLib.NetManager.NetPeerEnumerator.Current nameWithType: NetManager.NetPeerEnumerator.Current - uid: LiteNetLib.NetManager.NetPeerEnumerator.Current* name: Current href: api/LiteNetLib.NetManager.NetPeerEnumerator.html#LiteNetLib_NetManager_NetPeerEnumerator_Current_ commentId: Overload:LiteNetLib.NetManager.NetPeerEnumerator.Current isSpec: "True" fullName: LiteNetLib.NetManager.NetPeerEnumerator.Current nameWithType: NetManager.NetPeerEnumerator.Current - uid: LiteNetLib.NetManager.NetPeerEnumerator.Dispose name: Dispose() href: api/LiteNetLib.NetManager.NetPeerEnumerator.html#LiteNetLib_NetManager_NetPeerEnumerator_Dispose commentId: M:LiteNetLib.NetManager.NetPeerEnumerator.Dispose fullName: LiteNetLib.NetManager.NetPeerEnumerator.Dispose() nameWithType: NetManager.NetPeerEnumerator.Dispose() - uid: LiteNetLib.NetManager.NetPeerEnumerator.Dispose* name: Dispose href: api/LiteNetLib.NetManager.NetPeerEnumerator.html#LiteNetLib_NetManager_NetPeerEnumerator_Dispose_ commentId: Overload:LiteNetLib.NetManager.NetPeerEnumerator.Dispose isSpec: "True" fullName: LiteNetLib.NetManager.NetPeerEnumerator.Dispose nameWithType: NetManager.NetPeerEnumerator.Dispose - uid: LiteNetLib.NetManager.NetPeerEnumerator.MoveNext name: MoveNext() href: api/LiteNetLib.NetManager.NetPeerEnumerator.html#LiteNetLib_NetManager_NetPeerEnumerator_MoveNext commentId: M:LiteNetLib.NetManager.NetPeerEnumerator.MoveNext fullName: LiteNetLib.NetManager.NetPeerEnumerator.MoveNext() nameWithType: NetManager.NetPeerEnumerator.MoveNext() - uid: LiteNetLib.NetManager.NetPeerEnumerator.MoveNext* name: MoveNext href: api/LiteNetLib.NetManager.NetPeerEnumerator.html#LiteNetLib_NetManager_NetPeerEnumerator_MoveNext_ commentId: Overload:LiteNetLib.NetManager.NetPeerEnumerator.MoveNext isSpec: "True" fullName: LiteNetLib.NetManager.NetPeerEnumerator.MoveNext nameWithType: NetManager.NetPeerEnumerator.MoveNext - uid: LiteNetLib.NetManager.NetPeerEnumerator.Reset name: Reset() href: api/LiteNetLib.NetManager.NetPeerEnumerator.html#LiteNetLib_NetManager_NetPeerEnumerator_Reset commentId: M:LiteNetLib.NetManager.NetPeerEnumerator.Reset fullName: LiteNetLib.NetManager.NetPeerEnumerator.Reset() nameWithType: NetManager.NetPeerEnumerator.Reset() - uid: LiteNetLib.NetManager.NetPeerEnumerator.Reset* name: Reset href: api/LiteNetLib.NetManager.NetPeerEnumerator.html#LiteNetLib_NetManager_NetPeerEnumerator_Reset_ commentId: Overload:LiteNetLib.NetManager.NetPeerEnumerator.Reset isSpec: "True" fullName: LiteNetLib.NetManager.NetPeerEnumerator.Reset nameWithType: NetManager.NetPeerEnumerator.Reset - uid: LiteNetLib.NetManager.PacketPoolSize name: PacketPoolSize href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_PacketPoolSize commentId: F:LiteNetLib.NetManager.PacketPoolSize fullName: LiteNetLib.NetManager.PacketPoolSize nameWithType: NetManager.PacketPoolSize - uid: LiteNetLib.NetManager.PingInterval name: PingInterval href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_PingInterval commentId: F:LiteNetLib.NetManager.PingInterval fullName: LiteNetLib.NetManager.PingInterval nameWithType: NetManager.PingInterval - uid: LiteNetLib.NetManager.PollEvents name: PollEvents() href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_PollEvents commentId: M:LiteNetLib.NetManager.PollEvents fullName: LiteNetLib.NetManager.PollEvents() nameWithType: NetManager.PollEvents() - uid: LiteNetLib.NetManager.PollEvents* name: PollEvents href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_PollEvents_ commentId: Overload:LiteNetLib.NetManager.PollEvents isSpec: "True" fullName: LiteNetLib.NetManager.PollEvents nameWithType: NetManager.PollEvents - uid: LiteNetLib.NetManager.PoolCount name: PoolCount href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_PoolCount commentId: P:LiteNetLib.NetManager.PoolCount fullName: LiteNetLib.NetManager.PoolCount nameWithType: NetManager.PoolCount - uid: LiteNetLib.NetManager.PoolCount* name: PoolCount href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_PoolCount_ commentId: Overload:LiteNetLib.NetManager.PoolCount isSpec: "True" fullName: LiteNetLib.NetManager.PoolCount nameWithType: NetManager.PoolCount - uid: LiteNetLib.NetManager.ReconnectDelay name: ReconnectDelay href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_ReconnectDelay commentId: F:LiteNetLib.NetManager.ReconnectDelay fullName: LiteNetLib.NetManager.ReconnectDelay nameWithType: NetManager.ReconnectDelay - uid: LiteNetLib.NetManager.ReuseAddress name: ReuseAddress href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_ReuseAddress commentId: F:LiteNetLib.NetManager.ReuseAddress fullName: LiteNetLib.NetManager.ReuseAddress nameWithType: NetManager.ReuseAddress - uid: LiteNetLib.NetManager.SendBroadcast(LiteNetLib.Utils.NetDataWriter,System.Int32) name: SendBroadcast(NetDataWriter, int) href: api/LiteNetLib.NetManager.html#your_sha256_hasher_System_Int32_ commentId: M:LiteNetLib.NetManager.SendBroadcast(LiteNetLib.Utils.NetDataWriter,System.Int32) name.vb: SendBroadcast(NetDataWriter, Integer) fullName: LiteNetLib.NetManager.SendBroadcast(LiteNetLib.Utils.NetDataWriter, int) fullName.vb: LiteNetLib.NetManager.SendBroadcast(LiteNetLib.Utils.NetDataWriter, Integer) nameWithType: NetManager.SendBroadcast(NetDataWriter, int) nameWithType.vb: NetManager.SendBroadcast(NetDataWriter, Integer) - uid: LiteNetLib.NetManager.SendBroadcast(System.Byte[],System.Int32) name: SendBroadcast(byte[], int) href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_SendBroadcast_System_Byte___System_Int32_ commentId: M:LiteNetLib.NetManager.SendBroadcast(System.Byte[],System.Int32) name.vb: SendBroadcast(Byte(), Integer) fullName: LiteNetLib.NetManager.SendBroadcast(byte[], int) fullName.vb: LiteNetLib.NetManager.SendBroadcast(Byte(), Integer) nameWithType: NetManager.SendBroadcast(byte[], int) nameWithType.vb: NetManager.SendBroadcast(Byte(), Integer) - uid: LiteNetLib.NetManager.SendBroadcast(System.Byte[],System.Int32,System.Int32,System.Int32) name: SendBroadcast(byte[], int, int, int) href: api/LiteNetLib.NetManager.html#your_sha256_hashystem_Int32_System_Int32_ commentId: M:LiteNetLib.NetManager.SendBroadcast(System.Byte[],System.Int32,System.Int32,System.Int32) name.vb: SendBroadcast(Byte(), Integer, Integer, Integer) fullName: LiteNetLib.NetManager.SendBroadcast(byte[], int, int, int) fullName.vb: LiteNetLib.NetManager.SendBroadcast(Byte(), Integer, Integer, Integer) nameWithType: NetManager.SendBroadcast(byte[], int, int, int) nameWithType.vb: NetManager.SendBroadcast(Byte(), Integer, Integer, Integer) - uid: LiteNetLib.NetManager.SendBroadcast* name: SendBroadcast href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_SendBroadcast_ commentId: Overload:LiteNetLib.NetManager.SendBroadcast isSpec: "True" fullName: LiteNetLib.NetManager.SendBroadcast nameWithType: NetManager.SendBroadcast - uid: LiteNetLib.NetManager.SendToAll(LiteNetLib.Utils.NetDataWriter,LiteNetLib.DeliveryMethod) name: SendToAll(NetDataWriter, DeliveryMethod) href: api/LiteNetLib.NetManager.html#your_sha256_hashiteNetLib_DeliveryMethod_ commentId: M:LiteNetLib.NetManager.SendToAll(LiteNetLib.Utils.NetDataWriter,LiteNetLib.DeliveryMethod) fullName: LiteNetLib.NetManager.SendToAll(LiteNetLib.Utils.NetDataWriter, LiteNetLib.DeliveryMethod) nameWithType: NetManager.SendToAll(NetDataWriter, DeliveryMethod) - uid: LiteNetLib.NetManager.SendToAll(LiteNetLib.Utils.NetDataWriter,LiteNetLib.DeliveryMethod,LiteNetLib.NetPeer) name: SendToAll(NetDataWriter, DeliveryMethod, NetPeer) href: api/LiteNetLib.NetManager.html#your_sha256_hashiteNetLib_DeliveryMethod_LiteNetLib_NetPeer_ commentId: M:LiteNetLib.NetManager.SendToAll(LiteNetLib.Utils.NetDataWriter,LiteNetLib.DeliveryMethod,LiteNetLib.NetPeer) fullName: LiteNetLib.NetManager.SendToAll(LiteNetLib.Utils.NetDataWriter, LiteNetLib.DeliveryMethod, LiteNetLib.NetPeer) nameWithType: NetManager.SendToAll(NetDataWriter, DeliveryMethod, NetPeer) - uid: LiteNetLib.NetManager.SendToAll(LiteNetLib.Utils.NetDataWriter,System.Byte,LiteNetLib.DeliveryMethod) name: SendToAll(NetDataWriter, byte, DeliveryMethod) href: api/LiteNetLib.NetManager.html#your_sha256_hashystem_Byte_LiteNetLib_DeliveryMethod_ commentId: M:LiteNetLib.NetManager.SendToAll(LiteNetLib.Utils.NetDataWriter,System.Byte,LiteNetLib.DeliveryMethod) name.vb: SendToAll(NetDataWriter, Byte, DeliveryMethod) fullName: LiteNetLib.NetManager.SendToAll(LiteNetLib.Utils.NetDataWriter, byte, LiteNetLib.DeliveryMethod) fullName.vb: LiteNetLib.NetManager.SendToAll(LiteNetLib.Utils.NetDataWriter, Byte, LiteNetLib.DeliveryMethod) nameWithType: NetManager.SendToAll(NetDataWriter, byte, DeliveryMethod) nameWithType.vb: NetManager.SendToAll(NetDataWriter, Byte, DeliveryMethod) - uid: LiteNetLib.NetManager.SendToAll(LiteNetLib.Utils.NetDataWriter,System.Byte,LiteNetLib.DeliveryMethod,LiteNetLib.NetPeer) name: SendToAll(NetDataWriter, byte, DeliveryMethod, NetPeer) href: api/LiteNetLib.NetManager.html#your_sha256_hashystem_Byte_LiteNetLib_DeliveryMethod_LiteNetLib_NetPeer_ commentId: M:LiteNetLib.NetManager.SendToAll(LiteNetLib.Utils.NetDataWriter,System.Byte,LiteNetLib.DeliveryMethod,LiteNetLib.NetPeer) name.vb: SendToAll(NetDataWriter, Byte, DeliveryMethod, NetPeer) fullName: LiteNetLib.NetManager.SendToAll(LiteNetLib.Utils.NetDataWriter, byte, LiteNetLib.DeliveryMethod, LiteNetLib.NetPeer) fullName.vb: LiteNetLib.NetManager.SendToAll(LiteNetLib.Utils.NetDataWriter, Byte, LiteNetLib.DeliveryMethod, LiteNetLib.NetPeer) nameWithType: NetManager.SendToAll(NetDataWriter, byte, DeliveryMethod, NetPeer) nameWithType.vb: NetManager.SendToAll(NetDataWriter, Byte, DeliveryMethod, NetPeer) - uid: LiteNetLib.NetManager.SendToAll(System.Byte[],LiteNetLib.DeliveryMethod) name: SendToAll(byte[], DeliveryMethod) href: api/LiteNetLib.NetManager.html#your_sha256_hashyMethod_ commentId: M:LiteNetLib.NetManager.SendToAll(System.Byte[],LiteNetLib.DeliveryMethod) name.vb: SendToAll(Byte(), DeliveryMethod) fullName: LiteNetLib.NetManager.SendToAll(byte[], LiteNetLib.DeliveryMethod) fullName.vb: LiteNetLib.NetManager.SendToAll(Byte(), LiteNetLib.DeliveryMethod) nameWithType: NetManager.SendToAll(byte[], DeliveryMethod) nameWithType.vb: NetManager.SendToAll(Byte(), DeliveryMethod) - uid: LiteNetLib.NetManager.SendToAll(System.Byte[],LiteNetLib.DeliveryMethod,LiteNetLib.NetPeer) name: SendToAll(byte[], DeliveryMethod, NetPeer) href: api/LiteNetLib.NetManager.html#your_sha256_hashyMethod_LiteNetLib_NetPeer_ commentId: M:LiteNetLib.NetManager.SendToAll(System.Byte[],LiteNetLib.DeliveryMethod,LiteNetLib.NetPeer) name.vb: SendToAll(Byte(), DeliveryMethod, NetPeer) fullName: LiteNetLib.NetManager.SendToAll(byte[], LiteNetLib.DeliveryMethod, LiteNetLib.NetPeer) fullName.vb: LiteNetLib.NetManager.SendToAll(Byte(), LiteNetLib.DeliveryMethod, LiteNetLib.NetPeer) nameWithType: NetManager.SendToAll(byte[], DeliveryMethod, NetPeer) nameWithType.vb: NetManager.SendToAll(Byte(), DeliveryMethod, NetPeer) - uid: LiteNetLib.NetManager.SendToAll(System.Byte[],System.Byte,LiteNetLib.DeliveryMethod) name: SendToAll(byte[], byte, DeliveryMethod) href: api/LiteNetLib.NetManager.html#your_sha256_hashtLib_DeliveryMethod_ commentId: M:LiteNetLib.NetManager.SendToAll(System.Byte[],System.Byte,LiteNetLib.DeliveryMethod) name.vb: SendToAll(Byte(), Byte, DeliveryMethod) fullName: LiteNetLib.NetManager.SendToAll(byte[], byte, LiteNetLib.DeliveryMethod) fullName.vb: LiteNetLib.NetManager.SendToAll(Byte(), Byte, LiteNetLib.DeliveryMethod) nameWithType: NetManager.SendToAll(byte[], byte, DeliveryMethod) nameWithType.vb: NetManager.SendToAll(Byte(), Byte, DeliveryMethod) - uid: LiteNetLib.NetManager.SendToAll(System.Byte[],System.Byte,LiteNetLib.DeliveryMethod,LiteNetLib.NetPeer) name: SendToAll(byte[], byte, DeliveryMethod, NetPeer) href: api/LiteNetLib.NetManager.html#your_sha256_hashtLib_DeliveryMethod_LiteNetLib_NetPeer_ commentId: M:LiteNetLib.NetManager.SendToAll(System.Byte[],System.Byte,LiteNetLib.DeliveryMethod,LiteNetLib.NetPeer) name.vb: SendToAll(Byte(), Byte, DeliveryMethod, NetPeer) fullName: LiteNetLib.NetManager.SendToAll(byte[], byte, LiteNetLib.DeliveryMethod, LiteNetLib.NetPeer) fullName.vb: LiteNetLib.NetManager.SendToAll(Byte(), Byte, LiteNetLib.DeliveryMethod, LiteNetLib.NetPeer) nameWithType: NetManager.SendToAll(byte[], byte, DeliveryMethod, NetPeer) nameWithType.vb: NetManager.SendToAll(Byte(), Byte, DeliveryMethod, NetPeer) - uid: LiteNetLib.NetManager.SendToAll(System.Byte[],System.Int32,System.Int32,LiteNetLib.DeliveryMethod) name: SendToAll(byte[], int, int, DeliveryMethod) href: api/LiteNetLib.NetManager.html#your_sha256_hashm_Int32_LiteNetLib_DeliveryMethod_ commentId: M:LiteNetLib.NetManager.SendToAll(System.Byte[],System.Int32,System.Int32,LiteNetLib.DeliveryMethod) name.vb: SendToAll(Byte(), Integer, Integer, DeliveryMethod) fullName: LiteNetLib.NetManager.SendToAll(byte[], int, int, LiteNetLib.DeliveryMethod) fullName.vb: LiteNetLib.NetManager.SendToAll(Byte(), Integer, Integer, LiteNetLib.DeliveryMethod) nameWithType: NetManager.SendToAll(byte[], int, int, DeliveryMethod) nameWithType.vb: NetManager.SendToAll(Byte(), Integer, Integer, DeliveryMethod) - uid: LiteNetLib.NetManager.SendToAll(System.Byte[],System.Int32,System.Int32,LiteNetLib.DeliveryMethod,LiteNetLib.NetPeer) name: SendToAll(byte[], int, int, DeliveryMethod, NetPeer) href: api/LiteNetLib.NetManager.html#your_sha256_hashm_Int32_LiteNetLib_DeliveryMethod_LiteNetLib_NetPeer_ commentId: M:LiteNetLib.NetManager.SendToAll(System.Byte[],System.Int32,System.Int32,LiteNetLib.DeliveryMethod,LiteNetLib.NetPeer) name.vb: SendToAll(Byte(), Integer, Integer, DeliveryMethod, NetPeer) fullName: LiteNetLib.NetManager.SendToAll(byte[], int, int, LiteNetLib.DeliveryMethod, LiteNetLib.NetPeer) fullName.vb: LiteNetLib.NetManager.SendToAll(Byte(), Integer, Integer, LiteNetLib.DeliveryMethod, LiteNetLib.NetPeer) nameWithType: NetManager.SendToAll(byte[], int, int, DeliveryMethod, NetPeer) nameWithType.vb: NetManager.SendToAll(Byte(), Integer, Integer, DeliveryMethod, NetPeer) - uid: LiteNetLib.NetManager.SendToAll(System.Byte[],System.Int32,System.Int32,System.Byte,LiteNetLib.DeliveryMethod) name: SendToAll(byte[], int, int, byte, DeliveryMethod) href: api/LiteNetLib.NetManager.html#your_sha256_hashm_Int32_System_Byte_LiteNetLib_DeliveryMethod_ commentId: M:LiteNetLib.NetManager.SendToAll(System.Byte[],System.Int32,System.Int32,System.Byte,LiteNetLib.DeliveryMethod) name.vb: SendToAll(Byte(), Integer, Integer, Byte, DeliveryMethod) fullName: LiteNetLib.NetManager.SendToAll(byte[], int, int, byte, LiteNetLib.DeliveryMethod) fullName.vb: LiteNetLib.NetManager.SendToAll(Byte(), Integer, Integer, Byte, LiteNetLib.DeliveryMethod) nameWithType: NetManager.SendToAll(byte[], int, int, byte, DeliveryMethod) nameWithType.vb: NetManager.SendToAll(Byte(), Integer, Integer, Byte, DeliveryMethod) - uid: LiteNetLib.NetManager.SendToAll(System.Byte[],System.Int32,System.Int32,System.Byte,LiteNetLib.DeliveryMethod,LiteNetLib.NetPeer) name: SendToAll(byte[], int, int, byte, DeliveryMethod, NetPeer) href: api/LiteNetLib.NetManager.html#your_sha256_hashyour_sha256_hash_ commentId: M:LiteNetLib.NetManager.SendToAll(System.Byte[],System.Int32,System.Int32,System.Byte,LiteNetLib.DeliveryMethod,LiteNetLib.NetPeer) name.vb: SendToAll(Byte(), Integer, Integer, Byte, DeliveryMethod, NetPeer) fullName: LiteNetLib.NetManager.SendToAll(byte[], int, int, byte, LiteNetLib.DeliveryMethod, LiteNetLib.NetPeer) fullName.vb: LiteNetLib.NetManager.SendToAll(Byte(), Integer, Integer, Byte, LiteNetLib.DeliveryMethod, LiteNetLib.NetPeer) nameWithType: NetManager.SendToAll(byte[], int, int, byte, DeliveryMethod, NetPeer) nameWithType.vb: NetManager.SendToAll(Byte(), Integer, Integer, Byte, DeliveryMethod, NetPeer) - uid: LiteNetLib.NetManager.SendToAll(System.ReadOnlySpan{System.Byte},LiteNetLib.DeliveryMethod) name: SendToAll(ReadOnlySpan<byte>, DeliveryMethod) href: api/LiteNetLib.NetManager.html#your_sha256_hash_LiteNetLib_DeliveryMethod_ commentId: M:LiteNetLib.NetManager.SendToAll(System.ReadOnlySpan{System.Byte},LiteNetLib.DeliveryMethod) name.vb: SendToAll(ReadOnlySpan(Of Byte), DeliveryMethod) fullName: LiteNetLib.NetManager.SendToAll(System.ReadOnlySpan<byte>, LiteNetLib.DeliveryMethod) fullName.vb: LiteNetLib.NetManager.SendToAll(System.ReadOnlySpan(Of Byte), LiteNetLib.DeliveryMethod) nameWithType: NetManager.SendToAll(ReadOnlySpan<byte>, DeliveryMethod) nameWithType.vb: NetManager.SendToAll(ReadOnlySpan(Of Byte), DeliveryMethod) - uid: LiteNetLib.NetManager.SendToAll(System.ReadOnlySpan{System.Byte},LiteNetLib.DeliveryMethod,LiteNetLib.NetPeer) name: SendToAll(ReadOnlySpan<byte>, DeliveryMethod, NetPeer) href: api/LiteNetLib.NetManager.html#your_sha256_hash_LiteNetLib_DeliveryMethod_LiteNetLib_NetPeer_ commentId: M:LiteNetLib.NetManager.SendToAll(System.ReadOnlySpan{System.Byte},LiteNetLib.DeliveryMethod,LiteNetLib.NetPeer) name.vb: SendToAll(ReadOnlySpan(Of Byte), DeliveryMethod, NetPeer) fullName: LiteNetLib.NetManager.SendToAll(System.ReadOnlySpan<byte>, LiteNetLib.DeliveryMethod, LiteNetLib.NetPeer) fullName.vb: LiteNetLib.NetManager.SendToAll(System.ReadOnlySpan(Of Byte), LiteNetLib.DeliveryMethod, LiteNetLib.NetPeer) nameWithType: NetManager.SendToAll(ReadOnlySpan<byte>, DeliveryMethod, NetPeer) nameWithType.vb: NetManager.SendToAll(ReadOnlySpan(Of Byte), DeliveryMethod, NetPeer) - uid: LiteNetLib.NetManager.SendToAll(System.ReadOnlySpan{System.Byte},System.Byte,LiteNetLib.DeliveryMethod,LiteNetLib.NetPeer) name: SendToAll(ReadOnlySpan<byte>, byte, DeliveryMethod, NetPeer) href: api/LiteNetLib.NetManager.html#your_sha256_hash_System_Byte_LiteNetLib_DeliveryMethod_LiteNetLib_NetPeer_ commentId: M:LiteNetLib.NetManager.SendToAll(System.ReadOnlySpan{System.Byte},System.Byte,LiteNetLib.DeliveryMethod,LiteNetLib.NetPeer) name.vb: SendToAll(ReadOnlySpan(Of Byte), Byte, DeliveryMethod, NetPeer) fullName: LiteNetLib.NetManager.SendToAll(System.ReadOnlySpan<byte>, byte, LiteNetLib.DeliveryMethod, LiteNetLib.NetPeer) fullName.vb: LiteNetLib.NetManager.SendToAll(System.ReadOnlySpan(Of Byte), Byte, LiteNetLib.DeliveryMethod, LiteNetLib.NetPeer) nameWithType: NetManager.SendToAll(ReadOnlySpan<byte>, byte, DeliveryMethod, NetPeer) nameWithType.vb: NetManager.SendToAll(ReadOnlySpan(Of Byte), Byte, DeliveryMethod, NetPeer) - uid: LiteNetLib.NetManager.SendToAll* name: SendToAll href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_SendToAll_ commentId: Overload:LiteNetLib.NetManager.SendToAll isSpec: "True" fullName: LiteNetLib.NetManager.SendToAll nameWithType: NetManager.SendToAll - uid: LiteNetLib.NetManager.SendUnconnectedMessage(LiteNetLib.Utils.NetDataWriter,System.Net.IPEndPoint) name: SendUnconnectedMessage(NetDataWriter, IPEndPoint) href: api/LiteNetLib.NetManager.html#your_sha256_hashtDataWriter_System_Net_IPEndPoint_ commentId: M:LiteNetLib.NetManager.SendUnconnectedMessage(LiteNetLib.Utils.NetDataWriter,System.Net.IPEndPoint) fullName: LiteNetLib.NetManager.SendUnconnectedMessage(LiteNetLib.Utils.NetDataWriter, System.Net.IPEndPoint) nameWithType: NetManager.SendUnconnectedMessage(NetDataWriter, IPEndPoint) - uid: LiteNetLib.NetManager.SendUnconnectedMessage(LiteNetLib.Utils.NetDataWriter,System.String,System.Int32) name: SendUnconnectedMessage(NetDataWriter, string, int) href: api/LiteNetLib.NetManager.html#your_sha256_hashtDataWriter_System_String_System_Int32_ commentId: M:LiteNetLib.NetManager.SendUnconnectedMessage(LiteNetLib.Utils.NetDataWriter,System.String,System.Int32) name.vb: SendUnconnectedMessage(NetDataWriter, String, Integer) fullName: LiteNetLib.NetManager.SendUnconnectedMessage(LiteNetLib.Utils.NetDataWriter, string, int) fullName.vb: LiteNetLib.NetManager.SendUnconnectedMessage(LiteNetLib.Utils.NetDataWriter, String, Integer) nameWithType: NetManager.SendUnconnectedMessage(NetDataWriter, string, int) nameWithType.vb: NetManager.SendUnconnectedMessage(NetDataWriter, String, Integer) - uid: LiteNetLib.NetManager.SendUnconnectedMessage(System.Byte[],System.Int32,System.Int32,System.Net.IPEndPoint) name: SendUnconnectedMessage(byte[], int, int, IPEndPoint) href: api/LiteNetLib.NetManager.html#your_sha256_hashm_Int32_System_Int32_System_Net_IPEndPoint_ commentId: M:LiteNetLib.NetManager.SendUnconnectedMessage(System.Byte[],System.Int32,System.Int32,System.Net.IPEndPoint) name.vb: SendUnconnectedMessage(Byte(), Integer, Integer, IPEndPoint) fullName: LiteNetLib.NetManager.SendUnconnectedMessage(byte[], int, int, System.Net.IPEndPoint) fullName.vb: LiteNetLib.NetManager.SendUnconnectedMessage(Byte(), Integer, Integer, System.Net.IPEndPoint) nameWithType: NetManager.SendUnconnectedMessage(byte[], int, int, IPEndPoint) nameWithType.vb: NetManager.SendUnconnectedMessage(Byte(), Integer, Integer, IPEndPoint) - uid: LiteNetLib.NetManager.SendUnconnectedMessage(System.Byte[],System.Net.IPEndPoint) name: SendUnconnectedMessage(byte[], IPEndPoint) href: api/LiteNetLib.NetManager.html#your_sha256_hashm_Net_IPEndPoint_ commentId: M:LiteNetLib.NetManager.SendUnconnectedMessage(System.Byte[],System.Net.IPEndPoint) name.vb: SendUnconnectedMessage(Byte(), IPEndPoint) fullName: LiteNetLib.NetManager.SendUnconnectedMessage(byte[], System.Net.IPEndPoint) fullName.vb: LiteNetLib.NetManager.SendUnconnectedMessage(Byte(), System.Net.IPEndPoint) nameWithType: NetManager.SendUnconnectedMessage(byte[], IPEndPoint) nameWithType.vb: NetManager.SendUnconnectedMessage(Byte(), IPEndPoint) - uid: LiteNetLib.NetManager.SendUnconnectedMessage* name: SendUnconnectedMessage href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_SendUnconnectedMessage_ commentId: Overload:LiteNetLib.NetManager.SendUnconnectedMessage isSpec: "True" fullName: LiteNetLib.NetManager.SendUnconnectedMessage nameWithType: NetManager.SendUnconnectedMessage - uid: LiteNetLib.NetManager.SimulateLatency name: SimulateLatency href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_SimulateLatency commentId: F:LiteNetLib.NetManager.SimulateLatency fullName: LiteNetLib.NetManager.SimulateLatency nameWithType: NetManager.SimulateLatency - uid: LiteNetLib.NetManager.SimulatePacketLoss name: SimulatePacketLoss href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_SimulatePacketLoss commentId: F:LiteNetLib.NetManager.SimulatePacketLoss fullName: LiteNetLib.NetManager.SimulatePacketLoss nameWithType: NetManager.SimulatePacketLoss - uid: LiteNetLib.NetManager.SimulationMaxLatency name: SimulationMaxLatency href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_SimulationMaxLatency commentId: F:LiteNetLib.NetManager.SimulationMaxLatency fullName: LiteNetLib.NetManager.SimulationMaxLatency nameWithType: NetManager.SimulationMaxLatency - uid: LiteNetLib.NetManager.SimulationMinLatency name: SimulationMinLatency href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_SimulationMinLatency commentId: F:LiteNetLib.NetManager.SimulationMinLatency fullName: LiteNetLib.NetManager.SimulationMinLatency nameWithType: NetManager.SimulationMinLatency - uid: LiteNetLib.NetManager.SimulationPacketLossChance name: SimulationPacketLossChance href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_SimulationPacketLossChance commentId: F:LiteNetLib.NetManager.SimulationPacketLossChance fullName: LiteNetLib.NetManager.SimulationPacketLossChance nameWithType: NetManager.SimulationPacketLossChance - uid: LiteNetLib.NetManager.Start name: Start() href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_Start commentId: M:LiteNetLib.NetManager.Start fullName: LiteNetLib.NetManager.Start() nameWithType: NetManager.Start() - uid: LiteNetLib.NetManager.Start(System.Int32) name: Start(int) href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_Start_System_Int32_ commentId: M:LiteNetLib.NetManager.Start(System.Int32) name.vb: Start(Integer) fullName: LiteNetLib.NetManager.Start(int) fullName.vb: LiteNetLib.NetManager.Start(Integer) nameWithType: NetManager.Start(int) nameWithType.vb: NetManager.Start(Integer) - uid: LiteNetLib.NetManager.Start(System.Net.IPAddress,System.Net.IPAddress,System.Int32) name: Start(IPAddress, IPAddress, int) href: api/LiteNetLib.NetManager.html#your_sha256_hashdress_System_Int32_ commentId: M:LiteNetLib.NetManager.Start(System.Net.IPAddress,System.Net.IPAddress,System.Int32) name.vb: Start(IPAddress, IPAddress, Integer) fullName: LiteNetLib.NetManager.Start(System.Net.IPAddress, System.Net.IPAddress, int) fullName.vb: LiteNetLib.NetManager.Start(System.Net.IPAddress, System.Net.IPAddress, Integer) nameWithType: NetManager.Start(IPAddress, IPAddress, int) nameWithType.vb: NetManager.Start(IPAddress, IPAddress, Integer) - uid: LiteNetLib.NetManager.Start(System.Net.IPAddress,System.Net.IPAddress,System.Int32,System.Boolean) name: Start(IPAddress, IPAddress, int, bool) href: api/LiteNetLib.NetManager.html#your_sha256_hashdress_System_Int32_System_Boolean_ commentId: M:LiteNetLib.NetManager.Start(System.Net.IPAddress,System.Net.IPAddress,System.Int32,System.Boolean) name.vb: Start(IPAddress, IPAddress, Integer, Boolean) fullName: LiteNetLib.NetManager.Start(System.Net.IPAddress, System.Net.IPAddress, int, bool) fullName.vb: LiteNetLib.NetManager.Start(System.Net.IPAddress, System.Net.IPAddress, Integer, Boolean) nameWithType: NetManager.Start(IPAddress, IPAddress, int, bool) nameWithType.vb: NetManager.Start(IPAddress, IPAddress, Integer, Boolean) - uid: LiteNetLib.NetManager.Start(System.String,System.String,System.Int32) name: Start(string, string, int) href: api/LiteNetLib.NetManager.html#your_sha256_hashnt32_ commentId: M:LiteNetLib.NetManager.Start(System.String,System.String,System.Int32) name.vb: Start(String, String, Integer) fullName: LiteNetLib.NetManager.Start(string, string, int) fullName.vb: LiteNetLib.NetManager.Start(String, String, Integer) nameWithType: NetManager.Start(string, string, int) nameWithType.vb: NetManager.Start(String, String, Integer) - uid: LiteNetLib.NetManager.Start* name: Start href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_Start_ commentId: Overload:LiteNetLib.NetManager.Start isSpec: "True" fullName: LiteNetLib.NetManager.Start nameWithType: NetManager.Start - uid: LiteNetLib.NetManager.StartInManualMode(System.Int32) name: StartInManualMode(int) href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_StartInManualMode_System_Int32_ commentId: M:LiteNetLib.NetManager.StartInManualMode(System.Int32) name.vb: StartInManualMode(Integer) fullName: LiteNetLib.NetManager.StartInManualMode(int) fullName.vb: LiteNetLib.NetManager.StartInManualMode(Integer) nameWithType: NetManager.StartInManualMode(int) nameWithType.vb: NetManager.StartInManualMode(Integer) - uid: LiteNetLib.NetManager.StartInManualMode(System.Net.IPAddress,System.Net.IPAddress,System.Int32) name: StartInManualMode(IPAddress, IPAddress, int) href: api/LiteNetLib.NetManager.html#your_sha256_hashtem_Net_IPAddress_System_Int32_ commentId: M:LiteNetLib.NetManager.StartInManualMode(System.Net.IPAddress,System.Net.IPAddress,System.Int32) name.vb: StartInManualMode(IPAddress, IPAddress, Integer) fullName: LiteNetLib.NetManager.StartInManualMode(System.Net.IPAddress, System.Net.IPAddress, int) fullName.vb: LiteNetLib.NetManager.StartInManualMode(System.Net.IPAddress, System.Net.IPAddress, Integer) nameWithType: NetManager.StartInManualMode(IPAddress, IPAddress, int) nameWithType.vb: NetManager.StartInManualMode(IPAddress, IPAddress, Integer) - uid: LiteNetLib.NetManager.StartInManualMode(System.String,System.String,System.Int32) name: StartInManualMode(string, string, int) href: api/LiteNetLib.NetManager.html#your_sha256_hashing_System_Int32_ commentId: M:LiteNetLib.NetManager.StartInManualMode(System.String,System.String,System.Int32) name.vb: StartInManualMode(String, String, Integer) fullName: LiteNetLib.NetManager.StartInManualMode(string, string, int) fullName.vb: LiteNetLib.NetManager.StartInManualMode(String, String, Integer) nameWithType: NetManager.StartInManualMode(string, string, int) nameWithType.vb: NetManager.StartInManualMode(String, String, Integer) - uid: LiteNetLib.NetManager.StartInManualMode* name: StartInManualMode href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_StartInManualMode_ commentId: Overload:LiteNetLib.NetManager.StartInManualMode isSpec: "True" fullName: LiteNetLib.NetManager.StartInManualMode nameWithType: NetManager.StartInManualMode - uid: LiteNetLib.NetManager.Statistics name: Statistics href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_Statistics commentId: F:LiteNetLib.NetManager.Statistics fullName: LiteNetLib.NetManager.Statistics nameWithType: NetManager.Statistics - uid: LiteNetLib.NetManager.Stop name: Stop() href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_Stop commentId: M:LiteNetLib.NetManager.Stop fullName: LiteNetLib.NetManager.Stop() nameWithType: NetManager.Stop() - uid: LiteNetLib.NetManager.Stop(System.Boolean) name: Stop(bool) href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_Stop_System_Boolean_ commentId: M:LiteNetLib.NetManager.Stop(System.Boolean) name.vb: Stop(Boolean) fullName: LiteNetLib.NetManager.Stop(bool) fullName.vb: LiteNetLib.NetManager.Stop(Boolean) nameWithType: NetManager.Stop(bool) nameWithType.vb: NetManager.Stop(Boolean) - uid: LiteNetLib.NetManager.Stop* name: Stop href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_Stop_ commentId: Overload:LiteNetLib.NetManager.Stop isSpec: "True" fullName: LiteNetLib.NetManager.Stop nameWithType: NetManager.Stop - uid: LiteNetLib.NetManager.TriggerUpdate name: TriggerUpdate() href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_TriggerUpdate commentId: M:LiteNetLib.NetManager.TriggerUpdate fullName: LiteNetLib.NetManager.TriggerUpdate() nameWithType: NetManager.TriggerUpdate() - uid: LiteNetLib.NetManager.TriggerUpdate* name: TriggerUpdate href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_TriggerUpdate_ commentId: Overload:LiteNetLib.NetManager.TriggerUpdate isSpec: "True" fullName: LiteNetLib.NetManager.TriggerUpdate nameWithType: NetManager.TriggerUpdate - uid: LiteNetLib.NetManager.TryGetPeerById(System.Int32,LiteNetLib.NetPeer@) name: TryGetPeerById(int, out NetPeer) href: api/LiteNetLib.NetManager.html#your_sha256_hashPeer__ commentId: M:LiteNetLib.NetManager.TryGetPeerById(System.Int32,LiteNetLib.NetPeer@) name.vb: TryGetPeerById(Integer, NetPeer) fullName: LiteNetLib.NetManager.TryGetPeerById(int, out LiteNetLib.NetPeer) fullName.vb: LiteNetLib.NetManager.TryGetPeerById(Integer, LiteNetLib.NetPeer) nameWithType: NetManager.TryGetPeerById(int, out NetPeer) nameWithType.vb: NetManager.TryGetPeerById(Integer, NetPeer) - uid: LiteNetLib.NetManager.TryGetPeerById* name: TryGetPeerById href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_TryGetPeerById_ commentId: Overload:LiteNetLib.NetManager.TryGetPeerById isSpec: "True" fullName: LiteNetLib.NetManager.TryGetPeerById nameWithType: NetManager.TryGetPeerById - uid: LiteNetLib.NetManager.Ttl name: Ttl href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_Ttl commentId: P:LiteNetLib.NetManager.Ttl fullName: LiteNetLib.NetManager.Ttl nameWithType: NetManager.Ttl - uid: LiteNetLib.NetManager.Ttl* name: Ttl href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_Ttl_ commentId: Overload:LiteNetLib.NetManager.Ttl isSpec: "True" fullName: LiteNetLib.NetManager.Ttl nameWithType: NetManager.Ttl - uid: LiteNetLib.NetManager.UnconnectedMessagesEnabled name: UnconnectedMessagesEnabled href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_UnconnectedMessagesEnabled commentId: F:LiteNetLib.NetManager.UnconnectedMessagesEnabled fullName: LiteNetLib.NetManager.UnconnectedMessagesEnabled nameWithType: NetManager.UnconnectedMessagesEnabled - uid: LiteNetLib.NetManager.UnsyncedDeliveryEvent name: UnsyncedDeliveryEvent href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_UnsyncedDeliveryEvent commentId: F:LiteNetLib.NetManager.UnsyncedDeliveryEvent fullName: LiteNetLib.NetManager.UnsyncedDeliveryEvent nameWithType: NetManager.UnsyncedDeliveryEvent - uid: LiteNetLib.NetManager.UnsyncedEvents name: UnsyncedEvents href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_UnsyncedEvents commentId: F:LiteNetLib.NetManager.UnsyncedEvents fullName: LiteNetLib.NetManager.UnsyncedEvents nameWithType: NetManager.UnsyncedEvents - uid: LiteNetLib.NetManager.UnsyncedReceiveEvent name: UnsyncedReceiveEvent href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_UnsyncedReceiveEvent commentId: F:LiteNetLib.NetManager.UnsyncedReceiveEvent fullName: LiteNetLib.NetManager.UnsyncedReceiveEvent nameWithType: NetManager.UnsyncedReceiveEvent - uid: LiteNetLib.NetManager.UpdateTime name: UpdateTime href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_UpdateTime commentId: F:LiteNetLib.NetManager.UpdateTime fullName: LiteNetLib.NetManager.UpdateTime nameWithType: NetManager.UpdateTime - uid: LiteNetLib.NetManager.UseNativeSockets name: UseNativeSockets href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_UseNativeSockets commentId: F:LiteNetLib.NetManager.UseNativeSockets fullName: LiteNetLib.NetManager.UseNativeSockets nameWithType: NetManager.UseNativeSockets - uid: LiteNetLib.NetManager.UseSafeMtu name: UseSafeMtu href: api/LiteNetLib.NetManager.html#LiteNetLib_NetManager_UseSafeMtu commentId: F:LiteNetLib.NetManager.UseSafeMtu fullName: LiteNetLib.NetManager.UseSafeMtu nameWithType: NetManager.UseSafeMtu - uid: LiteNetLib.NetPacketReader name: NetPacketReader href: api/LiteNetLib.NetPacketReader.html commentId: T:LiteNetLib.NetPacketReader fullName: LiteNetLib.NetPacketReader nameWithType: NetPacketReader - uid: LiteNetLib.NetPacketReader.Recycle name: Recycle() href: api/LiteNetLib.NetPacketReader.html#LiteNetLib_NetPacketReader_Recycle commentId: M:LiteNetLib.NetPacketReader.Recycle fullName: LiteNetLib.NetPacketReader.Recycle() nameWithType: NetPacketReader.Recycle() - uid: LiteNetLib.NetPacketReader.Recycle* name: Recycle href: api/LiteNetLib.NetPacketReader.html#LiteNetLib_NetPacketReader_Recycle_ commentId: Overload:LiteNetLib.NetPacketReader.Recycle isSpec: "True" fullName: LiteNetLib.NetPacketReader.Recycle nameWithType: NetPacketReader.Recycle - uid: LiteNetLib.NetPeer name: NetPeer href: api/LiteNetLib.NetPeer.html commentId: T:LiteNetLib.NetPeer fullName: LiteNetLib.NetPeer nameWithType: NetPeer - uid: LiteNetLib.NetPeer.ConnectionState name: ConnectionState href: api/LiteNetLib.NetPeer.html#LiteNetLib_NetPeer_ConnectionState commentId: P:LiteNetLib.NetPeer.ConnectionState fullName: LiteNetLib.NetPeer.ConnectionState nameWithType: NetPeer.ConnectionState - uid: LiteNetLib.NetPeer.ConnectionState* name: ConnectionState href: api/LiteNetLib.NetPeer.html#LiteNetLib_NetPeer_ConnectionState_ commentId: Overload:LiteNetLib.NetPeer.ConnectionState isSpec: "True" fullName: LiteNetLib.NetPeer.ConnectionState nameWithType: NetPeer.ConnectionState - uid: LiteNetLib.NetPeer.CreatePacketFromPool(LiteNetLib.DeliveryMethod,System.Byte) name: CreatePacketFromPool(DeliveryMethod, byte) href: api/LiteNetLib.NetPeer.html#your_sha256_hashd_System_Byte_ commentId: M:LiteNetLib.NetPeer.CreatePacketFromPool(LiteNetLib.DeliveryMethod,System.Byte) name.vb: CreatePacketFromPool(DeliveryMethod, Byte) fullName: LiteNetLib.NetPeer.CreatePacketFromPool(LiteNetLib.DeliveryMethod, byte) fullName.vb: LiteNetLib.NetPeer.CreatePacketFromPool(LiteNetLib.DeliveryMethod, Byte) nameWithType: NetPeer.CreatePacketFromPool(DeliveryMethod, byte) nameWithType.vb: NetPeer.CreatePacketFromPool(DeliveryMethod, Byte) - uid: LiteNetLib.NetPeer.CreatePacketFromPool* name: CreatePacketFromPool href: api/LiteNetLib.NetPeer.html#LiteNetLib_NetPeer_CreatePacketFromPool_ commentId: Overload:LiteNetLib.NetPeer.CreatePacketFromPool isSpec: "True" fullName: LiteNetLib.NetPeer.CreatePacketFromPool nameWithType: NetPeer.CreatePacketFromPool - uid: LiteNetLib.NetPeer.Disconnect name: Disconnect() href: api/LiteNetLib.NetPeer.html#LiteNetLib_NetPeer_Disconnect commentId: M:LiteNetLib.NetPeer.Disconnect fullName: LiteNetLib.NetPeer.Disconnect() nameWithType: NetPeer.Disconnect() - uid: LiteNetLib.NetPeer.Disconnect(LiteNetLib.Utils.NetDataWriter) name: Disconnect(NetDataWriter) href: api/LiteNetLib.NetPeer.html#LiteNetLib_NetPeer_Disconnect_LiteNetLib_Utils_NetDataWriter_ commentId: M:LiteNetLib.NetPeer.Disconnect(LiteNetLib.Utils.NetDataWriter) fullName: LiteNetLib.NetPeer.Disconnect(LiteNetLib.Utils.NetDataWriter) nameWithType: NetPeer.Disconnect(NetDataWriter) - uid: LiteNetLib.NetPeer.Disconnect(System.Byte[]) name: Disconnect(byte[]) href: api/LiteNetLib.NetPeer.html#LiteNetLib_NetPeer_Disconnect_System_Byte___ commentId: M:LiteNetLib.NetPeer.Disconnect(System.Byte[]) name.vb: Disconnect(Byte()) fullName: LiteNetLib.NetPeer.Disconnect(byte[]) fullName.vb: LiteNetLib.NetPeer.Disconnect(Byte()) nameWithType: NetPeer.Disconnect(byte[]) nameWithType.vb: NetPeer.Disconnect(Byte()) - uid: LiteNetLib.NetPeer.Disconnect(System.Byte[],System.Int32,System.Int32) name: Disconnect(byte[], int, int) href: api/LiteNetLib.NetPeer.html#your_sha256_hashInt32_ commentId: M:LiteNetLib.NetPeer.Disconnect(System.Byte[],System.Int32,System.Int32) name.vb: Disconnect(Byte(), Integer, Integer) fullName: LiteNetLib.NetPeer.Disconnect(byte[], int, int) fullName.vb: LiteNetLib.NetPeer.Disconnect(Byte(), Integer, Integer) nameWithType: NetPeer.Disconnect(byte[], int, int) nameWithType.vb: NetPeer.Disconnect(Byte(), Integer, Integer) - uid: LiteNetLib.NetPeer.Disconnect* name: Disconnect href: api/LiteNetLib.NetPeer.html#LiteNetLib_NetPeer_Disconnect_ commentId: Overload:LiteNetLib.NetPeer.Disconnect isSpec: "True" fullName: LiteNetLib.NetPeer.Disconnect nameWithType: NetPeer.Disconnect - uid: LiteNetLib.NetPeer.GetHashCode name: GetHashCode() href: api/LiteNetLib.NetPeer.html#LiteNetLib_NetPeer_GetHashCode commentId: M:LiteNetLib.NetPeer.GetHashCode fullName: LiteNetLib.NetPeer.GetHashCode() nameWithType: NetPeer.GetHashCode() - uid: LiteNetLib.NetPeer.GetHashCode* name: GetHashCode href: api/LiteNetLib.NetPeer.html#LiteNetLib_NetPeer_GetHashCode_ commentId: Overload:LiteNetLib.NetPeer.GetHashCode isSpec: "True" fullName: LiteNetLib.NetPeer.GetHashCode nameWithType: NetPeer.GetHashCode - uid: LiteNetLib.NetPeer.GetMaxSinglePacketSize(LiteNetLib.DeliveryMethod) name: GetMaxSinglePacketSize(DeliveryMethod) href: api/LiteNetLib.NetPeer.html#your_sha256_hashhod_ commentId: M:LiteNetLib.NetPeer.GetMaxSinglePacketSize(LiteNetLib.DeliveryMethod) fullName: LiteNetLib.NetPeer.GetMaxSinglePacketSize(LiteNetLib.DeliveryMethod) nameWithType: NetPeer.GetMaxSinglePacketSize(DeliveryMethod) - uid: LiteNetLib.NetPeer.GetMaxSinglePacketSize* name: GetMaxSinglePacketSize href: api/LiteNetLib.NetPeer.html#LiteNetLib_NetPeer_GetMaxSinglePacketSize_ commentId: Overload:LiteNetLib.NetPeer.GetMaxSinglePacketSize isSpec: "True" fullName: LiteNetLib.NetPeer.GetMaxSinglePacketSize nameWithType: NetPeer.GetMaxSinglePacketSize - uid: LiteNetLib.NetPeer.GetPacketsCountInReliableQueue(System.Byte,System.Boolean) name: GetPacketsCountInReliableQueue(byte, bool) href: api/LiteNetLib.NetPeer.html#your_sha256_hashstem_Boolean_ commentId: M:LiteNetLib.NetPeer.GetPacketsCountInReliableQueue(System.Byte,System.Boolean) name.vb: GetPacketsCountInReliableQueue(Byte, Boolean) fullName: LiteNetLib.NetPeer.GetPacketsCountInReliableQueue(byte, bool) fullName.vb: LiteNetLib.NetPeer.GetPacketsCountInReliableQueue(Byte, Boolean) nameWithType: NetPeer.GetPacketsCountInReliableQueue(byte, bool) nameWithType.vb: NetPeer.GetPacketsCountInReliableQueue(Byte, Boolean) - uid: LiteNetLib.NetPeer.GetPacketsCountInReliableQueue* name: GetPacketsCountInReliableQueue href: api/LiteNetLib.NetPeer.html#LiteNetLib_NetPeer_GetPacketsCountInReliableQueue_ commentId: Overload:LiteNetLib.NetPeer.GetPacketsCountInReliableQueue isSpec: "True" fullName: LiteNetLib.NetPeer.GetPacketsCountInReliableQueue nameWithType: NetPeer.GetPacketsCountInReliableQueue - uid: LiteNetLib.NetPeer.Id name: Id href: api/LiteNetLib.NetPeer.html#LiteNetLib_NetPeer_Id commentId: F:LiteNetLib.NetPeer.Id fullName: LiteNetLib.NetPeer.Id nameWithType: NetPeer.Id - uid: LiteNetLib.NetPeer.Mtu name: Mtu href: api/LiteNetLib.NetPeer.html#LiteNetLib_NetPeer_Mtu commentId: P:LiteNetLib.NetPeer.Mtu fullName: LiteNetLib.NetPeer.Mtu nameWithType: NetPeer.Mtu - uid: LiteNetLib.NetPeer.Mtu* name: Mtu href: api/LiteNetLib.NetPeer.html#LiteNetLib_NetPeer_Mtu_ commentId: Overload:LiteNetLib.NetPeer.Mtu isSpec: "True" fullName: LiteNetLib.NetPeer.Mtu nameWithType: NetPeer.Mtu - uid: LiteNetLib.NetPeer.NetManager name: NetManager href: api/LiteNetLib.NetPeer.html#LiteNetLib_NetPeer_NetManager commentId: F:LiteNetLib.NetPeer.NetManager fullName: LiteNetLib.NetPeer.NetManager nameWithType: NetPeer.NetManager - uid: LiteNetLib.NetPeer.Ping name: Ping href: api/LiteNetLib.NetPeer.html#LiteNetLib_NetPeer_Ping commentId: P:LiteNetLib.NetPeer.Ping fullName: LiteNetLib.NetPeer.Ping nameWithType: NetPeer.Ping - uid: LiteNetLib.NetPeer.Ping* name: Ping href: api/LiteNetLib.NetPeer.html#LiteNetLib_NetPeer_Ping_ commentId: Overload:LiteNetLib.NetPeer.Ping isSpec: "True" fullName: LiteNetLib.NetPeer.Ping nameWithType: NetPeer.Ping - uid: LiteNetLib.NetPeer.RemoteId name: RemoteId href: api/LiteNetLib.NetPeer.html#LiteNetLib_NetPeer_RemoteId commentId: P:LiteNetLib.NetPeer.RemoteId fullName: LiteNetLib.NetPeer.RemoteId nameWithType: NetPeer.RemoteId - uid: LiteNetLib.NetPeer.RemoteId* name: RemoteId href: api/LiteNetLib.NetPeer.html#LiteNetLib_NetPeer_RemoteId_ commentId: Overload:LiteNetLib.NetPeer.RemoteId isSpec: "True" fullName: LiteNetLib.NetPeer.RemoteId nameWithType: NetPeer.RemoteId - uid: LiteNetLib.NetPeer.RemoteTimeDelta name: RemoteTimeDelta href: api/LiteNetLib.NetPeer.html#LiteNetLib_NetPeer_RemoteTimeDelta commentId: P:LiteNetLib.NetPeer.RemoteTimeDelta fullName: LiteNetLib.NetPeer.RemoteTimeDelta nameWithType: NetPeer.RemoteTimeDelta - uid: LiteNetLib.NetPeer.RemoteTimeDelta* name: RemoteTimeDelta href: api/LiteNetLib.NetPeer.html#LiteNetLib_NetPeer_RemoteTimeDelta_ commentId: Overload:LiteNetLib.NetPeer.RemoteTimeDelta isSpec: "True" fullName: LiteNetLib.NetPeer.RemoteTimeDelta nameWithType: NetPeer.RemoteTimeDelta - uid: LiteNetLib.NetPeer.RemoteUtcTime name: RemoteUtcTime href: api/LiteNetLib.NetPeer.html#LiteNetLib_NetPeer_RemoteUtcTime commentId: P:LiteNetLib.NetPeer.RemoteUtcTime fullName: LiteNetLib.NetPeer.RemoteUtcTime nameWithType: NetPeer.RemoteUtcTime - uid: LiteNetLib.NetPeer.RemoteUtcTime* name: RemoteUtcTime href: api/LiteNetLib.NetPeer.html#LiteNetLib_NetPeer_RemoteUtcTime_ commentId: Overload:LiteNetLib.NetPeer.RemoteUtcTime isSpec: "True" fullName: LiteNetLib.NetPeer.RemoteUtcTime nameWithType: NetPeer.RemoteUtcTime - uid: LiteNetLib.NetPeer.RoundTripTime name: RoundTripTime href: api/LiteNetLib.NetPeer.html#LiteNetLib_NetPeer_RoundTripTime commentId: P:LiteNetLib.NetPeer.RoundTripTime fullName: LiteNetLib.NetPeer.RoundTripTime nameWithType: NetPeer.RoundTripTime - uid: LiteNetLib.NetPeer.RoundTripTime* name: RoundTripTime href: api/LiteNetLib.NetPeer.html#LiteNetLib_NetPeer_RoundTripTime_ commentId: Overload:LiteNetLib.NetPeer.RoundTripTime isSpec: "True" fullName: LiteNetLib.NetPeer.RoundTripTime nameWithType: NetPeer.RoundTripTime - uid: LiteNetLib.NetPeer.Send(LiteNetLib.Utils.NetDataWriter,LiteNetLib.DeliveryMethod) name: Send(NetDataWriter, DeliveryMethod) href: api/LiteNetLib.NetPeer.html#your_sha256_hashb_DeliveryMethod_ commentId: M:LiteNetLib.NetPeer.Send(LiteNetLib.Utils.NetDataWriter,LiteNetLib.DeliveryMethod) fullName: LiteNetLib.NetPeer.Send(LiteNetLib.Utils.NetDataWriter, LiteNetLib.DeliveryMethod) nameWithType: NetPeer.Send(NetDataWriter, DeliveryMethod) - uid: LiteNetLib.NetPeer.Send(LiteNetLib.Utils.NetDataWriter,System.Byte,LiteNetLib.DeliveryMethod) name: Send(NetDataWriter, byte, DeliveryMethod) href: api/LiteNetLib.NetPeer.html#your_sha256_hashte_LiteNetLib_DeliveryMethod_ commentId: M:LiteNetLib.NetPeer.Send(LiteNetLib.Utils.NetDataWriter,System.Byte,LiteNetLib.DeliveryMethod) name.vb: Send(NetDataWriter, Byte, DeliveryMethod) fullName: LiteNetLib.NetPeer.Send(LiteNetLib.Utils.NetDataWriter, byte, LiteNetLib.DeliveryMethod) fullName.vb: LiteNetLib.NetPeer.Send(LiteNetLib.Utils.NetDataWriter, Byte, LiteNetLib.DeliveryMethod) nameWithType: NetPeer.Send(NetDataWriter, byte, DeliveryMethod) nameWithType.vb: NetPeer.Send(NetDataWriter, Byte, DeliveryMethod) - uid: LiteNetLib.NetPeer.Send(System.Byte[],LiteNetLib.DeliveryMethod) name: Send(byte[], DeliveryMethod) href: api/LiteNetLib.NetPeer.html#your_sha256_hash commentId: M:LiteNetLib.NetPeer.Send(System.Byte[],LiteNetLib.DeliveryMethod) name.vb: Send(Byte(), DeliveryMethod) fullName: LiteNetLib.NetPeer.Send(byte[], LiteNetLib.DeliveryMethod) fullName.vb: LiteNetLib.NetPeer.Send(Byte(), LiteNetLib.DeliveryMethod) nameWithType: NetPeer.Send(byte[], DeliveryMethod) nameWithType.vb: NetPeer.Send(Byte(), DeliveryMethod) - uid: LiteNetLib.NetPeer.Send(System.Byte[],System.Byte,LiteNetLib.DeliveryMethod) name: Send(byte[], byte, DeliveryMethod) href: api/LiteNetLib.NetPeer.html#your_sha256_hashiveryMethod_ commentId: M:LiteNetLib.NetPeer.Send(System.Byte[],System.Byte,LiteNetLib.DeliveryMethod) name.vb: Send(Byte(), Byte, DeliveryMethod) fullName: LiteNetLib.NetPeer.Send(byte[], byte, LiteNetLib.DeliveryMethod) fullName.vb: LiteNetLib.NetPeer.Send(Byte(), Byte, LiteNetLib.DeliveryMethod) nameWithType: NetPeer.Send(byte[], byte, DeliveryMethod) nameWithType.vb: NetPeer.Send(Byte(), Byte, DeliveryMethod) - uid: LiteNetLib.NetPeer.Send(System.Byte[],System.Int32,System.Int32,LiteNetLib.DeliveryMethod) name: Send(byte[], int, int, DeliveryMethod) href: api/LiteNetLib.NetPeer.html#your_sha256_hashLiteNetLib_DeliveryMethod_ commentId: M:LiteNetLib.NetPeer.Send(System.Byte[],System.Int32,System.Int32,LiteNetLib.DeliveryMethod) name.vb: Send(Byte(), Integer, Integer, DeliveryMethod) fullName: LiteNetLib.NetPeer.Send(byte[], int, int, LiteNetLib.DeliveryMethod) fullName.vb: LiteNetLib.NetPeer.Send(Byte(), Integer, Integer, LiteNetLib.DeliveryMethod) nameWithType: NetPeer.Send(byte[], int, int, DeliveryMethod) nameWithType.vb: NetPeer.Send(Byte(), Integer, Integer, DeliveryMethod) - uid: LiteNetLib.NetPeer.Send(System.Byte[],System.Int32,System.Int32,System.Byte,LiteNetLib.DeliveryMethod) name: Send(byte[], int, int, byte, DeliveryMethod) href: api/LiteNetLib.NetPeer.html#your_sha256_hashSystem_Byte_LiteNetLib_DeliveryMethod_ commentId: M:LiteNetLib.NetPeer.Send(System.Byte[],System.Int32,System.Int32,System.Byte,LiteNetLib.DeliveryMethod) name.vb: Send(Byte(), Integer, Integer, Byte, DeliveryMethod) fullName: LiteNetLib.NetPeer.Send(byte[], int, int, byte, LiteNetLib.DeliveryMethod) fullName.vb: LiteNetLib.NetPeer.Send(Byte(), Integer, Integer, Byte, LiteNetLib.DeliveryMethod) nameWithType: NetPeer.Send(byte[], int, int, byte, DeliveryMethod) nameWithType.vb: NetPeer.Send(Byte(), Integer, Integer, Byte, DeliveryMethod) - uid: LiteNetLib.NetPeer.Send(System.ReadOnlySpan{System.Byte},LiteNetLib.DeliveryMethod) name: Send(ReadOnlySpan<byte>, DeliveryMethod) href: api/LiteNetLib.NetPeer.html#your_sha256_hashLib_DeliveryMethod_ commentId: M:LiteNetLib.NetPeer.Send(System.ReadOnlySpan{System.Byte},LiteNetLib.DeliveryMethod) name.vb: Send(ReadOnlySpan(Of Byte), DeliveryMethod) fullName: LiteNetLib.NetPeer.Send(System.ReadOnlySpan<byte>, LiteNetLib.DeliveryMethod) fullName.vb: LiteNetLib.NetPeer.Send(System.ReadOnlySpan(Of Byte), LiteNetLib.DeliveryMethod) nameWithType: NetPeer.Send(ReadOnlySpan<byte>, DeliveryMethod) nameWithType.vb: NetPeer.Send(ReadOnlySpan(Of Byte), DeliveryMethod) - uid: LiteNetLib.NetPeer.Send(System.ReadOnlySpan{System.Byte},System.Byte,LiteNetLib.DeliveryMethod) name: Send(ReadOnlySpan<byte>, byte, DeliveryMethod) href: api/LiteNetLib.NetPeer.html#your_sha256_hashByte_LiteNetLib_DeliveryMethod_ commentId: M:LiteNetLib.NetPeer.Send(System.ReadOnlySpan{System.Byte},System.Byte,LiteNetLib.DeliveryMethod) name.vb: Send(ReadOnlySpan(Of Byte), Byte, DeliveryMethod) fullName: LiteNetLib.NetPeer.Send(System.ReadOnlySpan<byte>, byte, LiteNetLib.DeliveryMethod) fullName.vb: LiteNetLib.NetPeer.Send(System.ReadOnlySpan(Of Byte), Byte, LiteNetLib.DeliveryMethod) nameWithType: NetPeer.Send(ReadOnlySpan<byte>, byte, DeliveryMethod) nameWithType.vb: NetPeer.Send(ReadOnlySpan(Of Byte), Byte, DeliveryMethod) - uid: LiteNetLib.NetPeer.Send* name: Send href: api/LiteNetLib.NetPeer.html#LiteNetLib_NetPeer_Send_ commentId: Overload:LiteNetLib.NetPeer.Send isSpec: "True" fullName: LiteNetLib.NetPeer.Send nameWithType: NetPeer.Send - uid: LiteNetLib.NetPeer.SendPooledPacket(LiteNetLib.PooledPacket,System.Int32) name: SendPooledPacket(PooledPacket, int) href: api/LiteNetLib.NetPeer.html#your_sha256_hashem_Int32_ commentId: M:LiteNetLib.NetPeer.SendPooledPacket(LiteNetLib.PooledPacket,System.Int32) name.vb: SendPooledPacket(PooledPacket, Integer) fullName: LiteNetLib.NetPeer.SendPooledPacket(LiteNetLib.PooledPacket, int) fullName.vb: LiteNetLib.NetPeer.SendPooledPacket(LiteNetLib.PooledPacket, Integer) nameWithType: NetPeer.SendPooledPacket(PooledPacket, int) nameWithType.vb: NetPeer.SendPooledPacket(PooledPacket, Integer) - uid: LiteNetLib.NetPeer.SendPooledPacket* name: SendPooledPacket href: api/LiteNetLib.NetPeer.html#LiteNetLib_NetPeer_SendPooledPacket_ commentId: Overload:LiteNetLib.NetPeer.SendPooledPacket isSpec: "True" fullName: LiteNetLib.NetPeer.SendPooledPacket nameWithType: NetPeer.SendPooledPacket - uid: LiteNetLib.NetPeer.SendWithDeliveryEvent(LiteNetLib.Utils.NetDataWriter,System.Byte,LiteNetLib.DeliveryMethod,System.Object) name: SendWithDeliveryEvent(NetDataWriter, byte, DeliveryMethod, object) href: api/LiteNetLib.NetPeer.html#your_sha256_hashaWriter_System_Byte_LiteNetLib_DeliveryMethod_System_Object_ commentId: M:LiteNetLib.NetPeer.SendWithDeliveryEvent(LiteNetLib.Utils.NetDataWriter,System.Byte,LiteNetLib.DeliveryMethod,System.Object) name.vb: SendWithDeliveryEvent(NetDataWriter, Byte, DeliveryMethod, Object) fullName: LiteNetLib.NetPeer.SendWithDeliveryEvent(LiteNetLib.Utils.NetDataWriter, byte, LiteNetLib.DeliveryMethod, object) fullName.vb: LiteNetLib.NetPeer.SendWithDeliveryEvent(LiteNetLib.Utils.NetDataWriter, Byte, LiteNetLib.DeliveryMethod, Object) nameWithType: NetPeer.SendWithDeliveryEvent(NetDataWriter, byte, DeliveryMethod, object) nameWithType.vb: NetPeer.SendWithDeliveryEvent(NetDataWriter, Byte, DeliveryMethod, Object) - uid: LiteNetLib.NetPeer.SendWithDeliveryEvent(System.Byte[],System.Byte,LiteNetLib.DeliveryMethod,System.Object) name: SendWithDeliveryEvent(byte[], byte, DeliveryMethod, object) href: api/LiteNetLib.NetPeer.html#your_sha256_hashte_LiteNetLib_DeliveryMethod_System_Object_ commentId: M:LiteNetLib.NetPeer.SendWithDeliveryEvent(System.Byte[],System.Byte,LiteNetLib.DeliveryMethod,System.Object) name.vb: SendWithDeliveryEvent(Byte(), Byte, DeliveryMethod, Object) fullName: LiteNetLib.NetPeer.SendWithDeliveryEvent(byte[], byte, LiteNetLib.DeliveryMethod, object) fullName.vb: LiteNetLib.NetPeer.SendWithDeliveryEvent(Byte(), Byte, LiteNetLib.DeliveryMethod, Object) nameWithType: NetPeer.SendWithDeliveryEvent(byte[], byte, DeliveryMethod, object) nameWithType.vb: NetPeer.SendWithDeliveryEvent(Byte(), Byte, DeliveryMethod, Object) - uid: LiteNetLib.NetPeer.SendWithDeliveryEvent(System.Byte[],System.Int32,System.Int32,System.Byte,LiteNetLib.DeliveryMethod,System.Object) name: SendWithDeliveryEvent(byte[], int, int, byte, DeliveryMethod, object) href: api/LiteNetLib.NetPeer.html#your_sha256_hashyour_sha256_hashject_ commentId: M:LiteNetLib.NetPeer.SendWithDeliveryEvent(System.Byte[],System.Int32,System.Int32,System.Byte,LiteNetLib.DeliveryMethod,System.Object) name.vb: SendWithDeliveryEvent(Byte(), Integer, Integer, Byte, DeliveryMethod, Object) fullName: LiteNetLib.NetPeer.SendWithDeliveryEvent(byte[], int, int, byte, LiteNetLib.DeliveryMethod, object) fullName.vb: LiteNetLib.NetPeer.SendWithDeliveryEvent(Byte(), Integer, Integer, Byte, LiteNetLib.DeliveryMethod, Object) nameWithType: NetPeer.SendWithDeliveryEvent(byte[], int, int, byte, DeliveryMethod, object) nameWithType.vb: NetPeer.SendWithDeliveryEvent(Byte(), Integer, Integer, Byte, DeliveryMethod, Object) - uid: LiteNetLib.NetPeer.SendWithDeliveryEvent(System.ReadOnlySpan{System.Byte},System.Byte,LiteNetLib.DeliveryMethod,System.Object) name: SendWithDeliveryEvent(ReadOnlySpan<byte>, byte, DeliveryMethod, object) href: api/LiteNetLib.NetPeer.html#your_sha256_hashtem_Byte__System_Byte_LiteNetLib_DeliveryMethod_System_Object_ commentId: M:LiteNetLib.NetPeer.SendWithDeliveryEvent(System.ReadOnlySpan{System.Byte},System.Byte,LiteNetLib.DeliveryMethod,System.Object) name.vb: SendWithDeliveryEvent(ReadOnlySpan(Of Byte), Byte, DeliveryMethod, Object) fullName: LiteNetLib.NetPeer.SendWithDeliveryEvent(System.ReadOnlySpan<byte>, byte, LiteNetLib.DeliveryMethod, object) fullName.vb: LiteNetLib.NetPeer.SendWithDeliveryEvent(System.ReadOnlySpan(Of Byte), Byte, LiteNetLib.DeliveryMethod, Object) nameWithType: NetPeer.SendWithDeliveryEvent(ReadOnlySpan<byte>, byte, DeliveryMethod, object) nameWithType.vb: NetPeer.SendWithDeliveryEvent(ReadOnlySpan(Of Byte), Byte, DeliveryMethod, Object) - uid: LiteNetLib.NetPeer.SendWithDeliveryEvent* name: SendWithDeliveryEvent href: api/LiteNetLib.NetPeer.html#LiteNetLib_NetPeer_SendWithDeliveryEvent_ commentId: Overload:LiteNetLib.NetPeer.SendWithDeliveryEvent isSpec: "True" fullName: LiteNetLib.NetPeer.SendWithDeliveryEvent nameWithType: NetPeer.SendWithDeliveryEvent - uid: LiteNetLib.NetPeer.Serialize name: Serialize() href: api/LiteNetLib.NetPeer.html#LiteNetLib_NetPeer_Serialize commentId: M:LiteNetLib.NetPeer.Serialize fullName: LiteNetLib.NetPeer.Serialize() nameWithType: NetPeer.Serialize() - uid: LiteNetLib.NetPeer.Serialize* name: Serialize href: api/LiteNetLib.NetPeer.html#LiteNetLib_NetPeer_Serialize_ commentId: Overload:LiteNetLib.NetPeer.Serialize isSpec: "True" fullName: LiteNetLib.NetPeer.Serialize nameWithType: NetPeer.Serialize - uid: LiteNetLib.NetPeer.Statistics name: Statistics href: api/LiteNetLib.NetPeer.html#LiteNetLib_NetPeer_Statistics commentId: F:LiteNetLib.NetPeer.Statistics fullName: LiteNetLib.NetPeer.Statistics nameWithType: NetPeer.Statistics - uid: LiteNetLib.NetPeer.Tag name: Tag href: api/LiteNetLib.NetPeer.html#LiteNetLib_NetPeer_Tag commentId: F:LiteNetLib.NetPeer.Tag fullName: LiteNetLib.NetPeer.Tag nameWithType: NetPeer.Tag - uid: LiteNetLib.NetPeer.TimeSinceLastPacket name: TimeSinceLastPacket href: api/LiteNetLib.NetPeer.html#LiteNetLib_NetPeer_TimeSinceLastPacket commentId: P:LiteNetLib.NetPeer.TimeSinceLastPacket fullName: LiteNetLib.NetPeer.TimeSinceLastPacket nameWithType: NetPeer.TimeSinceLastPacket - uid: LiteNetLib.NetPeer.TimeSinceLastPacket* name: TimeSinceLastPacket href: api/LiteNetLib.NetPeer.html#LiteNetLib_NetPeer_TimeSinceLastPacket_ commentId: Overload:LiteNetLib.NetPeer.TimeSinceLastPacket isSpec: "True" fullName: LiteNetLib.NetPeer.TimeSinceLastPacket nameWithType: NetPeer.TimeSinceLastPacket - uid: LiteNetLib.NetStatistics name: NetStatistics href: api/LiteNetLib.NetStatistics.html commentId: T:LiteNetLib.NetStatistics fullName: LiteNetLib.NetStatistics nameWithType: NetStatistics - uid: LiteNetLib.NetStatistics.AddBytesReceived(System.Int64) name: AddBytesReceived(long) href: api/LiteNetLib.NetStatistics.html#LiteNetLib_NetStatistics_AddBytesReceived_System_Int64_ commentId: M:LiteNetLib.NetStatistics.AddBytesReceived(System.Int64) name.vb: AddBytesReceived(Long) fullName: LiteNetLib.NetStatistics.AddBytesReceived(long) fullName.vb: LiteNetLib.NetStatistics.AddBytesReceived(Long) nameWithType: NetStatistics.AddBytesReceived(long) nameWithType.vb: NetStatistics.AddBytesReceived(Long) - uid: LiteNetLib.NetStatistics.AddBytesReceived* name: AddBytesReceived href: api/LiteNetLib.NetStatistics.html#LiteNetLib_NetStatistics_AddBytesReceived_ commentId: Overload:LiteNetLib.NetStatistics.AddBytesReceived isSpec: "True" fullName: LiteNetLib.NetStatistics.AddBytesReceived nameWithType: NetStatistics.AddBytesReceived - uid: LiteNetLib.NetStatistics.AddBytesSent(System.Int64) name: AddBytesSent(long) href: api/LiteNetLib.NetStatistics.html#LiteNetLib_NetStatistics_AddBytesSent_System_Int64_ commentId: M:LiteNetLib.NetStatistics.AddBytesSent(System.Int64) name.vb: AddBytesSent(Long) fullName: LiteNetLib.NetStatistics.AddBytesSent(long) fullName.vb: LiteNetLib.NetStatistics.AddBytesSent(Long) nameWithType: NetStatistics.AddBytesSent(long) nameWithType.vb: NetStatistics.AddBytesSent(Long) - uid: LiteNetLib.NetStatistics.AddBytesSent* name: AddBytesSent href: api/LiteNetLib.NetStatistics.html#LiteNetLib_NetStatistics_AddBytesSent_ commentId: Overload:LiteNetLib.NetStatistics.AddBytesSent isSpec: "True" fullName: LiteNetLib.NetStatistics.AddBytesSent nameWithType: NetStatistics.AddBytesSent - uid: LiteNetLib.NetStatistics.AddPacketLoss(System.Int64) name: AddPacketLoss(long) href: api/LiteNetLib.NetStatistics.html#LiteNetLib_NetStatistics_AddPacketLoss_System_Int64_ commentId: M:LiteNetLib.NetStatistics.AddPacketLoss(System.Int64) name.vb: AddPacketLoss(Long) fullName: LiteNetLib.NetStatistics.AddPacketLoss(long) fullName.vb: LiteNetLib.NetStatistics.AddPacketLoss(Long) nameWithType: NetStatistics.AddPacketLoss(long) nameWithType.vb: NetStatistics.AddPacketLoss(Long) - uid: LiteNetLib.NetStatistics.AddPacketLoss* name: AddPacketLoss href: api/LiteNetLib.NetStatistics.html#LiteNetLib_NetStatistics_AddPacketLoss_ commentId: Overload:LiteNetLib.NetStatistics.AddPacketLoss isSpec: "True" fullName: LiteNetLib.NetStatistics.AddPacketLoss nameWithType: NetStatistics.AddPacketLoss - uid: LiteNetLib.NetStatistics.BytesReceived name: BytesReceived href: api/LiteNetLib.NetStatistics.html#LiteNetLib_NetStatistics_BytesReceived commentId: P:LiteNetLib.NetStatistics.BytesReceived fullName: LiteNetLib.NetStatistics.BytesReceived nameWithType: NetStatistics.BytesReceived - uid: LiteNetLib.NetStatistics.BytesReceived* name: BytesReceived href: api/LiteNetLib.NetStatistics.html#LiteNetLib_NetStatistics_BytesReceived_ commentId: Overload:LiteNetLib.NetStatistics.BytesReceived isSpec: "True" fullName: LiteNetLib.NetStatistics.BytesReceived nameWithType: NetStatistics.BytesReceived - uid: LiteNetLib.NetStatistics.BytesSent name: BytesSent href: api/LiteNetLib.NetStatistics.html#LiteNetLib_NetStatistics_BytesSent commentId: P:LiteNetLib.NetStatistics.BytesSent fullName: LiteNetLib.NetStatistics.BytesSent nameWithType: NetStatistics.BytesSent - uid: LiteNetLib.NetStatistics.BytesSent* name: BytesSent href: api/LiteNetLib.NetStatistics.html#LiteNetLib_NetStatistics_BytesSent_ commentId: Overload:LiteNetLib.NetStatistics.BytesSent isSpec: "True" fullName: LiteNetLib.NetStatistics.BytesSent nameWithType: NetStatistics.BytesSent - uid: LiteNetLib.NetStatistics.IncrementPacketLoss name: IncrementPacketLoss() href: api/LiteNetLib.NetStatistics.html#LiteNetLib_NetStatistics_IncrementPacketLoss commentId: M:LiteNetLib.NetStatistics.IncrementPacketLoss fullName: LiteNetLib.NetStatistics.IncrementPacketLoss() nameWithType: NetStatistics.IncrementPacketLoss() - uid: LiteNetLib.NetStatistics.IncrementPacketLoss* name: IncrementPacketLoss href: api/LiteNetLib.NetStatistics.html#LiteNetLib_NetStatistics_IncrementPacketLoss_ commentId: Overload:LiteNetLib.NetStatistics.IncrementPacketLoss isSpec: "True" fullName: LiteNetLib.NetStatistics.IncrementPacketLoss nameWithType: NetStatistics.IncrementPacketLoss - uid: LiteNetLib.NetStatistics.IncrementPacketsReceived name: IncrementPacketsReceived() href: api/LiteNetLib.NetStatistics.html#LiteNetLib_NetStatistics_IncrementPacketsReceived commentId: M:LiteNetLib.NetStatistics.IncrementPacketsReceived fullName: LiteNetLib.NetStatistics.IncrementPacketsReceived() nameWithType: NetStatistics.IncrementPacketsReceived() - uid: LiteNetLib.NetStatistics.IncrementPacketsReceived* name: IncrementPacketsReceived href: api/LiteNetLib.NetStatistics.html#LiteNetLib_NetStatistics_IncrementPacketsReceived_ commentId: Overload:LiteNetLib.NetStatistics.IncrementPacketsReceived isSpec: "True" fullName: LiteNetLib.NetStatistics.IncrementPacketsReceived nameWithType: NetStatistics.IncrementPacketsReceived - uid: LiteNetLib.NetStatistics.IncrementPacketsSent name: IncrementPacketsSent() href: api/LiteNetLib.NetStatistics.html#LiteNetLib_NetStatistics_IncrementPacketsSent commentId: M:LiteNetLib.NetStatistics.IncrementPacketsSent fullName: LiteNetLib.NetStatistics.IncrementPacketsSent() nameWithType: NetStatistics.IncrementPacketsSent() - uid: LiteNetLib.NetStatistics.IncrementPacketsSent* name: IncrementPacketsSent href: api/LiteNetLib.NetStatistics.html#LiteNetLib_NetStatistics_IncrementPacketsSent_ commentId: Overload:LiteNetLib.NetStatistics.IncrementPacketsSent isSpec: "True" fullName: LiteNetLib.NetStatistics.IncrementPacketsSent nameWithType: NetStatistics.IncrementPacketsSent - uid: LiteNetLib.NetStatistics.PacketLoss name: PacketLoss href: api/LiteNetLib.NetStatistics.html#LiteNetLib_NetStatistics_PacketLoss commentId: P:LiteNetLib.NetStatistics.PacketLoss fullName: LiteNetLib.NetStatistics.PacketLoss nameWithType: NetStatistics.PacketLoss - uid: LiteNetLib.NetStatistics.PacketLoss* name: PacketLoss href: api/LiteNetLib.NetStatistics.html#LiteNetLib_NetStatistics_PacketLoss_ commentId: Overload:LiteNetLib.NetStatistics.PacketLoss isSpec: "True" fullName: LiteNetLib.NetStatistics.PacketLoss nameWithType: NetStatistics.PacketLoss - uid: LiteNetLib.NetStatistics.PacketLossPercent name: PacketLossPercent href: api/LiteNetLib.NetStatistics.html#LiteNetLib_NetStatistics_PacketLossPercent commentId: P:LiteNetLib.NetStatistics.PacketLossPercent fullName: LiteNetLib.NetStatistics.PacketLossPercent nameWithType: NetStatistics.PacketLossPercent - uid: LiteNetLib.NetStatistics.PacketLossPercent* name: PacketLossPercent href: api/LiteNetLib.NetStatistics.html#LiteNetLib_NetStatistics_PacketLossPercent_ commentId: Overload:LiteNetLib.NetStatistics.PacketLossPercent isSpec: "True" fullName: LiteNetLib.NetStatistics.PacketLossPercent nameWithType: NetStatistics.PacketLossPercent - uid: LiteNetLib.NetStatistics.PacketsReceived name: PacketsReceived href: api/LiteNetLib.NetStatistics.html#LiteNetLib_NetStatistics_PacketsReceived commentId: P:LiteNetLib.NetStatistics.PacketsReceived fullName: LiteNetLib.NetStatistics.PacketsReceived nameWithType: NetStatistics.PacketsReceived - uid: LiteNetLib.NetStatistics.PacketsReceived* name: PacketsReceived href: api/LiteNetLib.NetStatistics.html#LiteNetLib_NetStatistics_PacketsReceived_ commentId: Overload:LiteNetLib.NetStatistics.PacketsReceived isSpec: "True" fullName: LiteNetLib.NetStatistics.PacketsReceived nameWithType: NetStatistics.PacketsReceived - uid: LiteNetLib.NetStatistics.PacketsSent name: PacketsSent href: api/LiteNetLib.NetStatistics.html#LiteNetLib_NetStatistics_PacketsSent commentId: P:LiteNetLib.NetStatistics.PacketsSent fullName: LiteNetLib.NetStatistics.PacketsSent nameWithType: NetStatistics.PacketsSent - uid: LiteNetLib.NetStatistics.PacketsSent* name: PacketsSent href: api/LiteNetLib.NetStatistics.html#LiteNetLib_NetStatistics_PacketsSent_ commentId: Overload:LiteNetLib.NetStatistics.PacketsSent isSpec: "True" fullName: LiteNetLib.NetStatistics.PacketsSent nameWithType: NetStatistics.PacketsSent - uid: LiteNetLib.NetStatistics.Reset name: Reset() href: api/LiteNetLib.NetStatistics.html#LiteNetLib_NetStatistics_Reset commentId: M:LiteNetLib.NetStatistics.Reset fullName: LiteNetLib.NetStatistics.Reset() nameWithType: NetStatistics.Reset() - uid: LiteNetLib.NetStatistics.Reset* name: Reset href: api/LiteNetLib.NetStatistics.html#LiteNetLib_NetStatistics_Reset_ commentId: Overload:LiteNetLib.NetStatistics.Reset isSpec: "True" fullName: LiteNetLib.NetStatistics.Reset nameWithType: NetStatistics.Reset - 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uid: LiteNetLib.NetUtils.GetLocalIp* name: GetLocalIp href: api/LiteNetLib.NetUtils.html#LiteNetLib_NetUtils_GetLocalIp_ commentId: Overload:LiteNetLib.NetUtils.GetLocalIp isSpec: "True" fullName: LiteNetLib.NetUtils.GetLocalIp nameWithType: NetUtils.GetLocalIp - uid: LiteNetLib.NetUtils.GetLocalIpList(LiteNetLib.LocalAddrType) name: GetLocalIpList(LocalAddrType) href: api/LiteNetLib.NetUtils.html#LiteNetLib_NetUtils_GetLocalIpList_LiteNetLib_LocalAddrType_ commentId: M:LiteNetLib.NetUtils.GetLocalIpList(LiteNetLib.LocalAddrType) fullName: LiteNetLib.NetUtils.GetLocalIpList(LiteNetLib.LocalAddrType) nameWithType: NetUtils.GetLocalIpList(LocalAddrType) - uid: LiteNetLib.NetUtils.GetLocalIpList(System.Collections.Generic.IList{System.String},LiteNetLib.LocalAddrType) name: GetLocalIpList(IList<string>, LocalAddrType) href: api/LiteNetLib.NetUtils.html#your_sha256_hashist_System_String__LiteNetLib_LocalAddrType_ commentId: M:LiteNetLib.NetUtils.GetLocalIpList(System.Collections.Generic.IList{System.String},LiteNetLib.LocalAddrType) name.vb: GetLocalIpList(IList(Of String), LocalAddrType) fullName: LiteNetLib.NetUtils.GetLocalIpList(System.Collections.Generic.IList<string>, LiteNetLib.LocalAddrType) fullName.vb: LiteNetLib.NetUtils.GetLocalIpList(System.Collections.Generic.IList(Of String), LiteNetLib.LocalAddrType) nameWithType: NetUtils.GetLocalIpList(IList<string>, LocalAddrType) nameWithType.vb: NetUtils.GetLocalIpList(IList(Of String), LocalAddrType) - 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uid: LiteNetLib.Utils.NetDataReader name: NetDataReader href: api/LiteNetLib.Utils.NetDataReader.html commentId: T:LiteNetLib.Utils.NetDataReader fullName: LiteNetLib.Utils.NetDataReader nameWithType: NetDataReader - uid: LiteNetLib.Utils.NetDataReader.#ctor name: NetDataReader() href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader__ctor commentId: M:LiteNetLib.Utils.NetDataReader.#ctor name.vb: New() fullName: LiteNetLib.Utils.NetDataReader.NetDataReader() fullName.vb: LiteNetLib.Utils.NetDataReader.New() nameWithType: NetDataReader.NetDataReader() nameWithType.vb: NetDataReader.New() - uid: LiteNetLib.Utils.NetDataReader.#ctor(LiteNetLib.Utils.NetDataWriter) name: NetDataReader(NetDataWriter) href: api/LiteNetLib.Utils.NetDataReader.html#your_sha256_hashter_ commentId: M:LiteNetLib.Utils.NetDataReader.#ctor(LiteNetLib.Utils.NetDataWriter) name.vb: New(NetDataWriter) fullName: LiteNetLib.Utils.NetDataReader.NetDataReader(LiteNetLib.Utils.NetDataWriter) fullName.vb: LiteNetLib.Utils.NetDataReader.New(LiteNetLib.Utils.NetDataWriter) nameWithType: NetDataReader.NetDataReader(NetDataWriter) nameWithType.vb: NetDataReader.New(NetDataWriter) - 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uid: LiteNetLib.Utils.NetDataReader.Clear name: Clear() href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_Clear commentId: M:LiteNetLib.Utils.NetDataReader.Clear fullName: LiteNetLib.Utils.NetDataReader.Clear() nameWithType: NetDataReader.Clear() - uid: LiteNetLib.Utils.NetDataReader.Clear* name: Clear href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_Clear_ commentId: Overload:LiteNetLib.Utils.NetDataReader.Clear isSpec: "True" fullName: LiteNetLib.Utils.NetDataReader.Clear nameWithType: NetDataReader.Clear - uid: LiteNetLib.Utils.NetDataReader.EndOfData name: EndOfData href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_EndOfData commentId: P:LiteNetLib.Utils.NetDataReader.EndOfData fullName: LiteNetLib.Utils.NetDataReader.EndOfData nameWithType: NetDataReader.EndOfData - uid: LiteNetLib.Utils.NetDataReader.EndOfData* name: EndOfData href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_EndOfData_ commentId: Overload:LiteNetLib.Utils.NetDataReader.EndOfData isSpec: "True" fullName: LiteNetLib.Utils.NetDataReader.EndOfData nameWithType: NetDataReader.EndOfData - 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uid: LiteNetLib.Utils.NetDataReader.Get(System.Int64@) name: Get(out long) href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_Get_System_Int64__ commentId: M:LiteNetLib.Utils.NetDataReader.Get(System.Int64@) name.vb: Get(Long) fullName: LiteNetLib.Utils.NetDataReader.Get(out long) fullName.vb: LiteNetLib.Utils.NetDataReader.Get(Long) nameWithType: NetDataReader.Get(out long) nameWithType.vb: NetDataReader.Get(Long) - uid: LiteNetLib.Utils.NetDataReader.Get(System.Net.IPEndPoint@) name: Get(out IPEndPoint) href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_Get_System_Net_IPEndPoint__ commentId: M:LiteNetLib.Utils.NetDataReader.Get(System.Net.IPEndPoint@) name.vb: Get(IPEndPoint) fullName: LiteNetLib.Utils.NetDataReader.Get(out System.Net.IPEndPoint) fullName.vb: LiteNetLib.Utils.NetDataReader.Get(System.Net.IPEndPoint) nameWithType: NetDataReader.Get(out IPEndPoint) nameWithType.vb: NetDataReader.Get(IPEndPoint) - uid: LiteNetLib.Utils.NetDataReader.Get(System.SByte@) name: Get(out sbyte) href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_Get_System_SByte__ commentId: M:LiteNetLib.Utils.NetDataReader.Get(System.SByte@) name.vb: Get(SByte) fullName: LiteNetLib.Utils.NetDataReader.Get(out sbyte) fullName.vb: LiteNetLib.Utils.NetDataReader.Get(SByte) nameWithType: NetDataReader.Get(out sbyte) nameWithType.vb: NetDataReader.Get(SByte) - uid: LiteNetLib.Utils.NetDataReader.Get(System.Single@) name: Get(out float) href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_Get_System_Single__ commentId: M:LiteNetLib.Utils.NetDataReader.Get(System.Single@) name.vb: Get(Single) fullName: LiteNetLib.Utils.NetDataReader.Get(out float) fullName.vb: LiteNetLib.Utils.NetDataReader.Get(Single) nameWithType: NetDataReader.Get(out float) nameWithType.vb: NetDataReader.Get(Single) - uid: LiteNetLib.Utils.NetDataReader.Get(System.String@) name: Get(out string) href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_Get_System_String__ commentId: M:LiteNetLib.Utils.NetDataReader.Get(System.String@) name.vb: Get(String) fullName: LiteNetLib.Utils.NetDataReader.Get(out string) fullName.vb: LiteNetLib.Utils.NetDataReader.Get(String) nameWithType: NetDataReader.Get(out string) nameWithType.vb: NetDataReader.Get(String) - uid: LiteNetLib.Utils.NetDataReader.Get(System.String@,System.Int32) name: Get(out string, int) href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_Get_System_String__System_Int32_ commentId: M:LiteNetLib.Utils.NetDataReader.Get(System.String@,System.Int32) name.vb: Get(String, Integer) fullName: LiteNetLib.Utils.NetDataReader.Get(out string, int) fullName.vb: LiteNetLib.Utils.NetDataReader.Get(String, Integer) nameWithType: NetDataReader.Get(out string, int) nameWithType.vb: NetDataReader.Get(String, Integer) - uid: LiteNetLib.Utils.NetDataReader.Get(System.UInt16@) name: Get(out ushort) href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_Get_System_UInt16__ commentId: M:LiteNetLib.Utils.NetDataReader.Get(System.UInt16@) name.vb: Get(UShort) fullName: LiteNetLib.Utils.NetDataReader.Get(out ushort) fullName.vb: LiteNetLib.Utils.NetDataReader.Get(UShort) nameWithType: NetDataReader.Get(out ushort) nameWithType.vb: NetDataReader.Get(UShort) - uid: LiteNetLib.Utils.NetDataReader.Get(System.UInt32@) name: Get(out uint) href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_Get_System_UInt32__ commentId: M:LiteNetLib.Utils.NetDataReader.Get(System.UInt32@) name.vb: Get(UInteger) fullName: LiteNetLib.Utils.NetDataReader.Get(out uint) fullName.vb: LiteNetLib.Utils.NetDataReader.Get(UInteger) nameWithType: NetDataReader.Get(out uint) nameWithType.vb: NetDataReader.Get(UInteger) - uid: LiteNetLib.Utils.NetDataReader.Get(System.UInt64@) name: Get(out ulong) href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_Get_System_UInt64__ commentId: M:LiteNetLib.Utils.NetDataReader.Get(System.UInt64@) name.vb: Get(ULong) fullName: LiteNetLib.Utils.NetDataReader.Get(out ulong) fullName.vb: LiteNetLib.Utils.NetDataReader.Get(ULong) nameWithType: NetDataReader.Get(out ulong) nameWithType.vb: NetDataReader.Get(ULong) - uid: LiteNetLib.Utils.NetDataReader.Get* name: Get href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_Get_ commentId: Overload:LiteNetLib.Utils.NetDataReader.Get isSpec: "True" fullName: LiteNetLib.Utils.NetDataReader.Get nameWithType: NetDataReader.Get - uid: LiteNetLib.Utils.NetDataReader.GetArray* name: GetArray href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetArray_ commentId: Overload:LiteNetLib.Utils.NetDataReader.GetArray isSpec: "True" fullName: LiteNetLib.Utils.NetDataReader.GetArray nameWithType: NetDataReader.GetArray - uid: LiteNetLib.Utils.NetDataReader.GetArray``1(System.UInt16) name: GetArray<T>(ushort) href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetArray__1_System_UInt16_ commentId: M:LiteNetLib.Utils.NetDataReader.GetArray``1(System.UInt16) name.vb: GetArray(Of T)(UShort) fullName: LiteNetLib.Utils.NetDataReader.GetArray<T>(ushort) fullName.vb: LiteNetLib.Utils.NetDataReader.GetArray(Of T)(UShort) nameWithType: NetDataReader.GetArray<T>(ushort) nameWithType.vb: NetDataReader.GetArray(Of T)(UShort) - uid: LiteNetLib.Utils.NetDataReader.GetBool name: GetBool() href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetBool commentId: M:LiteNetLib.Utils.NetDataReader.GetBool fullName: LiteNetLib.Utils.NetDataReader.GetBool() nameWithType: NetDataReader.GetBool() - uid: LiteNetLib.Utils.NetDataReader.GetBool* name: GetBool href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetBool_ commentId: Overload:LiteNetLib.Utils.NetDataReader.GetBool isSpec: "True" fullName: LiteNetLib.Utils.NetDataReader.GetBool nameWithType: NetDataReader.GetBool - uid: LiteNetLib.Utils.NetDataReader.GetBoolArray name: GetBoolArray() href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetBoolArray commentId: M:LiteNetLib.Utils.NetDataReader.GetBoolArray fullName: LiteNetLib.Utils.NetDataReader.GetBoolArray() nameWithType: NetDataReader.GetBoolArray() - uid: LiteNetLib.Utils.NetDataReader.GetBoolArray* name: GetBoolArray href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetBoolArray_ commentId: Overload:LiteNetLib.Utils.NetDataReader.GetBoolArray isSpec: "True" fullName: LiteNetLib.Utils.NetDataReader.GetBoolArray nameWithType: NetDataReader.GetBoolArray - uid: LiteNetLib.Utils.NetDataReader.GetByte name: GetByte() href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetByte commentId: M:LiteNetLib.Utils.NetDataReader.GetByte fullName: LiteNetLib.Utils.NetDataReader.GetByte() nameWithType: NetDataReader.GetByte() - uid: LiteNetLib.Utils.NetDataReader.GetByte* name: GetByte href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetByte_ commentId: Overload:LiteNetLib.Utils.NetDataReader.GetByte isSpec: "True" fullName: LiteNetLib.Utils.NetDataReader.GetByte nameWithType: NetDataReader.GetByte - uid: LiteNetLib.Utils.NetDataReader.GetBytes(System.Byte[],System.Int32) name: GetBytes(byte[], int) href: api/LiteNetLib.Utils.NetDataReader.html#your_sha256_hash32_ commentId: M:LiteNetLib.Utils.NetDataReader.GetBytes(System.Byte[],System.Int32) name.vb: GetBytes(Byte(), Integer) fullName: LiteNetLib.Utils.NetDataReader.GetBytes(byte[], int) fullName.vb: LiteNetLib.Utils.NetDataReader.GetBytes(Byte(), Integer) nameWithType: NetDataReader.GetBytes(byte[], int) nameWithType.vb: NetDataReader.GetBytes(Byte(), Integer) - uid: LiteNetLib.Utils.NetDataReader.GetBytes(System.Byte[],System.Int32,System.Int32) name: GetBytes(byte[], int, int) href: api/LiteNetLib.Utils.NetDataReader.html#your_sha256_hash32_System_Int32_ commentId: M:LiteNetLib.Utils.NetDataReader.GetBytes(System.Byte[],System.Int32,System.Int32) name.vb: GetBytes(Byte(), Integer, Integer) fullName: LiteNetLib.Utils.NetDataReader.GetBytes(byte[], int, int) fullName.vb: LiteNetLib.Utils.NetDataReader.GetBytes(Byte(), Integer, Integer) nameWithType: NetDataReader.GetBytes(byte[], int, int) nameWithType.vb: NetDataReader.GetBytes(Byte(), Integer, Integer) - uid: LiteNetLib.Utils.NetDataReader.GetBytes* name: GetBytes href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetBytes_ commentId: Overload:LiteNetLib.Utils.NetDataReader.GetBytes isSpec: "True" fullName: LiteNetLib.Utils.NetDataReader.GetBytes nameWithType: NetDataReader.GetBytes - uid: LiteNetLib.Utils.NetDataReader.GetBytesSegment(System.Int32) name: GetBytesSegment(int) href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetBytesSegment_System_Int32_ commentId: M:LiteNetLib.Utils.NetDataReader.GetBytesSegment(System.Int32) name.vb: GetBytesSegment(Integer) fullName: LiteNetLib.Utils.NetDataReader.GetBytesSegment(int) fullName.vb: LiteNetLib.Utils.NetDataReader.GetBytesSegment(Integer) nameWithType: NetDataReader.GetBytesSegment(int) nameWithType.vb: NetDataReader.GetBytesSegment(Integer) - uid: LiteNetLib.Utils.NetDataReader.GetBytesSegment* name: GetBytesSegment href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetBytesSegment_ commentId: Overload:LiteNetLib.Utils.NetDataReader.GetBytesSegment isSpec: "True" fullName: LiteNetLib.Utils.NetDataReader.GetBytesSegment nameWithType: NetDataReader.GetBytesSegment - uid: LiteNetLib.Utils.NetDataReader.GetBytesWithLength name: GetBytesWithLength() href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetBytesWithLength commentId: M:LiteNetLib.Utils.NetDataReader.GetBytesWithLength fullName: LiteNetLib.Utils.NetDataReader.GetBytesWithLength() nameWithType: NetDataReader.GetBytesWithLength() - uid: LiteNetLib.Utils.NetDataReader.GetBytesWithLength* name: GetBytesWithLength href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetBytesWithLength_ commentId: Overload:LiteNetLib.Utils.NetDataReader.GetBytesWithLength isSpec: "True" fullName: LiteNetLib.Utils.NetDataReader.GetBytesWithLength nameWithType: NetDataReader.GetBytesWithLength - uid: LiteNetLib.Utils.NetDataReader.GetChar name: GetChar() href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetChar commentId: M:LiteNetLib.Utils.NetDataReader.GetChar fullName: LiteNetLib.Utils.NetDataReader.GetChar() nameWithType: NetDataReader.GetChar() - uid: LiteNetLib.Utils.NetDataReader.GetChar* name: GetChar href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetChar_ commentId: Overload:LiteNetLib.Utils.NetDataReader.GetChar isSpec: "True" fullName: LiteNetLib.Utils.NetDataReader.GetChar nameWithType: NetDataReader.GetChar - uid: LiteNetLib.Utils.NetDataReader.GetDouble name: GetDouble() href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetDouble commentId: M:LiteNetLib.Utils.NetDataReader.GetDouble fullName: LiteNetLib.Utils.NetDataReader.GetDouble() nameWithType: NetDataReader.GetDouble() - uid: LiteNetLib.Utils.NetDataReader.GetDouble* name: GetDouble href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetDouble_ commentId: Overload:LiteNetLib.Utils.NetDataReader.GetDouble isSpec: "True" fullName: LiteNetLib.Utils.NetDataReader.GetDouble nameWithType: NetDataReader.GetDouble - uid: LiteNetLib.Utils.NetDataReader.GetDoubleArray name: GetDoubleArray() href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetDoubleArray commentId: M:LiteNetLib.Utils.NetDataReader.GetDoubleArray fullName: LiteNetLib.Utils.NetDataReader.GetDoubleArray() nameWithType: NetDataReader.GetDoubleArray() - uid: LiteNetLib.Utils.NetDataReader.GetDoubleArray* name: GetDoubleArray href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetDoubleArray_ commentId: Overload:LiteNetLib.Utils.NetDataReader.GetDoubleArray isSpec: "True" fullName: LiteNetLib.Utils.NetDataReader.GetDoubleArray nameWithType: NetDataReader.GetDoubleArray - uid: LiteNetLib.Utils.NetDataReader.GetFloat name: GetFloat() href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetFloat commentId: M:LiteNetLib.Utils.NetDataReader.GetFloat fullName: LiteNetLib.Utils.NetDataReader.GetFloat() nameWithType: NetDataReader.GetFloat() - uid: LiteNetLib.Utils.NetDataReader.GetFloat* name: GetFloat href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetFloat_ commentId: Overload:LiteNetLib.Utils.NetDataReader.GetFloat isSpec: "True" fullName: LiteNetLib.Utils.NetDataReader.GetFloat nameWithType: NetDataReader.GetFloat - uid: LiteNetLib.Utils.NetDataReader.GetFloatArray name: GetFloatArray() href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetFloatArray commentId: M:LiteNetLib.Utils.NetDataReader.GetFloatArray fullName: LiteNetLib.Utils.NetDataReader.GetFloatArray() nameWithType: NetDataReader.GetFloatArray() - uid: LiteNetLib.Utils.NetDataReader.GetFloatArray* name: GetFloatArray href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetFloatArray_ commentId: Overload:LiteNetLib.Utils.NetDataReader.GetFloatArray isSpec: "True" fullName: LiteNetLib.Utils.NetDataReader.GetFloatArray nameWithType: NetDataReader.GetFloatArray - uid: LiteNetLib.Utils.NetDataReader.GetInt name: GetInt() href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetInt commentId: M:LiteNetLib.Utils.NetDataReader.GetInt fullName: LiteNetLib.Utils.NetDataReader.GetInt() nameWithType: NetDataReader.GetInt() - uid: LiteNetLib.Utils.NetDataReader.GetInt* name: GetInt href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetInt_ commentId: Overload:LiteNetLib.Utils.NetDataReader.GetInt isSpec: "True" fullName: LiteNetLib.Utils.NetDataReader.GetInt nameWithType: NetDataReader.GetInt - uid: LiteNetLib.Utils.NetDataReader.GetIntArray name: GetIntArray() href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetIntArray commentId: M:LiteNetLib.Utils.NetDataReader.GetIntArray fullName: LiteNetLib.Utils.NetDataReader.GetIntArray() nameWithType: NetDataReader.GetIntArray() - uid: LiteNetLib.Utils.NetDataReader.GetIntArray* name: GetIntArray href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetIntArray_ commentId: Overload:LiteNetLib.Utils.NetDataReader.GetIntArray isSpec: "True" fullName: LiteNetLib.Utils.NetDataReader.GetIntArray nameWithType: NetDataReader.GetIntArray - uid: LiteNetLib.Utils.NetDataReader.GetLong name: GetLong() href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetLong commentId: M:LiteNetLib.Utils.NetDataReader.GetLong fullName: LiteNetLib.Utils.NetDataReader.GetLong() nameWithType: NetDataReader.GetLong() - uid: LiteNetLib.Utils.NetDataReader.GetLong* name: GetLong href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetLong_ commentId: Overload:LiteNetLib.Utils.NetDataReader.GetLong isSpec: "True" fullName: LiteNetLib.Utils.NetDataReader.GetLong nameWithType: NetDataReader.GetLong - uid: LiteNetLib.Utils.NetDataReader.GetLongArray name: GetLongArray() href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetLongArray commentId: M:LiteNetLib.Utils.NetDataReader.GetLongArray fullName: LiteNetLib.Utils.NetDataReader.GetLongArray() nameWithType: NetDataReader.GetLongArray() - uid: LiteNetLib.Utils.NetDataReader.GetLongArray* name: GetLongArray href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetLongArray_ commentId: Overload:LiteNetLib.Utils.NetDataReader.GetLongArray isSpec: "True" fullName: LiteNetLib.Utils.NetDataReader.GetLongArray nameWithType: NetDataReader.GetLongArray - uid: LiteNetLib.Utils.NetDataReader.GetNetEndPoint name: GetNetEndPoint() href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetNetEndPoint commentId: M:LiteNetLib.Utils.NetDataReader.GetNetEndPoint fullName: LiteNetLib.Utils.NetDataReader.GetNetEndPoint() nameWithType: NetDataReader.GetNetEndPoint() - uid: LiteNetLib.Utils.NetDataReader.GetNetEndPoint* name: GetNetEndPoint href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetNetEndPoint_ commentId: Overload:LiteNetLib.Utils.NetDataReader.GetNetEndPoint isSpec: "True" fullName: LiteNetLib.Utils.NetDataReader.GetNetEndPoint nameWithType: NetDataReader.GetNetEndPoint - uid: LiteNetLib.Utils.NetDataReader.GetRemainingBytes name: GetRemainingBytes() href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetRemainingBytes commentId: M:LiteNetLib.Utils.NetDataReader.GetRemainingBytes fullName: LiteNetLib.Utils.NetDataReader.GetRemainingBytes() nameWithType: NetDataReader.GetRemainingBytes() - uid: LiteNetLib.Utils.NetDataReader.GetRemainingBytes* name: GetRemainingBytes href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetRemainingBytes_ commentId: Overload:LiteNetLib.Utils.NetDataReader.GetRemainingBytes isSpec: "True" fullName: LiteNetLib.Utils.NetDataReader.GetRemainingBytes nameWithType: NetDataReader.GetRemainingBytes - uid: LiteNetLib.Utils.NetDataReader.GetRemainingBytesSegment name: GetRemainingBytesSegment() href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetRemainingBytesSegment commentId: M:LiteNetLib.Utils.NetDataReader.GetRemainingBytesSegment fullName: LiteNetLib.Utils.NetDataReader.GetRemainingBytesSegment() nameWithType: NetDataReader.GetRemainingBytesSegment() - uid: LiteNetLib.Utils.NetDataReader.GetRemainingBytesSegment* name: GetRemainingBytesSegment href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetRemainingBytesSegment_ commentId: Overload:LiteNetLib.Utils.NetDataReader.GetRemainingBytesSegment isSpec: "True" fullName: LiteNetLib.Utils.NetDataReader.GetRemainingBytesSegment nameWithType: NetDataReader.GetRemainingBytesSegment - uid: LiteNetLib.Utils.NetDataReader.GetRemainingBytesSpan name: GetRemainingBytesSpan() href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetRemainingBytesSpan commentId: M:LiteNetLib.Utils.NetDataReader.GetRemainingBytesSpan fullName: LiteNetLib.Utils.NetDataReader.GetRemainingBytesSpan() nameWithType: NetDataReader.GetRemainingBytesSpan() - uid: LiteNetLib.Utils.NetDataReader.GetRemainingBytesSpan* name: GetRemainingBytesSpan href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetRemainingBytesSpan_ commentId: Overload:LiteNetLib.Utils.NetDataReader.GetRemainingBytesSpan isSpec: "True" fullName: LiteNetLib.Utils.NetDataReader.GetRemainingBytesSpan nameWithType: NetDataReader.GetRemainingBytesSpan - uid: LiteNetLib.Utils.NetDataReader.GetSByte name: GetSByte() href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetSByte commentId: M:LiteNetLib.Utils.NetDataReader.GetSByte fullName: LiteNetLib.Utils.NetDataReader.GetSByte() nameWithType: NetDataReader.GetSByte() - uid: LiteNetLib.Utils.NetDataReader.GetSByte* name: GetSByte href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetSByte_ commentId: Overload:LiteNetLib.Utils.NetDataReader.GetSByte isSpec: "True" fullName: LiteNetLib.Utils.NetDataReader.GetSByte nameWithType: NetDataReader.GetSByte - uid: LiteNetLib.Utils.NetDataReader.GetSBytesWithLength name: GetSBytesWithLength() href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetSBytesWithLength commentId: M:LiteNetLib.Utils.NetDataReader.GetSBytesWithLength fullName: LiteNetLib.Utils.NetDataReader.GetSBytesWithLength() nameWithType: NetDataReader.GetSBytesWithLength() - uid: LiteNetLib.Utils.NetDataReader.GetSBytesWithLength* name: GetSBytesWithLength href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetSBytesWithLength_ commentId: Overload:LiteNetLib.Utils.NetDataReader.GetSBytesWithLength isSpec: "True" fullName: LiteNetLib.Utils.NetDataReader.GetSBytesWithLength nameWithType: NetDataReader.GetSBytesWithLength - uid: LiteNetLib.Utils.NetDataReader.GetShort name: GetShort() href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetShort commentId: M:LiteNetLib.Utils.NetDataReader.GetShort fullName: LiteNetLib.Utils.NetDataReader.GetShort() nameWithType: NetDataReader.GetShort() - uid: LiteNetLib.Utils.NetDataReader.GetShort* name: GetShort href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetShort_ commentId: Overload:LiteNetLib.Utils.NetDataReader.GetShort isSpec: "True" fullName: LiteNetLib.Utils.NetDataReader.GetShort nameWithType: NetDataReader.GetShort - uid: LiteNetLib.Utils.NetDataReader.GetShortArray name: GetShortArray() href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetShortArray commentId: M:LiteNetLib.Utils.NetDataReader.GetShortArray fullName: LiteNetLib.Utils.NetDataReader.GetShortArray() nameWithType: NetDataReader.GetShortArray() - uid: LiteNetLib.Utils.NetDataReader.GetShortArray* name: GetShortArray href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetShortArray_ commentId: Overload:LiteNetLib.Utils.NetDataReader.GetShortArray isSpec: "True" fullName: LiteNetLib.Utils.NetDataReader.GetShortArray nameWithType: NetDataReader.GetShortArray - uid: LiteNetLib.Utils.NetDataReader.GetString name: GetString() href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetString commentId: M:LiteNetLib.Utils.NetDataReader.GetString fullName: LiteNetLib.Utils.NetDataReader.GetString() nameWithType: NetDataReader.GetString() - uid: LiteNetLib.Utils.NetDataReader.GetString(System.Int32) name: GetString(int) href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetString_System_Int32_ commentId: M:LiteNetLib.Utils.NetDataReader.GetString(System.Int32) name.vb: GetString(Integer) fullName: LiteNetLib.Utils.NetDataReader.GetString(int) fullName.vb: LiteNetLib.Utils.NetDataReader.GetString(Integer) nameWithType: NetDataReader.GetString(int) nameWithType.vb: NetDataReader.GetString(Integer) - uid: LiteNetLib.Utils.NetDataReader.GetString* name: GetString href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetString_ commentId: Overload:LiteNetLib.Utils.NetDataReader.GetString isSpec: "True" fullName: LiteNetLib.Utils.NetDataReader.GetString nameWithType: NetDataReader.GetString - uid: LiteNetLib.Utils.NetDataReader.GetStringArray name: GetStringArray() href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetStringArray commentId: M:LiteNetLib.Utils.NetDataReader.GetStringArray fullName: LiteNetLib.Utils.NetDataReader.GetStringArray() nameWithType: NetDataReader.GetStringArray() - uid: LiteNetLib.Utils.NetDataReader.GetStringArray(System.Int32) name: GetStringArray(int) href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetStringArray_System_Int32_ commentId: M:LiteNetLib.Utils.NetDataReader.GetStringArray(System.Int32) name.vb: GetStringArray(Integer) fullName: LiteNetLib.Utils.NetDataReader.GetStringArray(int) fullName.vb: LiteNetLib.Utils.NetDataReader.GetStringArray(Integer) nameWithType: NetDataReader.GetStringArray(int) nameWithType.vb: NetDataReader.GetStringArray(Integer) - uid: LiteNetLib.Utils.NetDataReader.GetStringArray* name: GetStringArray href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_GetStringArray_ commentId: Overload:LiteNetLib.Utils.NetDataReader.GetStringArray isSpec: "True" fullName: LiteNetLib.Utils.NetDataReader.GetStringArray nameWithType: NetDataReader.GetStringArray - 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uid: LiteNetLib.Utils.NetDataReader.TryGetInt(System.Int32@) name: TryGetInt(out int) href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_TryGetInt_System_Int32__ commentId: M:LiteNetLib.Utils.NetDataReader.TryGetInt(System.Int32@) name.vb: TryGetInt(Integer) fullName: LiteNetLib.Utils.NetDataReader.TryGetInt(out int) fullName.vb: LiteNetLib.Utils.NetDataReader.TryGetInt(Integer) nameWithType: NetDataReader.TryGetInt(out int) nameWithType.vb: NetDataReader.TryGetInt(Integer) - uid: LiteNetLib.Utils.NetDataReader.TryGetInt* name: TryGetInt href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_TryGetInt_ commentId: Overload:LiteNetLib.Utils.NetDataReader.TryGetInt isSpec: "True" fullName: LiteNetLib.Utils.NetDataReader.TryGetInt nameWithType: NetDataReader.TryGetInt - uid: LiteNetLib.Utils.NetDataReader.TryGetLong(System.Int64@) name: TryGetLong(out long) href: api/LiteNetLib.Utils.NetDataReader.html#LiteNetLib_Utils_NetDataReader_TryGetLong_System_Int64__ commentId: M:LiteNetLib.Utils.NetDataReader.TryGetLong(System.Int64@) name.vb: TryGetLong(Long) fullName: LiteNetLib.Utils.NetDataReader.TryGetLong(out long) fullName.vb: LiteNetLib.Utils.NetDataReader.TryGetLong(Long) nameWithType: NetDataReader.TryGetLong(out long) nameWithType.vb: NetDataReader.TryGetLong(Long) - 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uid: LiteNetLib.Utils.NetDataWriter.FromBytes(System.Byte[],System.Int32,System.Int32) name: FromBytes(byte[], int, int) href: api/LiteNetLib.Utils.NetDataWriter.html#your_sha256_hasht32_System_Int32_ commentId: M:LiteNetLib.Utils.NetDataWriter.FromBytes(System.Byte[],System.Int32,System.Int32) name.vb: FromBytes(Byte(), Integer, Integer) fullName: LiteNetLib.Utils.NetDataWriter.FromBytes(byte[], int, int) fullName.vb: LiteNetLib.Utils.NetDataWriter.FromBytes(Byte(), Integer, Integer) nameWithType: NetDataWriter.FromBytes(byte[], int, int) nameWithType.vb: NetDataWriter.FromBytes(Byte(), Integer, Integer) - uid: LiteNetLib.Utils.NetDataWriter.FromBytes* name: FromBytes href: api/LiteNetLib.Utils.NetDataWriter.html#LiteNetLib_Utils_NetDataWriter_FromBytes_ commentId: Overload:LiteNetLib.Utils.NetDataWriter.FromBytes isSpec: "True" fullName: LiteNetLib.Utils.NetDataWriter.FromBytes nameWithType: NetDataWriter.FromBytes - uid: LiteNetLib.Utils.NetDataWriter.FromString(System.String) name: FromString(string) href: api/LiteNetLib.Utils.NetDataWriter.html#LiteNetLib_Utils_NetDataWriter_FromString_System_String_ commentId: M:LiteNetLib.Utils.NetDataWriter.FromString(System.String) name.vb: FromString(String) fullName: LiteNetLib.Utils.NetDataWriter.FromString(string) fullName.vb: LiteNetLib.Utils.NetDataWriter.FromString(String) nameWithType: NetDataWriter.FromString(string) nameWithType.vb: NetDataWriter.FromString(String) - uid: LiteNetLib.Utils.NetDataWriter.FromString* name: FromString href: api/LiteNetLib.Utils.NetDataWriter.html#LiteNetLib_Utils_NetDataWriter_FromString_ commentId: Overload:LiteNetLib.Utils.NetDataWriter.FromString isSpec: "True" fullName: LiteNetLib.Utils.NetDataWriter.FromString nameWithType: NetDataWriter.FromString - uid: LiteNetLib.Utils.NetDataWriter.Length name: Length href: api/LiteNetLib.Utils.NetDataWriter.html#LiteNetLib_Utils_NetDataWriter_Length commentId: P:LiteNetLib.Utils.NetDataWriter.Length fullName: LiteNetLib.Utils.NetDataWriter.Length nameWithType: NetDataWriter.Length - uid: LiteNetLib.Utils.NetDataWriter.Length* name: Length href: api/LiteNetLib.Utils.NetDataWriter.html#LiteNetLib_Utils_NetDataWriter_Length_ commentId: Overload:LiteNetLib.Utils.NetDataWriter.Length isSpec: "True" fullName: LiteNetLib.Utils.NetDataWriter.Length nameWithType: NetDataWriter.Length - uid: LiteNetLib.Utils.NetDataWriter.Put(System.Boolean) name: Put(bool) href: api/LiteNetLib.Utils.NetDataWriter.html#LiteNetLib_Utils_NetDataWriter_Put_System_Boolean_ commentId: M:LiteNetLib.Utils.NetDataWriter.Put(System.Boolean) name.vb: Put(Boolean) fullName: LiteNetLib.Utils.NetDataWriter.Put(bool) fullName.vb: LiteNetLib.Utils.NetDataWriter.Put(Boolean) nameWithType: NetDataWriter.Put(bool) nameWithType.vb: NetDataWriter.Put(Boolean) - uid: LiteNetLib.Utils.NetDataWriter.Put(System.Byte) name: Put(byte) href: api/LiteNetLib.Utils.NetDataWriter.html#LiteNetLib_Utils_NetDataWriter_Put_System_Byte_ commentId: M:LiteNetLib.Utils.NetDataWriter.Put(System.Byte) name.vb: Put(Byte) fullName: LiteNetLib.Utils.NetDataWriter.Put(byte) fullName.vb: LiteNetLib.Utils.NetDataWriter.Put(Byte) nameWithType: NetDataWriter.Put(byte) nameWithType.vb: NetDataWriter.Put(Byte) - uid: LiteNetLib.Utils.NetDataWriter.Put(System.Byte[]) name: Put(byte[]) href: api/LiteNetLib.Utils.NetDataWriter.html#LiteNetLib_Utils_NetDataWriter_Put_System_Byte___ commentId: M:LiteNetLib.Utils.NetDataWriter.Put(System.Byte[]) name.vb: Put(Byte()) fullName: LiteNetLib.Utils.NetDataWriter.Put(byte[]) fullName.vb: LiteNetLib.Utils.NetDataWriter.Put(Byte()) nameWithType: NetDataWriter.Put(byte[]) nameWithType.vb: NetDataWriter.Put(Byte()) - uid: LiteNetLib.Utils.NetDataWriter.Put(System.Byte[],System.Int32,System.Int32) name: Put(byte[], int, int) href: api/LiteNetLib.Utils.NetDataWriter.html#your_sha256_hashstem_Int32_ commentId: M:LiteNetLib.Utils.NetDataWriter.Put(System.Byte[],System.Int32,System.Int32) name.vb: Put(Byte(), Integer, Integer) fullName: LiteNetLib.Utils.NetDataWriter.Put(byte[], int, int) fullName.vb: LiteNetLib.Utils.NetDataWriter.Put(Byte(), Integer, Integer) nameWithType: NetDataWriter.Put(byte[], int, int) nameWithType.vb: NetDataWriter.Put(Byte(), Integer, Integer) - uid: LiteNetLib.Utils.NetDataWriter.Put(System.Char) name: Put(char) href: api/LiteNetLib.Utils.NetDataWriter.html#LiteNetLib_Utils_NetDataWriter_Put_System_Char_ commentId: M:LiteNetLib.Utils.NetDataWriter.Put(System.Char) name.vb: Put(Char) fullName: LiteNetLib.Utils.NetDataWriter.Put(char) fullName.vb: LiteNetLib.Utils.NetDataWriter.Put(Char) nameWithType: NetDataWriter.Put(char) nameWithType.vb: NetDataWriter.Put(Char) - uid: LiteNetLib.Utils.NetDataWriter.Put(System.Double) name: Put(double) href: api/LiteNetLib.Utils.NetDataWriter.html#LiteNetLib_Utils_NetDataWriter_Put_System_Double_ commentId: M:LiteNetLib.Utils.NetDataWriter.Put(System.Double) name.vb: Put(Double) fullName: LiteNetLib.Utils.NetDataWriter.Put(double) fullName.vb: LiteNetLib.Utils.NetDataWriter.Put(Double) nameWithType: NetDataWriter.Put(double) nameWithType.vb: NetDataWriter.Put(Double) - uid: LiteNetLib.Utils.NetDataWriter.Put(System.Int16) name: Put(short) href: api/LiteNetLib.Utils.NetDataWriter.html#LiteNetLib_Utils_NetDataWriter_Put_System_Int16_ commentId: M:LiteNetLib.Utils.NetDataWriter.Put(System.Int16) name.vb: Put(Short) fullName: LiteNetLib.Utils.NetDataWriter.Put(short) fullName.vb: LiteNetLib.Utils.NetDataWriter.Put(Short) nameWithType: NetDataWriter.Put(short) nameWithType.vb: NetDataWriter.Put(Short) - uid: LiteNetLib.Utils.NetDataWriter.Put(System.Int32) name: Put(int) href: api/LiteNetLib.Utils.NetDataWriter.html#LiteNetLib_Utils_NetDataWriter_Put_System_Int32_ commentId: M:LiteNetLib.Utils.NetDataWriter.Put(System.Int32) name.vb: Put(Integer) fullName: LiteNetLib.Utils.NetDataWriter.Put(int) fullName.vb: LiteNetLib.Utils.NetDataWriter.Put(Integer) nameWithType: NetDataWriter.Put(int) nameWithType.vb: NetDataWriter.Put(Integer) - uid: LiteNetLib.Utils.NetDataWriter.Put(System.Int64) name: Put(long) href: api/LiteNetLib.Utils.NetDataWriter.html#LiteNetLib_Utils_NetDataWriter_Put_System_Int64_ commentId: M:LiteNetLib.Utils.NetDataWriter.Put(System.Int64) name.vb: Put(Long) fullName: LiteNetLib.Utils.NetDataWriter.Put(long) fullName.vb: LiteNetLib.Utils.NetDataWriter.Put(Long) nameWithType: NetDataWriter.Put(long) nameWithType.vb: NetDataWriter.Put(Long) - uid: LiteNetLib.Utils.NetDataWriter.Put(System.Net.IPEndPoint) name: Put(IPEndPoint) href: api/LiteNetLib.Utils.NetDataWriter.html#LiteNetLib_Utils_NetDataWriter_Put_System_Net_IPEndPoint_ commentId: M:LiteNetLib.Utils.NetDataWriter.Put(System.Net.IPEndPoint) fullName: LiteNetLib.Utils.NetDataWriter.Put(System.Net.IPEndPoint) nameWithType: NetDataWriter.Put(IPEndPoint) - uid: LiteNetLib.Utils.NetDataWriter.Put(System.SByte) name: Put(sbyte) href: api/LiteNetLib.Utils.NetDataWriter.html#LiteNetLib_Utils_NetDataWriter_Put_System_SByte_ commentId: M:LiteNetLib.Utils.NetDataWriter.Put(System.SByte) name.vb: Put(SByte) fullName: LiteNetLib.Utils.NetDataWriter.Put(sbyte) fullName.vb: LiteNetLib.Utils.NetDataWriter.Put(SByte) nameWithType: NetDataWriter.Put(sbyte) nameWithType.vb: NetDataWriter.Put(SByte) - uid: LiteNetLib.Utils.NetDataWriter.Put(System.Single) name: Put(float) href: api/LiteNetLib.Utils.NetDataWriter.html#LiteNetLib_Utils_NetDataWriter_Put_System_Single_ commentId: M:LiteNetLib.Utils.NetDataWriter.Put(System.Single) name.vb: Put(Single) fullName: LiteNetLib.Utils.NetDataWriter.Put(float) fullName.vb: LiteNetLib.Utils.NetDataWriter.Put(Single) nameWithType: NetDataWriter.Put(float) nameWithType.vb: NetDataWriter.Put(Single) - uid: LiteNetLib.Utils.NetDataWriter.Put(System.String) name: Put(string) href: api/LiteNetLib.Utils.NetDataWriter.html#LiteNetLib_Utils_NetDataWriter_Put_System_String_ commentId: M:LiteNetLib.Utils.NetDataWriter.Put(System.String) name.vb: Put(String) fullName: LiteNetLib.Utils.NetDataWriter.Put(string) fullName.vb: LiteNetLib.Utils.NetDataWriter.Put(String) nameWithType: NetDataWriter.Put(string) nameWithType.vb: NetDataWriter.Put(String) - uid: LiteNetLib.Utils.NetDataWriter.Put(System.String,System.Int32) name: Put(string, int) href: api/LiteNetLib.Utils.NetDataWriter.html#LiteNetLib_Utils_NetDataWriter_Put_System_String_System_Int32_ commentId: M:LiteNetLib.Utils.NetDataWriter.Put(System.String,System.Int32) name.vb: Put(String, Integer) fullName: LiteNetLib.Utils.NetDataWriter.Put(string, int) fullName.vb: LiteNetLib.Utils.NetDataWriter.Put(String, Integer) nameWithType: NetDataWriter.Put(string, int) nameWithType.vb: NetDataWriter.Put(String, Integer) - uid: LiteNetLib.Utils.NetDataWriter.Put(System.UInt16) name: Put(ushort) href: api/LiteNetLib.Utils.NetDataWriter.html#LiteNetLib_Utils_NetDataWriter_Put_System_UInt16_ commentId: M:LiteNetLib.Utils.NetDataWriter.Put(System.UInt16) name.vb: Put(UShort) fullName: LiteNetLib.Utils.NetDataWriter.Put(ushort) fullName.vb: LiteNetLib.Utils.NetDataWriter.Put(UShort) nameWithType: NetDataWriter.Put(ushort) nameWithType.vb: NetDataWriter.Put(UShort) - uid: LiteNetLib.Utils.NetDataWriter.Put(System.UInt32) name: Put(uint) href: api/LiteNetLib.Utils.NetDataWriter.html#LiteNetLib_Utils_NetDataWriter_Put_System_UInt32_ commentId: M:LiteNetLib.Utils.NetDataWriter.Put(System.UInt32) name.vb: Put(UInteger) fullName: LiteNetLib.Utils.NetDataWriter.Put(uint) fullName.vb: LiteNetLib.Utils.NetDataWriter.Put(UInteger) nameWithType: NetDataWriter.Put(uint) nameWithType.vb: NetDataWriter.Put(UInteger) - uid: LiteNetLib.Utils.NetDataWriter.Put(System.UInt64) name: Put(ulong) href: api/LiteNetLib.Utils.NetDataWriter.html#LiteNetLib_Utils_NetDataWriter_Put_System_UInt64_ commentId: M:LiteNetLib.Utils.NetDataWriter.Put(System.UInt64) name.vb: Put(ULong) fullName: LiteNetLib.Utils.NetDataWriter.Put(ulong) fullName.vb: LiteNetLib.Utils.NetDataWriter.Put(ULong) nameWithType: NetDataWriter.Put(ulong) nameWithType.vb: NetDataWriter.Put(ULong) - uid: LiteNetLib.Utils.NetDataWriter.Put* name: Put href: api/LiteNetLib.Utils.NetDataWriter.html#LiteNetLib_Utils_NetDataWriter_Put_ commentId: Overload:LiteNetLib.Utils.NetDataWriter.Put isSpec: "True" fullName: LiteNetLib.Utils.NetDataWriter.Put nameWithType: NetDataWriter.Put - uid: LiteNetLib.Utils.NetDataWriter.PutArray(System.Array,System.Int32) name: PutArray(Array, int) href: api/LiteNetLib.Utils.NetDataWriter.html#your_sha256_hash2_ commentId: M:LiteNetLib.Utils.NetDataWriter.PutArray(System.Array,System.Int32) name.vb: PutArray(Array, Integer) fullName: LiteNetLib.Utils.NetDataWriter.PutArray(System.Array, int) fullName.vb: LiteNetLib.Utils.NetDataWriter.PutArray(System.Array, Integer) nameWithType: NetDataWriter.PutArray(Array, int) nameWithType.vb: NetDataWriter.PutArray(Array, Integer) - uid: LiteNetLib.Utils.NetDataWriter.PutArray(System.Boolean[]) name: PutArray(bool[]) href: api/LiteNetLib.Utils.NetDataWriter.html#LiteNetLib_Utils_NetDataWriter_PutArray_System_Boolean___ commentId: M:LiteNetLib.Utils.NetDataWriter.PutArray(System.Boolean[]) name.vb: PutArray(Boolean()) fullName: LiteNetLib.Utils.NetDataWriter.PutArray(bool[]) fullName.vb: LiteNetLib.Utils.NetDataWriter.PutArray(Boolean()) nameWithType: NetDataWriter.PutArray(bool[]) nameWithType.vb: NetDataWriter.PutArray(Boolean()) - uid: LiteNetLib.Utils.NetDataWriter.PutArray(System.Double[]) name: PutArray(double[]) href: api/LiteNetLib.Utils.NetDataWriter.html#LiteNetLib_Utils_NetDataWriter_PutArray_System_Double___ commentId: M:LiteNetLib.Utils.NetDataWriter.PutArray(System.Double[]) name.vb: PutArray(Double()) fullName: LiteNetLib.Utils.NetDataWriter.PutArray(double[]) fullName.vb: LiteNetLib.Utils.NetDataWriter.PutArray(Double()) nameWithType: NetDataWriter.PutArray(double[]) nameWithType.vb: NetDataWriter.PutArray(Double()) - uid: LiteNetLib.Utils.NetDataWriter.PutArray(System.Int16[]) name: PutArray(short[]) href: api/LiteNetLib.Utils.NetDataWriter.html#LiteNetLib_Utils_NetDataWriter_PutArray_System_Int16___ commentId: M:LiteNetLib.Utils.NetDataWriter.PutArray(System.Int16[]) name.vb: PutArray(Short()) fullName: LiteNetLib.Utils.NetDataWriter.PutArray(short[]) fullName.vb: LiteNetLib.Utils.NetDataWriter.PutArray(Short()) nameWithType: NetDataWriter.PutArray(short[]) nameWithType.vb: NetDataWriter.PutArray(Short()) - uid: LiteNetLib.Utils.NetDataWriter.PutArray(System.Int32[]) name: PutArray(int[]) href: api/LiteNetLib.Utils.NetDataWriter.html#LiteNetLib_Utils_NetDataWriter_PutArray_System_Int32___ commentId: M:LiteNetLib.Utils.NetDataWriter.PutArray(System.Int32[]) name.vb: PutArray(Integer()) fullName: LiteNetLib.Utils.NetDataWriter.PutArray(int[]) fullName.vb: LiteNetLib.Utils.NetDataWriter.PutArray(Integer()) nameWithType: NetDataWriter.PutArray(int[]) nameWithType.vb: NetDataWriter.PutArray(Integer()) - uid: LiteNetLib.Utils.NetDataWriter.PutArray(System.Int64[]) name: PutArray(long[]) href: api/LiteNetLib.Utils.NetDataWriter.html#LiteNetLib_Utils_NetDataWriter_PutArray_System_Int64___ commentId: M:LiteNetLib.Utils.NetDataWriter.PutArray(System.Int64[]) name.vb: PutArray(Long()) fullName: LiteNetLib.Utils.NetDataWriter.PutArray(long[]) fullName.vb: LiteNetLib.Utils.NetDataWriter.PutArray(Long()) nameWithType: NetDataWriter.PutArray(long[]) nameWithType.vb: NetDataWriter.PutArray(Long()) - uid: LiteNetLib.Utils.NetDataWriter.PutArray(System.Single[]) name: PutArray(float[]) href: api/LiteNetLib.Utils.NetDataWriter.html#LiteNetLib_Utils_NetDataWriter_PutArray_System_Single___ commentId: M:LiteNetLib.Utils.NetDataWriter.PutArray(System.Single[]) name.vb: PutArray(Single()) fullName: LiteNetLib.Utils.NetDataWriter.PutArray(float[]) fullName.vb: LiteNetLib.Utils.NetDataWriter.PutArray(Single()) nameWithType: NetDataWriter.PutArray(float[]) nameWithType.vb: NetDataWriter.PutArray(Single()) - uid: LiteNetLib.Utils.NetDataWriter.PutArray(System.String[]) name: PutArray(string[]) href: api/LiteNetLib.Utils.NetDataWriter.html#LiteNetLib_Utils_NetDataWriter_PutArray_System_String___ commentId: M:LiteNetLib.Utils.NetDataWriter.PutArray(System.String[]) name.vb: PutArray(String()) fullName: LiteNetLib.Utils.NetDataWriter.PutArray(string[]) fullName.vb: LiteNetLib.Utils.NetDataWriter.PutArray(String()) nameWithType: NetDataWriter.PutArray(string[]) nameWithType.vb: NetDataWriter.PutArray(String()) - uid: LiteNetLib.Utils.NetDataWriter.PutArray(System.String[],System.Int32) name: PutArray(string[], int) href: api/LiteNetLib.Utils.NetDataWriter.html#your_sha256_hashnt32_ commentId: M:LiteNetLib.Utils.NetDataWriter.PutArray(System.String[],System.Int32) name.vb: PutArray(String(), Integer) fullName: LiteNetLib.Utils.NetDataWriter.PutArray(string[], int) fullName.vb: LiteNetLib.Utils.NetDataWriter.PutArray(String(), Integer) nameWithType: NetDataWriter.PutArray(string[], int) nameWithType.vb: NetDataWriter.PutArray(String(), Integer) - uid: LiteNetLib.Utils.NetDataWriter.PutArray(System.UInt16[]) name: PutArray(ushort[]) href: api/LiteNetLib.Utils.NetDataWriter.html#LiteNetLib_Utils_NetDataWriter_PutArray_System_UInt16___ commentId: M:LiteNetLib.Utils.NetDataWriter.PutArray(System.UInt16[]) name.vb: PutArray(UShort()) fullName: LiteNetLib.Utils.NetDataWriter.PutArray(ushort[]) fullName.vb: LiteNetLib.Utils.NetDataWriter.PutArray(UShort()) nameWithType: NetDataWriter.PutArray(ushort[]) nameWithType.vb: NetDataWriter.PutArray(UShort()) - uid: LiteNetLib.Utils.NetDataWriter.PutArray(System.UInt32[]) name: PutArray(uint[]) href: api/LiteNetLib.Utils.NetDataWriter.html#LiteNetLib_Utils_NetDataWriter_PutArray_System_UInt32___ commentId: M:LiteNetLib.Utils.NetDataWriter.PutArray(System.UInt32[]) name.vb: PutArray(UInteger()) fullName: LiteNetLib.Utils.NetDataWriter.PutArray(uint[]) fullName.vb: LiteNetLib.Utils.NetDataWriter.PutArray(UInteger()) nameWithType: NetDataWriter.PutArray(uint[]) nameWithType.vb: NetDataWriter.PutArray(UInteger()) - uid: LiteNetLib.Utils.NetDataWriter.PutArray(System.UInt64[]) name: PutArray(ulong[]) href: api/LiteNetLib.Utils.NetDataWriter.html#LiteNetLib_Utils_NetDataWriter_PutArray_System_UInt64___ commentId: M:LiteNetLib.Utils.NetDataWriter.PutArray(System.UInt64[]) name.vb: PutArray(ULong()) fullName: LiteNetLib.Utils.NetDataWriter.PutArray(ulong[]) fullName.vb: LiteNetLib.Utils.NetDataWriter.PutArray(ULong()) nameWithType: NetDataWriter.PutArray(ulong[]) nameWithType.vb: NetDataWriter.PutArray(ULong()) - uid: LiteNetLib.Utils.NetDataWriter.PutArray* name: PutArray href: api/LiteNetLib.Utils.NetDataWriter.html#LiteNetLib_Utils_NetDataWriter_PutArray_ commentId: Overload:LiteNetLib.Utils.NetDataWriter.PutArray isSpec: "True" fullName: LiteNetLib.Utils.NetDataWriter.PutArray nameWithType: NetDataWriter.PutArray - uid: LiteNetLib.Utils.NetDataWriter.PutBytesWithLength(System.Byte[]) name: PutBytesWithLength(byte[]) href: api/LiteNetLib.Utils.NetDataWriter.html#your_sha256_hash commentId: M:LiteNetLib.Utils.NetDataWriter.PutBytesWithLength(System.Byte[]) name.vb: PutBytesWithLength(Byte()) fullName: LiteNetLib.Utils.NetDataWriter.PutBytesWithLength(byte[]) fullName.vb: LiteNetLib.Utils.NetDataWriter.PutBytesWithLength(Byte()) nameWithType: NetDataWriter.PutBytesWithLength(byte[]) nameWithType.vb: NetDataWriter.PutBytesWithLength(Byte()) - uid: LiteNetLib.Utils.NetDataWriter.PutBytesWithLength(System.Byte[],System.Int32,System.UInt16) name: PutBytesWithLength(byte[], int, ushort) href: api/LiteNetLib.Utils.NetDataWriter.html#your_sha256_hashSystem_Int32_System_UInt16_ commentId: M:LiteNetLib.Utils.NetDataWriter.PutBytesWithLength(System.Byte[],System.Int32,System.UInt16) name.vb: PutBytesWithLength(Byte(), Integer, UShort) fullName: LiteNetLib.Utils.NetDataWriter.PutBytesWithLength(byte[], int, ushort) fullName.vb: LiteNetLib.Utils.NetDataWriter.PutBytesWithLength(Byte(), Integer, UShort) nameWithType: NetDataWriter.PutBytesWithLength(byte[], int, ushort) nameWithType.vb: NetDataWriter.PutBytesWithLength(Byte(), Integer, UShort) - uid: LiteNetLib.Utils.NetDataWriter.PutBytesWithLength* name: PutBytesWithLength href: api/LiteNetLib.Utils.NetDataWriter.html#LiteNetLib_Utils_NetDataWriter_PutBytesWithLength_ commentId: Overload:LiteNetLib.Utils.NetDataWriter.PutBytesWithLength isSpec: "True" fullName: LiteNetLib.Utils.NetDataWriter.PutBytesWithLength nameWithType: NetDataWriter.PutBytesWithLength - 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uid: LiteNetLib.Utils.ParseException.#ctor(System.String) name: ParseException(string) href: api/LiteNetLib.Utils.ParseException.html#LiteNetLib_Utils_ParseException__ctor_System_String_ commentId: M:LiteNetLib.Utils.ParseException.#ctor(System.String) name.vb: New(String) fullName: LiteNetLib.Utils.ParseException.ParseException(string) fullName.vb: LiteNetLib.Utils.ParseException.New(String) nameWithType: ParseException.ParseException(string) nameWithType.vb: ParseException.New(String) - uid: LiteNetLib.Utils.ParseException.#ctor* name: ParseException href: api/LiteNetLib.Utils.ParseException.html#LiteNetLib_Utils_ParseException__ctor_ commentId: Overload:LiteNetLib.Utils.ParseException.#ctor isSpec: "True" name.vb: New fullName: LiteNetLib.Utils.ParseException.ParseException fullName.vb: LiteNetLib.Utils.ParseException.New nameWithType: ParseException.ParseException nameWithType.vb: ParseException.New - uid: LiteNetLib.Utils.PreserveAttribute name: PreserveAttribute href: api/LiteNetLib.Utils.PreserveAttribute.html commentId: T:LiteNetLib.Utils.PreserveAttribute fullName: LiteNetLib.Utils.PreserveAttribute nameWithType: PreserveAttribute ```
Victor Merey (, ) is an Arab-Israeli footballer, who plays for F.C. Tzeirei Tayibe. References External links Hapoel Tel Aviv official website 1989 births Living people Israeli men's footballers Beitar Nes Tubruk F.C. players Hapoel Tel Aviv F.C. players Maccabi Petah Tikva F.C. players Ironi Tiberias F.C. players Hakoah Amidar Ramat Gan F.C. players Hapoel Bnei Lod F.C. players Maccabi Bnei Reineh F.C. players Hapoel Holon F.C. players Israeli Premier League players Liga Leumit players Footballers from Ar'ara Men's association football forwards Arab citizens of Israel Arab-Israeli footballers
```python """ """ # Created on 2016.12.26 # # Author: Giovanni Cannata # # # This file is part of ldap3. # # ldap3 is free software: you can redistribute it and/or modify # (at your option) any later version. # # ldap3 is distributed in the hope that it will be useful, # but WITHOUT ANY WARRANTY; without even the implied warranty of # MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the # # along with ldap3 in the COPYING and COPYING.LESSER files. # If not, see <path_to_url from ... import SEQUENCE_TYPES, MODIFY_ADD, BASE, DEREF_NEVER from ...core.exceptions import LDAPInvalidDnError, LDAPOperationsErrorResult from ...utils.dn import safe_dn def ad_add_members_to_groups(connection, members_dn, groups_dn, fix=True, raise_error=False): """ :param connection: a bound Connection object :param members_dn: the list of members to add to groups :param groups_dn: the list of groups where members are to be added :param fix: checks for group existence and already assigned members :param raise_error: If the operation fails it raises an error instead of returning False :return: a boolean where True means that the operation was successful and False means an error has happened Establishes users-groups relations following the Active Directory rules: users are added to the member attribute of groups. Raises LDAPInvalidDnError if members or groups are not found in the DIT. """ if not isinstance(members_dn, SEQUENCE_TYPES): members_dn = [members_dn] if not isinstance(groups_dn, SEQUENCE_TYPES): groups_dn = [groups_dn] if connection.check_names: # builds new lists with sanitized dn members_dn = [safe_dn(member_dn) for member_dn in members_dn] groups_dn = [safe_dn(group_dn) for group_dn in groups_dn] error = False for group in groups_dn: if fix: # checks for existance of group and for already assigned members result = connection.search(group, '(objectclass=*)', BASE, dereference_aliases=DEREF_NEVER, attributes=['member']) if not connection.strategy.sync: response, result = connection.get_response(result) else: response, result = connection.response, connection.result if not result['description'] == 'success': raise LDAPInvalidDnError(group + ' not found') existing_members = response[0]['attributes']['member'] if 'member' in response[0]['attributes'] else [] existing_members = [element.lower() for element in existing_members] else: existing_members = [] changes = dict() member_to_add = [element for element in members_dn if element.lower() not in existing_members] if member_to_add: changes['member'] = (MODIFY_ADD, member_to_add) if changes: result = connection.modify(group, changes) if not connection.strategy.sync: _, result = connection.get_response(result) else: result = connection.result if result['description'] != 'success': error = True result_error_params = ['result', 'description', 'dn', 'message'] if raise_error: raise LDAPOperationsErrorResult([(k, v) for k, v in result.items() if k in result_error_params]) break return not error # returns True if no error is raised in the LDAP operations ```
Misk may refer to: Geography Misk Hills, a sandstone plateau in the East Midlands of England Misk'i, a mountain in the Bolivian Andes Other MiSK Foundation, a non-profit organisation in Saudi Arabia Abu al-Misk Kafur, a ruler of Ikhshidid Egypt and Syria in the 10th century CE Fedwa Misk, Moroccan journalist and women's rights campaigner
```c /** * @license Apache-2.0 * * * * path_to_url * * Unless required by applicable law or agreed to in writing, software * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. / #include "stdlib/blas/ext/base/dfill.h" #include "stdlib/napi/export.h" #include "stdlib/napi/argv.h" #include "stdlib/napi/argv_double.h" #include "stdlib/napi/argv_int64.h" #include "stdlib/napi/argv_strided_float64array.h" #include <node_api.h> /* * Receives JavaScript callback invocation data. * * @param env environment under which the function is invoked * @param info callback data * @return Node-API value */ static napi_value addon( napi_env env, napi_callback_info info ) { STDLIB_NAPI_ARGV( env, info, argv, argc, 4 ); STDLIB_NAPI_ARGV_INT64( env, N, argv, 0 ); STDLIB_NAPI_ARGV_DOUBLE( env, alpha, argv, 1 ); STDLIB_NAPI_ARGV_INT64( env, stride, argv, 3 ); STDLIB_NAPI_ARGV_STRIDED_FLOAT64ARRAY( env, X, N, stride, argv, 2 ); c_dfill( N, alpha, X, stride ); return NULL; } STDLIB_NAPI_MODULE_EXPORT_FCN( addon ) ```
Margaretta Riley, née Hopper (May 4, 1804 - July 16, 1899) was an English botanist. She studied ferns and was the first British pteridologist of her sex. Life She was born in Castle Gate, Nottingham on 4 May 1804 to Richard and Margaretta Hopper. She married John Riley in 1826, agent for the Montague family in Papplewick, north of Nottingham, where she lived for the rest of her life. Margaretta Riley and her husband worked together as pteridologists studying ferns. They were both members of the Botanical Society of London − he from 1838, and she from 1839 on. She discontinued her botanical research when she was widowed in 1846. Legacy The Riley (crater) on the planet Venus was named after her. Works Publications by Margaretta Riley include: On the British Genus Cystea (1839) On growing ferns from seed, with suggestions upon their cultivations and preparing the speciments (1839) Polypodium, Dryopteris and calcareum (1841) References Mary R. S. Creese: Ladies in the Laboratory? American and British Women in Science, 1800-1900: A Survey of their Contributions to Research, London 1998 English botanists British pteridologists 1804 births 1899 deaths British women botanists 19th-century British botanists 19th-century British women scientists Scientists from Nottingham
```javascript /** * @license Apache-2.0 * * * * path_to_url * * Unless required by applicable law or agreed to in writing, software * WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied. / 'use strict'; var randu = require( '@stdlib/random/base/randu' ); var ctor = require( './../lib' ); var arr; var i; arr = new ctor( 10 ); for ( i = 0; i < arr.length; i++ ) { arr[ i ] = randu() 100.0; } console.log( arr ); ```
St. Mary's Academy (SMA) is a Catholic, independent day school in the Loretto tradition located in Cherry Hills Village, Colorado. Founded by the Sisters of Loretto in 1864, St. Mary's Academy educates boys and girls. St. Mary's Academy is composed of a co-ed Lower School (co-ed Preschool through Grade 5) and Middle School (co-ed Grades 6-8), and continues its tradition as a college preparatory high school for girls (Grades 9-12). The U.S. Department of Education has honored St. Mary's Academy three times as a School of Excellence (a program initially titled Blue Ribbon Schools). St. Mary's Academy High School offers 26 AP courses. History St. Mary's Academy is the oldest continuously operating pre-collegiate school in Denver, and has the distinction of awarding the first high school diploma in 1875, a year before Colorado became a state. Originally situated at 14th and California Streets on the edge of the prairie, in 1911 the school moved and built next door to Margaret “Molly” Brown on Pennsylvania Avenue. Needing additional space and recognizing that families were moving to the suburbs, St. Mary's Academy located to its current home in the early 1950s. Begun as a school for girls, boys were welcomed into all Lower and Middle School grades in the mid-1970s. Activities Numerous Destination Imagination teams form every year in Lower School. In 2014 an all-boy team finished in first place in the Scientific Category at the Global Finals. Middle School students travel to a buffalo ranch in Northern Colorado, Keystone Science Center, the East Coast, and Cochiti Pueblo in New Mexico for service. In its first year, the high school robotics team won awards in the 2013-2014 Denver and regional BEST Robotics Competition. They were the only all-girls team in that competition and are one of a handful of all-girl teams participating in the international FIRST Robotics Competition in 2014-2015. St. Mary's Academy offers opportunities to further engage with the Loretto Community: service work at Loretto Motherhouse in Kentucky, a trip to the United Nations and advocacy training at the El Paso/Juarez border. Athletics Affiliations Association of Colorado Independent Schools (ACIS) National Association of Independent Schools (NAIS) National Catholic Education Association National Coalition of Girls’ Schools Colorado High School Activities Association 3A Metropolitan League Notable alumnae Condoleezza Rice, U.S. Secretary of State, 2005-2009 Jane Lubchenco, Administrator of the NOAA (National Oceanic and Atmospheric Administration), 2009-2013 Donna J. Haraway, Professor Emerita in the History of Consciousness at the University of California, Santa Cruz; scholar in the field of science and technology studies; and influential feminist philosopher. Notes and references "St Mary’s Academy: 150 Years of Courage, Tenacity and Vision" (September–October 2014 issue of Colorado Heritage, the magazine of History Colorado). External links Schools in Arapahoe County, Colorado Catholic secondary schools in Colorado Sisters of Loretto schools Educational institutions established in 1864 1864 establishments in Colorado Territory
"Lovers (Live a Little Longer)" is a song by ABBA, released on their 1979 album Voulez-Vous. Production The song premiered in the TV show ABBA in Switzerland in February 1979. Synopsis The song argues that a recent scientific study has shown that love is a factor in longevity. It then uses this to say "lovers live a little longer baby, you and me we got a chance to live twice". Composition The song contains "electric guitars and restless strings", which blend together to simulate the "dynamite drug" spoken of in the narrative. The song consists of a "vocal baton-changing" between Frida and Agnetha in the lead up to the chorus. The rhythm track of the song is very similar to that of "Eagle". The string arrangement is by Rutger Gunnarsson. Critical reception In his book Abba – Uncensored on the Record, John Tobler describes the song as "fairly frantic, but also fairly sexy". He adds that the song illustrates Frida's "thespian and theatrical inclinations". In an article by The Daily Telegraph about ABBA's "hidden gems", it offers the song's "slow, sexy, understated grooves with sweeping strings" as an alternative to The Name of the Game. The Sydney Morning Herald said it was a "steamy, even sensual number". Times Online listed "Lovers (Live a Little Longer)" and "Kisses of Fire" as "shoulda-been hits" that were passed over in favour of other lesser songs. ABBA: Let The Music Speak describes the song as "alternative and risqué". Internet reviewer Michael Lawrence gave the song a C+. ABBA the Blog said: "On "Lovers (Live A Little Longer)" and "Kisses of Fire," ABBA created an adult image of themselves by singing about sex". Internet reviewer George Starostin says of Voulez Vous: "There's also quite a bit of generic filler that shows far less concern for melody than usual, with three songs in a row built on simplistic rhythms, containing no hooks and simply being way too formulaic for ABBA: 'If It Wasn't For The Nights', 'Lovers Live A Little Longer', and 'Kisses of Fire' could have been written by just about any disco-abusing band at the time, Boney M included." Culture Fusion Reviews said ""Lovers (Live a Little Longer)" ... stands as the most complex song on the album. It has a slight disco feel but it moves through so many tempo, time signature and melody changes that it becomes a weirdo highlight of the album." BBC reviewer Sean Egan said "Lovers (Live a Little Longer), a would-be saucy anthem which is merely shrill", is one of the few "clinkers" of the album. References 1979 songs ABBA songs Songs written by Benny Andersson and Björn Ulvaeus
Robert Meade may refer to: Robert Henry Meade (1835–1898), head of the British Colonial Office Robert Leamy Meade (1842–1910), officer in the United States Marine Corps
The England national cricket team visited Australia in January 1988 and played one Test match at the Sydney Cricket Ground against the Australia national cricket team. The Test match was drawn and the teams also played a Limited Overs International (LOI) at the Melbourne Cricket Ground, won by Australia. England were in Australia as part of the country's Bicentenary celebrations of 1988. The Ashes were not at stake in the one-off Bicentennial Test. Bicentennial Test One-Day International Match References Further reading Playfair Cricket Annual 1988 edition Wisden Cricketers Almanack 1988 edition 1987–88 Australian cricket season 1988 in English cricket 1988 in Australian cricket 1988 International cricket competitions from 1985–86 to 1988
Olokhan Musayev (born 1979 in Balakan Rayon, Azerbaijan SSR) is a Paralympian athlete from Azerbaijan competing mainly in category F55–56 shot put events. He competed in the 2008 Summer Paralympics in Beijing, China. There he won a gold medal in the men's F55–56 shot put event. References External links 1979 births Living people People from Balakan District Paralympic athletes for Azerbaijan Athletes (track and field) at the 2008 Summer Paralympics Athletes (track and field) at the 2012 Summer Paralympics Paralympic gold medalists for Azerbaijan World record holders in para-athletics Wheelchair category Paralympic competitors Medalists at the 2008 Summer Paralympics Paralympic medalists in athletics (track and field) Athletes (track and field) at the 2020 Summer Paralympics Azerbaijani shot putters 21st-century Azerbaijani people
Dvrsnica () is a village in the municipality of Ravno, Bosnia and Herzegovina. Demographics According to the 2013 census, its population was 4, all Serbs. References Populated places in Ravno, Bosnia and Herzegovina
The women's shot put event at the 1974 European Athletics Indoor Championships was held on 9 March in Gothenburg. Results References Shot put at the European Athletics Indoor Championships Shot
Norodom Sihanouk is a Cambodian statesman, who has received numerous honours. References Sihanouk, Norodom Honors
A legal remedy, also referred to as judicial relief or a judicial remedy, is the means with which a court of law, usually in the exercise of civil law jurisdiction, enforces a right, imposes a penalty, or makes another court order to impose its will in order to compensate for the harm of a wrongful act inflicted upon an individual. In common law jurisdictions and mixed civil-common law jurisdictions, the law of remedies distinguishes between a legal remedy (e.g. a specific amount of monetary damages) and an equitable remedy (e.g. injunctive relief or specific performance). Another type of remedy available in these systems is declaratory relief, where a court determines the rights of the parties to action without awarding damages or ordering equitable relief. The type of legal remedies to be applied in specific cases depend on the nature of the wrongful act and its liability. In international human rights law, there is a right to an effective remedy. In the legal system of the United States, there exists a traditional form of judicial remedies that serve to combat juror biases caused by news coverage. The First Amendment of the United States forbids the government from censoring and restraining the freedom of expression, which allows the ever-expanding news media to influence the legal process. The entangled relationship between mass media and the legal system presents challenges to the Sixth Amendment that guarantees the rights of criminal defendants to receive fair trials. Trial-level remedies are in place to avoid pretrial publicity from affecting the fairness of a trial. To minimize the impacts of pretrial publicity, there are six kinds of judicial remedies at the disposal of judges: voir dire, change of venue, change of veniremen, continuance, admonition, sequestration. In English and American jurisprudence, there is a legal maxim (albeit one sometimes honored in the breach) that for every right, there is a remedy; where there is no remedy, there is no right. That is, lawmakers claim to provide appropriate remedies to protect rights. This legal maxim was first enunciated by William Blackstone: "It is a settled and invariable principle in the laws of England, that every right when with-held must have a remedy, and every injury its proper redress." In addition to the United Kingdom and the United States, legal remedy is a concept widely practiced in the legal system of a variety of countries, though approached differently. Three types of legal remedy in common law systems There are three crucial categories of judicial remedies in common law systems. The legal remedy originates from the law courts of England and is seen in the form of a payment of money to the victim, commonly referred to as damages or replevin. Damages aim at making up the harm that a breaching party has committed to the victim. In the history of the English legal system, the legal remedy only existed in the form of monetary relief, and therefore the victim must petition through a separate system if the victim wanted other forms of compensation. Although the courtrooms and proceedings have been integrated, the distinction between requests for money versus action is still present. Non-monetary compensation refers to the second category of judicial remedies—equitable remedies. This type of remedy comes from the equitable jurisdiction developed in the English Court of Chancery and Court of Exchequer. Declaratory remedies make up the third category of judicial remedies. Different from the other two categories, declaratory remedies usually involve a court's determination of how the law applies to particular facts without any command to the parties. Courts give declaratory remedies about many different kinds of questions, including whether a person has a legal status, who the owner of a property is, whether a statute has a particular meaning, or what the rights are under a contract. While these are three basic categories of remedies in common law, there are also a handful of others (such as reformation and rescission, both dealing with contracts whose terms need to be rewritten or undone). Legal remedies (damages) Compensatory damages Compensatory damages are paid directly to the claimant to compensate for loss and injury when the defendant is proven to be liable for breach of duty or committing wrongful acts. In cases where the claimant has suffered ascertainable costs, it is easy to determine the amount of compensatory damages. In other cases where the liability results from the defendant failing to perform a service, it is necessary to calculate compensatory damages by inquiring how much it would cost for a third party to provide the same service. However, the court takes into account when the non-breaching party makes savings or profits because he or she is involuntarily relieved from the responsibilities specified in a broken contract. If the non-breaching party makes gains from alternative arrangements, compensatory damages are equivalent to his or her loss subtracted by the gains made from the substitution. Consequential damages Consequential damages, also known as special damages, are intended to compensate for the indirect consequences incurred by the defendant and are sanctioned on a case-by-case basis due to their specificity. Lost profits make up a common type of consequential damages in contract laws. When the party breaching a contract causes the plaintiff to lose profits, the money is recoverable if the plaintiff can prove its ascertainment and trace it to the wrongful conduct of the breaching party, which can be extremely difficult. Moreover, legal expenses including the ones generated by bringing a lawsuit against the breaching party to attain legal remedies do not count toward consequential damages and be charged from the defendant, unless stated in the contract otherwise. Punitive damages Punitive damages are different from other types of damages because their main purpose is to punish the defendant and deter him or her and many others from engaging in similar kinds of unlawful conduct in the future. The maliciousness and willingness of the defendant to carry out certain wrongful acts are typically what compel the court to impose punitive damages. Since the intention of punitive damages is typically not to compensate the plaintiff, it is often that only a part of it would be awarded to the plaintiff at the discretion of judges and that they serve only as complements to compensatory damages. Incidental damages Incidental damages, closely associated with compensatory damages, are costs used to prevent further losses that result from the breach of contract on behalf of the nonbreaching party. For example, a company breaches a hiring contract that it signed with a prospective employee. The expenditures that the employee spent searching for another job are an element of incidental damages. Nominal damages The plaintiff is entitled to receive nominal damages in cases in which there is no actual harm or the plaintiff is unable to prove harm. Although the amount of nominal damages is typically small, the plaintiff can use the award of nominal damages as a justification to plead for punitive awards or appeal a violation of his or her rights that form the basis of the lawsuit, common in cases involving constitutional rights. Liquidated damages Liquidated damages refer to a predetermined amount of money that must be paid by the breaching party, and they are fixed numbers agreed upon by both parties during the formation of a contract. Courts enforcing a liquidated damages provision would consider the reasonableness of its amount, specifically if it approximates the amount of actual damages caused, and the ascertain. Failing to meet this condition would turn liquidated damages into an unenforceable penalty that inequitably benefits the party receiving liquidated awards. Statutory damages In certain cases, a statute dictates the amount of damages, rather than the calculation of the harm or loss endured by the plaintiff. The Fair Debt Collection Practices Act would charge up to $1,000 for every violation of its provision, which is an example of statutory damages. Treble damages is a type of statutory damages in which the amount of compensatory damages awarded to a plaintiff can be tripled given the warranty of a statute. Equitable remedies There are three characteristics of equitable remedies that differ from damages. First, the jury is not used in cases involving equitable remedies. Second, in sanctioning equitable remedies, the court does not make decisions based on precedents but tends to rely on the justice that needs to be served. Third, equitable remedies are not monetary. Rather, they include actions, properties, etc., that the court orders the defendant to perform in order to bring both parties in a lawsuit back to the position in which they were prior to their contract. Injunction Injunction is a court order that coerces the defendant to take specific acts or refrains him or her from engaging in certain actions, i.e., breaching a contract. In the U.S., injunction is the most common type of equitable remedies, and failure to comply with an injunction can lead to results ranging from fines to imprisonment. Accounting for profits Accounting for profits is an inquiry into the amount of gains that the defendant benefited from his or her wrongs. Accounting is more commonly practiced in cases against a fiduciary or breach of contract in which the ascertainment of the defendant's profits is important. Constructive trust Constructive trust is enforced in situations where the possession of a property by the defendant unjustly enriches him or her, and therefore the court decides to grant the ownership of the property to the plaintiff. Equitable lien Equitable lien is applicable when the defendant used unjust funds obtained from the plaintiff to make improvements to his or her property. By granting the plaintiff a security interest in the property of the defendant, it guards the right of the plaintiff to have the funds returned from the defendant. Subrogation In a subrogation case, the property that belongs to the plaintiff from a legal standpoint is used by the defendant to repay the debt to a third party. Subrogation entitles the plaintiff to the rights as the third party against the defendant. Specific performance Specific performance refers to the court compelling the defendant to perform certain actions. This type of equitable remedy is limited in scope because in contract laws for example, issuing specific performance would require the property that gives rise to the lawsuit to be unique, or that it is more practical for the defendant to compensate the plaintiff by paying for compensatory damages. Reformation Reformation, or referred to as rectification, is when the court practices remedies by correcting the writings of a contract. Under two circumstances, reformation applies either when (1) the writing does not reflect the agreement made between the parties, or (2) one party signed the contract in the first place because of manipulation by fraud planned and executed by the other party. Equitable rescission Equitable rescission gives the innocent plaintiff the right to undo or rescind a contract when the plaintiff entered the contract as a result of fraud, misrepresentation, etc., or when the contract has been breached by the other party. To restore the situation to what it was before the contract, both parties need to return what they have received from the exchange. Declaratory remedies Declaratory remedies, or declaratory judgment, do not belong to the category of damages or equities. They are legal determinations made by the court to address ambiguity or disputes without sanctioning an action or practice against the parties involved. Declaratory remedies serve to affirm the validity of the claims and requests made by the plaintiff, accompanied by injunction in selective cases at the discretion of judges or juries. Declaratory remedies are a component of preventive adjudication because in cases that demand only declaration, no actual harm or loss has been incurred by the plaintiff. Trial-level remedies for pretrial publicity Pretrial publicity can lessen the effectiveness of jurors in ways such as presenting incriminating information or arousing blind emotions, which significantly influence the outcome of trials and damage their fairness. As technologies develop, the prevalence of mass media makes legal information more accessible and thus poses a larger threat to the process of adjudication. Trial-level remedies are designed for judges to mitigate the impact of pretrial publicity without infringing the freedom of expression for the press. Voir dire Voir dire, which means "tell the truth" in French, refers (only in the US) to a process in which attorneys and judges conduct interviews with potential jurors to discover their bias and rule out the ones who cannot be impartial. The selection procedure usually starts with a written questionnaire before questioning. In the process of questioning, both parties have the right to excuse potential jurors through challenges for cause. An attorney must convince the court with legitimate reasons to eliminate a potential juror. Another method to screen out a member from a pool of jurors is to use peremptory challenges, which cannot be rejected by the judge. However, attorneys can only use peremptory challenges for a limited number of times. Change of venue Change of venue is to relocate the trial to another area in the same state that has presumably received less exposure of information regarding the case. Change of veniremen Instead of moving the location of the trial, the court can also import jurors from a distant community, where less coverage has been given to the case. Venir is a French word meaning "to come." Continuance Continuance is to postpone the trial on the grounds that the prejudice of jurors would reduce as they forget much information about the case from media. The delay also results in the defendant spending additional time in jail or that it may attract more media attention and drive up the publicity of the case. Admonition Admonition utilizes the effectiveness of the instructions of the judge to the jurors and the jurors' obedience. By giving a panel of jurors instructions such as make verdicts solely based on the evidence presented in the court, the judge seeks to diminish the influence of mass media. Sequestration For high-profile cases, the jurors are isolated until the case is closed. They would be housed in together while their access of all forms of media and technologies is either screen or restrained. Case-by-case versus announced Remedies can be, and in American law usually are, determined case by case, and take into account many different facts including the amount of harm caused to the victim. Remedies can also be determined in advance for an entire class of cases. For example, there can be a fixed fine for all violations of a legal rule, regardless of how much harm was caused in a particular case. Application of legal remedy in different jurisdictions Monetary compensatory damages, along with injunction, are most commonly used in the United States. Similar to the U.S., the courts in the United Kingdom tend to award monetary compensatory damages in tort cases. However, punitive damages are not applicable in the legal systems of the U.K. and Japan or the contractual cases in Australia and occupy a limited but expanding scope in the People's Republic of China. In European states, the type of remedies, including the character and amount of damages, are determined on a case-by-case basis through factors such as the location where the illegal conduct caused damages. The enforcement of legal remedies can be difficult in international litigations as the law in one jurisdiction does not apply to another. Right to an effective remedy See also Examples Damages or legal remedies, which may include: Compensatory damages General damages Special damages Consequential damages Incidental damages Expectation damages Reliance damages Punitive damages Nominal damages Liquidated damages Statutory damages Treble damages Award of attorney's fees Equitable remedies, which may include: Injunction Accounting for profits Constructive trust Equitable lien Subrogation Specific performance Reformation/rectification Equitable rescission Restitution Declaratory remedies Categories Adequate remedy Civil remedy Cumulative remedy Civil and political rights Election of remedies Equity Equitable remedy Extraordinary remedy Habeas corpus Joinder of remedies Provisional remedy Remedy over References Further reading University of Toronto Law Journal special issue on legal remedies for human rights violations Judicial remedies Transitional justice
Sardinia Street, formerly Duke Street was the northern continuation of Kemble Street (formerly Princes Street). It ended, like its successor, on the west side (carriageway) of Lincoln's Inn Fields in the north, but further north. It was joined on its western side by King's Head Yard (demolished) and Wild Street (formerly Great Wild Street), and opposite by Vere Street (demolished). On the eastern side at the northern end was a Roman Catholic chapel and chapel yard. History Duke Street was built up from the mid 1600s. The land it is built on came into the ownership of Humphrey Weld in 1652 who built a house which he let in 1661 on a 21 years' lease. By 1658, Wenceslas Hollar's plan showed Duke Street fully built. The street had a distinctive arch at its northern end for access to and from Lincoln's Inn Fields, the western side of the fields being called Arch Row for that reason. The house immediately south of the archway was the home of the Sardinian Ambassador which held at first the only entrance to the Sardinian Chapel fronting Duke Street. The street was renamed Sardinia Street during the late nineteenth century. What was its south-east continues to be in the (Anglican) ecclesiastical parish of St Mary le Strand (united with St Clement Danes); the rest the parish of St Paul Covent Garden. The street was shortened and re-sited during the construction of Kingsway which was officially opened by King Edward VII in 1905. The arch at the northern end survived until later. The new Sardinia Street, much shorter than the original, was built further south and connects Kingsway to the south-west corner of Lincoln's Inn Fields. Gallery References External links Streets in the City of Westminster Former streets and roads of London
Constanzo Mangini (11 June 1918 – 3 July 1981) was an Italian ice hockey player. He competed in the men's tournament at the 1948 Winter Olympics. References External links 1918 births 1981 deaths Ice hockey people from Milan Ice hockey players at the 1948 Winter Olympics Italian ice hockey players Olympic ice hockey players for Italy
Matheus Butrymowicz (1745–1814) was a Polish-Lithuanian statesman and landlord from Pinsk and a liberal member of the Great Sejm or Diet assembled in Warsaw from 1788 to 1792. A descendant of one of the oldest families of Lithuania and Samogitia, he took a special interest in the development of the industry and commerce of Poland and Lithuania, and to this end considered it of the utmost importance to utilize the energy and the abilities of the Jewish inhabitants. Together with Castellan Yezierski and other Liberal members of the "last" Polish Sejm, he endeavored to prove to the Polish representatives how harmful to the welfare of the country was the abnormal position of the Jews, and urged the taking of measures leading toward their emancipation. In 1789 he elaborated a plan for transforming the Jews into useful citizens, which he set forth in a pamphlet entitled Sposób Uformowania Zydów Polskich w Pozytecznych Krajowi Obywatelow (Warsaw), and which he submitted to King Stanislaus Poniatowsky at the session of the Diet of Dec. 4, asking the king to favor it with his support. In this pamphlet he points out that the Polish law did not include the Jews in the three estates of the realm (the nobility, country gentry, and burgesses); that the Polish legislation had always regarded the Jews as a foreign element, and, though burdening them with exceptional taxes, had not granted them the rights of citizens, while (he argues) Polish society had treated them with contempt, defamed their religion, and would not tolerate the notion that a Jew could be a son of his fatherland. He adds: "And after all this, you demand from the Jew that he shall be useful to the country which does not profess to be his father-land, that he shall be faithful and devoted to those who constantly oppress him! The Jew did not take to agriculture, because he did not care to exchange one kind of misery for another; the law would not permit him to own land, and he had no desire to become a serf and to work for others. He showed strong inclinations to trade and industry; but the towns either would not admit him at all to these pursuits, or at best allowed him to be only a haberdasher. It was a constant struggle between the Jews and the Christian merchants: and therein lies the cause of the decay of trade and the impoverishment of the towns." When the Sejm appointed, in June, 1790, a committee "to reform the condition of the Jews," Butrymowicz was one of its most active members. He pleaded in behalf of the inviolability of the Jewish faith, and of the union of "the peoples" (the Christians and the Jews) by the reception of the latter into the national organism through mutual concessions, through the abolition or the reorganization of the Kahal, and even through the influence of the courts in the propagation of education and culture among the Jewish youths. References Members of the Great Sejm Jewish Polish history Polish landlords 1745 births 1814 deaths 18th-century Polish–Lithuanian landowners 19th-century Polish landowners
Goriparthi Narasimha Raju Yadav is an Indian farmer, known for his achievements in agricultural farming. Hailing from the Guduru village, in Krishna district, in the south Indian state of Andhra Pradesh, he is reported to have recorded harvests such as 7.5 to 8.3 tonnes of Pusa Basmati 1 rice per hectare, 3 tonnes of black gram per hectare, and 4 to 5 tonnes of groundnut per hectare. He is also known to have grown a horsegram creeper with over 10,000 branches and a mango tree in his farm yielded 22,000 mangoes in a single season. He has been associated with the expert committees of the Indian Rice Development Council (IRDC) and the Indian Council of Agricultural Research (ICAR) as a member and is a recipient of several awards including Krishaka Ratna, Krishi Ratna, Krishi Samrat and the Jagjivan Ram Kisan Puraskar (1999) of the Indian Council of Agricultural Research. The Government of India awarded him the fourth highest civilian honour of the Padma Shri, in 2009, for his contributions to agriculture. References Recipients of the Padma Shri in science & engineering Year of birth missing (living people) People from Krishna district Scientists from Andhra Pradesh Indian Council of Agricultural Research Indian farmers Indian agriculturalists Living people Businesspeople from Andhra Pradesh
The Bol d’Or is a 24-hour endurance race for motorcycles, held annually in France. The race is part of the FIM Endurance World Championship. The riding of each bike is now shared by a team of three riders. History The Bol d’Or, first organized by Eugene Mauve, in 1922, was a race for motorcycles, and automobiles limited to 1100cc engine capacity (in the 1950s the limit was raised to 1500cc, and later to 2000cc). Today, the Bol d’Or is exclusively a race for motorcycles, although there are a number of side "attractions", such as races for amateur riders and for classic bikes. Prior to 1953 only one rider per machine was permitted. The record holder with seven victories, Frenchman Gustave Lefèvre, won with an average speed of 107 kilometers/hour riding his Norton Manx for the whole 24 hours. From 1954 to 1977 the teams comprised two riders, and then, in the interests of safety, this was increased to three. Until 1970 the race was held at various circuits, mainly Linas-Montlhéry and Saint-Germain-en-Laye. From 1971 to 1977 the Bol d’Or was held at the permanent Le Mans Bugatti circuit, which excludes the temporary street circuit section, exiting before the Tertre Rouge esses and rejoining at the Ford Chicane, excluding the section from the Tertre Rouge, Mulsanne, and Porsche Curves. For the next 22 years the event took place at Paul Ricard, after which it moved to Magny-Cours. When the race left Le Mans the 24 Heures du Mans was established, so that when the Bol d'Or returned to Le Mans, there were for a time two annual 24-hour motorcycle endurance events on the Bugatti circuit. Until 2015, the Bol d’Or was held in the spring, while the 24 Heures du Mans was in the early September slot formerly used by the Bol d’Or. In 2016 things changed again: the "24 Heures du Mans" moved to the spring, while the Bol d’Or moved to Circuit Paul Ricard In September. 24-hour motorcycle endurance racing has a strong Francophone base, with the three main events held in France (Le Mans & Magny-Cours) and French-speaking Belgium (Spa-Francorchamps), and the most successful teams and riders are French. In 1970, 1971 and 1992 all-British teams of riders won the races. British rider Terry Rymer has had consistent results. In the 1970s the competitors included Phil Read and Neil Tuxworth, who later headed Honda Racing UK. On occasion, the Mead & Tomkinson racing team fielded "Nessie", a revolutionary bike with hub-center steering. Circuits 1922: clay track located in Vaujours, Clichy-sous-Bois and Livry-Gargan, long. 1923–1936: Loges track in Saint-Germain-en-Laye 1927: Fontainebleau 1937–1939: Linas-Montlhéry 1938–1946: No race 1947–1948: Saint-Germain-en-Laye 1949–1950: Linas-Montlhéry 1951: Saint-Germain-en-Laye 1952–1960: Linas-Montlhéry 1961–1968: No race 1969–1970: Linas-Montlhéry 1971–1977: Le Mans 1978–1999: Paul Ricard 2000–2014: Magny-Cours 2015–: Paul Ricard The race is part of the Endurance FIM World Championship. The 2016 edition was the 80th edition of the race. The race is accompanied by a motorcycle rally, carnival and other motorcycle related events. Results Side races La Tasse d'or (the golden cup), reserved for motorcycle of less than 50cc (known as the coffee cup: "tasses à café") Le Bol d’Or classic (the classic golden bowl): reserved for classic motorcycles Le Bol d'argent (the silver bowl): amateur competition taking place before main competition. External links Bol d’Or official website . References Motorcycle races Motorsport competitions in France Endurance motor racing
The 48th Directors Guild of America Awards, honoring the outstanding directorial achievements in films, documentary and television in 1995, were presented on March 2, 1996 at the Hyatt Regency Century Plaza as well as in New York. The ceremony in Los Angeles was hosted by Carl Reiner. The nominees in the feature film category were announced on January 22, 1996 and the other nominations were announced in February. Winners and nominees Film Television Commercials D.W. Griffith Award Woody Allen Lifetime Achievement in Sports Direction Tony Verna Lifetime Achievement in News Direction Arthur Bloom Robert B. Aldrich Service Award Daniel Petrie Franklin J. Schaffner Achievement Award Don Lewis Barnhart Honorary Life Member Chuck Jones References External links Directors Guild of America Awards 1995 film awards 1995 television awards 1995 in American cinema 1995 in American television Directors 1996 in Los Angeles 1996 in New York City March 1996 events in the United States
Nagri Kalan is a census town in Baghmara CD block in Dhanbad Sadar subdivision of Dhanbad district in the Indian state of Jharkhand. Geography Location Nagri Kalan is located at . Note: The map alongside presents some of the notable locations in the area. All places marked in the map are linked in the larger full screen map. Overview The region shown in the map is a part of the undulating uplands bustling with coalmines. The Damodar River, the most important river of the Chota Nagpur Plateau, flows along the southern border. The area beyond the Damodar was once a part of Dhanbad district but was transferred to Bokaro district in 2001. Bulk of the area shown in the map is part of Baghmara (community development block). In Baghmara CD block 67% of the population lives in rural areas and 33% in urban areas. The block has 18 census towns, all marked in the map, except Rajganj, which is shown in the map for the northern portion of the district. A portion of Dhanbad Municipal Corporation extends into the region till around Katras. The places in the DMC area are marked as neighbourhoods. Most of the DMC area is shown in the maps for the central and southern portions of the district. Four operational areas of BCCL operate fully within the region – Katras Area, Govindpur Area, Barora Area and Block II Area. The Mahuda sector of Western Jharia Area also operates in the region. Demographics As per the 2011 Census of India, Nagri Kalan had a total population of 9,410 of which 4,942 (53%) were males and 4,468 (47%) were females. Population below 6 years was 1,257. The total number of literates in Nagri Kalan was 6,324 (77.57% of the population over 6 years). India census, Nagri Kalan had a population of 7,693. Males constitute 54% of the population and females 46%. Nagri Kalan has an average literacy rate of 59%, lower than the national average of 59.5%: male literacy is 70%, and female literacy is 46%. In Nagri Kalan, 16% of the population is under 6 years of age. Infrastructure Nagri Kalan has an area of 5.05 km2. It is 18 km from the district headquarters Dhanbad. There is a railway station at Tetulmari 0.5 km away. Buses are available in the town. It has 18 km roads and both closed and open drains. The two major sources of protected water supply are tap water from treated sources and uncovered wells. There are 1,542 domestic electric connections and 5 road light points. Amongst the educational facilities, it has 2 primary schools, 3 middle schools and 1 secondary school. Senior secondary school and general degree college is available at Katras 6 km away. Amongst the recreational and cultural facilities, it has a public library and a reading room. It has branches of 1 nationalised bank, 1 agricultural credit society and 1 non-agricultural credit society. References Cities and towns in Dhanbad district
Potassium carbonate is the inorganic compound with the formula K2CO3. It is a white salt, which is soluble in water and forms a strongly alkaline solution. It is deliquescent, often appearing as a damp or wet solid. Potassium carbonate is mainly used in the production of soap and glass. History Potassium carbonate is the primary component of potash and the more refined pearl ash or salts of tartar. The first patent issued by the US Patent Office was awarded to Samuel Hopkins in 1790 for an improved method of making potash and pearl ash. In late 18th-century North America, before the development of baking powder, pearl ash was used as a leavening agent for quick breads. Production Potassium lye (which in this case can alternatively be called potash), a substance which contains potassium carbonate, potassium bicarbonate, and potassium hydroxide, was historically produced by dissolving the lye found in the wooden ashes inside of water for app one or more days, disposing of the undissolved ashes, and then drying/evaporating the remaining liquid. With modern observation, this process would produce greater yields if done with the ashes of banana peels due to their increased amounts of potassium carbonate. As previously mentioned, Samuel Hopkins created an improved method of making pearl ash. One of those procedures was putting the lye/potash in a kiln to remove impurities. Potassium carbonate is today, prepared commercially, by the reaction of potassium hydroxide with carbon dioxide: 2 KOH + CO2 → K2CO3 + H2O From the solution crystallizes the sequestrate K2CO3·H2O ("potash hydrate"). Heating this solid above gives the anhydrous salt. In an alternative method, potassium chloride is treated with carbon dioxide in the presence of an organic amine to give potassium bicarbonate, which is then calcined: 2 KHCO3 → K2CO3 + H2O + CO2 Applications (historically) for soap, glass, and dishware production as a mild drying agent where other drying agents, such as calcium chloride and magnesium sulfate, may be incompatible. It is not suitable for acidic compounds, but can be useful for drying an organic phase if one has a small amount of acidic impurity. It may also be used to dry some ketones, alcohols, and amines prior to distillation. in cuisine, where it has many traditional uses. It is used in some types of Chinese noodles and mooncakes, as well as Asian grass jelly and Japanese ramen. German gingerbread recipes often use potassium carbonate as a baking agent, although in combination with hartshorn. in the alkalization of cocoa powder to produce Dutch process chocolate by balancing the pH (i.e., reduce the acidity) of natural cocoa beans; it also enhances aroma. The process of adding potassium carbonate to cocoa powder is usually called "Dutching" (and the products referred to as Dutch-processed cocoa powder), as the process was first developed in 1828 by Dutchman Coenraad Johannes van Houten. as a buffering agent in the production of mead or wine. in antique documents, it is reported to have been used to soften hard water. as a fire suppressant in extinguishing deep-fat fryers and various other B class-related fires. in condensed aerosol fire suppression, although as the byproduct of potassium nitrate. as an ingredient in welding fluxes, and in the flux coating on arc-welding rods. as an animal feed ingredient to satisfy the potassium requirements of farmed animals such as broiler breeder chickens. as an acidity regulator in Swedish snus snuff tobacco References Bibliography A Dictionary of Science, Oxford University Press, New York, 2004 External links International Chemical Safety Card 1588 Carbonates Leavening agents Potassium compounds Deliquescent substances Desiccants Photographic chemicals Food stabilizers
Carex qingliangensis is a species of sedge found on mountain slopes at an elevation of in Zhejiang province in eastern China. References qingliangensis Flora of China Plants described in 2009
Rebel () is a Canadian short drama film, directed by Pier-Philippe Chevigny and released in 2019. The film centres on Alex (Edouard B. Larocque), a six-year-old boy whose father Dave (Émile Schneider) is a member of a far-right militia who are hunting refugees; taken out on the expedition, Alex is initially happy to play and have fun, but quickly changes his perspective and begins to rebel against his father after a chance encounter with a family hiding in the trees awakens him to what's actually going on. The cast also includes Jean-Nicolas Verreault, Sasha Migliarese, Luc Boucher, Irlande Côté, Amir Sám Nakhjavani, Baharan BaniAhmadi, Denis Marchand, Hugolin Chevrette-Landesque, Ines Feghouli, Serge Pelletier, Juliette Maxyme Proulx, Ghislain LaRocque and Eliott Plamondon. According to Chevigny, the film was inspired by a photograph of a young boy waving a flag at a La Meute demonstration. However, he also stated that he felt it was important for the film to not portray the militia members as straightforward villains, but as fundamentally normal people caught up in the emotion of the political climate around the migration crisis at the time the film was made. The film premiered at the 2019 Toronto International Film Festival. It was screened at over 100 film festivals over the next two years, and won various awards; an award from the Tirana International Film Festival placed it in longlisted contention for the Academy Award for Best Live Action Short Film at the 93rd Academy Awards in 2021, although it did not make the final list of nominees. References External links 2019 films 2019 drama films 2019 short films French-language Canadian films Canadian drama short films 2010s Canadian films Films shot in Quebec Films set in Quebec
Heart's Desire is a 1917 American drama silent film directed by Francis J. Grandon and written by Shannon Fife and Eve Unsell. The film stars Marie Doro, Alan Roscoe, Mario Majeroni, Jean Del Val, Helen Dahl and Harry Lee. The film was released on April 30, 1917, by Paramount Pictures. Plot Cast Marie Doro as Fleurette Alan Roscoe as Paul Le Roque Mario Majeroni as Henri Le Roque Jean Del Val as Jacques Helen Dahl as Helen St. Simon Harry Lee as Le Roque's Secretary Gertrude Norman as Mother Mathilde Ida Darling Eddie Sturgis Preservation status The film survives and is preserved in the Library of Congress collection. It is entered in their database twice. References External links 1917 films 1910s English-language films Silent American drama films 1917 drama films Paramount Pictures films Films directed by Francis J. Grandon American black-and-white films American silent feature films 1910s American films
Family law in Canada concerns the body of Canadian law dealing with domestic partnerships, marriage, and divorce. Sources of family law In Canada, family law is primarily statute-based. The federal government has exclusive jurisdiction over marriage and divorce under section 91(26) of the Constitution Act, 1867. The main piece of federal legislation governing the issues arising upon married spouses’ separation and the requirements for divorce is the Divorce Act. Pursuant to the Divorce Act, the federal government has jurisdiction over child custody and access matters and spousal and child support during or after divorce. The Divorce Act does not govern property issues. The provinces have exclusive jurisdiction over the solemnization of marriage under section 92(12) of the Constitution Act, 1867 and jurisdiction over spousal and child support, property division, custody and access, adoption, and child protection as part of the provincial government's jurisdiction over property and civil rights under section 92(13) of the Constitution Act, 1867 and jurisdiction over matters of a private nature under section 92(16) of the Act. Each province has an Act that addresses the rules of property division upon marriage breakdown. Marriage Since 2005, a marriage may be formed between two individuals of different or same sex. Marriages are prohibited where an individual does not have the capacity or where there is a direct familial relationship such as parent/child or brother/sister. The minimum age to marry is 16 years. A valid marriage must be properly solemnized within the rules of the province. Annulments A marriage may be nullified as void or voidable much in the same manner as a contract. A marriage is void when the parties do not have the capacity to marry (known as the essential validity of the marriage). Thus, marriages between blood relations, or parties already married, underage, or otherwise unable to consent would all be invalid for lack of essential validity. A marriage is voidable and can be annulled by a court if the spouses are incapable of consummating the marriage. The formal prerequisites of a valid marriage are set out in the Marriage Acts of Canadian provinces and territories. The parties must have a marriage license, be of proper age, or have parental consent. A marriage performed outside of the province will be valid if it is valid where the marriage is celebrated, that is lex loci celebrationis. Separation and contracts The legal implications of a marital separation may be governed by a contract. A separation agreement is typically negotiated and drafted with or without the assistance of lawyers. It is best negotiated when both parties are represented by their own legal counsel. It can set out the parties' agreement with respect to the division of property as well as child support, spousal support, custody, and access. Full financial disclosure and supporting documentation such as appraisals and income tax information is strongly recommended before parties enter into an agreement regarding support and property matters. Many jurisdictions offer mediation services to help parties resolve or narrow their issues, either with or without lawyers. Parties can also enter into pre-nuptial contracts to regulate the economic consequences of a future marriage breakdown. If it is shown that one party had unfairly negotiated the agreement can be invalidated. It is important that full and accurate financial disclosure is produced prior to entering into a marriage or cohabitation agreement, or there is a risk that the agreement could later be set aside by a court. Custody, access and child support cannot be agreed upon in a marriage or cohabitation agreement. Divorce Under the Divorce Act, a spouse may only apply for a divorce when the spouses have been separate and apart for at least one year, when there has been adultery or cruelty. Practically, almost all divorces are processed under an application based on being separate and apart for at least one year. It is possible for spouses to live separate and apart while sharing the same residence. A central registry of divorce proceedings has been kept in Canada since July 2, 1968. If there is another divorce application involving the same two spouses, the Registry lets the courts know. Courts must complete an application form and send it to the Registry for each divorce application received. The Registry was created and is governed by Regulations made under the Divorce Act. Division of property Matrimonial property can be divided any time during or after the separation, divorce, or death. All matrimonial assets and property is presumed to be split evenly between spouses, after deducting debts. The scope of divisible matrimonial assets varies among provinces. Most provinces include all assets acquired during the marriage and any other assets pooled together. The most significant divisible assets include matrimonial home and pensions. Assets excluded typically include inheritances (unless the inheritance has been used to purchase the matrimonial home or has paid on the mortgage of the matrimonial home) and monetary damages for personal injuries. Business assets may also be excluded in some provinces. Business assets are typically limited to assets that produce an immediate gain in some entrepreneurial capacity. The value of a business owned by a spouse can be determined and included in the property to be divided. Custody and access Custody and access are the terms used to describe the involvement of each parent in the lives of their children after separation. "Custody" is a term used to identify the decision making responsibility of each parent, with parents who have "sole custody" making significant decisions in their children's lives such as education, health, and religious upbringing. Parents who have "joint custody" make these decisions jointly. Joint custody can be difficult in situations where parties have poor communication following separation and/or where there has been violence in the relationship. "Access" describes the amount of time spent with children, including a regular parenting schedule and time spent over holidays, pursuant to a schedule set out in a separation agreement or imposed by a court if the parties have been unable to agree. In exceptional circumstances, grandparents or other relatives may be granted rights to exercise access. A new federal bill was introduced on May 22, 2018. Bill C-78 proposes to repeal the terms "custody" and "access" from the Divorce Act in favour of the terms such as "decision making responsibility" and "parenting time" which could be set out in a "parenting order" (if the matter is before the courts). In determining questions of custody / access and parenting arrangements, the main consideration is to look at what is in the best interests of the child or children. This is found in the legislation and as well the Supreme Court of Canada has referred to the best interests of the child as a child’s “positive right to the best possible arrangements in the circumstances.” There are numerous factors to be considered in examining what is in the best interest of the child or children. Bill C-78, which contains proposed amendments to the Divorce Act and other federal family law legislation, sets out a list of criteria to be considered in determining the best interest of the child or children. A few examples of these criteria include: the child’s needs, given the child’s age and stage of development, such as the child’s need for stability; the nature and strength of the child’s relationship with each spouse, each of the child’s siblings and grandparents and any other person who plays an important role in the child’s life and each spouse’s willingness to support the development and maintenance of the child’s relationship with the other spouse. Child support Child support is determined by the federal or provincial Child Support Guidelines. The basic ("table") amount of support is determined by the payer's income and the number of children in need of support. In a situation where each parent has custody of one or more child, the amount of child support payable is the difference between the amount each parent would pay the other for the table amount. In split custody, where each spouse has custody of one or more children, the amount of a child support order is the difference between the amount that each spouse would otherwise pay if a child support order were sought against each of the spouses. Special and extraordinary expenses that are specifically listed in §7 of the Child Support Guidelines, such as daycare, medical insurance coverage, health, education, and extracurricular expenses, may be ordered by the court to be shared by the parents. The expenses must be necessary with respect to the best interests of the child and must be reasonable having regard to the means and needs of the parents and children. Private schools and tutoring expenses and also extracurricular expenses are only allowable if they are "extraordinary". Spousal support The entitlement and value of spousal support is determined on a holistic basis that varies greatly depending on the circumstances. There is no single basis of entitlement and there is no single philosophy behind the reasons for support. The three grounds of entitlement are compensatory, non-compensatory (i.e. needs-based), and contractual. Moge v. Moge first addressed compensatory basis. The court found in most marriages one party tends to suffer economic disadvantage from the marriage. The disadvantaged party may be compensated to the point of returning both parties to the point they were before the marriage breakdown. Compensation is measured on the degree of contribution to the marriage, sacrifice, and hardship. The agreement between the two parties is contract-based support based upon their marriage or separation contract. The non-compensatory basis focuses on the mutual obligation of support created by the marriage. Thus, in circumstances where one party is disabled the other party will be under an obligation to continue their support of the other as part of the initial obligation in marriage. In 2008, the federal government released the final version of the Spousal Support Advisory Guidelines which were meant as a means of estimating support based on income. It has no binding effect in law, but rather is used as a tool for negotiations and settlement. The guidelines distinguish between spouses with children and without children. The formula for spouses without children provides a range of between 1.5 and two percent of the difference in gross incomes for each year of cohabitation. The duration of the payment would be one half of a year to one year for every year of the marriage. If it is over 20 years this it is of indefinite duration. Spouses with children would expect a range between 40 and 46 percent of the sum of each spouse's "net disposable income". Net disposable income for the payer is equal to the spouse's income subtracted by child support, taxes, and other deductions. Net disposable income for the payee is equal to the spouse's income minus child support, taxes, deductions plus government benefits and credits. See also Gordon v Goertz Notes Further reading Silver, Cindy (1995?). Family Autonomy and the Charter of Rights: Protecting Parental Liberty in a Child-Centred Legal System, in series, Discussion Paper [of] the Centre for Renewal in Public Policy, 3. Gloucester, Ont.: Centre for Renewal in Public Policy.
Abdul Aziz Malik (born 16 April 1916) was a Pakistani field hockey player. He played 23 International matches for Pakistan and scored an impressive 28 goals in his International career . He competed at the 1948 Summer Olympics and the 1952 Summer Olympics. References External links 1916 births Possibly living people Pakistani male field hockey players Olympic field hockey players for Pakistan Field hockey players at the 1948 Summer Olympics Field hockey players at the 1952 Summer Olympics Field hockey players from Rawalpindi 20th-century Pakistani people
Tolo Highway () is a major expressway on Route 9 in Hong Kong. It connects the new towns of Sha Tin and Tai Po in the eastern New Territories, forming part of the New Territories Circular Road. The highway, constructed in three stages between 1985 and 1987, was so named as it skirts the western edge of Tolo Harbour. Route description The highway diverges from Tai Po Road near Sha Tin Racecourse. The following of the road, running alongside the East Rail line, was built on an embankment on the west coast of Tolo Harbour towards Yuen Chau Tsai (Island House), which marks the eastern end of the Tai Po New Town. Construction began in March 1999 to expand the section to a dual four-lane carriageway and was finished in August 2003. The section below the campus of the Chinese University of Hong Kong has since become landlocked owing to the reclamation for the Hong Kong Science Park. The next section, long, bypasses Tai Po on the hills to its south, over Wun Yiu, Ma Wo and Pun Chun Yuen. As the alignment crosses a number of remote ravines far away from existing roads, four bridges along the bypass had to be incrementally launched. This was the first instance of such bridge building technique being adopted in Hong Kong. Originally a dual 3-lane carriageway, this section was upgraded to a dual four-lane carriageway between August 2009 and March 2014. The speed limit for the section was temporarily reduced to from during the widening works. The road ends at Lam Kam Road Interchange, where it connects to Fanling Highway via a viaduct and interchanges with Lam Kam Road, Tai Po Road and Tai Wo Service Road West. Interchanges and Junctions There are 6 junctions along Tolo Highway: Sha Tin Racecourse, Ma Liu Shui, Science Park, Island House, Tat Wan Road and Tai Po Tai Wo Road. {\| class="plainrowheaders wikitable" \|+ Tolo Highway \|- !scope=col\|District !scope=col\|Location !scope=col\|km !scope=col\|Interchange name !scope=col\|Exit !scope=col\|Destinations !scope=col\|Notes \|- \|rowspan=4\|Sha Tin \|rowspan=2\|Fo Tan \|style="text-align:right"\|8.9 \| \|style="text-align:center"\| \| Tai Po Road – Sha Tin – Sha Tin, Kowloon \|Southern terminus; continues \|- \|style="text-align:right"\|8.9 \| \|style="text-align:center"\|3 \|Sha Tin Racecourse \|Northbound exit and southbound entrance from and to Tai Po Road – Sha Tin \|- \|rowspan=2\|Ma Liu Shui \|style="text-align:right"\|10.1 \|rowspan=2\|Ma Liu Shui Interchange \|style="text-align:center"\|3A \| ( Tate's Cairn Highway) – Ma On Shan, Kowloon East \|Southbound exit and northbound entrance only \|- \|style="text-align:right"\|10.1 \|style="text-align:center"\|4 \|Chak Cheung Street / Science Park Road – Ma Liu Shui, University, Science Park \|Southbound entrance from Sui Cheung Street \|- \|rowspan=6\|Tai Po \|Pak Shek Kok \|style="text-align:right"\|13.4 \| \|style="background:#ffdddd; text-align:center"\|4A \|style="background:#ffdddd;"\|Chong San Road – Pak Shek Kok, Science Park \|style="background:#ffdddd;"\|No northbound exit \|- \|rowspan=2\|Tai Po \|style="text-align:right"\|16.0 \|Island House Interchange \|style="text-align:center"\|5 \|Tai Po Road – Yuen Chau Tsai – Tai Po Market Yuen Shin Road – Tai Po Central, Industrial Estate \| \|- \|style="text-align:right"\|17.0 \| \|style="text-align:center; background:#ffdddd;"\|5A \|style="background:#ffdddd;"\|Tat Wan Road – Tai Po (South) \|style="background:#ffdddd;"\|Northbound exit and southbound entrance only \|- \|Tai Wo \|style="text-align:right"\|19.5 \|Tai Po North Interchange \|style="text-align:center"\|6 \| Tai Po Tai Wo Road – Tai Po (North) \| \|- \|rowspan=2\|Tai Hang \|rowspan=2 style="text-align:right"\|20.2 \|rowspan=2\|Lam Kam Road Interchange \|style="text-align:center"\|7 \|Lam Kam Road / Tai Wo Service Road West – Shek Kong, Hong Lok Yuen \| \|- \|style="text-align:center"\| \| Fanling Highway – Fanling, Sheung Shui, Yuen Long \|Northern terminus; continues See also List of expressways in Hong Kong Route 9 (Hong Kong) Tolo Harbour References External links Expressways in Hong Kong Route 9 (Hong Kong) Sha Tin Fo Tan Pak Shek Kok Tai Po
Phytomyza penstemonis is a species of leaf miner fly in the family Agromyzidae. References Phytomyza Articles created by Qbugbot Insects described in 1969
EDQ may refer to: Economic Development Quarterly, a peer-reviewed academic journal covering the field of economics Erandique Airport (IATA: EDQ), an airstrip serving the town of Erandique in Lempira Department, Honduras
Oberneisen is a municipality in the district of Rhein-Lahn, in Rhineland-Palatinate, in western Germany. It belongs to the association community of Aar-Einrich. References Municipalities in Rhineland-Palatinate Rhein-Lahn-Kreis
The 2021 Kazakhstan Super Cup Final decided the winner of the 2021 Kazakhstan Super Cup, the 14th edition of the annual Kazakh football super cup competition. The match was played on 6 March 2021 at the Turkistan Arena in Turkistan, Kazakhstan. Tobol won the match 5–4 on penalties to win their first Kazakhstan Super Cup title. Teams Route to the final Match Summary Details Notes References 2021 Final 2021 in Kazakhstani sport FC Astana matches FC Tobol matches Kazakhstan Super Cup finals
Duran Williams (also known as George Duran) (born February 25, 1967) is a retired Jamaican professional boxer. Life and career Born in Saint Catherine Parish, Jamaica, Williams grew up in a family with 17 children. He worked as an electrician. Williams made his debut in professional boxing on August 3, 1989, in his native Jamaica. He subsequently fought the vast majority of his fights in the United States. Williams, based in Fort Lauderdale, Florida, had a record of 16 wins and 1 draw and was ranked first in the IBF world ranking, when he took on German Henry Maske for the IBF Light Heavyweight title in Dortmund, Germany on February 17, 1996. His trainer was Norman Wilson. Williams was paid 200.000 Dollar for the fight. Williams and title holder Maske fought similar, rather cautious styles. A crowd of 12,500 at Westfalenhalle in Dortmund, witnessed a close bout, which saw Williams lose by unanimous decision. On August 9, 1996, Williams lost the final fight of his professional career, when he was stopped in round nine by James Toney in a World Boxing Union Light Heavyweight title fight. The bout took place in Bay St. Louis, Mississippi. Williams retired with an overall record of 16 wins (11 by knockout), 2 losses and 1 draw. References 1967 births Jamaican male boxers Light-heavyweight boxers Living people
A general election was held in the U.S. state of Alabama on November 6, 2018. All Alabama executive officers were up for election along with all of Alabama's seven seats in the United States House of Representatives. Primary elections took place on June 5, 2018, for both major parties. Governor Incumbent Republican Governor Kay Ivey, who assumed the office upon the resignation of Robert J. Bentley in April 2017, ran for election to a full term against Tuscaloosa Mayor Walt Maddox and independent write-in Chad Chig Martin. Kay Ivey won with 60% of the votes. Lieutenant governor The office of Lieutenant Governor was vacant prior to the election. State House Representative Will Ainsworth, State Senator Rusty Glover, and Public Service Commission President Twinkle Cavanaugh were running for the Republican nomination. Dr. Will Boyd from Florence ran unopposed for the Democratic nomination. Democratic primary Will Boyd, pastor and candidate for U.S. Senate in 2017 Primary results Republican primary Will Ainsworth, state representative Twinkle Cavanaugh, president of the Public Service Commission Rusty Glover, state senator Primary results Runoff results General election Polling Results Attorney general Incumbent Republican Attorney General Steve Marshall, was appointed to the office by Governor Robert J. Bentley in February 2017, ran for election to a full term against, Joseph Siegelman, the son of the former Governor Don Siegelman. Marshall won with 58.8% of the votes. Secretary of State Incumbent Republican Secretary of State John Merrill ran for re-election to a second term. Democratic primary Lula Albert Heather Milam Primary results Republican primary Michael Johnson John Merrill, incumbent Primary results General election Polling Results Governing magazine projected the race as "safe Republican". State Auditor Incumbent Republican State Auditor Jim Zeigler was running for re-election to a second term. Democratic primary Miranda Joseph Primary results Republican primary Stan Cooke Elliott Lipinsky Jim Zeigler, incumbent Primary results General election Results State Treasurer Incumbent Republican State Treasurer Young Boozer was term-limited and could not run for re-election to a third consecutive term. Democratic primary No Democratic candidates filed to run in the primary. Republican primary David Black Stephen Evans John McMillan, Commissioner of Agriculture and Industries Primary results General election Results Commissioner of Agriculture and Industries Incumbent Republican Commissioner of Agriculture and Industries John McMillan was term-limited and could not run for re-election to a third consecutive term. The Republican candidates are Lowndesboro Mayor and Lowndes County GOP chairman Rick Pate, former FBI field intelligence supervisor T. O. (Tracy) Crane, State Senator Gerald Dial, and Cecil Murphy. Democratic primary No Democratic candidates filed to run in the primary. Republican primary Tracy Crane, former FBI field intelligence supervisor Gerald Dial, state senator Cecil Murphy Rick Pate, Lowndesboro Mayor and Lowndes County GOP chairman Primary results Runoff results General election Results Public Service Commission The two associate commissioner seats on the Alabama Public Service Commission was up for election. Incumbent Republican commissioners Jeremy Oden, who was appointed to the commission by Governor Bentley in December 2012, and Chip Beeker, who was first elected in 2014, were both eligible to run for re-election. Place 1 Democratic primary Cara McClure Primary results Place 1 Republican primary Jim Bonner Jeremy Oden, incumbent Primary results Place 1 general election Results Place 2 Democratic primary Kari Powell Primary results Place 2 Republican primary Chip Beeker, incumbent Robin Litaker Primary results Place 2 general election Results Alabama State Legislature Every member of the Alabama state legislature was up for election in 2018. Both state senators and state representatives serve four-year terms in Alabama. After the 2014 elections, Republicans maintained control of both chambers. In 2018, all 35 Alabama Senate seats and all 105 Alabama House of Representatives seats were up for election. These seats will not be contested in a regularly-scheduled election again until 2022. The outcome of this election could affect partisan balance during post-2020 census redistricting. Senate Republicans won 27 while Democrats won 8 seats. The Republican Party gained 1 seat, the 29th, which was held by an retiring independent who caucused with the Republicans. House of Representatives Republicans won 77 seats while Democrats won 28 seats. The Republican Party gained 5 seats. United States House of Representatives All of Alabama's seven seats in the United States House of Representatives were up for election in 2018. 6 Republicans and 1 Democrat were returned. No districts changed hands. Ballot measures Amendment 1 Amendment 2 Amendment 3 Amendment 4 References External links Candidates at Vote Smart Candidates at Ballotpedia Campaign finance at OpenSecrets Official lieutenant gubernatorial campaign websites Will Ainsworth (R) for Lt. Governor Will Boyd (D) for Lt. Governor Official attorney general campaign websites Steve Marshall (R) for Attorney General Joseph Siegelman (D) for Attorney General Official Secretary of State campaign websites Heather Milam (D) for Secretary of State Official State Auditor campaign websites Miranda Joseph (D) for State Auditor Official place 1 public service commission websites Cara McClure (D) for Public Service Commission Official place 2 public service commission websites Kari Powell (D) for Public Service Commission Alabama Alabama elections by year
Farfar (, also Romanized as Fārfār; also known as Parpar and Perper) is a village in Zolbin Rural District, Yamchi District, Marand County, East Azerbaijan Province, Iran. At the 2006 census, its population was 723, in 188 families. References Populated places in Marand County
Harbinger Down (also known as Inanimate in the United Kingdom) is a 2015 American independent science-fiction monster horror film written and directed by Alec Gillis and produced by Tom Woodruff Jr., the founders of the special effects company StudioADI, and starring Lance Henriksen. The film follows a group of graduate students aboard the crabbing trawler Harbinger who are studying the effects of global warming on a pod of Belugas in the Bering Sea. They recover a crashed Soviet spacecraft encased in a block of ice that is apparently virulently infected with tardigrades, and after thawing, they are attacked by shapeshifting alien monsters. Funded by fan donations through Kickstarter, the film predominantly features practical creature effects created by ADI, including animatronics, prosthetic makeup, stop motion and miniature effects. Computer generated imagery was used only to enhance these effects (such as digitally erasing control wires and gimbals). Plot In 1982, a Soviet moon lander crashes into the Bering Sea. In 2015, two biology graduate students, Ronelle and Sadie join their professor, Stephen, on an experimental tour to study the effects of global warming on whales. Sadie's grandfather, Graff, takes them to sea in his commercial fishing trawler, Harbinger, which is crewed by Bowman, Roland, Big G, Dock, Svetlana and Atka. Sadie declines when Graff encourages her to helm the boat as she has lost her nerve since losing her father at sea. After meeting the crew, Sadie, Ronelle and Stephen go to sleep. That night, Sadie wakes as the crew catch a load of crab. Detecting that there is whale activity in the area, Sadie unsuccessfully attempts to wake the others, then investigates on her own. With sonar equipment she finds something large under the ice. The crew help to recover what proves to be the crashed Soviet lander, now frozen in ice. Ronelle and Stephen are awakened by the commotion and Stephen excitedly claims ownership of the lander. Graff disputes his claim and says the Russians will want their ship back. Sadie points out that the object was the property of the now-nonexistent Soviet Union, therefore maritime salvage law would give them the rights to it. Graff infuriates Stephen further by declaring that it belongs to Sadie. Ronelle tries to contact her sister Tamara to tell her about what they found to no avail. Bowman encourages Sadie to investigate the moon lander before Stephen can find a way to claim it for himself. Bowman recruits Big G to distract Stephen while Sadie sneaks off. Sadie discovers that the Soviet cosmonaut died of an unknown infection and takes a skin sample to analyze. Stephen becomes further frustrated when he learns she has examined the spacecraft before him. He threatens to destroy her career unless she signs over the discovery to him. Graff threatens to take the issue to the courts but Sadie gives in. Meanwhile, Sadie learns that the moon lander was carrying tardigrades, a hardy terrestrial life-form that can survive in extreme conditions. However, cosmic radiation has caused them to mutate and become capable of shapeshifting. When the cosmonaut's body goes missing, Stephen accuses Sadie of moving or hiding it. She denies this and Bowman defends her. When Stephen becomes belligerent, Graff threatens him. While examining the lander, Stephen becomes contaminated with the mutated tardigrades, and the cosmonaut's body kills Roland. Sadie finds Stephen on deck complaining that he can't breathe and sees him stripping his clothes off despite the sub-zero temperatures. The others drag him back in, after which several stalks sprout from his back and spray the area with a strange, dark liquid. Dock is sprayed in his mouth but Sadie confirms that they are all potentially contaminated. They make the liquid nitrogen portable by putting it into a scuba tank and proceed to freeze Stephen's body and the lander. When Dock begins to show signs of infection Svetlana locks him in a cage above deck in order to incinerate him using a flare gun. The others object to the plan until Dock also sprouts tentacle-like growths. The tardigrades cut the ship's power, demonstrating high intelligence, but the backup battery kicks in. As they work to restore it, the organism kills Atka, during which Svetlana is revealed to be a Russian spy. Holding Sadie, Bowman, Big G, Ronelle and Graff hostage, she explains that the tardigrades were part of a Soviet experiment to create radiation-resistant cosmonauts. She does not want to reclaim the Soviet moon lander but instead intends to sink the boat after being picked up by a nearby Russian submarine in order to erase all evidence of the experiment. Before she can kill her hostages, however, the organism attacks, causing Svetlana to lose her gun. Ronelle picks up the gun, but is grabbed by the creature and pulled through a small pipe. When Svetlana tries to reason with the others, she too is grabbed by the creature and dragged off. The survivors Graff, Sadie, Bowman and Big G search for several explosive charges that Svetlana has hidden throughout the boat. The last four are hidden in the bilge, a tight area which only Sadie has access to. As she collects the explosives, the others discover that the tardigrades have consumed and absorbed their latest catch, two tons of crab. As they call down to warn Sadie, she realizes she is standing amid the tardigrades. Although she escapes, Graff is infected. He instructs Big G to restart the boat and Sadie to pilot it before asking Bowman to kill him. Big G restarts the ship but dies after battling Svetlana's shape-shifted and mutated body. Before Bowman can freeze Graff with the liquid nitrogen, Bowman is impaled by the creature. Graff, fighting the creature, instructs Sadie to scuttle the boat and save herself. She steers it toward an iceberg and escapes just as the creature bursts through the deck. Via the portable radio, the US Coast Guard alerts her that a rescue helicopter is in her vicinity. The helicopter can be heard approaching as Sadie start to repeat "Harbinger Down" on the radio. She passes out and lies motionless on the ice. Cast Lance Henriksen as Graff Giovonnie Samuels as Ronelle Matt Winston as Stephen Camille Balsamo as Sadie Reid Collums as Bowman Mike Estime as Dock Milla Bjorn as Svetlana Winston James Francis as Big G Jason Speer as Sergei Edwin H. Bravo as Atka Sean Serino as Tamara Morgana Ignis as Tardigrade Kraig W. Sturtz as Roland Production Background {\| class="toccolours" style="float: right; margin-left: 1em; margin-right: 2em; font-size: 85%; background:#c6dbf7; color:black; width:30em; max-width: 40%;" cellspacing="5" \| style="text-align: left;" \| "We looked at that and said, 'There are still people who like what we do!' because we had been getting beaten up a bit over the last five or six years in feature films. So we decided to put up a couple of other videos, like our Green Goblin test makeup for the first Spider-Man film, and that video got an even bigger fan response than The Thing did, so we thought, 'Well, maybe people would be interested in our work for Ridley Scott's I Am Legend''', and again, there was another big outpouring of, 'Why didn’t they use makeups like that instead of the digital characters they used?'" \|- \| style="text-align: right;" \| — Alec Gillis describing the Internet's response to the behind-the-scenes videos of their special effects. \|} In 2010, Amalgamated Dynamics was hired by Universal Studios to create the practical special effects for the 2011 The Thing prequel. However, before the film was released, the majority of ADI's effects work on the film was digitally replaced in post production by computer-generated imagery. This decision was upsetting to the crew of Amalgamated Dynamics, as this was not the first film of theirs where they later found their work replaced. After the release of The Thing, in response to fan queries about what became of ADI's effects for the film, Alec Gillis and Tom Woodruff Jr. uploaded a behind-the-scenes video to YouTube which showcased their original practical effects prior to their replacement. According to Gillis and Woodruff, the video received such an overwhelmingly positive response that it inspired them to use their official YouTube Channel to feature their archived videos of creature effects from throughout their career. Gillis said that it was the tipping point that prompted them to go ahead with their dream of producing their own film. "Honestly, we were resistant to it at first, so it wasn't until I looked around my shop and saw an empty facility that I realized we were actually at the mercy of studios that didn't actually care about our techniques anymore. They view it as a commodity and a product, and they've corporatized the structure of creating art and in the end it all becomes disposable. That's not how the fans see our work." The film's in-story events open on June 25, 1982, a tribute to the release date of John Carpenter's The Thing. Kickstarter campaign On May 8, 2013, Alec Gillis began a Kickstarter drive for Harbinger Down, advertising the film as being a monster horror film that was, "in the spirit of two of the greatest sci-fi/horror films of all time, ALIEN and THE THING", and that would feature only practical techniques to create the film's monsters, including the use of animatronics, prosthetic makeup, stop motion and miniature effects, with the film's creatures featuring no digital animation outside of rod/rig removal and digital compositing. With a budget goal of $350,000, the film would have Lance Henriksen attached to star, composers Joel McNeely and Michael Larrabee creating the musical score, and would also feature the efforts of Oscar-nominated model builders Pat McClung, Robert Skotak and Dennis Skotak. By 7 June 2013, Amalgamated Dynamics funded Harbinger Down, making it the most successfully funded sci-fi/horror project in Kickstarter history, at $384,181. Gillis stated that while the money raised by the campaign would be sufficient to fund the "nuts and bolts" of the film, the film's special effects would have to be created at Gillis and Woodruff's own expense due to the film's low budget. The success of the Kickstarter campaign went on to draw the attention of producer Sultan Saeed Al Darmaki, who provided additional funding for the film through his company Dark Dunes Productions. Principal photography Principal photography began on January 27, 2014. The cast includes Lance Henriksen, Giovonnie Samuels, Camille Balsamo, Reid Collums, and Matt Winston. ReceptionHarbinger Down was poorly received by critics. The review aggregator website Rotten Tomatoes reported that 38% of critics have given the film a positive review based on 8 reviews, with an average rating of 3.80 out of 10. Joe Leydon of Variety'' gave the film moderate praise, writing, "Made by and for aficionados of '80s-era sci-fi/horror thrillers, 'Harbinger Down' ranks somewhere between self-consciously cheesy SyFy Channel fare and better-than-average direct-to-video product in terms of production values, performance levels and overall ability to sustain interest while generating suspense. Theatrical exposure will be fleeting, but this small-budget, high-concept trifle could attract home-screen traffic if favorable word of mouth is sparked by the enthusiasm of genre-friendly websites and bloggers." References External links HARBINGER DOWN : A Practical Creature FX Film, Kickstarter page. 09-06-2014 2015 films 2015 horror films American monster movies American science fiction horror films 2010s science fiction horror films American action horror films 2010s English-language films Films about shapeshifting American independent films 2010s monster movies Films set in 1982 Films set in 2015 Kickstarter-funded films 2010s American films English-language action horror films English-language science fiction horror films
In solid-state physics, the free electron model is a quantum mechanical model for the behaviour of charge carriers in a metallic solid. It was developed in 1927, principally by Arnold Sommerfeld, who combined the classical Drude model with quantum mechanical Fermi–Dirac statistics and hence it is also known as the Drude–Sommerfeld model. Given its simplicity, it is surprisingly successful in explaining many experimental phenomena, especially the Wiedemann–Franz law which relates electrical conductivity and thermal conductivity; the temperature dependence of the electron heat capacity; the shape of the electronic density of states; the range of binding energy values; electrical conductivities; the Seebeck coefficient of the thermoelectric effect; thermal electron emission and field electron emission from bulk metals. The free electron model solved many of the inconsistencies related to the Drude model and gave insight into several other properties of metals. The free electron model considers that metals are composed of a quantum electron gas where ions play almost no role. The model can be very predictive when applied to alkali and noble metals. Ideas and assumptions In the free electron model four main assumptions are taken into account: Free electron approximation: The interaction between the ions and the valence electrons is mostly neglected, except in boundary conditions. The ions only keep the charge neutrality in the metal. Unlike in the Drude model, the ions are not necessarily the source of collisions. Independent electron approximation: The interactions between electrons are ignored. The electrostatic fields in metals are weak because of the screening effect. Relaxation-time approximation: There is some unknown scattering mechanism such that the electron probability of collision is inversely proportional to the relaxation time , which represents the average time between collisions. The collisions do not depend on the electronic configuration. Pauli exclusion principle: Each quantum state of the system can only be occupied by a single electron. This restriction of available electron states is taken into account by Fermi–Dirac statistics (see also Fermi gas). Main predictions of the free-electron model are derived by the Sommerfeld expansion of the Fermi–Dirac occupancy for energies around the Fermi level. The name of the model comes from the first two assumptions, as each electron can be treated as free particle with a respective quadratic relation between energy and momentum. The crystal lattice is not explicitly taken into account in the free electron model, but a quantum-mechanical justification was given a year later (1928) by Bloch's theorem: an unbound electron moves in a periodic potential as a free electron in vacuum, except for the electron mass me becoming an effective mass m* which may deviate considerably from me (one can even use negative effective mass to describe conduction by electron holes). Effective masses can be derived from band structure computations that were not originally taken into account in the free electron model. From the Drude model Many physical properties follow directly from the Drude model, as some equations do not depend on the statistical distribution of the particles. Taking the classical velocity distribution of an ideal gas or the velocity distribution of a Fermi gas only changes the results related to the speed of the electrons. Mainly, the free electron model and the Drude model predict the same DC electrical conductivity σ for Ohm's law, that is with where is the current density, is the external electric field, is the electronic density (number of electrons/volume), is the mean free time and is the electron electric charge. Other quantities that remain the same under the free electron model as under Drude's are the AC susceptibility, the plasma frequency, the magnetoresistance, and the Hall coefficient related to the Hall effect. Properties of an electron gas Many properties of the free electron model follow directly from equations related to the Fermi gas, as the independent electron approximation leads to an ensemble of non-interacting electrons. For a three-dimensional electron gas we can define the Fermi energy as where is the reduced Planck constant. The Fermi energy defines the energy of the highest energy electron at zero temperature. For metals the Fermi energy is in the order of units of electronvolts above the free electron band minimum energy. Density of states The 3D density of states (number of energy states, per energy per volume) of a non-interacting electron gas is given by: where is the energy of a given electron. This formula takes into account the spin degeneracy but does not consider a possible energy shift due to the bottom of the conduction band. For 2D the density of states is constant and for 1D is inversely proportional to the square root of the electron energy. Fermi level The chemical potential of electrons in a solid is also known as the Fermi level and, like the related Fermi energy, often denoted . The Sommerfeld expansion can be used to calculate the Fermi level () at higher temperatures as: where is the temperature and we define as the Fermi temperature ( is Boltzmann constant). The perturbative approach is justified as the Fermi temperature is usually of about 105 K for a metal, hence at room temperature or lower the Fermi energy and the chemical potential are practically equivalent. Compressibility of metals and degeneracy pressure The total energy per unit volume (at ) can also be calculated by integrating over the phase space of the system, we obtain which does not depend on temperature. Compare with the energy per electron of an ideal gas: , which is null at zero temperature. For an ideal gas to have the same energy as the electron gas, the temperatures would need to be of the order of the Fermi temperature. Thermodynamically, this energy of the electron gas corresponds to a zero-temperature pressure given by where is the volume and is the total energy, the derivative performed at temperature and chemical potential constant. This pressure is called the electron degeneracy pressure and does not come from repulsion or motion of the electrons but from the restriction that no more than two electrons (due to the two values of spin) can occupy the same energy level. This pressure defines the compressibility or bulk modulus of the metal This expression gives the right order of magnitude for the bulk modulus for alkali metals and noble metals, which show that this pressure is as important as other effects inside the metal. For other metals the crystalline structure has to be taken into account. Magnetic response According to the Bohr–Van Leeuwen theorem, a classical system at thermodynamic equilibrium cannot have a magnetic response. The magnetic properties of matter in terms of a microscopic theory are purely quantum mechanical. For an electron gas, the total magnetic response is paramagnetic and its magnetic susceptibility given by where is the vacuum permittivity and the is the Bohr magneton. This value results from the competition of two contributions: a diamagnetic contribution (known as Landau's diamagnetism) coming from the orbital motion of the electrons in the presence of a magnetic field, and a paramagnetic contribution (Pauli's paramagnetism). The latter contribution is three times larger in absolute value than the diamagnetic contribution and comes from the electron spin, an intrinsic quantum degree of freedom that can take two discrete values and it is associated to the electron magnetic moment. Corrections to Drude's model Heat capacity One open problem in solid-state physics before the arrival of quantum mechanics was to understand the heat capacity of metals. While most solids had a constant volumetric heat capacity given by Dulong–Petit law of about at large temperatures, it did correctly predict its behavior at low temperatures. In the case of metals that are good conductors, it was expected that the electrons contributed also the heat capacity. The classical calculation using Drude's model, based on an ideal gas, provides a volumetric heat capacity given by . If this was the case, the heat capacity of a metals should be 1.5 of that obtained by the Dulong–Petit law. Nevertheless, such a large additional contribution to the heat capacity of metals was never measured, raising suspicions about the argument above. By using Sommerfeld's expansion one can obtain corrections of the energy density at finite temperature and obtain the volumetric heat capacity of an electron gas, given by: , where the prefactor to is considerably smaller than the 3/2 found in , about 100 times smaller at room temperature and much smaller at lower . Evidently, the electronic contribution alone does not predict the Dulong–Petit law, i.e. the observation that the heat capacity of a metal is still constant at high temperatures. The free electron model can be improved in this sense by adding the contribution of the vibrations of the crystal lattice. Two famous quantum corrections include the Einstein solid model and the more refined Debye model. With the addition of the latter, the volumetric heat capacity of a metal at low temperatures can be more precisely written in the form, , where and are constants related to the material. The linear term comes from the electronic contribution while the cubic term comes from Debye model. At high temperature this expression is no longer correct, the electronic heat capacity can be neglected, and the total heat capacity of the metal tends to a constant given by the Dulong–petit law. Mean free path Notice that without the relaxation time approximation, there is no reason for the electrons to deflect their motion, as there are no interactions, thus the mean free path should be infinite. The Drude model considered the mean free path of electrons to be close to the distance between ions in the material, implying the earlier conclusion that the diffusive motion of the electrons was due to collisions with the ions. The mean free paths in the free electron model are instead given by (where is the Fermi speed) and are in the order of hundreds of ångströms, at least one order of magnitude larger than any possible classical calculation. The mean free path is then not a result of electron–ion collisions but instead is related to imperfections in the material, either due to defects and impurities in the metal, or due to thermal fluctuations. Thermal conductivity and thermopower While Drude's model predicts a similar value for the electric conductivity as the free electron model, the models predict slightly different thermal conductivities. The thermal conductivity is given by for free particles, which is proportional to the heat capacity and the mean free path which depend on the model ( is the mean (square) speed of the electrons or the Fermi speed in the case of the free electron model). This implies that the ratio between thermal and electric conductivity is given by the Wiedemann–Franz law, where is the Lorenz number, given by The free electron model is closer to the measured value of V2/K2 while the Drude prediction is off by about half the value, which is not a large difference. The close prediction to the Lorenz number in the Drude model was a result of the classical kinetic energy of electron being about 100 smaller than the quantum version, compensating the large value of the classical heat capacity. However, Drude's mode predicts the wrong order of magnitude for the Seebeck coefficient (thermopower), which relates the generation of a potential difference by applying a temperature gradient across a sample . This coefficient can be showed to be , which is just proportional to the heat capacity, so the Drude model predicts a constant that is hundred times larger than the value of the free electron model. While the latter get as coefficient that is linear in temperature and provides much more accurate values in the order of a few tens of µV/K at room temperature. Inaccuracies and extensions The free electron model presents several inadequacies that are contradicted by experimental observation. We list some inaccuracies below: Temperature dependence The free electron model presents several physical quantities that have the wrong temperature dependence, or no dependence at all like the electrical conductivity. The thermal conductivity and specific heat are well predicted for alkali metals at low temperatures, but fails to predict high temperature behaviour coming from ion motion and phonon scattering. Hall effect and magnetoresistance The Hall coefficient has a constant value in Drude's model and in the free electron model. This value is independent of temperature and the strength of the magnetic field. The Hall coefficient is actually dependent on the band structure and the difference with the model can be quite dramatic when studying elements like magnesium and aluminium that have a strong magnetic field dependence. The free electron model also predicts that the traverse magnetoresistance, the resistance in the direction of the current, does not depend on the strength of the field. In almost all the cases it does. Directional The conductivity of some metals can depend of the orientation of the sample with respect to the electric field. Sometimes even the electrical current is not parallel to the field. This possibility is not described because the model does not integrate the crystallinity of metals, i.e. the existence of a periodic lattice of ions. Diversity in the conductivity Not all materials are electrical conductors, some do not conduct electricity very well (insulators), some can conduct when impurities are added like semiconductors. Semimetals, with narrow conduction bands also exist. This diversity is not predicted by the model and can only by explained by analysing the valence and conduction bands. Additionally, electrons are not the only charge carriers in a metal, electron vacancies or holes can be seen as quasiparticles carrying positive electric charge. Conduction of holes leads to an opposite sign for the Hall and Seebeck coefficients predicted by the model. Other inadequacies are present in the Wiedemann–Franz law at intermediate temperatures and the frequency-dependence of metals in the optical spectrum. More exact values for the electrical conductivity and Wiedemann–Franz law can be obtained by softening the relaxation-time approximation by appealing to the Boltzmann transport equations or the Kubo formula. The exchange interaction is totally excluded from this model and its inclusion can lead to other magnetic responses like ferromagnetism. An immediate continuation to the free electron model can be obtained by assuming the empty lattice approximation, which forms the basis of the band structure model known as the nearly free electron model. Adding repulsive interactions between electrons does not change very much the picture presented here. Lev Landau showed that a Fermi gas under repulsive interactions, can be seen as a gas of equivalent quasiparticles that slightly modify the properties of the metal. Landau's model is now known as the Fermi liquid theory. More exotic phenomena like superconductivity, where interactions can be attractive, require a more refined theory. See also Bloch's theorem Electronic entropy Tight binding Two-dimensional electron gas Bose–Einstein statistics Fermi surface White dwarf Jellium References General Quantum models Condensed matter physics Electronic band structures Electron Arnold Sommerfeld
Les Liaisons dangereuses is a French epistolary novel by Choderlos de Laclos. Les Liaisons dangereuses may also refer to: Les liaisons dangereuses (film), a 1959 film adapted by Claude Brulé and directed by Roger Vadim Les Liaisons Dangereuses 1960, the soundtrack by Art Blakey and the Jazz Messengers with Barney Wilen for the above film Les Liaisons Dangereuses (play), a 1985 play adapted by Christopher Hampton Les Liaisons dangereuses (TV miniseries), a 2003 TV miniseries adapted by Eric-Emmanuel Schmitt Liaisons Dangereuses (band), a German electropunk band from the early 1980s and their eponymous 1981 album See also Dangerous Liaisons (disambiguation) he:יחסים מסוכנים
Brush Creek is an unincorporated community in Brush Creek Township, Faribault County, Minnesota, United States. Notes Unincorporated communities in Faribault County, Minnesota Unincorporated communities in Minnesota
Marcigny () is a commune in the Saône-et-Loire department in the region of Bourgogne-Franche-Comté in eastern France. History Marcigny was the site of the first Cluniac nunnery, founded in 1056. St Anselm was unsuccessful in attempting to enroll his sister Richeza there after the death of her husband amid the First Crusade. Adela of Normandy, Countess of Blois, mother of King Stephen of England, died in a convent here in 1137. Economy The major manufacturer of the city is Emile Henry (ceramic). See also Communes of the Saône-et-Loire department References Communes of Saône-et-Loire Burgundy
Dhaurahra is a village in Gosainganj block of Lucknow district, Uttar Pradesh, India. As of 2011, its population is 3,879, in 671 households. It is the seat of a gram panchayat. References Villages in Lucknow district
Cricket Ireland, officially the Irish Cricket Union, is the national governing body for cricket on the island of Ireland (both the Republic of Ireland and Northern Ireland), and oversees the national men's and women's cricket teams. It also organises the Inter-Provincial Series (which includes the Inter-Provincial Championship, Inter-Provincial Cup and Inter-Provincial Trophy), Super 3s, and three All-Ireland club competitions: Irish Senior Cup, National Cup and the All-Ireland T20 Cup. It achieved Test-status for women in 2000, and then for men in 2017 when it was made a Full Member of the ICC in June 2017. History An early forerunner of the Irish Cricket Union was formed in 1890, though its only function was to select the Irish international team. The Irish Cricket Union was officially founded in 1923, and is made up of five provincial unions, namely the Leinster Cricket Union, the Munster Cricket Union, the Northern Cricket Union, the Connacht Cricket Union and the North West Cricket Union. Its powers initially were strictly limited and it was reconstituted in 1933. Ireland was accepted as an Associate Member of the International Cricket Council on 6 July 1993. In common with a number of other Ireland sporting governing bodies, the Union represents all of the island of Ireland, rather than just the Republic of Ireland. In common with its counterparts for rugby union and field hockey, the organisation, therefore, does not use the Irish tricolour, but instead employs its own flag. Ireland was initially of the teams in Division 1 of Associate Members of International Cricket Council who has One Day International and T20 International status. Ireland's greatest cricketing success to date was to reach the Super 8 of the 2007 Cricket World Club following victory over Pakistan and a tied game with Zimbabwe in the groups stages. The most significant, and most publicised, success in a one-off match occurred four years later, with a three-wicket victory over England in 2011 Cricket World Cup in which Kevin O'Brien scored the World Cup's fastest ever century and Ireland set a World Cup record with by "chasing" 327 runs. During 2007 World Cup Ireland had major success with their victory by three wickets over Pakistan in a 2007 Cricket World Cup group match. The victory over Pakistan in 2007 was overshadowed by the sudden death of the Pakistan Coach Bob Woolmer that night. Ireland also managed to beat the West Indies in their prime in 1968 at Sion Mills, 25 years before Ireland were accepted as an associate by the ICC. The Irish Cricket Union was formally dissolved and then formed afresh as a limited company on 3 February 2008, at its annual general meeting. After the tremendous success at International stage, Cricket Ireland has applied for Full Membership from the International Cricket Council. Ireland have recently won the ICC World Twenty20 Qualifier 2008 and 2009 ICC World Cup Qualifier and qualified for 2009 World Twenty20 and 2011 Cricket World Cup. Being a full member will allow Ireland to be a permanent One Day International and eventually granting them Test status. In August 2011, Cricket Ireland announced its plans to put in place a first-class structure, which is a major achievement for the nation on their path to gaining Test status. In 2012, Cricket Ireland announced that it had found the pathway to Test status for their tremendously successful men's team by 2020. Targets include an increase in the number of people playing the game in Ireland to 50,000, reaching eighth in the world rankings and establishing a domestic first-class structure. A number of commercial deals have been secured, allowing Ireland to unveil their strategic plan to 2015 and target their ultimate ambition of securing Test status. Cricket Ireland has offered a record 23 professional contracts to players, in three categories, for 2012, a development Phil Simmons says is vital for their continued improvement. Simmons, the Ireland coach, has also agreed a two-year extension to his contract which will take him through to at least the end of Ireland's World Cup qualifying campaign late next year. Initiatives to swell participation numbers to 50,000 will include the establishment of regional academies; a Get into Cricket scheme which will seek to attract six to 12-year-olds to take up the game in clubs and schools; a Better Clubs Initiative, which will encourage clubs to improve their facilities; and the Cricket Ireland national awards which will recognise contributions ranging from players to volunteers. In another sign of the growing popularity of cricket in Ireland, the Irish provided a record 23 national contracts for the 2012 season, which also included not only the senior and regular members of the squad, but also fringe players. The contracts, for the first time, were divided into sections: Category A, Category B, and Category C (for fringe players). In June 2017, the ICC awarded Full Membership to Ireland and Afghanistan, allowing them the opportunity to play Test matches. Objectives Vision to 2020 - Ireland a Test nation To set out a series of stretching goals including increasing the number of participants in the game to 50,000 Reaching 8th in the world ODI rankings by 2015 Establishing a domestic first-class structure Reinforcing cricket as the 4th-most major sport in Ireland Grass roots initiatives Reflecting the rising popularity of the game in Ireland, Cricket Ireland committed to developing the grass roots of the sport over the next four years. New plans were unveiled to provide a significant boost to the domestic game with a series of initiatives designed to strengthen the game on the island and help achieve the ambitious target of 50,000 participants by 2015. The initiatives include:- The 'Get into Cricket Scheme' - a major new programme targeting schools and clubs encouraging 6-to-12-year-olds to take up the game for the first time. The National Cup – a new domestic national club competition for clubs not already competing in the Bob Kerr Irish Senior Cup. This provides 32 new clubs with the chance to compete for an All Ireland title and the opportunity to play cricket outside of their local area. The 'Better Clubs Initiative' – an innovative programme supporting local clubs across the country to improve their facilities. This programme is a volunteering initiative aimed at encouraging local cricket supporters, their friend and families to undertake work to improve the facilities at their local club houses and grounds. The Cricket Ireland National Awards – a major awards event recognising players, coaches, volunteers, groundsmen, officials and clubs for the contribution they make to the game in Ireland. This will be an annual event starting in 2012. The establishment of Regional Academies to develop and foster the young talent from the ages of 15 to 19 and ensure a pipeline of players for International teams. The re-launch of the Inter-Provincial Championship as a precursor to setting up a first-class domestic playing infrastructure in Ireland. Source: Official Website See also Cricket in Ireland Sport in Ireland List of Irish cricketers References External links Official website Cricket Europe Ireland Page Cricinfo Ireland Cricket 1923 establishments in Ireland Sports organizations established in 1923 Cricket administration
The Central District of Parsabad County () is in Ardabil province, Iran. Its capital is the city of Parsabad. At the 2006 census, its population was 122,923 in 26,307 households. The following census in 2011 counted 131,395 people in 33,857 households. At the latest census in 2016, the district had 118,144 inhabitants living in 33,527 households. References Parsabad County Districts of Ardabil Province Populated places in Parsabad County
Roope Gröndahl (born in Helsinki, 1989) is a Finnish pianist trained at the Sibelius Academy under Matti Raekallio and Liisa Pohjola. Competition Record 2007 Helsinki Maj Lind IPC - 2nd prize 2008 Eurovision Young Musicians - 2nd prize More information Profile on Comusico KlangKultTour 2009 References European Union of Music Competition for the Youth 2008 Eurovision Young Musicians Helsinki Maj Lind International Piano Competition 1989 births Living people Finnish classical pianists Eurovision Young Musicians Finalists 21st-century classical pianists
Scott & Bailey is a British police procedural series that debuted on ITV on 29 May 2011 and concluded on 27 April 2016. The series stars Suranne Jones, Lesley Sharp, Amelia Bullmore, Nicholas Gleaves, Danny Miller and Pippa Haywood. The show, mainly written by Sally Wainwright, revolves around the personal and professional lives of Detectives Janet Scott (played by Sharp) and Rachel Bailey (played by Jones). Both characters are members of the Syndicate Nine Major Incident Team (MIT) of the fictional Manchester Metropolitan Police. Despite continued good reception and strong viewership, it was decided to end the series after an abbreviated fifth series in 2016 for creative reasons. In March 2018, Canadian TV remade the series as The Detail but the show was cancelled after one season. Episodes Cast and characters Starring Lesley Sharp as Detective Constable Janet Scott, a Detective Constable within Syndicate 9 who also briefly acts as Detective Sergeant during Series 3. Suranne Jones as Acting Detective Inspector Rachel Bailey, an officer within Syndicate 9 who serves as a Detective Constable from Series 1-3 before being promoted to Detective Sergeant and Deputy Senior Investigating Officer of Syndicate 9 in Series 4. She is later promoted to Acting Detective Inspector in Series 5 and concurrently serves as the Senior Investigating Officer of Syndicate 9. Amelia Bullmore as Detective Chief Inspector Gill Murray (Series 1–4), the Senior Investigating Officer of Syndicate 9. Nicholas Gleaves as Detective Sergeant Andy Roper (Series 1–2), a Detective Sergeant and the Deputy Senior Investigating Officer of Syndicate 9. Danny Miller as Detective Sergeant Rob Waddington (Series 3–4), a Detective Sergeant and the Deputy Senior Investigating Officer of Syndicate 9. Pippa Haywood as Detective Superintendent Julie Dodson (Series 5; supporting, Series 2–4), an officer who serves as a Detective Chief Inspector and Senior Investigating Officer of Syndicate 3 in Series 2. She is later promoted to Detective Superintendent by Series 3 and gains oversight of multiple syndicates, including Syndicate 9, within the Murder Investigation Department. Also starring David Prosho as Detective Constable Ian "Mitch" Mitchell, a Detective Constable within Syndicate 9. Delroy Brown as Detective Constable Lee Broadhurst, a Detective Constable within Syndicate 9. Tony Mooney as Detective Constable Pete Readyough, a Detective Constable within Syndicate 9. Ben Batt as Detective Constable Kevin Lumb (Series 1-3), a Detective Constable within Syndicate 9. Rupert Graves as Nick Savage (Series 1), a CPS barrister. Sean Maguire as Police Constable Sean McCartney (Series 2-3), a Police Constable within Manchester Metropolitan Police and later boyfriend/husband of Rachel Bailey. Steve Toussaint as Detective Superintendent Will Pemberton (Series 4), a Detective Superintendent within the Vice Unit and boyfriend of Rachel Bailey. Danny Webb as Detective Constable Chris Crowley (Series 4), a Detective Constable within Syndicate 9 and later boyfriend of Janet Scott. Jing Lusi as Detective Constable Anna Ram (Series 5), a Detective Constable within Syndicate 9. Recurring Sally Lindsay as Alison Bailey, the daughter of Sharon Bailey and sister of Rachel and Dominic Bailey. Harriet Waters as Taisie Scott, the daughter of Adrian and Janet Scott. Tony Pitts as Adrian Scott (Series 1-3), the husband of Janet Scott and father of Taisie and Elise Scott. Vincent Regan as Detective Chief Superintendent Dave Murray (Series 1-2), the Head of the Review Unit whose team are occasionally called in to review the progress of Syndicate 9 in murder enquiries. He is also the ex-husband of Gill Murray. Kevin Doyle as Geoff Hastings (Series 1-2), an old school friend of Janet Scott who brings a cold case to her attention. Julia Deakin (Series 2) & Judy Holt (Series 3-5) as "Scary" Mary Jackson, a Home Office pathologist. Judith Barker as Dorothy Parsons (Series 2-5), the mother of Janet Scott. Shannon Flynn (Series 1) & Olivia Fenton (Series 2-4) as Elise Scott, the daughter of Adrian and Janet Scott. Liam Boyle as Dominic Bailey (Series 2), the son of Sharon Bailey and brother of Rachel and Alison Bailey. Tracie Bennett as Sharon Bailey (Series 3-4), the mother of Rachel, Alison and Dominic Bailey. Nicola Walker as Helen Bartlett (Series 3), a person of interest in an investigation surrounding her parents Joe and Eunice Bevan. George Costigan as Joe Bevan (Series 3), a person of interest to Syndicate 9 following the death of his wife Eunice Bevan. Gabrielle Reidy as Assistant Chief Constable Karen Zelinski (Series 3), a senior ranking officer within the Manchester Metropolitan Police. Ellie Haddington as Evie Pritchard (Series 4), a person of interest to Syndicate 9 following the death of a missing man near her farm. Gregg Chillin as Detective Sergeant Neil Simpson (Series 5), an officer within the Serious Crime Unit. Production Scott & Bailey was commissioned after the concept was introduced to executive producer Nicola Shindler, who brought it to writer Sally Wainwright. The series is produced by Manchester-based Red Production Company and is largely filmed in the Greater Manchester area. Concept Scott & Bailey is based on an original idea by Suranne Jones and Sally Lindsay, with Jones commenting that there needed to be more roles for women "that weren't wife-of, sidekick-to, mother-of, mistress-to, etc." Jones remarked, "We were just chatting away over a bottle of wine in a pub" when the idea came to fruition. Lindsay, a fan of television programmes such as Cagney & Lacey, was interested in the concept of a programme detailing the lives of two professional women. Jones later spoke of the programme, saying it is "the Cagney & Lacey of Manchester", though she acknowledged that Scott & Bailey as a drama was more "gritty" and "real". Upon taking the idea to Nicola Shindler of Red Productions, Shindler contacted Sally Wainwright, who wrote a script for an episode and, according to Jones, they "loved it". Despite the positive reaction, the project "kind of got a bit lost" until ITV discovered it and requested that Wainwright rewrite the script. Subsequently, Wainwright paired up with Diane Taylor, a former Detective Inspector from Greater Manchester Police, to create the programme, and the production expanded from Jones and Lindsay's original concept. From Taylor's perspective, police procedurals were often filled with not only technical inaccuracies, but what she felt were inaccuracies of how officers behaved, saying: "that's what really irritates me in other dramas – detectives crying over dead bodies and getting drunk senseless. You'd last about two weeks". She said, of her time as a police officer in comparison to portrayals on television, that "reality is much more interesting. I could pull a thousand cases out of my head people would say would never happen. People need drama because they would not believe the reality". Production team Scott & Bailey is produced by Manchester-based Red Production Company, which itself is majority owned by StudioCanal following an acquisition estimated at £30 million in December 2013. Nicola Shindler, who founded the company in 1998, is the programme's executive producer alongside writer Sally Wainwright and Tom Sherry. When speaking of Shindler, Wainwright said: "Nicola is just a genius. She makes you raise your game. So if you're good, she'll make you better". The role of producer was undertaken by Yvonne Francas for Series 1, and from Series 2–3, Tom Sherry. Sherry, who has worked for Red Productions for over 15 years, described his job as "the opportunity to meddle in all departments – it's about being able to have a passable stab at everyone's job and to be able to empathise with what they're trying to achieve". For the production of Series 4, Sherry undertook the role of executive producer alongside Wainwright and Shindler, while the position of producer is staffed by Juliet Charlesworth. For the fifth series, filmed in 2015, Suranne Jones became an executive producer alongside Shindler. The involvement of Diane Taylor as a consultant producer is credited with maintaining Scott & Baileys "rigorous authenticity". According to Jessamy Calkin of The Telegraph, "the attention to detail is more extreme on this series, say many of the crew, than others they have worked on". During the filming of Unforgiven in 2008 (written by Wainwright and also starring Suranne Jones), Wainwright was told to meet Taylor by Grant Montgomery, the show's designer. After meeting, the production was given the green light by ITV and the script was largely re-written, with Wainwright commenting: "I wasn't writing a single line of dialogue that Diane hadn't influenced". Wainwright is responsible for writing the majority of episodes. Amelia Bullmore, who plays Gill Murray, wrote three episodes; Wainwright had wanted to get other writers involved in the process. For her first episode as writer, "Bullmore was given a brief – that everything must be from Scott and Bailey's point of view – and she was given a murder". Though she had been a professional writer for almost two decades, Scott and Bailey marked the first instance of Bullmore writing and starring in the same production. Due to Wainwright's increased workload on her other drama series Last Tango in Halifax and Happy Valley, Bullmore was chosen to be the head writer for Scott and Baileys fourth series in 2014. She was joined on the writing team by Lee Warburton, who wrote two episodes of the fourth series. and returned to write Scott & Bailey's fifth series in 2015. The directing of Scott & Bailey is undertaken in a method whereby "each director directs a 'block' of two or three episodes, dictated by the schedule – when each episode has finished shooting, the director goes into the edit and a new director takes over for the next block", according to Calkin. The most prolific director of Scott & Bailey is Morag Fullerton, who directed seven episodes. Casting Jones, who had always envisaged herself playing Rachel Bailey when the idea of the project came in to mind, was given the role, though at the programme's pre-production stages the character had a different first name, Cathy. It was originally intended that Lindsay would star with Jones in Scott & Bailey, but she became pregnant with twins, so the role of Janet was given to Lesley Sharp instead; Lindsay received the smaller role of Rachel's sister, Alison. Lindsay approved of Sharp playing the role; Jones also felt pleased at the prospect of working with Sharp, saying "I was really excited on the day of the read-through". Regarding the casting of her husband Nicholas Gleaves as Scott's lover DS Andy Roper, Sharp stated that it was not a contributing factor in his casting, stating: "Nick's an actor and I'm an actress — we don't have the same agent. There's a script with a role in it that was right for him and it so happened that there was a role that was right for me and we both got cast, but it wasn't a conversation that we had that it would be a good idea if we did a television series together because that's not the way life works". Both Rachel and Janet are Detective Constables in the Major Incident Team of the fictional Manchester Metropolitan Police Service, with the team headed by DCI Gill Murray (Amelia Bullmore), who is loosely based on Diane Taylor. Producers were undecided on what age DCI Murray would be, but had originally pictured an actress older than Bullmore. After auditioning, Bullmore returned a month later, intent on playing Murray "tough", however, when meeting casting director Beverley Keogh in the toilets beforehand, Bullmore recounted that Keogh said to her: "That's not what we've got you back for. We were interested in seeing a warmer side". Danny Miller joined the cast as series regular Rob Waddington in series 3 and Tracie Bennett also appeared in the third series as DC Bailey's estranged mother, Sharon. In a continuing story arc for the third series, Nicola Walker was cast in the role of Helen Bartlett, a character driven to emotional instability by past events unearthed by the Manchester Metropolitan Police. In preparation for the role Walker visited a psychologist in order to build upon her characterisation. Filming Principal photography for the first series took place in a twelve-week window from November 2010 onwards, it was reported by Female First. The series was filmed on location in and around Greater Manchester. Jones mentioned that "On the first day of filming [she and Sharp] were stuck in a car on the moors". Oldham was another location chosen for filming, with local press reporting that Beal Lane in Shaw was used for filming. The Oldham Evening Chronicle supplied specially mocked-up newspapers to be used as props in filming. Other locations such as Manchester Crown Court were used for filming. The Major Incident Team's headquarters for the first three series were filmed in an old Barclays branch on Silver Street, Bury. The filming location used the team's new station, the fictional Oldham Road police station, took place at former Greater Manchester Police Grey Mare Lane police station in Beswick. A local mortuary was also used for filming scenes. The programme was also granted permission to film in HM Prison Risley in Cheshire, where locations manager James Muirhead and a crew of 35 filmed for a day. When discussing the filming of Scott & Bailey, Jones said "I can't pretend it wasn't a tough shoot, both emotionally and physically, because it was", before adding that on the last day of filming she had to shoot a gruelling scene involving her chasing a suspect from a crime scene, while Sharp and Bullmore "were having massages and facials ready for the wrap party". When Scott & Bailey was recommissioned for a second series it was announced that production on the series would commence at the end of October 2011, to be aired in 2012. In November it was reported that while filming on Hamilton Road, Whitefield—the set of DC Scott's home—that an emergency call was made after a member of the television crew, a lighting technician, became stranded on top of a "cherry-picker style platform" 12 metres (39 ft) above the ground. Fearing the mechanism could fail and cause the crew member to fall to the ground, they sought assistance from firefighters, who safely brought the technician to the ground. Filming for series 3 began in November 2012, with an airing date scheduled for May 2013. As the fourth series had a different air date (its television broadcast began in September, unlike May for the three previous series) it became the first series not to be filmed in the winter months. A longer break in production between series 3 and 4 was the reason that the fourth series was instead filmed in summer. Home media Region 1 (U.S. and Canada) Scott & Bailey: Season 1, 279 (270 + 9 bonus) minutes; 17 June 2014 Scott & Bailey: Season 2, 370 (359 + 11bonus) minutes; 16 September 2014 Scott & Bailey: Season 3, 382 (364 + 15 bonus) minutes; 6 October 2015 Scott & Bailey: Season 4, 359 (363 + 17 bonus) minutes; 15 March 2016 Scott & Bailey: Season 5, 130/135 (135 + 0 bonus) minutes; 11 October 2016 Reception Critical reception Debuting to strong viewing figures and with a fairly positive critical reception, Scott & Bailey ran from 29 May 2011 until 3 July over the course of six episodes. The second series premiered 12 March 2012 and consisted of eight episodes. A third series was announced 28 May 2012, began filming November 2012, and premiered on 3 April 2013. In August 2013, it was announced that a fourth series had been commissioned, with production set to begin in the spring of 2014. With filming several months earlier in the year, series 4 began broadcasting on ITV on 10 September 2014 and finished on 29 October 2014. On 31 July 2015, ITV renewed Scott & Bailey for a three-part fifth series. Scott & Bailey has received generally good reviews thus far. Tom Sutcliffe of The Independent remarked that although it was a "less-than-courageous decision" for ITV to commission a detective drama for Sunday nights, Scott & Bailey had "genuine signs of life in the thing". Sam Wollaston of The Guardian, however, questioned the plausibility of the idea that the character of Rachel would not realise her partner of two years was already married, considering she was a detective, and described the series as "Lewis with skirts on". However, Grace Dent, also of The Guardian, described it as "of great televisual comfort". Alexandra Heminsley, another writer for The Guardian, described it as "a genuinely gripping crime series" and added: "what about a second series?" Euan Ferguson of The Observer stated that it was "actually rather gripping". Horatia Harrod, reviewing the third series for The Daily Telegraph, praised the programme's script and its likeness to reality in portraying the professional conduct of modern policing, stating: "this is a beautifully engineered programme: it's both pleasingly sudsy and deliciously grisly, but manages to transcend both the soap and detective genres [...] Somehow Sally Wainwright, the show's creator and writer, has made the traditionally dull quality of professional competence seem positively thrilling". John Preston of The Daily Telegraph gave a mixed review: though he commended the acting of Sharp and Jones, he stated that "it badly needs some shape and tension". The Metro took a decidedly critical stance, with its reviews getting progressively worse with each new episode; first describing it as "comforting but could have been so much better", then later quipping that "Scott & Bailey will never be compelling TV", and that the programme was "a mediocre crime drama amidst a saturated market of mediocre crime dramas". One of the more persistent criticisms of the show (especially its first two series) has been its indifferent or decidedly negative depiction of male characters. Dianne Butler, who reviewed the programme upon its airing in Australia, made a similar point, questioning the relevance of the show's male characters: "there are some men in this but they're fairly incidental". The Guardians John Crace expressed his belief that most of the programme's male characters are deficient in some way, writing: "surely it must be possible to make a show with women lead characters without having to make every male a complete dork? From Janet's useless husband and Rachel's idiot brother who can't boil an egg without burning down the kitchen". The performances of Amelia Bullmore and Nicola Walker in the Series 3 finale were highly praised. Julia Raeside of The Guardian commented that both "give an incredible acting masterclass that will take your breath away. Truly gripping and the jewel in ITV's increasingly impressive drama crown. Splendid stuff." The series was nominated for the BAFTA TV award for Best Drama Series in both 2012 and 2013. Television ratings Since Scott & Baileys debut it has fared well in the ratings. The programme's closest rival was a broadcast of the film Pirates of the Caribbean: Dead Man's Chest, which received 20.9% of the audience share. Scott and Bailey aired as the follow-on programme from Britain's Got Talent, which had received 9.86 million viewers and a 40.4% audience share in its timeslot. The Broadcasters' Audience Research Board (BARB) later released consolidated information stating that the first episode had received 8.31 million viewers on ITV, with a further 801,000 tuning in on ITV HD, and 310,000 on ITV1+1, totalling the viewing figures to 9.42 for the first episode. The episode was 2011's fourth highest-rating drama broadcast, as well as the highest-rating broadcast for a new drama. By episode two it was reported that Scott & Bailey has dropped nearly 1.8 million viewers from episode one, with overnight figures suggesting 6.14 million (23.6%) tuned in, though it was still the number one rated programme in its timeslot. The programme continued to outperform its competitors in its timeslot until its end, beating competition including BBC One dramas Case Histories and Stolen. Novel Random House published a novel based on the characters of Scott & Bailey in 2012. Notes References External links 2010s British drama television series 2010s British police procedural television series 2011 British television series debuts 2016 British television series endings British detective television series English-language television shows Fictional duos ITV television dramas Television duos Television series by Red Production Company Television series created by Sally Wainwright Television shows set in Manchester Television shows shot in Manchester
Władysław Gerard Jan Nepomuk Marya Moes (17 November 1900 – 17 December 1986) was a Polish landowner and has been claimed as the inspiration for the character Tadzio in Thomas Mann’s novella Death in Venice, which was filmed as Death in Venice by Luchino Visconti. Early life Władysław Moes was born in the Moes Palace near Wierbka, in southern Poland. He was the second son of the six children of Aleksander Juliusz Moes (1856–1928), a large landowner, factory owner and philanthropist, and his wife noblewoman Janina Miączyńska (1869–1946), whose family used the Suchekomnaty coat of arms. He was also the grandson of Christian August Moes (1810–1872), a Polish industrialist of Dutch origin. In May 1911, on the advice of doctors, he spent a spring holiday with his family at the Lido in Venice, staying at the Grand Hotel des Bains. There, he attracted the attention of the German writer Thomas Mann, who used him as the inspiration for Tadzio – a character of his novella Death in Venice, published in 1912. Katia Mann recalled that her husband's idea for the story came during a holiday at the Grand Hôtel des Bains in 1911: Moes was taught by private tutors and later studied at Saint Stanislaus Kostka's Gymnasium in Warsaw. In 1920, Moes was a volunteer uhlan in the Polish-Soviet War. Later, he ran a landed estate and a horse farm in Udórz that he inherited from his father, who died in 1928. Marriage and later life In 1935, he married a noblewoman – Anna Belina-Brzozowska (1911–1978), whose family used the Belina coat of arms. They had two children, Aleksander (1936–1955) and Maria (born 1946). He was also the uncle of the Polish film and television actor Jerzy Moes. In 1939, after the German invasion of Poland, Moes fought as an officer in the ranks of the Polish Army Intelligence Brigade and he was awarded the Cross of Valour. He was taken prisoner in the Battle of the Bzura and sent to Oflag, where he spent almost six years. With the establishment of the communist regime in Poland in 1945, he was deprived of his entire property. He was forced to earn his living mainly as a translator and worked at the Iranian Embassy in Warsaw. In 1964, Moes gave an interview to Andrzej Dołegowski, the Polish translator of Mann’s works, which was published in August 1965 in the German magazine Twen, revealing that he had been the inspiration for the writer’s character Tadzio in Death in Venice: During the last years of his life, Moes often stayed with his daughter Maria in France. He died in Warsaw and was buried in the Moes family plot in the graveyard on the hill of St Peter in Pilica, southern Poland. References Gilbert Adair: The Real Tadzio: Thomas Mann's 'Death in Venice' and the Boy Who Inspired It. 2001. Carroll & Graf. 1900 births 1986 deaths 20th-century Polish nobility Thomas Mann Muses Polish military personnel of World War II Polish prisoners of war in World War II Polish people of the Polish–Soviet War Recipients of the Cross of Valour (Poland)
Rapala damona is a butterfly in the family Lycaenidae. It was described by Charles Swinhoe in 1890. It is found in the Indomalayan realm, where it has been recorded from the Andamans, northern India, Myanmar, from Thailand to Peninsular Malaysia, Singapore, Sumatra, Java and Lombok. References External links Rapala (butterfly) Butterflies described in 1890
West Ashley Park is the largest municipal park in Charleston, South Carolina. It is located in the West Ashley area of the city. The city originally bought a 99.8-acre parcel, including a lake created from an old phosphate mine, in 1985. In 1997, a neighboring property owner, Ross Development Corp., offered to deed the city six adjoining parcels in exchange for the city's constructing a road from the Glenn McConnell Parkway to the park. The estimated cost of the road was $421,100, and the appraised value of the new 161 acres being offered (a 95-acre park addition and a 66-acre wetland preserve) was $429,590. Work on the park began in 1998 after the city was permitted to remove several large trees at the site. In 1998, Anson Construction Co. was awarded a $2.3 million contract for the park's initial development. The park opened on April 8, 2000 to the public, but progress on new features at the park continued. By 2001, the park included four baseball fields and four soccer fields. Bicycle and pedestrian trails crisscrossed the property down to Church Creek. Although the public had been given access to the park as features were added, the formal opening of the park did not occur until 2001. On Sundays adult recreation soccer games are held at West Ashley Park during both the Spring and the Fall seasons of the CSL. In 2007, a disc golf course was planned, the only free course within an hour of Charleston. Notes Parks in Charleston, South Carolina
Gładysz is a settlement in the West Pomeranian Voivodeship, Poland, located within the Gmina Choszczno, Choszczno County. It is part of the sołectwo of Radaczewo. References Gladysz
The men's 880 yards event at the 1930 British Empire Games was held on 17 and 21 August at the Civic Stadium in Hamilton, Canada. Medalists Results Heats Qualification: First 4 in each heat (Q) qualify directly for the final. Final References Athletics at the 1930 British Empire Games 1930
Carlo Bernardini (22 April 1930 – 21 June 2018) was an Italian physicist and politician who served as a Senator from 1976 to 1979. References 1930 births 2018 deaths 20th-century Italian physicists Senators of Legislature VII of Italy Politicians of Apulia People from Lecce 21st-century Italian physicists
The 122nd Signal Battalion was constituted 1 July 1916 in the United States Regular Army, then organized to Fort Bliss in Texas on 10 October 1916. On 21 September 1917, the unit was assigned to the 2nd Infantry Division. Campaign participation credit Philippine Insurrection: San Isidro World War I: Aisne; Aisne-Marne; St. Mihiel; Meuse-Argonne; Lorraine 1918; Ile de France 1918 World War II: Normandy; Northern France; Rhineland; Ardennes-Alsace; Central Europe Korean War: UN Defensive; UN Offensive; CCF Intervention; First UN Counteroffensive; CCF Spring Offensive; UN Summer-Fall Offensive; Second Korean Winter; Korea, Summer-Fall 1952; Third Korean Winter; Korea, Summer 1953 Decorations Presidential Unit Citation (Army) for WIRTZFELD, BELGIUM Presidential Unit Citation (Army) for HONGCHON Meritorious Unit Commendation (Army) for EUROPEAN THEATER Meritorious Unit Commendation (Army) for KOREA 1950-1951 French Croix de Guerre with Palm, World War I for AISNE-MARNE French Croix de Guerre with Palm, World War I for MEUSE-ARGONNE French Croix de Guerre, World War I, Fourragere Belgian Fourragere 1940 Cited in the Order of the Day of the Belgian Army for action in the Ardennes Cited in the Order of the Day of the Belgian Army for action on Elsenborn Crest Republic of Korea Presidential Unit Citation for NAKTONG RIVER LINE Republic of Korea Presidential Unit Citation for KOREA 1950-1953 References Signal battalions of the United States Army Military units and formations established in 1916
Spiranthes casei, or Case's lady's tresses, is a species of orchid native to the northeastern United States and Canada. Description Spiranthes casei plants are 7–44 cm tall. They have both basal and stem leaves and the basal leaves can still be present when flowering in August and September. As with all Spiranthes flowers are arranged in a spiral around the stem, and each flower has 3 petals and 3 sepals which together give it a tube-like shape. The petals and sepals have an ivory to yellowish white or greenish cream color. Spiranthes casei is very closely related to and looks similar to Spiranthes ochroleuca but has smaller flowers, the dorsal (top) sepal and tips of the side petals are not recurved, and they have a comparatively reduced labellum. Distribution and habitat Spiranthes casei has been found in Maine, Michigan, Minnesota, New Hampshire, New York, Pennsylvania, Vermont and Wisconsin in the US and in Nova Scotia, Ontario and Quebec in Canada. It grows in forest, shrubland and grassland, mostly restricted to the lichen and bracken barrens of the Great Lakes Basin and the Canadian maritime provinces. Taxonomy Spiranthes casei was first described by P. M. Catling & J. E. Cruise in 1975. They named the new species after orchid researcher Frederick W. Case II. Before Catling & Cruise described it as a new species specimens of Spiranthes casei were often labeled as a hybrid between Spiranthes cernua and Spiranthes lacera or as a northern version of Spiranthes vernalis. The oldest herbarium specimen they could find was collected in Ontario in 1904. References casei Orchids of the United States
William Frederick Hitchcock (born August 26, 1965) is a Canadian-born former professional American football player who played offensive lineman for four seasons for the Seattle Seahawks. He was drafted in the eighth round of the 1990 NFL Draft by the Seahawks. References 1965 births Living people American football offensive linemen Purdue Boilermakers football players Seattle Seahawks players Sportspeople from Kirkland Lake Players of American football from Ontario
Courthouse station is a light rail station in San Diego, California, United States. It is the western terminus of the San Diego Trolley's Orange Line and is located between the Hall of Justice and San Diego Central Courthouse in Downtown San Diego, on C Street between State and Union streets. The station opened on April 29, 2018, after nearly a year of construction. History As the San Diego Metropolitan Transit System (MTS) wrapped up its Trolley Renewal Project, the transit agency embarked on a realignment of the trolley lines in Downtown San Diego. With three trolley lines now sharing the tracks in the area, problems quickly popped up. At the beginning of the realignment in September 2012, Orange Line trains terminated at Santa Fe Depot, sharing the same track as the southbound Green Line. In June 2017, the Orange Line terminus was moved to America Plaza, the northern terminus of the Blue Line, forcing complicated switching procedures that often delayed trains on both lines as they entered or exited the station. MTS feared that the extension of the Blue Line to UCSD would only compound issues in the area. The solution proposed by the MTS was a dedicated western terminus for the Orange Line. The transit agency chose to build the station three blocks east of America Plaza, between the Hall of Justice and San Diego Central Courthouse, which at the time was about to begin construction. Top court officials and San Diego County Sheriff Bill Gore opposed the station, saying that it would jeopardize the safety and security of the courthouse. In response, MTS did make some changes to the station design, including adding a fence to separate the station from a court parking lot and feeding the station's security cameras into the courthouse security system. MTS received a $31.9 million grant from the state government's cap and trade program in 2015 to fund the Courthouse station project and a vehicle replacement program. Construction on the station began in August 2017, requiring multiple weekend shutdowns of the Orange Line. After nearly a year of construction, Courthouse station was dedicated by local officials on April 27, 2018, and opened to passengers on April 29. Station layout Orange Line trains reach Courthouse station using a single siding track and passengers board and alight using a single side platform, while Blue and Silver line trains bypass the station on the two main tracks. References Orange Line (San Diego Trolley) Railway stations in the United States opened in 2018 San Diego Trolley stations in San Diego 2018 establishments in California
Siré Komara (born 1991) is a Guinean writer. Komara, daughter of an international civil servant, left Guinea for Egypt at the age of three. She published the autobiographical Mes Racines at the age of 14. She also has published a comic book, Le Téléphone de Siré. Works Mes Racines (My Roots), Paris: Cauris Editions, 2006. Le Téléphone de Siré, 2007 References 1991 births Living people Guinean writers Guinean women writers Women autobiographers 21st-century women writers Female comics writers
Zhao Yi (; 1727–1814) was a poet, historian, and critic during the Qing dynasty in China. Zhao is notable for his innovative poetry, his historical writings (including Notes on the Twenty-Two Dynastic Histories), and for espousing unconventional views on various aspects of Chinese dynastic history. Education Zhao's early life exemplified the Confucian ideal of upward mobility from destitution through the skillful cultivation and use of intelligence, education, and personal connections. Like many other aspirants to social status in the Qing Empire, Zhao began his studies early in life. Zhao began his education before the age of five, and was recorded to have been a precocious learner. Later, Zhao was further spurred on to achieve educational and career success to ensure the well-being of his family after his father died when Zhao was only 14 years old. In the imperial examination system, Zhao achieved admirable success, despite early setbacks. After apparently failing a local examination fourteen times, Zhao went on to earn his provincial degree in 1750 at the age of 23 on his second attempt, and later earned his metropolitan degree in 1761, placing third overall in his cohort behind Wang Jie and Hu Gaowang. Notably, Zhao specialized in the difficult Book of Rites (along with only 6% of his cohort), and incorporated emphasis on practical problems of government. Even as he performed well in the imperial examination system, Zhao was notably defiant in his examination writings. In these writings, Zhao criticized the format and practices of the examination system, taking aim at issues including the imposed formal structure of examination writing as well as the failures of examiners in their duty both to those taking the exams and to the level of scholarly discourse. Poetry At least in part because of an aversion to examination writing, Zhao delved into poetry. Zhao eventually became and is still remembered as one of the Three Masters of the Qianlong Period for his poetry (the others being Zhao's friends Yuan Mei and Jiang Shiquan). The originality of Zhao's ideas on poetry were recognized in his own lifetime, as is attested to in the writings of his friend and fellow poet Yuan Mei who appreciated Zhao's poetic eccentricities as well as his unorthodox and rich literary influences, and drew a firm distinction between Zhao's work and that of his contemporaries who imitated Tang and Song poetry. Notable historical positions For the compilation of works on the Dzungar campaign like Strategy for the pacification of the Dzungars (Pingding Zhunge'er fanglue), the Qing hired Zhao Yi and Jiang Yongzhi at the Military Archives Office, in their capacity as members of the Hanlin. Zhao wrote poems glorifying the Qing conquest and genocide of the Dzungar Mongols. Zhao Yi wrote the Yanpu zaji in "brush-notes" style, where military expenditures of the Qianlong Emperor's reign were recorded. The Qianlong Emperor was praised as being the source of "eighteenth-century peace and prosperity" by Zhao Yi. Zhao supported the view that historians and works of history were of great importance in China. In one instance, he argued that, while the Confucian Classics constituted the principles of Chinese dynastic government, it was works of history that provide the actual record of the government at work that could act as a guide to what historian Richard J. Smith calls, “proper conduct for the present and future.” With regard to another historical position, Zhao was at odds with the still popular and (in modern times) patriotic view that the peace policy of the Southern Song dynasty toward the Jin dynasty was traitorous, and Zhao instead adopted the minority position he shared with the earlier Chinese scholar Wang Fuzhi that the peace policy saved the Southern Song from further defeat at the hands of the Jin. At least one modern Western scholar has taken a position that aligns with Zhao's, arguing that the peace policy was “validated by the later history of the Southern Sung.” In another notable instance of an unconventional historical interpretation, Zhao espoused what historian Arthur Waldron terms a “realistic opinion” that the fall of the Ming dynasty was the fault of the Ming dynasty elites, who made empty words and were poorly informed. These elites opposed the peace efforts of the Chongzhen Emperor toward the Manchus, and this brought about unnecessary conflict that the Manchus had not intended. This view limits the responsibility of the Manchus for initiating Manchu-Ming conflict and shifts it to the Ming dynasty elites. In one further notable divergence from many Chinese writers in his era and even more so during the Ming dynasty, Zhao offered praise for the efforts of the founder of the Qin dynasty, Qin Shihuang, to secure the northern borders of China with the early Great Wall rather than the criticisms of certain other Chinese writers (such as Wan Sitong and Li Mengyang). Assessment Although because of various setbacks, Zhao failed to achieve the political influence which he had ambitions to attain in his lifetime and considered his professional career a failure, Zhao has been recognized as an important figure in Chinese history and historiography through the present day. Citations References Cheong, Iona D. Man. Class of 1761. Stanford, CA: Stanford University Press, 2004. Kaplan, Edward H. "Yueh Fei and the Founding of the Southern Sung." PhD diss., University of Iowa, 1970, as found in: Waldron, Arthur. The Great Wall of China: From History to Myth. Cambridge: University of Cambridge Press, 1990. Schmidt, J. D. Harmony Garden: The Life, Literary Criticism, and Poetry of Yuan Mei (1716-1798). New York: RoutledgeCurzon, 2003. Smith, Richard J. China’s Cultural Heritage: The Qing Dynasty, 1644-1912. Boulder, CO: Westview Press, 1983. Waldron, Arthur. The Great Wall of China: From History to Myth. Cambridge: University of Cambridge Press, 1990. Further reading Du, Weiyun, Zhao Yi zhuan. Taipei, 1983. Wang, Jiangsheng. Zhao Oubei yanjiu. Taipei, 1988. External links 1814 deaths Qing dynasty historians Qing dynasty poets Year of birth uncertain Political office-holders in Guangxi Political office-holders in Guangdong Political office-holders in Guizhou Writers from Changzhou Politicians from Changzhou Poets from Jiangsu Historians from Jiangsu 19th-century Chinese historians 1727 births
There are 151 colleges affiliated to the University of Kerala, which is in Thiruvananthapuram in the state of Kerala, India. This list is categorised into two main parts, Autonomous colleges and Non-Autonomous colleges. Autonomous colleges are bestowed academic independence, primarily in order to enhance the level of education in those colleges. A college may be classified as government run, private unaided, or private aided. A government college receives full funding from the Government of Kerala, while a private unaided college receives no funding from the government. In a private aided college, one or more of its courses receives partial funding from the government. Affiliated colleges Architecture colleges Autonomous colleges Mar Ivanios College Nalanchira Fatima Matha National College Kollam Assumption College Chanaganacherry CMS College Kottayam Maharaja’s College Ernakulam Mar Athanasious College Kothamangalam Marian College Kuttikkanam Rajagiri College of Social Sciences Kalamassery Sacred Heart College Thevara St. Albert's College Ernakulam St. Berchmans College Changanassery St. Teresa's College Ernakulam Christ College, Irinjalakuda Irinjalakuda Farook College Calicut M.E.S. Mampad College St. Joseph's College, Devagiri Calicut St. Joseph's College, Irinjalakuda Thrissur St. Thomas College Thrissur Vimala College, Engineering College Mar Baselios College of Engineering and technology,Nalanchira Engineering colleges The only engineering college affiliated to university of Kerala is University College of Engineering, Kariavattom. From the academic year 2015-16, all other colleges affiliated to the University of Kerala except UCEK are now affiliated to KTU. M B A colleges References Colleges Affiliated Affiliated Kerala
```c /* * Written by D.P. Manley, Digital Equipment Corporation. * Prefixed "C_" to BLAS routines and their declarations. * * Modified by T. H. Do, 2/19/98, SGI/CRAY Research. / #include <stdlib.h> #include "common.h" #include "cblas_test.h" #define TEST_COL_MJR 0 #define TEST_ROW_MJR 1 #define UNDEFINED -1 void F77_dgemm(int order, char transpa, char transpb, int m, int n, int k, double alpha, double a, int lda, double b, int ldb, double beta, double c, int ldc ) { double A, B, C; int i,j,LDA, LDB, LDC; enum CBLAS_TRANSPOSE transa, transb; get_transpose_type(transpa, &transa); get_transpose_type(transpb, &transb); if (order == TEST_ROW_MJR) { if (transa == CblasNoTrans) { LDA = k+1; A = (double )malloc( (m)LDAsizeof( double ) ); for( i=0; i<m; i++ ) for( j=0; j<k; j++ ) A[iLDA+j]=a[j(lda)+i]; } else { LDA = m+1; A = ( double* )malloc( LDA(k)sizeof( double ) ); for( i=0; i<k; i++ ) for( j=0; j<m; j++ ) A[iLDA+j]=a[j(lda)+i]; } if (transb == CblasNoTrans) { LDB = n+1; B = ( double )malloc( (k)LDBsizeof( double ) ); for( i=0; i<k; i++ ) for( j=0; j<n; j++ ) B[iLDB+j]=b[j(ldb)+i]; } else { LDB = k+1; B = ( double )malloc( LDB(n)sizeof( double ) ); for( i=0; i<n; i++ ) for( j=0; j<k; j++ ) B[iLDB+j]=b[j(ldb)+i]; } LDC = n+1; C = ( double )malloc( (m)LDCsizeof( double ) ); for( j=0; j<n; j++ ) for( i=0; i<m; i++ ) C[iLDC+j]=c[j(ldc)+i]; cblas_dgemm( CblasRowMajor, transa, transb, m, n, k, alpha, A, LDA, B, LDB, beta, C, LDC ); for( j=0; j<n; j++ ) for( i=0; i<m; i++ ) c[j(ldc)+i]=C[iLDC+j]; free(A); free(B); free(C); } else if (order == TEST_COL_MJR) cblas_dgemm( CblasColMajor, transa, transb, m, n, k, alpha, a, lda, b, ldb, beta, c, ldc ); else cblas_dgemm( UNDEFINED, transa, transb, m, n, k, alpha, a, lda, b, ldb, beta, c, ldc ); } void F77_dsymm(int order, char rtlf, char uplow, int m, int n, double alpha, double a, int lda, double b, int ldb, double beta, double c, int ldc ) { double A, B, C; int i,j,LDA, LDB, LDC; enum CBLAS_UPLO uplo; enum CBLAS_SIDE side; get_uplo_type(uplow,&uplo); get_side_type(rtlf,&side); if (order == TEST_ROW_MJR) { if (side == CblasLeft) { LDA = m+1; A = ( double )malloc( (m)LDAsizeof( double ) ); for( i=0; i<m; i++ ) for( j=0; j<m; j++ ) A[iLDA+j]=a[j(lda)+i]; } else{ LDA = n+1; A = ( double )malloc( (n)LDAsizeof( double ) ); for( i=0; i<n; i++ ) for( j=0; j<n; j++ ) A[iLDA+j]=a[j(lda)+i]; } LDB = n+1; B = ( double )malloc( (m)LDBsizeof( double ) ); for( i=0; i<m; i++ ) for( j=0; j<n; j++ ) B[iLDB+j]=b[j(ldb)+i]; LDC = n+1; C = ( double )malloc( (m)LDCsizeof( double ) ); for( j=0; j<n; j++ ) for( i=0; i<m; i++ ) C[iLDC+j]=c[j(ldc)+i]; cblas_dsymm( CblasRowMajor, side, uplo, m, n, alpha, A, LDA, B, LDB, beta, C, LDC ); for( j=0; j<n; j++ ) for( i=0; i<m; i++ ) c[j(ldc)+i]=C[iLDC+j]; free(A); free(B); free(C); } else if (order == TEST_COL_MJR) cblas_dsymm( CblasColMajor, side, uplo, m, n, alpha, a, lda, b, ldb, beta, c, ldc ); else cblas_dsymm( UNDEFINED, side, uplo, m, n, alpha, a, lda, b, ldb, beta, c, ldc ); } void F77_dsyrk(int order, char uplow, char transp, int n, int k, double alpha, double a, int lda, double beta, double c, int ldc ) { int i,j,LDA,LDC; double A, C; enum CBLAS_UPLO uplo; enum CBLAS_TRANSPOSE trans; get_uplo_type(uplow,&uplo); get_transpose_type(transp,&trans); if (order == TEST_ROW_MJR) { if (trans == CblasNoTrans) { LDA = k+1; A = ( double )malloc( (n)LDAsizeof( double ) ); for( i=0; i<n; i++ ) for( j=0; j<k; j++ ) A[iLDA+j]=a[j(lda)+i]; } else{ LDA = n+1; A = ( double )malloc( (k)LDAsizeof( double ) ); for( i=0; i<k; i++ ) for( j=0; j<n; j++ ) A[iLDA+j]=a[j(lda)+i]; } LDC = n+1; C = ( double )malloc( (n)LDCsizeof( double ) ); for( i=0; i<n; i++ ) for( j=0; j<n; j++ ) C[iLDC+j]=c[j(ldc)+i]; cblas_dsyrk(CblasRowMajor, uplo, trans, n, k, alpha, A, LDA, beta, C, LDC ); for( j=0; j<n; j++ ) for( i=0; i<n; i++ ) c[j(ldc)+i]=C[iLDC+j]; free(A); free(C); } else if (order == TEST_COL_MJR) cblas_dsyrk(CblasColMajor, uplo, trans, n, k, alpha, a, lda, beta, c, ldc ); else cblas_dsyrk(UNDEFINED, uplo, trans, n, k, alpha, a, lda, beta, c, ldc ); } void F77_dsyr2k(int order, char uplow, char transp, int n, int k, double alpha, double a, int lda, double b, int ldb, double beta, double c, int ldc ) { int i,j,LDA,LDB,LDC; double A, B, C; enum CBLAS_UPLO uplo; enum CBLAS_TRANSPOSE trans; get_uplo_type(uplow,&uplo); get_transpose_type(transp,&trans); if (order == TEST_ROW_MJR) { if (trans == CblasNoTrans) { LDA = k+1; LDB = k+1; A = ( double )malloc( (n)LDAsizeof( double ) ); B = ( double )malloc( (n)LDBsizeof( double ) ); for( i=0; i<n; i++ ) for( j=0; j<k; j++ ) { A[iLDA+j]=a[j(lda)+i]; B[iLDB+j]=b[j(ldb)+i]; } } else { LDA = n+1; LDB = n+1; A = ( double )malloc( LDA(k)sizeof( double ) ); B = ( double )malloc( LDB(k)sizeof( double ) ); for( i=0; i<k; i++ ) for( j=0; j<n; j++ ){ A[iLDA+j]=a[j(lda)+i]; B[iLDB+j]=b[j(ldb)+i]; } } LDC = n+1; C = ( double* )malloc( (n)LDCsizeof( double ) ); for( i=0; i<n; i++ ) for( j=0; j<n; j++ ) C[iLDC+j]=c[j(ldc)+i]; cblas_dsyr2k(CblasRowMajor, uplo, trans, n, k, alpha, A, LDA, B, LDB, beta, C, LDC ); for( j=0; j<n; j++ ) for( i=0; i<n; i++ ) c[j(ldc)+i]=C[iLDC+j]; free(A); free(B); free(C); } else if (order == TEST_COL_MJR) cblas_dsyr2k(CblasColMajor, uplo, trans, n, k, alpha, a, lda, b, ldb, beta, c, ldc ); else cblas_dsyr2k(UNDEFINED, uplo, trans, n, k, alpha, a, lda, b, ldb, beta, c, ldc ); } void F77_dtrmm(int order, char rtlf, char uplow, char transp, char diagn, int m, int n, double alpha, double a, int lda, double b, int ldb) { int i,j,LDA,LDB; double A, B; enum CBLAS_SIDE side; enum CBLAS_DIAG diag; enum CBLAS_UPLO uplo; enum CBLAS_TRANSPOSE trans; get_uplo_type(uplow,&uplo); get_transpose_type(transp,&trans); get_diag_type(diagn,&diag); get_side_type(rtlf,&side); if (order == TEST_ROW_MJR) { if (side == CblasLeft) { LDA = m+1; A = ( double* )malloc( (m)LDAsizeof( double ) ); for( i=0; i<m; i++ ) for( j=0; j<m; j++ ) A[iLDA+j]=a[j(lda)+i]; } else{ LDA = n+1; A = ( double )malloc( (n)LDAsizeof( double ) ); for( i=0; i<n; i++ ) for( j=0; j<n; j++ ) A[iLDA+j]=a[j(lda)+i]; } LDB = n+1; B = ( double )malloc( (m)LDBsizeof( double ) ); for( i=0; i<m; i++ ) for( j=0; j<n; j++ ) B[iLDB+j]=b[j(ldb)+i]; cblas_dtrmm(CblasRowMajor, side, uplo, trans, diag, m, n, alpha, A, LDA, B, LDB ); for( j=0; j<n; j++ ) for( i=0; i<m; i++ ) b[j(ldb)+i]=B[iLDB+j]; free(A); free(B); } else if (order == TEST_COL_MJR) cblas_dtrmm(CblasColMajor, side, uplo, trans, diag, m, n, alpha, a, lda, b, ldb); else cblas_dtrmm(UNDEFINED, side, uplo, trans, diag, m, n, alpha, a, lda, b, ldb); } void F77_dtrsm(int order, char rtlf, char uplow, char transp, char diagn, int m, int n, double alpha, double a, int lda, double b, int ldb) { int i,j,LDA,LDB; double A, B; enum CBLAS_SIDE side; enum CBLAS_DIAG diag; enum CBLAS_UPLO uplo; enum CBLAS_TRANSPOSE trans; get_uplo_type(uplow,&uplo); get_transpose_type(transp,&trans); get_diag_type(diagn,&diag); get_side_type(rtlf,&side); if (order == TEST_ROW_MJR) { if (side == CblasLeft) { LDA = m+1; A = ( double )malloc( (m)LDAsizeof( double ) ); for( i=0; i<m; i++ ) for( j=0; j<m; j++ ) A[iLDA+j]=a[j(lda)+i]; } else{ LDA = n+1; A = ( double )malloc( (n)LDAsizeof( double ) ); for( i=0; i<n; i++ ) for( j=0; j<n; j++ ) A[iLDA+j]=a[j(lda)+i]; } LDB = n+1; B = ( double )malloc( (m)LDBsizeof( double ) ); for( i=0; i<m; i++ ) for( j=0; j<n; j++ ) B[iLDB+j]=b[j(ldb)+i]; cblas_dtrsm(CblasRowMajor, side, uplo, trans, diag, m, n, alpha, A, LDA, B, LDB ); for( j=0; j<n; j++ ) for( i=0; i<m; i++ ) b[j(ldb)+i]=B[iLDB+j]; free(A); free(B); } else if (order == TEST_COL_MJR) cblas_dtrsm(CblasColMajor, side, uplo, trans, diag, m, n, alpha, a, lda, b, ldb); else cblas_dtrsm(UNDEFINED, side, uplo, trans, diag, m, n, alpha, a, lda, b, *ldb); } ```
Vellinakshatram () is a 2004 Malayalam-language comedy horror film by Vinayan starring Prithviraj Sukumaran and Taruni Sachdev with Meenakshi, Karthika Mathew, Jayasurya, Jagathy Sreekumar, Jagadeesh, Siddique, Salim Kumar and Thilakan in pivotal roles. It says the story of paranormal events which revolve around Vinod's daughter Ammu, which eventually leads to the revelations of several shocking truths from the past and the inevitable death of the cruel Mahendra Varma. Plot Vinod is in love with Aswathy, who comes from the Lakshmipuram royal family, which has many dark secrets. When Aswathy's mother refuses to allow her to marry Vinod, she elopes and marries him. Just before the birth of their child, Vinod and Aswathy make up with the royal family consisting of her two uncles, Pooradam Thirunal Valiya Koyi Thampuran (Kuttikrishnan) and Pooradam Thirunal Cheriya Koyi Thampuran (Kochuraman) and their wives Bhagyalakshmi and Sakunthala Devi. Later their child is born to them, but Aswathy dies mysteriously during the delivery. Her mother is bedridden after seeing her death. The baby is called Ammu and is looked after by the members of the family, who later starts thinking that the she is possessed by an evil spirit. Vinod hires Indu to babysit Ammu. Later the family members understand that Indu is also possessed by an evil spirit. The Pooradam Thirunal uncles meet an exorcist, Valliyankattu Thirumeni, to get a solution for their troubles. The exorcist gives them an enchanted plate to be buried in the original deserted Lakshmipuram palace, the root cause for all the problems. When they try to bury the enchanted plate, they are frightened by the ghosts, who looks like Ammu and Indu and become insane. Dr. Sundaresan, a psychiatrist comes to the palace to treat them. Their brother, Mahendra Varma, who is also Sundareshan's friend returns from Kuwait upon hearing his brothers' illness. He falls for the beauty of Indu and try to seduce her only to realise that she is a ghost. He & his brothers, along with Sundaresan, goes to Valliyankattu Thirumeni to learn the reason behind these mysterious happenings. In a flashback, it is revealed that in the days of Sher-e-Mysore (Tipu Sultan), Manaveda Varma, a Keralite king, had joined hands with the British to save his kingdom from falling into the hands of the Sultan. Chandrachoodan (Vinod) was a brave general of the King's army and Indumathi Devi (Indu) was his wife and Ammu, was their daughter. The British general agreed to save the kingdom on the condition that Indumathi submit to him. Manavedan sought his daughter's help to summon Indumathi, as Indumathi was friends with the princess. When Indumathi reaches the palace with her daughter, she was shocked at the betrayal. Out of rage, she tried to kill the British general by pulling the king's sword, but the Manavedan snatches the sword and decapitated Indumathi. They buries her body along with Ammu, who was alive, inside the palace itself. Manavedan ordered to kill Chandrachoodan as he returned from his quest, thereby putting everything to an end. As the child was killed on the day of her 4th birthday, she returned as a vengeful spirit to take revenge on the king. Manavedan, the princess, Chandrachoodan, Indumathi Devi and Ammu reincarnate in the current generation. First, Aswathy was killed prior to her delivery as she was the princess in her previous birth who betrayed Indumathi Devi. In this birth, Mahendran continuously used to get nightmares and it was prophesied that a child will be born in their family with "Karthika" as its star and that the child will be the cause of his death. And when the child is born, Mahendran will experience a physical disability. As per the prophecy, a girl child was born with the same star to his sister, but he killed the child without the knowledge of the rest of the family members. He lost one side of his vision as a result of the child's birth. Now Ammu is also born with "Karthika" as a star but by minutes difference, the family mistook a wrong star. Due to the birth of Ammu he lost his hearing ability on one side but did not realize its cause. Mahendran sends his men to kill Ammu and Vinod but they manages to escape. They arrange for a Pooja to exorcise Indumathi. Valliyankattu Thirumeni successfully manages to control the spirit of Indumathi, but faints after the pooja. Ammu reaches there and gets angry on seeing Mahendran. In spite of others' efforts from saving him, she kills Mahendran and thus her soul finds peace. Now a normal Ammu, joins hands of Vinod and Indu and they live happily ever after. Cast Soundtrack The film's soundtrack contains 8 songs, all composed by M. Jayachandran. Lyrics were by S. Ramesan Nair and Kaithapram. Box office The film was a commercial success. References External links 2004 films 2004 comedy horror films 2000s Malayalam-language films Indian haunted house films Indian pregnancy films Indian comedy horror films Films shot in Alappuzha Films shot in Palakkad Films scored by M. Jayachandran Films about exorcism
Jason Andrew Diederich is a below-knee amputee Australian Paralympic swimmer. He participated in the 1988 Seoul Paralympics and won a silver medal at the 1992 Barcelona Paralympics in the Men's 100 m Butterfly S10 event. At the age of 23, in 1994 he completed his first solo Rottnest Channel Swim and has undertaken the swim several times since. Diederich is an occupational therapist and studied at the Curtin University of Technology. He originally lived in Perth, Western Australia and then moved to Canberra, Australian Capital Territory. In 2013, he lived in Melbourne, Victoria and was Executive General Manager, Community Care, Australian Home Care. In 1992, he was Curtin University of Technology Sports person of the year. References Male Paralympic swimmers for Australia Swimmers at the 1988 Summer Paralympics Swimmers at the 1992 Summer Paralympics Paralympic silver medalists for Australia Living people Medalists at the 1992 Summer Paralympics Amputee category Paralympic competitors Curtin University alumni Occupational therapists Swimmers from Perth, Western Australia People educated at Rossmoyne Senior High School Year of birth missing (living people) Paralympic medalists in swimming Australian male butterfly swimmers Australian male freestyle swimmers S10-classified para swimmers Medalists at the World Para Swimming Championships Sportsmen from Western Australia
Lutraria lutraria is a species of large marine bivalve mollusc in the family Mactridae. Its common names include the otter shell and the common otter shell. It occurs in coastal regions of the north east Atlantic Ocean where it lives buried in the sand. Taxonomy Lutraria lutraria is the type species of the genus Lutraria, the name Mya lutraria being the basionym used by Carl Linnaeus when he described the species in 1758. It was later determined that there were sufficient differences between it and other Mya species for the otter shell to be placed in its own genus. The similarity between Mya and Lutraria is due to convergence due to exploitation of the same habitat rather than a close phylogenetic relationship. Description L. lutraria has a pair of large, elongated oval valves up to long. They are smooth, glossy and fairly thin. They are a creamy colour and the periostracum is olive brown. This layer gets worn away over time and is often completely missing in shells found on the beach. There are concentric sculptured lines showing periods of growth and a few faint radial lines near the hinge. The left valve has two cardinal teeth with a third small one behind. The right valve has two small cardinal teeth and a small lateral one. The flesh of the animal is white. The foot is thick and protrudes through the pedal gape at the posterior end. The mantle edges are fringed with white and are fused together. The massive siphons can be extended to two or three times the length of the shell and are joined together for their entire length. They are streaked with brown and purple and are housed in a transparent, gelatinous sheath composed of protein and chitin. The siphons are outgrowths of the mantle while the sheath is a continuation of the periostracum. There are two rings of tiny tentacles round the orifice of the inhalant siphon and a single ring and a membrane round the exhalant one. The mantle has a fourth pallial opening near the base of the siphon. <div align=center> Right and left valve of the same specimen: </div align=center> Distribution L. lutraria is found off the coasts of north west Europe from Norway south to the Mediterranean Sea and also in West Africa. It is found in soft substrates from the low tide mark down to about one hundred metres. The largest individuals with the longest siphons bury themselves at the greatest depths. Biology L. lutraria is a filter feeder. It draws in water through one siphon and expels it through the other. Respiration takes place as the water current passes over the gills. Waste is periodically expelled through the fourth pallial opening which can also be used for expulsion of water from the mantle cavity. Trawling may damage or remove the tips of the siphons and bottom feeding fish may nip them off but the animal can regenerate the inner layers over the course of a few days. Hydraulic blade dredge fishing takes place for razor clams, Ensis spp., in Scotland and the process was studied to examine its impact. Bottom trawling of the seabed is often preceded by a sand fluidation process designed to loosen the sediment. Dredging damages a considerable portion of the benthic megafauna including L. lutraria, however this species tends to live at greater depths than is reached by the process. Nevertheless, between 20% and 100% are damaged in a single dredge haul. Some individuals are undamaged but left lying on the surface and it has been found that their ability to rebury themselves is limited. Unlike razor clams, they normally spend their lives in one spot and the foot is relatively small and mainly used for anchorage rather than digging. Any animal unable to rebury itself rapidly is likely to fall prey to the scavengers that move in after a trawl has passed. Such studies are of importance in assessing the ecological consequence and sustainability of fisheries. References Mactridae Molluscs of the Atlantic Ocean Molluscs described in 1758 Taxa named by Carl Linnaeus
Fabricio Raúl Jesús Oberto (; born March 21, 1975) is an Argentine-Italian color analyst and former professional basketball player. At , he played as a center and power forward. With the LNB club Atenas, in his native Argentina, Oberto began playing professionally in 1993, and later played overseas with teams in Spain and Greece. In 2005, Oberto signed with the San Antonio Spurs, a team of the American National Basketball Association (NBA), and won a championship with the Spurs in 2007. He is also a former member of the senior Argentina national basketball team. He was inducted into the FIBA Hall of Fame in 2019. Professional career Argentina and Europe At age 17, Oberto went to a trial at Atenas de Córdoba, one of the most important basketball clubs in Argentina, and was selected to start the following year, and started playing professionally later that year. In 1998, after being chosen MVP of the finals of the Argentine league, he transferred to the Greek League club Olympiacos, starting his EuroLeague experience that would take him to the Spanish League's TAU Cerámica a year later. After 3 seasons with TAU, he moved to Pamesa Valencia in 2002. NBA career In 2005, after voiding his contract with Pamesa, Oberto signed a three-year, US$7.5 million contract with the San Antonio Spurs of the NBA, where he joined fellow Argentine Manu Ginóbili. He kept with jersey number 7, the same kit number he used with the Argentina national basketball team. Oberto was the oldest rookie in Spurs history at the age of 31. During the first year of his NBA stint, Oberto was no longer the key player he had been in Europe, playing less than nine minutes per game on average. He nonetheless was very satisfied with his role on the Spurs, a perennial championship contender. In his second NBA season, Oberto became more of a factor in the Spurs rotation, starting in some games and getting his first double-double on November 8, 2006, when he scored 22 points and pulled down 10 rebounds. He also became a pivotal player for the Spurs during the 2006–07 Western Conference Finals, averaging 31 minutes and 14 points in the first two games of the series. Oberto won an NBA championship with the Spurs in 2007. On June 23, 2009, Oberto was traded to the Detroit Pistons as a part of a three-team trade among Pistons, Spurs and the Milwaukee Bucks, which included Richard Jefferson. Then he was immediately waived by the Pistons. On August 11, 2009, he was signed by the Wizards. Since jersey number 7 was already taken by Andray Blatche, he chose to wear number 21 because of his birth date (March 21) and in honor of one of his idols, former teammate Tim Duncan. After a single season in which he got limited playing time as the team struggled through the Gilbert Arenas gun incident and ultimately began to rebuild, he became a free agent once more in the summer of 2010. Oberto was a significant contributor defending Argentina for its fifth-place finish at the 2010 FIBA World Championship. After his solid play during the World Championship in Turkey, he received multiple offers from European teams, most notably Efes Pilsen and Real Madrid. Oberto held out for an opportunity to sign with an NBA team. He reached an agreement to join the Portland Trail Blazers for the 2010–11 season. However, on November 4, 2010, after playing five games for Portland, he began experiencing palpitations related to a previous heart condition and decided to retire in order to preserve his health. Return to activity In January 2013, Oberto signed a contract with his former team, Atenas de Córdoba, returning to the Liga Nacional de Básquetbol after 14 years. Oberto was hired for the remainder of the season as a replacement for center Julián Aprea, who had been separated from the team by coach Alejandro Lotterio and then dismissed at the end of 2012. National team career Oberto started playing with the Argentina national basketball team shortly before his 20th birthday in 1995; tournament success followed, including bringing to Argentina a gold medal at the 2004 Summer Olympics. In July 2011, Oberto announced that he was coming out of retirement to play in the FIBA Americas Championship. He said that doctors had cleared him to participate. Personal problems prevented him from playing for Argentina in the 2012 Summer Olympics. Accomplishments and awards Clubs Argentine Youth League Champion: 1993 South American Club Championship champion: 1994 Pan American Club Championship champion: 1996 FIBA South American League champion: 1997, 1998 Argentine League champion: 1998 Spanish King's Cup winner: 2002 Spanish League champion: 2002 ULEB Cup champion: 2003 NBA champion: 2007 Argentina national team Summer Olympics : 2004 Summer Olympics : 2008 Pan American Games : 1995 FIBA World Championship : 2002 FIBA Americas Championship : 2001, 2011 FIBA Americas Championship : 1995, 2003 FIBA South American Championship : 1997 FIBA Diamond Ball : 2008 FIBA Diamond Ball : 2004 Post-playing career On February 9, 2021, the Austin Spurs of the NBA G League announced that Oberto would be the team's color analyst during the 2020–21 season. Personal life Oberto was born in Las Varillas, Argentina. Oberto and his wife have a daughter. He also enjoys playing the guitar and his favorite bands include Pearl Jam, Nirvana, Foo Fighters, U2 and Metallica. On June 4, 2009, Oberto underwent a successful ablation procedure to correct the electrical system of the heart that was sending Oberto into atrial fibrillation. The procedure was performed at the Texas Cardiac Arrhythmia Institute in Austin. NBA career statistics Regular season \|- \| style="text-align:left;"\| \| style="text-align:left;"\|San Antonio \| 59 \|\| 0 \|\| 8.3 \|\| .473 \|\| .000 \|\| .556 \|\| 2.1 \|\| .5 \|\| .2 \|\| .2 \|\| 1.7 \|- \| style="text-align:left; background:#afe6ba;"\| \| style="text-align:left;"\|San Antonio \| 79 \|\| 33 \|\| 17.3 \|\| .562 \|\| \|\| .647 \|\| 4.7 \|\| .9 \|\| .3 \|\| .3 \|\| 4.4 \|- \| style="text-align:left;"\| \| style="text-align:left;"\|San Antonio \| style="background:#cfecec;"\| 82* \|\| 64 \|\| 20.1 \|\| .608 \|\| .000 \|\| .607 \|\| 5.2 \|\| 1.2 \|\| .5 \|\| .2 \|\| 4.8 \|- \| style="text-align:left;"\| \| style="text-align:left;"\|San Antonio \| 54 \|\| 11 \|\| 12.5 \|\| .587 \|\| .000 \|\| .571 \|\| 2.6 \|\| 1.1 \|\| .1 \|\| .2 \|\| 2.6 \|- \| style="text-align:left;"\| \| style="text-align:left;"\|Washington \| 57 \|\| 20 \|\| 11.4 \|\| .625 \|\| \|\| .765 \|\| 1.8 \|\| .9 \|\| .2 \|\| .2 \|\| 1.5 \|- \| style="text-align:left;"\| \| style="text-align:left;"\|Portland \| 5 \|\| 0 \|\| 9.0 \|\| .600 \|\| \|\| .500 \|\| 1.4 \|\| .0 \|\| .0 \|\| .0 \|\| 1.4 \|- class="sortbottom" \| style="text-align:center;" colspan="2"\|Career \| 336 \|\| 128 \|\| 14.5 \|\| .576 \|\| .000 \|\| .617 \|\| 3.5 \|\| .9 \|\| .3 \|\| .2 \|\| 3.2 Playoffs \|- \| style="text-align:left;"\|2006 \| style="text-align:left;"\|San Antonio \| 7 \|\| 0 \|\| 4.9 \|\| .333 \|\| \|\| .250 \|\| .9 \|\| .1 \|\| .1 \|\| .4 \|\| 1.0 \|- \| style="text-align:left; background:#afe6ba;"\|2007 \| style="text-align:left;"\|San Antonio \| 20 \|\| 12 \|\| 20.8 \|\| .625 \|\| .000 \|\| .571 \|\| 4.9 \|\| .7 \|\| .3 \|\| .2 \|\| 5.6 \|- \| style="text-align:left;"\|2008 \| style="text-align:left;"\|San Antonio \| 17 \|\| 9 \|\| 19.5 \|\| .609 \|\| \|\| .700 \|\| 4.2 \|\| 1.2 \|\| .4 \|\| .3 \|\| 3.7 \|- \| style="text-align:left;"\|2009 \| style="text-align:left;"\|San Antonio \| 2 \|\| 0 \|\| 11.0 \|\| .667 \|\| \|\| 1.000 \|\| 2.0 \|\| .0 \|\| 1.0 \|\| .0 \|\| 6.0 \|- class="sortbottom" \| style="text-align:center;" colspan="2"\|Career \| 46 \|\| 21 \|\| 17.4 \|\| .603 \|\| .000 \|\| .615 \|\| 3.9 \|\| .8 \|\| .3 \|\| .3 \|\| 4.2 References External links EuroLeague profile Liga ACB profile FIBA profile 1975 births Living people 1998 FIBA World Championship players 2002 FIBA World Championship players 2006 FIBA World Championship players 2010 FIBA World Championship players Argentine expatriate basketball people in Spain Argentine expatriate basketball people in the United States Argentine expatriate sportspeople in Greece Argentine men's basketball players Argentine sportspeople of Italian descent Atenas basketball players Basketball players at the 1995 Pan American Games Basketball players at the 1996 Summer Olympics Basketball players at the 2004 Summer Olympics Basketball players at the 2008 Summer Olympics Centers (basketball) FIBA Hall of Fame inductees Greek Basket League players Italian men's basketball players Liga ACB players Medalists at the 1995 Pan American Games Medalists at the 2004 Summer Olympics Medalists at the 2008 Summer Olympics National Basketball Association players from Argentina Olympiacos B.C. players Olympic basketball players for Argentina Olympic bronze medalists for Argentina Olympic gold medalists for Argentina Olympic medalists in basketball Pan American Games gold medalists for Argentina Pan American Games medalists in basketball Portland Trail Blazers players Power forwards (basketball) San Antonio Spurs players Saski Baskonia players Sportspeople from Córdoba Province, Argentina Undrafted National Basketball Association players Valencia Basket players Washington Wizards players
Oenopota alba is a species of sea snail, a marine gastropod mollusk in the family Mangeliidae. Description Distribution This marine species occurs off Sakhalin, Eastern Russia References Golikov, A. N., and O. A. Scarlato. "Shell-bearing gastropod and bivalve molluscs of the shelf of southern Sakhalin and their ecology." Biocenoses and fauna of the shelf of south Sakhalin. Issledovaniya Fauny Morei 30.38 (1985): 360–487. External links alba Gastropods described in 1985
```java package com.thealgorithms.sorts; import static org.junit.jupiter.api.Assertions.assertEquals; import java.util.Arrays; import java.util.List; import org.junit.jupiter.api.Test; public class MergeSortRecursiveTest { // private MergeSortRecursive mergeSortRecursive = new MergeSortRecursive(); @Test void testMergeSortRecursiveCase1() { MergeSortRecursive mergeSortRecursive = new MergeSortRecursive(Arrays.asList(5, 12, 9, 3, 15, 88)); List<Integer> expected = Arrays.asList(3, 5, 9, 12, 15, 88); List<Integer> sorted = mergeSortRecursive.mergeSort(); assertEquals(expected, sorted); } @Test void testMergeSortRecursiveCase2() { MergeSortRecursive mergeSortRecursive = new MergeSortRecursive(Arrays.asList(-3, 5, 3, 4, 3, 7, 40, -20, 30, 0)); List<Integer> expected = Arrays.asList(-20, -3, 0, 3, 3, 4, 5, 7, 30, 40); List<Integer> sorted = mergeSortRecursive.mergeSort(); assertEquals(expected, sorted); } } ```
```c++ // your_sha256_hash------------ // - Open3D: www.open3d.org - // your_sha256_hash------------ // your_sha256_hash------------ #include "open3d/core/CUDAUtils.h" #include "open3d/Macro.h" #include "open3d/utility/Logging.h" #ifdef BUILD_CUDA_MODULE #include "open3d/core/MemoryManager.h" #endif namespace open3d { namespace core { namespace cuda { int DeviceCount() { #ifdef BUILD_CUDA_MODULE try { int num_devices; OPEN3D_CUDA_CHECK(cudaGetDeviceCount(&num_devices)); return num_devices; } // This function is also used to detect CUDA support in our Python code. // Thus, catch any errors if no GPU is available. catch (const std::runtime_error&) { return 0; } #else return 0; #endif } bool IsAvailable() { return cuda::DeviceCount() > 0; } void ReleaseCache() { #ifdef BUILD_CUDA_MODULE #ifdef ENABLE_CACHED_CUDA_MANAGER // Release cache from all devices. Since only memory from MemoryManagerCUDA // is cached at the moment, this works as expected. In the future, the logic // could become more fine-grained. MemoryManagerCached::ReleaseCache(); #else utility::LogWarning( "Built without cached CUDA memory manager, cuda::ReleaseCache() " "has no effect."); #endif #else utility::LogWarning("Built without CUDA module, cuda::ReleaseCache()."); #endif } void Synchronize() { #ifdef BUILD_CUDA_MODULE for (int i = 0; i < DeviceCount(); ++i) { Synchronize(Device(Device::DeviceType::CUDA, i)); } #endif } void Synchronize(const Device& device) { #ifdef BUILD_CUDA_MODULE if (device.IsCUDA()) { CUDAScopedDevice scoped_device(device); OPEN3D_CUDA_CHECK(cudaDeviceSynchronize()); } #endif } void AssertCUDADeviceAvailable(int device_id) { #ifdef BUILD_CUDA_MODULE int num_devices = cuda::DeviceCount(); if (num_devices == 0) { utility::LogError( "Invalid device 'CUDA:{}'. -DBUILD_CUDA_MODULE=ON, but no " "CUDA device available.", device_id); } else if (num_devices == 1 && device_id != 0) { utility::LogError( "Invalid CUDA Device 'CUDA:{}'. Device ID expected to " "be 0, but got {}.", device_id, device_id); } else if (device_id < 0 \|\| device_id >= num_devices) { utility::LogError( "Invalid CUDA Device 'CUDA:{}'. Device ID expected to " "be between 0 to {}, but got {}.", device_id, num_devices - 1, device_id); } #else utility::LogError( "-DBUILD_CUDA_MODULE=OFF. Please build with -DBUILD_CUDA_MODULE=ON " "to use CUDA device."); #endif } void AssertCUDADeviceAvailable(const Device& device) { if (device.IsCUDA()) { AssertCUDADeviceAvailable(device.GetID()); } else { utility::LogError( "Expected device-type to be CUDA, but got device '{}'", device.ToString()); } } bool SupportsMemoryPools(const Device& device) { #if defined(BUILD_CUDA_MODULE) && (CUDART_VERSION >= 11020) if (device.IsCUDA()) { int driverVersion = 0; int deviceSupportsMemoryPools = 0; OPEN3D_CUDA_CHECK(cudaDriverGetVersion(&driverVersion)); if (driverVersion >= 11020) { // avoid invalid value error in cudaDeviceGetAttribute OPEN3D_CUDA_CHECK(cudaDeviceGetAttribute( &deviceSupportsMemoryPools, cudaDevAttrMemoryPoolsSupported, device.GetID())); } return !!deviceSupportsMemoryPools; } else { return false; } #else return false; #endif } #ifdef BUILD_CUDA_MODULE int GetDevice() { int device; OPEN3D_CUDA_CHECK(cudaGetDevice(&device)); return device; } static void SetDevice(int device_id) { AssertCUDADeviceAvailable(device_id); OPEN3D_CUDA_CHECK(cudaSetDevice(device_id)); } class CUDAStream { public: static CUDAStream& GetInstance() { // The global stream state is given per thread like CUDA's internal // device state. static thread_local CUDAStream instance; return instance; } cudaStream_t Get() { return stream_; } void Set(cudaStream_t stream) { stream_ = stream; } static cudaStream_t Default() { return static_cast<cudaStream_t>(0); } private: CUDAStream() = default; CUDAStream(const CUDAStream&) = delete; CUDAStream& operator=(const CUDAStream&) = delete; cudaStream_t stream_ = Default(); }; cudaStream_t GetStream() { return CUDAStream::GetInstance().Get(); } static void SetStream(cudaStream_t stream) { CUDAStream::GetInstance().Set(stream); } cudaStream_t GetDefaultStream() { return CUDAStream::Default(); } #endif } // namespace cuda #ifdef BUILD_CUDA_MODULE CUDAScopedDevice::CUDAScopedDevice(int device_id) : prev_device_id_(cuda::GetDevice()) { cuda::SetDevice(device_id); } CUDAScopedDevice::CUDAScopedDevice(const Device& device) : CUDAScopedDevice(device.GetID()) { cuda::AssertCUDADeviceAvailable(device); } CUDAScopedDevice::~CUDAScopedDevice() { cuda::SetDevice(prev_device_id_); } constexpr CUDAScopedStream::CreateNewStreamTag CUDAScopedStream::CreateNewStream; CUDAScopedStream::CUDAScopedStream(const CreateNewStreamTag&) : prev_stream_(cuda::GetStream()), owns_new_stream_(true) { OPEN3D_CUDA_CHECK(cudaStreamCreate(&new_stream_)); cuda::SetStream(new_stream_); } CUDAScopedStream::CUDAScopedStream(cudaStream_t stream) : prev_stream_(cuda::GetStream()), new_stream_(stream), owns_new_stream_(false) { cuda::SetStream(stream); } CUDAScopedStream::~CUDAScopedStream() { if (owns_new_stream_) { OPEN3D_CUDA_CHECK(cudaStreamDestroy(new_stream_)); } cuda::SetStream(prev_stream_); } CUDAState& CUDAState::GetInstance() { static CUDAState instance; return instance; } bool CUDAState::IsP2PEnabled(int src_id, int tar_id) const { cuda::AssertCUDADeviceAvailable(src_id); cuda::AssertCUDADeviceAvailable(tar_id); return p2p_enabled_[src_id][tar_id]; } bool CUDAState::IsP2PEnabled(const Device& src, const Device& tar) const { cuda::AssertCUDADeviceAvailable(src); cuda::AssertCUDADeviceAvailable(tar); return p2p_enabled_[src.GetID()][tar.GetID()]; } void CUDAState::ForceDisableP2PForTesting() { for (int src_id = 0; src_id < cuda::DeviceCount(); ++src_id) { for (int tar_id = 0; tar_id < cuda::DeviceCount(); ++tar_id) { if (src_id != tar_id && p2p_enabled_[src_id][tar_id]) { p2p_enabled_[src_id][tar_id] = false; } } } } CUDAState::CUDAState() { // Check and enable all possible peer to peer access. p2p_enabled_ = std::vector<std::vector<bool>>( cuda::DeviceCount(), std::vector<bool>(cuda::DeviceCount(), false)); for (int src_id = 0; src_id < cuda::DeviceCount(); ++src_id) { for (int tar_id = 0; tar_id < cuda::DeviceCount(); ++tar_id) { if (src_id == tar_id) { p2p_enabled_[src_id][tar_id] = true; } else { CUDAScopedDevice scoped_device(src_id); // Check access. int can_access = 0; OPEN3D_CUDA_CHECK( cudaDeviceCanAccessPeer(&can_access, src_id, tar_id)); // Enable access. if (can_access) { p2p_enabled_[src_id][tar_id] = true; cudaError_t err = cudaDeviceEnablePeerAccess(tar_id, 0); if (err == cudaErrorPeerAccessAlreadyEnabled) { // Ignore error since P2P is already enabled. cudaGetLastError(); } else { OPEN3D_CUDA_CHECK(err); } } else { p2p_enabled_[src_id][tar_id] = false; } } } } } int GetCUDACurrentDeviceTextureAlignment() { int value; OPEN3D_CUDA_CHECK(cudaDeviceGetAttribute( &value, cudaDevAttrTextureAlignment, cuda::GetDevice())); return value; } int GetCUDACurrentWarpSize() { int value; OPEN3D_CUDA_CHECK(cudaDeviceGetAttribute(&value, cudaDevAttrWarpSize, cuda::GetDevice())); return value; } size_t GetCUDACurrentTotalMemSize() { size_t free; size_t total; OPEN3D_CUDA_CHECK(cudaMemGetInfo(&free, &total)); return total; } #endif } // namespace core } // namespace open3d #ifdef BUILD_CUDA_MODULE namespace open3d { namespace core { void __OPEN3D_CUDA_CHECK(cudaError_t err, const char* file, const int line) { if (err != cudaSuccess) { utility::LogError("{}:{} CUDA runtime error: {}", file, line, cudaGetErrorString(err)); } } void __OPEN3D_GET_LAST_CUDA_ERROR(const char* message, const char* file, const int line) { cudaError_t err = cudaGetLastError(); if (err != cudaSuccess) { utility::LogError("{}:{} {}: OPEN3D_GET_LAST_CUDA_ERROR(): {}", file, line, message, cudaGetErrorString(err)); } } } // namespace core } // namespace open3d #endif // C interface to provide un-mangled function to Python ctypes extern "C" OPEN3D_DLL_EXPORT int open3d_core_cuda_device_count() { return open3d::core::cuda::DeviceCount(); } ```
Faze means to frighten or cause hesitation to someone. Faze may also refer to: Faze Action Faze (band) 1990s FaZe Clan, a professional eSports organization Faze FM Faze (magazine), a Canadian magazine Faze (musician), Nigerian musician Faze TV (disambiguation) See also Phase (disambiguation)
Old Ways New Ways is a 1988 documentary film about the Peek Freans biscuit factory in Bermondsey and its closing down in the late 1980s. The film also looks back at nearly 100 years of the factory's life. Directed by Olivier Stockman and produced by Trevor Ingman at Sands Films Studios in London, with cinematography by John Fletcher. Production The film was made as the factory in Bermondsey was slowly closing down in 1988 and is told entirely by the employees of the plant. It contrasts the "old way of making biscuits" with the "new way of the factory about to close down". Peek Frean & Company was one of the first mass producers of biscuits and invented the household favourites Garibaldi and Bourbon, and, more recently, snacks such as Cheeselets and Twiglets. The DVD was digitally remastered and re-issued in 2005, in time for the 100th anniversary of the 1906 black and white documentary film about the factory - A Visit to Peek Frean and Co.'s Biscuit Works, directed by G. H. Cricks and H. M. Sharp. Sands Films, the production company that made the film, is owned and run by Christine Edzard, the screenwriter and director, and her husband Richard B. Goodwin. References External links Beautiful South: Lambeth and Southwark on screen at British Film Institute Old Ways New Ways (1988) at Southwark Local History Library and Archive 1988 films British historical films 1980s English-language films 1980s British films

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