DataHammer/scimrc huggingface dataset:
Question: Extract and list the names of characters a player can control in The Last of Us mentioned in the paragraph. Also describe relationships between those characters.
Evidence: The Last of Us is an action-adventure game played from a third-person perspective. The player traverses post-apocalyptic environments such as towns, buildings, forests, and sewers to advance the story. The player can use firearms, improvised weapons, hand-to-hand combat, and stealth to defend against hostile humans and cannibalistic creatures infected by a mutated strain of the Cordyceps fungus. For most of the game, the player takes control of Joel, a man tasked with escorting a young girl, Ellie, across the United States. The player also controls Ellie throughout the game's winter segment and briefly controls Joel's daughter, Sarah, in the opening sequence.
Answer: In the Last of Us, a player can control Joel, Ellie (who is being escorted by Joel across the United States), and Sarah (who is Joel's daughter).
Question: List the Pixar movies that were nominated for Academy Awards but did not win.
Evidence: Pixar has produced 26 feature films, starting with Toy Story (1995), which is the first fully computer-animated feature film; its most recent film was Lightyear (2022). The studio has also produced many short films. As of July 2019, its feature films have earned approximately $14 billion at the worldwide box office, with an average worldwide gross of $680 million per film. Toy Story 3 (2010), Finding Dory (2016), Incredibles 2 (2018), and Toy Story 4 (2019) are all among the 50 highest-grossing films of all time. Incredibles 2 is the studio's highest grossing film as well as the fourth-highest-grossing animated film of all time, with a gross of $1.2 billion; the other three also grossed over $1 billion. Moreover, 15 of Pixar's films are in the 50 highest-grossing animated films of all time.
Pixar has earned 23 Academy Awards, 10 Golden Globe Awards, and 11 Grammy Awards, along with numerous other awards and acknowledgments. Its films are frequently nominated for the Academy Award for Best Animated Feature, since its inauguration in 2001, with eleven winners being Finding Nemo (2003), The Incredibles (2004), Ratatouille (2007), WALL-E (2008), Up (2009), Toy Story 3 (2010), Brave (2012), Inside Out (2015), Coco (2017), Toy Story 4 (2019), and Soul (2020). The six nominated films that did not win are Monsters, Inc. (2001), Cars (2006), Incredibles 2 (2018), Onward (2020), Luca (2021) and Turning Red (2022). While Cars 2 (2011), Monsters University (2013), The Good Dinosaur (2015), Finding Dory (2016), Cars 3 (2017) and the aforementioned Lightyear were not nominated. In addition, Toy Story 3 and Up were nominated for the Academy Award for Best Picture.
On February 10, 2009, Pixar executives John Lasseter, Brad Bird, Pete Docter, Andrew Stanton, and Lee Unkrich were presented with the Golden Lion award for Lifetime Achievement by the Venice Film Festival. The physical award was ceremoniously handed to Lucasfilm's founder, George Lucas.
Answer: Monsters, Inc. (2001), Cars (2006), Incredibles 2 (2018), Onward (2020), Luca (2021), Turning Red (2022)
Question: What is the Daisy Bates House
Evidence: The Daisy Bates House is a historic house at 1207 West 28th Street in Little Rock, Arkansas, USA. It is significant as the home of Arkansas NAACP president Daisy Bates, and for its use as a command post for those working to desegregate the Little Rock Central High School during the desegregation crisis of 1957–1958. It was a sanctuary for the nine students involved. It was declared a National Historic Landmark in 2001.

Description
The Daisy Bates House is set in a mid-20th-century residential area south of downtown Little Rock, Arkansas. It is a typical 1950s ranch house, one story in height, measuring about 39 feet (12 m) by 51 feet (16 m). It has a wood-frame structure, with its exterior finished in brick veneer. It is topped by a hip roof with broad eaves, which also shelters a carport on the north and west side of the house. The foundation and the carport deck are poured concrete.

The main elevation, facing north, has two picture windows with sidelights. The main entrance to the living room is located in the carport, as is a secondary entrance to the kitchen. The main floor has a typical ranch plan, with a public area consisting of living room, dining room, and kitchen, with a hallway leading to two bedrooms. There are two bathrooms. The basement is partially finished, housing a recreation room and half-bath in addition to the house's mechanical systems. The attic is finished and is accessible via pulldown stairs.
Answer: The Daisy Bates House is a historic house at 1207 West 28th Street in Little Rock, Arkansas, USA. It is significant as the home of Arkansas NAACP president Daisy Bates, and for its use as a command post for those working to desegregate the Little Rock Central High School during the desegregation crisis of 1957–1958. It was a sanctuary for the nine students involved. It was declared a National Historic Landmark in 2001.

The Daisy Bates House is set in a mid-20th-century residential area south of downtown Little Rock, Arkansas. It is a typical 1950s ranch house, one story in height, measuring about 39 feet (12 m) by 51 feet (16 m). It has a wood-frame structure, with its exterior finished in brick veneer. It is topped by a hip roof with broad eaves, which also shelters a carport on the north and west side of the house. The foundation and the carport deck are poured concrete.
Question: I started a new company named Greystone Inc. What do we do?
Answer: - Investment banking for weird guys only
- Aerospace consulting
- Pasta and pasta accessory global logistics
- Political lobbying for the mining industry
Question: What are the two approaches they take for transition segments?
Evidence: Speech signals are analyzed based on the automatic detection of onset and offset transitions, which model the difficulties of the patients to start/stop the movement of the vocal folds. The detection of the transitions is based on the presence of the fundamental frequency of speech in short-time frames, as it was shown in BIBREF7. The border between voiced and unvoiced frames is detected, and 80 ms of the signal are taken to the left and to the right, forming segments with 160 ms length. The transition segments are modeled with two different approaches: (1) a baseline model based on hand-crafted features, which are classified using an SVM, and (2) a model based on time-frequency representations used as input to train a CNN, which then will be used for the transfer learning strategy. Further details are given in the following subsections.
The transition segments are modeled with two different approaches: (1) a baseline model based on hand-crafted features, which are classified using an SVM, and (2) a model based on time-frequency representations used as input to train a CNN, which then will be used for the transfer learning strategy. Further details are given in the following subsections.
Answer: (1) a baseline model based on hand-crafted features, which are classified using an SVM, and (2) a model based on time-frequency representations used as input to train a CNN, which then will be used for the transfer learning strategy.
Question: Why does the divide and average method for computing square roots work?
Answer: The divide and average method for computing square roots starts with a guess of the square root. For example, to compute the square root of 8, we might start with 3, since we know 9 is the square of 3. Given a guess, the method is a formula for generating the next guess. The formula states the next guess should be average of the current guess and the square (the number for which you want compute the square root) divided by the guess. Returning to our example, the next guess is (3 + 8/3)/2 = 17/6. Applying this formula repeatedly yields a guess which is closer and closer to actual square root.

The reason this works is that limit of the sequence of guesses generated by this formula is the square root. To see this, first recognize that in the limit, next guess must be equal to the current guess. The guesses get closer and closer until, after an infinite number of steps, they are the same. Using a variable X to represent the limit and applying the formula yields an equation which can be solved for X via algebra. The solution is that X must be square root.
Question: Write a short strategy on how to increase your chances to win a chess game.
Answer: The game of chess includes thinking several moves ahead of the opponent. You have to start by getting to the strategic squares on the board faster than the opponent, which directly results in having an upper hand for the rest of the game. The next best step is to protect your pieces while taking out several of your opponent's pieces. The pawn structure needs to be aligned in a way that protects the king at all times and clears the way for the queen to strategically advance forward into the opponent's side. Another strategy is by making the move of casting that pushes the king to the corner as opposed to being exposed in the front once pawns are taken out.
Question: Which is a bird or fish: Yellow wagtail, Yellowback fusilier
Answer: Yellow wagtail is a bird, Yellowback fusilier is a fish
Question: What is Huallacancha?
Evidence: Huallacancha or Huallacanecha (possibly from Quechua walla mountain range, kancha enclosure, enclosed place, yard, a frame, or wall that encloses) is a mountain in the Pariacaca mountain range in the Andes of Peru, about 5,500 metres (18,045 ft) high. It is situated in the Junín Region, Yauli Province, on the border of the districts Suitucancha and Yauli. Huallacancha lies south-east of the mountain Qarwachuku, west of the mountain Ukhu Qhata and north of the mountain Wayllakancha.
Answer: Huallacancha is a mountain in the Andes of Peru that is approximately 18,045 ft high.
Question: Who won the 2018 NHL Stanley Cup Finals?
Answer: The Washington Capitals won the 2018 Stanley Cup on June 8th, 2018. They defeated the Las Vegas Golden Nights 4 games to 1 in a best of 7 game series. The Capitals were coached by Barry Trotz and led by team captain, Alex Ovechkin, who won the Conn Smythe Trophy as Most Valuable Player.
Question: What was the result and impact of the First Battle of Tannenberg?
Evidence: The Battle of Grunwald, Battle of Žalgiris, or First Battle of Tannenberg, was fought on 15 July 1410 during the Polish–Lithuanian–Teutonic War. The alliance of the Crown of the Kingdom of Poland and the Grand Duchy of Lithuania, led respectively by King Władysław II Jagiełło (Jogaila), and Grand Duke Vytautas, decisively defeated the German Teutonic Order, led by Grand Master Ulrich von Jungingen. Most of the Teutonic Order's leadership were killed or taken prisoner.

Although defeated, the Teutonic Order withstood the subsequent siege of the Malbork Castle and suffered minimal territorial losses at the Peace of Thorn (1411), with other territorial disputes continuing until the Treaty of Melno in 1422. The order, however, never recovered their former power, and the financial burden of war reparations caused internal conflicts and an economic downturn in the lands controlled by them. The battle shifted the balance of power in Central and Eastern Europe and marked the rise of the Polish–Lithuanian union as the dominant regional political and military force.

The battle was one of the largest in medieval Europe. The battle is viewed as one of the most important victories in the histories of Poland and Lithuania. It is also commemorated in Ukraine and Belarus. It has been used as a source of romantic legends and national pride, becoming a larger symbol of struggle against foreign invaders. During the 20th century, the battle was used in Nazi German and Soviet propaganda campaigns. Only in recent decades have historians moved towards a dispassionate, scholarly assessment of the battle, reconciling the previous narratives, which differed widely by nation.
Answer: The Teutonic Order was defeated in the First Battle of Tannenberg and the subsequent decline of the Teutonic Order led to Polish–Lithuanian union becoming the dominant regional force.
Question: How is the model tested？
Evidence: We now apply our dogmatism classifier to a larger dataset of posts, examining how dogmatic language shapes the Reddit community. Concretely, we apply the BOW+LING model trained on the full Reddit dataset to millions of new unannotated posts, labeling these posts with a probability of dogmatism according to the classifier (0=non-dogmatic, 1=dogmatic). We then use these dogmatism annotations to address four research questions.
Concretely, we apply the BOW+LING model trained on the full Reddit dataset to millions of new unannotated posts, labeling these posts with a probability of dogmatism according to the classifier (0=non-dogmatic, 1=dog- matic).
Answer: The BOW+LING model is applied on the full Reddit dataset to millions of new unannotated posts.
Question: Tell me which of these are types of desserts: flan, steak, tofu, broccoli, cookies, Cheetos, banana bread, ice cream, giblets, macaron, doughnut, a toothbrush
Answer: Flan, cookies, banana bread, ice cream, macaron, doughnut
Question: Given this reference text about beneficence, what can I do to ensure compliance to the beneficence concept?
Evidence: Beneficence is a concept in research ethics that states that researchers should have the welfare of the research participant as a goal of any clinical trial or other research study. The antonym of this term, maleficence, describes a practice that opposes the welfare of any research participant. According to the Belmont Report, researchers are required to follow two moral requirements in line with the principle of beneficence: do not harm and maximize possible benefits for research while minimizing any potential harm on others.

The concept that medical professionals and researchers would always practice beneficence seems natural to most patients and research participants, but in fact, every health intervention or research intervention has potential to harm the recipient. There are many different precedents in medicine and research for conducting a cost–benefit analysis and judging whether a certain action would be a sufficient practice of beneficence, and the extent to which treatments are acceptable or unacceptable is under debate.

Despite differences in opinion, there are many concepts on which there is wide agreement. One is that there should be community consensus when determining best practices for dealing with ethical problems.
Answer: Ensure you are not harming your research participants, while maximizing benefits and minimizing any potential harm.  Engage with your community to determine best practices when encountering ethical concerns.  This should ensure your compliance with beneficence.
Question: How they prove that multi-head self-attention is at least as powerful as convolution layer? 
Evidence: The theorem is proven constructively by selecting the parameters of the multi-head self-attention layer so that the latter acts like a convolutional layer. In the proposed construction, the attention scores of each self-attention head should attend to a different relative shift within the set $\Delta \!\!\!\!\Delta _K = \lbrace -\lfloor K/2 \rfloor , \dots , \lfloor K/2 \rfloor \rbrace ^2$ of all pixel shifts in a $K\times K$ kernel. The exact condition can be found in the statement of Lemma UNKREF15.
The theorem is proven constructively by selecting the parameters of the multi-head self-attention layer so that the latter acts like a convolutional layer.
Answer: The answers are shown as follows:
* constructively by selecting the parameters of the multi-head self-attention layer so that the latter acts like a convolutional layer
Question: Give me ideas on how to gain trust in workplace.
Answer: Value long-term relationships. Trust requires long-term thinking
Be honest
Honor your commitments
Admit when you're wrong
Communicate effectively
Be vulnerable
Be helpful
Show people that you care
Question: What US state has the greatest population?
Answer: California is the most populous American state.
Question: Who is Andres Bello?
Evidence: Andrés de Jesús María y José Bello López (Spanish pronunciation: [anˈdɾes ˈβeʝo]; November 29, 1781 – October 15, 1865) was a Venezuelan-Chilean humanist, diplomat, poet, legislator, philosopher, educator and philologist, whose political and literary works constitute an important part of Spanish American culture. Bello is featured on the old 2,000 Venezuelan bolívar and the 20,000 Chilean peso notes.
Answer: Andrés de Jesús María y José Bello López (Spanish pronunciation: [anˈdɾes ˈβeʝo]; November 29, 1781 – October 15, 1865) was a Venezuelan-Chilean humanist, diplomat, poet, legislator, philosopher, educator and philologist, whose political and literary works constitute an important part of Spanish American culture. Bello is featured on the old 2,000 Venezuelan bolívar and the 20,000 Chilean peso notes.

In Caracas, where he was born, Andrés Bello was Simón Bolívar's teacher for a short period of time and participated in the process that led to Venezuelan independence. As a diplomat for the new independent government that he helped establish, he went with Luis López Méndez and Simón Bolívar on their first diplomatic mission to London. He lived in London from 1810 to 1829.

In 1829, Bello went with his family to Chile. He was hired by the Chilean government and made great works in the field of law and humanities. In Santiago he held positions as a senator and a professor, as well as directing several local newspapers. As a legislator, he was the main promoter and editor of the Chilean Civil Code, one of the most innovative and influential American legal works of his time. In 1842, under his inspiration and with his decisive support, the University of Chile was created, an institution of which he became the first rector, staying in the post for more than two decades. Due to his great contributions, on 17 October 1832 he was given Chilean nationality through a law approved by the Congress.
Question: How many times has Tiger Woods won the Masters tournament?
Answer: Tiger Woods has won the Masters 5 times.
Question: Tell me whether each food is high in fat or low in fat: butter, mango, banana, rice, peanuts, cheese
Answer: Butter: High in Fat
Mango: Low in Fat
Banana: Low in Fat
Rice: Low in Fat
Peanuts: High in Fat
Cheese: High in Fat
Question: Classify each of the following as a NFL Team or NBA Team: Chicago Bears, Chicago Bulls, Denver Nuggets, Denver Broncos, Philadelphia 76ers, Philadelphia Eagles, Philadelphia Flyers, Orlando Magic, Tennessee Titans, AND1 Live Streetballers
Answer: The following are NFL Teams: Chicago Bears, Denver Broncos, Philadelphia Eagles, Tennessee Titans.

The following are NBA Teams: Chicago Bulls, Denver Nuggets, Philadelphia 76ers, Orlando Magic

The following are neither NFL Teams or NBA Teams: Philadelphia Flyers, AND1 Live Streetballers
Question: Arrange these weapons from oldest to newest, based on the date they were first invented.

Sword
Nuclear Bomb
Hand Axe
Gatling Gun
Rifle
Answer: The correct order is handaxe, sword, rifle, gatling gun, nuclear bomb.

The handaxe is a Stone Age weapon that has existed for more than one million years and long predates homo sapiens. The earliest swords were invented around 3,300 BC in Europe during the beginning of the Bronze Age. The first rifles were likely developed during the 15th century, although their exact origins are unknown. The Gatling gun was invented in 1862 and was first used in battle during the US civil war. The nuclear bomb was invented in 1945 as part of the Manhattan Project.
Question: What events did John James Monckton set the world record for?
Evidence: John James Monckton (28 October 1938 – 29 June 2017) was an Australian backstroke swimmer who won a silver medal in the 100-metre event at the 1956 Summer Olympics in Melbourne. Although he set multiple world records, he never won an Olympic gold medal.

An apprentice carpenter from the New England region of New South Wales, Monckton appeared to be primed to win gold at the 1956 Olympics. At the national team camp in Townsville before the games, he became the first person to swim 400-metre backstroke in under five minutes. Although it was not a regularly contested event at international level, it was a promising sign for the event to be included for medal competition in the Olympics. He also set world records in the 110- and 220-yard freestyle events.

At the Olympics, Monckton was the fastest qualifier in the heats and semifinal, but was upstaged in the final by teammate David Theile.

In the absence of Theile, who had retired after the Olympics to study medicine at university, Monckton dominated backstroke swimming, winning the 110-yard backstroke event at the 1958 British Empire and Commonwealth Games in Cardiff and also the 4×110-yard medley relay. Monckton then prepared for another Olympics in 1960 in Rome, with Theile deferring his studies to defend his Olympic title. Monckton again led the qualifying in the heats and semifinals. However, in the final, he misjudged the turn and broke a finger. He limped home in seventh position, with Theile successfully defending his title. Monckton continued competing in the hope of reaching a third Olympics in 1964, but retired after his performances began to deteriorate.

He married Maureen Giles, an Australian swimmer at the 1956 Olympics.

He was inducted into the Sport Australia Hall of Fame in 1999.

The Monckton Aquatic Centre in his hometown of Armidale is named for him.
Answer: John James Monckton set world records for the 400-metre backstroke, 220-yard freestyle and 110-yard freestyle events.
Question: Where does paprika come from?
Answer: Paprika is just red bell peppers that have been dried and ground into a fine powder.
Question: What baseline is used for the experimental setup?
Evidence: We compare our approach with two baseline vision-based methods proposed in BIBREF6 , BIBREF7 , which measure the similarity of two sets of global visual features for bilingual lexicon induction:
CNN-mean: taking the similarity score of the averaged feature of the two image sets.
CNN-avgmax: taking the average of the maximum similarity scores of two image sets.
We compare our approach with two baseline vision-based methods proposed in BIBREF6 , BIBREF7 , which measure the similarity of two sets of global visual features for bilingual lexicon induction:

CNN-mean: taking the similarity score of the averaged feature of the two image sets.

CNN-avgmax: taking the average of the maximum similarity scores of two image sets.
Answer: The answers are shown as follows:
* CNN-mean
* CNN-avgmax
Question: Name the seven Alpine countries from West to East.
Evidence: The Alps (/ælps/) are the highest and most extensive mountain range in Europe, stretching approximately 1,200 km (750 mi) across seven Alpine countries (from west to east): France, Switzerland, Italy, Liechtenstein, Austria, Germany, and Slovenia.
The Alpine arch extends from Nice on the western Mediterranean to Trieste on the Adriatic and Vienna at the beginning of the Pannonian Basin. The mountains were formed over tens of millions of years as the African and Eurasian tectonic plates collided. Extreme shortening caused by the event resulted in marine sedimentary rocks rising by thrusting and folding into high mountain peaks such as Mont Blanc and the Matterhorn.
Mont Blanc spans the French–Italian border, and at 4,809 m (15,778 ft) is the highest mountain in the Alps. The Alpine region area contains 128 peaks higher than 4,000 m (13,000 ft).
Answer: The seven Alpine countries (from West to East): France, Switzerland, Italy, Liechtenstein, Austria, Germany, and Slovenia.