OpenLLM-France/wikimedia huggingface dataset:
# 2016–17 Biathlon World Cup – World Cup 7

The 2016–17 Biathlon World Cup – World Cup 7 was held in Pyeongchang, South Korea, from 2 March until 5 March 2017.

## Schedule of events

| Date | Time | Events |
| March 2 | 12:15 CET | Women's 7.5 km Sprint |
| March 3 | 11:00 CET | Men's 10 km Sprint |
| March 4 | 10:45 CET | Women's 10 km Pursuit |
| March 4 | 12:30 CET | Men's 12.5 km Pursuit |
| March 5 | 08:30 CET | Women's 4x6 km Relay |
| March 5 | 11:45 CET | Men's 4x7.5 km Relay |

## Medal winners
### Men

| Event: | Gold: | Time | Silver: | Time | Bronze: | Time |
| 10 km Sprint details | Julian Eberhard Austria | 23:11.1 (0+0) | Lowell Bailey United States | 23:51.8 (0+0) | Martin Fourcade France | 23:56.5 (1+1) |
| 12.5 km Pursuit details | Martin Fourcade France | 31:24.2 (0+0+0+0) | Anton Shipulin Russia | 31:58.7 (0+0+0+0) | Julian Eberhard Austria | 32:00.9 (0+2+0+1) |
| 4x7.5 km Relay details | France Jean Guillaume Beatrix Simon Fourcade Simon Desthieux Martin Fourcade | 1:12:09.5 (0+1) (0+2) (0+1) (0+0) (0+1) (0+1) (0+2) (0+2) | Austria Lorenz Wäger Simon Eder Julian Eberhard Dominik Landertinger | 1:12:43.3 (0+0) (0+1) (0+1) (0+1) (0+2) (0+0) (0+2) (0+2) | Norway Vetle Sjåstad Christiansen Ole Einar Bjoerndalen Vegard Gjermundshaug Henrik L'Abée-Lund | 1:12:54.9 (0+0) (0+0) (0+2) (0+1) (0+0) (1+3) (0+0) (0+2) |

### Women

| Event: | Gold: | Time | Silver: | Time | Bronze: | Time |
| 7.5 km Sprint details | Laura Dahlmeier Germany | 20:43.7 (0+0) | Tiril Eckhoff Norway | 20:52.1 (0+0) | Anaïs Chevalier France | 21:25.3 (0+0) |
| 10 km Pursuit details | Laura Dahlmeier Germany | 27:58.0 (0+0+0+0) | Kaisa Mäkäräinen Finland | 29:10.6 (0+0+2+0) | Anaïs Bescond France | 29:16.9 (0+0+1+0) |
| 4x6 km Relay details | Germany Nadine Horchler Maren Hammerschmidt Denise Herrmann Franziska Hildebrand | 1:07:35.6 (0+0) (0+1) (0+1) (0+1) (0+0) (1+3) (0+1) (0+0) | Norway Kaia Wøien Nicolaisen Hilde Fenne Tiril Eckhoff Marte Olsbu | 1:07:58.4 (0+1) (0+0) (0+1) (1+3) (0+2) (0+1) (0+2) (0+1) | Czech Republic Jessica Jislová Eva Puskarčíková Lucie Charvátová Gabriela Koukalová | 1:07:58.5 (0+2) (0+2) (0+0) (0+0) (0+1) (1+3) (0+0) (0+1) |

## Achievements
### Best performance for all time

* Roman Rees (GER), 13th place in Sprint
* Tomáš Krupčík (CZE), 19th place in Sprint
* Sergey Bocharnikov (BLR), 30th place in Sprint and 18th in Pursuit
* Friedrik Gjesbakk (NOR), 61st place in Sprint
* Fabian Hoerl (AUT), 45th place in Pursuit
* Ivona Fialkova (SVK), 17th place in Sprint
* Marion Roenning Huber (NOR), 50th place in Sprint

### First World Cup race

* Timur Makhambetov (RUS), 99th place in Sprint
* Svetlana Mironova (RUS), 64th place in Sprint
# 2-4-2+2-4-2

Under the Whyte notation for the classification of steam locomotives by wheel arrangement, the 2-4-2+2-4-2 is a Garratt locomotive. The wheel arrangement is effectively two 2-4-2 locomotives operating back to back, with the boiler and cab suspended between the two power units. Each power unit has a single pair of leading wheels in a leading truck, followed by two coupled pairs of driving wheels, with a single pair of trailing wheels in a trailing truck.

## Overview

This was the rarest of all Garratt types, with only one class of four locomotives constructed to this wheel arrangement. It most likely evolved from the 2-4-0+0-4-2 Double Porter Garratt, with the trailing wheels added on each engine unit to improve stability at speed.
2-4-2+2-4-2 Garratt production list – All manufacturers :
| Gauge | Railway | Numbers | Works no. | Units | Year | Builder |
| 1,000 mm (3 ft 3+3⁄8 in) metre gauge | Leopoldina Railway, Brazil | 400-403 | 6976-6979 | 4 | 1943 | Beyer, Peacock |

## Usage
### Brazil

All four 2-4-2+2-4-2 locomotives were built in 1943 by Beyer, Peacock and Company for the 1,000 mm (3 ft 3+3⁄8 in) metre gauge Leopoldina Railway in Brazil. The locomotives were allocated engine numbers in the range from 400 to 403 on that system.
# St. Paul's Episcopal Church (Chattanooga, Tennessee)

St. Paul's Episcopal Church in Chattanooga, Tennessee, is a downtown congregation of the Episcopal Church. It is one of the largest congregations in the Episcopal Diocese of East Tennessee.

## Early history

The congregation first assembled in 1852, when local Episcopalians held worship services on the second floor of a general merchandise store at 4th and Market Streets. The parish was organized the following year in a meeting of ten families.

## Church buildings

The parish's first church building was at the corner of 8th and Chestnut. During the American Civil War, it was used as a military hospital and received serious damage. The building was repaired and returned to use in 1867 after the congregation received $3640 from the federal government as compensation for the damages. In 1880, the parish sold the property at 8th and Chestnut and acquired the property at 7th and Pine as the site for a new church.
The church's current building was built in 1881 and opened for worship in 1888. It was designed by New York City architect William Halsey Wood. Its design, which features a prominent bell tower, was modeled after a "typical English village church". The sanctuary has a high wooden ceiling and side galleries; it can seat about 450 people. The bell tower holds 11 bells that were cast by the McShane factory in Baltimore and dedicated in 1911. Architectural historian Ron Ramsay has described the church exterior as having Georgian elements, while the interior is "much more Gothic and much more Victorian". Wood used a similar design for churches in Kansas City and in La Crosse, Wisconsin. The church was listed on the National Register of Historic Places in 1978.

## Community service

Since 1996, St. Paul's has housed a homeless shelter for women and children in the undercroft of its building, operated in collaboration with the Chattanooga Community Kitchen. St. Catherine's Shelter can accommodate up to 14 people. It housed 276 women and 54 children during 2012. St. Paul's parishioners are also participants in a cooperative project that operates a men's shelter in the undercroft of the main building of the nearby Second Presbyterian Church. St. Matthew's Men's Night Shelter started in 1984 as a winter-only emergency shelter for homeless men. It now operates year-round to provide overnight housing for men who are participating in a rehabilitative program, such as the program of the Chattanooga Community Kitchen.
Other community service activities include hosting a daily Alcoholics Anonymous group and participation in the Chattanooga Area Food Bank, Metropolitan Ministries, and other ministry groups. St. Paul's also serves as a field education site for the School of Theology of Sewanee: The University of the South.
# Rastrigin function

In mathematical optimization, the Rastrigin function is a non-convex function used as a performance test problem for optimization algorithms. It is a typical example of non-linear multimodal function. It was first proposed in 1974 by Rastrigin as a 2-dimensional function and has been generalized by Rudolph. The generalized version was popularized by Hoffmeister & Bäck and Mühlenbein et al. Finding the minimum of this function is a fairly difficult problem due to its large search space and its large number of local minima.
On an $n$-dimensional domain it is defined by:
    $f(\mathbf {x} )=An+\sum _{i=1}^{n}\left[x_{i}^{2}-A\cos(2\pi x_{i})\right]$
where $A=10$ and $x_{i}\in [-5.12,5.12]$. There are many extrema:
* The global minimum is at $\mathbf {x} =\mathbf {0}$ where $f(\mathbf {x} )=0$.
* The maximum function value for $x_{i}\in [-5.12,5.12]$ is located around $x_{i}\in [\pm 4.52299366...,...,\pm 4.52299366...]$:
| Number of dimensions | Maximum value at $\pm 4.52299366$ |
| 1 | 40.35329019 |
| 2 | 80.70658039 |
| 3 | 121.0598706 |
| 4 | 161.4131608 |
| 5 | 201.7664509 |
| 6 | 242.1197412 |
| 7 | 282.4730314 |
| 8 | 322.8263216 |
| 9 | 363.1796117 |
Here are all the values at 0.5 interval listed for the 2D Rastrigin function with $x_{i}\in [-5.12,5.12]$:
| $f(x)$ | $f(x)$ | $x_{1}$ | $x_{1}$ | $x_{1}$ | $x_{1}$ | $x_{1}$ | $x_{1}$ | $x_{1}$ | $x_{1}$ | $x_{1}$ | $x_{1}$ | $x_{1}$ | $x_{1}$ |
| $f(x)$ | $f(x)$ | $0$ | $\pm 0.5$ | $\pm 1$ | $\pm 1.5$ | $\pm 2$ | $\pm 2.5$ | $\pm 3$ | $\pm 3.5$ | $\pm 4$ | $\pm 4.5$ | $\pm 5$ | $\pm 5.12$ |
| $x_{2}$ | $0$ | 0 | 20.25 | 1 | 22.25 | 4 | 26.25 | 9 | 32.25 | 16 | 40.25 | 25 | 28.92 |
| $x_{2}$ | $\pm 0.5$ | 20.25 | 40.5 | 21.25 | 42.5 | 24.25 | 46.5 | 29.25 | 52.5 | 36.25 | 60.5 | 45.25 | 49.17 |
| $x_{2}$ | $\pm 1$ | 1 | 21.25 | 2 | 23.25 | 5 | 27.25 | 10 | 33.25 | 17 | 41.25 | 26 | 29.92 |
| $x_{2}$ | $\pm 1.5$ | 22.25 | 42.5 | 23.25 | 44.5 | 26.25 | 48.5 | 31.25 | 54.5 | 38.25 | 62.5 | 47.25 | 51.17 |
| $x_{2}$ | $\pm 2$ | 4 | 24.25 | 5 | 26.25 | 8 | 30.25 | 13 | 36.25 | 20 | 44.25 | 29 | 32.92 |
| $x_{2}$ | $\pm 2.5$ | 26.25 | 46.5 | 27.25 | 48.5 | 30.25 | 52.5 | 35.25 | 58.5 | 42.25 | 66.5 | 51.25 | 55.17 |
| $x_{2}$ | $\pm 3$ | 9 | 29.25 | 10 | 31.25 | 13 | 35.25 | 18 | 41.25 | 25 | 49.25 | 34 | 37.92 |
| $x_{2}$ | $\pm 3.5$ | 32.25 | 52.5 | 33.25 | 54.5 | 36.25 | 58.5 | 41.25 | 64.5 | 48.25 | 72.5 | 57.25 | 61.17 |
| $x_{2}$ | $\pm 4$ | 16 | 36.25 | 17 | 38.25 | 20 | 42.25 | 25 | 48.25 | 32 | 56.25 | 41 | 44.92 |
| $x_{2}$ | $\pm 4.5$ | 40.25 | 60.5 | 41.25 | 62.5 | 44.25 | 66.5 | 49.25 | 72.5 | 56.25 | 80.5 | 65.25 | 69.17 |
| $x_{2}$ | $\pm 5$ | 25 | 45.25 | 26 | 47.25 | 29 | 51.25 | 34 | 57.25 | 41 | 65.25 | 50 | 53.92 |
| $x_{2}$ | $\pm 5.12$ | 28.92 | 49.17 | 29.92 | 51.17 | 32.92 | 55.17 | 37.92 | 61.17 | 44.92 | 69.17 | 53.92 | 57.85 |
The abundance of local minima underlines the necessity of a global optimization algorithm when needing to find the global minimum. Local optimization algorithms are likely to get stuck in a local minimum.
# Rotating line camera

A rotating line camera is a digital camera that uses a linear CCD array to assemble a digital image as the camera rotates. The CCD array may consist of three sensor lines, one for each RGB color channel. Advanced rotating line cameras may have multiple linear CCD arrays on the focal plate and may capture multiple panoramic images during their rotation.
Line-scan technology is capable of capturing data extremely fast, and at very high image resolutions. Usually under these conditions, resulting collected image data can quickly exceed 100 MB in a fraction of a second. Line-scan-camera–based integrated systems, therefore are usually designed to streamline the camera's output in order to meet the system's objective, using computer technology which is also affordable.
Line-scan cameras intended for the parcel handling industry can integrate adaptive focusing mechanisms to scan six sides of any rectangular parcel in focus, regardless of angle, and size. The resulting 2-D captured images could contain, but are not limited to 1D and 2D barcodes, address information, and any pattern that can be processed via image processing methods. Since the images are 2-D, they are also human-readable and can be viewable on a computer screen. Advanced integrated systems include video coding, optical character recognition (OCR) and finish-line cameras for high speed sports.

## Panoscan

The Panoscan is a high resolution digital panoramic rotating line camera, manufactured by Panoscan Inc. The first Panoscan camera, called MK-1, was manufactured in 1999. The MK-2 and MK-3 models, with higher resolution and speed, followed. Panoscan uses a tri-linear CCD array and assembles an image by capturing a single line of pixels while rotating through a 400 degree arc. A full resolution, spherical image can be produced in under a minute. The camera produces digital images of 9,000 by 65,000 pixels that can be printed at 30 feet (10 metres) in length. The camera incorporates a pan mechanism and does not require an external unit.
# Roger Gaspard

Roger Gaspard (April 27, 1902 – August 14, 1982) was a French engineer and member of the French Resistance.

## Biography

The son of a colonial artillery officer, Roger Gaspard was a student at the École Polytechnique, the École Nationale des Ponts et Chaussées, and the École supérieure d'électricité. He was an engineer and then Chief engineer of the Department of Roads and Bridges of Seine from 1927 to 1942. Gaspard was also Chief of Staff of Paul Ramadier, Secretary of State for Public Works between June 1936 and January 1938, and then Director of Electricity at the Ministry of Industrial Production. Gaspard represented the government at the Committee for the Organization of Electric Power between 1942 and 1946.
A member of the French Resistance, Gaspard was arrested and imprisoned for hiding copper from the German authorities.
After the liberation of France and the nationalization of the electricity sector, Gaspard began a career at Électricité de France (EDF) and became a deputy director general in 1946, director general from 1947 to 1962, and then chairman from 1962 to 1964. At the same time, he was vice-chair of the Compagnie nationale du Rhône from 1946 to 1962 and Chair of Schneider Electric from 1966 to 1969.
Gaspard was Chair of the Ligue nationale contre le cancer – National League Against Cancer from 1971 to 1981.
# Puffin Island

Puffin Island may refer to the following islands:

## Canada

* Puffin Island (Baccalieu Tickle), Newfoundland and Labrador
* Puffin Island (Greenspond), Newfoundland and Labrador

## Iceland

From the Icelandic word for puffin:
* Lundey, Faxaflói
* Lundey, Skagafjörður
* Lundey, Skjálfandi

## Ireland

* Puffin Island (County Kerry)

## United Kingdom

* Puffin Island (Anglesey), Wales
* Lundy (from puffin in Old Norse), in the Bristol Channel

## United States

* Puffin Island (Alaska)
* Puffin Island (Washington), in the San Juan Islands
# St. Barbara Catholic Church (Namibia)

St. Barbara Catholic Church is a Roman Catholic church in downtown Tsumeb, Oshikoto Region, Namibia. Built in 1914, the church is dedicated to Saint Barbara, the patron saint of mine workers. Tsumeb's economy is based on mining. In the 2000s, the Church dominated the view of downtown Tsumeb. It was built by the German South-West African colonial authorities. From the church's founding in 1914 until 1927, it functioned as the only operating church in the mining town.
# Sally Helgesen

Sally Helgesen (born July 1, 1948) is an American author, speaker and leadership coach.

## Early life and education

Helgesen was born in St. Cloud, Minnesota and grew up in Kalamazoo, Michigan. She attended Michigan State University, received her BA degree in English and Classics Hunter College (1973–75) and attended The Graduate Center of the City University of New York.

## Career

In 1990, Helgesen published The Female Advantage: Women’s Ways of Leadership, the first book to focus on what women had to contribute as leaders rather than how they needed to change and adapt. The book became a best-seller and has remained continuously in print. In 1995, Helgesen published The Web of Inclusion: A New Architecture for Building Great Organizations, which has been heralded as having introduced the language of inclusion into the work environment. The book was regarded as one of the best books on leadership by The Wall Street Journal.
In 2018, she published How Women Rise with co-author Marshall Goldsmith. The book explores 12 habits that get in the way of women's success and how to overcome them. It became an international best-seller. Helgesen regularly delivers keynotes, seminars and workshops for corporations, partnership firms and associations around the world. She has also consulted with the UN on building more inclusive country offices and been visiting scholar at a number of schools and universities, both in the US and abroad.

## Awards & Honors

She is a member of the New York and International Women’s Forums, and the 100 Coaches Network.

## Writing
### Books

* How Women Rise: Break the 12 Habits Holding You Back from Your Next Raise, Promotion or Job (with Marshall Goldsmith)
* The Female Vision: Women’s Real Power at Work (with Julie Johnson)
* The Web of Inclusion: A New Architecture for Building Great Organizations
* Thriving in 24/7: Six Strategies for Taming the New World of Work
* Everyday Revolutionaries: Working Women and the Transformation of American Life
* The Female Advantage: Women’s Ways of Leadership
* Wildcatters: A Story of Texas, Oil and Money

## Personal life

Helgesen lives in Chatham, New York.
# Ranyal Jasmiya railway station

Ranyal Jasmiya railway station is a railway station on Indore–Gwalior line under the Ratlam railway division of Western Railway zone. This is situated at Ranayalgadri, Tonk Khurd in Dewas district of the Indian state of Madhya Pradesh.
# Something Big

Something Big may refer to:
* Something Big (film), a 1971 American film
* "Something Big" (Adventure Time), a 2014 TV episode
* Something Big (Mary Mary album) or the title song, 2011
* Something Big (Mick Fleetwood Band album) or the title song, 2004
* "Something Big" (song), by Shawn Mendes, 2014
* "Something Big", a song by Tom Petty and the Heartbreakers from Hard Promises
* "Something Big", the title song from the 1971 film, composed by Burt Bacharach and Hal David, first recorded by Mark Lindsay
# Sirus Alvand

Sirus Alvand (Persian: سیروس الوند; born January 31, 1951), also spelled Cyrous Alvand, is an Iranian director and screenwriter who was born in 1951 in Tehran, Iran. He began his career as film critic and screenwriter and directed his debut film Sanjar in 1971. He is among filmmakers of pre-Revolution era who are still working. Some of his films were among box office hits.
In 1993, he won a Crystal Simorgh for best director in the 11th Fajr International Film Festival.

## Films

* Outcry under the Water, 1977
* Stemming from Blood, 1983
* Cargo, 1987
* Once and for All, 1992
* The Face, 1995
* The Corrupted Hands, 1999
* The Intruder, 2001
* Porteghal Khoni, 2010
# San Pedro River

San Pedro River may refer to:
    Alphabetical by country
* San Pedro River (Bolivia)
* San Pedro River (Chile)
* San Pedro de Inacaliri River, Chile, often called simply "San Pedro River"
* San Pedro River (Columbia and Venezuela), a river of the Columbia-Venezuela border
* San Pedro River (Cuba)
* San Pedro River (Guatemala)
* San Pedro River (Chihuahua), Mexico
* San Pedro Mezquital River, Durango and Nayarit, Mexico
* San Pedro River (Philippines), a tributary of Laguna de Bay
* San Pedro River, Cádiz, Spain
* San Pedro River (Arizona), US; originates in Sonora, Mexico
# Bart–Pumphrey syndrome

Bart–Pumphrey syndrome, also known as palmoplantar keratoderma with knuckle pads and leukonychia and deafness) is a cutaneous condition characterized by hyperkeratoses (knuckle pads) over the metacarpophalangeal, proximal and distal interphalangeal joints. It was characterized in 1967. It can be associated with GJB2.
# Pyrenula aurantiacorubra

Pyrenula aurantiacorubra is a species of corticolous (bark-dwelling), crustose lichen in the family Pyrenulaceae. Found in Brazil, this species is characterised by its distinctive orange-red thallus (the main body of the lichen). Its ascospores are muriform, meaning they have multiple chambers, and are 3 (occasionally up to 5) by 1–2-septate, measuring 9–18 μm by 5–10 μm.
The type specimen of Pyrenula aurantiacorubra was collected from Serra do Machado in Ribeirópolis, Sergipe, Brazil, at an elevation of approximately 250 m (820 ft). The thallus is thin, somewhat granular, and orange-red mottled with grey. It lacks pseudocyphellae, which are small pores on the surface, and does not have a prothallus (a border around the thallus). The ascomata (fruiting bodies) are superficial (situated on the surface), globose (roughly spherical), 0.2–0.35 mm in diameter, and generally brown with an orange-red powdery coating, the pruina. The wall of the ascomata is barely carbonised (blackened). The ostiole, or opening, is apical and black. The hamathecium, the tissue between the asci, is not inspersed (does not contain oil droplets). The ascospores are arranged irregularly in the asci, brown, and muriform, with mostly rounded internal cavities.
Pyrenula aurantiacorubra does not have pycnidia (small asexual fruiting bodies). Chemically, the pigment reacts with potassium hydroxide (K+) to produce a deep crimson colour and shows an orange reaction under UV light. Thin-layer chromatography has revealed several anthraquinones (a type of organic compound), including 7-chloroemodin as the major compound, with one or more derivatives as minor compounds.
Pyrenula aurantiacorubra grows on smooth bark in disturbed Atlantic rainforests and is currently only known from Brazil. It is distinguished from other species by its striking orange-red thallus. In the field, it was recognised as a new species due to its distinctive appearance, even before detailed scientific analysis. It is similar to Pyrenula ochraceoflava, which grows in the same location but has a yellow-orange thallus. Unlike P. aurantiacorubra, P. ochraceoflava only contains 7-chloroemodin as its major compound.
# Ranchal

Ranchal (French pronunciation:) is a commune in the Rhône department in eastern France.
# Something Better Change

Professional ratings :
| Review scores ||
| Source | Rating |
| Allmusic | |
| Exclaim! | (?) |
Something Better Change is the debut album by Canadian punk rock band D.O.A. The album was recorded between 1977 and 1980 in Vancouver, British Columbia, Canada and was released in 1980 on the label Can. Friends. (See 1980 in music).
For nearly two decades since Something Better Change and the follow-up album Hardcore '81 went out of print, the albums were compiled into the compilation Bloodied But Unbowed, and then, to address the numerous songs removed in the process, the Polish import greatest hits album Greatest Shits was released. Music critic Jack Rabid stated that "when one considers how revolutionary and yet how distinct from each other those two LPs were, this state of affairs just made no sense.".
In 2000, the album was re-issued on lead singer Joey Shithead's own label Sudden Death records for a native Canada release. In 2002 it was re-released on Dead Kennedys former front-man Jello Biafra's Alternative Tentacles music label. The re-issue included a single bonus track, a re-recording off their first EP originally titled "Disco Sucks", but now titled "New Wave Sucks". In May 2011, a remastered version of the album was released by Sudden Death Records on CD and vinyl LP. In 2013, the album was listed at number 10 in Ballast's list of top 50 Canadian albums of all time.

## Track listing

All tracks are written by Joey Shithead, except where noted

## Personnel
### The band

* Chuck Biscuits – Drums
* David Gregg – Guitar, Keyboards
* Randy Rampage – Bass
* Joey Shithead - Guitar, Vocals

### Additional musicians

* Simon Wilde – Bass (on tracks 5, 9, 10, and 13)

### Technical staff

* Richard Drake – producer, engineer
* Ron Obvious – engineer (on track 12)
# Sister Salvation

Sister Salvation is an album by American jazz trombonist, composer and arranger Slide Hampton which was released on the Atlantic label in 1960.

## Reception

Professional ratings :
| Review scores ||
| Source | Rating |
| Allmusic | |
| The Penguin Guide to Jazz Recordings | |
Allmusic gave the album 3½ stars.

## Track listing

All compositions by Slide Hampton except as indicated
* "Sister Salvation" - 6:13
* "Just Squeeze Me" (Duke Ellington, Lee Gaines) - 6:30
* "Hi-Fli" (Randy Weston) - 6:06
* "Assevervation" - 5:55
* "Conversation Piece" (aka "Minority") (Gigi Gryce) - 6:53
* "A Little Night Music" - 4:09

## Personnel

* Slide Hampton - trombone, arranger
* Freddie Hubbard, Ernie Royal (tracks 2 & 4-6), Richard Williams (tracks 1 & 3), Bob Zottola - trumpet
* Bernard McKinney - euphonium
* Bill Barber - tuba
* George Coleman - tenor saxophone, arranger
* Jay Cameron - baritone saxophone
* Nabil Totah - bass
* Pete La Roca - drums
* Bill Frazier - arranger
# Rasmus Christiansen

Rasmus Christiansen may refer to:
* Rasmus Christiansen (actor) (1885–1964), Danish actor
* Rasmus Christiansen (footballer, born 1988), Danish soccer player for Blokhus FC
* Rasmus Christiansen (footballer, born 1989), Danish soccer player
* Rasmus Christiansen (painter) [da] (1863-1940), Danish artist who lived in Reventlowsgade