# data[].attributes.body
egg

g = 6

e66

6 = vi

evivi

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gold

g = 6

6old

6 = vi

viold

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https://discord.com/channels/1008696016318513243/1011929497139953744/1168966921916518570

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G is represented internally by the number 71 for the Commodore 64

110110 - ascii/utf-8 encoding for the

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Word used by Rob as attribution twice in ~1hr

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"When I find TEH I'll become a legend among gamers for generations to come". Unknown 

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"When I find TEH I'll become a legend among gamers for generations to come". Unknown 

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https://discord.com/channels/1008696016318513243/1011929497139953744/1172809540677419089

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Daughter of Poseidon and the Pleiad Alcyone

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In Greek mythology, Aethusa ( Ancient Greek: Αἵθουσα) was a daughter of Poseidon and the Pleiad Alcyone, daughter of Atlas. She was loved by Apollo and bore to him Eleuther and Linus. Through either of the latter two, Aethusa became the grandmother of Pierus, father of Oeagrus, father of the musician Orpheus. Because of this genealogical fact, she was usually identified as a Thracian.

The word aethusa was used as an epithet for a portico that was open to the sun, that is, Apollo.

According to Pliny's Naturalis Historia, Aethusa is also the eponym of the Italian island which is now called Linosa.

Apollodorus, The Library with an English Translation by Sir James George Frazer, F.B.A., F.R.S. in 2 Volumes, Cambridge, MA, Harvard University Press; London, William Heinemann Ltd. 1921. ISBN 0-674-99135-4. Online version at the Perseus Digital Library. Greek text available from the same website.

Bell, Robert E., Women of Classical Mythology: A Biographical Dictionary. ABC-Clio. 1991. ISBN 9780874365818, 0874365813.

Pausanias, Description of Greece with an English Translation by W.H.S. Jones, Litt.D., and H.A. Ormerod, M.A., in 4 Volumes. Cambridge, MA, Harvard University Press; London, William Heinemann Ltd. 1918. ISBN 0-674-99328-4. Online version at the Perseus Digital Library

Pausanias, Graeciae Descriptio. 3 vols. Leipzig, Teubner. 1903. Greek text available at the Perseus Digital Library.

Suida, Suda Encyclopedia translated by Ross Scaife, David Whitehead, William Hutton, Catharine Roth, Jennifer Benedict, Gregory Hays, Malcolm Heath Sean M. Redmond, Nicholas Fincher, Patrick Rourke, Elizabeth Vandiver, Raphael Finkel, Frederick Williams, Carl Widstrand, Robert Dyer, Joseph L. Rife, Oliver Phillips and many others. Online version at the Topos Text Project.

This article incorporates text from a publication now in the public domain: Smith, William, ed. (1870). "Aethusa". Dictionary of Greek and Roman Biography and Mythology.

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In Greek mythology, Aethusa ( Ancient Greek: Αἵθουσα) was a daughter of Poseidon and the Pleiad Alcyone, daughter of Atlas. She was loved by Apollo and bore to him Eleuther and Linus. Through either of the latter two, Aethusa became the grandmother of Pierus, father of Oeagrus, father of the musician Orpheus.

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https://padlet.com/duhmeistertv/tfee-level-2-the-promise-t1a-jn8pzep2feryjhm6/wish/2332028073

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just as simple as using the T1 a b c clues

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just as simple as using the T1 a b c clues

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https://discord.com/channels/1008696016318513243/1011929497139953744/1164764190158901249

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https://discord.com/channels/1008696016318513243/1009830123463266365/1168650953034039448

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Counting upper/lowercase - 122223

Binary from O casing - 100110011000

Binary from O casing (complement) - 011001100111

Binary from all casing - 1010011001100000

Binary from all casing (complement) - 0101100110011111

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https://discord.com/channels/1008696016318513243/1011929497139953744/1168669778676818100

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https://discord.com/channels/1008696016318513243/1011929497139953744/1168777131761860638

# data[].attributes.headline
Rob :hug_friend:'s B0KB's binary puzzle work

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Rob :hug_friend:'s B0KB's binary puzzle work

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https://discord.com/channels/1008696016318513243/1011929497139953744/1173026084225286194

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https://discord.com/channels/1008696016318513243/1011929497139953744/1172999521924550756

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Find local businesses, view maps and get driving directions in Google Maps.

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but it IS a strange cursor, I wonder why

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but it IS a strange cursor, I wonder why

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https://discord.com/channels/1008696016318513243/1011929497139953744/1152993779880579104

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https://discord.com/channels/1008696016318513243/1011929497139953744/1152993167872897034

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https://discord.com/channels/1008696016318513243/1011929497139953744/1172999493889835158

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https://discord.com/channels/1008696016318513243/1011929497139953744/1172837593197584384

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Lore, EE-Hunt, THE EPIC HUNT?!!?, personal/industry shoutouts, humor

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Lore, EE-Hunt, THE EPIC HUNT?!!?, personal/industry shoutouts, humor

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https://discord.com/channels/1008696016318513243/1011929497139953744/1172808663447121980

# data[].attributes.body
https://discord.com/channels/1008696016318513243/1011929497139953744/1172654336728387584

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https://discord.com/channels/1008696016318513243/1011929497139953744/1172613389990756393

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ASCII/UTF-8 binary encoding

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https://discord.com/channels/1008696016318513243/1009830216023150775/1172588978029990029

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"pattern rather than words or numbers"... or just a clear image of the clue?

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"pattern rather than words or numbers"... or just a clear image of the clue?

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https://discord.com/channels/1008696016318513243/1011929497139953744/1170147891222937670

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https://discord.com/channels/1008696016318513243/1011929497139953744/1170506806573940786

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https://discord.com/channels/1008696016318513243/1011929497139953744/1170410101476171817

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FOOTER: Unsolved puzzle, clearest view yet

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FOOTER: Unsolved puzzle, clearest view yet

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Using a threshold adjustment layer in photoshop with threshold level = 27

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https://discord.com/channels/1008696016318513243/1011929497139953744/1170323832129728542

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G6 for Guitar has the notes G B D E and can be played 5 different ways. Get the charts and learn about its interval structure: 1 3 5 6.

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But it seems to me there's no gap for the first fret...?

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Aka: E-\G Emin\G Eminor\G
The E minor triad inverted on G Chord for Guitar has the notes G E B and interval structure m3 1 5 and has 5 possible voicings/fret configurations.

Full name:
E minor triad inverted on G

Chord Sound:

Chord Structure:

(i) this note is not the key but is set as the inversion (lowest pitch note)
Tuning:

More in this page:
Charts Inversions Left handed charts Related chords Chord on other instruments Harmonized progressions Related scales Chord staff Adjust chord notes

Other Em\G Guitar Chord Charts on standard tuning

Horizontal Chord Charts for Em\G

Em\G Inversions on guitar

Em\G chord charts for left handed guitar

Em\G on other instruments

Em\G Chord Harmonized Progressions

Em\G chord staff

Tweak notes of Em\G

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Em\G for Guitar has the notes G E B and can be played 5 different ways. Get the charts and learn about its interval structure: m3 1 5.

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Missing a note?

D missing from G major 6?

https://discord.com/channels/1008696016318513243/1011929497139953744/1167306040967172127

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[OB] Skyway Stadium Hospital whiteboard 2

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[OB] Skyway Stadium Hospital whiteboard 2

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https://discord.com/channels/1008696016318513243/1011929497139953744/1169319007296438282

# data[].attributes.headline
[OB] Skyway Stadium Hospital whiteboard 1

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[OB] Skyway Stadium Hospital whiteboard 1

# data[].attributes.body
https://discord.com/channels/1008696016318513243/1011929497139953744/1169318510074265631

https://discord.com/channels/1008696016318513243/1011929497139953744/1168777358405275689

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https://discord.com/channels/1008696016318513243/1011929497139953744/1170141738925576232

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https://discord.com/channels/1008696016318513243/1011929497139953744/1169773053526417549

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https://discord.com/channels/1008696016318513243/1011929497139953744/1169768446729400350

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https://discord.com/channels/1008696016318513243/1011929497139953744/1169759856459272332

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https://discord.com/channels/1008696016318513243/1011929497139953744/1169759580230799430

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https://discord.com/channels/1008696016318513243/1011929497139953744/1169013403378008064

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https://discord.com/channels/1008696016318513243/1011929497139953744/1167451184383135795

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https://discord.com/channels/1008696016318513243/1011929497139953744/1167414594327814226

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https://discord.com/channels/1008696016318513243/1011929497139953744/1167413278423650345

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https://discord.com/channels/1008696016318513243/1011929497139953744/1167369422718111765

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https://discord.com/channels/1008696016318513243/1011929497139953744/1167369273451237427

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https://discord.com/channels/1008696016318513243/1011929497139953744/1166835757701398528

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https://discord.com/channels/1008696016318513243/1011929497139953744/1166804860021252166

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https://discord.com/channels/1008696016318513243/1011929497139953744/1166799531640356964

# data[].attributes.body
https://discord.com/channels/1008696016318513243/1011929497139953744/1166799412933165187

# data[].attributes.body
https://discord.com/channels/1008696016318513243/1011929497139953744/1166799306867626075

# data[].attributes.body
https://discord.com/channels/1008696016318513243/1011929497139953744/1166799108971970590

# data[].attributes.body
https://discord.com/channels/1008696016318513243/1011929497139953744/1166795790015025266

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https://discord.com/channels/1008696016318513243/1011929497139953744/1166793620268011580

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https://discord.com/channels/1008696016318513243/1011929497139953744/1166792965247750175

# data[].attributes.body
https://discord.com/channels/1008696016318513243/1011929497139953744/1165330678582354021

# data[].attributes.body
https://discord.com/channels/1008696016318513243/1011929497139953744/1165213389799309382

# data[].attributes.body
https://discord.com/channels/1008696016318513243/1011929497139953744/1163583485999591515

# data[].attributes.body
https://discord.com/channels/1008696016318513243/1011929497139953744/1162137298247368814

# data[].attributes.body
https://discord.com/channels/1008696016318513243/1011929497139953744/1162135744249331864

# data[].attributes.body
https://discord.com/channels/1008696016318513243/1011929497139953744/1162122687028666519

# data[].attributes.body
https://discord.com/channels/1008696016318513243/1011929497139953744/1161743387578347540

# data[].attributes.body
https://discord.com/channels/1008696016318513243/1011929497139953744/1161743055091662979

# data[].attributes.body
https://discord.com/channels/1008696016318513243/1031539174743998526/1166777163106754741

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https://discord.com/channels/1008696016318513243/1031539174743998526/1166773077514928188

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https://discord.com/channels/1008696016318513243/1011929497139953744/1161800431735947336

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https://discord.com/channels/1008696016318513243/1011929497139953744/1161710739350880276

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Formerly Tehkan

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"midas" is a new division aiming to produce titles for smartphones and to create new IPs.

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Koei Tecmo Holdings Co., Ltd. is a Japanese video game, amusement and anime holding company created in 2009 by the merger of Koei and Tecmo. Koei Tecmo Holdings owns several companies, the biggest one of those being its flagship game developer and publisher Koei Tecmo Games that was founded in 1978 as Koei.

Koei Europe was the first subsidiary to change its name to Tecmo Koei Europe, Ltd and to release video games under the new moniker. In January 2010, Tecmo, Inc. and Koei Corporation followed suit by merging to form Tecmo Koei America Corporation. The company is best known for their Nobunaga's Ambition, Dynasty Warriors, , Ninja Gaiden, Dead or Alive, Monster Rancher, Fatal Frame, and franchises. They are also known for their work on external video game franchises, namely on Square Enix's Final Fantasy and Nintendo's Fire Emblem.

On April 1, 2010, Tecmo was declared disbanded in Japan. Its sister company Koei survived but was renamed Tecmo Koei Games (today Koei Tecmo Games) and is now the main publishing arm of the group in Japan. The former development divisions of Tecmo and Koei were briefly spun-off as separate companies in March 2010, but folded into Tecmo Koei Games in April 2011. In addition to its primary trademark, Koei Tecmo Games occasionally used the "Koei" and "Tecmo" brand names on new video games for marketing purposes until 2016.

Former Koei logo

Koei Co., Ltd. (株式会社コーエー Kabushiki gaisha Kōē, formerly 光栄 (Kōei)) was founded in July 1978 by husband-and-wife duo Yōichi and Keiko Erikawa. Yōichi was a student at Keio University, and when his family's rural dyestuffs business failed he decided to pursue his interest in programming. The company was (and, as Koei Tecmo, still is) located in the Hiyoshi area of Yokohama along with Yoichi's alma mater, and the company's name is simply a spoonerism of the school's.

Kō Shibusawa and Eiji Fukuzawa, whose names are supposed to have made up the name of the company, do not really exist and are names used by the company to avoid giving credit to individual contributors, effectively acting as pen names for the Erikawas.[citation needed ]

The company initially focused on personal computer sales and made-to-order business software. In 1983 it released Nobunaga's Ambition (信長の野望 Nobunaga no Yabō), a historical strategy game set during the Sengoku period of Japanese history. The game went on to receive numerous awards, and Koei produced several more such games set against the backdrop of world history, including Romance of the Three Kingdoms, set during the Three Kingdoms period of Chinese history, and Uncharted Waters (大航海時代 Dai Kōkai Jidai; lit. Great Navigation Era), set in Portugal during the Age of Exploration.

In 1988, Koei established a North American subsidiary, Koei Corporation, in California. This subsidiary localized Koei games for export to all territories outside Japan, as well as producing original games and concepts with the leadership of designer Stieg Hedlund, like Liberty or Death, Celtic Tales: Balor of the Evil Eye, and . After Hedlund's departure, this subsidiary ceased game development in 1995, focusing instead on localization, sales and marketing.

A Canadian subsidiary, Koei Canada, Inc. was established in early 2001, and a European subsidiary, Koei Limited was established in early 2003 in Hertfordshire, United Kingdom. In 2004, a Lithuanian subsidiary was formed.

Former Tecmo logo

Tecmo, Inc., formerly known as Tehkan Ltd., was founded by Yoshihito Kakihara on July 31, 1967, as a supplier of cleaning equipment. Two years later, in 1969, it started to sell amusement equipment. Tecmo had its headquarters in Kudankita, Chiyoda, Tokyo. Tecmo's United States offices were located in Torrance, California.

In March 1981, a U.S. division was inaugurated as U.S. Tehkan, Inc.. A month later, in April 1981, Tehkan released in Japan its first arcade video game titled (which was distributed in America by Centuri). When it was still called Tehkan, the company also released such classic games as and Tehkan World Cup. On January 8, 1986, Tehkan officially changed its name to Tecmo. In 1989 Tecmo was named as co-defendant in a lawsuit, when Indianapolis Colts running back Eric Dickerson sued the NFLPA over use of his likeness in the game Tecmo Bowl.

In 2006, Founder, President and Chairman Yoshihito Kakihara died of interstitial pneumonia.

On June 3, 2008, Team Ninja head Tomonobu Itagaki resigned from the company and filed a 145 million yen ($1.3 million) lawsuit for "unpaid completion bonuses" and "emotional distress". This was followed by another lawsuit filed on 16 June by two plaintiffs on behalf of Tecmo's 300 employees for unpaid wages amounting to ¥8.3 million.

On August 20, 2008, Tecmo announced the resignation of president Yoshimi Yasuda, to be replaced by current Chairman of the Board Yasuharu Kakihara as of September 1. On August 28, Square Enix announced plans for a friendly takeover of Tecmo by purchasing shares at a 30 percent premium with a total bid of ¥ 22.3 billion. They gave Tecmo until September 4 to either accept or reject the proposal. Upon hearing this news on August 31, Kenji Matsubara, President and COO of Koei, called a board meeting for the next day, September 1. The board discussed the possibility of a merger with Tecmo, and began discussions with Tecmo that same day. On September 4, 2008, Tecmo officially declined Square Enix's proposal, and later that same day announced plans to merge with Koei.

To survive and compete in this market, we need to have some sort of scale - it's critical. And that's the trigger of this consolidation. Square Enix had made an offer, and we had started a discussion with Tecmo as well. But Tecmo's founding family and Koei's founders' family have actually had a good relationship for many years, which is why we were able to make a deal in such a short time! We started the discussion on September 1st, and it was agreed two days after! Tecmo's founders and management team understands that while it is nice to stand alone, it is risky, and scale is critical.

In November, the companies announced their specific plan of action, to complete the merger on April 1, 2009, forming Tecmo Koei Holdings. Koei stock was to be exchanged for Tecmo Koei stock at a rate of 1:1, and Tecmo stock exchanged at .9:1, giving Koei shareholders, in total, a three-quarter stake in the new company. Though the combined profits in 2007 were 8.5 billion yen, they anticipated that the merged company would net over 16 billion yen in the fiscal year ending March 2012. Effissimo Capital Management Pte, Tecmo's second-largest shareholder at 17.6%, openly opposed the merger. On January 26, 2009, the shareholders for both Koei and Tecmo reached separate agreements in favor of the merger. Effissimo raised some dissent during the meeting, and implied they may seek to sell their shares. Effissimo's director Takashi Kosaka stated "We have not had sufficient information from the company to make a judgment on the merger, such as the feasibility of their plan to raise shareholder value." On February 12, Kenji Matsubara liquidated KOEI France SAS. On February 13, Tecmo announced it had received a repurchase claim (a request for the company to buy stock back) from a major shareholder, 15.64% of the stock (3,890,700 shares) from a shareholder that stood in opposition to the firm's upcoming merger with Koei. While the requesting shareholder was not mentioned, Reuters stated that it was likely Effissimo.

Despite these misgivings, the holding company formed on April 1, 2009, as planned. The development divisions of both companies were spun-out into separate subsidiaries, created specifically for the planning and development of software, operating directly under the holding company. Kenji Matsubara became CEO of the new company, and former Tecmo CEO Yasuharu Kakihara became board chairman. As of May 26, Tecmo Koei had still not reached an agreement with Effissimo, prompting the investment fund to seek mediation with the Tokyo District Court. While Tecmo Koei favored a stock value in the mid-600 yen range, Effissimo was expected to ask for at least 900, in part due to the rejected Square Enix offer of 920 per share.

On June 23, 2009, Tecmo Koei announced a planned restructure of its international subsidiaries. Koei Europe was renamed Tecmo Koei Europe in 2009 and became the first subsidiary to publish games under the new moniker, starting with Ninja Gaiden Sigma 2. In August 2009 Tecmo Koei announced that it was setting up a subsidiary in Hanoi, Vietnam. In January 2010, Tecmo's sole subsidiary, the American Tecmo Inc., and Koei's American branch, Koei Corporation, were moved under a newly formed Tecmo Koei America Corporation, itself a direct subsidiary to Tecmo Koei Holdings. Koei's Canadian, Korean, and Taiwanese subsidiaries were re-branded Tecmo Koei, and also moved to direct subsidiaries of the holding company. Later that month the Entertainment Software Association (ESA) announced that Tecmo Koei was now a member.

On April 1, 2010, Koei absorbed Tecmo in Japan to become Tecmo Koei Games, which renamed itself to Koei Tecmo Games in 2014. Koei Singapore was also re-branded as Tecmo Koei.

On February 8, 2011, Tecmo Koei Holdings announced that the new individual developers Tecmo and Koei that were formed in March 2010 would be merged into Tecmo Koei Games in April 2011, though the company will continue to develop under the Tecmo and Koei brands.

The continued operating loss prompted Kenji Matsubara, the former president and CEO of both Tecmo Koei Holdings and Tecmo Koei Games label, to render his resignation in November 2010. Yoichi Erikawa, co-founder of Koei, took over the four positions vacated by Matsubara.

On July 1, 2014, the company and its related subsidiaries were renamed from Tecmo Koei to Koei Tecmo.

On February 18, 2016, Koei Tecmo announced a second reorganization of the company, to support the expansion of the company. Brand names Team Tachyon, Koei and Tecmo, amongst others, were dropped.

Current Subsidiaries/Divisions

Gust Co. Ltd. was founded in 1993 and is best known for its long-running Atelier series. Koei Tecmo bought Gust Co. Ltd. in 2011 and absorbed it in 2014.

On February 18, 2016, as part of the companies reconstruction, Koei Tecmo announced the establishment of Kou Shibusawa, named after the stage name of Koei's founder. It has handled the historically-based titles such as Nobunaga's Ambition series, Romance of the Three Kingdoms series, Uncharted Waters series and series, as well as horse racing simulation Winning Post series. The division also worked as lead developer with Intelligent Systems on Fire Emblem: Three Houses.

"midas" is a new division aiming to produce titles for smartphones and to create new IPs.

Omega Force (ω-Force) is a division of Koei. Omega Force are most well known for its Dynasty Warriors series, including spin-offs such as Samurai Warriors, Warriors Orochi, amongst others. As well as non- Warriors titles such as Dragon Quest Heroes, , Attack on Titan and .

Ruby Party specializes in games labeled as Neoromance: otome game visual novels and dating sims, usually with extra side-quests. Out of the three Neoromance series, the best known is series, which has been in production since 1994. The first game of Angelique series was the first otome game (visual novel and dating sims for women) in the world.

Team Ninja (stylised as Team NINJA) is a video game development studio of Tecmo founded in 1995. It was formerly led by Tomonobu Itagaki and is best known for the Dead or Alive and Ninja Gaiden series.

Koei Tecmo also operates various international branches and offices, such as Koei Tecmo Europe in Hertfordshire, England, Koei Tecmo America in Burlingame, California, Koei Tecmo Taiwan in Taipei, Koei Tecmo Vietnam in Hanoi, Koei Tecmo Singapore, as well was two offices in China, located in Tianjin and Beijing.

Team Tachyon is a Japanese video game development department of Koei Tecmo founded in 2007. Similar to Team Ninja, the group was formed to develop high-profile games, some of which relate to Tecmo Koei's classic franchises. The company says that they chose the name, "Team Tachyon", because a tachyon is a particle that exceeds the speed of light. Key members include Tecmo producers Keisuke Kikuchi ( Rygar, Fatal Frame) and Kohei Shibata.

So far, Team Tachyon has aided in the development of the 2008 Fatal Frame IV: Mask of the Lunar Eclipse game for the Wii, 2008 Wii game Rygar: The Battle of Argus, has released Undead Knights for the PlayStation Portable, and Quantum Theory for the PlayStation 3 and the Xbox 360, released in 2010.

As of February 18, 2016, Team Tachyon was absorbed into Team Ninja, with some staff now moved to Gust.

Founded in 2001 as Koei Canada, Koei Tecmo Canada was the North American development arm of the company based in Toronto. It started out as a CG studio for Koei games but expanded into video game development in 2005, developing Fatal Inertia, Prey the Stars, and Warriors: Legends of Troy. The studio was closed at the end of March 2013.

IP collaboration:

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Koei Tecmo Holdings Co., Ltd. is a Japanese video game, amusement and anime holding company created in 2009 by the merger of Koei and Tecmo. Koei Tecmo Holdings owns several companies, the biggest one of those being its flagship game developer and publisher Koei Tecmo Games that was founded in 1978 as Koei.

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From Wikipedia, the free encyclopedia

Pleiades is a fixed shooter arcade game released in 1981 by Tehkan (now Tecmo) and licensed to Centuri. The name is shown on the title screen as Pleiads. The title comes from the mythical Greek Pleiades, the seven daughters of the titan Atlas.

Pleiades is a multi-stage space shoot 'em up in which enemy ships fly at the player in waves in a similar fashion to games like and . Ships emerge from a mothership at the top of the screen and swoop downwards in a series of patterns which players must anticipate as they shoot the ships and avoid being obliterated by the Martian onslaught. There are four stages in the game. In the first stage the Earth space ship must defend the space station from Martian invaders who have the ability to transform from flying invaders, to walking invaders who build walls across the Earth city; these barriers must be destroyed. At the end of stage one the Earth space ship flies to the top of the screen to prepare to meet stage two. In the second stage the player encounters eight space monsters who must be hit directly on center to be destroyed before moving onto stage three. In this stage invaders emerge from a space ship at the top of the screen and swoop down on the player in sweeping attacks. In the final wave the player has to navigate through parked spaceships to dock on a landing pad as the screen scrolls downwards. Extra points can be gained in this stage by collecting flags as the player moves towards the landing corridor.

Pleiades is included in the Tecmo Hit Parade collection for the PlayStation 2 which includes seven classic arcade games from the publisher's past, as well as the eleven game compilation Tecmo Classic Arcade for the Xbox.

Pleiades appeared in the 1983 horror film Nightmares, in the vignette "Bishop of Battle." Pleiads also made a cameo appearance in the 1984 Coen Brothers film Blood Simple.

Richie Knucklez holds the official Guinness World Record for this game with 279,090 points recorded on June 4, 2011, at the Annual Classic Video Game and Pinball Tournament at Funspot in Weirs Beach, New Hampshire.

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From Wikipedia, the free encyclopedia Pleiades is a fixed shooter arcade game released in 1981 by Tehkan (now Tecmo) and licensed to Centuri. The name is shown on the title screen as Pleiads . The title comes from the mythical Greek Pleiades, the seven daughters of the titan Atlas.

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From Wikipedia, the free encyclopedia

Merope

Member of the Pleiades

Abode

Mt. Cyllene on Arcadia or later
Corinth or Chios

Parents

Atlas and Pleione or Aethra

Siblings

1 include Dione or

2 includes Thyone and Prodice or

3 includes (i) Coronis, Cleeia (or Cleis) and Philia or
(ii)Aesyle (or Phaisyle), Eudora and Ambrosia or

5 includes (i) Aesyle (or Phaisyle), Coronis, Cleeia (or Cleis), Phaeo and Eudora or
(ii) Aesyle (or Phaisyle), Coronis, Eudora, Ambrosia and Polyxo or
(iii) Pytho, Synecho, Baccho, Cardie and Niseis

(c) Hyas

Consort
Sisyphus

Children

Glaukos, Ornytion ( Porphyrion), Thersander and Almus

In Greek mythology, Merope [1] ( Greek: Μερόπη ) is one of the seven Pleiades, daughters of Atlas and Pleione. Pleione, their mother, is the daughter of Oceanus and Tethys and is the protector of sailors.[2] Their transformation into the star cluster known as the Pleiades is the subject of various myths.

Among the Pleiades

In one story, the Pleiades, along with their half sisters the Hyades, were virgin companions to Artemis.[3] Artemis was the twin of Apollo and daughter of Leto and Zeus, and a protector of both hunters and wild animals. The Pleiades were nymphs, and along with their half sisters, were called Atlantides, Modonodes, or Nysiades and were the caretakers of the infant Bacchus.[4]

Orion pursued the Pleiades named Maia, Electra, Taygete, Celaeno, Alcyone, Sterope, and Merope after he fell in love with their beauty and grace. Artemis asked Zeus to protect the Pleiades and in turn, Zeus turned them into stars. Artemis was angry because she no longer could see her companions and had her brother, Apollo, send a giant scorpion to chase and kill Orion. Zeus then turned Orion into a constellation to further pursue the Pleiades in the skies.[5]

In another legend, the sisters were transformed by Zeus into stars because Orion fell in love with them and relentlessly pursued their affection for 12 years. At first they were turned into doves, but later, along with Orion, into stars so that forever the hunter Orion would pursue them.[2]

In either legend the Pleiades were turned into stars and now, along with their half sisters, the Hyades (who died weeping for their dead brother Hyas), are part of the star constellation Taurus.

Marriage

Merope is the faintest of the stars because she was the only of the Pleiades to have married a mortal. Her sisters had relations with gods and bore them sons, but Merope married Sisyphus and lived on the island Chios. Merope gave birth to Ornytion ( Porphyrion[6]), Glaukos, Thersander and Almus. The star Merope is often called the "lost Pleiad" because she was at first not seen by astronomers or charted like her sisters. One myth[7] says that she hid her face in shame because she had an affair with a mortal man.[8][9][10]

The several 18th and 19th century dramas and operas titled Merope deal with a completely different myth. There have been, however, artistic depictions of the stellar Pleiad:

The Lost Pleiade (1874/75), a marble sculpture by Randolph Rogers, was inspired by Ovid's Latin poem Fasti, which recounts the legend of the seven sisters. The statue, which shows her rising from a cloud in search of her lost siblings, is on display in the Art Institute of Chicago.[11]

L'etoile perdue ( The Lost Star, 1884) by William-Adolphe Bouguereau depicts the separated Merope from behind with her sister Pleiades as faint images in the background (see above). The title has also been rendered as "The Lost Pleiad".[12]

1. Noah Webster (1884) ^ A Practical Dictionary of the English Language

2. ^ a The Pleiades in mythology, Pleiade.org b

3. Scholiast to ^ Iliad, 18.486. https://scaife.perseus.org/reader/urn:cts:greekLit:tlg5026.tlg001.1st1K-grc1:2.18.198/ This in turn cites the lost Epic Cycle

4. ^ Mythology of the Seven Sisters (Pleiads), National Astronomy and Ionosphere Center (Arecibo Observatory)

5. ^ Pleiades, in Greek mythology, InfoPlease

6. Scholia on ^ Apollonius of Rhodes, Argonautica 3.1553

7. ^ Ovid, Fasti 4.169-178; Robert A. Kaster, Emotion, Restraint, and Community in Ancient Rome (Oxford University Press, 2005), p. 79.

8. ^ Hyginus. "Fabulae 192". Theoi. Theoi Project.

9. ^ Hyginus. "Astronomica 2. 21". Theoi. Theoi Project.

10. ^ P. Ovidius Naso (2005). Fasti (4th ed.). Bibliotheca Teubneriana. pp. 88-89. ISBN 3598715684.

11. ^ Art Institute Chicago

12. ^ Art Price

Calame, Claude. Myth and History in Ancient Greece. 1996. Trans. Daniel W. Berman. New Jersey: Princeton University, 2003.

Ceci, Lynn. "Watchers of the Pleiades: Ethnoastronomy among Native Cultivators in Northeastern North America." Ethnohistory 25.4 (1978): 301-317.

Gould, John. "Law, Custom, and Myth: Aspects of the Social Position of Women in Classical Athens." Myth, Ritual, Memory, and Exchange Essays in Greek Literature and Culture. New York: Oxford University, 2001. 112-157.

Interpretations of Greek Mythology. 1987. Comp. Jan Bremmer. London: Routledge, 1990.

Kellett, E. E. The Story of Myths. New York: Harcourt, Brace, and Company, 1927.

Kershaw, Stephen P. The Greek Myths Gods, Monsters, Heroes, and the Origins of Storytelling. Brief Guide. New York: Carroll and Graf, 2007.

Larson, Jennifer. Greek Nymphs: Myth, Cult, Lore. New York: Oxford University, 2001.

Women's Roles in Ancient Civilizations. Ed. Bella Vivante. Connecticut: Greenwood, 1999.

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Toggle the table of contents From Wikipedia, the free encyclopedia Merope Member of the Pleiades Abode Mt.

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T1B = lxxix   :        79 atomic No. of Gold

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Active

2008 - Present

Sponsors

National Aeronautics and Space Administration (NASA), USA

Operators

NAS, HPE

Location

NASA Advanced Supercomputing Division at NASA Ames Research Center, Moffett Field, California

Architecture

158 HPE/SGI Altix ICE X racks (11,207 nodes), 239,616 Intel Xeon processors, InfiniBand FDR interconnect[1]

Operating system
SUSE Linux Enterprise Server[2]

Memory

926 terabytes.

Storage

29 petabytes (RAID)

Speed

5.95 petaflops (sustained), 7.09 petaflops (peak)

Ranking

TOP500: 32, November 2019

Legacy

Ranked Third in TOP500 LINPACK at 487 teraflops, November 2008

Website
NAS Pleiades Homepage

Pleiades () is a petascale supercomputer housed at the NASA Advanced Supercomputing (NAS) facility at NASA's Ames Research Center located at Moffett Field near Mountain View, California. It is maintained by NASA and partners Hewlett Packard Enterprise (formerly Silicon Graphics International) and Intel.

As of November 2019 it is ranked the 32nd most powerful computer on the TOP500 list with a LINPACK rating of 5.95 petaflops (5.95 quadrillion floating point operations per second) and a peak performance of 7.09 petaflops from its most recent hardware upgrade. The system serves as NASA's largest supercomputing resource, supporting missions in aeronautics, human spaceflight, astrophysics, and Earth science.

Anatomy of a Pleiades node, shown on display at the NASA Ames Exploration Center, in Mountain View, California

Built in 2008 and named for the Pleiades open star cluster, the supercomputer debuted as the third most powerful supercomputer in the world at 487 teraflops. It originally contained 100 SGI Altix ICE 8200EX racks with 12,800 Intel Xeon quad-core E5472 Harpertown processors connected with more than 20 miles of InfiniBand double data rate (DDR) cabling.

With the addition of ten more racks of quad-core X5570 Nehalem processors in 2009, Pleiades ranked sixth on the November 2009 TOP500 with 14,080 processors running at 544 teraflops. In January 2010, the scientists and engineers at NAS successfully completed a "live integration" of another ICE 8200 rack by connecting the new rack's InfiniBand dual port fabric via 44 fibre cables while the supercomputer was still running a full workload, saving 2 million hours in productivity that would otherwise have been lost.

Another expansion in 2010 added 32 new SGI Altix ICE 8400 racks with Intel Xeon six-core X5670 Westmere processors, bringing up to 18,432 processors (81,920 cores in 144 racks) at a theoretical peak of 973 teraflops and a LINPACK rating of 773 teraflops. NASA also put an emphasis on keeping Pleiades energy efficient, increasing the power efficiency with each expansion so that in 2010 it was three times more power-efficient than the original 2008 components, which were the most power-efficient at the time. The integration of the six-core Westmere nodes also required new quad data rate (QDR) and hybrid DDR/QDR InfiniBand cabling, making the world's largest InfiniBand interconnect network with more than 65 miles of cable.

After another 14 ICE 8400 racks containing Westmere processors were added in 2011, Pleiades ranked seventh on the TOP500 list in June of that year at a LINPACK rating of 1.09 petaflops, or 1.09 quadrillion floating point operations per second.

InfiniBand DDR and QDR fiber cables are used to connect all of the nodes to each other, as well as to the mass storage systems at NAS and the hyperwall visualization system, creating a network made up of more than 65 miles of InfiniBand fabric, the largest of its kind in the world. Pleiades is built in a partial 11-D hypercube topology, where each node has eleven connections to eleven other nodes, with some making up to twelve connections to form a 12-D hypercube.

In 2012, NASA and partners SGI and Intel began working on the integration of 24 new Altix ICE X racks with Intel Xeon eight-core E5-2760 Sandy Bridge processors to replace 27 of the original Alitx 8200 racks containing quad-core Harpertown processors. With a total of 126,720 processor cores and over 233 terabytes of RAM across 182 racks, the expansion increased Pleiades' available computing capacity 40 percent. Each new Sandy Bridge node has four networking links using fourteen data rate (FDR) InfiniBand cable for a total transfer bandwidth of 56 gigabits (about 7 gigabytes) per second.

In early 2013, work began on a larger hardware refresh for Pleiades, ultimately removing all of the original 4-core Harpertown processors and adding 46 SGI ICE X racks with 10-core Intel Xeon E5-2680V2 (Ivy Bridge) processors. When installation was complete in August 2013, the system's overall peak performance increased 62% from 1.78 petaflops to 2.87 petaflops. The system was slowly upgraded again between January and April 2014, adding another 29 racks of Ivy Bridge nodes and increasing the system's theoretical computational capability to 3.59 petaflops. To make room for the expansion, all of the system's remaining Nehalem nodes and 12 Westmere nodes were removed.

In late 2014, more Westmere nodes were removed to make room for new Intel Xeon Haswell processors, increasing the theoretical processing power by one petaflop to 4.49 petaflops. In January 2015, additional Haswell nodes were installed and released to users, giving Pleiades a new peak theoretical processing capacity of 5.35 petaflops. An upgrade, completed in June 2016, replaced all remaining racks containing nodes with six-core Intel Xeon X5670 (Westmere) processors with racks containing nodes using 14-core Intel Xeon E5-2680v4 (Broadwell) processors. This improved the theoretical peak performance to 7.25 petaflops.

Pleiades is part of NASA's High-End Computing Capability (HECC) Project and represents NASA's state-of-the-art technology for meeting the agency's supercomputing requirements, enabling NASA scientists and engineers to conduct high-fidelity modeling and simulation for NASA missions in Earth studies, space science, aeronautics research, as well as human and robotic space exploration.

Some of the scientific and engineering projects run on Pleiades include:

The Kepler Mission, a space observatory launched in March 2009 to locate Earth-like planets, monitors a section of space containing more than 200,000 stars and takes high-resolution images every 30 minutes. After the operations center gathers this data, it is pipelined to Pleiades in order to calculate the size, orbit, and location of the planets surrounding these stars. As of February 2012, the Kepler mission has discovered 1,235 planets, 5 of which are approximately Earth-sized and orbit within the "habitable zone" where water can exist in all three forms (solid, liquid, gas). After setbacks following the failure of two of Kepler's four reaction wheels, responsible for keeping the spacecraft pointed in the correct direction, in 2013, the Kepler team moved the entire data pipeline to Pleiades, which continues to run light curve analyses from the existing Kepler data.

Research and development of next generation space launch vehicles is done on Pleiades using cutting-edge analysis tools and computational fluid dynamics (CFD) modeling and simulation in order to create more efficient and affordable space launch system and vehicle designs. Research has also been done on reducing noise created by the landing gear of aircraft using CFD code application to detect where the sources of noise are within the structures.

Astrophysics research into the formation of galaxies is run on Pleiades to create simulations of how our own Milky Way Galaxy was formed and what forces might have caused it to form in its signature disk-shape. Pleiades has also been the supercomputing resource for dark matter research and simulation, helping to discover gravitationally bound "clumps" of dark matter within galaxies in one of the largest simulations ever done, in terms of particle numbers.

Visualization of the Earth's ocean currents using a NASA-built data synthesis model for the Estimating the Circulation and Climate of the Ocean (ECCO) Project between MIT and the NASA Jet Propulsion Laboratory in Pasadena, California. According to NASA, the "ECCO model-data syntheses are being used to quantify the ocean's role in the global carbon cycle, to understand the recent evolution of the polar oceans, to monitor time-evolving heat, water, and chemical exchanges within and between different components of the Earth system, and for many other science applications."

In the 2015 film The Martian, astrodynamicist Rich Purnell uses the Pleiades supercomputer to verify calculations for a gravity assist maneuver for a spacecraft, in order to rescue an astronaut stranded on Mars. Unlike what is shown in the movie, one need not be physically present inside the racks to run the computations; to submit jobs a user can connect from a remote location via ssh, while employing a SecurID.

1. ^ "Pleiades - SGI ICE X, Intel Xeon E5-2670/E5-2680v2/E5-2680v3/E5-2680v4 2.6/2.8/2.5/2.4 GHz, Infiniband FDR". Top 500, the list.

2. ^ Fortin, Jacey (May 8, 2017). "Geniuses Wanted: NASA Challenges Coders to Speed Up Its Supercomputer". New York Times.

3. ^ "'Live' Integration of Pleiades Rack Saves 2 Million Hours". [NASA Advanced Supercomputing Division]. February 8, 2010.

4. ^ Law, Gillian (2012). "Simulating the Stars". Scientific Computing World. February/March (22): 41-43.

5. ^ Khorrami, Mehdi R. (2011). "High-Fidelity Simulation of Landing Gear Noise". HPC Source. Scientific Computing. Spring 2011: 18-22. Archived from the original on April 8, 2014.

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Active 2008 - Present Sponsors National Aeronautics and Space Administration (NASA), USA Operators NAS, HPE Location NASA Advanced Supercomputing Division at NASA Ames Research Center, Moffett Field, California Architecture 158 HPE/SGI Altix ICE X racks (11,207 nodes), 239,616 Intel Xeon processors, InfiniBand FDR interconnect[1] Operating system SUSE Linux Enterprise Server [2] Memory 926 terabytes.

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Well, if we summed up ABC and DEF it would be “GOLD EGG”

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Well, if we summed up ABC and DEF it would be “GOLD EGG”

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