This page will contain additional articles about origami, as they become available.OrigamiThe traditional crane and papers of the same size used to fold it A paper pegasus designed by F. Kawahata
Origami only uses a small number of different folds, but they can be combined in a variety of ways to make intricate designs. In general, these designs begin with a square sheet of paper, whose sides may be different colors, and proceed without cutting the paper. Contrary to most popular belief, traditional Japanese origami, which has been practiced since the Edo era (1603-1867), has often been less strict about these conventions, sometimes cutting the paper during the creation of the design (Kirigami 切り紙) or starting with a rectangular, circular, or other non-square sheets of paper. It's also possible to create folds from triangular paper. HistoryThe "invention" of paper folding probably followed soon after the invention of paper itself. The earliest known traditions of paper folding were of ritual origin. The earliest known Japanese origami is probably ceremonial paper folding, such as noshi (熨斗), which started in Muromachi era (1392-1573). In Korea, ancestral tablets made of paper, known as jibang (지방), were folded in a prescribed manner handed down the family line for use in ancestral worship ceremonies. The earliest known European origami is probably the baptismal certificate of 16th century, represented by a little bird (pajarita in Spanish or cocotte in French). An origami design can be as simple as a party hat or paper airplane, or as complex as a model of the Eiffel Tower, a leaping gazelle or a stegosaurus that takes an hour and a half to fold. Sometimes the most complex origami models must be folded from foil instead of paper; this allows more layers before the paper becomes impractically thick. Modern origami has broken free from the traditional linear construction techniques of the past, and models are now frequently wet-folded or constructed from materials other than paper and foil. The Japanese do not see origami as an art form, but rather as an integrated part of their culture and tradition. Joseph Albers, the father of modern color theory and minimalistic art, taught origami and paper folding in the 1920s and 30s. His methods, which involved sheets of round paper that were folded into spirals and curved shapes, have influenced modern origami artists like Kunihiko Kasahara. Friedrich Fröbel, founder of the kindergartens, recognized paper binding, weaving, folding, and cutting as teaching aids for child development during the early 1800s. The work of Akira Yoshizawa of Japan, a prolific creator of origami designs and writer of books on origami, inspired a modern renaissance of the craft. His work was promoted through the studies of Gershon Legman as published in the seminal books of Robert Harbin Paper Magic and more so in Secrets of the Origami Masters which revealed the wide world of paperfolding in the mid 1960s. Modern origami has attracted a worldwide following, with ever more intricate designs and new techniques such as 'wet-folding,' the practice of dampening the paper somewhat during folding to allow the finished product to hold shape better, and variations such as modular origami also known as unit origami, where many origami units are assembled to form an often decorative whole. An example of Modular Origami (Geometric shapes formed from Sonobe units)Recent historians have uncovered the lost origami Tamatebako, a model from the folk tale of "Urashima-Taro and the Tamatebako". A three volume wood cut book, "Ranma-Zushiki", published in 1734, contained two pictures that were identified by Yasuo Koyanagi in 1993 as the Tamatebako model. Masao Okamura, an origami historian, was able to recreate the model. The model, contrary to common theory of traditional origami, involved cutting and gluing. Sadako Sasaki memorial in Hiroshima, surrounded by paper cranesOne of the most famous origami designs is the Japanese crane. The crane is auspicious in Japanese culture. Japan has launched a satellite named tsuru (crane). Legend says that anyone who folds one thousand paper cranes will have their heart's desire come true. The origami crane (折鶴 orizuru in Japanese) has become a symbol of peace because of this legend, and because of a young Japanese girl named Sadako Sasaki. Sadako was exposed to the radiation of the atomic bombing of Hiroshima as an infant, and it took its inevitable toll on her health. She was then, a hibakusha -- an atom bomb survivor. By the time she was twelve in 1955, she was dying of leukemia. Hearing the legend, she decided to fold 1,000 cranes so that she could live. However, it was not just for herself that she wished healing. It is said that what made the girl truly special in her effort was her additional wish to end all such suffering, to bring peace and healing to the victims of the world. Sadako folded 644 cranes before she died. Her classmates continued folding cranes in honor of their friend. Sadako was buried with a wreath of 1,000 cranes. While her effort could not extend her life, it moved her friends to make a granite statue of Sadako in the Hiroshima Peace Park: a young girl standing with her hand outstretched, a paper crane flying from her fingertips. Every year the statue is adorned with thousands of wreaths of a thousand origami cranes. A group of one thousand paper cranes is called senbazuru in Japanese. The tale of Sadako has been dramatized in many books and movies. In one version, Sadako wrote a haiku that translates into English as: Taking Origami developments into the 21st Century, designer Jay Cousins created a simpler form of Origami in plastic - dubbed orikaso. Influenced by the purity and beauty of Origami, and Japanese design principles, Orikaso processes can be used to create functional and useful products. Basic instructionsMost origami folds can be broken down into simpler steps. A list of techniques is accumulating in the origami tech tree. Paper and other materialsSome people fold miniature origami models as a challengeAlthough almost any laminar material can be used for folding, the choice of material used greatly affects the folding and final look of the model. Normal copy paper with weights of 70–90 gsm can be used for simple folds, such as the crane and waterbomb. Heavier weight papers of 100 gsm or more can be wetfolded. This technique allows for a more rounded sculpting of the model, which becomes rigid and sturdy when dry. Kami is sold in prepackaged squares of various sizes ranging from 2.5 cm to 25 cm or more. It is commonly coloured on one side and white on the other; however, duo coloured kami and patterned kami exist and can be used effectively for colour-changed models. The weight of kami is slightly less than that of copy paper, making it suitable for a wider range of models. Foil-backed paper, just as its name implies, is a sheet of thin foil adhered to a sheet of thin paper. Related to this is tissue foil, which is made by gluing a thin piece of tissue to kitchen aluminium foil. A second piece of tissue can be glued onto the reverse side to produce a tissue/foil/tissue sandwich. Foil-backed paper is available commercially but not tissue foil. Both types of foil materials are suitable for complex models. Artisan papers such as unryu, lokta, hanji, gampi, kozo, saa have long fibres and are often extremely strong. As these papers are floppy to start with, they are often backcoated or resized with methylcellulose or wheat paste before folding. Also, these papers are extremely thin and compressible, allowing for thin, narrowed limbs as in the case of insect models. Mathematics of origamiThe practice and study of origami encapsulates several subjects of mathematical interest. For instance, the problem of flat-foldability (whether a crease pattern can be folded into a 2-Dimensional model) has been a topic of considerable mathematical study. Folding a flat model from a crease pattern has been proven by Marshall Bern and Barry Hayes to be NP complete. [1] The problem of rigid origami ("if we replaced the paper with sheet metal and had hinges in place of the crease lines, could we still fold the model?") has great practical importance. For example, the Miura map fold is a rigid fold that has been used to deploy large solar panel arrays for space satellites. Technical origamiTechnical origami, also known as origami sekkei, is a field of origami that has developed almost hand-in-hand with the field of mathematical origami. In the early days of origami, development of new designs was largely a mix of trial-and-error, luck and serendipidity. With advances in origami mathematics however, the basic structure of a new origami model can be theoretically plotted out on paper before any actual folding even occurs. This method of origami design was pioneered by Robert Lang, Meguro Toshiyuki and others, and allows for the creation of extremely complex multi-limbed models such as many-legged centipedes, human figures with full complement of fingers and toes, and the like. The main starting point for such technical designs is the crease pattern (often abbreviated as 'CP'), which is essentially the layout of the creases required to form the final model. Although not intended as a substitute for diagrams, folding from crease patterns is starting to gain in popularity, partly because of the challenge of being able to 'crack' the pattern, and also partly because the crease pattern is often the only resource available to fold a given model, should the designer choose not to produce diagrams. Paradoxically enough, when origami designers come up with a crease pattern for a new design, the majority of the smaller creases are relatively unimportant and added only towards the completion of the crease pattern. Rather, what is more important is the allocation of regions of the paper and how these are mapped to the structure of the object being designed. For a specific class of origami bases known as 'uniaxial bases', the pattern of allocations is referred to as the 'circle-packing'. Using optimization algorithms, a circle-packing figure can be computed for any uniaxial base of arbitrary complexity. Once this figure is computed, the creases which are then used to obtain the base structure can be added. This is not a unique mathematical process, hence it is possible for two designs to have the same circle-packing, and yet different crease pattern structures. This page about origami includes information from a Wikipedia article. Additional articles about origami News stories about origami External links for origami Videos for origami Wikis about origami Discussion Groups about origami Blogs about origami Images of origami |
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This is not a unique mathematical process, hence it is possible for two designs to have the same circle-packing, and yet different crease pattern structures. Some ideas from Journey to the West are borrowed later in the series. Once this figure is computed, the creases which are then used to obtain the base structure can be added. There are many parallels between Journey to the West and Dragon Ball. Using optimization algorithms, a circle-packing figure can be computed for any uniaxial base of arbitrary complexity. Most notably, the character of Bardock (Gokū 's father) was originally an anime-creation. For a specific class of origami bases known as 'uniaxial bases', the pattern of allocations is referred to as the 'circle-packing'. Backstory added in the anime was accepted in the manga. Rather, what is more important is the allocation of regions of the paper and how these are mapped to the structure of the object being designed. In a very small number of cases however, the inverse was true. Paradoxically enough, when origami designers come up with a crease pattern for a new design, the majority of the smaller creases are relatively unimportant and added only towards the completion of the crease pattern. There are many instances in the anime where back-story which was filled in by the anime writers was directly contradicted by backstory written later in the manga. Although not intended as a substitute for diagrams, folding from crease patterns is starting to gain in popularity, partly because of the challenge of being able to 'crack' the pattern, and also partly because the crease pattern is often the only resource available to fold a given model, should the designer choose not to produce diagrams. While this led to getting the episodes released rapidly, the pacing resulted in a large amount of "filler" material needing to be added to the anime to flesh out the episodes to keep them from catching up. The main starting point for such technical designs is the crease pattern (often abbreviated as 'CP'), which is essentially the layout of the creases required to form the final model. Throughout most of the writing of the manga, the anime was being written and produced just behind the point where the manga was being concurrently published. This method of origami design was pioneered by Robert Lang, Meguro Toshiyuki and others, and allows for the creation of extremely complex multi-limbed models such as many-legged centipedes, human figures with full complement of fingers and toes, and the like. It is notable that the "Z" of Dragon Ball Z is pronounced "Zed" in the Japanese opening, WE GOTTA POWER.. With advances in origami mathematics however, the basic structure of a new origami model can be theoretically plotted out on paper before any actual folding even occurs. Another interpretation is that Toriyama hand-wrote its title as Dragon Ball 2 and somebody misread the figure 2 as a Z. In the early days of origami, development of new designs was largely a mix of trial-and-error, luck and serendipidity. Other, fan-given "Z" theories include the naming of the ensemble group of main characters as the "Z Warriors" or "Z Fighters" in episode titles and promotional materials (they are never referred to that way in the anime itself) or based on the "Detekoi Tobikiri ZENKAI Power" theme song in the ending credits. Technical origami, also known as origami sekkei, is a field of origami that has developed almost hand-in-hand with the field of mathematical origami. The official meaning, as stated by the author, is that the letter was chosen because it was at the end of the alphabet, echoing Toriyama's desire that the series soon end. For example, the Miura map fold is a rigid fold that has been used to deploy large solar panel arrays for space satellites. The "Z" in Dragon Ball Z is rumored to have many meanings. The problem of rigid origami ("if we replaced the paper with sheet metal and had hinges in place of the crease lines, could we still fold the model?") has great practical importance. In general, the translation of the manga is considered to be closer to the translation of the anime as factors such as mouth movement are not taken into consideration. [1]. Similarly, the names of "Gokū" and "Gohan" lack the family name "Son" in the anime. Folding a flat model from a crease pattern has been proven by Marshall Bern and Barry Hayes to be NP complete. For example, the character of "Lunch" in the manga is retranslated as "Launch" in the anime. For instance, the problem of flat-foldability (whether a crease pattern can be folded into a 2-Dimensional model) has been a topic of considerable mathematical study. There are additional differences between the US edition of the manga and the US edition of the anime, but those are primarily due to differences in translation. The practice and study of origami encapsulates several subjects of mathematical interest. Dragon Ball GT is the sequel to DBZ but is not based on any manga (unlike Dragon Ball and Dragon Ball Z, Akira Toriyama was not directly involved with the production of Dragon Ball GT, though he did create many of the character designs and a few of the plot ideas in the series). Also, these papers are extremely thin and compressible, allowing for thin, narrowed limbs as in the case of insect models. DBZ takes up the story 5 years after DB leaves off, with the introduction of Gokū's young son and the arrival of a new, more powerful foe. As these papers are floppy to start with, they are often backcoated or resized with methylcellulose or wheat paste before folding. DB follows Gokū's adventures as a 12 year old up to his marriage as an 18 year old-- roughly the sagas that had the most fantasy and humor elements. Artisan papers such as unryu, lokta, hanji, gampi, kozo, saa have long fibres and are often extremely strong. Both Dragon Ball (DB) and Dragon Ball Z (DBZ) anime are based on the same original Dragon Ball manga. Both types of foil materials are suitable for complex models. The Dragon Ball Z manga remains censored, although many volumes (prior to volume 17) are technically uncensored since they did not contain any objectionable material. Foil-backed paper is available commercially but not tissue foil. Popo's lips were removed), including rereleases of the previously censored volumes 1 through 3. A second piece of tissue can be glued onto the reverse side to produce a tissue/foil/tissue sandwich. By the end of 2004, all Dragon Ball manga had been released almost uncensored (Mr. Related to this is tissue foil, which is made by gluing a thin piece of tissue to kitchen aluminium foil. Originally, both of these releases were censored for nudity and some graphic content. Foil-backed paper, just as its name implies, is a sheet of thin foil adhered to a sheet of thin paper. As previously mentioned, the Dragon Ball manga is published as both Dragon Ball and Dragon Ball Z in American editions. The weight of kami is slightly less than that of copy paper, making it suitable for a wider range of models. Furthermore, the downfall of most of the antagonists is their own self-importance, their belief that because of their power, they are untouchable. It is commonly coloured on one side and white on the other; however, duo coloured kami and patterned kami exist and can be used effectively for colour-changed models. Son Gokū remains the very strongest martial artist, and he trains for no other reason than for self-improvement. Kami is sold in prepackaged squares of various sizes ranging from 2.5 cm to 25 cm or more. Throughout the series, the protagonists never cease in their martial arts training. This technique allows for a more rounded sculpting of the model, which becomes rigid and sturdy when dry. Dragon Ball is also significant in its theme of self-improvement and piety. Heavier weight papers of 100 gsm or more can be wetfolded. This style of redemption is not unique to Dragon Ball (it is often seen even in American comic books), but it is significant that it persisted even through other major shifts in style and tone. Normal copy paper with weights of 70–90 gsm can be used for simple folds, such as the crane and waterbomb. Boo). Although almost any laminar material can be used for folding, the choice of material used greatly affects the folding and final look of the model. This theme was evident from the beginning (with the conversion of Yamcha, Oolong, and Pu'erh) and continued even to the last saga (with the acceptance of Mr. A list of techniques is accumulating in the origami tech tree. Nearly every major character in the manga entered the series as a villain but was, through one method or another, converted to the side of good (often, this would entail a temporary team up to defeat a greater foe, but somehow the former enemies rarely found the motivation to begin fighting again). Most origami folds can be broken down into simpler steps. For all its martial arts bravado, the story of Dragon Ball centers primarily around a theme of redemption, generally through exposure to the "pure" ideals of Son Gokū and Son Gohan. Influenced by the purity and beauty of Origami, and Japanese design principles, Orikaso processes can be used to create functional and useful products. The Majin Buu saga features more of the humor and fantastic plot elements that were present in the very early volumes of the manga. Taking Origami developments into the 21st Century, designer Jay Cousins created a simpler form of Origami in plastic - dubbed orikaso. The Majin Buu saga (volumes 36-42) is the last arc of Dragon Ball manga. In one version, Sadako wrote a haiku that translates into English as:. It was between this series and the last series that creator Akira Toriyama stopped measuring characters' power levels in the stories, deciding that it limited the stories. The tale of Sadako has been dramatized in many books and movies. The Cell Saga (volumes 29-35) introduced the Jinzôningen, a mysterious Saiyan called Trunks, and the enigmatic Cell. A group of one thousand paper cranes is called senbazuru in Japanese. After two subsequent transformations, he reveals that he is still at only 1% of his "full power.". Every year the statue is adorned with thousands of wreaths of a thousand origami cranes. He then transforms into a more powerful fighter, at which point his power level is over a million. While her effort could not extend her life, it moved her friends to make a granite statue of Sadako in the Hiroshima Peace Park: a young girl standing with her hand outstretched, a paper crane flying from her fingertips. humans are 5) of 500,000. Sadako was buried with a wreath of 1,000 cranes. For example, the antagonist Freiza has a "power level" (the series' futuristic measure of a fighter's speed and strength, i.e. Her classmates continued folding cranes in honor of their friend. It also set the tone for more and more awesomely powerful characters. Sadako folded 644 cranes before she died. The Freiza saga is noteworthy for introducing the first Super Saiyan, now a staple of the series. It is said that what made the girl truly special in her effort was her additional wish to end all such suffering, to bring peace and healing to the victims of the world. This begins the Freiza saga (volumes 21-28). However, it was not just for herself that she wished healing. After the defeat of Vegeta and the conclusion of the Saiyan saga, the survivors of the vicious Saiyan assault head off to the Planet Namek to resurrect their friends who were killed by the Saiyans. Hearing the legend, she decided to fold 1,000 cranes so that she could live. Space travel, alien threats, and powerful cyborgs take center stage instead of more fantastic villains. By the time she was twelve in 1955, she was dying of leukemia. Many of the characters which previously had fantasy origins (Gokū, Piccolo, etc.) are recast as aliens from other planets. She was then, a hibakusha -- an atom bomb survivor. Starting with introduction of Gokū's first son, things begin to take a much more serious and harder sci-fi approach. Sadako was exposed to the radiation of the atomic bombing of Hiroshima as an infant, and it took its inevitable toll on her health. Dragon Ball fully transformed into an action based shonen manga at the onset of the Saiyan saga (volumes 17-20). The origami crane (折鶴 orizuru in Japanese) has become a symbol of peace because of this legend, and because of a young Japanese girl named Sadako Sasaki. This began the Piccolo Daimaô saga (volumes 13-17) in which the manga enters a darker tone compared to its earlier volumes. Legend says that anyone who folds one thousand paper cranes will have their heart's desire come true. A subtle but significant change in mood began after Goku's best friend Krillin was killed. Japan has launched a satellite named tsuru (crane). The overall mood of the title is light with very few deaths and an emphasis on adventure and humor. The crane is auspicious in Japanese culture. Despite the fantasy elements, the world does contain advanced technology including space-saving capsules which are pocket sized but can expand into almost any object, flying cars, and similar "near future" trappings. One of the most famous origami designs is the Japanese crane. Notable fantasy elements include not only the monkey boy Gokū and the balls themselves, but also many talking animal characters, unlikely martial arts techniques, and characters identified as gods and demons. The model, contrary to common theory of traditional origami, involved cutting and gluing. The earlier volumes of the manga (volumes 1-12) are primarily humorous fantasy stories, but containing some minor sci-fi elements. Masao Okamura, an origami historian, was able to recreate the model. During those years, the tone and the style of the stories gradually changed to reflect the tastes of the readers and the editors of Japanese Shonen Jump. A three volume wood cut book, "Ranma-Zushiki", published in 1734, contained two pictures that were identified by Yasuo Koyanagi in 1993 as the Tamatebako model. The story of Dragon Ball unfolded gradually over 11 years of publication. Recent historians have uncovered the lost origami Tamatebako, a model from the folk tale of "Urashima-Taro and the Tamatebako". . Modern origami has attracted a worldwide following, with ever more intricate designs and new techniques such as 'wet-folding,' the practice of dampening the paper somewhat during folding to allow the finished product to hold shape better, and variations such as modular origami also known as unit origami, where many origami units are assembled to form an often decorative whole. In the beginning of the story however, A 16 year old genius girl named Bulma has created a "Dragon Radar" to detect the balls and making the process far easier than it was intended to be. His work was promoted through the studies of Gershon Legman as published in the seminal books of Robert Harbin Paper Magic and more so in Secrets of the Origami Masters which revealed the wide world of paperfolding in the mid 1960s. In times past, it would take generations to search the world and gather the balls. The work of Akira Yoshizawa of Japan, a prolific creator of origami designs and writer of books on origami, inspired a modern renaissance of the craft. After the wish is granted, the balls are scattered again across the landscape and become inert for a year. Friedrich Fröbel, founder of the kindergartens, recognized paper binding, weaving, folding, and cutting as teaching aids for child development during the early 1800s. When assembled together, they can be used to summon the dragon Shen Long (Shenron) who will grant one wish (within limits). His methods, which involved sheets of round paper that were folded into spirals and curved shapes, have influenced modern origami artists like Kunihiko Kasahara. The Dragon Balls are seven magical spheres which are scattered across the world. Joseph Albers, the father of modern color theory and minimalistic art, taught origami and paper folding in the 1920s and 30s. The titular Dragon Balls are one component of the universe, but are not the focus of most of the plot lines of the title. The Japanese do not see origami as an art form, but rather as an integrated part of their culture and tradition. He is not without help, however: the comic boasts a large ensemble cast of martial artist heroes and villains which provide the conflict that drives the story. Modern origami has broken free from the traditional linear construction techniques of the past, and models are now frequently wet-folded or constructed from materials other than paper and foil. During his life, he fights many battles and eventually becomes (arguably) the strongest martial artist in the universe. Sometimes the most complex origami models must be folded from foil instead of paper; this allows more layers before the paper becomes impractically thick. The story of Dragon Ball follows the life of Son Gokū, a monkey-tailed boy loosely based on the traditional Chinese folk tale Journey to the West (西遊記), from his life and adventures as a child all the way up to being a grandfather. An origami design can be as simple as a party hat or paper airplane, or as complex as a model of the Eiffel Tower, a leaping gazelle or a stegosaurus that takes an hour and a half to fold. Viz titles the second part of the manga Dragon Ball Z to reduce confusion for American audiences. The earliest known European origami is probably the baptismal certificate of 16th century, represented by a little bird (pajarita in Spanish or cocotte in French). In parallel to these releases, VIZ Media is in the process of releasing the 42 volumes (nearly matching the first Japanese set) in English. In Korea, ancestral tablets made of paper, known as jibang (지방), were folded in a prescribed manner handed down the family line for use in ancestral worship ceremonies. The Dragon Ball Z manga was transitioned into a launch title for the new US edition of the Shonen Jump anthology, starting in January 2003. The earliest known Japanese origami is probably ceremonial paper folding, such as noshi (熨斗), which started in Muromachi era (1392-1573). This style of release was unsuccessful due to its large size and expensive cost ($2.95 for an issue of 2, later 3, chapters), and both series were cancelled in 2002. The earliest known traditions of paper folding were of ritual origin. See below). The "invention" of paper folding probably followed soon after the invention of paper itself. In the US, the manga was first released as two American-style comic books: Dragon Ball and Dragon Ball Z starting in 2000 (the split corresponds to the two different anime series, though the original Japanese manga does not distinguish between them. . In 2004, the manga was re-released in a 34 volume collection (called Kanzenban) which included a slightly rewritten ending, all new original covers, and original color artwork from its Weekly Jump run. It's also possible to create folds from triangular paper. Dragon Ball (ドラゴンボール) (Doragon Bōru) is a Japanese manga by Akira Toriyama serialized in the weekly anthology magazine, Weekly Shonen Jump, from 1984 to 1995 and originally collected into 42 individual books called Tankōbon. Contrary to most popular belief, traditional Japanese origami, which has been practiced since the Edo era (1603-1867), has often been less strict about these conventions, sometimes cutting the paper during the creation of the design (Kirigami 切り紙) or starting with a rectangular, circular, or other non-square sheets of paper. So he vented his feelings in manga format. In general, these designs begin with a square sheet of paper, whose sides may be different colors, and proceed without cutting the paper. He recently found out that Tenma like Karasuma. Origami only uses a small number of different folds, but they can be combined in a variety of ways to make intricate designs. He was fighting Karasuma in a DBZ-like fight. The word literally means "paper folding" in Japanese and refers to all types of paper folding, even those of non-Japanese origin. In the anime School Rumble, an episode had Harima turn Super Saiyan in a manga he was writing. The goal of this art is to create a given result using geometric folds and crease patterns. Also, Cosmo accidentally released two Kamehameha attacks from his hands. The Fairly OddParents TV movie Channel Chasers featured a fictional series parodying Dragon Ball. In an episode of Codename: Kids Next Door, Number 4 relates his fight with the delightful children from down the lane to Gokū 's fight with Freeza in a flashback. Many similarities to Dragon Ball can be seen in the One Piece manga. Toriyama is a self-professed fan of One Piece, which he was introduced to by his children. He stated that it was Toriyama that influenced him and that he holds Dragon Ball in high-esteem. Eiichiro Oda, the author of One Piece, stated in an interview that he was a big fan of Dragon Ball. Also, in one volume of the manga, a mask resembling the face of the Dragon Ball character Chaozu can be seen in the background. This can also be seen in the fact that the titular character wears an orange gi (martial arts robe) similar to Goku's. Kishimoto included a picture of Arale he drew in elementary school. Masashi Kishimoto states in his manga Naruto that he was influenced by Toriyama. In another chapter of Bobobo-bo Bo-bobo, while facing Kanemaru, Bo-bobo states something about a high wind air-pressure technique, it turns out that Bo-bobo had a picture board of Kulilin, Gokū and Piccolo with Dragon Balls spread over the board. It had Jelly Jiggler (Tokoro Tennosuke) and Don Patch/Poppa Rocks (Don Patch) recreating the first battle between Son Gokū and Vegeta respectively, but the order and development is messed up. The manga series Bobobo-bo Bo-bobo had many references to Dragon Ball and a one-off chapter making a parody of it. In Mystical Ninja Starring Goemon, the hero Goemon after finishing a certain training, goes to the "Sudden Impact" state, in which his hair grows bigger and its color becomes yellow. In The Grim Adventures of Billy and Mandy, Mandy is shown to eat a Chicken Ball which makes her transform into a Super Saiyan. Many people consider this to be a plagiarism of DBZ but it was actually suggested to Katsura by Toriyama himself. In Masakazu Katsura's manga DNA², the main character can turn into a Super Saiyan-like state, gaining golden hair and the ability to use special abilities. In an episode of Magical Shopping Arcade Abenobashi, Sasshi fights in a martial arts match while dressed as Bruce Lee, and near the end, transforms to a Super Saiyan and performs the Kamehameha. Also, in the anime version, there is a dragon ball shown on a poster. In the manga, Yu-Gi-Oh!, the main character, Yûgi Mutô, relates the Millenium Puzzle's power with wishes granted by the dragon balls. In the OVA, Puni Puni Poemy, Poemi is shown with a collection of Dragon Balls. In the manga, Eyeshield 21, Yukimitsu performs the Taiyō-ken while dressed as Tenshinhan. They also must use a technique called the Nabehameha, a direct parody of Muten Rōshi's Kamehameha. In the anime, Excel Saga, Nabeshin teaches Pedro and Sandora to reach a certain powerful afro level, similar to the level of Super Saiyan in Dragon Ball Z and Dragon Ball GT. In the Sonic the Hedgehog series, both the Chaos Emeralds, and Super Sonic are nods to Toriyama's work. Gokū finds himself in a place reminiscent of the pillars of Buddha’s palm, the location which Sun Wukong's rampage was finally put to an end. Son Gokū's Nyoi-bô (or Power Pole) comes from Sun Wukong's magic staff that can change to any size anytime he sees fit. The equivalent to Niu Mo Wang of the original texts is Gyuumao in Dragon Ball. The equivalent to Sha Wujing of the original texts is Yamcha in Dragon Ball. The equivalent to Zhu Wuneng of the original texts is Oolong in Dragon Ball. The equivalent to Xuanzang of the original texts is Bulma in Dragon Ball (though later, it can be argued to be the role of Kulilin). The equivalent to Sun Wukong of the original texts is Son Gokū in Dragon Ball. In Dragon Ball, Bulma and her company search for the legendary dragon balls. In the original story, the priest, Xuanzang and his company search for the legendary Buddhist scriptures in the West. |