648 resultados para Slowmation Animation


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With the technology advancement, mobile devices have become increasingly more powerful and have started to have functions beyond of making phone calls. New applications, which perform these new functions, have been launched. The digital entertainment market has become one of the most benefited with this, once the games have become one of the most used applications for various types of users. This monograph presents the development of a game for Android OS, considering concepts like: physics, scenarios/views and character animation

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This article consists in a discourse analysis of the feature film in animation Wall.e produced by Pixar in association to Disney in 2008. Pixar has been known to produce films that contain various discursive levels, making its products appealing not only for children, but also for adults. However, Wall-e proves to be a masterpiece in Pixar carrier, because it is the one which focuses on the analysis and critique of contemporary society associated with technological development. For this, the plot has as its starting point the question of sustainability and unbridled consumerism. But the film expands the debate, tracing the relationship between technology and humanity, discussing how one affects the other. The project therefore aims to show how the animation works such concepts and constructs his discourse. To this end, the work seeks to identify the signs that make up the discourse and draw the intertextuality between WALL.E and other works that also discuss the same elements such as Stanley Kubrick‟s 2001 - A Space Odyssey (1968)

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The production and concept of the animation process adds not only technical aspects to it, but also the huge amount of detail and study of every single reference used to create that said animation. From costumes and fashion to urban morphology, those researches are needed for the creation of a final product that has a truth feeling to it, making the viewer feel like part of it and receive not only a literal aspect, but a conceptual feel from the project. Photos, maps, technical studies and much more are tools of trade when dealing with the animation process. The animators have to give attention to every single detail in order to make the production feel alive for the viewers, making the animations flow in a charming way. To analyse the inverse way of the animation process – from the final product to the sketch studies of the base reality from which it was based at- is a good way to comprehend the research line of the animators, and that’s the main focus of this project

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The English writer Neil Gaiman has a varied background in various genres of literature and comics. His novel Coraline (2002) was considered a bestseller and received numerous adaptations, including versions for the comics (U.S., 2008, illustrated by P. Craig Russelle) and for a musical off Broadway (USA, 2009). The object of analysis chosen for this research was the adaptation of Coraline for film, Coraline (U.S., 2009), stop motion animation directed by Henry Selick. In the eyes of the general public the film stands out for being an engaging animation. Under a closer look, Coraline becomes a valuable object of study that incorporated the technique of stop motion at the same time that modernized the fantastic genre, usually directed to children and youth, but in that case, reaches many audiences. The objective of this research is to analyze the animation based on theory of origin greimasian, focusing on the narrative that constitutes the fantastic genre in order to infer the regularities of genrer and the specificities of audiovisual product

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Este texto pretende analisar o filme de animação Valente, produzido pela Walt Disney Pictures e pela Pixar Animation Studios, em busca de elementos que abordem o tema “gênero” e, assim, utilizá-lo de modo a propor a discussão em sala de aula sobre este mesmo tema, levando em consideração o contexto atual da imagem da mulher e pontos históricos que sejam interessantes ao debate

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Fundação de Amparo à Pesquisa do Estado de São Paulo (FAPESP)

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This work consists of a semiotic analysis of the animation motion picture The Lion King (1994), by the Walt Disney Animation Studios, describing its intertextual relation with Hamlet, by Shakespeare, considering Disney’s individuality, its style. In order to study style in texts, we use discursive semiotics theory, highlighting Discini’s work (2013) and the concept of discursive settings. Hence, a deep discussion about The Lion King’s style, compared to the Shakespeare’s play, is established. The movie, once a syncretic text, requires advanced studies on Expression Plane, its plastic, musical and verbal/phonic aspects. We find these studies in the work of José Luiz Fiorin (2009), Lúcia Teixeira (2009), Ana Claúdia de Oliveira (2009), Jean-Marie Floch (2009) and Antônio Vicente Pietroforte (2008). We note how a syncretic text makes the discursive settings more complex by assembling plastic and sonorous materials in semissimbolic relation. Once defined The Lion King’s style, we analyze the way it justifies the intense popularity of this kind of animation features. Finally, it is important to understand how Disney uses in its style not only discursive settings, but also passional settings, revealing its own way to stir emotions on the spectator

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This paper discuss possibilities of use of 3D animation as a tool for teaching Chemistry support. The research proposes to investigate the conception process and development of educational animations to use in a Blended Learning environment in undergraduate chemistry. Associated with general chemistry teachers, were raised the demands and difficulties on the content transmission, and the most relevant topics, about "Atomic Theory" with propose to create appropriate animations to meeting needs of themes. Thinking about offering more dynamic materials, we elaborate animations in a format of "micro-documentary", with a length between 4 and 7 minutes. We use the narration aloud to the subject-matter understanding, leaving the external text as a complement of the animation. The conclusions are positives, students accepted well the format and they proved are able to remember, organize and systematize several information presented in animations. These skills don't ensure knowledge acquisition, but may be considered prerequisites to learning occur.

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Pós-graduação em Televisão Digital: Informação e Conhecimento - FAAC

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In front of the vast and widespread use of new technology in 3D animation currently, this research aims to give an overview adjacent to major film productions with Studio Ghibli and its main director/animator: Hayao Miyazaki. Showing up as an interesting exception to worldwide success, the Ghibli feature films are made with the predominance of 2D hand-drawn art. Its process dates back to the first animations created in the early twentieth century, though such tools have been “overcome” by big studios like Walt Disney, Pixar and Dreamworks, the works of Miyazaki still get considerable highlight, preferring the pencil and paper than the computer. With the aid of some authors in particular as McCloud and the founders of Anima Mundi, and other theorists of design and subjective philosophy, some analyzes are mapped to better understand the connection between the work of Miyazaki and his contribution to the field of illustration and originality as a whole. The objective is to find the key points of Ghibli animations which will drive new parameters between creativity, illustration and Western and Eastern praxis.

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This thesis goes from the origin of the human interest in movement, tracing briefy the history of animation, from your remotest manifestations until the appearence of the GIF format, to address the topic of repetition in movement, stablishing a parallel between this format and primitive devices of animation ehxibition. It is also brought into this project some questions relative to the uses of GIF as meme and as artwork, and the possibilities that the repetition offer in both cases. Through artistic production and empiric research, many techniques were considered adequated to produce an animation that gave the public the sensation of continuity, with the intent to contribute to the development of GIF language. It was also researched the effect of the movement repetition on the espectors, and if these manifestations where different for each person by age and with distinct professions. At the end of the research, was concluded that animation techniques with contrasting visual characteristics were able to give the sensation of continuity, as well as the sensations towards the animations were independent of the social groups that the espectors belongs

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O presente trabalho tem como objetivo identificar de que forma os desenhos animados contribuem na formação da criança na faixa etária de 3 à 7 anos. Adotando como referência os desenhos animados O Peixonauta e Meu Amigãozão, produzidos pela TVPinguim (Brasil) e por uma parceria entre a brasileira 2DLab e a canadense Breakthrough Animation respectivamente, pretende-se analisar de que modo as animações semeiam valores essenciais da sociedade ao mesmo tempo que cultiva o intelecto adaptando conhecimentos científicos à percepção infantil. Utilizando da abordagem qualitativa, e tendo como referencial a pesquisa bibliográfica, o presente estudo visa apresentar as animações definidas acima e desenvolver uma análise acerca de sua relação com o telespectador infantil

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This paper provides a brief but comprehensive guide to creating, preparing and dissecting a 'virtual' fossil, using a worked example to demonstrate some standard data processing techniques. Computed tomography (CT) is a 3D imaging modality for producing 'virtual' models of an object on a computer. In the last decade, CT technology has greatly improved, allowing bigger and denser objects to be scanned increasingly rapidly. The technique has now reached a stage where systems can facilitate large-scale, non-destructive comparative studies of extinct fossils and their living relatives. Consequently the main limiting factor in CT-based analyses is no longer scanning, but the hurdles of data processing (see disclaimer). The latter comprises the techniques required to convert a 3D CT volume (stack of digital slices) into a virtual image of the fossil that can be prepared (separated) from the matrix and 'dissected' into its anatomical parts. This technique can be applied to specimens or part of specimens embedded in the rock matrix that until now have been otherwise impossible to visualise. This paper presents a suggested workflow explaining the steps required, using as example a fossil tooth of Sphenacanthus hybodoides (Egerton), a shark from the Late Carboniferous of England. The original NHMUK copyrighted CT slice stack can be downloaded for practice of the described techniques, which include segmentation, rendering, movie animation, stereo-anaglyphy, data storage and dissemination. Fragile, rare specimens and type materials in university and museum collections can therefore be virtually processed for a variety of purposes, including virtual loans, website illustrations, publications and digital collections. Micro-CT and other 3D imaging techniques are increasingly utilized to facilitate data sharing among scientists and on education and outreach projects. Hence there is the potential to usher in a new era of global scientific collaboration and public communication using specimens in museum collections.

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Abstract Background Some organisms can survive extreme desiccation by entering a state of suspended animation known as anhydrobiosis. The free-living mycophagous nematode Aphelenchus avenae can be induced to enter anhydrobiosis by pre-exposure to moderate reductions in relative humidity (RH) prior to extreme desiccation. This preconditioning phase is thought to allow modification of the transcriptome by activation of genes required for desiccation tolerance. Results To identify such genes, a panel of expressed sequence tags (ESTs) enriched for sequences upregulated in A. avenae during preconditioning was created. A subset of 30 genes with significant matches in databases, together with a number of apparently novel sequences, were chosen for further study. Several of the recognisable genes are associated with water stress, encoding, for example, two new hydrophilic proteins related to the late embryogenesis abundant (LEA) protein family. Expression studies confirmed EST panel members to be upregulated by evaporative water loss, and the majority of genes was also induced by osmotic stress and cold, but rather fewer by heat. We attempted to use RNA interference (RNAi) to demonstrate the importance of this gene set for anhydrobiosis, but found A. avenae to be recalcitrant with the techniques used. Instead, therefore, we developed a cross-species RNAi procedure using A. avenae sequences in another anhydrobiotic nematode, Panagrolaimus superbus, which is amenable to gene silencing. Of 20 A. avenae ESTs screened, a significant reduction in survival of desiccation in treated P. superbus populations was observed with two sequences, one of which was novel, while the other encoded a glutathione peroxidase. To confirm a role for glutathione peroxidases in anhydrobiosis, RNAi with cognate sequences from P. superbus was performed and was also shown to reduce desiccation tolerance in this species. Conclusions This study has identified and characterised the expression profiles of members of the anhydrobiotic gene set in A. avenae. It also demonstrates the potential of RNAi for the analysis of anhydrobiosis and provides the first genetic data to underline the importance of effective antioxidant systems in metazoan desiccation tolerance.