定格动画在建筑中的应用:物质与光

C. J. Camacho
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引用次数: 0

摘要

对定格运动技术的分析开始了,因为它有助于理解建筑尺度,其中模型成为未来建筑和景观基础设施的原型。定格动画是一种用泥偶制作的动画技术,通过光线、颜色和声音的变化,使物理操纵的物体在静态环境中自行移动。就像定格动画技术融合了拍摄的最佳部分一样,建筑模型通过使用后期处理的特殊效果,综合了影响更大的微过程——相对湿度、温度、通风和照明的波动房间。几个房间原型是用固定的参数建造的,比如大小和相机位置,还有其他变量,比如材料、光线和角色。这些设置显示了一个微观世界,提供了一种感官和大气的方法。通过这种方式,项目可以成为魔法统治的地方,例如Junichiro Tanizaki所描述的传统日本室内的黄昏视觉,他也与环境条件和文本中变化的情绪联系在一起,并且可以利用Tim Burton使用的手工模型的不完美性,这些模型具有数字技术无法复制的纹理。目的是得到一个微尺度,以便在分析建筑模型需要通过一些大气条件(如风洞)进行测试的中间尺度的过程中应用;最后,在宏观尺度上,在景观模型(如海岸或河流的一部分)上进行天气模拟是测试未来洪水并准备预防和安全措施的主要特征。
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La aplicación de stop-motion en arquitectura: materia y luz
An analysis of the stop-motion technique is started because it helps to understand architectural scales where models become future prototypes of building and landscape infrastructures. Stop motion is an animation technique of clay puppets to make a physically manipulated object appears to move on its own in static environments through light, color and sound changes. As same as the stop-motion technique incorporates the best parts of a shooting, architectural models synthesize micro-processes of greater impact- rooms with fluctuations in relative humidity, in temperature, in ventilation and in lighting- by using special effects that are processed in post-production. Several room prototypes are built with fix parameters such as size and camera position and others variable such as materials, light and characters. These settings show a microcosm that gives a sensorial and atmospheric approach. In this way, projects could be places where magic reigns such as the twilight vision of traditional Japanese interiors described by Junichiro Tanizaki who was also linked to ambient conditions and changing moods in his texts and where it is possible to take advantage of the imperfection of handmade models used by Tim Burton which have texture that digital technologies cannot reproduce. The aim is to get a micro-scale for applying in the process that analyzes an intermediate scale where the architecture model needs to be tested by some atmospheric conditions such as a wind tunnel; and, finally, in the macro-scale where weather simulations on a landscape model such as a sector of the coast or the river are the main characters to test future flooding and prepare prevention and security measures.
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