摘要：This study aims to get the idea from bird nesting and Rufous Hornero Nesting in order to adapt to climate and reduce its destructive effects in human architecture.as animals seek to build self-sustaining environment construction. therefore, according to the purpose of the research method, it is applied that based on the need for hypothesis from descriptive method to build the relationship between animal architecture and human architecture. of course, importing animal architecture to human architecture should be based on certain principles and rules that the concept of algorithm and algorithmic architecture with certain parameters it will provide the overall path without bias from the original purpose. at the end of the paper, is expected a desirable model that adapted to the various climate that resulted from the generalization of the architecture of birds and the Hornero Nest human architecture is through algorithmic architecture and can be used in building conditions with different climate to provide an appropriate answer. it is hoped that this research can pave the way for further research.
其他摘要：This study aims to get the idea from bird nesting and Rufous Hornero Nesting in order to adapt to climate and reduce its destructive effects in human architecture.as animals seek to build self-sustaining environment construction. therefore, according to the purpose of the research method, it is applied that based on the need for hypothesis from descriptive method to build the relationship between animal architecture and human architecture. of course, importing animal architecture to human architecture should be based on certain principles and rules that the concept of algorithm and algorithmic architecture with certain parameters it will provide the overall path without bias from the original purpose. at the end of the paper, is expected a desirable model that adapted to the various climate that resulted from the generalization of the architecture of birds and the Hornero Nest human architecture is through algorithmic architecture and can be used in building conditions with different climate to provide an appropriate answer. it is hoped that this research can pave the way for further research.
