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A Dragon-based Parenting Model

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DOI: 10.23977/EMSS2020036

Author(s)

Yaxuan Liu

Corresponding Author

Yaxuan Liu

ABSTRACT

Power On account of original novel, A Song of Ice and Fire, we propose an enforceable parenting model for the three firedragons in this paper. Considering the three influential factors, it quantifies the value of them. Using small organisms to substitute dragons’ growth curve and required living area approximately, and realizes the virtual condition. We first analogy the three dragons to the most similar animals in the natural world in some aspects, such as birds since the huge similarities in muscle density, appearance, energy consumption, and consuming flight energy. In addition, they are endowed with some other features, such as growing indefinitely, the ability to fire, and extremely low death probability. In order to analyses this virtual object reasonably, the model we build is based on the existing statistic of birds, and we improved it from setting its physique size which is affected by food and environment. Additionally, they can migrate to different areas of residence as a result of changing from seasons and climates. Aiming to raise this virtual animal, this article applies many analyses in serval aspects from existing similar creatures. We comprehensively analyses it based on the Final Value model and the Survival Area model. For instance, we consider the basic metabolic energy consumption, the smoldering energy consumption, the consuming flight, the probability of death, and the combat value. Later, it combined the Analytic Hierarchy Process to divide the three influence factors into different weights, and get the estimate value finally. Moreover, the habitable space of the dragons is measured in the Survival Area Model. To get reliable data, we surveyed substantial papers and literatures. The use of objective and reasonable data to determine the size of the living area, and put forward the problem of value in the long term.

KEYWORDS

Energy consumption and metabolism, logistics model, feature scaling method, analytic hierarchy process

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