Fibonacci Solar Trees: supplementary material

This is the supplementary material of the paper "Fibonacci solar trees", by Grassi, L. B. et al, which brings all material required to verify the results and analyses, and to reproduce the paper, in addition to the source files to build other Fibonacci solar trees according to the user's criteria, and the results of simulations and analysis of a large set of those trees. More specifically, it contains:
1. The code for obtaining Fibonacci coordinates in Python;
2. The models for construction of the Fibonacci tree in Rhinoceros Software and the Grasshopper plug-in, allowing one to change its constructive variables and obtain the incidence value through simulation;
3. The code for obtaining the average annual solar incidence equation coefficients;
4. The code for the graphs and surfaces used for analysis, developed in Matlab software;
5. Data from simulations of the configurable Fibonacci solar tree analyzed over one year for each tree configuration (presented in an spreadsheet), as well as the estimated values, the error between the simulated and estimated incidences;
6. The graphs and surfaces used for analysis (.eps and .png), whether to obtain the incidence equation or to compare the simulated and estimated incidences.

本资料为 Grassi, L. B. 等人撰写的论文《斐波那契太阳能树》的补充材料，其中包含验证研究结果和分析，以及复现论文所需的全部材料。此外，还包括构建符合用户标准之其他斐波那契太阳能树的源代码，以及大量此类树木的模拟和分析结果。具体而言，内容包括：
1. 获取斐波那契坐标的 Python 代码；
2. 在 Rhinoceros 软件、Grasshopper 插件中构建斐波那契树的模型，允许用户调整构建变量并通过模拟获取相交值；
3. 获取平均年太阳入射方程系数的代码；
4. 用于分析的图表和曲面代码，由 Matlab 软件开发；
5. 对于每种树木配置，分析一年内可配置斐波那契太阳能树的模拟数据（以电子表格形式呈现），以及估计值、模拟与估计入射之间的误差；
6. 用于分析的图表和曲面（.eps 和 .png 格式），无论是用于获取入射方程还是比较模拟与估计入射。