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.