This file is automatically generated. It contains the descriptions of each uploaded file as provided by the user.

• Fig1.txt: RNA fold in dot-bracket format (figure 1)
• Fig2a.csv: Average Ladder Distance as a function of the number of nucleotides (figure 2a)
• Fig2a_inset.csv: estimation of rho exponent from ALD scaling (inset figure 2a)
• Fig2b_13500.csv: probability distribution of scaled path length for N=13500 (figure 2b)
• Fig2b_100.csv: probability distribution of scaled path length for N=100 (figure 2b)
• Fig2b_200.csv: probability distribution of scaled path length for N=200 (figure 2b)
• Fig2b_300.csv: probability distribution of scaled path length for N=300 (figure 2b)
• Fig2b_500.csv: probability distribution of scaled path length for N=500 (figure 2b)
• Fig2b_800.csv: probability distribution of scaled path length for N=800 (figure 2b)
• Fig2b_1200.csv: probability distribution of scaled path length for N=1200 (figure 2b)
• Fig2b_1800.csv: probability distribution of scaled path length for N=1800 (figure 2b)
• Fig2b_2700.csv: probability distribution of scaled path length for N=2700 (figure 2b)
• Fig2b_4000.csv: probability distribution of scaled path length for N=4000 (figure 2b)
• Fig2b_6000.csv: probability distribution of scaled path length for N=6000 (figure 2b)
• Fig2b_9000.csv: probability distribution of scaled path length for N=9000 (figure 2b)
• Fig2b_inset.csv: Estimation of exponents rho_theta and rho_t from scaled path length distributions, (figure 2b,inset)
• Fig2c.csv: branch length as a function of the number of nucleotides (figure 2c)
• Fig2c_inset.csv: estimation of epsilon exponent from branch weight scaling (figure 2c, inset)
• Fig2d_100.csv: probability distribution of branch weights for N=100 (figure 2d)
• Fig2d_200.csv: probability distribution of branch weights for N=200 (figure 2d)
• Fig2d_300.csv: probability distribution of branch weights for N=300 (figure 2d)
• Fig2d_500.csv: probability distribution of branch weights for N=500 (figure 2d)
• Fig2d_800.csv: probability distribution of branch weights for N=800 (figure 2d)
• Fig2d_1200.csv: probability distribution of branch weights for N=1200 (figure 2d)
• Fig2d_1800.csv: probability distribution of branch weights for N=1800 (figure 2d)
• Fig2d_2700.csv: probability distribution of branch weights for N=2700 (figure 2d)
• Fig2d_4000.csv: probability distribution of branch weights for N=4000 (figure 2d)
• Fig2d_6000.csv: probability distribution of branch weights for N=6000 (figure 2d)
• Fig2d_9000.csv: probability distribution of branch weights for N=9000 (figure 2d)
• Fig2d_13500.csv: probability distribution of branch weights for N=13500 (figure 2d)
• Fig2d_inset.csv: estimation of epsilon exponent from branch weight distributions (figure 2d, inset)
• Fig3.csv: convergence of scaling exponents with N
• Fig4.csv: comparison of scaling exponents with notable ones from polymer theory