Description
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Configurational entropy s_conf as a function of inverse reduced pressure 1/Z.
This plot contains two estimates of s_conf based on the PTS length, using
different values of the theta exponent: theta=2 and theta=3/2 (see main text).

Notes:
- deltaQ = Q_{high} - Q_{low} = 0.8 - 0.05 = 0.75
- xi0 = 2.0 and xi0prime = 2.1 are prefactors entering the PTS-based calculation of s_conf (see text)
- smix = 1.98 is the mixing entropy

Files
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- sconf.gp
Gnuplot script to produce this figure

- _defaults.gp
Default parameters and constants for gnuplot scripts

- s_config_modBMCSL_plus_linear_fit.dat
description: extrapolation of the configurational entropy S_conf from the Frenkel-Ladd method as a function of packing fraction phi
columns: phi, S_conf

- cavityPTS.dat
description: cavity point-to-set correlation length xi as a function of reduced pressure Z and packing fraction phi
columns: phi, xi, std, Z

- sconf_N1000_Z.dat
description: configurational entropy S_conf from the Frenkel-Ladd method as a function of packing fraction phi and pressure Z
columns: phi, Z, S_conf
note: S_conf does not include the mixing entropy S_mix

- epsilon_VQ.dat
description: configurational entropy as a function of Z from the Franz-Parisi method
columns: Z, epsilon*, V_{high}-V_{low}=V(Q=0.8)-V(Q=0.05)