Data and scripts from: Microphase Equilibrium and Assembly Dynamics
Files to replicate Figure 1

# sk.gle	GLE script generates Figure 1 in the paper
# sk.eps	Final EPS of Figure 1
# SK0.55.dat	Structure factor of a $1000$ particle system at $T=0.55$ and $\rho=0.35$. Col1 is wavevector and Col2 is structure factor.
# SK1.0.dat	Structure factor of a $1000$ particle system at $T=1.0$ and $\rho=0.35$.  Col1 is wavevector and Col2 is structure factor.
# SK2.0.dat	Structure factor of a $1000$ particle system at $T=2.0$ and $\rho=0.35$. Col1 is wavevector and Col2 is structure factor.
# SK10.0.dat	Structure factor of a $1000$ particle system at $T=10.0$ and $\rho=0.35$. Col1 is wavevector and Col2 is structure factor.
# sk_rho0.3.dat	Growth of the low-$k$ peak height of a $1000$ particle system at $\rho=0.3$. Col1 is reciprocal of temperature and Col2 is height of structure factor.
# sk_rho0.35.dat	Growth of the low-$k$ peak height of a $1000$ particle system at $\rho=0.35$. Col1 is reciprocal of temperature and Col2 is height of structure factor.
# sk_rho0.4.dat	Growth of the low-$k$ peak height of a $1000$ particle system at $\rho=0.4$. Col1 is reciprocal of temperature and Col2 is height of structure factor.
# rho0.3_fsk.dat	The structural relaxation time of regime I for microphase-features at $\rho=0.3$ Col1 is reciprocal of temperature and Col2 is the structural relaxation time in Monte Carlo steps.
# rho0.35_fsk_all.dat	The structural relaxation time of regime I for microphase-features at $\rho=0.35$ Col1 is reciprocal of temperature and Col2 is the structural relaxation time in Monte Carlo steps.
# fig1/rho0.4_fsk.dat	The structural relaxation time of regime I for microphase-features at $\rho=0.4$ Col1 is reciprocal of temperature and Col2 is the structural relaxation time in Monte Carlo steps.
# tau2pi_0.35.dat	The structural relaxation time for particle-scale features at $\rho=0.35$ Col1 is reciprocal of temperature and Col2 is the structural relaxation time in Monte Carlo steps.
# tau2pi_0.3.dat	The structural relaxation time for particle-scale features at $\rho=0.3$  Col1 is reciprocal of temperature and Col2 is the structural relaxation time in Monte Carlo steps.
# tau2pi_0.4.dat	The structural relaxation time for particle-scale features at $\rho=0.4$ Col1 is reciprocal of temperature and Col2 is the structural relaxation time in Monte Carlo steps.