# Parameter sweep: the We-De regime map at FIXED Ohs and FIXED Ec.
#
# Here the elasto-capillary number Ec = G*R0/gamma is held constant while
# We and De are swept. The polymer Ohnesorge number Oh_p = Ec*De then
# varies with De (equivalently the solvent fraction beta drifts), which
# isolates the role of the relaxation time at a fixed elastic modulus.
#
#     Ec = Ec (constant)                 (De = 0  ->  Newtonian, Ec = 0)

MODE = fixedEc

# sweep axes (Cartesian product; We is the outer loop)
SWEEP_WE = 15 20 30 40 50 60
SWEEP_DE = 0.0 0.03 0.075 0.158 0.326 0.43

# fixed rheology
Ohs = 0.003        # solvent (water) Ohnesorge number
Ec = 0.1           # elasto-capillary number (fixed)

# fixed numerics / forcing
MAXlevel = 10
Ldomain = 8.0
tmax = 20.0
Bo = 1.0

# contact-line switching (paper protocol: ramp 160 -> 60 over t in [8,9])
thetaInit = 160.0
thetaE = 60.0
ttheta = 8.0
thetaRate = 100.0