def get_ground_state(k, tMax, tMin, tFactor, atoms, jMatrices, tol=1e-7):
"""This method performs the monte carlo simulation and then locally
optimizes the results without the use of files."""
spins = Sim_Aux(k, tMax, tMin, tFactor, atoms, jMatrices)
print "Global Optimization Complete!"
opt_spins = opt_aux(atoms, jMatrices, spins, tol)
return opt_spins
def get_ground_state(k, tMax, tMin, tFactor, atoms, jMatrices, tol = 1e-25):
"""This method performs the monte carlo simulation and then locally
optimizes the results without the use of files."""
spins = Sim_Aux(k, tMax, tMin, tFactor, atoms, jMatrices)
opt_spins = opt_aux(atoms, jMatrices, spins, tol)
return opt_spins
return spins
def getSpins(self, inFilePath):
atoms, jMatrices = readFile(inFilePath)
spins = Sim_Aux(self.k, self.tMax, self.tMin, self.tFactor, atoms, jMatrices)
opt_spins = opt_aux(atoms, jMatrices, spins, self.tol)
return (spins, opt_spins)