MultiOpt.py File Reference

Namespaces
	MultiOpt

Functions
def	MultiOpt.ComputeInertiaProfiles (nodal_values, duration, N_t)
def	MultiOpt.RealFun (x)
def	MultiOpt.ToyFun (x)
def	MultiOpt.main ()

Variables
string	MultiOpt.SourceDir = "/home/iostanin/Desktop/MercuryGit/mercurydpm"
string	MultiOpt.BuildDir = "/home/iostanin/Desktop/MercuryGit/MercuryBuild"
float	MultiOpt.Timestep = 5.56833e-05 * 50
int	MultiOpt.N = 5
bool	MultiOpt.TEST_MODE = False
dictionary	MultiOpt.TEST_OPTIONS = {'xtol':1e-3, 'ftol':1e-4, 'maxiter':3}
dictionary	MultiOpt.REAL_OPTIONS = {'xtol':1e-3, 'ftol':1e-3, 'maxiter':20}
float	MultiOpt.QMin = 0.5
float	MultiOpt.QMax = 1.5
int	MultiOpt.I0 = 10
int	MultiOpt.ProgDuration = 100
int	MultiOpt.SymDuration = 105
int	MultiOpt.BaseAngvel = 5
int	MultiOpt.NTimesteps = ProgDuration / Timestep
	MultiOpt.QInitValues = np.array([1, 1])
	MultiOpt.QFinalValues = np.array([1, 1])
	MultiOpt.x0 = np.ones(2*N)
	MultiOpt.xc = np.random.rand(3*N)
int	MultiOpt.delta = np.pi/1000.
	MultiOpt.InitialTheta = np.arccos(1/3**0.5)
int	MultiOpt.InitialPhi = np.pi/4
int	MultiOpt.FinalTheta = delta
int	MultiOpt.FinalPhi = delta
int	MultiOpt.FunCount = 0
bool	MultiOpt.FunBatch = False