def __init__ (self, nnupar='',nnvpar='',nnhdyn='', f0=3.5e-5, beta=2.11e-11, gamma=2e-7, gstar=0.02,rho0=1000, H=500, taux0=0.15, tauy0=0, nu=0.72, dt=1800, dx=20e3, dy=20e3, alpha=0.025, nx=80, ny=80 ): SWmodel.__init__(self,f0, beta, gamma, gstar,rho0, H, taux0, tauy0, nu, dt, dx, dy, alpha, nx, ny ) if isinstance(nnupar, str): self._nnupar = loadmymodel(nnupar) self._nnuparname = nnupar else: self._nnupar = nnupar self._nnuparname = '' if isinstance(nnvpar, str): self._nnvpar = loadmymodel(nnvpar) self._nnvparname = nnvpar else: self._nnvpar = nnvpar self._nnvparname = '' if isinstance(nnhdyn, str): self._nnhdyn = loadmymodel(nnhdyn) self._nnhdynname = nnhdyn else: self._nnhdyn = nnhdyn self._nnhdynname = ''
def __init__(self,
f0=3.5e-5,
beta=2.11e-11,
gamma=2e-7,
gstar=0.02,
rho0=1000,
H=500,
taux0=0.15,
tauy0=0,
nu=0.72,
dt=1800,
dx=20e3,
dy=20e3,
alpha=0.025,
nx=80,
ny=80):
SWmodel.__init__(self, f0, beta, gamma, gstar, rho0, H, taux0, tauy0,
nu, dt, dx, dy, alpha, nx, ny)
def __init__ (self, nnupar,nnvpar,nout=(1,1),delta=(1,1), f0=3.5e-5, beta=2.11e-11, gamma=2e-7, gstar=0.02,rho0=1000, H=500, taux0=0.15, tauy0=0, nu=0.72, dt=1800, dx=20e3, dy=20e3, alpha=0.025, nx=80, ny=80 ): SWmodel.__init__(self,f0, beta, gamma, gstar,rho0, H, taux0, tauy0, nu, dt, dx, dy, alpha, nx, ny ) if isinstance(nnupar, str): self._nnupar = loadmymodel(nnupar) else: self._nnupar = nnupar if isinstance(nnvpar, str): self._nnvpar = loadmymodel(nnvpar) else: self._nnvpar = nnvpar self._nout = nout self._delta = delta self._nin = tuple(n+2*d for (n,d) in zip(self._nout,self._delta)) #Calculate index of the ouptput image self._indout = MakeSmallImages_ind((self.ny,self.nx), n=self._nout)