Example #1
0
 def PX(self, t, xp):
     return dists.IndepProd(dists.Normal(loc=xp[:, 0], scale=self.sigmaX),
                            dists.Normal(loc=xp[:, 1], scale=self.sigmaX),
                            dists.Dirac(loc=xp[:, 0] + xp[:, 2]),
                            dists.Dirac(loc=xp[:, 1] + xp[:, 3])
                            )
Example #2
0
 def PX0(self):
     return dists.IndepProd(dists.Normal(loc=self.x0[0], scale=self.sigmaX),
                            dists.Normal(loc=self.x0[1], scale=self.sigmaX),
                            dists.Dirac(loc=self.x0[2]),
                            dists.Dirac(loc=self.x0[3])
                            )
Example #3
0
 def PX0(self):
     return dists.IndepProd(*[dists.Dirac(loc=self.x0[i])
                              for i in range(6)])
 def PX(self, t, xp):  # Distribution of X_t given X_{t-1}=xp (p=past)
     # Division by 4 done to scale distributions
     #return dists.Normal(loc=self.a(self.c, self.m, xp), scale=1e-2)
     return dists.Dirac(loc=self.a(self.c, self.m, xp))
 def PX0(self):  # Distribution of X_0
     return dists.Dirac(loc=self.a0)
 def PX(self, t, xp):  # Distribution of X_t given X_{t-1}=xp (p=past)
     return dists.Dirac(loc=self.a(self.c, self.m, xp))