def __repr__(self):
return(
"HMap("+(
"ga="+repr(serialiseArray(self.ga))+
",gb="+repr(serialiseArray(self.gb))+
",f="+repr(self.f)
)+
")"
)
def __repr__(self):
'''
Produce a string representation of the fourier form. This is a
serialisation which produces an expression which can be used to
instantiate the object.
@return: string serialisation of theta form
@rtype: str
'''
return("TangentVectors("+
"x="+repr(serialiseArray(self._x))+
",dx="+repr(serialiseArray(self._dx))+
")")
def __repr__(self):
return("Trials("+
"x="+repr(serialiseArray(self.x))+
",y="+repr(serialiseArray(self.y))+
",Ntrain="+repr(self.Ntrain)+
",maxN="+repr(self.maxN)+
",ytf="+repr(self.ytf)+
",ydf="+repr(self.ydf)+
",ytp="+repr(self.ytp)+
",ydp="+repr(self.ydp)+
",yt="+repr(self.yt)+
",yd="+repr(self.yd)+
",dtran="+repr(self.dtran)+
")")
def __repr__(self):
'''
Produces a string representation of the floquet co-ordinate oscillator.
This is a serialisation as it is just the expression needed to
instantiate the represented oscillator.
@returns: expression which instantiates this hmap chain
@rtype: string
'''
return(
"FloquetCoordinateOsc("+(
"T="+repr(serialiseArray(self.T))+
",S="+repr(serialiseArray(self.S))
)+
")"
)
def __repr__(self):
'''
Produces a string representation of the filter, can be serialised as
this is just the commands one types into the terminal to instantiate
the filter.
@returns: expression which instantiates the kalman filter.
@rtype: str
'''
return(
"Kalman("+(
"A="+repr(serialiseArray(self.A))+
",C="+repr(serialiseArray(self.C))+
",Q="+repr(serialiseArray(self.Q))+
",R="+repr(serialiseArray(self.R))
)+
")"
)
def __repr__(self):
'''
Produces a string representation of the hmap chain. This is a
serialisation as it is just the expression needed to instantiate
the represented hmap chain.
@returns: expression which instantiates this hmap chain
@rtype: str
'''
return(
"HMapChain("+(
"H="+repr(self.H)+
",A=["+",".join([repr(serialiseArray(a)) for a in self.A])+"]"
)+
")"
)
def __repr__(self):
"""
Produce a string representation of the radial basis form. This is a
serialisation which produces an expression which can be used to
instantiate the object.
@return: string serialisation of composite radial form
@rtype: str
"""
return (
"CompositeRBForm("
+ "p="
+ repr(serialiseArray(self.p))
+ ",c="
+ repr(serialiseArray(self.c))
+ ",dc="
+ repr(serialiseArray(self.dc))
+ ",s="
+ repr(serialiseArray(self.s))
+ ",par="
+ repr(self.par)
+ ",fixedPar="
+ repr(self.fixedPar)
+ ")"
)