geometric/internal.py
def GMatrix(self, xyz):
        """
        Given Cartesian coordinates xyz, return the G-matrix
        given by G = BuBt where u is an arbitrary matrix (default to identity)
        """
        Bmat = self.wilsonB(xyz)
        BuBt = np.dot(Bmat,Bmat.T)
        return BuBt

        Given Cartesian coordinates xyz, return the G-matrix
        given by G = BuBt where u is an arbitrary matrix (default to identity)
        
Given Cartesian coordinates xyz, return the G-matrix
given by G = BuBt where u is an arbitrary matrix (default to identity)
Given Cartesian coordinates xyz return the G - matrix given by G = BuBt where u is an arbitrary matrix ( default to identity )
def GMatrix(self, xyz):
        Bmat = self.wilsonB(xyz)
        BuBt = np.dot(Bmat,Bmat.T)
        return BuBt
def GMatrix ( self , xyz ) : Bmat = self . wilsonB ( xyz ) BuBt = np . dot ( Bmat , Bmat . T ) return BuBt
Given Cartesian coordinates xyz, return the G-matrix
given by G = BuBt where u is an arbitrary matrix (default to identity)
Given Cartesian coordinates xyz return the G - matrix given by G = BuBt where u is an arbitrary matrix ( default to identity )
"""
        Given Cartesian coordinates xyz, return the G-matrix
        given by G = BuBt where u is an arbitrary matrix (default to identity)
        """
self
xyz