parameters: (self,x,d)
return_statement: return vectorops.add(x,d)
docstring: For Lie groups, returns the point that would be arrived at via
          integrating the difference vector d starting from x.  Must satisfy
          the relationship a = integrate(b,difference(a,b)). In Cartesian
          spaces it is x+d
docstring_summary: For Lie groups, returns the point that would be arrived at via
          integrating the difference vector d starting from x.  Must satisfy
          the relationship a = integrate(b,difference(a,b)). In Cartesian
          spaces it is x+d
docstring_tokens: For Lie groups returns the point that would be arrived at via integrating the difference vector d starting from x . Must satisfy the relationship a = integrate ( b difference ( a b )) . In Cartesian spaces it is x + d
function: def integrate(self,x,d):
          """For Lie groups, returns the point that would be arrived at via
          integrating the difference vector d starting from x.  Must satisfy
          the relationship a = integrate(b,difference(a,b)). In Cartesian
          spaces it is x+d"""
          return vectorops.add(x,d)
function_tokens: def integrate ( self , x , d ) : return vectorops . add ( x , d )