  Charge order has emerged as a generic feature of doped cuprates, leading to
important questions about its origin and its relation to superconductivity.
Recent experiments on two classes of hole doped cuprates indicate a novel
d-wave symmetry for the order. These were motivated by earlier spin fluctuation
theoretical studies based on an expansion about hot spots in the Brillouin zone
that indicated such order would be competitive with d-wave superconductivity.
Here, we reexamine this problem by solving strong coupling equations in the
full Brillouin zone. Our results find that bond-oriented order, as seen
experimentally, is strongly suppressed, indicating that the charge order must
have a different origin.
