The absence of a selection rule coupling oppositely circularly polarized light to conjugate valleys, the basis of "lightwave valleytronics", would appear to curtail the possibilities of graphene as a valleytronic platform. Here we show that combining linearly polarized THz light and circularly polarized infrared light allows not only near perfect valley charge polarization but also complete light control over the associated valley current. The underlying mechanism involves a THz induced momentum space shift of valley uncontrasted charge generated by the circularly polarized component, yielding charge at the K and Γ points.