The design strategy has at its core inhomogeneous composite metamaterials which direct, at will, conserved quantities of electromagnetism. These quantities are specifically, the electric displacement field D, the magnetic field intensity B, and the Poynting vector S. Theoretically, when regarding the conserved quantities, or fields, the metamaterial exhibits a twofold capability. First, the fields can be concentrated in a given direction. Second, they can be made to avoid or surround objects, returning without perturbation to their original path. These results are consistent with Maxwell's equations and are more than only ray approximation found in geometrical optics. Accordingly, in principle, these effects can encompass all forms of electromagnetic radiation phenomena on all length scales.