You can then animate the position and/or rotation of the empty, in order to "animate" the water movement. Then add a Empty, go back to the Modifiers of the plane and select Object in the drop down list for Texture Coordinates after that, set the object to be the empty you created earlier. After that, go to the Texture tab and select Stucci you can later tweak this setting for better results.
To do this, first add a subdivided plane ( Shift + A> Mesh> Plane) then, go to the Modifiers tab in the Properties editor and add a Displace modifier and press the New button to add a new texture. Do keep in mind that you'll need a lot of samples in order to get a usable image and a build with the Metropolis patch. You can use a Displace modifier, a Stucci procedural texture and an empty for Texture Coordinates in order to simulate the water movement. For details on how to use Uber Shader in Blender, 3ds Max and Maya, see the topics for the corresponding 3D graphics software.As mentioned, Cycles is not great at this, if you want to make your render physically accurate My approach can give you photo realistic results, which are not, however, physically accurate. In AMD Radeon ProRender plug-ins, the Uber Shader comes with physically based presets and defaults helping to create materials. The Uber Shader channels for different parameters are described in the following sections: For instance, with the Uber Shader you can use either Metallic/Roughness or Specular/Glossiness workflow. Uber Shader is designed to be adaptable to many workflows. All this adds more flexibility to the shading process. Each component has a weight to control to what extent its properties will contribute to the overall appearance of the resulting Uber material. Rich in functionality, the Uber Shader includes a number of adjustable components, or layers, that group certain properties of physical materials.
3D artists and CAD designers working in Uber Shader do not have to think about keeping the node groups working correctly, as this is taken care of in the Uber Shader itself. Thus it alleviates the need to combine and group multiple shader nodes, and keeps the shading network visible, manageable and controllable, while streamlining the workflow. The Uber Shader combines several inputs to generate one big shader that makes it easy to produce physically-based images in any lighting conditions using simple and straightforward controls. This powerful and simple-to-use tool is now the basis for the shared Material Library (Blender, 3ds Max and Maya) for AMD Radeon™ ProRender updated with new materials. The Uber Shader is a multi-purpose shader designed for creating simple to complex realistically looking materials.
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