Making Water Shader in Unity
The first step to make your water shader look realistic is to create a cloud material in the Unity Editor. You can use an existing texture or make a custom one. You must have a texture that is tileable to create the cloud material. Once you have created the material, you must apply the cloud shader to it. The texture you use must have a depth buffer.
Another method is to use the Universal Render Pipeline. This is free software and is available for everyone to download and use. The source code is also available for anyone to use. You can use it in the Boat Attack demo. You can also make a custom water shader by modifying the URP clouds.
Make sure you have Unity 2019.4 or newer. You should also have URP 11. The URP version does not support URP VR. Also, you must have a texture array support. Also, remember that you must have one license for each human. If you’re trying to make a weather system for unity urp clouds, use the Weather Maker. It will save you thousands of hours.
The shader Graph gives you a huge amount of power. With this tool, you can simulate in-game water that looks both stylized and realistic. You can also make the water look more realistic by adding waves and foam. In this tutorial, you’ll learn how to use this technique.
For the rest of the last age of control center, volumetric clouds have been an extremely uncommon event in computer games. Endeavors to deliver clouds that looked volumetric, i.e., that consume an actual space on the planet, were normally confined to pilot training programs and a small bunch of open-world games.
Making Water Shader in Unity With URP Clouds
The fundamental justification for this nonappearance is the expense of delivering such clouds, as the calculation of the light dissipating through the clouds is a costly activity while depending on beam following, or beam walking, to be explicit. A subsequent explanation is that a larger part of 3D games occur straightforwardly on a surface (e.g., a landscape or ocean), and in this manner they needn’t bother with a broad unique sky framework that permits the camera to hover over the clouds.
Subsequently, numerous 3D applications have cheerfully depended on static surfaces, for example, block guides, shams, or straightforward materials. Generally these are delivered vastly far away from the camera, and consequently they don’t feel completely associated with the world underneath them, yet they can give adequate quality to static situations for an extremely minimal price.
Presently, because of the advances continuously 3D delivering and expanded equipment execution, another time of dynamic skies with Volumetric Clouds has started. This opens the entryway for better than ever visual encounters, as well as a more extensive scope of ongoing interaction situations, out of the crate in Unity’s Top quality Render Pipeline (HDRP).
At long last, the sky reflection and surrounding test, as well as neighborhood reflection tests and planar reflections, can deliver these clouds. This cycle brings about a brought together cloud framework that interfaces consistently with most other HDRP frameworks for an exceptionally safe expense of 2ms on a PlayStation 4 (non-Star), and well under 0.5ms on a new top of the line GPU.