The LCD Screen effect works just like the Base Lit shader when viewed from afar, but as you move the camera closer, you will start to notice that the base texture splits into red, green, and blue subpixels.

Parameters

Surface Options

  • Workflow Mode - Choose between Metallic and Specular workflows. This affects how the shader calculates lighting and changes some of the options presented to you.
  • Surface Type - Toggle between Opaque and Transparent rendering.
  • Render Face -Choose whether to render Front, Back, or Both faces
  • Alpha Clip - Toggle whether the shader should apply the Alpha Clip Threshold.
  • Alpha Clip Threshold - Pixels with final base color alpha values below this threshold will be culled if Alpha Clip is enabled.
  • Receive Shadows - Toggle whether realtime shadows should be applied to the object.

Lit Properties

  • Base Color - The albedo color of the object. The alpha channel may be used for transparency.
  • Base Texture - Similar to Base Color, can be used to change the albedo color of the object. The tiling and offset settings used for this texture are applied to the other Lit textures supplied to the material.
  • Metallic - Appears only in Metallic workflow mode. Controls how metallic the object is – 1 means the object is fully metallic, whereas 0 means it is completely non-metallic.
  • Specular Color - Appears only in Specular workflow mode. Controls the color of specular highlights that appear on the object’s surface.
  • Smoothness - A value between 0 and 1 representing how smooth the surface is. Rough surfaces tend to have no specular highlights, while totally smooth surfaces tend to have small, bright highlights. The smoothness value is equal to the texture sample multiplied by the slider value.
  • Convert From Roughness - Some 3D modelling packages output roughness textures instead of smoothness textures. Ticking this option will convert a roughness texture applied to the Smoothness slot into smoothness data.
  • Normal Map - A texture representing normal vector directions on the object surface. The slider controls the strength of the augmented normal vector data.
  • Heightmap - A texture which lets you simulate raised or lowered parts of the surface using UV offsets. Using this option incurs an increased performance impact.
  • Ambient Occlusion - The amount of lighting that falls into small crevices on the object surface. 1 means the surface is fully lit, while 0 means that part of the surface is obscured (occluded).
  • Emission Color - Applies an emissive color to the surface, which will be visible regardless of whether the object is in shadow.

LCD Properties

  • Distance Fade - Distances used to fade between the regular texture and the LCD subpixel version.
    • The first parameter controls the camera distance at which the LCD is at full strength.
    • The second parameter controls the camera distance at which the LCD starts to fade in.
  • Resolution - Resolution of the base texture, and therefore the LCD subpixels.
    • Note that the base texture should have mipmaps enabled.
  • RGB Smoothing - Amount of smoothing to apply around the individual RGB subpixels.
  • LCD Boost Color - A color multiplier to use when the LCD panel is visible.
    • It’s recommended to use an HDR white color so that the object does not get darker when zoomed in.
  • Use Screen Space - Should the LCD subpixels be mapped in UV space, or screen space?