This page provides information on the VRayTexLayered node.
The VRayTexLayered is a tool for merging two V-Ray Compatible textures and images using various blend modes.
UI Path: ||Toolbar|| > V-Ray menu icon > Textures > VRayTexLayered
The following parameters can be mapped with textures and images.
A – The texture to to merge with input B.
B – The texture to merge with input A.
mask – The mask blending between A and B inputs.
Operation – Sets the Merge algorithm to use.
atop – Shows the shape of image B, with A covering B where the images overlap.
average – The average of the two images. The result will be darker than the original images.
copy – Only shows image A.
difference – Subtracts either the B from A or A from B, depending on which has the greater brightness value.
divide – Divides the values but stops two negative values from becoming a positive number.
exlusion – A more photographic form of difference.
from – Image A is subtracted from B.
geometric – 2AB/(A+B) An alternate way of averaging two images.
hypot – Resembles the plus and screen operations. The result is not as bright as plus, but brighter than screen.
in – Only shows the areas of image A that overlap with the alpha of B.
mask – This is the reverse of the in operation. Only shows the areas of image B that overlap with the alpha of A.
matte – Premultiplied over. Use unpremultiplied images with this operation.
max – Whichever pixel is brightest is displayed. Same operation as Lighten.
min – Takes the minimum values of both images. Same operation as darken.
minus – Subtracts B from A.
multiply – Multiplies the values but stops two negative values from becoming a positive number.
out – Only shows the areas of image A that do not overlap with the alpha of B.
plus – The sum of image A and B. Note that the plus algorithm may result in pixel values higher than 1.0.
screen – Multiplies A with the Inverse of B. Screening with black leaves the color unchanged.
stencil – This is the reverse of the out operation. Only shows the areas of image B that do not overlap with the alpha of A.
under – This is the opposite of the over operation. Layers image B over A according to the alpha of image B.
xor – Shows both image A and B where the images do not overlap.
Opacity – Blends between A and B.
Mask – Dropdown to select which channel or channels to use to create the corresponding mask.
Invert – Uses the Inverse of the input as the mask.
Alpha from Intensity – Specifies the mode in which alpha is applied.
Bitmap Alpha – The information for the alpha is taken from the specified Alpha channel in the texture.
Color Intensity/luminance – The alpha information is taken from the Luminance of the RGB channels.
Force Opaque – All alpha information is ignored.
Invert – Invert resulting image RGB values.
Invert Alpha – Flip Alpha output.