Computes the cross product of two vectors. The result is a vector that is orthogonal to both input vectors. You can use the cross product to compute the normal of a surface that's defined by two vectors.
Computes the absolute value of an input. For each component of the input, negative values are made positive so that every ...
Computes the base color of the current pixel, based on active lights and material properties. Base color is the sum of ambient ...
Computes the ceiling of an input. For each component of the result, its value is the smallest whole integer value that's ...
Computes the cosine of an input. For each component of the result, the cosine of the corresponding component, which is provided ...
Computes the cross product of two vectors. The result is a vector that is orthogonal to both input vectors. You can use the ...
Computes the difference between 1 and the specified input. For each component of the result, the corresponding component ...
Computes the difference between two inputs. For each component of the result, the corresponding component of the second input ...
Computes the direction of reflection for the current pixel in tangent space, based on the camera position. You can use this ...
Computes the dot product of two vectors. The result is a scalar value. You can use the dot product to determine the angle ...