ABB UFC719AE01 3BHB003041R0001 3BHB000272R0001 controller

ABB UFC719AE01 3BHB003041R0001 3BHB000272R0001 controller

Technical data of product parameters

As stated earlier, the elements of a group are treated as a separate transparency
stack, the group stack. These objects are composited against a selected initial
backdrop (to be described) and the resulting color, shape, and opacity are thenUFC719AE01 3BHB003041R0001 3BHB000272R0001
treated as if they belonged to a single object. The resulting object is in turn composited with the group’s backdrop in the usual way.
This computation entails interpreting the stack as a tree. For an n-element group
that begins at position i in the stack, it treats the next n objects as an n-element
substack, whose elements are given an independent numbering of 1 to n. These
objects are then removed from the object numbering in the parentNote that the opacity is not given explicitly as an argument or result of this function. Almost all of the computations use the product of shape and opacity (alpha)
rather than opacity alone; therefore, it is usually convenient to work directly with
shape and alpha rather than shape and opacity. When needed, the opacity can beUFC719AE01 3BHB003041R0001 3BHB000272R0001
computed by dividing the alpha by the associated shape.
The result of applying the group compositing function is then treated as if it were
a single object, which in turn is composited with the group’s backdrop according
to the usual formulas. In those formulas, the color, shape, and alpha (C, f, and α)
calculated by the group compositing function are usedcolor, object shape, and object alpha for the group are therefore independent of
the group backdrop. The only interaction with the group backdrop occurs whenUFC719AE01 3BHB003041R0001 3BHB000272R0001
the group’s computed color, shape, and alpha are then composited with it.
In particular, the special effects produced by the blend modes of objects within
the group take into account only the intrinsic colors and opacities of those objects; they are not influenced by the group’s backdrop. For example, applying the
Multiply blend mode to an object in the group produces a darkening effect on
other objects lower in the group’s stack but not on the group’s backdrop.
Plate 17 illustrates this effect for a group consisting of four overlapping circles in a
light gray color (C = M = Y = 0.0; K = 0.15). The circles are painted within the
group with opacity 1.0 in the Multiply blend mode; the group itself is painted
against its backdrop in Normal blend mode. In the top row, the group is isolated
and thus does not interact with the rainbow backdrop. In the bottom row, the
group is non-isolated and composites with the backdrop. The plate also illustrates
the difference between knockout and non-knockout groups (see Section 7.3.5,
“Knockout Groups”).

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