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Each TransferFunction
object is actually a list of so-called elementary transfer functions;
for details on this see composition()
.
This print()
calls an internal print()
function for each elementary function individually.
The internal print()
also calls an
internal validate()
(with default arguments) which runs some basic tests
and formats the results nicely for printing, see validate()
.
# S3 method for TransferFunction
print( x, ... )
The function returns TRUE
or FALSE
.
a TransferFunction
object consisting of M elementary transfer functions
further arguments ignored, but required by the generic print()
TransferFunction
,
validate()
,
composition()
tf = sRGB.EOTF^-1 * power.EOTF(2.5)
tf
## #-------------------- [sRGB.EOTF]^-1 ---------------------#
## [sRGB.EOTF]^-1 is a univariate TransferFunction.
## domain: [0,1] (linear display)
## range: [0,1] (non-linear signal)
## invertible: Yes
## orientation: preserving
## range-test points = 1300, max(distance)=0.
## validation: Passed
## #-------------------- power.EOTF(2.5) ---------------------#
## power.EOTF(2.5) is a univariate TransferFunction.
## domain: [0,1] (non-linear signal)
## range: [0,1] (linear display)
## invertible: Yes
## orientation: preserving
## range-test points = 1300, max(distance)=0.
## validation: Passed
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