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LSST Data Management Base Package
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A 1-d affine transform that can be used to map one interval to another. More...
#include <Scaling1d.h>
Public Member Functions | |
Scaling1d (double scale, double shift) noexcept | |
Construct from the given multiplicative scale and additive shift. | |
Scaling1d (Scaling1d const &) noexcept=default | |
Default copy constructor. | |
Scaling1d (Scaling1d &&) noexcept=default | |
Default move constructor. | |
Scaling1d & | operator= (Scaling1d const &) noexcept=default |
Default copy assignment. | |
Scaling1d & | operator= (Scaling1d &&) noexcept=default |
Default move assignment. | |
double | applyForward (double x) const noexcept |
Apply the transform in the forward direction. | |
double | applyInverse (double y) const noexcept |
Apply the inverse of the forward transform;. | |
double | getScale () const noexcept |
Return the multiplicative scaling. | |
double | getShift () const noexcept |
Return the additive shift. | |
Scaling1d | inverted () const noexcept |
Invert the transform. | |
Scaling1d | then (Scaling1d const &second) const noexcept |
Compose two transforms. | |
A 1-d affine transform that can be used to map one interval to another.
The transform is represented as an additive shift followed by a multiplicative scaling.
noexcept
.Definition at line 46 of file Scaling1d.h.
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inlinenoexcept |
Construct from the given multiplicative scale and additive shift.
Definition at line 50 of file Scaling1d.h.
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defaultnoexcept |
Default copy constructor.
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defaultnoexcept |
Default move constructor.
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inlinenoexcept |
Apply the transform in the forward direction.
Result is defined to be (x + getShift()) * getScale()
.
Definition at line 72 of file Scaling1d.h.
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inlinenoexcept |
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inlinenoexcept |
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inlinenoexcept |
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inlinenoexcept |
Invert the transform.
If r = t.inverted()
, then r.applyForward(x)
is equivalent to t.applyInverse(x)
and r.applyInverse(y)
is equivalent to t.applyForward(y)
.
Definition at line 96 of file Scaling1d.h.
Default move assignment.
Default copy assignment.
Compose two transforms.
If r = a.then(b)
, then r.applyForward(x)
is equivalent to b.applyForward(a.applyForward(x))
and r.applyInverse(y)
is equivalent to a.applyInverse(b.applyInverse(y))
.
Definition at line 107 of file Scaling1d.h.