LSST Applications  21.0.0+04719a4bac,21.0.0-1-ga51b5d4+f5e6047307,21.0.0-11-g2b59f77+a9c1acf22d,21.0.0-11-ga42c5b2+86977b0b17,21.0.0-12-gf4ce030+76814010d2,21.0.0-13-g1721dae+760e7a6536,21.0.0-13-g3a573fe+768d78a30a,21.0.0-15-g5a7caf0+f21cbc5713,21.0.0-16-g0fb55c1+b60e2d390c,21.0.0-19-g4cded4ca+71a93a33c0,21.0.0-2-g103fe59+bb20972958,21.0.0-2-g45278ab+04719a4bac,21.0.0-2-g5242d73+3ad5d60fb1,21.0.0-2-g7f82c8f+8babb168e8,21.0.0-2-g8f08a60+06509c8b61,21.0.0-2-g8faa9b5+616205b9df,21.0.0-2-ga326454+8babb168e8,21.0.0-2-gde069b7+5e4aea9c2f,21.0.0-2-gecfae73+1d3a86e577,21.0.0-2-gfc62afb+3ad5d60fb1,21.0.0-25-g1d57be3cd+e73869a214,21.0.0-3-g357aad2+ed88757d29,21.0.0-3-g4a4ce7f+3ad5d60fb1,21.0.0-3-g4be5c26+3ad5d60fb1,21.0.0-3-g65f322c+e0b24896a3,21.0.0-3-g7d9da8d+616205b9df,21.0.0-3-ge02ed75+a9c1acf22d,21.0.0-4-g591bb35+a9c1acf22d,21.0.0-4-g65b4814+b60e2d390c,21.0.0-4-gccdca77+0de219a2bc,21.0.0-4-ge8a399c+6c55c39e83,21.0.0-5-gd00fb1e+05fce91b99,21.0.0-6-gc675373+3ad5d60fb1,21.0.0-64-g1122c245+4fb2b8f86e,21.0.0-7-g04766d7+cd19d05db2,21.0.0-7-gdf92d54+04719a4bac,21.0.0-8-g5674e7b+d1bd76f71f,master-gac4afde19b+a9c1acf22d,w.2021.13
LSST Data Management Base Package
SpanSet.h
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1 // -*- lsst-c++ -*-
2 
3 /*
4  * LSST Data Management System
5  * Copyright 2008-2016 AURA/LSST.
6  *
7  * This product includes software developed by the
8  * LSST Project (http://www.lsst.org/).
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24 
25 #ifndef LSST_AFW_GEOM_SPANSET_H
26 #define LSST_AFW_GEOM_SPANSET_H
27 
28 #include <vector>
29 #include <algorithm>
30 #include <functional>
31 #include <memory>
32 #include <utility>
33 #include "lsst/pex/exceptions.h"
34 #include "lsst/afw/geom/Span.h"
35 #include "lsst/geom/Box.h"
36 #include "lsst/afw/image/Mask.h"
42 #include "lsst/afw/image/Image.h"
44 
45 namespace lsst {
46 namespace afw {
47 namespace geom {
48 namespace details {
49 
50 /* Functor object to be used with fromMask function
51  */
52 template <typename T>
54 public:
55  bool operator()(T pixelValue) { return pixelValue != 0; }
56 };
57 
58 } // namespace details
59 
66 enum class Stencil { CIRCLE, BOX, MANHATTAN };
67 
77 class SpanSet : public afw::table::io::PersistableFacade<lsst::afw::geom::SpanSet>,
79 public:
82  typedef Span value_type;
83  typedef value_type const &const_reference;
84 
85  // Expose properties of the underlying vector containing spans such that the
86  // SpanSet can be considered a container.
87  // Return the constant versions as SpanSets should be immutable
88  const_iterator begin() const { return _spanVector.cbegin(); }
89  const_iterator end() const { return _spanVector.cend(); }
90  const_iterator cbegin() const { return _spanVector.cbegin(); }
91  const_iterator cend() const { return _spanVector.cend(); }
92  const_reference front() const { return const_cast<geom::Span &>(_spanVector.front()); }
93  const_reference back() const { return const_cast<geom::Span &>(_spanVector.back()); }
94  size_type size() const { return _spanVector.size(); }
95  bool empty() const { return _spanVector.empty(); }
96 
101  SpanSet();
102 
107  explicit SpanSet(lsst::geom::Box2I const &box);
108 
122  template <typename iter>
123  SpanSet(iter begin, iter end, bool normalize = true) : _spanVector(begin, end) {
124  // Return a null SpanSet if spanVector is 0
125  if (_spanVector.size() == 0) {
126  _bbox = lsst::geom::Box2I();
127  _area = 0;
128  } else {
129  if (normalize) {
130  _runNormalize();
131  }
132  _initialize();
133  }
134  }
135 
147  explicit SpanSet(std::vector<Span> const &vec, bool normalize = true);
148 
160  explicit SpanSet(std::vector<Span> &&vec, bool normalize = true);
161 
162  // Explicitly delete copy and move constructors
163  SpanSet(SpanSet const &other) = delete;
164  SpanSet(SpanSet &&other) = delete;
165  ~SpanSet() override = default;
166 
167  SpanSet &operator=(SpanSet const &) = default;
168  // Delegate to copy-assignment for backwards compatibility
169  SpanSet &operator=(SpanSet &&other) { return *this = other; }
170 
171  // Define class methods
174  size_type getArea() const;
175 
178  lsst::geom::Box2I getBBox() const;
179 
187  bool isContiguous() const;
188 
194  std::shared_ptr<SpanSet> shiftedBy(int x, int y) const;
195 
201 
207 
213 
219 
225 
230  bool overlaps(SpanSet const &other) const;
231 
236  bool contains(SpanSet const &other) const;
237 
242  bool contains(lsst::geom::Point2I const &point) const;
243 
247 
251 
261 
269 
279 
287 
302  template <typename Pixel, int inN, int inC>
304  ndarray::Array<Pixel, inN, inC> const &input,
305  lsst::geom::Point2I const &xy0 = lsst::geom::Point2I()) const {
306  // Populate a lower dimensional array with the values from input taken at the points of SpanSet
307  auto outputShape = ndarray::concatenate(ndarray::makeVector(getArea()),
308  input.getShape().template last<inN - 2>());
309  ndarray::Array<typename std::remove_const<Pixel>::type, inN - 1, inN - 1> outputArray =
310  ndarray::allocate(outputShape);
311  outputArray.deep() = 0;
312  flatten(outputArray, input, xy0);
313  return outputArray;
314  }
315 
335  template <typename PixelIn, typename PixelOut, int inA, int outC, int inC>
336  void flatten(ndarray::Array<PixelOut, inA - 1, outC> const &output,
337  ndarray::Array<PixelIn, inA, inC> const &input,
338  lsst::geom::Point2I const &xy0 = lsst::geom::Point2I()) const {
339  auto ndAssigner = [](lsst::geom::Point2I const &point,
340  typename details::FlatNdGetter<PixelOut, inA - 1, outC>::Reference out,
341  typename details::ImageNdGetter<PixelIn, inA, inC>::Reference in) { out = in; };
342  // Populate array output with values from input at positions given by SpanSet
343  applyFunctor(ndAssigner, ndarray::ndFlat(output), ndarray::ndImage(input, xy0));
344  }
345 
359  template <typename Pixel, int inA, int inC>
361  ndarray::Array<Pixel, inA, inC> const &input) const {
362  // Create a higher dimensional array the size of the bounding box and extra dimensions of input.
363  // Populate values from input, placed at locations corresponding to SpanSet, offset by the
364  // lower corner of the bounding box
365  auto existingShape = input.getShape();
366  typename decltype(existingShape)::Element height = _bbox.getHeight();
367  typename decltype(existingShape)::Element width = _bbox.getWidth();
368  auto outputShape = ndarray::concatenate(ndarray::makeVector(height, width),
369  input.getShape().template last<inA - 1>());
370  ndarray::Array<typename std::remove_const<Pixel>::type, inA + 1, inA + 1> outputArray =
371  ndarray::allocate(outputShape);
372  outputArray.deep() = 0;
373  unflatten(outputArray, input, lsst::geom::Point2I(_bbox.getMinX(), _bbox.getMinY()));
374  return outputArray;
375  }
376 
396  template <typename PixelIn, typename PixelOut, int inA, int outC, int inC>
397  void unflatten(ndarray::Array<PixelOut, inA + 1, outC> const &output,
398  ndarray::Array<PixelIn, inA, inC> const &input,
399  lsst::geom::Point2I const &xy0 = lsst::geom::Point2I()) const {
400  // Populate 2D ndarray output with values from input, at locations defined by SpanSet, optionally
401  // offset by xy0
402  auto ndAssigner = [](lsst::geom::Point2I const &point,
404  typename details::FlatNdGetter<PixelIn, inA, inC>::Reference in) { out = in; };
405  applyFunctor(ndAssigner, ndarray::ndImage(output, xy0), ndarray::ndFlat(input));
406  }
407 
415  template <typename ImageT>
417  auto copyFunc = [](lsst::geom::Point2I const &point, ImageT const &srcPix, ImageT &destPix) {
418  destPix = srcPix;
419  };
420  applyFunctor(copyFunc, src, dest);
421  }
422 
432  template <typename ImageT, typename MaskT, typename VarT>
435  auto copyFunc = [](lsst::geom::Point2I const &point, ImageT const &srcPix, MaskT const &srcMask,
436  VarT const &srcVar, ImageT &destPix, MaskT &destMask, VarT &destVar) {
437  destPix = srcPix;
438  destMask = srcMask;
439  destVar = srcVar;
440  };
441  applyFunctor(copyFunc, *(src.getImage()), *(src.getMask()), *(src.getVariance()), *(dest.getImage()),
442  *(dest.getMask()), *(dest.getVariance()));
443  }
444 
458  template <typename ImageT>
459  void setImage(image::Image<ImageT> &image, ImageT val,
460  lsst::geom::Box2I const &region = lsst::geom::Box2I(), bool doClip = false) const;
461 
507  template <typename Functor, typename... Args>
508  // Normally std::forward would be used with a universal reference, however
509  // this function does not use one because without std::forward the
510  // compiler is forced to keep any r-value references alive for the
511  // duration of the function call
512  void applyFunctor(Functor &&func, Args &&... args) const {
513  /* Use a variadic template to take a functor object, and an arbitrary number
514  of parameters. For each of the arguments, construct a Getter class using
515  a function (makeGetter) which is overloaded to all the types applyFunctorImpl
516  supports: Images, MaskedImages, Exposures, ndarrays, numeric values, and
517  iterators. The functor and the getters are then passed to the implementation of
518  applyFunctor where the values of the input arguments are intelligently
519  generated at each point in SpanSet, and passed to the functor object for evaluation.
520  */
521  applyFunctorImpl(func, details::makeGetter(args)...);
522  }
523 
531  template <typename T>
532  void setMask(lsst::afw::image::Mask<T> &target, T bitmask) const;
533 
541  template <typename T>
542  void clearMask(lsst::afw::image::Mask<T> &target, T bitmask) const;
543 
544  // SpanSet functions
550 
558  template <typename T>
559  std::shared_ptr<SpanSet> intersect(image::Mask<T> const &other, T bitmask) const;
560 
567 
576  template <typename T>
578 
584 
592  template <typename T>
593  std::shared_ptr<SpanSet> union_(image::Mask<T> const &other, T bitmask) const;
594 
595  // Comparison Operators
596 
601  bool operator==(SpanSet const &other) const;
602 
603  /* Compute inequality between two SpanSets
604  *
605  * @param other The SpanSet for which inequality will be computed
606  */
607  bool operator!=(SpanSet const &other) const;
608 
620 
626 
643  template <typename T, typename UnaryPredicate = details::AnyBitSetFunctor<T>>
645  image::Mask<T> const &mask, UnaryPredicate comparator = details::AnyBitSetFunctor<T>()) {
646  // Create a vector which will hold all the spans created from the mask
647  std::vector<Span> tempVec;
648  // Grab some variables that will be used in the loop, so that they do not need to be fetched
649  // every iteration.
650  auto const maskArray = mask.getArray();
651  auto const minPoint = mask.getBBox().getMin();
652  auto const dimensions = maskArray.getShape();
653  auto const minY = minPoint.getY();
654  auto const minX = minPoint.getX();
655  auto const dimMinusOne = dimensions[1] - 1;
656  auto const yDim = dimensions[0];
657  auto const xDim = dimensions[1];
658  auto arrIter = maskArray.begin();
659  for (size_t y = 0; y < yDim; ++y) {
660  auto yWithOffset = y + minY;
661  bool inSpan = false; // are we currently in a span of interest?
662  std::size_t start; // starting x value of span we're currently in
663  for (size_t x = 0; x < xDim; ++x) {
664  bool compareValue = comparator((*arrIter)[x]);
665  if (inSpan) {
666  // If we were in a span but now the condition isn't satisfied, it means the Span stops
667  // at the previous pixel.
668  if (!compareValue) {
669  tempVec.push_back(Span(yWithOffset, start + minX, x - 1 + minX));
670  inSpan = false;
671  }
672  } else if (compareValue) {
673  // If we weren't in a span but now the condition is satisfied, we start a new span.
674  inSpan = true;
675  start = x;
676  }
677  }
678  // Since the x loop is over, if we're still in a span, this means the Span was not
679  // closed out and added to the vector. The last pixel should be included in the Span
680  // and the Span should be closed and added to the vector of spans.
681  if (inSpan) {
682  tempVec.push_back(Span(yWithOffset, start + minX, dimMinusOne + minX));
683  }
684  ++arrIter;
685  }
686 
687  // construct a SpanSet from the spans determined above
688  return std::make_shared<SpanSet>(std::move(tempVec), false);
689  }
690 
700  template <typename T>
702  return fromMask(mask, [bitmask](T const &bitPattern) { return bitPattern & bitmask; });
703  }
704 
708 
709  bool isPersistable() const noexcept override { return true; }
710 
716 
717 private:
718  /* Returns the name used by the persistence layer to identify the SpanSet class
719  */
720  std::string getPersistenceName() const override;
721 
722  /* Return a string corresponding to the python module that SpanSets lives in
723  */
724  inline std::string getPythonModule() const override { return "lsst.afw.geom"; }
725 
726  /* Writes the representation of the class out to an output archive
727  */
728  void write(OutputArchiveHandle &handle) const override;
729 
730  /* A class which is used by the persistence layer to restore SpanSets from an archive
731  */
732  friend class SpansSetFactory;
733 
734  /* A function to combine overlapping Spans in a SpanSet into a single Span
735  */
736  void _runNormalize();
737 
738  /* Initializes the SpanSet class. Contains code that is common to multiple constructors
739  */
740  void _initialize();
741 
742  /* Label Spans according to contiguous group. If the SpanSet is contiguous, all Spans will be labeled 1.
743  * If there is more than one group each group will receive a label one higher than the previous.
744  */
745  void _label(geom::Span const &spn, std::vector<std::size_t> &labelVector, std::size_t currentLabel,
747  std::pair<std::vector<std::size_t>, std::size_t> _makeLabels() const;
748 
749  std::shared_ptr<SpanSet> makeShift(int x, int y) const;
750 
751  template <typename F, typename... T>
752  void applyFunctorImpl(F &&f, T... args) const {
753  /* Implementation for applying functors, loop over each of the spans, and then
754  * each point. Use the get method in the getters to fetch the value and pass
755  * the point, and the values to the functor
756  */
757  // make sure that the SpanSet is within the bounds of functor arguments
758  details::variadicBoundChecker(_bbox, _area, args...);
759  for (auto const &spn : _spanVector) {
760  // Set the current span in the getter, useful for optimizing value lookups
762  for (int x = spn.getX0(); x <= spn.getX1(); ++x) {
763  lsst::geom::Point2I point(x, spn.getY());
764  f(point, args.get()...);
766  }
767  }
768  }
769 
770  // Vector to hold the Spans contained in the SpanSet
771  std::vector<Span> _spanVector;
772 
773  // Box that is large enough to bound all pixels in the SpanSet
774  lsst::geom::Box2I _bbox;
775 
776  // Number of pixels in the SpanSet
777  std::size_t _area;
778 };
779 } // namespace geom
780 } // namespace afw
781 } // namespace lsst
782 
783 #endif // LSST_AFW_GEOM_SPANSET_H
Key< Flag > const & target
double x
table::Key< int > type
Definition: Detector.cc:163
afw::table::PointKey< int > dimensions
Definition: GaussianPsf.cc:49
afw::table::Key< afw::table::Array< MaskPixelT > > mask
std::shared_ptr< RecordT > src
Definition: Match.cc:48
ItemVariant const * other
Definition: Schema.cc:56
int y
Definition: SpanSet.cc:49
A range of pixels within one row of an Image.
Definition: Span.h:47
A compact representation of a collection of pixels.
Definition: SpanSet.h:78
bool isContiguous() const
Defines if the SpanSet is simply contiguous.
Definition: SpanSet.cc:374
void copyImage(image::Image< ImageT > const &src, image::Image< ImageT > &dest)
Copy contents of source Image into destination image at the positions defined in the SpanSet.
Definition: SpanSet.h:416
SpanSet()
Default constructor.
Definition: SpanSet.cc:178
std::shared_ptr< SpanSet > shiftedBy(int x, int y) const
Return a new SpanSet shifted by specified amount.
Definition: SpanSet.cc:420
SpanSet & operator=(SpanSet const &)=default
ndarray::Array< typename std::remove_const< Pixel >::type, inN - 1, inN - 1 > flatten(ndarray::Array< Pixel, inN, inC > const &input, lsst::geom::Point2I const &xy0=lsst::geom::Point2I()) const
Reduce the pixel dimensionality from 2 to 1 of an array at points given by SpanSet.
Definition: SpanSet.h:303
static std::shared_ptr< geom::SpanSet > fromShape(int r, Stencil s=Stencil::CIRCLE, lsst::geom::Point2I offset=lsst::geom::Point2I())
Factory function for creating SpanSets from a Stencil.
Definition: SpanSet.cc:689
void setImage(image::Image< ImageT > &image, ImageT val, lsst::geom::Box2I const &region=lsst::geom::Box2I(), bool doClip=false) const
Set the values of an Image at points defined by the SpanSet.
Definition: SpanSet.cc:906
std::shared_ptr< SpanSet > union_(SpanSet const &other) const
Create a new SpanSet that contains all points from two SpanSets.
Definition: SpanSet.cc:828
std::shared_ptr< SpanSet > transformedBy(lsst::geom::LinearTransform const &t) const
Return a new SpanSet who's pixels are the product of applying the specified transformation.
Definition: SpanSet.cc:842
std::shared_ptr< SpanSet > clippedTo(lsst::geom::Box2I const &box) const
Return a new SpanSet which has all pixel values inside specified box.
Definition: SpanSet.cc:440
std::vector< Span >::size_type size_type
Definition: SpanSet.h:81
SpanSet & operator=(SpanSet &&other)
Definition: SpanSet.h:169
const_iterator end() const
Definition: SpanSet.h:89
ndarray::Array< typename std::remove_const< Pixel >::type, inA+1, inA+1 > unflatten(ndarray::Array< Pixel, inA, inC > const &input) const
Expand an array by one spatial dimension at points given by SpanSet.
Definition: SpanSet.h:360
friend class SpansSetFactory
Definition: SpanSet.h:732
std::shared_ptr< SpanSet > intersect(SpanSet const &other) const
Determine the common points between two SpanSets, and create a new SpanSet.
Definition: SpanSet.cc:721
~SpanSet() override=default
void applyFunctor(Functor &&func, Args &&... args) const
Apply functor on individual elements from the supplied parameters.
Definition: SpanSet.h:512
std::shared_ptr< SpanSet > eroded(int r, Stencil s=Stencil::CIRCLE) const
Perform a set erosion, and return a new object.
Definition: SpanSet.cc:573
static std::shared_ptr< geom::SpanSet > fromMask(image::Mask< T > const &mask, T bitmask)
Create a SpanSet from a mask.
Definition: SpanSet.h:701
lsst::geom::Box2I getBBox() const
Return a new integer box which is the minimum size to contain the pixels.
Definition: SpanSet.cc:287
std::shared_ptr< SpanSet > dilated(int r, Stencil s=Stencil::CIRCLE) const
Perform a set dilation operation, and return a new object.
Definition: SpanSet.cc:545
const_reference front() const
Definition: SpanSet.h:92
size_type size() const
Definition: SpanSet.h:94
void setMask(lsst::afw::image::Mask< T > &target, T bitmask) const
Set a Mask at pixels defined by the SpanSet.
Definition: SpanSet.cc:929
std::vector< std::shared_ptr< geom::SpanSet > > split() const
Split a discontinuous SpanSet into multiple SpanSets which are contiguous.
Definition: SpanSet.cc:383
bool empty() const
Definition: SpanSet.h:95
SpanSet(SpanSet &&other)=delete
const_iterator cbegin() const
Definition: SpanSet.h:90
bool overlaps(SpanSet const &other) const
Specifies if this SpanSet overlaps with another SpanSet.
Definition: SpanSet.cc:455
void flatten(ndarray::Array< PixelOut, inA - 1, outC > const &output, ndarray::Array< PixelIn, inA, inC > const &input, lsst::geom::Point2I const &xy0=lsst::geom::Point2I()) const
Reduce the pixel dimensionality from 2 to 1 of an array at points given by SpanSet.
Definition: SpanSet.h:336
const_iterator begin() const
Definition: SpanSet.h:88
bool operator!=(SpanSet const &other) const
Definition: SpanSet.cc:684
SpanSet(SpanSet const &other)=delete
void clearMask(lsst::afw::image::Mask< T > &target, T bitmask) const
Unset a Mask at pixels defined by the SpanSet.
Definition: SpanSet.cc:940
std::vector< Span >::const_iterator const_iterator
Definition: SpanSet.h:80
bool isPersistable() const noexcept override
Return true if this particular object can be persisted using afw::table::io.
Definition: SpanSet.h:709
const_iterator cend() const
Definition: SpanSet.h:91
lsst::geom::Point2D computeCentroid() const
Compute the point about which the SpanSet's first moment is zero.
Definition: SpanSet.cc:503
bool contains(SpanSet const &other) const
Check if a SpanSet instance entirely contains another SpanSet.
Definition: SpanSet.cc:467
std::shared_ptr< geom::SpanSet > findEdgePixels() const
Select pixels within the SpanSet which touch its edge.
Definition: SpanSet.cc:412
ellipses::Quadrupole computeShape() const
Compute the shape parameters for the distribution of points in the SpanSet.
Definition: SpanSet.cc:522
value_type const & const_reference
Definition: SpanSet.h:83
void copyMaskedImage(image::MaskedImage< ImageT, MaskT, VarT > const &src, image::MaskedImage< ImageT, MaskT, VarT > &dest)
Copy contents of source MaskedImage into destination image at the positions defined in the SpanSet.
Definition: SpanSet.h:433
SpanSet(iter begin, iter end, bool normalize=true)
Construct a SpanSet from an iterator.
Definition: SpanSet.h:123
bool operator==(SpanSet const &other) const
Compute equality between two SpanSets.
Definition: SpanSet.cc:679
std::shared_ptr< SpanSet > intersectNot(SpanSet const &other) const
Determine the common points between a SpanSet and the logical inverse of a second SpanSet and return ...
Definition: SpanSet.cc:746
const_reference back() const
Definition: SpanSet.h:93
static std::shared_ptr< geom::SpanSet > fromMask(image::Mask< T > const &mask, UnaryPredicate comparator=details::AnyBitSetFunctor< T >())
Create a SpanSet from a mask.
Definition: SpanSet.h:644
void unflatten(ndarray::Array< PixelOut, inA+1, outC > const &output, ndarray::Array< PixelIn, inA, inC > const &input, lsst::geom::Point2I const &xy0=lsst::geom::Point2I()) const
Expand an array by one spatial dimension at points given by SpanSet.
Definition: SpanSet.h:397
size_type getArea() const
Return the number of pixels in the SpanSet.
Definition: SpanSet.cc:284
Transform LSST spatial data, such as lsst::geom::Point2D and lsst::geom::SpherePoint,...
Definition: Transform.h:68
typename ndarray::Array< T, inA, inC >::Reference Reference
typename ndarray::Array< T, N, C >::Reference::Reference Reference
An ellipse defined by an arbitrary BaseCore and a center point.
Definition: Ellipse.h:51
An ellipse core with quadrupole moments as parameters.
Definition: Quadrupole.h:47
A class to represent a 2-dimensional array of pixels.
Definition: Image.h:58
Represent a 2-dimensional array of bitmask pixels.
Definition: Mask.h:77
A class to manipulate images, masks, and variance as a single object.
Definition: MaskedImage.h:73
VariancePtr getVariance() const
Return a (shared_ptr to) the MaskedImage's variance.
Definition: MaskedImage.h:1079
MaskPtr getMask() const
Return a (shared_ptr to) the MaskedImage's mask.
Definition: MaskedImage.h:1058
ImagePtr getImage() const
Return a (shared_ptr to) the MaskedImage's image.
Definition: MaskedImage.h:1046
A CRTP facade class for subclasses of Persistable.
Definition: Persistable.h:176
A base class for objects that can be persisted via afw::table::io Archive classes.
Definition: Persistable.h:74
io::OutputArchiveHandle OutputArchiveHandle
Definition: Persistable.h:108
An affine coordinate transformation consisting of a linear transformation and an offset.
An integer coordinate rectangle.
Definition: Box.h:55
int getMinY() const noexcept
Definition: Box.h:158
int getHeight() const noexcept
Definition: Box.h:188
int getMinX() const noexcept
Definition: Box.h:157
int getWidth() const noexcept
Definition: Box.h:187
A 2D linear coordinate transformation.
T move(T... args)
void variadicSpanSetter(Span const spn, T &x)
FlatNdGetter< T, inA, inC > makeGetter(FlatNdGetter< T, inA, inC > &getter)
void variadicBoundChecker(lsst::geom::Box2I const box, int area, T const &x)
Stencil
An enumeration class which describes the shapes.
Definition: SpanSet.h:66
Backwards-compatibility support for depersisting the old Calib (FluxMag0/FluxMag0Err) objects.
A base class for image defects.
details::FlatNdGetter< T, inA, inB > ndFlat(ndarray::Array< T, inA, inB > const &array)
Marks a ndarray to be interpreted as a 1D vector when applying a functor from a SpanSet.
details::ImageNdGetter< T, inA, inB > ndImage(ndarray::Array< T, inA, inB > const &array, lsst::geom::Point2I xy0=lsst::geom::Point2I())
Marks a ndarray to be interpreted as an image when applying a functor from a SpanSet.
T push_back(T... args)
ImageT val
Definition: CR.cc:146