LSSTApplications  10.0-2-g4f67435,11.0.rc2+1,11.0.rc2+12,11.0.rc2+3,11.0.rc2+4,11.0.rc2+5,11.0.rc2+6,11.0.rc2+7,11.0.rc2+8
LSSTDataManagementBasePackage
Public Types | Public Member Functions | Public Attributes | Private Member Functions | List of all members
lsst.afw.fits::Fits Class Reference

A simple struct that combines the two arguments that must be passed to most cfitsio routines and contains thin and/or templated wrappers around common cfitsio routines. More...

#include <fits.h>

Inheritance diagram for lsst.afw.fits::Fits:

Public Types

enum  BehaviorFlags { AUTO_CLOSE = 0x01, AUTO_CHECK = 0x02 }
 

Public Member Functions

std::string getFileName () const
 Return the file name associated with the FITS object or "<unknown>" if there is none. More...
 
int getHdu ()
 Return the current HDU (1-indexed; 1 is the Primary HDU). More...
 
void setHdu (int hdu, bool relative=false)
 Set the current HDU. More...
 
int countHdus ()
 Return the number of HDUs in the file. More...
 
void writeMetadata (daf::base::PropertySet const &metadata)
 Read a FITS header into a PropertySet or PropertyList. More...
 
void readMetadata (daf::base::PropertySet &metadata, bool strip=false)
 Read a FITS header into a PropertySet or PropertyList. More...
 
template<typename T >
void readKey (std::string const &key, T &value)
 Read a FITS header key into the given reference. More...
 
void forEachKey (HeaderIterationFunctor &functor)
 Call a polymorphic functor for every key in the header. More...
 
void createEmpty ()
 Create an empty image HDU with NAXIS=0 at the end of the file. More...
 
template<typename PixelT , int N>
void createImage (ndarray::Vector< int, N > const &shape)
 Create an image with pixel type provided by the given explicit PixelT template parameter and shape defined by an ndarray index. More...
 
template<typename PixelT >
void createImage (long x, long y)
 Create a 2-d image with pixel type provided by the given explicit PixelT template parameter. More...
 
template<typename T , int N, int C>
void writeImage (ndarray::Array< T const, N, C > const &array)
 Write an ndarray::Array to a FITS image HDU. More...
 
int getImageDim ()
 Return the number of dimensions in the current HDU. More...
 
template<int N>
ndarray::Vector< int, N > getImageShape ()
 Return the shape of the current (image) HDU. More...
 
template<typename T >
bool checkImageType ()
 Return true if the current HDU has the given pixel type.. More...
 
template<typename T , int N>
void readImage (ndarray::Array< T, N, N > const &array, ndarray::Vector< int, N > const &offset)
 Read an array from a FITS image. More...
 
void createTable ()
 Create a new binary table extension. More...
 
template<typename T >
int addColumn (std::string const &ttype, int size, std::string const &comment)
 Add a column to a table. More...
 
template<typename T >
int addColumn (std::string const &ttype, int size)
 Add a column to a table. More...
 
std::size_t addRows (std::size_t nRows)
 Append rows to a table, and return the index of the first new row. More...
 
std::size_t countRows ()
 Return the number of row in a table. More...
 
template<typename T >
void writeTableArray (std::size_t row, int col, int nElements, T const *value)
 Write an array value to a binary table. More...
 
template<typename T >
void writeTableScalar (std::size_t row, int col, T value)
 Write an scalar value to a binary table. More...
 
void writeTableScalar (std::size_t row, int col, std::string const &value)
 Write a string to a binary table. More...
 
template<typename T >
void readTableArray (std::size_t row, int col, int nElements, T *value)
 Read an array value from a binary table. More...
 
template<typename T >
void readTableScalar (std::size_t row, int col, T &value)
 Read an array scalar from a binary table. More...
 
void readTableScalar (std::size_t row, int col, std::string &value)
 Read a string from a binary table. More...
 
long getTableArraySize (int col)
 Return the size of an array column. More...
 
long getTableArraySize (std::size_t row, int col)
 Return the size of an variable-length array field. More...
 
 Fits ()
 Default constructor; set all data members to 0. More...
 
 Fits (std::string const &filename, std::string const &mode, int behavior)
 Open or create a FITS file from disk. More...
 
 Fits (MemFileManager &manager, std::string const &mode, int behavior)
 Open or create a FITS file from an in-memory file. More...
 
void closeFile ()
 Close a FITS file. More...
 
 ~Fits ()
 
template<typename T >
void updateKey (std::string const &key, T const &value, std::string const &comment)
 Set a FITS header key, editing if it already exists and appending it if not. More...
 
void updateKey (std::string const &key, char const *value, std::string const &comment)
 Set a FITS header key, editing if it already exists and appending it if not. More...
 
template<typename T >
void updateKey (std::string const &key, T const &value)
 Set a FITS header key, editing if it already exists and appending it if not. More...
 
void updateKey (std::string const &key, char const *value)
 Set a FITS header key, editing if it already exists and appending it if not. More...
 
template<typename T >
void writeKey (std::string const &key, T const &value, std::string const &comment)
 Add a FITS header key to the bottom of the header. More...
 
void writeKey (std::string const &key, char const *value, std::string const &comment)
 Add a FITS header key to the bottom of the header. More...
 
template<typename T >
void writeKey (std::string const &key, T const &value)
 Add a FITS header key to the bottom of the header. More...
 
void writeKey (std::string const &key, char const *value)
 Add a FITS header key to the bottom of the header. More...
 
template<typename T >
void updateColumnKey (std::string const &prefix, int n, T const &value, std::string const &comment)
 Update a key of the form XXXXXnnn, where XXXXX is the prefix and nnn is a column number. More...
 
void updateColumnKey (std::string const &prefix, int n, char const *value, std::string const &comment)
 Update a key of the form XXXXXnnn, where XXXXX is the prefix and nnn is a column number. More...
 
template<typename T >
void updateColumnKey (std::string const &prefix, int n, T const &value)
 Update a key of the form XXXXXnnn, where XXXXX is the prefix and nnn is a column number. More...
 
void updateColumnKey (std::string const &prefix, int n, char const *value)
 Update a key of the form XXXXXnnn, where XXXXX is the prefix and nnn is a column number. More...
 
template<typename T >
void writeColumnKey (std::string const &prefix, int n, T const &value, std::string const &comment)
 Write a key of the form XXXXXnnn, where XXXXX is the prefix and nnn is a column number. More...
 
void writeColumnKey (std::string const &prefix, int n, char const *value, std::string const &comment)
 Write a key of the form XXXXXnnn, where XXXXX is the prefix and nnn is a column number. More...
 
template<typename T >
void writeColumnKey (std::string const &prefix, int n, T const &value)
 Write a key of the form XXXXXnnn, where XXXXX is the prefix and nnn is a column number. More...
 
void writeColumnKey (std::string const &prefix, int n, char const *value)
 Write a key of the form XXXXXnnn, where XXXXX is the prefix and nnn is a column number. More...
 

Public Attributes

void * fptr
 
int status
 
int behavior
 

Private Member Functions

template<typename T >
void createImageImpl (int nAxis, long *nAxes)
 
template<typename T >
void writeImageImpl (T const *data, int nElements)
 
template<typename T >
void readImageImpl (int nAxis, T *data, long *begin, long *end, long *increment)
 
void getImageShapeImpl (int nAxis, long *nAxes)
 

Detailed Description

A simple struct that combines the two arguments that must be passed to most cfitsio routines and contains thin and/or templated wrappers around common cfitsio routines.

This is NOT intended to be an object-oriented C++ wrapper around cfitsio; it's simply a thin layer that saves a lot of repetition, const/reinterpret casts, and replaces void pointer args and type codes with templates and overloads.

Like a cfitsio pointer, a Fits object always considers one HDU the "active" one, and most operations will be applied to that HDU.

All member functions are non-const because they may modify the 'status' data member.

Note
All functions that take a row or column number below are 0-indexed; the internal cfitsio calls are all 1-indexed.

Definition at line 194 of file fits.h.

Member Enumeration Documentation

Enumerator
AUTO_CLOSE 
AUTO_CHECK 

Definition at line 201 of file fits.h.

201  {
202  AUTO_CLOSE = 0x01, // Close files when the Fits object goes out of scope if fptr != NULL
203  AUTO_CHECK = 0x02 // Call LSST_FITS_CHECK_STATUS after every cfitsio call
204  };

Constructor & Destructor Documentation

lsst.afw.fits::Fits::Fits ( )
inline

Default constructor; set all data members to 0.

Definition at line 478 of file fits.h.

478 : fptr(0), status(0), behavior(0) {}
lsst.afw.fits::Fits::Fits ( std::string const &  filename,
std::string const &  mode,
int  behavior 
)

Open or create a FITS file from disk.

lsst.afw.fits::Fits::Fits ( MemFileManager manager,
std::string const &  mode,
int  behavior 
)

Open or create a FITS file from an in-memory file.

lsst.afw.fits::Fits::~Fits ( )
inline

Definition at line 489 of file fits.h.

489 { if ((fptr) && (behavior & AUTO_CLOSE)) closeFile(); }
void closeFile()
Close a FITS file.

Member Function Documentation

template<typename T >
int lsst.afw.fits::Fits::addColumn ( std::string const &  ttype,
int  size,
std::string const &  comment 
)

Add a column to a table.

If size <= 0, the field will be a variable length array, with max set by (-size), or left unknown if size == 0.

template<typename T >
int lsst.afw.fits::Fits::addColumn ( std::string const &  ttype,
int  size 
)

Add a column to a table.

If size <= 0, the field will be a variable length array, with max set by (-size), or left unknown if size == 0.

std::size_t lsst.afw.fits::Fits::addRows ( std::size_t  nRows)

Append rows to a table, and return the index of the first new row.

template<typename T >
bool lsst.afw.fits::Fits::checkImageType ( )

Return true if the current HDU has the given pixel type..

This takes into account the BUNIT and BSCALE keywords, which can allow integer images to be interpreted as floating point.

void lsst.afw.fits::Fits::closeFile ( )

Close a FITS file.

int lsst.afw.fits::Fits::countHdus ( )

Return the number of HDUs in the file.

std::size_t lsst.afw.fits::Fits::countRows ( )

Return the number of row in a table.

void lsst.afw.fits::Fits::createEmpty ( )

Create an empty image HDU with NAXIS=0 at the end of the file.

This is primarily useful to force the first "real" HDU to be an extension HDU by creating an empty Primary HDU. The new HDU is set as the active one.

template<typename PixelT , int N>
void lsst.afw.fits::Fits::createImage ( ndarray::Vector< int, N > const &  shape)
inline

Create an image with pixel type provided by the given explicit PixelT template parameter and shape defined by an ndarray index.

Note
The shape parameter is ordered fastest-dimension last (i.e. [y, x]) as is conventional with ndarray.

The new image will be in a new HDU at the end of the file, which may be the Primary HDU if the FITS file is empty.

Definition at line 343 of file fits.h.

343  {
344  ndarray::Vector<long,N> nAxes(shape.reverse());
345  createImageImpl<PixelT>(N, nAxes.elems);
346  }
Vector reverse() const
Return a Vector with the elements reversed.
Definition: Vector.h:223
A fixed-size 1D array class.
Definition: Vector.h:93
template<typename PixelT >
void lsst.afw.fits::Fits::createImage ( long  x,
long  y 
)
inline

Create a 2-d image with pixel type provided by the given explicit PixelT template parameter.

The new image will be in a new HDU at the end of the file, which may be the Primary HDU if the FITS file is empty.

Definition at line 355 of file fits.h.

355  {
356  long naxes[2] = { x, y };
357  createImageImpl<PixelT>(2, naxes);
358  }
int y
int x
template<typename T >
void lsst.afw.fits::Fits::createImageImpl ( int  nAxis,
long *  nAxes 
)
private
void lsst.afw.fits::Fits::createTable ( )

Create a new binary table extension.

void lsst.afw.fits::Fits::forEachKey ( HeaderIterationFunctor functor)

Call a polymorphic functor for every key in the header.

Each value is passed in as a string, and the single quotes that mark an actual string value are not removed (neither are extra spaces). However, long strings that make use of the CONTINUE keyword are concatenated to look as if they were on a single line.

std::string lsst.afw.fits::Fits::getFileName ( ) const

Return the file name associated with the FITS object or "<unknown>" if there is none.

int lsst.afw.fits::Fits::getHdu ( )

Return the current HDU (1-indexed; 1 is the Primary HDU).

int lsst.afw.fits::Fits::getImageDim ( )

Return the number of dimensions in the current HDU.

template<int N>
ndarray::Vector<int,N> lsst.afw.fits::Fits::getImageShape ( )
inline

Return the shape of the current (image) HDU.

The order of dimensions is reversed from the FITS ordering, reflecting the usual (y,x) ndarray convention.

The template parameter must match the actual number of dimension in the image.

Definition at line 386 of file fits.h.

386  {
387  ndarray::Vector<long,N> nAxes(1);
388  getImageShapeImpl(N, nAxes.elems);
390  for (int i = 0; i < N; ++i) shape[i] = nAxes[N-i-1];
391  return shape;
392  }
void getImageShapeImpl(int nAxis, long *nAxes)
A fixed-size 1D array class.
Definition: Vector.h:93
void lsst.afw.fits::Fits::getImageShapeImpl ( int  nAxis,
long *  nAxes 
)
private
long lsst.afw.fits::Fits::getTableArraySize ( int  col)

Return the size of an array column.

long lsst.afw.fits::Fits::getTableArraySize ( std::size_t  row,
int  col 
)

Return the size of an variable-length array field.

template<typename T , int N>
void lsst.afw.fits::Fits::readImage ( ndarray::Array< T, N, N > const &  array,
ndarray::Vector< int, N > const &  offset 
)
inline

Read an array from a FITS image.

Parameters
[out]arrayArray to be filled. Must already be allocated to the desired shape.
[in]offsetIndices of the first pixel to be read from the image.

Definition at line 410 of file fits.h.

413  {
414  ndarray::Vector<long,N> begin(offset.reverse());
415  ndarray::Vector<long,N> end(begin);
416  end += array.getShape().reverse();
417  ndarray::Vector<long,N> increment(1);
418  begin += increment; // first FITS pixel is 1, not 0
419  readImageImpl(N, array.getData(), begin.elems, end.elems, increment.elems);
420  }
Vector reverse() const
Return a Vector with the elements reversed.
Definition: Vector.h:223
A fixed-size 1D array class.
Definition: Vector.h:93
Index getShape() const
Return a Vector of the sizes of all dimensions.
Definition: ArrayBase.h:136
Element * getData() const
Return a raw pointer to the first element of the array.
Definition: ArrayBase.h:117
void readImageImpl(int nAxis, T *data, long *begin, long *end, long *increment)
template<typename T >
void lsst.afw.fits::Fits::readImageImpl ( int  nAxis,
T *  data,
long *  begin,
long *  end,
long *  increment 
)
private
template<typename T >
void lsst.afw.fits::Fits::readKey ( std::string const &  key,
T &  value 
)

Read a FITS header key into the given reference.

void lsst.afw.fits::Fits::readMetadata ( daf::base::PropertySet metadata,
bool  strip = false 
)

Read a FITS header into a PropertySet or PropertyList.

Parameters
[in,out]metadataA PropertySet or PropertyList that FITS header items will be added to.
[in]stripIf true, common FITS keys that usually have non-metadata intepretations (e.g. NAXIS, BITPIX) will be ignored.

Order will preserved if and only if the metadata object is actually a PropertyList.

template<typename T >
void lsst.afw.fits::Fits::readTableArray ( std::size_t  row,
int  col,
int  nElements,
T *  value 
)

Read an array value from a binary table.

template<typename T >
void lsst.afw.fits::Fits::readTableScalar ( std::size_t  row,
int  col,
T &  value 
)
inline

Read an array scalar from a binary table.

Definition at line 466 of file fits.h.

466 { readTableArray(row, col, 1, &value); }
void readTableArray(std::size_t row, int col, int nElements, T *value)
Read an array value from a binary table.
int row
Definition: CR.cc:153
int col
Definition: CR.cc:152
void lsst.afw.fits::Fits::readTableScalar ( std::size_t  row,
int  col,
std::string &  value 
)

Read a string from a binary table.

void lsst.afw.fits::Fits::setHdu ( int  hdu,
bool  relative = false 
)

Set the current HDU.

Parameters
[in]hduThe HDU to move to (1-indexed; 1 is the Primary HDU). The special value of 0 moves to the first extension if the Primary HDU is empty (has NAXIS==0) and the the Primary HDU is the current one.
[in]relativeIf true, move relative to the current HDU.
template<typename T >
void lsst.afw.fits::Fits::updateColumnKey ( std::string const &  prefix,
int  n,
T const &  value,
std::string const &  comment 
)

Update a key of the form XXXXXnnn, where XXXXX is the prefix and nnn is a column number.

void lsst.afw.fits::Fits::updateColumnKey ( std::string const &  prefix,
int  n,
char const *  value,
std::string const &  comment 
)
inline

Update a key of the form XXXXXnnn, where XXXXX is the prefix and nnn is a column number.

Definition at line 264 of file fits.h.

264  {
265  updateColumnKey(prefix, n, std::string(value), comment);
266  }
void updateColumnKey(std::string const &prefix, int n, T const &value, std::string const &comment)
Update a key of the form XXXXXnnn, where XXXXX is the prefix and nnn is a column number.
template<typename T >
void lsst.afw.fits::Fits::updateColumnKey ( std::string const &  prefix,
int  n,
T const &  value 
)

Update a key of the form XXXXXnnn, where XXXXX is the prefix and nnn is a column number.

void lsst.afw.fits::Fits::updateColumnKey ( std::string const &  prefix,
int  n,
char const *  value 
)
inline

Update a key of the form XXXXXnnn, where XXXXX is the prefix and nnn is a column number.

Definition at line 269 of file fits.h.

269  {
270  updateColumnKey(prefix, n, std::string(value));
271  }
void updateColumnKey(std::string const &prefix, int n, T const &value, std::string const &comment)
Update a key of the form XXXXXnnn, where XXXXX is the prefix and nnn is a column number.
template<typename T >
void lsst.afw.fits::Fits::updateKey ( std::string const &  key,
T const &  value,
std::string const &  comment 
)

Set a FITS header key, editing if it already exists and appending it if not.

void lsst.afw.fits::Fits::updateKey ( std::string const &  key,
char const *  value,
std::string const &  comment 
)
inline

Set a FITS header key, editing if it already exists and appending it if not.

Definition at line 230 of file fits.h.

230  {
231  updateKey(key, std::string(value), comment);
232  }
void updateKey(std::string const &key, T const &value, std::string const &comment)
Set a FITS header key, editing if it already exists and appending it if not.
template<typename T >
void lsst.afw.fits::Fits::updateKey ( std::string const &  key,
T const &  value 
)

Set a FITS header key, editing if it already exists and appending it if not.

void lsst.afw.fits::Fits::updateKey ( std::string const &  key,
char const *  value 
)
inline

Set a FITS header key, editing if it already exists and appending it if not.

Definition at line 235 of file fits.h.

235  {
236  updateKey(key, std::string(value));
237  }
void updateKey(std::string const &key, T const &value, std::string const &comment)
Set a FITS header key, editing if it already exists and appending it if not.
template<typename T >
void lsst.afw.fits::Fits::writeColumnKey ( std::string const &  prefix,
int  n,
T const &  value,
std::string const &  comment 
)

Write a key of the form XXXXXnnn, where XXXXX is the prefix and nnn is a column number.

void lsst.afw.fits::Fits::writeColumnKey ( std::string const &  prefix,
int  n,
char const *  value,
std::string const &  comment 
)
inline

Write a key of the form XXXXXnnn, where XXXXX is the prefix and nnn is a column number.

Definition at line 278 of file fits.h.

278  {
279  writeColumnKey(prefix, n, std::string(value), comment);
280  }
void writeColumnKey(std::string const &prefix, int n, T const &value, std::string const &comment)
Write a key of the form XXXXXnnn, where XXXXX is the prefix and nnn is a column number.
template<typename T >
void lsst.afw.fits::Fits::writeColumnKey ( std::string const &  prefix,
int  n,
T const &  value 
)

Write a key of the form XXXXXnnn, where XXXXX is the prefix and nnn is a column number.

void lsst.afw.fits::Fits::writeColumnKey ( std::string const &  prefix,
int  n,
char const *  value 
)
inline

Write a key of the form XXXXXnnn, where XXXXX is the prefix and nnn is a column number.

Definition at line 283 of file fits.h.

283  {
284  writeColumnKey(prefix, n, std::string(value));
285  }
void writeColumnKey(std::string const &prefix, int n, T const &value, std::string const &comment)
Write a key of the form XXXXXnnn, where XXXXX is the prefix and nnn is a column number.
template<typename T , int N, int C>
void lsst.afw.fits::Fits::writeImage ( ndarray::Array< T const, N, C > const &  array)
inline

Write an ndarray::Array to a FITS image HDU.

The HDU must already exist and have the correct bitpix.

An extra deep-copy may be necessary if the array is not fully contiguous.

Definition at line 368 of file fits.h.

368  {
370  if (contiguous.empty()) contiguous = ndarray::copy(array);
371  writeImageImpl(contiguous.getData(), contiguous.getNumElements());
372  }
Array< T, N, C_ > dynamic_dimension_cast(Array< T, N, C > const &array)
Definition: casts.h:105
SelectEigenView< T >::Type copy(Eigen::EigenBase< T > const &other)
Copy an arbitrary Eigen expression into a new EigenView.
Definition: eigen.h:390
int getNumElements() const
Return the total number of elements in the array.
Definition: ArrayBase.h:142
void writeImageImpl(T const *data, int nElements)
Element * getData() const
Return a raw pointer to the first element of the array.
Definition: ArrayBase.h:117
bool empty() const
Return true if the first dimension has no elements.
A multidimensional strided array.
Definition: Array.h:47
template<typename T >
void lsst.afw.fits::Fits::writeImageImpl ( T const *  data,
int  nElements 
)
private
template<typename T >
void lsst.afw.fits::Fits::writeKey ( std::string const &  key,
T const &  value,
std::string const &  comment 
)

Add a FITS header key to the bottom of the header.

If the key is HISTORY or COMMENT and the value is a std::string or C-string, a special HISTORY or COMMENT key will be appended (and the comment argument will be ignored if present).

void lsst.afw.fits::Fits::writeKey ( std::string const &  key,
char const *  value,
std::string const &  comment 
)
inline

Add a FITS header key to the bottom of the header.

If the key is HISTORY or COMMENT and the value is a std::string or C-string, a special HISTORY or COMMENT key will be appended (and the comment argument will be ignored if present).

Definition at line 250 of file fits.h.

250  {
251  writeKey(key, std::string(value), comment);
252  }
void writeKey(std::string const &key, T const &value, std::string const &comment)
Add a FITS header key to the bottom of the header.
template<typename T >
void lsst.afw.fits::Fits::writeKey ( std::string const &  key,
T const &  value 
)

Add a FITS header key to the bottom of the header.

If the key is HISTORY or COMMENT and the value is a std::string or C-string, a special HISTORY or COMMENT key will be appended (and the comment argument will be ignored if present).

void lsst.afw.fits::Fits::writeKey ( std::string const &  key,
char const *  value 
)
inline

Add a FITS header key to the bottom of the header.

If the key is HISTORY or COMMENT and the value is a std::string or C-string, a special HISTORY or COMMENT key will be appended (and the comment argument will be ignored if present).

Definition at line 255 of file fits.h.

255  {
256  writeKey(key, std::string(value));
257  }
void writeKey(std::string const &key, T const &value, std::string const &comment)
Add a FITS header key to the bottom of the header.
void lsst.afw.fits::Fits::writeMetadata ( daf::base::PropertySet const &  metadata)

Read a FITS header into a PropertySet or PropertyList.

Parameters
[in]metadataA PropertySet or PropertyList whose items will be appended to the FITS header.

All keys will be appended to the FITS header rather than used to update existing keys. Order of keys will be preserved if and only if the metadata object is actually a PropertyList.

template<typename T >
void lsst.afw.fits::Fits::writeTableArray ( std::size_t  row,
int  col,
int  nElements,
T const *  value 
)

Write an array value to a binary table.

template<typename T >
void lsst.afw.fits::Fits::writeTableScalar ( std::size_t  row,
int  col,
value 
)
inline

Write an scalar value to a binary table.

Definition at line 455 of file fits.h.

455 { writeTableArray(row, col, 1, &value); }
void writeTableArray(std::size_t row, int col, int nElements, T const *value)
Write an array value to a binary table.
int row
Definition: CR.cc:153
int col
Definition: CR.cc:152
void lsst.afw.fits::Fits::writeTableScalar ( std::size_t  row,
int  col,
std::string const &  value 
)

Write a string to a binary table.

Member Data Documentation

int lsst.afw.fits::Fits::behavior

Definition at line 493 of file fits.h.

void* lsst.afw.fits::Fits::fptr

Definition at line 491 of file fits.h.

int lsst.afw.fits::Fits::status

Definition at line 492 of file fits.h.


The documentation for this class was generated from the following file: