3 Library functions
79,992 pages in section 3.
sp
-
spLA_CONSTANTS is a module for the scaling constants for the compiled Fortran single and double precisions -
SP_Connect an application to a daemonconnect -
SP_destroy connection between app and daemondisconnect -
SP_checks amount of data ready to be readequal_ group_ ids -
SP_Spread error string reportingerror -
sp_curses screen-pointer extensionfuncs -
SP_create connection between app and daemonjoin -
SP_create connection between app and daemonleave -
SP_Multicast message to groupsmulticast -
SP_Multicast message to groupsmultigroup_ multicast -
SP_Multicast message to groupsmultigroup_ scat_ multicast -
SP_checks amount of data ready to be readpoll -
SP_Receive message from Spreadreceive -
SP_Multicast message to groupsscat_ multicast -
SP_Receive message from Spreadscat_ receive -
sparse_autoencoder. hpp -
sparse_autoencoder_ function. hpp -
sparse_coding. hpp -
spawnvegprocess spawn with process group and session control -
spbcon -
spbcon.f -
spbequ -
spbequ.f -
spbrfs -
spbrfs.f -
spbstf -
spbstf.f -
spbsv -
spbsv.f -
spbsvx -
spbsvx.f -
spbt01 -
spbt01.f -
spbt02 -
spbt02.f -
spbt05 -
spbt05.f -
spbtf2 -
spbtf2.f -
spbtrf -
spbtrf.f -
spbtrs -
spbtrs.f -
specpackHeader file with internal function prototypes NCEPLIBS-g2c library. -
specpack.Pack a spectral data field using the complex packing algorithm for spherical harmonic data.c -
spectrogramscreenshotsSpectrogram, Contour Plot -
specunpackHeader file with internal function prototypes NCEPLIBS-g2c library. -
specunpack.Unpack a spectral data field that was packed using the complex packing algorithm for spherical harmonic data.c -
speexdec -
speexenc -
spftrf -
spftrf.f -
spftri -
spftri.f -
spftrs -
spftrs.f -
spherical_kernel. hpp -
sphinxcontrib-sphinxcontrib-mermaid documentation ATTENTION: ---- This extension allows you to embed Mermaid graphs in your documents, including general flowcharts, sequence diagrams, gantt diagrams and more. It adds a directive to embed mermaid markup. For example: By default, the HTML builder will simply render this as a div tag with class="mermaid", injecting the external javascript, css and initialization code to make mermaid works. For other builders (or if mermaid_output_format config variable is set differently), the extension will use mermaid-cli to render as to a PNG or SVG image, and then used in the proper code. [graph] You can also embed external mermaid files, by giving the file name as an argument to the directive and no additional content: As for all file references in Sphinx, if the filename is not absolute, it is taken as relative to the source directory. In addition, you can use mermaid to automatically generate a diagram to show the class inheritance using the directive autoclasstree. It accepts one or more fully qualified names to a class or a module. In the case of a module, all the class found will be included. Of course, these objects need to be importable to make its diagram. If an optional attribute :full: is given, it will show the complete hierarchy of each class. The option :namespace: <value> limits to the base classes that belongs to this namespace. Meanwhile, the flag :strict: only process the classes that are strictly defined in the given module (ignoring classes imported from other modules). For example: [graph] Or directly the module: [graph].SH INSTALLATION You can install it using pip Then add sphinxcontrib.mermaid in extensions list of your project's conf.py:mermaid -
SPI_commit the current transactioncommit -
SPI_commit the current transactioncommit_ and_ chain -
SPI_connect a C function to the SPI managerconnect -
SPI_connect a C function to the SPI managerconnect_ ext -
SPI_make a copy of a row in the upper executor contextcopytuple -
SPI_close a cursorcursor_ close -
SPI_fetch some rows from a cursorcursor_ fetch -
SPI_find an existing cursor by namecursor_ find -
SPI_move a cursorcursor_ move -
SPI_set up a cursor using a statement created with SPI_preparecursor_ open -
SPI_set up a cursor using a query and parameterscursor_ open_ with_ args -
SPI_set up a cursor using parameterscursor_ open_ with_ paramlist -
SPI_set up a cursor using a query string and parameterscursor_ parse_ open -
SPI_execute a read/write commandexec -
SPI_execute a statement in read/write modeexecp -
SPI_execute a commandexecute -
SPI_execute a command with out-of-line parametersexecute_ extended -
SPI_execute a statement prepared by SPI_prepareexecute_ plan -
SPI_execute a statement prepared by SPI_prepareexecute_ plan_ extended -
SPI_execute a statement prepared by SPI_prepareexecute_ plan_ with_ paramlist -
SPI_execute a command with out-of-line parametersexecute_ with_ args -
SPI_disconnect a C function from the SPI managerfinish -
SPI_determine the column name for the specified column numberfname -
SPI_determine the column number for the specified column namefnumber -
SPI_free a previously saved prepared statementfreeplan -
SPI_free a row allocated in the upper executor contextfreetuple -
SPI_free a row set created by SPI_execute or a similar functionfreetuptable -
SPI_return the number of arguments needed by a statement prepared by SPI_preparegetargcount -
SPI_return the data type OID for an argument of a statement prepared by SPI_preparegetargtypeid -
SPI_return the binary value of the specified columngetbinval -
SPI_return the namespace of the specified relationgetnspname -
SPI_return the name of the specified relationgetrelname -
SPI_return the data type name of the specified columngettype -
SPI_return the data type OID of the specified columngettypeid -
SPI_return the string value of the specified columngetvalue -
SPI_return true if a statement prepared by SPI_prepare can be used with SPI_cursor_openis_ cursor_ plan -
SPI_save a prepared statementkeepplan -
SPI_create a row by replacing selected fields of a given rowmodifytuple -
SPI_allocate memory in the upper executor contextpalloc -
SPI_free memory in the upper executor contextpfree -
SPI_prepare a statement, without executing it yetprepare -
SPI_prepare a statement, without executing it yetprepare_ cursor -
SPI_prepare a statement, without executing it yetprepare_ extended -
SPI_prepare a statement, without executing it yetprepare_ params -
SPI_make an ephemeral named relation available by name in SPI queriesregister_ relation -
SPI_make ephemeral trigger data available in SPI queriesregister_ trigger_ data -
SPI_reallocate memory in the upper executor contextrepalloc -
SPI_return error code as stringresult_ code_ string -
SPI_prepare to return a tuple as a Datumreturntuple -
SPI_abort the current transactionrollback -
SPI_abort the current transactionrollback_ and_ chain -
SPI_save a prepared statementsaveplan -
SPI_fetch some rows from a cursorscroll_ cursor_ fetch -
SPI_move a cursorscroll_ cursor_ move -
SPI_obsolete functionstart_ transaction -
SPI_remove an ephemeral named relation from the registryunregister_ relation -
spidermonkey.h -
spinlock_deprecated atomic spin lock synchronization primitivesdeprecated -
SPLAY_implementations of splay and rank-balanced (wavl) treesEMPTY -
SPLAY_implementations of splay and rank-balanced (wavl) treesENTRY -
SPLAY_implementations of splay and rank-balanced (wavl) treesFIND -
SPLAY_implementations of splay and rank-balanced (wavl) treesFOREACH -
SPLAY_implementations of splay and rank-balanced (wavl) treesGENERATE -
SPLAY_implementations of splay and rank-balanced (wavl) treesHEAD -
SPLAY_implementations of splay and rank-balanced (wavl) treesINIT -
SPLAY_implementations of splay and rank-balanced (wavl) treesINITIALIZER -
SPLAY_implementations of splay and rank-balanced (wavl) treesINSERT -
SPLAY_implementations of splay and rank-balanced (wavl) treesLEFT -
SPLAY_implementations of splay and rank-balanced (wavl) treesMAX -
SPLAY_implementations of splay and rank-balanced (wavl) treesMIN -
SPLAY_implementations of splay and rank-balanced (wavl) treesNEXT -
SPLAY_implementations of splay and rank-balanced (wavl) treesPROTOTYPE -
SPLAY_implementations of splay and rank-balanced (wavl) treesREMOVE -
SPLAY_implementations of splay and rank-balanced (wavl) treesRIGHT -
SPLAY_implementations of splay and rank-balanced (wavl) treesROOT -
splineFit curves with spline interpolation -
Splineopen and closed spline component subjects, views, and PostScript external representationsComp -
splinesstructured graphics classes for open and closed B-splines -
splitimage2pdfimage processing library -
Splitmanipulate Tcl listsList -
Splitmanipulate platform-dependent file pathsPath -
splitCdk4 compatibility functionsString -
spocon -
spocon.f -
spoequ -
spoequ.f -
spoequb -
spoequb.f -
sporfs -
sporfs.f -
sporfsx -
sporfsx.f -
sposv -
sposv.f -
sposvx -
sposvx.f -
sposvxx -
sposvxx.f -
spot01 -
spot01.f -
spot02 -
spot02.f -
spot03 -
spot03.f -
spot05 -
spot05.f -
spotf2 -
spotf2.f -
spotrf -
spotrf.f -
spotrf2 -
spotrf2.f -
spotri -
spotri.f -
spotrs -
spotrs.f -
sppcon -
sppcon.f -
sppequ -
sppequ.f -
spprfs -
spprfs.f -
sppsv -
sppsv.f -
sppsvx -
sppsvx.f -
sppt01 -
sppt01.f -
sppt02 -
sppt02.f -
sppt03 -
sppt03.f -
sppt05 -
sppt05.f -
spptrf -
spptrf.f -
spptri -
spptri.f -
spptrs -
spptrs.f -
sprcn1 -
sprcn2 -
sprcn3 -
sprcn4 -
sprcn5 -
sprcn8 -
sprefixLA_CONSTANTS is a module for the scaling constants for the compiled Fortran single and double precisions -
sprintfstring print formatted -
sprintf_formatted output conversionl -
spst01 -
spst01.f -
spstf2 -
spstf2.f -
spstrf -
spstrf.f -
sptcon -
sptcon.f -
spteqr -
spteqr.f -
sptrfs -
sptrfs.f -
sptsv -
sptsv.f -
sptsvx -
sptsvx.f -
sptt01 -
sptt01.f -
sptt02 -
sptt02.f -
sptt05 -
sptt05.f -
spttrf -
spttrf.f -
spttrs -
spttrs.f -
spttrsvsolve one of the triangular systems L**T* X = B, or L * X = B, -
sptts2 -
sptts2.f
sq
-
sqlt01 -
sqlt01.f -
sqlt02 -
sqlt02.f -
sqlt03 -
sqlt03.f -
sqpt01 -
sqpt01.f -
sqrtsquare root function -
sqrt01 -
sqrt01.f -
sqrt01p -
sqrt01p.f -
sqrt02 -
sqrt02.f -
sqrt03 -
sqrt03.f -
sqrt04 -
sqrt04.f -
sqrt05 -
sqrt05.f -
sqrt11 -
sqrt11.f -
sqrt12 -
sqrt12.f -
sqrt13 -
sqrt13.f -
sqrt14 -
sqrt14.f -
sqrt15 -
sqrt15.f -
sqrt16 -
sqrt16.f -
sqrt17 -
sqrt17.f -
sqrtfsquare root function -
sqrtlsquare root function
sr
-
sradixsortradix sort -
srandpseudo-random number generator -
srand48generate uniformly distributed pseudo-random numbers -
srand48_generate uniformly distributed pseudo-random numbers reentrantlyr -
srandomrandom number generator -
srandom_reentrant random number generatorr -
srandomdevnon-cryptographic pseudorandom number generator; routines for changing generators -
sratomSratom -
src_ilaver. f -
SRC_xerbla. f -
SRC_xerbla_ array. f -
srctreeThe Source Tree -
sreclassifyallocate classified memory preclassify vreclassify sreclassify - reclassify memory set_memblock_max, xrealloc, xfree - administrate classified memory -
srecordlibrary to manipulate EPROM load files -
sregr1 -
srot -
srot.f -
srotg -
srotg.f -
srotg.f90 -
srotm -
srotm.f -
srotmg -
srotmg.f -
sroundup_lwork -
sroundup_lwork. f -
srqt01 -
srqt01.f -
srqt02 -
srqt02.f -
srqt03 -
srqt03.f -
srscl -
srscl.f -
srtmaxLA_CONSTANTS is a module for the scaling constants for the compiled Fortran single and double precisions -
srtminLA_CONSTANTS is a module for the scaling constants for the compiled Fortran single and double precisions -
srzt01 -
srzt01.f -
srzt02 -
srzt02.f