Section 3
- SoVRMLInline · The SoVRMLInline class is used to insert VRML files into a scene.
- SoVRMLInline.h
- SoVRMLInterpolator · The SoVRMLInterpolator class is an internal abstract class.
- SoVRMLLight · The SoVRMLLight class is a superclass for VRML light nodes.
- SoVRMLLOD · The SoVRMLLOD class is used to represent various levels of detail based on distance.
- SoVRMLMaterial · The SoVRMLMaterial class is used to assign a material to geometry.
- SoVRMLMovieTexture · The SoVRMLMovieTexture class is used the map movies onto geometry.
- SoVRMLNavigationInfo · The SoVRMLNavigationInfo class is used to specify avatar and viewer settings.
- SoVRMLNormal · The SoVRMLNormal class is used to bind normals to geometry.
- SoVRMLNormalInterpolator · The SoVRMLNormalInterpolator class is used to interpolate normals.
- SoVRMLOrientationInterpolator · The SoVRMLOrientationInterpolator class is used to interpolate orientations.
- SoVRMLParent · The SoVRMLParent node is a superclass for all VRML grouping nodes.
- SoVRMLPixelTexture · The SoVRMLPixelTexture class is used for mapping a texture image onto geometry..
- SoVRMLPlaneSensor · The SoVRMLPlaneSensor class maps pointer motion into object space translations.
- SoVRMLPointLight · The SoVRMLPointLight class is used to represent a point light.
- SoVRMLPointSet · The SoVRMLPointSet class is used to represent a set of 3D points.
- SoVRMLPositionInterpolator · The SoVRMLPositionInterpolator class is used to interpolate 3D points.
- SoVRMLProximitySensor · The SoVRMLProximitySensor class is used to generate events when the viewer enters or exits a region.
- SoVRMLScalarInterpolator · The SoVRMLScalarInterpolator class is used to interpolate scalar values.
- SoVRMLScript · The SoVRMLScript class is used to control the scene using scripts.
- SoVRMLScript.h
- SoVRMLSensor · The SoVRMLSensor class is an abstract superclass for VRML sensors.
- SoVRMLShape · The SoVRMLShape class holds geometry and geometry appearance nodes.
- SoVRMLSound · The SoVRMLSound class is used to represent a sound source.
- SoVRMLSphere · The SoVRMLSphere class is used to represent a spherical 3D object.
- SoVRMLSphereSensor · The SoVRMLSphereSensor class maps pointer motion into rotations on a sphere.
- SoVRMLSpotLight · The SoVRMLSpotLight class defines a spot light source.
- SoVRMLSwitch · The SoVRMLSwitch class is a group node for traversing selected children.
- SoVRMLText · The SoVRMLText class is used to represent text in a scene.
- SoVRMLTexture · The SoVRMLTexture class is a superclass for VRML texture nodes.
- SoVRMLTextureCoordinate · The SoVRMLTextureCoordinate class binds texture coordinates to vertex-based geometry.
- SoVRMLTextureTransform · The SoVRMLTextureTransform class defines a transformation applied to texture coordinates.
- SoVRMLTimeSensor · The SoVRMLTimeSensor class is a multi-purpose time event generator.
- SoVRMLTouchSensor · The SoVRMLTouchSensor class tracks to pointer position and sends events based on user interaction.
- SoVRMLTransform · The SoVRMLTransform class is a grouping node that defines a transformation for its children.
- SoVRMLVertexLine · The SoVRMLVertexLine class is a superclass for line based VRML geometry.
- SoVRMLVertexPoint · The SoVRMLVertexPoint class is a superclass for point based VRML shapes.
- SoVRMLVertexShape · The SoVRMLVertexShape class is a superclass for vertex based shapes.
- SoVRMLViewpoint · The SoVRMLViewpoint class is a perspective camera class.
- SoVRMLVisibilitySensor · The SoVRMLVisibilitySensor class will generate events based on visibility.
- SoVRMLWorldInfo · The SoVRMLWorldInfo class contains information about the VRML scene.
- SoWindowElement · The SoWindowElement class is used to store current window attributes.
- SoWrapperKit · The SoWrapperKit class is a simple kit for wrapping a transform and a subgraph.
- SoWriteAction · The SoWriteAction class writes a scene graph to file.
- SoWWWAnchor · The SoWWWAnchor class adds URL callbacks to the highlighted geometry.
- SoWWWAnchor.h
- SoWWWInline · The SoWWWInline class is a node used to include data from an URL.
- SoWWWInline.h
- sp · LA_CONSTANTS is a module for the scaling constants for the compiled Fortran single and double precisions
- SP_connect · Connect an application to a daemon
- SP_disconnect · destroy connection between app and daemon
- SP_equal_group_ids · checks amount of data ready to be read
- SP_error · Spread error string reporting
- sp_funcs · curses screen-pointer extension
- SP_join · create connection between app and daemon
- SP_leave · create connection between app and daemon
- SP_multicast · Multicast message to groups
- SP_multigroup_multicast · Multicast message to groups
- SP_multigroup_scat_multicast · Multicast message to groups
- SP_poll · checks amount of data ready to be read
- SP_receive · Receive message from Spread
- SP_scat_multicast · Multicast message to groups
- SP_scat_receive · Receive message from Spread
- sparse_autoencoder.hpp
- sparse_autoencoder_function.hpp
- sparse_coding.hpp
- spawnveg · process 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
- specpack · Header file with internal function prototypes NCEPLIBS-g2c library.
- specpack.c · Pack a spectral data field using the complex packing algorithm for spherical harmonic data.
- spectrogramscreenshots · Spectrogram, Contour Plot
- specunpack · Header file with internal function prototypes NCEPLIBS-g2c library.
- specunpack.c · Unpack a spectral data field that was packed using the complex packing algorithm for spherical harmonic data.
- speexdec
- speexenc
- spftrf
- spftrf.f
- spftri
- spftri.f
- spftrs
- spftrs.f
- spherical_kernel.hpp
- sphinxcontrib-mermaid · 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:
- SPI_commit · commit the current transaction
- SPI_commit_and_chain · commit the current transaction
- SPI_connect · connect a C function to the SPI manager
- SPI_connect_ext · connect a C function to the SPI manager
- SPI_copytuple · make a copy of a row in the upper executor context
- SPI_cursor_close · close a cursor
- SPI_cursor_fetch · fetch some rows from a cursor
- SPI_cursor_find · find an existing cursor by name
- SPI_cursor_move · move a cursor
- SPI_cursor_open · set up a cursor using a statement created with SPI_prepare
- SPI_cursor_open_with_args · set up a cursor using a query and parameters
- SPI_cursor_open_with_paramlist · set up a cursor using parameters
- SPI_cursor_parse_open · set up a cursor using a query string and parameters
- SPI_exec · execute a read/write command
- SPI_execp · execute a statement in read/write mode
- SPI_execute · execute a command
- SPI_execute_extended · execute a command with out-of-line parameters
- SPI_execute_plan · execute a statement prepared by SPI_prepare
- SPI_execute_plan_extended · execute a statement prepared by SPI_prepare
- SPI_execute_plan_with_paramlist · execute a statement prepared by SPI_prepare
- SPI_execute_with_args · execute a command with out-of-line parameters
- SPI_finish · disconnect a C function from the SPI manager
- SPI_fname · determine the column name for the specified column number
- SPI_fnumber · determine the column number for the specified column name
- SPI_freeplan · free a previously saved prepared statement
- SPI_freetuple · free a row allocated in the upper executor context
- SPI_freetuptable · free a row set created by SPI_execute or a similar function
- SPI_getargcount · return the number of arguments needed by a statement prepared by SPI_prepare
- SPI_getargtypeid · return the data type OID for an argument of a statement prepared by SPI_prepare
- SPI_getbinval · return the binary value of the specified column
- SPI_getnspname · return the namespace of the specified relation
- SPI_getrelname · return the name of the specified relation
- SPI_gettype · return the data type name of the specified column
- SPI_gettypeid · return the data type OID of the specified column
- SPI_getvalue · return the string value of the specified column
- SPI_is_cursor_plan · return true if a statement prepared by SPI_prepare can be used with SPI_cursor_open
- SPI_keepplan · save a prepared statement
- SPI_modifytuple · create a row by replacing selected fields of a given row
- SPI_palloc · allocate memory in the upper executor context
- SPI_pfree · free memory in the upper executor context
- SPI_prepare · prepare a statement, without executing it yet
- SPI_prepare_cursor · prepare a statement, without executing it yet
- SPI_prepare_extended · prepare a statement, without executing it yet
- SPI_prepare_params · prepare a statement, without executing it yet
- SPI_register_relation · make an ephemeral named relation available by name in SPI queries
- SPI_register_trigger_data · make ephemeral trigger data available in SPI queries
- SPI_repalloc · reallocate memory in the upper executor context
- SPI_result_code_string · return error code as string
- SPI_returntuple · prepare to return a tuple as a Datum
- SPI_rollback · abort the current transaction
- SPI_rollback_and_chain · abort the current transaction
- SPI_saveplan · save a prepared statement
- SPI_scroll_cursor_fetch · fetch some rows from a cursor
- SPI_scroll_cursor_move · move a cursor
- SPI_start_transaction · obsolete function
- SPI_unregister_relation · remove an ephemeral named relation from the registry
- spidermonkey.h
- spinlock_deprecated · deprecated atomic spin lock synchronization primitives
- SPLAY_EMPTY · implementations of splay and rank-balanced (wavl) trees
- SPLAY_ENTRY · implementations of splay and rank-balanced (wavl) trees
- SPLAY_FIND · implementations of splay and rank-balanced (wavl) trees
- SPLAY_FOREACH · implementations of splay and rank-balanced (wavl) trees
- SPLAY_GENERATE · implementations of splay and rank-balanced (wavl) trees
- SPLAY_HEAD · implementations of splay and rank-balanced (wavl) trees
- SPLAY_INIT · implementations of splay and rank-balanced (wavl) trees
- SPLAY_INITIALIZER · implementations of splay and rank-balanced (wavl) trees
- SPLAY_INSERT · implementations of splay and rank-balanced (wavl) trees
- SPLAY_LEFT · implementations of splay and rank-balanced (wavl) trees
- SPLAY_MAX · implementations of splay and rank-balanced (wavl) trees
- SPLAY_MIN · implementations of splay and rank-balanced (wavl) trees
- SPLAY_NEXT · implementations of splay and rank-balanced (wavl) trees
- SPLAY_PROTOTYPE · implementations of splay and rank-balanced (wavl) trees
- SPLAY_REMOVE · implementations of splay and rank-balanced (wavl) trees
- SPLAY_RIGHT · implementations of splay and rank-balanced (wavl) trees
- SPLAY_ROOT · implementations of splay and rank-balanced (wavl) trees
- spline · Fit curves with spline interpolation
- SplineComp · open and closed spline component subjects, views, and PostScript external representations
- splines · structured graphics classes for open and closed B-splines
- splitimage2pdf · image processing library
- SplitList · manipulate Tcl lists
- SplitPath · manipulate platform-dependent file paths
- splitString · Cdk4 compatibility functions
- 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
- sprefix · LA_CONSTANTS is a module for the scaling constants for the compiled Fortran single and double precisions
- sprintf · string print formatted
- sprintf_l · formatted output conversion
- 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
- spttrsv · solve one of the triangular systems L**T* X = B, or L * X = B,
- sptts2
- sptts2.f
- sqlt01
- sqlt01.f
- sqlt02
- sqlt02.f
- sqlt03
- sqlt03.f
- sqpt01
- sqpt01.f
- sqrt · square 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
- sqrtf · square root function
- sqrtl · square root function
- sradixsort · radix sort
- srand · pseudo-random number generator
- srand48 · generate uniformly distributed pseudo-random numbers
- srand48_r · generate uniformly distributed pseudo-random numbers reentrantly
- srandom · random number generator
- srandom_r · reentrant random number generator
- srandomdev · non-cryptographic pseudorandom number generator; routines for changing generators
- sratom · Sratom
- src_ilaver.f
- SRC_xerbla.f
- SRC_xerbla_array.f
- srctree · The Source Tree
- sreclassify · allocate classified memory preclassify vreclassify sreclassify - reclassify memory set_memblock_max, xrealloc, xfree - administrate classified memory
- srecord · library 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
- srtmax · LA_CONSTANTS is a module for the scaling constants for the compiled Fortran single and double precisions
- srtmin · LA_CONSTANTS is a module for the scaling constants for the compiled Fortran single and double precisions
- srzt01
- srzt01.f
- srzt02
- srzt02.f
- ssafmax · LA_CONSTANTS is a module for the scaling constants for the compiled Fortran single and double precisions
- ssafmin · LA_CONSTANTS is a module for the scaling constants for the compiled Fortran single and double precisions
- ssb2st_kernels
- ssb2st_kernels.f
- ssbev
- ssbev.f
- ssbev_2stage
- ssbev_2stage.f
- ssbevd
- ssbevd.f
- ssbevd_2stage
- ssbevd_2stage.f
- ssbevx
- ssbevx.f
- ssbevx_2stage
- ssbevx_2stage.f
- ssbgst
- ssbgst.f
- ssbgv
- ssbgv.f
- ssbgvd
- ssbgvd.f
- ssbgvx
- ssbgvx.f
- ssbig · LA_CONSTANTS is a module for the scaling constants for the compiled Fortran single and double precisions
- ssbmv
- ssbmv.f
- ssbt21
- ssbt21.f
- ssbtrd
- ssbtrd.f
- sscal
- sscal.f
- sscanf · input string format conversion
- sscanf_l · input format conversion
- ssfrk
- ssfrk.f
- ssgt01
- ssgt01.f
- ssh_auth · functions to authenticate
- ssh_buffer · buffer handling
- ssh_channel · functions that manage a channel
- ssh_error · error handling
- ssh_options · options settings for a new ssh session
- ssh_session · functions that manage a session
- ssignal · software signal facility
- ssize_t · overview of system data types
- ssl
- ssl.h
- sslect
- sslect.f
- ssmlnum · LA_CONSTANTS is a module for the scaling constants for the compiled Fortran single and double precisions
- ssp · bounds checked libc functions
- sspcon
- sspcon.f
- sspev
- sspev.f
- sspevd
- sspevd.f
- sspevx
- sspevx.f
- sspgst
- sspgst.f
- sspgv
- sspgv.f
- sspgvd
- sspgvd.f
- sspgvx
- sspgvx.f
- sspmv
- sspmv.f
- sspr
- sspr.f
- sspr2
- sspr2.f
- ssprfs
- ssprfs.f
- sspsv
- sspsv.f
- sspsvx
- sspsvx.f
- sspt01
- sspt01.f
- sspt21
- sspt21.f
- ssptrd
- ssptrd.f
- ssptrf
- ssptrf.f
- ssptri
- ssptri.f
- ssptrs
- ssptrs.f
- sssml · LA_CONSTANTS is a module for the scaling constants for the compiled Fortran single and double precisions
- sstebz
- sstebz.f
- sstech
- sstech.f
- sstect
- sstect.f
- sstedc
- sstedc.f
- sstegr
- sstegr.f
- sstein
- sstein.f
- sstein2 · compute the eigenvectors of a real symmetric tridiagonal matrix T corresponding to specified eigenvalues, using inverse iteration
- sstemr
- sstemr.f
- ssteqr
- ssteqr.f
- ssteqr2 · i a modified version of LAPACK routine SSTEQR
- ssterf
- ssterf.f
- sstev
- sstev.f
- sstevd
- sstevd.f
- sstevr
- sstevr.f
- sstevx
- sstevx.f
- sstt21
- sstt21.f
- sstt22
- sstt22.f
- ssvdch
- ssvdch.f
- ssvdct
- ssvdct.f
- sswap
- sswap.f
- ssxt1
- ssxt1.f
- ssycon
- ssycon.f
- ssycon_3
- ssycon_3.f
- ssycon_rook