Section 3 of the manual describes all library functions excluding the library functions (system call wrappers) described in Section 2, which implement system calls.
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- Cyrus::Annotator::Daemon
- framework for writing annotator daemons for Cyrus
- Cyrus::Annotator::Message
- representation of a message to annotate
- Cyrus::IMAP
- Interface to Cyrus imclient library
- Cyrus::IMAP::Admin
- Cyrus administrative interface Perl module
- Cyrus::IMAP::IMSP
- Perl module for Cyrus IMSP user options
- Cyrus::IMAP::Shell
- Perl version of cyradm
- Cyrus::SIEVE::managesieve
- Perl client for the SIEVE protocol
- Cz::Cstocs
- conversions of charset encodings for the Czech language
- Cz::Sort
- Czech sort
- Cz::Time
- Routines for printing dates in Czech
- c
- Command interface module
- cBroadcast
- broadcast signal to all waiting threads
- cCreate
- initialize a condition variable
- cDestroy
- destroy a condition variable
- cSignal
- send signal to one waiting thread
- cWait
- wait a condition variable signal
- c_csa1s
- cubic spline approximation, simple entry for one-dimensional input
- c_csa1xs
- cubic spline approximation, expanded entry for one-dimensional input
- c_csa2ls
- cubic spline approximation, simple entry for two-dimensional input, list output
- c_csa2lxs
- cubic spline approximation, expanded entry for two-dimensional input, list output
- c_csa2s
- cubic spline approximation, simple entry for two-dimensional input, gridded output
- c_csa2xs
- cubic spline approximation, expanded entry for two-dimensional input, gridded output
- c_csa3ls
- cubic spline approximation, simple entry for three-dimensional input, list output
- c_csa3lxs
- cubic spline approximation, expanded entry for three-dimensional input, list output
- c_csa3s
- cubic spline approximation, simple entry for three-dimensional input, gridded output
- c_csa3xs
- cubic spline approximation, expanded entry for three-dimensional input, gridded output
- c_csc2s
- convert from Cartesian coordinates to lat/lon coordinates
- c_csc2sd
- convert from Cartesian coordinates to lat/lon coordinates
- c_csgetd
- Retrieves the value of an internal parameter of type double
- c_csgeti
- Retrieves the value of an internal parameter of type int
- c_csgetr
- Retrieves the value of an internal parameter of type float
- c_css2c
- convert from lat/lon coordinates to Cartesian coordinates
- c_css2cd
- convert from lat/lon coordinates to Cartesian coordinates
- c_cssetd
- set double valued parameters
- c_csseti
- set int valued parameters
- c_cssetr
- set float valued parameters
- c_cssgrid
- tension spline interpolation on a sphere
- c_cssgridd
- tension spline interpolation on a sphere
- c_csstri
- calculates a Delaunay triangulation for data on a sphere
- c_csstrid
- calculates a Delaunay triangulation for data on a sphere
- c_csvoro
- calculate Voronoi polygons for points on a sphere
- c_csvorod
- calculate Voronoi polygons for points on a sphere
- c_dsgetc
- Retrieve values for char valued parameters
- c_dsgeti
- Retrieves the value of an internal parameter of type int
- c_dsgetr
- Retrieves the value of an internal parameter of type float
- c_dsgetrd
- retrieves the value of an internal parameter of type double
- c_dsgrid2d
- primary double precision C entry for 2D gridding
- c_dsgrid2s
- primary single precision C entry for 2D gridding
- c_dsgrid3d
- primary double precision C entry for 3D gridding
- c_dsgrid3s
- primary single precision C entry for 3D gridding
- c_dspnt2d
- Interpolate at a single point (or points) in 2D in single precision
- c_dspnt2s
- Interpolate at a single point (or points) in 2D in single precision
- c_dspnt3d
- interpolate double precision 3D data at specified points
- c_dspnt3s
- interpolate single precision 3D data at specified points
- c_dssetc
- Set char valued parameters
- c_dsseti
- set int valued parameters
- c_dssetr
- Set float valued parameters
- c_dssetrd
- Set double valued parameters
- c_ftcurv
- 1D interpolation for non-periodic functions
- c_ftcurvd
- calculate derivatives
- c_ftcurvi
- calculate integrals
- c_ftcurvp
- 1D interpolation for periodic functions
- c_ftcurvpi
- calculate integrals for periodic functions
- c_ftcurvps
- compute a smoothing spline for periodic functions
- c_ftcurvs
- compute a smoothing spline
- c_ftcurvs1
- calculate values for a smoothing spline for data in the plane
- c_ftgetc
- retrieve a string valued parameter
- c_ftgetfa_data
- retrieve array values
- c_ftgetfa_size
- retrieve the size of an array
- c_ftgeti
- retrieve an int valued parameter
- c_ftgetr
- retrieve a float valued parameter
- c_ftkurv
- interpolation for parametric curves
- c_ftkurvd
- calculate interpolated values and derivatives for parametric curves
- c_ftkurvp
- interpolation for closed parametric curves
- c_ftkurvpd
- interpolation and derivative calculation for closed parametric curves
- c_ftsetc
- set char valued parameters
- c_ftsetfa
- Set float valued array parameters
- c_ftseti
- set int valued parameters
- c_ftsetr
- set float valued parameters
- c_ftsurf
- 2D tension spline interpolation of rectangular data
- c_natgridd
- c_natgrids - primary double precision C entry for natural neighbor gridding
- c_natgrids
- primary C entry for natural neighbor gridding
- c_nngetaspectd
- retrieve a double precision aspect at a specified coordinate
- c_nngetaspects
- retrieve the aspect at a specified coordinate
- c_nngetc
- Retrieve values for char valued parameters
- c_nngeti
- Retrieves the value of an internal parameter of type int
- c_nngetr
- Retrieves the value of an internal parameter of type float
- c_nngetrd
- retrieves the value of an internal parameter of type double
- c_nngetsloped
- retrieve a double precision slope at a specified coordinate
- c_nngetslopes
- retrieve the slope at a specified coordinate
- c_nnpntd
- interpolate at a single point
- c_nnpntend
- exit single point mode
- c_nnpntendd
- exit single point mode
- c_nnpntinitd
- Enter single point mode
- c_nnpntinits
- Enter single point mode
- c_nnpnts
- interpolate at a single point
- c_nnsetc
- Set char valued parameters
- c_nnseti
- set int valued parameters
- c_nnsetr
- Set float valued parameters
- c_nnsetrd
- Set double valued parameters