A Permuted Index for Mice APIs
===========================================================================
This document is an index for NAIF's Mice routines. The index entries
are short phrases that describe the functionality of the routines.
Each phrase is followed by the name of the routine that performs the
described function.
The reason we call this a ``permuted'' index is that each index
entry occurs in multiple (cyclic) permutations, allowing each
significant word in every functional description of a routine to
occur first in at least one index entry. For example, the routine
cspice_pxform (which returns the matrix that transforms position
vectors from one specified frame to another at a specified epoch)
can be found under the entries
FIND a position transformation matrix cspice_pxform
MATRIX, find a position transformation cspice_pxform
POSITION transformation matrix, find a cspice_pxform
TRANSFORMATION matrix, find a position cspice_pxform
Some descriptions map to multiple routines; this happens when
there are routines that perform the same function on different
data types.
This index is alphabetically ordered by the index entries.
Version
--------------------------------------------------------
This index applies to version N0066 of the Mice Toolkit configured
by NAIF on Wed Apr 5 17:32:30 PDT 2017.
Index
--------------------------------------------------------
1900.0, besselian date cspice_b1900
1900.0 jan 0.5, julian date of cspice_j1900
1950.0, besselian date cspice_b1950
1950.0 jan 1.0, julian date of cspice_j1950
2000 jan 1.5, julian date of cspice_j2000
2100 jan 1.5, julian date of cspice_j2100
3-DIMENSIONAL unit vector and norm cspice_unorm
3-DIMENSIONAL vector, norm of cspice_vnorm
3-DIMENSIONAL vector, unitize a cspice_vhat
3-DIMENSIONAL vectors, angular separation of cspice_vsep
3-DIMENSIONAL vectors, distance between cspice_vdist
3-VECTOR norm, derivative of cspice_dvnorm
3-VECTOR, perpendicular component of a cspice_vperp
3-VECTOR projection cspice_vproj
ABBREVIATED years, set the interval of expansion for cspice_tsetyr
ABERRATIONS, get state relative to observer corrected for cspice_spkezr
mice_spkezr
ABERRATIONS, position relative to observer corrected for cspice_spkpos
mice_spkpos
ACCESS, open a das file for read cspice_dasopr
ADD comments to a binary DAF cspice_dafac
ADDITIVE numeric time system to another, convert one cspice_unitim
ADDITIVE numeric time systems, transform between two cspice_unitim
ADDRESS, read data from DAF cspice_dafgda
ANGLE, emission cspice_ilumin
ANGLE for arbitrary illumination source, compute phase cspice_phaseq
ANGLE general source, emission cspice_illumg
ANGLE general source, incidence cspice_illumg
ANGLE general source, phase cspice_illumg
ANGLE general source with flags, emission cspice_illumf
ANGLE general source with flags, incidence cspice_illumf
ANGLE general source with flags, phase cspice_illumf
ANGLE, phase cspice_ilumin
ANGLE search, gf phase cspice_gfpa
ANGLE, solar incidence cspice_ilumin
ANGLE to rotation, axis and cspice_axisar
ANGLE using dsk triangular plate model, emission cspice_illum_pl02
ANGLE using dsk triangular plate model, phase cspice_illum_pl02
ANGLE using dsk triangular plate model, solar incidence cspice_illum_pl02
ANGLE using dsk type 2 plate model, emission cspice_illum_pl02
cspice_illum_plid_pl0
ANGLE using dsk type 2 plate model, phase cspice_illum_pl02
cspice_illum_plid_pl0
ANGLE using dsk type 2 plate model, solar incidence cspice_illum_pl02
cspice_illum_plid_pl0
ANGLES and derivatives from state transformation, euler cspice_xf2eul
ANGLES and derivatives, state transformation from euler cspice_eul2xf
ANGLES general source, illumination cspice_illumg
ANGLES general source, lighting cspice_illumg
ANGLES general source with flags, illumination cspice_illumf
ANGLES general source with flags, lighting cspice_illumf
ANGLES, illumination cspice_ilumin
ANGLES, lighting cspice_ilumin
ANGLES, matrix to euler cspice_m2eul
ANGLES to matrix, euler cspice_eul2m
ANGLES using dsk triangular plate model, illumination cspice_illum_pl02
ANGLES using dsk triangular plate model, lighting cspice_illum_pl02
ANGLES using dsk type 2 plate model, illumination cspice_illum_pl02
cspice_illum_plid_pl0
ANGLES using dsk type 2 plate model, lighting cspice_illum_pl02
cspice_illum_plid_pl0
ANGULAR separation of 3-dimensional vectors cspice_vsep
ANGULAR separation search, gf cspice_gfsep
ANGULAR separation, time derivative of cspice_dvsep
ANGULAR velocity, get CK pointing and cspice_ckgpav
ANGULAR velocity, state transformation to rotation and cspice_rav2xf
cspice_xf2rav
APPEND comments to a DAF comment area cspice_dafac
ARBITRARY illumination source, compute phase angle for cspice_phaseq
AREA, append comments to a DAF comment cspice_dafac
AREA, compute plate model cspice_pltar
AREA, delete DAF comment cspice_dafdc
ARRAY, find next DAF cspice_daffna
cspice_daffpa
ARRAY name, get DAF cspice_dafgn
ASSOCIATED with a frame class and class id, find info cspice_ccifrm
ATTRIBUTES, fetch reference frame cspice_cidfrm
cspice_cnmfrm
cspice_frinfo
AXIS and angle to rotation cspice_axisar
AXIS of a matrix, rotation cspice_raxisa
AXIS, vector rotation about an cspice_vrotv
BACKWARD search, begin DAF cspice_dafbbs
BEGIN DAF backward search cspice_dafbbs
BEGIN DAF forward search cspice_dafbfs
BEGIN forward search in dla file cspice_dlabfs
BESSELIAN date 1900.0 cspice_b1900
BESSELIAN date 1950.0 cspice_b1950
BETWEEN 3-dimensional vectors, distance cspice_vdist
BETWEEN coordinate systems, state transformation cspice_xfmsta
BETWEEN ephemeris time and UTC, difference cspice_deltet
BETWEEN line and ellipsoid, distance cspice_npedln
BETWEEN line of sight and body, distance cspice_npedln
BETWEEN point and line, distance cspice_nplnpt
BETWEEN ray and ellipsoid, point of intersection cspice_surfpt
BETWEEN two additive numeric time systems, transform cspice_unitim
BETWEEN two uniform numeric time systems, transform cspice_unitim
BINARY DAF, add comments to a cspice_dafac
BINARY pck file, find frame class id codes of frames in cspice_pckfrm
BINARY pck frame, get coverage start and stop time for cspice_pckcov
BINARY pck reference frame, get coverage window for cspice_pckcov
BODIES in dsk file, find id codes of cspice_dskobj
BODY, distance between line of sight and cspice_npedln
BODY, find limb points on target cspice_limbpt
BODY, find nearest point to observer on target cspice_subpnt
mice_subpnt
BODY, find nearest point to sun on target cspice_subslr
mice_subslr
BODY, find sub-observer point on target cspice_subpnt
mice_subpnt
BODY, find sub-solar point on target cspice_subslr
mice_subslr
BODY, find sub-spacecraft point on target cspice_subpnt
BODY, find terminator points on target cspice_termpt
BODY from the kernel pool, fetch constants for a cspice_bodvcd
cspice_bodvrd
BODY id code to name cspice_bodc2n
mice_bodc2n
BODY id code to string cspice_bodc2s
BODY id code to surface id code, surface string and cspice_srfscc
BODY id code to surface string, surface id code and cspice_srfc2s
BODY in the kernel pool, find constants for a cspice_bodfnd
BODY, line of sight intercept with cspice_surfpt
BODY name to code cspice_bodn2c
cspice_bods2c
mice_bodn2c
mice_bods2c
BODY name/id code definition cspice_boddef
BODY names get target state relative to an observer, using cspice_spkezr
mice_spkezr
BODY, physical constants for a cspice_bodvcd
cspice_bodvrd
BODY string to surface id code, surface string and cspice_srfs2c
BODY string to surface string, surface id code and cspice_srfcss
BODY surface, find intercept of ray on target cspice_sincpt
BODY surface, find intersection of ray and target cspice_sincpt
BODYFIXED latitudinal coordinates to rectangular, convert cspice_srfrec
BOUNDS for type 2 dsk segment, compute range cspice_dskrb2
BUFFER, load the kernel pool from an internal text cspice_lmpool
BUILD a right handed coordinate frame cspice_frame
C-KERNEL, --- see CK
CALENDAR date, convert ephemeris time to a formal cspice_etcal
CALENDARS, gregorian and julian cspice_timdef_get
cspice_timdef_set
CARDINALITY of a d.p. window cspice_wncard
CARTESIAN surface points, map latitudinal coordinates to cspice_latsrf
CARTESIAN surface points to normal vectors, map cspice_srfnrm
CENTER and generating vectors, ellipse to cspice_el2cgv
CENTER and generating vectors to ellipse cspice_cgv2el
CENTER, map frame class and class id to frame name, id, an cspice_ccifrm
CHANGE default convergence tolerance for gf routines cspice_gfstol
CHANGE time software defaults. cspice_timdef_get
cspice_timdef_set
CHARACTER column entry, fetch element from cspice_ekgc
CHARACTER kernel pool variable, set the value of a cspice_pcpool
CHARACTER value of a pooled kernel variable, return the cspice_gcpool
CK file, close a cspice_ckcls
CK file, find id codes in cspice_ckobj
CK file, open a new cspice_ckopn
CK object, get coverage window for cspice_ckcov
CK pointing and angular velocity, get cspice_ckgpav
CK pointing, get cspice_ckgp
CK type 1 pointing data segment, write cspice_ckw01
CK type 2 pointing data segment, write cspice_ckw02
CK type 3 pointing data segment, write cspice_ckw03
CLEAR the keeper system cspice_kclear
CLEAR the pool of kernel variables cspice_clpool
CLOCK, --- also see spacecraft clock
CLOSE a CK file cspice_ckcls
CLOSE a das file cspice_dascls
CLOSE a dsk file cspice_dskcls
CLOSE an SPK file cspice_spkcls
CLOSE DAF cspice_dafcls
CODE and body id code to surface string, surface id cspice_srfc2s
CODE and body string to surface string, surface id cspice_srfcss
CODE, body name to cspice_bodn2c
cspice_bods2c
mice_bodn2c
mice_bods2c
CODE definition, body name/id cspice_boddef
CODE parameters, include occultation miceoccult
CODE, surface string and body id code to surface id cspice_srfscc
CODE, surface string and body string to surface id cspice_srfs2c
CODE to frame name translation, frame id cspice_frmnam
CODE to name, body id cspice_bodc2n
mice_bodc2n
CODE to string, body id cspice_bodc2s
CODE to surface id code, surface string and body id cspice_srfscc
CODE to surface string, surface id code and body id cspice_srfc2s
CODE translation, frame name to frame id cspice_namfrm
CODES in CK file, find id cspice_ckobj
CODES in SPK file, find id cspice_spkobj
CODES of bodies in dsk file, find id cspice_dskobj
CODES of ephemeris objects in dsk file, find id cspice_dskobj
CODES of frames in binary pck file, find frame class id cspice_pckfrm
COLUMN entry, fetch element from character cspice_ekgc
COLUMN entry, fetch element from double precision cspice_ekgd
COLUMN entry, fetch element from integer cspice_ekgi
COLUMN entry, return the number of elements in a cspice_eknelt
COMMENT area, append comments to a DAF cspice_dafac
COMMENT area, delete DAF cspice_dafdc
COMMENTS from a DAF, extract cspice_dafec
COMMENTS from a das file, extract cspice_dasec
COMMENTS to a binary DAF, add cspice_dafac
COMMENTS to a DAF comment area, append cspice_dafac
COMPARE two d.p. windows cspice_wnreld
COMPLEMENT a d.p. window cspice_wncomd
COMPONENT of a 3-vector, perpendicular cspice_vperp
COMPUTE a unit cross product and its derivative cspice_ducrss
COMPUTE l s cspice_lspcn
COMPUTE l sub s cspice_lspcn
COMPUTE ls cspice_lspcn
COMPUTE normal vector for a type 2 dsk plate cspice_dskn02
COMPUTE normal vector from dsk type 2 plate id cspice_dskn02
COMPUTE normal vector of triangular plate from vertices cspice_pltnrm
COMPUTE normal vectors on dsk surface cspice_srfnrm
COMPUTE normal vectors on topographic surface cspice_srfnrm
COMPUTE phase angle for arbitrary illumination source cspice_phaseq
COMPUTE plate model area cspice_pltar
COMPUTE plate model volume cspice_pltvol
COMPUTE range bounds for type 2 dsk segment cspice_dskrb2
COMPUTE the derivative of a cross product cspice_dvcrss
COMPUTE the local time for a point on a body. cspice_et2lst
COMPUTE uplink and downlink light time cspice_ltime
CONIC elements from state cspice_oscelt
CONIC elements, state from cspice_conics
CONSTANT, plane to normal vector and cspice_pl2nvc
CONSTANT position observer, state relative to cspice_spkcpo
CONSTANT position surface point, state relative to cspice_spkcpo
CONSTANT position target, state of cspice_spkcpt
CONSTANT to plane, normal vector and cspice_nvc2pl
CONSTANT velocity observer, state relative to cspice_spkcvo
CONSTANT velocity surface point, state relative to cspice_spkcvo
CONSTANT velocity target, state of cspice_spkcvt
CONSTANTS for a body from the kernel pool, fetch cspice_bodvcd
cspice_bodvrd
CONSTANTS for a body in the kernel pool, find cspice_bodfnd
CONSTANTS for a body, physical cspice_bodvcd
cspice_bodvrd
CONSTRAINTS, search using illumination angle cspice_gfilum
CONSTRAINTS, solve for emission angle cspice_gfilum
CONSTRAINTS, solve for illumination angle cspice_gfilum
CONSTRAINTS, solve for phase angle cspice_gfilum
CONSTRAINTS, solve for solar incidence angle cspice_gfilum
CONTINUE searching, select a DAF to cspice_dafcs
CONTINUED string value from the kernel pool, retrieve a cspice_stpool
CONTINUOUS spacecraft clock ticks, ephemeris time to cspice_sce2c
CONTRACT the intervals of a d.p. window cspice_wncond
CONVERGENCE tolerance for gf routines, change default cspice_gfstol
CONVERT a string to tdb seconds past the J2000 epoch cspice_str2et
CONVERT and format d.p. seconds past J2000 as a string cspice_timout
CONVERT bodyfixed latitudinal coordinates to rectangular cspice_srfrec
CONVERT ephemeris time to a formal calendar date cspice_etcal
CONVERT one additive numeric time system to another cspice_unitim
CONVERT one uniform numeric time system to another cspice_unitim
CONVERT planetographic to rectangular coordinates cspice_pgrrec
CONVERT rectangular to planetographic coordinates cspice_recpgr
CONVERT spacecraft clock string to ticks cspice_sctiks
CONVERT state cspice_xfmsta
CONVERT state to osculating elements cspice_oscelt
CONVERT surface latitudinal coordinates to rectangular cspice_srfrec
CONVERT units cspice_convrt
COORDINATE frame, build a right handed cspice_frame
COORDINATE search, gf position cspice_gfposc
COORDINATE search, gf subpoint cspice_gfsubc
COORDINATE search, gf surface intercept cspice_gfsntc
COORDINATE systems, state transformation between cspice_xfmsta
COORDINATED universal time, --- see UTC
COORDINATES, convert planetographic to rectangular cspice_pgrrec
COORDINATES, convert rectangular to planetographic cspice_recpgr
COORDINATES, geodetic to rectangular cspice_georec
COORDINATES, jacobian of cylindrical w.r.t. rectangular cspice_dcyldr
COORDINATES, jacobian of geodetic w.r.t. rectangular cspice_dgeodr
COORDINATES, jacobian of planetographic w.r.t. rectangular cspice_dpgrdr
COORDINATES, jacobian of rectangular w.r.t. cylindrical cspice_drdcyl
COORDINATES, jacobian of rectangular w.r.t. geodetic cspice_drdgeo
COORDINATES, jacobian of rectangular w.r.t. latitudinal cspice_dlatdr
cspice_drdlat
COORDINATES, jacobian of rectangular w.r.t. planetographic cspice_drdpgr
COORDINATES, jacobian of rectangular w.r.t. spherical cspice_drdsph
COORDINATES, jacobian of spherical w.r.t. rectangular cspice_dsphdr
COORDINATES, latitudinal to cylindrical cspice_latcyl
COORDINATES, latitudinal to rectangular cspice_latrec
COORDINATES, latitudinal to spherical cspice_latsph
COORDINATES, range ra and dec to rectangular cspice_radrec
COORDINATES, rectangular to cylindrical cspice_reccyl
COORDINATES, rectangular to latitudinal cspice_reclat
COORDINATES, rectangular to spherical cspice_recsph
COORDINATES, spherical to cylindrical cspice_sphcyl
COORDINATES, spherical to latitudinal cspice_sphlat
COORDINATES, spherical to rectangular cspice_sphrec
COORDINATES to cartesian surface points, map latitudinal cspice_latsrf
COORDINATES to dsk surface points, map latitudinal cspice_latsrf
COORDINATES to ra and dec, rectangular cspice_recrad
COORDINATES to rectangular, convert bodyfixed latitudinal cspice_srfrec
COORDINATES to rectangular, convert surface latitudinal cspice_srfrec
COORDINATES to rectangular, surface point latitudinal cspice_srfrec
CORRECTED for aberrations, get state relative to observer cspice_spkezr
mice_spkezr
CORRECTED for aberrations, position relative to observer cspice_spkpos
mice_spkpos
COVERAGE start and stop time for binary pck frame, get cspice_pckcov
COVERAGE window for binary pck reference frame, get cspice_pckcov
COVERAGE window for CK object, get cspice_ckcov
COVERAGE window for dsk object, get cspice_dsksrf
COVERAGE window for SPK object, get cspice_spkcov
CROSS product and its derivative, compute a unit cspice_ducrss
CROSS product, compute the derivative of a cspice_dvcrss
CYLINDRICAL coordinates, jacobian of rectangular w.r.t. cspice_drdcyl
CYLINDRICAL coordinates, latitudinal to cspice_latcyl
CYLINDRICAL coordinates, rectangular to cspice_reccyl
CYLINDRICAL coordinates, spherical to cspice_sphcyl
CYLINDRICAL to latitudinal cspice_cyllat
CYLINDRICAL to rectangular cspice_cylrec
CYLINDRICAL to spherical cspice_cylsph
CYLINDRICAL w.r.t. rectangular coordinates, jacobian of cspice_dcyldr
D.P. kernel pool variable, set the value of a cspice_pdpool
D.P. seconds past J2000 as a string, convert and format cspice_timout
D.P. value of a pooled kernel variable, return the cspice_gdpool
D.P. window, cardinality of a cspice_wncard
D.P. window, complement a cspice_wncomd
D.P. window, contract the intervals of a cspice_wncond
D.P. window, element of a cspice_wnelmd
D.P. window, expand the intervals of a cspice_wnexpd
D.P. window, extract the endpoints from a cspice_wnextd
D.P. window, fetch an interval from a cspice_wnfetd
D.P. window, fill small gaps in a cspice_wnfild
D.P. window, filter small intervals from a cspice_wnfltd
D.P. window, included in a cspice_wnincd
D.P. window, insert an interval into a cspice_wninsd
D.P. window, summary of a cspice_wnsumd
D.P. window, validate a cspice_wnvald
D.P. windows, compare two cspice_wnreld
D.P. windows, difference two cspice_wndifd
D.P. windows, intersect two cspice_wnintd
D.P. windows, union two cspice_wnunid
DAF, add comments to a binary cspice_dafac
DAF address, read data from cspice_dafgda
DAF array, find next cspice_daffna
cspice_daffpa
DAF array name, get cspice_dafgn
DAF backward search, begin cspice_dafbbs
DAF, close cspice_dafcls
DAF comment area, append comments to a cspice_dafac
DAF comment area, delete cspice_dafdc
DAF, extract comments from a cspice_dafec
DAF for read, open cspice_dafopr
DAF for write, open cspice_dafopw
DAF forward search, begin cspice_dafbfs
DAF summary, get cspice_dafgs
cspice_dafus
DAF to continue searching, select a cspice_dafcs
DAS file, close a cspice_dascls
DAS file, extract comments from a cspice_dasec
DAS file for read access, open a cspice_dasopr
DAS file for reading, open a cspice_dasopr
DATA, find EK cspice_ekfind
DATA from a list of items, load spice cspice_furnsh
DATA from a type 2 dsk segment, fetch double precision cspice_dskd02
DATA from a type 2 dsk segment, fetch integer cspice_dski02
DATA from DAF address, read cspice_dafgda
DATA, read ephemeris cspice_spkezr
cspice_spkpos
mice_spkezr
mice_spkpos
DATA, read trajectory cspice_spkezr
cspice_spkpos
mice_spkezr
mice_spkpos
DATA segment, write CK type 1 pointing cspice_ckw01
DATA segment, write CK type 2 pointing cspice_ckw02
DATA segment, write CK type 3 pointing cspice_ckw03
DATA segment, write SPK type 8 ephemeris cspice_spkw08
DATE 1900.0, besselian cspice_b1900
DATE 1950.0, besselian cspice_b1950
DATE, convert ephemeris time to a formal calendar cspice_etcal
DATE of 1900.0 jan 0.5, julian cspice_j1900
DATE of 1950.0 jan 1.0, julian cspice_j1950
DATE of 2000 jan 1.5, julian cspice_j2000
DATE of 2100 jan 1.5, julian cspice_j2100
DAY, seconds per cspice_spd
DEC, rectangular coordinates to ra and cspice_recrad
DEC to rectangular coordinates, range ra and cspice_radrec
DECLINATION, rectangular to right ascension and cspice_recrad
DECLINATION to rectangular, right ascension and cspice_radrec
DECODE spacecraft clock cspice_scdecd
DEFAULT convergence tolerance for gf routines, change cspice_gfstol
DEFINE an orthonormal frame from two vectors cspice_twovec
DEFINITION, body name/id code cspice_boddef
DEGREE, radians per cspice_rpd
DEGREES per radian cspice_dpr
DELETE a kernel pool variable cspice_dvpool
DELETE DAF comment area cspice_dafdc
DERIVATIVE, compute a unit cross product and its cspice_ducrss
DERIVATIVE of 3-vector norm cspice_dvnorm
DERIVATIVE of a cross product, compute the cspice_dvcrss
DERIVATIVE of a dot product, time cspice_dvdot
DERIVATIVE of angular separation, time cspice_dvsep
DERIVATIVES from state transformation, euler angles and cspice_xf2eul
DERIVATIVES, state transformation from euler angles and cspice_eul2xf
DESCRIPTORS, dsk ray-surface intercept with handle and cspice_dskxsi
DIFFERENCE between ephemeris time and UTC cspice_deltet
DIFFERENCE two d.p. windows cspice_wndifd
DIFFERENT epochs, position transformation matrix for cspice_pxfrm2
DISTANCE between 3-dimensional vectors cspice_vdist
DISTANCE between line and ellipsoid cspice_npedln
DISTANCE between line of sight and body cspice_npedln
DISTANCE between point and line cspice_nplnpt
DISTANCE from point to ellipsoid cspice_nearpt
mice_nearpt
DISTANCE search, gf cspice_gfdist
DLA file, begin forward search in cspice_dlabfs
DLA file, find next segment in cspice_dlafns
DOT product, time derivative of a cspice_dvdot
DOUBLE precision, --- see d.p.
DOUBLE precision array file, --- see DAF
DOUBLE precision column entry, fetch element from cspice_ekgd
DOUBLE precision data from a type 2 dsk segment, fetch cspice_dskd02
DOWNLINK light time, compute uplink and cspice_ltime
DSK file, close a cspice_dskcls
DSK file, find id codes of bodies in cspice_dskobj
DSK file, find id codes of ephemeris objects in cspice_dskobj
DSK file, open a new cspice_dskopn
DSK object, get coverage window for cspice_dsksrf
DSK plate, compute normal vector for a type 2 cspice_dskn02
DSK ray-surface intercept with handle and descriptors cspice_dskxsi
DSK ray-surface intercept with source information cspice_dskxsi
DSK segment, compute range bounds for type 2 cspice_dskrb2
DSK segment descriptor, return cspice_dskgd
DSK segment, fetch double precision data from a type 2 cspice_dskd02
DSK segment, fetch integer data from a type 2 cspice_dski02
DSK segment, fetch model size parameters from a type 2 cspice_dskz02
DSK segment, fetch parameters from a type 2 cspice_dskb02
DSK segment, make spatial index for type 2 cspice_dskmi2
DSK segment, return specified plates from type 2 cspice_dskp02
DSK segment, return specified vertices from type 2 cspice_dskv02
DSK segment, write a type 2 cspice_dskw02
DSK, sub-observer point using type 2 cspice_subpt_pl02
DSK, sub-solar point using type 2 cspice_subsol_pl02
DSK, sub-spacecraft point using type 2 cspice_subpt_pl02
DSK surface, compute normal vectors on cspice_srfnrm
DSK surface points, map latitudinal coordinates to cspice_latsrf
DSK tolerance or margin parameters, retrieve cspice_dskgtl
DSK tolerance or margin parameters, set cspice_dskstl
DSK triangular plate model, emission angle using cspice_illum_pl02
DSK triangular plate model, illumination angles using cspice_illum_pl02
DSK triangular plate model, lighting angles using cspice_illum_pl02
DSK triangular plate model, phase angle using cspice_illum_pl02
DSK triangular plate model, solar incidence angle using cspice_illum_pl02
DSK type 2 model, find limb on a cspice_limb_pl02
DSK type 2 parameters, include dskmice02
DSK type 2 plate id, compute normal vector from cspice_dskn02
DSK type 2 plate model, emission angle using cspice_illum_pl02
cspice_illum_plid_pl0
DSK type 2 plate model, illumination angles using cspice_illum_pl02
cspice_illum_plid_pl0
DSK type 2 plate model, lighting angles using cspice_illum_pl02
cspice_illum_plid_pl0
DSK type 2 plate model, phase angle using cspice_illum_pl02
cspice_illum_plid_pl0
DSK type 2 plate model, solar incidence angle using cspice_illum_pl02
cspice_illum_plid_pl0
DSK type 2 plate model surface, map latitudinal grid to cspice_llgrid_pl02
DSK type 2 shape model, find penumbral terminator on cspice_term_pl02
DSK type 2 shape model, find terminator on cspice_term_pl02
DSK type 2 shape model, find umbral terminator on cspice_term_pl02
EK data, find cspice_ekfind
EK query, issue cspice_ekfind
ELEMENT from character column entry, fetch cspice_ekgc
ELEMENT from double precision column entry, fetch cspice_ekgd
ELEMENT from integer column entry, fetch cspice_ekgi
ELEMENT of a d.p. window cspice_wnelmd
ELEMENTS, convert state to osculating cspice_oscelt
ELEMENTS from state, conic cspice_oscelt
ELEMENTS from state, osculating cspice_oscelt
ELEMENTS in a column entry, return the number of cspice_eknelt
ELEMENTS, state from conic cspice_conics
ELLIPSE and plane, intersection of cspice_inelpl
ELLIPSE, center and generating vectors to cspice_cgv2el
ELLIPSE from generating vectors, semi-axes of cspice_saelgv
ELLIPSE onto plane, project cspice_pjelpl
ELLIPSE to center and generating vectors cspice_el2cgv
ELLIPSE to point, nearest point on cspice_npelpt
ELLIPSOID and plane, intersection of cspice_inedpl
ELLIPSOID, distance between line and cspice_npedln
ELLIPSOID, distance from point to cspice_nearpt
mice_nearpt
ELLIPSOID, find penumbral terminator on cspice_edterm
ELLIPSOID, find terminator on cspice_edterm
ELLIPSOID, find umbral terminator on cspice_edterm
ELLIPSOID limb cspice_edlimb
ELLIPSOID, nearest point on an cspice_nearpt
mice_nearpt
ELLIPSOID, point of intersection between ray and cspice_surfpt
ELLIPSOID, surface normal vector on an cspice_surfnm
ELLIPSOID, surface point of intersection of ray and cspice_surfpt
ELLIPSOID to line, nearest point on cspice_npedln
EMISSION angle cspice_ilumin
EMISSION angle constraints, solve for cspice_gfilum
EMISSION angle general source cspice_illumg
EMISSION angle general source with flags cspice_illumf
EMISSION angle using dsk triangular plate model cspice_illum_pl02
EMISSION angle using dsk type 2 plate model cspice_illum_pl02
cspice_illum_plid_pl0
ENCODE spacecraft clock cspice_scencd
ENDPOINTS from a d.p. window, extract the cspice_wnextd
ENTRY, fetch element from character column cspice_ekgc
ENTRY, fetch element from double precision column cspice_ekgd
ENTRY, fetch element from integer column cspice_ekgi
ENTRY, return the number of elements in a column cspice_eknelt
EPHEMERIS data, read cspice_spkezr
cspice_spkpos
mice_spkezr
mice_spkpos
EPHEMERIS data segment, write SPK type 8 cspice_spkw08
EPHEMERIS objects in dsk file, find id codes of cspice_dskobj
EPHEMERIS time and UTC, difference between cspice_deltet
EPHEMERIS time, spacecraft clock string to cspice_scs2e
EPHEMERIS time, spacecraft clock ticks to cspice_sct2e
EPHEMERIS time to a formal calendar date, convert cspice_etcal
EPHEMERIS time to continuous spacecraft clock ticks cspice_sce2c
EPHEMERIS time to spacecraft clock string cspice_sce2s
EPHEMERIS time to UTC cspice_et2utc
EPOCH, convert a string to tdb seconds past the J2000 cspice_str2et
EPOCHS, position transformation matrix for different cspice_pxfrm2
ET, --- see ephemeris time
EULER angles and derivatives from state transformation cspice_xf2eul
EULER angles and derivatives, state transformation from cspice_eul2xf
EULER angles, matrix to cspice_m2eul
EULER angles to matrix cspice_eul2m
EXPAND the intervals of a d.p. window cspice_wnexpd
EXPAND triangular plate cspice_pltexp
EXPANSION for abbreviated years, set the interval of cspice_tsetyr
EXTENDED object, state of landmark on cspice_spkcpt
cspice_spkcvt
EXTENDED object, state of surface point on cspice_spkcpt
cspice_spkcvt
EXTENDED object, state relative to landmark on cspice_spkcpo
cspice_spkcvo
EXTENDED object, state relative to surface point on cspice_spkcpo
cspice_spkcvo
EXTRACT comments from a DAF cspice_dafec
EXTRACT comments from a das file cspice_dasec
EXTRACT the endpoints from a d.p. window cspice_wnextd
FETCH an interval from a d.p. window cspice_wnfetd
FETCH constants for a body from the kernel pool cspice_bodvcd
cspice_bodvrd
FETCH double precision data from a type 2 dsk segment cspice_dskd02
FETCH element from character column entry cspice_ekgc
FETCH element from double precision column entry cspice_ekgd
FETCH element from integer column entry cspice_ekgi
FETCH information about a loaded spice kernel cspice_kinfo
FETCH integer data from a type 2 dsk segment cspice_dski02
FETCH model size parameters from a type 2 dsk segment cspice_dskz02
FETCH parameters from a type 2 dsk segment cspice_dskb02
FETCH reference frame attributes cspice_cidfrm
cspice_cnmfrm
cspice_frinfo
FIELD of view at specified time, ray in instrument cspice_fovray
FIELD of view at specified time, target in instrument cspice_fovtrg
FILE and segment, select SPK cspice_spkpvn
cspice_spksfs
FILE, begin forward search in dla cspice_dlabfs
FILE, close a CK cspice_ckcls
FILE, close a das cspice_dascls
FILE, close a dsk cspice_dskcls
FILE, close an SPK cspice_spkcls
FILE, extract comments from a das cspice_dasec
FILE, find frame class id codes of frames in binary pck cspice_pckfrm
FILE, find id codes in CK cspice_ckobj
FILE, find id codes in SPK cspice_spkobj
FILE, find id codes of bodies in dsk cspice_dskobj
FILE, find id codes of ephemeris objects in dsk cspice_dskobj
FILE, find next segment in dla cspice_dlafns
FILE for read access, open a das cspice_dasopr
FILE for reading, open a das cspice_dasopr
FILE, open a new CK cspice_ckopn
FILE, open a new dsk cspice_dskopn
FILE, open a new SPK cspice_spkopn
FILL small gaps in a d.p. window cspice_wnfild
FILTER small intervals from a d.p. window cspice_wnfltd
FIND a position transformation matrix cspice_pxform
FIND a state transformation matrix cspice_sxform
FIND constants for a body in the kernel pool cspice_bodfnd
FIND EK data cspice_ekfind
FIND frame class id codes of frames in binary pck file cspice_pckfrm
FIND id codes in CK file cspice_ckobj
FIND id codes in SPK file cspice_spkobj
FIND id codes of bodies in dsk file cspice_dskobj
FIND id codes of ephemeris objects in dsk file cspice_dskobj
FIND info associated with a frame class and class id cspice_ccifrm
FIND intercept of ray on target body surface cspice_sincpt
FIND intersection of ray and target body surface cspice_sincpt
FIND limb on a dsk type 2 model cspice_limb_pl02
FIND limb on a triangular plate model cspice_limb_pl02
FIND limb points on target body cspice_limbpt
FIND nearest point to observer on target body cspice_subpnt
mice_subpnt
FIND nearest point to sun on target body cspice_subslr
mice_subslr
FIND next DAF array cspice_daffna
cspice_daffpa
FIND next segment in dla file cspice_dlafns
FIND penumbral terminator on dsk type 2 shape model cspice_term_pl02
FIND penumbral terminator on ellipsoid cspice_edterm
FIND penumbral terminator on plate model cspice_term_pl02
FIND penumbral terminator on triangular shape model cspice_term_pl02
FIND sub-observer point on target body cspice_subpnt
mice_subpnt
FIND sub-solar point on target body cspice_subslr
mice_subslr
FIND sub-spacecraft point on target body cspice_subpnt
FIND surface intercept point cspice_sincpt
FIND terminator on dsk type 2 shape model cspice_term_pl02
FIND terminator on ellipsoid cspice_edterm
FIND terminator on plate model cspice_term_pl02
FIND terminator on triangular shape model cspice_term_pl02
FIND terminator points on target body cspice_termpt
FIND umbral terminator on dsk type 2 shape model cspice_term_pl02
FIND umbral terminator on ellipsoid cspice_edterm
FIND umbral terminator on plate model cspice_term_pl02
FIND umbral terminator on triangular shape model cspice_term_pl02
FLAGS, emission angle general source with cspice_illumf
FLAGS, illumination angles general source with cspice_illumf
FLAGS, incidence angle general source with cspice_illumf
FLAGS, lighting angles general source with cspice_illumf
FLAGS, phase angle general source with cspice_illumf
FORMAT d.p. seconds past J2000 as a string, convert and cspice_timout
FORMAT picture, use a sample time string to produce a time cspice_tpictr
FORWARD search, begin DAF cspice_dafbfs
FORWARD search in dla file, begin cspice_dlabfs
FOV at specified time, ray in instrument cspice_fovray
FOV at specified time, target in instrument cspice_fovtrg
FOV parameters, return instrument's cspice_getfov
FOV search, gf ray in instrument cspice_gfrfov
FOV search, gf target in instrument cspice_gftfov
FRAME attributes, fetch reference cspice_cidfrm
cspice_cnmfrm
cspice_frinfo
FRAME, build a right handed coordinate cspice_frame
FRAME class and class id, find info associated with a cspice_ccifrm
FRAME class and class id to frame info, map cspice_ccifrm
FRAME class and class id to frame name, id, and center, ma cspice_ccifrm
FRAME class id codes of frames in binary pck file, find cspice_pckfrm
FRAME from two vectors, define an orthonormal cspice_twovec
FRAME, get coverage start and stop time for binary pck cspice_pckcov
FRAME, get coverage window for binary pck reference cspice_pckcov
FRAME id code to frame name translation cspice_frmnam
FRAME id code translation, frame name to cspice_namfrm
FRAME info, map frame class and class id to cspice_ccifrm
FRAME name, id, and center, map frame class and class id t cspice_ccifrm
FRAME name to frame id code translation cspice_namfrm
FRAME name translation, frame id code to cspice_frmnam
FRAMES in binary pck file, find frame class id codes of cspice_pckfrm
GAPS in a d.p. window, fill small cspice_wnfild
GENERAL source, emission angle cspice_illumg
GENERAL source, illumination angles cspice_illumg
GENERAL source, incidence angle cspice_illumg
GENERAL source, lighting angles cspice_illumg
GENERAL source, phase angle cspice_illumg
GENERAL source with flags, emission angle cspice_illumf
GENERAL source with flags, illumination angles cspice_illumf
GENERAL source with flags, incidence angle cspice_illumf
GENERAL source with flags, lighting angles cspice_illumf
GENERAL source with flags, phase angle cspice_illumf
GENERATE a rotation matrix cspice_rotate
GENERATING vectors, ellipse to center and cspice_el2cgv
GENERATING vectors, semi-axes of ellipse from cspice_saelgv
GENERATING vectors to ellipse, center and cspice_cgv2el
GEODETIC coordinates, jacobian of rectangular w.r.t. cspice_drdgeo
GEODETIC, rectangular to cspice_recgeo
GEODETIC to rectangular coordinates cspice_georec
GEODETIC w.r.t. rectangular coordinates, jacobian of cspice_dgeodr
GET CK pointing cspice_ckgp
GET CK pointing and angular velocity cspice_ckgpav
GET coverage start and stop time for binary pck frame cspice_pckcov
GET coverage window for binary pck reference frame cspice_pckcov
GET coverage window for CK object cspice_ckcov
GET coverage window for dsk object cspice_dsksrf
GET coverage window for SPK object cspice_spkcov
GET DAF array name cspice_dafgn
GET DAF summary cspice_dafgs
cspice_dafus
GET state relative to observer corrected for aberrations cspice_spkezr
mice_spkezr
GET target position relative to an observer, using names cspice_spkpos
mice_spkpos
GET target state relative to an observer, using body names cspice_spkezr
mice_spkezr
GF angular separation search cspice_gfsep
GF distance search cspice_gfdist
GF occultation search cspice_gfoclt
GF phase angle search cspice_gfpa
GF position coordinate search cspice_gfposc
GF range rate search cspice_gfrr
GF ray in instrument fov search cspice_gfrfov
GF routines, change default convergence tolerance for cspice_gfstol
GF subpoint coordinate search cspice_gfsubc
GF surface intercept coordinate search cspice_gfsntc
GF target in instrument fov search cspice_gftfov
GIVEN type, number of loaded kernels of a cspice_ktotal
GLOBAL variables, include miceuser
GREGORIAN and julian calendars cspice_timdef_get
cspice_timdef_set
GRID to dsk type 2 plate model surface, map latitudinal cspice_llgrid_pl02
HALF the value of pi cspice_halfpi
HANDED coordinate frame, build a right cspice_frame
HANDLE and descriptors, dsk ray-surface intercept with cspice_dskxsi
ID code and body id code to surface string, surface cspice_srfc2s
ID code and body string to surface string, surface cspice_srfcss
ID code, surface string and body id code to surface cspice_srfscc
ID code, surface string and body string to surface cspice_srfs2c
ID code to frame name translation, frame cspice_frmnam
ID code to name, body cspice_bodc2n
mice_bodc2n
ID code to string, body cspice_bodc2s
ID code to surface id code, surface string and body cspice_srfscc
ID code to surface string, surface id code and body cspice_srfc2s
ID code translation, frame name to frame cspice_namfrm
ID codes in CK file, find cspice_ckobj
ID codes in SPK file, find cspice_spkobj
ID codes of bodies in dsk file, find cspice_dskobj
ID codes of ephemeris objects in dsk file, find cspice_dskobj
ID codes of frames in binary pck file, find frame class cspice_pckfrm
ID, compute normal vector from dsk type 2 plate cspice_dskn02
ID, find info associated with a frame class and class cspice_ccifrm
ID to frame info, map frame class and class cspice_ccifrm
ID to frame name, id, and center, map frame class and clas cspice_ccifrm
ILLUMINATION angle constraints, search using cspice_gfilum
ILLUMINATION angle constraints, solve for cspice_gfilum
ILLUMINATION angles cspice_ilumin
ILLUMINATION angles general source cspice_illumg
ILLUMINATION angles general source with flags cspice_illumf
ILLUMINATION angles using dsk triangular plate model cspice_illum_pl02
ILLUMINATION angles using dsk type 2 plate model cspice_illum_pl02
cspice_illum_plid_pl0
ILLUMINATION source, compute phase angle for arbitrary cspice_phaseq
INCIDENCE angle general source cspice_illumg
INCIDENCE angle general source with flags cspice_illumf
INCIDENCE angle, solar cspice_ilumin
INCIDENCE angle using dsk triangular plate model, solar cspice_illum_pl02
INCIDENCE angle using dsk type 2 plate model, solar cspice_illum_pl02
cspice_illum_plid_pl0
INCLUDE dsk type 2 parameters dskmice02
INCLUDE dskmice parameters dskmiceuser
dsktol
INCLUDE global variables miceuser
INCLUDE occultation code parameters miceoccult
INCLUDED in a d.p. window cspice_wnincd
INDEX for type 2 dsk segment, make spatial cspice_dskmi2
INFORMATION about a kernel pool variable, return summary cspice_dtpool
mice_dtpool
INFORMATION about a loaded spice kernel, fetch cspice_kinfo
INFORMATION, dsk ray-surface intercept with source cspice_dskxsi
INFORMATION on loaded spice kernels, retrieve cspice_kdata
INSERT an interval into a d.p. window cspice_wninsd
INSTRUMENT field of view at specified time, ray in cspice_fovray
INSTRUMENT field of view at specified time, target in cspice_fovtrg
INSTRUMENT fov at specified time, ray in cspice_fovray
INSTRUMENT fov at specified time, target in cspice_fovtrg
INSTRUMENT fov search, gf ray in cspice_gfrfov
INSTRUMENT fov search, gf target in cspice_gftfov
INSTRUMENT'S fov parameters, return cspice_getfov
INTEGER column entry, fetch element from cspice_ekgi
INTEGER data from a type 2 dsk segment, fetch cspice_dski02
INTEGER value of a pooled kernel variable, return the cspice_gipool
INTERCEPT coordinate search, gf surface cspice_gfsntc
INTERCEPT of ray on target body surface, find cspice_sincpt
mice_srfxpt
INTERCEPT point, find surface cspice_sincpt
INTERCEPT, vectorized ray-dsk cspice_dskxv
INTERCEPT, vectorized ray-surface cspice_dskxv
INTERCEPT with body, line of sight cspice_surfpt
INTERCEPT with handle and descriptors, dsk ray-surface cspice_dskxsi
INTERCEPT with source information, dsk ray-surface cspice_dskxsi
INTERNAL text buffer, load the kernel pool from an cspice_lmpool
INTERSECT two d.p. windows cspice_wnintd
INTERSECTED by ray, plate and plate model point cspice_dskx02
INTERSECTION between ray and ellipsoid, point of cspice_surfpt
INTERSECTION of ellipse and plane cspice_inelpl
INTERSECTION of ellipsoid and plane cspice_inedpl
INTERSECTION of ray and ellipsoid, surface point of cspice_surfpt
INTERSECTION of ray and plane cspice_inrypl
INTERSECTION of ray and surface cspice_dskx02
INTERSECTION of ray and target body surface, find cspice_sincpt
INTERVAL from a d.p. window, fetch an cspice_wnfetd
INTERVAL into a d.p. window, insert an cspice_wninsd
INTERVAL of expansion for abbreviated years, set the cspice_tsetyr
INTERVALS from a d.p. window, filter small cspice_wnfltd
INTERVALS of a d.p. window, contract the cspice_wncond
INTERVALS of a d.p. window, expand the cspice_wnexpd
INVERT a pseudo orthogonal matrix cspice_invort
INVERT the lengths of the rows, transpose a matrix and cspice_invort
ISSUE EK query cspice_ekfind
ITEMS, load spice data from a list of cspice_furnsh
J2000 as a string, convert and format d.p. seconds past cspice_timout
J2000 epoch, convert a string to tdb seconds past the cspice_str2et
JACOBIAN of cylindrical w.r.t. rectangular coordinates cspice_dcyldr
JACOBIAN of geodetic w.r.t. rectangular coordinates cspice_dgeodr
JACOBIAN of planetographic w.r.t. rectangular coordinates cspice_dpgrdr
JACOBIAN of rectangular w.r.t. cylindrical coordinates cspice_drdcyl
JACOBIAN of rectangular w.r.t. geodetic coordinates cspice_drdgeo
JACOBIAN of rectangular w.r.t. latitudinal coordinates cspice_dlatdr
cspice_drdlat
JACOBIAN of rectangular w.r.t. planetographic coordinates cspice_drdpgr
JACOBIAN of rectangular w.r.t. spherical coordinates cspice_drdsph
JACOBIAN of spherical w.r.t. rectangular coordinates cspice_dsphdr
JULIAN calendars, gregorian and cspice_timdef_get
cspice_timdef_set
JULIAN date of 1900.0 jan 0.5 cspice_j1900
JULIAN date of 1950.0 jan 1.0 cspice_j1950
JULIAN date of 2000 jan 1.5 cspice_j2000
JULIAN date of 2100 jan 1.5 cspice_j2100
JULIAN year, number of seconds per cspice_jyear
KERNEL, fetch information about a loaded spice cspice_kinfo
KERNEL pool, fetch constants for a body from the cspice_bodvcd
cspice_bodvrd
KERNEL pool, find constants for a body in the cspice_bodfnd
KERNEL pool from an internal text buffer, load the cspice_lmpool
KERNEL pool, retrieve a continued string value from the cspice_stpool
KERNEL pool variable, delete a cspice_dvpool
KERNEL pool variable, return summary information about a cspice_dtpool
mice_dtpool
KERNEL pool variable, set the value of a character cspice_pcpool
KERNEL pool variable, set the value of a d.p. cspice_pdpool
KERNEL pool variable, set the value of a numeric cspice_pipool
KERNEL pool variables matching a template, return names of cspice_gnpool
KERNEL, unload a spice cspice_unload
KERNEL variable, return the character value of a pooled cspice_gcpool
KERNEL variable, return the d.p. value of a pooled cspice_gdpool
KERNEL variable, return the integer value of a pooled cspice_gipool
KERNEL variable, return the numeric value of a pooled cspice_gdpool
KERNEL variable, return the string value of a pooled cspice_gcpool
KERNEL variables, clear the pool of cspice_clpool
KERNELS of a given type, number of loaded cspice_ktotal
KERNELS, retrieve information on loaded spice cspice_kdata
KERNELS, unload all cspice_kclear
L s, compute cspice_lspcn
L sub s, compute cspice_lspcn
LANDMARK on extended object, state of cspice_spkcpt
cspice_spkcvt
LANDMARK on extended object, state relative to cspice_spkcpo
cspice_spkcvo
LATITUDINAL coordinates, jacobian of rectangular w.r.t. cspice_dlatdr
cspice_drdlat
LATITUDINAL coordinates, rectangular to cspice_reclat
LATITUDINAL coordinates, spherical to cspice_sphlat
LATITUDINAL coordinates to cartesian surface points, map cspice_latsrf
LATITUDINAL coordinates to dsk surface points, map cspice_latsrf
LATITUDINAL coordinates to rectangular, convert bodyfixed cspice_srfrec
LATITUDINAL coordinates to rectangular, convert surface cspice_srfrec
LATITUDINAL coordinates to rectangular, surface point cspice_srfrec
LATITUDINAL, cylindrical to cspice_cyllat
LATITUDINAL grid to dsk type 2 plate model surface, map cspice_llgrid_pl02
LATITUDINAL to cylindrical coordinates cspice_latcyl
LATITUDINAL to rectangular coordinates cspice_latrec
LATITUDINAL to spherical coordinates cspice_latsph
LIGHT in a vacuum, measured velocity of cspice_clight
LIGHT time, compute uplink and downlink cspice_ltime
LIGHTING angles cspice_ilumin
LIGHTING angles general source cspice_illumg
LIGHTING angles general source with flags cspice_illumf
LIGHTING angles using dsk triangular plate model cspice_illum_pl02
LIGHTING angles using dsk type 2 plate model cspice_illum_pl02
cspice_illum_plid_pl0
LIMB, ellipsoid cspice_edlimb
LIMB on a dsk type 2 model, find cspice_limb_pl02
LIMB on a triangular plate model, find cspice_limb_pl02
LIMB points on target body, find cspice_limbpt
LINE and ellipsoid, distance between cspice_npedln
LINE, distance between point and cspice_nplnpt
LINE, nearest point on ellipsoid to cspice_npedln
LINE of sight and body, distance between cspice_npedln
LINE of sight intercept with body cspice_surfpt
LINE to point, nearest point on cspice_nplnpt
LIST of items, load spice data from a cspice_furnsh
LOAD spice data from a list of items cspice_furnsh
LOAD the kernel pool from an internal text buffer cspice_lmpool
LOADED kernels of a given type, number of cspice_ktotal
LOADED spice kernel, fetch information about a cspice_kinfo
LOADED spice kernels, retrieve information on cspice_kdata
LOCAL time for a point on a body., compute the cspice_et2lst
LONGITUDE of sun, planetocentric cspice_lspcn
LS, compute cspice_lspcn
MAKE spatial index for type 2 dsk segment cspice_dskmi2
MAP cartesian surface points to normal vectors cspice_srfnrm
MAP frame class and class id to frame info cspice_ccifrm
MAP frame class and class id to frame name, id, and center cspice_ccifrm
MAP latitudinal coordinates to cartesian surface points cspice_latsrf
MAP latitudinal coordinates to dsk surface points cspice_latsrf
MAP latitudinal grid to dsk type 2 plate model surface cspice_llgrid_pl02
MARGIN parameters, retrieve dsk tolerance or cspice_dskgtl
MARGIN parameters, set dsk tolerance or cspice_dskstl
MATCHING a template, return names of kernel pool variables cspice_gnpool
MATRIX and invert the lengths of the rows, transpose a cspice_invort
MATRIX, euler angles to cspice_eul2m
MATRIX, find a position transformation cspice_pxform
MATRIX, find a state transformation cspice_sxform
MATRIX for different epochs, position transformation cspice_pxfrm2
MATRIX, generate a rotation cspice_rotate
MATRIX, invert a pseudo orthogonal cspice_invort
MATRIX, quaternion to cspice_q2m
MATRIX, rotate a cspice_rotmat
MATRIX, rotation axis of a cspice_raxisa
MATRIX to euler angles cspice_m2eul
MATRIX to quaternion cspice_m2q
MEASURED velocity of light in a vacuum cspice_clight
MODEL area, compute plate cspice_pltar
MODEL, emission angle using dsk type 2 plate cspice_illum_plid_pl0
MODEL, find limb on a dsk type 2 cspice_limb_pl02
MODEL, find penumbral terminator on dsk type 2 shape cspice_term_pl02
MODEL, find penumbral terminator on plate cspice_term_pl02
MODEL, find penumbral terminator on triangular shape cspice_term_pl02
MODEL, find terminator on dsk type 2 shape cspice_term_pl02
MODEL, find terminator on plate cspice_term_pl02
MODEL, find terminator on triangular shape cspice_term_pl02
MODEL, find umbral terminator on dsk type 2 shape cspice_term_pl02
MODEL, find umbral terminator on plate cspice_term_pl02
MODEL, find umbral terminator on triangular shape cspice_term_pl02
MODEL, illumination angles using dsk type 2 plate cspice_illum_plid_pl0
MODEL, lighting angles using dsk type 2 plate cspice_illum_plid_pl0
MODEL, phase angle using dsk type 2 plate cspice_illum_plid_pl0
MODEL point intersected by ray, plate and plate cspice_dskx02
MODEL size parameters from a type 2 dsk segment, fetch cspice_dskz02
MODEL, solar incidence angle using dsk type 2 plate cspice_illum_plid_pl0
MODEL surface, map latitudinal grid to dsk type 2 plate cspice_llgrid_pl02
MODEL surface point visibility and shadowing, plate cspice_illum_plid_pl0
MODEL volume, compute plate cspice_pltvol
NAME, body id code to cspice_bodc2n
mice_bodc2n
NAME, get DAF array cspice_dafgn
NAME to code, body cspice_bodn2c
cspice_bods2c
mice_bodn2c
mice_bods2c
NAME to frame id code translation, frame cspice_namfrm
NAME translation, frame id code to frame cspice_frmnam
NAME/ID code definition, body cspice_boddef
NAMES get target position relative to an observer, using cspice_spkpos
mice_spkpos
NAMES get target state relative to an observer, using body cspice_spkezr
mice_spkezr
NAMES of kernel pool variables matching a template, return cspice_gnpool
NEAREST point on an ellipsoid cspice_nearpt
mice_nearpt
NEAREST point on ellipse to point cspice_npelpt
NEAREST point on ellipsoid to line cspice_npedln
NEAREST point on line to point cspice_nplnpt
NEAREST point on triangular plate cspice_pltnp
NEAREST point to observer on target body, find cspice_subpnt
mice_subpnt
NEAREST point to sun on target body, find cspice_subslr
mice_subslr
NEW CK file, open a cspice_ckopn
NEW dsk file, open a cspice_dskopn
NEW SPK file, open a cspice_spkopn
NEXT DAF array, find cspice_daffna
cspice_daffpa
NEXT segment in dla file, find cspice_dlafns
NORM, 3-dimensional unit vector and cspice_unorm
NORM, derivative of 3-vector cspice_dvnorm
NORM of 3-dimensional vector cspice_vnorm
NORMAL vector and constant, plane to cspice_pl2nvc
NORMAL vector and constant to plane cspice_nvc2pl
NORMAL vector and point, plane to cspice_pl2nvp
NORMAL vector and point to plane cspice_nvp2pl
NORMAL vector for a type 2 dsk plate, compute cspice_dskn02
NORMAL vector from dsk type 2 plate id, compute cspice_dskn02
NORMAL vector of triangular plate from vertices, compute cspice_pltnrm
NORMAL vector on an ellipsoid, surface cspice_surfnm
NORMAL vectors, map cartesian surface points to cspice_srfnrm
NORMAL vectors on dsk surface, compute cspice_srfnrm
NORMAL vectors on topographic surface, compute cspice_srfnrm
NUMBER of elements in a column entry, return the cspice_eknelt
NUMBER of loaded kernels of a given type cspice_ktotal
NUMBER of seconds per julian year cspice_jyear
NUMBER of seconds per tropical year cspice_tyear
NUMERIC kernel pool variable, set the value of a cspice_pipool
NUMERIC time system to another, convert one additive cspice_unitim
NUMERIC time system to another, convert one uniform cspice_unitim
NUMERIC time systems, transform between two additive cspice_unitim
NUMERIC time systems, transform between two uniform cspice_unitim
NUMERIC value of a pooled kernel variable, return the cspice_gdpool
OBJECT, get coverage window for CK cspice_ckcov
OBJECT, get coverage window for dsk cspice_dsksrf
OBJECT, get coverage window for SPK cspice_spkcov
OBJECTS in dsk file, find id codes of ephemeris cspice_dskobj
OBSERVER corrected for aberrations, get state relative to cspice_spkezr
mice_spkezr
OBSERVER corrected for aberrations, position relative to cspice_spkpos
mice_spkpos
OBSERVER on target body, find nearest point to cspice_subpnt
mice_subpnt
OBSERVER, using body names get target state relative to an cspice_spkezr
mice_spkezr
OBSERVER, using names get target position relative to an cspice_spkpos
mice_spkpos
OCCULTATION code parameters, include miceoccult
OCCULTATION search, gf cspice_gfoclt
OCCULTATION type at a specified time cspice_occult
OPEN a das file for read access cspice_dasopr
OPEN a das file for reading cspice_dasopr
OPEN a new CK file cspice_ckopn
OPEN a new dsk file cspice_dskopn
OPEN a new SPK file cspice_spkopn
OPEN DAF for read cspice_dafopr
OPEN DAF for write cspice_dafopw
ORTHOGONAL, --- see perpendicular
ORTHOGONAL matrix, invert a pseudo cspice_invort
ORTHONORMAL frame from two vectors, define an cspice_twovec
OSCULATING elements, convert state to cspice_oscelt
OSCULATING elements from state cspice_oscelt
PARALLEL to a state vector, state of a unit vector cspice_dvhat
PARAMETERS from a type 2 dsk segment, fetch cspice_dskb02
PARAMETERS from a type 2 dsk segment, fetch model size cspice_dskz02
PARAMETERS, include dsk type 2 dskmice02
PARAMETERS, include dskmice dskmiceuser
dsktol
PARAMETERS, include occultation code miceoccult
PARAMETERS, retrieve dsk tolerance or margin cspice_dskgtl
PARAMETERS, return instrument's fov cspice_getfov
PARAMETERS, set dsk tolerance or margin cspice_dskstl
PAST J2000 as a string, convert and format d.p. seconds cspice_timout
PAST the J2000 epoch, convert a string to tdb seconds cspice_str2et
PCK file, find frame class id codes of frames in binary cspice_pckfrm
PCK frame, get coverage start and stop time for binary cspice_pckcov
PCK reference frame, get coverage window for binary cspice_pckcov
PENUMBRAL terminator on dsk type 2 shape model, find cspice_term_pl02
PENUMBRAL terminator on ellipsoid, find cspice_edterm
PENUMBRAL terminator on plate model, find cspice_term_pl02
PENUMBRAL terminator on triangular shape model, find cspice_term_pl02
PERPENDICULAR component of a 3-vector cspice_vperp
PHASE angle cspice_ilumin
PHASE angle constraints, solve for cspice_gfilum
PHASE angle for arbitrary illumination source, compute cspice_phaseq
PHASE angle general source cspice_illumg
PHASE angle general source with flags cspice_illumf
PHASE angle search, gf cspice_gfpa
PHASE angle using dsk triangular plate model cspice_illum_pl02
PHASE angle using dsk type 2 plate model cspice_illum_pl02
cspice_illum_plid_pl0
PHYSICAL constants for a body cspice_bodvcd
cspice_bodvrd
PI, half the value of cspice_halfpi
PI, twice the value of cspice_twopi
PI, value of cspice_pi
PICTURE, use a sample time string to produce a time format cspice_tpictr
PLANE, intersection of ellipse and cspice_inelpl
PLANE, intersection of ellipsoid and cspice_inedpl
PLANE, intersection of ray and cspice_inrypl
PLANE, normal vector and constant to cspice_nvc2pl
PLANE, normal vector and point to cspice_nvp2pl
PLANE, project ellipse onto cspice_pjelpl
PLANE to normal vector and constant cspice_pl2nvc
PLANE to normal vector and point cspice_pl2nvp
PLANE to point and spanning vectors cspice_pl2psv
cspice_psv2pl
PLANE, vector projection onto cspice_vprjp
cspice_vprjpi
PLANETOCENTRIC longitude of sun cspice_lspcn
PLANETOGRAPHIC coordinates, convert rectangular to cspice_recpgr
PLANETOGRAPHIC coordinates, jacobian of rectangular w.r.t. cspice_drdpgr
PLANETOGRAPHIC to rectangular coordinates, convert cspice_pgrrec
PLANETOGRAPHIC w.r.t. rectangular coordinates, jacobian of cspice_dpgrdr
PLATE and plate model point intersected by ray cspice_dskx02
PLATE, compute normal vector for a type 2 dsk cspice_dskn02
PLATE, expand triangular cspice_pltexp
PLATE from vertices, compute normal vector of triangular cspice_pltnrm
PLATE id, compute normal vector from dsk type 2 cspice_dskn02
PLATE model area, compute cspice_pltar
PLATE model, emission angle using dsk triangular cspice_illum_pl02
PLATE model, emission angle using dsk type 2 cspice_illum_pl02
cspice_illum_plid_pl0
PLATE model, find limb on a triangular cspice_limb_pl02
PLATE model, find penumbral terminator on cspice_term_pl02
PLATE model, find terminator on cspice_term_pl02
PLATE model, find umbral terminator on cspice_term_pl02
PLATE model, illumination angles using dsk triangular cspice_illum_pl02
PLATE model, illumination angles using dsk type 2 cspice_illum_pl02
cspice_illum_plid_pl0
PLATE model, lighting angles using dsk triangular cspice_illum_pl02
PLATE model, lighting angles using dsk type 2 cspice_illum_pl02
cspice_illum_plid_pl0
PLATE model, phase angle using dsk triangular cspice_illum_pl02
PLATE model, phase angle using dsk type 2 cspice_illum_pl02
cspice_illum_plid_pl0
PLATE model point intersected by ray, plate and cspice_dskx02
PLATE model, solar incidence angle using dsk triangular cspice_illum_pl02
PLATE model, solar incidence angle using dsk type 2 cspice_illum_pl02
cspice_illum_plid_pl0
PLATE model, sub-observer point using triangular cspice_subpt_pl02
PLATE model, sub-solar point using triangular cspice_subsol_pl02
PLATE model, sub-spacecraft point using triangular cspice_subpt_pl02
PLATE model surface, map latitudinal grid to dsk type 2 cspice_llgrid_pl02
PLATE model surface point visibility and shadowing cspice_illum_plid_pl0
PLATE model volume, compute cspice_pltvol
PLATE, nearest point on triangular cspice_pltnp
PLATES from type 2 dsk segment, return specified cspice_dskp02
POINT and line, distance between cspice_nplnpt
POINT and spanning vectors, plane to cspice_pl2psv
cspice_psv2pl
mice_srfxpt
POINT, find surface intercept cspice_sincpt
POINT intersected by ray, plate and plate model cspice_dskx02
POINT latitudinal coordinates to rectangular, surface cspice_srfrec
POINT, nearest point on ellipse to cspice_npelpt
POINT, nearest point on line to cspice_nplnpt
POINT of intersection between ray and ellipsoid cspice_surfpt
POINT of intersection of ray and ellipsoid, surface cspice_surfpt
POINT on a body., compute the local time for a cspice_et2lst
POINT on an ellipsoid, nearest cspice_nearpt
mice_nearpt
POINT on ellipse to point, nearest cspice_npelpt
POINT on ellipsoid to line, nearest cspice_npedln
POINT on line to point, nearest cspice_nplnpt
POINT on target body, find sub-observer cspice_subpnt
mice_subpnt
POINT on target body, find sub-solar cspice_subslr
mice_subslr
POINT on target body, find sub-spacecraft cspice_subpnt
POINT on triangular plate, nearest cspice_pltnp
POINT, plane to normal vector and cspice_pl2nvp
POINT, sub-observer mice_subpt
POINT to ellipsoid, distance from cspice_nearpt
mice_nearpt
POINT to observer on target body, find nearest cspice_subpnt
mice_subpnt
POINT to plane, normal vector and cspice_nvp2pl
POINT to sun on target body, find nearest cspice_subslr
mice_subslr
POINT using triangular plate model, sub-observer cspice_subpt_pl02
POINT using triangular plate model, sub-solar cspice_subsol_pl02
POINT using triangular plate model, sub-spacecraft cspice_subpt_pl02
POINT using type 2 dsk, sub-observer cspice_subpt_pl02
POINT using type 2 dsk, sub-solar cspice_subsol_pl02
POINT using type 2 dsk, sub-spacecraft cspice_subpt_pl02
POINT visibility and shadowing, plate model surface cspice_illum_plid_pl0
POINTING and angular velocity, get CK cspice_ckgpav
POINTING data segment, write CK type 1 cspice_ckw01
POINTING data segment, write CK type 2 cspice_ckw02
POINTING data segment, write CK type 3 cspice_ckw03
POINTING, get CK cspice_ckgp
POINTS, map latitudinal coordinates to cartesian surface cspice_latsrf
POINTS, map latitudinal coordinates to dsk surface cspice_latsrf
POINTS on target body, find limb cspice_limbpt
POINTS on target body, find terminator cspice_termpt
POINTS to normal vectors, map cartesian surface cspice_srfnrm
POOL, fetch constants for a body from the kernel cspice_bodvcd
cspice_bodvrd
POOL, find constants for a body in the kernel cspice_bodfnd
POOL from an internal text buffer, load the kernel cspice_lmpool
POOL of kernel variables, clear the cspice_clpool
POOL, retrieve a continued string value from the kernel cspice_stpool
POOL variable, delete a kernel cspice_dvpool
POOL variable, return summary information about a kernel cspice_dtpool
mice_dtpool
POOL variable, set the value of a character kernel cspice_pcpool
POOL variable, set the value of a d.p. kernel cspice_pdpool
POOL variable, set the value of a numeric kernel cspice_pipool
POOL variables matching a template, return names of kernel cspice_gnpool
POOLED kernel variable, return the character value of a cspice_gcpool
POOLED kernel variable, return the d.p. value of a cspice_gdpool
POOLED kernel variable, return the integer value of a cspice_gipool
POOLED kernel variable, return the numeric value of a cspice_gdpool
POOLED kernel variable, return the string value of a cspice_gcpool
POSITION coordinate search, gf cspice_gfposc
POSITION relative to an observer, using names get target cspice_spkpos
mice_spkpos
POSITION relative to observer corrected for aberrations cspice_spkpos
mice_spkpos
POSITION transformation matrix, find a cspice_pxform
POSITION transformation matrix for different epochs cspice_pxfrm2
PRECISION column entry, fetch element from double cspice_ekgd
PRECISION data from a type 2 dsk segment, fetch double cspice_dskd02
PRODUCE a time format picture, use a sample time string to cspice_tpictr
PRODUCT and its derivative, compute a unit cross cspice_ducrss
PRODUCT, compute the derivative of a cross cspice_dvcrss
PRODUCT, time derivative of a dot cspice_dvdot
PROJECT ellipse onto plane cspice_pjelpl
PROJECTION, 3-vector cspice_vproj
PROJECTION onto plane, vector cspice_vprjp
cspice_vprjpi
QUATERNION, matrix to cspice_m2q
QUATERNION to matrix cspice_q2m
QUERY, issue EK cspice_ekfind
RA and dec, rectangular coordinates to cspice_recrad
RA and dec to rectangular coordinates, range cspice_radrec
RADIAN, degrees per cspice_dpr
RADIANS per degree cspice_rpd
RANGE bounds for type 2 dsk segment, compute cspice_dskrb2
RANGE ra and dec to rectangular coordinates cspice_radrec
RANGE rate search, gf cspice_gfrr
RATE search, gf range cspice_gfrr
RAY and ellipsoid, point of intersection between cspice_surfpt
RAY and ellipsoid, surface point of intersection of cspice_surfpt
RAY and plane, intersection of cspice_inrypl
RAY and surface, intersection of cspice_dskx02
RAY and target body surface, find intersection of cspice_sincpt
RAY in instrument field of view at specified time cspice_fovray
RAY in instrument fov at specified time cspice_fovray
RAY in instrument fov search, gf cspice_gfrfov
RAY on target body surface, find intercept of cspice_sincpt
RAY, plate and plate model point intersected by cspice_dskx02
RAY-DSK intercept, vectorized cspice_dskxv
RAY-SURFACE intercept, vectorized cspice_dskxv
RAY-SURFACE intercept with handle and descriptors, dsk cspice_dskxsi
RAY-SURFACE intercept with source information, dsk cspice_dskxsi
RE-INITIALIZE the keeper system cspice_kclear
READ access, open a das file for cspice_dasopr
READ data from DAF address cspice_dafgda
READ ephemeris data cspice_spkezr
cspice_spkpos
mice_spkezr
mice_spkpos
READ, open DAF for cspice_dafopr
READ trajectory data cspice_spkezr
cspice_spkpos
mice_spkezr
mice_spkpos
READING, open a das file for cspice_dasopr
RECTANGULAR, convert bodyfixed latitudinal coordinates to cspice_srfrec
RECTANGULAR, convert surface latitudinal coordinates to cspice_srfrec
RECTANGULAR coordinates, convert planetographic to cspice_pgrrec
RECTANGULAR coordinates, geodetic to cspice_georec
RECTANGULAR coordinates, jacobian of cylindrical w.r.t. cspice_dcyldr
RECTANGULAR coordinates, jacobian of geodetic w.r.t. cspice_dgeodr
RECTANGULAR coordinates, jacobian of planetographic w.r.t. cspice_dpgrdr
RECTANGULAR coordinates, jacobian of spherical w.r.t. cspice_dsphdr
RECTANGULAR coordinates, latitudinal to cspice_latrec
RECTANGULAR coordinates, range ra and dec to cspice_radrec
RECTANGULAR coordinates, spherical to cspice_sphrec
RECTANGULAR coordinates to ra and dec cspice_recrad
RECTANGULAR, cylindrical to cspice_cylrec
RECTANGULAR, right ascension and declination to cspice_radrec
RECTANGULAR, surface point latitudinal coordinates to cspice_srfrec
RECTANGULAR to cylindrical coordinates cspice_reccyl
RECTANGULAR to geodetic cspice_recgeo
RECTANGULAR to latitudinal coordinates cspice_reclat
RECTANGULAR to planetographic coordinates, convert cspice_recpgr
RECTANGULAR to right ascension and declination cspice_recrad
RECTANGULAR to spherical coordinates cspice_recsph
RECTANGULAR w.r.t. cylindrical coordinates, jacobian of cspice_drdcyl
RECTANGULAR w.r.t. geodetic coordinates, jacobian of cspice_drdgeo
RECTANGULAR w.r.t. latitudinal coordinates, jacobian of cspice_dlatdr
cspice_drdlat
RECTANGULAR w.r.t. planetographic coordinates, jacobian of cspice_drdpgr
RECTANGULAR w.r.t. spherical coordinates, jacobian of cspice_drdsph
REFERENCE frame attributes, fetch cspice_cidfrm
cspice_cnmfrm
cspice_frinfo
REFERENCE frame, get coverage window for binary pck cspice_pckcov
RELATIVE to an observer, using body names get target state cspice_spkezr
mice_spkezr
RELATIVE to an observer, using names get target position cspice_spkpos
mice_spkpos
RELATIVE to constant position observer, state cspice_spkcpo
RELATIVE to constant position surface point, state cspice_spkcpo
RELATIVE to constant velocity observer, state cspice_spkcvo
RELATIVE to constant velocity surface point, state cspice_spkcvo
RELATIVE to landmark on extended object, state cspice_spkcpo
cspice_spkcvo
RELATIVE to observer corrected for aberrations, get state cspice_spkezr
mice_spkezr
RELATIVE to observer corrected for aberrations, position cspice_spkpos
mice_spkpos
RELATIVE to surface point on extended object, state cspice_spkcpo
cspice_spkcvo
RETRIEVE a continued string value from the kernel pool cspice_stpool
RETRIEVE dsk tolerance or margin parameters cspice_dskgtl
RETRIEVE information on loaded spice kernels cspice_kdata
RETURN compile time, date, and version cspice_mice
RETURN dsk segment descriptor cspice_dskgd
RETURN instrument's fov parameters cspice_getfov
RETURN names of kernel pool variables matching a template cspice_gnpool
RETURN specified plates from type 2 dsk segment cspice_dskp02
RETURN specified vertices from type 2 dsk segment cspice_dskv02
RETURN summary information about a kernel pool variable cspice_dtpool
mice_dtpool
RETURN the character value of a pooled kernel variable cspice_gcpool
RETURN the d.p. value of a pooled kernel variable cspice_gdpool
RETURN the integer value of a pooled kernel variable cspice_gipool
RETURN the number of elements in a column entry cspice_eknelt
RETURN the numeric value of a pooled kernel variable cspice_gdpool
RETURN the string value of a pooled kernel variable cspice_gcpool
RETURN version strings cspice_tkvrsn
RIGHT ascension and declination, rectangular to cspice_recrad
RIGHT ascension and declination to rectangular cspice_radrec
RIGHT handed coordinate frame, build a cspice_frame
ROTATE a matrix cspice_rotmat
ROTATION about an axis, vector cspice_vrotv
ROTATION and angular velocity, state transformation to cspice_rav2xf
cspice_xf2rav
ROTATION, axis and angle to cspice_axisar
ROTATION axis of a matrix cspice_raxisa
ROTATION matrix, generate a cspice_rotate
ROUTINES, change default convergence tolerance for gf cspice_gfstol
S/P-KERNEL, --- see SPK
SAMPLE time string to produce a time format picture, use a cspice_tpictr
SCLK, --- see spacecraft clock
SEARCH, begin DAF backward cspice_dafbbs
SEARCH, begin DAF forward cspice_dafbfs
SEARCH, gf angular separation cspice_gfsep
SEARCH, gf distance cspice_gfdist
SEARCH, gf occultation cspice_gfoclt
SEARCH, gf phase angle cspice_gfpa
SEARCH, gf position coordinate cspice_gfposc
SEARCH, gf range rate cspice_gfrr
SEARCH, gf ray in instrument fov cspice_gfrfov
SEARCH, gf subpoint coordinate cspice_gfsubc
SEARCH, gf surface intercept coordinate cspice_gfsntc
SEARCH, gf target in instrument fov cspice_gftfov
SEARCH in dla file, begin forward cspice_dlabfs
SEARCH using illumination angle constraints cspice_gfilum
SEARCHING, select a DAF to continue cspice_dafcs
SECONDS past J2000 as a string, convert and format d.p. cspice_timout
SECONDS past the J2000 epoch, convert a string to tdb cspice_str2et
SECONDS per day cspice_spd
SECONDS per julian year, number of cspice_jyear
SECONDS per tropical year, number of cspice_tyear
SEGMENT, compute range bounds for type 2 dsk cspice_dskrb2
SEGMENT descriptor, return dsk cspice_dskgd
SEGMENT, fetch double precision data from a type 2 dsk cspice_dskd02
SEGMENT, fetch integer data from a type 2 dsk cspice_dski02
SEGMENT, fetch model size parameters from a type 2 dsk cspice_dskz02
SEGMENT, fetch parameters from a type 2 dsk cspice_dskb02
SEGMENT in dla file, find next cspice_dlafns
SEGMENT, make spatial index for type 2 dsk cspice_dskmi2
SEGMENT, return specified plates from type 2 dsk cspice_dskp02
SEGMENT, return specified vertices from type 2 dsk cspice_dskv02
SEGMENT, select SPK file and cspice_spkpvn
cspice_spksfs
SEGMENT, write a type 2 dsk cspice_dskw02
SEGMENT, write CK type 1 pointing data cspice_ckw01
SEGMENT, write CK type 2 pointing data cspice_ckw02
SEGMENT, write CK type 3 pointing data cspice_ckw03
SEGMENT, write SPK type 8 ephemeris data cspice_spkw08
SELECT a DAF to continue searching cspice_dafcs
SELECT SPK file and segment cspice_spkpvn
cspice_spksfs
SEMI-AXES of ellipse from generating vectors cspice_saelgv
SEPARATION of 3-dimensional vectors, angular cspice_vsep
SEPARATION search, gf angular cspice_gfsep
SEPARATION, time derivative of angular cspice_dvsep
SET dsk tolerance or margin parameters cspice_dskstl
SET the interval of expansion for abbreviated years cspice_tsetyr
SET the value of a character kernel pool variable cspice_pcpool
SET the value of a d.p. kernel pool variable cspice_pdpool
SET the value of a numeric kernel pool variable cspice_pipool
SHADOWING, plate model surface point visibility and cspice_illum_plid_pl0
SHAPE model, find penumbral terminator on dsk type 2 cspice_term_pl02
SHAPE model, find penumbral terminator on triangular cspice_term_pl02
SHAPE model, find terminator on dsk type 2 cspice_term_pl02
SHAPE model, find terminator on triangular cspice_term_pl02
SHAPE model, find umbral terminator on dsk type 2 cspice_term_pl02
SHAPE model, find umbral terminator on triangular cspice_term_pl02
SIGHT and body, distance between line of cspice_npedln
SIGHT intercept with body, line of cspice_surfpt
SIZE parameters from a type 2 dsk segment, fetch model cspice_dskz02
SMALL gaps in a d.p. window, fill cspice_wnfild
SMALL intervals from a d.p. window, filter cspice_wnfltd
SOFTWARE defaults., change time cspice_timdef_get
cspice_timdef_set
SOLAR incidence angle cspice_ilumin
SOLAR incidence angle constraints, solve for cspice_gfilum
SOLAR incidence angle using dsk triangular plate model cspice_illum_pl02
SOLAR incidence angle using dsk type 2 plate model cspice_illum_pl02
cspice_illum_plid_pl0
SOLVE for emission angle constraints cspice_gfilum
SOLVE for illumination angle constraints cspice_gfilum
SOLVE for phase angle constraints cspice_gfilum
SOLVE for solar incidence angle constraints cspice_gfilum
SOURCE, compute phase angle for arbitrary illumination cspice_phaseq
SOURCE, emission angle general cspice_illumg
SOURCE, illumination angles general cspice_illumg
SOURCE, incidence angle general cspice_illumg
SOURCE information, dsk ray-surface intercept with cspice_dskxsi
SOURCE, lighting angles general cspice_illumg
SOURCE, phase angle general cspice_illumg
SOURCE with flags, emission angle general cspice_illumf
SOURCE with flags, illumination angles general cspice_illumf
SOURCE with flags, incidence angle general cspice_illumf
SOURCE with flags, lighting angles general cspice_illumf
SOURCE with flags, phase angle general cspice_illumf
SPACECRAFT clock, decode cspice_scdecd
SPACECRAFT clock, encode cspice_scencd
SPACECRAFT clock string, ephemeris time to cspice_sce2s
SPACECRAFT clock string to ephemeris time cspice_scs2e
SPACECRAFT clock string to ticks, convert cspice_sctiks
SPACECRAFT clock ticks, ephemeris time to continuous cspice_sce2c
SPACECRAFT clock ticks to ephemeris time cspice_sct2e
SPANNING vectors, plane to point and cspice_pl2psv
cspice_psv2pl
SPATIAL index for type 2 dsk segment, make cspice_dskmi2
SPECIFIED plates from type 2 dsk segment, return cspice_dskp02
SPECIFIED time, occultation type at a cspice_occult
SPECIFIED time, ray in instrument field of view at cspice_fovray
SPECIFIED time, ray in instrument fov at cspice_fovray
SPECIFIED time, target in instrument field of view at cspice_fovtrg
SPECIFIED time, target in instrument fov at cspice_fovtrg
SPECIFIED vertices from type 2 dsk segment, return cspice_dskv02
SPHERICAL coordinates, jacobian of rectangular w.r.t. cspice_drdsph
SPHERICAL coordinates, latitudinal to cspice_latsph
SPHERICAL coordinates, rectangular to cspice_recsph
SPHERICAL, cylindrical to cspice_cylsph
SPHERICAL to cylindrical coordinates cspice_sphcyl
SPHERICAL to latitudinal coordinates cspice_sphlat
SPHERICAL to rectangular coordinates cspice_sphrec
SPHERICAL w.r.t. rectangular coordinates, jacobian of cspice_dsphdr
SPK file and segment, select cspice_spkpvn
cspice_spksfs
SPK file, close an cspice_spkcls
SPK file, find id codes in cspice_spkobj
SPK file, open a new cspice_spkopn
SPK object, get coverage window for cspice_spkcov
SPK type 8 ephemeris data segment, write cspice_spkw08
START and stop time for binary pck frame, get coverage cspice_pckcov
STATE, conic elements from cspice_oscelt
STATE, convert cspice_xfmsta
STATE from conic elements cspice_conics
STATE of a unit vector parallel to a state vector cspice_dvhat
STATE of constant position target cspice_spkcpt
STATE of constant velocity target cspice_spkcvt
STATE of landmark on extended object cspice_spkcpt
cspice_spkcvt
STATE of surface point on extended object cspice_spkcpt
cspice_spkcvt
STATE, osculating elements from cspice_oscelt
STATE relative to an observer, using body names get target cspice_spkezr
mice_spkezr
STATE relative to constant position observer cspice_spkcpo
STATE relative to constant position surface point cspice_spkcpo
STATE relative to constant velocity observer cspice_spkcvo
STATE relative to constant velocity surface point cspice_spkcvo
STATE relative to landmark on extended object cspice_spkcpo
cspice_spkcvo
STATE relative to observer corrected for aberrations, get cspice_spkezr
mice_spkezr
STATE relative to surface point on extended object cspice_spkcpo
cspice_spkcvo
STATE to osculating elements, convert cspice_oscelt
STATE transformation between coordinate systems cspice_xfmsta
STATE transformation, euler angles and derivatives from cspice_xf2eul
STATE transformation from euler angles and derivatives cspice_eul2xf
STATE transformation matrix, find a cspice_sxform
STATE transformation to rotation and angular velocity cspice_rav2xf
cspice_xf2rav
STATE vector, state of a unit vector parallel to a cspice_dvhat
STOP time for binary pck frame, get coverage start and cspice_pckcov
STRING and body id code to surface id code, surface cspice_srfscc
STRING and body string to surface id code, surface cspice_srfs2c
STRING, body id code to cspice_bodc2s
STRING, convert and format d.p. seconds past J2000 as a cspice_timout
STRING, ephemeris time to spacecraft clock cspice_sce2s
STRING, surface id code and body id code to surface cspice_srfc2s
STRING, surface id code and body string to surface cspice_srfcss
STRING to ephemeris time, spacecraft clock cspice_scs2e
STRING to produce a time format picture, use a sample time cspice_tpictr
STRING to surface id code, surface string and body cspice_srfs2c
STRING to surface string, surface id code and body cspice_srfcss
STRING to tdb seconds past the J2000 epoch, convert a cspice_str2et
STRING to ticks, convert spacecraft clock cspice_sctiks
STRING value from the kernel pool, retrieve a continued cspice_stpool
STRING value of a pooled kernel variable, return the cspice_gcpool
STRINGS, return version cspice_tkvrsn
SUB-OBSERVER point mice_subpt
SUB-OBSERVER point on target body, find cspice_subpnt
mice_subpnt
SUB-OBSERVER point using triangular plate model cspice_subpt_pl02
SUB-OBSERVER point using type 2 dsk cspice_subpt_pl02
SUB-SOLAR point on target body, find cspice_subslr
mice_subslr
SUB-SOLAR point using triangular plate model cspice_subsol_pl02
SUB-SOLAR point using type 2 dsk cspice_subsol_pl02
SUB-SPACECRAFT point on target body, find cspice_subpnt
SUB-SPACECRAFT point using triangular plate model cspice_subpt_pl02
SUB-SPACECRAFT point using type 2 dsk cspice_subpt_pl02
SUBPOINT coordinate search, gf cspice_gfsubc
SUMMARY, get DAF cspice_dafgs
cspice_dafus
SUMMARY information about a kernel pool variable, return cspice_dtpool
mice_dtpool
SUMMARY of a d.p. window cspice_wnsumd
SUN on target body, find nearest point to cspice_subslr
mice_subslr
SUN, planetocentric longitude of cspice_lspcn
SURFACE, compute normal vectors on dsk cspice_srfnrm
SURFACE, compute normal vectors on topographic cspice_srfnrm
SURFACE, find intercept of ray on target body cspice_sincpt
SURFACE, find intersection of ray and target body cspice_sincpt
SURFACE id code and body id code to surface string cspice_srfc2s
SURFACE id code and body string to surface string cspice_srfcss
SURFACE id code, surface string and body id code to cspice_srfscc
SURFACE id code, surface string and body string to cspice_srfs2c
SURFACE intercept coordinate search, gf cspice_gfsntc
mice_srfxpt
SURFACE intercept point, find cspice_sincpt
SURFACE, intersection of ray and cspice_dskx02
SURFACE latitudinal coordinates to rectangular, convert cspice_srfrec
SURFACE, map latitudinal grid to dsk type 2 plate model cspice_llgrid_pl02
SURFACE normal vector on an ellipsoid cspice_surfnm
SURFACE point latitudinal coordinates to rectangular cspice_srfrec
SURFACE point of intersection of ray and ellipsoid cspice_surfpt
SURFACE point on extended object, state of cspice_spkcpt
cspice_spkcvt
SURFACE point on extended object, state relative to cspice_spkcpo
cspice_spkcvo
SURFACE point, state relative to constant position cspice_spkcpo
SURFACE point, state relative to constant velocity cspice_spkcvo
SURFACE point visibility and shadowing, plate model cspice_illum_plid_pl0
SURFACE points, map latitudinal coordinates to cartesian cspice_latsrf
SURFACE points, map latitudinal coordinates to dsk cspice_latsrf
SURFACE points to normal vectors, map cartesian cspice_srfnrm
SURFACE string and body id code to surface id code cspice_srfscc
SURFACE string and body string to surface id code cspice_srfs2c
SURFACE string, surface id code and body id code to cspice_srfc2s
SURFACE string, surface id code and body string to cspice_srfcss
SYSTEM, clear the keeper cspice_kclear
SYSTEM, re-initialize the keeper cspice_kclear
SYSTEM to another, convert one additive numeric time cspice_unitim
SYSTEM to another, convert one uniform numeric time cspice_unitim
SYSTEMS, state transformation between coordinate cspice_xfmsta
SYSTEMS, transform between two additive numeric time cspice_unitim
SYSTEMS, transform between two uniform numeric time cspice_unitim
TARGET body, find limb points on cspice_limbpt
TARGET body, find nearest point to observer on cspice_subpnt
mice_subpnt
TARGET body, find nearest point to sun on cspice_subslr
mice_subslr
TARGET body, find sub-observer point on cspice_subpnt
mice_subpnt
TARGET body, find sub-solar point on cspice_subslr
mice_subslr
TARGET body, find sub-spacecraft point on cspice_subpnt
TARGET body, find terminator points on cspice_termpt
TARGET body surface, find intercept of ray on cspice_sincpt
TARGET body surface, find intersection of ray and cspice_sincpt
TARGET in instrument field of view at specified time cspice_fovtrg
TARGET in instrument fov at specified time cspice_fovtrg
TARGET in instrument fov search, gf cspice_gftfov
TARGET position relative to an observer, using names get cspice_spkpos
mice_spkpos
TARGET state relative to an observer, using body names get cspice_spkezr
mice_spkezr
TDB seconds past the J2000 epoch, convert a string to cspice_str2et
TEMPLATE, return names of kernel pool variables matching a cspice_gnpool
TERMINATOR on dsk type 2 shape model, find cspice_term_pl02
TERMINATOR on dsk type 2 shape model, find penumbral cspice_term_pl02
TERMINATOR on dsk type 2 shape model, find umbral cspice_term_pl02
TERMINATOR on ellipsoid, find cspice_edterm
TERMINATOR on ellipsoid, find penumbral cspice_edterm
TERMINATOR on ellipsoid, find umbral cspice_edterm
TERMINATOR on plate model, find cspice_term_pl02
TERMINATOR on plate model, find penumbral cspice_term_pl02
TERMINATOR on plate model, find umbral cspice_term_pl02
TERMINATOR on triangular shape model, find cspice_term_pl02
TERMINATOR on triangular shape model, find penumbral cspice_term_pl02
TERMINATOR on triangular shape model, find umbral cspice_term_pl02
TERMINATOR points on target body, find cspice_termpt
TEXT buffer, load the kernel pool from an internal cspice_lmpool
TICKS, convert spacecraft clock string to cspice_sctiks
TICKS, ephemeris time to continuous spacecraft clock cspice_sce2c
TICKS to ephemeris time, spacecraft clock cspice_sct2e
TIME and UTC, difference between ephemeris cspice_deltet
TIME, compute uplink and downlink light cspice_ltime
TIME, coordinated universal, --- see UTC
TIME derivative of a dot product cspice_dvdot
TIME derivative of angular separation cspice_dvsep
TIME for a point on a body., compute the local cspice_et2lst
TIME for binary pck frame, get coverage start and stop cspice_pckcov
TIME format picture, use a sample time string to produce a cspice_tpictr
TIME, occultation type at a specified cspice_occult
TIME, ray in instrument field of view at specified cspice_fovray
TIME, ray in instrument fov at specified cspice_fovray
TIME software defaults., change cspice_timdef_get
cspice_timdef_set
TIME, spacecraft clock string to ephemeris cspice_scs2e
TIME, spacecraft clock ticks to ephemeris cspice_sct2e
TIME string to produce a time format picture, use a sample cspice_tpictr
TIME system to another, convert one additive numeric cspice_unitim
TIME system to another, convert one uniform numeric cspice_unitim
TIME systems, transform between two additive numeric cspice_unitim
TIME systems, transform between two uniform numeric cspice_unitim
TIME, target in instrument field of view at specified cspice_fovtrg
TIME, target in instrument fov at specified cspice_fovtrg
TIME to a formal calendar date, convert ephemeris cspice_etcal
TIME to continuous spacecraft clock ticks, ephemeris cspice_sce2c
TIME to spacecraft clock string, ephemeris cspice_sce2s
TIME to UTC, ephemeris cspice_et2utc
TIME zones cspice_timdef_get
cspice_timdef_set
TOLERANCE for gf routines, change default convergence cspice_gfstol
TOLERANCE or margin parameters, retrieve dsk cspice_dskgtl
TOLERANCE or margin parameters, set dsk cspice_dskstl
TOPOGRAPHIC surface, compute normal vectors on cspice_srfnrm
TRAJECTORY data, read cspice_spkezr
cspice_spkpos
mice_spkezr
mice_spkpos
TRANSFORM between two additive numeric time systems cspice_unitim
TRANSFORM between two uniform numeric time systems cspice_unitim
TRANSFORMATION between coordinate systems, state cspice_xfmsta
TRANSFORMATION, euler angles and derivatives from state cspice_xf2eul
TRANSFORMATION from euler angles and derivatives, state cspice_eul2xf
TRANSFORMATION matrix, find a position cspice_pxform
TRANSFORMATION matrix, find a state cspice_sxform
TRANSFORMATION matrix for different epochs, position cspice_pxfrm2
TRANSFORMATION to rotation and angular velocity, state cspice_rav2xf
cspice_xf2rav
TRANSLATION, frame id code to frame name cspice_frmnam
TRANSLATION, frame name to frame id code cspice_namfrm
TRANSPOSE a matrix and invert the lengths of the rows cspice_invort
TRIANGULAR plate, expand cspice_pltexp
TRIANGULAR plate from vertices, compute normal vector of cspice_pltnrm
TRIANGULAR plate model, emission angle using dsk cspice_illum_pl02
TRIANGULAR plate model, find limb on a cspice_limb_pl02
TRIANGULAR plate model, illumination angles using dsk cspice_illum_pl02
TRIANGULAR plate model, lighting angles using dsk cspice_illum_pl02
TRIANGULAR plate model, phase angle using dsk cspice_illum_pl02
TRIANGULAR plate model, solar incidence angle using dsk cspice_illum_pl02
TRIANGULAR plate model, sub-observer point using cspice_subpt_pl02
TRIANGULAR plate model, sub-solar point using cspice_subsol_pl02
TRIANGULAR plate model, sub-spacecraft point using cspice_subpt_pl02
TRIANGULAR plate, nearest point on cspice_pltnp
TRIANGULAR shape model, find penumbral terminator on cspice_term_pl02
TRIANGULAR shape model, find terminator on cspice_term_pl02
TRIANGULAR shape model, find umbral terminator on cspice_term_pl02
TROPICAL year, number of seconds per cspice_tyear
TWICE the value of pi cspice_twopi
TYPE 1 pointing data segment, write CK cspice_ckw01
TYPE 2 dsk plate, compute normal vector for a cspice_dskn02
TYPE 2 dsk segment, compute range bounds for cspice_dskrb2
TYPE 2 dsk segment, fetch double precision data from a cspice_dskd02
TYPE 2 dsk segment, fetch integer data from a cspice_dski02
TYPE 2 dsk segment, fetch model size parameters from a cspice_dskz02
TYPE 2 dsk segment, fetch parameters from a cspice_dskb02
TYPE 2 dsk segment, make spatial index for cspice_dskmi2
TYPE 2 dsk segment, return specified plates from cspice_dskp02
TYPE 2 dsk segment, return specified vertices from cspice_dskv02
TYPE 2 dsk segment, write a cspice_dskw02
TYPE 2 dsk, sub-observer point using cspice_subpt_pl02
TYPE 2 dsk, sub-solar point using cspice_subsol_pl02
TYPE 2 dsk, sub-spacecraft point using cspice_subpt_pl02
TYPE 2 model, find limb on a dsk cspice_limb_pl02
TYPE 2 parameters, include dsk dskmice02
TYPE 2 plate id, compute normal vector from dsk cspice_dskn02
TYPE 2 plate model, emission angle using dsk cspice_illum_pl02
cspice_illum_plid_pl0
TYPE 2 plate model, illumination angles using dsk cspice_illum_pl02
cspice_illum_plid_pl0
TYPE 2 plate model, lighting angles using dsk cspice_illum_pl02
cspice_illum_plid_pl0
TYPE 2 plate model, phase angle using dsk cspice_illum_pl02
cspice_illum_plid_pl0
TYPE 2 plate model, solar incidence angle using dsk cspice_illum_pl02
cspice_illum_plid_pl0
TYPE 2 plate model surface, map latitudinal grid to dsk cspice_llgrid_pl02
TYPE 2 pointing data segment, write CK cspice_ckw02
TYPE 2 shape model, find penumbral terminator on dsk cspice_term_pl02
TYPE 2 shape model, find terminator on dsk cspice_term_pl02
TYPE 2 shape model, find umbral terminator on dsk cspice_term_pl02
TYPE 3 pointing data segment, write CK cspice_ckw03
TYPE 8 ephemeris data segment, write SPK cspice_spkw08
TYPE at a specified time, occultation cspice_occult
TYPE, number of loaded kernels of a given cspice_ktotal
UMBRAL terminator on dsk type 2 shape model, find cspice_term_pl02
UMBRAL terminator on ellipsoid, find cspice_edterm
UMBRAL terminator on plate model, find cspice_term_pl02
UMBRAL terminator on triangular shape model, find cspice_term_pl02
UNIFORM numeric time system to another, convert one cspice_unitim
UNIFORM numeric time systems, transform between two cspice_unitim
UNION two d.p. windows cspice_wnunid
UNIT cross product and its derivative, compute a cspice_ducrss
UNIT vector and norm, 3-dimensional cspice_unorm
UNIT vector parallel to a state vector, state of a cspice_dvhat
UNITIZE a 3-dimensional vector cspice_vhat
UNITS, convert cspice_convrt
UNIVERSAL time, coordinated, --- see UTC
UNLOAD a spice kernel cspice_unload
UNLOAD all kernels cspice_kclear
UPLINK and downlink light time, compute cspice_ltime
USE a sample time string to produce a time format picture cspice_tpictr
USING body names get target state relative to an observer cspice_spkezr
mice_spkezr
USING dsk triangular plate model, emission angle cspice_illum_pl02
USING dsk triangular plate model, illumination angles cspice_illum_pl02
USING dsk triangular plate model, lighting angles cspice_illum_pl02
USING dsk triangular plate model, phase angle cspice_illum_pl02
USING dsk triangular plate model, solar incidence angle cspice_illum_pl02
USING dsk type 2 plate model, emission angle cspice_illum_pl02
cspice_illum_plid_pl0
USING dsk type 2 plate model, illumination angles cspice_illum_pl02
cspice_illum_plid_pl0
USING dsk type 2 plate model, lighting angles cspice_illum_pl02
cspice_illum_plid_pl0
USING dsk type 2 plate model, phase angle cspice_illum_pl02
cspice_illum_plid_pl0
USING dsk type 2 plate model, solar incidence angle cspice_illum_pl02
cspice_illum_plid_pl0
USING illumination angle constraints, search cspice_gfilum
USING names get target position relative to an observer cspice_spkpos
mice_spkpos
USING triangular plate model, sub-observer point cspice_subpt_pl02
USING triangular plate model, sub-solar point cspice_subsol_pl02
USING triangular plate model, sub-spacecraft point cspice_subpt_pl02
USING type 2 dsk, sub-observer point cspice_subpt_pl02
USING type 2 dsk, sub-solar point cspice_subsol_pl02
USING type 2 dsk, sub-spacecraft point cspice_subpt_pl02
UTC, difference between ephemeris time and cspice_deltet
UTC, ephemeris time to cspice_et2utc
VACUUM, measured velocity of light in a cspice_clight
VALIDATE a d.p. window cspice_wnvald
VALUE from the kernel pool, retrieve a continued string cspice_stpool
VALUE of a character kernel pool variable, set the cspice_pcpool
VALUE of a d.p. kernel pool variable, set the cspice_pdpool
VALUE of a numeric kernel pool variable, set the cspice_pipool
VALUE of a pooled kernel variable, return the character cspice_gcpool
VALUE of a pooled kernel variable, return the d.p. cspice_gdpool
VALUE of a pooled kernel variable, return the integer cspice_gipool
VALUE of a pooled kernel variable, return the numeric cspice_gdpool
VALUE of a pooled kernel variable, return the string cspice_gcpool
VALUE of pi cspice_pi
VALUE of pi, half the cspice_halfpi
VALUE of pi, twice the cspice_twopi
VARIABLE, delete a kernel pool cspice_dvpool
VARIABLE, return summary information about a kernel pool cspice_dtpool
mice_dtpool
VARIABLE, return the character value of a pooled kernel cspice_gcpool
VARIABLE, return the d.p. value of a pooled kernel cspice_gdpool
VARIABLE, return the integer value of a pooled kernel cspice_gipool
VARIABLE, return the numeric value of a pooled kernel cspice_gdpool
VARIABLE, return the string value of a pooled kernel cspice_gcpool
VARIABLE, set the value of a character kernel pool cspice_pcpool
VARIABLE, set the value of a d.p. kernel pool cspice_pdpool
VARIABLE, set the value of a numeric kernel pool cspice_pipool
VARIABLES, clear the pool of kernel cspice_clpool
VARIABLES, include global miceuser
VARIABLES matching a template, return names of kernel pool cspice_gnpool
VECTOR and constant, plane to normal cspice_pl2nvc
VECTOR and constant to plane, normal cspice_nvc2pl
VECTOR and norm, 3-dimensional unit cspice_unorm
VECTOR and point, plane to normal cspice_pl2nvp
VECTOR and point to plane, normal cspice_nvp2pl
VECTOR for a type 2 dsk plate, compute normal cspice_dskn02
VECTOR from dsk type 2 plate id, compute normal cspice_dskn02
VECTOR, norm of 3-dimensional cspice_vnorm
VECTOR of triangular plate from vertices, compute normal cspice_pltnrm
VECTOR on an ellipsoid, surface normal cspice_surfnm
VECTOR parallel to a state vector, state of a unit cspice_dvhat
VECTOR projection onto plane cspice_vprjp
cspice_vprjpi
VECTOR rotation about an axis cspice_vrotv
VECTOR, state of a unit vector parallel to a state cspice_dvhat
VECTOR, unitize a 3-dimensional cspice_vhat
VECTORIZED ray-dsk intercept cspice_dskxv
VECTORIZED ray-surface intercept cspice_dskxv
VECTORS, angular separation of 3-dimensional cspice_vsep
VECTORS, define an orthonormal frame from two cspice_twovec
VECTORS, distance between 3-dimensional cspice_vdist
VECTORS, ellipse to center and generating cspice_el2cgv
VECTORS, map cartesian surface points to normal cspice_srfnrm
VECTORS on dsk surface, compute normal cspice_srfnrm
VECTORS on topographic surface, compute normal cspice_srfnrm
VECTORS, plane to point and spanning cspice_pl2psv
cspice_psv2pl
VECTORS, semi-axes of ellipse from generating cspice_saelgv
VECTORS to ellipse, center and generating cspice_cgv2el
VELOCITY, get CK pointing and angular cspice_ckgpav
VELOCITY of light in a vacuum, measured cspice_clight
VELOCITY, state transformation to rotation and angular cspice_rav2xf
cspice_xf2rav
VERSION, return compile time, date, and cspice_mice
VERSION strings, return cspice_tkvrsn
VERTICES, compute normal vector of triangular plate from cspice_pltnrm
VERTICES from type 2 dsk segment, return specified cspice_dskv02
VISIBILITY and shadowing, plate model surface point cspice_illum_plid_pl0
VOLUME, compute plate model cspice_pltvol
WINDOW, cardinality of a d.p. cspice_wncard
WINDOW, complement a d.p. cspice_wncomd
WINDOW, contract the intervals of a d.p. cspice_wncond
WINDOW, element of a d.p. cspice_wnelmd
WINDOW, expand the intervals of a d.p. cspice_wnexpd
WINDOW, extract the endpoints from a d.p. cspice_wnextd
WINDOW, fetch an interval from a d.p. cspice_wnfetd
WINDOW, fill small gaps in a d.p. cspice_wnfild
WINDOW, filter small intervals from a d.p. cspice_wnfltd
WINDOW for binary pck reference frame, get coverage cspice_pckcov
WINDOW for CK object, get coverage cspice_ckcov
WINDOW for dsk object, get coverage cspice_dsksrf
WINDOW for SPK object, get coverage cspice_spkcov
WINDOW, included in a d.p. cspice_wnincd
WINDOW, insert an interval into a d.p. cspice_wninsd
WINDOW, summary of a d.p. cspice_wnsumd
WINDOW, validate a d.p. cspice_wnvald
WINDOWS, compare two d.p. cspice_wnreld
WINDOWS, difference two d.p. cspice_wndifd
WINDOWS, intersect two d.p. cspice_wnintd
WINDOWS, union two d.p. cspice_wnunid
WRITE a type 2 dsk segment cspice_dskw02
WRITE CK type 1 pointing data segment cspice_ckw01
WRITE CK type 2 pointing data segment cspice_ckw02
WRITE CK type 3 pointing data segment cspice_ckw03
WRITE, open DAF for cspice_dafopw
WRITE SPK type 8 ephemeris data segment cspice_spkw08
YEAR, number of seconds per julian cspice_jyear
YEAR, number of seconds per tropical cspice_tyear
YEARS, set the interval of expansion for abbreviated cspice_tsetyr
ZONES, time cspice_timdef_get
cspice_timdef_set
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Professional Summary
- profound experience in information technology involved in full system development life cycle of various software products
- Extensive experience in development of cross browser compatible web pages using HTML/HTML5, Java Script, jQuery, AngualarJs, JSO, CSS/CSS3 and MVC Framework.
- Experience on working with CSS Background, Layouts,positioning, text,border, margin, padding, table, classes, Pseudo elements and CSS behaviors in CSS.
- Strong ability to work as an individual and can actively collaborate with the technical community and Passionate to learn new technologies, take new challenges and excel in career.
- Strong problem-solving, organizing, communication and planning skills, with ability to work in team environment.
- Experience in Agile practices and used Test Driven Development(TDD) techniques to provide reliable, working software.
- Good knowledge of Software Development Life Cycle (SDLC) and exposure to various SDLC methodologies like Agile, Waterfall.