Function tracker

[helgee]

A

• [x] APPNDC_C - Append an item to a character cell
• [x] APPNDD_C - Append an item to a double precision cell
• [x] APPNDI_C - Append an item to an integer cell
• [x] AXISAR_C - Axis and angle to rotation

B

• [x] B1900_C - Besselian Date 1900.0
• [x] B1950_C - Besselian Date 1950.0
• [x] BADKPV_C - Bad Kernel Pool Variable
• [x] BLTFRM_C - Built-in frame IDs
• [x] BODC2N_C - Body ID code to name translation
• [x] BODC2S_C - Body ID code to string translation
• [x] BODDEF_C - Body name/ID code definition
• [x] BODFND_C - Find values from the kernel pool
• [x] BODN2C_C - Body name to ID code translation
• [x] BODS2C_C - Body string to ID code translation
• [x] BODVAR_C - Return values from the kernel pool -> deprecated
• [x] BODVCD_C - Return d.p. values from the kernel pool
• [x] BODVRD_C - Return d.p. values from the kernel pool
• [x] BRCKTD_C - Bracket a d.p. value within an interval -> Base.clamp
• [x] BRCKTI_C - Bracket an integer value within an interval -> Base.clamp
• [x] BSCHOC_C - Binary search with order vector, character -> findfirst(arr .== value)
• [x] BSCHOI_C - Binary search with order vector, integer -> findfirst(arr .== value)
• [x] BSRCHC_C - Binary search for a character string -> findfirst(arr .== value)
• [x] BSRCHD_C - Binary search for a double precision value -> findfirst(arr .== value)
• [x] BSRCHI_C - Binary search for an integer value -> findfirst(arr .== value)

C

• [x] CARD_C - Cardinality of a cell -> native implementation
• [x] CCIFRM_C - Class and class ID to associated frame
• [x] CGV2EL_C - Center and generating vectors to ellipse
• [x] CHBDER_C - Derivatives of a Chebyshev expansion
• [X] CHKIN_C - module Check In -> unnecessary
• [X] CHKOUT_C - Module Check Out -> unnecessary
• [x] CIDFRM_C - center SPK ID frame
• [x] CKCLS_C - CK, Close file
• [x] CKCOV_C - CK coverage
• [x] CKGP_C - C-kernel, get pointing
• [x] CKGPAV_C - C-kernel, get pointing and angular velocity
• [x] CKLPF_C - C-kernel, load pointing file
• [x] CKOBJ_C - CK objects
• [x] CKOPN_C - CK, open new file.
• [x] CKUPF_C - C-kernel, Unload pointing file
• [x] CKW01_C - C-Kernel, write segment to C-kernel, data type 1
• [x] CKW02_C - C-Kernel, write segment to C-kernel, data type 2
• [x] CKW03_C - C-Kernel, write segment to C-kernel, data type 3
• [x] CKW05_C - Write CK segment, type 5
• [x] CLEARD_C - Clear a double precision array -> empty!
• [x] CLIGHT_C - C, Speed of light in a vacuum
• [x] CLPOOL_C - Clear the pool of kernel variables
• [x] CMPRSS_C - Compress a character string
• [x] CNMFRM_C - Center name to associated frame
• [x] CONICS_C - Determine state from conic elements
• [x] CONVRT_C - Convert Units
• [x] COPY_C - Copy a CSPICE cell
• [X] CPOS_C - Character position
• [X] CPOSR_C - Character position, reverse
• [x] CVPOOL_C - Check variable in the pool for update
• [x] CYLLAT_C - Cylindrical to latitudinal
• [x] CYLREC_C - Cylindrical to rectangular
• [x] CYLSPH_C - Cylindrical to spherical

D

• [x] DAFAC_C - DAF add comments
• [x] DAFBBS_C - DAF, begin backward search
• [x] DAFBFS_C - DAF, begin forward search
• [x] DAFCLS_C - DAF, close
• [x] DAFCS_C - DAF, continue search
• [x] DAFDC_C - DAF delete comments
• [x] DAFEC_C - DAF extract comments
• [x] DAFFNA_C - DAF, find next array
• [x] DAFFPA_C - DAF, find previous array
• [x] DAFGDA_C - DAF, read data from address
• [x] DAFGH_C - DAF, get handle
• [x] DAFGN_C - DAF, get array name
• [x] DAFGS_C - DAF, get summary
• [x] DAFGSR_C - DAF, get summary/descriptor record
• [x] DAFOPR_C - DAF, open for read
• [x] DAFOPW_C - DAF, open for write
• [x] DAFPS_C - DAF, pack summary
• [x] DAFRDA_C - DAF, read data from address
• [x] DAFRFR_C - DAF, read file record
• [x] DAFRS_C - DAF, replace summary
• [x] DAFUS_C - DAF, unpack summary
• [x] DASAC_C - DAS add comments
• [x] DASCLS_C - DAS, close file
• [x] DASDC_C - DAS, delete comments
• [x] DASEC_C - DAS extract comments
• [x] DASHFN_C - DAS, handle to file name
• [x] DASOPR_C - DAS, open for read
• [x] DASOPW_C - DAS, open for write
• [x] DASRFR_C - DAS, read file record
• [x] DCYLDR_C - Derivative of cylindrical w.r.t. rectangular
• [x] DELTET_C - Delta ET, ET - UTC
• [x] DET_C - Determinant of a double precision 3x3 matrix -> LinearAlgebra.det
• [x] DGEODR_C - Derivative of geodetic w.r.t. rectangular
• [x] DIAGS2_C - Diagonalize symmetric 2x2 matrix
• [x] DIFF_C - Difference of two sets
• [x] DLABBS_C - DLA, begin backward search
• [x] DLABFS_C - DLA, begin forward search
• [x] DLAFNS_C - DLA, find next segment
• [x] DLAFPS_C - DLA, find previous segment
• [x] DLATDR_C - Derivative of latitudinal w.r.t. rectangular
• [x] DP2HX_C - D.p. number to hexadecimal string
• [x] DPGRDR_C - Derivative of planetographic w.r.t. rectangular
• [x] DPMAX_C - Largest DP number -> prevfloat(typemax(Float64))
• [x] DPMIN_C - Smallest DP number -> nextfloat(typemin(Float64))
• [x] DPR_C - Degrees per radian -> rad2deg(1.0)
• [x] DRDCYL_C - Derivative of rectangular w.r.t. cylindrical
• [x] DRDGEO_C - Derivative of rectangular w.r.t. geodetic
• [x] DRDLAT_C - Derivative of rectangular w.r.t. latitudinal
• [x] DRDPGR_C - Derivative of rectangular w.r.t. planetographic
• [x] DRDSPH_C - Derivative of rectangular w.r.t. spherical
• [x] DSKB02_C - DSK, fetch type 2 bookkeeping data
• [x] DSKCLS_C - DSK, close file
• [x] DSKD02_C - DSK, fetch d.p. type 2 data
• [x] DSKGD_C - DSK, return DSK segment descriptor
• [x] DSKGTL_C - DSK, get tolerance
• [x] DSKI02_C - DSK, fetch integer type 2 data
• [x] DSKMI2_C - DSK, make spatial index for type 2 segment
• [x] DSKN02_C - DSK, type 2, compute normal vector for plate
• [x] DSKOBJ_C - DSK, get object IDs
• [x] DSKOPN_C - DSK, open new file
• [x] DSKP02_C - DSK, fetch type 2 plate data
• [x] DSKRB2_C - DSK, determine range bounds for plate set
• [x] DSKSRF_C - DSK, get surface IDs for body
• [x] DSKSTL_C - DSK, get tolerance
• [x] DSKV02_C - DSK, fetch type 2 vertex data
• [x] DSKW02_C - DSK, write type 2 segment
• [x] DSKX02_C - DSK, ray-surface intercept, type 2
• [x] DSKXSI_C - DSK, ray-surface intercept with source information
• [x] DSKXV_C - DSK, ray-surface intercept, vectorized
• [x] DSKZ02_C - DSK, fetch type 2 model size parameters
• [x] DSPHDR_C - Derivative of spherical w.r.t. rectangular
• [x] DTPOOL_C - Data for a kernel pool variable
• [x] DUCRSS_C - Unit Normalized Cross Product and Derivative
• [x] DVCRSS_C - Derivative of Vector cross product
• [x] DVDOT_C - Derivative of Vector Dot Product, 3-D
• [x] DVHAT_C - Derivative and unit vector "V-hat" of a state
• [x] DVNORM_C - Derivative of vector norm
• [x] DVPOOL_C - Delete a variable from the kernel pool
• [x] DVSEP_C - Time derivative of separation angle

E

• [x] EDLIMB_C - Ellipsoid Limb
• [x] EDTERM_C - Ellipsoid terminator
• [x] EKACEC_C - EK, add character data to column
• [x] EKACED_C - EK, add d.p. data to column
• [x] EKACEI_C - EK, add integer data to column
• [x] EKACLC_C - EK, add character column to segment
• [x] EKACLD_C - EK, add double precision column to segment
• [x] EKACLI_C - EK, add integer column to segment
• [x] EKAPPR_C - EK, append record onto segment
• [x] EKBSEG_C - EK, start new segment
• [x] EKCCNT_C - EK, column count
• [x] EKCII_C - EK, column info by index
• [x] EKCLS_C - EK, close file
• [x] EKDELR_C - EK, delete record from segment
• [x] EKFFLD_C - EK, finish fast write
• [x] EKFIND_C - EK, find data
• [x] EKGC_C - EK, get event data, character
• [x] EKGD_C - EK, get event data, double precision
• [x] EKGI_C - EK, get event data, integer
• [x] EKIFLD_C - EK, initialize segment for fast write
• [x] EKINSR_C - EK, insert record into segment
• [x] EKLEF_C - EK, load event file
• [x] EKNELT_C - EK, get number of elements in column entry
• [x] EKNSEG_C - EK, number of segments in file
• [x] EKNTAB_C - EK, return number of loaded tables
• [x] EKOPN_C - EK, open new file
• [x] EKOPR_C - EK, open file for reading
• [x] EKOPS_C - EK, open scratch file
• [x] EKOPW_C - EK, open file for writing
• [x] EKPSEL_C - EK, parse SELECT clause
• [x] EKRCEC_C - EK, read column entry element, character
• [x] EKRCED_C - EK, read column entry element, d.p.
• [x] EKRCEI_C - EK, read column entry element, integer
• [x] EKSSUM_C - EK, return segment summary
• [x] EKTNAM_C - EK, return name of loaded table
• [x] EKUCEC_C - EK, update character column entry
• [x] EKUCED_C - EK, update d.p. column entry
• [x] EKUCEI_C - EK, update integer column entry
• [x] EKUEF_C - EK, unload event file
• [x] EL2CGV_C - Ellipse to center and generating vectors
• [x] ELEMC_C - Element of a character set~~ -> item in cell
• [x] ELEMD_C - Element of a double precision set -> item in cell
• [x] ELEMI_C - Element of an integer set -> item in cell
• [x] EQNCPV_C - Equinoctial Elements to position and velocity
• [x] EQSTR_C - Equivalent strings -> in stdlib
• [x] ERRACT_C - Get/Set Default Error Action -> unneeded
• [x] ERRCH_C - Insert String into Error Message Text -> unneeded
• [x] ERRDEV_C - Get/Set Error Output Device Name -> unneeded
• [x] ERRDP_C - Insert D.P. Number into Error Message Text -> unneeded
• [x] ERRINT_C - Insert Integer into Error Message Text -> unneeded
• [x] ERRPRT_C - Get/Set Error Output Items -> unneeded
• [x] ESRCHC_C - Equivalence search, character
• [x] ET2LST_C - ET to Local Solar Time
• [x] ET2UTC_C - Ephemeris Time to UTC
• [x] ETCAL_C - Convert ET to Calendar format
• [x] EUL2M_C - Euler angles to matrix
• [x] EUL2XF_C - Euler angles and derivative to transformation
• [X] EXISTS_C - Does the file exist? -> in stdlib
• [x] EXPOOL_C - Confirm the existence of a pool kernel variable

F

• [x] FAILED_C - Error Status Indicator
• [x] FOVRAY_C - Is target in FOV at time?
• [x] FOVTRG_C - Is target in FOV at time?
• [x] FRAME_C - Build a right handed coordinate frame
• [x] FRINFO_C - Frame Information
• [x] FRMNAM_C - Frame to Name
• [x] FTNCLS_C - Close file designated by Fortran unit -> close
• [x] FURNSH_C - Furnish a program with SPICE kernels

G

• [x] GCPOOL_C - Get character data from the kernel pool
• [x] GDPOOL_C - Get d.p. values from the kernel pool
• [x] GEOREC_C - Geodetic to rectangular coordinates
• [x] GETCML_C - Get the command line -> unneeded
• [x] GETELM_C - Get the components from two-line elements
• [x] GETFAT_C - Get file architecture and type
• [x] GETFOV_C - Get instrument FOV parameters
• [x] GETMSG_C - Get Error Message -> unneeded
• [x] GFBAIL_C - GF, interrupt signal indicator
• [x] GFCLRH_C - GF, clear interrupt signal handler status
• [x] GFDIST_C - GF, distance search
• [x] GFEVNT_C - GF, geometric event finder
• [x] GFFOVE_C - GF, is target in FOV?
• [x] GFILUM_C - GF, illumination angle search
• [X] GFINTH_C - GF, interrupt signal handler -> unneeded
• [x] GFOCCE_C - GF, occultation event
• [x] GFOCLT_C - GF, find occultation
• [x] GFPA_C - GF, phase angle search
• [x] GFPOSC_C - GF, observer-target vector coordinate search
• [x] GFREFN_C - GF, default refinement estimator
• [x] GFREPF_C - GF, progress report finalization
• [x] GFREPI_C - GF, progress report initialization
• [x] GFREPU_C - GF, progress report update
• [x] GFRFOV_C - GF, is ray in FOV?
• [x] GFRR_C - GF, range rate search
• [x] GFSEP_C - GF, angular separation search
• [x] GFSNTC_C - GF, surface intercept vector coordinate search
• [x] GFSSTP_C - Geometry finder set step size
• [x] GFSTEP_C - Geometry finder step size
• [x] GFSTOL_C - GF, set a tolerance value for GF
• [x] GFSUBC_C - GF, subpoint vector coordinate search
• [x] GFTFOV_C - GF, is target in FOV?
• [x] GFUDB_C - GF, user defined boolean
• [x] GFUDS_C - GF, user defined scalar
• [x] GIPOOL_C - Get integers from the kernel pool
• [x] GNPOOL_C - Get names of kernel pool variables

H

• [X] HALFPI_C - Half the value of pi -> in stdlib
• [x] HRMINT_C - Hermite polynomial interpolation
• [x] HX2DP_C - Hexadecimal string to d.p. number

I

• [x] IDENT_C - Return the 3x3 identity matrix
• [x] ILLUM_C - Illumination angles -> deprecated
• [x] ILLUM_PL02 - illumination angles using DSK type 2 plate model -> deprecated
• [x] ILLUM_PLID_PL02 - illumination angles using type 2 DSK -> deprecated
• [x] ILLUMF_C - Illumination angles, general source, return flags
• [x] ILLUMG_C - Illumination angles, general source
• [x] ILUMIN_C - Illumination angles
• [x] INEDPL_C - Intersection of ellipsoid and plane
• [x] INELPL_C - Intersection of ellipse and plane
• [x] INRYPL_C - Intersection of ray and plane
• [x] INSRTC_C - Insert an item into a character set
• [x] INSRTD_C - Insert an item into a double precision set
• [x] INSRTI_C - Insert an item into an integer set
• [x] INTER_C - Intersection of two sets
• [x] INTMAX_C - Largest integer number -> typemax(Cint)
• [x] INTMIN_C - Smallest integer number -> typemin(Cint)
• [x] INVERT_C - Invert a 3x3 matrix -> inv
• [x] INVORT_C - Invert nearly orthogonal matrices -> inv
• [x] ISORDV_C - Is array an order vector? -> isperm
• [x] ISRCHC_C - Search in a character array -> findfirst(array .== value)
• [x] ISRCHD_C - Search in a double precision array -> findfirst(array .== value)
• [x] ISRCHI_C - Search in an integer array -> findfirst(array .== value)
• [x] ISROT_C - Indicate whether a matrix is a rotation matrix
• [x] ISWHSP_C - Determine whether a string is white space -> isempty(strip(str))

J

• [x] J1900_C - Julian Date of 1900.0 JAN 0.5
• [x] J1950_C - Julian Date of 1950.0 JAN 1.0
• [x] J2000_C - Julian Date of 2000 JAN 1.5
• [x] J2100_C - Julian Date of 2100 JAN 1.5
• [x] JYEAR_C - Seconds per julian year

K

• [x] KCLEAR_C - Keeper clear
• [x] KDATA_C - Kernel Data
• [x] KINFO_C - Kernel Information
• [x] KPLFRM_C - Kernel pool frame IDs
• [x] KTOTAL_C - Kernel Totals
• [x] KXTRCT_C - Extract a substring starting with a keyword

L

• [x] LASTNB_C - Last non-blank character
• [x] LATCYL_C - Latitudinal to cylindrical coordinates
• [x] LATREC_C - Latitudinal to rectangular coordinates
• [x] LATSPH_C - Latitudinal to spherical coordinates
• [x] LATSRF_C - Map array of planetocentric longitude/latitude coordinate pairs to surface points
• [x] LCASE_C - Convert to lowercase
• [x] LDPOOL_C - Load variables from a kernel file into the pool
• [x] LGRIND_C - Evaluate a Lagrange interpolating polynomial
• [x] LIMB_PL02 - Limb using DSK type 2 plate model -> deprecated
• [x] LIMBPT_C - Find limb points on a target body
• [x] LLGRID_PL02 - Lon/lat grid using DSK type 2 plate model -> deprecated
• [x] LMPOOL_C - Load variables from memory into the pool
• [x] LPARSE_C - Parse items from a list
• [x] LPARSM_C - Parse a list of items having multiple delimiters
• [x] LPARSS_C - Parse a list of items; return a set
• [x] LSPCN_C - Longitude of the sun, planetocentric
• [x] LSTLEC_C - Last character element less than or equal to.
• [x] LSTLED_C - Last double precision element less than or equal
• [x] LSTLEI_C - Last integer element less than or equal
• [x] LSTLTC_C - Last character element less than
• [x] LSTLTD_C - Last double precision element less than
• [x] LSTLTI_C - Last integer element less than
• [x] LTIME_C - Light Time
• [x] LX4DEC_C - Scan for decimal number
• [x] LX4NUM_C - Scan for number
• [x] LX4SGN_C - Scan for signed integer
• [x] LX4UNS_C - Scan for unsigned integer
• [x] LXQSTR_C - Lex quoted string

M

• [x] M2EUL_C - Matrix to Euler angles
• [x] M2Q_C - Matrix to quaternion
• [x] MATCHI_C - Match string against wildcard template
• [x] MATCHW_C - Match string against wildcard template
• [x] MAXD_C - Maximum of a set of double precision values
• [x] MAXI_C - Maximum of a set of integers
• [x] MEQU_C - Matrix equal to another, 3x3
• [x] MEQUG_C - Matrix equal to another, general dimension
• [x] MIND_C - Minimum of a set of double precision values
• [x] MINI_C - minimum of a set of integers
• [x] MTXM_C - Matrix transpose times matrix, 3x3
• [x] MTXMG_C - Matrix transpose times matrix, general dimension
• [x] MTXV_C - Matrix transpose times vector, 3x3
• [x] MTXVG_C - Matrix transpose times vector, general dimension
• [x] MXM_C - Matrix times matrix, 3x3
• [x] MXMG_C - Matrix times matrix, general dimension
• [x] MXMT_C - Matrix times matrix transpose, 3x3
• [x] MXMTG_C - Matrix times matrix transpose, general dimension
• [x] MXV_C - Matrix times vector, 3x3
• [x] MXVG_C - Matrix times vector, general dimension

N

• [x] NAMFRM_C - Name to frame
• [x] NCPOS_C - NOT Character position
• [x] NCPOSR_C - Character position, reverse
• [x] NEARPT_C - Nearest point on an ellipsoid
• [x] NPEDLN_C - Nearest point on ellipsoid to line
• [x] NPELPT_C - Nearest point on ellipse to point
• [x] NPLNPT_C - Nearest point on line to point
• [x] NVC2PL_C - Normal vector and constant to plane
• [x] NVP2PL_C - Normal vector and point to plane

O

• [x] OCCULT_C - find occultation type at time
• [x] ORDC_C - The ordinal position of an element in a set
• [x] ORDD_C - The ordinal position of an element in a set
• [x] ORDERC_C - Order of a character array
• [x] ORDERD_C - Order of a double precision array
• [x] ORDERI_C - Order of an integer array
• [x] ORDI_C - The ordinal position of an element in a set
• [x] OSCELT_C - Determine conic elements from state
• [x] OSCLTX_C - Extended osculating elements from state

P

• [x] PCKCLS_C - PCK, close file
• [x] PCKCOV_C - PCK coverage
• [x] PCKFRM_C - PCK reference frame class ID set
• [x] PCKLOF_C - PCK Kernel, Load binary file
• [x] PCKOPN_C - PCK, open new file
• [x] PCKUOF_C - PCK Kernel, Unload binary file
• [x] PCKW02_C - PCK, write type 2 segment
• [x] PCPOOL_C - Put character strings into the kernel pool
• [x] PDPOOL_C - Put d.p.'s into the kernel pool
• [x] PGRREC_C - Planetographic to rectangular
• [x] PHASEQ_C - Phase angle quantity between bodies centers
• [x] PI_C - Value of pi
• [x] PIPOOL_C - Put integers into the kernel pool
• [x] PJELPL_C - Project ellipse onto plane
• [x] PL2NVC_C - Plane to normal vector and constant
• [x] PL2NVP_C - Plane to normal vector and point
• [x] PL2PSV_C - Plane to point and spanning vectors
• [x] PLTAR_C - Compute area of plate set
• [x] PLTEXP_C - Plate expander
• [x] PLTNP_C - Nearest point on triangular plate
• [x] PLTNRM_C - DSK, compute outward normal of plate
• [x] PLTVOL_C - Compute volume of plate model
• [x] POLYDS_C - Compute a Polynomial and its Derivatives
• [x] POS_C - Position of substring -> first(findnext(substr, str, start))
• [X] POSR_C - Position of substring, reverse search -> first(findprev(substr, str, start))
• [x] PROMPT_C - Prompt a user for a string -> readline()
• [x] PROP2B_C - Propagate a two-body solution
• [x] PRSDP_C - Parse d.p. number with error checking -> parse(Float64, str)
• [x] PRSINT_C - Parse integer with error checking -> parse(Int, str)
• [x] PSV2PL_C - Point and spanning vectors to plane
• [x] PUTCML_C - Get the command line -> ARGS
• [x] PXFORM_C - Position Transformation Matrix
• [x] PXFRM2_C - Position Transform Matrix, Different Epochs

Q

• [x] Q2M_C - Quaternion to matrix
• [x] QCKTRC_C - Get Quick Traceback -> unneeded
• [x] QDQ2AV_C - Quaternion and quaternion derivative to a.v.
• [x] QXQ_C - Quaternion times quaternion

R

• [x] RADREC_C - Range, RA and DEC to rectangular coordinates
• [x] RAV2XF_C - Rotation and angular velocity to transform
• [x] RAXISA_C - Rotation axis of a matrix
• [x] RDTEXT_C - Read a line from a text file -> unneeded
• [x] RECCYL_C - Rectangular to cylindrical coordinates
• [x] RECGEO_C - Rectangular to geodetic
• [x] RECLAT_C - Rectangular to latitudinal coordinates
• [x] RECPGR_C - Rectangular to planetographic
• [x] RECRAD_C - Rectangular coordinates to RA and DEC
• [x] RECSPH_C - Rectangular to spherical coordinates
• [x] REMOVC_C - Remove an item from a character set
• [x] REMOVD_C - Remove an item from a double precision set
• [x] REMOVI_C - Remove an item from an integer set
• [x] REORDC_C - Reorder a character array -> array[iorder]
• [x] REORDD_C - Reorder a double precision array -> array[iorder]
• [x] REORDI_C - Reorder an integer array -> array[iorder]
• [x] REORDL_C - Reorder a logical array -> array[iorder]
• [x] REPMC_C - Replace marker with character string -> replace
• [x] REPMCT_C - Replace marker with cardinal text -> replace
• [x] REPMD_C - Replace marker with double precision number -> replace
• [x] REPMF_C - Replace marker with formatted d.p. value -> replace
• [x] REPMI_C - Replace marker with integer -> replace
• [x] REPMOT_C - Replace marker with ordinal text -> replace
• [x] RESET_C - Reset Error Status -> unneeded (integrated into native error handling)
• [x] RETURN_C - Immediate Return Indicator -> unneeded
• [x] ROTATE_C - Generate a rotation matrix
• [x] ROTMAT_C - Rotate a matrix
• [x] ROTVEC_C - Transform a vector via a rotation
• [x] RPD_C - Radians per degree -> deg2rad
• [x] RQUAD_C - Roots of a quadratic equation

S

• [x] SAELGV_C - Semi-axes of ellipse from generating vectors
• [x] SCARD_C - Set the cardinality of a cell
• [x] SCDECD_C - Decode spacecraft clock
• [x] SCE2C_C - ET to continuous SCLK ticks
• [x] SCE2S_C - ET to SCLK string
• [x] SCE2T_C - ET to SCLK ticks
• [x] SCENCD_C - Encode spacecraft clock
• [x] SCFMT_C - Convert SCLK "ticks" to character clock format
• [x] SCPART_C - Spacecraft Clock Partition Information
• [x] SCS2E_C - SCLK string to ET
• [x] SCT2E_C - SCLK ticks to ET
• [x] SCTIKS_C - Convert spacecraft clock string to ticks.
• [x] SDIFF_C - Symmetric difference of two sets
• [x] SET_C - Compare sets
• [x] SETMSG_C - Set Long Error Message -> unneeded
• [x] SHELLC_C - Shell sort a character array -> sort!
• [x] SHELLD_C - Shell sort a double precision array -> sort!
• [x] SHELLI_C - Shell sort an integer array -> sort!
• [x] SIGERR_C - Signal Error Condition -> unneeded
• [x] SINCPT_C - Surface intercept
• [x] SIZE_C - Size of a cell
• [x] SPD_C - Seconds per day
• [x] SPHCYL_C - Spherical to cylindrical coordinates
• [x] SPHLAT_C - Spherical to latitudinal coordinates
• [x] SPHREC_C - Spherical to rectangular coordinates
• [x] SPK14A_C - SPK, add data to a type 14 segment
• [x] SPK14B_C - SPK, begin a type 14 segment
• [x] SPK14E_C - SPK, end a type 14 segment
• [x] SPKACS_C - S/P Kernel, aberration corrected state
• [x] SPKAPO_C - S/P Kernel, apparent position only
• [x] SPKAPP_C - S/P Kernel, apparent state
• [x] SPKAPS_C - SPK, apparent state
• [x] SPKCLS_C - SPK, Close file
• [x] SPKCOV_C - SPK coverage
• [x] SPKCPO_C - SPK, constant position observer state
• [x] SPKCPT_C - SPK, constant position target state
• [x] SPKCVO_C - SPK, constant velocity observer state
• [x] SPKCVT_C - SPK, constant velocity target state
• [x] SPKEZ_C - S/P Kernel, easy reader
• [x] SPKEZP_C - S/P Kernel, easy position
• [x] SPKEZR_C - S/P Kernel, easier reader
• [x] SPKGEO_C - S/P Kernel, geometric state
• [x] SPKGPS_C - S/P Kernel, geometric position
• [x] SPKLEF_C - S/P Kernel, Load ephemeris file
• [x] SPKLTC_C - S/P Kernel, light time corrected state
• [x] SPKOBJ_C - SPK objects
• [x] SPKOPA_C - SPK open for addition
• [x] SPKOPN_C - SPK, open new file.
• [x] SPKPDS_C - SPK pack descriptor
• [x] SPKPOS_C - S/P Kernel, position
• [x] SPKPVN_C - S/P Kernel, position and velocity in native frame
• [x] SPKSFS_C - S/P Kernel, Select file and segment
• [x] SPKSSB_C - S/P Kernel, solar system barycenter
• [x] SPKSUB_C - S/P Kernel, subset
• [x] SPKUDS_C - SPK - unpack segment descriptor
• [x] SPKUEF_C - S/P Kernel, Unload ephemeris file
• [x] SPKW02_C - Write SPK segment, type 2
• [x] SPKW03_C - Write SPK segment, type 3
• [x] SPKW05_C - Write SPK segment, type 5
• [x] SPKW08_C - Write SPK segment, type 8
• [x] SPKW09_C - Write SPK segment, type 9
• [x] SPKW10_C - SPK - write a type 10 segment
• [x] SPKW12_C - Write SPK segment, type 12
• [x] SPKW13_C - Write SPK segment, type 13
• [x] SPKW15_C - SPK, write a type 15 segment
• [x] SPKW17_C - SPK, write a type 17 segment
• [x] SPKW18_C - Write SPK segment, type 18
• [x] SPKW20_C - Write SPK segment, type 20
• [x] SRFC2S_C - Surface and body ID codes to surface string
• [x] SRFCSS_C - Surface ID and body string to surface string
• [x] SRFNRM_C - Map surface points to outward normal vectors
• [x] SRFREC_C - Surface to rectangular coordinates
• [x] SRFS2C_C - Surface and body strings to surface ID code
• [x] SRFSCC_C - Surface string and body ID code to surface ID code
• [x] SRFXPT_C - Surface intercept point -> deprecated
• [x] SSIZE_C - Set the size of a cell
• [x] STELAB_C - Stellar Aberration
• [x] STPOOL_C - String from pool
• [x] STR2ET_C - String to ET
• [x] SUBPNT_C - Sub-observer point
• [x] SUBPT_C - Sub-observer point -> deprecated
• [x] SUBPT_PL02 - Sub-observer point using DSK type 2 plate model -> deprecated
• [x] SUBSLR_C - Sub-solar point
• [x] SUBSOL_C - Sub-solar point -> deprecated
• [x] SUBSOL_PL02 - Sub-solar point using DSK type 2 plate model -> deprecated
• [x] SUMAD_C - Sum of a double precision array -> sum
• [x] SUMAI_C - Sum of an integer array -> sum
• [x] SURFNM_C - Surface normal vector on an ellipsoid
• [x] SURFPT_C - Surface point on an ellipsoid
• [x] SURFPV_C - Surface point and velocity
• [x] SWPOOL_C - Set watch on a pool variable
• [x] SXFORM_C - State Transformation Matrix
• [x] SZPOOL_C - Get size limitations of the kernel pool

T

• [x] TERM_PL02 - Terminator using DSK type 2 plate model -> deprecated
• [x] TERMPT_C - Terminator points on an extended object
• [x] TIMDEF_C - Time Software Defaults
• [x] TIMOUT_C - Time Output
• [x] TIPBOD_C - Transformation, inertial position to bodyfixed
• [x] TISBOD_C - Transformation, inertial state to bodyfixed
• [x] TKVRSN_C - Toolkit version strings
• [x] TPARSE_C - Parse a UTC time string
• [x] TPICTR_C - Create a Time Format Picture
• [x] TRACE_C - Trace of a 3x3 matrix
• [x] TRCDEP_C - Traceback depth -> unneeded
• [x] TRCNAM_C - Get module name from traceback -> unneeded
• [x] TRCOFF_C - Turn tracing off -> unneeded
• [x] TSETYR_C - Time --- set year expansion boundaries
• [x] TWOPI_C - Twice the value of pi
• [x] TWOVEC_C - Two vectors defining an orthonormal frame
• [x] TYEAR_C - Seconds per tropical year

U

• [x] UCASE_C - Convert to uppercase
• [x] UCRSS_C - Unitized cross product, 3x3
• [x] UDDC_C - Derivative of function less than zero, df(x)/dx < 0 -> should not be called by user
• [x] UDDF_C - First derivative of a function, df(x)/dx
• [x] UDF_C - GF, dummy function -> unneeded
• [x] UNION_C - Union of two sets
• [x] UNITIM_C - Uniform time scale transformation
• [x] UNLOAD_C - Unload a kernel
• [x] UNORM_C - Unit vector and norm, 3 dimensional
• [x] UNORMG_C - Unit vector and norm, general dimension
• [x] UTC2ET_C - UTC to Ephemeris Time

V

• [x] VADD_C - Vector addition, 3 dimensional
• [x] VADDG_C - Vector addition, general dimension
• [x] VALID_C - Validate a set
• [x] VCRSS_C - Vector cross product, 3 dimensions
• [x] VDIST_C - Vector distance
• [x] VDISTG_C - Vector distance, general dimension
• [x] VDOT_C - Vector dot product, 3 dimensions
• [x] VDOTG_C - Vector dot product, general dimension
• [x] VEQU_C - Vector equality, 3 dimensions
• [x] VEQUG_C - Vector equality, general dimension
• [x] VHAT_C - "V-Hat", unit vector along V, 3 dimensions
• [x] VHATG_C - "V-Hat", unit vector along V, general dimension
• [x] VLCOM3_C - Vector linear combination, 3 dimensions
• [x] VLCOM_C - Vector linear combination, 3 dimensions
• [x] VLCOMG_C - Vector linear combination, general dimension
• [x] VMINUG_C - Minus V, "-V", general dimension
• [x] VMINUS_C - Minus V, "-V", 3 dimensions
• [x] VNORM_C - Vector norm, 3 dimensions
• [x] VNORMG_C - Vector norm, general dimension
• [x] VPACK_C - Pack three scalar components into a vector
• [x] VPERP_C - Perpendicular component of a 3-vector
• [x] VPRJP_C - Vector projection onto plane
• [x] VPRJPI_C - Vector projection onto plane, inverted
• [x] VPROJ_C - Vector projection, 3 dimensions
• [x] VREL_C - Vector relative difference, 3 dimensions
• [x] VRELG_C - Vector relative difference, general dimension
• [x] VROTV_C - Vector rotation about an axis
• [x] VSCL_C - Vector scaling, 3 dimensions
• [x] VSCLG_C - Vector scaling, general dimension
• [x] VSEP_C - Angular separation of vectors, 3 dimensions
• [x] VSEPG_C - Angular separation of vectors, general dimension
• [x] VSUB_C - Vector subtraction, 3 dimensions
• [x] VSUBG_C - Vector subtraction, general dimension
• [x] VTMV_C - Vector transpose times matrix times vector, 3 dim
• [x] VTMVG_C - Vector transpose times matrix times vector
• [x] VUPACK_C - Unpack three scalar components from a vector
• [x] VZERO_C - Is a vector the zero vector?
• [x] VZEROG_C - Is a vector the zero vector?---general dim.

W

• [x] WNCARD_C - Cardinality of a double precision window
• [x] WNCOMD_C - Complement a DP window
• [x] WNCOND_C - Contract the intervals of a DP window
• [x] WNDIFD_C - Difference two DP windows
• [x] WNELMD_C - Element of a DP window
• [x] WNEXPD_C - Expand the intervals of a DP window
• [x] WNEXTD_C - Extract the endpoints from a DP window
• [x] WNFETD_C - Fetch an interval from a DP window
• [x] WNFILD_C - Fill small gaps in a DP window
• [x] WNFLTD_C - Filter small intervals from a DP window
• [x] WNINCD_C - Included in a double precision window
• [x] WNINSD_C - Insert an interval into a DP window
• [x] WNINTD_C - Intersect two DP windows
• [x] WNRELD_C - Compare two DP windows
• [x] WNSUMD_C - Summary of a double precision window
• [x] WNUNID_C - Union two DP windows
• [x] WNVALD_C - Validate a DP window

X

• [x] XF2EUL_C - State transformation to Euler angles
• [x] XF2RAV_C - Transform to rotation and angular velocity
• [x] XFMSTA_C - Transform state between coordinate systems
• [x] XPOSE6_C - Transpose a matrix, 6x6
• [x] XPOSE_C - Transpose a matrix, 3x3
• [x] XPOSEG_C - Transpose a matrix, general

[GravityAssisted]

So I have created my own julia wrappers which I use them for day 2 day work at JPL. They are very performant. They can be expanded upon , not sure if that helps. I need to check with export control before I can release them to public.

[helgee]

If you are able to contribute your wrappers, that would certainly be helpful 👍

[helgee]