THEMIS SW Help for tdas_6_00_vmtest

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Last modified: Mon Oct 31 12:42:20 2011.

Directories Searched:

• erg/examples
• ssl_general/CDF
• ssl_general/cotrans
• ssl_general/cotrans/aacgm
• ssl_general/cotrans/lmn_transform
• ssl_general/cotrans/special
• ssl_general/cotrans/special/enp
• ssl_general/cotrans/special/fac
• ssl_general/cotrans/special/minvar
• ssl_general/cotrans/special/rxy
• ssl_general/cotrans/special/sse
• ssl_general/examples
• ssl_general/key_param
• ssl_general/mini
• ssl_general/misc
• ssl_general/misc/SSW
• ssl_general/misc/quaternion
• ssl_general/misc/system
• ssl_general/missions
• ssl_general/missions/ISTP
• ssl_general/missions/ace
• ssl_general/missions/fast
• ssl_general/missions/goes
• ssl_general/missions/goesmag
• ssl_general/missions/kyoto
• ssl_general/missions/lanl
• ssl_general/missions/stereo
• ssl_general/missions/wind
• ssl_general/science
• ssl_general/science/wavpol
• ssl_general/science/wind
• ssl_general/tools/fitting
• ssl_general/tools/misc
• ssl_general/tools/tplot
• ssl_general/tools/tplot/wvlt
• ssl_general/tplot
• themis/common
• themis/examples
• themis/examples/tplot_cribs
• themis/ground
• themis/ground/asi_mosaic
• themis/spacecraft
• themis/spacecraft/fields
• themis/spacecraft/fields/LASP
• themis/spacecraft/particles
• themis/spacecraft/particles/ESA
• themis/spacecraft/particles/ESA/packet
• themis/spacecraft/particles/ESA/packet/functions
• themis/spacecraft/particles/ESA/thm_esa_slice2d
• themis/spacecraft/particles/SST
• themis/spacecraft/particles/SST/SST_cal_workdir
• themis/spacecraft/particles/moments
• themis/spacecraft/particles/slices
• themis/spin
• themis/state
• themis/state/cotrans
• themis/thm_ui
• themis/thm_ui_new
• themis/thm_ui_new/display
• themis/thm_ui_new/display/draw_object
• themis/thm_ui_new/objects
• themis/thm_ui_new/panels
• themis/thm_ui_new/panels/dproc
• themis/thm_ui_new/panels/thm_ui_layout_options
• themis/thm_ui_new/panels/thm_ui_load_data_file
• themis/thm_ui_new/utilities
• themis/thm_ui_new/utilities/thm_ui_main_funcs
• themis/thm_ui_new/utilities/thm_ui_tplot_gui_funcs

Alphabetical List of Routines

• 3D_STRUCTURE
  Documentation for the 3d structure.
• AACGMIDL
  This library is a pure IDL version of the AACGM library
• AACGM_PLOT
• ACCUM_PAD
• ACE_INIT
• ACE_MAG_SWEPAM_LOAD
• ACE_MFI_LOAD
• ACE_SWE_LOAD
• ADD_ALL
  adds user defined structure elements to the 3d structures.
• ADD_BDIR
  Adds magnetic field direction [theta,phi] to a 3d structure
• ADD_DATA
  Creates a tplot variable that is the difference of two tplot variables.
• ADD_MAGF
  Adds magnetic field vector [Bx,By,Bz] to a 3d structure.
• ADD_SC_POS
  Adds orbital data to a 3d data structure.
• AGYRO_3D_NEW
  Returns the agyrotropy, 2.(Pxx-Pyy)/(Pxx+Pyy)
• ANG_DATA
  Creates a tplot variable that is the angle between two tplot variables.
• APPEND_ARRAY
  Append an array to another array. Can also copy an array into a
• ARRAY_CROSS
• AVERAGE
  Returns the average value of an array.
• AVERAGE_HIST
• AVERAGE_STR
  Average data in res second time segments.
• AVG_DATA
  Creates a new tplot variable that is the time average of original.
• AVSIG
  Average and dispersion of an array, zeros can be not included,
• BETA_3D_NEW
  Returns beta, P/B^2/8pi, corrects for spacecraft potential if dat.sc_pot exists
• BIN1D
• BIN2D
• BITPLOT
  Plots 'ON' bits for housekeeping type data.
• BITS2
  Given a byte or integer, return a vector of 8 or 16 values
• BKG_FILE
  saves and restores background data files.
• BSORT
  Function to sort data into ascending order, like a simple bubble sort.
• BUTTERWORTH_FILTER_RESP
• BYTESCALE
• CALC
• CALC_MLT
  calculate magnetic local time for a given longitude
• CALC_OMEGA_FLT2
• CAL_BSN2
  Function returns a structure that describes the interaction of a B-field
• CAL_ROT
  Returns a rotation matrix that rotates v1,v2 to the x-y plane
• CART_TO_SPHERE
  transform from cartesian to spherical coordinates
• CDF2TPLOT
• CDF_FILE_NAMES
  Returns an array of filenames within a timerange.
• CDF_INFO
  Returns a structure with useful information about a CDF file.
• CDF_INFO_TO_TPLOT
• CDF_LOAD_VARS
• CDF_SAVE_VARS
• CDF_SET_CDF27
  Call CDF_SET_CDF27_BACKWARD_COMPATIBLE but don't bomb unnecessarily when
• CDF_VAR_ATTS
  Returns a structure that contains all the attributes of a variable within
• CENTERTLB
• CLEAN_SPIKES
• CLEAR_ESA_COMMON_BLOCKS
• CNVTIME
  This provides an alternate entry point to CNV_MDHMS_SEC
• CNV_AACGM
  convert to and from AACGM and Geographic coordinates
• CNV_MDHMS_SEC
  convert time from the form year, month, day, hour, minute, sec
• CNV_SEC_MDHMS
  Convert the time in seconds of the year to the form month, day
• CODE_FRAGMENT
  takes a string, where input variables are defined as array_elements
• COLOR24
• COLORBAR
• COLORBAR__DEFINE
  The purpose of this routine is to implement a COLORBAR object
• COLORS_COM
• CONVERT_PH_UNITS
  Converts the units of the data array of ph data structures.
• CONVERT_VFRAME
• CONV_UNITS
• COPY_DATA
• COTRANS
• COTRANS_GET_COORD
• COTRANS_LIB[10]
• COTRANS_LIB[11]
• COTRANS_LIB[12]
• COTRANS_LIB[13]
• COTRANS_LIB[14]
• COTRANS_LIB[15]
• COTRANS_LIB[16]
• COTRANS_LIB[17]
• COTRANS_LIB[18]
• COTRANS_LIB[19]
• COTRANS_LIB[1]
• COTRANS_LIB[20]
• COTRANS_LIB[2]
• COTRANS_LIB[2]
• COTRANS_LIB[3]
• COTRANS_LIB[4]
• COTRANS_LIB[5]
• COTRANS_LIB[6]
• COTRANS_LIB[7]
• COTRANS_LIB[8]
• COTRANS_LIB[9]
• COTRANS_SET_COORD
• CROSSHAIRS
  Display crosshairs on the plot window, display the data coordinates of the
• CROSSP2
  performs cross product on arrays
• CSSTACK
• CSVECTOR
• CTIME
  Interactively uses the cursor to select a time (or times)
• CUTS
• CWD
• C_3D
  Returns the sum of the counts in temp.data
• DATA_CACHE
• DATA_CUT
• DATA_TO_NORMAL
• DAT_FILE
  saves and restores 3d data files.
• DAY_TO_YEAR_DOY
  determines year and day of year given day since 0000 AD
• DEL_DATA
  obsolete procedure! use "STORE_DATA" instead
• DERIV_DATA
  Creates a tplot variable that is the derivative of a tplot variable.
• DGEN
• DIAG_P
  Returns the temperature: [Tpara,Tperp,Tperp], and
• DIF_DATA
  Creates a tplot variable that is the difference of two tplot variables.
• DIMEN
  Returns the dimensions of an array as an array of integers.
• DIMEN1
• DIMEN2
• DIMEN_SHIFT
  Rotate dimensions of a multidimensional array.
• DISTFUNC
  Interpolates distribution function in a smooth manner.
• DIVIDE_DATA
• DIV_DATA
  Creates a tplot variable that is the ratio of two other tplot variables.
• DJE_3D_NEW
  Returns the energy flux error due to statistics, [dJEx,dJEy,dJEz], eV/(cm^2-s)
• DJ_3D_NEW
  Returns the flux error due to statistics, [dJx,dJy,dJz], 1/(cm^2-s)
• DM_3D_NEW
  Returns the momentum tensor, [Mxx,Myy,Mzz,Mxy,Mxz,Myz], eV/cm^3
• DN_3D_NEW
  Returns the density error due to statistics, dn, 1/cm^3, corrects for spacecraft potential if dat.sc_pot exists
• DOY_TO_MONTH_DATE
  Determines month and date given the year and day of year.
• DPRINT
  Diagnostic PRINT (activated only when DEBUG reaches DLEVEL)
• DPWRSPC
  Called with times time and data quantity, dpwrspc returns a dps
• DP_3D_NEW
  Returns the pressure error due to statistics, dp, eV/cm^3, corrects for spacecraft potential if dat.sc_pot exists, diagonalizes
• DRAW_COLOR_SCALE
  Procedure to draw a color scale.
• DSL2GSE
• DV_3D_NEW
  Returns the velocity error due to statistics, [dVx,dVy,dVz], km/s
• DYDT_SPIKE_TEST
  This function checks an array for spikes based on its time
• EC_3D_NEW
  Returns the characteristic energy, Ec, eV
• EDIT3DBINS
• ENCLOSED
  Returns the indices of a set of x,y points that are inside a contour.
• ENERGY_TO_EBIN
  Returns the energy bin numbers in "dat.energy" nearest to "en"
• ENLARGE_PERIODIC
• ENP_CRIB
• ENP_MATRIX_MAKE
• EQN_OF_TIME
  equation of time for a given longitude and year
• ERG_CRIB_GMAG_MM210
• ERG_CRIB_GMAG_NIPR
• ERROR_MESSAGE
• EULER_ANG_ROT_MATRIX
  returns rotation matrix given the euler angles
• EVALUATE
• EVALUATOR_ROUTINES
• EXPONENTIAL
• EXTRACT_TAGS
• FAC_CRIB
• FAC_MATRIX_MAKE
• FA_FILE_SOURCE
• FA_K0_LOAD
• FA_ORBIT_TIME
• FILE_COPY2
• FILE_DAILYNAMES
• FILE_HTTP_COPY
  Downloads file(s) from http servers.
• FILE_OPEN
• FILE_RETRIEVE
• FILE_RETRIEVE_V
• FILE_SOURCE_DIRNAME
• FILE_TOUCH
• FIND_CONST_INTERVALS
• FIND_HANDLE
  Returns the index associated with a string name.
• FIND_STR_ELEMENT
• FIT[1]
  Non-linear least squares fit to a user defined function.
• FIT[2]
  Non-linear least squares fit to a user defined function.
• FIT_CRIB
• FNAME_TO_TIME
  To translate the name of a standard WIND data file into the starting
• FORMATANNOTATION
  This routine is used as a callback for axis labeling by IDLgrAxis
• FSC_COLOR
• FSC_FIELD
• GAUSS
  Evaluates a gaussian function with background.
• GAUSS2
  Evaluates a gaussian function with background.
• GAUSSIAN
  Evaluates a gaussian function with background.
• GETCOLOR
  The original purpose of this function was to enable the
• GETCTPATH
  gets the path of the color table on the file system
• GETHELPPATH
  gets the path of the help directory in a cross platform way
• GETRESOURCEPATH
  gets the path of the resource directory in a cross platform way
• GETTIME
• GETXY
  Routine that uses the cursor to select points.
• GET_2DT
  To generate time series data for "tplot.pro"
• GET_3DT
  To generate time series data for "tplot"
• GET_BSN2
  Generates tplot structures for intersection of Bow Shock and s/c B-field line.
• GET_COLORS
• GET_DATA
  Retrieves the data and or limit structure associated with a name handle.
• GET_EN_SPEC
  Generates energy-time spectrogram data structures for tplot
• GET_FILE_NAMES
  Gets an array of filenames within a time range
• GET_FILE_NAMES_IND
  Gets an array of filenames within a masterfile within a time range
• GET_INTRO_DIR
• GET_MAX_MEMBLOCK.PRO
  Returns size of largest contiguous block of memory available to IDL in
• GET_MAX_MEMBLOCK2.PRO
  Returns size of largest contiguous block of memory available to IDL in
• GET_MOMENT3D
  To generate moment time series data for TPLOT
• GET_PADSPEC
  Creates "TPLOT" variable by summing 3D data over selected angle bins.
• GET_PA_SPEC3D
  Generates pitch angle vs. time spectrogram data structures for tplot
• GET_RT_PATH
  gets the directory of the calling routine. Used for reliably looking
• GET_SYMM
• GET_THA_PEEB
  Returns peeb data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THA_PEEC
  Returns either peef or combined peef-peer data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THA_PEEF
  Returns peef data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THA_PEER
  Returns peer data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THA_PEES
  Returns either peer or combined peef-peer data structure at a single time from common generated by thm_load_esa_pkt.pro, for spin resolution combined data
• GET_THA_PEIB
  Returns peib data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THA_PEIF
  Returns peif data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THA_PEIR
  Returns peir data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THB_PEEB
  Returns peeb data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THB_PEEC
  Returns either peef or combined peef-peer data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THB_PEEF
  Returns peef data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THB_PEER
  Returns peer data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THB_PEES
  Returns either peer or combined peef-peer data structure at a single time from common generated by thm_load_esa_pkt.pro, for spin resolution combined data
• GET_THB_PEIB
  Returns peib data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THB_PEIF
  Returns peif data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THB_PEIR
  Returns peir data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THC_PEEB
  Returns peeb data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THC_PEEC
  Returns either peef or combined peef-peer data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THC_PEEF
  Returns peef data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THC_PEER
  Returns peer data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THC_PEES
  Returns either peer or combined peef-peer data structure at a single time from common generated by thm_load_esa_pkt.pro, for spin resolution combined data
• GET_THC_PEIB
  Returns peib data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THC_PEIF
  Returns peif data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THC_PEIR
  Returns peir data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THD_PEEB
  Returns peeb data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THD_PEEC
  Returns either peef or combined peef-peer data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THD_PEEF
  Returns peef data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THD_PEER
  Returns peer data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THD_PEES
  Returns either peer or combined peef-peer data structure at a single time from common generated by thm_load_esa_pkt.pro, for spin resolution combined data
• GET_THD_PEIB
  Returns peib data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THD_PEIF
  Returns peif data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THD_PEIR
  Returns peir data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THE_PEEB
  Returns peeb data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THE_PEEC
  Returns either peef or combined peef-peer data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THE_PEEF
  Returns peef data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THE_PEER
  Returns peer data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THE_PEES
  Returns either peer or combined peef-peer data structure at a single time from common generated by thm_load_esa_pkt.pro, for spin resolution combined data
• GET_THE_PEIB
  Returns peib data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THE_PEIF
  Returns peif data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THE_PEIR
  Returns peir data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THF_PEEB
  Returns peeb data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THF_PEEF
  Returns peef data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THF_PEER
  Returns peer data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THF_PEIB
  Returns peib data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THF_PEIF
  Returns peif data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THF_PEIR
  Returns peir data structure at a single time from common generated by thm_load_esa_pkt.pro
• GET_THM_ESA_CAL
  Returns esa calibration factors
• GET_THM_ESA_CALIB
  Returns esa calibration data in a structure
• GET_TIMESPAN
• GET_TOKEN
• GET_YLIMITS
  Calculates appropriate ylimits for a string array of "TPLOT" variables
• GOES_CONFIG_FILEDIR
• GOES_EP_LOAD
• GOES_INIT
• GOES_MAG_LOAD
• GOES_MAG_OVERVIEWS
• GOES_READ_CONFIG
  Reads the goes_config file
• GOES_WRITE_CONFIG
  Writes the goes_config file
• GRAD
• GSE2SSE
• GSM2LMN
  Routine transforms vector field from GSM to LMN (boundary-normal)
• GSM2LMN_WRAP
  Wrapper transforms vector field from GSM to LMN (boundary-normal)
• HDF_LIST_ANNS
• HDZ2GEO
• HEATFLUX
• HIGH_PASS_FILTER
  subtracts running average from a data array
• HISTBINS
• HISTBINS2D
• INIT_DEVICES
• INTERP
  Linearly Interpolates vectors with an irregular grid.
• INTERP_GAP
• IN_SET
• ISTP_INIT
• IS_ARRAY
• IS_EQUAL
• IS_NUM
• IS_NUMERIC
• IS_STRING
• IS_STRUCT
• ITON
  Convert an index or array of indicies to data names.
• JEO_3D_NEW
  Returns the omin directional energy flux, eV/(cm^2-s)
• JE_3D
  Returns the energy flux, [Je_x,Je_y,Je_z], ergs/(cm^2-s)
• JE_3D_NEW
  Returns the energy flux, [JEx,JEy,JEz], ergs/(cm^2-s)
• JE_PAR_3D_NEW
  Returns the energy flux, [JEx,JEy,JEz], 1/(cm^2-s)
• JOIN_VEC
• JO_3D_NEW
  Returns the omin directional flux, 1/(cm^2-s)
• J_3D
  Returns the flux, [Jx,Jy,Jz], 1/(cm^2-s)
• J_3D_NEW
  Returns the flux, [Jx,Jy,Jz], 1/(cm^2-s)
• KYOTO_AE_DOWNLOAD.PRO
  This routine will download the requested month of AE, AL, AO, and AU
• KYOTO_AE_LOAD
• KYOTO_CRIB_AE_LOAD
• KYOTO_CRIB_LOAD_AE
• KYOTO_CRIB_LOAD_DST
• KYOTO_DST2TPLOT
• KYOTO_DST_LOAD
• KYOTO_LOAD_AE
• KYOTO_LOAD_DST
• LANL_MPA_LOAD
• LANL_SPA_LOAD
• LD_3D_NEW
  Returns the debye length, m, corrects for spacecraft potential if dat.sc_pot exists
• LIBS
• LMN_TRANSFORM_CRIB
  This code shows anatomy of the LMN transform, so essentially this is dissected gsm2lmn
• LOADALLHDF
  Loads selected HDF file variables into a data structure.
• LOADCT2
• LOADDATA
• LOAD_ACE_CRIS
  loads ACE CRIS Experiment key parameter data for "tplot".
• LOAD_ACE_EPAM
  loads ACE EPAM Experiment key parameter data for "tplot".
• LOAD_ACE_MAG
  loads ACE MAG Experiment key parameter data for "tplot".
• LOAD_ACE_SEPICA
  loads ACE SEPICA Experiment key parameter data for "tplot".
• LOAD_ACE_SIS
  loads ACE SIS Experiment key parameter data for "tplot".
• LOAD_ACE_SWEPAM
  loads ACE SWEPAM (Ion) Experiment key parameter data for "tplot".
• LOAD_ACE_ULEIS
  loads ACE ULEIS Experiment key parameter data for "tplot".
• LOAD_COEF
  load a set of AACGM coefficients
• LOAD_DATA
• LOAD_DST
  loads DST data from a DST text file
• LOAD_GE_MGF
  loads GEOTAIL MAGNETOMETER Experiment key parameter data for "tplot".
• LOAD_HKP_MFI
  Creates TPLOT magnetic field variables from 3DP housekeeping data.
• LOAD_I8_MAG
  loads IMP-8 magnetometer key parameter data for "tplot".
• LOAD_I8_PLA
  loads IMP-8 Plasma Experiment key parameter data for "tplot".
• LOAD_IG_PCI
  loads INTERBALL Ground key parameter data for "tplot".
• LOAD_KP
  Loads Kp and ap data from a text file
• LOAD_PO_PWI
  Loads Polar Plasma Wave Instrument key parameter data into "tplot" variables.
• LOAD_SO_CEL
  loads SOHO CEL key parameter data for "tplot".
• LOAD_SO_CST
  loads SOHO CST key parameter data for "tplot".
• LOAD_SO_ERN
  loads SOHO ERN key parameter data for "tplot".
• LOAD_WI_3DP
  loads WIND 3D Plasma Experiment key parameter data for "tplot".
• LOAD_WI_EHPD
  loads WIND 3D Plasma Experiment key parameter data for "tplot".
• LOAD_WI_EHSP_3DP
  loads WIND 3D Plasma Experiment key parameter data for "tplot".
• LOAD_WI_ELM2
  loads WIND 3D Plasma Experiment key parameter data for "tplot".
• LOAD_WI_ELPD2
  loads WIND 3D Plasma Experiment key parameter data for "tplot".
• LOAD_WI_ELPD5
  loads WIND 3D Plasma Experiment key parameter data for "tplot".
• LOAD_WI_ELPD_3DP
  loads WIND 3D Plasma Experiment key parameter data for "tplot".
• LOAD_WI_ELSP_3DP
  loads WIND 3D Plasma Experiment key parameter data for "tplot".
• LOAD_WI_EM_3DP
  loads WIND 3D Plasma Experiment key parameter data for "tplot".
• LOAD_WI_EPA
  loads WIND Energetic Particle Analyser key parameter data for "tplot".
• LOAD_WI_FRM_3DP
  loads WIND 3D Plasma Experiment key parameter data for "tplot".
• LOAD_WI_H0_MFI
  loads WIND MAGNETOMETER high resolution data for "tplot".
• LOAD_WI_HKP_3DP
  loads WIND 3D Plasma Experiment key parameter data for "tplot".
• LOAD_WI_MFI
  loads WIND MAGNETOMETER Experiment key parameter data for "tplot".
• LOAD_WI_OR
  loads WIND 3D Plasma Experiment orbit data for "tplot".
• LOAD_WI_PDFIT
  loads WIND 3D Plasma Experiment key parameter data for "tplot".
• LOAD_WI_PHSP_3DP
  loads WIND 3D Plasma Experiment key parameter data for "tplot".
• LOAD_WI_PLSP_3DP
  loads WIND 3D Plasma Experiment key parameter data for "tplot".
• LOAD_WI_PM_3DP
  loads WIND 3D Plasma Experiment key parameter data for "tplot".
• LOAD_WI_SFPD
  loads WIND 3D Plasma Experiment key parameter data for "tplot".
• LOAD_WI_SFSP_3DP
  loads WIND 3D Plasma Experiment key parameter data for "tplot".
• LOAD_WI_SOPD
  loads WIND 3D Plasma Experiment key parameter data for "tplot".
• LOAD_WI_SOSP_3DP
  loads WIND 3D Plasma Experiment key parameter data for "tplot".
• LOAD_WI_SP_MFI
  loads WIND MAGNETOMETER 3 second data for "tplot".
• LOAD_WI_SWE
  loads WIND Solar Wind Experiment key parameter data for "tplot".
• LOAD_WI_WAV
  loads WIND WAVES Experiment key parameter data for "tplot".
• LOGICAL_XOR
• MAKECOLORTABLE
  makes the color table file for the themis gui
• MAKEGAP
  Creates data gaps (by inserting NaN) when the time between data points is
• MAKEGIF
  Creates a GIF file from the currently displayed image.
• MAKEJPG
  Creates a jpg file from the currently displayed image.
• MAKEPNG
  Creates a PNG file from the currently displayed image.
• MAKEPS.PRO
• MAKE_3DMAP
  Returns a 3d map using the theta's and phi's of a 3d structure.
• MAKE_CDF_INDEX
  Creates an index file for CDF files.
• MAT_DIAG
  Diagonalize a 3x3 symmetric matrix
• MGAUSS
  Evaluates multiple gaussian function with background.
• MINI_PREDICATES
• MINI_ROUTINES
• MINJMIN
  Returns average value of j lowest-value points in the arrage. Works like min.
• MINMAX
• MINVAR
• MINVAR_MATRIX_MAKE
• MINVAR_TEST
• MK_HTML_HELP2
  Creates a html document from a list of IDL procedures.
• MOMENTS_3D
  Returns all useful moments as a structure
• MPLOT
  General purpose procedure used to make multi-line plots.
• MTOQ
• MULT_DATA
  Creates a tplot variable that is the product of two other tplot variables.
• MVA_CRIB
• M_3D_NEW
  Returns the momentum tensor, [Mxx,Myy,Mzz,Mxy,Mxz,Myz], eV/cm^3
• NDIMEN
  Returns the number of dimensions in an array.
• NN
• NOAA_ACE_NRT_LOAD
• NORMAL_TO_DATA
• NUL_DATA
  Null out a range of tplot data.
• NUM_TO_STR_PAD
• N_3D
  Returns the density, n, 1/cm^3
• N_3D_NEW
  Returns the density, n, 1/cm^3, corrects for spacecraft potential if dat.sc_pot exists
• OMNI3D
• OMNI_HRO_LOAD
• OPEN_THEMIS_DOCUMENT
• OPEN_THEMIS_TEMPLATE
• OPLOT_ERR
  Plot error bars over a previously drawn plot.
• OPTIONS
  Add (or change) an element of a structure.
• PAD
• PADPLOT
• PANGLE
  Computes pitch angle given two sets of theta and phi
• PARSE_TABLE_ROUTINES
• PB5_TO_TIME
• PCLOSE
• PICKCOLOR
• PICKCOLORNAME
• PLOT3D
  Draws a series of 3d color plots, one plot per energy step.
• PLOT3D_COM
• PLOT3D_OPTIONS
• PLOTXY
• PLOTXYLIB
• PLOTXYVEC
• PLOTXYZ
• PLOT_MAP
• PLOT_PART_SLICE2D
• PLOT_POSITIONS
  Procedure that will compute plot positions for multiple plots per page.
• PMPLOT
• POLYCURVE
  Evaluates a (4th degree) polynomial (can be used with "FIT")
• POPEN
  Change plot device to postscript.
• POPEN_COM
• POWER_LAW
  Evaluates a power law function (with background) (can be used with "FIT")
• PRESTENS
• PRINTDAT
  Displays information and contents of a data variable. (Very similar to HELP procedure but much more verbose.)
• PRINT_CDF_INFO
• PRINT_OPTIONS
• PRINT_STRUCT
  prints data in an array of structures.
• PRODUCTIONS
• PROGRESSBAR__DEFINE
• PTRACE
• PTR_EXTRACT
• PWRSPC
  Called with times time and data quantity, PWRSPC returns a power
• P_3D
  Returns the pressure tensor, [Pxx,Pyy,Pzz,Pxy,Pxz,Pyz], eV/cm^3
• P_3D_NEW
  Returns the pressure tensor, [Pxx,Pyy,Pzz,Pxy,Pxz,Pyz], eV/cm^3
• QANG
• QCOMPOSE
• QCONJ
• QDECOMPOSE
• QDIV
• QDOTP
• QINV
• QMULT
• QNORM
• QNORMALIZE
• QSLERP
• QTOM
• QUATERNION_ROTATION
• QVALIDATE
• READ_ASC
  Reads data from an ascii file and puts data in an array of structures.
• REDUCE_DIMEN
• REDUCE_VAR_DIMENSIONS
• REE_SET_GSM
• ROOT_DATA_DIR
• ROTATE_DATA
• RXY_CRIB
• RXY_MATRIX_MAKE
• SAVE_CALC_TABLES
• SAVE_DOCUMENT
• SAVE_THEMIS_TEMPLATE
• SCAT_PLOT
  Produces a scatter plot of selected tplot variables.
• SCM_CLEANUP_CCC
• SEGMENT_INTERP_T
  Performs interpolation on individual elements. (Now a vectorized implementation, accepts multiple inputs)
• SEGMENT_TEST.PRO
  Check a spinmodel segment structure to ensure that the model parameters
• SETBP
• SETFILEENV
  Sets up environment variables giving information on the location
• SHARE_COLORS
  Procedure that allows multiple IDL sessions to share the same color table.
• SLR
• SMOOTH_IN_TIME
  Runs smooth for irregular grids, after regularising grid
• SMOOTH_PERIODIC
• SOLAR_LOC
  location of the sun for given year and time
• SOURCEPATH
• SOURCEROOT
• SPACE_BAR
• SPEC3D
• SPECPLOT
  Creates a spectrogram plot.
• SPG2SSL
• SPHERE_TO_CART
• SPINFIT
• SPINMODEL_FINDSEG_T
  Finds indexes of spin model segments matching each time.
• SPINMODEL_GET_INFO.PRO
  Given a probe string or spinmodel pointer, return information
• SPINMODEL_GET_PTR.PRO
  Returns a pointer to the spin model, specified by a single
• SPINMODEL_INTERP_N.PRO
  Given a spin model and spin count (or array of counts), calculate
• SPINMODEL_INTERP_T.PRO
  Given a spin model and time (or array of times), calculate
• SPINMODEL_POST_PROCESS
• SPINMODEL_RESET.PRO
  Free any data structures associated with the spin model for a
• SPINMODEL_TEST.PRO
  Perform consistency checks on a spin model.
• SPIN_TONES_CLEANING_VECTOR_V5
• SPLFUNC
• SPLIT_VEC
  take a stored vector like 'Vp' and create stored vectors 'Vp_x','Vp_y','Vp_z'
• SSE_CRIB
• SSE_MATRIX_MAKE
• SSL2DSL
• SSL_CORRELATE_TPLOT
  Identified the amount of shift required to correlate two
• SSL_CORRELATION_SHIFT
  Calculates the shift required to correlate two tme series of
• SSL_SET_COMPLEMENT
• SSL_SET_INTERSECTION
• SSL_SET_UNION
• SSL_TIME_CHECK
• SST_ATTEN
  Returns the attenuator value of the structure
• SSWHERE_ARR
  gives the subscripts in the array arr1 that are for elements
• STEREO_INIT
• STORE_DATA
  Store time series structures in static memory for later retrieval
• STR2TIME
• STRFILTER
  Returns the subset of stringarray that matchs searchstring
• STRINGISNUM
• STRING_PARSER
  Parse strings into components
• STRIPPATH
• STRPLOT
  Procedure used to print strings in a "TPLOT" style plot.
• STRUCT_VALUE
• STR_ELEMENT
  Find (or add) an element of a structure.
• ST_MAG_LOAD
• ST_PLASTIC_LOAD
• ST_STE_LOAD
• ST_SWAVES_LOAD
• ST_SWEA_LOAD
• SUB3D
• SUM3D
• SUPERPO_HISTO
• SUPERPO_INTERPOL
• SYMM3D
• SYMMETRY_DIR
• SYNTAX:[1]
  INPUT:
• SYNTAX:[2]
  INPUT:
• SYNTAX:[2]
  INPUT:
• SYNTAX:[3]
  INPUT:
• SYNTAX:[4]
  INPUT:
• SYNTAX:[5]
  INPUT:
• SYNTAX:[6]
  INPUT:
• SYNTAX:[7]
  INPUT:
• SYNTAX:[8]
  INPUT:
• TAG_EXIST
• TAG_NAMES_R
• TCLIP
  wapper for xclip.pro allowing input of tplot variable names
• TCROSSP
• TDEFLAG
  wapper for xdeflag.pro allowing input of tplot variable names
• TDEGAP
  wrapper for xdegap.pro allowing input of tplot variable names
• TDESPIKE_AE
• TDEXISTS
• TDOTP
• TDPWRSPC
  wapper for dpwrspc.pro allowing input of a tplot variable name
• TEST_LEAP_YR
  Determines whether a given year is a leap year, and
• THIGH_PASS_FILTER
  Uses high_pass_filter to calculate a running average of the input data and
• THMCTPATH
  Gets the path of the color table used by themis
• THM_ALT_STACKPLOT.PRO
  To create 3 PNG files displaying the H,D and Z components of the magnetic field
• THM_ASI_CREATE_MOSAIC
  create mosaic with all THEMIS ASI
• THM_ASI_IMAGER_READFILE
• THM_ASI_RECREATE_MOSAIC
  recreate mosaic from gif-input
• THM_ASI_STATIONS.PRO
  define quantities for GBO stations
• THM_CAL_EFI[1]
• THM_CAL_EFI[2]
• THM_CAL_EFI[2]
  To be used on THEMIS EFI 3-vectors. Labels x-axis as "E12
• THM_CAL_EFI[3]
• THM_CAL_EFI_NONTD[1]
  To be used on THEMIS EFI 3-vectors. Labels x-axis as "E12 (<coordinate system in DLIMITS.LABLES>)" for spinning coordinate systems and
• THM_CAL_EFI_NONTD[2]
• THM_CAL_FBK
• THM_CAL_FFT
• THM_CAL_FGM
• THM_CAL_FGM_DAC_OFFSET
• THM_CAL_FGM_SPINTONE_REMOVAL
• THM_CAL_FGM_SPIN_HARMONICS
• THM_CAL_FIT
• THM_CAL_HSK
• THM_CAL_MOM
• THM_CAL_SCM
  calibrate THEMIS SCM data
• THM_CHECK_TVAR (FUNCTION)
  This routine check whether the given tplot variable TVAR exists in the
• THM_CHECK_VALID_NAME
  checks a string or array input against another array and 'all' to
• THM_COLLATE_INTERVALS
• THM_COMPONENT_TO_TPLOT
  Checks the plot type (SPACECRAFT or COMPONENTS) and creates
• THM_COMP_EAC_RESPONSE
• THM_COMP_EFI_RESPONSE
• THM_COMP_SCM_RESPONSE
• THM_CONFIG
• THM_CONFIG_FILEDIR
• THM_CORRECTED_PXXM_POT
  Returns an offset corrected time-shifted value of the PXXM pot variable from
• THM_COTRANS
• THM_CRIB_ASI
• THM_CRIB_CALC
• THM_CRIB_EFI
• THM_CRIB_EFI_CAL
  Allows comparison of calibrated, semi-calibrated and raw EFI data
• THM_CRIB_ESA_BGND_REMOVE
• THM_CRIB_ESA_READ_GMOMS
  This crib shows how to extract the ground-based moments from level 2
• THM_CRIB_ESA_SLICE2D
• THM_CRIB_EXPORT
• THM_CRIB_FAC
• THM_CRIB_FBK
• THM_CRIB_FFT
• THM_CRIB_FGM
• THM_CRIB_FIT
• THM_CRIB_GMAG
• THM_CRIB_MAKE_AE
• THM_CRIB_MOM
• THM_CRIB_MVA
• THM_CRIB_OVERPLOT
• THM_CRIB_PART_GETSPEC
  A crib showing how to create energy and angular spectrograms using
• THM_CRIB_PART_SLICE2D[1]
• THM_CRIB_PART_SLICE2D[2]
• THM_CRIB_PLOTXY
• THM_CRIB_PLOTXYVEC
• THM_CRIB_PLOTXYZ
• THM_CRIB_SCM
• THM_CRIB_SLP_SSE
• THM_CRIB_SPINFIT
• THM_CRIB_SST
• THM_CRIB_SST_CONTAMINATION
• THM_CRIB_STATE
• THM_CRIB_SUPERPO_INTERPOL_HISTO
• THM_CRIB_TPLOT
• THM_CRIB_TPLOTXY
• THM_CRIB_TPLOT_ANNOTATION
• THM_CRIB_TPLOT_EXPORT_PRINT
• THM_CRIB_TPLOT_LAYOUT
• THM_CRIB_TPLOT_OVERLAY
  A crib showing how to overlay spectra on top of spectra.
• THM_CRIB_TPLOT_RANGE
• THM_CRIB_TRACE
• THM_CRIB_TWAVPOL
• THM_DATA2LOAD
  returns a list of variables that can be loaded for a given THEMIS
• THM_DATA_CALIBRATED
• THM_DFB_DIG_FILTER_RESP
• THM_EFI_BOOM_DEPLOYMENT_TIME
  Provides the boom_deployment time(s) for EFI on THEMIS
• THM_EFI_CLEAN_EFP
  FIXES AXIAL, REMOVES SPIKES, SPINTONE, SC POTENTIAL, AND OTHER EFP ERRORS.
• THM_EFI_CLEAN_EFW
  FIXES HF, REMOVES SPIKES, AND LOW FREQUENCY.
• THM_EFI_DERIVE_EZ
• THM_EFI_DESPIN
• THM_EFI_EXB
• THM_EFI_FIX_FREQ_AND_PHASE
• THM_EFI_FIX_HF
• THM_EFI_GET_POTENTIAL
  Remove SC potential from axial signal.
• THM_EFI_REMOVE_SPINTONE
• THM_EFI_SIN_FIT
• THM_ESA_BGND_REMOVE
  Background removal code from Vassilis
• THM_ESA_OVERVIEWS
• THM_ESA_SLICE2D
• THM_FAC_MATRIX_MAKE
• THM_FBK_DECOMPRESS
• THM_FFFFBK_COMPOSITE
  Creates a composite FFF and FBK tplot variable for overview plots
• THM_FFTFBK_OVERPLOT
  Creates overview plots of FBK and FFT (in fast-survey FFF mode) for
• THM_FFT_DECOMPRESS
• THM_FFT_FREQ_BINS[1]
• THM_FFT_FREQ_BINS[2]
• THM_FGM_FIND_SHIFT_1P1C
• THM_FGM_FIT_CORRELATE_TPLOT.PRO
• THM_FGM_OVERVIEWS
• THM_FGM_SHELL
• THM_FILE_DOWNLOAD
• THM_FITGMOM_OVERVIEWS
• THM_FITMOM_OVERVIEWS
• THM_GBO_SITE_LIST
  INPUT:
• THM_GEN_MULTIPNG_PLOT
  Creates full day, 6 hour and 2 hour png files for data for a given
• THM_GEN_OVERPLOT
• THM_GET_EFI_CAL_PARS
• THM_GET_EFI_CAL_PARS_NONTD
• THM_GET_FBK_CAL_PARS
• THM_GET_FFT_CAL_PARS
• THM_GMAG_STACKPLOT.PRO
  To create 3 PNG files displaying the H,D and Z components of the magnetic field
• THM_GSM2LMN_WRAP
  Wrapper transforms THEMIS-generated vector field from GSM to LMN (boundary-normal)
• THM_GUI_ERROR
  A widget to display, edit and save the file 'thm_gui_error.txt' error
• THM_GUI_ORIGINAL
  GUI for THEMIS data analysis
• THM_INIT
• THM_INTERPOLATE_STATE
• THM_JBT_GET_BTRANGE (FUNCTION)
  This routine is to find the starting time and ending time of each
• THM_LOAD_ASI
• THM_LOAD_ASI_CAL
  load the ASI calibration parameters into tplot variables
• THM_LOAD_ASK
• THM_LOAD_EFI
• THM_LOAD_EFI_L2
• THM_LOAD_ESA
• THM_LOAD_ESA_CAL
  Loads ESA time varying relative efficiency into common tha_esa_cal for use by get_thm_esa_cal()
• THM_LOAD_ESA_MAG
  Add magnetometer data to the ESA structures
• THM_LOAD_ESA_PKT
• THM_LOAD_ESA_PKT_100719
• THM_LOAD_ESA_PKT_100723
• THM_LOAD_ESA_POT
  Add spacecraft potential data to the ESA structures
• THM_LOAD_ESA_POT080416
  Add spacecraft potential data to the ESA structures
• THM_LOAD_ESA_POT090912
  Add spacecraft potential data to the ESA structures
• THM_LOAD_ESA_POT100127
  Add spacecraft potential data to the ESA structures
• THM_LOAD_FBK
• THM_LOAD_FFT
• THM_LOAD_FGM
• THM_LOAD_FIT
• THM_LOAD_GMAG
• THM_LOAD_GREENLAND_GMAG
• THM_LOAD_MOM[1]
• THM_LOAD_MOM[2]
• THM_LOAD_MOM_L2
• THM_LOAD_PEEB
  Decommutates the raw THEMIS electron esa burst data packets, (peeb - apid 459), and puts data structure in a common for access by get_th*_peeb.pro and generates tplot energy spectrogram
• THM_LOAD_PEEF
  Decommutates the raw THEMIS electron esa full data packets, (peef - apid 457), and puts data structure in a common for access by get_th*_peef.pro and generates tplot energy spectrogram
• THM_LOAD_PEER
  Decommutates the raw THEMIS electron esa reduced data packets, (peer - apid 458), and puts data structure in a common for access by get_th*_peer.pro and generates tplot energy spectrogram
• THM_LOAD_PEIB
  Decommutates the raw THEMIS ion esa full data packets, (peib - apid 456), and puts data structure in a common for access by get_th*_peib.pro and generates tplot energy spectrogram
• THM_LOAD_PEIF
  Decommutates the raw THEMIS ion esa full data packets, (peif - apid 454), and puts data structure in a common for access by get_th*_peif.pro and generates tplot energy spectrogram
• THM_LOAD_PEIF2
  Decommutates the raw THEMIS ion esa full data packets, (peif - apid 454), and puts data structure in a common for access by get_th*_peif.pro and generates tplot energy spectrogram
• THM_LOAD_PEIF3
  Decommutates the raw THEMIS ion esa full data packets, (peif - apid 454), and puts data structure in a common for access by get_th*_peif.pro and generates tplot energy spectrogram
• THM_LOAD_PEIR
  Decommutates the raw THEMIS ion esa reduced data packets, (peir - apid 455), and puts data structure in a common for access by get_th*_peir.pro and generates tplot energy spectrogram
• THM_LOAD_PROC_ARG
• THM_LOAD_PSEUDOAE
• THM_LOAD_PXXM_POT4ESA
  loads the pxxm_pot variable for ESA processing, performs a time
• THM_LOAD_SCM
• THM_LOAD_SCMODE
• THM_LOAD_SLP
• THM_LOAD_SPIN
• THM_LOAD_SPINMODEL
  Returns template for spinmodel.txt files
• THM_LOAD_STATE
• THM_LOAD_STATE2
• THM_LOAD_STATE3
• THM_LOAD_STATE_RELPATH
  Alternate relpathname routine for L1 state data, allows for different
• THM_LOAD_XXX
• THM_LSP_DERIVE_EZ
• THM_LSP_FILTER
• THM_LSP_FILTER_FFT
  This routine filters the input data with the band [flow, fhigh]. The data to
• THM_LSP_FILTER_STRUC
  This routine filters the data with the band [f_low, f_high]. The data to be
• THM_LSP_FIND_BURST
  Isolate an indivitual burst for analysis.
• THM_LSP_FIND_SPIKES
  Remove the non-physical spiky signals in the efw data.
• THM_LSP_NOTCH_SPIKES
  Remove the non-physical spiky signals in the efw data.
• THM_LSP_REMOVE_SPIKES
  Remove the non-physical spiky signals in the efw data.
• THM_LSP_REMOVE_SPINTONE
• THM_LSP_REMOVE_SPIN_EPOCH
  Remove the non-physical spiky signals in the efw data.
• THM_MAKE_AE
• THM_MAKE_ESA_MAG
  Make a tplot structure out of ESA magnetometer data
• THM_MULT_GMAG_PLOT.PRO
  Plots all GMAG data, in groups of 3 (or anything set by
• THM_NEW_COORDS
  sets coordinate systems in the dlimits structure of input
• THM_NEW_UNITS
  sets units in the dlimits structure of input tplot variables from
• THM_PART_DIST[1]
  wrapper function around the different routines called 'get_p???'
• THM_PART_DIST[2]
  wrapper function around the different routines called 'get_p???'
• THM_PART_DIST_ARRAY
• THM_PART_DIST_VELS
• THM_PART_GETANBINS
  Create 3 arrays used by THM_PART_MOMENTS2 to turn on/off energy/angle bins
• THM_PART_GETSPEC
  Generates tplot variables containing energy-time angular particle spectra
• THM_PART_MOMENTS
• THM_PART_MOMENTS2
• THM_PART_SLICE2D
• THM_PART_SLICE_EXTRACT
• THM_PART_SPEC_CALC
• THM_PDIST
• THM_PLOT_GMAG_BY_SOURCE
  Plots all GMAG data, arranged by the data source (e.g., THEMIS
• THM_PROBE_NUM
• THM_QFIT
• THM_READ_CONFIG
  Reads the thm_config file
• THM_READ_EESA_ANGLE_REDUCED_MODE
  Returns data structure with angle maps
• THM_READ_ESA_ANGLE_BURST_MODE
  Returns data structure with angle maps
• THM_READ_ESA_ANGLE_FULL_MODE
  Returns data structure with angle maps
• THM_READ_ESA_SWEEP_BURST_MODE
  Returns data structure with energy sweep tables
• THM_READ_ESA_SWEEP_FULL_MODE
  Returns data structure with energy sweep tables
• THM_READ_ESA_SWEEP_REDUCED_MODE
  Returns data structure with energy sweep tables
• THM_READ_IESA_ANGLE_REDUCED_MODE
  Returns data structure with angle maps
• THM_READ_MOM_CAL_FILE
  reads in the text version of the MOM cal
• THM_ROI_BAR
  creates the roi bar for overview plots
• THM_SAMPLE_RATE_BAR
  creates the sample rate bar for overview plots
• THM_SCM_DECONVO_VEC[1]
• THM_SCM_DECONVO_VEC[2]
• THM_SCPOT2DENS
• THM_SCPOT2DENS_OPT_N
  Convert the spacecraft potential to the electron density
• THM_SETPROBE_COLORS
• THM_SPEC_LIM4OVERPLOT
• THM_SPINAVG[1]
• THM_SPINAVG[2]
  average data over spin periods, and return a tplot variable
• THM_SPINFIT
• THM_SPIN_PHASE
• THM_SST_ATTEN_SCALE
• THM_SST_CALIBRATION_TEST
• THM_SST_CALIB_PARAMS2
  This populates the correct fields of the dist struct so that data can be correctly calibrated.
• THM_SST_CONVERT_UNITS2
• THM_SST_CRIB
• THM_SST_DIST3D_16X64[1]
  This routine defines the appropriate distribution representation struct for
• THM_SST_DIST3D_16X64[2]
  This routine returns the appropriate distribution representation struct for
• THM_SST_DIST3D_DEF
  This routine returns the appropriate distribution representation struct for
• THM_SST_ENERGY_CAL2
  This routine performs bin energy boundary calibrations. Transforming DAP values into eV
• THM_SST_ERANGE_BIN_VAL
• THM_SST_FIND_MASKING
• THM_SST_OVERVIEWS
• THM_SST_PSEB
• THM_SST_PSEF
• THM_SST_PSER
• THM_SST_PSIF
• THM_SST_PSIR
• THM_SST_READ_CALIBRATION_PARAMS
  This routine reads calibration parameters from a file.
• THM_SST_REMOVE_SUNPULSE
• THM_SUNPULSE
• THM_TPLOT_TO_COMPONENT
  Checks the plot type (SPACECRAFT or COMPONENTS) and creates
• THM_TPLOT_VAR
• THM_UI_AXIS_OPTIONS[1]
• THM_UI_AXIS_OPTIONS[2]
• THM_UI_AXIS_OPTIONS[2]
• THM_UI_AXIS_OPTIONS[3]
  User interface for modifying axis settings
• THM_UI_AXIS_SETTINGS__DEFINE
  axis properties is an object that holds all of the settings necessary for
• THM_UI_CALCULATE
  A widget interface for selecting data
• THM_UI_CALCULATE_SETTINGS__DEFINE
  Keeps track of state for calculate panel when closed.
• THM_UI_CALL_SEQUENCE__DEFINE
  Stores the sequence of procedure calls that was used to load data.
• THM_UI_CALL_TPLOT
  A widget interface for calling tplot from the themis_w widget,
• THM_UI_CHECK4SPIN
  given a THEMIS tplot variable name, check to see if spin period and
• THM_UI_CHECK_OVERLAP
  Determins if any panels on the current
• THM_UI_CHOOSE_DTYPE
  A widget for choosing data for the THEMIS data analysis GUI
• THM_UI_CLEANUP_TPLOT
  Abstracts the oft-repeated operation which identifies new tplot variables,
• THM_UI_CLEAN_SPIKES_OPTIONS
  Front end interface allowing the user to select options for cleaning spikes from data.
• THM_UI_CLIP_DATA_OPTIONS
  Front end interface allowing the user to select options for clipping data.
• THM_UI_COMBOBOX
  IDL combobox doesn't actually support null strings('') as entries
• THM_UI_CONFIG
  A widget that allows the user to set some of the fields in the
• THM_UI_CONFIGURATION_SETTINGS__DEFINE
  generic object for configuration settings
• THM_UI_COTRANS
  Widget for coordinate transforms
• THM_UI_COTRANS_NEW
  A performs the coordinate transformations
• THM_UI_DATA_GROUP
• THM_UI_DATA_MINMAX
  Returns a two-element array containing the mininum and maximum values
• THM_UI_DATA_RANGE__DEFINE
  data range object
• THM_UI_DATA_SETTINGS
  represents the default plot settings for a trace, and digests the original tplot settings
• THM_UI_DATA__DEFINE
  This is a data object that contains names ids (self, group, and parent)
• THM_UI_DO_NUDGE
  Abstracted nudge data operation
• THM_UI_DPROC
  A widget interface for calling tplot from the themis_w widget,
• THM_UI_DPROC_PANEL
  A widget interface that can be used to set the active data variables
• THM_UI_DPROC_PAR::CHOOSE
  Simple widget that allows user to input and/or choose parameter values
• THM_UI_DPROC_PAR__DEFINE
  generic object to hold a pointer to a structure holding parameters
• THM_UI_DPROC_RESET_ACT_DATA
  helper function to reset the active data window in dproc panel
• THM_UI_DRAW_EVENT
  This routine handles all events that occur in the draw window
• THM_UI_DRAW_OBJECT
  This object generates an object graphics tree using the IDLgr* objects that are built
• THM_UI_DRAW_OBJECT__ADDAXISLABELS
• THM_UI_DRAW_OBJECT__ADDBACKGROUND
• THM_UI_DRAW_OBJECT__ADDDATESTRING
• THM_UI_DRAW_OBJECT__ADDLEGEND
• THM_UI_DRAW_OBJECT__ADDMARKER
• THM_UI_DRAW_OBJECT__ADDVARIABLES
• THM_UI_DRAW_OBJECT__AGGREGATESPECPLOTS
• THM_UI_DRAW_OBJECT__COLLATEDATA
• THM_UI_DRAW_OBJECT__CONVERTCOLOR
• THM_UI_DRAW_OBJECT__CREATEINSTANCE
• THM_UI_DRAW_OBJECT__DRAW
• THM_UI_DRAW_OBJECT__DRAWMARKER
• THM_UI_DRAW_OBJECT__GETCLICK
• THM_UI_DRAW_OBJECT__GETDIM
• THM_UI_DRAW_OBJECT__GETLINEPLOT
• THM_UI_DRAW_OBJECT__GETMARKERS
• THM_UI_DRAW_OBJECT__GETPANELINFO
• THM_UI_DRAW_OBJECT__GETPANELLAYOUTS
• THM_UI_DRAW_OBJECT__GETPANELNUMBER
• THM_UI_DRAW_OBJECT__GETPANELSIZE
• THM_UI_DRAW_OBJECT__GETPLOTSIZE
• THM_UI_DRAW_OBJECT__GETPROPERTY
• THM_UI_DRAW_OBJECT__GETRANGE
• THM_UI_DRAW_OBJECT__GETRUBBERBANDPOS
• THM_UI_DRAW_OBJECT__GETSPECMODEL
• THM_UI_DRAW_OBJECT__GETSPECREF
• THM_UI_DRAW_OBJECT__GETTEXTMODEL
• THM_UI_DRAW_OBJECT__GETTEXTOBJECT
• THM_UI_DRAW_OBJECT__GETVARIABLEROWSIZES
• THM_UI_DRAW_OBJECT__GETVARIABLESIZE
• THM_UI_DRAW_OBJECT__GETZOOM
• THM_UI_DRAW_OBJECT__GETZRANGE
• THM_UI_DRAW_OBJECT__GOODTICKS
• THM_UI_DRAW_OBJECT__HBAROFF
• THM_UI_DRAW_OBJECT__HBARON
• THM_UI_DRAW_OBJECT__HUEROTATION
• THM_UI_DRAW_OBJECT__INBOUNDS
• THM_UI_DRAW_OBJECT__INDEXMAGIC
• THM_UI_DRAW_OBJECT__LEGENDOFF
• THM_UI_DRAW_OBJECT__LEGENDON
• THM_UI_DRAW_OBJECT__LOCKBOTTOM
• THM_UI_DRAW_OBJECT__LOCKMIDDLE
• THM_UI_DRAW_OBJECT__LOCKTOP
• THM_UI_DRAW_OBJECT__LOGFIXTICKS
• THM_UI_DRAW_OBJECT__MAKELINEREFERENCE
• THM_UI_DRAW_OBJECT__MAKEMINORTICKS
• THM_UI_DRAW_OBJECT__MAKESPEC
• THM_UI_DRAW_OBJECT__MAKEVIEW
• THM_UI_DRAW_OBJECT__MAKEXYAXISMODEL
• THM_UI_DRAW_OBJECT__MAKEZAXISMODEL
• THM_UI_DRAW_OBJECT__MARKEROFF
• THM_UI_DRAW_OBJECT__MARKERON
• THM_UI_DRAW_OBJECT__NICENUM
• THM_UI_DRAW_OBJECT__NICENUMTIME
• THM_UI_DRAW_OBJECT__NORM2PT
• THM_UI_DRAW_OBJECT__NUKEDRAW
• THM_UI_DRAW_OBJECT__PLACEMAJORTICKS
• THM_UI_DRAW_OBJECT__PT2NORM
• THM_UI_DRAW_OBJECT__REMOVEINSTANCE
• THM_UI_DRAW_OBJECT__RUBBERBAND
• THM_UI_DRAW_OBJECT__RUBBERBANDOFF
• THM_UI_DRAW_OBJECT__RUBBERBANDON
• THM_UI_DRAW_OBJECT__SETCLICK
• THM_UI_DRAW_OBJECT__SETCURSOR
• THM_UI_DRAW_OBJECT__SETLEGENDHIDE
• THM_UI_DRAW_OBJECT__SETMODELHIDE
• THM_UI_DRAW_OBJECT__SETPROPERTY
• THM_UI_DRAW_OBJECT__SETVARHIDE
• THM_UI_DRAW_OBJECT__SETZOOM
• THM_UI_DRAW_OBJECT__UPDATE
• THM_UI_DRAW_OBJECT__UPDATEHBAR
• THM_UI_DRAW_OBJECT__UPDATELEGEND
• THM_UI_DRAW_OBJECT__UPDATEPAGE
• THM_UI_DRAW_OBJECT__UPDATEPANELS
• THM_UI_DRAW_OBJECT__UPDATEVBAR
• THM_UI_DRAW_OBJECT__VBAROFF
• THM_UI_DRAW_OBJECT__VBARON
• THM_UI_DRAW_OBJECT__XCLIP
• THM_UI_DRAW_OBJECT__YCLIP
• THM_UI_DRAW_SAVE
• THM_UI_ERROR
  A widget to display, edit and save the file 'thm_gui_error.txt' error
• THM_UI_EXIT
• THM_UI_EXPAND
• THM_UI_EXPORT_MARKER
  This routine creates and handles the panel for exporting marker data
• THM_UI_FILECONFIG
  A widget that allows the user to set some of the fields in the
• THM_UI_GEN_OVERPLOT
  Widget wrapper for thm_ui_overplot used to create Themis overview plots in
• THM_UI_GETLENGTHVARS
• THM_UI_GETSET
  Superclass to automatically provide common gui methods: "GetAll","SetAll","GetProperty","SetProperty"
• THM_UI_HELP
  A widget to display the file 'thm_gui.txt' help
• THM_UI_HELP_WINDOW
  A widget to display the file 'thm_gui.txt' help
• THM_UI_HIGHLIGHT_SETTINGS__DEFINE
  highlight properties is an object that holds all parameters associated with
• THM_UI_HISTORY__DEFINE
• THM_UI_IMAGE_EXPORT
  This window allows the user to pick the filename/type for image export
• THM_UI_IMAGE_EXPORT_OPTIONS
  This window allows the selection of file export options
• THM_UI_INIT_LOAD_WINDOW
  Sets up the window and tab widgets for loading data into the THEMIS GUI.
• THM_UI_INTERPOLATE
  Interpolates over x-axis of active data and adds new data to
• THM_UI_INTERPOL_OPTIONS
  Front end window allowing user to select options for interpolation.
• THM_UI_JOIN_VARIABLES_OPTIONS
  Front end interface allowing the user to select options for joining separate variables.
• THM_UI_JUMP
  small window that allows the user to enter a new start time for the x axis
• THM_UI_LAYOUT_OPTIONS
  This routine creates and handles the layout widget.
• THM_UI_LINE_SETTINGS__DEFINE
  line properties is an object that holds all of the settings necessary for
• THM_UI_LINE_STYLE__DEFINE
  generic object for IDL line styles
• THM_UI_LOADED_DATA__DEFINE
  This is an array of data objects and represents all the data that has been loaded
• THM_UI_LOADED_DATA__DPROC
• THM_UI_LOAD_ACE_DATA
  Generates the tab that loads ace data for the gui.
• THM_UI_LOAD_ACE_DATA_LOAD_PRO
  Modularized gui ace data loader
• THM_UI_LOAD_CLOB_PROMPT
  Widget for prompting user to decide whether existing GUI variables should be
• THM_UI_LOAD_DATA_FILE
  A widget interface for loading THEMIS data into the GUI
• THM_UI_LOAD_DATA_FILE_COORD_SEL.PRO
  Controls actions that occur when Output Coordinates menu is selected. Called
• THM_UI_LOAD_DATA_FILE_DEL.PRO
  Controls deleting of loaded data from "Loaded Data" list. Called by
• THM_UI_LOAD_DATA_FILE_ITYPE_SEL.PRO
  Controls actions that occur when Instrument Type menu is selected. Called by
• THM_UI_LOAD_DATA_FILE_L1_SEL.PRO
  Controls actions that occur when selecting items in Level 1 box. Called by
• THM_UI_LOAD_DATA_FILE_L2_SEL.PRO
  Controls actions that occur when selecting items in Level 2 box. Called by
• THM_UI_LOAD_DATA_FILE_LOAD.PRO
  Loads Themis data by calling thm_ui_new_load_data_fn. Called by
• THM_UI_LOAD_DATA_FILE_LOADLIST.PRO
  ROUTINE IS DEPRECATED. WAS MAINTAINING COPIES OF SELECTION THAT WERE ALREADY MAINTAINED ELSEWHERE.
• THM_UI_LOAD_DATA_FILE_OBS_SEL.PRO
  Controls actions that occur when selecting items in probe/station box. Called
• THM_UI_LOAD_DATA_FN
  A widget interface to load CDF data for whatever instrument
• THM_UI_LOAD_GOES_DATA
  Generates the tab that loads goes data for the gui.
• THM_UI_LOAD_GOES_DATA_LOAD_PRO
  Modularized gui goes data loader
• THM_UI_LOAD_WIND_DATA
  Generates the tab that loads wind data for the gui.
• THM_UI_LOAD_WIND_DATA_LOAD_PRO
  Modularized gui wind data loader
• THM_UI_LOCK_AXES__DEFINE
  Object just organizes the locking routines. It is more a way
• THM_UI_MAKE_DEFAULT_LINEPLOT
  Routine that creates a default lineplot on particular panel
• THM_UI_MAKE_DEFAULT_PANEL
  Routine that creates a default panel on current window
• THM_UI_MAKE_DEFAULT_SPECPLOT
  Routine that creates a default specplot on particular panel
• THM_UI_MAKE_SPEC
• THM_UI_MANAGE_DATA
  panel which allows user to import and export tplot data
• THM_UI_MARKER_OPTIONS
  This routine creates a window for the user to set options for markers
• THM_UI_MARKER_SETTINGS__DEFINE
  Marker Settings object - used for the marker options panel, this object holds the
• THM_UI_MARKER_TITLE
  this window is displayed whenever a user has marked an area
• THM_UI_MARKER_TITLE__DEFINE
  Marker object, displayed whenever user ctrl-click-drags to highlight an area
• THM_UI_MARKER_WIZARD__DEFINE
  Marker Settings object - used for the marker options panel, this object holds the
• THM_UI_MARKER__DEFINE
  Marker object, displayed whenever user ctrl-click-drags to highlight an area
• THM_UI_MATCH_BACKGROUND
• THM_UI_MESSAGE_BAR__DEFINE
  This is a text bar object used to display textual information for the user
• THM_UI_MULTICHOICE_HISTORY
• THM_UI_NEWLINE
  Returns a cross-platform newline character.
• THM_UI_NEW_LOAD_DATA2OBJ
  A widget interface to load CDF data for whatever instrument
• THM_UI_NEW_MULTICHOICE_HISTORY
• THM_UI_NEW_PWRSPC
  Creates power spectra from GUI variables that are active in the Process Data
• THM_UI_NEW_SET_DATA_ID
  This program sets the data_id values of the pointer in the thm_gui state
• THM_UI_NEW_VALID_DATATYPE
  get valid datatype names from thm_load_* routines, using the
• THM_UI_NPAR
  Simple widget that allows user to change n parameter values and units (if units were
• THM_UI_NPAR_NEW
  Simple widget that allows user to change n parameter values and units (if units were
• THM_UI_NUDGE_OPTIONS
  simple user interface window which allows the user to specify a new
• THM_UI_ONLY_TRANGE
  This program oprerates on the tplot data_quants to strip out data
• THM_UI_OPEN
• THM_UI_OPEN_TEMPLATE
• THM_UI_ORIENTATION_UPDATE
• THM_UI_OVERPLOT
• THM_UI_OVERPLOT_KEY
  Pops up a window that displays the Themis overview plot key (the same one
• THM_UI_PAGE_COLOR_EVENT
  abstracts duplication in handling of color/palette events
• THM_UI_PAGE_COLOR_GET_VALUE
  abstracts duplication in acquisition of font values
• THM_UI_PAGE_FONT_GET_VALUE
  abstracts duplication in acquisition of font values
• THM_UI_PAGE_FOOTER_SET_VALUE
  Reads the footer settings out of the widgets and stores them in the appropriate location in the draw tree
• THM_UI_PAGE_OPTIONS[1]
• THM_UI_PAGE_OPTIONS[2]
  user interface panel that allows user to change page parameters
• THM_UI_PAGE_SETTINGS__DEFINE
  Page Settings object - holds the settings for page text, layout and data
• THM_UI_PAGE_SET_VALUE
  this procedure is here to provide a framework for the incremental implementation
• THM_UI_PAGE_TITLE_SET_VALUE
  Reads the title settings out of the widgets and stores them in the appropriate location in the draw tree
• THM_UI_PAGE_UPDATE_CANVAS
  updates canvas size values when switching between portrait
• THM_UI_PANEL_OPTIONS
  A widget interface for selecting data
• THM_UI_PANEL_SETTINGS__DEFINE
  Panel Settings object - holds the settings for panel traces, layout and grid
• THM_UI_PANEL__DEFINE
  generic object for a panel
• THM_UI_PAR
  Simple widget that asks for a parameter
• THM_UI_PART_GETSPEC_OPTIONS
  A interface to THM_PART_GETSPEC.PRO for creating and loading THEMIS energy/
• THM_UI_PART_GETSPEC_REPLAY
• THM_UI_PRINT
  Modularizes the print code. Mainly so that it can be grouped in its own separate catch block.
• THM_UI_PROCESS_AXIS_TAGS
• THM_UI_PROGOBJ__DEFINE
  defines an object to pass through into file_retrieve and
• THM_UI_PROMPT_WIDGET.PRO
  Simple standardized popup, for yes/no,yes_to_all,no_to_all,cancel
• THM_UI_PWRSPC_OPTIONS
  A widget used to set keyword options for creating power spectra. This
• THM_UI_READWRITE__DEFINE
  Base class for object serialize/de-serialize methods. This class
• THM_UI_REDUCE
• THM_UI_REFRESH
• THM_UI_REQ_SPIN
  Determines availability of parameters for spin model.
• THM_UI_RESET_COMMON_BLOCK
• THM_UI_RUN_CALC
  Function that interprets program for thm_ui_calculate
• THM_UI_SAVE
• THM_UI_SAVEAS
• THM_UI_SAVEAS_TEMPLATE
• THM_UI_SAVE_DATA
  user interface panel for user to select whether to save data with the
• THM_UI_SAVE_TEMPLATE
• THM_UI_SCLIST
  creates an array for the different themis spacecraft, to be used in
• THM_UI_SCMCAL
  A widget for choosing data for the THEMIS data analysis GUI
• THM_UI_SCROLLB
• THM_UI_SCROLLF
• THM_UI_SCROLL_BAR__DEFINE.PRO
  Object created for data slider widget. Allows scrolling back
• THM_UI_SET_ACTIVE_DSET
  sets active datasets in themis GUI to given tplot varnames, used in
• THM_UI_SET_CURSOR
  Replaces the cursor on non-windows machines
• THM_UI_SET_DATA_ID
  This program sets the data_id values of the pointer in the thm_gui state
• THM_UI_SET_TRANGE
  A widget interface for setting time ranges for the thm_gui widget
• THM_UI_SHOW_DLIM
• THM_UI_SLICE2D
  Front end window allowing user to create and view "2D" slices
• THM_UI_SLICE2D_BAR__DEFINE.PRO
  Object created for the 2d slices interface. Allows scrolling back
• THM_UI_SMOOTH_DATA_OPTIONS[1]
  Front end interface allowing the user to select high pass filter options.
• THM_UI_SMOOTH_DATA_OPTIONS[2]
  Front end interface allowing the user to select options for smoothing data.
• THM_UI_SPECTRA_SETTINGS__DEFINE
  spectra properties is an object that holds all of the settings necessary for
• THM_UI_SPINNER
  A compound 'spinner' widget for editing numerical values.
• THM_UI_SUMMPLOT
  This widget prompts the user for a choice of probe, and then Calls
• THM_UI_SYMBOL__DEFINE
  generic object for IDL symbols
• THM_UI_TEMPLATE
  Top level object to manage the themis gui settings template. Mainly provides a root for serialization a la, thm_ui_document
• THM_UI_TEXT__DEFINE
  generic object for character strings
• THM_UI_TIMEFIX
  Will fix an input time string of yyyy-mm-dd hh:mm:ss.xxxx if there
• THM_UI_TIME_DERIVATIVE_OPTIONS
  Front end interface allowing the user to select options for performing time derivatives on data.
• THM_UI_TIME_RANGE__DEFINE
  time range object
• THM_UI_TIME_WIDGET.PRO
  Compound widget used to generate standardized time selection ui,
• THM_UI_TIME__DEFINE
  generic time object
• THM_UI_TPLOT_GUI_LOAD_TVARS
  Verifies input tplot variables for tplot_gui. This is actually the trickiest part of the whole process
• THM_UI_TPLOT_GUI_MAKE_VAR_LABELS
  Integrates information from various sources to properly set variable labels in a tplot-like fashion
• THM_UI_TPLOT_GUI_PAGE_OPTIONS
  Integrates information from various sources to properly set page options in a tplot-like fashion
• THM_UI_TPLOT_GUI_PANEL_OPTIONS
  Integrates information from various sources to properly set panel options in a tplot-like fashion
• THM_UI_TSELECT
  A list widget for time selection, this is a blocking widget, it must
• THM_UI_TSELECT_FN
• THM_UI_UPDATE_DATA_ALL
  Calls thm_ui_set_data_id, thm_ui_set_active_dset and
• THM_UI_UPDATE_DATA_DISPLAY
  update the loaded-data display for the themis_w widget
• THM_UI_UPDATE_HISTORY
  Adds the string input to the state structure history array
• THM_UI_UPDATE_PROGRESS
  Write a string into the progress widget for the THEMIS GUI
• THM_UI_USERDEF
  A widget that allows the user to define his own operator to be used
• THM_UI_USINGEXPONENT
• THM_UI_VALIDATE_FILE
• THM_UI_VALID_DTYPE
  get valid datatype names from thm_load_* routines, using the
• THM_UI_VARIABLE_OPTIONS[1]
• THM_UI_VARIABLE_OPTIONS[2]
  This routine creates and handles the layout widget. The layout panel is
• THM_UI_VARIABLE__DEFINE
  Variable object, displayed at bottom of window
• THM_UI_VERIFY_DATA
  this window allows the user to view and change the meta data associated with GUI data, either tplot variables
• THM_UI_WAVELET
  wavelet transform of the input tplot variables, fist calls split_vec
• THM_UI_WIDGET_TEMPLATE
  template that contains repeated code in widget creation
• THM_UI_WIDGET_TREE_TEST
  tests the tree widget
• THM_UI_WIDGET_TREE__DEFINE.PRO
  Object representing the loaded data tree compound widget.
• THM_UI_WINDOWS__DEFINE
  This is an array of window objects and represents all the data that has been loaded
• THM_UI_WINDOW_MENUS__DEFINE
• THM_UI_WINDOW__DEFINE
  window object, created each time a new window is opened
• THM_UI_XYCLIP
• THM_UI_XYZCLIP
• THM_UI_ZAXIS_SETTINGS__DEFINE
  zaxis_settings is an object that holds all of the settings necessary for
• THM_UI__SCMCAL_HELP
  A widget to display the file 'thm_gui.txt' help
• THM_UNPACK_HED
• THM_VALID_INPUT
• THM_VALID_LEVEL
• THM_WRITE_CONFIG
  Writes the thm_config file
• TIMEBAR
  plot vertical (or horizontal) lines on TPLOTs at specified times (or values)
• TIMERANGE
• TIMESPAN
  Define a time span for the "tplot" routine.
• TIME_AVERAGE
• TIME_CLIP
• TIME_CORRELATE_CRIB.PRO
  crib sheet demonstrating the use of:
• TIME_DOMAIN_FILTER
• TIME_DOUBLE
  A fast, vectorized routine that returns the number of seconds since 1970.
• TIME_EPOCH
  Returns the EPOCH time required by CDF files.
• TIME_PB5
  Returns the PB5 time required by CDF files.
• TIME_STAMP
  Prints a time stamp along the lower right edge of the current plot box
• TIME_STRING
  Converts time to a date string.
• TIME_STRUCT
  A fast, vectorized routine that returns a time structure.
• TIME_TICKS
  Returns a structure that can be used to create time ticks for a plot.
• TINTERPOL
• TINTERPOL_MXN
• TKM2RE
• TLIMIT
• TNAMES
  Returns an array of "TPLOT" names
• TNORMALIZE
• TPLOT
  Creates a time series plot of user defined quantities.
• TPLOT3D
• TPLOTXY
• TPLOT_ASCII
• TPLOT_COM
• TPLOT_FILE
  OBSOLETE PROCEDURE! Use "TPLOT_SAVE" and "TPLOT_RESTORE" instead.
• TPLOT_GUI
  Imports and creates plot of tplot variable in THM_GUI_NEW.
• TPLOT_KEYS
  Sets up function keys on user keyboard to perform frequent "tplot"
• TPLOT_NAMES
  Lists current stored data names that can be plotted with the TPLOT routines.
• TPLOT_OPTIONS
  Sets global options for the "tplot" routine.
• TPLOT_PANEL
  Sets the graphics parameters to the specified tplot panel.
• TPLOT_POSITIONS
  Return a set of plot positions for tplot.
• TPLOT_QUANT__DEFINE
• TPLOT_QUATERNION_ROTATE
  Rotates a tplot vector using the tplot quaternion. Will create a new tplot variable.
• TPLOT_RESTORE
  Restores tplot data, limits, name handles, options, and settings.
• TPLOT_SAVE
  Store tplot data in a file.
• TPLOT_SORT
  Sorts tplot data by time (or x).
• TPWRSPC[1]
  wapper for pwrspc.pro for calling from GUI, a split_vec is performed
• TPWRSPC[2]
  wrapper for pwrspc.pro allowing input of a tplot variable name.
• TRANGE_CLIP (PROCEDURE)
  Utility to trim the time range of a tplot variable and remove
• TRANGE_STR
• TRANSFORM_VELOCITY
• TSAMPLE
  Returns a vector (or array) of tplot data values.
• TSAMPLE2
  Returns a vector (or array) of tplot data values.
• TSMOOTH2
  Smooths the tplot data.
• TSMOOTH_IN_TIME
  Calls smooth_in_time function on a plot variable
• TSUB_AVERAGE
  Subtracts average or median values from the data in a tplot
• TVECTOR_ROTATE
• TVECTOT
• TVIMAGE
  This purpose of TVIMAGE is to enable the TV command in IDL
• TVREAD
• TWAVPOL
• TWAVPOL_SCM_CRIB
• T_3D
  Returns the temperature, [Tx,Ty,Tz,Tavg], eV
• T_3D_NEW
  Returns the temperature, [Tx,Ty,Tz,Tavg], eV
• UNDEFINE
  The purpose of this program is to delete or undefine
• UNDEFINED
  Tests whether a variable is undefined
• UNITS
• VC_3D_NEW
  Returns the characteristic velocity, Vc, km/s
• VELOCITY
  Returns the relativistic momentum over mass given the energy and mass
• VPAR_3D_NEW
  Returns Vpar, km/s, corrects for spacecraft potential if dat.sc_pot exists
• VPERP_3D_NEW
  Returns Vperp, km/s, corrects for spacecraft potential if dat.sc_pot exists
• VTH_3D
  Returns the thermal velocity, [Vthx,Vthy,Vthz,Vthavg], km/s
• VXB_3D_NEW
  Returns VxB, mV/m, corrects for spacecraft potential if dat.sc_pot exists
• V_3D
  Returns the velocity, [Vx,Vy,Vz], km/s
• V_3D_NEW
  Returns the velocity, [Vx,Vy,Vz], km/s
• WAVELET
• WAVELET2
• WAVETEST
• WAVE_SIGNIF
• WAVPOL
• WAV_DATA
• WI
• WIDGET_VALID
• WIND_INIT
• WI_3DP_LOAD
• WI_CRIB
• WI_MFI_LOAD
• WI_OR_LOAD
• WI_SWE_LOAD
• XCLIP
  Replaces with FLAGs the values of the array that are BEYOND
• XDEFLAG
  Replaces FLAGs in arrays with interpolated or other values
• XDEGAP
  Locates gaps in data, and fills in with NaN
• XLIM
  To set plotting limits for plotting routines.
• XYZ_TO_POLAR
• XY_EDIT
  Interactively select data points
• YESNO_WIDGET_FN
  Simple widget that asks for a yes or no
• YLIM
  Sets y-axis limits for plotting routines.
• YLIMIT
• YYMMDD_TO_TIME
  Returns time (seconds since 1970) given date in format: YYMMDD HHMM
• ZLIM
  To set plotting limits for plotting routines.
• [1]
  GUI for THEMIS data analysis
• [2]
  Calls thm_gui_new
• [2]
• [3]
  the very beginnings of global configuration info
• [4]
  Decimates polylines in an aesthetically pleasing fashion.
• _GET_EXAMPLE_DAT
  A procedure that generates sample data for "TPLOT".
• _TPLOT_DEMO
  A sample crib sheet that explains how to use the "TPLOT" procedure.
• _TPLOT_EXAMPLE
  A sample crib sheet that explains how to use the "TPLOT" procedure.