igeowarp() (igeowarp)		-
irotate() (irotate)		-
kabs() (kabs)		-  Output = Absolute Value of Input
kabsdiff() (kabsdiff)		-  Output = Absolute Value of (Input 1 - (Input 2 or Constant))
kadd() (kadd)		-  Output = Input 1 + (Input 2 or Constant)
kand() (kand)		-  Bitwise AND:   Output = Input #1  AND  (Input #2 or C)
kandinv() (kandinv)		-  Bitwise AND Inverted:  Output = NOT(Input #1)  AND  (Input #2 or C)
kandrev() (kandrev)		-  Bitwise AND Reverse:   Output = Input #1  AND  NOT(Input #2 or C)
kappend() (kappend)		-  Append (or Prepend) Input Objects to Base Object
karith1() (karith1)		-  Single Operator Pointwise Arithmetic
karith2() (karith2)		-  Dual Operator Pointwise Arithmetic
karith2() (kdivinto)		-
kasc2loc() (kasc2loc)		-  Import ASCII Data File to Location Segment
kasc2map() (kasc2map)		-  Import ASCII Data File to Map Segment
kasc2mask() (kasc2mask)		-  Import ASCII Data File to Mask Segment
kasc2time() (kasc2time)		-  Import ASCII Data File to Time Segment
kasc2val() (kasc2val)		-  Import ASCII Data File to Value Segment
kascii_location() (kascii_location)		-  Import ASCII Data File to Location Segment
kascii_map() (kascii_map)		-  Import ASCII Data File to Map Segment
kascii_mask() (kascii_mask)		-  Import ASCII Data File to Mask Segment
kascii_time() (kascii_time)		-  Import ASCII Data File to Time Segment
kascii_value() (kascii_value)		-  Import ASCII Data File to Value Segment
katan2() (katan2)		-  Output = Arc Tangent[Input 1 / (Input 2 or Constant)]
kaxis() (kaxis)		-  Reorient Data on the Width, Height, and Depth Axes
kbessel() (kbessel)		-  Compute Bessel Functions
kbitand() (kbitand)		-  Output = Input 1  AND  (Input 2 or Constant)
kbitandinv() (kbitandinv)		-  Output = NOT(Input 1)  AND  (Input 2 or Constant)
kbitandrev() (kbitandrev)		-  Output = Input 1  AND  NOT(Input 2 or Constant)
kbitclear() (kbitclear)		-  Set All Bits to Zero
kbitlrotate() (kbitlrotate)		-  Bitwise LEFT ROTATE of Input #1 by (Input #2 or C) Bits
kbitlshift() (kbitlshift)		-  Bitwise LEFT SHIFT of Input 1 by (Input 2 or Constant) Bits
kbitnand() (kbitnand)		-  Output = NOT(Input 1)  OR  NOT(Input 2 or Constant)
kbitnor() (kbitnor)		-  Output = NOT(Input 1)  AND  NOT(Input 2 or Constant)
kbitnot() (kbitnot)		-  Perform Bitwise NOT (Invert) Operation on Input
kbitor() (kbitor)		-  Output = Input 1  OR  (Input 2 or Constant)
kbitorinv() (kbitorinv)		-  Output = NOT(Input 1)  OR  (Input 2 or Constant)
kbitorrev() (kbitorrev)		-  Output = Input 1  OR  NOT(Input 2 or Constant)
kbitrrotate() (kbitrrotate)		-  Bitwise RIGHT ROTATE of Input #1 by (Input #2 or C) Bits
kbitrshift() (kbitrshift)		-  Bitwise RIGHT SHIFT of Input 1 by (Input 2 or Constant) Bits
kbitset() (kbitset)		-  Set All Bits to One
kbitwise() (kbitwise)		-  Dual Operand Bitwise Operations
kbitxor() (kbitxor)		-  Output = Input 1  XOR  (Input 2 or Constant)
kblend() (kblend)		-  Output = (Input 1 * Constant) + (Input 2 (1 - Constant))
kcbrt() (kcbrt)		-  Output = Cube Root of Input
kceiling() (kceiling)		-  Output = Integer Ceiling of Input
kcircle() (kcircle)		-  draw a circle onto an object
kclear() (kclear)		-  Bitwise CLEAR:   Set All Bits to Zero
kclip() (kclip)		-  Clip or Threshold the Range of Values in Object
kclipabove() (kclipabove)		-  Clip Data Values that are Above Specified Cutoff
kclipbelow() (kclipbelow)		-  Clip Data Values that are Below Specified Cutoff
kclipin() (kclipin)		-  Clip Data Values Inside the Specified Range
kclipout() (kclipout)		-  Clip Data Values Outside of the Specified Range
kcmplx() (kcmplx)		-  Single Operand Complex Arithmetic
kcmplx2real() (kcmplx2real)		-  Output = Real, Imaginary, Phase, or Magnitude Component of Input
kcmplxconv() (kcmplxconv)		-  Output = Real, Imaginary, Phase, or Magnitude Component of Input
kcombine_to_complex() (kdatamanip)		-  combines 2 double arrays into a double complex array
kcomment() (kcomment)		-  Change the Comment on a Data Object
kcompare() (kcompare)		-  Comparison Operators
kconj() (kconj)		-  Output(real, imaginary) = Input(real, -imaginary)
kconvert() (kconvert)		-  Convert Data Storage Type  (Optional Scale & Offset)
kcos() (kcos)		-  Compute Cosine or Arc Cosine Function
kcosh() (kcosh)		-  Compute Hyperbolic Cosine or Arc Cosine Function
kcpfromval() (kcpfromval)		-  Copy Value Segment Into One Segment of Output
kcpseg() (kcpseg)		-  Copy Selected Data Segments from Input
kcptoval() (kcptoval)		-  Copy One Segment Into Value Segment of Output
kcube() (kcube)		-  Output = Input**3
kdata_insert() (kdatamanip)		-  insert a value in memory
kdeg2rad() (kdeg2rad)		-  Output = Input * (pi/180)
kdiv() (kdiv)		-  Output = Input 1 / (Input 2 or Constant)
kdivinto() (kdivinto)		-  Output = (Input 2 or Constant) / Input 1
kdmanip_mask_ops() (kdatamanip)		-  perform AND, OR, or XOR on data object masks
kdmanip_multi_input_loc() (kdatamanip)		-  Checks source object list for location data, and returns TRUE or FALSE to continue processing
kdmanip_multi_input_time() (kdatamanip)		-  Checks source object list for time data, and returns TRUE or FALSE to continue processing
kellipse() (kellipse)		-  draw an ellipse onto an object
keq() (keq)		-  IF Input 1 is Equal to (Input 2 or Constant), Output = TRUE
kerf() (kerf)		-  Compute Error & Complement Error Functions
kexp() (kexp)		-  Compute Exponential (antilog)
kexpand() (kexpand)		-  Expand Object Via Pixel Replication
kexpon() (kexpon)		-  Introduce Exponential Noise in Input Object
kexprn() (kexprn)		-
kextract() (kextract)		-  Extract Rectangular Region from Object
kfft() (kfft)		-  Fast Fourier Transform (Forward and Inverse)
kfileinfo() (kfileinfo)		-  Print File Information
kflip() (kflip)		-  Reflect Data Along Specified Directions
kfloor() (kfloor)		-  Output = Integer Floor of Input
kformats() (kformats)		-  Conversion Between the Formats Supported in Khoros 2
kfraction() (kfraction)		-  Output = Fractional Part of Input
kgamma() (kgamma)		-  Compute Log Gamma Function
kgate() (kgate)		-  Output Assigned Value in Input 1 or Input 2 Based on Gating Element
kgauss() (kgauss)		-  Introduce Gaussian Noise in Input Object
kgconst() (kgconst)		-  Generate Object Containing Constant Value Data
kge() (kge)		-  IF Input1 is Greater or Equal to (Input2 or Constant), Output = TRUE
kgeneric() (kgeneric)		-  Generic Routine Interface (glue)
kgenloc() (kgenloc)		-  Generate Location Data
kgexpon() (kgexpon)		-  Generate Exponential Noise Data
kggauss() (kggauss)		-  Generate Gaussian Noise Data
kgnoise() (kgnoise)		-  Generate Noise Data
kgpoisson() (kgpoisson)		-  Generate Poisson Noise Data
kgrayleigh() (kgrayleigh)		-  Generate Rayleigh Noise Data
kgsin() (kgsin)		-  Generate Object Containing Sinusoidal Value Data
kgt() (kgt)		-  IF Input 1 is Greater Than (Input 2 or Constant), Output = TRUE
kguniform() (kguniform)		-  Generate Uniform Noise Data
kheq() (kheq)		-  Perform Histogram Equalization
khisto() (khisto)		-  Compute Histogram for Data Object
khistops() (khistops)		-  Perform Histogram Equalization and Stretching
khstr() (khstr)		-  Perform Histogram Stretching
khypot() (khypot)		-  Output = sqrt[(Input 1)**2 + (Input 2 or Constant)**2]
kimagpart() (kimagpart)		-  Output = Imaginary Component of (Complex) Input
kimport_ascii() (kimport_ascii)		-  Import ASCII Data File to Data Segment
kimport_raw() (kimport_raw)		-  Low Level Import of Raw Data
kimportasc() (kimportasc)		-  Import ASCII Data File to Data Segment
kimportraw() (kimportraw)		-  Low Level Import of Raw Data
kimpulse() (kimpulse)		-  Generate Object Containing Impulse Value Data
kinsert() (kinsert)		-  Insert Region:  Insert Input Object #2 into Input Object #1
kinsertseg() (kinsertseg)		-  Insert Selected Data Segments from Input 1 into Input 2
kinset() (kinset)		-  Inset Object 2 into Object 1
kinverse() (kinverse)		-  Inverse Filtering (Restoration) in Fourier Frequency Domain
kkmeans() (kkmeans)		-  Perform K-Means Clustering
kl_rotate() (kl_rotate)		-  Bitwise LEFT ROTATE of Input #1 by (Input #2 or C) Bits
kl_shift() (kl_shift)		-  Bitwise LEFT SHIFT of Input #1 by (Input #2 or C) Bits
kldexp() (kldexp)		-  Output = Input 1 * 2**(Input 2 or Constant)
kle() (kle)		-  IF Input 1 is Less or Equal to (Input 2 or Constant), Output = TRUE
kline() (kline)		-  draw a line onto an image
klinearop() (klinearop)		-  Performs linear operations (convolution/correlation)
klocxform() (klocxform)		-  Rotate, Translate, and Scale Location Data
klog() (klog)		-  Compute Logarithm
klogexp() (klogexp)		-  Compute Logarithm and Exponential (Antilogarithm)
klogical() (klogical)		-  Comparison Operators
klogmag() (klogmag)		-  Output = log[sqrt(real*real + imaginary*imaginary) + 1]
klogmag2() (klogmag2)		-  Output = log(real*real + imaginary*imaginary + 1)
klt() (klt)		-  IF Input 1 is Less Than (Input 2 or Constant), Output = TRUE
kmag() (kmag)		-  Output is a Function of the Magnitude of the Input
kmag2() (kmag2)		-  Output = real*real + imaginary*imaginary
kmapdata() (kmapdata)		-  Map Value Data Through the Map
kmaximum() (kmaximum)		-  Returns Higher Value between Input 1 and (Input 2 or Constant)
kmegaclip() (kmegaclip)		-  Clip the Range of Values in Data Object
kmegathresh() (kmegathresh)		-  Threshold the Range of Data Values in Data Object
kminimum() (kminimum)		-  Returns Lower Value between Input 1 and (Input 2 or Constant)
kmod() (kmod)		-  Output = Remainder of [Input 1 / (Input 2 or Constant)]
kmsquish() (kmsquish)		-  Compress Map to One Column by Means of Average, RMS, or MAX
kmul() (kmul)		-  Output = Input 1 * (Input 2 or Constant)
kmvseg() (kmvseg)		-  MOVE SEGMENT:  Move a Data Segment Within an Object
knand() (knand)		-  Bitwise NAND:   Output = NOT(Input #1)  OR  NOT(Input #2 or C)
kne() (kne)		-  IF Input 1 is Not Equal to (Input 2 or Constant), Output = TRUE
kneg() (kneg)		-  Output = 0.0 - Input
knoise() (knoise)		-  Introduce Noise in Input Object
knor() (knor)		-  Bitwise NOR:   Output = NOT(Input #1)  AND  NOT(Input #2 or C)
knormal() (knormal)		-  Normalize Data Regions Using Minimum & Maximum of Each Region
knot() (knot)		-  Perform Bitwise NOT (Invert) Operation on Input
koffset() (koffset)		-  ffset Data:  (Optional Data Storage Type Conversion)
kor() (kor)		-  Bitwise OR:   Output = Input #1  OR  (Input #2 or C)
korient() (korient)		-  Change Orientation of Data on Dimensions
korinv() (korinv)		-  Bitwise OR Inverted:   Output = NOT(Input #1)  OR  (Input #2 or C)
korrev() (korrev)		-  Bitwise OR Reverse:   Output = Input #1  OR  NOT(Input #2 or C)
kpad() (kpad)		-  Pad Data with a Constant Value
kphase() (kphase)		-  Output = Phase Component of Input  [atan2(imaginary, real)]
kpoisson() (kpoisson)		-  Introduce Poisson Noise in Input Object
kpol2rect() (kpol2rect)		-  Convert (r, theta) to (real, imaginary) Coordinates
kpolyline() (kpolyline)		-  draw a polyline onto an object
kpow() (kpow)		-  Output = (Input 1) ** (Input 2 or Constant)
kprdata() (kprdata)		-  Print Data in Formatted ASCII
kprval() (kprval)		-  Print Data Value to Parser and/or Concatenate to File
kr_rotate() (kr_rotate)		-  Bitwise RIGHT ROTATE of Input #1 by (Input #2 or C) Bits
kr_shift() (kr_shift)		-  Bitwise RIGHT SHIFT of Input #1 by (Input #2 or C) Bits
krad2deg() (krad2deg)		-  Output = Input * (180/pi)
krayleigh() (krayleigh)		-  Introduce Rayleigh Noise in Input Object
kreal2cmplx() (kreal2cmplx)		-  Output = Input 1 + j(Input 2)
krealpart() (krealpart)		-  Output = Real Component of (Complex) Input
krecip() (krecip)		-  Output = 1/Input
krect2pol() (krect2pol)		-  Convert (real, imaginary) to (r, theta) Coordinates
krectangle() (krectangle)		-  draw a rectangle onto an object
kreplace() (kreplace)		-  Replace All Occurrences of X with Y
kresample() (kresample)		-  Resample Object Data
kresize() (kresize)		-  RESIZE OBJECT:  Resize (Expand or Shrink) Object
krmseg() (krmseg)		-  Remove Selected Data Segments from Input
krnormal (1)		-
krnormal() (krnormal)		-  Normalize Regions Based on Local Histogram
krotate() (krotate)		-
ksampline() (ksampline)		-  Sample a data object along an arbitrary line
kscale() (kscale)		-  Scale Data:  (Optional Data Storage Type Conversion)
ksegcmp() (ksegcmp)		-  Compare Attributes & Data of Input 1 and Input 2
ksegops() (ksegops)		-
kset() (kset)		-  Bitwise SET:   Set All Bits to One
ksetdattr() (ksetdattr)		-  Modify Data Object Attributes
kshot() (kshot)		-  Introduce Shot Noise in Input Object
kshrink() (kshrink)		-  Shrink Object Via Pixel Subsampling
ksin() (ksin)		-  Compute Sine or Arc Sine Function
ksinc() (ksinc)		-  Output = sin(Input)/Input
ksinh() (ksinh)		-  Compute Hyperbolic Sine or Arc Sine Function
ksqr() (ksqr)		-  Output = Input**2
ksqrt() (ksqrt)		-  Output = Square Root of Input
ksquare() (ksquare)		-  draw a square onto an object
kstats() (kstats)		-  Compute Statistics of Data Object
ksub() (ksub)		-  Output = Input 1 - (Input 2 or Constant)
ksubfrom() (ksubfrom)		-  Output = (Input 2 or Constant) - Input 1
ksubstitute() (ksubstitute)		-  Substitute All Occurences of X with Y
ktan() (ktan)		-  Compute Tangent or Arc Tangent Function
ktanh() (ktanh)		-  Compute Hyperbolic Tangent or Arc Tangent Function
ktexture() (ktexture)		-  Texture feature extraction using LAW metrics
kthresh() (kthresh)		-  Threshold the Range of Data Values
kthreshabove() (kthreshabove)		-  Threshold Data Values that are Above Specified Cutoff
kthreshbelow() (kthreshbelow)		-  Threshold Data Values that are Below Specified Cutoff
kthreshin() (kthreshin)		-  Threshold Data Values Inside the Specified Range
kthreshout() (kthreshout)		-  Threshold Data Values Outside of the Specified Range
ktranslate() (ktranslate)		-  Translate Data in Object
ktruncate() (ktruncate)		-  Output = Integer Truncate of Input
kuniform() (kuniform)		-  Introduce Uniform Noise in Input Object
kunmask() (kunmask)		-  Remove Mask from Data Object
kwiener() (kwiener)		-  Wiener Filtering (Restoration) in Fourier Frequency Domain
kwt() (kwt)		-  Discrete Wavelet Transform (Forward and Inverse)
kxor() (kxor)		-  Bitwise XOR:   Output = Input #1  XOR  (Input #2 or C)
lkarith1() (kdatamanip)		-  perform single operand arithmetic on data object
lkarith2() (kdatamanip)		-  perform pointwise dual operand arithmetic on data object(s)
lkbessel() (kdatamanip)		-  compute bessel function of data object
lkbitwise() (kdatamanip)		-  perform dual operand bitwise operations on data object(s)
lkblend() (kdatamanip)		-  blend two data objects using the specified ratio
lkcircle() (kdatamanip)		-  draw a circle onto a data object
lkclip() (kdatamanip)		-  clip or threshold values in the data object
lkcmplx() (kdatamanip)		-  perform a unary complex function on data object
lkcompare() (kdatamanip)		-  perform comparison operation on data object(s)
lkconvert() (kdatamanip)		-
lkconvert() (ksegops)		-  convert, offset, and/or scale data in specified segment
lkcopyfromvalue() (ksegops)		-  copies the value segment from one object to the specified segment of an object
lkcopysegments() (ksegops)		-  will copy the segment(s) from one object into an other object
lkcopytovalue() (ksegops)		-  copies a segment from one object into the value segment of an object
lkcpfromval() (ksegops)		-  copy data from value into specified segment
lkcpseg() (kdatamanip)		-  copy data segment from one object to another
lkcpseg() (ksegops)		-  copy segments from source to destination object
lkcptoval() (ksegops)		-  copy data from specified segment into value segment
lkdeletesegments() (ksegops)		-  deletes the specified segment from the object creating a new object with those segments delete
lkellipse() (kdatamanip)		-  draw an ellipse onto a data object
lkexprn() (kdatamanip)		-
lkextract() (kdatamanip)		-  extract rectangular region from data object
lkfft() (kdatamanip)		-  perform multidimensional FFT on data object
lkflip() (kdatamanip)		-  reflect data in object along specified dimensions
lkgate() (kdatamanip)		-  write data 1 or data 2 to destination depending on gate
lkgconst() (kdatamanip)		-  set value segment of a data object to a constant
lkgenloc() (kdatamanip)		-  generate location data
lkgnoise() (kdatamanip)		-  generate noise in value segment of data object
lkgsin() (kdatamanip)		-  generate sinusoidal value data
lkhisto() (kdatamanip)		-  compute histograms for data objects
lkhistops() (kdatamanip)		-  perform histogram equalization and stretching
lkimport_ascii() (ksegops)		-  import an ASCII data object and insert it into a data object
lkimportasc() (ksegops)		-  import ASCII data into specified segment of data object
lkimportraw() (ksegops)		-  import raw binary data into a data segment
lkimpulse() (kdatamanip)		-  generate impulse value data
lkinsert() (kdatamanip)		-  insert region into data object
lkinsertseg() (ksegops)		-  insert segment(s) from one object into another
lkinsertsegments() (ksegops)		-  will insert a segment(s) from one object into an other and return the resulting object
lkinset() (kdatamanip)		-  inset region into data object
lkinverse() (kdatamanip)		-  perform inverse filtering (restoration) in Fourier frequency domain
lkkmeans() (kdatamanip)		-  Perform K-means clustering
lkline() (kdatamanip)		-  draw a line onto a data object
lklinearop() (kdatamanip)		-  perform linear operation (convolution/correlation) on data object
lklocxform() (kdatamanip)		-  transform location data
lklogexp() (kdatamanip)		-  perform log or antilog function on data object
lklogical() (kdatamanip)		-  perform comparison operation on data objects
lkmsquish() (kdatamanip)		-  compress map to one column by means of Average, RMS or MAX
lkmvseg() (kdatamanip)		-  move data segment to another segment in same object
lknoise() (kdatamanip)		-  introduce noise in source object
lknormal() (kdatamanip)		-  normalize regions using minimum & maximum of each region
lkorient() (kdatamanip)		-  reorient object to new dimensions
lkpad() (kdatamanip)		-  perform the padding of a data object
lkpolyline() (kdatamanip)		-  draw a polyline onto a data object
lkprdata() (kdatamanip)		-  print object data in ASCII format to file
lkreal2cmplx() (kdatamanip)		-  create a complex object from real source object(s)
lkrectangle() (kdatamanip)		-  draw a rectangle onto a data object
lkreplace() (kdatamanip)		-  replace all occurrences of X with Y in data object
lkresample() (kdatamanip)		-  resample the value data of an object
lkresize() (kdatamanip)		-  resize a data object's value data
lkrmseg() (kdatamanip)		-
lkrmseg() (ksegops)		-  delete specified segments from an object creating new object
lkrnormal() (kdatamanip)		-  region normalize a data object's value data
lksampline() (kdatamanip)		-  Sample a data object along an arbitrary line
lksegcmp() (ksegops)		-  compare two data segments
lksegcmp_attributes() (ksegops)		-  compare segment and/or global  attributes of two objects
lkshot() (kdatamanip)		-  corrupt data uniformly with spikes
lksquare() (kdatamanip)		-  draw a square onto a data object
lkstats() (kdatamanip)		-  calculate statistics of data object
lksubstitute() (kdatamanip)		-  substitute value X with Y
lktexture() (kdatamanip)		-  texture feature extraction using LAW metrics
lkwiener() (kdatamanip)		-  perform Wiener filtering (restoration) in Fourier frequency domain
lkwt() (kdatamanip)		-  compute discrete wavelet transform on data object
lkwtfilter() (kdatamanip)		-  perform Daubechies filter generation
test() (test)		-
