Index for tmp_for_tar/misc

Octave files in this Directory

adnois                [v,stddev] = adnois(u,db)
bdiag                 x = bdiag(m1,...)            - Forms a matrix from blocks
bdiag0                x = bdiag0 (sz,m1,...)
binv                  b = binv(a,invA)    block inversion
cdiff                 c = cdiff (func,wrt,N,dfunc,stack,dx) 
cfind                 f = cfind(a)
cloose                a = cloose(f, [sz, content]) - column-wise loose
compare_speed_ncdiff  Compare speeds of 'cdiff' + subsequent eval, speed the function
connect               [l,ii] = connect (m1,...,mP) - Connect intersecting sets
cross                 z = cross (x, y)
crossmat              S = crossmat(x) 
filename_ext          ext = filename_ext( fname )
filename_noext        f = filename_noext( fname )
filename_nopath       p = filename_nopath( fname )
filename_path         p = filename_path( fname )
grep                  y = grep(x) ==  x(find(x))
lbincoeff             l = lbincoeff (n,k)          - Natural logarithm of binomial coefficient
leval                 [r1,..,rn] = leval (func,l) - Pass args to a function, return output
lex_cmp               c = lex_cmp (a, b)
lexicosort            [vv,ii] = lexicosort (v) - Sort lexicographically the rows of v
loop_add              c = loop_add (a, ii, b=1)    - Add b to a at subscripts specified by ii
loose                 X = loose (indice [,sizeX,content,rowcol]) - contrary of find
msq                   s = msq(x) 
mytic                 dt = mytic()
ndiff                 df = ndiff( func [, options], argument(s) )
noislev               db = noislev(ref,signal) 
pincr                 y      =  pincr( x,    maxx );
ranksort              r = ranksort(v)
read_options          read_options is a script that can be called to read options from
rot                   R = rot( [ a1,a2,a3 ] )
rota                  R = rota( [ a,b,c ] )
rotg                  R = rotg( [ a1,a2,a3 ] ,r  )
rotparams             w    = rotparams(r)  is such that rotv(w)*r' == eye(3).
rotv                  r = rotv(v [,ang])
rotvg                 R = rotvg( [ a1,a2,a3 ] ,r  )
sayif                 sayif(condition,fmp,...)
shape                 s = shape(m)
slurp_file            s = slurp_file (f) - return a whole text file as a string
test_binv             Check whether bonv works
test_cdiff_1          check that cdiff works for a function that is quadratic in its second
test_cfind            Check that cfind does what it should
test_cloose           Check that cloose does what it should
test_connect          test that connect() works
test_lbincoeff        Author:        Etienne Grossmann  
test_leval            Author:        Etienne Grossmann  
test_lexicosort       Test whether lexicosort works
test_loop_add         Author:        Etienne Grossmann  
test_ndiff_1          check that ndiff works for a simple quadratic function
test_ndiff_2          check that ndiff works for a simple quadratic function of three
test_ndiff_3          check that ndiff works for a simple quadratic function of three
test_ndiff_4          check that ndiff works for a simple quadratic function of three
test_ndiff_5          check that ndiff works for a simple quadratic function of three
test_ndiff_6          check that ndiff works for a simple quadratic function
test_ndiff_7          check that cdiff works for a simple quadratic function of three
test_uniq             Test whether uniq() works. Supposes that lexicosort() works.
test_winb             Check that winb() functions correctly
todisk                todisk(outname,s1,...)
trim                  trim(c,t) Trim a vector's elements to absolute value at most t
uniq                  [y, kept, remap] = uniq(x)
winb                  s = winb( number(s), base [, mat] )