4 ($auto_mexpr
'$lratsubst
"lrats")
5 ($auto_mexpr
'$fullratsubst
"lrats")
7 ($auto_mexpr
'$nusum
"nusum")
8 ($auto_mexpr
'$unsum
"nusum")
9 ($auto_mexpr
'$funcsolve
"nusum")
11 ($auto_mexpr
'$bffac
"bffac")
12 ($auto_mexpr
'$cbffac
"bffac")
13 ($auto_mexpr
'$bfzeta
"bffac")
14 ($auto_mexpr
'$bfpsi
"bffac")
15 ($auto_mexpr
'$bfpsi0
"bffac")
17 (auto-mexpr '$trigrat
'|trigrat|
)
18 ($auto_mexpr
'$gcdex
'|gcdex|
)
19 ($auto_mexpr
'$expandwrt
"simplification/stopex")
20 ($auto_mexpr
'$expandwrt_factored
"simplification/stopex")
21 (declaim (special $expandwrt_denom $expandwrt_nonrat
))
23 ($auto_mexpr
'$facsum
"simplification/facexp")
24 ($auto_mexpr
'$factorfacsum
"simplification/facexp")
25 ($auto_mexpr
'$collectterms
"simplification/facexp")
26 (declaim (special $nextlayerfactor $facsum_combine
))
28 ($auto_mexpr
'$disolate
"simplification/disol")
30 ($auto_mexpr
'$linsimp
"misc/declin")
31 ($auto_mexpr
'$declare_linear_operator
"misc/declin")
33 ($auto_mexpr
'$nonumfactor
"simplification/genut")
34 (meval '((%setup_autoload simp
) "bffac" $bfzeta
))
37 ($auto_mexpr
'$eigenvectors
"eigen.mac")
38 ($auto_mexpr
'$eivects
"eigen.mac")
39 ($auto_mexpr
'$eigenvalues
"eigen.mac")
40 ($auto_mexpr
'$eivals
"eigen.mac")
42 ($auto_mexpr
'$trigsimp
"trgsmp.mac")
43 ($auto_mexpr
'$ode2
"ode2.mac")
44 ($auto_mexpr
'$ic1
"ode2.mac")
45 ($auto_mexpr
'$ic2
"ode2.mac")
46 ($auto_mexpr
'$bc2
"ode2.mac")
47 ($auto_mexpr
'$desimp
"ode2.mac")
48 ($auto_mexpr
'$linear2
"ode2")
51 ($auto_mexpr
'$similaritytransform
"eigen.mac")
52 ($auto_mexpr
'$simtran
"eigen.mac")
95 $resolvante_produit_sym
105 (setf (get v
'autoload
) "sym.mac")
110 '($adjust_external_format
120 $make_string_input_stream
121 $make_string_output_stream
122 $get_output_stream_string
198 $recognized_encoding_p
))
199 (setf (get f
'autoload
) "stringproc"))
210 (setf (get f
'autoload
) "sregex"))
213 (setf (get '$romberg
'autoload
) "romberg")
216 '($assume_external_byte_order
232 (setf (get f
'autoload
) "numericalio"))
243 (setf (get f
'autoload
) "bitwise"))
246 ;; functions from share/linearalgebra
248 '($eigens_by_jacobi
; eigens-by-jacobi.lisp
250 $cholesky
; linalgcholesky.lisp
252 $circulant
; linalg-extra.lisp
261 $blockmatrixp
; linalg-utilities.lisp
267 $require_nonempty_matrix
269 $require_real_symmetric_matrix
270 $require_selfadjoint_matrix
271 $require_square_matrix
272 $require_symmetric_matrix
273 $require_unblockedmatrix
277 $determinant_by_lu
; lu.lisp
285 $matrixexp
; matrixexp.lisp
289 $addmatrices
; mring.lisp
292 (setf (get f
'autoload
) "linearalgebra"))
295 '($column_reduce
; linearalgebra.mac
312 $moore_penrose_pseudoinverse
315 $orthogonal_complement
318 $ptriangularize_with_proviso
319 $request_rational_matrix
325 ($auto_mexpr mexpr
"linearalgebra"))
349 (setf (get f
'autoload
) "orthopoly"))
351 (defprop $unit_step simp-unit-step operators
)
352 (autof 'simp-unit-step
"orthopoly")
354 (defprop $pochhammer simp-pochhammer operators
)
355 (autof 'simp-pochhammer
"orthopoly")
367 (setf (get f
'autoload
) "draw"))
375 (setf (get f
'autoload
) "dynamics"))
384 ($auto_mexpr mexpr
"dynamics"))
386 (setf (get '$scene
'autoload
) "visualization")
388 (defprop $hypergeometric simp-hypergeometric operators
)
389 (autof 'simp-hypergeometric
"hypergeometric")
395 (setf (get f
'autoload
) "tocl"))
400 (setf (get f
'autoload
) "pwilt"))