| blob | f2c1ea0af97a3533f3e8a25ffff644df21883700 |
1 This is Info file maxima.info, produced by Makeinfo version 1.67 from
2 the input file maxima.texi.
4 This is a Texinfo Maxima Manual
6 Copyright 1994 William F. Schelter
8 \x1f
9 File: maxima.info, Node: Function and Variable Index, Prev: Ctensor, Up: Top
11 Function and Variable Index
12 ***************************
14 * Menu:
16 * : Introduction to Special Functions.
17 * TTRANSFORM: Definitions for Ctensor.
18 * ": Definitions for Matrices and Linear Algebra.
19 * "!!": Definitions for Operators.
20 * "!": Definitions for Operators.
21 * "#": Definitions for Operators.
22 * "'": Introduction to Command Line.
23 * "''": Introduction to Command Line.
24 * ".": Definitions for Operators.
25 * ":": Definitions for Operators.
26 * "::": Definitions for Operators.
27 * "::=": Definitions for Operators.
28 * ":=": Definitions for Operators.
29 * "=": Definitions for Operators.
30 * "?": Definitions for Input and Output.
31 * %: Definitions for Input and Output.
32 * %%: Definitions for Input and Output.
33 * %EDISPFLAG: Definitions for Input and Output.
34 * %RNUM_LIST: Definitions for Equations.
35 * %TH <1>: Introduction to Command Line.
36 * %TH: Definitions for Input and Output.
37 * ?ROUND: Definitions for Floating Point.
38 * ?TRUNCATE: Definitions for Floating Point.
39 * [: Introduction to Special Functions.
40 * ABSBOXCHAR: Definitions for Input and Output.
41 * ACOS: Definitions for Trigonometric.
42 * ACOSH: Definitions for Trigonometric.
43 * ACOT: Definitions for Trigonometric.
44 * ACOTH: Definitions for Trigonometric.
45 * ACSC: Definitions for Trigonometric.
46 * ACSCH: Definitions for Trigonometric.
47 * ACTIVATE: Definitions for Contexts.
48 * ACTIVECONTEXTS: Definitions for Contexts.
49 * ADDCOL: Definitions for Matrices and Linear Algebra.
50 * ADDITIVE: Definitions for Operators.
51 * ADDROW: Definitions for Matrices and Linear Algebra.
52 * ADJOINT: Definitions for Matrices and Linear Algebra.
53 * AIRY: Definitions for Special Functions.
54 * ALARMCLOCK: Definitions for Runtime Environment.
55 * ALGEBRAIC: Definitions for Polynomials.
56 * ALGEPSILON: Definitions for Floating Point.
57 * ALGEXACT: Definitions for Equations.
58 * ALGSYS: Definitions for Equations.
59 * ALIAS: Definitions for Command Line.
60 * ALIASES: Definitions for Miscellaneous Options.
61 * ALL_DOTSIMP_DENOMS: Definitions for Affine.
62 * ALLBUT: Definitions for Operators.
63 * ALLOC: Definitions for Runtime Environment.
64 * ALLROOTS: Definitions for Equations.
65 * ALLSYM: Definitions for Miscellaneous Options.
66 * ALPHABETIC: Definitions for Miscellaneous Options.
67 * ANTID: Definitions for Differentiation.
68 * ANTIDIFF: Definitions for Differentiation.
69 * ANTISYMMETRIC: Definitions for Operators.
70 * APPEND: Definitions for Lists.
71 * APPENDFILE: Definitions for Input and Output.
72 * APPLY: Definitions for Function Definition.
73 * APPLY1: Definitions for Rules and Patterns.
74 * APPLY2: Definitions for Rules and Patterns.
75 * APPLY_NOUNS: Definitions for Simplification.
76 * APPLYB1: Definitions for Rules and Patterns.
77 * APROPOS: Definitions for Miscellaneous Options.
78 * ARGS: Definitions for Miscellaneous Options.
79 * ARRAY: Definitions for Arrays and Tables.
80 * ARRAYAPPLY: Definitions for Arrays and Tables.
81 * ARRAYINFO: Definitions for Arrays and Tables.
82 * ARRAYMAKE: Definitions for Arrays and Tables.
83 * ARRAYS: Definitions for Arrays and Tables.
84 * ASEC: Definitions for Trigonometric.
85 * ASECH: Definitions for Trigonometric.
86 * ASIN: Definitions for Trigonometric.
87 * ASINH: Definitions for Trigonometric.
88 * ASKEXP: Definitions for Simplification.
89 * ASKINTEGER: Definitions for Simplification.
90 * ASKSIGN: Definitions for Simplification.
91 * ASSUME: Definitions for Contexts.
92 * ASSUME_POS: Definitions for Contexts.
93 * ASSUME_POS_PRED: Definitions for Contexts.
94 * ASSUMESCALAR: Definitions for Contexts.
95 * ASYMP: Definitions for Special Functions.
96 * ASYMPA: Definitions for Special Functions.
97 * AT: Definitions for Expressions.
98 * ATAN: Definitions for Trigonometric.
99 * ATAN2: Definitions for Trigonometric.
100 * ATANH: Definitions for Trigonometric.
101 * ATOM: Definitions for Lists.
102 * ATOMGRAD: Definitions for Differentiation.
103 * ATRIG1: Definitions for Trigonometric.
104 * ATVALUE: Definitions for Differentiation.
105 * AUGCOEFMATRIX: Definitions for Matrices and Linear Algebra.
106 * BACKSUBST: Definitions for Equations.
107 * BACKTRACE: Definitions for Program Flow.
108 * BACKUP: Definitions for Input and Output.
109 * BASHINDICES: Definitions for Arrays and Tables.
110 * BATCH: Definitions for Input and Output.
111 * BATCHKILL: Definitions for Input and Output.
112 * BATCHLOAD: Definitions for Input and Output.
113 * BATCON: Definitions for Input and Output.
114 * BATCOUNT: Definitions for Input and Output.
115 * BERLEFACT: Definitions for Polynomials.
116 * BERN: Definitions for Number Theory.
117 * BERNPOLY: Definitions for Number Theory.
118 * BESSEL: Definitions for Special Functions.
119 * BETA: Definitions for Special Functions.
120 * BEZOUT: Definitions for Polynomials.
121 * BFFAC: Definitions for Floating Point.
122 * BFLOAT: Definitions for Floating Point.
123 * BFLOATP: Definitions for Floating Point.
124 * BFPSI: Definitions for Floating Point.
125 * BFTORAT: Definitions for Floating Point.
126 * BFTRUNC: Definitions for Floating Point.
127 * BFZETA: Definitions for Number Theory.
128 * BGZETA: Definitions for Number Theory.
129 * BHZETA: Definitions for Number Theory.
130 * BINDTEST: Definitions for Function Definition.
131 * BINOMIAL: Definitions for Number Theory.
132 * BLOCK: Definitions for Function Definition.
133 * BOTHCASES: Definitions for Input and Output.
134 * BOTHCOEF: Definitions for Polynomials.
135 * BOX: Definitions for Expressions.
136 * BOXCHAR: Definitions for Expressions.
137 * BREAK: Definitions for Function Definition.
138 * BREAKUP: Definitions for Equations.
139 * BUG: Definitions for Runtime Environment.
140 * BUILDQ <1>: Definitions for Function Definition.
141 * BUILDQ: MACROS.
142 * BURN: Definitions for Number Theory.
143 * BZETA: Definitions for Number Theory.
144 * CABS: Definitions for Operators.
145 * CANFORM: Definitions for Tensor.
146 * CANTEN: Definitions for Tensor.
147 * CARG: Definitions for Tensor.
148 * CARTAN: Definitions for Differentiation.
149 * CATCH: Definitions for Function Definition.
150 * CAUCHYSUM: Definitions for Series.
151 * CBFAC: Definitions for Floating Point.
152 * CF: Definitions for Number Theory.
153 * CFDISREP: Definitions for Number Theory.
154 * CFEXPAND: Definitions for Number Theory.
155 * CFLENGTH: Definitions for Number Theory.
156 * CGAMMA: Definitions for Number Theory.
157 * CGAMMA2: Definitions for Number Theory.
158 * CHANGE_FILEDEFAULTS: Definitions for Input and Output.
159 * CHANGEVAR: Definitions for Integration.
160 * CHARPOLY: Definitions for Matrices and Linear Algebra.
161 * CHECK_OVERLAPS: Definitions for Affine.
162 * CHR1: Definitions for Ctensor.
163 * CHR2: Definitions for Ctensor.
164 * CHRISTOF: Definitions for Ctensor.
165 * CLEARSCREEN: Definitions for Runtime Environment.
166 * CLOSEFILE: Definitions for Input and Output.
167 * CLOSEPS: Definitions for Plotting.
168 * COEFF: Definitions for Polynomials.
169 * COEFMATRIX: Definitions for Matrices and Linear Algebra.
170 * COL: Definitions for Matrices and Linear Algebra.
171 * COLLAPSE: Definitions for Input and Output.
172 * COLUMNVECTOR: Definitions for Matrices and Linear Algebra.
173 * COMBINE: Definitions for Polynomials.
174 * COMMUTATIVE: Definitions for Operators.
175 * COMP2PUI: Definitions for Symmetries.
176 * COMPFILE: Definitions for Function Definition.
177 * COMPGRIND: Definitions for Function Definition.
178 * COMPILE: Definitions for Function Definition.
179 * COMPILE_FILE: Definitions for Function Definition.
180 * COMPILE_LISP_FILE: Definitions for Function Definition.
181 * CONCAT: Definitions for Input and Output.
182 * CONJUGATE: Definitions for Matrices and Linear Algebra.
183 * CONS: Definitions for Lists.
184 * CONSTANT: Definitions for Expressions.
185 * CONSTANTP: Definitions for Expressions.
186 * CONT2PART: Definitions for Symmetries.
187 * CONTENT: Definitions for Polynomials.
188 * CONTEXT: Definitions for Contexts.
189 * CONTEXTS: Definitions for Contexts.
190 * CONTINUE: Definitions for Runtime Environment.
191 * CONTRACT <1>: Definitions for Symmetries.
192 * CONTRACT: Definitions for Expressions.
193 * COPYLIST: Definitions for Lists.
194 * COPYMATRIX: Definitions for Matrices and Linear Algebra.
195 * COS: Definitions for Trigonometric.
196 * COSH: Definitions for Trigonometric.
197 * COT: Definitions for Trigonometric.
198 * COTH: Definitions for Trigonometric.
199 * COUNTER: Definitions for Tensor.
200 * COVDIFF: Definitions for Ctensor.
201 * CREATE_LIST: Definitions for Affine.
202 * CSC: Definitions for Trigonometric.
203 * CSCH: Definitions for Trigonometric.
204 * CURRENT_LET_RULE_PACKAGE: Definitions for Rules and Patterns.
205 * CURSORDISP: Definitions for Input and Output.
206 * CURVATURE: Definitions for Ctensor.
207 * DBLINT: Definitions for Integration.
208 * DDT: Definitions for Runtime Environment.
209 * DEACTIVATE: Definitions for Contexts.
210 * DEBUG: Definitions for Command Line.
211 * DEBUGMODE: Definitions for Command Line.
212 * DEBUGPRINTMODE: Definitions for Command Line.
213 * DECLARE: Definitions for Expressions.
214 * DECLARE_TRANSLATED: Definitions for Function Definition.
215 * DECLARE_WEIGHT: Definitions for Affine.
216 * DEFAULT_LET_RULE_PACKAGE: Definitions for Rules and Patterns.
217 * DEFCON: Definitions for Tensor.
218 * DEFINE: Definitions for Function Definition.
219 * DEFINE_VARIABLE: Definitions for Function Definition.
220 * DEFINT: Definitions for Integration.
221 * DEFMATCH: Definitions for Rules and Patterns.
222 * DEFRULE: Definitions for Rules and Patterns.
223 * DEFTAYLOR: Definitions for Series.
224 * DELETE: Definitions for Lists.
225 * DELFILE: Definitions for Runtime Environment.
226 * DELTA: Definitions for Differentiation.
227 * DEMO: Definitions for Help.
228 * DEMOIVRE: Definitions for Simplification.
229 * DENOM: Definitions for Polynomials.
230 * DEPENDENCIES: Definitions for Differentiation.
231 * DEPENDS: Definitions for Differentiation.
232 * DERIVABBREV: Definitions for Differentiation.
233 * DERIVDEGREE: Definitions for Differentiation.
234 * DERIVLIST: Definitions for Differentiation.
235 * DERIVSUBST: Definitions for Differentiation.
236 * DESCRIBE: Definitions for Help.
237 * DESOLVE: Definitions for Differential Equations.
238 * DETERMINANT: Definitions for Matrices and Linear Algebra.
239 * DETOUT: Definitions for Matrices and Linear Algebra.
240 * DIAGMATRIX: Definitions for Matrices and Linear Algebra.
241 * DIAGMETRIC: Definitions for Ctensor.
242 * DIFF: Definitions for Differentiation.
243 * DIM: Definitions for Ctensor.
244 * DIMENSION: Definitions for Equations.
245 * DIREC: Definitions for Input and Output.
246 * DIRECT: Definitions for Symmetries.
247 * DISKFREE: Definitions for Runtime Environment.
248 * DISOLATE: Definitions for Expressions.
249 * DISP: Definitions for Input and Output.
250 * DISPCON: Definitions for Input and Output.
251 * DISPFLAG: Definitions for Equations.
252 * DISPFORM: Definitions for Expressions.
253 * DISPFUN: Definitions for Function Definition.
254 * DISPLAY: Definitions for Input and Output.
255 * DISPLAY2D: Definitions for Input and Output.
256 * DISPLAY_FORMAT_INTERNAL: Definitions for Input and Output.
257 * DISPRULE: Definitions for Rules and Patterns.
258 * DISPTERMS: Definitions for Input and Output.
259 * DISTRIB: Definitions for Expressions.
260 * DIVIDE: Definitions for Polynomials.
261 * DIVSUM: Definitions for Number Theory.
262 * DO: Definitions for Program Flow.
263 * DOALLMXOPS: Definitions for Matrices and Linear Algebra.
264 * DOMAIN: Definitions for Simplification.
265 * DOMXEXPT: Definitions for Matrices and Linear Algebra.
266 * DOMXMXOPS: Definitions for Matrices and Linear Algebra.
267 * DOMXNCTIMES: Definitions for Matrices and Linear Algebra.
268 * DONTFACTOR: Definitions for Matrices and Linear Algebra.
269 * DOSCMXOPS: Definitions for Matrices and Linear Algebra.
270 * DOSCMXPLUS: Definitions for Matrices and Linear Algebra.
271 * DOT0NSCSIMP: Definitions for Matrices and Linear Algebra.
272 * DOT0SIMP: Definitions for Matrices and Linear Algebra.
273 * DOT1SIMP: Definitions for Matrices and Linear Algebra.
274 * DOTASSOC: Definitions for Matrices and Linear Algebra.
275 * DOTCONSTRULES: Definitions for Matrices and Linear Algebra.
276 * DOTDISTRIB: Definitions for Matrices and Linear Algebra.
277 * DOTEXPTSIMP: Definitions for Matrices and Linear Algebra.
278 * DOTIDENT: Definitions for Matrices and Linear Algebra.
279 * DOTSCRULES: Definitions for Matrices and Linear Algebra.
280 * DOTSIMP: Definitions for Affine.
281 * DPART: Definitions for Expressions.
282 * DSCALAR: Definitions for Differentiation.
283 * DSKALL: Definitions for Input and Output.
284 * DUMMY: Definitions for Miscellaneous Options.
285 * E: Definitions for Constants.
286 * ECHELON: Definitions for Matrices and Linear Algebra.
287 * EIGENVALUES: Definitions for Matrices and Linear Algebra.
288 * EIGENVECTORS: Definitions for Matrices and Linear Algebra.
289 * EINSTEIN: Definitions for Ctensor.
290 * ELE2COMP: Definitions for Symmetries.
291 * ELE2POLYNOME: Definitions for Symmetries.
292 * ELE2PUI: Definitions for Symmetries.
293 * ELEM: Definitions for Symmetries.
294 * ELIMINATE: Definitions for Polynomials.
295 * EMATRIX: Definitions for Matrices and Linear Algebra.
296 * ENDCONS: Definitions for Lists.
297 * ENTERMATRIX: Definitions for Matrices and Linear Algebra.
298 * ENTIER: Definitions for Operators.
299 * EQUAL: Definitions for Operators.
300 * ERF: Definitions for Integration.
301 * ERFFLAG: Definitions for Integration.
302 * ERRCATCH: Definitions for Program Flow.
303 * ERREXP: Definitions for Program Flow.
304 * ERRINTSCE: Definitions for Integration.
305 * ERROR: Definitions for Program Flow.
306 * ERROR_SIZE: Definitions for Input and Output.
307 * ERROR_SYMS: Definitions for Input and Output.
308 * ERRORFUN: Definitions for Program Flow.
309 * ERRORMSG: Definitions for Program Flow.
310 * EULER: Definitions for Number Theory.
311 * EV: Definitions for Command Line.
312 * EVAL: Definitions for Operators.
313 * EVENP: Definitions for Operators.
314 * EVFLAG: Definitions for Command Line.
315 * EVFUN: Definitions for Command Line.
316 * EXAMPLE: Definitions for Help.
317 * EXP: Definitions for Expressions.
318 * EXPAND: Definitions for Simplification.
319 * EXPANDWRT: Definitions for Simplification.
320 * EXPANDWRT_DENOM: Definitions for Simplification.
321 * EXPANDWRT_FACTORED: Definitions for Simplification.
322 * EXPLOSE: Definitions for Symmetries.
323 * EXPON: Definitions for Simplification.
324 * EXPONENTIALIZE: Definitions for Simplification.
325 * EXPOP: Definitions for Simplification.
326 * EXPRESS: Definitions for Differentiation.
327 * EXPT: Definitions for Input and Output.
328 * EXPTDISPFLAG: Definitions for Input and Output.
329 * EXPTISOLATE: Definitions for Expressions.
330 * EXPTSUBST: Definitions for Expressions.
331 * EXTRACT_LINEAR_EQUATIONS: Definitions for Affine.
332 * EZGCD: Definitions for Polynomials.
333 * FACEXPAND: Definitions for Polynomials.
334 * FACTCOMB: Definitions for Polynomials.
335 * FACTLIM: Definitions for Simplification.
336 * FACTOR: Definitions for Polynomials.
337 * FACTORFLAG: Definitions for Polynomials.
338 * FACTORIAL: Definitions for Number Theory.
339 * FACTOROUT: Definitions for Polynomials.
340 * FACTORSUM: Definitions for Polynomials.
341 * FACTS: Definitions for Contexts.
342 * FALSE: Definitions for Constants.
343 * FASSAVE: Definitions for Input and Output.
344 * FAST_CENTRAL_ELEMENTS: Definitions for Affine.
345 * FAST_LINSOLVE: Definitions for Affine.
346 * FASTTIMES: Definitions for Polynomials.
347 * FEATURE: Definitions for Runtime Environment.
348 * FEATUREP: Definitions for Runtime Environment.
349 * FEATURES: Definitions for Contexts.
350 * FFT: Definitions for Numerical.
351 * FIB: Definitions for Number Theory.
352 * FIBTOPHI: Definitions for Number Theory.
353 * FILE_SEARCH: Definitions for Input and Output.
354 * FILE_STRING_PRINT: Definitions for Input and Output.
355 * FILE_TYPE: Definitions for Input and Output.
356 * FILEDEFAULTS: Definitions for Input and Output.
357 * FILENAME: Definitions for Input and Output.
358 * FILENAME_MERGE: Definitions for Input and Output.
359 * FILENUM: Definitions for Input and Output.
360 * FILLARRAY: Definitions for Arrays and Tables.
361 * FIRST: Definitions for Lists.
362 * FIX: Definitions for Operators.
363 * FLOAT: Definitions for Floating Point.
364 * FLOAT2BF: Definitions for Floating Point.
365 * FLOATDEFUNK: Definitions for Floating Point.
366 * FLOATNUMP: Definitions for Floating Point.
367 * FLUSH: Definitions for Tensor.
368 * FLUSHD: Definitions for Tensor.
369 * FLUSHND: Definitions for Tensor.
370 * FOR: Definitions for Program Flow.
371 * FORGET: Definitions for Contexts.
372 * FORTINDENT: Definitions for Numerical.
373 * FORTMX: Definitions for Numerical.
374 * FORTRAN: Definitions for Numerical.
375 * FORTSPACES: Definitions for Numerical.
376 * FPPREC: Definitions for Floating Point.
377 * FPPRINTPREC: Definitions for Floating Point.
378 * FREEOF: Definitions for Expressions.
379 * FULLMAP: Definitions for Operators.
380 * FULLMAPL: Definitions for Operators.
381 * FULLRATSIMP: Definitions for Polynomials.
382 * FULLRATSUBST: Definitions for Polynomials.
383 * FUNCSOLVE: Definitions for Equations.
384 * FUNCTIONS: Definitions for Function Definition.
385 * FUNDEF: Definitions for Function Definition.
386 * FUNMAKE: Definitions for Function Definition.
387 * GAMMA: Definitions for Special Functions.
388 * GAMMALIM: Definitions for Special Functions.
389 * GAUSS: Definitions for Statistics.
390 * GCD: Definitions for Polynomials.
391 * GCFACTOR: Definitions for Polynomials.
392 * GENDIFF: Definitions for Differentiation.
393 * GENFACT: Definitions for Expressions.
394 * GENINDEX: Definitions for Miscellaneous Options.
395 * GENMATRIX: Definitions for Matrices and Linear Algebra.
396 * GENSUMNUM: Definitions for Miscellaneous Options.
397 * GET: Definitions for Lists.
398 * GETCHAR: Definitions for Arrays and Tables.
399 * GFACTOR: Definitions for Polynomials.
400 * GFACTORSUM: Definitions for Polynomials.
401 * GLOBALSOLVE: Definitions for Equations.
402 * GO: Definitions for Program Flow.
403 * GRADEF: Definitions for Differentiation.
404 * GRADEFS: Definitions for Differentiation.
405 * GRAMSCHMIDT: Definitions for Matrices and Linear Algebra.
406 * GRIND: Definitions for Input and Output.
407 * GROBNER_BASIS: Definitions for Affine.
408 * HACH: Definitions for Matrices and Linear Algebra.
409 * HALFANGLES: Definitions for Trigonometric.
410 * HIPOW: Definitions for Polynomials.
411 * HORNER: Definitions for Numerical.
412 * IBASE: Definitions for Input and Output.
413 * IC1: Definitions for Differential Equations.
414 * IDENT: Definitions for Matrices and Linear Algebra.
415 * IEQN: Definitions for Equations.
416 * IEQNPRINT: Definitions for Equations.
417 * IF: Definitions for Program Flow.
418 * IFT: Definitions for Numerical.
419 * ILT: Definitions for Integration.
420 * IMAGPART: Definitions for Expressions.
421 * IN_NETMATH: Definitions for Plotting.
422 * INCHAR: Definitions for Input and Output.
423 * INDICES: Definitions for Expressions.
424 * INF: Definitions for Miscellaneous Options.
425 * INFEVAL: Definitions for Command Line.
426 * INFINITY: Definitions for Miscellaneous Options.
427 * INFIX: Definitions for Expressions.
428 * INFLAG: Definitions for Expressions.
429 * INFOLISTS: Definitions for Miscellaneous Options.
430 * INNERPRODUCT: Definitions for Matrices and Linear Algebra.
431 * INPART: Definitions for Expressions.
432 * INRT: Definitions for Number Theory.
433 * INTEGERP: Definitions for Miscellaneous Options.
434 * INTEGRATE: Definitions for Integration.
435 * INTEGRATION_CONSTANT_COUNTER: Definitions for Integration.
436 * INTERPOLATE: Definitions for Numerical.
437 * INTFACLIM: Definitions for Polynomials.
438 * INTOPOIS: Definitions for Special Functions.
439 * INTOSUM: Definitions for Simplification.
440 * INTPOLABS: Definitions for Numerical.
441 * INTPOLERROR: Definitions for Numerical.
442 * INTPOLREL: Definitions for Numerical.
443 * INTSCE: Definitions for Integration.
444 * INVERT: Definitions for Matrices and Linear Algebra.
445 * IS: Definitions for Operators.
446 * ISOLATE: Definitions for Expressions.
447 * ISOLATE_WRT_TIMES: Definitions for Expressions.
448 * ISQRT: Definitions for Operators.
449 * JACOBI: Definitions for Number Theory.
450 * KDELTA: Definitions for Tensor.
451 * KEEPFLOAT: Definitions for Polynomials.
452 * KILL: Definitions for Command Line.
453 * KILLCONTEXT: Definitions for Contexts.
454 * KOSTKA: Definitions for Symmetries.
455 * LABELS: Definitions for Command Line.
456 * LAPLACE: Definitions for Differentiation.
457 * LASSOCIATIVE: Definitions for Simplification.
458 * LAST: Definitions for Lists.
459 * LASTTIME: Definitions for Command Line.
460 * LC: Definitions for Tensor.
461 * LCM: Definitions for Number Theory.
462 * LDEFINT: Definitions for Integration.
463 * LDISP: Definitions for Input and Output.
464 * LDISPLAY: Definitions for Input and Output.
465 * LENGTH: Definitions for Lists.
466 * LET: Definitions for Rules and Patterns.
467 * LET_RULE_PACKAGES: Definitions for Rules and Patterns.
468 * LETRAT: Definitions for Rules and Patterns.
469 * LETRULES: Definitions for Rules and Patterns.
470 * LETSIMP: Definitions for Rules and Patterns.
471 * LGTREILLIS: Definitions for Symmetries.
472 * LHOSPITALLIM: Definitions for Limits.
473 * LHS: Definitions for Equations.
474 * LIMIT: Definitions for Limits.
475 * LINEAR: Definitions for Simplification.
476 * LINECHAR: Definitions for Input and Output.
477 * LINEDISP: Definitions for Input and Output.
478 * LINEL: Definitions for Input and Output.
479 * LINENUM: Definitions for Command Line.
480 * LINSOLVE: Definitions for Equations.
481 * LINSOLVE_PARAMS: Definitions for Equations.
482 * LINSOLVEWARN: Definitions for Equations.
483 * LISPDEBUGMODE: Definitions for Program Flow.
484 * LIST_NC_MONOMIALS: Definitions for Affine.
485 * LISTARITH: Definitions for Lists.
486 * LISTARRAY: Definitions for Arrays and Tables.
487 * LISTCONSTVARS: Definitions for Expressions.
488 * LISTDUMMYVARS: Definitions for Expressions.
489 * LISTOFVARS: Definitions for Expressions.
490 * LISTP: Definitions for Lists.
491 * LMXCHAR: Definitions for Matrices and Linear Algebra.
492 * LOAD: Definitions for Input and Output.
493 * LOADFILE: Definitions for Input and Output.
494 * LOADPRINT: Definitions for Input and Output.
495 * LOCAL: Definitions for Function Definition.
496 * LOG: Definitions for Logarithms.
497 * LOGABS: Definitions for Logarithms.
498 * LOGARC: Definitions for Logarithms.
499 * LOGCONCOEFFP: Definitions for Logarithms.
500 * LOGCONTRACT: Definitions for Logarithms.
501 * LOGEXPAND: Definitions for Logarithms.
502 * LOGNEGINT: Definitions for Logarithms.
503 * LOGNUMER: Definitions for Logarithms.
504 * LOGSIMP: Definitions for Logarithms.
505 * LOPOW: Definitions for Expressions.
506 * LORENTZ: Definitions for Tensor.
507 * LPART: Definitions for Expressions.
508 * LRATSUBST: Definitions for Polynomials.
509 * LRICCICOM: Definitions for Ctensor.
510 * LTREILLIS: Definitions for Symmetries.
511 * M1PBRANCH: Definitions for Miscellaneous Options.
512 * MACROEXPANSION: Definitions for Function Definition.
513 * MAINVAR: Definitions for Simplification.
514 * MAKE_ARRAY: Definitions for Arrays and Tables.
515 * MAKEBOX: Definitions for Tensor.
516 * MAKEFACT: Definitions for Special Functions.
517 * MAKEGAMMA: Definitions for Special Functions.
518 * MAKELIST: Definitions for Lists.
519 * MAP: Definitions for Program Flow.
520 * MAPATOM: Definitions for Program Flow.
521 * MAPERROR: Definitions for Program Flow.
522 * MAPLIST: Definitions for Program Flow.
523 * MATCHDECLARE: Definitions for Rules and Patterns.
524 * MATCHFIX: Definitions for Rules and Patterns.
525 * MATRIX: Definitions for Matrices and Linear Algebra.
526 * MATRIX_ELEMENT_ADD: Definitions for Matrices and Linear Algebra.
527 * MATRIX_ELEMENT_MULT: Definitions for Matrices and Linear Algebra.
528 * MATRIX_ELEMENT_TRANSPOSE: Definitions for Matrices and Linear Algebra.
529 * MATRIXMAP: Definitions for Matrices and Linear Algebra.
530 * MATRIXP: Definitions for Matrices and Linear Algebra.
531 * MATTRACE: Definitions for Matrices and Linear Algebra.
532 * MAX: Definitions for Operators.
533 * MAXAPPLYDEPTH: Definitions for Simplification.
534 * MAXAPPLYHEIGHT: Definitions for Simplification.
535 * MAXNEGEX: Definitions for Simplification.
536 * MAXPOSEX: Definitions for Simplification.
537 * MAXPRIME: Definitions for Number Theory.
538 * MAXTAYORDER: Definitions for Series.
539 * MEMBER: Definitions for Lists.
540 * METRIC: Definitions for Tensor.
541 * MIN: Definitions for Operators.
542 * MINF: Definitions for Constants.
543 * MINFACTORIAL: Definitions for Number Theory.
544 * MINOR: Definitions for Matrices and Linear Algebra.
545 * MOD: Definitions for Operators.
546 * MODE_CHECK_ERRORP: Definitions for Function Definition.
547 * MODE_CHECK_WARNP: Definitions for Function Definition.
548 * MODE_CHECKP: Definitions for Function Definition.
549 * MODE_DECLARE: Definitions for Function Definition.
550 * MODE_IDENTITY: Definitions for Function Definition.
551 * MODULUS: Definitions for Polynomials.
552 * MON2SCHUR: Definitions for Symmetries.
553 * MONO: Definitions for Affine.
554 * MONOMIAL_DIMENSIONS: Definitions for Affine.
555 * MOTION: Definitions for Ctensor.
556 * MULTI_ELEM: Definitions for Symmetries.
557 * MULTI_ORBIT: Definitions for Symmetries.
558 * MULTI_PUI: Definitions for Symmetries.
559 * MULTINOMIAL: Definitions for Symmetries.
560 * MULTIPLICATIVE: Definitions for Simplification.
561 * MULTIPLICITIES: Definitions for Equations.
562 * MULTSYM: Definitions for Symmetries.
563 * MULTTHRU: Definitions for Expressions.
564 * MYOPTIONS: Definitions for Command Line.
565 * NC_DEGREE: Definitions for Affine.
566 * NCEXPT: Definitions for Matrices and Linear Algebra.
567 * NCHARPOLY: Definitions for Matrices and Linear Algebra.
568 * NEGDISTRIB: Definitions for Simplification.
569 * NEGSUMDISPFLAG: Definitions for Simplification.
570 * NEW-DISREP: Definitions for Affine.
571 * NEWCONTEXT: Definitions for Contexts.
572 * NEWDET: Definitions for Matrices and Linear Algebra.
573 * NEWFAC: Definitions for Polynomials.
574 * NEWTON: Definitions for Numerical.
575 * NICEINDICES: Definitions for Series.
576 * NICEINDICESPREF: Definitions for Series.
577 * NOEVAL: Definitions for Simplification.
578 * NOLABELS: Definitions for Command Line.
579 * NONSCALAR: Definitions for Matrices and Linear Algebra.
580 * NONSCALARP: Definitions for Matrices and Linear Algebra.
581 * NOSTRING: Definitions for Input and Output.
582 * NOUN: Definitions for Simplification.
583 * NOUNDISP: Definitions for Simplification.
584 * NOUNIFY: Definitions for Expressions.
585 * NOUNS: Definitions for Simplification.
586 * NROOTS: Definitions for Equations.
587 * NTERMS: Definitions for Expressions.
588 * NTERMSG: Definitions for Tensor.
589 * NTERMSRCI: Definitions for Tensor.
590 * NTHROOT: Definitions for Equations.
591 * NUM: Definitions for Polynomials.
592 * NUMBERP: Definitions for Miscellaneous Options.
593 * NUMER: Definitions for Simplification.
594 * NUMERVAL: Definitions for Simplification.
595 * NUMFACTOR: Definitions for Special Functions.
596 * NUSUM: Definitions for Series.
597 * NZETA: Definitions for Tensor.
598 * OBASE: Definitions for Input and Output.
599 * ODDP: Definitions for Operators.
600 * ODE: Definitions for Differential Equations.
601 * ODE2: Definitions for Differential Equations.
602 * OMEGA: Definitions for Ctensor.
603 * OPENPLOT_CURVES: Definitions for Plotting.
604 * OPPROPERTIES: Definitions for Simplification.
605 * OPSUBST: Definitions for Simplification.
606 * OPTIMIZE: Definitions for Expressions.
607 * OPTIMPREFIX: Definitions for Expressions.
608 * OPTIONSET: Definitions for Command Line.
609 * ORBIT: Definitions for Symmetries.
610 * ORDERGREAT: Definitions for Expressions.
611 * ORDERGREATP: Definitions for Expressions.
612 * ORDERLESS: Definitions for Expressions.
613 * ORDERLESSP: Definitions for Expressions.
614 * OUTATIVE: Definitions for Simplification.
615 * OUTCHAR: Definitions for Input and Output.
616 * OUTOFPOIS: Definitions for Special Functions.
617 * PACKAGEFILE: Definitions for Input and Output.
618 * PADE: Definitions for Series.
619 * PARSEWINDOW: Definitions for Input and Output.
620 * PART: Definitions for Expressions.
621 * PART2CONT: Definitions for Symmetries.
622 * PARTFRAC: Definitions for Number Theory.
623 * PARTITION: Definitions for Expressions.
624 * PARTPOL: Definitions for Symmetries.
625 * PARTSWITCH: Definitions for Expressions.
626 * PCOEFF: Definitions for Affine.
627 * PERMANENT: Definitions for Matrices and Linear Algebra.
628 * PERMUT: Definitions for Symmetries.
629 * PFEFORMAT: Definitions for Input and Output.
630 * PI: Definitions for Constants.
631 * PICKAPART: Definitions for Expressions.
632 * PIECE: Definitions for Expressions.
633 * PLAYBACK: Definitions for Command Line.
634 * PLOG: Definitions for Logarithms.
635 * PLOT2D: Definitions for Plotting.
636 * PLOT2D_PS: Definitions for Plotting.
637 * PLOT3D: Definitions for Plotting.
638 * PLOT_OPTIONS: Definitions for Plotting.
639 * POISDIFF: Definitions for Special Functions.
640 * POISEXPT: Definitions for Special Functions.
641 * POISINT: Definitions for Special Functions.
642 * POISLIM: Definitions for Special Functions.
643 * POISMAP: Definitions for Special Functions.
644 * POISPLUS: Definitions for Special Functions.
645 * POISSIMP: Definitions for Special Functions.
646 * POISSON: Definitions for Special Functions.
647 * POISSUBST: Definitions for Special Functions.
648 * POISTIMES: Definitions for Special Functions.
649 * POISTRIM: Definitions for Special Functions.
650 * POLARFORM: Definitions for Logarithms.
651 * POLARTORECT: Definitions for Numerical.
652 * POLYNOME2ELE: Definitions for Symmetries.
653 * POSFUN: Definitions for Simplification.
654 * POTENTIAL: Definitions for Integration.
655 * POWERDISP: Definitions for Series.
656 * POWERS: Definitions for Expressions.
657 * POWERSERIES: Definitions for Series.
658 * PRED: Definitions for Operators.
659 * PREDERROR: Definitions for Program Flow.
660 * PRIME: Definitions for Number Theory.
661 * PRIMEP: Definitions for Number Theory.
662 * PRINT: Definitions for Input and Output.
663 * PRINTPOIS: Definitions for Special Functions.
664 * PRINTPROPS: Definitions for Command Line.
665 * PRODHACK: Definitions for Simplification.
666 * PRODRAC: Definitions for Symmetries.
667 * PRODUCT: Definitions for Expressions.
668 * PROGRAMMODE: Definitions for Equations.
669 * PROMPT: Definitions for Command Line.
670 * PROPERTIES: Definitions for Miscellaneous Options.
671 * PROPS: Definitions for Miscellaneous Options.
672 * PROPVARS: Definitions for Miscellaneous Options.
673 * PSCOM: Definitions for Plotting.
674 * PSDRAW_CURVE: Definitions for Plotting.
675 * PSEXPAND: Definitions for Series.
676 * PSI: Definitions for Special Functions.
677 * PUI: Definitions for Symmetries.
678 * PUI2COMP: Definitions for Symmetries.
679 * PUI2ELE: Definitions for Symmetries.
680 * PUI2POLYNOME: Definitions for Symmetries.
681 * PUI_DIRECT: Definitions for Symmetries.
682 * PUIREDUC: Definitions for Symmetries.
683 * PUT: Definitions for Miscellaneous Options.
684 * QPUT: Definitions for Miscellaneous Options.
685 * QQ: Definitions for Integration.
686 * QUANC8: Definitions for Integration.
687 * QUIT: Definitions for Command Line.
688 * QUNIT: Definitions for Number Theory.
689 * QUOTIENT: Definitions for Polynomials.
690 * RADCAN: Definitions for Simplification.
691 * RADEXPAND: Definitions for Simplification.
692 * RADPRODEXPAND: Definitions for Simplification.
693 * RADSUBSTFLAG: Definitions for Simplification.
694 * RAISERIEMANN: Definitions for Tensor.
695 * RANDOM: Definitions for Operators.
696 * RANK: Definitions for Matrices and Linear Algebra.
697 * RASSOCIATIVE: Definitions for Simplification.
698 * RAT: Definitions for Polynomials.
699 * RATALGDENOM: Definitions for Polynomials.
700 * RATCOEF: Definitions for Polynomials.
701 * RATDENOM: Definitions for Polynomials.
702 * RATDENOMDIVIDE: Definitions for Polynomials.
703 * RATDIFF: Definitions for Polynomials.
704 * RATDISREP: Definitions for Polynomials.
705 * RATEINSTEIN: Definitions for Tensor.
706 * RATEPSILON: Definitions for Polynomials.
707 * RATEXPAND: Definitions for Polynomials.
708 * RATFAC: Definitions for Polynomials.
709 * RATMX: Definitions for Matrices and Linear Algebra.
710 * RATNUMER: Definitions for Polynomials.
711 * RATNUMP: Definitions for Polynomials.
712 * RATP: Definitions for Polynomials.
713 * RATPRINT: Definitions for Polynomials.
714 * RATRIEMAN: Definitions for Tensor.
715 * RATRIEMANN: Definitions for Tensor.
716 * RATSIMP: Definitions for Polynomials.
717 * RATSIMPEXPONS: Definitions for Polynomials.
718 * RATSUBST: Definitions for Polynomials.
719 * RATVARS: Definitions for Polynomials.
720 * RATWEIGHT: Definitions for Polynomials.
721 * RATWEIGHTS: Definitions for Polynomials.
722 * RATWEYL: Definitions for Polynomials.
723 * RATWTLVL: Definitions for Polynomials.
724 * READ: Definitions for Input and Output.
725 * READONLY: Definitions for Input and Output.
726 * REALONLY: Definitions for Equations.
727 * REALPART: Definitions for Expressions.
728 * REALROOTS: Definitions for Equations.
729 * REARRAY: Definitions for Arrays and Tables.
730 * RECTFORM: Definitions for Expressions.
731 * RECTTOPOLAR: Definitions for Numerical.
732 * REFCHECK: Definitions for Debugging.
733 * REM: Definitions for Miscellaneous Options.
734 * REMAINDER: Definitions for Polynomials.
735 * REMARRAY: Definitions for Arrays and Tables.
736 * REMBOX: Definitions for Expressions.
737 * REMCON: Definitions for Tensor.
738 * REMFUNCTION: Definitions for Command Line.
739 * REMLET: Definitions for Rules and Patterns.
740 * REMOVE: Definitions for Miscellaneous Options.
741 * REMRULE: Definitions for Rules and Patterns.
742 * REMTRACE: Definitions for Debugging.
743 * REMVALUE: Definitions for Miscellaneous Options.
744 * RENAME: Definitions for Miscellaneous Options.
745 * RESET: Definitions for Command Line.
746 * RESIDUE: Definitions for Integration.
747 * RESOLVANTE: Definitions for Symmetries.
748 * RESOLVANTE_ALTERNEE1: Definitions for Symmetries.
749 * RESOLVANTE_BIPARTITE: Definitions for Symmetries.
750 * RESOLVANTE_DIEDRALE: Definitions for Symmetries.
751 * RESOLVANTE_KLEIN: Definitions for Symmetries.
752 * RESOLVANTE_KLEIN3: Definitions for Symmetries.
753 * RESOLVANTE_PRODUIT_SYM: Definitions for Symmetries.
754 * RESOLVANTE_UNITAIRE: Definitions for Symmetries.
755 * RESOLVANTE_VIERER: Definitions for Symmetries.
756 * REST: Definitions for Lists.
757 * RESTORE: Definitions for Command Line.
758 * RESULTANT: Definitions for Polynomials.
759 * RETURN: Definitions for Program Flow.
760 * REVEAL: Definitions for Input and Output.
761 * REVERSE: Definitions for Lists.
762 * REVERT: Definitions for Series.
763 * RHS: Definitions for Equations.
764 * RICCICOM: Definitions for Tensor.
765 * RIEMANN: Definitions for Ctensor.
766 * RINVARIANT: Definitions for Tensor.
767 * RISCH: Definitions for Integration.
768 * RMXCHAR: Definitions for Input and Output.
769 * RNCOMBINE: Definitions for Miscellaneous Options.
770 * ROMBERG: Definitions for Integration.
771 * ROMBERGABS: Definitions for Integration.
772 * ROMBERGIT: Definitions for Integration.
773 * ROMBERGMIN: Definitions for Integration.
774 * ROMBERGTOL: Definitions for Integration.
775 * ROOM: Definitions for Runtime Environment.
776 * ROOTSCONMODE: Definitions for Equations.
777 * ROOTSCONTRACT: Definitions for Equations.
778 * ROOTSEPSILON: Definitions for Equations.
779 * ROW: Definitions for Matrices and Linear Algebra.
780 * SAVE: Definitions for Input and Output.
781 * SAVEDEF: Definitions for Input and Output.
782 * SAVEFACTORS: Definitions for Polynomials.
783 * SCALARMATRIXP: Definitions for Matrices and Linear Algebra.
784 * SCALARP: Definitions for Miscellaneous Options.
785 * SCALEFACTORS: Definitions for Miscellaneous Options.
786 * SCANMAP: Definitions for Program Flow.
787 * SCHUR2COMP: Definitions for Symmetries.
788 * SCONCAT: Definitions for Input and Output.
789 * SCSIMP: Definitions for Simplification.
790 * SCURVATURE: Definitions for Tensor.
791 * SEC: Definitions for Trigonometric.
792 * SECH: Definitions for Trigonometric.
793 * SET_PLOT_OPTION: Definitions for Plotting.
794 * SET_UP_DOT_SIMPLIFICATIONS: Definitions for Affine.
795 * SETCHECK: Definitions for Debugging.
796 * SETCHECKBREAK: Definitions for Debugging.
797 * SETELMX: Definitions for Matrices and Linear Algebra.
798 * SETUP: Definitions for Tensor.
799 * SETUP_AUTOLOAD: Definitions for Miscellaneous Options.
800 * SETVAL: Definitions for Debugging.
801 * SHOW: Definitions for Input and Output.
802 * SHOWRATVARS: Definitions for Input and Output.
803 * SHOWTIME: Definitions for Command Line.
804 * SIGN: Definitions for Operators.
805 * SIGNUM: Definitions for Operators.
806 * SIMILARITYTRANSFORM: Definitions for Matrices and Linear Algebra.
807 * SIMP: Definitions for Simplification.
808 * SIMPSUM: Definitions for Simplification.
809 * SIN: Definitions for Trigonometric.
810 * SINH: Definitions for Trigonometric.
811 * SOLVE: Definitions for Equations.
812 * SOLVE_INCONSISTENT_ERROR: Definitions for Equations.
813 * SOLVEDECOMPOSES: Definitions for Equations.
814 * SOLVEEXPLICIT: Definitions for Equations.
815 * SOLVEFACTORS: Definitions for Equations.
816 * SOLVENULLWARN: Definitions for Equations.
817 * SOLVERADCAN: Definitions for Equations.
818 * SOLVETRIGWARN: Definitions for Equations.
819 * SOMRAC: Definitions for Symmetries.
820 * SORT: Definitions for Operators.
821 * SPARSE: Definitions for Matrices and Linear Algebra.
822 * SPLICE: MACROS.
823 * SPRINT: Definitions for Input and Output.
824 * SQFR: Definitions for Polynomials.
825 * SQRT: Definitions for Operators.
826 * SQRTDISPFLAG: Definitions for Operators.
827 * SRRAT: Definitions for Series.
828 * SSTATUS: Definitions for Command Line.
829 * STARDISP: Definitions for Input and Output.
830 * STATUS: Definitions for Runtime Environment.
831 * STRING: Definitions for Input and Output.
832 * STRINGOUT: Definitions for Input and Output.
833 * SUBLIS: Definitions for Operators.
834 * SUBLIS_APPLY_LAMBDA: Definitions for Operators.
835 * SUBLIST: Definitions for Operators.
836 * SUBMATRIX: Definitions for Matrices and Linear Algebra.
837 * SUBST: Definitions for Operators.
838 * SUBSTINPART: Definitions for Operators.
839 * SUBSTPART: Definitions for Operators.
840 * SUBVARP: Definitions for Operators.
841 * SUM: Definitions for Expressions.
842 * SUMCONTRACT: Definitions for Simplification.
843 * SUMEXPAND: Definitions for Simplification.
844 * SUMHACK: Definitions for Simplification.
845 * SUMSPLITFACT: Definitions for Simplification.
846 * SUPCONTEXT: Definitions for Contexts.
847 * SYMBOLP: Definitions for Operators.
848 * SYMMETRIC: Definitions for Simplification.
849 * SYSTEM: Definitions for Input and Output.
850 * TAN: Definitions for Trigonometric.
851 * TANH: Definitions for Trigonometric.
852 * TAYLOR: Definitions for Series.
853 * TAYLOR_LOGEXPAND: Definitions for Series.
854 * TAYLOR_ORDER_COEFFICIENTS: Definitions for Series.
855 * TAYLOR_SIMPLIFIER: Definitions for Series.
856 * TAYLOR_TRUNCATE_POLYNOMIALS: Definitions for Series.
857 * TAYLORDEPTH: Definitions for Series.
858 * TAYLORINFO: Definitions for Series.
859 * TAYLORP: Definitions for Series.
860 * TAYTORAT: Definitions for Series.
861 * TCL_OUTPUT: Definitions for Input and Output.
862 * TCONTRACT: Definitions for Symmetries.
863 * TELLRAT: Definitions for Polynomials.
864 * TELLSIMP: Definitions for Rules and Patterns.
865 * TELLSIMPAFTER: Definitions for Rules and Patterns.
866 * THROW: Definitions for Program Flow.
867 * TIME: Definitions for Runtime Environment.
868 * TIMER: Definitions for Debugging.
869 * TIMER_DEVALUE: Definitions for Debugging.
870 * TIMER_INFO: Definitions for Debugging.
871 * TLDEFINT: Definitions for Integration.
872 * TLIMIT: Definitions for Limits.
873 * TLIMSWITCH: Definitions for Limits.
874 * TO_LISP: Definitions for Command Line.
875 * TOBREAK: Definitions for Command Line.
876 * TODD_COXETER: Definitions for Groups.
877 * TOPLEVEL: Definitions for Command Line.
878 * TOTALDISREP: Definitions for Polynomials.
879 * TOTIENT: Definitions for Number Theory.
880 * TPARTPOL: Definitions for Symmetries.
881 * TR_ARRAY_AS_REF: Definitions for Function Definition.
882 * TR_BOUND_FUNCTION_APPLYP: Definitions for Function Definition.
883 * TR_FILE_TTY_MESSAGESP: Definitions for Function Definition.
884 * TR_FLOAT_CAN_BRANCH_COMPLEX: Definitions for Function Definition.
885 * TR_FUNCTION_CALL_DEFAULT: Definitions for Function Definition.
886 * TR_GEN_TAGS: Definitions for Function Definition.
887 * TR_NUMER: Definitions for Function Definition.
888 * TR_OPTIMIZE_MAX_LOOP: Definitions for Function Definition.
889 * TR_OUTPUT_FILE_DEFAULT: Definitions for Function Definition.
890 * TR_PREDICATE_BRAIN_DAMAGE: Definitions for Function Definition.
891 * TR_SEMICOMPILE: Definitions for Function Definition.
892 * TR_STATE_VARS: Definitions for Function Definition.
893 * TR_TRUE_NAME_OF_FILE_BEING_TRANSLATED: Definitions for Function Definition.
894 * TR_VERSION: Definitions for Function Definition.
895 * TR_WARN_BAD_FUNCTION_CALLS: Definitions for Function Definition.
896 * TR_WARN_FEXPR: Definitions for Function Definition.
897 * TR_WARN_MEVAL: Definitions for Function Definition.
898 * TR_WARN_MODE: Definitions for Function Definition.
899 * TR_WARN_UNDECLARED: Definitions for Function Definition.
900 * TR_WARN_UNDEFINED_VARIABLE: Definitions for Function Definition.
901 * TR_WARNINGS_GET: Definitions for Function Definition.
902 * TR_WINDY: Definitions for Function Definition.
903 * TRACE: Definitions for Debugging.
904 * TRACE_OPTIONS: Definitions for Debugging.
905 * TRANSBIND: Definitions for Function Definition.
906 * TRANSCOMPILE: Definitions for Function Definition.
907 * TRANSFORM: Definitions for Ctensor.
908 * TRANSLATE: Definitions for Function Definition.
909 * TRANSLATE_FILE: Definitions for Function Definition.
910 * TRANSPOSE: Definitions for Matrices and Linear Algebra.
911 * TRANSRUN: Definitions for Function Definition.
912 * TREILLIS: Definitions for Symmetries.
913 * TREINAT: Definitions for Symmetries.
914 * TRIANGULARIZE: Definitions for Matrices and Linear Algebra.
915 * TRIGEXPAND: Definitions for Trigonometric.
916 * TRIGEXPANDPLUS: Definitions for Trigonometric.
917 * TRIGEXPANDTIMES: Definitions for Trigonometric.
918 * TRIGINVERSES: Definitions for Trigonometric.
919 * TRIGRAT: Definitions for Trigonometric.
920 * TRIGREDUCE: Definitions for Trigonometric.
921 * TRIGSIGN: Definitions for Trigonometric.
922 * TRIGSIMP: Definitions for Trigonometric.
923 * TRUE: Definitions for Constants.
924 * TRUNC: Definitions for Series.
925 * TSETUP: Definitions for Ctensor.
926 * TTYINTFUN: Definitions for Command Line.
927 * TTYINTNUM: Definitions for Command Line.
928 * TTYOFF: Definitions for Input and Output.
929 * UNDECLAREDWARN: Definitions for Function Definition.
930 * UNDIFF: Definitions for Differentiation.
931 * UNITEIGENVECTORS: Definitions for Matrices and Linear Algebra.
932 * UNITVECTOR: Definitions for Matrices and Linear Algebra.
933 * UNKNOWN: Definitions for Simplification.
934 * UNORDER: Definitions for Operators.
935 * UNSUM: Definitions for Series.
936 * UNTELLRAT: Definitions for Polynomials.
937 * UNTRACE: Definitions for Debugging.
938 * USE_FAST_ARRAYS: Definitions for Arrays and Tables.
939 * VALUES: Definitions for Command Line.
940 * VECT_CROSS: Definitions for Matrices and Linear Algebra.
941 * VECTORPOTENTIAL: Definitions for Operators.
942 * VECTORSIMP: Definitions for Matrices and Linear Algebra.
943 * VERB: Definitions for Expressions.
944 * VERBIFY: Definitions for Expressions.
945 * VERBOSE: Definitions for Series.
946 * WEYL: Definitions for Tensor.
947 * WITH_STDOUT: Definitions for Input and Output.
948 * WRITEFILE: Definitions for Input and Output.
949 * xgraph_curves: Definitions for Plotting.
950 * XTHRU: Definitions for Operators.
951 * ZEROBERN: Definitions for Number Theory.
952 * ZEROEQUIV: Definitions for Operators.
953 * ZEROMATRIX: Definitions for Matrices and Linear Algebra.
954 * ZETA: Definitions for Number Theory.
955 * ZETA%PI: Definitions for Number Theory.
956 * ZRPOLY: Definitions for Equations.
957 * ZSOLVE: Definitions for Equations.
958 * ZUNDERFLOW: Definitions for Floating Point.