source: vis_dev/glu-2.3/src/calBdd/calAllFile.html @ 36

Last change on this file since 36 was 13, checked in by cecile, 13 years ago

library glu 2.3
File size: 75.7 KB
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1<HTML>
2<HEAD><TITLE>The cal package: files</TITLE></HEAD>
3<BODY>
4
5<DL>
6 <DT> <A HREF="#cal.h"><CODE>cal.h</CODE></A>
7 <DD> External header file
8 <DT> <A HREF="#calInt.h"><CODE>calInt.h</CODE></A>
9 <DD> Internal header file
10 <DT> <A HREF="#cal.c"><CODE>cal.c</CODE></A>
11 <DD> Miscellaneous collection of exported BDD functions
12 <DT> <A HREF="#calApplyReduce.c"><CODE>calApplyReduce.c</CODE></A>
13 <DD> Generic routines for processing temporary nodes during
14  "apply" and "reduce" phases.
15 <DT> <A HREF="#calAssociation.c"><CODE>calAssociation.c</CODE></A>
16 <DD> Contains the routines related to the variable association.
17 <DT> <A HREF="#calBddCompose.c"><CODE>calBddCompose.c</CODE></A>
18 <DD> Routine for composing one BDD into another.
19 <DT> <A HREF="#calBddITE.c"><CODE>calBddITE.c</CODE></A>
20 <DD> Routine for computing ITE of 3 BDD operands.
21 <DT> <A HREF="#calBddManager.c"><CODE>calBddManager.c</CODE></A>
22 <DD> Routines for maintaing the manager and creating
23  variables etc.
24 <DT> <A HREF="#calBddOp.c"><CODE>calBddOp.c</CODE></A>
25 <DD> Routines for performing simple boolean operations on a
26  pair of BDDs or on an array of pair of BDDs or on an array of BDDs.
27 <DT> <A HREF="#calBddReorderTest.c"><CODE>calBddReorderTest.c</CODE></A>
28 <DD> A test routine for checking the functionality of
29  dynamic reordering.
30 <DT> <A HREF="#calBddSatisfy.c"><CODE>calBddSatisfy.c</CODE></A>
31 <DD> Routines for BDD satisfying valuation.
32 <DT> <A HREF="#calBddSize.c"><CODE>calBddSize.c</CODE></A>
33 <DD> BDD size and profile routines
34 <DT> <A HREF="#calBddSubstitute.c"><CODE>calBddSubstitute.c</CODE></A>
35 <DD> Routine for simultaneous substitution of an array of
36  variables with an array of functions.
37 <DT> <A HREF="#calBddSupport.c"><CODE>calBddSupport.c</CODE></A>
38 <DD> Routines related to the support of a BDD.
39 <DT> <A HREF="#calBddSwapVars.c"><CODE>calBddSwapVars.c</CODE></A>
40 <DD> Routine for swapping two variables.
41 <DT> <A HREF="#calBddVarSubstitute.c"><CODE>calBddVarSubstitute.c</CODE></A>
42 <DD> Routine for simultaneous substitution of an array of
43  variables with another array of variables.
44 <DT> <A HREF="#calBlk.c"><CODE>calBlk.c</CODE></A>
45 <DD> Routines for manipulating blocks of variables.
46 <DT> <A HREF="#calCacheTableTwo.c"><CODE>calCacheTableTwo.c</CODE></A>
47 <DD> Functions to manage the Cache tables.
48 <DT> <A HREF="#calDump.c"><CODE>calDump.c</CODE></A>
49 <DD> BDD library dump/undump routines
50 <DT> <A HREF="#calGC.c"><CODE>calGC.c</CODE></A>
51 <DD> Garbage collection routines
52 <DT> <A HREF="#calHashTable.c"><CODE>calHashTable.c</CODE></A>
53 <DD> Functions to manage the hash tables that are a part of
54                  1. unique table
55                  2. request queue
56 <DT> <A HREF="#calHashTableOne.c"><CODE>calHashTableOne.c</CODE></A>
57 <DD> Routines for managing hash table with Bdd is a key and
58               int, long, or double as a value
59 <DT> <A HREF="#calHashTableThree.c"><CODE>calHashTableThree.c</CODE></A>
60 <DD> Functions to manage the hash tables that are a part of
61                  ITE operation
62 <DT> <A HREF="#calInteract.c"><CODE>calInteract.c</CODE></A>
63 <DD> Functions to manipulate the variable interaction matrix.
64 <DT> <A HREF="#calMem.c"><CODE>calMem.c</CODE></A>
65 <DD> Routines for memory management.
66 <DT> <A HREF="#calMemoryManagement.c"><CODE>calMemoryManagement.c</CODE></A>
67 <DD> Special memory management routines specific to CAL.
68 <DT> <A HREF="#calPerformanceTest.c"><CODE>calPerformanceTest.c</CODE></A>
69 <DD> This file contains the performance test routines for
70  the CAL package.
71 <DT> <A HREF="#calPipeline.c"><CODE>calPipeline.c</CODE></A>
72 <DD> Routines for creating and managing the pipelined BDD
73  operations.
74 <DT> <A HREF="#calPrint.c"><CODE>calPrint.c</CODE></A>
75 <DD> Routine for printing a BDD.
76 <DT> <A HREF="#calPrintProfile.c"><CODE>calPrintProfile.c</CODE></A>
77 <DD> Routines for printing various profiles for a BDD.
78 <DT> <A HREF="#calQuant.c"><CODE>calQuant.c</CODE></A>
79 <DD> Routines for existential/universal quantification and
80  relational product.
81 <DT> <A HREF="#calReduce.c"><CODE>calReduce.c</CODE></A>
82 <DD> Routines for optimizing a BDD with respect to a don't
83  care set (cofactor and restrict).
84 <DT> <A HREF="#calReorderBF.c"><CODE>calReorderBF.c</CODE></A>
85 <DD> Routines for dynamic reordering of variables.
86 <DT> <A HREF="#calReorderDF.c"><CODE>calReorderDF.c</CODE></A>
87 <DD> Routines for dynamic reordering of variables.
88 <DT> <A HREF="#calReorderUtil.c"><CODE>calReorderUtil.c</CODE></A>
89 <DD> Some utility routines used by both breadth-first and
90  depth-first reordering techniques.
91 <DT> <A HREF="#calTerminal.c"><CODE>calTerminal.c</CODE></A>
92 <DD> Contains the terminal function for various BDD operations.
93 <DT> <A HREF="#calTest.c"><CODE>calTest.c</CODE></A>
94 <DD> This file contains the test routines for the CAL package.
95 <DT> <A HREF="#calUtil.c"><CODE>calUtil.c</CODE></A>
96 <DD> Utility functions for the Cal package.
97</DL><HR>
98<A NAME="cal.h"><H1>cal.h</H1></A>
99External header file <P>
100<B>By: Rajeev K. Ranjan (rajeev@eecs.berkeley.edu)
101               Jagesh V. Sanghavi (sanghavi@eecs.berkeley.edu)</B><P>
102<P><B>See Also</B><A HREF="#optional"><CODE>optional</CODE></A>
103<DL>
104</DL>
105<HR>
106<A NAME="calInt.h"><H1>calInt.h</H1></A>
107Internal header file <P>
108<B>By: Rajeev K. Ranjan (rajeev@ic.eecs.berkeley.edu
109               Jagesh Sanghavi  (sanghavi@ic.eecs.berkeley.edu)</B><P>
110<P><B>See Also</B><A HREF="#cal.h"><CODE>cal.h</CODE></A>
111<DL>
112</DL>
113<HR>
114<A NAME="cal.c"><H1>cal.c</H1></A>
115Miscellaneous collection of exported BDD functions <P>
116<B>By: Rajeev K. Ranjan (rajeev@eecs.berkeley.edu) and
117               Jagesh V. Sanghavi (sanghavi@eecs.berkeley.edu</B><P>
118<DL>
119 <DT> <A HREF="calAllDet.html#Cal_BddIsEqual" TARGET="MAIN"><CODE>Cal_BddIsEqual()</CODE></A>
120 <DD> Returns 1 if argument BDDs are equal, 0 otherwise.
121
122 <DT> <A HREF="calAllDet.html#Cal_BddIsBddOne" TARGET="MAIN"><CODE>Cal_BddIsBddOne()</CODE></A>
123 <DD> Returns 1 if the argument BDD is constant one, 0 otherwise.
124
125 <DT> <A HREF="calAllDet.html#Cal_BddIsBddZero" TARGET="MAIN"><CODE>Cal_BddIsBddZero()</CODE></A>
126 <DD> Returns 1 if the argument BDD is constant zero, 0 otherwise.
127
128 <DT> <A HREF="calAllDet.html#Cal_BddIsBddNull" TARGET="MAIN"><CODE>Cal_BddIsBddNull()</CODE></A>
129 <DD> Returns 1 if the argument BDD is NULL, 0 otherwise.
130
131 <DT> <A HREF="calAllDet.html#Cal_BddIsBddConst" TARGET="MAIN"><CODE>Cal_BddIsBddConst()</CODE></A>
132 <DD> Returns 1 if the argument BDD is a constant, 0 otherwise.
133
134 <DT> <A HREF="calAllDet.html#Cal_BddIdentity" TARGET="MAIN"><CODE>Cal_BddIdentity()</CODE></A>
135 <DD> Returns the duplicate BDD of the argument BDD.
136
137 <DT> <A HREF="calAllDet.html#Cal_BddOne" TARGET="MAIN"><CODE>Cal_BddOne()</CODE></A>
138 <DD> Returns the BDD for the constant one
139
140 <DT> <A HREF="calAllDet.html#Cal_BddZero" TARGET="MAIN"><CODE>Cal_BddZero()</CODE></A>
141 <DD> Returns the BDD for the constant zero
142
143 <DT> <A HREF="calAllDet.html#Cal_BddNot" TARGET="MAIN"><CODE>Cal_BddNot()</CODE></A>
144 <DD> Returns the complement of the argument BDD.
145
146 <DT> <A HREF="calAllDet.html#Cal_BddGetIfIndex" TARGET="MAIN"><CODE>Cal_BddGetIfIndex()</CODE></A>
147 <DD> Returns the index of the top variable of the argument BDD.
148
149 <DT> <A HREF="calAllDet.html#Cal_BddGetIfId" TARGET="MAIN"><CODE>Cal_BddGetIfId()</CODE></A>
150 <DD> Returns the id of the top variable of the argument BDD.
151
152 <DT> <A HREF="calAllDet.html#Cal_BddIf" TARGET="MAIN"><CODE>Cal_BddIf()</CODE></A>
153 <DD> Returns the BDD corresponding to the top variable of
154  the argument BDD.
155
156 <DT> <A HREF="calAllDet.html#Cal_BddThen" TARGET="MAIN"><CODE>Cal_BddThen()</CODE></A>
157 <DD> Returns the positive cofactor of the argument BDD with
158  respect to the top variable of the BDD.
159
160 <DT> <A HREF="calAllDet.html#Cal_BddElse" TARGET="MAIN"><CODE>Cal_BddElse()</CODE></A>
161 <DD> Returns the negative cofactor of the argument BDD with
162  respect to the top variable of the BDD.
163
164 <DT> <A HREF="calAllDet.html#Cal_BddFree" TARGET="MAIN"><CODE>Cal_BddFree()</CODE></A>
165 <DD> Frees the argument BDD.
166
167 <DT> <A HREF="calAllDet.html#Cal_BddUnFree" TARGET="MAIN"><CODE>Cal_BddUnFree()</CODE></A>
168 <DD> Unfrees the argument BDD.
169
170 <DT> <A HREF="calAllDet.html#Cal_BddGetRegular" TARGET="MAIN"><CODE>Cal_BddGetRegular()</CODE></A>
171 <DD> Returns a BDD with positive from a given BDD with arbitrary phase
172
173 <DT> <A HREF="calAllDet.html#Cal_BddIntersects" TARGET="MAIN"><CODE>Cal_BddIntersects()</CODE></A>
174 <DD> Computes a BDD that implies conjunction of f and g.
175
176 <DT> <A HREF="calAllDet.html#Cal_BddImplies" TARGET="MAIN"><CODE>Cal_BddImplies()</CODE></A>
177 <DD> Computes a BDD that implies conjunction of f and Cal_BddNot(g)
178
179 <DT> <A HREF="calAllDet.html#Cal_BddTotalSize" TARGET="MAIN"><CODE>Cal_BddTotalSize()</CODE></A>
180 <DD> Returns the number of nodes in the Unique table
181
182 <DT> <A HREF="calAllDet.html#Cal_BddStats" TARGET="MAIN"><CODE>Cal_BddStats()</CODE></A>
183 <DD> Prints miscellaneous BDD statistics
184
185 <DT> <A HREF="calAllDet.html#Cal_BddDynamicReordering" TARGET="MAIN"><CODE>Cal_BddDynamicReordering()</CODE></A>
186 <DD> Specify dynamic reordering technique.
187
188 <DT> <A HREF="calAllDet.html#Cal_BddReorder" TARGET="MAIN"><CODE>Cal_BddReorder()</CODE></A>
189 <DD> Invoke the current dynamic reodering method.
190
191 <DT> <A HREF="calAllDet.html#Cal_BddType" TARGET="MAIN"><CODE>Cal_BddType()</CODE></A>
192 <DD> Returns type of a BDD ( 0, 1, +var, -var, ovrflow, nonterminal)
193
194 <DT> <A HREF="calAllDet.html#Cal_BddVars" TARGET="MAIN"><CODE>Cal_BddVars()</CODE></A>
195 <DD> Returns the number of BDD variables
196
197 <DT> <A HREF="calAllDet.html#Cal_BddNodeLimit" TARGET="MAIN"><CODE>Cal_BddNodeLimit()</CODE></A>
198 <DD> Sets the node limit to new_limit and returns the old limit.
199
200 <DT> <A HREF="calAllDet.html#Cal_BddOverflow" TARGET="MAIN"><CODE>Cal_BddOverflow()</CODE></A>
201 <DD> Returns 1 if the node limit has been exceeded, 0 otherwise. The
202  overflow flag is cleared.
203
204 <DT> <A HREF="calAllDet.html#Cal_BddIsCube" TARGET="MAIN"><CODE>Cal_BddIsCube()</CODE></A>
205 <DD> Returns 1 if the argument BDD is a cube, 0 otherwise
206
207 <DT> <A HREF="calAllDet.html#Cal_BddManagerGetHooks" TARGET="MAIN"><CODE>Cal_BddManagerGetHooks()</CODE></A>
208 <DD> Returns the hooks field of the manager.
209
210 <DT> <A HREF="calAllDet.html#Cal_BddManagerSetHooks" TARGET="MAIN"><CODE>Cal_BddManagerSetHooks()</CODE></A>
211 <DD> Sets the hooks field of the manager.
212
213 <DT> <A HREF="calAllDet.html#CalBddIf" TARGET="MAIN"><CODE>CalBddIf()</CODE></A>
214 <DD> Returns the BDD corresponding to the top variable of
215  the argument BDD.
216
217 <DT> <A HREF="calAllDet.html#CalBddIsCubeStep" TARGET="MAIN"><CODE>CalBddIsCubeStep()</CODE></A>
218 <DD> Returns 1 if the argument BDD is a cube, 0 otherwise
219
220 <DT> <A HREF="calAllDet.html#CalBddTypeAux" TARGET="MAIN"><CODE>CalBddTypeAux()</CODE></A>
221 <DD> Returns the BDD type by recursively traversing the argument BDD
222
223 <DT> <A HREF="calAllDet.html#CalBddIdentity" TARGET="MAIN"><CODE>CalBddIdentity()</CODE></A>
224 <DD> Returns the duplicate BDD of the argument BDD.
225
226 <DT> <A HREF="calAllDet.html#BddIntersectsStep" TARGET="MAIN"><CODE>BddIntersectsStep()</CODE></A>
227 <DD> Recursive routine to returns a BDD that implies conjunction of
228  argument BDDs
229
230</DL>
231<HR>
232<A NAME="calApplyReduce.c"><H1>calApplyReduce.c</H1></A>
233Generic routines for processing temporary nodes during
234  "apply" and "reduce" phases. <P>
235<B>By: Jagesh Sanghavi (sanghavi@eecs.berkeley.edu)
236               Rajeev Ranjan   (rajeev@eecs.berkeley.edu)</B><P>
237<P><B>See Also</B><A HREF="#optional"><CODE>optional</CODE></A>
238<DL>
239 <DT> <A HREF="calAllDet.html#CalHashTableApply" TARGET="MAIN"><CODE>CalHashTableApply()</CODE></A>
240 <DD> required
241
242 <DT> <A HREF="calAllDet.html#CalHashTableReduce" TARGET="MAIN"><CODE>CalHashTableReduce()</CODE></A>
243 <DD> required
244
245</DL>
246<HR>
247<A NAME="calAssociation.c"><H1>calAssociation.c</H1></A>
248Contains the routines related to the variable association. <P>
249<B>By: Rajeev K. Ranjan (rajeev@eecs.berkeley.edu)
250               Jagesh Sanghavi  (sanghavi@eecs.berkeley.edu)</B><P>
251optional <P>
252<P><B>See Also</B><A HREF="#optional"><CODE>optional</CODE></A>
253<DL>
254 <DT> <A HREF="calAllDet.html#Cal_AssociationInit" TARGET="MAIN"><CODE>Cal_AssociationInit()</CODE></A>
255 <DD> Creates or finds a variable association.
256
257 <DT> <A HREF="calAllDet.html#Cal_AssociationQuit" TARGET="MAIN"><CODE>Cal_AssociationQuit()</CODE></A>
258 <DD> Deletes the variable association given by id
259
260 <DT> <A HREF="calAllDet.html#Cal_AssociationSetCurrent" TARGET="MAIN"><CODE>Cal_AssociationSetCurrent()</CODE></A>
261 <DD> Sets the current variable association to the one given by id and
262  returns the ID of the old association.
263
264 <DT> <A HREF="calAllDet.html#Cal_TempAssociationAugment" TARGET="MAIN"><CODE>Cal_TempAssociationAugment()</CODE></A>
265 <DD> Adds to the temporary variable association.
266
267 <DT> <A HREF="calAllDet.html#Cal_TempAssociationInit" TARGET="MAIN"><CODE>Cal_TempAssociationInit()</CODE></A>
268 <DD> Sets the temporary variable association.
269
270 <DT> <A HREF="calAllDet.html#Cal_TempAssociationQuit" TARGET="MAIN"><CODE>Cal_TempAssociationQuit()</CODE></A>
271 <DD> Cleans up temporary association
272
273 <DT> <A HREF="calAllDet.html#CalAssociationListFree" TARGET="MAIN"><CODE>CalAssociationListFree()</CODE></A>
274 <DD> Frees the variable associations
275
276 <DT> <A HREF="calAllDet.html#CalVarAssociationRepackUpdate" TARGET="MAIN"><CODE>CalVarAssociationRepackUpdate()</CODE></A>
277 <DD> Need to be called after repacking.
278
279 <DT> <A HREF="calAllDet.html#CalCheckAssociationValidity" TARGET="MAIN"><CODE>CalCheckAssociationValidity()</CODE></A>
280 <DD> Checks the validity of association.
281
282 <DT> <A HREF="calAllDet.html#CalReorderAssociationFix" TARGET="MAIN"><CODE>CalReorderAssociationFix()</CODE></A>
283 <DD> required
284
285 <DT> <A HREF="calAllDet.html#AssociationIsEqual" TARGET="MAIN"><CODE>AssociationIsEqual()</CODE></A>
286 <DD> Checks for equality of two associations
287
288 <DT> <A HREF="calAllDet.html#CheckAssoc" TARGET="MAIN"><CODE>CheckAssoc()</CODE></A>
289 <DD> required
290
291</DL>
292<HR>
293<A NAME="calBddCompose.c"><H1>calBddCompose.c</H1></A>
294Routine for composing one BDD into another. <P>
295<B>By: Jagesh Sanghavi (sanghavi@eecs.berkeley.edu)
296               Rajeev Ranjan   (rajeev@eecs.berkeley.edu)</B><P>
297<DL>
298 <DT> <A HREF="calAllDet.html#Cal_BddCompose" TARGET="MAIN"><CODE>Cal_BddCompose()</CODE></A>
299 <DD> composition - substitute a BDD variable by a function
300
301 <DT> <A HREF="calAllDet.html#CalRequestNodeListCompose" TARGET="MAIN"><CODE>CalRequestNodeListCompose()</CODE></A>
302 <DD> required
303
304 <DT> <A HREF="calAllDet.html#CalHashTableComposeApply" TARGET="MAIN"><CODE>CalHashTableComposeApply()</CODE></A>
305 <DD> required
306
307 <DT> <A HREF="calAllDet.html#CalComposeRequestCreate" TARGET="MAIN"><CODE>CalComposeRequestCreate()</CODE></A>
308 <DD> required
309
310</DL>
311<HR>
312<A NAME="calBddITE.c"><H1>calBddITE.c</H1></A>
313Routine for computing ITE of 3 BDD operands. <P>
314<B>By: Jagesh Sanghavi (sanghavi@eecs.berkeley.edu)
315               Rajeev Ranjan   (rajeev@eecs.berkeley.edu)</B><P>
316<P><B>See Also</B><A HREF="#optional"><CODE>optional</CODE></A>
317<DL>
318 <DT> <A HREF="calAllDet.html#Cal_BddITE" TARGET="MAIN"><CODE>Cal_BddITE()</CODE></A>
319 <DD> Returns the BDD for logical If-Then-Else
320
321  Description [Returns the BDD for the logical operation IF f THEN g ELSE h
322  - f g + f' h
323
324 <DT> <A HREF="calAllDet.html#CalRequestNodeListArrayITE" TARGET="MAIN"><CODE>CalRequestNodeListArrayITE()</CODE></A>
325 <DD> required
326
327 <DT> <A HREF="calAllDet.html#CalBddOpITEBF" TARGET="MAIN"><CODE>CalBddOpITEBF()</CODE></A>
328 <DD> required
329
330 <DT> <A HREF="calAllDet.html#CalHashTableITEApply" TARGET="MAIN"><CODE>CalHashTableITEApply()</CODE></A>
331 <DD> required
332
333 <DT> <A HREF="calAllDet.html#CalBddITE" TARGET="MAIN"><CODE>CalBddITE()</CODE></A>
334 <DD> Returns the BDD for logical If-Then-Else
335 
336   Description [Returns the BDD for the logical operation IF f THEN g ELSE h
337   - f g + f' h
338
339</DL>
340<HR>
341<A NAME="calBddManager.c"><H1>calBddManager.c</H1></A>
342Routines for maintaing the manager and creating
343  variables etc. <P>
344<B>By: Rajeev K. Ranjan (rajeev@eecs.berkeley.edu)
345               Jagesh Sanghavi (sanghavi@eecs.berkeley.edu)</B><P>
346<P><B>See Also</B><A HREF="#optional"><CODE>optional</CODE></A>
347<DL>
348 <DT> <A HREF="calAllDet.html#Cal_BddManagerInit" TARGET="MAIN"><CODE>Cal_BddManagerInit()</CODE></A>
349 <DD> Creates and initializes a new BDD manager.
350
351 <DT> <A HREF="calAllDet.html#Cal_BddManagerQuit" TARGET="MAIN"><CODE>Cal_BddManagerQuit()</CODE></A>
352 <DD> Frees the BDD manager and all the associated allocations
353
354 <DT> <A HREF="calAllDet.html#Cal_BddManagerSetParameters" TARGET="MAIN"><CODE>Cal_BddManagerSetParameters()</CODE></A>
355 <DD> Sets appropriate fields of BDD Manager.
356
357 <DT> <A HREF="calAllDet.html#Cal_BddManagerGetNumNodes" TARGET="MAIN"><CODE>Cal_BddManagerGetNumNodes()</CODE></A>
358 <DD> Returns the number of BDD nodes
359
360 <DT> <A HREF="calAllDet.html#Cal_BddManagerCreateNewVarFirst" TARGET="MAIN"><CODE>Cal_BddManagerCreateNewVarFirst()</CODE></A>
361 <DD> Creates and returns a new variable at the start of the variable
362  order.
363
364 <DT> <A HREF="calAllDet.html#Cal_BddManagerCreateNewVarLast" TARGET="MAIN"><CODE>Cal_BddManagerCreateNewVarLast()</CODE></A>
365 <DD> Creates and returns a new variable at the end of the variable
366  order.
367
368 <DT> <A HREF="calAllDet.html#Cal_BddManagerCreateNewVarBefore" TARGET="MAIN"><CODE>Cal_BddManagerCreateNewVarBefore()</CODE></A>
369 <DD> Creates and returns a new variable before the specified one in
370  the variable order.
371
372 <DT> <A HREF="calAllDet.html#Cal_BddManagerCreateNewVarAfter" TARGET="MAIN"><CODE>Cal_BddManagerCreateNewVarAfter()</CODE></A>
373 <DD> Creates and returns a new variable after the specified one in
374  the variable  order.
375
376 <DT> <A HREF="calAllDet.html#Cal_BddManagerGetVarWithIndex" TARGET="MAIN"><CODE>Cal_BddManagerGetVarWithIndex()</CODE></A>
377 <DD> Returns the variable with the specified index, null if no
378  such variable exists
379
380 <DT> <A HREF="calAllDet.html#Cal_BddManagerGetVarWithId" TARGET="MAIN"><CODE>Cal_BddManagerGetVarWithId()</CODE></A>
381 <DD> Returns the variable with the specified id, null if no
382  such variable exists
383
384 <DT> <A HREF="calAllDet.html#CalBddManagerCreateNewVar" TARGET="MAIN"><CODE>CalBddManagerCreateNewVar()</CODE></A>
385 <DD> This function creates and returns a new variable with given
386  index value.
387
388 <DT> <A HREF="calAllDet.html#BddDefaultTransformFn" TARGET="MAIN"><CODE>BddDefaultTransformFn()</CODE></A>
389 <DD> required
390
391 <DT> <A HREF="calAllDet.html#CalBddManagerPrint" TARGET="MAIN"><CODE>CalBddManagerPrint()</CODE></A>
392 <DD> required
393
394</DL>
395<HR>
396<A NAME="calBddOp.c"><H1>calBddOp.c</H1></A>
397Routines for performing simple boolean operations on a
398  pair of BDDs or on an array of pair of BDDs or on an array of BDDs. <P>
399<B>By: Rajeev Ranjan   (rajeev@eecs.berkeley.edu)
400               Jagesh Sanghavi (sanghavi@eecs.berkeley.edu)</B><P>
401The "cal" specific routines are "Cal_BddPairwiseAnd/Or",
402  "Cal_BddMultiwayAnd/Or". <P>
403<P><B>See Also</B><A HREF="#optional"><CODE>optional</CODE></A>
404<DL>
405 <DT> <A HREF="calAllDet.html#Cal_BddAnd" TARGET="MAIN"><CODE>Cal_BddAnd()</CODE></A>
406 <DD> Returns the BDD for logical AND of argument BDDs
407
408 <DT> <A HREF="calAllDet.html#Cal_BddNand" TARGET="MAIN"><CODE>Cal_BddNand()</CODE></A>
409 <DD> Returns the BDD for logical NAND of argument BDDs
410
411 <DT> <A HREF="calAllDet.html#Cal_BddOr" TARGET="MAIN"><CODE>Cal_BddOr()</CODE></A>
412 <DD> Returns the BDD for logical OR of argument BDDs
413
414 <DT> <A HREF="calAllDet.html#Cal_BddNor" TARGET="MAIN"><CODE>Cal_BddNor()</CODE></A>
415 <DD> Returns the BDD for logical NOR of argument BDDs
416
417 <DT> <A HREF="calAllDet.html#Cal_BddXor" TARGET="MAIN"><CODE>Cal_BddXor()</CODE></A>
418 <DD> Returns the BDD for logical exclusive OR of argument BDDs
419
420 <DT> <A HREF="calAllDet.html#Cal_BddXnor" TARGET="MAIN"><CODE>Cal_BddXnor()</CODE></A>
421 <DD> Returns the BDD for logical exclusive NOR of argument BDDs
422
423 <DT> <A HREF="calAllDet.html#Cal_BddPairwiseAnd" TARGET="MAIN"><CODE>Cal_BddPairwiseAnd()</CODE></A>
424 <DD> Returns an array of BDDs obtained by logical AND of BDD pairs
425  specified by an BDD array in which a BDD at an even location is paired with
426  a BDD at an odd location of the array
427
428 <DT> <A HREF="calAllDet.html#Cal_BddPairwiseOr" TARGET="MAIN"><CODE>Cal_BddPairwiseOr()</CODE></A>
429 <DD> Returns an array of BDDs obtained by logical OR of BDD pairs
430  specified by an BDD array in which a BDD at an even location is paired with
431  a BDD at an odd location of the array
432
433 <DT> <A HREF="calAllDet.html#Cal_BddPairwiseXor" TARGET="MAIN"><CODE>Cal_BddPairwiseXor()</CODE></A>
434 <DD> Returns an array of BDDs obtained by logical XOR of BDD pairs
435  specified by an BDD array in which a BDD at an even location is paired with
436  a BDD at an odd location of the array
437
438 <DT> <A HREF="calAllDet.html#Cal_BddMultiwayAnd" TARGET="MAIN"><CODE>Cal_BddMultiwayAnd()</CODE></A>
439 <DD> Returns the BDD for logical AND of argument BDDs
440
441 <DT> <A HREF="calAllDet.html#Cal_BddMultiwayOr" TARGET="MAIN"><CODE>Cal_BddMultiwayOr()</CODE></A>
442 <DD> Returns the BDD for logical OR of argument BDDs
443
444 <DT> <A HREF="calAllDet.html#Cal_BddMultiwayXor" TARGET="MAIN"><CODE>Cal_BddMultiwayXor()</CODE></A>
445 <DD> Returns the BDD for logical XOR of argument BDDs
446
447 <DT> <A HREF="calAllDet.html#CalRequestNodeListArrayOp" TARGET="MAIN"><CODE>CalRequestNodeListArrayOp()</CODE></A>
448 <DD> Computes result BDDs for an array of lists, each entry of which
449  is pair of pointers, each of which points to a operand BDD or an entry in
450  another list with a smaller array index
451
452 <DT> <A HREF="calAllDet.html#CalBddOpBF" TARGET="MAIN"><CODE>CalBddOpBF()</CODE></A>
453 <DD> Internal routine to compute a logical operation on a pair of BDDs
454
455 <DT> <A HREF="calAllDet.html#BddArrayOpBF" TARGET="MAIN"><CODE>BddArrayOpBF()</CODE></A>
456 <DD> Internal common routine for Cal_BddPairwiseAnd and Cal_BddPairwiseOr
457
458 <DT> <A HREF="calAllDet.html#BddMultiwayOp" TARGET="MAIN"><CODE>BddMultiwayOp()</CODE></A>
459 <DD> Internal routine for multiway operations
460
461 <DT> <A HREF="calAllDet.html#BddArrayToRequestNodeListArray" TARGET="MAIN"><CODE>BddArrayToRequestNodeListArray()</CODE></A>
462 <DD> Converts an array of BDDs to a list of requests representing BDD
463  pairs
464
465 <DT> <A HREF="calAllDet.html#CeilLog2" TARGET="MAIN"><CODE>CeilLog2()</CODE></A>
466 <DD> Returns the smallest integer greater than or equal to log2 of a
467  number
468
469</DL>
470<HR>
471<A NAME="calBddReorderTest.c"><H1>calBddReorderTest.c</H1></A>
472A test routine for checking the functionality of
473  dynamic reordering. <P>
474<B>By: Wilsin Gosti    (wilsin@eecs.berkeley.edu)
475               Rajeev Ranjan   (rajeev@eecs.berkeley.edu)
476               Jagesh Sanghavi (sanghavi@eecs.berkeley.edu)</B><P>
477<P><B>See Also</B><A HREF="#optional"><CODE>optional</CODE></A>
478<DL>
479 <DT> <A HREF="calAllDet.html#main" TARGET="MAIN"><CODE>main()</CODE></A>
480 <DD> required
481
482 <DT> <A HREF="calAllDet.html#cpuTime" TARGET="MAIN"><CODE>cpuTime()</CODE></A>
483 <DD> required
484
485 <DT> <A HREF="calAllDet.html#elapsedTime" TARGET="MAIN"><CODE>elapsedTime()</CODE></A>
486 <DD> Computes the time.
487
488</DL>
489<HR>
490<A NAME="calBddSatisfy.c"><H1>calBddSatisfy.c</H1></A>
491Routines for BDD satisfying valuation. <P>
492<B>By: Jagesh Sanghavi (sanghavi@eecs.berkeley.edu)
493               Rajeev Ranjan   (rajeev@eecs.berkeley.edu)</B><P>
494<P><B>See Also</B><A HREF="#optional"><CODE>optional</CODE></A>
495<DL>
496 <DT> <A HREF="calAllDet.html#Cal_BddSatisfy" TARGET="MAIN"><CODE>Cal_BddSatisfy()</CODE></A>
497 <DD> Returns a BDD which implies f, true for
498               some valuation on which f is true, and which has at most
499               one node at each level
500
501 <DT> <A HREF="calAllDet.html#Cal_BddSatisfySupport" TARGET="MAIN"><CODE>Cal_BddSatisfySupport()</CODE></A>
502 <DD> Returns a special cube contained in f.
503
504 <DT> <A HREF="calAllDet.html#Cal_BddSatisfyingFraction" TARGET="MAIN"><CODE>Cal_BddSatisfyingFraction()</CODE></A>
505 <DD> Returns the fraction of valuations which make f true. (Note that
506  this fraction is independent of whatever set of variables f is supposed to be
507  a function of)
508
509 <DT> <A HREF="calAllDet.html#BddSatisfyStep" TARGET="MAIN"><CODE>BddSatisfyStep()</CODE></A>
510 <DD> Returns a BDD which implies f, is true for some valuation
511  on which f is true, and which has at most one node at each level
512
513 <DT> <A HREF="calAllDet.html#BddSatisfySupportStep" TARGET="MAIN"><CODE>BddSatisfySupportStep()</CODE></A>
514 <DD> 
515
516 <DT> <A HREF="calAllDet.html#IndexCmp" TARGET="MAIN"><CODE>IndexCmp()</CODE></A>
517 <DD> 
518
519 <DT> <A HREF="calAllDet.html#BddSatisfyingFractionStep" TARGET="MAIN"><CODE>BddSatisfyingFractionStep()</CODE></A>
520 <DD> 
521
522</DL>
523<HR>
524<A NAME="calBddSize.c"><H1>calBddSize.c</H1></A>
525BDD size and profile routines <P>
526<B>By: Jagesh Sanghavi (sanghavi@eecs.berkeley.edu)
527               Rajeev Ranjan   (rajeev@eecs.berkeley.edu)
528               Originally written by David Long.</B><P>
529<P><B>See Also</B><A HREF="#optional"><CODE>optional</CODE></A>
530<DL>
531 <DT> <A HREF="calAllDet.html#Cal_BddSize" TARGET="MAIN"><CODE>Cal_BddSize()</CODE></A>
532 <DD> Returns the number of nodes in f when negout is nonzero. If
533  negout is zero, we pretend that the BDDs don't have negative-output pointers.
534
535 <DT> <A HREF="calAllDet.html#Cal_BddSizeMultiple" TARGET="MAIN"><CODE>Cal_BddSizeMultiple()</CODE></A>
536 <DD> The routine is like Cal_BddSize, but takes a null-terminated
537               array of BDDs and accounts for sharing of nodes.
538
539 <DT> <A HREF="calAllDet.html#Cal_BddProfile" TARGET="MAIN"><CODE>Cal_BddProfile()</CODE></A>
540 <DD> Returns a "node profile" of f, i.e., the number of nodes at each
541  level in f.
542
543 <DT> <A HREF="calAllDet.html#Cal_BddProfileMultiple" TARGET="MAIN"><CODE>Cal_BddProfileMultiple()</CODE></A>
544 <DD> 
545
546 <DT> <A HREF="calAllDet.html#Cal_BddFunctionProfile" TARGET="MAIN"><CODE>Cal_BddFunctionProfile()</CODE></A>
547 <DD> Returns a "function profile" for f.
548
549 <DT> <A HREF="calAllDet.html#Cal_BddFunctionProfileMultiple" TARGET="MAIN"><CODE>Cal_BddFunctionProfileMultiple()</CODE></A>
550 <DD> Returns a "function profile" for fArray.
551
552 <DT> <A HREF="calAllDet.html#BddMarkBdd" TARGET="MAIN"><CODE>BddMarkBdd()</CODE></A>
553 <DD> 
554
555 <DT> <A HREF="calAllDet.html#BddCountNoNodes" TARGET="MAIN"><CODE>BddCountNoNodes()</CODE></A>
556 <DD> 
557
558 <DT> <A HREF="calAllDet.html#BddCountNodes" TARGET="MAIN"><CODE>BddCountNodes()</CODE></A>
559 <DD> 
560
561 <DT> <A HREF="calAllDet.html#BddSizeStep" TARGET="MAIN"><CODE>BddSizeStep()</CODE></A>
562 <DD> 
563
564 <DT> <A HREF="calAllDet.html#BddProfileStep" TARGET="MAIN"><CODE>BddProfileStep()</CODE></A>
565 <DD> 
566
567 <DT> <A HREF="calAllDet.html#BddHighestRefStep" TARGET="MAIN"><CODE>BddHighestRefStep()</CODE></A>
568 <DD> 
569
570 <DT> <A HREF="calAllDet.html#BddDominatedStep" TARGET="MAIN"><CODE>BddDominatedStep()</CODE></A>
571 <DD> 
572
573</DL>
574<HR>
575<A NAME="calBddSubstitute.c"><H1>calBddSubstitute.c</H1></A>
576Routine for simultaneous substitution of an array of
577  variables with an array of functions. <P>
578<B>By: Jagesh Sanghavi (sanghavi@eecs.berkeley.edu)
579               Rajeev Ranjan   (rajeev@eecs.berkeley.edu)</B><P>
580Routine for simultaneous substitution of an array of
581  variables with an array of functions. <P>
582<P><B>See Also</B><A HREF="#optional"><CODE>optional</CODE></A>
583<DL>
584 <DT> <A HREF="calAllDet.html#Cal_BddSubstitute" TARGET="MAIN"><CODE>Cal_BddSubstitute()</CODE></A>
585 <DD> Substitute a set of variables by functions
586
587 <DT> <A HREF="calAllDet.html#CalHashTableSubstituteApply" TARGET="MAIN"><CODE>CalHashTableSubstituteApply()</CODE></A>
588 <DD> required
589
590 <DT> <A HREF="calAllDet.html#CalHashTableSubstituteReduce" TARGET="MAIN"><CODE>CalHashTableSubstituteReduce()</CODE></A>
591 <DD> required
592
593</DL>
594<HR>
595<A NAME="calBddSupport.c"><H1>calBddSupport.c</H1></A>
596Routines related to the support of a BDD. <P>
597<B>By: Jagesh Sanghavi (sanghavi@eecs.berkeley.edu)
598               Rajeev Ranjan   (rajeev@eecs.berkeley.edu)
599               Originally written by David Long.</B><P>
600<P><B>See Also</B><A HREF="#optional"><CODE>optional</CODE></A>
601<DL>
602 <DT> <A HREF="calAllDet.html#Cal_BddSupport" TARGET="MAIN"><CODE>Cal_BddSupport()</CODE></A>
603 <DD> returns the support of f as a null-terminated array of variables
604
605 <DT> <A HREF="calAllDet.html#Cal_BddDependsOn" TARGET="MAIN"><CODE>Cal_BddDependsOn()</CODE></A>
606 <DD> Returns 1 if f depends on var and returns 0 otherwise.
607
608 <DT> <A HREF="calAllDet.html#CalBddSupportStep" TARGET="MAIN"><CODE>CalBddSupportStep()</CODE></A>
609 <DD> returns the support of f as a null-terminated array of variables
610
611 <DT> <A HREF="calAllDet.html#CalBddUnmarkNodes" TARGET="MAIN"><CODE>CalBddUnmarkNodes()</CODE></A>
612 <DD> recursively unmarks the nodes
613
614 <DT> <A HREF="calAllDet.html#CalBddDependsOnStep" TARGET="MAIN"><CODE>CalBddDependsOnStep()</CODE></A>
615 <DD> required
616
617</DL>
618<HR>
619<A NAME="calBddSwapVars.c"><H1>calBddSwapVars.c</H1></A>
620Routine for swapping two variables. <P>
621<B>By: Jagesh Sanghavi (sanghavi@eecs.berkeley.edu)
622               Rajeev Ranjan   (rajeev@eecs.berkeley.edu)</B><P>
623Routine for swapping two variables. <P>
624<P><B>See Also</B><A HREF="#None"><CODE>None</CODE></A>
625<DL>
626 <DT> <A HREF="calAllDet.html#Cal_BddSwapVars" TARGET="MAIN"><CODE>Cal_BddSwapVars()</CODE></A>
627 <DD> Return a function obtained by swapping two variables
628
629 <DT> <A HREF="calAllDet.html#CalHashTableSwapVarsApply" TARGET="MAIN"><CODE>CalHashTableSwapVarsApply()</CODE></A>
630 <DD> required
631
632 <DT> <A HREF="calAllDet.html#CalHashTableSwapVarsPlusApply" TARGET="MAIN"><CODE>CalHashTableSwapVarsPlusApply()</CODE></A>
633 <DD> required
634
635 <DT> <A HREF="calAllDet.html#CalHashTableSwapVarsMinusApply" TARGET="MAIN"><CODE>CalHashTableSwapVarsMinusApply()</CODE></A>
636 <DD> required
637
638</DL>
639<HR>
640<A NAME="calBddVarSubstitute.c"><H1>calBddVarSubstitute.c</H1></A>
641Routine for simultaneous substitution of an array of
642  variables with another array of variables. <P>
643<B>By: Rajeev Ranjan   (rajeev@eecs.berkeley.edu)
644               Jagesh Sanghavi (sanghavi@eecs.berkeley.edu)</B><P>
645<P><B>See Also</B><A HREF="#optional"><CODE>optional</CODE></A>
646<DL>
647 <DT> <A HREF="calAllDet.html#Cal_BddVarSubstitute" TARGET="MAIN"><CODE>Cal_BddVarSubstitute()</CODE></A>
648 <DD> Substitute a set of variables by set of another variables.
649
650 <DT> <A HREF="calAllDet.html#CalBddVarSubstitute" TARGET="MAIN"><CODE>CalBddVarSubstitute()</CODE></A>
651 <DD> Substitute a set of variables by functions
652
653 <DT> <A HREF="calAllDet.html#CalOpBddVarSubstitute" TARGET="MAIN"><CODE>CalOpBddVarSubstitute()</CODE></A>
654 <DD> required
655
656 <DT> <A HREF="calAllDet.html#CalHashTableSubstituteApply" TARGET="MAIN"><CODE>CalHashTableSubstituteApply()</CODE></A>
657 <DD> required
658
659 <DT> <A HREF="calAllDet.html#CalHashTableSubstituteReduce" TARGET="MAIN"><CODE>CalHashTableSubstituteReduce()</CODE></A>
660 <DD> required
661
662</DL>
663<HR>
664<A NAME="calBlk.c"><H1>calBlk.c</H1></A>
665Routines for manipulating blocks of variables. <P>
666<B>By: Rajeev K. Ranjan (rajeev@eecs.berkeley.edu). Modelled on the BDD package
667  developed by David Long.</B><P>
668Routines for manipulating blocks of variables. <P>
669<DL>
670 <DT> <A HREF="calAllDet.html#Cal_BddNewVarBlock" TARGET="MAIN"><CODE>Cal_BddNewVarBlock()</CODE></A>
671 <DD> Creates and returns a variable block used for
672  controlling dynamic reordering.
673
674 <DT> <A HREF="calAllDet.html#Cal_BddVarBlockReorderable" TARGET="MAIN"><CODE>Cal_BddVarBlockReorderable()</CODE></A>
675 <DD> Sets the reoderability of a particular block.
676
677 <DT> <A HREF="calAllDet.html#CalBddFindBlock" TARGET="MAIN"><CODE>CalBddFindBlock()</CODE></A>
678 <DD> required
679
680 <DT> <A HREF="calAllDet.html#CalBddBlockDelta" TARGET="MAIN"><CODE>CalBddBlockDelta()</CODE></A>
681 <DD> required
682
683 <DT> <A HREF="calAllDet.html#CalBddShiftBlock" TARGET="MAIN"><CODE>CalBddShiftBlock()</CODE></A>
684 <DD> required
685
686 <DT> <A HREF="calAllDet.html#CalBlockMemoryConsumption" TARGET="MAIN"><CODE>CalBlockMemoryConsumption()</CODE></A>
687 <DD> required
688
689 <DT> <A HREF="calAllDet.html#CalFreeBlockRecursively" TARGET="MAIN"><CODE>CalFreeBlockRecursively()</CODE></A>
690 <DD> required
691
692 <DT> <A HREF="calAllDet.html#AddBlock" TARGET="MAIN"><CODE>AddBlock()</CODE></A>
693 <DD> required
694
695</DL>
696<HR>
697<A NAME="calCacheTableTwo.c"><H1>calCacheTableTwo.c</H1></A>
698Functions to manage the Cache tables. <P>
699<B>By: Rajeev K. Ranjan   (rajeev@eecs.berkeley.edu)
700                Jagesh Sanghavi (sanghavi@eecs.berkeley.edu)</B><P>
701<P><B>See Also</B><A HREF="#optional"><CODE>optional</CODE></A>
702<DL>
703 <DT> <A HREF="calAllDet.html#CalCacheTableTwoInit" TARGET="MAIN"><CODE>CalCacheTableTwoInit()</CODE></A>
704 <DD> Initialize a Cache table using default parameters.
705
706 <DT> <A HREF="calAllDet.html#CalCacheTableTwoQuit" TARGET="MAIN"><CODE>CalCacheTableTwoQuit()</CODE></A>
707 <DD> Free a Cache table along with the associated storage.
708
709 <DT> <A HREF="calAllDet.html#CalCacheTableTwoInsert" TARGET="MAIN"><CODE>CalCacheTableTwoInsert()</CODE></A>
710 <DD> Directly insert a BDD node in the Cache table.
711
712 <DT> <A HREF="calAllDet.html#CalCacheTableTwoLookup" TARGET="MAIN"><CODE>CalCacheTableTwoLookup()</CODE></A>
713 <DD> required
714
715 <DT> <A HREF="calAllDet.html#CalCacheTableTwoFlush" TARGET="MAIN"><CODE>CalCacheTableTwoFlush()</CODE></A>
716 <DD> Free a Cache table along with the associated storage.
717
718 <DT> <A HREF="calAllDet.html#CalCacheTableTwoFlushAll" TARGET="MAIN"><CODE>CalCacheTableTwoFlushAll()</CODE></A>
719 <DD> Free a Cache table along with the associated storage.
720
721 <DT> <A HREF="calAllDet.html#CalCacheTableTwoGCFlush" TARGET="MAIN"><CODE>CalCacheTableTwoGCFlush()</CODE></A>
722 <DD> required
723
724 <DT> <A HREF="calAllDet.html#CalCacheTableTwoRepackUpdate" TARGET="MAIN"><CODE>CalCacheTableTwoRepackUpdate()</CODE></A>
725 <DD> required
726
727 <DT> <A HREF="calAllDet.html#CalCheckCacheTableValidity" TARGET="MAIN"><CODE>CalCheckCacheTableValidity()</CODE></A>
728 <DD> required
729
730 <DT> <A HREF="calAllDet.html#CalCacheTableTwoFixResultPointers" TARGET="MAIN"><CODE>CalCacheTableTwoFixResultPointers()</CODE></A>
731 <DD> required
732
733 <DT> <A HREF="calAllDet.html#CalCacheTablePrint" TARGET="MAIN"><CODE>CalCacheTablePrint()</CODE></A>
734 <DD> required
735
736 <DT> <A HREF="calAllDet.html#CalBddManagerGetCacheTableData" TARGET="MAIN"><CODE>CalBddManagerGetCacheTableData()</CODE></A>
737 <DD> required
738
739 <DT> <A HREF="calAllDet.html#CalCacheTableRehash" TARGET="MAIN"><CODE>CalCacheTableRehash()</CODE></A>
740 <DD> required
741
742 <DT> <A HREF="calAllDet.html#CalCacheTableTwoFlushAssociationId" TARGET="MAIN"><CODE>CalCacheTableTwoFlushAssociationId()</CODE></A>
743 <DD> Flushes the entries from the cache which
744                      correspond to the given associationId.
745
746 <DT> <A HREF="calAllDet.html#CalCacheTableMemoryConsumption" TARGET="MAIN"><CODE>CalCacheTableMemoryConsumption()</CODE></A>
747 <DD> required
748
749 <DT> <A HREF="calAllDet.html#CacheTableTwoRehash" TARGET="MAIN"><CODE>CacheTableTwoRehash()</CODE></A>
750 <DD> required
751
752 <DT> <A HREF="calAllDet.html#CacheTablePrint" TARGET="MAIN"><CODE>CacheTablePrint()</CODE></A>
753 <DD> required
754
755</DL>
756<HR>
757<A NAME="calDump.c"><H1>calDump.c</H1></A>
758BDD library dump/undump routines <P>
759<B>By: Jagesh Sanghavi (sanghavi@eecs.berkeley.edu)
760               Rajeev Ranjan   (rajeev@eecs.berkeley.edu)
761               Originally written by David Long.</B><P>
762<P><B>See Also</B><A HREF="#optional"><CODE>optional</CODE></A>
763<DL>
764 <DT> <A HREF="calAllDet.html#Cal_BddUndumpBdd" TARGET="MAIN"><CODE>Cal_BddUndumpBdd()</CODE></A>
765 <DD> Reads a BDD from a file
766
767 <DT> <A HREF="calAllDet.html#Cal_BddDumpBdd" TARGET="MAIN"><CODE>Cal_BddDumpBdd()</CODE></A>
768 <DD> Write a BDD to a file
769
770 <DT> <A HREF="calAllDet.html#Write" TARGET="MAIN"><CODE>Write()</CODE></A>
771 <DD> 
772
773 <DT> <A HREF="calAllDet.html#BddDumpBddStep" TARGET="MAIN"><CODE>BddDumpBddStep()</CODE></A>
774 <DD> 
775
776 <DT> <A HREF="calAllDet.html#Read" TARGET="MAIN"><CODE>Read()</CODE></A>
777 <DD> 
778
779 <DT> <A HREF="calAllDet.html#BddUndumpBddStep" TARGET="MAIN"><CODE>BddUndumpBddStep()</CODE></A>
780 <DD> 
781
782 <DT> <A HREF="calAllDet.html#BytesNeeded" TARGET="MAIN"><CODE>BytesNeeded()</CODE></A>
783 <DD> 
784
785</DL>
786<HR>
787<A NAME="calGC.c"><H1>calGC.c</H1></A>
788Garbage collection routines <P>
789<B>By: Jagesh Sanghavi (sanghavi@eecs.berkeley.edu)
790               Rajeev Ranjan (rajeev@eecs.berkeley.edu)</B><P>
791optional <P>
792<P><B>See Also</B><A HREF="#optional"><CODE>optional</CODE></A>
793<DL>
794 <DT> <A HREF="calAllDet.html#Cal_BddSetGCMode" TARGET="MAIN"><CODE>Cal_BddSetGCMode()</CODE></A>
795 <DD> Sets the garbage collection mode, 0 means the garbage
796  collection should be turned off, 1 means garbage collection should
797  be on.
798
799 <DT> <A HREF="calAllDet.html#Cal_BddManagerGC" TARGET="MAIN"><CODE>Cal_BddManagerGC()</CODE></A>
800 <DD> Invokes the garbage collection at the manager level.
801
802 <DT> <A HREF="calAllDet.html#Cal_BddManagerSetGCLimit" TARGET="MAIN"><CODE>Cal_BddManagerSetGCLimit()</CODE></A>
803 <DD> Sets the limit of the garbage collection.
804
805 <DT> <A HREF="calAllDet.html#CalBddManagerGCCheck" TARGET="MAIN"><CODE>CalBddManagerGCCheck()</CODE></A>
806 <DD> required
807
808 <DT> <A HREF="calAllDet.html#CalHashTableGC" TARGET="MAIN"><CODE>CalHashTableGC()</CODE></A>
809 <DD> This function performs the garbage collection operation
810  for a particular index.
811
812 <DT> <A HREF="calAllDet.html#CalRepackNodesAfterGC" TARGET="MAIN"><CODE>CalRepackNodesAfterGC()</CODE></A>
813 <DD> required
814
815 <DT> <A HREF="calAllDet.html#CeilLog2" TARGET="MAIN"><CODE>CeilLog2()</CODE></A>
816 <DD> Returns the smallest integer greater than or equal to log2 of a
817  number
818
819</DL>
820<HR>
821<A NAME="calHashTable.c"><H1>calHashTable.c</H1></A>
822Functions to manage the hash tables that are a part of
823                  1. unique table
824                  2. request queue <P>
825<B>By: Jagesh Sanghavi (sanghavi@eecs.berkeley.edu)
826                Rajeev Ranjan   (rajeev@eecs.berkeley.edu)</B><P>
827<DL>
828 <DT> <A HREF="calAllDet.html#CalHashTableInit" TARGET="MAIN"><CODE>CalHashTableInit()</CODE></A>
829 <DD> Initialize a hash table using default parameters.
830
831 <DT> <A HREF="calAllDet.html#CalHashTableQuit" TARGET="MAIN"><CODE>CalHashTableQuit()</CODE></A>
832 <DD> Free a hash table along with the associated storage.
833
834 <DT> <A HREF="calAllDet.html#CalHashTableAddDirect" TARGET="MAIN"><CODE>CalHashTableAddDirect()</CODE></A>
835 <DD> Directly insert a BDD node in the hash table.
836
837 <DT> <A HREF="calAllDet.html#CalHashTableFindOrAdd" TARGET="MAIN"><CODE>CalHashTableFindOrAdd()</CODE></A>
838 <DD> required
839
840 <DT> <A HREF="calAllDet.html#CalHashTableAddDirectAux" TARGET="MAIN"><CODE>CalHashTableAddDirectAux()</CODE></A>
841 <DD> required
842
843 <DT> <A HREF="calAllDet.html#CalHashTableCleanUp" TARGET="MAIN"><CODE>CalHashTableCleanUp()</CODE></A>
844 <DD> required
845
846 <DT> <A HREF="calAllDet.html#CalHashTableLookup" TARGET="MAIN"><CODE>CalHashTableLookup()</CODE></A>
847 <DD> required
848
849 <DT> <A HREF="calAllDet.html#CalHashTableDelete" TARGET="MAIN"><CODE>CalHashTableDelete()</CODE></A>
850 <DD> Deletes a BDD node in the hash table.
851
852 <DT> <A HREF="calAllDet.html#CalUniqueTableForIdLookup" TARGET="MAIN"><CODE>CalUniqueTableForIdLookup()</CODE></A>
853 <DD> Lookup unique table for id.
854
855 <DT> <A HREF="calAllDet.html#CalUniqueTableForIdFindOrAdd" TARGET="MAIN"><CODE>CalUniqueTableForIdFindOrAdd()</CODE></A>
856 <DD> find or add in the unique table for id.
857
858 <DT> <A HREF="calAllDet.html#CalHashTableRehash" TARGET="MAIN"><CODE>CalHashTableRehash()</CODE></A>
859 <DD> required
860
861 <DT> <A HREF="calAllDet.html#CalUniqueTableForIdRehashNode" TARGET="MAIN"><CODE>CalUniqueTableForIdRehashNode()</CODE></A>
862 <DD> required
863
864 <DT> <A HREF="calAllDet.html#CalBddUniqueTableNumLockedNodes" TARGET="MAIN"><CODE>CalBddUniqueTableNumLockedNodes()</CODE></A>
865 <DD> required
866
867 <DT> <A HREF="calAllDet.html#CalPackNodes" TARGET="MAIN"><CODE>CalPackNodes()</CODE></A>
868 <DD> required
869
870 <DT> <A HREF="calAllDet.html#CalBddPackNodesForSingleId" TARGET="MAIN"><CODE>CalBddPackNodesForSingleId()</CODE></A>
871 <DD> required
872
873 <DT> <A HREF="calAllDet.html#CalBddPackNodesAfterReorderForSingleId" TARGET="MAIN"><CODE>CalBddPackNodesAfterReorderForSingleId()</CODE></A>
874 <DD> Packs the nodes if the variables which has just
875  been sifted.
876
877 <DT> <A HREF="calAllDet.html#CalBddPackNodesForMultipleIds" TARGET="MAIN"><CODE>CalBddPackNodesForMultipleIds()</CODE></A>
878 <DD> required
879
880 <DT> <A HREF="calAllDet.html#CeilLog2" TARGET="MAIN"><CODE>CeilLog2()</CODE></A>
881 <DD> Returns the smallest integer greater than or equal to log2 of a
882  number
883
884</DL>
885<HR>
886<A NAME="calHashTableOne.c"><H1>calHashTableOne.c</H1></A>
887Routines for managing hash table with Bdd is a key and
888               int, long, or double as a value <P>
889<B>By: Jagesh Sanghavi (sanghavi@eecs.berkeley.edu)
890               Rajeev Ranjan   (rajeev@eecs.berkeley.edu)</B><P>
891<P><B>See Also</B><A HREF="#optional"><CODE>optional</CODE></A>
892<DL>
893 <DT> <A HREF="calAllDet.html#CalHashTableOneInit" TARGET="MAIN"><CODE>CalHashTableOneInit()</CODE></A>
894 <DD> Initialize a hash table using default parameters.
895
896 <DT> <A HREF="calAllDet.html#CalHashTableOneQuit" TARGET="MAIN"><CODE>CalHashTableOneQuit()</CODE></A>
897 <DD> Free a hash table along with the associated storage.
898
899 <DT> <A HREF="calAllDet.html#CalHashTableOneInsert" TARGET="MAIN"><CODE>CalHashTableOneInsert()</CODE></A>
900 <DD> Directly insert a BDD node in the hash table.
901
902 <DT> <A HREF="calAllDet.html#CalHashTableOneLookup" TARGET="MAIN"><CODE>CalHashTableOneLookup()</CODE></A>
903 <DD> required
904
905 <DT> <A HREF="calAllDet.html#HashTableOneRehash" TARGET="MAIN"><CODE>HashTableOneRehash()</CODE></A>
906 <DD> required
907
908</DL>
909<HR>
910<A NAME="calHashTableThree.c"><H1>calHashTableThree.c</H1></A>
911Functions to manage the hash tables that are a part of
912                  ITE operation <P>
913<B>By: Jagesh Sanghavi (sanghavi@eecs.berkeley.edu)
914                Rajeev Ranjan   (rajeev@eecs.berkeley.edu)</B><P>
915CalHashTableThreeFindOrAdd <P>
916<P><B>See Also</B><A HREF="#optional"><CODE>optional</CODE></A>
917<DL>
918 <DT> <A HREF="calAllDet.html#CalHashTableThreeFindOrAdd" TARGET="MAIN"><CODE>CalHashTableThreeFindOrAdd()</CODE></A>
919 <DD> required
920
921 <DT> <A HREF="calAllDet.html#CalHashTableThreeRehash" TARGET="MAIN"><CODE>CalHashTableThreeRehash()</CODE></A>
922 <DD> required
923
924</DL>
925<HR>
926<A NAME="calInteract.c"><H1>calInteract.c</H1></A>
927Functions to manipulate the variable interaction matrix. <P>
928<B>By: Original author:Fabio Somenzi. Modified for CAL package
929  by Rajeev K. Ranjan</B><P>
930The interaction matrix tells whether two variables are
931  both in the support of some function of the DD. The main use of the
932  interaction matrix is in the in-place swapping. Indeed, if two
933  variables do not interact, there is no arc connecting the two layers;
934  therefore, the swap can be performed in constant time, without
935  scanning the subtables. Another use of the interaction matrix is in
936  the computation of the lower bounds for sifting. Finally, the
937  interaction matrix can be used to speed up aggregation checks in
938  symmetric and group sifting.<p>
939  The computation of the interaction matrix is done with a series of
940  depth-first searches. The searches start from those nodes that have
941  only external references. The matrix is stored as a packed array of bits;
942  since it is symmetric, only the upper triangle is kept in memory.
943  As a final remark, we note that there may be variables that do
944  intercat, but that for a given variable order have no arc connecting
945  their layers when they are adjacent. <P>
946<DL>
947 <DT> <A HREF="calAllDet.html#CalSetInteract" TARGET="MAIN"><CODE>CalSetInteract()</CODE></A>
948 <DD> Set interaction matrix entries.
949
950 <DT> <A HREF="calAllDet.html#CalTestInteract" TARGET="MAIN"><CODE>CalTestInteract()</CODE></A>
951 <DD> Test interaction matrix entries.
952
953 <DT> <A HREF="calAllDet.html#CalInitInteract" TARGET="MAIN"><CODE>CalInitInteract()</CODE></A>
954 <DD> Initializes the interaction matrix.
955
956 <DT> <A HREF="calAllDet.html#ddSuppInteract" TARGET="MAIN"><CODE>ddSuppInteract()</CODE></A>
957 <DD> Find the support of f.
958
959 <DT> <A HREF="calAllDet.html#ddClearLocal" TARGET="MAIN"><CODE>ddClearLocal()</CODE></A>
960 <DD> Performs a DFS from f, clearing the LSB of the then pointers.
961
962 <DT> <A HREF="calAllDet.html#ddUpdateInteract" TARGET="MAIN"><CODE>ddUpdateInteract()</CODE></A>
963 <DD> Marks as interacting all pairs of variables that appear in
964  support.
965
966</DL>
967<HR>
968<A NAME="calMem.c"><H1>calMem.c</H1></A>
969Routines for memory management. <P>
970<B>By: Rajeev K. Ranjan (rajeev@eecs.berkeley.edu). Originally
971  written by David Long.</B><P>
972Contains allocation, free, resize routines. Also has
973  routines for managing records of fixed size. <P>
974<P><B>See Also</B><A HREF="#optional"><CODE>optional</CODE></A>
975<DL>
976 <DT> <A HREF="calAllDet.html#Cal_MemFatal" TARGET="MAIN"><CODE>Cal_MemFatal()</CODE></A>
977 <DD> Prints an error message and exits.
978
979 <DT> <A HREF="calAllDet.html#Cal_MemAllocation" TARGET="MAIN"><CODE>Cal_MemAllocation()</CODE></A>
980 <DD> Returns the memory allocated.
981
982 <DT> <A HREF="calAllDet.html#Cal_MemGetBlock" TARGET="MAIN"><CODE>Cal_MemGetBlock()</CODE></A>
983 <DD> Allocates a new block of the specified size.
984
985 <DT> <A HREF="calAllDet.html#Cal_MemFreeBlock" TARGET="MAIN"><CODE>Cal_MemFreeBlock()</CODE></A>
986 <DD> Frees the block.
987
988 <DT> <A HREF="calAllDet.html#Cal_MemResizeBlock" TARGET="MAIN"><CODE>Cal_MemResizeBlock()</CODE></A>
989 <DD> Expands or contracts the block to a new size.
990  We try to avoid moving the block if possible.
991
992 <DT> <A HREF="calAllDet.html#Cal_MemNewRec" TARGET="MAIN"><CODE>Cal_MemNewRec()</CODE></A>
993 <DD> Allocates a record from the specified record manager.
994
995 <DT> <A HREF="calAllDet.html#Cal_MemFreeRec" TARGET="MAIN"><CODE>Cal_MemFreeRec()</CODE></A>
996 <DD> Frees a record managed by the indicated record manager.
997
998 <DT> <A HREF="calAllDet.html#Cal_MemNewRecMgr" TARGET="MAIN"><CODE>Cal_MemNewRecMgr()</CODE></A>
999 <DD> Creates a new record manager with the given  record size.
1000
1001 <DT> <A HREF="calAllDet.html#Cal_MemFreeRecMgr" TARGET="MAIN"><CODE>Cal_MemFreeRecMgr()</CODE></A>
1002 <DD> Frees all the storage associated with the specified record manager.
1003
1004 <DT> <A HREF="calAllDet.html#CeilingLog2" TARGET="MAIN"><CODE>CeilingLog2()</CODE></A>
1005 <DD> required
1006
1007 <DT> <A HREF="calAllDet.html#BlockSizeIndex" TARGET="MAIN"><CODE>BlockSizeIndex()</CODE></A>
1008 <DD> required
1009
1010 <DT> <A HREF="calAllDet.html#AddToFreeList" TARGET="MAIN"><CODE>AddToFreeList()</CODE></A>
1011 <DD> required
1012
1013 <DT> <A HREF="calAllDet.html#RemoveFromFreeList" TARGET="MAIN"><CODE>RemoveFromFreeList()</CODE></A>
1014 <DD> required
1015
1016 <DT> <A HREF="calAllDet.html#Buddy" TARGET="MAIN"><CODE>Buddy()</CODE></A>
1017 <DD> required
1018
1019 <DT> <A HREF="calAllDet.html#TrimToSize" TARGET="MAIN"><CODE>TrimToSize()</CODE></A>
1020 <DD> required
1021
1022 <DT> <A HREF="calAllDet.html#MergeAndFree" TARGET="MAIN"><CODE>MergeAndFree()</CODE></A>
1023 <DD> required
1024
1025</DL>
1026<HR>
1027<A NAME="calMemoryManagement.c"><H1>calMemoryManagement.c</H1></A>
1028Special memory management routines specific to CAL. <P>
1029<B>By: Jagesh Sanghavi (sanghavi@eecs.berkeley.edu)
1030               Rajeev Ranjan   (rajeev@eecs.berkeley.edu)</B><P>
1031Functions for managing the system memory using a set of
1032              nodeManagers. Each nodeManager manages a set of fixed size
1033              nodes obtained from a set of pages. When additional memory
1034              is required, nodeManager obtains a new page from the pageManager.
1035              The new page is divided into ( PAGE_SIZE/NODE_SIZE ) number of
1036              nodes. <P>
1037<DL>
1038 <DT> <A HREF="calAllDet.html#CalPageManagerInit" TARGET="MAIN"><CODE>CalPageManagerInit()</CODE></A>
1039 <DD> Initializes a pageManager.
1040
1041 <DT> <A HREF="calAllDet.html#CalPageManagerQuit" TARGET="MAIN"><CODE>CalPageManagerQuit()</CODE></A>
1042 <DD> Frees pageManager and associated pages.
1043
1044 <DT> <A HREF="calAllDet.html#CalPageManagerPrint" TARGET="MAIN"><CODE>CalPageManagerPrint()</CODE></A>
1045 <DD> Prints address of each memory segment and address of each page.
1046
1047 <DT> <A HREF="calAllDet.html#CalNodeManagerInit" TARGET="MAIN"><CODE>CalNodeManagerInit()</CODE></A>
1048 <DD> Initializes a node manager.
1049
1050 <DT> <A HREF="calAllDet.html#CalNodeManagerQuit" TARGET="MAIN"><CODE>CalNodeManagerQuit()</CODE></A>
1051 <DD> Frees a node manager.
1052
1053 <DT> <A HREF="calAllDet.html#CalNodeManagerPrint" TARGET="MAIN"><CODE>CalNodeManagerPrint()</CODE></A>
1054 <DD> Prints address of each free node.
1055
1056 <DT> <A HREF="calAllDet.html#CalPageManagerAllocPage" TARGET="MAIN"><CODE>CalPageManagerAllocPage()</CODE></A>
1057 <DD> Allocs a new page.
1058
1059 <DT> <A HREF="calAllDet.html#CalPageManagerFreePage" TARGET="MAIN"><CODE>CalPageManagerFreePage()</CODE></A>
1060 <DD> Free a page.
1061
1062 <DT> <A HREF="calAllDet.html#PageManagerExpandStorage" TARGET="MAIN"><CODE>PageManagerExpandStorage()</CODE></A>
1063 <DD> Allocates a segment of memory to expand the storage managed by
1064              pageManager. The allocated segment is divided into free pages
1065              which are linked as a freePageList.
1066
1067 <DT> <A HREF="calAllDet.html#PageAlign" TARGET="MAIN"><CODE>PageAlign()</CODE></A>
1068 <DD> Return page aligned address greater than or equal to
1069  the pointer.
1070
1071 <DT> <A HREF="calAllDet.html#SegmentToPageList" TARGET="MAIN"><CODE>SegmentToPageList()</CODE></A>
1072 <DD> Converts a memory segment into a linked list of pages.
1073              if p is a pointer to a page, *p contains address of the next page
1074              if p is a pointer to the last page, *p contains lastPointer.
1075
1076</DL>
1077<HR>
1078<A NAME="calPerformanceTest.c"><H1>calPerformanceTest.c</H1></A>
1079This file contains the performance test routines for
1080  the CAL package. <P>
1081<B>By: Rajeev K. Ranjan (rajeev@eecs.berkeley.edu)
1082               Jagesh Sanghavi  (sanghavi@eecs.berkeley.edu)</B><P>
1083optional <P>
1084<P><B>See Also</B><A HREF="#optional"><CODE>optional</CODE></A>
1085<DL>
1086 <DT> <A HREF="calAllDet.html#Cal_PerformanceTest" TARGET="MAIN"><CODE>Cal_PerformanceTest()</CODE></A>
1087 <DD> Main routine for testing performances of various routines.
1088
1089 <DT> <A HREF="calAllDet.html#CalIncreasingOrderCompare" TARGET="MAIN"><CODE>CalIncreasingOrderCompare()</CODE></A>
1090 <DD> required
1091
1092 <DT> <A HREF="calAllDet.html#CalDecreasingOrderCompare" TARGET="MAIN"><CODE>CalDecreasingOrderCompare()</CODE></A>
1093 <DD> required
1094
1095 <DT> <A HREF="calAllDet.html#CalPerformanceTestAnd" TARGET="MAIN"><CODE>CalPerformanceTestAnd()</CODE></A>
1096 <DD> Performance test routine for quantify (all variables at the same
1097  time).
1098
1099 <DT> <A HREF="calAllDet.html#CalPerformanceMemoryOverhead" TARGET="MAIN"><CODE>CalPerformanceMemoryOverhead()</CODE></A>
1100 <DD> Performance test routine for quantify (all variables at the same
1101  time).
1102
1103 <DT> <A HREF="calAllDet.html#CalPerformaceTestSuperscalar" TARGET="MAIN"><CODE>CalPerformaceTestSuperscalar()</CODE></A>
1104 <DD> Performance test routine for quantify (all variables at the same
1105  time).
1106
1107 <DT> <A HREF="calAllDet.html#CalPerformanceTestNonSuperscalar" TARGET="MAIN"><CODE>CalPerformanceTestNonSuperscalar()</CODE></A>
1108 <DD> Performance test routine for quantify (all variables at the same
1109  time).
1110
1111 <DT> <A HREF="calAllDet.html#CalPerformanceTestMultiway" TARGET="MAIN"><CODE>CalPerformanceTestMultiway()</CODE></A>
1112 <DD> Performance test routine for quantify (all variables at the same
1113  time).
1114
1115 <DT> <A HREF="calAllDet.html#CalPerformanceTestOneway" TARGET="MAIN"><CODE>CalPerformanceTestOneway()</CODE></A>
1116 <DD> Performance test routine for quantify (all variables at the same
1117  time).
1118
1119 <DT> <A HREF="calAllDet.html#CalPerformanceTestCompose" TARGET="MAIN"><CODE>CalPerformanceTestCompose()</CODE></A>
1120 <DD> Performance test routine for quantify (all variables at the same
1121  time).
1122
1123 <DT> <A HREF="calAllDet.html#CalPerformanceTestQuantifyAllTogether" TARGET="MAIN"><CODE>CalPerformanceTestQuantifyAllTogether()</CODE></A>
1124 <DD> Performance test routine for quantify (all variables at the same
1125  time).
1126
1127 <DT> <A HREF="calAllDet.html#CalQuantifySanityCheck" TARGET="MAIN"><CODE>CalQuantifySanityCheck()</CODE></A>
1128 <DD> Performance test routine for quantify (all variables at the same
1129  time).
1130
1131 <DT> <A HREF="calAllDet.html#CalPerformanceTestRelProd" TARGET="MAIN"><CODE>CalPerformanceTestRelProd()</CODE></A>
1132 <DD> Performance test routine for quantify (all variables at the same
1133  time).
1134
1135 <DT> <A HREF="calAllDet.html#CalPerformanceTestSubstitute" TARGET="MAIN"><CODE>CalPerformanceTestSubstitute()</CODE></A>
1136 <DD> Performance test routine for quantify (all variables at the same
1137  time).
1138
1139 <DT> <A HREF="calAllDet.html#CalPerformanceTestSwapVars" TARGET="MAIN"><CODE>CalPerformanceTestSwapVars()</CODE></A>
1140 <DD> Performance test routine for quantify (all variables at the same
1141  time).
1142
1143 <DT> <A HREF="calAllDet.html#elapsedTime" TARGET="MAIN"><CODE>elapsedTime()</CODE></A>
1144 <DD> Computes the time.
1145
1146 <DT> <A HREF="calAllDet.html#cpuTime" TARGET="MAIN"><CODE>cpuTime()</CODE></A>
1147 <DD> Computes the number of page faults.
1148
1149 <DT> <A HREF="calAllDet.html#pageFaults" TARGET="MAIN"><CODE>pageFaults()</CODE></A>
1150 <DD> Computes the number of page faults.
1151
1152 <DT> <A HREF="calAllDet.html#GetRandomNumbers" TARGET="MAIN"><CODE>GetRandomNumbers()</CODE></A>
1153 <DD> Generates "count" many random numbers ranging between
1154  "lowerBound" and "upperBound".
1155
1156</DL>
1157<HR>
1158<A NAME="calPipeline.c"><H1>calPipeline.c</H1></A>
1159Routines for creating and managing the pipelined BDD
1160  operations. <P>
1161<B>By: Rajeev K. Ranjan   (rajeev@eecs.berkeley.edu)
1162                Jagesh Sanghavi (sanghavi@eecs.berkeley.edu)</B><P>
1163Eventually we would like to have this feature
1164  transparent to the user. <P>
1165<P><B>See Also</B><A HREF="#optional"><CODE>optional</CODE></A>
1166<DL>
1167 <DT> <A HREF="calAllDet.html#Cal_PipelineSetDepth" TARGET="MAIN"><CODE>Cal_PipelineSetDepth()</CODE></A>
1168 <DD> Set depth of a BDD pipeline.
1169
1170 <DT> <A HREF="calAllDet.html#Cal_PipelineInit" TARGET="MAIN"><CODE>Cal_PipelineInit()</CODE></A>
1171 <DD> Initialize a BDD pipeline.
1172
1173 <DT> <A HREF="calAllDet.html#Cal_PipelineCreateProvisionalBdd" TARGET="MAIN"><CODE>Cal_PipelineCreateProvisionalBdd()</CODE></A>
1174 <DD> Create a provisional BDD in the pipeline.
1175
1176 <DT> <A HREF="calAllDet.html#Cal_PipelineExecute" TARGET="MAIN"><CODE>Cal_PipelineExecute()</CODE></A>
1177 <DD> Executes a pipeline.
1178
1179 <DT> <A HREF="calAllDet.html#Cal_PipelineUpdateProvisionalBdd" TARGET="MAIN"><CODE>Cal_PipelineUpdateProvisionalBdd()</CODE></A>
1180 <DD> Update a provisional Bdd obtained during pipelining.
1181
1182 <DT> <A HREF="calAllDet.html#Cal_BddIsProvisional" TARGET="MAIN"><CODE>Cal_BddIsProvisional()</CODE></A>
1183 <DD> Returns 1, if the given user BDD contains
1184  provisional BDD node.
1185
1186 <DT> <A HREF="calAllDet.html#Cal_PipelineQuit" TARGET="MAIN"><CODE>Cal_PipelineQuit()</CODE></A>
1187 <DD> Resets the pipeline freeing all resources.
1188
1189 <DT> <A HREF="calAllDet.html#CalBddReorderFixProvisionalNodes" TARGET="MAIN"><CODE>CalBddReorderFixProvisionalNodes()</CODE></A>
1190 <DD> required
1191
1192 <DT> <A HREF="calAllDet.html#CalCheckPipelineValidity" TARGET="MAIN"><CODE>CalCheckPipelineValidity()</CODE></A>
1193 <DD> required
1194
1195</DL>
1196<HR>
1197<A NAME="calPrint.c"><H1>calPrint.c</H1></A>
1198Routine for printing a BDD. <P>
1199<B>By: Rajeev K. Ranjan (rajeev@eecs.berkeley.edu) and
1200               Jagesh V. Sanghavi (sanghavi@eecs.berkeley.edu)
1201               Originally written by David Long.</B><P>
1202<P><B>See Also</B><A HREF="#None"><CODE>None</CODE></A>
1203<DL>
1204 <DT> <A HREF="calAllDet.html#Cal_BddPrintBdd" TARGET="MAIN"><CODE>Cal_BddPrintBdd()</CODE></A>
1205 <DD> Prints a BDD in the human readable form.
1206
1207 <DT> <A HREF="calAllDet.html#CalBddVarName" TARGET="MAIN"><CODE>CalBddVarName()</CODE></A>
1208 <DD> required
1209
1210 <DT> <A HREF="calAllDet.html#CalBddNumberSharedNodes" TARGET="MAIN"><CODE>CalBddNumberSharedNodes()</CODE></A>
1211 <DD> required
1212
1213 <DT> <A HREF="calAllDet.html#CalBddMarkSharedNodes" TARGET="MAIN"><CODE>CalBddMarkSharedNodes()</CODE></A>
1214 <DD> required
1215
1216 <DT> <A HREF="calAllDet.html#Chars" TARGET="MAIN"><CODE>Chars()</CODE></A>
1217 <DD> required
1218
1219 <DT> <A HREF="calAllDet.html#BddPrintTopVar" TARGET="MAIN"><CODE>BddPrintTopVar()</CODE></A>
1220 <DD> required
1221
1222 <DT> <A HREF="calAllDet.html#BddPrintBddStep" TARGET="MAIN"><CODE>BddPrintBddStep()</CODE></A>
1223 <DD> required
1224
1225 <DT> <A HREF="calAllDet.html#BddTerminalId" TARGET="MAIN"><CODE>BddTerminalId()</CODE></A>
1226 <DD> required
1227
1228 <DT> <A HREF="calAllDet.html#BddTerminalValueAux" TARGET="MAIN"><CODE>BddTerminalValueAux()</CODE></A>
1229 <DD> required
1230
1231</DL>
1232<HR>
1233<A NAME="calPrintProfile.c"><H1>calPrintProfile.c</H1></A>
1234Routines for printing various profiles for a BDD. <P>
1235<B>By: Jagesh Sanghavi (sanghavi@eecs.berkeley.edu)
1236               Rajeev Ranjan   (rajeev@eecs.berkeley.edu)
1237               Originally written by David Long.</B><P>
1238<P><B>See Also</B><A HREF="#optional"><CODE>optional</CODE></A>
1239<DL>
1240 <DT> <A HREF="calAllDet.html#Cal_BddPrintProfile" TARGET="MAIN"><CODE>Cal_BddPrintProfile()</CODE></A>
1241 <DD> Displays the node profile for f on fp. lineLength specifies
1242               the maximum line length.  varNamingFn is as in
1243               Cal_BddPrintBdd.
1244
1245 <DT> <A HREF="calAllDet.html#Cal_BddPrintProfileMultiple" TARGET="MAIN"><CODE>Cal_BddPrintProfileMultiple()</CODE></A>
1246 <DD> Cal_BddPrintProfileMultiple is like Cal_BddPrintProfile except
1247               it displays the profile for a set of BDDs
1248
1249 <DT> <A HREF="calAllDet.html#Cal_BddPrintFunctionProfile" TARGET="MAIN"><CODE>Cal_BddPrintFunctionProfile()</CODE></A>
1250 <DD> Cal_BddPrintFunctionProfile is like Cal_BddPrintProfile except
1251               it displays a function profile for f
1252
1253 <DT> <A HREF="calAllDet.html#Cal_BddPrintFunctionProfileMultiple" TARGET="MAIN"><CODE>Cal_BddPrintFunctionProfileMultiple()</CODE></A>
1254 <DD> Cal_BddPrintFunctionProfileMultiple is like
1255               Cal_BddPrintFunctionProfile except for multiple BDDs
1256
1257 <DT> <A HREF="calAllDet.html#CalBddPrintProfileAux" TARGET="MAIN"><CODE>CalBddPrintProfileAux()</CODE></A>
1258 <DD> Prints a profile to the file given by fp.  The varNamingProc
1259               is as in Cal_BddPrintBdd. lineLength gives the line width to scale
1260               the profile to.
1261
1262 <DT> <A HREF="calAllDet.html#chars" TARGET="MAIN"><CODE>chars()</CODE></A>
1263 <DD> 
1264
1265</DL>
1266<HR>
1267<A NAME="calQuant.c"><H1>calQuant.c</H1></A>
1268Routines for existential/universal quantification and
1269  relational product. <P>
1270<B>By: Rajeev K. Ranjan (rajeev@eecs.berkeley.edu) and
1271               Jagesh V. Sanghavi (sanghavi@eecs.berkeley.edu)</B><P>
1272<P><B>See Also</B><A HREF="#None"><CODE>None</CODE></A>
1273<DL>
1274 <DT> <A HREF="calAllDet.html#Cal_BddExists" TARGET="MAIN"><CODE>Cal_BddExists()</CODE></A>
1275 <DD> Returns the result of existentially quantifying some
1276  variables from the given BDD.
1277
1278 <DT> <A HREF="calAllDet.html#Cal_BddRelProd" TARGET="MAIN"><CODE>Cal_BddRelProd()</CODE></A>
1279 <DD> Returns the result of taking the logical AND of the
1280  argument BDDs and existentially quantifying some variables from the
1281  product.
1282
1283 <DT> <A HREF="calAllDet.html#Cal_BddForAll" TARGET="MAIN"><CODE>Cal_BddForAll()</CODE></A>
1284 <DD> Returns the result of universally quantifying some
1285  variables from the given BDD.
1286
1287 <DT> <A HREF="calAllDet.html#CalOpExists" TARGET="MAIN"><CODE>CalOpExists()</CODE></A>
1288 <DD> required
1289
1290 <DT> <A HREF="calAllDet.html#CalOpRelProd" TARGET="MAIN"><CODE>CalOpRelProd()</CODE></A>
1291 <DD> required
1292
1293 <DT> <A HREF="calAllDet.html#BddExistsStep" TARGET="MAIN"><CODE>BddExistsStep()</CODE></A>
1294 <DD> required
1295
1296 <DT> <A HREF="calAllDet.html#BddRelProdStep" TARGET="MAIN"><CODE>BddRelProdStep()</CODE></A>
1297 <DD> required
1298
1299 <DT> <A HREF="calAllDet.html#BddDFStep" TARGET="MAIN"><CODE>BddDFStep()</CODE></A>
1300 <DD> required
1301
1302 <DT> <A HREF="calAllDet.html#HashTableApply" TARGET="MAIN"><CODE>HashTableApply()</CODE></A>
1303 <DD> required
1304
1305 <DT> <A HREF="calAllDet.html#HashTableReduce" TARGET="MAIN"><CODE>HashTableReduce()</CODE></A>
1306 <DD> required
1307
1308 <DT> <A HREF="calAllDet.html#BddExistsApply" TARGET="MAIN"><CODE>BddExistsApply()</CODE></A>
1309 <DD> required
1310
1311 <DT> <A HREF="calAllDet.html#BddExistsBFAux" TARGET="MAIN"><CODE>BddExistsBFAux()</CODE></A>
1312 <DD> required
1313
1314 <DT> <A HREF="calAllDet.html#BddExistsReduce" TARGET="MAIN"><CODE>BddExistsReduce()</CODE></A>
1315 <DD> required
1316
1317 <DT> <A HREF="calAllDet.html#BddExistsBFPlusDF" TARGET="MAIN"><CODE>BddExistsBFPlusDF()</CODE></A>
1318 <DD> required
1319
1320 <DT> <A HREF="calAllDet.html#BddRelProdApply" TARGET="MAIN"><CODE>BddRelProdApply()</CODE></A>
1321 <DD> required
1322
1323 <DT> <A HREF="calAllDet.html#BddRelProdReduce" TARGET="MAIN"><CODE>BddRelProdReduce()</CODE></A>
1324 <DD> required
1325
1326 <DT> <A HREF="calAllDet.html#BddRelProdBFAux" TARGET="MAIN"><CODE>BddRelProdBFAux()</CODE></A>
1327 <DD> required
1328
1329 <DT> <A HREF="calAllDet.html#BddRelProdBFPlusDF" TARGET="MAIN"><CODE>BddRelProdBFPlusDF()</CODE></A>
1330 <DD> required
1331
1332</DL>
1333<HR>
1334<A NAME="calReduce.c"><H1>calReduce.c</H1></A>
1335Routines for optimizing a BDD with respect to a don't
1336  care set (cofactor and restrict). <P>
1337<B>By: Rajeev K. Ranjan (rajeev@eecs.berkeley.edu) and
1338               Jagesh V. Sanghavi (sanghavi@eecs.berkeley.edu</B><P>
1339<P><B>See Also</B><A HREF="#None"><CODE>None</CODE></A>
1340<DL>
1341 <DT> <A HREF="calAllDet.html#Cal_BddCofactor" TARGET="MAIN"><CODE>Cal_BddCofactor()</CODE></A>
1342 <DD> Returns the generalized cofactor of BDD f with respect
1343  to BDD c.
1344
1345 <DT> <A HREF="calAllDet.html#Cal_BddReduce" TARGET="MAIN"><CODE>Cal_BddReduce()</CODE></A>
1346 <DD> Returns a BDD which agrees with f for all valuations
1347  which satisfy c.
1348
1349 <DT> <A HREF="calAllDet.html#Cal_BddBetween" TARGET="MAIN"><CODE>Cal_BddBetween()</CODE></A>
1350 <DD> Returns a minimal BDD whose function contains fMin and is
1351  contained in fMax.
1352
1353 <DT> <A HREF="calAllDet.html#CalOpCofactor" TARGET="MAIN"><CODE>CalOpCofactor()</CODE></A>
1354 <DD> required
1355
1356 <DT> <A HREF="calAllDet.html#BddReduceBF" TARGET="MAIN"><CODE>BddReduceBF()</CODE></A>
1357 <DD> required
1358
1359 <DT> <A HREF="calAllDet.html#BddCofactorBF" TARGET="MAIN"><CODE>BddCofactorBF()</CODE></A>
1360 <DD> required
1361
1362 <DT> <A HREF="calAllDet.html#HashTableReduceApply" TARGET="MAIN"><CODE>HashTableReduceApply()</CODE></A>
1363 <DD> required
1364
1365 <DT> <A HREF="calAllDet.html#HashTableCofactorApply" TARGET="MAIN"><CODE>HashTableCofactorApply()</CODE></A>
1366 <DD> required
1367
1368 <DT> <A HREF="calAllDet.html#HashTableCofactorReduce" TARGET="MAIN"><CODE>HashTableCofactorReduce()</CODE></A>
1369 <DD> required
1370
1371</DL>
1372<HR>
1373<A NAME="calReorderBF.c"><H1>calReorderBF.c</H1></A>
1374Routines for dynamic reordering of variables. <P>
1375<B>By: Rajeev K. Ranjan   (rajeev@ic.eecs.berkeley.edu)
1376               Wilsin Gosti (wilsin@ic.eecs.berkeley.edu)</B><P>
1377This method dynamically reorders variables while
1378  preserving their locality. This entails both memory and
1379  computational overheads.  Conceptually and experimentally it has
1380  been observed that these overheads lead to poorer performance
1381  compared to the traditional reordering methods. For details, please
1382  refer to the work by Rajeev K. Ranjan et al - "Dynamic variable
1383  reordering in a breadth-first manipulation based package: Challenges
1384  and Solutions"- Proceedings of ICCD'97. <P>
1385<P><B>See Also</B><A HREF="#calReorderDF.c"><CODE>calReorderDF.c</CODE></A>
1386<A HREF="#calReorderUtil.c"><CODE>calReorderUtil.c</CODE></A>
1387<DL>
1388 <DT> <A HREF="calAllDet.html#CalBddReorderAuxBF" TARGET="MAIN"><CODE>CalBddReorderAuxBF()</CODE></A>
1389 <DD> required
1390
1391 <DT> <A HREF="calAllDet.html#BddReorderFixForwardingNodes" TARGET="MAIN"><CODE>BddReorderFixForwardingNodes()</CODE></A>
1392 <DD> Fixes the forwarding nodes in a unique table.
1393
1394 <DT> <A HREF="calAllDet.html#BddReorderFixAndFreeForwardingNodes" TARGET="MAIN"><CODE>BddReorderFixAndFreeForwardingNodes()</CODE></A>
1395 <DD> Traverses the forwarding node lists of index,
1396  index+1 .. up to index+level. Frees the intermediate forwarding nodes.
1397
1398 <DT> <A HREF="calAllDet.html#BddReorderSwapVarIndex" TARGET="MAIN"><CODE>BddReorderSwapVarIndex()</CODE></A>
1399 <DD> required
1400
1401 <DT> <A HREF="calAllDet.html#CofactorFixAndReclaimForwardedNodes" TARGET="MAIN"><CODE>CofactorFixAndReclaimForwardedNodes()</CODE></A>
1402 <DD> required
1403
1404 <DT> <A HREF="calAllDet.html#BddReorderFreeNodes" TARGET="MAIN"><CODE>BddReorderFreeNodes()</CODE></A>
1405 <DD> required
1406
1407 <DT> <A HREF="calAllDet.html#PrintBddProfileAfterReorder" TARGET="MAIN"><CODE>PrintBddProfileAfterReorder()</CODE></A>
1408 <DD> required
1409
1410 <DT> <A HREF="calAllDet.html#BddReorderVarSift" TARGET="MAIN"><CODE>BddReorderVarSift()</CODE></A>
1411 <DD> Reorder variables using "sift" algorithm.
1412
1413 <DT> <A HREF="calAllDet.html#BddReorderSiftToBestPos" TARGET="MAIN"><CODE>BddReorderSiftToBestPos()</CODE></A>
1414 <DD> required
1415
1416 <DT> <A HREF="calAllDet.html#BddSiftPerfromPhaseIV" TARGET="MAIN"><CODE>BddSiftPerfromPhaseIV()</CODE></A>
1417 <DD> required
1418
1419 <DT> <A HREF="calAllDet.html#BddReorderVarWindow" TARGET="MAIN"><CODE>BddReorderVarWindow()</CODE></A>
1420 <DD> required
1421
1422 <DT> <A HREF="calAllDet.html#BddReorderWindow2" TARGET="MAIN"><CODE>BddReorderWindow2()</CODE></A>
1423 <DD> required
1424
1425 <DT> <A HREF="calAllDet.html#BddReorderWindow3" TARGET="MAIN"><CODE>BddReorderWindow3()</CODE></A>
1426 <DD> required
1427
1428</DL>
1429<HR>
1430<A NAME="calReorderDF.c"><H1>calReorderDF.c</H1></A>
1431Routines for dynamic reordering of variables. <P>
1432<B>By: Rajeev K. Ranjan   (rajeev@@ic. eecs.berkeley.edu)</B><P>
1433This method is based on traditional dynamic reordering
1434  technique found in depth-first based packages. The data structure is
1435  first converted to conform to traditional one and then reordering is
1436  performed. At the end the nodes are arranged back on the pages. The
1437  computational overheads are in terms of converting the data
1438  structure back and forth and the memory overhead due to the extra
1439  space needed to arrange the nodes. This overhead can be eliminated
1440  by proper implementation. For details, please refer to the work by
1441  Rajeev K. Ranjan et al - "Dynamic variable reordering in a
1442  breadth-first manipulation based package: Challenges and Solutions"-
1443  Proceedings of ICCD'97. <P>
1444<P><B>See Also</B><A HREF="#calReorderBF.c"><CODE>calReorderBF.c</CODE></A>
1445<A HREF="#calReorderUtil.c"><CODE>calReorderUtil.c</CODE></A>
1446<DL>
1447 <DT> <A HREF="calAllDet.html#CalBddReorderAuxDF" TARGET="MAIN"><CODE>CalBddReorderAuxDF()</CODE></A>
1448 <DD> required
1449
1450 <DT> <A HREF="calAllDet.html#UniqueTableForIdFindOrAdd" TARGET="MAIN"><CODE>UniqueTableForIdFindOrAdd()</CODE></A>
1451 <DD> find or add in the unique table for id.
1452
1453 <DT> <A HREF="calAllDet.html#HashTableAddDirect" TARGET="MAIN"><CODE>HashTableAddDirect()</CODE></A>
1454 <DD> Directly insert a BDD node in the hash table.
1455
1456 <DT> <A HREF="calAllDet.html#HashTableFindOrAdd" TARGET="MAIN"><CODE>HashTableFindOrAdd()</CODE></A>
1457 <DD> required
1458
1459 <DT> <A HREF="calAllDet.html#BddConvertDataStruct" TARGET="MAIN"><CODE>BddConvertDataStruct()</CODE></A>
1460 <DD> Changes the data structure of the bdd nodes.
1461
1462 <DT> <A HREF="calAllDet.html#BddConvertDataStructBack" TARGET="MAIN"><CODE>BddConvertDataStructBack()</CODE></A>
1463 <DD> Changes the data structure of the bdd nodes to
1464  the original one.
1465
1466 <DT> <A HREF="calAllDet.html#BddReallocateNodesInPlace" TARGET="MAIN"><CODE>BddReallocateNodesInPlace()</CODE></A>
1467 <DD> required
1468
1469 <DT> <A HREF="calAllDet.html#CalAlignCollisionChains" TARGET="MAIN"><CODE>CalAlignCollisionChains()</CODE></A>
1470 <DD> required
1471
1472 <DT> <A HREF="calAllDet.html#BddReallocateNodes" TARGET="MAIN"><CODE>BddReallocateNodes()</CODE></A>
1473 <DD> required
1474
1475 <DT> <A HREF="calAllDet.html#BddExchangeAux" TARGET="MAIN"><CODE>BddExchangeAux()</CODE></A>
1476 <DD> required
1477
1478 <DT> <A HREF="calAllDet.html#CheckValidityOfNodes" TARGET="MAIN"><CODE>CheckValidityOfNodes()</CODE></A>
1479 <DD> required
1480
1481 <DT> <A HREF="calAllDet.html#SweepVarTable" TARGET="MAIN"><CODE>SweepVarTable()</CODE></A>
1482 <DD> required
1483
1484 <DT> <A HREF="calAllDet.html#BddExchange" TARGET="MAIN"><CODE>BddExchange()</CODE></A>
1485 <DD> required
1486
1487 <DT> <A HREF="calAllDet.html#BddExchangeVarBlocks" TARGET="MAIN"><CODE>BddExchangeVarBlocks()</CODE></A>
1488 <DD> required
1489
1490 <DT> <A HREF="calAllDet.html#BddReorderWindow2" TARGET="MAIN"><CODE>BddReorderWindow2()</CODE></A>
1491 <DD> required
1492
1493 <DT> <A HREF="calAllDet.html#BddReorderWindow3" TARGET="MAIN"><CODE>BddReorderWindow3()</CODE></A>
1494 <DD> required
1495
1496 <DT> <A HREF="calAllDet.html#BddReorderStableWindow3Aux" TARGET="MAIN"><CODE>BddReorderStableWindow3Aux()</CODE></A>
1497 <DD> required
1498
1499 <DT> <A HREF="calAllDet.html#BddReorderStableWindow3" TARGET="MAIN"><CODE>BddReorderStableWindow3()</CODE></A>
1500 <DD> required
1501
1502 <DT> <A HREF="calAllDet.html#BddSiftBlock" TARGET="MAIN"><CODE>BddSiftBlock()</CODE></A>
1503 <DD> required
1504
1505 <DT> <A HREF="calAllDet.html#BddReorderSiftAux" TARGET="MAIN"><CODE>BddReorderSiftAux()</CODE></A>
1506 <DD> Reorder variables using "sift" algorithm.
1507
1508 <DT> <A HREF="calAllDet.html#BddReorderSift" TARGET="MAIN"><CODE>BddReorderSift()</CODE></A>
1509 <DD> required
1510
1511 <DT> <A HREF="calAllDet.html#BddAddInternalReferences" TARGET="MAIN"><CODE>BddAddInternalReferences()</CODE></A>
1512 <DD> required
1513
1514 <DT> <A HREF="calAllDet.html#BddNukeInternalReferences" TARGET="MAIN"><CODE>BddNukeInternalReferences()</CODE></A>
1515 <DD> required
1516
1517 <DT> <A HREF="calAllDet.html#CeilLog2" TARGET="MAIN"><CODE>CeilLog2()</CODE></A>
1518 <DD> Returns the smallest integer greater than or equal to log2 of a
1519  number
1520
1521</DL>
1522<HR>
1523<A NAME="calReorderUtil.c"><H1>calReorderUtil.c</H1></A>
1524Some utility routines used by both breadth-first and
1525  depth-first reordering techniques. <P>
1526<B>By: Rajeev K. Ranjan   (rajeev@ic.eecs.berkeley.edu)
1527               Wilsin Gosti (wilsin@ic.eecs.berkeley.edu)</B><P>
1528<P><B>See Also</B><A HREF="#optional"><CODE>optional</CODE></A>
1529<DL>
1530 <DT> <A HREF="calAllDet.html#CalBddReorderFixUserBddPtrs" TARGET="MAIN"><CODE>CalBddReorderFixUserBddPtrs()</CODE></A>
1531 <DD> required
1532
1533 <DT> <A HREF="calAllDet.html#CalCheckAllValidity" TARGET="MAIN"><CODE>CalCheckAllValidity()</CODE></A>
1534 <DD> required
1535
1536 <DT> <A HREF="calAllDet.html#CalCheckValidityOfNodesForId" TARGET="MAIN"><CODE>CalCheckValidityOfNodesForId()</CODE></A>
1537 <DD> required
1538
1539 <DT> <A HREF="calAllDet.html#CalCheckValidityOfNodesForWindow" TARGET="MAIN"><CODE>CalCheckValidityOfNodesForWindow()</CODE></A>
1540 <DD> required
1541
1542 <DT> <A HREF="calAllDet.html#CalCheckValidityOfANode" TARGET="MAIN"><CODE>CalCheckValidityOfANode()</CODE></A>
1543 <DD> required
1544
1545 <DT> <A HREF="calAllDet.html#CalCheckRefCountValidity" TARGET="MAIN"><CODE>CalCheckRefCountValidity()</CODE></A>
1546 <DD> required
1547
1548 <DT> <A HREF="calAllDet.html#CalCheckAssoc" TARGET="MAIN"><CODE>CalCheckAssoc()</CODE></A>
1549 <DD> required
1550
1551 <DT> <A HREF="calAllDet.html#CalFixupAssoc" TARGET="MAIN"><CODE>CalFixupAssoc()</CODE></A>
1552 <DD> required
1553
1554 <DT> <A HREF="calAllDet.html#CalBddReorderFixCofactors" TARGET="MAIN"><CODE>CalBddReorderFixCofactors()</CODE></A>
1555 <DD> Fixes the cofactors of the nodes belonging to
1556  the given index.
1557
1558 <DT> <A HREF="calAllDet.html#CalBddReorderReclaimForwardedNodes" TARGET="MAIN"><CODE>CalBddReorderReclaimForwardedNodes()</CODE></A>
1559 <DD> required
1560
1561</DL>
1562<HR>
1563<A NAME="calTerminal.c"><H1>calTerminal.c</H1></A>
1564Contains the terminal function for various BDD operations. <P>
1565<B>By: Rajeev K. Ranjan (rajeev@eecs.berkeley.edu) and
1566               Jagesh V. Sanghavi (sanghavi@eecs.berkeley.edu</B><P>
1567<DL>
1568 <DT> <A HREF="calAllDet.html#CalOpAnd" TARGET="MAIN"><CODE>CalOpAnd()</CODE></A>
1569 <DD> required
1570
1571 <DT> <A HREF="calAllDet.html#CalOpNand" TARGET="MAIN"><CODE>CalOpNand()</CODE></A>
1572 <DD> required
1573
1574 <DT> <A HREF="calAllDet.html#CalOpOr" TARGET="MAIN"><CODE>CalOpOr()</CODE></A>
1575 <DD> required
1576
1577 <DT> <A HREF="calAllDet.html#CalOpXor" TARGET="MAIN"><CODE>CalOpXor()</CODE></A>
1578 <DD> required
1579
1580 <DT> <A HREF="calAllDet.html#CalOpITE" TARGET="MAIN"><CODE>CalOpITE()</CODE></A>
1581 <DD> required
1582
1583</DL>
1584<HR>
1585<A NAME="calTest.c"><H1>calTest.c</H1></A>
1586This file contains the test routines for the CAL package. <P>
1587<B>By: Rajeev K. Ranjan (rajeev@eecs.berkeley.edu)
1588               Jagesh Sanghavi  (sanghavi@eecs.berkeley.edu)
1589               Modified and extended from the original version written
1590               by David Long.</B><P>
1591optional <P>
1592<P><B>See Also</B><A HREF="#optional"><CODE>optional</CODE></A>
1593<DL>
1594 <DT> <A HREF="calAllDet.html#main" TARGET="MAIN"><CODE>main()</CODE></A>
1595 <DD> required
1596
1597 <DT> <A HREF="calAllDet.html#asDouble" TARGET="MAIN"><CODE>asDouble()</CODE></A>
1598 <DD> required
1599
1600 <DT> <A HREF="calAllDet.html#asAddress" TARGET="MAIN"><CODE>asAddress()</CODE></A>
1601 <DD> required
1602
1603 <DT> <A HREF="calAllDet.html#terminalIdFn" TARGET="MAIN"><CODE>terminalIdFn()</CODE></A>
1604 <DD> required
1605
1606 <DT> <A HREF="calAllDet.html#PrintBdd" TARGET="MAIN"><CODE>PrintBdd()</CODE></A>
1607 <DD> required
1608
1609 <DT> <A HREF="calAllDet.html#Error" TARGET="MAIN"><CODE>Error()</CODE></A>
1610 <DD> required
1611
1612 <DT> <A HREF="calAllDet.html#Cofactor" TARGET="MAIN"><CODE>Cofactor()</CODE></A>
1613 <DD> required
1614
1615 <DT> <A HREF="calAllDet.html#Decode" TARGET="MAIN"><CODE>Decode()</CODE></A>
1616 <DD> required
1617
1618 <DT> <A HREF="calAllDet.html#TestAnd" TARGET="MAIN"><CODE>TestAnd()</CODE></A>
1619 <DD> required
1620
1621 <DT> <A HREF="calAllDet.html#TestNand" TARGET="MAIN"><CODE>TestNand()</CODE></A>
1622 <DD> required
1623
1624 <DT> <A HREF="calAllDet.html#TestOr" TARGET="MAIN"><CODE>TestOr()</CODE></A>
1625 <DD> required
1626
1627 <DT> <A HREF="calAllDet.html#TestITE" TARGET="MAIN"><CODE>TestITE()</CODE></A>
1628 <DD> required
1629
1630 <DT> <A HREF="calAllDet.html#TestXor" TARGET="MAIN"><CODE>TestXor()</CODE></A>
1631 <DD> required
1632
1633 <DT> <A HREF="calAllDet.html#TestIdNot" TARGET="MAIN"><CODE>TestIdNot()</CODE></A>
1634 <DD> required
1635
1636 <DT> <A HREF="calAllDet.html#TestCompose" TARGET="MAIN"><CODE>TestCompose()</CODE></A>
1637 <DD> required
1638
1639 <DT> <A HREF="calAllDet.html#TestSubstitute" TARGET="MAIN"><CODE>TestSubstitute()</CODE></A>
1640 <DD> required
1641
1642 <DT> <A HREF="calAllDet.html#TestVarSubstitute" TARGET="MAIN"><CODE>TestVarSubstitute()</CODE></A>
1643 <DD> required
1644
1645 <DT> <A HREF="calAllDet.html#TestSwapVars" TARGET="MAIN"><CODE>TestSwapVars()</CODE></A>
1646 <DD> required
1647
1648 <DT> <A HREF="calAllDet.html#TestMultiwayAnd" TARGET="MAIN"><CODE>TestMultiwayAnd()</CODE></A>
1649 <DD> required
1650
1651 <DT> <A HREF="calAllDet.html#TestMultiwayOr" TARGET="MAIN"><CODE>TestMultiwayOr()</CODE></A>
1652 <DD> required
1653
1654 <DT> <A HREF="calAllDet.html#TestMultiwayLarge" TARGET="MAIN"><CODE>TestMultiwayLarge()</CODE></A>
1655 <DD> required
1656
1657 <DT> <A HREF="calAllDet.html#TestArrayOp" TARGET="MAIN"><CODE>TestArrayOp()</CODE></A>
1658 <DD> required
1659
1660 <DT> <A HREF="calAllDet.html#TestInterImpl" TARGET="MAIN"><CODE>TestInterImpl()</CODE></A>
1661 <DD> required
1662
1663 <DT> <A HREF="calAllDet.html#TestQnt" TARGET="MAIN"><CODE>TestQnt()</CODE></A>
1664 <DD> required
1665
1666 <DT> <A HREF="calAllDet.html#TestAssoc" TARGET="MAIN"><CODE>TestAssoc()</CODE></A>
1667 <DD> required
1668
1669 <DT> <A HREF="calAllDet.html#TestRelProd" TARGET="MAIN"><CODE>TestRelProd()</CODE></A>
1670 <DD> required
1671
1672 <DT> <A HREF="calAllDet.html#TestReduce" TARGET="MAIN"><CODE>TestReduce()</CODE></A>
1673 <DD> required
1674
1675 <DT> <A HREF="calAllDet.html#TestGenCof" TARGET="MAIN"><CODE>TestGenCof()</CODE></A>
1676 <DD> required
1677
1678 <DT> <A HREF="calAllDet.html#TestSize" TARGET="MAIN"><CODE>TestSize()</CODE></A>
1679 <DD> required
1680
1681 <DT> <A HREF="calAllDet.html#TestSatisfy" TARGET="MAIN"><CODE>TestSatisfy()</CODE></A>
1682 <DD> required
1683
1684 <DT> <A HREF="calAllDet.html#TestPipeline" TARGET="MAIN"><CODE>TestPipeline()</CODE></A>
1685 <DD> required
1686
1687 <DT> <A HREF="calAllDet.html#TestDump" TARGET="MAIN"><CODE>TestDump()</CODE></A>
1688 <DD> required
1689
1690 <DT> <A HREF="calAllDet.html#TestReorderBlock" TARGET="MAIN"><CODE>TestReorderBlock()</CODE></A>
1691 <DD> required
1692
1693 <DT> <A HREF="calAllDet.html#TestReorder" TARGET="MAIN"><CODE>TestReorder()</CODE></A>
1694 <DD> required
1695
1696 <DT> <A HREF="calAllDet.html#handler" TARGET="MAIN"><CODE>handler()</CODE></A>
1697 <DD> required
1698
1699 <DT> <A HREF="calAllDet.html#RandomTests" TARGET="MAIN"><CODE>RandomTests()</CODE></A>
1700 <DD> required
1701
1702</DL>
1703<HR>
1704<A NAME="calUtil.c"><H1>calUtil.c</H1></A>
1705Utility functions for the Cal package. <P>
1706<B>By: Jagesh Sanghavi (sanghavi@eecs.berkeley.edu)
1707               Rajeev K. Ranjan   (rajeev@eecs.berkeley.edu)</B><P>
1708Utility functions used in the Cal package. <P>
1709<P><B>See Also</B><A HREF="#optional"><CODE>optional</CODE></A>
1710<DL>
1711 <DT> <A HREF="calAllDet.html#Cal_BddFunctionPrint" TARGET="MAIN"><CODE>Cal_BddFunctionPrint()</CODE></A>
1712 <DD> Prints the function implemented by the argument BDD
1713
1714 <DT> <A HREF="calAllDet.html#CalUniqueTablePrint" TARGET="MAIN"><CODE>CalUniqueTablePrint()</CODE></A>
1715 <DD> required
1716
1717 <DT> <A HREF="calAllDet.html#CalBddFunctionPrint" TARGET="MAIN"><CODE>CalBddFunctionPrint()</CODE></A>
1718 <DD> Prints the function implemented by the argument BDD
1719
1720 <DT> <A HREF="calAllDet.html#CalBddPreProcessing" TARGET="MAIN"><CODE>CalBddPreProcessing()</CODE></A>
1721 <DD> required
1722
1723 <DT> <A HREF="calAllDet.html#CalBddPostProcessing" TARGET="MAIN"><CODE>CalBddPostProcessing()</CODE></A>
1724 <DD> required
1725
1726 <DT> <A HREF="calAllDet.html#CalBddArrayPreProcessing" TARGET="MAIN"><CODE>CalBddArrayPreProcessing()</CODE></A>
1727 <DD> required
1728
1729 <DT> <A HREF="calAllDet.html#CalBddGetInternalBdd" TARGET="MAIN"><CODE>CalBddGetInternalBdd()</CODE></A>
1730 <DD> Prints fatal message and exits.
1731
1732 <DT> <A HREF="calAllDet.html#CalBddGetExternalBdd" TARGET="MAIN"><CODE>CalBddGetExternalBdd()</CODE></A>
1733 <DD> Prints fatal message and exits.
1734
1735 <DT> <A HREF="calAllDet.html#CalBddFatalMessage" TARGET="MAIN"><CODE>CalBddFatalMessage()</CODE></A>
1736 <DD> Prints fatal message and exits.
1737
1738 <DT> <A HREF="calAllDet.html#CalBddWarningMessage" TARGET="MAIN"><CODE>CalBddWarningMessage()</CODE></A>
1739 <DD> Prints warning message.
1740
1741 <DT> <A HREF="calAllDet.html#CalBddNodePrint" TARGET="MAIN"><CODE>CalBddNodePrint()</CODE></A>
1742 <DD> required
1743
1744 <DT> <A HREF="calAllDet.html#CalBddPrint" TARGET="MAIN"><CODE>CalBddPrint()</CODE></A>
1745 <DD> required
1746
1747 <DT> <A HREF="calAllDet.html#CalHashTablePrint" TARGET="MAIN"><CODE>CalHashTablePrint()</CODE></A>
1748 <DD> Prints a hash table.
1749
1750 <DT> <A HREF="calAllDet.html#CalHashTableOnePrint" TARGET="MAIN"><CODE>CalHashTableOnePrint()</CODE></A>
1751 <DD> required
1752
1753</DL>
1754<HR>
1755Last updated on 970711 20h11
1756</BODY></HTML>
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