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1<HTML>
2<TITLE>
3</TITLE>
4<!-- Changed by: Katsuya Amako, 17-Nov-1998 -->
5<!-- Changed by: Katsuya Dosanjh, 19-Jan-2001 -->
6<!-- Changed by: Dennis Wright, 14-Dec-2001 -->
7<!-- Proof read by: Joe Chuma,   9-Jul-1999 -->
8
9<BODY>
10<P ALIGN="Center">
11<FONT SIZE="+4" COLOR="#238E23">
12<B>Geant4 User's Documents</B>
13</FONT>
14<BR><BR>
15<FONT SIZE="+2" COLOR="#238E23">
16<B>Authors List</B>
17</FONT>
18<BR><BR><BR><BR>
19<P>
20
21<HR ALIGN="Center" SIZE="7%">
22
23<BR><BR>
24
25<!-- ============================================== Section --> 
26<TABLE WIDTH="100%">
27
28<TR><TD COLSPAN=4>
29<FONT COLOR="#238E23">
30<H2>Overview</H2>
31</FONT>
32</TR>
33
34<TR><TD COLSPAN=4><FONT COLOR="#000000"></TR>
35
36<TR><TD COLSPAN=4><HR SIZE="1" NOSHADE></TD></TR>
37<TR>
38<TD></TD>
39<TD><B>Section</B></TD>
40<TD><B>Author</B></TD>
41<TR><TD COLSPAN=4><HR SIZE="1" NOSHADE></TD></TR>
42
43
44<TR VALIGN="TOP"><TD></TD>
45<TD><B>User's Document: Overview</B></TD>
46<TD>K. Amako (KEK)</TD>
47</TR>
48
49<TR><TD COLSPAN=4><HR SIZE="1" NOSHADE></TD></TR>
50<TR><TD COLSPAN=4>&nbsp; </TD></TR>
51<TR><TD COLSPAN=4>&nbsp; </TD></TR>
52<TR><TD COLSPAN=4>&nbsp; </TD></TR>
53<TR><TD COLSPAN=4>&nbsp; </TD></TR>
54
55<!-- ============================================== Section --> 
56<TR><TD COLSPAN=4>
57<FONT COLOR="#238E23">
58<H2>Welcome</H2>
59</FONT>
60</TR>
61
62<TR><TD COLSPAN=4>
63<FONT COLOR="#000000">
64<H3>- Introduction to Geant4</H3>
65</FONT>
66</TR>
67
68<TR><TD COLSPAN=4><HR SIZE="1" NOSHADE></TD></TR>
69<TR>
70<TD></TD>
71<TD><B>Section</B></TD>
72<TD><B>Author</B></TD>
73<TR><TD COLSPAN=4><HR SIZE="1" NOSHADE></TD></TR>
74
75<TR VALIGN="TOP"><TD><B>1.</B></TD>
76<TD><B>GEANT4 project goal and history</B></TD>
77<TD>S. Giani (CERN)</TD>
78</TR>
79
80<TR VALIGN="TOP"><TD><B>2.</B></TD>
81<TD><B>What can you do with the Geant4 toolkit?</B></TD>
82<TD>S. Giani (CERN)</TD>
83</TR>
84
85<TR VALIGN="TOP"><TD><B>3.</B></TD>
86<TD><B>What software knowledge is required to use the Geant4 toolkit?</B></TD>
87<TD>S. Giani (CERN)</TD>
88</TR>
89
90<TR VALIGN="TOP"><TD><B>4.</B></TD>
91<TD><B>Which computing environment is required to use the Geant4 toolkit?</B></TD>
92<TD>G. Folger (CERN)</TD>
93</TR>
94
95<TR VALIGN="TOP"><TD><B>5.</B></TD>
96<TD><B>Where can you find the resources of Geant4 toolkit?</B></TD>
97<TD>G. Folger (CERN)</TD>
98</TR>
99
100<TR VALIGN="TOP"><TD><B>6.</B></TD>
101<TD><B>Who is maintaining the Geant4 toolkit?</B></TD>
102<TD>S. Giani (CERN)</TD>
103</TR>
104
105<TR VALIGN="TOP"><TD><B>7.</B></TD>
106<TD><B>Geant4 user support process</B></TD>
107<TD>S. Giani (CERN)</TD>
108</TR>
109
110<TR VALIGN="TOP"><TD><B>8.</B></TD>
111<TD><B>Geant4 user support use cases</B></TD>
112<TD>S. Giani (CERN)</TD>
113</TR>
114
115<TR><TD COLSPAN=4><HR SIZE="1" NOSHADE></TD></TR>
116<TR><TD COLSPAN=4>&nbsp; </TD></TR>
117<TR><TD COLSPAN=4>&nbsp; </TD></TR>
118<TR><TD COLSPAN=4>&nbsp; </TD></TR>
119<TR><TD COLSPAN=4>&nbsp; </TD></TR>
120
121<!-- ============================================== Section --> 
122<TR><TD COLSPAN=4>
123<FONT COLOR="#238E23">
124<H2>User's Guides</H2>
125</FONT>
126</TR>
127
128<TR><TD COLSPAN=4>
129<FONT COLOR="#000000">
130<H3>- Installation Guide: For Setting up Geant4
131      in Your Computing Environment</H3>
132</FONT>
133</TR>
134
135<TR><TD COLSPAN=4><HR SIZE="1" NOSHADE></TD></TR>
136<TR>
137<TD></TD>
138<TD><B>Section</B></TD>
139<TD><B>Author</B></TD>
140<TR><TD COLSPAN=4><HR SIZE="1" NOSHADE></TD></TR>
141
142<!-- ------------------------- Sub-section -->
143<TR VALIGN="TOP"><TD><B>1.</B></TD>
144<TD><B>Installation introduction</B></TD>
145<TD>G. Cosmo (CERN)</TD>
146</TR>
147
148<!-- ------------------------- Sub-section -->
149<TR VALIGN="TOP"><TD><B>2.</B></TD>
150<TD><B>Installation on a Unix machine</B></TD>
151<TD>G. Cosmo (CERN)</TD>
152</TR>
153
154<!-- ------------------------- Sub-section -->
155<TR VALIGN="TOP"><TD><B>3.</B></TD>
156<TD><B>Installation on a PC machine</B></TD>
157<TD>G. Cosmo (CERN)</TD>
158</TR>
159
160<TR VALIGN="TOP"><TD></TD>
161<TD>3.1 Windows with the Cygwin Toolset and Microsoft Visual C++</TD>
162<TD>G. Cosmo, G. Folger (CERN)</TD>
163</TR>
164
165<TR VALIGN="TOP"><TD></TD>
166<TD>3.2 Building kernel libraries DLLs</TD>
167<TD>G. Cosmo (CERN)</TD>
168</TR>
169
170<TR><TD COLSPAN=4><HR SIZE="1" NOSHADE></TD></TR>
171<TR><TD COLSPAN=4>&nbsp; </TD></TR>
172<TR><TD COLSPAN=4>&nbsp; </TD></TR>
173<TR><TD COLSPAN=4>&nbsp; </TD></TR>
174<TR><TD COLSPAN=4>&nbsp; </TD></TR>
175
176<!-- ============================================== Section --> 
177<TR><TD COLSPAN=4>
178<FONT COLOR="#000000">
179<H3>- For Application Developers</H3>
180</FONT>
181</TR>
182
183<TR><TD COLSPAN=4><HR SIZE="1" NOSHADE></TD></TR>
184<TR>
185<TD></TD>
186<TD><B>Section</B></TD>
187<TD><B>Author</B></TD>
188<TR><TD COLSPAN=4><HR SIZE="1" NOSHADE></TD></TR>
189
190<TR VALIGN="TOP"><TD><B>1.</B></TD>
191<TD><B>Introduction </B></TD>
192<TD>D.H. Wright (SLAC)</TD>
193</TR>
194
195<!-- ------------------------- Sub-section -->
196<TR VALIGN="TOP"><TD><B>2.</B></TD>
197<TD><B>Getting Started with Geant4 - Running a Simple Example</B></TD>
198<TD></TD>
199</TR>
200
201<TR VALIGN="TOP"><TD></TD>
202<TD>2.1 How to define the main program</TD>
203<TD>M. Asai (SLAC)</TD>
204</TR>
205
206<TR VALIGN="TOP"><TD></TD>
207<TD>2.2 How to define a detector geometry</TD>
208<TD>J. Apostolakis, G. Cosmo (CERN)</TD>
209</TR>
210
211<TR VALIGN="TOP"><TD></TD>
212<TD>2.3 How to specify material in the detector</TD>
213<TD>M. Maire (LAPP)</TD>
214</TR>
215
216<TR VALIGN="TOP"><TD></TD>
217<TD>2.4 How to specify a particle </TD>
218<TD>H. Kurashige (Kobe)</TD>
219</TR>
220
221<TR VALIGN="TOP"><TD></TD>
222<TD>2.5 How to specify a physics process</TD>
223<TD>H. Kurashige (Kobe)</TD>
224</TR>
225
226<TR VALIGN="TOP"><TD></TD>
227<TD>2.6 How to generate a primary event</TD>
228<TD>M. Asai (SLAC)</TD>
229</TR>
230
231<TR VALIGN="TOP"><TD></TD>
232<TD>2.7 How to make an executable program</TD>
233<TD>G. Cosmo (CERN)</TD>
234</TR>
235
236<TR VALIGN="TOP"><TD></TD>
237<TD>2.8 How to install and use graphical user interfaces</TD>
238<TD>H. Yoshida (Naruto)</TD>
239</TR>
240
241<TR VALIGN="TOP"><TD></TD>
242<TD>2.9 How to execute your program</TD>
243<TD>M. Maire (LAPP)</TD>
244</TR>
245
246<TR VALIGN="TOP"><TD></TD>
247<TD>2.10 How to visualize the detector and tracking steps</TD>
248<TD>S. Tanaka (Kyoto)</TD>
249</TR>
250
251
252<!-- ------------------------- Sub-section -->
253<TR VALIGN="TOP"><TD><B>3.</B></TD>
254<TD>
255<B>Toolkit Fundamentals</B>
256</TD>
257<TD></TD>
258<TD></TD>
259</TR>
260
261<TR VALIGN="TOP"><TD></TD>
262<TD>3.1 Class Categories and Domains</TD>
263<TD>K. Amako (KEK)</TD>
264</TR>
265
266<TR VALIGN="TOP"><TD></TD>
267<TD>3.2 Global Usage Classes</TD>
268<TD>G. Cosmo (CERN)</TD>
269</TR>
270
271<TR VALIGN="TOP"><TD></TD>
272<TD>3.3 System of units</TD>
273<TD>M. Maire (LAPP)</TD>
274</TR>
275
276<TR VALIGN="TOP"><TD></TD>
277<TD>3.4 Run</TD>
278<TD>M. Asai (SLAC)</TD>
279</TR>
280
281<TR VALIGN="TOP"><TD></TD>
282<TD>3.5 Event</TD>
283<TD>M. Asai (SLAC)</TD>
284</TR>
285
286<TR VALIGN="TOP"><TD></TD>
287<TD>3.6 Event Generator Interface</TD>
288<TD>M. Asai (SLAC)</TD>
289</TR>
290
291<TR VALIGN="TOP"><TD></TD>
292<TD>3.7 Event Biasing Techniques</TD>
293<TD>M. Dressel (CERN)</TD>
294</TR>
295
296<!-- ------------------------- Sub-section -->
297<TR VALIGN="TOP"><TD><B>4.</B></TD>
298<TD>
299<B>Detector Definition and Response</B>
300</TD>
301<TD></TD>
302<TD></TD>
303</TR>
304
305<TR VALIGN="TOP"><TD></TD>
306<TD>4.1 Geometry</TD>
307<TD>J. Apostolakis, G. Cosmo (CERN)</TD>
308</TR>
309
310<TR VALIGN="TOP"><TD></TD>
311<TD>&nbsp;&nbsp;&nbsp;&nbsp;4.1.11 Converting Geometries from Geant3</TD>
312<TD>T. Wenaus (BNL), W. Lockman (Santa Cruz)</TD>
313</TR>
314
315<TR VALIGN="TOP"><TD></TD>
316<TD>&nbsp;&nbsp;&nbsp;&nbsp;4.1.12 Detecting Overlapping Volumes</TD>
317<TD>S. Tanaka (Kyoto), G. Cosmo (CERN)</TD>
318</TR>
319
320<TR VALIGN="TOP"><TD></TD>
321<TD>4.2 Materials</TD>
322<TD>M. Maire (LAPP)</TD>
323</TR>
324
325<TR VALIGN="TOP"><TD></TD>
326<TD>4.3 Electromagnetic Field</TD>
327<TD>J. Apostolakis (CERN)</TD>
328</TR>
329
330<TR VALIGN="TOP"><TD></TD>
331<TD>4.4 Hits</TD>
332<TD>M. Asai (SLAC)</TD>
333</TR>
334
335<TR VALIGN="TOP"><TD></TD>
336<TD>4.5 Digitization</TD>
337<TD>M. Asai (SLAC)</TD>
338</TR>
339
340<TR VALIGN="TOP"><TD></TD>
341<TD>4.6 Object Persistency</TD>
342<TD>Y. Morita (KEK)</TD>
343</TR>
344
345<TR VALIGN="TOP"><TD></TD>
346<TD>4.7 Parallel World</TD>
347<TD>M. Asai (SLAC)</TD>
348</TR>
349
350<!-- ------------------------- Sub-section -->
351<TR VALIGN="TOP"><TD><B>5.</B></TD>
352<TD><B>Tracking and Physics</B></TD>
353<TD></TD>
354<TD></TD>
355</TR>
356
357<TR VALIGN="TOP"><TD></TD>
358<TD>5.1 Tracking</TD>
359<TD>K. Amako, T. Sasaki (KEK)</TD>
360</TR>
361
362<TR VALIGN="TOP"><TD></TD>
363<TD>5.2 Physics Processes</TD>
364<TD>H. Kurashige (Kobe)</TD>
365</TR>
366
367<TR VALIGN="TOP"><TD></TD>
368<TD>&nbsp;&nbsp;&nbsp;&nbsp;5.2 Introduction</TD>
369<TD>H. Kurashige (Kobe)</TD>
370</TR>
371
372<TR VALIGN="TOP"><TD></TD>
373<TD>&nbsp;&nbsp;&nbsp;&nbsp;5.2.1 Electromagnetic interactions</TD>
374<TD>L. Urban (Budapest), M. Maire (LAPP)</TD>
375</TR>
376
377<TR VALIGN="TOP"><TD></TD>
378<TD>&nbsp;&nbsp;&nbsp;&nbsp;5.2.2 Hadronic interactions</TD>
379<TD>H-P. Wellisch (CERN)</TD>
380</TR>
381
382<TR VALIGN="TOP"><TD></TD>
383<TD>&nbsp;&nbsp;&nbsp;&nbsp;5.2.3 Particle decay process</TD>
384<TD>H. Kurashige (Kobe)</TD>
385</TR>
386
387<TR VALIGN="TOP"><TD></TD>
388<TD>&nbsp;&nbsp;&nbsp;&nbsp;5.2.4 Photolepton-hadron processes</TD>
389<TD>H-P. Wellisch (CERN)</TD>
390</TR>
391
392<TR VALIGN="TOP"><TD></TD>
393<TD>&nbsp;&nbsp;&nbsp;&nbsp;5.2.5 Optical Photon Processes</TD>
394<TD>P. Gumplinger (TRIUMF)</TD>
395</TR>
396
397<TR VALIGN="TOP"><TD></TD>
398<TD>&nbsp;&nbsp;&nbsp;&nbsp;5.2.6 Parameterization</TD>
399<TD>M. Verderi (PNHE), J. Weng (Karlsruhe)</TD>
400</TR>
401
402<TR VALIGN="TOP"><TD></TD>
403<TD>&nbsp;&nbsp;&nbsp;&nbsp;5.2.7 Transportation Process</TD>
404<TD>J. Apostolakis (CERN)</TD>
405</TR>
406
407<TR VALIGN="TOP"><TD></TD>
408<TD>5.3 Particles</TD>
409<TD>H. Kurashige (Kobe)</TD>
410</TR>
411
412<TR VALIGN="TOP"><TD></TD>
413<TD>5.4 Production Threshold Versus Tracking Cut</TD>
414<TD>M. Maire (LAPP)</TD>
415</TR>
416
417<TR VALIGN="TOP"><TD></TD>
418<TD>5.5 Cuts per region</TD>
419<TD>M. Asai (SLAC)</TD>
420</TR>
421
422<!-- ------------------------- Sub-section -->
423<TR VALIGN="TOP"><TD><B>6.</B></TD>
424<TD>
425<B>User Actions</B>
426</TD>
427<TD></TD>
428<TD></TD>
429</TR>
430
431<TR VALIGN="TOP"><TD></TD>
432<TD>6.1 Mandatory User Actions and Initializations</TD>
433<TD>M. Asai (SLAC)</TD>
434</TR>
435
436<TR VALIGN="TOP"><TD></TD>
437<TD>6.2 Optional User Actions</TD>
438<TD>M. Asai (SLAC)</TD>
439</TR>
440
441<!-- ------------------------- Sub-section -->
442<TR VALIGN="TOP"><TD><B>7.</B></TD>
443<TD>
444<B>Communication and Control</B>
445</TD>
446<TD></TD>
447<TD></TD>
448</TR>
449
450<TR VALIGN="TOP"><TD></TD>
451<TD>7.1 Built-in Commands</TD>
452<TD>M. Asai (SLAC)</TD>
453</TR>
454
455<TR VALIGN="TOP"><TD></TD>
456<TD>7.2 User Interface - Defining New Commands</TD>
457<TD>M. Asai (SLAC)</TD>
458</TR>
459
460<!-- ------------------------- Sub-section -->
461<TR VALIGN="TOP"><TD><B>8.</B></TD>
462<TD>
463<B>Visualization</B>
464</TD>
465<TD></TD>
466<TD></TD>
467</TR>
468
469<TR VALIGN="TOP"><TD></TD>
470<TD>8.1 Visualization Introduction</TD>
471<TD>S. Tanaka (Kyoto), J. Allison (Manchester)</TD>
472</TR>
473
474<TR VALIGN="TOP"><TD></TD>
475<TD>8.2 What Can Be Visualized?</TD>
476<TD>S. Tanaka (Kyoto), J. Allison (Manchester)</TD>
477</TR>
478
479<TR VALIGN="TOP"><TD></TD>
480<TD>8.3 Visualization Attributes</TD>
481<TD>S. Tanaka (Kyoto), J. Allison (Manchester)</TD>
482</TR>
483
484<TR VALIGN="TOP"><TD></TD>
485<TD>8.4 Polylines, Markers and Text</TD>
486<TD>S. Tanaka (Kyoto), J. Allison (Manchester)</TD>
487</TR>
488
489<TR VALIGN="TOP"><TD></TD>
490<TD>8.5 Making a Visualization Executable</TD>
491<TD>S. Tanaka (Kyoto), J. Allison (Manchester)</TD>
492</TR>
493
494<TR VALIGN="TOP"><TD></TD>
495<TD>8.6 Visualization Drivers</TD>
496<TD>S. Tanaka (Kyoto), J. Allison (Manchester)</TD>
497</TR>
498
499<TR VALIGN="TOP"><TD></TD>
500<TD>8.7 Interactive Visualization</TD>
501<TD>S. Tanaka (Kyoto), J. Allison (Manchester)</TD>
502</TR>
503
504<TR VALIGN="TOP"><TD></TD>
505<TD>8.8 Non-interactive Visualization</TD>
506<TD>S. Tanaka (Kyoto), J. Allison (Manchester)</TD>
507</TR>
508
509<TR VALIGN="TOP"><TD></TD>
510<TD>8.9 Built-in Visualization Commands</TD>
511<TD>S. Tanaka (Kyoto), J. Allison (Manchester)</TD>
512</TR>
513
514<TR VALIGN="TOP"><TD></TD>
515<TD>8.10 More About Visualization</TD>
516<TD>S. Tanaka (Kyoto)</TD>
517</TR>
518
519
520<!-- ------------------------- Sub-section -->
521<TR VALIGN="TOP"><TD><B>9.</B></TD>
522<TD>
523<B>Examples</B>
524</TD>
525<TD></TD>
526<TD></TD>
527</TR>
528
529<TR VALIGN="TOP"><TD></TD>
530<TD>9.1 Novice Examples</TD>
531<TD>M. Asai (SLAC)</TD>
532</TR>
533
534<TR VALIGN="TOP"><TD></TD>
535<TD>9.2 Advanced Examples</TD>
536<TD>M. Asai (SLAC)</TD>
537</TR>
538
539<TR VALIGN="TOP"><TD></TD>
540<TD>9.3 Extended Examples</TD>
541<TD>D.H. Wright (SLAC)</TD>
542</TR>
543
544<!-- ------------------------- Sub-section -->
545<TR VALIGN="TOP"><TD><B>10.</B></TD>
546<TD>
547<B>Appendix</B>
548</TD>
549<TD></TD>
550<TD></TD>
551</TR>
552
553<TR VALIGN="TOP"><TD></TD>
554<TD>10.1 Tips for Program Compilation</TD>
555<TD>G. Cosmo (CERN)</TD>
556</TR>
557
558<TR VALIGN="TOP"><TD></TD>
559<TD>10.2 Histogramming</TD>
560<TD>G. Cosmo, G. Folger (CERN)</TD>
561</TR>
562
563<TR VALIGN="TOP"><TD></TD>
564<TD>10.3 CLHEP and ANAPHE</TD>
565<TD>G. Cosmo, G. Folger (CERN)</TD>
566</TR>
567
568<TR VALIGN="TOP"><TD></TD>
569<TD>10.4 C++ Standard Template Library</TD>
570<TD>G. Cosmo, G. Folger (CERN)</TD>
571</TR>
572
573<TR VALIGN="TOP"><TD></TD>
574<TD>10.5 Makefiles and Environment Variables</TD>
575<TD>G. Cosmo (CERN)</TD>
576</TR>
577
578<TR VALIGN="TOP"><TD></TD>
579<TD>10.6 Build for MS Visual C++</TD>
580<TD>G. Cosmo, G. Folger (CERN)</TD>
581</TR>
582
583<TR VALIGN="TOP"><TD></TD>
584<TD>10.7 Development and Debug Tools</TD>
585<TD>G. Cosmo, G. Folger (CERN)</TD>
586</TR>
587
588<TR><TD COLSPAN=4><HR SIZE="1" NOSHADE></TD></TR>
589<TR><TD COLSPAN=4>&nbsp; </TD></TR>
590<TR><TD COLSPAN=4>&nbsp; </TD></TR>
591<TR><TD COLSPAN=4>&nbsp; </TD></TR>
592<TR><TD COLSPAN=4>&nbsp; </TD></TR>
593
594<!-- ============================================== Section --> 
595<TR><TD COLSPAN=4>
596<FONT COLOR="#000000">
597<H3>- For Toolkit Developers</H3>
598</FONT>
599</TR>
600
601<TR><TD COLSPAN=4><HR SIZE="1" NOSHADE></TD></TR>
602<TR>
603<TD></TD>
604<TD><B>Section</B></TD>
605<TD><B>Author</B></TD>
606<TR><TD COLSPAN=4><HR SIZE="1" NOSHADE></TD></TR>
607
608<TR VALIGN="TOP"><TD><B>1.</B></TD>
609<TD>
610<B>Introduction </B>
611</TD>
612<TD>
613K. Amako (KEK)
614</TD>
615</TR>
616
617
618<TR VALIGN="TOP"><TD><B>2.</B></TD>
619<TD>
620<B>User requirements document</B>
621</TD>
622<TD>
623K. Amako (KEK)
624</TD>
625</TR>
626
627<!-- ------------------------- Sub-section -->
628<TR VALIGN="TOP"><TD><B>3</B></TD>
629<TD>
630<B>Object-oriented anaysis and design of Geant4 Categories</B>
631</TD>
632<TD></TD>
633<TD></TD>
634</TR>
635
636<TR VALIGN="TOP"><TD></TD>
637<TD>
6383.1 Run and Event Categories
639</TD>
640<TD>
641M. Asai (SLAC)
642</TD>
643</TR>
644
645<TR VALIGN="TOP"><TD></TD>
646<TD>
6473.2 Tracking
648</TD>
649<TD>
650K. Amako, T. Sasaki (KEK)
651</TD>
652</TR>
653
654<TR VALIGN="TOP"><TD></TD>
655<TD>
6563.3 Physics Processes
657</TD>
658<TD>
659H. Kurashige (Kobe)
660</TD>
661</TR>
662
663<TR VALIGN="TOP"><TD></TD>
664<TD>
6653.4 Hit
666</TD>
667<TD>
668M. Asai (SLAC)
669</TD>
670</TR>
671
672<TR VALIGN="TOP"><TD></TD>
673<TD>
6743.4 Geometry
675</TD>
676<TD>
677J. Apostolakis, G.Cosmo (CERN)
678</TD>
679</TR>
680
681<TR VALIGN="TOP"><TD></TD>
682<TD>
6833.5 Electro-magnetic fields
684</TD>
685<TD>
686J. Apostolakis (CERN)
687</TD>
688</TR>
689
690<TR VALIGN="TOP"><TD></TD>
691<TD>
6923.6 Particles
693</TD>
694<TD>
695H. Kurashige (Kobe)
696</TD>
697</TR>
698
699<TR VALIGN="TOP"><TD></TD>
700<TD>
7013.7 Materials
702</TD>
703<TD>
704M. Maire (LAPP)
705</TD>
706</TR>
707
708<TR VALIGN="TOP"><TD></TD>
709<TD>
7103.8 Global Usage
711</TD>
712<TD>
713G. Cosmo (CERN)
714</TD>
715</TR>
716
717<TR VALIGN="TOP"><TD></TD>
718<TD>
7193.9 Visualization
720</TD>
721<TD>
722S. Tanaka (Kyoto), J. Allison (Manchester)
723</TD>
724</TR>
725
726<TR VALIGN="TOP"><TD></TD>
727<TD>
7283.10 User Interface
729</TD>
730<TD>
731M. Asai (SLAC)
732</TD>
733</TR>
734
735<!-- ------------------------- Sub-section -->
736<TR VALIGN="TOP"><TD><B>4</B></TD>
737<TD>
738<B>Guide to extend Geant4 class functionality</B>
739</TD>
740<TD></TD>
741<TD></TD>
742</TR>
743
744<TR VALIGN="TOP"><TD></TD>
745<TD>
7464.1 Geometry
747</TD>
748<TD>
749J. Apostolakis, G. Cosmo (CERN)
750</TD>
751</TR>
752
753<TR VALIGN="TOP"><TD></TD>
754<TD>
7554.2 Electro-magnetic fields
756</TD>
757<TD>
758J. Apostolakis (CERN)
759</TD>
760</TR>
761
762<TR VALIGN="TOP"><TD></TD>
763<TD>
7644.3 Physics Processes
765</TD>
766<TD>
767H. Kurashige (Kobe)
768</TD>
769</TR>
770
771<TR VALIGN="TOP"><TD></TD>
772<TD>
7734.4 Extending hadronic physics functionality
774</TD>
775<TD>
776H-P. Wellisch (CERN)
777</TD>
778</TR>
779
780<TR VALIGN="TOP"><TD></TD>
781<TD>
7824.5 Visualization
783</TD>
784<TD>
785S. Tanaka (Kyoto), J. Allison (Manchester)
786</TD>
787</TR>
788
789<!-- ------------------------- Sub-section -->
790<TR VALIGN="TOP"><TD><B>5</B></TD>
791<TD>
792<B>Appendix</B>
793</TD>
794<TD></TD>
795<TD></TD>
796</TR>
797
798<TR VALIGN="TOP"><TD></TD>
799<TD>
8005.1 Class Diagrams for the Geometry Category
801</TD>
802<TD>
803G. Cosmo (CERN)
804</TD>
805</TR>
806
807<TR><TD COLSPAN=4><HR SIZE="1" NOSHADE></TD></TR>
808<TR><TD COLSPAN=4>&nbsp; </TD></TR>
809<TR><TD COLSPAN=4>&nbsp; </TD></TR>
810<TR><TD COLSPAN=4>&nbsp; </TD></TR>
811<TR><TD COLSPAN=4>&nbsp; </TD></TR>
812
813
814<!-- ============================================== Section --> 
815<TR><TD COLSPAN=4>
816<FONT COLOR="#000000">
817<H3>- Reference Manuals</H3>
818</FONT>
819</TR>
820
821<TR><TD COLSPAN=4><HR SIZE="1" NOSHADE></TD></TR>
822<TR>
823<TD></TD>
824<TD><B>Section</B></TD>
825<TD><B>Author</B></TD>
826<TR><TD COLSPAN=4><HR SIZE="1" NOSHADE></TD></TR>
827
828<TR VALIGN="TOP"><TD><B>1.</B></TD>
829<TD>
830<B>Physics Reference Manual</B>
831</TD>
832<TD>
833Global Editors: H-P. Wellisch (CERN), M. Maire (LAPP), L. Urban (Budapest)
834</TD>
835</TR>
836
837
838<TR VALIGN="TOP"><TD><B>2.</B></TD>
839<TD>
840<B>Software Reference Manual</B>
841</TD>
842<TD>
843Global Editor: K. Amako (KEK)
844</TD>
845</TR>
846
847<TR><TD COLSPAN=4><HR SIZE="1" NOSHADE></TD></TR>
848<TR><TD COLSPAN=4>&nbsp; </TD></TR>
849<TR><TD COLSPAN=4>&nbsp; </TD></TR>
850<TR><TD COLSPAN=4>&nbsp; </TD></TR>
851<TR><TD COLSPAN=4>&nbsp; </TD></TR>
852
853</TABLE>
854
855
856</BODY>
857</HTML>
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