91.522 OBJECT ORIENTED ANALYSIS AND DESIGN
FINAL PROJECT REPORT
SPRING 2002
DATE : 08/05/02
SUBMITTED BY
Azitha Yekula
Sreelatha Alugupally
Sujatha Mantri
[Revised
030823 - RJL]
CONTENTS
1. Introduction
1.1. Introduction to the Hominid and Grid application 2
1.2 Team and Tasks 2
2. Class Diagram (Hominid module only) 3
3. Schema file 4
4. StateModelDiagrams
4.1 SMD for Hominid’s Direction class 5
4.2 SMD for Hominid’s
Location class 5
5. Object
Communication Diagram
6
6. Sequence Diagram 7
7. Description of the Assignments 9
8.
Viewdefs and Makefiles 10
9. Schema File 11
10. Problem
Solving
12
11.
References
13
Appendix A: Build Scripts
A.1 Script file of compiling Schemafile 14
A.2 Script file of compiling all .c
files 16
Appendix B: Input/Output files
B.1 Input files 18
B.2 Output files 22-58
Appendix C: Source Code 59-78
1. INTRODUCTION
1.1. Introduction to the Hominid and Grid application : This is Hominid navigation application where Hominid will move inside a Grid. Here the Grid contains 25 cells out of which 16 are path cells. Hominid will start its journey from cell (x, y) =(2,0) and the direction= West, and it should stop at the same point (2,0) with out hitting a wall. The navigation algorithm, which we implemented, is from FOOD book.
X
0,0 1,0 2,0 3,0 4,0 0,1
4,1
0,2 4,2 0,2 4,3 0,4 1,4 2,4 3,4
4,4
START
1(North)
Y 2(West)
0(East)
3(South)
Figure 1.1 : Grid in which Hominid has to navigate.
1.2 Team & Tasks :
Azitha Yekula and Sreelatha Alugupally :
· Writing code for LCPmain.c, PAssigner.c, HDsetup.c , HLsetup.c and Makefile
· Calling methods for Generating and Process events
· Fixing up ‘DoTransition’ problem
· Debugging and testing in each phase.
· Preparation of final documentation.
Sujatha Mantri :
· writing code related to BDE replay
· changing .sch and .dat files, to accommodate BDE tables.
· Debugging and testing for BDE replay.
· Generating final script file.
2. CLASS DIAGRAM
The tables we created for Hominid-Grid application are
GI -- which contain all the cells on the Grid.
HM -- it contails it’s GI id.
HD -- it holds the direction of the Hominid.
HL -- it holds the current location of the Hominid.
Assumption : Table PA is not part of the database, PAssigner.c is the name of the single stepping function, which returns one event per step.
1..1
1..1
0..*
GIid HNid type xcord ycord
GRid GI
1..1
0..* 1..1
0..*
HMid GIid direction HdAction0() HdAction1() HdAction2() HdAction3()
1..1
HominidDirection HD
HOid AIid Location HlAction0() HlAction1() HlAction2() HlAction3() HlAction4()
2..2
HominidLocation HO
1..1
Figure 2.1: UML class diagram for Hominid-Grid application.
3. SCHEMA FILE
Grid GI /* Grid which defines the cells of the Hominoid */
{
GIid gridid c8 1 /* Grid Id */
HNid bdenodeid c8 1 /* node id */
type celltype i4 0 /* Represents either */
/* 0 -> Wall */
/* 1 -> Path */
xcord cellxcord i4 0 /* X-Co ordinate */
ycord cellycord i4 0 /* Y-Co ordinate */
}
Hominoid HM /* Hominoid which defines the object that moves in the Game*/
{
HMid hominoidid c8 1 /* Hominoid Id */
GIid gridid c8 1 /* Grid Id */
dir direction i4 0 /* Face Direction of Hominoid */
/* EAST -> 0 */
/* NORTH -> 1 */
/* WEST -> 2 */
/* SOUTH -> 3 */
}
HominoidDir HD /* Hominoid details */
{
HDid HominoidId c8 1 /* unique id of hominoid */
AIid ActiveInstanceId c8 s /* foreign key from AI table */
dir direction i4 0 /* EAST=0, NORTH = 1, WEST=2, SOUTH=3 */
}
Hominoidlocation HO /* location coordinate of the hominoid */
{
HOid HominoidLocation c8 1 /* unique id of homonoid location */
AIid ActiveInstanceId c8 s /* foreign key from AI table*/
location location i4 0 /* x-or-y-coordinate value */
}
4. STATE MODELS
4.1 State Model
for Homind’s Direction Class : This state HD has four states, namely
EAST, WEST, NORTH and SOUTH. The transition from one state to another state is
possible by generation of one of three events, TL (turn Left), TR(turm Right)
or ADV(advance).
AD/HY : decrement
TR 
TR
TL TL
AD/HX : decr AD/HX :
incr
TL TL
TR
TR
D->S=3
AD/HY : increment
Figure 4.1: Hominid’s
direction State Model
4.2 State Model for Homind’s Location Class : Hominid’s Location class HL, has 5 states, namely 0,1,2,3 and 4. Transition from one state to another state is possible by generating one of these two events, increment (incr) and decrement (decr).
NOTE: There will be two distinct instances
of this class, one for each coordinate.
incr incr incr incr
decr decr decr decr
Figure 4.2: Hominid’s Location State Model
5. OBJECT COMMUNICATION DIAGRAM
There are three 'entity' classes in the Hominid Object Communications Model.
PA – this is a PathAssigner program which generates one of three events “turn Left”,
“turn Right” or “advance” to Hominid’s direction instance HD.
HD – this is Hominid’s direction class; it remembers the Hominid's orientation D in {N|E|S|W} and it generates one of two events “increment’ or “decrement” to each of Hominid’s Location (HO or HL) instances (HX and HY).
HO or HL? - this class holds the Hominid's Cartesian coordinate along one grid axis.
[NOTE: There are two object instances in class HL, one for X and one forY.
This agrees with the multiplicity of the HD ---> HO or HL relation link. RJL]
TL ADV TR
increment decrement
Figure 4.1 : Object-Class Communication Diagram for Hominid-Grid application.
(in
contrast to Object-Instance Comunication
Diagram, not shown)
6. SEQUENCE DIAGRAM
NAVIGATION BEGINS AT
X=2, Y=0 AND D=WEST;
One HD sends events to two HL
instances HX and HY
PAssigner PA HominidDirection HD HominidXLocation HominidYLocation
PA HD HX HY
ADV
decrement 
x=1
ADV
decrement
x=0
TL
d=3
ADV
increment
y=1
ADV
increment
y=2
ADV increment
y=3
ADV 
increment
y=4
TL d=0
ADV
increment
x=1
HD HX HY
ADV
increment
x=2
ADV
increment
x=3
ADV
increment
x=4
TL d=1
ADV
decrement
y=3
ADV
decrement
y=2
ADV
decrement y=1
ADV
decrement
y=0
TL d=2
ADV
decrement
x=3
ADV decrement
x=2
END OF THE
NAVIGATION.
Figure 5.1 : Sequence diagram for Navigation of Hominid
around the Grid.
7. DESCRIPTION OF THE ASSIGNMENTS
6.1 Asgnt 1: In Asgnt 1, we draw an UML diagram for a Student-Information application, and wrote a schema and dat file associated to that. This is useful for understanding about information modeling, the concepts of Class, Object, attributes, relationships (associations) and inheritance. This also helps to understand the UML notation of representing information modeling. It gives a basice idea about schema and dat files.
6.2 Asgnt 2: In Asgnt 2, we crated 2 reports, for the data file in Asgnt1. We complied the code using CHGEN V.11. This gives the understanding about CHGEN, it’s commands and notations. It helps in learning how to deal access and operate on the data which is store in .dat file.
6.3 Takehome Part of Exam I : Here, we draw class diagrams for Hominid-Grid application, using three types of data structures, and implemented algorithm for isFacingWalll for each data structures. It is useful for understanding the Hominid-Grid application, the algorithm to solve it, and what are the different data structure we can use to solve that problem.
6.4 Asgnt 3: In Asgnt3, we took a specific Grid with 25 cells, out of which 26 are path cells. And assuming an initial starting point, and by changing the facing direction of Hominid we counted the number of events generated for each direction. This helps us understanding how the events are generated and how it affect the navigation of the Hominid.
6.5 Asgnt 4: Here we navigated the Hominid around the Grid and recorded these moves in to a logfile, which can be used for BDEreplay. This gives an understanding about how BDE works and what input are the input and output for that. This assignment also helps understanding the indepth detail about how schema, C/C++ code and BDE are interrelated.
6.5 Takehome Part of Exam2: Here we learned about StateModels and about ObjectLifeCycles. By using two StateModels for Hominid-Grid application, we are able to prodece a database, which consists of all the internal moves of the Hominid. This is helpful for understanding, how the objects communicate with each other, and in what sequence all the events are generated.
6.6 Final Project: Here we are integrating all the concepts we learned, how the events are generated based on the StateModels and how they can be processed and how these moves can be used as an input for BDEreplay.
8. Viewdefs and Makefile
saturn.cs.uml.edu>
cat th.viewdefs
define_view TakehomeView write
view_element TakehomeView SM 0
view_element TakehomeView AC 0
view_element TakehomeView ST 0
view_element TakehomeView AI 0
view_element TakehomeView TR 0
view_element TakehomeView ET 0
view_element TakehomeView EN 0
view_element TakehomeView EI 0
view_element TakehomeView HD 0
view_element TakehomeView HO 0
define_view HomView write
view_element HomView FO 0
view_element HomView GD 0
view_element HomView HG 0
view_element HomView HN 0
view_element HomView HA 0
view_element HomView HL 0
view_element HomView HP 0
view_element HomView HI 0
view_element HomView CG 0
view_element HomView GX 0
view_element HomView GI 0
view_element HomView HM 0
saturn.cs.uml.edu>
cat Makefile
.SUFFIXES :.c .C .o .cpp
.c.o .C.o .cpp.o :
gcc -DGENLOG -g -DDEBUG -DNEW_VERSION -DNO_GHOSTVARS -c $<
OBJS = LCPmain.o PAssigner.o HDsetup.o HLsetup.o activeclass.o activeinstance.o eventinstance.o eventtype.o statemodel.o state.o processevent.o transition.o enable.o pr_delete.o pr_dump.o pr_free.o pr_load.o pr_stats.o pr_log.o
LCPmain : $(OBJS)
gcc -DGENLOG -ansi -g -DDEBUG -DNEW_VERSION -DNO_GHOSTVARS -o LCPmain.exe $(OBJS)
9. SCHEMA FILE
Grid GI /* Grid which defines the cells of the Hominoid */
{
GIid gridid c8 1 /* Grid Id */
HNid bdenodeid c8 1 /* node id */
type celltype i4 0 /* Represents either */
/* 0 -> Wall */
/* 1 -> Path */
xcord cellxcord i4 0 /* X-Co ordinate */
ycord cellycord i4 0 /* Y-Co ordinate */
}
Hominoid HM /* Hominoid which defines the object that moves in the Game*/
{
HMid hominoidid c8 1 /* Hominoid Id */
GIid gridid c8 1 /* Grid Id */
dir direction i4 0 /* Face Direction of Hominoid */
/* EAST = 0, NORTH = 1, WEST = 2, SOUTH = 3 */
}
HominoidDir HD /* Hominoid details */
{
HDid HominoidId c8 1 /* unique id of hominoid */
AIid ActiveInstanceId c8 s /* foreign key from AI table */
dir direction i4 0 /* EAST=0, NORTH = 1, WEST=2, SOUTH=3 */
}
Hominoidlocation HO /* location coordinate of the hominoid */
/* A last-minute renaming of
HL to HO is forced by the prior HL class in BDE's schema.*/
{
HOid HominoidLocation c8 1 /* unique id of homonoid location */
AIid ActiveInstanceId c8 s /* foreign key from AI table*/
location location i4 0 /* x-or-y-coordinate value */
}
10. PROBLEM SOLVING
· To solve the problem of mapping in the DoTransition function, we are making a string comparision on the destination state. This state id (STid) is passed to DoTransition function from ProcessOneEvent function. We are getting the name of the State using StateGetName(STid), and comparing that string with 9 available states in the Hominid-Grid application, and based on the match we are calling that particular function.
static FUNCTION3(
void DoTransition,
hcg_key, STid,
hcg_key, AIid,
hcg_key, EIid
)
{
if (strcmp("EAST", StateGetName(STid)) == 0)
(*HdAction0)(EIid);
else if (strcmp("NORTH", StateGetName(STid)) == 0)
(*HdAction1)(EIid);
else if (strcmp("WEST", StateGetName(STid)) == 0)
(*HdAction2)(EIid);
else if (strcmp("SOUTH", StateGetName(STid)) == 0)
(*HdAction3)(EIid);
else if (strcmp("0", StateGetName(STid)) == 0)
(*HlAction0)(EIid);
else if (strcmp("1", StateGetName(STid)) == 0)
(*HlAction1)(EIid);
else if (strcmp("2", StateGetName(STid)) == 0)
(*HlAction2)(EIid);
else if (strcmp("3", StateGetName(STid)) == 0)
(*HlAction3)(EIid);
else if (strcmp("4", StateGetName(STid)) == 0)
(*HlAction4)(EIid);
}
11. REFERENCES
- “Fundamentals of Object-Oriendted Design in UML” – MEILIR PAGE-JONES.
- “OBJECT LIFE CYCLES Modelling the World in States “ - SALLY SHLAER & STEPHEN J. MELLOR.
- /usr/proj3/case/93f523/93folc/base/src/build3 : olc3common.h
activeclass.c
activeclass.h
activeinstance.c
activeinstance.h
enable.c
enable.h
eventinstance.c
eventinstance.h
eventtype.c
eventtype.h
processevent.c
processevent.h
state.c
state.h
statemodel.c
statemodel.h
transition.c
transition.h
- GEN V.12 for .sch compilation :
setenv CASE '/usr/proj3/case';
alias gen3 /usr/proj3/case/gen/ver_12/sjaganat/executables/alpha/chgen12
- Handouts : 02s522Asgnt3and4.ppt
ChgenAccessMethods.ppt (RLJ – 96/9/19)
OOModelling abd Design.ppt (RLJ – 96/2/6)
test_architecture.c
StateDiagram MetaModel.ppt (RLJ – 2/9/96)
SM-DataModel.ppt (RLJ – 96/7/23)
02s522Exam2Solution.ppt
- BDE files : 95sbde_schema.sch
/usr/proj3/case/bdealpha/bde/schema/94sbde_schema.sch
ringPathRev4.dat
7. This report: /usr/proj3/case/02s522/Team4/02s522Team4ProjReptRev1.{doc,htm}
APPENDIX A: Build Scripts
saturn.cs.uml.edu>
cat compile.script
Script started on Wed May 8 15:46:31 2002
%ls
94sbde_schema.sch activeclass.h eventtype.c processevent.c.original th.msdat
HDsetup.c activeinstance.c eventtype.h processevent.h th.sch
HLsetup.c activeinstance.h hdsetup.h project.c th.viewdefs
HominidDB.dat compile.script hlsetup.h state.c transition.c
LCPmain.c enable.c olc3common.h state.h transition.h
Makefile enable.h passigner.h statemodel.c
PAssigner.c eventinstance.c pathassigner.h statemodel.h
activeclass.c eventinstance.h processevent.c th.h
%setenv CASE '/usr/proj3/case';
alias gen3 /usr/proj3/case/gen/ver_12/sjaganat/executables/alpha/chgen12
gen3 -ansi -metafile -nobp -log th.sch
%alias gen3 /usr/proj3/case/gen/ver_12/sjaganat/executables/alpha/chgen12
%gen3 -ansi -metafile -nobp -log th.sch
Chgen V 12 by Sathya, report errors to Dr. Lechner:
CHGEN Chgen V 12 - Sathya, released Tue Mar 05 23:00:00 GMT 2002, Copyright 2002, University of Mass - Lowell
CHGEN-I-DEFAULTQUAL, Using default key size of 8 characters
CHGEN-I-NONDEFAULTQUAL, Using non-default command-line qualifier -ansi
CHGEN-I-NONDEFAULTQUAL, Using non-default command-line qualifier -nobp
CHGEN-I-NONDEFAULTQUAL, Using non-default command-line qualifier -metafile
CHGEN-I-NONDEFAULTQUAL, Using non-default command-line qualifier -log
temp = th.msdat
Processing Complete
%ls
94sbde_schema.sch activeinstance.c hdsetup.h pr_log.c statemodel.h
HDsetup.c activeinstance.h hlsetup.h pr_stats.c th.h
HLsetup.c compile.script olc3common.h processevent.c th.msdat
HominidDB.dat enable.c passigner.h processevent.c.original th.sch
LCPmain.c enable.h pathassigner.h processevent.h th.viewdefs
Makefile eventinstance.c pr_delete.c project.c transition.c
PAssigner.c eventinstance.h pr_dump.c state.c transition.h
activeclass.c eventtype.c pr_free.c state.h
activeclass.h eventtype.h pr_load.c statemodel.c
%exit
saturn.cs.uml.edu>
cat project.script
Script started on Tue
May 7 13:58:07 2002
%ls^M^M
HDsetup.c activeclass.c eventinstance.c olc3common.h pr_log.c state.h th.viewdefs
HLsetup.c activeclass.h eventinstance.h passigner.h pr_stats.c statemodel.c transition.c
HominidDB.dat activeinstance.c eventtype.c pr_delete.c processevent.c statemodel.h transition.h
LCPmain.c activeinstance.h eventtype.h pr_dump.c processevent.h th.h
Makefile enable.c hdsetup.h pr_free.c project.script th.msdat
PAssigner.c enable.h hlsetup.h pr_load.c state.c th.sch
%make^M^M
gcc -DGENLOG -g -DDEBUG -DNEW_VERSION -DNO_GHOSTVARS -c LCPmain.c
gcc -DGENLOG -g -DDEBUG -DNEW_VERSION -DNO_GHOSTVARS -c PAssigner.c
gcc -DGENLOG -g -DDEBUG -DNEW_VERSION -DNO_GHOSTVARS -c HDsetup.c
gcc -DGENLOG -g -DDEBUG -DNEW_VERSION -DNO_GHOSTVARS -c HLsetup.c
gcc -DGENLOG -g -DDEBUG -DNEW_VERSION -DNO_GHOSTVARS -c activeclass.c
gcc -DGENLOG -g -DDEBUG -DNEW_VERSION -DNO_GHOSTVARS -c activeinstance.c
gcc -DGENLOG -g -DDEBUG -DNEW_VERSION -DNO_GHOSTVARS -c eventinstance.c
gcc -DGENLOG -g -DDEBUG -DNEW_VERSION -DNO_GHOSTVARS -c eventtype.c
gcc -DGENLOG -g -DDEBUG -DNEW_VERSION -DNO_GHOSTVARS -c statemodel.c
gcc -DGENLOG -g -DDEBUG -DNEW_VERSION -DNO_GHOSTVARS -c state.c
state.c: In function `StateCreate':
state.c:49: warning: assignment makes integer from pointer without a cast
state.c: In function `StateGetActFunc':
state.c:60: warning: cast to pointer from integer of different size
gcc -DGENLOG -g -DDEBUG -DNEW_VERSION -DNO_GHOSTVARS -c processevent.c
gcc -DGENLOG -g -DDEBUG -DNEW_VERSION -DNO_GHOSTVARS -c transition.c
gcc -DGENLOG -g -DDEBUG -DNEW_VERSION -DNO_GHOSTVARS -c enable.c
gcc -DGENLOG -g -DDEBUG -DNEW_VERSION -DNO_GHOSTVARS -c pr_delete.c
gcc -DGENLOG -g -DDEBUG -DNEW_VERSION -DNO_GHOSTVARS -c pr_dump.c
gcc -DGENLOG -g -DDEBUG -DNEW_VERSION -DNO_GHOSTVARS -c pr_free.c
gcc -DGENLOG -g -DDEBUG -DNEW_VERSION -DNO_GHOSTVARS -c pr_load.c
pr_load.c: In function `pr_link':
pr_load.c:2023: warning: comparison of distinct pointer types lacks a cast
pr_load.c:2024: warning: comparison of distinct pointer types lacks a cast
gcc -DGENLOG -g -DDEBUG -DNEW_VERSION -DNO_GHOSTVARS -c pr_stats.c
gcc -DGENLOG -g -DDEBUG -DNEW_VERSION -DNO_GHOSTVARS -c pr_log.c
gcc -DGENLOG -ansi -g -DDEBUG -DNEW_VERSION -DNO_GHOSTVARS -o LCPmain.exe LCPmain.o PAssigner.o HDsetup.o HLsetup.o activecl$
pr_free.o pr_load.o pr_stats.o pr_log.o
%ls^M^M
HDsetup.c PAssigner.c enable.h hlsetup.h pr_load.c project.script th.sch
HDsetup.o PAssigner.o enable.o olc3common.h pr_load.o state.c th.viewdefs
HLsetup.c activeclass.c eventinstance.c passigner.h pr_log.c state.h transition.c
HLsetup.o activeclass.h eventinstance.h pr_delete.c pr_log.o state.o transition.h
HominidDB.dat activeclass.o eventinstance.o pr_delete.o pr_stats.c statemodel.c transition.o
LCPmain.c activeinstance.c eventtype.c pr_dump.c pr_stats.o statemodel.h
LCPmain.exe activeinstance.h eventtype.h pr_dump.o processevent.c statemodel.o
LCPmain.o activeinstance.o eventtype.o pr_free.c processevent.h th.h
Makefile enable.c hdsetup.h pr_free.o processevent.o th.msdat
Appendix B: INPUT AND OUTPUT FILES
B.1 Input files : HominidDB.dat
saturn.cs.uml.edu>
cat HominidDB.dat
SM650001 HDSM HD State Machine
SM650002 HLSM HL State Machine
AC650001 SM650001 HD's direction Active Class
AC650002 SM650002 HD's advance Active Class
ST650001 SM650001 HdAction0 536897120 EAST
ST650002 SM650001 HdAction1 536898176 NORTH
ST650003 SM650001 HdAction2 536899200 WEST
ST650004 SM650001 HdAction3 536900256 SOUTH
ST650005 SM650002 HlAction0 536901536 0
ST650006 SM650002 HlAction1 536902720 1
ST650007 SM650002 HlAction2 536904096 2
ST650008 SM650002 HlAction3 536905472 3
ST650009 SM650002 HlAction4 536906848 4
AI650001 AC650001 WEST HDinstance
AI650002 AC650002 0 HYinstance
AI650003 AC650002 2 HXinstance
TR650001 ST650001 ST650002
TR650002 ST650001 ST650004
TR650003 ST650001 ST650001
TR650004 ST650003 ST650002
TR650005 ST650003 ST650004
TR650006 ST650003 ST650003
TR650007 ST650002 ST650002
TR650008 ST650002 ST650003
TR650009 ST650002 ST650001
TR650010 ST650004 ST650001
TR650011 ST650004 ST650004
TR650012 ST650004 ST650003
TR650013 ST650005 ST650006
TR650014 ST650006 ST650005
TR650015 ST650006 ST650007
TR650016 ST650007 ST650006
TR650017 ST650007 ST650008
TR650018 ST650008 ST650007
TR650019 ST650008 ST650009
TR650020 ST650009 ST650008
ET650001 SM650001 HD01 turn Left
ET650002 SM650001 HD02 turn Right
ET650003 SM650001 HD03 advance
ET650004 SM650002 HL01 increment
ET650005 SM650002 HL02 decrement
EN650001 ET650001 TR650001
EN650002 ET650002 TR650002
EN650003 ET650003 TR650003
EN650004 ET650002 TR650004
EN650005 ET650001 TR650005
EN650006 ET650003 TR650006
EN650007 ET650003 TR650007
EN650008 ET650001 TR650008
EN650009 ET650002 TR650009
EN650010 ET650001 TR650010
EN650011 ET650003 TR650011
EN650012 ET650002 TR650012
EN650013 ET650004 TR650013
EN650014 ET650005 TR650014
EN650015 ET650004 TR650015
EN650016 ET650005 TR650016
EN650017 ET650004 TR650017
EN650018 ET650005 TR650018
EN650019 ET650004 TR650019
EN650020 ET650005 TR650020
HG000001 FS010000 HN010000 LECHNER 19FEB02/2224 19FEB02/2224 ringPath.dat
$
HN000004 HG000001 FS010000 R 60.0000 60.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0
$
HN000005 HG000001 FS010000 R 60.0000 110.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0
$
HN000006 HG000001 FS010000 R 60.0000 160.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0
$
HN000007 HG000001 FS010000 R 60.0000 210.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0
$
HN000008 HG000001 FS010000 R 60.0000 260.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0
$
HN000009 HG000001 FS010000 R 110.0000 260.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0
$
HN000010 HG000001 FS010000 R 160.0000 260.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0
$
HN000011 HG000001 FS010000 R 210.0000 260.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0
$
HN000012 HG000001 FS010000 R 260.0000 260.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0
$
HN000013 HG000001 FS010000 R 260.0000 210.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0
$
HN000014 HG000001 FS010000 R 260.0000 160.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0
$
HN000015 HG000001 FS010000 R 260.0000 110.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0
$
HN000016 HG000001 FS010000 R 260.0000 60.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0
$
HN000017 HG000001 FS010000 R 210.0000 60.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0
$
HN000018 HG000001 FS010000 R 160.0000 60.0000 48.0000 46.0000 Fixed 19.0000 -44.0000 30
$
HN000019 HG000001 FS010000 R 110.0000 60.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0
$
HN000020 HG000001 FS010000 R 59.0000 59.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0
$
HA000001 HN000018 DA010009 19.0000 -14.0000 0.0000 37 16 *helvetica-bold-r*140* EAST
$
CG000001 HG000001 370.0000 25.0000 50.0000 0.0000
CG000002 HG000001 514.0000 459.0000 372.0000 74.0000
CG000003 HG000001 173.0000 450.0000 290.0000 58.0000
GX000001 CG000001 DA010009 0.0000 Fixed 36.0000 -6.0000 72 13 ringPath.dat
$
GX000002 CG000002 DA010009 0.0000 *helvetica-bold-r*180* 175.0000 -8.0000 331 21 ringPath.dat: Oth for
Homi$
GX000003 CG000002 DA010009 0.0000 *helvetica-bold-r*180* 175.0000 -29.0000 304 21 Created 020219 then
edited$
GX000004 CG000003 DA010009 0.0000 *helvetica-bold-r*140* 141.7466 -64.0000 246 16 HN.HGid was HG000000
and n$
GX000005 CG000003 DA010009 0.0000 *helvetica-bold-r*140* 141.0000 -107.0000 218 16 editing to HG000001
to be$
GX000006 CG000003 DA010009 0.0000 *helvetica-bold-r*140* 141.0000 -150.0000 218 16 ManualAdd:prevLine
yPos h$
GI000000 HN000020 1 0 0
GI000001 HN000019 1 1 0
GI000002 HN000018 1 2 0
GI000003 HN000017 1 3 0
GI000004 HN000016 1 4 0
GI000005 HN000015 1 4 1
GI000006 HN000014 1 4 2
GI000007 HN000013 1 4 3
GI000008 HN000012 1 4 4
GI000009 HN000011 1 3 4
GI000010 HN000010 1 2 4
GI000011 HN000009 1 1 4
GI000012 HN000008 1 0 4
GI000013 HN000007 1 0 3
GI000014 HN000006 1 0 2
GI000015 HN000005 1 0 1
HM000001 GI000002 0
B.2 Output files : LCPmain.exe
Hominid.dat
hompathlog.txt
hompathlogDB1.dat
logdata.txt
saturn.cs.uml.edu>
LCPmain.exe
Warning: unknown table $ found in scanned datafile HominidDB.dat, ignored.
Warning: unknown table $ found in scanned datafile HominidDB.dat, ignored.
Warning: unknown table $ found in scanned datafile HominidDB.dat, ignored.
Warning: unknown table $ found in scanned datafile HominidDB.dat, ignored.
Warning: unknown table $ found in scanned datafile HominidDB.dat, ignored.
Warning: unknown table $ found in scanned datafile HominidDB.dat, ignored.
Warning: unknown table $ found in scanned datafile HominidDB.dat, ignored.
Warning: unknown table $ found in scanned datafile HominidDB.dat, ignored.
Warning: unknown table $ found in scanned datafile HominidDB.dat, ignored.
Warning: unknown table $ found in scanned datafile HominidDB.dat, ignored.
Warning: unknown table $ found in scanned datafile HominidDB.dat, ignored.
Warning: unknown table $ found in scanned datafile HominidDB.dat, ignored.
Warning: unknown table $ found in scanned datafile HominidDB.dat, ignored.
Warning: unknown table $ found in scanned datafile HominidDB.dat, ignored.
Warning: unknown table $ found in scanned datafile HominidDB.dat, ignored.
Warning: unknown table $ found in scanned datafile HominidDB.dat, ignored.
Warning: unknown table $ found in scanned datafile HominidDB.dat, ignored.
Warning: unknown table $ found in scanned datafile HominidDB.dat, ignored.
Warning: unknown table $ found in scanned datafile HominidDB.dat, ignored.
Warning: unknown table $ found in scanned datafile HominidDB.dat, ignored.
Warning: unknown table Ho found in scanned datafile HominidDB.dat, ignored.
Warning: unknown table ed found in scanned datafile HominidDB.dat, ignored.
Warning: unknown table an found in scanned datafile HominidDB.dat, ignored.
Warning: unknown table to found in scanned datafile HominidDB.dat, ignored.
Warning: unknown table yP found in scanned datafile HominidDB.dat, ignored.
Warning: unknown table found in scanned datafile HominidDB.dat, ignored.
Warning: unknown table found in scanned datafile HominidDB.dat, ignored.
Warning: unknown table found in scanned datafile HominidDB.dat, ignored.
Warning: unknown table () found in datafile, ignored.
Warning: unknown table ($) found in datafile, ignored.
Warning: unknown table ($) found in datafile, ignored.
Warning: unknown table ($) found in datafile, ignored.
Warning: unknown table ($) found in datafile, ignored.
Warning: unknown table ($) found in datafile, ignored.
Warning: unknown table ($) found in datafile, ignored.
Warning: unknown table ($) found in datafile, ignored.
Warning: unknown table ($) found in datafile, ignored.
Warning: unknown table ($) found in datafile, ignored.
Warning: unknown table ($) found in datafile, ignored.
Warning: unknown table ($) found in datafile, ignored.
Warning: unknown table ($) found in datafile, ignored.
Warning: unknown table ($) found in datafile, ignored.
Warning: unknown table ($) found in datafile, ignored.
Warning: unknown table ($) found in datafile, ignored.
Warning: unknown table ($) found in datafile, ignored.
Warning: unknown table ($) found in datafile, ignored.
Warning: unknown table ($) found in datafile, ignored.
Warning: unknown table ($) found in datafile, ignored.
Warning: unknown table ($) found in datafile, ignored.
Warning: unknown table (Ho) found in datafile, ignored.
Warning: unknown table (ed) found in datafile, ignored.
Warning: unknown table (an) found in datafile, ignored.
Warning: unknown table (to) found in datafile, ignored.
Warning: unknown table (yP) found in datafile, ignored.
Warning: unknown table () found in datafile, ignored.
Warning: unknown table () found in datafile, ignored.
Warning: unknown table () found in datafile, ignored.
***************************************************************************************
HOMINID IS AT X = 2, Y = 0, DIRECTION = 2, AND ABOUT TO ADVANCE ONE CELL.
The primary key deleted is HM000001
Warning: null HA.DAid : expanded to at most '?^ for pkey 201326594x
Warning: null HA.txtfont : expanded to at most '?^ for pkey 201326594x
CURRENT STATE = WEST
Iam in HdAction2
GENERATING AN EVENT FOR DECREMEMENT
The primary key deleted is EI000001
***************************************************************************************
HOMINID IS AT X = 2, Y = 0, DIRECTION = 2, AND ABOUT TO ADVANCE ONE CELL.
The primary key deleted is HM000002
Warning: null HA.DAid : expanded to at most '?^ for pkey 201326595x
Warning: null HA.txtfont : expanded to at most '?^ for pkey 201326595x
CURRENT STATE = 2
Iam in HlAction1
The primary key deleted is EI000002
CURRENT STATE = WEST
Iam in HdAction2
GENERATING AN EVENT FOR DECREMEMENT
The primary key deleted is EI000003
***************************************************************************************
HOMINID IS AT X = 1, Y = 0, DIRECTION = 2, AND ABOUT TO ADVANCE ONE CELL.
The primary key deleted is HM000003
Warning: null HA.DAid : expanded to at most '?^ for pkey 201326596x
Warning: null HA.txtfont : expanded to at most '?^ for pkey 201326596x
CURRENT STATE = 1
Iam in Hlaction0
The primary key deleted is EI000004
CURRENT STATE = WEST
Iam in HdAction2
GENERATING AN EVENT FOR DECREMEMENT
The primary key deleted is EI000005
***************************************************************************************
HOMINID IS AT X = 0, Y = 0, DIRECTION = 2, AND ABOUT TO MAKE A LEFT
The primary key deleted is HM000004
Warning: null HA.DAid : expanded to at most '?^ for pkey 201326597x
Warning: null HA.txtfont : expanded to at most '?^ for pkey 201326597x
CURRENT STATE = 0
The primary key deleted is EI000006
CURRENT STATE = WEST
Iam in HdAction3
The primary key deleted is EI000007
***************************************************************************************
HOMINID IS AT X = 0, Y = 0, DIRECTION = 3, AND ABOUT TO ADVANCE ONE CELL.
The primary key deleted is HM000005
Warning: null HA.DAid : expanded to at most '?^ for pkey 201326598x
Warning: null HA.txtfont : expanded to at most '?^ for pkey 201326598x
CURRENT STATE = SOUTH
Iam in HdAction3
GENERATING AN EVENT FOR DECREMENT
The primary key deleted is EI000008
***************************************************************************************
HOMINID IS AT X = 0, Y = 0, DIRECTION = 3, AND ABOUT TO ADVANCE ONE CELL.
The primary key deleted is HM000006
Warning: null HA.DAid : expanded to at most '?^ for pkey 201326599x
Warning: null HA.txtfont : expanded to at most '?^ for pkey 201326599x
CURRENT STATE = 0
Iam in HlAction1
The primary key deleted is EI000009
CURRENT STATE = SOUTH
Iam in HdAction3
GENERATING AN EVENT FOR DECREMENT
The primary key deleted is EI000010
***************************************************************************************
HOMINID IS AT X = 0, Y = 1, DIRECTION = 3, AND ABOUT TO ADVANCE ONE CELL.
The primary key deleted is HM000007
Warning: null HA.DAid : expanded to at most '?^ for pkey 201326600x
Warning: null HA.txtfont : expanded to at most '?^ for pkey 201326600x
CURRENT STATE = 1
Iam in HlAction2
The primary key deleted is EI000011
CURRENT STATE = SOUTH
Iam in HdAction3
GENERATING AN EVENT FOR DECREMENT
The primary key deleted is EI000012
***************************************************************************************
HOMINID IS AT X = 0, Y = 2, DIRECTION = 3, AND ABOUT TO ADVANCE ONE CELL.
The primary key deleted is HM000008
Warning: null HA.DAid : expanded to at most '?^ for pkey 201326601x
Warning: null HA.txtfont : expanded to at most '?^ for pkey 201326601x
CURRENT STATE = 2
Iam in HlAction3
The primary key deleted is EI000013
CURRENT STATE = SOUTH
Iam in HdAction3
GENERATING AN EVENT FOR DECREMENT
The primary key deleted is EI000014
***************************************************************************************
HOMINID IS AT X = 0, Y = 3, DIRECTION = 3, AND ABOUT TO ADVANCE ONE CELL.
The primary key deleted is HM000009
Warning: null HA.DAid : expanded to at most '?^ for pkey 201326602x
Warning: null HA.txtfont : expanded to at most '?^ for pkey 201326602x
CURRENT STATE = 3
Iam in HlAction4
The primary key deleted is EI000015
CURRENT STATE = SOUTH
Iam in HdAction3
GENERATING AN EVENT FOR DECREMENT
The primary key deleted is EI000016
***************************************************************************************
HOMINID IS AT X = 0, Y = 4, DIRECTION = 3, AND ABOUT TO MAKE A LEFT
The primary key deleted is HM000010
Warning: null HA.DAid : expanded to at most '?^ for pkey 201326603x
Warning: null HA.txtfont : expanded to at most '?^ for pkey 201326603x
CURRENT STATE = 4
The primary key deleted is EI000017
CURRENT STATE = SOUTH
Iam in HdAction0
The primary key deleted is EI000018
***************************************************************************************
HOMINID IS AT X = 0, Y = 4, DIRECTION = 0, AND ABOUT TO ADVANCE ONE CELL.
The primary key deleted is HM000011
Warning: null HA.DAid : expanded to at most '?^ for pkey 201326604x
Warning: null HA.txtfont : expanded to at most '?^ for pkey 201326604x
CURRENT STATE = EAST
Iam in HdAction0
GENERATING AN EVENT FOR DECREMENT
The primary key deleted is EI000019
***************************************************************************************
HOMINID IS AT X = 0, Y = 4, DIRECTION = 0, AND ABOUT TO ADVANCE ONE CELL.
The primary key deleted is HM000012
Warning: null HA.DAid : expanded to at most '?^ for pkey 201326605x
Warning: null HA.txtfont : expanded to at most '?^ for pkey 201326605x
CURRENT STATE = 0
Iam in HlAction1
The primary key deleted is EI000020
CURRENT STATE = EAST
Iam in HdAction0
GENERATING AN EVENT FOR DECREMENT
The primary key deleted is EI000021
***************************************************************************************
HOMINID IS AT X = 1, Y = 4, DIRECTION = 0, AND ABOUT TO ADVANCE ONE CELL.
The primary key deleted is HM000013
Warning: null HA.DAid : expanded to at most '?^ for pkey 201326606x
Warning: null HA.txtfont : expanded to at most '?^ for pkey 201326606x
CURRENT STATE = 1
Iam in HlAction2
The primary key deleted is EI000022
CURRENT STATE = EAST
Iam in HdAction0
GENERATING AN EVENT FOR DECREMENT
The primary key deleted is EI000023
***************************************************************************************
HOMINID IS AT X = 2, Y = 4, DIRECTION = 0, AND ABOUT TO ADVANCE ONE CELL.
The primary key deleted is HM000014
Warning: null HA.DAid : expanded to at most '?^ for pkey 201326607x
Warning: null HA.txtfont : expanded to at most '?^ for pkey 201326607x
CURRENT STATE = 2
Iam in HlAction3
The primary key deleted is EI000024
CURRENT STATE = EAST
Iam in HdAction0
GENERATING AN EVENT FOR DECREMENT
The primary key deleted is EI000025
***************************************************************************************
HOMINID IS AT X = 3, Y = 4, DIRECTION = 0, AND ABOUT TO ADVANCE ONE CELL.
The primary key deleted is HM000015
Warning: null HA.DAid : expanded to at most '?^ for pkey 201326608x
Warning: null HA.txtfont : expanded to at most '?^ for pkey 201326608x
CURRENT STATE = 3
Iam in HlAction4
The primary key deleted is EI000026
CURRENT STATE = EAST
Iam in HdAction0
GENERATING AN EVENT FOR DECREMENT
The primary key deleted is EI000027
***************************************************************************************
HOMINID IS AT X = 4, Y = 4, DIRECTION = 0, AND ABOUT TO MAKE A LEFT
The primary key deleted is HM000016
Warning: null HA.DAid : expanded to at most '?^ for pkey 201326609x
Warning: null HA.txtfont : expanded to at most '?^ for pkey 201326609x
CURRENT STATE = 4
The primary key deleted is EI000028
CURRENT STATE = EAST
Iam in HdAction1
The primary key deleted is EI000029
***************************************************************************************
HOMINID IS AT X = 4, Y = 4, DIRECTION = 1, AND ABOUT TO ADVANCE ONE CELL.
The primary key deleted is HM000017
Warning: null HA.DAid : expanded to at most '?^ for pkey 201326610x
Warning: null HA.txtfont : expanded to at most '?^ for pkey 201326610x
CURRENT STATE = NORTH
Iam in HdAction1
GENERATING AN EVENT FOR y LOC DECREMENT
The primary key deleted is EI000030
***************************************************************************************
HOMINID IS AT X = 4, Y = 4, DIRECTION = 1, AND ABOUT TO ADVANCE ONE CELL.
The primary key deleted is HM000018
Warning: null HA.DAid : expanded to at most '?^ for pkey 201326611x
Warning: null HA.txtfont : expanded to at most '?^ for pkey 201326611x
CURRENT STATE = 4
Iam in HlAction3
The primary key deleted is EI000031
CURRENT STATE = NORTH
Iam in HdAction1
GENERATING AN EVENT FOR y LOC DECREMENT
The primary key deleted is EI000032
***************************************************************************************
HOMINID IS AT X = 4, Y = 3, DIRECTION = 1, AND ABOUT TO ADVANCE ONE CELL.
The primary key deleted is HM000019
Warning: null HA.DAid : expanded to at most '?^ for pkey 201326612x
Warning: null HA.txtfont : expanded to at most '?^ for pkey 201326612x
CURRENT STATE = 3
Iam in HlAction2
The primary key deleted is EI000033
CURRENT STATE = NORTH
Iam in HdAction1
GENERATING AN EVENT FOR y LOC DECREMENT
The primary key deleted is EI000034
***************************************************************************************
HOMINID IS AT X = 4, Y = 2, DIRECTION = 1, AND ABOUT TO ADVANCE ONE CELL.
The primary key deleted is HM000020
Warning: null HA.DAid : expanded to at most '?^ for pkey 201326613x
Warning: null HA.txtfont : expanded to at most '?^ for pkey 201326613x
CURRENT STATE = 2
Iam in HlAction1
The primary key deleted is EI000035
CURRENT STATE = NORTH
Iam in HdAction1
GENERATING AN EVENT FOR y LOC DECREMENT
The primary key deleted is EI000036
***************************************************************************************
HOMINID IS AT X = 4, Y = 1, DIRECTION = 1, AND ABOUT TO ADVANCE ONE CELL.
The primary key deleted is HM000021
Warning: null HA.DAid : expanded to at most '?^ for pkey 201326614x
Warning: null HA.txtfont : expanded to at most '?^ for pkey 201326614x
CURRENT STATE = 1
Iam in Hlaction0
The primary key deleted is EI000037
CURRENT STATE = NORTH
Iam in HdAction1
GENERATING AN EVENT FOR y LOC DECREMENT
The primary key deleted is EI000038
***************************************************************************************
HOMINID IS AT X = 4, Y = 0, DIRECTION = 1, AND ABOUT TO MAKE A LEFT
The primary key deleted is HM000022
Warning: null HA.DAid : expanded to at most '?^ for pkey 201326615x
Warning: null HA.txtfont : expanded to at most '?^ for pkey 201326615x
CURRENT STATE = 0
The primary key deleted is EI000039
CURRENT STATE = NORTH
Iam in HdAction2
The primary key deleted is EI000040
***************************************************************************************
HOMINID IS AT X = 4, Y = 0, DIRECTION = 2, AND ABOUT TO ADVANCE ONE CELL.
The primary key deleted is HM000023
Warning: null HA.DAid : expanded to at most '?^ for pkey 201326616x
Warning: null HA.txtfont : expanded to at most '?^ for pkey 201326616x
CURRENT STATE = WEST
Iam in HdAction2
GENERATING AN EVENT FOR DECREMEMENT
The primary key deleted is EI000041
***************************************************************************************
HOMINID IS AT X = 4, Y = 0, DIRECTION = 2, AND ABOUT TO ADVANCE ONE CELL.
The primary key deleted is HM000024
Warning: null HA.DAid : expanded to at most '?^ for pkey 201326617x
Warning: null HA.txtfont : expanded to at most '?^ for pkey 201326617x
CURRENT STATE = 4
Iam in HlAction3
The primary key deleted is EI000042
CURRENT STATE = WEST
Iam in HdAction2
GENERATING AN EVENT FOR DECREMEMENT
The primary key deleted is EI000043
***************************************************************************************
HOMINID IS AT X = 3, Y = 0, DIRECTION = 2, AND ABOUT TO ADVANCE ONE CELL.
The primary key deleted is HM000025
Warning: null HA.DAid : expanded to at most '?^ for pkey 201326618x
Warning: null HA.txtfont : expanded to at most '?^ for pkey 201326618x
CURRENT STATE = 3
Iam in HlAction2
The primary key deleted is EI000044
CURRENT STATE = WEST
Iam in HdAction2
GENERATING AN EVENT FOR DECREMEMENT
The primary key deleted is EI000045
saturn.cs.uml.edu>
Hominid.dat
SM660001 HDSM HD State Machine
SM660002 HLSM HL State Machine
AC660001 SM660001 HD's direction Active Class
AC660002 SM660002 HD's advance Active Class
ST660001 SM660001 HdAction0 536897120 EAST
ST660002 SM660001 HdAction1 536898176 NORTH
ST660003 SM660001 HdAction2 536899200 WEST
ST660004 SM660001 HdAction3 536900256 SOUTH
ST660005 SM660002 HlAction0 536901536 0
ST660006 SM660002 HlAction1 536902720 1
ST660007 SM660002 HlAction2 536904096 2
ST660008 SM660002 HlAction3 536905472 3
ST660009 SM660002 HlAction4 536906848 4
AI660001 AC660001 WEST HDinstance $
AI660002 AC660002 0 HYinstance $
AI660003 AC660002 2 HXinstance $
TR660001 ST660001 ST660002
TR660002 ST660001 ST660004
TR660003 ST660001 ST660001
TR660004 ST660003 ST660002
TR660005 ST660003 ST660004
TR660006 ST660003 ST660003
TR660007 ST660002 ST660002
TR660008 ST660002 ST660003
TR660009 ST660002 ST660001
TR660010 ST660004 ST660001
TR660011 ST660004 ST660004
TR660012 ST660004 ST660003
TR660013 ST660005 ST660006
TR660014 ST660006 ST660005
TR660015 ST660006 ST660007
TR660016 ST660007 ST660006
TR660017 ST660007 ST660008
TR660018 ST660008 ST660007
TR660019 ST660008 ST660009
TR660020 ST660009 ST660008
ET660001 SM660001 HD01 turn Left
ET660002 SM660001 HD02 turn Right
ET660003 SM660001 HD03 advance
ET660004 SM660002 HL01 increment
ET660005 SM660002 HL02 decrement
EN660001 ET660001 TR660001
EN660002 ET660002 TR660002
EN660003 ET660003 TR660003
EN660004 ET660002 TR660004
EN660005 ET660001 TR660005
EN660006 ET660003 TR660006
EN660007 ET660003 TR660007
EN660008 ET660001 TR660008
EN660009 ET660002 TR660009
EN660010 ET660001 TR660010
EN660011 ET660003 TR660011
EN660012 ET660002 TR660012
EN660013 ET660004 TR660013
EN660014 ET660005 TR660014
EN660015 ET660004 TR660015
EN660016 ET660005 TR660016
EN660017 ET660004 TR660017
EN660018 ET660005 TR660018
EN660019 ET660004 TR660019
EN660020 ET660005 TR660020
EI010046 AI660001 AI660003 ET660005 0 0 0.0000 0.0000 decrement $
HG010001 FS010000 HN010000 LECHNER 19FEB02/2224 19FEB02/2224 ringPath.dat
HN010004 HG010001 FS010000 R 60.0000 60.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0 0 $
HN010005 HG010001 FS010000 R 60.0000 110.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0 0 $
HN010006 HG010001 FS010000 R 60.0000 160.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0 0 $
HN010007 HG010001 FS010000 R 60.0000 210.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0 0 $
HN010008 HG010001 FS010000 R 60.0000 260.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0 0 $
HN010009 HG010001 FS010000 R 110.0000 260.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0 0 $
HN010010 HG010001 FS010000 R 160.0000 260.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0 0 $
HN010011 HG010001 FS010000 R 210.0000 260.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0 0 $
HN010012 HG010001 FS010000 R 260.0000 260.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0 0 $
HN010013 HG010001 FS010000 R 260.0000 210.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0 0 $
HN010014 HG010001 FS010000 R 260.0000 160.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0 0 $
HN010015 HG010001 FS010000 R 260.0000 110.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0 0 $
HN010016 HG010001 FS010000 R 260.0000 60.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0 0 $
HN010017 HG010001 FS010000 R 210.0000 60.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0 0 $
HN010018 HG010001 FS010000 R 160.0000 60.0000 48.0000 46.0000 Fixed 19.0000 -44.0000 30 0 $
HN010019 HG010001 FS010000 R 110.0000 60.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0 0 $
HN010020 HG010001 FS010000 R 59.0000 59.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0 0 $
HA010001 HN010018 DA010009 19.0000 -14.0000 0.0000 37 16 *helvetica-bold-r*140* EAST $
HA010002 HN010018 0.0000 0.0000 0.0000 0 0 WEST $
HA010003 HN010018 0.0000 0.0000 0.0000 0 0 WEST $
HA010004 HN010019 0.0000 0.0000 0.0000 0 0 WEST $
HA010005 HN010020 0.0000 0.0000 0.0000 0 0 WEST $
HA010006 HN010020 0.0000 0.0000 0.0000 0 0 SOUTH $
HA010007 HN010020 0.0000 0.0000 0.0000 0 0 SOUTH $
HA010008 HN010005 0.0000 0.0000 0.0000 0 0 SOUTH $
HA010009 HN010006 0.0000 0.0000 0.0000 0 0 SOUTH $
HA010010 HN010007 0.0000 0.0000 0.0000 0 0 SOUTH $
HA010011 HN010008 0.0000 0.0000 0.0000 0 0 SOUTH $
HA010012 HN010008 0.0000 0.0000 0.0000 0 0 EAST $
HA010013 HN010008 0.0000 0.0000 0.0000 0 0 EAST $
HA010014 HN010009 0.0000 0.0000 0.0000 0 0 EAST $
HA010015 HN010010 0.0000 0.0000 0.0000 0 0 EAST $
HA010016 HN010011 0.0000 0.0000 0.0000 0 0 EAST $
HA010017 HN010012 0.0000 0.0000 0.0000 0 0 EAST $
HA010018 HN010012 0.0000 0.0000 0.0000 0 0 NORTH $
HA010019 HN010012 0.0000 0.0000 0.0000 0 0 NORTH $
HA010020 HN010013 0.0000 0.0000 0.0000 0 0 NORTH $
HA010021 HN010014 0.0000 0.0000 0.0000 0 0 NORTH $
HA010022 HN010015 0.0000 0.0000 0.0000 0 0 NORTH $
HA010023 HN010016 0.0000 0.0000 0.0000 0 0 NORTH $
HA010024 HN010016 0.0000 0.0000 0.0000 0 0 WEST $
HA010025 HN010016 0.0000 0.0000 0.0000 0 0 WEST $
HA010026 HN010017 0.0000 0.0000 0.0000 0 0 WEST $
CG010001 HG010001 370.0000 25.0000 50.0000 0.0000
CG010002 HG010001 514.0000 459.0000 372.0000 74.0000
CG010003 HG010001 173.0000 450.0000 290.0000 58.0000
GX010001 CG010001 DA010009 0.0000 Fixed 36.0000 -6.0000 72 13 ringPath.dat $
GX010002 CG010002 DA010009 0.0000 *helvetica-bold-r*180* 175.0000 -8.0000 331 21 ringPath.dat: Oth for $
GX010003 CG010002 DA010009 0.0000 *helvetica-bold-r*180* 175.0000 -29.0000 304 21 Created 020219 then $
GX010004 CG010003 DA010009 0.0000 *helvetica-bold-r*140* 141.7466 -64.0000 246 16 HN.HGid was HG000000 $
GX010005 CG010003 DA010009 0.0000 *helvetica-bold-r*140* 141.0000 -107.0000 218 16 editing to HG000001 $
GX010006 CG010003 DA010009 0.0000 *helvetica-bold-r*140* 141.0000 -150.0000 218 16 ManualAdd:prevLine $
GI010000 HN010020 1 0 0
GI010001 HN010019 1 1 0
GI010002 HN010018 1 2 0
GI010003 HN010017 1 3 0
GI010004 HN010016 1 4 0
GI010005 HN010015 1 4 1
GI010006 HN010014 1 4 2
GI010007 HN010013 1 4 3
GI010008 HN010012 1 4 4
GI010009 HN010011 1 3 4
GI010010 HN010010 1 2 4
GI010011 HN010009 1 1 4
GI010012 HN010008 1 0 4
GI010013 HN010007 1 0 3
GI010014 HN010006 1 0 2
GI010015 HN010005 1 0 1
HM010026 GI010003 2
HD010001 AI660001 3
HD010002 AI660001 0
HD010003 AI660001 1
HD010004 AI660001 2
HO010001 AI660003 1
HO010002 AI660003 0
HO010003 AI660002 1
HO010004 AI660002 2
HO010005 AI660002 3
HO010006 AI660002 4
HO010007 AI660003 1
HO010008 AI660003 2
HO010009 AI660003 3
HO010010 AI660003 4
HO010011 AI660002 3
HO010012 AI660002 2
HO010013 AI660002 1
HO010014 AI660002 0
HO010015 AI660003 3
HO010016 AI660003 2
saturn.cs.uml.edu>
hompathlog.txt
SR
WA 0
VN TakehomeView
EI000001 AI650001 AI650001 ET650003 0 0 0.0000 0.0000 advance $
WA 0
DL HM000001
WA 0
VN HomView
HM000002 GI000002 2
WA 0
HA000002 HN000018 0.0000 0.0000 0.0000 0 0 WEST $
WA 0
VN TakehomeView
EI000002 AI650001 AI650003 ET650005 0 0 0.0000 0.0000 decrement $
WA 0
DL EI000001
WA 0
EI000003 AI650001 AI650001 ET650003 0 0 0.0000 0.0000 advance $
WA 0
DL HM000002
WA 0
VN HomView
HM000003 GI000002 2
WA 0
HA000003 HN000018 0.0000 0.0000 0.0000 0 0 WEST $
WA 0
VN TakehomeView
HO000001 AI650003 1
WA 0
DL EI000002
WA 0
EI000004 AI650001 AI650003 ET650005 0 0 0.0000 0.0000 decrement $
WA 0
DL EI000003
WA 0
EI000005 AI650001 AI650001 ET650003 0 0 0.0000 0.0000 advance $
WA 0
DL HM000003
WA 0
VN HomView
HM000004 GI000001 2
WA 0
HA000004 HN000019 0.0000 0.0000 0.0000 0 0 WEST $
WA 0
VN TakehomeView
HO000002 AI650003 0
WA 0
DL EI000004
WA 0
EI000006 AI650001 AI650003 ET650005 0 0 0.0000 0.0000 decrement $
WA 0
DL EI000005
WA 0
EI000007 AI650001 AI650001 ET650001 0 0 0.0000 0.0000 turn Left $
WA 0
DL HM000004
WA 0
VN HomView
HM000005 GI000000 2
WA 0
HA000005 HN000020 0.0000 0.0000 0.0000 0 0 WEST $
WA 0
DL EI000006
WA 0
VN TakehomeView
HD000001 AI650001 3
WA 0
DL EI000007
WA 0
EI000008 AI650001 AI650001 ET650003 0 0 0.0000 0.0000 advance $
WA 0
DL HM000005
WA 0
VN HomView
HM000006 GI000000 3
WA 0
HA000006 HN000020 0.0000 0.0000 0.0000 0 0 SOUTH $
WA 0
VN TakehomeView
EI000009 AI650001 AI650002 ET650004 0 0 0.0000 0.0000 increment $
WA 0
DL EI000008
WA 0
EI000010 AI650001 AI650001 ET650003 0 0 0.0000 0.0000 advance $
WA 0
DL HM000006
WA 0
VN HomView
HM000007 GI000000 3
WA 0
HA000007 HN000020 0.0000 0.0000 0.0000 0 0 SOUTH $
WA 0
VN TakehomeView
HO000003 AI650002 1
WA 0
DL EI000009
WA 0
EI000011 AI650001 AI650002 ET650004 0 0 0.0000 0.0000 increment $
WA 0
DL EI000010
WA 0
EI000012 AI650001 AI650001 ET650003 0 0 0.0000 0.0000 advance $
WA 0
DL HM000007
WA 0
VN HomView
HM000008 GI000015 3
WA 0
HA000008 HN000005 0.0000 0.0000 0.0000 0 0 SOUTH $
WA 0
VN TakehomeView
HO000004 AI650002 2
WA 0
DL EI000011
WA 0
EI000013 AI650001 AI650002 ET650004 0 0 0.0000 0.0000 increment $
WA 0
DL EI000012
WA 0
EI000014 AI650001 AI650001 ET650003 0 0 0.0000 0.0000 advance $
WA 0
DL HM000008
WA 0
VN HomView
HM000009 GI000014 3
WA 0
HA000009 HN000006 0.0000 0.0000 0.0000 0 0 SOUTH $
WA 0
VN TakehomeView
HO000005 AI650002 3
WA 0
DL EI000013
WA 0
EI000015 AI650001 AI650002 ET650004 0 0 0.0000 0.0000 increment $
WA 0
DL EI000014
WA 0
EI000016 AI650001 AI650001 ET650003 0 0 0.0000 0.0000 advance $
WA 0
DL HM000009
WA 0
VN HomView
HM000010 GI000013 3
WA 0
HA000010 HN000007 0.0000 0.0000 0.0000 0 0 SOUTH $
WA 0
VN TakehomeView
HO000006 AI650002 4
WA 0
DL EI000015
WA 0
EI000017 AI650001 AI650002 ET650004 0 0 0.0000 0.0000 increment $
WA 0
DL EI000016
WA 0
EI000018 AI650001 AI650001 ET650001 0 0 0.0000 0.0000 turn Left $
WA 0
DL HM000010
WA 0
VN HomView
HM000011 GI000012 3
WA 0
HA000011 HN000008 0.0000 0.0000 0.0000 0 0 SOUTH $
WA 0
DL EI000017
WA 0
VN TakehomeView
HD000002 AI650001 0
WA 0
DL EI000018
WA 0
EI000019 AI650001 AI650001 ET650003 0 0 0.0000 0.0000 advance $
WA 0
DL HM000011
WA 0
VN HomView
HM000012 GI000012 0
WA 0
HA000012 HN000008 0.0000 0.0000 0.0000 0 0 EAST $
WA 0
VN TakehomeView
EI000020 AI650001 AI650003 ET650004 0 0 0.0000 0.0000 increment $
WA 0
DL EI000019
WA 0
EI000021 AI650001 AI650001 ET650003 0 0 0.0000 0.0000 advance $
WA 0
DL HM000012
WA 0
VN HomView
HM000013 GI000012 0
WA 0
HA000013 HN000008 0.0000 0.0000 0.0000 0 0 EAST $
WA 0
VN TakehomeView
HO000007 AI650003 1
WA 0
DL EI000020
WA 0
EI000022 AI650001 AI650003 ET650004 0 0 0.0000 0.0000 increment $
WA 0
DL EI000021
WA 0
EI000023 AI650001 AI650001 ET650003 0 0 0.0000 0.0000 advance $
WA 0
DL HM000013
WA 0
VN HomView
HM000014 GI000011 0
WA 0
HA000014 HN000009 0.0000 0.0000 0.0000 0 0 EAST $
WA 0
VN TakehomeView
HO000008 AI650003 2
WA 0
DL EI000022
WA 0
EI000024 AI650001 AI650003 ET650004 0 0 0.0000 0.0000 increment $
WA 0
DL EI000023
WA 0
EI000025 AI650001 AI650001 ET650003 0 0 0.0000 0.0000 advance $
WA 0
DL HM000014
WA 0
VN HomView
HM000015 GI000010 0
WA 0
HA000015 HN000010 0.0000 0.0000 0.0000 0 0 EAST $
WA 0
VN TakehomeView
HO000009 AI650003 3
WA 0
DL EI000024
WA 0
EI000026 AI650001 AI650003 ET650004 0 0 0.0000 0.0000 increment $
WA 0
DL EI000025
WA 0
EI000027 AI650001 AI650001 ET650003 0 0 0.0000 0.0000 advance $
WA 0
DL HM000015
WA 0
VN HomView
HM000016 GI000009 0
WA 0
HA000016 HN000011 0.0000 0.0000 0.0000 0 0 EAST $
WA 0
VN TakehomeView
HO000010 AI650003 4
WA 0
DL EI000026
WA 0
EI000028 AI650001 AI650003 ET650004 0 0 0.0000 0.0000 increment $
WA 0
DL EI000027
WA 0
EI000029 AI650001 AI650001 ET650001 0 0 0.0000 0.0000 turn Left $
WA 0
DL HM000016
WA 0
VN HomView
HM000017 GI000008 0
WA 0
HA000017 HN000012 0.0000 0.0000 0.0000 0 0 EAST $
WA 0
DL EI000028
WA 0
VN TakehomeView
HD000003 AI650001 1
WA 0
DL EI000029
WA 0
EI000030 AI650001 AI650001 ET650003 0 0 0.0000 0.0000 advance $
WA 0
DL HM000017
WA 0
VN HomView
HM000018 GI000008 1
WA 0
HA000018 HN000012 0.0000 0.0000 0.0000 0 0 NORTH $
WA 0
VN TakehomeView
EI000031 AI650001 AI650002 ET650005 0 0 0.0000 0.0000 decrement $
WA 0
DL EI000030
WA 0
EI000032 AI650001 AI650001 ET650003 0 0 0.0000 0.0000 advance $
WA 0
DL HM000018
WA 0
VN HomView
HM000019 GI000008 1
WA 0
HA000019 HN000012 0.0000 0.0000 0.0000 0 0 NORTH $
WA 0
VN TakehomeView
HO000011 AI650002 3
WA 0
DL EI000031
WA 0
EI000033 AI650001 AI650002 ET650005 0 0 0.0000 0.0000 decrement $
WA 0
DL EI000032
WA 0
EI000034 AI650001 AI650001 ET650003 0 0 0.0000 0.0000 advance $
WA 0
DL HM000019
WA 0
VN HomView
HM000020 GI000007 1
WA 0
HA000020 HN000013 0.0000 0.0000 0.0000 0 0 NORTH $
HA000020 HN000013 0.0000 0.0000 0.0000 0 0 NORTH $
WA 0
VN TakehomeView
HO000012 AI650002 2
WA 0
DL EI000033
WA 0
EI000035 AI650001 AI650002 ET650005 0 0 0.0000 0.0000 decrement $
WA 0
DL EI000034
WA 0
EI000036 AI650001 AI650001 ET650003 0 0 0.0000 0.0000 advance $
WA 0
DL HM000020
WA 0
VN HomView
HM000021 GI000006 1
WA 0
HA000021 HN000014 0.0000 0.0000 0.0000 0 0 NORTH $
WA 0
VN TakehomeView
HO000013 AI650002 1
WA 0
DL EI000035
WA 0
EI000037 AI650001 AI650002 ET650005 0 0 0.0000 0.0000 decrement $
WA 0
DL EI000036
WA 0
EI000038 AI650001 AI650001 ET650003 0 0 0.0000 0.0000 advance $
WA 0
DL HM000021
WA 0
VN HomView
HM000022 GI000005 1
WA 0
HA000022 HN000015 0.0000 0.0000 0.0000 0 0 NORTH $
WA 0
VN TakehomeView
HO000014 AI650002 0
WA 0
DL EI000037
WA 0
EI000039 AI650001 AI650002 ET650005 0 0 0.0000 0.0000 decrement $
WA 0
DL EI000038
WA 0
EI000040 AI650001 AI650001 ET650001 0 0 0.0000 0.0000 turn Left $
WA 0
DL HM000022
WA 0
VN HomView
HM000023 GI000004 1
WA 0
HA000023 HN000016 0.0000 0.0000 0.0000 0 0 NORTH $
WA 0
DL EI000039
WA 0
VN TakehomeView
HD000004 AI650001 2
WA 0
DL EI000040
WA 0
EI000041 AI650001 AI650001 ET650003 0 0 0.0000 0.0000 advance $
WA 0
DL HM000023
WA 0
VN HomView
HM000024 GI000004 2
WA 0
HA000024 HN000016 0.0000 0.0000 0.0000 0 0 WEST $
WA 0
VN TakehomeView
EI000042 AI650001 AI650003 ET650005 0 0 0.0000 0.0000 decrement $
WA 0
DL EI000041
WA 0
EI000043 AI650001 AI650001 ET650003 0 0 0.0000 0.0000 advance $
WA 0
DL HM000024
WA 0
VN HomView
HM000025 GI000004 2
WA 0
HA000025 HN000016 0.0000 0.0000 0.0000 0 0 WEST $
WA 0
VN TakehomeView
HO000015 AI650003 3
WA 0
DL EI000042
WA 0
EI000044 AI650001 AI650003 ET650005 0 0 0.0000 0.0000 decrement $
WA 0
DL EI000043
WA 0
EI000045 AI650001 AI650001 ET650003 0 0 0.0000 0.0000 advance $
WA 0
DL HM000025
WA 0
VN HomView
HM000026 GI000003 2
WA 0
HA000026 HN000017 0.0000 0.0000 0.0000 0 0 WEST $
WA 0
VN TakehomeView
HO000016 AI650003 2
WA 0
DL EI000044
WA 0
EI000046 AI650001 AI650003 ET650005 0 0 0.0000 0.0000 decrement $
WA 0
DL EI000045
saturn.cs.uml.edu>
hompathlogDB1.dat
SM650001 HDSM HD State Machine
SM650002 HLSM HL State Machine
AC650001 SM650001 HD's direction Active Class
AC650002 SM650002 HD's advance Active Class
ST650001 SM650001 HdAction0 536897120 EAST
ST650002 SM650001 HdAction1 536898176 NORTH
ST650003 SM650001 HdAction2 536899200 WEST
ST650004 SM650001 HdAction3 536900256 SOUTH
ST650005 SM650002 HlAction0 536901536 0
ST650006 SM650002 HlAction1 536902720 1
ST650007 SM650002 HlAction2 536904096 2
ST650008 SM650002 HlAction3 536905472 3
ST650009 SM650002 HlAction4 536906848 4
AI650001 AC650001 WEST HDinstance $
AI650002 AC650002 0 HYinstance $
AI650003 AC650002 2 HXinstance $
TR650001 ST650001 ST650002
TR650002 ST650001 ST650004
TR650003 ST650001 ST650001
TR650004 ST650003 ST650002
TR650005 ST650003 ST650004
TR650006 ST650003 ST650003
TR650007 ST650002 ST650002
TR650008 ST650002 ST650003
TR650009 ST650002 ST650001
TR650010 ST650004 ST650001
TR650011 ST650004 ST650004
TR650012 ST650004 ST650003
TR650013 ST650005 ST650006
TR650014 ST650006 ST650005
TR650015 ST650006 ST650007
TR650016 ST650007 ST650006
TR650017 ST650007 ST650008
TR650018 ST650008 ST650007
TR650019 ST650008 ST650009
TR650020 ST650009 ST650008
ET650001 SM650001 HD01 turn Left
ET650002 SM650001 HD02 turn Right
ET650003 SM650001 HD03 advance
ET650004 SM650002 HL01 increment
ET650005 SM650002 HL02 decrement
EN650001 ET650001 TR650001
EN650002 ET650002 TR650002
EN650003 ET650003 TR650003
EN650004 ET650002 TR650004
EN650005 ET650001 TR650005
EN650006 ET650003 TR650006
EN650007 ET650003 TR650007
EN650008 ET650001 TR650008
EN650009 ET650002 TR650009
EN650010 ET650001 TR650010
EN650011 ET650003 TR650011
EN650012 ET650002 TR650012
EN650013 ET650004 TR650013
EN650014 ET650005 TR650014
EN650015 ET650004 TR650015
EN650016 ET650005 TR650016
EN650017 ET650004 TR650017
EN650018 ET650005 TR650018
EN650019 ET650004 TR650019
EN650020 ET650005 TR650020
HG000001 FS010000 HN010000 LECHNER 19FEB02/2224 19FEB02/2224 ringPath.dat
HN000004 HG000001 FS010000 R 60.0000 60.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0 0 $
HN000005 HG000001 FS010000 R 60.0000 110.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0 0 $
HN000006 HG000001 FS010000 R 60.0000 160.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0 0 $
HN000007 HG000001 FS010000 R 60.0000 210.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0 0 $
HN000008 HG000001 FS010000 R 60.0000 260.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0 0 $
HN000009 HG000001 FS010000 R 110.0000 260.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0 0 $
HN000010 HG000001 FS010000 R 160.0000 260.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0 0 $
HN000011 HG000001 FS010000 R 210.0000 260.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0 0 $
HN000012 HG000001 FS010000 R 260.0000 260.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0 0 $
HN000013 HG000001 FS010000 R 260.0000 210.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0 0 $
HN000014 HG000001 FS010000 R 260.0000 160.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0 0 $
HN000015 HG000001 FS010000 R 260.0000 110.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0 0 $
HN000016 HG000001 FS010000 R 260.0000 60.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0 0 $
HN000017 HG000001 FS010000 R 210.0000 60.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0 0 $
HN000018 HG000001 FS010000 R 160.0000 60.0000 48.0000 46.0000 Fixed 19.0000 -44.0000 30 0 $
HN000019 HG000001 FS010000 R 110.0000 60.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0 0 $
HN000020 HG000001 FS010000 R 59.0000 59.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0 0 $
HA000001 HN000018 DA010009 19.0000 -14.0000 0.0000 37 16 *helvetica-bold-r*140* EAST $
CG000001 HG000001 370.0000 25.0000 50.0000 0.0000
CG000002 HG000001 514.0000 459.0000 372.0000 74.0000
CG000003 HG000001 173.0000 450.0000 290.0000 58.0000
GX000001 CG000001 DA010009 0.0000 Fixed 36.0000 -6.0000 72 13 ringPath.dat $
GX000002 CG000002 DA010009 0.0000 *helvetica-bold-r*180* 175.0000 -8.0000 331 21 ringPath.dat: Oth for $
GX000003 CG000002 DA010009 0.0000 *helvetica-bold-r*180* 175.0000 -29.0000 304 21 Created 020219 then $
GX000004 CG000003 DA010009 0.0000 *helvetica-bold-r*140* 141.7466 -64.0000 246 16 HN.HGid was HG000000 $
GX000005 CG000003 DA010009 0.0000 *helvetica-bold-r*140* 141.0000 -107.0000 218 16 editing to HG000001 $
GX000006 CG000003 DA010009 0.0000 *helvetica-bold-r*140* 141.0000 -150.0000 218 16 ManualAdd:prevLine $
GI000000 HN000020 1 0 0
GI000001 HN000019 1 1 0
GI000002 HN000018 1 2 0
GI000003 HN000017 1 3 0
GI000004 HN000016 1 4 0
GI000005 HN000015 1 4 1
GI000006 HN000014 1 4 2
GI000007 HN000013 1 4 3
GI000008 HN000012 1 4 4
GI000009 HN000011 1 3 4
GI000010 HN000010 1 2 4
GI000011 HN000009 1 1 4
GI000012 HN000008 1 0 4
GI000013 HN000007 1 0 3
GI000014 HN000006 1 0 2
GI000015 HN000005 1 0 1
HM000001 GI000002 0
saturn.cs.uml.edu>
logdata.txt
LogDataFile HominidDB.dat
SM650001 HDSM HD State Machine
SM650002 HLSM HL State Machine
AC650001 SM650001 HD's direction Active Class
AC650002 SM650002 HD's advance Active Class
ST650001 SM650001 HdAction0 536897120 EAST $
ST650002 SM650001 HdAction1 536898176 NORTH $
ST650003 SM650001 HdAction2 536899200 WEST $
ST650004 SM650001 HdAction3 536900256 SOUTH $
ST650005 SM650002 HlAction0 536901536 0 $
ST650006 SM650002 HlAction1 536902720 1 $
ST650007 SM650002 HlAction2 536904096 2 $
ST650008 SM650002 HlAction3 536905472 3 $
ST650009 SM650002 HlAction4 536906848 4 $
AI650001 AC650001 WEST HDinstance $
AI650002 AC650002 0 HYinstance $
AI650003 AC650002 2 HXinstance $
TR650001 ST650001 ST650002
TR650002 ST650001 ST650004
TR650003 ST650001 ST650001
TR650004 ST650003 ST650002
TR650005 ST650003 ST650004
TR650006 ST650003 ST650003
TR650007 ST650002 ST650002
TR650008 ST650002 ST650003
TR650009 ST650002 ST650001
TR650010 ST650004 ST650001
TR650011 ST650004 ST650004
TR650012 ST650004 ST650003
TR650013 ST650005 ST650006
TR650014 ST650006 ST650005
TR650015 ST650006 ST650007
TR650016 ST650007 ST650006
TR650017 ST650007 ST650008
TR650018 ST650008 ST650007
TR650019 ST650008 ST650009
TR650020 ST650009 ST650008
ET650001 SM650001 HD01 turn Left
ET650002 SM650001 HD02 turn Right
ET650003 SM650001 HD03 advance
ET650004 SM650002 HL01 increment
ET650005 SM650002 HL02 decrement
EN650001 ET650001 TR650001
EN650002 ET650002 TR650002
EN650003 ET650003 TR650003
EN650004 ET650002 TR650004
EN650005 ET650001 TR650005
EN650006 ET650003 TR650006
EN650007 ET650003 TR650007
EN650008 ET650001 TR650008
EN650009 ET650002 TR650009
EN650010 ET650001 TR650010
EN650011 ET650003 TR650011
EN650012 ET650002 TR650012
EN650013 ET650004 TR650013
EN650014 ET650005 TR650014
EN650015 ET650004 TR650015
EN650016 ET650005 TR650016
EN650017 ET650004 TR650017
EN650018 ET650005 TR650018
EN650019 ET650004 TR650019
EN650020 ET650005 TR650020
HG000001 FS010000 HN010000 LECHNER 19FEB02/2224 19FEB02/2224 ringPath.dat
$
HN000004 HG000001 FS010000 R 60.0000 60.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0
$
HN000005 HG000001 FS010000 R 60.0000 110.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0
$
HN000006 HG000001 FS010000 R 60.0000 160.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0
$
HN000007 HG000001 FS010000 R 60.0000 210.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0
$
HN000008 HG000001 FS010000 R 60.0000 260.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0
$
HN000009 HG000001 FS010000 R 110.0000 260.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0
$
HN000010 HG000001 FS010000 R 160.0000 260.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0
$
HN000011 HG000001 FS010000 R 210.0000 260.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0
$
HN000012 HG000001 FS010000 R 260.0000 260.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0
$
HN000013 HG000001 FS010000 R 260.0000 210.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0
$
HN000014 HG000001 FS010000 R 260.0000 160.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0
$
HN000015 HG000001 FS010000 R 260.0000 110.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0
$
HN000016 HG000001 FS010000 R 260.0000 60.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0
$
HN000017 HG000001 FS010000 R 210.0000 60.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0
$
HN000018 HG000001 FS010000 R 160.0000 60.0000 48.0000 46.0000 Fixed 19.0000 -44.0000 30
$
HN000019 HG000001 FS010000 R 110.0000 60.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0
$
HN000020 HG000001 FS010000 R 59.0000 59.0000 49.0000 49.0000 Fixed 0.0000 0.0000 0
$
HA000001 HN000018 DA010009 19.0000 -14.0000 0.0000 37 16 *helvetica-bold-r*140* EAST
$
CG000001 HG000001 370.0000 25.0000 50.0000 0.0000
CG000002 HG000001 514.0000 459.0000 372.0000 74.0000
CG000003 HG000001 173.0000 450.0000 290.0000 58.0000
GX000001 CG000001 DA010009 0.0000 Fixed 36.0000 -6.0000 72 13 ringPath.dat
$
GX000002 CG000002 DA010009 0.0000 *helvetica-bold-r*180* 175.0000 -8.0000 331 21 ringPath.dat: Oth for
Homi$
GX000003 CG000002 DA010009 0.0000 *helvetica-bold-r*180* 175.0000 -29.0000 304 21 Created 020219 then
edited$
GX000004 CG000003 DA010009 0.0000 *helvetica-bold-r*140* 141.7466 -64.0000 246 16 HN.HGid was HG000000
and n$
GX000005 CG000003 DA010009 0.0000 *helvetica-bold-r*140* 141.0000 -107.0000 218 16 editing to HG000001
to be$
GX000006 CG000003 DA010009 0.0000 *helvetica-bold-r*140* 141.0000 -150.0000 218 16 ManualAdd:prevLine
yPos h$
GI000000 HN000020 1 0 0
GI000001 HN000019 1 1 0
GI000002 HN000018 1 2 0
GI000003 HN000017 1 3 0
GI000004 HN000016 1 4 0
GI000005 HN000015 1 4 1
GI000006 HN000014 1 4 2
GI000007 HN000013 1 4 3
GI000008 HN000012 1 4 4
GI000009 HN000011 1 3 4
GI000010 HN000010 1 2 4
GI000011 HN000009 1 1 4
GI000012 HN000008 1 0 4
GI000013 HN000007 1 0 3
GI000014 HN000006 1 0 2
GI000015 HN000005 1 0 1
HM000001 GI000002 0
APPENDIX C: SOURCE CODE
Files included : LCPmain.c
PAssigner.c
passigner.h
HDsetup.c
hdsetup.h
HLsetup.c
hlsetup.h
th.viewdefs
Makefile
saturn.cs.uml.edu>
cat LCPmain.c
#define MAIN
#include <stdio.h>
#include "th.h"
#include "passigner.h"
#include "processevent.h"
int loopcontrol= TRUE;
int firstpass=TRUE;
int currX=2, currY=0;
int direction=2;
int NoOfEvents=0;
/* This is the MAIN
program, which calls single stepping */
/* function
PA_main(), and when it returns the control
*/
/* it calls ProcessEvents method to process the event */
int main()
{
/* initializing the database */
pr_init("th.viewdefs", "HominidDB.dat");
/* loading the database */
pr_load("TakehomeView", "HominidDB.dat");
/* logging the
changes */
hcg_log = 0;
pr_startlog("hompathlog.txt","TakehomeView");
while(loopcontrol== TRUE )
{
/* function call for PAssigner.c */
PA_main();
/* method call for processing events */
ProcessEvents(EventQueueOrder,1);
/* takes care of the extra event generated
by advance call*/
if(NoOfEvents ==1)
{
ProcessEvents(EventQueueOrder,1);
NoOfEvents=0;
}
/* condition for stopping the navigation */
if(!firstpass)
{
if(currX == 2 && currY == 0)
{
loopcontrol = FALSE;
break;
}
}
else
{
firstpass = FALSE;
}
}
pr_dump("TakehomeView", "Hominid.dat", 1, "w");
return 0;
}
saturn.cs.uml.edu>
cat PAssigner.c
#include <stdio.h>
#include <string.h>
#include <time.h>
#include "th.h"
#include "passigner.h"
#include "hdsetup.h"
#include "hlsetup.h"
#include "eventinstance.h"
#include "activeclass.h"
#include "activeinstance.h"
#include "statemodel.h"
#include "processevent.h"
#include "olc3common.h"
int nextX, nextY;
extern int currX, currY;
int isonpath;
int facingwall;
extern int NoOfEvents;
extern int direction;
static int L=0,R=0;
struct HM *HM_elt;
struct HA *HA_elt;
char* getdirString(int direction)
{
char* dirString;
if(direction == 0)
dirString = "EAST";
else if(direction == 1)
dirString = "NORTH";
else if(direction ==2)
dirString = "WEST";
else if(direction = 3)
dirString = "SOUTH";
return dirString;
}
/* This is a single
stepping function which generates one event
*/
/* per call and
returns control to LCPmain.c */
void PA_main()
{
NoOfEvents=1;
if(facingWall() ==1)
{
advance(1);
L=R=0;
return;
}
else if(facingWall() == 0 && L==0 && R==0)
{
turnLeft();
L=1;
return;
}
else if(facingWall() == 0 && L==1 && R==0)
{
turnRight();
R=1;
return;
}
else if(facingWall()==0 && L==1 && R ==1)
{
turnRight();
L=R=0;
return;
}
}
/* returns whether
the cell is on path or not */
int isonPath(int nextX, int nextY)
{
isonpath=0;
table_loop("HomView", GI)
{
if( GIcurr->xcord == nextX && GIcurr->ycord == nextY)
{
if(GIcurr->type==1)
{
isonpath=1;
return isonpath;
}
}
}
return isonpath;
}
/* returns whether
the Hominid is facing wall or not */
int facingWall()
{
facingwall = 0;
if (direction == 0)
{
nextX=currX+1;
nextY=currY;
}
if (direction == 1)
{
nextX=currX;
nextY=currY-1;
}
if (direction == 2)
{
nextX=currX-1;
nextY=currY;
}
if (direction == 3)
{
nextX=currX;
nextY=currY+1;
}
if (isonPath(nextX, nextY)==1)
facingwall= 1;
else
facingwall=0;
return facingwall;
}
/* generates an event
that makes Hominid makes a left turn */
void turnLeft()
{
printf("\n\n\n *************************************************************************************** \n\n\n");
printf( " HOMINID IS AT X = %d, Y = %d, DIRECTION = %d, AND ABOUT TO MAKE A LEFT\n",currX, currY,
direction);
/* generating event for turn left */
GenerateEvent("HDinstance","HDinstance","HD01",0,0,0,0,"turn Left");
/* updating database for BDE replay */
table_loop("HomView", GI)
{ if( GIcurr->xcord == currX && GIcurr->ycord == currY)
{
table_loop("HomView", HM)
{ pr_delete(HM);
HM_elt = pr_create(HM);
pr_set_key(HM_elt, GIid, GIcurr->GIid);
//pr_set_int(HM_elt, dir, currentDirection);
pr_set_int(HM_elt, dir, direction);
pr_add("HomView",HM,HM_elt);
}
table_loop("HomView", HA)
{ // pr_delete(HA);
HA_elt = pr_create(HA);
pr_set_key(HA_elt, HNid, GIcurr->HNid);
//pr_set_str(HA_elt, hlabel, getdirString(currentDirection));
pr_set_str(HA_elt, hlabel,getdirString(direction));
pr_add("HomView",HA,HA_elt);
}
}
}
}
/* generates an event
that makes Hominid makes a right turn */
void turnRight()
{
printf("\n\n\n *************************************************************************************** \n\n\n");
printf( " HOMINID IS AT X = %d, Y = %d, DIRECTION = %d, AND ABOUT TO MAKE A RIGHT\n",currX, currY,
direction);
/* generating event for turn right */
GenerateEvent("HDinstance","HDinstance","HD02",0,0,0,0,"turn Right");
/* updating database for BDE replay */
table_loop("HomView", GI)
{ if( GIcurr->xcord == currX && GIcurr->ycord == currY)
{
table_loop("HomView", HM)
{ pr_delete(HM);
HM_elt = pr_create(HM);
pr_set_key(HM_elt, GIid, GIcurr->GIid);
//pr_set_int(HM_elt, dir, currentDirection);
pr_set_int(HM_elt, dir, direction);
pr_add("HomView",HM,HM_elt);
}
table_loop("HomView", HA)
{ // pr_delete(HA);
HA_elt = pr_create(HA);
pr_set_key(HA_elt, HNid, GIcurr->HNid);
//pr_set_str(HA_elt,hlabel, getdirString(currentDirection));
pr_set_str(HA_elt,hlabel, getdirString(direction));
pr_add("HomView",HA,HA_elt);
}
}
}
}
/* generates an event
that makes Hominid advance one cell */
void advance(int numSquares)
{
printf("\n\n\n *************************************************************************************** \n\n\n");
printf( " HOMINID IS AT X = %d, Y = %d, DIRECTION = %d, AND ABOUT TO ADVANCE ONE CELL. \n",currX, currY,
direction);
/* generating event for advance */
GenerateEvent("HDinstance", "HDinstance", "HD03",0,0,0,0,"advance");
/* updating database for BDE replay */
table_loop("HomView", GI)
{
if( GIcurr->xcord == currX && GIcurr->ycord == currY)
{
table_loop("HomView", HM)
{ pr_delete(HM);
HM_elt = pr_create(HM);
pr_set_key(HM_elt, GIid, GIcurr->GIid);
//pr_set_int(HM_elt, dir, currentDirection);
pr_set_int(HM_elt, dir, direction);
pr_add("HomView",HM,HM_elt);
}
table_loop("HomView", HA)
{ // pr_delete(HA);
HA_elt = pr_create(HA);
pr_set_key(HA_elt, HNid, GIcurr->HNid);
//pr_set_str(HA_elt, hlabel, getdirString(currentDirection));
pr_set_str(HA_elt, hlabel, getdirString(direction));
pr_add("HomView",HA,HA_elt);
//advOk = true;
}
}
}
}
int getX()
{
return currX;
}
int getY()
{
return currY;
}
saturn.cs.uml.edu>
cat passigner.h
#if !defined(PASSIGNER_H)
#define PASSIGNER_H
#include <stdio.h>
/* header file for
PAssigner.c */
void PA_main();
int isonPath(int , int );
int facingWall();
void turnLeft();
void turnRight();
void advance(int);
int getX();
int getY();
#endif
saturn.cs.uml.edu>
cat HDsetup.c
#include <stdio.h>
#include "th.h"
#include "activeclass.h"
#include "activeinstance.h"
#include "eventinstance.h"
#include "statemodel.h"
#include "processevent.h"
#include "hdsetup.h"
/**
*
*
Function defination
**/
extern int direction;
extern int NoOfEvents;
PROTOTYPE(void HDsetup, (void))
PROTOTYPE(void HdAction0, (hcg_key EIid))
PROTOTYPE(void HdAction1, (hcg_key EIid))
PROTOTYPE(void HdAction2, (hcg_key EIid))
PROTOTYPE(void HdAction3, (hcg_key EIid))
/**
*
HOMINID DIRECTION SETUP
**/
FUNCTION(
void HDsetup
)
{
hcg_key HDSMid;
hcg_key HDACid;
hcg_key HDAIid;
static EventTypeList HDEventTypes[] = {
{"HD01", "turn Left"},
{"HD02", "turn Right"},
{"HD03", "advance"}};
static StateList HDStates[] = {
{"EAST", "HdAction0", HdAction0},
{"NORTH", "HdAction1", HdAction1},
{"WEST", "HdAction2", HdAction2},
{"SOUTH", "HdAction3", HdAction3}};
static StateTransitionList HDTransitions[] = {
{"EAST", "NORTH", "HD01"},
{"EAST", "SOUTH", "HD02"},
{"EAST", "EAST", "HD03"},
{"WEST", "NORTH", "HD02"},
{"WEST", "SOUTH", "HD01"},
{"WEST", "WEST", "HD03"},
{"NORTH", "NORTH","HD03"},
{"NORTH", "WEST", "HD01"},
{"NORTH", "EAST", "HD02"},
{"SOUTH", "EAST", "HD01"},
{"SOUTH", "SOUTH","HD03"},
{"SOUTH", "WEST", "HD02"}};
HDSMid = StateModelCreateCompletely("HD State Machine", "HDSM",
ARRAY_SIZE(HDEventTypes),
HDEventTypes,
ARRAY_SIZE(HDStates), HDStates,
ARRAY_SIZE(HDTransitions),
HDTransitions);
HDACid = ActiveClassCreate("HD's direction Active Class", HDSMid);
HDAIid = ActiveInstanceCreate("HDinstance", HDACid, "WEST");
}
/* function call
assosiated with HD state EAST */
FUNCTION1(void HdAction0,hcg_key, EIid)
{
hcg_key HDid;
hcg_key AIid;
struct HD *HD_elt;
hcg_key AIid2;
printf("\n Iam in HdAction0 \n");
/* stores the ToThisActiveInstance id for comparision */
AIid2 = EventInstanceGetAIid2(EIid);
if (strcmp(EventInstanceGetText(EIid), "advance")==0)
{
printf("\n GENERATING AN EVENT FOR DECREMENT \n");
GenerateEvent("HDinstance","HXinstance","HL01",0,0,0,0,"increment");
NoOfEvents++;
return;
}
/*setting the global variable */
direction=0;
HD_elt = pr_create(HD);
pr_set_key(HD_elt, AIid,AIid2);
pr_set_int(HD_elt,dir, direction);
pr_add("TakehomeView",HD,HD_elt);
}
/* function call
assosiated with HD state NORTH */
FUNCTION1(void HdAction1,hcg_key,EIid)
{
hcg_key HDid;
hcg_key AIid;
struct HD *HD_elt;
hcg_key AIid2;
printf("\n Iam in HdAction1 \n");
AIid2 = EventInstanceGetAIid2(EIid);
/* stores the
ToThisActiveInstance id for comparision */
if (strcmp(EventInstanceGetText(EIid), "advance" )==0)
{
printf(" \n GENERATING AN EVENT FOR y LOC DECREMENT \n");
GenerateEvent("HDinstance","HYinstance","HL02",0,0,0,0,"decrement");
NoOfEvents++;
return;
}
/*setting the global variable */
direction=1;
HD_elt = pr_create(HD);
pr_set_key(HD_elt, AIid,AIid2);
pr_set_int(HD_elt,dir, direction);
pr_add("TakehomeView",HD,HD_elt);
}
/* function call
assosiated with HD state WEST */
FUNCTION1(void HdAction2,hcg_key,EIid)
{
hcg_key HDid;
hcg_key AIid;
struct HD *HD_elt;
hcg_key AIid2;
printf("\n I am in HdAction2 \n");
AIid2 = EventInstanceGetAIid2(EIid);
/* stores the
ToThisActiveInstance id for comparision */
if (strcmp(EventInstanceGetText(EIid), "advance") == 0)
{
printf("\n GENERATING AN EVENT FOR DECREMEMENT \n ");
GenerateEvent("HDinstance","HXinstance","HL02",0,0,0,0,"decrement");
NoOfEvents++;
return;
}
/*setting the global variable */
direction=2;
HD_elt = pr_create(HD);
pr_set_key(HD_elt, AIid,AIid2);
pr_set_int(HD_elt,dir, direction);
pr_add("TakehomeView",HD,HD_elt);
}
/* function call
assosiated with HD state SOUTH */
FUNCTION1(void HdAction3,hcg_key,EIid)
{
hcg_key HDid;
hcg_key AIid;
struct HD *HD_elt;
hcg_key AIid2;
printf("\n Iam in HdAction3 \n");
AIid2 = EventInstanceGetAIid2(EIid);
/* stores the
ToThisActiveInstance id for comparision */
if (strcmp( EventInstanceGetText(EIid), "advance" )==0)
{
printf("\n GENERATING AN EVENT FOR DECREMENT \n");
GenerateEvent("HDinstance","HYinstance","HL01",0,0,0,0,"increment");
NoOfEvents++;
return;
}
/*setting the global variable */
direction=3;
HD_elt = pr_create(HD);
pr_set_key(HD_elt, AIid,AIid2);
pr_set_int(HD_elt,dir, direction);
pr_add("TakehomeView",HD,HD_elt);
}
saturn.cs.uml.edu>
cat hdsetup.h
#if !defined(HDSETUP_H)
#define HDSETUP_H
#include <stdio.h>
/*header file for
HDsetup.c */
# if !defined OLC3COMMON_H
# include "olc3common.h"
# endif
PROTOTYPE(void HDsetup, (void))
PROTOTYPE(void HdAction0, (hcg_key EIid))
PROTOTYPE(void HdAction1, (hcg_key EIid))
PROTOTYPE(void HdAction2, (hcg_key EIid))
PROTOTYPE(void HdAction3, (hcg_key EIid))
#endif
saturn.cs.uml.edu>
cat HLsetup.c
#include <stdio.h>
#include "th.h"
#include "hdsetup.h"
#include "hlsetup.h"
#include "activeclass.h"
#include "activeinstance.h"
#include "eventinstance.h"
#include "statemodel.h"
#include "processevent.h"
#include "olc3common.h"
/**
*
*
Function defination
*
**/
extern int currX, currY;
PROTOTYPE(void HLsetup, (void))
PROTOTYPE(void HlAction0, (hcg_key EIid))
PROTOTYPE(void HlAction1, (hcg_key EIid))
PROTOTYPE(void HlAction2, (hcg_key EIid))
PROTOTYPE(void HlAction3, (hcg_key EIid))
PROTOTYPE(void HlAction4, (hcg_key EIid))
/*
* HOMINID
LOCATION SETUP
**/
FUNCTION(
void HLsetup
)
{
hcg_key HLSMid;
hcg_key HLACid;
hcg_key HXAIid;
hcg_key HYAIid;
static EventTypeList HLEventTypes[] = {
{"HL01", "increment"},
{"HL02", "decrement"}};
static StateList HLStates[] = {
{"0", "HlAction0", HlAction0},
{"1", "HlAction1", HlAction1},
{"2", "HlAction2", HlAction2},
{"3", "HlAction3", HlAction3},
{"4", "HlAction4", HlAction4}};
static StateTransitionList HLTransitions[] = {
{"0", "1", "HL01"},
{"1", "0", "HL02"},
{"1", "2", "HL01"},
{"2", "1", "HL02"},
{"2", "3", "HL01"},
{"3", "2", "HL02"},
{"3", "4", "HL01"},
{"4", "3", "HL02"}};
HLSMid = StateModelCreateCompletely("HL State Machine", "HLSM",
ARRAY_SIZE(HLEventTypes),
HLEventTypes,
ARRAY_SIZE(HLStates), HLStates,
ARRAY_SIZE(HLTransitions),
HLTransitions);
HLACid = ActiveClassCreate("HD's advance Active Class", HLSMid);
HYAIid = ActiveInstanceCreate("HYinstance", HLACid, "0");
HXAIid = ActiveInstanceCreate("HXinstance", HLACid, "2");
}
int update;
/* function call
associated with HL, state = 0*/
FUNCTION1(void HlAction0,hcg_key,EIid)
{
hcg_key HOid;
hcg_key AIid;
struct HO *HO_elt;
hcg_key AIid2;
printf("\n Iam in Hlaction0 \n" );
/* stores ToThisActiveInstance ID for
string comparision */
AIid2 = EventInstanceGetAIid2(EIid);
if( strcmp(ActiveInstanceGetName(AIid2),"HXinstance")==0)
{
currX=0;
update=0;
}
else if( strcmp(ActiveInstanceGetName(AIid2),"HYinstance")==0)
{
currY=0;
update=0;
}
HO_elt = pr_create(HO);
pr_set_key(HO_elt, AIid,AIid2);
pr_set_int(HO_elt,location, update);
pr_add("TakehomeView",HO,HO_elt);
}
/* function call
associated with HL, state = 1*/
FUNCTION1(void HlAction1,hcg_key,EIid)
{
hcg_key HOid;
hcg_key AIid;
struct HO *HO_elt;
hcg_key AIid2;
printf("\n Iam in HlAction1 \n");
/* stores ToThisActiveInstance ID for string
comparision */
AIid2 = EventInstanceGetAIid2(EIid);
if( strcmp(ActiveInstanceGetName(AIid2),"HXinstance")==0)
{
currX=1;
update=1;
}
else if( strcmp(ActiveInstanceGetName(AIid2),"HYinstance")==0)
{
currY=1;
update=1;
}
HO_elt = pr_create(HO);
pr_set_key(HO_elt, AIid,AIid2);
pr_set_int(HO_elt,location, update);
pr_add("TakehomeView",HO,HO_elt);
}
/* function call
associated with HL, state = 2*/
FUNCTION1(void HlAction2,hcg_key,EIid)
{
hcg_key HOid;
hcg_key AIid;
struct HO *HO_elt;
hcg_key AIid2;
printf("\n Iam in HlAction2 \n");
/* stores ToThisActiveInstance ID for string
comparision */
AIid2 = EventInstanceGetAIid2(EIid);
if( strcmp(ActiveInstanceGetName(AIid2),"HXinstance")==0)
{
currX=2;
update=2;
}
else if( strcmp(ActiveInstanceGetName(AIid2),"HYinstance")==0)
{
currY=2;
update=2;
}
HO_elt = pr_create(HO);
pr_set_key(HO_elt, AIid,AIid2);
pr_set_int(HO_elt,location, update);
pr_add("TakehomeView",HO,HO_elt);
}
/* function call
associated with HL, state = 3*/
FUNCTION1(void HlAction3,hcg_key,EIid)
{
hcg_key HOid;
hcg_key AIid;
struct HO *HO_elt;
hcg_key AIid2;
printf("\n Iam in HlAction3 \n");
/* stores ToThisActiveInstance ID for string comparision */
AIid2 = EventInstanceGetAIid2(EIid);
if( strcmp(ActiveInstanceGetName(AIid2),"HXinstance")==0)
{
currX=3;
update=3;
}
else if( strcmp(ActiveInstanceGetName(AIid2),"HYinstance")==0)
{
currY=3;
update=3;
}
HO_elt = pr_create(HO);
pr_set_key(HO_elt, AIid,AIid2);
pr_set_int(HO_elt,location, update);
pr_add("TakehomeView",HO,HO_elt);
}
/* function call
associated with HL, state = 4*/
FUNCTION1(void HlAction4,hcg_key,EIid)
{
hcg_key HOid;
hcg_key AIid;
struct HO *HO_elt;
hcg_key AIid2;
printf("\n Iam in HlAction4 \n");
/* stores ToThisActiveInstance ID for string
comparision */
AIid2 = EventInstanceGetAIid2(EIid);
if( strcmp(ActiveInstanceGetName(AIid2),"HXinstance")==0)
{
currX=4;
update=4;
}
else if( strcmp(ActiveInstanceGetName(AIid2),"HYinstance")==0)
{
currY=4;
update=4;
}
HO_elt = pr_create(HO);
pr_set_key(HO_elt, AIid,AIid2);
pr_set_int(HO_elt,location, update);
pr_add("TakehomeView",HO,HO_elt);
}
saturn.cs.uml.edu>
cat hlsetup.h
#if !defined(HLSETUP_H)
#define HLSETUP_H
#include <stdio.h>
/* header file for
HLsetup.c */
# if !defined OLC3COMMON_H
# include "olc3common.h"
# endif
PROTOTYPE(void HLsetup, (void))
PROTOTYPE(void HlAction0, (hcg_key EIid))
PROTOTYPE(void HlAction1, (hcg_key EIid))
PROTOTYPE(void HlAction2, (hcg_key EIid))
PROTOTYPE(void HlAction3, (hcg_key EIid))
PROTOTYPE(void HlAction4, (hcg_key EIid))
#endif