Usenet 1994 January/usenetsourcesnewsgroupsinfomagicjanuary1994.iso/sources/x/volume8/xlife/part02

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Path: uunet!cs.utexas.edu!sun-barr!newstop!sun!andrew.cmu.edu
From: [e-mail] (Daniel Edward Lovinger)
Newsgroups: comp.sources.x
Subject: v08i038: Xlife 2.0, Part02/10
Message-ID: <[e-mail]>
Date: 7 Jul 90 00:01:07 GMT
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Submitted-by: Daniel Edward Lovinger <[e-mail]>
Posting-number: Volume 8, Issue 38
Archive-name: xlife/part02

#! /bin/sh
# This is a shell archive.  Remove anything before this line, then unpack
# it by saving it into a file and typing "sh file".  To overwrite existing
# files, type "sh file -c".  You can also feed this as standard input via
# unshar, or by typing "sh <file", e.g..  If this archive is complete, you
# will see the following message at the end:
#        "End of archive 2 (of 8)."
# Contents:  xlife-2.0/data.c xlife-2.0/doc/search_program
#   xlife-2.0/patterns/alu.life xlife-2.0/patterns/blockpusher.life
# Wrapped by [e-mail] on Mon Jul  2 22:48:04 1990
PATH=/bin:/usr/bin:/usr/ucb ; export PATH
if test -f xlife-2.0/data.c -a "${1}" != "-c" ; then
  echo shar: Will not over-write existing file \"xlife-2.0/data.c\"
else
echo shar: Extracting \"xlife-2.0/data.c\" \(1374 characters\)
sed "s/^X//" >xlife-2.0/data.c <<'END_OF_xlife-2.0/data.c'
X/*
X * XLife Copyright 1989 Jon Bennett [e-mail], [e-mail]
X *
X * Permission to use, copy, modify, distribute, and sell this software and its
X * documentation for any purpose is hereby granted without fee, provided that
X * the above copyright notice appear in all copies and that both that
X * copyright notice and this permission notice appear in supporting
X * documentation, and that the name of the copyright holders not be used in
X * advertising or publicity pertaining to distribution of the software without
X * specific, written prior permission.  The copyright holders make no
X * representations about the suitability of this software for any purpose.  It
X * is provided "as is" without express or implied warranty.
X *
X * THE COPYRIGHT HOLDERS DISCLAIM ALL WARRANTIES WITH REGARD TO THIS SOFTWARE,
X * INCLUDING ALL IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS, IN NO
X * EVENT SHALL THE COPYRIGHT HOLDERS BE LIABLE FOR ANY SPECIAL, INDIRECT OR
X * CONSEQUENTIAL DAMAGES OR ANY DAMAGES WHATSOEVER RESULTING FROM LOSS OF USE,
X * DATA OR PROFITS, WHETHER IN AN ACTION OF CONTRACT, NEGLIGENCE OR OTHER
X * TORTIOUS ACTION, ARISING OUT OF OR IN CONNECTION WITH THE USE OR
X * PERFORMANCE OF THIS SOFTWARE.
X */
X
X#include <X11/Xlib.h>
X#include <X11/Xutil.h>
X#include <X11/Xos.h>
X
X/* I know this is a hack, but so what? */
X#define GLOBAL
X
X#include "data.h"
X
END_OF_xlife-2.0/data.c
if test 1374 -ne `wc -c <xlife-2.0/data.c`; then
    echo shar: \"xlife-2.0/data.c\" unpacked with wrong size!
fi
# end of overwriting check
fi
if test -f xlife-2.0/doc/search_program -a "${1}" != "-c" ; then
  echo shar: Will not over-write existing file \"xlife-2.0/doc/search_program\"
else
echo shar: Extracting \"xlife-2.0/doc/search_program\" \(22503 characters\)
sed "s/^X//" >xlife-2.0/doc/search_program <<'END_OF_xlife-2.0/doc/search_program'
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XDate:    Sat, 13 Jan 90 15:38 EST
XFrom: "Dean Hickerson" <[e-mail]>
XSubject: Search program
XTo: [e-mail]
X
X>  A number of time you have said that the patterns you were sending had been
X>  found by a search program. I was wondering if you would mind sending me a
X>  copy of it too look at.
X
XThe program is written in 6502 assembly language and Applesoft BASIC and
Xruns on an Apple IIe.  Unless you have a compatible machine, the program
Xitself probably wouldn't help you much.  But here's a fairly detailed
Xdescription of how it works.  I encourage you (or anyone else) to write a
Xsimilar program for a faster machine; I'm sure there are things waiting to
Xbe found that my Apple is slow to find.
X
XIf you really want to see the program itself, let me know and I'll try to
Xfind a way to send it.  (It's not easy, because of incompatible operating
Xsystems and file structures.)
X========================================================================
XGeneral description of the Life search program  (9/6/89)
X
X     This is a general description of the program and some discussion of
Xits behaviour.  A much more detailed description follows.
X
X     I tell the program the desired congruence period T of an object, a
Xrectangle in which generations 0 to T must fit, and an isometry relating
Xgen. 0 to gen. T.  The program creates a 3D array in which each cell is
Xeither on, off, or unknown; initially everything's unknown except for any
Xinitial conditions which I specify.  It then picks an unknown cell, chooses
Xa value for it, and examines the consequences of its choice, working both
Xforward and backward.  If it runs out of consequences, it picks another
Xunknown cell and continues.  If it finds a contradiction, it backs up to
Xits most recent choice, reverses it, marks it as a conclusion rather than a
Xchoice, and continues. Eventually it either runs out of unknown cells and
Xreports that it's found something, or tries to back up past its first
Xchoice and reports that the object doesn't exist.  (Or it would if I let it
Xrun forever; more often I stop it after a while.)  I can have it display
Xthe array at any time; sometimes I can figure out something interesting
Xfrom its partial results.  E.g. I built the 25 bit c/3 spaceship from parts
Xit had found in previous searches; the program found it about an hour
Xlater.
X
X   One problem I sometimes have is that the program finds things with
Xperiods smaller than I want, like 1.  So I usually specify the value of
Xsome particular cell in enough phases to force it to have the desired
Xperiod.  (Of course I may miss something interesting that way.)  Another
Xproblem is that after the program finds something which is smaller than the
Xspecified rectangle, it then finds the same thing with various stable
Xobjects around the unoccupied edges.  So I back it up 'by hand' far enough
Xto get to something new.
X
X   I haven't really settled on the best order in which to select unknown
Xcells.  I usually work in a rectangle which is wide but not very tall and
Xproceed up the columns from left to right, either just in gen. 0 or doing
Xall phases for each position before moving to the next.  I've tried some
Xsearches starting at the center of a square and spiralling
Xoutward, but the program tends to bog down when it's far from the center: a
Xbad choice for a cell may not be detected until the spiral comes back
Xaround to it, so it will try many possibilities for the intervening cells
Xof the spiral before it changes the bad cell.  Probably I should use a
Xself-adjusting search order; when a problem is detected, the program should
Xmove nearby cells closer to the front of the search list.  My first
Ximplementation of this actually made the program slower, since cells which
Xgot moved to the front of the list stayed near there even when they were no
Xlonger a problem.  I have an idea for a better way to do it, but I haven't
Xhad time to implement it yet.
X
X   Another thing I'm still experimenting with is how to decide whether to
Xturn an unknown cell on or off.  If I'm going to let the search run to
Xcompletion it doesn't matter; both choices will be tried eventually.  But
Xfor incomplete searches some heuristics might help.  Usually I choose 'off'
Xfirst, in the hope that an object of small population will be found.
XAnother good choice is to make a location have the same value at time t as
Xat other, already assigned, times; this tends to lead to billiard tables.
X
X   The program is most effective when the period is small; the forward and
Xbackward conclusions tend to wrap around the ends of time and meet, leading
Xto more conclusions or contradictions.  For large periods, that doesn't
Xhappen much, so the program doesn't detect its bad choices soon enough to
Xaccomplish much.  The p5 fumarole and one other p5 are the only things
XI've found so far with a congruence period greater than 4.
X----------------------------------------------------------------------
X
XDetailed description of the Life search program  (9/24/89)
X
X     The program consists of two parts, an assembly language part which
Xdoes the searching and a BASIC program which handles initialization,
Xinterpreting commands from the user, and display.  I'll talk mostly about
Xthe assembly language portion.
X
X     Three constants describe the size of the space being searched:
X
X          TP = time period, length of time until pattern is to reappear;
X          XM = width of rectangle to be searched;
X          YM = height of rectangle to be searched.
X
XThe set of pairs (X,Y) with 0<=X<XM and 0<=Y<YM will be called "the
Xrectangle".
X
X     There are 12 constants which describe how generation 0 is related to
Xgeneration TP:  A, B, C, D, E, F, A', B', C', D', E', F'.  The cell with
Xcoordinates (X, Y) in generation 0 is mapped to the cell with coordinates
X(AX+BY+C, DX+EY+F) in generation TP.  The cell with coordinates (X, Y) in
Xgeneration TP is mapped to the cell (A'X+B'Y+C', D'X+E'Y+F') in generation
X0.  The values of A thru F are specified by the user; the others are given
Xby:
X    A' =  E/Z,   B' = -B/Z,   C' = (BF-CE)/Z,
X    D' = -D/Z,   E' =  A/Z,   F' = (CD-AF)/Z,
Xwhere   Z = AE-BD = 1 or -1.  The mappings are supposed to be isometries,
Xnot general invertible linear maps, so there are severe restrictions on A,
XB, D, and E which I won't bother to write down.  (There is also a boolean
Xvariable, USEMAP, which is normally true.  If it is false, then the
Xmappings are ignored, so the program can be used to search for predecessors
Xof whatever the user puts in generation TP.)
X
X     The current information about generations 0 to TP is kept in a 3
Xdimensional array CELL, with dimensions 0 to TP, 0 to XM-1, and 0 to YM-1.
XEach entry can have one of 3 values, 0=off, 1=on, or UNK=unknown.  (I use a
Xwhole byte for each entry, with UNK=$10.  (Here and later, a dollar sign
Xindicates that a number is in base 16.)  This makes the computation of the
Xneighborhood easy: just add the values of the 8 neighbors; the high nybble
Xis the number of unknown neighbors, and the low nybble is the number which
Xare on.) Initially the edges (all elements with X=0 or XM-1 or Y=0 or YM-1)
Xare turned off, as are the cells in generation 0 which map outside the
Xrectangle in generation TP and vice versa; everything else is initially
Xunknown.  After this initialization, some user-specified cells may be
Xturned on or off, by calling PROCEED (described later).
X
X     In addition to CELL, one other large array is used, the setting list.
XThis is a list of quintuples (T, X, Y, VALUE, FREE) where 0<=T=TP, 0<=X<XM,
X0<=Y<YM, VALUE=0 or 1, and FREE=true or false.  Whenever an element of CELL
Xis changed from UNK to 0 or 1, an entry is added to the list.  FREE is true
Xif the change is a free choice, false if it's forced by some previous
Xchoice.  There are 3 pointers into the list:
X          STNG   points to the beginning;
X          NWSTNG points to the end; new entries are put here;
X          NXSTNG points to the next setting whose consequences are to
X                 be examined.
X
X     There are also two tables which are used to describe the Life
Xtransition rules.  Conceptually, an index into either table consists of a
Xcell value (0, 1, or UNK) and 3 numbers which add up to 8, telling how many
Xneighbors are 0, 1, and UNK; there are 135 (=3*45) possible indices.  In
Xpractice, I use a one byte 'neighborhood descriptor' to encode this, so
Xeach table is 256 bytes long, but only partially used.  To compute the
Xneighborhood descriptor of a cell, add up the 8 neighbors.  If the AND of
Xthe sum and $88 is zero, then the neighborhood descriptor is twice the sum
Xplus the cell.  If the AND is nonzero, the descriptor is the sum plus twice
Xthe cell plus $11.
X
X     The first table is called TRANSIT and tells what the cell should be in
Xthe next generation.  E.g. neighborhood descriptor $25 means that the
Xcell is 1, 5 of its neighbors are 0, 2 are 1, and 1 is unknown,
XTRANSIT[$25] = 1.  Of course, most entries in TRANSIT are UNK, 73 to be
Xexact.  (And 57 are 0 and 5 are 1.)
X
X     The second table is called IMPLIC and contains information about
Ximplications in the other direction.  If we know the neighborhood
Xdescriptor and the value of the cell in the next generation, we may be able
Xto conclude that some unknown cells in this generation must be 0 or 1.
XSuch conclusions exist only if the corresponding entry is UNK, so there are
Xonly 73 entries in IMPLIC.   There are 8 possible implications, each is
Xgiven by one bit in the IMPLIC entry:
X
X     Bit       Meaning
X     $80       If new cell is 0 then current cell should be 0.
X     $40       If new cell is 0 then current cell should be 1.
X     $20       If new cell is 1 then current cell should be 0.
X     $10       If new cell is 1 then current cell should be 1.
X     $08       If new cell is 0 then all unknown neighbors should be 0.
X     $04       If new cell is 0 then all unknown neighbors should be 1.
X     $02       If new cell is 1 then all unknown neighbors should be 0.
X     $01       If new cell is 1 then all unknown neighbors should be 1.
X
X(In Life, bits $40 and $20 are never set, but they may occur for other
Xtransition rules.)  For example, bit $80 is set iff the current cell is
Xunknown, exactly 2 of its neighbors are 1, and at most 1 of its neighbors
Xis unknown, i.e. for neighborhood descriptors $14 and $34.
X
X     The two tables were created by a BASIC program and are now loaded from
Xdisk as part of the initialization.
X
X     The basic operation of the program is as follows: Suppose that CELL is
Xfully consistent; i.e. every cell is consistent with its 9 parents and no
Xcurrently unknown cells have their values forced.  (That is, forced
Xdirectly, either by their parents or their children.)  In this situation,
XNXSTNG = NWSTNG.
X
XStep 0:  ('Pick an unknown cell')  If there are no unknown cells left,
Xreport that an object has been found, let the user display it, save it on
Xdisk, print it, or whatever; then go to step 2.  Otherwise, pick an unknown
Xcell and a value for it.  Change it in CELL and add an entry to the setting
Xlist with FREE=true, updating NWSTNG.  Go to step 1.
X
XStep 1:  ('Examine consequences')  If NXSTNG = NWSTNG, then CELL is fully
Xconsistent; go to step 0.  Otherwise, get the values of T, X, Y, and VALUE
Xpointed to by NXSTNG and increment NXSTNG.  The fact that CELL[T,X,Y] =
XVALUE may directly force some currently unknown cells to be 0 or 1; for
Xeach of these, set its value in CELL and add an entry to the setting list
Xwith FREE=false, incrementing NWSTNG.  Then go to step 1.  We may also
Xdetect a contradiction at this point; in that case go to step 2.  (The
Xforcing in this step is of 4 types:  If T=0 or TP, the mapped cell in
Xgeneration TP or 0 is forced.  Some of the parents of (T,X,Y) may be
Xforced.  Some of the children of (T,X,Y) may be forced.  And some cells may
Xbe forced by additional constraints such as symmetry.)
X
XStep 2:  ('Back up'.  At this point, either a contradiction has been
Xdetected or we've found an object and wish to look for more.)  If NWSTNG =
XSTNG, report that no more objects of the desired type exist and quit.
XOtherwise, decrement NWSTNG and get the values of T, X, Y, VALUE, and FREE
Xpointed to by it.  If FREE = false, set CELL[T,X,Y] to UNK and go to step
X2.  If FREE = true, then either we've found that this free choice led to a
Xcontradiction or we've already found all objects in which the choice was
Xvalid.  So change CELL[T,X,Y] to 1-VALUE, change FREE to false, set NXSTNG
Xto NWSTNG, increment NWSTNG, and go to step 1.
X
X     As described here, part of step 0 involves returning control to the
XBASIC part of the program.  But on my system it's not convenient to have a
Xmachine language routine call a BASIC routine, so I've rearranged things
Xslightly.
X
X     I'll now describe the machine language routines. Unless otherwise
Xindicated, the parameters T, X, Y, VALUE, and FREE are assumed to
Xsatisfy  0<=T<=TP,  0<=X<XM,  0<=Y<YM,  VALUE = 0, 1, or UNK,  FREE = true
Xor false.
X
X     Many of these routines sometimes detect an error; they report this to
Xthe calling routine by setting the carry bit and storing a value in the
Xvariable ERRCODE to tell which error occurred.  (Calling these 'errors' is
Xmisleading, since they can occur during the normal course of events and
Xsome are even desirable.  But 'exceptional conditions' is too long, so I'll
Xcontinue to call them errors.)
X
XLOOKUP(T,X,Y):  Return the address and value of CELL[T,X,Y]. (This routine
Xgets called more often than any other, so should be fast.  I actually
Ximplemented it as an assembly language macro rather than as a subroutine.
XThe duplicated code made the program a bit larger, but also made it about
X10% faster.  I also have faster versions for the special cases in which the
Xcell being looked up is adjacent to the one previously looked up. This
Xspeeds up the neighborhood calculation in GETNBHD.)
X
XMAP(X,Y):  Return the coordinates of the cell in generation TP
Xcorresponding to the cell (0,X,Y).  Report an 'out of bounds' error if the
Xmapped coordinates are not in the rectangle.
X
XINVMAP(X,Y):  Return the coordinates of the cell in generation 0
Xcorresponding to the cell (TP,X,Y). Report an 'out of bounds' error if the
Xmapped coordinates are not in the rectangle.
X
XNWSET(T,X,Y,VALUE,FREE):  Store a quintuple at NWSTNG and increment NWSTNG.
X
XSETCELL(T,X,Y,VALUE,FREE):  (Should not be called with VALUE = UNK.)  Look
Xup CELL[T,X,Y].  If it equals VALUE, do nothing.  If it equals 1-VALUE,
Xreport an 'inconsistency' error.  If it is unknown, set it to VALUE and
Xcall NWSET to add the quintuple to the setting list.
X
XGETNBHD(T,X,Y):  (Should not be called with T=0.)  Return the neighborhood
Xdescriptor for (T-1,X,Y); i.e. describing the parents of (T,X,Y).  Note: If
X(X,Y) is on the boundary of the rectangle, then GETNBHD assumes that the
Xneighbors which are outside are 0.  There are some situations in which it
Xwould be better to assume they are UNK.
X
XCONSISFY(T,X,Y):  (Should not be called with T=0.  X and Y may be out of
Xbounds, in which case the routine does nothing.)  Make (T,X,Y) fully
Xconsistent with its parents.  Specifically:  Compute the neighborhood
Xdescriptor of (T-1,X,Y), and look it up in TRANSIT and IMPLIC.  If the
Xentry in TRANSIT is 0 or 1 and the value of CELL[T,X,Y] is 1 or 0,
Xrespectively, report an 'inconsistency' error.  Otherwise call SETCELL
X(with FREE=false) for any of (T,X,Y) or its parents which are currently
Xunknown but are forced to be 0 or 1.
X
XCONSIS10(T,X,Y):  Call CONSISFY for (T,X,Y) (provided that T>0) and for
Xeach of its 9 children (provided that T<TP).  Report any 'inconsistency'
Xerror found by CONSISFY.
X
XAPPLYMAP(T,X,Y,VALUE):  (Should not be called with VALUE = UNK.)  If USEMAP
X= false, do nothing.  Otherwise, if T = 0 or TP, call MAP or INVMAP.  If
Xthe mapped cell is out of bounds, do nothing.  Otherwise, call SETCELL for
Xthe mapped cell and VALUE, with FREE=false.  Report any 'inconsistency'
Xerror found by SETCELL.
X
XSYMM(T,X,Y,VALUE):  (Should not be called with VALUE = UNK.) This routine
Xdeals with symmetry, billiard tablicity, and other restrictions desired by
Xthe user.  Separate versions of it exist for different situations.  Each
Xone looks at T, X, Y, and VALUE, decides if any other cells are forced, and
Xcalls SETCELL for them, reporting any 'inconsistency' errors.  (Suppose for
Xexample that we want a pattern to have 90 degree rotational symmetry.  Then
XSYMM could compute the coordinates of the cell obtained by rotating (X,Y)
X90 degrees about the center of symmetry and call SETCELL for it.  It is not
Xnecessary to do the same for the 180 and 270 degree
Xrotations; the higher levels of the program will take care of that.)
X
XEXAMNEXT:  If NXSTNG = NWSTNG, report a 'full consistency achieved' error.
XOtherwise, get the values of T, X, Y, and VALUE pointed to by NXSTNG, and
Xincrement NXSTNG. Call APPLYMAP, SYMM, and CONSIS10, reporting any errors
Xfound by them.  (If one of the routines gives an error, it's not necessary
Xto call the others.)
X
XPROCEED(T,X,Y,VALUE,FREE):  Call SETCELL, reporting an 'inconsistency'
Xerror if it finds one.  Otherwise, call EXAMNEXT repeatedly.  Eventually,
Xit will report either an inconsistency or full consistency.  In the first
Xcase, report it.  In the second case, return without reporting an error.
XThis routine is called whenever we either make a free choice for a cell or
Xhave backed up to a free choice and now want to try the other value there;
Xit finds all the (direct or indirect) conclusions (or a contradiction) from
Xthe choice.  It can also be called from the BASIC program to initialize
Xcertain cells.  (Note: After BASIC has done such initialization, it can set
XNXSTNG and NWSTNG equal to STNG in order to save space; since we don't want
Xto back up over the initialized cells, we don't need to remember them in
Xthe setting list.)
X
XBACKUP:  Undo all settings from NWSTNG back to (and including) the most
Xrecent free choice, changing their values in CELL back to UNK.  If we back
Xup all the way to STNG, report an 'object does not exist' error. Otherwise,
Xmake NWSTNG and NXSTNG point to the free choice and return the values of T,
XX, Y, and VALUE from it.  (This corresponds to repeated application of Step
X2 in the program outline above.)
X
XGO(T,X,Y,VALUE,FREE):  [I ran out of good descriptive subroutine names.]
XCall PROCEED(T,X,Y,VALUE,FREE).  If it returns without an error, then full
Xconsistency has been achieved; return without an error.  Otherwise call
XBACKUP, reporting an 'object does not exist' error if BACKUP finds one.
XOtherwise, call PROCEED(T,X,Y,1-VALUE,false).  Continue calling PROCEED and
XBACKUP alternately until either full consistency is achieved or an 'object
Xdoes not exist' error occurs. (This corresponds to repeated application of
XSteps 1 and 2 above.)
X
XGETUNK:  Select an unknown cell.  If none exist, report a no 'more unknown
Xcells' error.  (This means that an object has been found.)  Otherwise,
Xreturn the values of T, X, and Y.  I won't describe this routine in detail
Xbecause I haven't determined the best way for it to make its choice.  We'd
Xlike to choose cells which are most likely to reveal any previous bad
Xchoices.  Choosing cells which are near recently chosen or forced cells is
Xa good idea, but there's a danger that we'll get stuck in one region and
Xnot notice that something chosen long ago was bad.  Currently, I use a list
Xof all cells set up by the BASIC program and just choose the first unknown
Xone on the list.  But even assuming that we're going to do it that way,
Xit's not clear how the list should be arranged.  Usually I proceed up the
Xcolumns from left to right or down slope -1 diagonals from left to right.
X
XCHOOSE(T,X,Y):  Return a value to be assigned to the currently unknown cell
X(T,X,Y), either 0 or 1.  Again, I don't know the best way to do this.  For
Xa complete search, it doesn't matter; both choices will eventually be
Xtried.  For a partial search, it does.  I usually choose 0 first, hoping
Xthat a small object will be found.  Sometimes I choose 1 to prevent the
Xempty object from being found.  Sometimes I look for an already chosen
Xvalue of CELL[T',X,Y], for T' not equal to T, and give CELL[T,X,Y] the same
Xvalue, hoping that a billiard table will be found.  I can specify which of
Xthese methods will be used initially, and can change it in the middle of a
Xsearch.
X
XMAIN:   This is the top level machine language routine which is called from
Xthe BASIC program.  It searches until it either finds an object of the
Xdesired type, decides that there aren't any more, or is interrupted by the
Xuser.  Specifically, it does this:
X
X     Step 0: Call GETUNK.  If it finds an unknown cell (T,X,Y), go to
X             step 1.  Otherwise, we've already found an object and want
X             to look for another one.  So call BACKUP.  If it gives an
X             'object does not exist' error, report it. Otherwise,
X             change VALUE to 1-VALUE, set FREE = false, and go to
X             step 2.
X
X     Step 1: Call CHOOSE to select a VALUE for the unknown cell, set
X             FREE = true, and go to step 2.
X
X     Step 2: Call GO(T,X,Y,VALUE,FREE).  If it gives an 'object does not
X             exist' error, report it.  Otherwise, check to see if the
X             user has typed a key.  If so, return.  (The user can then
X             display the current contents of CELL to observe the
X             progress of the search, and make some changes if desired.
X             Calling MAIN again will continue the search.) If no key
X             has been typed, go to step 3.
X
X     Step 3: Call GETUNK.  If it finds an unknown cell (T,X,Y), go to
X             step 1.  Otherwise, report that an object has been found.
X
X     In addition to MAIN, the user can also call PROCEED and BACKUP; these
Xare sometimes useful for guiding a search in a promising direction.
X===========================================================================
XEND OF FILE
END_OF_xlife-2.0/doc/search_program
if test 22503 -ne `wc -c <xlife-2.0/doc/search_program`; then
    echo shar: \"xlife-2.0/doc/search_program\" unpacked with wrong size!
fi
# end of overwriting check
fi
if test -f xlife-2.0/patterns/alu.life -a "${1}" != "-c" ; then
  echo shar: Will not over-write existing file \"xlife-2.0/patterns/alu.life\"
else
echo shar: Extracting \"xlife-2.0/patterns/alu.life\" \(16641 characters\)
sed "s/^X//" >xlife-2.0/patterns/alu.life <<'END_OF_xlife-2.0/patterns/alu.life'
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END_OF_xlife-2.0/patterns/alu.life
if test 16641 -ne `wc -c <xlife-2.0/patterns/alu.life`; then
    echo shar: \"xlife-2.0/patterns/alu.life\" unpacked with wrong size!
fi
# end of overwriting check
fi
if test -f xlife-2.0/patterns/blockpusher.life -a "${1}" != "-c" ; then
  echo shar: Will not over-write existing file \"xlife-2.0/patterns/blockpusher.life\"
else
echo shar: Extracting \"xlife-2.0/patterns/blockpusher.life\" \(23036 characters\)
sed "s/^X//" >xlife-2.0/patterns/blockpusher.life <<'END_OF_xlife-2.0/patterns/blockpusher.life'
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END_OF_xlife-2.0/patterns/blockpusher.life
if test 23036 -ne `wc -c <xlife-2.0/patterns/blockpusher.life`; then
    echo shar: \"xlife-2.0/patterns/blockpusher.life\" unpacked with wrong size!
fi
# end of overwriting check
fi
echo shar: End of archive 2 \(of 8\).
cp /dev/null ark2isdone
MISSING=""
for I in 1 2 3 4 5 6 7 8 ; do
    if test ! -f ark${I}isdone ; then
    MISSING="${MISSING} ${I}"
    fi
done
if test "${MISSING}" = "" ; then
    echo You have unpacked all 8 archives.
    rm -f ark[1-9]isdone
else
    echo You still need to unpack the following archives:
    echo "        " ${MISSING}
fi
##  End of shell archive.
exit 0

dan
----------------------------------------------------
O'Reilly && Associates   [e-mail] / [e-mail]
Opinions expressed reflect those of the author only.