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f0929c229b
bsdgames/adventure/subr.c
Tobias Quathamer 083718b9b3 Imported Upstream version 2.17
2012-02-25 18:04:33 +01:00

1056 lines
21 KiB
C
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/* $NetBSD: subr.c,v 1.10 2003/08/07 09:36:51 agc Exp $ */
/*-
* Copyright (c) 1991, 1993
* The Regents of the University of California. All rights reserved.
*
* The game adventure was originally written in Fortran by Will Crowther
* and Don Woods. It was later translated to C and enhanced by Jim
* Gillogly. This code is derived from software contributed to Berkeley
* by Jim Gillogly at The Rand Corporation.
*
* Redistribution and use in source and binary forms, with or without
* modification, are permitted provided that the following conditions
* are met:
* 1. Redistributions of source code must retain the above copyright
* notice, this list of conditions and the following disclaimer.
* 2. Redistributions in binary form must reproduce the above copyright
* notice, this list of conditions and the following disclaimer in the
* documentation and/or other materials provided with the distribution.
* 3. Neither the name of the University nor the names of its contributors
* may be used to endorse or promote products derived from this software
* without specific prior written permission.
*
* THIS SOFTWARE IS PROVIDED BY THE REGENTS AND CONTRIBUTORS ``AS IS'' AND
* ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
* IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
* ARE DISCLAIMED. IN NO EVENT SHALL THE REGENTS OR CONTRIBUTORS BE LIABLE
* FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
* DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS
* OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION)
* HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
* LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY
* OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF
* SUCH DAMAGE.
*/
#include <sys/cdefs.h>
#ifndef lint
#if 0
static char sccsid[] = "@(#)subr.c 8.1 (Berkeley) 5/31/93";
#else
__RCSID("$NetBSD: subr.c,v 1.10 2003/08/07 09:36:51 agc Exp $");
#endif
#endif /* not lint */
/* Re-coding of advent in C: subroutines from main */
#include <stdio.h>
#include <stdlib.h>
#include "hdr.h"
#include "extern.h"
/* Statement functions */
int
toting(objj)
int objj;
{
if (place[objj] == -1)
return (TRUE);
else
return (FALSE);
}
int
here(objj)
int objj;
{
if (place[objj] == loc || toting(objj))
return (TRUE);
else
return (FALSE);
}
int
at(objj)
int objj;
{
if (place[objj] == loc || fixed[objj] == loc)
return (TRUE);
else
return (FALSE);
}
int
liq2(pbotl)
int pbotl;
{
return ((1 - pbotl) * water + (pbotl / 2) * (water + oil));
}
int
liq()
{
int i;
i = prop[bottle];
if (i > -1 - i)
return (liq2(i));
else
return (liq2(-1 - i));
}
int
liqloc(locc) /* may want to clean this one up a bit */
int locc;
{
int i, j, l;
i = cond[locc] / 2;
j = ((i * 2) % 8) - 5;
l = cond[locc] / 4;
l = l % 2;
return (liq2(j * l + 1));
}
int
bitset(l, n)
int l, n;
{
if (cond[l] & setbit[n])
return (TRUE);
return (FALSE);
}
int
forced(locc)
int locc;
{
if (cond[locc] == 2)
return (TRUE);
return (FALSE);
}
int
dark()
{
if ((cond[loc] % 2) == 0 && (prop[lamp] == 0 || !here(lamp)))
return (TRUE);
return (FALSE);
}
int
pct(n)
int n;
{
if (ran(100) < n)
return (TRUE);
return (FALSE);
}
int
fdwarf()
{ /* 71 */
int i, j;
struct travlist *kk;
if (newloc != loc && !forced(loc) && !bitset(loc, 3)) {
for (i = 1; i <= 5; i++) {
if (odloc[i] != newloc || !dseen[i])
continue;
newloc = loc;
rspeak(2);
break;
}
}
loc = newloc; /* 74 */
if (loc == 0 || forced(loc) || bitset(newloc, 3))
return (2000);
if (dflag == 0) {
if (loc >= 15)
dflag = 1;
return (2000);
}
if (dflag == 1) { /* 6000 */
if (loc < 15 || pct(95))
return (2000);
dflag = 2;
for (i = 1; i <= 2; i++) {
j = 1 + ran(5);
if (pct(50) && saved == -1)
dloc[j] = 0; /* 6001 */
}
for (i = 1; i <= 5; i++) {
if (dloc[i] == loc)
dloc[i] = daltlc;
odloc[i] = dloc[i]; /* 6002 */
}
rspeak(3);
drop(axe, loc);
return (2000);
}
dtotal = attack = stick = 0; /* 6010 */
for (i = 1; i <= 6; i++) { /* loop to 6030 */
if (dloc[i] == 0)
continue;
j = 1;
for (kk = travel[dloc[i]]; kk != 0; kk = kk->next) {
newloc = kk->tloc;
if (newloc > 300 || newloc < 15 || newloc == odloc[i]
|| (j > 1 && newloc == tk[j - 1]) || j >= 20
|| newloc == dloc[i] || forced(newloc)
|| (i == 6 && bitset(newloc, 3))
|| kk->conditions == 100)
continue;
tk[j++] = newloc;
}
tk[j] = odloc[i]; /* 6016 */
if (j >= 2)
j--;
j = 1 + ran(j);
odloc[i] = dloc[i];
dloc[i] = tk[j];
dseen[i] = (dseen[i] && loc >= 15) || (dloc[i] == loc || odloc[i] == loc);
if (!dseen[i])
continue; /* i.e. goto 6030 */
dloc[i] = loc;
if (i == 6) { /* pirate's spotted him */
if (loc == chloc || prop[chest] >= 0)
continue;
k = 0;
for (j = 50; j <= maxtrs; j++) { /* loop to 6020 */
if (j == pyram && (loc == plac[pyram]
|| loc == plac[emrald]))
goto l6020;
if (toting(j))
goto l6022;
l6020: if (here(j))
k = 1;
} /* 6020 */
if (tally == tally2 + 1 && k == 0 && place[chest] == 0
&& here(lamp) && prop[lamp] == 1)
goto l6025;
if (odloc[6] != dloc[6] && pct(20))
rspeak(127);
continue; /* to 6030 */
l6022: rspeak(128);
if (place[messag] == 0)
move(chest, chloc);
move(messag, chloc2);
for (j = 50; j <= maxtrs; j++) { /* loop to 6023 */
if (j == pyram && (loc == plac[pyram]
|| loc == plac[emrald]))
continue;
if (at(j) && fixed[j] == 0)
carry(j, loc);
if (toting(j))
drop(j, chloc);
}
l6024: dloc[6] = odloc[6] = chloc;
dseen[6] = FALSE;
continue;
l6025: rspeak(186);
move(chest, chloc);
move(messag, chloc2);
goto l6024;
}
dtotal++; /* 6027 */
if (odloc[i] != dloc[i])
continue;
attack++;
if (knfloc >= 0)
knfloc = loc;
if (ran(1000) < 95 * (dflag - 2))
stick++;
} /* 6030 */
if (dtotal == 0)
return (2000);
if (dtotal != 1) {
printf("There are %d threatening little dwarves ", dtotal);
printf("in the room with you.\n");
} else
rspeak(4);
if (attack == 0)
return (2000);
if (dflag == 2)
dflag = 3;
if (saved != -1)
dflag = 20;
if (attack != 1) {
printf("%d of them throw knives at you!\n", attack);
k = 6;
l82: if (stick <= 1) { /* 82 */
rspeak(k + stick);
if (stick == 0)
return (2000);
} else
printf("%d of them get you!\n", stick); /* 83 */
oldlc2 = loc;
return (99);
}
rspeak(5);
k = 52;
goto l82;
}
int
march()
{ /* label 8 */
int ll1, ll2;
if ((tkk = travel[newloc = loc]) == 0)
bug(26);
if (k == null)
return (2);
if (k == cave) { /* 40 */
if (loc < 8)
rspeak(57);
if (loc >= 8)
rspeak(58);
return (2);
}
if (k == look) { /* 30 */
if (detail++ < 3)
rspeak(15);
wzdark = FALSE;
abb[loc] = 0;
return (2);
}
if (k == back) { /* 20 */
switch (mback()) {
case 2:
return (2);
case 9:
goto l9;
default:
bug(100);
}
}
oldlc2 = oldloc;
oldloc = loc;
l9:
for (; tkk != 0; tkk = tkk->next)
if (tkk->tverb == 1 || tkk->tverb == k)
break;
if (tkk == 0) {
badmove();
return (2);
}
l11: ll1 = tkk->conditions; /* 11 */
ll2 = tkk->tloc;
newloc = ll1; /* newloc=conditions */
k = newloc % 100; /* k used for prob */
if (newloc <= 300) {
if (newloc <= 100) { /* 13 */
if (newloc != 0 && !pct(newloc))
goto l12; /* 14 */
l16: newloc = ll2; /* newloc=location */
if (newloc <= 300)
return (2);
if (newloc <= 500)
switch (specials()) { /* to 30000 */
case 2:
return (2);
case 12:
goto l12;
case 99:
return (99);
default:
bug(101);
}
rspeak(newloc - 500);
newloc = loc;
return (2);
}
if (toting(k) || (newloc > 200 && at(k)))
goto l16;
goto l12;
}
if (prop[k] != (newloc / 100) - 3)
goto l16; /* newloc still conditions */
l12: /* alternative to probability move */
for (; tkk != 0; tkk = tkk->next)
if (tkk->tloc != ll2 || tkk->conditions != ll1)
break;
if (tkk == 0)
bug(25);
goto l11;
}
int
mback()
{ /* 20 */
struct travlist *tk2, *j;
int ll;
if (forced(k = oldloc))
k = oldlc2; /* k=location */
oldlc2 = oldloc;
oldloc = loc;
tk2 = 0;
if (k == loc) {
rspeak(91);
return (2);
}
for (; tkk != 0; tkk = tkk->next) { /* 21 */
ll = tkk->tloc;
if (ll == k) {
k = tkk->tverb; /* k back to verb */
tkk = travel[loc];
return (9);
}
if (ll <= 300) {
j = travel[loc];
if (forced(ll) && k == j->tloc)
tk2 = tkk;
}
}
tkk = tk2; /* 23 */
if (tkk != 0) {
k = tkk->tverb;
tkk = travel[loc];
return (9);
}
rspeak(140);
return (2);
}
int
specials()
{ /* 30000 */
switch (newloc -= 300) {
case 1: /* 30100 */
newloc = 99 + 100 - loc;
if (holdng == 0 || (holdng == 1 && toting(emrald)))
return (2);
newloc = loc;
rspeak(117);
return (2);
case 2: /* 30200 */
drop(emrald, loc);
return (12);
case 3: /* to 30300 */
return (trbridge());
default:
bug(29);
}
}
int
trbridge()
{ /* 30300 */
if (prop[troll] == 1) {
pspeak(troll, 1);
prop[troll] = 0;
move(troll2, 0);
move(troll2 + 100, 0);
move(troll, plac[troll]);
move(troll + 100, fixd[troll]);
juggle(chasm);
newloc = loc;
return (2);
}
newloc = plac[troll] + fixd[troll] - loc; /* 30310 */
if (prop[troll] == 0)
prop[troll] = 1;
if (!toting(bear))
return (2);
rspeak(162);
prop[chasm] = 1;
prop[troll] = 2;
drop(bear, newloc);
fixed[bear] = -1;
prop[bear] = 3;
if (prop[spices] < 0)
tally2++;
oldlc2 = newloc;
return (99);
}
void
badmove()
{ /* 20 */
spk = 12;
if (k >= 43 && k <= 50)
spk = 9;
if (k == 29 || k == 30)
spk = 9;
if (k == 7 || k == 36 || k == 37)
spk = 10;
if (k == 11 || k == 19)
spk = 11;
if (verb == find || verb == invent)
spk = 59;
if (k == 62 || k == 65)
spk = 42;
if (k == 17)
spk = 80;
rspeak(spk);
}
void
bug(n)
int n;
{
printf("Please tell jim@rand.org that fatal bug %d happened.\n", n);
exit(1);
}
void
checkhints()
{ /* 2600 &c */
int hint;
for (hint = 4; hint <= hntmax; hint++) {
if (hinted[hint])
continue;
if (!bitset(loc, hint))
hintlc[hint] = -1;
hintlc[hint]++;
if (hintlc[hint] < hints[hint][1])
continue;
switch (hint) {
case 4: /* 40400 */
if (prop[grate] == 0 && !here(keys))
goto l40010;
goto l40020;
case 5: /* 40500 */
if (here(bird) && toting(rod) && obj == bird)
goto l40010;
continue; /* i.e. goto l40030 */
case 6: /* 40600 */
if (here(snake) && !here(bird))
goto l40010;
goto l40020;
case 7: /* 40700 */
if (atloc[loc] == 0 && atloc[oldloc] == 0
&& atloc[oldlc2] == 0 && holdng > 1)
goto l40010;
goto l40020;
case 8: /* 40800 */
if (prop[emrald] != -1 && prop[pyram] == -1)
goto l40010;
goto l40020;
case 9:
goto l40010; /* 40900 */
default:
bug(27);
}
l40010: hintlc[hint] = 0;
if (!yes(hints[hint][3], 0, 54))
continue;
printf("I am prepared to give you a hint, but it will ");
printf("cost you %d points.\n", hints[hint][2]);
hinted[hint] = yes(175, hints[hint][4], 54);
l40020: hintlc[hint] = 0;
}
}
int
trsay()
{ /* 9030 */
int i;
if (*wd2 != 0)
copystr(wd2, wd1);
i = vocab(wd1, -1, 0);
if (i == 62 || i == 65 || i == 71 || i == 2025) {
*wd2 = 0;
obj = 0;
return (2630);
}
printf("\nOkay, \"%s\".\n", wd2);
return (2012);
}
int
trtake()
{ /* 9010 */
if (toting(obj))
return (2011); /* 9010 */
spk = 25;
if (obj == plant && prop[plant] <= 0)
spk = 115;
if (obj == bear && prop[bear] == 1)
spk = 169;
if (obj == chain && prop[bear] != 0)
spk = 170;
if (fixed[obj] != 0)
return (2011);
if (obj == water || obj == oil) {
if (here(bottle) && liq() == obj) {
obj = bottle;
goto l9017;
}
obj = bottle;
if (toting(bottle) && prop[bottle] == 1)
return (9220);
if (prop[bottle] != 1)
spk = 105;
if (!toting(bottle))
spk = 104;
return (2011);
}
l9017: if (holdng >= 7) {
rspeak(92);
return (2012);
}
if (obj == bird) {
if (prop[bird] != 0)
goto l9014;
if (toting(rod)) {
rspeak(26);
return (2012);
}
if (!toting(cage)) { /* 9013 */
rspeak(27);
return (2012);
}
prop[bird] = 1; /* 9015 */
}
l9014: if ((obj == bird || obj == cage) && prop[bird] != 0)
carry(bird + cage - obj, loc);
carry(obj, loc);
k = liq();
if (obj == bottle && k != 0)
place[k] = -1;
return (2009);
}
int
dropper()
{ /* 9021 */
k = liq();
if (k == obj)
obj = bottle;
if (obj == bottle && k != 0)
place[k] = 0;
if (obj == cage && prop[bird] != 0)
drop(bird, loc);
if (obj == bird)
prop[bird] = 0;
drop(obj, loc);
return (2012);
}
int
trdrop()
{ /* 9020 */
if (toting(rod2) && obj == rod && !toting(rod))
obj = rod2;
if (!toting(obj))
return (2011);
if (obj == bird && here(snake)) {
rspeak(30);
if (closed)
return (19000);
dstroy(snake);
prop[snake] = 1;
return (dropper());
}
if (obj == coins && here(vend)) { /* 9024 */
dstroy(coins);
drop(batter, loc);
pspeak(batter, 0);
return (2012);
}
if (obj == bird && at(dragon) && prop[dragon] == 0) { /* 9025 */
rspeak(154);
dstroy(bird);
prop[bird] = 0;
if (place[snake] == plac[snake])
tally2--;
return (2012);
}
if (obj == bear && at(troll)) { /* 9026 */
rspeak(163);
move(troll, 0);
move(troll + 100, 0);
move(troll2, plac[troll]);
move(troll2 + 100, fixd[troll]);
juggle(chasm);
prop[troll] = 2;
return (dropper());
}
if (obj != vase || loc == plac[pillow]) { /* 9027 */
rspeak(54);
return (dropper());
}
prop[vase] = 2; /* 9028 */
if (at(pillow))
prop[vase] = 0;
pspeak(vase, prop[vase] + 1);
if (prop[vase] != 0)
fixed[vase] = -1;
return (dropper());
}
int
tropen()
{ /* 9040 */
if (obj == clam || obj == oyster) {
k = 0; /* 9046 */
if (obj == oyster)
k = 1;
spk = 124 + k;
if (toting(obj))
spk = 120 + k;
if (!toting(tridnt))
spk = 122 + k;
if (verb == lock)
spk = 61;
if (spk != 124)
return (2011);
dstroy(clam);
drop(oyster, loc);
drop(pearl, 105);
return (2011);
}
if (obj == door)
spk = 111;
if (obj == door && prop[door] == 1)
spk = 54;
if (obj == cage)
spk = 32;
if (obj == keys)
spk = 55;
if (obj == grate || obj == chain)
spk = 31;
if (spk != 31 || !here(keys))
return (2011);
if (obj == chain) {
if (verb == lock) {
spk = 172; /* 9049: lock */
if (prop[chain] != 0)
spk = 34;
if (loc != plac[chain])
spk = 173;
if (spk != 172)
return (2011);
prop[chain] = 2;
if (toting(chain))
drop(chain, loc);
fixed[chain] = -1;
return (2011);
}
spk = 171;
if (prop[bear] == 0)
spk = 41;
if (prop[chain] == 0)
spk = 37;
if (spk != 171)
return (2011);
prop[chain] = 0;
fixed[chain] = 0;
if (prop[bear] != 3)
prop[bear] = 2;
fixed[bear] = 2 - prop[bear];
return (2011);
}
if (closng) {
k = 130;
if (!panic)
clock2 = 15;
panic = TRUE;
return (2010);
}
k = 34 + prop[grate]; /* 9043 */
prop[grate] = 1;
if (verb == lock)
prop[grate] = 0;
k = k + 2 * prop[grate];
return (2010);
}
int
trkill()
{ /* 9120 */
int i;
for (i = 1; i <= 5; i++)
if (dloc[i] == loc && dflag >= 2)
break;
if (i == 6)
i = 0;
if (obj == 0) { /* 9122 */
if (i != 0)
obj = dwarf;
if (here(snake))
obj = obj * 100 + snake;
if (at(dragon) && prop[dragon] == 0)
obj = obj * 100 + dragon;
if (at(troll))
obj = obj * 100 + troll;
if (here(bear) && prop[bear] == 0)
obj = obj * 100 + bear;
if (obj > 100)
return (8000);
if (obj == 0) {
if (here(bird) && verb != throw)
obj = bird;
if (here(clam) || here(oyster))
obj = 100 * obj + clam;
if (obj > 100)
return (8000);
}
}
if (obj == bird) { /* 9124 */
spk = 137;
if (closed)
return (2011);
dstroy(bird);
prop[bird] = 0;
if (place[snake] == plac[snake])
tally2++;
spk = 45;
}
if (obj == 0)
spk = 44; /* 9125 */
if (obj == clam || obj == oyster)
spk = 150;
if (obj == snake)
spk = 46;
if (obj == dwarf)
spk = 49;
if (obj == dwarf && closed)
return (19000);
if (obj == dragon)
spk = 147;
if (obj == troll)
spk = 157;
if (obj == bear)
spk = 165 + (prop[bear] + 1) / 2;
if (obj != dragon || prop[dragon] != 0)
return (2011);
rspeak(49);
verb = 0;
obj = 0;
getin(&wd1, &wd2);
if (!weq(wd1, "y") && !weq(wd1, "yes"))
return (2608);
pspeak(dragon, 1);
prop[dragon] = 2;
prop[rug] = 0;
k = (plac[dragon] + fixd[dragon]) / 2;
move(dragon + 100, -1);
move(rug + 100, 0);
move(dragon, k);
move(rug, k);
for (obj = 1; obj <= 100; obj++)
if (place[obj] == plac[dragon] || place[obj] == fixd[dragon])
move(obj, k);
loc = k;
k = null;
return (8);
}
int
trtoss()
{ /* 9170: throw */
int i;
if (toting(rod2) && obj == rod && !toting(rod))
obj = rod2;
if (!toting(obj))
return (2011);
if (obj >= 50 && obj <= maxtrs && at(troll)) {
spk = 159; /* 9178 */
drop(obj, 0);
move(troll, 0);
move(troll + 100, 0);
drop(troll2, plac[troll]);
drop(troll2 + 100, fixd[troll]);
juggle(chasm);
return (2011);
}
if (obj == food && here(bear)) {
obj = bear; /* 9177 */
return (9210);
}
if (obj != axe)
return (9020);
for (i = 1; i <= 5; i++) {
if (dloc[i] == loc) {
spk = 48; /* 9172 */
if (ran(3) == 0 || saved != -1)
l9175: {
rspeak(spk);
drop(axe, loc);
k = null;
return (8);
}
dseen[i] = FALSE;
dloc[i] = 0;
spk = 47;
dkill++;
if (dkill == 1)
spk = 149;
goto l9175;
}
}
spk = 152;
if (at(dragon) && prop[dragon] == 0)
goto l9175;
spk = 158;
if (at(troll))
goto l9175;
if (here(bear) && prop[bear] == 0) {
spk = 164;
drop(axe, loc);
fixed[axe] = -1;
prop[axe] = 1;
juggle(bear);
return (2011);
}
obj = 0;
return (9120);
}
int
trfeed()
{ /* 9210 */
if (obj == bird) {
spk = 100;
return (2011);
}
if (obj == snake || obj == dragon || obj == troll) {
spk = 102;
if (obj == dragon && prop[dragon] != 0)
spk = 110;
if (obj == troll)
spk = 182;
if (obj != snake || closed || !here(bird))
return (2011);
spk = 101;
dstroy(bird);
prop[bird] = 0;
tally2++;
return (2011);
}
if (obj == dwarf) {
if (!here(food))
return (2011);
spk = 103;
dflag++;
return (2011);
}
if (obj == bear) {
if (prop[bear] == 0)
spk = 102;
if (prop[bear] == 3)
spk = 110;
if (!here(food))
return (2011);
dstroy(food);
prop[bear] = 1;
fixed[axe] = 0;
prop[axe] = 0;
spk = 168;
return (2011);
}
spk = 14;
return (2011);
}
int
trfill()
{ /* 9220 */
if (obj == vase) {
spk = 29;
if (liqloc(loc) == 0)
spk = 144;
if (liqloc(loc) == 0 || !toting(vase))
return (2011);
rspeak(145);
prop[vase] = 2;
fixed[vase] = -1;
return (9020); /* advent/10 goes to 9024 */
}
if (obj != 0 && obj != bottle)
return (2011);
if (obj == 0 && !here(bottle))
return (8000);
spk = 107;
if (liqloc(loc) == 0)
spk = 106;
if (liq() != 0)
spk = 105;
if (spk != 107)
return (2011);
prop[bottle] = ((cond[loc] % 4) / 2) * 2;
k = liq();
if (toting(bottle))
place[k] = -1;
if (k == oil)
spk = 108;
return (2011);
}
void
closing()
{ /* 10000 */
int i;
prop[grate] = prop[fissur] = 0;
for (i = 1; i <= 6; i++) {
dseen[i] = FALSE;
dloc[i] = 0;
}
move(troll, 0);
move(troll + 100, 0);
move(troll2, plac[troll]);
move(troll2 + 100, fixd[troll]);
juggle(chasm);
if (prop[bear] != 3)
dstroy(bear);
prop[chain] = 0;
fixed[chain] = 0;
prop[axe] = 0;
fixed[axe] = 0;
rspeak(129);
clock1 = -1;
closng = TRUE;
}
void
caveclose()
{ /* 11000 */
int i;
prop[bottle] = put(bottle, 115, 1);
prop[plant] = put(plant, 115, 0);
prop[oyster] = put(oyster, 115, 0);
prop[lamp] = put(lamp, 115, 0);
prop[rod] = put(rod, 115, 0);
prop[dwarf] = put(dwarf, 115, 0);
loc = 115;
oldloc = 115;
newloc = 115;
put(grate, 116, 0);
prop[snake] = put(snake, 116, 1);
prop[bird] = put(bird, 116, 1);
prop[cage] = put(cage, 116, 0);
prop[rod2] = put(rod2, 116, 0);
prop[pillow] = put(pillow, 116, 0);
prop[mirror] = put(mirror, 115, 0);
fixed[mirror] = 116;
for (i = 1; i <= 100; i++)
if (toting(i))
dstroy(i);
rspeak(132);
closed = TRUE;
}
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