import java.io.*;
import java.lang.*;
class areaone {
BufferedReader in=new BufferedReader(new InputStreamReader(System.in));
int room; String input; int score;
String o; String i; String t;
int xaxis=5; int yaxis=5; int zaxis=2;
int[][] state=new int[50][4];
int[][] object=new int[50][4];
int[][] path=new int[50][4];
int[] pitem=new int[16];
String[] items=new String[50];
String[] choice=new String[16];
String wrongway="You cannot move in that direction here.\n";
public areaone() {
room=0; score=0;
choice[0]="Move North "; choice[1]="Move East ";
choice[2]="Move West "; choice[3]="Move South ";
choice[4]="Pull "; choice[5]="Push ";
choice[6]="Operate "; choice[7]="Inspect ";
choice[8]="Take "; choice[9]="Use item ";
choice[10]="Look Around"; choice[11]="Check Items";
choice[12]="View Map ";
items[0]=""; items[1]="rusted key";
items[2]="locked door"; items[3]="wall lever";
items[4]="dead soldier"; items[5]="dead child";
items[6]="dead scientist"; items[7]="cardboard box";
items[8]="combination lock"; items[9]="fuse";
items[10]="fuse box"; items[11]="chemical A1";
items[12]="chemical B2"; items[13]="chemical C3";
items[14]="chemical D4"; items[15]="flashing button";
items[16]="red gauge"; items[17]="green gauge";
items[18]="blue gauge"; items[19]="startup circuit";
items[20]="red button"; items[21]="green button";
items[22]="blue button"; items[23]="luminous rock";
items[24]="elevator"; items[25]="dim rock";
items[26]="crumbled note"; items[27]="card key";
items[28]="turret"; items[29]="explosives";
items[30]="rusty pick"; items[31]="dull pick";
items[32]="unrefined coal"; items[33]="refined coal";
items[34]="exposed wires"; items[35]="security door";
items[36]="sharp pick"; items[37]="coal refiner";
items[38]="coal furnace"; items[39]="mining lift";
items[40]="radar jammer"; items[41]="command console";
items[42]="sunbeam cover"; items[43]="sunbeam path";
items[44]="giant door";
object[2][0]=2; object[2][1]=3;
object[3][0]=23;
object[4][0]=15; object[4][1]=16; object[4][2]=17; object[4][3]=18;
object[6][0]=4; object[6][1]=5; object[6][2]=6;
object[7][0]=7; object[7][1]=8;
object[8][0]=10; object[8][1]=24;
object[9][0]=11; object[9][1]=12; object[9][2]=13;
object[10][0]=41; object[10][1]=26;
object[12][0]=29;
object[13][0]=19; object[13][1]=20; object[13][2]=21; object[13][3]=22;
object[14][0]=42; object[14][1]=40;
object[16][0]=35;
object[17][0]=35;
object[19][0]=35;
object[20][0]=29;
object[23][0]=39;
object[27][0]=28;
object[31][0]=37;
object[30][0]=38;
object[36][0]=28;
object[40][0]=32;
object[41][0]=44;
object[43][0]=34;
object[48][0]=39;
object[49][0]=30;
path[0][1]=1;
path[1][1]=1; path[1][2]=1;
path[2][2]=1;
path[3][3]=1;
path[4][3]=1;
path[7][1]=1;
path[8][0]=1; path[8][1]=1; path[8][2]=1;
path[9][0]=1; path[9][2]=1;
path[10][1]=1;
path[11][2]=1; path[11][3]=1;
path[15][3]=1;
path[16][0]=1; path[16][3]=1;
path[17][1]=1;
path[18][1]=1; path[18][2]=1;
path[19][2]=1; path[19][3]=1;
path[20][0]=1;
path[21][0]=1; path[21][1]=1;
path[22][1]=1; path[22][2]=1;
path[23][1]=1; path[23][2]=1;
path[24][0]=1; path[24][2]=1;
path[26][3]=1;
path[28][1]=1;
path[29][2]=1; path[29][3]=1;
path[30][3]=1;
path[31][0]=1;
path[32][3]=1;
path[33][1]=1;
path[34][0]=1; path[34][2]=1; path[34][3]=1;
path[35][0]=1; path[35][3]=1;
path[37][0]=1;
path[38][1]=1; path[38][3]=1;
path[39][0]=1; path[39][2]=1; path[39][3]=1;
path[40][0]=1;
path[42][1]=1; path[42][3]=1;
path[43][0]=1; path[43][2]=1;
path[44][0]=1; path[44][3]=1;
path[47][0]=1; path[47][1]=1;
path[48][2]=1;
path[49][0]=1;
}
public void roomname() {
System.out.print("Current Location: ");
switch(room) {
case 0: System.out.println("[ Cave Entrance ]"); break;
case 1: System.out.println("[ Creepy Corridor ]"); break;
case 2: System.out.println("[ Scrap Dump ]"); break;
case 3: System.out.println("[ Illuminated Tunnel ]"); break;
case 4: System.out.println("[ Engine Chamber ]"); break;
case 6: System.out.println("[ Dungeon Cell ]"); break;
case 7: System.out.println("[ Guard Station A ]"); break;
case 8: System.out.println("[ Central Hub - B1 ]"); break;
case 9: System.out.println("[ Chemical Storage ]"); break;
case 10: System.out.println("[ Lab Control Center ]"); break;
case 11: System.out.println("[ Laboratory ]"); break;
case 12: System.out.println("[ Mining Workshop ]"); break;
case 13: System.out.println("[ Adjustment Room ]"); break;
case 14: System.out.println("[ Sunny Balcony ]"); break;
case 15: System.out.println("[ Weapon Cache - Guns ]"); break;
case 16: System.out.println("[ Hall Leading to Lab ]"); break;
case 17: System.out.println("[ Outside the Workshop ]"); break;
case 18: System.out.println("[ Workshop Path ]"); break;
case 19: System.out.println("[ Guard Station B ]"); break;
case 20: System.out.println("[ Weapon Cache - Bombs ]"); break;
case 21: System.out.println("[ Specimen Archives ]"); break;
case 22: System.out.println("[ Narrow Passage ]"); break;
case 23: System.out.println("[ Mining Lift - B1 ]"); break;
case 24: System.out.println("[ Monitored Hall ]"); break;
case 26: System.out.println("[ Waste Disposal Room ]"); break;
case 27: System.out.println("[ Stalagmite Junction ]"); break;
case 28: System.out.println("[ Bridge Over A Pit ]"); break;
case 29: System.out.println("[ Torch-Lit Passage ]"); break;
case 30: System.out.println("[ Production Room ]"); break;
case 31: System.out.println("[ Refinery ]"); break;
case 32: System.out.println("[ Straightforward Hall ]"); break;
case 33: System.out.println("[ Central Hub - B2 ]"); break;
case 34: System.out.println("[ Chilly Hallway ]"); break;
case 35: System.out.println("[ Fork in the Road ]"); break;
case 36: System.out.println("[ Stalactite Junction ]"); break;
case 37: System.out.println("[ Guard Station C ]"); break;
case 38: System.out.println("[ Just Another Hall ]"); break;
case 39: System.out.println("[ Chillier Hallway ]"); break;
case 40: System.out.println("[ Coal Mines ]"); break;
case 41: System.out.println("[ Silent Passageway ]"); break;
case 42: System.out.println("[ Guard Station D ]"); break;
case 43: System.out.println("[ Room Full of Wires ]"); break;
case 44: System.out.println("[ Chilliest Hallway ]"); break;
case 46: System.out.println("[ The Inner Sanctum ]"); break;
case 47: System.out.println("[ Resting Quarters ]"); break;
case 48: System.out.println("[ Mining Lift - B2 ]"); break;
case 49: System.out.println("[ Dusty Dead End ]"); break;
default: break;
}
System.out.println();
}
public String trimspace(String opt) {
opt = opt.trim();
opt = opt.toLowerCase();
return opt;
}
public String choose() throws IOException {
for(int i=0;i<13;i++) {
System.out.print("\t*"+choice+"*");
if(i%2==0) System.out.print("\t");
else System.out.println();
}
System.out.print("\nWhat will you do?\t");
input = in.readLine();
for(int j=0;j<13;j++) {
t = trimspace(choice[j]);
if(input.compareToIgnoreCase(t)==0) {
return input.toLowerCase();
}
}
System.out.println("--Invalid choice.");
return "void";
}
public int move(String d) throws IOException {
int a=-1;
for(int i=0;i<4;i++) {
t = trimspace(choice);
if(d.compareTo(t)==0 && path[room]==1)
{ a=i; break; }
if(d.compareTo(t)==0 && path[room]==0)
{ System.out.println(wrongway); return 0; }
}
switch(a) {
case 0: { score-=5; return -xaxis; }
case 1: { score-=5; return 1; }
case 2: { score-=5; return -1; }
case 3: { score-=5; return xaxis; }
default: System.out.println("--Invalid direction.");
}
return 0;
}
public void process(String p) throws IOException {
if(p.compareTo("pull")==0) pull();
if(p.compareTo("push")==0) push();
if(p.compareTo("operate")==0) operate();
if(p.compareTo("inspect")==0) inspect();
if(p.compareTo("take")==0) take();
if(p.compareTo("use item")==0) useitem();
}
public void pull() throws IOException {
System.out.print("What would you like to pull?\t");
String s=in.readLine();
s=s.toLowerCase();
if(s.compareTo(items[3])==0 && room==2 && state[2][1]==0) {
System.out.println("(!)\tThe lever is now in the up position.");
state[2][1]=1; path[1][3]=1; path[6][0]=1; return;
}
if(s.compareTo(items[3])==0 && room==2 && state[2][1]==1) {
System.out.println("(!)\tThe lever is now in the down position.");
state[2][1]=0; path[1][3]=0; path[6][0]=0; return;
}
if(s.compareTo("exposed wires")==0 && room==43 && state[43][0]==0) {
if(pitem[4]==29 && pitem[5]==29 && pitem[6]==23) {
System.out.println("(!)\tPower deactivated. All B2 activity suspended.");
path[27][1]=1; path[27][2]=1; path[27][3]=1; score+=75;
path[28][2]=1; path[26][1]=1; path[32][0]=1;
path[36][1]=1; path[36][2]=1; path[36][3]=1;
path[37][2]=1; path[35][1]=1; path[41][0]=1;
state[8][1]=0; state[33][0]=0; state[43][0]=1;
}
else System.out.println("(!)\tYou're missing a few things...");
return;
}
}
public void push() throws IOException {
System.out.print("What would you like to push?\t");
String s=in.readLine();
s=s.toLowerCase();
int i;
if(s.compareTo("flashing button")==0 && room==4 &&
object[4][0]==15 && state[8][0]==1) {
System.out.println("(!)\tThe monitor now reads: 'Adjustment Room open'.");
object[4][0]=0; path[8][3]=1; path[13][0]=1;
score+=25; return;
}
if(s.compareTo("exposed wires")==0 && room==43 && state[43][0]==1) {
if(object[27][0]==0 && object[36][0]==0) {
System.out.println("(!)\tPower reactivated. All B2 activity resumed.");
state[8][1]=1; state[33][0]=1; state[43][0]=2; score+=75;
}
else System.out.println("(!)\tYou've still got work to do...");
return;
}
if(s.compareTo("red button")==0 && room==13) {
System.out.print("(?)\tHow far in will you push the button (0-4)?\t");
i=Integer.parseInt(in.readLine());
if(i<5 && i>-1) state[13][0]=i;
else System.out.println("(!)--Out of range.");
return;
}
if(s.compareTo("green button")==0 && room==13) {
System.out.print("(?)\tHow far in will you push the button (0-5)?\t");
i=Integer.parseInt(in.readLine());
if(i<6 && i>-1) state[13][1]=i;
else System.out.println("(!)--Out of range.");
return;
}
if(s.compareTo("blue button")==0 && room==13) {
System.out.print("(?)\tHow far in will you push the button (0-3)?\t");
i=Integer.parseInt(in.readLine());
if(i<4 && i>-1) state[13][2]=i;
else System.out.println("(!)--Out of range.");
return;
}
if(s.compareTo("giant door")==0 && room==41) {
if(state[30][0]==1 && state[43][0]==2) {
System.out.println("(?)\tYou push the giant door open.");
path[41][3]=1; path[46][0]=1; score+=50;
}
else System.out.println("(!)\tIt's locked.");
}
}
public void operate() throws IOException {
System.out.print("What would you like to operate?\t");
String s=in.readLine();
s=s.toLowerCase();
if(s.compareTo("elevator")==0 && room==8 && state[8][1]==1) {
System.out.print("(?)\tTake the elevator down?\t");
s=in.readLine();
if(s.compareToIgnoreCase("yes")==0) {
System.out.println("(!)\tGoing down..."); room+=25;
}
else System.out.println("(!)\tElevator ride cancelled.");
return;
}
if(s.compareTo("command console")==0 && room==10 && state[10][0]==0) {
System.out.print("(?)\tEnter a command:\t");
s=in.readLine();
if(s.compareToIgnoreCase("eject ck")==0 && object[10][1]!=34) {
System.out.println("(!)\tCard key ejected from console.");
object[10][1]=27; state[10][0]=1; score+=25;
}
else System.out.println("(!)\tCommand not recognized.");
return;
}
if(s.compareTo("mining lift")==0 && room==23) {
System.out.print("(?)\tTake the lift down?\t");
s=in.readLine();
if(s.compareToIgnoreCase("yes")==0) {
System.out.println("(!)\tGoing down..."); room+=25;
}
else System.out.println("(!)\tLift riding cancelled.");
return;
}
if(s.compareTo("elevator")==0 && room==33 && state[33][0]==1) {
System.out.print("(?)\tTake the elevator up?\t");
s=in.readLine();
if(s.compareToIgnoreCase("yes")==0) {
System.out.println("(!)\tGoing up..."); room-=25;
}
else System.out.println("(!)\tElevator ride cancelled.");
return;
}
if(s.compareTo("mining lift")==0 && room==48) {
System.out.print("(?)\tTake the lift up?\t");
s=in.readLine();
if(s.compareToIgnoreCase("yes")==0) {
System.out.println("(!)\tGoing up..."); room-=25;
}
else System.out.println("(!)\tLift riding cancelled.");
return;
}
if(s.compareTo("startup circuit")==0 && room==13 && state[13][0]==3 &&
state[13][1]==4 && state[13][2]==1 && state[8][1]!=1) {
System.out.println("(!)\tThe elevator is now operational.");
state[8][1]=1; state[33][0]=1; score+=25; return;
}
}
public void inspect() throws IOException {
System.out.print("What would you like to inspect?\t");
String s=in.readLine();
s=s.toLowerCase();
if(s.compareTo(items[5])==0 && room==6 && object[6][1]==5 && pitem[0]!=1) {
System.out.println("(!)\tTurning over the body, you see a rusted key");
object[6][3]=1; score+=25; return;
}
if(s.compareTo("cardboard box")==0 && room==7 &&
object[7][0]==7 && pitem[1]!=9) {
System.out.println("(!)\tUnder a pile of blank paper, you find a fuse");
object[7][0]=9; score+=25; return;
}
if(s.compareTo("sunbeam cover")==0 && room==14 && object[14][0]==42) {
System.out.println("(!)\tPerhaps you can break it with something sharp.");
return;
}
if(s.compareTo("chemical a1")==0 && room==9) {
System.out.println("(!)\tIt's marked 'Cleanser'");
return;
}
if(s.compareTo("chemical b2")==0 && room==9) {
System.out.println("(!)\tIt's marked, 'Brightener'");
return;
}
if(s.compareTo("chemical c3")==0 && room==9) {
System.out.println("(!)\tIt's marked, 'Sharpener'");
return;
}
if(s.compareTo("crumbled note")==0 && room==10) {
System.out.println("(!)\tIt reads, 'eject ck'.");
return;
}
if(s.compareTo("red gauge")==0 && room==4) {
System.out.println("(!)\tThe meter reads, '0.75'.");
return;
}
if(s.compareTo("green gauge")==0 && room==4) {
System.out.println("(!)\tThe meter reads, '0.80'.");
return;
}
if(s.compareTo("blue gauge")==0 && room==4) {
System.out.println("(!)\tThe meter reads, '0.33'.");
return;
}
if(s.compareTo("exposed wires")==0 && room==43 && state[43][0]==0) {
System.out.println("(!)\tPulling these wires would shut down the power.");
return;
}
if(s.compareTo("exposed wires")==0 && room==43 && state[43][0]==1) {
System.out.println("(!)\tPushing these wires would restore the power.");
return;
}
if(s.compareTo("coal furnace")==0 && room==30) {
System.out.println("(!)\tA warning notice reads, 'refined coal only'.");
if(state[30][0]==0)
System.out.println("(!)\tIt's barely producing any power...");
return;
}
if(s.compareTo("giant door")==0 && room==41 && object[41][0]==44) {
System.out.println("(!)\tDespite its size, you can push this door open.");
System.out.println("\tThat is, if two sources of power are supplied.");
}
}
public void take() throws IOException {
System.out.print("What would you like to take?\t");
String s=in.readLine();
s=s.toLowerCase();
if(s.compareTo(items[1])==0 && room==6 && object[6][3]==1) {
System.out.println("(!)\tRusted Key taken.\n"); object[6][3]=0;
pitem[0]=1; score+=10; return;
}
if(s.compareTo("fuse")==0 && room==7 && object[7][0]==9) {
System.out.println("(!)\tFuse taken.\n"); object[7][0]=0;
pitem[1]=9; score+=10; return;
}
if(s.compareTo("rusty pick")==0 && room==49 && object[49][0]==30) {
System.out.println("(!)\tRusty pick taken.\n"); object[49][0]=0;
pitem[2]=30; score+=10; return;
}
if(s.compareTo("card key")==0 && room==10 && object[10][1]==27) {
System.out.println("(!)\tCard key taken.\n"); object[10][1]=0;
pitem[3]=27; score+=10; return;
}
if(s.compareTo("explosives")==0 && room==12 && object[12][0]==29) {
System.out.println("(!)\tExplosives taken.\n"); object[12][0]=0;
pitem[4]=29; score+=10; return;
}
if(s.compareTo("explosives")==0 && room==20 && object[20][0]==29) {
System.out.println("(!)\tExplosives taken.\n"); object[20][0]=0;
pitem[5]=29; score+=10; return;
}
if(s.compareTo("dim rock")==0 && room==3 && object[3][1]==25) {
System.out.println("(!)\tDim rock taken.\n"); object[3][1]=0;
pitem[6]=25; score+=10; return;
}
if(s.compareTo("unrefined coal")==0 && room==40 && object[40][0]==32) {
System.out.println("(!)\tUnrefined coal taken.\n"); object[40][0]=0;
pitem[7]=32; score+=10; return;
}
}
public boolean useprep() throws IOException {
int c=0; int d=0;
for(int a=0;a<16;a++) {
if(pitem[a]>0)
c++;
}
if(c>0) System.out.print("What item would you like to use?\t");
else {
System.out.print("You don't have any items to use.\n");
return false;
}
i=in.readLine();
i=i.toLowerCase();
for(int b=0;b<4;b++) {
if(object[room]>0) d++;
}
if(d>0) System.out.print("What would you like to use this on?\t");
else {
System.out.print("There's nothing here to try using this with.\n");
return false;
}
o=in.readLine();
o=o.toLowerCase();
return true;
}
public void useitem() throws IOException {
if(useprep()==false) return;
if(i.compareTo("rusted key")==0 && o.compareTo("locked door")==0 &&
room==2 && object[2][0]==2 && pitem[0]==1) {
System.out.println("(!)\tDoor unlocked with rusted key.\n");
object[2][0]=0; path[2][1]=1; path[3][2]=1; return;
}
if(i.compareTo("fuse")==0 && o.compareTo("fuse box")==0 && room==8 &&
object[8][0]==10 && pitem[1]==9) {
System.out.println("(!)\tThe broken fuse was replaced.\n");
object[8][0]=0; state[8][0]=1; pitem[1]=0;
score+=25; return;
}
if(i.compareTo("card key")==0 && o.compareTo("security door")==0 &&
room==16 && object[16][0]==35 && pitem[3]==27) {
System.out.println("(!)\tSecurity door unlocked with card key.\n");
object[16][0]=0; path[16][2]=1; path[15][1]=1;
return;
}
if(i.compareTo("card key")==0 && o.compareTo("security door")==0 &&
room==17 && object[17][0]==35 && pitem[3]==27) {
System.out.println("(!)\tSecurity door unlocked with card key.\n");
object[17][0]=0; path[17][0]=1; path[12][3]=1;
return;
}
if(i.compareTo("card key")==0 && o.compareTo("security door")==0 &&
room==19 && object[19][0]==35 && pitem[3]==27) {
System.out.println("(!)\tSecurity door unlocked with card key.\n");
object[19][0]=0; path[19][0]=1; path[14][3]=1;
return;
}
if(i.compareTo("rusty pick")==0 && o.compareTo("chemical a1")==0 &&
room==9 && pitem[2]==30) {
System.out.println("(!)\tThe rusty pick has become the dull pick.\n");
pitem[2]=31; score+=50; return;
}
if(i.compareTo("dull pick")==0 && o.compareTo("chemical c3")==0 &&
room==9 && pitem[2]==31) {
System.out.println("(!)\tThe dull pick has become the sharp pick.\n");
pitem[2]=36; score+=50; return;
}
if(i.compareTo("sharp pick")==0 && o.compareTo("luminous rock")==0 &&
room==3 && pitem[6]!=25 && pitem[2]==36) {
System.out.println("(!)\tA dim rock breaks off from the larger rock.\n");
object[3][1]=25; score+=25; return;
}
if(i.compareTo("sharp pick")==0 && o.compareTo("sunbeam cover")==0 &&
room==14 && pitem[2]==36 && object[14][0]==42) {
System.out.println("(!)\tThe sunbeam cover has been broken,");
System.out.println("\tRevealing a sunbeam path.\n");
object[14][0]=0; score+=25; return;
}
if(i.compareTo("dim rock")==0 && o.compareTo("sunbeam path")==0 &&
room==14 && pitem[6]==25) {
System.out.println("(!)\tThe dim rock has become a luminous rock.\n");
pitem[6]=23; score+=25; return;
}
if(i.compareTo("explosives")==0 && o.compareTo("turret")==0 &&
room==27 && pitem[4]==29) {
System.out.println("(!)\tThe turret has been destroyed.\n");
pitem[4]=0; object[27][0]=0; score+=50; return;
}
if(i.compareTo("explosives")==0 && o.compareTo("turret")==0 &&
room==36 && pitem[5]==29) {
System.out.println("(!)\tThe turret has been destroyed.\n");
pitem[5]=0; object[36][0]=0; score+=50; return;
}
if(i.compareTo("unrefined coal")==0 && o.compareTo("coal refiner")==0 &&
room==31 && pitem[7]==32) {
System.out.println("(!)\tThe refining process yields refined coal.\n");
pitem[7]=33; score+=25; return;
}
if(i.compareTo("refined coal")==0 && o.compareTo("coal furnace")==0 &&
room==30 && pitem[7]==33) {
System.out.println("(!)\tThe furnace is supplying adequate power.");
pitem[7]=0; state[30][0]=1; score+=25; return;
}
}
public void inventory() {
System.out.println("-Items on hand:");
int c=0;
for(int i=0;i<16;i++) {
if(pitem>0) {
System.out.println("--"+items[pitem]); c++;
}
}
if(c==0) System.out.println("--none");
}
public void map() {
System.out.println("\n\t-Map-\n");
int r=0;
int s=0;
for(int i=0;i<yaxis;i++) {
for(int j=0;j<xaxis;j++) {
if(room>24)
r=25+((i*5)+j);
else r=(i*5)+j;
if(r==room)
System.out.print("O");
else System.out.print("X");
if(r==49)
return;
if(path[r][1]==1 && path[r+1][2]==1)
System.out.print("--");
if(path[r][1]==1 && path[r+1][2]==0)
System.out.print("->");
if(path[r][1]==0 && path[r+1][2]==1)
System.out.print("<-");
if(path[r][1]==0 && path[r+1][2]==0)
System.out.print(" ");
}
System.out.println();
for(int k=0;k<xaxis;k++) {
if(room>24)
s=25+((i*5)+k);
else s=(i*5)+k;
if(path[<span class="cpp-number">3</span>]==<span class="cpp-number">1</span> && path[s+<span class="cpp-number">5</span>][<span class="cpp-number">0</span>]==<span class="cpp-number">1</span>)
System.out.print(<span class="cpp-literal">"| "</span>);
<span class="cpp-keyword">if</span>(path[<span class="cpp-number">3</span>]==<span class="cpp-number">1</span> && path[s+<span class="cpp-number">5</span>][<span class="cpp-number">0</span>]==<span class="cpp-number">0</span>)
System.out.print(<span class="cpp-literal">"v "</span>);
<span class="cpp-keyword">if</span>(path[<span class="cpp-number">3</span>]==<span class="cpp-number">0</span> && path[s+<span class="cpp-number">5</span>][<span class="cpp-number">0</span>]==<span class="cpp-number">1</span>)
System.out.print(<span class="cpp-literal">"^ "</span>);
<span class="cpp-keyword">if</span>(path[<span class="cpp-number">3</span>]==<span class="cpp-number">0</span> && path[s+<span class="cpp-number">5</span>][<span class="cpp-number">0</span>]==<span class="cpp-number">0</span>)
System.out.print(<span class="cpp-literal">" "</span>);
}
System.out.println();
}
System.out.println(<span class="cpp-literal">"'O':current '–':two way '->':one way"</span>);
}
<span class="cpp-keyword">public</span> <span class="cpp-keyword">void</span> look() {
System.out.println(<span class="cpp-literal">"Items of interest:"</span>);
<span class="cpp-keyword">int</span> c=<span class="cpp-number">0</span>;
<span class="cpp-keyword">for</span>(<span class="cpp-keyword">int</span> i=<span class="cpp-number">0</span>;i<<span class="cpp-number">4</span>;i++) {
<span class="cpp-keyword">if</span>(object[room]<span style="font-weight:bold;">!=<span class="cpp-number">0</span>) {
System.out.println(<span class="cpp-literal">"\t*"</span>+items[object[room]<span style="font-weight:bold;">]); c++;
}
}
<span class="cpp-keyword">if</span>(c==<span class="cpp-number">0</span>) System.out.println(<span class="cpp-literal">"\t*none"</span>);
}
<span class="cpp-keyword">public</span> <span class="cpp-keyword">void</span> intro() {
System.out.println(<span class="cpp-literal">"\t\t\tIntroduction:\n"</span>);
System.out.println(<span class="cpp-literal">"\tFor some time, there has been news of travellers"</span>);
System.out.println(<span class="cpp-literal">"disappearing while out on the seas. Strangely enough,"</span>);
System.out.println(<span class="cpp-literal">"your investigations have led you to a cave near a local"</span>);
System.out.println(<span class="cpp-literal">"lighthouse. This particular cave has the scent of dead"</span>);
System.out.println(<span class="cpp-literal">"bodies in the air and the atmosphere has a weird - if"</span>);
System.out.println(<span class="cpp-literal">"not terrifying - feel to it. It is this cave in which"</span>);
System.out.println(<span class="cpp-literal">"your adventure will begin…\n"</span>);
}
<span class="cpp-keyword">public</span> <span class="cpp-keyword">void</span> conclude() {
System.out.println(<span class="cpp-literal">"\tUpon entering, something immediately catches your"</span>);
System.out.println(<span class="cpp-literal">"attention - a portal that seems to be trying to suck"</span>);
System.out.println(<span class="cpp-literal">"you in. Not only that, but there are more dead bodies"</span>);
System.out.println(<span class="cpp-literal">"here than you've seen in all the other rooms combined."</span>);
System.out.println(<span class="cpp-literal">"The bodies are obviously those of missing travellers,"</span>);
System.out.println(<span class="cpp-literal">"and it appears that a few of them tried to fight off"</span>);
System.out.println(<span class="cpp-literal">"some serious threat or another. You've definitely"</span>);
System.out.println(<span class="cpp-literal">"found what you were looking for, but the big question"</span>);
System.out.println(<span class="cpp-literal">"is, 'What do you do now?'…\n"</span>);
System.out.println(<span class="cpp-literal">"\t\tTo be continued?"</span>);
System.out.println(<span class="cpp-literal">"\t\tYour score: "</span> + score);
}
<span class="cpp-keyword">public</span> <span class="cpp-keyword">void</span> loop() throws IOException {
intro();
<span class="cpp-keyword">while</span>(room>-<span class="cpp-number">1</span>) {
System.out.println();
roomname();
<span class="cpp-keyword">if</span>(room==<span class="cpp-number">46</span>) {
conclude(); <span class="cpp-keyword">return</span>;
}
String s=choose();
<span class="cpp-keyword">for</span>(<span class="cpp-keyword">int</span> a=<span class="cpp-number">0</span>;a<<span class="cpp-number">4</span>;a++) {
t = trimspace(choice[a]);
<span class="cpp-keyword">if</span>(s.compareToIgnoreCase(t)==<span class="cpp-number">0</span>)
room+=move(t);
}
<span class="cpp-keyword">for</span>(<span class="cpp-keyword">int</span> b=<span class="cpp-number">4</span>;b<<span class="cpp-number">10</span>;b++) {
t = trimspace(choice<span style="font-weight:bold;">);
<span class="cpp-keyword">if</span>(s.compareToIgnoreCase(t)==<span class="cpp-number">0</span>)
process(t);
}
<span class="cpp-keyword">if</span>(s.compareTo(<span class="cpp-literal">"check items"</span>)==<span class="cpp-number">0</span>) inventory();
<span class="cpp-keyword">if</span>(s.compareTo(<span class="cpp-literal">"view map"</span>)==<span class="cpp-number">0</span>) map();
<span class="cpp-keyword">if</span>(s.compareTo(<span class="cpp-literal">"look around"</span>)==<span class="cpp-number">0</span>) look();
}
}
}
<span class="cpp-keyword">public</span> <span class="cpp-keyword">class</span> jtest3 {
<span class="cpp-keyword">public</span> <span class="cpp-keyword">static</span> <span class="cpp-keyword">void</span> main(String[] args) throws IOException{
areaone a=<span class="cpp-keyword">new</span> areaone();
a.loop();
}
}
</pre></div><!–ENDSCRIPT–> text-based demo code
Author
This is my latest text-based work, which is somewhat based on my other thread a while ago, but with a few differences. To test it out, just copy and paste into your Java IDE/editor.
Notes:
-This is roughly 700 lines of Java (instead of c++) code done over 2 weeks
-The code may very well be confusing; sorry for not commenting it yet
-I realize now that there is a better way to do this, so I'm going to try that way next (using more than 1 class, inheritance, etc.)
Any questions or comments?
Please use 'source' tags rather than 'code' tags for large blocks of code (Oh, looks like you fixed it :) ). And yeah, definitely look into some OOP design, and data-driven design (reading all of that hard-coded information in from a file instead).
Yeah, it looks like it could end up good in the end,
but DEFINATLY needs some DataDriven progaming so that updating your
game levels does not mean a recompile.
Though making it datadriven looks like it also means you need to implement
some sort of state-machine to remove all the variables used to keep track of
button presses/lights/locked doors/ect...
but DEFINATLY needs some DataDriven progaming so that updating your
game levels does not mean a recompile.
Though making it datadriven looks like it also means you need to implement
some sort of state-machine to remove all the variables used to keep track of
button presses/lights/locked doors/ect...
Author
I've definetly learned that hard-coding is downright stressful when done on this scale. I'm starting on a way to read info from a text file into the program, but need a bit of help on the theory. I want to do something like have a text file with the following format for npc conversations for a particular location...
--"location.txt"
//comment
npc line 1
npc line 2
etc.
...and program code that tests whether the first character in the line is '/' like this:
--"txt2java.java"
int c=0;
String npcline[]=new npcline[8];
while(not end of file) {
.if(first character in line is '/')
..go to next line
.else {
..assign string on current line to npcline[c]
..c++ }
}
The only thing is that I'm not certain what methods there are in Java to move through a file and I find the documentation kinda confusing. For things like weapon/armor stats, could I read the numbers in a series as long as they're separated by a space, or would I have to put one value per line?
--"location.txt"
//comment
npc line 1
npc line 2
etc.
...and program code that tests whether the first character in the line is '/' like this:
--"txt2java.java"
int c=0;
String npcline[]=new npcline[8];
while(not end of file) {
.if(first character in line is '/')
..go to next line
.else {
..assign string on current line to npcline[c]
..c++ }
}
The only thing is that I'm not certain what methods there are in Java to move through a file and I find the documentation kinda confusing. For things like weapon/armor stats, could I read the numbers in a series as long as they're separated by a space, or would I have to put one value per line?
This topic is closed to new replies.
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