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explore.pas
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explore.pas
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unit explore;
(********************************************************************
This file is part of Ironseed.
Ironseed is free software: you can redistribute it and/or modify
it under the terms of the GNU General Public License as published by
the Free Software Foundation, either version 3 of the License, or
(at your option) any later version.
Ironseed is distributed in the hope that it will be useful,
but WITHOUT ANY WARRANTY; without even the implied warranty of
MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
GNU General Public License for more details.
You should have received a copy of the GNU General Public License
along with Ironseed. If not, see <http://www.gnu.org/licenses/>.
********************************************************************)
{*********************************************
Planet Exploration unit for IronSeed
Copyright:
1994 Channel 7, Destiny: Virtual
2013 y-salnikov
2020 Matija Nalis <[email protected]>
**********************************************}
{$O+}
//{$R+}
interface
procedure exploreplanet;
implementation
uses utils_, data, gmouse, journey, utils, utils2, weird, display, modplay, crewtick, heapchk;
{$PACKRECORDS 1}
type
zoomscrtype= array[1..60,1..60] of byte;
landtype2= array[13..133,28..268] of byte;
probetype= record
curx,cury,tarx,tary: integer;
status,timeleft,fuel: integer;
togather: integer;
end;
probeicontype=array[1..4,1..26,1..32] of byte;
msgtype=array[0..7,0..15] of byte;
elementnames= string[24];
elementlist= array[0..170] of elementnames;
planscantype= record
name: string[24];
state: byte;
end;
planetscan=array[1..52] of planscantype;
msgsarray=array[1..7] of msgtype;
amounttype= array[0..16] of byte;
itemloctype= array[1..7,1..2] of byte;
{$PACKRECORDS DEFAULT}
var
zoomscr,tempzoom: ^zoomscrtype;
colorchange,donescan,showscan,doneano: boolean;
zoomx,zoomy,zoommode,zoomoffset,batindex,que,gindex,g2index,explorelevel,
explorecur,waterindex,water,numprobes{,i,j,a,b},index: integer;
techlvl, tl2, biostuff: integer;
pop: longint;
probes: array[1..4] of probetype;
datagathered: array[1..5,1..2] of Integer;
landcolors,summarypic: ^landtype2;
probeicons: ^probeicontype;
msgs: ^msgsarray;
scaninfo: ^planetscan;
amounts: amounttype;
itemloc: itemloctype;
procedure createano;
var
j, i, a : Integer;
begin
if (not doneano) and (datagathered[5,2]>=1000) then
begin
if (tempplan^[curplan].system = 45) and (tempplan^[curplan].orbit = 0) and chevent(28) then
begin
tempplan^[curplan].cache[1]:=ID_TEMPORAL_ANCHOR;
tempplan^[curplan].cache[2]:=ID_HEAVY_CORSE_GRENADE;
tempplan^[curplan].cache[3]:=ID_HEAVY_CORSE_GRENADE;
tempplan^[curplan].cache[4]:=ID_SLING_OF_DAVID;
tempplan^[curplan].cache[5]:=ID_SLING_OF_DAVID;
tempplan^[curplan].cache[6]:=ID_THYNNE_VORTEX;
tempplan^[curplan].cache[7]:=ID_THYNNE_VORTEX;
exit;
end;
{printxy(160,182,'Anom!');}
RandSeed := tempplan^[curplan].seed;
for j:=1 to 7 do
if tempplan^[curplan].cache[j]=0 then
begin
i:=random(100);
a:=0;
case tempplan^[curplan].state of
0 : if i<25 then a:=4000+random(21); {material}
1,2 : if i<76 then a:=(random(17)+500)*10; {element}
3: case i of
0..50: a:=(random(17)+500)*10; {element}
51..75: a:=(random(2)+3)*1000;{Unknown material or component}
end;
4: case i of
0..40: a:=(random(17)+500)*10; {element}
41..70: a:=(random(2)+3)*1000; {Unknown material or component}
74..75: begin {artifact}
a :=random(500);
if a>400 then a:=6101+a
else a:=6001+a;
end;
end;
5: case i of
0..65: a:=(random(2)+3)*1000; {Unknown material or component}
73..75: begin {artifact}
a :=random(500);
if a>400 then a:=6101+a
else a:=6001+a;
end;
end;
6: if i<6 then {artifact}
begin
a:=random(500);
if a>400 then a:=6101+a
else a:=6001+a;
end;
end;
tempplan^[curplan].cache[j]:=a;
if a>0 then
begin
itemloc[j,1]:=random(60)+30;
itemloc[j,2]:=random(180)+30;
landcolors^[itemloc[j,1]+12,itemloc[j,2]+27]:=235;
screen[itemloc[j,1]+12,itemloc[j,2]+27]:=235;
end;
end
else
begin
itemloc[j,1]:=random(60)+30;
itemloc[j,2]:=random(180)+30;
landcolors^[itemloc[j,1]+12,itemloc[j,2]+27]:=235;
screen[itemloc[j,1]+12,itemloc[j,2]+27]:=235;
end;
doneano:=true;
end;
end;
procedure computebiostuff;
var i, j: integer;
begin
biostuff:=0;
if(landcolors<>nil) then
begin
for j:=28 to 267 do
for i:=13 to 132 do
begin
if (landcolors^[i,j]>47) and (landcolors^[i,j]<64) then inc(biostuff);
// write(i,' ',j);
// writeln(' done ');
end;
end;
techlvl:=-2;
case tempplan^[curplan].system of
93,138,78,191,171,221 :
if (tempplan^[curplan].orbit <> 0) then
begin
techlvl:=6;
tl2:=0;
exit;
end;
45 :
if (tempplan^[curplan].orbit <> 0) and not chevent(27) then
begin
techlvl:=6;
tl2:=0;
exit;
end else begin
techlvl:=-2;
exit;
end;
end;
case tempplan^[curplan].state of
2: case tempplan^[curplan].mode of
2: techlvl:=-1;
3: begin
techlvl:=0;
tl2:=tempplan^[curplan].age div 15000000;
end;
end;
3: begin
techlvl:=tempplan^[curplan].mode-1;
case tempplan^[curplan].mode of
1: tl2:=tempplan^[curplan].age div 1500000;
2: tl2:=tempplan^[curplan].age div 1000;
3: tl2:=tempplan^[curplan].age div 800;
end;
end;
4: begin
techlvl:=tempplan^[curplan].mode+2;
case tempplan^[curplan].mode of
1: tl2:=tempplan^[curplan].age div 400;
2: tl2:=tempplan^[curplan].age div 200;
3: tl2:=0;
end;
end;
5: case tempplan^[curplan].mode of
1: begin
techlvl:=0;
tl2:=tempplan^[curplan].age div 100000000;
if tl2>9 then tl2:=9;
end;
2: techlvl:=-1;
end;
7: begin
techlvl:=-2;
biostuff:=0;
end;
end;
end;
procedure generatescanlist;
var scanfile : file of scantype;
temp : ^scantype;
elemfile : file of elementlist;
namelist : ^elementlist;
already : array[0..9] of byte;
j, i, a : Integer;
begin
{if tempplan^[curplan].state=7 then exit;}
new(temp);
new(namelist);
assign(scanfile,loc_data()+'scan.dta');
reset(scanfile);
if ioresult<>0 then errorhandler('scan.dta',1);
read(scanfile,temp^);
if ioresult<>0 then errorhandler('scan.dta',5);
close(scanfile);
assign(elemfile,loc_data()+'elements.dta');
reset(elemfile);
if ioresult<>0 then errorhandler('elements.dta',1);
read(elemfile,namelist^);
if ioresult<>0 then errorhandler('elements.dta',5);
close(elemfile);
for j:=1 to 52 do
begin
scaninfo^[j].name:='';
scaninfo^[j].state:=4;
end;
index:=1;
randseed:=tempplan^[curplan].seed;
for j:=0 to 16 do
begin
amounts[j]:=temp^[j,tempplan^[curplan].state];
already[0]:=0; // to turn off warnings, variables are actually correctly initialized by function below
fillchar(already,10,0);
if temp^[j,tempplan^[curplan].state]>0 then
for i:=1 to temp^[j,tempplan^[curplan].state] do
begin
repeat
a:=random(10);
until already[a]=0;
already[a]:=1;
scaninfo^[index].name:=namelist^[a+1+j*10];
case tempplan^[curplan].state of
0: scaninfo^[index].state:=temp^[j,7];
1: scaninfo^[index].state:=temp^[j,8];
2,3,4: scaninfo^[index].state:=temp^[j,9];
5: scaninfo^[index].state:=temp^[j,10];
6: scaninfo^[index].state:=temp^[j,11];
end;
inc(index);
end;
end;
dispose(temp);
dispose(namelist);
end;
procedure setcolors;
begin
water:=50;
colorchange:=true;
case tempplan^[curplan].state of
0: colorchange:=false;
1: begin
gindex:=0;
g2index:=144;
waterindex:=80;
end;
2: begin
gindex:=0;
g2index:=144;
waterindex:=33;
end;
3: begin
gindex:=0;
g2index:=144;
waterindex:=32;
end;
4: begin
gindex:=0;
g2index:=144;
waterindex:=32;
water:=40;
end;
5: begin
gindex:=0;
g2index:=144;
waterindex:=32;
if tempplan^[curplan].mode=3 then
begin
water:=0;
end
else
begin
water:=30;
end;
end;
6: begin
if tempplan^[curplan].mode=2 then colorchange:=false;
gindex:=0;
g2index:=144;
waterindex:=32;
water:=0;
end;
7: colorchange:=false;
end;
end;
procedure zoom3x(x1,y1: integer);
var temp : shortint;
a, b, i, j : Integer;
begin
rectangle(x1+28,y1+13,x1+48,y1+33);
for a:=0 to 20 do
for b:=0 to 20 do
for i:=-1 to 1 do
for j:=-1 to 1 do
if ((a*3+j)<61) and ((a*3+j)>0) and ((b*3+i)<61) and ((b*3+i)>0) then
begin
temp:=round((landform^[x1+a+j,y1+b+i]-landform^[x1+a,y1+b])/3);
if landcolors^[y1+b+12,x1+a+27]=235 then zoomscr^[a*3+j,b*3+i]:=255
else zoomscr^[a*3+j,b*3+i]:=landform^[x1+a,y1+b]+temp;
end;
end;
procedure zoom2x(x1,y1: integer);
var temp : shortint;
a, b : Integer;
begin
rectangle(x1+28,y1+13,x1+58,y1+43);
if colorchange then
for a:=0 to 29 do
for b:=0 to 29 do
begin
zoomscr^[a*2+1,b*2+1]:=landform^[x1+a,y1+b];
temp:=round((landform^[x1+a+1,y1+b]-landform^[x1+a,y1+b])/2);
zoomscr^[a*2+2,b*2+1]:=landform^[x1+a,y1+b]+temp;
temp:=round((landform^[x1+a,y1+b+1]-landform^[x1+a,y1+b])/2);
zoomscr^[a*2+1,b*2+2]:=landform^[x1+a,y1+b]+temp;
temp:=round((landform^[x1+a+1,y1+b+1]-landform^[x1+a,y1+b])/2);
zoomscr^[a*2+2,b*2+2]:=landform^[x1+a,y1+b]+temp;
if landcolors^[y1+b+12,x1+a+27]=235 then
zoomscr^[a*2+1,b*2+1]:=255;
end
else
for a:=0 to 29 do
for b:=0 to 29 do
begin
temp:=landform^[x1+a,y1+b];
zoomscr^[a*2+1,b*2+1]:=temp;
zoomscr^[a*2+2,b*2+1]:=temp;
zoomscr^[a*2+1,b*2+2]:=temp;
zoomscr^[a*2+2,b*2+2]:=temp;
end;
end;
procedure zoom1x(x1,y1: integer);
var
a : Integer;
begin
rectangle(x1+28,y1+13,x1+88,y1+73);
for a:=1 to 60 do
move(landform^[x1+a,y1],zoomscr^[a,1],15*4);
end;
procedure undozoom;
var
i, j : Integer;
begin
for i:=0 to 60 do
for j:=0 to 60 do
if ((zoomy+i)<120) and ((zoomx+j)<240) then
screen[zoomy+i+13,zoomx+j+28]:=landcolors^[zoomy+i+13,zoomx+j+28];
end;
procedure showzoom;
var part,part2 : real;
i, j, a, b : Integer;
begin
part:=73/(255-water);
if water>0 then part2:=5/water else part2:=0;
if colorchange then
for j:=1 to 60 do
for i:=1 to 60 do
begin
if zoomscr^[j,i]=255 then tempzoom^[i,j]:=95
else if zoomscr^[j,i]<water then
tempzoom^[i,j]:=waterindex+round(part2*zoomscr^[j,i])
else
begin
index:=round((zoomscr^[j,i]-water)*part);
case index of
42..73: index:=g2index+index-10;
11..41: index:=gindex+index-10;
0..10: index:=spcindex[index div 2];
end;
if index=64 then index:=95;
tempzoom^[i,j]:=index;
end;
end
else
for i:=1 to 60 do
for j:=1 to 60 do
tempzoom^[i,j]:=zoomscr^[j,i];
if random(2)=0 then
begin
a:=random(7)+1;
for b:=0 to 15 do
for i:=0 to 7 do
if msgs^[a,i,b]<>0 then tempzoom^[i+52,b+43]:=msgs^[a,i,b];
end;
if random(2)=0 then
begin
a:=random(7)+1;
for b:=0 to 15 do
for i:=0 to 7 do
if msgs^[a,i,b]<>0 then tempzoom^[i+8,b+4]:=msgs^[a,i,b];
end;
for j:=1 to 7 do if tempplan^[curplan].cache[j]>0 then
case zoommode of
2: if (abs(itemloc[j,1]-zoomy-15)<3) and (abs(itemloc[j,2]-zoomx-14)<4) then
begin
a:=random(7)+1;
for b:=0 to 15 do
for i:=0 to 7 do
if msgs^[a,i,b]<>0 then
begin
tempzoom^[i+8,b+43]:=msgs^[a,i,b]+32;
tempzoom^[i+52,b+4]:=msgs^[a,i,b]+32;
end;
end;
3: if (abs(itemloc[j,1]-zoomy-11)<4) and (abs(itemloc[j,2]-zoomx-10)<4) then
begin
a:=random(7)+1;
for b:=0 to 15 do
for i:=0 to 7 do
if msgs^[a,i,b]<>0 then
begin
tempzoom^[i+8,b+43]:=msgs^[a,i,b]+32;
tempzoom^[i+52,b+4]:=msgs^[a,i,b]+32;
end;
end;
end;
setcolor(47);
mousehide;
for i:=1 to 60 do
scrto_move(tempzoom^[i],screen[i+138,206],15*4);
circle(236,169,8*zoommode);
circle(236,169,4*zoommode);
mouseshow;
end;
procedure landsprinkle(seed: integer);
var index : integer;
x, y, j : Integer;
begin
mousehide;
index:=-1;
j:=0;
repeat
inc(index);
j:=j+seed;
if j>28799 then j:=j-28800;
y:=13+(j div 240);
x:=28+(j mod 240);
screen[y,x]:=landcolors^[y,x];
if index mod 50=0 then
begin
if not fastkeypressed then delay(tslice div 9);
end;
until index=28799;
mouseshow;
end;
procedure summarysprinkle(seed: integer);
var index : integer;
j : Integer;
begin
mousehide;
index:=-1;
j:=0;
repeat
inc(index);
j:=j+seed;
if j>28799 then j:=j-28800;
y:=13+(j div 240);
x:=28+(j mod 240);
screen[y,x]:=summarypic^[y,x];
if index mod 50=0 then delay(tslice div 9);
until index=28799;
mouseshow;
end;
procedure displaylandform;
var part,part2 : real;
{part:scales what is above the water level to 0 to 31}
{part2:scales what is pelow the water level to 0 to 5}
index : integer;
i, j : Integer;
begin
part:=31/(255-water);
if water>0 then part2:=5/water else part2:=0;
if colorchange then
for i:=1 to 120 do
for j:=1 to 240 do
begin
{if landform^[j,i]=255 then landform^[j,i]:=254;}
if landform^[j,i]<water then
landcolors^[i+12,j+27]:=round(landform^[j,i]*part2)+waterindex
else if landform^[j,i] <= 246 then
begin
index:=round((landform^[j,i]-water)*part);
case index of
16..31: index:=index*2+g2index;
6..15:index:=index*2+gindex;
0..5: index:=spcindex[index];
end;
landcolors^[i+12,j+27]:=index;
end;
end
else
for i:=1 to 120 do
for j:=1 to 240 do
landcolors^[i+12,j+27]:=landform^[j,i];
if datagathered[5,2]>=1000 then
begin
doneano:=true;
for j:=1 to 7 do if tempplan^[curplan].cache[j]>0 then
begin
itemloc[j,1]:=random(60)+30;
itemloc[j,2]:=random(180)+30;
landcolors^[itemloc[j,1]+12,itemloc[j,2]+27]:=235;
screen[itemloc[j,1]+12,itemloc[j,2]+27]:=235;
end;
end;
landsprinkle(19);
end;
procedure moveprobe(num: integer);
var
a, i : Integer;
begin
with probes[num] do
begin
dec(fuel);
screen[cury+12,curx+27]:=landcolors^[cury+12,curx+27];
if curx<tarx then inc(curx)
else if curx>tarx then dec(curx);
if cury<tary then inc(cury)
else if cury>tary then dec(cury);
if (curx=tarx) and (cury=tary) then
begin
status:=4;
timeleft:=80+random(50);
exit;
end;
screen[cury+12,curx+27]:=90+random(6);
a:=num*40-26;
for i:=1 to 26 do
scrfromto_move(screen[cury-1+i,curx+11],screen[i+a,281],8*4);
end;
end;
procedure showplanet(num: integer);
var indexi,indexj,i,j,a: integer;
begin
for i:=1 to 26 do
scr_fillchar(screen[i+num*40-26,276],36,0);
for a:=30 downto 4 do
begin
indexi:=0;
i:=num*40-31;
repeat
inc(indexi,a);
inc(i);
indexj:=0;
j:=276;
repeat
inc(indexj,a);
inc(j);
if (indexi<121) and (indexj<121) then screen[i+a,j+a]:=planet^[indexi,indexj];
until (indexj>119);
until (indexi>119);
delay(tslice);
end;
end;
procedure printxy2(x1,y1: integer; s: string);
var j,i,letter,x,y,a: integer;
begin
x1:=x1+4;
for j:=1 to length(s) do
begin
case s[j] of
'a'..'z': letter:=ord(s[j])-40;
' ' ..'"': letter:=ord(s[j])-31;
''''..'?': letter:=ord(s[j])-35;
'A' ..'Z': letter:=ord(s[j])-36;
'%': letter:=55;
else letter:=1;
end;
y:=y1;
for i:=0 to 5 do
begin
inc(y);
x:=x1;
for a:=7 downto 4 do
begin
inc(x);
if font[ship.options[OPT_FONT],letter,i div 2] and (1 shl a)>0 then screen[y,x]:=tcolor
else if bkcolor<255 then screen[y,x]:=bkcolor;
end;
inc(i);
inc(y);
x:=x1;
for a:=3 downto 0 do
begin
inc(x);
if font[ship.options[OPT_FONT],letter,i div 2] and (1 shl a)>0 then screen[y,x]:=tcolor
else if bkcolor<255 then screen[y,x]:=bkcolor;
end;
end;
x1:=x1+5;
for i:=1 to 6 do screen[y1+i,x1]:=bkcolor;
end;
end;
procedure printhighest;
var j,max,cargindex,total: integer;
str1: string[10];
angle: real;
amounts2: amounttype;
begin
y:=0;
cargindex:=1;
while (cargo[cargindex].index<ID_FIRST_ELEMENT) do inc(cargindex);
total:=0;
angle:=0;
amounts2:=amounts;
for j:=0 to 16 do total:=total+amounts2[j];
setcolor(80);
setfillstyle(1,80);
pieslice(63,114,0,360,20);
repeat
max:=amounts2[0];
index:=0;
for j:=0 to 16 do if amounts2[j]>max then
begin
max:=amounts2[j];
index:=j;
end;
if max>0 then
begin
x1:=max/total*100;
str(x1:5:2,str1);
tcolor:=95 - y*3;
printxy2(120,101+y*6,str1+'% '+cargo[cargindex+index].name);
setcolor(tcolor);
setfillstyle(1,tcolor);
if round(x1*3.6+angle+5)>360 then pieslice(63,114,round(angle),360,20)
else pieslice(63,114,round(angle),round(x1*3.6+angle+5),20);
angle:=x1*3.6+angle;
amounts2[index]:=0;
end;
inc(y);
until y=4;
tcolor:=80;
max:=0;
for j:=0 to 16 do max:=max+amounts2[j];
if max>0 then
begin
x1:=max/total;
str((x1*100):5:2,str1);
printxy2(120,125,str1+'% Other');
end;
tcolor:=31;
end;
procedure printslice(angle1 : real; angle2 : real; row : word; val : real; str0 : String);
var
str1 : string[10];
begin
str(val:5:2,str1);
tcolor:=95 - row*3;
printxy2(120,101+row*6,str1+'% '+str0);
setcolor(tcolor);
setfillstyle(1,tcolor);
if round(angle2+5)>360 then pieslice(63,114,round(angle1),360,20)
else pieslice(63,114,round(angle1),round(angle2+5),20);
end;
procedure printhigheststar;
var
hydrogen : word;
helium : word;
other : word;
begin
other := random(200) + 1;
helium := random(500) + 2300;
hydrogen := 10000 - other - helium;
setcolor(80);
setfillstyle(1,80);
pieslice(63,114,0,360,20);
printslice(0, hydrogen*0.036, 0, hydrogen / 100, 'Hydrogen');
printslice(hydrogen*0.036, (hydrogen + helium)*0.036, 1, helium / 100, 'Helium');
printslice((hydrogen + helium)*0.036, 360, 2, other / 100, 'Other');
tcolor:=31;
end;
procedure summaryinfo;
var str1 : string[15];
grav,atm : real;
i, j : Integer;
begin
if donescan then
begin
summarysprinkle(109);
showscan:=true;
exit;
end;
mousehide;
for i:=13 to 133 do
scr_fillchar(screen[i,28],240,0);
for i:=147 to 196 do
scr_fillchar(screen[i,6],125,0);
randseed:=tempplan^[curplan].seed;
tcolor:=207;
if tempplan^[curplan].state <> 7 then
printxy(113,14,'Planet Summary')
else
printxy(118,14,'Star Summary');
tcolor:=192;
printxy(50,21,'Seismic Activity');
printxy(40,27,'Atmospheric Activity');
printxy(40,33,'Atmospheric Pressure');
printxy(50,39,'Relative Gravity');
printxy(55,45,'Per Cent Hydro');
printxy(60,51,'Per Cent Bio');
printxy(65,57,'Life Forms');
printxy(65,63,'Population');
printxy(49,69,'Technology Level');
printxy(62,75,'Temperature');
printxy(52,81,'Surface Radiation');
if tempplan^[curplan].state <> 7 then
printxy(60,87,'Planet State')
else
printxy(45,87,'Star Classification');
tcolor:=207;
printxy(95,94,'Most Common Compounds');
tcolor:=31;
if tempplan^[curplan].state <> 7 then
printhighest
else
printhigheststar;
case tempplan^[curplan].state of
0: str1:='None';
1,7: if random(2)=0 then str1:='Heavy' else str1:='Massive';
2,3: if random(2)=0 then str1:='Mild' else str1:='Moderate';
4: if random(2)=0 then str1:='Calm' else str1:='Mild';
5,6: if random(2)=0 then str1:='None' else str1:='Calm';
end;
printxy(240-length(str1)*5,21,str1);
x1:=abs(tempplan^[curplan].orbit-7)*(tempplan^[curplan].psize+1) + tempplan^[curplan].water;
j:=(round(x1) mod 5) + 1;
printxy(200,27,activity[j]);
grav:=(tempplan^[curplan].psize+1)*((random(30)+1)/15);
case tempplan^[curplan].state of
0: i:=17;
1: i:=12;
2: i:=3;
3: i:=4;
4: i:=3;
5: i:=3;
6: i:=2;
7: begin
i:=10;
grav := grav * 10 + random(10);
end;
end;
atm:=grav*(i/(tempplan^[curplan].psize+1));
str(atm:5:2,str1);
printxy(195,33,str1+' Atm');
str(grav:5:2,str1);
printxy(205,39,str1+' G');
x:=0;
for j:=28 to 267 do{268}
for i:=13 to 132 do{138}
if (landcolors^[i,j]>31) and (landcolors^[i,j]<48) then inc(x,2)
else if (landcolors^[i,j]<63) and (landcolors^[i,j]>47) then inc(x);
str((x/58322*100):5:2,str1);
printxy(210,45,str1+'%');
x1:=(abs(tempplan^[curplan].orbit-7)*atm+(50-tempplan^[curplan].water) mod 7)/2;
if x1<0 then x1:=0;
case round(x1) of
0: str1:='Subarctic';
1: str1:='Arctic';
2: str1:='Cold';
3: str1:='Cool';
4: str1:='Moderate';
5: str1:='Warm';
6: str1:='Tropical';
7: str1:='Searing';
else str1:='Infernal';
end;
printxy(240-length(str1)*5,75,str1);
x1:=abs(tempplan^[curplan].orbit-7)/atm*5;
str(x1:7:2,str1);
printxy(170,81,str1+' RAD/Yr');
case tempplan^[curplan].state of
0: printxy(205,87,'Gaseous');
1: printxy(210,87,'Active');
2: printxy(210,87,'Stable');
3: printxy(190,87,'Early Life');
4: printxy(175,87,'Advanced Life');
5: printxy(215,87,'Dying');
6: printxy(220,87,'Dead');
7: begin
case tempplan^[curplan].mode of
1: printxy(200,87,'Red Star');
2: printxy(185,87,'Yellow Star');
3: printxy(190,87,'White Star');
end;
end;
end;
str((biostuff/29161*100):5:2,str1);
printxy(210,51,str1+'%');
if (tempplan^[curplan].state=6) and (tempplan^[curplan].mode=2) then
begin
printxy(169,57,'Void Dwellers');
printxy(205,63,'Unknown');
printxy(225,69,'6.0');
end
else
case techlvl of
-2: begin
printxy(205,57,'No Life');
printxy(220,63,'None');
printxy(220,69,'None');
end;
-1: begin
randseed:=tempplan^[curplan].seed;
j:=random(word(tempplan^[curplan].state+tempplan^[curplan].mode+tempplan^[curplan].seed)) mod 3;
case j of
0: if random(2)=0 then printxy(140,57,'Short Chain Proteins')
else printxy(145,57,'Long Chain Proteins');
1: if random(2)=0 then printxy(150,57,'Simple Protoplasms')
else printxy(145,57,'Complex Protoplasms');
2: begin
case random(3) of
0: str1:='Chaosms';
1: str1:='Communes';
2: str1:='Hierarchies';
end;
printxy(175 - length(str1)*5,57,'Singlecelled '+str1);
end;
end;
printxy(180,63,'Uncomputable');
printxy(165,69,'No Intelligence');
end;
0..5: begin
if techlvl>0 then
begin
pop:=2000;
for j:=0 to techlvl do pop:=pop*10;
end
else pop:=10;
randseed:=tempplan^[curplan].seed;
pop:=round(pop/10*tl2)+pop+random(pop div 1000);
str(pop,str1);
case length(str1) of
0..3: printxy(225-length(str1)*5,63,str1+'000');
4..6: begin
str1[0]:=chr(ord(str1[0])-3);
printxy(200-length(str1)*5,63,str1+' Million');
end;
7..9: begin
str1[0]:=chr(ord(str1[0])-6);
printxy(200-length(str1)*5,63,str1+' Billion');
end;
10..12: begin
str1[0]:=chr(ord(str1[0])-9);
printxy(195-length(str1)*5,63,str1+' Trillion');
end;
end;
randseed:=tempplan^[curplan].seed;
str1:=alientypes[random(11)];
case random(5) of
0: printxy(180-length(str1)*5,57,'Carnivorous '+str1);
1: printxy(180-length(str1)*5,57,'Herbivorous '+str1);
2: printxy(185-length(str1)*5,57,'Omnivorous '+str1);
3: printxy(170-length(str1)*5,57,'Cannibalistic '+str1);
4: printxy(165-length(str1)*5,57,'Photosynthetic '+str1);
end;
str1[0]:=chr(3);
str1[1]:=chr(techlvl+48);
str1[2]:='.';
str1[3]:=chr(tl2+48);
printxy(225,69,str1);
end;
end;
for i:=13 to 132 do
scrfrom_move(screen[i,28],summarypic^[i,28],240);
mouseshow;
donescan:=true;
showscan:=true;
tempplan^[curplan].notes:=tempplan^[curplan].notes or 1;
setcolor(47);
tcolor:=207;
end;
procedure refreshinfogathered(force : boolean) ;
var
strs : string[5];
j : Integer;
begin
for j:=1 to 5 do
if force or (datagathered[j,1] <> datagathered[j,2]) then
begin
datagathered[j,1] := datagathered[j,2];
str(datagathered[j,2] : 3, strs);
inc(strs[0]);
strs[4] := strs[3];
strs[3] := '.';
if datagathered[j,2] < 10 then
strs[2] := '0';
if datagathered[j,2] < 1000 then printxy(10 + 5*13,152+j*7,strs+'%')
else printxy(10 + 5*13,152+j*7,'Completed.');
end;
end;
procedure displayinfogathered;
var
a, j, i: integer;
begin
mousehide;
if explorelevel <> 0 then
begin
for i:=147 to 196 do
scr_fillchar(screen[i,5],128,0);
refreshinfogathered(true);
end else
refreshinfogathered(false);
printxy(6,148,'Information Gathered');
for j:=1 to 5 do
begin
printxy(10,152+j*7,scantypes[j]);
end;
mouseshow;
explorelevel:=0;
a:=0;
for j:=1 to 5 do
if datagathered[j,2]>=1000 then
begin
tempplan^[curplan].notes:=tempplan^[curplan].notes or (1 shl (j+1));
inc(a);
end;
{str(numprobes,strs);
printxy(160,194,strs);}
for j := 1 to numprobes do
if probes[j].status <> 0 then
a := 0;
if a=5 then
begin
if not donescan then summaryinfo;
exit;
end;
{str(numprobes,strs);
printxy(160,188,strs);}
end;
procedure SetScan(nextscan : Integer);