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mis_c.c
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/*
Copyright (C) 2005 Michael K. McCarty & Fritz Bronner
This program 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 2 of the License, or
(at your option) any later version.
This program 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 this program; if not, write to the Free Software
Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307 USA
*/
// Interplay's BUZZ ALDRIN's RACE into SPACE
//
// Formerly -=> LiftOff : Race to the Moon :: IBM version MCGA
// Copyright 1991 by Strategic Visions, Inc.
// Designed by Fritz Bronner
// Programmed by Michael K McCarty
//
#include <gamedata.h>
#include <Buzz_inc.h>
#include <externs.h>
#include <mis.h>
#include <av.h>
#include <mmfile.h>
#include <utils.h>
#include <logging.h>
#include <options.h>
#include <assert.h>
#define FRM_Delay 22
#define NORM_TABLE 397
#define CLIF_TABLE 240
#define ANIM_PARTS 297
#define SCND_TABLE 486
LOG_DEFAULT_CATEGORY(mission)
struct NTable {
char ID[8];
};
struct Infin {
char Code[9],Qty;
i16 List[10];
};
struct OF {
char Name[8];
i16 idx;
};
struct Infin *Mob;
struct OF *Mob2;
int tFrames,cFrame;
char SHTS[4];
long aLoc;
GXHEADER dply;
struct AnimType AHead;
struct BlockHead BHead;
extern char Month[12][11];
char STEPnum,loc[4];
extern struct MisAst MA[2][4];
extern struct MisEval Mev[60];
extern char MANNED[2],STEP,pal2[768],AI[2],fEarly,LM[2],EVA[2];
extern char BIG, manOnMoon,dayOnMoon;
char daysAMonth[12] = {31,28,31,30,31,30,31,31,30,31,30,31};
void Tick(char plr);
void Clock(char plr,char clck,char mode,char tm);
// void Plop(char plr,char mode);
// Who and What the hell are "Shining Happy People?"
#if 0
void RLEE (char *dest, char *src, unsigned int src_size)
{
asm push es; // preserve ES
asm push ds; // preserve DS
asm les di,dest; // move dest into ES:DI
asm lds si,src; // move src into DS:SI
asm mov cx,0; // clear CX
asm mov bx,src_size; // move counter into BX
loa:
asm lodsb; // move byte into AL
asm dec bx; // decrement CX
asm cmp al,0; // compare AL to 0
asm jl repeat; // if al < 0 jump to repeat
// copy bytes
asm mov ah,0; // clear AH
asm inc al; // increment AL
asm mov cl,al; // put value of AL into CL
asm rep movsb; // move CX bytes from DS:SI to ES:DI
asm sub bx,ax; // increment BX by approp value
asm cmp bx,0; // see if finished
asm jg loa; // if not then loop
asm jmp bot; // else jump to bottom
repeat:
asm neg al; // negate AL
asm inc al; // increment AL by 1
asm mov cl,al; // move counter value to CX
asm lodsb; // load value to copy
lob:
asm stosb; // copy AL into ES:DI
asm loop lob; // do while CX >0
asm dec bx; // decrement bx;
asm cmp bx,100h;
asm jg sk;
asm int 03h;
sk:
asm cmp bx,0; // see if finished
asm jg loa; // if not then loop
bot: // bottom of routine
asm pop ds; // restore ds
asm pop es; // restore es
return;
}
#endif
/** Finds the video fitting to the current mission step and plays it.
*
* The function does handle variations for the videos
* and also finds the proper babypics to display.
*
* \param plr Player structure
* \param step Missions step ID
* \param Seq Sequence-Code for the movies (?)
* \param mode mode 1 branches to fseq.dat so it's probably failure. However mode 2 is defined by a female 'naut's presence
*/
void PlaySequence(char plr,int step,char *Seq,char mode)
{
DEBUG1("->PlaySequence()");
//DEBUG4("->PlaySequence(plr, step %d, Seq %s, mode %s)", step, Seq, mode);
int keep_going;
int wlen,i,j;
unsigned int fres,max;
char lnch=0,AEPT,BABY,Tst2,Tst3;
unsigned char sts=0,fem=0;
FILE *fin,*fout,*ffin,*nfin;
long offset;
struct oGROUP *bSeq,aSeq;
struct oFGROUP *dSeq,cSeq;
struct Table *F;
char sName[20],err=0;
char *SEQ_DAT="SEQ.DAT";
char *FSEQ_DAT="FSEQ.DAT";
mm_file vidfile;
FILE *mmfp;
float fps;
int hold_count;
F = NULL; /* XXX check uninitialized */
dSeq = NULL; /* XXX check uninitialized */
bSeq = NULL; /* XXX check uninitialized */
i = j = 0; /* XXX check uninitialized */
memset(buffer,0x00,BUFFER_SIZE);
SHTS[0]=random(10);SHTS[1]=random(10);SHTS[2]=random(10);SHTS[3]=random(10);
if (fEarly && step!=0) return; //Specs: unmanned mission cut short
//Specs: female'snaut klugge
if (mode==2) {
fem=1; //Spec: additional search param.
mode=0;
} else fem=0;
//Specs: LEM Activities Klugge
if (Seq[0]=='h') {
if (Mev[STEP-1].Name[0]=='S'){
Seq[0]='Q';
} else {
Seq[0]='i';
strncpy(Mev[step].FName,"F034",4);
}
};
if (Seq[0]=='Q') {
if (Mev[STEP-1].Name[0]!='S') {
if (mode==0){
Seq[0]='i';
} else if (mode==1) {
Seq[0]='i';
strncpy(Mev[step].FName,"F034",4);
}
}
if ((Seq[1]=='U' || Seq[1]=='S') && Seq[2]=='C') {
if (Seq[3]=='5'){
Seq[3]='6';
} else if (Seq[3]=='6'){
Seq[3]='5';
}
}
};
//Specs: LM act lunar liftoff failure klugge and failed landing LPL
if (mode==1) {
if (Seq[0]=='T') {
if (Seq[3]=='6' || Seq[3]=='5')
strncpy(Mev[STEP].FName,"F019",4);
};
if (Seq[0]=='Q') {
if (Seq[3]=='6' || Seq[3]=='5')
strncpy(Mev[STEP].FName,"F216",4);
};
if (Seq[0]=='S') {
if (Seq[2]=='P') strncpy(Mev[STEP].FName,"F118",4);
};
if (Seq[0]=='P') {
//TC changero klugge
if (Seq[5]=='6') {
Tst2 = Seq[4];
Tst3 = Seq[5];
Seq[4] = Seq[2];
Seq[5] = Seq[3];
Seq[2] = (char)Tst2;
Seq[3] = (char)Tst3;
strncpy(Mev[STEP].FName,"F115",4);
}
}
}
//Specs: launch sync
if (Seq[0]=='#') lnch=1;
else lnch=0;
if (Seq[0]=='A' || Seq[0]=='E' || Seq[0]=='P' || Seq[0]=='T' || Seq[0]=='#')
AEPT=1; else AEPT=0;
if (mode==0) bSeq=(struct oGROUP *)&vhptr.vptr[35000];
else dSeq=(struct oFGROUP *)&vhptr.vptr[35000];
if (mode==0) {
fin=open_gamedat(SEQ_DAT);
offset=fread(&vhptr.vptr[35000],1,vhptr.h*vhptr.w-35000,fin);
} else {
fin = open_gamedat(FSEQ_DAT);
F=(struct Table *)&vhptr.vptr[0];
fread_Table(F,50,fin);
err=0; //Specs: reset error
/* Search for the proper animation */
for (i=0;i<50;i++) {
if (strncmp(F[i].fname,Mev[step].FName,4)==0)
break;
}
if (i==50) err=1;
if (err==0) {
fseek(fin, F[i].foffset, SEEK_SET);
fread_oFGROUP(dSeq, F[i].size / sizeof_oFGROUP, fin);
}
};
fclose(fin);
if (mode==0) {
j=0;
while (strncmp(bSeq[j].ID,"XXXX",4)!=0 && strncmp(&bSeq[j].ID[3],Seq,strlen(&bSeq[j].ID[3]))!=0)
j++;
if (bSeq[j].ID[2]-0x30 == 1)
if (fem==0) j++;
} else if (err==0) {
j=0;
memset(sName,0x00,sizeof sName);
strncpy(sName,&dSeq[j].ID[3+strlen(&dSeq[j].ID[3])-2],2);
while (strncmp(dSeq[j].ID,"XXXX",4) !=0 && strncmp(&dSeq[j].ID[3],Seq,strlen(&dSeq[j].ID[3])-2) !=0)
j++;
while(strncmp(sName,&Seq[strlen(Seq)-2],2) !=0) {
j++;
strncpy(sName,&dSeq[j].ID[3+strlen(&dSeq[j].ID[3])-2],2);
if (j>=F[i].size/sizeof_oFGROUP) {err=1;break;}
}
};
if ((strncmp((mode==0) ? bSeq[j].ID : dSeq[j].ID,"XXXX",4)==0) || (mode==1 && err==1)) {
//Specs: Search Error Play Static
if (mode==0) {
j=0;
} else {
fin=open_gamedat(FSEQ_DAT);
fseek(fin,F[0].foffset,SEEK_SET);
fread_oFGROUP(dSeq,F[0].size/sizeof_oFGROUP,fin);
fclose(fin);
}
}
if (mode==1 && err==1) j=0;
//::::::::::::::::::::::::::::::::::::
// Specs Success Sequence Variation :
//::::::::::::::::::::::::::::::::::::
if (mode==0 && (bSeq[j].ID[0]-0x30 !=1)) {
fres=0;
fres=(unsigned)(bSeq[j].ID[0]-0x30);
max=(unsigned)fres;
fres=fres-1;
wlen=0;
while(1) {
fres=random(10000);
fres%=10;
if (fres<max) break;
wlen++;
if (wlen>100) {fres=0;break;}
};
j+=fres;
};
//::::::::::::::::::::::::::::::::::::
// Specs: Failure Sequence Variation :
//::::::::::::::::::::::::::::::::::::
if (mode==1 && (dSeq[j].ID[0]-0x30 !=1)) {
fres=0;
fres=(unsigned)(dSeq[j].ID[0]-0x30);
max=(unsigned)fres;
fres=fres-1;
wlen=0;
while(1) {
fres=random(10000);
fres%=10;
if (fres<max) break;
wlen++;
if (wlen>100) {fres=0;break;}
};
j+=fres;
};
BABY=0;
if (mode==0) {
if (j>=1 && j<=22)
BABY=1;
}
if (mode==0) memcpy(&aSeq,&bSeq[j],sizeof aSeq);
else memcpy(&cSeq,&dSeq[j],sizeof cSeq);
fout=sOpen("REPLAY.TMP","at",1);
if (mode==0) fprintf(fout,"%d\n",(unsigned int)j);
else {i+=1;fprintf(fout,"%d\n",(unsigned int)(i*1000+j));}
// Specs: mode==1 save out fail seq (i*1000)+j
fclose(fout);
if (AI[plr]==1) return;
ffin=open_gamedat("BABYPICX.CDR");
Mob=(struct Infin *) buffer;
if (AEPT && !mode) {
if ((nfin=open_gamedat("BABYCLIF.CDR"))==NULL) return;
fread(Mob,CLIF_TABLE*(sizeof (struct Infin)),1,nfin); //Specs: First Table
// Endianness swap
for (i=0;i<CLIF_TABLE;i++) {
int ii;
for (ii=0;ii<10;ii++)
Swap16bit(Mob[i].List[ii]);
}
Mob2=(struct OF *)&buffer[15000];
fseek(nfin,7200,SEEK_SET);
fread(Mob2,SCND_TABLE*(sizeof (struct OF)),1,nfin); //Specs: Second Table
fclose(nfin);
// Endianness swap
for (i=0;i<SCND_TABLE;i++)
Swap16bit(Mob2[i].idx);
for (i=0;i<SCND_TABLE;i++) Mob2[i].Name[strlen(Mob2[i].Name)-3]='_'; // patch
} else {
nfin=open_gamedat("BABYNORM.CDR");
fread(Mob,NORM_TABLE*(sizeof (struct Infin)),1,nfin);
fclose(nfin);
// Endianness swap
for (i = 0; i< NORM_TABLE; i++)
{
int j;
for (j=0;j<10;j++)
Swap16bit(Mob[i].List[j]);
}
}
// Plop(plr,1); //Specs: random single frame for sound buffering
i=0;
if (mode==0) max=aSeq.ID[1]-'0';
else max=cSeq.ID[1]-'0';
keep_going = 1;
while (keep_going && i<(int)max) {
int aidx, sidx;
char *seq_name = NULL;
char name[20]; /** \todo assumption about seq_filename len */
if (mode==0) {
aidx = aSeq.oLIST[i].aIdx;
sidx = aSeq.oLIST[i].sIdx;
} else {
aidx = cSeq.oLIST[i].aIdx;
sidx = cSeq.oLIST[i].sIdx;
}
Swap16bit(aidx);
Swap16bit(sidx);
if (sidx)
play_audio (sidx, mode);
if ((seq_name = seq_filename(aidx, mode)) == NULL)
seq_name = "(unknown)";
snprintf(name, sizeof(name), "%s.ogg", seq_name);
mmfp = sOpen(name, "rb", FT_VIDEO);
INFO2("opening video file `%s'", name);
if (mm_open_fp(&vidfile, mmfp) <= 0)
break;
/** \todo do not ignore width/height */
if (mm_video_info(&vidfile, NULL, NULL, &fps) <= 0)
break;
j=0;
hold_count = 0;
while (keep_going) {
av_step ();
if (BABY==0 && BIG==0) Tick(plr);
if (hold_count == 0) {
/** \todo track decoding time and adjust delays */
if (mm_decode_video(&vidfile, video_overlay) <= 0)
break;
screen_dirty = 1;
/* XXX I don't get the fancy "hold" thing so I left it out */
} else if (hold_count < 8) {
//Specs: single frame hold
idle_loop (FRM_Delay);
if (!BABY && BIG==0) Tick(plr);
idle_loop (FRM_Delay);
if (!BABY && BIG==0) Tick(plr);
idle_loop (FRM_Delay);
if (!BABY && BIG==0) Tick(plr);
idle_loop (FRM_Delay);
hold_count++;
} else {
DEBUG1("need to come out of hold");
}
video_rect.w = 160;
video_rect.h = 100;
if (BIG==0)
{
video_rect.x = 80;
video_rect.y = 3+plr*10;
}
else
{
memset(screen, 0, MAX_X*MAX_Y);
video_rect.x = MAX_X / 4;
video_rect.y = MAX_Y / 4;
video_rect.h = MAX_Y / 2;
video_rect.w = MAX_X / 2;
}
/** \todo idle_loop is too inaccurate for this */
idle_loop_secs(1.0 / fps);
if (sts<23) {
if (BABY==0 && BIG==0) DoPack(plr,ffin,(AEPT && !mode) ? 1 : 0,Seq,seq_name);
++sts;
if (sts==23) sts=0;
if (bioskey(0) || grGetMouseButtons())
{
av_silence (AV_SOUND_CHANNEL);
keep_going = 0;
}
if (Data->Def.Anim) {
idle_loop (FRM_Delay * 3);
};
j++;
}
}
mm_close(&vidfile);
i++;
}
if (!IsChannelMute(AV_SOUND_CHANNEL)) {
if (lnch == 0)
PlayAudio("wh.ogg",0);
keep_going = 1;
while (keep_going) {
if (AnimSoundCheck())
keep_going = 0;
if (bioskey(0) || grGetMouseButtons())
{
av_silence (AV_SOUND_CHANNEL);
keep_going = 0;
}
av_block ();
if (Data->Def.Sound==1) UpdateAudio();
if (!BABY && BIG==0) {
Tick(plr);
gr_maybe_sync ();
}
}
}
fclose(ffin); // Specs: babypicx.cdr
mm_close(&vidfile);
video_rect.h = 0;
video_rect.w = 0;
DEBUG1("<-PlaySequence()");
}
void Tick(char plr)
{
static int Sec=1,Min=0,Hour=5,Day=5;
int g,change=0;
double now;
static double last;
//: Specs: reset clocks
if (plr==2) {
Sec=1;
Min=0;
Hour=5;
Day=5;
return;
}
now = get_time ();
if (now - last < .1)
return;
last = now;
for (g=3;g>-1;g--)
{
change=0;
if (g==3 && Hour==7) change=1;
else if (g==2 && Min==7) change=1;
else if (g==1 && Sec==7) change=1;
else if (g==0) change=1;
if (change==1)
{
switch(g)
{
case 3:Clock(plr,3,0,Day);if (Day==7) Day=0; else Day++;Clock(plr,3,1,Day);
case 2:Clock(plr,2,0,Hour);if (Hour==7) Hour=0; else Hour++;Clock(plr,2,1,Hour);
case 1:Clock(plr,1,0,Min);if (Min==7) Min=0; else Min++;Clock(plr,1,1,Min);
default:Clock(plr,0,0,Sec);if (Sec==7) Sec=0; else Sec++;Clock(plr,0,1,Sec);break;
};
};
};
return;
}
void Clock(char plr,char clck,char mode,char tm)
{
unsigned sx,sy;
sx = 0; /* XXX check uninitialized */
//: Specs: clock y value
if (plr==0) sy=108;
else sy=121;
//: Specs: color
if (mode==0) mode=3;
else mode=4;
//: Specs: clock x_value
if (clck==0) sx=147;
else if (clck==1) sx=157;
else if (clck==2) sx=168;
else if (clck==3) sx=178;
switch(tm)
{
case 0:grPutPixel(sx,sy-1,mode);grPutPixel(sx,sy-2,mode);break;
case 1:grPutPixel(sx+1,sy-1,mode);break;
case 2:grPutPixel(sx+1,sy,mode);grPutPixel(sx+2,sy,mode);break;
case 3:grPutPixel(sx+1,sy+1,mode);break;
case 4:grPutPixel(sx,sy+1,mode);grPutPixel(sx,sy+2,mode);break;
case 5:grPutPixel(sx-1,sy+1,mode);break;
case 6:grPutPixel(sx-1,sy,mode);grPutPixel(sx-2,sy,mode);break;
case 7:grPutPixel(sx-1,sy-1,mode);break;
default:break;
};
av_need_update_xy(sx - 2, sy - 2, sx + 2, sy - 2);
return;
}
void DoPack(char plr,FILE *ffin,char mode,char *cde,char *fName)
{
int i,x,y,try,which,mx2,mx1;
GXHEADER boob;
ui16 *bot,off=0;
long locl;
static char kk=0,bub=0;
char Val1[12],Val2[12],loc;
memset(Val1,0x00,sizeof Val1);memset(Val2,0x00,sizeof Val2);
strcpy(Val1,cde);
if (Val1[0]=='W') Val1[2]='P'; // for planetary steps
if (bub<2) //4
{
mode=3;
loc=kk;
}
else if (bub==2) { //4
++bub;
loc=kk;
}
else {
bub=0;
SHTS[0]++;SHTS[1]++;
SHTS[2]++;SHTS[3]++;
mx1=maxx(SHTS[0],SHTS[2]);mx2=maxx(SHTS[1],SHTS[3]);
if (mx1>mx2) loc=(SHTS[0]>SHTS[2]) ? 0 : 2 ;
else loc=(SHTS[1]>SHTS[3]) ? 1 : 3 ;
SHTS[loc]=random(3);
kk=loc;
return;
};
x=(loc==0 || loc==1) ? 6 : 246;
y=(loc==0 || loc==2) ? 5+2*plr: 57+plr*9;
off=64+loc*16;
GV(&boob,68,46);
bot=(ui16 *) boob.vptr;
//:::::::::::::::::::::::::::::::
//Specs: which holds baby frame :
//:::::::::::::::::::::::::::::::
if (mode==3) {
which=580+bub; //Specs: static frames
++bub;
}
else if (mode==1) {
try=0;which=0;
while (try<SCND_TABLE)
{
if (xstrncasecmp(fName,Mob2[try].Name,strlen(Mob2[try].Name))==0) break;
else try++;
};
if (try>=SCND_TABLE) which=415+random(25);
else
{
if (Val1[0]!='#')
switch(Mob2[try].idx)
{
case 0:strcat(Val1,"0\0");break;
case 1:strcat(Val1,"1\0");break;
case 2:strcat(Val1,"2\0");break;
case 3:strcat(Val1,"3\0");break;
case 4:strcat(Val1,"0\0");break;
case 5:strcat(Val1,"1\0");break;
case 6:strcat(Val1,"2\0");break;
case 7:strcat(Val1,"0\0");break;
case 8:strcat(Val1,"1\0");break;
case 9:strcat(Val1,"2\0");break;
case 10:strcat(Val1,"0\0");break;
case 11:strcat(Val1,"1\0");break;
default:which=415+random(25);
}
if (which==0) {
try=0;
while (try<CLIF_TABLE)
{
strcpy(Val2,&Mob[try].Code[0]);
if (xstrncasecmp(Val1,Val2,strlen(Val1))==0) break;
else try++;
};
if (try>=CLIF_TABLE) which=415+random(25);
else
{
which=random(Mob[try].Qty);
if (which>=10)
{
locl=((which-(which%10))/10)-1;
which=Mob[try].List[which%10];
}
else which=Mob[try].List[which];
}
}
}
}
else {
try=0;
while (try<NORM_TABLE)
{
strcpy(Val2,&Mob[try].Code[0]);
if (strncmp(Val1,Val2,strlen(Val2))==0) break;
else try++;
};
if (try>=NORM_TABLE) which=415+random(25);
else
{
which=random(Mob[try].Qty);
if (which>=10)
{
locl=((which-(which%10))/10)-1;
which=Mob[try].List[which%10];
}
else which=Mob[try].List[which];
}
};
//Specs: which holds baby num
locl=(long) 1612*which;
if (which<580) memset(&pal[off*3],0x00,48);
if(loc!=0 && which<580) {VBlank();gxSetDisplayPalette(pal);}
fseek(ffin,(long)locl,SEEK_SET);
fread(&pal[off*3],48,1,ffin);
fread(boob.vptr,1564,1,ffin);
for (i=0;i<782;i++) {
bot[i+782]=((bot[i]&0xF0F0)>>4);
bot[i]=(bot[i]&0x0F0F);
};
for (i=0;i<1564;i++) {
boob.vptr[i]+=off;
boob.vptr[1564+i]+=off;
};
VBlank();
gxPutImage(&boob,gxSET,x,y,0);
VBlank();
gxSetDisplayPalette(pal);
DV(&boob);
}
void InRFBox(int a, int b, int c, int d, int col)
{
InBox(a,b,c,d);RectFill(a+1,b+1,c-1,d-1,col);
return;
}
void
GuyDisp(int xa, int ya, struct Astros *Guy)
{
grSetColor(1);
assert(Guy != NULL);
if (Guy->Sex == 1)
grSetColor(6); // Display female 'nauts in navy blue, not white
PrintAt(xa, ya, Guy->Name);
PrintAt(0, 0, ": ");
switch (Guy->Status)
{
case AST_ST_DEAD:
grSetColor(9);
PrintAt(0, 0, "DEAD");
break;
case AST_ST_RETIRED:
grSetColor(12);
PrintAt(0, 0, "INJ"); // TODO: Why INJ not RET?
break;
case AST_ST_INJURED:
grSetColor(12);
PrintAt(0, 0, "INJ");
break;
default:
grSetColor(13);
PrintAt(0, 0, "OK");
break;
}
return;
}
char FailureMode(char plr,int prelim,char *text)
{
int i,j,k;
FILE *fin;
double last_secs;
char save_screen[64000], save_pal[768];
FadeOut(2,pal,10,0,0);
// this destroys what's in the current page frames
memcpy (save_screen, screen, 64000);
memcpy (save_pal, pal, 768);
gxClearDisplay(0,0);
ShBox(0,0,319,22);IOBox(243,3,316,19);InBox(3,3,30,19);FlagSm(plr,4,4);
grSetColor(1);PrintAt(258,13,"CONTINUE");
ShBox(0,24,319,199);
InRFBox(4,27,153,58,0);
grSetColor(1);
MisStep(9,34,Mev[STEP].loc);
PrintAt(9,41,"MISSION STEP: ");DispNum(0,0,STEP);
PrintAt(9,48,Mev[STEP].E->Name);
PrintAt(0,0," CHECK");
if (strncmp(Mev[STEP].E->Name,"DO",2)==0) {
if (Mev[STEP].loc==1 || Mev[STEP].loc==2)
DispNum(9,55,Mev[STEP].E->MSF);
else DispNum(9,55,Mev[STEP].E->MisSaf);
}
else DispNum(9,55,Mev[STEP].E->MisSaf);
PrintAt(0,0," VS ");DispNum(0,0,Mev[STEP].dice);
DispBig(40,5,"STEP FAILURE",0,-1);
// InRFBox(4,61,153,109,0); // Image, Small Left Side
// Status/Scrub
InRFBox(4,112,153,128,0);
// Display Result of Mission
if (prelim==3) {
ShBox(6,114,151,126);
grSetColor(1); PrintAt(8,122,"RECOMMEND MISSION SCRUB");
} else {
grSetColor(9);
switch(prelim) {
case 0: grSetColor(15);PrintAt(10,122,"ALL SYSTEMS ARE GO");break;
case 1: PrintAt(10,122,"FAILURE: USE ALTERNATE");break;
case 2: PrintAt(10,122,"FURTHER PROBLEMS: RECHECK");break;
case 4: PrintAt(10,122,"CREW STRANDED IN SPACE");break;
case 5: PrintAt(10,122,"MISSION FAILURE");break;
case 6: grSetColor(15);PrintAt(10,122,"MISSION SUCCESS");break;
case 7: PrintAt(10,122,"STEP FAILURE");break;
case 8: PrintAt(10,122,"CATASTROPHIC FAILURE");break;
case 9: PrintAt(10,122,"CREW INJURIES");break;
default: break;
};
};
// Flight Crew Info
InRFBox(4,131,315,151,0); // Astro List/Crew
grSetColor(12);PrintAt(15,139,"CREW");PrintAt(9,146,"STATUS");
if (MANNED[Mev[STEP].pad]>0) GuyDisp(49,138,MA[Mev[STEP].pad][0].A);
if (MANNED[Mev[STEP].pad]>1) GuyDisp(49,146,MA[Mev[STEP].pad][1].A);
if (MANNED[Mev[STEP].pad]>2) GuyDisp(182,138,MA[Mev[STEP].pad][2].A);
if (MANNED[Mev[STEP].pad]>3) GuyDisp(182,146,MA[Mev[STEP].pad][3].A);
if (MANNED[Mev[STEP].pad]==0) {
if (((Mev[STEP].E->ID[1]==0x35 || Mev[STEP].E->ID[1]==0x36) && STEP>5)) { // if LEMS
GuyDisp(49,138,MA[1][LM[1]].A);
if (EVA[1]!=LM[1]) GuyDisp(49,146,MA[1][EVA[1]].A);
}
else if (strncmp(Mev[STEP].E->ID,"M2",2)==0) {
GuyDisp(49,138,MA[other(Mev[STEP].pad)][0].A);
GuyDisp(49,146,MA[other(Mev[STEP].pad)][1].A);
GuyDisp(182,138,MA[other(Mev[STEP].pad)][2].A);
}
else if (strncmp(Mev[STEP].E->ID,"M3",2)==0) { // EVA
GuyDisp(49,138,MA[1][EVA[1]].A);
}
else {grSetColor(1);PrintAt(49,138,"UNMANNED");}
};
grSetColor(11); // Specialist
if (MANNED[Mev[STEP].pad]>0) {
switch (Mev[STEP].ast) {
case 0: grDrawLine(49,140,172,140);break;
case 1: grDrawLine(49,148,172,148);break;
case 2: grDrawLine(182,140,305,140);break;
case 3: grDrawLine(182,148,305,148);break;
default: break;
};
};
// Display Failure Text
InRFBox(4,154,315,196,0);
grSetColor(11);j=0;k=163;grMoveTo(12,k);
for (i=0;i<200;i++) {
if (j>40 && text[i]==' ') {k+=7;j=0;grMoveTo(12,k);}
else DispChr(text[i]);
j++;if (text[i]=='\0') break;
};
// Failure Diagram
InRFBox(162,28,312,42,10);
grSetColor(11);PrintAt(194,37,"EQUIPMENT DETAIL");
InRFBox(162,46,312,127,0); // Image is 188,49
// Place Image Here
// Build Name
memset(Name,0x00,sizeof Name);
VerifyData();
if (plr==0) strcat(Name,"US");
else strcat(Name,"SV");
strncat(Name,Mev[STEP].E->ID,2);
if(Mev[STEP].Class==6) {
strcpy(&Name[0],"XCAM\0");
}
strcat(Name,".BZ\0");
fin=OpenAnim(Name);
StepAnim(188,47,fin);
last_secs = get_time ();
FadeIn(2,pal,10,0,0);
WaitForMouseUp();
key = 0;
while(bioskey(1)) bioskey(0);
while (1)
{
if (get_time () - last_secs > .55) {
last_secs = get_time ();
StepAnim(188,47,fin);
}
GetMouse();
if ((x>=245 && y>=5 && x<=314 && y<=17 && mousebuttons>0) || key==K_ENTER)
{
InBox(245,5,314,17);
WaitForMouseUp();
OutBox(245,5,314,17);delay(10);
FadeOut(2,pal2,10,0,0);
// DrawControl(plr);
CloseAnim(fin);
memcpy (screen, save_screen, 64000);
memcpy (pal, save_pal, 768);
screen_dirty = 1;
FadeIn(2,pal,10,0,0);
key=0;
return 0; /* Continue */
};
if ((x>=6 && y>=114 && x<=151 && y<=126 && prelim==3 && mousebuttons>0) || (prelim==7 && key=='S'))
{
InBox(6,114,151,126);
WaitForMouseUp();
OutBox(6,114,151,126);delay(10);
FadeOut(2,pal2,10,0,0);
// DrawControl(plr);
CloseAnim(fin);
memcpy (screen, save_screen, 64000);
memcpy (pal, save_pal, 768);
screen_dirty = 1;
FadeIn(2,pal,10,0,0); key=0;
return 1; /* Scrub */
};
};
}
/** open the animations file and seek the proper animation
*
* \param fname Name of the Animation to search for
*/
FILE *OpenAnim(char *fname)
{
DEBUG2("->OpenAnim(fname %s)", fname);
FILE *fin;
struct TM {
char ID[4];
long offset;
long size;
} AIndex;
fin=open_gamedat("LIFTOFF.ABZ");
if (!fin)
{