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mis_m.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 <Buzz_inc.h>
#include <externs.h>
#include <mis.h>
#include <utils.h>
#include <options.h>
#include <logging.h>
#define MIS_SET 0 // FAILURES ON
LOG_DEFAULT_CATEGORY(mission)
extern struct MisAst MA[2][4];
extern Equipment *MH[2][8];
extern struct MisEval Mev[60];
extern char MANNED[2],pal2[768],STEPnum,FINAL,AI[2],CAP[2],LM[2],DOC[2],EVA[2],fEarly,mcc,JOINT;
extern char STEP; /**< Index of current mission step */
extern char DMFake;
extern int AUDIO;
char MFlag,death,durx,MPad,Unm,SCRUBS,noDock,InSpace;
char Dock_Skip; /**< used for mission branching */
extern struct mStr Mis;
extern ui16 MisStat;
extern char pCnt,tMen,BIG; // Counter for pAry
extern i16 pAry[15]; /**< Array for Presige Firsts compelted */
extern REPLAY Rep;
void Tick(char);
void GetFailStat(struct XFails *Now,char *FName,int rnum)
{
DEBUG2("->GetFailStat(struct XFails *Now,char *FName,int rnum %d)", rnum);
int i;
FILE *fin;
long count;
struct Fdt {
char Code[6];
long offset;
i16 size;
} Pul;
fin=sOpen("FAILS.CDR","rb",0);
count=44;
fread(&count,sizeof count,1,fin); // never written to file
Swap32bit(count);
fread(&Pul,sizeof Pul,1,fin);
Swap32bit(Pul.offset);
Swap16bit(Pul.size);
i=0;
while (xstrncasecmp(Pul.Code,FName,4)!=0 && i<count) {
fread(&Pul,sizeof Pul,1,fin);
Swap32bit(Pul.offset);
Swap16bit(Pul.size);
i++;
}
if (i==count) {fclose(fin);return;}
fseek(fin,Pul.offset,SEEK_SET);
if (rnum<0) { // Unmanned portion
do {
fread(Now,sizeof (struct XFails),1,fin);
Swap32bit(Now->per); // Only need to swap this one since we're checking only that
} while (Now->per!=rnum);
}
else {
do {
fread(Now,sizeof (struct XFails),1,fin);
Swap32bit(Now->per);
Swap16bit(Now->code);
Swap16bit(Now->val);
Swap16bit(Now->xtra);
Swap16bit(Now->fail);
} while (Now->per<=rnum);
};
fclose(fin);
DEBUG1("<-GetFailStat()");
}
void MisCheck(char plr,char mpad)
{
int tomflag=0; // toms checking flag
int val,safety,save,PROBLEM,i,lc,durxx;
struct XFails Now;
unsigned char gork=0;
lc = 0; /* XXX check uninitialized */
STEPnum=STEP;
FINAL=STEP=MFlag=0; // Clear Everything
Unm=MANNED[0]+MANNED[1];
Dock_Skip=0; // used for mission branching
MPad=mpad;
SCRUBS=noDock=InSpace=0;
if (!AI[plr] && BIG==0) {
//FadeOut(1,pal,100,128,1);
if (plr==1) {
RectFill(189,173,249,196,55);
for (i=190;i<250;i+=2) {
grPutPixel(i,178,61);
grPutPixel(i,184,61);
grPutPixel(i,190,61);
}
lc=191;
}
else if (plr==0) {
RectFill(73,173,133,196,55);
for (i=73;i<133;i+=2) {
grPutPixel(i,178,61);
grPutPixel(i,184,61);
grPutPixel(i,190,61);
}
lc=76;
}
} // END if (!AI[plr])
if (!AI[plr] && BIG==0) Tick(2);
Mev[0].trace=0;
death=0;
durxx=durx=-1;
if (Data->P[plr].Mission[mpad].Duration>0) {
durxx=Data->P[plr].Mission[mpad].Duration-1;
Data->P[plr].Mission[mpad].Duration=0;
}
if (JOINT==1) {
durxx=maxx(durxx,Data->P[plr].Mission[mpad+1].Duration-1);
Data->P[plr].Mission[mpad+1].Duration=0;
}
do {
if (STEP>30 || STEP<0) delay(20);
if (Dock_Skip==1) {
if (Mev[Mev[STEP].trace].loc==8)
Mev[STEP].trace++; // skip over docking.
}
if (Mev[STEP].loc==16 && Mis.PCat[4]==22) FirstManOnMoon(plr,0,Mis.Index);
// Duration Hack Part 1 of 3 (during the Duration stuff)
if ((Mev[STEP].loc==27 || Mev[STEP].loc==28) && durx>0) {
if (Mev[STEP].StepInfo!=1) {
Data->P[plr].Mission[MPad+Mev[STEP].pad].Duration= 1; //Original code would also return 1
durx=-1; // end durations
}
else {
Data->P[plr].Mission[MPad+Mev[STEP].pad].Duration++;
durx--;
if ((Data->Def.Lev1==0 && plr==0) || (Data->Def.Lev2==0 && plr==1))
Mev[STEP].dice=MisRandom();
else Mev[STEP].dice=random(100)+1;
Mev[STEP].rnum=random(10000); // reroll failure type
Mev[STEP].trace=STEP;
}
}
if (Mev[STEP].Name[0]=='A' || Mev[STEP].StepInfo==9 || Mev[STEP].StepInfo==19)
STEP=Mev[STEP].trace;
else {
if (Mev[STEP].trace!=0) STEP=Mev[STEP].trace;
else {
Mev[STEP].trace=STEP+1;
STEP++;
}
}
// Duration Hack Part 2 of 3 (set up durx for duration use)
if ((Mev[STEP].loc==27 || Mev[STEP].loc==28) && durx==-1) {
durx=durxx-1;
Data->P[plr].Mission[MPad+Mev[STEP].pad].Duration=2;
}
if (Mev[STEP].Name[0]=='A') {
grSetColor(11);
if (!AI[plr] && BIG==0) {
if (plr==0) {x=5;y=112;RectFill(2,107,140,115,3);}
else {x=82,y=8;RectFill(78,2,241,10,3);}
PrintAt(x,y,"COUNTDOWN");
if (plr==0) {
RectFill(188,107,294,113,3);
grSetColor(1);
PrintAt(190,112,(Mev[STEP].pad==0) ? "PRIMARY LAUNCH":"SECOND LAUNCH");
}
else {
RectFill(244,56,314,62,3);
grSetColor(1);
PrintAt(246,61,(Mev[STEP].pad==0) ? "PRIMARY PAD":"SECOND PAD");
}
}
memset(Name,0x00,sizeof Name);
strcpy(Name,Mev[STEP].Name);
Name[0]='#'; // Launch Code
PlaySequence(plr,STEP,Name,0); // Special Case #47236
};
// Necessary to keep code from crashing on bogus mission step
while (Mev[STEP].E==NULL) {
STEP++;
}
// Draw Mission Step Name
if (!AI[plr] && BIG==0) {
if (!(fEarly && STEP!=0)) {
if (plr==0) {x=5;y=112;RectFill(2,107,140,115,3);}
else {x=82,y=8;RectFill(78,2,241,10,3);}
grSetColor(11); MisStep(x,y,Mev[STEP].loc);
if (plr==0) {
RectFill(188,107,294,113,3);
grSetColor(1);
PrintAt(190,112,(Mev[STEP].pad==0) ? "PRIMARY LAUNCH":"SECOND LAUNCH");
}
else {
RectFill(244,56,314,62,3);
grSetColor(1);
PrintAt(246,61,(Mev[STEP].pad==0) ? "PRIMARY PAD":"SECOND PAD");
}
}
}
// SAFETY FACTOR STUFF
safety=Mev[STEP].E->MisSaf;
if ((Mev[STEP].Name[0]=='A') && MH[Mev[STEP].pad][7]!=NULL)
{ // boosters involved
safety = RocketBoosterSafety(safety, MH[Mev[STEP].pad][7]->Safety);
}
// Duration Hack Part 3 of 3
if (Mev[STEP].loc==28 || Mev[STEP].loc==27) {
safety=Mev[STEP].E->MisSaf; // needs to be for both
if (InSpace==2) safety=(MH[0][0]->MisSaf+MH[1][0]->MisSaf)/2; //joints
}
if (strncmp(Mev[STEP].E->Name,"DO",2)==0) {
if (Mev[STEP].loc==1 || Mev[STEP].loc==2)
safety=Mev[STEP].E->MSF;
}
val=Mev[STEP].dice;
safety+=Mev[STEP].asf;
if (safety>=100) safety=99;
save=(Mev[STEP].E->SaveCard==1)? 1 : 0;
PROBLEM = val > safety;
if (!AI[plr] && options.want_cheats)
PROBLEM = 0;
DEBUG6("step %c:%s safety %d rolled %d%s", Mev[STEP].Name[0], S_Name[Mev[STEP].loc],
safety, val,
PROBLEM ? " problem" : (options.want_cheats ? " cheating" : ""));
if (!AI[plr] && BIG==0)
if (!(fEarly && STEP!=0))
lc=MCGraph(plr,lc,maxx(0,safety),maxx(0,val),PROBLEM); // Graph Chart
if (PROBLEM && save==1) { // Failure Saved
Mev[STEP].E->SaveCard--; // Deduct SCard
PROBLEM=0; // Fix problem
}
// Debug Code Only
#if MIS_SET
if (!AI[plr]) { //&& TOM && NOFAIL
memset(Text,0x00,sizeof Text);
strcpy(Text,"FAIL:\0");
strcpy(&Text[5],S_Name[Mev[STEP].loc]);
PROBLEM=Request(0,Text,6);
}
#endif
// Fix wrong anim thing for the Jt Durations
if (Mev[STEP].loc==28 || Mev[STEP].loc==27) {
strcpy(Mev[STEP].Name,(plr==0)?"_BUSC0\0":"_BSVC0");
Mev[STEP].Name[5]=Mev[STEP].E->ID[1];
}
if (PROBLEM==1) { //Step Problem
#if MIS_SET
if (!AI[plr] ) DebugSetFailure(Text); // && TOM && NOFAIL
#endif
// for the unmanned mission
if (MANNED[Mev[STEP].pad]==0 && MANNED[other(Mev[STEP].pad)]==0)
Mev[STEP].rnum=(-1)*(random(5)+1);
// Unmanned also
if (MANNED[Mev[STEP].pad]==0 && noDock==0)
Mev[STEP].rnum=(-1)*(random(5)+1);
memset(&Now,0x00,sizeof Now);
//***************TC Special little HMOON EVA FAILURE FIX
tomflag = 0;
if (Mev[STEP].Name[0]=='H' && Mev[STEP].Name[1]=='M')
{
gork=Data->P[plr].Mission[mpad].Prog;
if (gork==2) strcpy(Mev[STEP].Name,(plr==0)?"HUM3C1":"HSM3C1");
else if (gork==3) strcpy(Mev[STEP].Name,(plr==0)?"HUM3C2":"HSM3C2");
else strcpy(Mev[STEP].Name,(plr==0)?"HUM3C3":"HSM3C3");
tomflag = 1;
};
//:::::: Failure docking klugge
if (Mev[STEP].Name[0]=='I')
{
gork=Data->P[plr].Mission[mpad].Prog;
if (gork==2) strcpy(Mev[STEP].Name,(plr==0)?"IUM4C1":"ISM4C1");
else if (gork==3) strcpy(Mev[STEP].Name,(plr==0)?"IUM4C2":"ISM4C2");
else strcpy(Mev[STEP].Name,(plr==0)?"IUM4C3":"ISM4C3");
};
// *********** TOM's FAIL HMOON KLUDGE
// if HMOON FAILURE
if (tomflag) {
GetFailStat(&Now,Mev[STEP].FName,7595);
} else {
DEBUG3("Failing !tomflag - calling GetFailStat(&Now, Mev[STEP].FName %s, MEV[STEP].rnum %d))", Mev[STEP].FName, Mev[STEP].rnum);
GetFailStat(&Now,Mev[STEP].FName,Mev[STEP].rnum); // all others
}
VerifyData();
memset(Name,0x00,sizeof Name);
memcpy(Name,Mev[STEP].Name,strlen(Mev[STEP].Name)); // copy orig failure
Name[strlen(Name)]=0x30+(Now.fail/10);
Name[strlen(Name)]=0x30+Now.fail%10;
Name[strlen(Name)]=0x00;
//:::::: STEP FAILURE :::::::::
//:::::::::::::::::::::::::::::
PlaySequence(plr,STEP,Name,1);
if (!AI[plr]) Tick(2); //reset dials
FailEval(plr,Now.code,Now.text,Now.val,Now.xtra);
} else { // Step Success
if (Mev[STEP].loc==28 || Mev[STEP].loc==27) {
strcpy(Mev[STEP].Name,(plr==0)?"bUC0":"bSC0");
Mev[STEP].Name[5]=Mev[STEP].E->ID[1];
}
if (strncmp(Mev[STEP].E->Name,"DO",2)==0) {
if (Mev[STEP].loc==2) Data->P[plr].DMod=2;
}
//::::::::::::::::::::::::::::::::::
//::: SUCCESS: Docking klugge ::::::
//::::::::::::::::::::::::::::::::::
if (Mev[STEP].Name[0]=='I')
{
gork=Data->P[plr].Mission[mpad].Prog;
if (gork==2) strcpy(Mev[STEP].Name,(plr==0)?"IUM4C1":"ISM4C1");
else if (gork==3) strcpy(Mev[STEP].Name,(plr==0)?"IUM4C2":"ISM4C2");
else strcpy(Mev[STEP].Name,(plr==0)?"IUM4C3":"ISM4C3");
};
if (Mev[STEP].Name[0]=='e' && Data->P[plr].Mission[mpad].MissionCode==7)
strcpy(Mev[STEP].Name,(plr==0)?"VUP1":"VSP1");
//:::::: STEP SUCCESS :::::::::
//:::::::::::::::::::::::::::::
// Female step klugge
// third parameter (0 -> MALE) (2 -> FEMALE)
//:::::::::::::::::::::::::::::
gork=0;
gork = ((MA[0][0].A!=NULL && MA[0][0].A->Sex && EVA[0]==0)
|| (MA[0][1].A!=NULL && MA[0][1].A->Sex && EVA[0]==1)
|| (MA[0][2].A!=NULL && MA[0][2].A->Sex && EVA[0]==2)
|| (MA[0][3].A!=NULL && MA[0][3].A->Sex && EVA[0]==3)
|| (MA[1][0].A!=NULL && MA[1][0].A->Sex && EVA[1]==0)
|| (MA[1][1].A!=NULL && MA[1][1].A->Sex && EVA[1]==1)
|| (MA[1][2].A!=NULL && MA[1][2].A->Sex && EVA[1]==2)
|| (MA[1][3].A!=NULL && MA[1][3].A->Sex && EVA[1]==3));
//if (!((mcc==9 || mcc==11) && (Mev[STEP].Name[0]=='W')))
PlaySequence(plr,STEP,Mev[STEP].Name,(gork==1) ? 2 : 0 ); // Play Animations
VerifyData();
if (Mev[STEP].sgoto==100) Mev[STEP].trace=0x7F;
else if (Mev[STEP].sgoto!=0) Mev[STEP].trace=Mev[STEP].sgoto;
else Mev[STEP].trace=STEP+1;
if (!(strncmp(Mev[STEP].E->Name,"DO",2)==0 && Mev[STEP].loc==0x02)) {
Mev[STEP].E->MisSucc++; // set for all but docking power on
}
Mev[STEP].StepInfo=1;
// Bottom of success statement
}
if (Mev[STEP].loc==0x7f || Mev[STEP].sgoto==100) // force mission end
Mev[STEP].trace=0x7f;
if ((mcc==10 || mcc==12 || mcc==13) && STEP==2) Mev[STEP].trace=0x7f;
if (STEP>30 || STEP<0) {
delay(20);
}
if (Mev[STEP].Prest!=0) {
pAry[pCnt++]=STEP;
}
if (Mev[STEP].sgoto==Mev[STEP].fgoto && Mev[STEP].trace!=0x7f)
Mev[STEP].trace=Mev[STEP].sgoto;
if (Mev[STEP].loc==8 && Mev[STEP].StepInfo==1) noDock=1;
if (Mev[STEP].loc==0 && MANNED[Mev[STEP].pad]>0) InSpace++;
if (Mev[STEP].loc==4 && MANNED[Mev[STEP].pad]>0) InSpace--;
// these two lines fix a problem with Lab Missions failing on launch and
// ending the mission.
// Yet another in the ongoing series of special cases.
//
if (Mev[STEP].trace==0x7f && STEP==3) {
switch(Mis.Index) {
case 19: case 22: case 23: case 30:
case 32: case 35: case 36: case 37:
InSpace=1;
Mev[STEP].trace=Mev[STEP].dgoto;
default: break;
}
}
// if (Mev[STEP].trace==0x7f && InSpace>0) Mev[STEP].trace=STEP+1;
} while(Mev[STEP].trace!=0x7f); // End mission
//end do
if (!AI[plr] && death==0) delay(1000);
if ((MA[0][0].A!=NULL && MA[0][0].A->Status==AST_ST_DEAD)
|| (MA[0][1].A!=NULL && MA[0][1].A->Status==AST_ST_DEAD)
|| (MA[0][2].A!=NULL && MA[0][2].A->Status==AST_ST_DEAD)
|| (MA[0][3].A!=NULL && MA[0][3].A->Status==AST_ST_DEAD)
|| (MA[1][0].A!=NULL && MA[1][0].A->Status==AST_ST_DEAD)
|| (MA[1][1].A!=NULL && MA[1][1].A->Status==AST_ST_DEAD)
|| (MA[1][2].A!=NULL && MA[1][2].A->Status==AST_ST_DEAD)
|| (MA[1][3].A!=NULL && MA[1][3].A->Status==AST_ST_DEAD))
{ // Mission Death
if (!AI[plr]) {
if (BIG==0) {
memset(&pal[64*3],0x00,64*3); //Specs: 0x08
gxSetDisplayPalette(pal);
if (plr==0) RectFill(2,107,140,115,3);
else RectFill(78,2,241,10,3);
if (plr==0) RectFill(188,107,294,113,3);
else RectFill(244,56,314,62,3);
}
PlaySequence(plr,STEP,(plr==0)?"UFUN":"SFUN",0);
}
if (!AI[plr]) delay(1000);
death=1;
}
else {
death=0;
};
return;
}
/** Draw mission step rectangle
*
* The rectangle represents the success or failure rate.
*
* \param plr Player data
* \param lc ??? maybe location of the chart
* \param safety Safety factor in percent
* \param val value of the dice checked against safety
* \param prob is this a problem or not?
*
* \return new value of lc
*/
int MCGraph(char plr,int lc,int safety,int val,char prob)
{
int i;
TRACE5("->MCGraph(plr, lc %d, safety %d, val %d, prob %c)", lc, safety, val, prob);
RectFill(lc-2,195,lc,195-safety*22/100,11);
RectFill(lc-2,195,lc,195-(safety-Mev[STEP].asf)*22/100,6);
for (i=195;i>195-val*22/100;i--) {
RectFill(lc-2,195,lc,i,21);
delay(15);
}
if (plr==1 && !AI[plr]) {
if (val>safety && prob==0) {
RectFill(lc-2,195,lc,195-val*22/100,9);
lc=191;
} else if (val>safety) {
RectFill(lc-2,195,lc,195-val*22/100,9);
lc+=5;
} else {
if (lc>=241) {
grSetColor(55);RectFill(189,173,249,196,55);
for (i=190;i<250;i+=2) {
grPutPixel(i,178,61);
grPutPixel(i,184,61);
grPutPixel(i,190,61);
}
RectFill(189,195,191,195-safety*22/100,11);
RectFill(189,195,191,195-(safety-Mev[STEP].asf)*22/100,6);
RectFill(189,195,191,195-val*22/100,21);
if (Mev[STEP].asf>0) RectFill(189,195-safety*22/100,191,195-safety*22/100,11);
lc=196;
/* lc > 241 */
} else {
lc+=5;
}
} /* check safety and problem */
} else if (plr==0 && !AI[plr]) {
if (val>safety && prob==0) {
RectFill(lc-2,195,lc,195-val*22/100,9);
lc=76;
} else if (val>safety) {
RectFill(lc-2,195,lc,195-val*22/100,9);
lc+=5;
} else {
if (lc>=126) {
RectFill(73,173,133,196,55);
for (i=73;i<133;i+=2) {
grPutPixel(i,178,61);
grPutPixel(i,184,61);
grPutPixel(i,190,61);
}
RectFill(74,195,76,195-safety*22/100,11);
RectFill(74,195,76,195-(safety-Mev[STEP].asf)*22/100,6);
RectFill(74,195,76,195-val*22/100,21);
if (Mev[STEP].asf>0) {
RectFill(74,195-safety*22/100,76,195-safety*22/100,11);
}
lc=81;
} else {
lc+=5;
}
}
}
TRACE1("<-MCGraph()");
return lc;
}
#define F_ALL 0
#define F_ONE 1
void F_KillCrew(char mode,struct Astros *Victim)
{
int k=0, p = 0;
struct Astros *Guy;
Guy = NULL; /* XXX check uninitialized */
// Reset Hardware
if (Victim >= &Data->P[1].Pool[0]) p = 1;
if ( (Data->Def.Lev1 == 0 && p == 0 ) || ( Data->Def.Lev2 == 0 && p == 1) )
Mev[STEP].E->Safety/=2;
else Mev[STEP].E->Safety=Mev[STEP].E->Base;
Mev[STEP].E->MaxRD = Mev[STEP].E->MSF-1;
if (mode==F_ALL) {
for(k=0;k<MANNED[Mev[STEP].pad];k++) { // should work in news
Guy=MA[Mev[STEP].pad][k].A;
if (Guy!=NULL) {
Guy->Status=AST_ST_DEAD;
Guy->Special=3;
Guy->RetReas=8;
Guy->Assign=Guy->Moved=Guy->Crew=Guy->Task=Guy->Una=0;
tMen++;
death=1;
}
}
}
else if (mode==F_ONE) { // should work in news
if (Victim==NULL) return;
Victim->Status=AST_ST_DEAD;
Victim->Special=3;
Victim->RetReas=8;
Victim->Assign=Victim->Moved=Victim->Crew=Victim->Task=0;
/* XXX this code was here, but Guy wsa not initialized */
// Guy->Una=0;
tMen++;
//death=1;
}
}
#define F_RET 0
#define F_INJ 1
void F_IRCrew(char mode,struct Astros *Guy)
{
if (Guy->Status==AST_ST_DEAD) return;
if (Guy==NULL) return;
if (mode==F_RET) { // should work in news
Guy->Status=AST_ST_RETIRED;
Guy->RDelay=1; // Retire begginning of next season
Guy->RetReas=9;
Guy->Assign=Guy->Moved=Guy->Crew=Guy->Task=Guy->Una=0;
}
else if (mode==F_INJ) {
Guy->Status=AST_ST_INJURED;
Guy->IDelay=3; // Injured for a year
Guy->Special=4;
Guy->Assign=Guy->Moved=Guy->Crew=Guy->Task=Guy->Una=0;
}
}
int FailEval(char plr,int type,char *text,int val,int xtra)
{
int FNote=0,temp,k,ctr;
char PROBLEM=0;
struct Astros *crw;
temp = 0; /* XXX check uninitialized */
if (!(strncmp(Mev[STEP].E->Name,"DO",2)==0 && Mev[STEP].loc==0x02)) {
Mev[STEP].E->MisFail++; // set failure for all but docking power on
}
Mev[STEP].StepInfo=1003;
FNote=5; // Mission Failure
if (Unm==0) {
Mev[STEP].trace=0x7f;
if (type==12) DestroyPad(plr,MPad+Mev[STEP].pad,20,0);
if (!AI[plr]) temp=FailureMode(plr,FNote,text);
//Special Case for PhotoRecon with Lunar Probe
if (Mev[STEP].loc==20 && mcc==8)
Mev[STEP-1].E->MisFail++;
return 0;
};
Mev[STEP].StepInfo=0;
switch(type) {
case 0: // Failure has no effect on Mission
case 20: // don't want to test for crew experience
FNote=0;
Mev[STEP].StepInfo=50;
if (Mev[STEP].fgoto==-1) Mev[STEP].trace=0x7F;
else Mev[STEP].trace=STEP+1;
break;
case 2: // End of Mission Failure
FNote=5;
Mev[STEP].StepInfo=1000+Mev[STEP].loc;
Mev[STEP].trace=0x7f;
break;
case 5: // Stranded Step (temp)
case 3: // Kill ALL Crew and END Mission
if (type==5) FNote=4;
FNote=8;
if (InSpace>0 && MANNED[Mev[STEP].pad]==0 && strncmp(Mev[STEP].E->ID,"M2",2)==0) {
Mev[STEP].pad=other(Mev[STEP].pad); // for Kicker-C problems
F_KillCrew(F_ALL,0);
Mev[STEP].pad=other(Mev[STEP].pad);
}
else F_KillCrew(F_ALL,0);
Mev[STEP].StepInfo=4600+Mev[STEP].loc;
Mev[STEP].trace=0x7F;
break;
case 4: // Branch to Alternate Step
FNote=1;
Mev[STEP].StepInfo=1900+Mev[STEP].loc;
if (Mev[STEP].fgoto==-1) { // End of Mission Flag
if (Mev[STEP].PComp>0) Mev[STEP].PComp=4;
Mev[STEP].trace=0x7F; // End of Mission Signal
FNote=5;
}
else if (Mev[STEP].fgoto!=-2) { // Alternate Step is other num
if (Mev[STEP].PComp>0) Mev[STEP].PComp=4;
Mev[STEP].trace=Mev[STEP].fgoto;
}
else Mev[STEP].trace=STEP+1;
break;
case 6: // Reduce Safety by VAL% temp
FNote=0;
Mev[STEP].E->MisSaf-=abs(val);
if (Mev[STEP].E->MisSaf<=0)
Mev[STEP].E->MisSaf=1;
Mev[STEP].StepInfo=900+Mev[STEP].loc;
if (Mev[STEP].fgoto==-1 && Unm==0) Mev[STEP].trace=0x7F;
else Mev[STEP].trace=STEP+1;
break;
case 7: // Reduce Safety by VAL% perm
FNote=0;
Mev[STEP].StepInfo=1700+Mev[STEP].loc;
if (Mev[STEP].fgoto==-1) Mev[STEP].trace=0x7F;
else Mev[STEP].trace=STEP+1;
break;
case 9: // Recheck Step
FNote=2;
Mev[STEP].StepInfo=9;
// Mev[STEP].rnum=random(10000)+1; // new failure roll
// Mev[STEP].dice=random(100)+1; // new die roll
Mev[STEP].trace=STEP; // redo step
break;
case 12: // Subtract VAL% from Safety, repair Pad for XTRA (launch only)
FNote=5;
Mev[STEP].E->MisSaf-=abs(val);
if (Mev[STEP].E->MisSaf<=0)
Mev[STEP].E->MisSaf=1;
Mev[STEP].StepInfo=1600+Mev[STEP].loc;
DestroyPad(plr,MPad+Mev[STEP].pad,abs(xtra),0); // Destroy Pad
Mev[STEP].trace=0x7F; // signal end of mission
break;
case 13: // Kill Crew, repair Pad for VAL
FNote=8;
F_KillCrew(F_ALL,0);
DestroyPad(plr,Mev[STEP].pad+MPad,(val==0)?abs(xtra):abs(val),0); // Destroy Pad
Mev[STEP].StepInfo=4500+Mev[STEP].loc;
Mev[STEP].trace=0x7F;
break;
case 15: // Give option to Scrub 1%->20% negative of part
FNote=3;
Mev[STEP].E->MisSaf-=random(20)+1;
if (Mev[STEP].E->MisSaf<=0)
Mev[STEP].E->MisSaf=1;
Mev[STEP].StepInfo=15;
break;
case 16: // VAL% injury, XTRA% death
FNote=0;
Mev[STEP].StepInfo=1100+Mev[STEP].loc;
for(k=0;k<MANNED[Mev[STEP].pad];k++) {
if (random(100)>=val) {
F_IRCrew(F_INJ,MA[Mev[STEP].pad][k].A);
Mev[STEP].StepInfo=2100+Mev[STEP].loc;
FNote=9;
}
}; // for
ctr=0;
for(k=0;k<MANNED[Mev[STEP].pad];k++) {
if (Data->P[plr].Pool[temp].Status==AST_ST_RETIRED) {
if (random(100)>xtra) {
F_KillCrew(F_ONE,MA[Mev[STEP].pad][k].A);
Mev[STEP].StepInfo=3100+Mev[STEP].loc;
FNote=8;
ctr++;
}
}
}
if (ctr==MANNED[Mev[STEP].pad]) {
Mev[STEP].StepInfo=4100+Mev[STEP].loc;
Mev[STEP].trace=0x7F;
}
else if (Mev[STEP].fgoto==-1) Mev[STEP].trace=0x7F;
else Mev[STEP].trace=STEP+1;
if (Mev[STEP].FName[3]==0x30) Mev[STEP].trace=0x7f;
break;
case 17: // VAL% survial and XTRA% if injury and retirement
Mev[STEP].StepInfo=1300+Mev[STEP].loc;
for(k=0;k<MANNED[Mev[STEP].pad];k++) {
if (random(100)>=xtra) {
F_IRCrew(F_RET,MA[Mev[STEP].pad][k].A);
Mev[STEP].StepInfo=2300+Mev[STEP].loc;
FNote=9;
}
};
ctr=0;
for(k=0;k<MANNED[Mev[STEP].pad];k++) {
if (random(100)>=val) {
F_KillCrew(F_ONE,MA[Mev[STEP].pad][k].A);
Mev[STEP].StepInfo=3300+Mev[STEP].loc;
FNote=8;
ctr++;
}
}; // for
if (ctr==MANNED[Mev[STEP].pad]) {
Mev[STEP].StepInfo=4100+Mev[STEP].loc;
Mev[STEP].trace=0x7F;
}
else if (Mev[STEP].fgoto==-1) Mev[STEP].trace=0x7F;
else Mev[STEP].trace=STEP+1;
break;
case 18: // set MFlag from VAL, branch if already set
if ((MFlag&val) > 0) {
FNote=1;
Mev[STEP].StepInfo=1800+Mev[STEP].loc;
if (Mev[STEP].fgoto==-1) {Mev[STEP].trace=0x7F;FNote=0;}
else if (Mev[STEP].fgoto!=-2) Mev[STEP].trace=Mev[STEP].fgoto;
else Mev[STEP].trace=STEP+1;
}
else {
FNote=0;
Mev[STEP].StepInfo=18;
MFlag=MFlag|val;
if (Mev[STEP].fgoto==-1) Mev[STEP].trace=0x7F;
else Mev[STEP].trace=STEP+1;
};
break;
case 19: // Set mission flag and recheck step
if ((MFlag&val) > 0) {
Mev[STEP].StepInfo=1200+Mev[STEP].loc;
FNote=2;
}
else {
FNote=2;
Mev[STEP].StepInfo=19;
MFlag=MFlag|val;
};
Mev[STEP].trace=STEP; // recheck step
// Mev[STEP].rnum=random(10000)+1; // new failure roll
// Mev[STEP].dice=random(100)+1; // new die roll
break;
case 22: // one man % survival :: EVA
Mev[STEP].StepInfo=19;
if (random(100)>val) {
FNote=8;
crw=(EVA[Mev[STEP].pad]!=-1) ? MA[Mev[STEP].pad][EVA[Mev[STEP].pad]].A : MA[other(Mev[STEP].pad)][EVA[other(Mev[STEP].pad)]].A;
F_KillCrew(F_ONE,crw);
if (Mev[STEP].Name[6]==0x36) death=1; // one man lem
Mev[STEP].StepInfo=3200+Mev[STEP].loc;
Mev[STEP].trace=STEP+1;
};
break;
case 23: // VAL% retirement, hardware cut %XTRA perm
FNote=0;
Mev[STEP].StepInfo=23+Mev[STEP].loc;
for(k=0;k<MANNED[Mev[STEP].pad];k++) {
if (random(100)>=val) {
FNote=9;
F_IRCrew(F_RET,MA[Mev[STEP].pad][k].A);
Mev[STEP].StepInfo=2400+Mev[STEP].loc;
ctr++;
}
};
//Used to reduce safety
if (Mev[STEP].fgoto==-1) Mev[STEP].trace=0x7F;
else if (Mev[STEP].fgoto!=-2) Mev[STEP].trace=Mev[STEP].fgoto;
else Mev[STEP].trace=STEP+1;
break;
case 24: // Reduce Safety by VAL% perm :: hardware recovered
FNote=5;
Mev[STEP].E->Safety-=random(10);
if (Mev[STEP].E->Safety<=0)
Mev[STEP].E->Safety=1;
Mev[STEP].StepInfo=800+Mev[STEP].loc;
Mev[STEP].trace=0x7F;
break;
case 25: // Mission Failure recover Minishuttle
FNote=5;
Mev[STEP].StepInfo=700;
Mev[STEP].trace=0x7F; // End of Mission
break;
case 26: // Subtract VAL% from Equip perm and branch to alternate
FNote=1;
Mev[STEP].StepInfo=1926;
Mev[STEP].E->Safety-=random(10);
if (Mev[STEP].E->Safety<=0)
Mev[STEP].E->Safety=1;
if (Mev[STEP].fgoto==-1) {Mev[STEP].trace=0x7F;FNote=7;}
else if (Mev[STEP].fgoto!=-2) Mev[STEP].trace=Mev[STEP].fgoto;
else Mev[STEP].trace=STEP+1;
break;
case 30: // Duration Failure
Data->P[plr].Mission[MPad+Mev[STEP].pad].Duration= 1; //Original code would also return 1
durx=-1; // end durations
FNote=7;
Mev[STEP].StepInfo=1950;
Mev[STEP].trace=STEP+1;
break;
case 31: // kill EVA and LM people and branch VAL steps
//Dock_Skip=1;
Mev[STEP].trace=Mev[STEP].dgoto;
Mev[STEP].StepInfo=3100+STEP;
if (strncmp(Mev[STEP].E->ID,"C4",2)==0) {
F_KillCrew(F_ALL,0);
Mev[STEP].StepInfo=4100+STEP;
}
else {
if (JOINT==0) {
F_KillCrew(F_ONE,MA[0][EVA[0]].A);
if (LM[0]!=EVA[0]) F_KillCrew(F_ONE,MA[0][LM[0]].A);
}
else {
F_KillCrew(F_ONE,MA[1][EVA[1]].A);
if (LM[1]!=EVA[1]) F_KillCrew(F_ONE,MA[1][LM[1]].A);
}
}
death=1;
break;
case 33: // Kill Crew on All Capsules (happens only on dockings)
if (type==5) FNote=4;
FNote=8;
if (MANNED[Mev[STEP].pad]>0) F_KillCrew(F_ALL,0);
if (MANNED[other(Mev[STEP].pad)]>0) {
Mev[STEP].pad=other(Mev[STEP].pad); // switch pad for a sec
F_KillCrew(F_ALL,0);
Mev[STEP].pad=other(Mev[STEP].pad); // restore current pad
}
Mev[STEP].StepInfo=4600+Mev[STEP].loc;
Mev[STEP].trace=0x7F;
break;
case 1: case 8: case 10: case 11: case 14: case 21: case 27:
case 28: case 29: default:
FNote=0;
Mev[STEP].StepInfo=50;
if (Mev[STEP].fgoto==-1) Mev[STEP].trace=0x7F;