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mc2.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 <macros.h>
#include <logging.h>
#include <options.h>
LOG_DEFAULT_CATEGORY(LOG_ROOT_CAT)
extern Equipment *MH[2][8]; // Pointer to the main
//struct MisHard *MH; //[2][7]
extern struct MisAst MA[2][4]; //[2][4]
extern struct MisEval Mev[60]; // was *Mev;
extern struct mStr Mis;
extern struct MXM *AList;
extern REPLAY Rep;
extern char MANNED[2],CAP[2],LM[2],DOC[2],EVA[2],STEP,FINAL,JOINT,pal2[768],PastBANG;
extern char STEPnum,AI[2];
extern char DMFake;
//********************************************************************
// Set up for the Mission
// Routines used by MControl and Future Missions
void MissionCodes(char plr,char val,char pad)
{
GetMisType(val);
MissionParse(plr,Mis.Code,Mis.Alt,pad);
return;
}
void
MissionParse(char plr, char *MCode, char *LCode, char pad)
{
int i, loc, j;
STEP = 0;
loc = pad;
for (i = 0; MCode[i] != '|'; ++i)
{
switch (MCode[i])
{
case '@':
i++;
MCode[i] = 'b'; // duration step
MissionSteps(plr, MCode[i], LCode[STEP], STEP, loc - pad);
break;
case '~': //printf(" :Delay of %d seasons\n",MCode[i+1]-0x30);
for (j = 0; j < (MCode[i + 1] - 0x30); j++)
MissionSteps(plr, MCode[i + 2], LCode[STEP], STEP,
loc - pad);
i += 2;
break;
case '+':
i++;
loc = MCode[i] - 0x30 + pad - 1;
break;
case '^':
loc = pad + 1;
break;
case '&':
loc = pad;
break;
case '%':
i++;
MCode[i] = 'c';
MissionSteps(plr, MCode[i], LCode[STEP], STEP, loc - pad);
break;
case 'A': case 'B': case 'C': case 'D': case 'E': case 'F': case 'G':
case 'H': case 'I': case 'J': case 'K': case 'L': case 'M': case 'N':
case 'O': case 'P': case 'Q': case 'R': case 'S': case 'T': case 'U':
case 'V': case 'W': case 'X': case 'Y': case 'Z': case 'a': case 'b':
case 'c': case 'd': case 'e': case 'f': case 'g': case '!':
if (MCode[i] == 'I')
loc = pad;
MissionSteps(plr, MCode[i], LCode[STEP], STEP, loc - pad);
break;
default:
break;
}; /* End of Switch */
};
return;
}
char WhichPart(char plr,int which)
{
int val=0;
if (Data->Prestige[abs(which)].Place==-1) val=1;
else if (Data->Prestige[abs(which)].mPlace==-1
&& Data->Prestige[abs(which)].Place!=plr)
val=2;
else val=3;
return val;
}
void MissionSteps(char plr,int mcode,int Mgoto,int step,int pad)
{
switch(mcode) {
// Booster Programs :: VAB order for the class
case 'A':
Mev[step].Class=4;
break;
// Manned Programs : Capsule
case 'D': case 'E': case 'F': case 'G': case 'K':
case 'M': case 'N': case 'O': case 'X': case 'Y':
case 'f': case 'g':
if (MH[pad][1] && MH[pad][1]->ID[1]==0x32) Mev[step].Class=1; // Kicker-C
else Mev[step].Class=0;
break;
case 'b': case 'c': // Duration Step
Mev[step].Class=10;
break;
// Manned Programs : LM
case 'a':
Mev[step].Class=2; // LM
break;
// Unmanned Programs
case 'C':
if (MH[pad][1] && MH[pad][1]->ID[1]==0x32) Mev[step].Class=1; // Kicker-C
else if (MH[pad][2] && MH[pad][2]!=NULL) Mev[step].Class=2;
else Mev[step].Class=3;
break;
case 'V': case 'W': case 'Z': case 'e':
Mev[step].Class=3; // Satellite
break;
// Misc Programs
case 'H': case 'P':
Mev[step].Class=5; // EVA Suits
break;
// Photo Recon
case 'U': Mev[step].Class=6; // Photo Recon
break;
// Special Cases (when is there not one?)
case 'B': case 'J': case 'L':
if (MH[pad][1]!=NULL) Mev[step].Class=1; // Kicker
else if (MH[pad][0]!=NULL) Mev[step].Class=0; // Cap
else if (MH[pad][2]!=NULL) Mev[step].Class=2; // LM
else Mev[step].Class=3; // Satellite
if (step>11 && MH[pad][0]!=NULL) Mev[step].Class=0; // Cap L->E
break;
case 'Q': case 'R': case 'S': case 'T':
if (MH[pad][1] && MH[pad][1]->ID[1]==0x32) Mev[step].Class=1; // Kicker-C
else if (MH[pad][2]!=NULL) Mev[step].Class=2; // LM
else if (MH[pad][0]!=NULL) Mev[step].Class=0; // Capsule
else Mev[step].Class=3; // Satellite
break;
case 'I':
if (MH[pad][3]!=NULL) Mev[step].Class=3; // DM
else Mev[step].Class=2; // Satellite
break;
case 'd': //Special
default: break;
};
Mev[step].Prest=-100;
switch(mcode) {
case 'B': if (MH[pad][0]!=NULL)
Mev[step].PComp=WhichPart(plr,Mev[step].Prest=-18); // CAP
else Mev[step].Prest=-100;Mev[step].PComp=0;
break;
case 'C': if (MH[pad][3] && MH[pad][3]->ID[1]==0x30) Mev[step].Prest=0;
else Mev[step].Prest=-100;
break;
case 'E': Mev[step].PComp=WhichPart(plr,Mev[step].Prest=-27); break;
case 'H': Mev[step].PComp=WhichPart(plr,Mev[step].Prest=26); break;
case 'I': if ((MANNED[0]+MANNED[1])>0) Mev[step].PComp=WhichPart(plr,Mev[step].Prest=24); break;
case 'M': Mev[step].PComp=WhichPart(plr,Mev[step].Prest=-20); break;
case 'O': Mev[step].PComp=WhichPart(plr,Mev[step].Prest=-19); break;
case 'P': Mev[step].PComp=WhichPart(plr,Mev[step].Prest=26); break;
case 'S': if (MH[pad][3] && MH[pad][3]->ID[1]==0x32)
Mev[step].PComp=WhichPart(plr,Mev[step].Prest=-7);
break;
case 'T': // Done on lunar launch for good reason
Mev[step].PComp=WhichPart(plr,Mev[step].Prest=-22);
break;
case 'W':
switch(Data->P[plr].Mission[pad].MissionCode) {
case 7: Mev[step].PComp=WhichPart(plr,Mev[step].Prest=-1);break;
case 11: Mev[step].PComp=WhichPart(plr,Mev[step].Prest=2);break;
case 9: Mev[step].PComp=WhichPart(plr,Mev[step].Prest=3);break;
case 10: Mev[step].PComp=WhichPart(plr,Mev[step].Prest=4);break;
case 12: Mev[step].PComp=WhichPart(plr,Mev[step].Prest=5);break;
case 13: Mev[step].PComp=WhichPart(plr,Mev[step].Prest=6);break;
}
break;
default: Mev[step].Prest=-100;Mev[step].PComp=0;break;
}
if (Mev[step].Prest!=-100) Mev[step].PComp=WhichPart(plr,Mev[step].Prest);
if (PastBANG==1 && Mev[step].PComp>0) Mev[step].PComp=5;
if (mcode=='d') {
// Alternative path Mission.Alt
if (Mgoto==0) {
Mev[step-1].sgoto=Mev[step-1].fgoto=100;
} else {
Mev[step-1].sgoto=Mev[step-1].fgoto=Mgoto;
}
}
else {
Mev[step].asf=0;
if (MANNED[pad]>0)
switch(Mev[step].Class) {
case 0: // capsule
Mev[step].ast=CAP[pad]; // index into MA
if (Mev[step].ast >= 0)
Mev[step].asf=MA[pad][Mev[step].ast].A->Cap;
break;
case 2: // lm
Mev[step].ast=LM[pad]; // index into MA
if (Mev[step].ast >= 0)
Mev[step].asf=MA[pad][Mev[step].ast].A->LM;
break;
case 3: // docking
Mev[step].ast=DOC[pad]; // index into MA
if (Mev[step].ast >= 0)
Mev[step].asf=MA[pad][Mev[step].ast].A->Docking;
break;
case 5: // eva
Mev[step].ast=EVA[pad]; // index into MA
if (Mev[step].ast >= 0)
Mev[step].asf=MA[pad][Mev[step].ast].A->EVA;
break;
case 7: // covers power on for docking module
Mev[step].ast=-1;
Mev[step].asf=0;
break;
case 10: // durations
Mev[step].Class=0;
Mev[step].ast=-1;
Mev[step].asf=0;
break;
default: // remaining
Mev[step].ast=-1;
Mev[step].asf=0;
break;
};
// if (step==0 && Data->P[plr].TurnOnly==5)
// *Mev[step].sf=minn(*Mev[step].sf,50);
Mev[step].step=step;
if ((Data->Def.Lev1==0 && plr==0) || (Data->Def.Lev2==0 && plr==1))
Mev[STEP].dice=MisRandom();
else Mev[STEP].dice=random((AI[plr])?98:100)+1;
Mev[step].rnum=random(10000)+1;
Mev[step].sgoto=0;
Mev[step].fgoto=(Mgoto==-2) ? step+1 : Mgoto; // prevents mission looping
Mev[step].dgoto=Mis.AltD[STEP]; // death branching (tm)
Mev[step].E=MH[pad][Mev[step].Class];
Mev[step].pad=pad;
memset(&Mev[step].Name[0],0x00,sizeof(Mev[step].Name));
if (mcode=='Q' && Mev[step-1].loc==18) {
Mev[step].Name[0]='h';
}
else {
if (mcode>='a' && mcode<'z') {
Mev[step].Name[0]=mcode;
}
else Mev[step].Name[strlen(Mev[step].Name)]=mcode;
}
VerifyData();
if (plr==0) strcat(Mev[step].Name,"U\0");
else strcat(Mev[step].Name,"S\0");
if (MH[pad][Mev[step].Class])
strncat(Mev[step].Name,MH[pad][Mev[step].Class]->ID,2);
/////////////////////////////////////////////////
// Fix for BARIS CD-ROM Planetary Steps (Step W)
// E= Moon; M= Mars; S= Saturn; V= Venus; J= Jupiter R= Mercury
// Must be at .Name[2]
//
if (Mev[step].Name[0]=='W') Mev[step].Name[2]='*'; // Placeholder
#if 0
Mev[step].Name[2]='R'; // Mercury
Mev[step].Name[2]='V'; // Venus
Mev[step].Name[2]='E'; // Earth
Mev[step].Name[2]='M'; // Mars
Mev[step].Name[2]='J'; // Jupiter
Mev[step].Name[2]='S'; // Saturn
#endif
if (Mev[step].Class==5) {
if (MH[0][1] && MH[0][1]->ID[1]==0x32) strncat(Mev[step].Name,"M2",2); //Kicker-C
else if (MH[pad][0] && MH[pad][0]->ID[1]==0x34) strncat(Mev[step].Name,"C4",2); // FourMan
else { // standard LMs
if (mcode=='P') {
if (MH[pad][2]!=NULL) strncat(Mev[step].Name,MH[pad][2]->ID,2);
else if(MH[1][2]) strncat(Mev[step].Name,MH[1][2]->ID,2);
}
else {
if (MH[pad][0]!=NULL) strncat(Mev[step].Name,MH[pad][0]->ID,2);
else if(MH[1][0]) strncat(Mev[step].Name,MH[1][0]->ID,2);
}
}
}
if (Mev[step].Name[0]=='A' && MH[pad][7]!=NULL) Mev[step].Name[3]+=4;
// Special Cases #54753 and #54754
if (mcode=='H'&& Data->P[plr].Mission[pad].MissionCode==50 ) strcpy(Mev[step].Name,"HMOON\0");
if (mcode=='H'&& PastBANG==1) strcpy(Mev[step].Name,"HMOON\0");
if (mcode == '!' || mcode == '|')
{
Mev[step].loc = 0x7f;
if (step > 0)
Mev[step - 1].sgoto = 100;
PastBANG = 1;
}
else
{
Mev[step].loc = mcode - 65;
if (Mev[step].loc > 25)
Mev[step].loc -= 6;
if (Mev[step].loc==32 && Mis.Lun) Mev[step].loc=29;
}
}
// name the mission step for failures.
strcpy(Mev[step].FName,"F000\0");
Mev[step].FName[3]=(char) 0x30+(Mev[step].loc%10);
if (Mev[step].loc>=10) Mev[step].FName[2]='1';
if (Mev[step].loc>=20) Mev[step].FName[2]='2';
if (Mev[step].loc>=30) Mev[step].FName[2]='3';
if (Mev[step].loc==32 || Mev[step].loc==29) { // Fix _g special case #48010
Mev[step].FName[2]='0';
Mev[step].FName[3]='1';
}
// Special Cases for the Failure Mode Charts
if ((Mev[step].loc==0) && // MS Failure Launch
MH[pad][Mev[step].Class] &&
strncmp(Data->P[plr].Manned[3].Name,MH[pad][Mev[step].Class]->Name,5)==0)
Mev[step].FName[1]='1';
else if (Mev[step].loc==4 && // MS Failure Landing
MH[pad][Mev[step].Class] &&
strncmp(Data->P[plr].Manned[3].Name,MH[pad][Mev[step].Class]->Name,5)==0)
Mev[step].FName[1]='3';
else if (plr==1 && Mev[step].loc==4) {
if ((Mev[step].loc==4) && // Soviet Capsules : Vostok
MH[pad][Mev[step].Class] &&
strncmp(Data->P[plr].Manned[0].Name,MH[pad][Mev[step].Class]->Name,5)==0)
Mev[step].FName[1]='1';
else Mev[step].FName[1]='2'; // Other Capsules
}
// New expanded cases for failure mode charts
if (Mev[step].Name[3]=='C' && Mev[step].loc==2) Mev[step].FName[1]='1';
if (strncmp(&Mev[step].Name[2],"M3C0",4)==0)
Mev[step].FName[1]='1';
if (Mev[step].FName[3]!='P') { // exclude any probes
if (Mev[step].loc==15 && Mev[step].Name[6]==0x36) Mev[step].FName[1]='1';
if (Mev[step].loc==16 && STEP>8) {
if (Mev[step-1].loc==18 && Mev[step].Name[4]>=0x35) Mev[step].FName[1]='2';
else if (Mev[step-1].loc==18 && Mev[step].Name[4]<=0x34) Mev[step].FName[1]='3';
else Mev[step].FName[1]='1';
}
if ((Mev[step].loc>=17 && Mev[step].loc<=19) && (Mev[step].Name[4]<=0x34))
Mev[step].FName[1]='1';
//if (Mev[step].loc==18 && Mev[step].Name[3]=='P') Mev[step].FName[1]='0';
if (Mev[step].loc==18 && (Mev[step].Name[3]!='4' && Mev[step].Name[2]!='M')) Mev[step].FName[1]='0';
if (Mev[step].loc==20 && (Mev[step].Name[4]==0x34 || Mev[step].Name[4]==0x33))
Mev[step].FName[1]='1';
Mev[step].StepInfo=0;
}
//if (mcode!='d')
STEP++;
return;
}
void MisPrt(void)
{
int i;
for (i=0;i<STEP-1;i++) { Mev[i].dice=100;
Mev[0].E->MisSaf=5;
Mev[0].rnum=9999;
}
return;
}
void MissionSetup(char plr,char mis)
{
char i,j,t;
DMFake=0;
GetMisType(Data->P[plr].Mission[mis].MissionCode);
for(j=0;j<(1+Data->P[plr].Mission[mis].Joint);j++) {
if ((Mis.mVab[j] & 0x10)>0 && Data->P[plr].DMod>0) { // DMO
Data->P[plr].Mission[mis+j].Hard[Mission_Probe_DM]=4;
DMFake=1;
}
if (j==0) { // Apollo (1) + LM (1)
if (Data->P[plr].Mission[mis].Hard[Mission_Capsule]==2 && Data->P[plr].Mission[mis].Hard[Mission_LM]>=0) {
Data->P[plr].Mission[mis].Hard[Mission_Probe_DM]=4;
DMFake=1;
}
}
if (j==1) { // Apollo (2) + LM (1)
if (Data->P[plr].Mission[mis+j].Hard[Mission_Capsule]==2 && Data->P[plr].Mission[mis].Hard[Mission_LM]>=0) {
Data->P[plr].Mission[mis].Hard[Mission_Probe_DM]=4;
DMFake=1;
}
}
if (Data->P[plr].Mission[mis].MissionCode==57) { // Soyuz Kicker-C
Data->P[plr].Mission[mis].Hard[Mission_Probe_DM]=4;
DMFake=1;
}
if (Data->P[plr].Mission[mis].Hard[Mission_Capsule]==2) { // Apollo #1
Data->P[plr].Mission[mis].Hard[Mission_Probe_DM]=4;
DMFake=1;
}
// This code is to buffer any difficulties when a mission gets through
// all the checks to this point without having a docking module assigned
#if 0
if ((Mis.mVab[j] & 0x10)>0 && Data->P[plr].DMod==0) { // DMO Patch
Data->P[plr].Mission[mis+j].Hard[Mission_Probe_DM]=4;
DMFake=1;
}
#endif
for (i=Mission_Capsule; i <= Mission_PhotoRecon; i++) {
t = Data->P[plr].Mission[mis+j].Hard[i];
MH[j][i]=NULL; // Clear Pointers
if (t>=0) {
switch(i) {
case Mission_Capsule:
case Mission_LM: // Cap - LM
MH[j][i]=&Data->P[plr].Manned[t];
if (MH[j][i]->Num && t!=3) MH[j][i]->Num--;
MH[j][i]->Used++;
break;
case Mission_Kicker: // Kicker
MH[j][i]=&Data->P[plr].Misc[t];
if (MH[j][i]->Num) MH[j][i]->Num--;
MH[j][i]->Used++;
break;
case Mission_Probe_DM: // Secondary Equipment
if (t!=4) {
MH[j][i]=&Data->P[plr].Probe[t];
MH[j][i]->Used++;
if (Data->P[plr].Probe[t].Num>0) Data->P[plr].Probe[t].Num-=1;
}
else {
MH[j][i]=&Data->P[plr].Misc[4];
if (DMFake==0) {
if (MH[j][i]->Num>0) MH[j][i]->Num--;
MH[j][i]->Used++;
}
};
break;
case Mission_PrimaryBooster: // Rocket XX
t--;
if (t<4) {
MH[j][i]=&Data->P[plr].Rocket[t];
if (MH[j][i]->Num>0) MH[j][i]->Num--;
MH[j][i]->Used++;
}
else {
MH[j][i]=&Data->P[plr].Rocket[t-4];
MH[j][7]=&Data->P[plr].Rocket[4];
MH[j][i]->Used++;
MH[j][7]->Used++;
if (MH[j][i]->Num>0) MH[j][i]->Num--;
if (MH[j][7]->Num>0) MH[j][7]->Num--;
};
break;
case Mission_EVA: // EVA
MH[j][i] = &Data->P[plr].Misc[3];
break;
case Mission_PhotoRecon: // Photo Recon
MH[j][i] = &Data->P[plr].Misc[5];
break;
default: break;
};
if (MH[j][i]!=NULL) {
MH[j][i]->SMods += MH[j][i]->Damage; //Damaged Equipment, Nikakd, 10/8/10
MH[j][i]->MisSaf=MH[j][i]->Safety+MH[j][i]->SMods;
if (MH[j][i]->ID[1]>=0x35 && i==2 && Data->P[plr].Mission[mis].MissionCode>=53)
switch(Data->P[plr].LMpts) {
case 0: MH[j][i]->MisSaf-=9;break;
case 1: MH[j][i]->MisSaf-=6;break;
case 2: MH[j][i]->MisSaf-=3;break;
}
}
}; // if t>=0
}; // for (0<7)
}; // for (0<2)
if (DMFake==1) Data->P[plr].Mission[mis].Hard[Mission_Probe_DM]=-1;
return;
}
// Update the Current Hardware for the Mission
void MissionSetDown(char plr,char mis)
{
char i,j;
for (j=0;j<(Data->P[plr].Mission[mis].Joint+1);j++) {
for (i=0;i<7;i++) { // Ignore Boosters
if (MH[j][i]!=NULL && (MH[j][i]->MisSucc>0 || MH[j][i]->MisFail>0)) {
MH[j][i]->SMods=MH[j][i]->Damage=MH[j][i]->DCost=0;
if (strncmp(MH[j][i]->Name,(i==3)?"DOC":"PHO",3)!=0 && MH[j][i]->MisSucc>0)
{MH[j][i]->Safety++; if (options.cheat_addMaxS) MH[j][i]->MaxRD++; if(MH[j][i]->MaxRD>MH[j][i]->MaxSafety-2) MH[j][i]->MaxRD=MH[j][i]->MaxSafety-2;}
if (strncmp(MH[j][i]->Name,"DOC",3)==0 && (MH[j][i]->MisFail+MH[j][i]->MisSucc)==0)
MH[j][i]->MisFail=1;
if ((MH[j][i]->MisFail+MH[j][i]->MisSucc)==0 && (strncmp(MH[j][i]->ID,"M3",2)!=0))
MH[j][i]->MisFail++;
if ((MH[j][i]->MisFail+MH[j][i]->MisSucc)==0 && MH[j][i]->ID[0]=='P')
MH[j][i]->MisFail++;
MH[j][i]->Failures+=MH[j][i]->MisFail;
MH[j][i]->Steps+=(MH[j][i]->MisFail+MH[j][i]->MisSucc);
if (i==4 && MH[j][7]!=NULL) { // Boosters
if (MH[j][4]->MisSucc>0) {MH[j][7]->Safety++; if (options.cheat_addMaxS) MH[j][7]->MaxRD++; if(MH[j][7]->MaxRD>MH[j][7]->MaxSafety-2) MH[j][7]->MaxRD=MH[j][7]->MaxSafety-2;}
MH[j][7]->SMods=MH[j][7]->Damage=MH[j][7]->DCost=0;
MH[j][7]->Failures+=MH[j][4]->MisFail;
MH[j][7]->Steps+=(MH[j][4]->MisFail+MH[j][4]->MisSucc);
MH[j][7]->MisSucc=MH[j][7]->MisFail=0;
}
MH[j][i]->MisSucc=MH[j][i]->MisFail=0;
} // if
} // for i
VerifySF(j);
} // for j
return;
}
/**
* Apply duration penalty to mission steps in manned missions.
*
* \param plr current player
* \param dur mission duration in days
*/
void
MisDur(char plr, char dur)
{
int i, j, diff;
int manned = 0;
diff = dur - Data->P[plr].DurLevel;
if (Data->P[plr].DurLevel == 0)
diff--;
if (diff <= 2) // Changed from "diff <= 0" to disable broken Duration milestone system -Leon
return;
diff = 5 * diff;
if ((MH[0][0] && MH[0][0]->ID[0] == 'C')
|| (MH[1][0] && MH[1][0]->ID[0] == 'C'))
manned = 1;
/* Don't give negs to unmanned */
/* Don't give negs to duration missions */
/* ??? will handle individual durations later */
if (!manned || !Mis.Dur)
return;
if (!AI[plr])
INFO2("applying duration penalty %d to mission safety", -diff);
for (i = 0; i < (int) ARRAY_LENGTH(MH); i++)
for (j = 0; j < (int) ARRAY_LENGTH(MH[0]); j++)
if (MH[i][j] != NULL)
MH[i][j]->MisSaf -= diff;
}
// #define Coml(a,b) (!(Data->Prestige[b].Place==(a) || Data->Prestige[b].mPlace==(a)))
/**
* Compute and apply safety penalties to mission steps.
*
* \param plr current player
*/
void
MisSkip(char plr, char ms)
{
int i, j, diff;
diff = PrestMin(plr);
#if 0
nv = ms;
if (nv == 22 && Coml(plr, nv))
{
diff = 3;
nv = 20;
}
else
diff = 0;
if (nv == 20 && Coml(plr, nv))
{
diff += 3;
nv = 19;
}
if (nv == 19 && Coml(plr, nv))
{
diff += 3;
nv = 7;
}
if (nv == 7 && Coml(plr, nv))
{
diff += 3;
nv = 1;
}
if (nv == 1 && Coml(plr, nv))
{
diff += 3;
nv = 18;
}
if (nv == 18 && Coml(plr, nv))
{
diff += 3;
nv = 27;
}
if (nv == 27 && Coml(plr, nv))
{
diff += 3;
nv = 0;
}
if (nv == 0 && Coml(plr, nv))
{
diff += 3;
}
if (diff > 3 && AI[plr])
diff -= 3;
else if (diff > 3)
diff -= (2 - ((plr == 0) ? Data->Def.Lev1 : Data->Def.Lev2)); // fixed addition problem
#endif
diff = maxx(diff, 0);
if (!AI[plr])
INFO2("applying general penalty %d to mission safety", -diff);
if (diff != 0)
for (i = 0; i < (int) ARRAY_LENGTH(MH); i++)
for (j = 0; j < (int) ARRAY_LENGTH(MH[0]); j++)
if (MH[i][j] != NULL)
MH[i][j]->MisSaf -= diff;
}
/**
* Apply rushing penalty to individual mission steps.
*
* \param plr current player
* \param rush_level
*/
void
MisRush(char plr, char rush_level)
{
int i, j, diff;
diff = 3 * rush_level;
if (!AI[plr])
INFO2("applying rushing penalty %d to mission safety", -diff);
if (diff != 0)
for (i = 0; i < (int) ARRAY_LENGTH(MH); i++)
for (j = 0; j < (int) ARRAY_LENGTH(MH[0]); j++)
if (MH[i][j] != NULL)
MH[i][j]->MisSaf -= diff;
}
/* vim: set noet ts=4 sw=4 tw=77: */