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port.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 <macros.h>
#include <av.h>
#include <utils.h>
#define LET_A 0x09
#define LET_M 0x0A
#define LET_O 0x0B
#define LET_V 0x0C
#define LET_R 0x08
#define SPOT_ON 1 /**< turn off until everything else works - pace */
#define BABYSND 1
#define pNOREDRAW 0
#define pREDRAW 1
#define pEXIT 2
#define pQUIT 3
#define pNOFADE 4
#define pNEWMUSIC 5
int put_serial(unsigned char n);
char RUSH,SUSPEND;
extern int oldx,oldy;
extern struct mStr Mis;
extern char Option;
typedef struct portoutlinerestore {
ui16 loc;
char val;
} PORTOUTLINE;
PORTOUTLINE *pPortOutlineRestore;
struct FHead {
char Text[28]; /**< File Copyright Notice */
long oMObj; /**< Offset to MObj data table */
long oTab; /**< Offset to Table of data */
long oPal; /**< Offset to Palette */
long oPort; /**< Offset to start of Port Images */
long oMse; /**< Offset to Mouse Objects */
long oOut; /**< Offset to port Outlines */
long oAnim; /**< Offset to start of Port Anims */
} PHead;
typedef struct cBoxx {
i16 x1,y1,x2,y2;
} BOUND;
typedef struct Img {
long Size; /**< Size of Image (bytes) */
char Comp; /**< Type of Compression Used */
i16 Width; /**< Width of Image */
i16 Height; /**< Height of Image */
i16 PlaceX; /**< Where to Place Img:X */
i16 PlaceY; /**< Where to Place Img:Y */
} IMG;
typedef struct region {
char qty; /**< number of BOUNDS */
BOUND CD[4]; /**< boundry coords for mouse location */
char iNum;
char sNum; /**< value for surround box */
char PreDraw; /**< Code of Special to Draw first */
} REGION;
typedef struct mobj {
char Name[30]; /**< Name of region */
char qty; /**< Number of regions */
char Help[3]; /**< Help Box Stuff */
REGION Reg[4]; /**< At Max 4 regions */
} MOBJ;
#define S_QTY 43
MOBJ MObj[35];
/** These are the valid hotkeys */
char HotKeyList[]="AIMRPVCQETB\0";
int FCtr;
GXHEADER flaggy;
#define SPOTS 100
/** SPOT structures and data structure variables */
struct mSPOT { // Main SPOT Header
uint8_t ID[40]; /**< Copyright notice */
uint8_t Qty; /**< Number of Paths */
uint32_t sOff; /**< Spot Offsets */
uint32_t pOff; /**< Path Offsets */
} MSPOT;
struct sPATH { // Spot Anim Path Struct
uint16_t Image; // Which image to Use
int16_t xPut,yPut; // Where to place this image
int16_t iHold; // Repeat this # times
float Scale; // Scale object
};
struct sIMG {
uint8_t w,h; // Width and Height
};
int16_t sCount,Vab_Spot; // sCount is the number of steps
FILE *sFin;
SimpleHdr hSPOT; // Filled by Seek_sOff();
struct sPATH sPath,sPathOld;
struct sIMG sImg,sImgOld;
uint32_t pTable,pLoc;
void
Seek_sOff(int where)
{
fseek(sFin, where * sizeof_SimpleHdr + MSPOT.sOff, SEEK_SET);
fread_SimpleHdr(&hSPOT, 1, sFin);
fseek(sFin, hSPOT.offset, SEEK_SET);
}
void Seek_pOff(int where)
{
fseek(sFin,where*(sizeof pTable)+(MSPOT.pOff),SEEK_SET);
fread(&pTable,sizeof pTable,1,sFin);
Swap32bit(pTable);
fseek(sFin,pTable,SEEK_SET);
}
char PName[20];
#define SPOT_LOAD 0
#define SPOT_STEP 1
#define SPOT_DONE 2
#define SPOT_KILL 3
void SpotCrap(char loc,char mode)
{
GXHEADER SP1,SP2,SP3;
int w,h,i;
int xx;
static char turnoff=0;
if (SUSPEND==1) {
if (turnoff==1) StopVoice(); //Specs: suspend sound babypics
return;
}
if (sCount==-1 && mode!=SPOT_LOAD) return;
if (mode==SPOT_LOAD) { // Open File
sFin=sOpen("SPOTS.CDR","rb",0);
fread(&MSPOT,sizeof MSPOT,1,sFin); // Read Header
Swap32bit(MSPOT.sOff);
Swap32bit(MSPOT.pOff);
Seek_pOff(loc); // go to correct path
fread(&PName,sizeof PName,1,sFin);
fread(&sCount,sizeof sCount,1,sFin); // get number of paths parts
Swap16bit(sCount);
pLoc=ftell(sFin);
sPath.iHold=1;
memcpy(vhptr.vptr,screen,MAX_X*MAX_Y);
sPathOld.xPut=-1;
SpotCrap(0,SPOT_STEP);
// All opened up
}
else if (mode==SPOT_STEP && sPath.iHold==1 && sCount>0) { // Play Next Seq
fseek(sFin,pLoc,SEEK_SET); // position at next path
fread(&sPath,sizeof(sPath),1,sFin); // get the next sPath struct
Swap16bit(sPath.Image);
Swap16bit(sPath.xPut);
Swap16bit(sPath.yPut);
Swap16bit(sPath.iHold);
SwapFloat(sPath.Scale);
pLoc=ftell(sFin); // Path Update Locations
Seek_sOff(sPath.Image); // point to next image
fread(&sImg,sizeof sImg,1,sFin); // get image header
{
int expected_w = hSPOT.size / sImg.h;
/* DEBUG - FIXING sImg.w */
if (sImg.w != expected_w) {
sImg.w = expected_w;
}
}
sImg.w = hSPOT.size / sImg.h;
GV(&SP1,sImg.w,sImg.h); // create Virtual buffer
fread(SP1.vptr,hSPOT.size,1,sFin); // read image data
if (sPath.Scale!=1.0) {
w=(int) ((float) sImg.w * sPath.Scale);
h=(int) ((float) sImg.h * sPath.Scale);
sImg.w=w;
sImg.h=h;
gxVirtualScale(&SP1,&SP2);
}
GV(&SP3,sImg.w,sImg.h); // background buffer
gxVirtualVirtual(&vhptr,
minn(sPath.xPut, 319),
minn(sPath.yPut, 199),
minn(sPath.xPut+sImg.w-1, 319),
minn(sPath.yPut+sImg.h-1, 199),
&SP3,0,0,0);
if (sPath.Scale!=1.0) {
xx=hSPOT.size;
for (i=0;i<xx;i++) {
if (SP2.vptr[i]==0) SP2.vptr[i]=SP3.vptr[i];
}
if (sPathOld.xPut!=-1) gxVirtualDisplay(&vhptr,sPathOld.xPut,sPathOld.yPut,sPathOld.xPut,sPathOld.yPut,sPathOld.xPut+sImgOld.w-1,sPathOld.yPut+sImgOld.h-1,0);
gxPutImage(&SP2,gxSET,sPath.xPut,sPath.yPut,0);
}
else {
xx=hSPOT.size;
for (i=0;i<xx;i++) {
if (SP1.vptr[i]==0) SP1.vptr[i]=SP3.vptr[i];
}
if (sPathOld.xPut!=-1)
gxVirtualDisplay(&vhptr, sPathOld.xPut, sPathOld.yPut, sPathOld.xPut, sPathOld.yPut,
minn(sPathOld.xPut+sImgOld.w-1, 319),
minn(sPathOld.yPut+sImgOld.h-1, 199),
0);
gxPutImage(&SP1,gxSET,
minn(sPath.xPut, 319),
minn(sPath.yPut, 199), 0);
}
sPathOld=sPath;
sImgOld=sImg;
DV(&SP3);DV(&SP1);
if (sPath.Scale!=1.0) DV(&SP2);
sCount--;
}
else if (mode==SPOT_STEP && sPath.iHold>1 && sCount>0) sPath.iHold--;
else if (mode==SPOT_STEP && sPath.iHold==1 && sCount==0) {
SpotCrap(0,SPOT_DONE);
}
else if ((mode==SPOT_DONE || sCount>=0) && sFin!=NULL) { // Close damn thing down
fclose(sFin);sFin=NULL;
sPathOld.xPut=-1;
sPath.iHold=0;
sCount=-1;
#if BABYSND
if (turnoff==1) {StopAudio(0);turnoff=0;}
#endif
}
else if (mode==SPOT_KILL && sFin!=NULL)
{
fclose(sFin);sFin=NULL;
#if BABYSND
if (turnoff==1) {StopAudio(0);turnoff=0;}
#endif
}
#if BABYSND
if ((loc>=0 && loc<=8) || (loc>=15 && loc<=19) || loc==12 || loc==14 || loc==11 || loc==10)
if (mode==SPOT_LOAD && !IsChannelMute(AV_SOUND_CHANNEL))
{
switch(loc) {
case 1:case 6:PlayAudio("jet.ogg",0);break;
case 3:case 8:PlayAudio("vcrash.ogg",0);break;
case 16:PlayAudio("train.ogg",0);break;
case 4:PlayAudio("crawler.ogg",0);break;
case 0:case 5:PlayAudio("vthrust.ogg",0);break;
case 10:PlayAudio("gate.ogg",0);break;
case 18:PlayAudio("svprops.ogg",0);break;
case 2:case 7:PlayAudio("heli_00.ogg",0);break;
case 17:PlayAudio("radarsv.ogg",0);break;
case 11:PlayAudio("radarus.ogg",0);break;
case 12:case 14:PlayAudio("lightng.ogg",0);break;
case 19:PlayAudio("crane.ogg",0);break;
case 15:PlayAudio("truck.ogg",0);break;
default:break;
};
turnoff=1;
};
#endif
return;
}
void WaveFlagSetup(void)
{
long j;
FILE *fin;
GV(&flaggy,230,22);
fin=sOpen("FLAG.SEQ","rb",0);
j=fread(vhptr.vptr,1,vhptr.h*vhptr.w,fin);
fclose(fin);
RLED_img(vhptr.vptr,flaggy.vptr,j,flaggy.w,flaggy.h);
}
void WaveFlagDel(void)
{
DV(&flaggy);
return;
}
/* pace */
/**
* \note this isn't needed now that RLED automatically chops the right column
* when the data is bigger than needed. there's still a bug somewhere,
* so this table is a useful list of funny images to check later
*/
long fix_width[] = {
// normal
80615, // 4/0 VAB in mode 0
101712, // 8/1 Medical center
115262, // 16/1 L.M. Program
113283, // 18/1 XMS-2 program
112708, // 19/1 Apollo program
112154, // 20/1 Gemini program
86035, // 22/1 Research and development
118301, // 33/1 Tracking station
82541, // 4/2 vab
88992, // 22/2 research and development
92114, // 22/3 research and development
// predraw
79703, // 15-1-1 "SATELLITE PROGRAMS"
0
};
int
need_to_fix_width (long table)
{
int i;
for (i = 0; fix_width[i]; i++) {
if (fix_width[i] == table)
return (1);
}
return (0);
}
void PortPlace(FILE * fin,long table)
{
IMG Img;
GXHEADER local,local2;
int ctr;
fseek(fin,table,SEEK_SET);
fread(&Img,sizeof Img,1,fin);
Swap32bit(Img.Size);
Swap16bit(Img.Width);
Swap16bit(Img.Height);
Swap16bit(Img.PlaceX);
Swap16bit(Img.PlaceY);
// if (need_to_fix_width (table))
// Img.Width++;
GV(&local,Img.Width,Img.Height);
GV(&local2,Img.Width,Img.Height);
gxGetImage(&local,Img.PlaceX,Img.PlaceY,Img.PlaceX+Img.Width-1,Img.PlaceY+Img.Height-1,0);
fread(vhptr.vptr,Img.Size,1,fin);
RLED_img(vhptr.vptr,local2.vptr,Img.Size,local2.w,local2.h);
for (ctr=0;ctr<(Img.Width*Img.Height);ctr++)
if (local2.vptr[ctr]!=0x00) local.vptr[ctr]=local2.vptr[ctr];
gxPutImage(&local,gxSET,Img.PlaceX,Img.PlaceY,0); // place image
DV(&local2);DV(&local);
return;
}
void PortPal(char plr)
{
FILE *fin;
fin=sOpen((plr==0)?"USA_PORT.DAT":"SOV_PORT.DAT","rb",0);
fread(&PHead,sizeof PHead,1,fin);
Swap32bit(PHead.oPal);
fseek(fin,PHead.oPal,SEEK_SET);
fread(&pal[0],768,1,fin);
fclose(fin);
return;
}
void DrawSpaceport(char plr)
{
long table[S_QTY];
int i,fm,idx;
FILE *fin;
GXHEADER local,local2;
IMG Img;
int k,j;
fin=sOpen((plr==0) ?"USA_PORT.DAT":"SOV_PORT.DAT","rb",0);
fread(&PHead,sizeof PHead,1,fin);
Swap32bit(PHead.oMObj);
Swap32bit(PHead.oTab);
Swap32bit(PHead.oPal);
Swap32bit(PHead.oPort);
Swap32bit(PHead.oMse);
Swap32bit(PHead.oOut);
Swap32bit(PHead.oAnim);
fread(&MObj[0],sizeof MObj,1,fin);
// Endianness swap
for (i = 0; i < (int)(sizeof(MObj)/sizeof(MOBJ)); i++)
{
for (j = 0; j < 4; j++)
{
for (k = 0; k < 4; k++)
{
Swap16bit(MObj[i].Reg[j].CD[k].x1);
Swap16bit(MObj[i].Reg[j].CD[k].x2);
Swap16bit(MObj[i].Reg[j].CD[k].y1);
Swap16bit(MObj[i].Reg[j].CD[k].y2);
}
}
}
fread(&table[0],sizeof table,1,fin);
// Endianness swap
for (i = 0; i< S_QTY; i++)
Swap32bit(table[i]);
fseek(fin,PHead.oPal,SEEK_SET);
fread(&pal[0],768,1,fin);
fseek(fin,table[0],SEEK_SET);
fread(&Img,sizeof Img,1,fin); // Read in main image Header
Swap32bit(Img.Size);
Swap16bit(Img.Width);
Swap16bit(Img.Height);
Swap16bit(Img.PlaceX);
Swap16bit(Img.PlaceY);
fread((char *)screen,Img.Size,1,fin); // Read in main image
av_need_update_xy(0, 0, MAX_X, MAX_Y);
UpdatePortOverlays();
if (xMODE & xMODE_CLOUDS)
PortPlace(fin,table[1]); // Clouds
// Pads
for (i=0;i<3;i++) {
Data->P[plr].Port[PORT_LaunchPad_A+i]=1;
if (Data->P[plr].Mission[i].MissionCode>0)
Data->P[plr].Port[PORT_LaunchPad_A+i]=2;
else if (Data->P[plr].LaunchFacility[i]>1)
Data->P[plr].Port[PORT_LaunchPad_A+i]=3;
else if (Data->P[plr].LaunchFacility[i]<0) // No launch facility
Data->P[plr].Port[PORT_LaunchPad_A+i]=0;
}
if (Vab_Spot==1 && Data->P[plr].Port[PORT_VAB]==2)
{
Data->P[plr].Port[PORT_LaunchPad_A]=plr;
}
if (Data->P[plr].AstroCount>0) {
PortPlace(fin,table[16-plr*4]); // Draw CPX
HotKeyList[9]='T';
HotKeyList[10]='B';
} else { // No manned program hotkeys
HotKeyList[9]='\0';
HotKeyList[10]='\0';
}
if (Data->P[plr].Pool[0].Active>=1)
PortPlace(fin,table[17-plr*4]); // Draw TRN
if (Data->P[plr].Port[PORT_Research]>1)
PortPlace(fin,table[13+15*plr]); // RD Stuff
if (Data->P[plr].Port[PORT_Research]>2)
PortPlace(fin,table[14+15*plr]);
if (Data->P[plr].Port[PORT_Research]==3)
PortPlace(fin,table[15+15*plr]);
for (fm=0;fm<35;fm++) {
idx=Data->P[plr].Port[fm]; // Current Port Level for MObj
if (MObj[fm].Reg[idx].PreDraw>0) // PreDrawn Shape
PortPlace(fin,table[MObj[fm].Reg[idx].PreDraw]);
if (MObj[fm].Reg[idx].iNum>0) // Actual Shape
PortPlace(fin,table[MObj[fm].Reg[idx].iNum]);
}
fclose(fin);
ShBox(0,190,319,199); // Base Box :: larger
grSetColor(0);PrintAt(257,197,"CASH:");
DispMB(285,197,Data->P[plr].Cash);
grSetColor(11);PrintAt(256,196,"CASH:");
DispMB(284,196,Data->P[plr].Cash);
grSetColor(0);
if (Data->Season==0) PrintAt(166,197,"SPRING 19");
else PrintAt(166,197,"FALL 19");
DispNum(0,0,Data->Year);
grSetColor(11);
if (Data->Season==0) PrintAt(165,196,"SPRING 19");
else PrintAt(165,196,"FALL 19");
DispNum(0,0,Data->Year);
// FLAG DRAW
FCtr=0;
GV(&local,22,22);GV(&local2,22,22);
if (plr==0) gxGetImage(&local,49,121,70,142,0);
else gxGetImage(&local,220,141,241,162,0);
if (plr==0) gxVirtualVirtual(&flaggy,FCtr*23,0,FCtr*23+21,21,&local2,0,0,gxSET);
else gxVirtualVirtual(&flaggy,115+FCtr*23,0,115+FCtr*23+21,21,&local2,0,0,gxSET);
for(i=0;i<(22*22);i++)
if (local2.vptr[i]==0)
local2.vptr[i]=local.vptr[i];
if (plr==0) gxPutImage(&local2,gxSET,49,121,0);
else gxPutImage(&local2,gxSET,220,141,0);
DV(&local);DV(&local2);
}
void PortText(int x,int y,char *txt,char col)
{
RectFill(1,192,160,198,3);
grSetColor(0);PrintAt(x+1,y+1,txt);
grSetColor(col);PrintAt(x,y,txt);
}
void UpdatePortOverlays(void)
{
char i,j;
for (i=0;i<NUM_PLAYERS;i++) { // Programs
for (j=0;j<5;j++)
Data->P[i].Port[PORT_Mercury-j]=(Data->P[i].Manned[j].Num>=0)?1:0;
#ifdef DEADCODE
// Zond thingy -- this was never implemented and available after 6 manned seasons
//if (i==1 && Data->P[i].Manned[2].Seas>6) Data->P[i].Port[PORT_Zond]=1;
#endif
if(Data->P[i].Probe[0].Num>=0 || Data->P[i].Probe[1].Num>=0 ||
Data->P[i].Probe[2].Num>=0 ) Data->P[i].Port[PORT_Satellite]=1;
if (Data->P[i].Manned[5].Num>=0 || Data->P[i].Manned[6].Num>=0)
Data->P[i].Port[PORT_LM]=1;
// Museum
if (Data->Prestige[18].Goal[i]>0)
Data->P[i].Port[PORT_Museum]=maxx(Data->P[i].Port[PORT_Museum],1); // Mus:1
if (Data->Prestige[1].Goal[i]>0)
Data->P[i].Port[PORT_Museum]=maxx(Data->P[i].Port[PORT_Museum],2); // Mus:2
if (Data->Prestige[20].Goal[i]>0)
Data->P[i].Port[PORT_Museum]=maxx(Data->P[i].Port[PORT_Museum],3); // Mus:3
// R&D
if (Data->P[i].Budget>=85)
Data->P[i].Port[PORT_Research]=maxx(Data->P[i].Port[PORT_Research],1); // RD:1
if (Data->P[i].Budget>=112)
Data->P[i].Port[PORT_Research]=maxx(Data->P[i].Port[PORT_Research],2); // RD:2
if (Data->P[i].Budget>=150)
Data->P[i].Port[PORT_Research]=maxx(Data->P[i].Port[PORT_Research],3); // RD:3
// VAB
if (Data->Prestige[12].Goal[i]>0)
Data->P[i].Port[PORT_VAB]=maxx(Data->P[i].Port[PORT_VAB],1); // VAB:1
if (Data->P[i].Budget>115)
Data->P[i].Port[PORT_VAB]=maxx(Data->P[i].Port[PORT_VAB],2); // VAB:2
// Admin
if (Data->P[i].AstroLevel>=2)
Data->P[i].Port[PORT_Admin]=maxx(Data->P[i].Port[PORT_Admin],1); // Adm:1
if (Data->P[i].AstroLevel>=4)
Data->P[i].Port[PORT_Admin]=maxx(Data->P[i].Port[PORT_Admin],2); // Adm:2
if (Data->Prestige[13].Goal[i]>0)
Data->P[i].Port[PORT_Tracking]=maxx(Data->P[i].Port[PORT_Tracking],1); // Trk:1
if (Data->Prestige[19].Goal[i]>0)
Data->P[i].Port[PORT_MissionControl]=maxx(Data->P[i].Port[PORT_MissionControl],1); // MC:1
if (Data->P[i].AstroCount>0)
Data->P[i].Port[PORT_AstroComplex]=Data->P[i].Port[PORT_BasicTraining]=1;
if (Data->P[i].Pool[0].Active>0) { // Astros
Data->P[i].Port[PORT_Helipad]=Data->P[i].Port[PORT_Pool]=Data->P[i].Port[PORT_Planetarium]=1;
Data->P[i].Port[PORT_Centrifuge]=Data->P[i].Port[PORT_MedicalCtr]=Data->P[i].Port[PORT_Airfield]=1;
}
}
}
void Master(char plr)
{
int i,r_value,t_value=0,g_value=0;
sFin=NULL;
strcpy(IDT,"i000");strcpy(IKEY,"i000");
WaveFlagSetup();
sCount=-1;
SUSPEND=Vab_Spot=0;
for (i=0;i<3;i++) {
GetMisType(Data->P[plr].Mission[i].MissionCode);
Data->P[plr].Mission[i].Joint=Mis.Jt;
}
// Entering screen for the first time so fade out and in.
FadeOut(2,pal,10,0,0);
DrawSpaceport(plr);
FadeIn(2,pal,10,0,0);
memcpy(vhptr.vptr,screen,MAX_X*MAX_Y);
av_need_update_xy(0, 0, MAX_X, MAX_Y);
#if SPOT_ON
if ((Data->P[plr].Pool[0].Active|Data->P[plr].Pool[1].Active|Data->P[plr].Pool[2].Active)>=1)
g_value=1;
for(i=0;i<Data->P[plr].AstroCount;i++)
if (Data->P[plr].Pool[i].Status>=AST_ST_TRAIN_BASIC_2) t_value=1;
r_value=random(1000);
if (xMODE & xMODE_CLOUDS)
{
if (plr==0 && Data->P[plr].Port[PORT_VAB]==0) SpotCrap(14,SPOT_LOAD); //USA Storm
else if (plr==1) SpotCrap(12,SPOT_LOAD); //Sov Storm
}
else
if ((xMODE & xMODE_SPOT_ANIM) && g_value)
{
SpotCrap(3+(5*plr),SPOT_LOAD);
xMODE &= ~xMODE_SPOT_ANIM;
}
else if (t_value && g_value) SpotCrap(0+(5*plr),SPOT_LOAD); //LEM
else if (r_value<150) {
if (plr==1 && Data->P[plr].Port[PORT_MedicalCtr]==1) SpotCrap(18,SPOT_LOAD);
else SpotCrap(1+(5*plr),SPOT_LOAD);
}
else if (r_value>850) SpotCrap(2+(5*plr),SPOT_LOAD); //Heli
#endif
Port(plr);
strcpy(IDT,"i000");strcpy(IKEY,"i000");
WaveFlagDel();
if (sFin) {fclose(sFin);sFin=NULL;}
}
void GetMse(char plr,char fon)
{
int i;
GXHEADER local,local2;
static double last_wave_step;
double now;
now = get_time ();
if (now - last_wave_step > .125) {
last_wave_step = now;
if (plr == 0)
DoCycle ();
if (fon != 1)
goto done;
#if SPOT_ON
SpotCrap(0,SPOT_STEP);
#endif
FCtr=FCtr%5;
GV(&local,22,22);GV(&local2,22,22);
if (plr==0) gxGetImage(&local,49,121,70,142,0);
else gxGetImage(&local,220,141,241,162,0);
if (plr==0)
gxVirtualVirtual(&flaggy,FCtr*23,0,FCtr*23+21,21,&local2,0,0,gxSET);
else
gxVirtualVirtual(&flaggy,115+FCtr*23,0,115+FCtr*23+21,21,&local2,0,0,gxSET);
for(i=0;i<(22*22);i++)
if (local2.vptr[i]==0)
local2.vptr[i]=local.vptr[i];
if (plr==0) gxPutImage(&local2,gxSET,49,121,0);
else gxPutImage(&local2,gxSET,220,141,0);
DV(&local);DV(&local2);
done:
FCtr++;
}
GetMouse_fast();
}
void
DoCycle(void) // Three ranges of color cycling
{
int i, tmp1, tmp2, tmp3, j;
/* hardcoded rectangles with water */
struct rectangle {
int x1, y1, x2, y2;
} r[] = {
{141, 163, 156, 175},
{0, 50, 71, 72},
{168, 16, 294, 32},
{109, 11, 170, 39},
{116,114, 157,145}
};
j = 384;
i = 0;
tmp1 = pal[j + 3 * i + 0];
tmp2 = pal[j + 3 * i + 1];
tmp3 = pal[j + 3 * i + 2];
for (; i < 3; i++)
{
pal[j + i * 3 + 0] = pal[j + (i + 1) * 3 + 0];
pal[j + i * 3 + 1] = pal[j + (i + 1) * 3 + 1];
pal[j + i * 3 + 2] = pal[j + (i + 1) * 3 + 2];
};
pal[j + 3 * i] = tmp1;
pal[j + 3 * i + 1] = tmp2;
pal[j + 3 * i + 2] = tmp3;
i = 4;
tmp1 = pal[j + 3 * i + 0];
tmp2 = pal[j + 3 * i + 1];
tmp3 = pal[j + 3 * i + 2];
for (; i < 11; i++)
{
pal[j + i * 3 + 0] = pal[j + (i + 1) * 3 + 0];
pal[j + i * 3 + 1] = pal[j + (i + 1) * 3 + 1];
pal[j + i * 3 + 2] = pal[j + (i + 1) * 3 + 2];
};
pal[j + 3 * i] = tmp1;
pal[j + 3 * i + 1] = tmp2;
pal[j + 3 * i + 2] = tmp3;
i = 12;
tmp1 = pal[j + 3 * i + 0];
tmp2 = pal[j + 3 * i + 1];
tmp3 = pal[j + 3 * i + 2];
for (; i < 15; i++)
{
pal[j + i * 3 + 0] = pal[j + (i + 1) * 3 + 0];
pal[j + i * 3 + 1] = pal[j + (i + 1) * 3 + 1];
pal[j + i * 3 + 2] = pal[j + (i + 1) * 3 + 2];
};
pal[j + 3 * i] = tmp1;
pal[j + 3 * i + 1] = tmp2;
pal[j + 3 * i + 2] = tmp3;
gxSetDisplayPalette(pal);
for (i = 0; i < (int) ARRAY_LENGTH(r); ++i)
{
av_need_update_xy(r[i].x1, r[i].y1, r[i].x2, r[i].y2);
}
}
/** ???
*
* \param mode ... 0 = ? 1 = copy stored outline ?
*/
void
PortOutLine(unsigned int Count, ui16 * outline, char mode)
{
int min_x = MAX_X, min_y = MAX_Y, max_x = 0, max_y = 0;
unsigned int i;
pPortOutlineRestore = xrealloc(pPortOutlineRestore,
sizeof(PORTOUTLINE) * Count);
for (i = 0; i < Count; i++)
{
if (mode == 1)
{ // Save value from the screen
pPortOutlineRestore[i].loc = outline[i]; // Offset of the outline into the buffer
pPortOutlineRestore[i].val = screen[outline[i]]; // Save original pixel value
}
else // dunno
outline[i] = pPortOutlineRestore[i].loc;
screen[outline[i]] = 11; // Color the outline index 11, which should be Yellow
min_x = min(min_x, outline[i] % MAX_X);
min_y = min(min_y, outline[i] / MAX_X);
max_x = max(max_x, outline[i] % MAX_X);
max_y = max(max_y, outline[i] / MAX_X);
}
if (Count)
av_need_update_xy(min_x, min_y, max_x, max_y);
}
void
PortRestore(unsigned int Count)
{
int min_x = MAX_X, min_y = MAX_Y, max_x = 0, max_y = 0;
unsigned int i;
int loc;
for (i = 0; i < Count; i++)
{
loc = pPortOutlineRestore[i].loc;
screen[loc] = pPortOutlineRestore[i].val;
min_x = min(min_x, loc % MAX_X);
min_y = min(min_y, loc / MAX_X);
max_x = max(max_x, loc % MAX_X);
max_y = max(max_y, loc / MAX_X);
}
if (Count)
av_need_update_xy(min_x, min_y, max_x, max_y);
free(pPortOutlineRestore);
pPortOutlineRestore = NULL;
}
/** Map a keypress to a spaceport building selection
*/
int MapKey(char plr,int key,int old)
{
int val,j,found=0;
char high=-1,low=-1;
for (j=0;j<35;j++)
{
if (MObj[j].Reg[Data->P[plr].Port[j]].sNum>0)
{
if (low==-1) low=j;
high=j;
}
}
val=old;
switch(key) {
case 'A': if (MObj[6].Reg[Data->P[plr].Port[PORT_Admin]].sNum>0) val=6;mousebuttons=1; break;
case 'I': if (MObj[1].Reg[Data->P[plr].Port[PORT_Pentagon]].sNum>0) val=1;mousebuttons=1; break;
case 'M': if (MObj[5].Reg[Data->P[plr].Port[PORT_Museum]].sNum>0) val=5;mousebuttons=1; break;
case 'R': if (MObj[22].Reg[Data->P[plr].Port[PORT_Research]].sNum>0) val=22;mousebuttons=1; break;
case 'P': if (MObj[2].Reg[Data->P[plr].Port[PORT_Capitol]].sNum>0) val=2;mousebuttons=1; break;
case 'V': if (MObj[4].Reg[Data->P[plr].Port[PORT_VAB]].sNum>0) val=4;mousebuttons=1; break;
case 'C': if (MObj[26].Reg[Data->P[plr].Port[PORT_MissionControl]].sNum>0) val=26;mousebuttons=1; break;
case 'Q': if (MObj[29].Reg[Data->P[plr].Port[PORT_Gate]].sNum>0) val=29;mousebuttons=1; break;
case 'E': if (MObj[28].Reg[Data->P[plr].Port[PORT_FlagPole]].sNum>0) val=28;mousebuttons=1; break;
case 'T': if (MObj[7].Reg[Data->P[plr].Port[PORT_AstroComplex]].sNum>0) val=7;mousebuttons=1; break;
case 'B': if (MObj[9].Reg[Data->P[plr].Port[PORT_BasicTraining]].sNum>0) val=9;mousebuttons=1; break;
#if 0
// Possibly hotkeys for astronaut training buildings
case '1': if (MObj[9].Reg[Data->P[plr].Port[PORT_BasicTraining]].sNum>0) val=9;mousebuttons=1; break;
case '2': if (MObj[9].Reg[Data->P[plr].Port[PORT_BasicTraining]].sNum>0) val=9;mousebuttons=1; break;
case '3': if (MObj[9].Reg[Data->P[plr].Port[PORT_BasicTraining]].sNum>0) val=9;mousebuttons=1; break;
case '4': if (MObj[9].Reg[Data->P[plr].Port[PORT_BasicTraining]].sNum>0) val=9;mousebuttons=1; break;
case 'S': if (MObj[9].Reg[Data->P[plr].Port[PORT_BasicTraining]].sNum>0) val=9;mousebuttons=1; break;
#endif
case UP_ARROW:if (old==high) old=0; else old=old+1;
found=0;for (j=old;j<high+1;j++)
if (MObj[j].Reg[Data->P[plr].Port[j]].sNum>0) {
if (found==0) {val=j;found=1;}
}
break;
case DN_ARROW:if (old==low) old=34; else old=old-1;
found=0;for (j=old;j>low-1;j--)
if (MObj[j].Reg[Data->P[plr].Port[j]].sNum>0) {
if (found==0) {val=j;found=1;}
}
break;
default: val=old;break;
}
return val;
}
void Port(char plr)
{
double last_secs;
int i,j,kMode,kEnt,k;
char good, res;
int kPad,pKey,gork;
FILE *fin;
long stable[55];
ui16 Count,*bone;
strcpy(IDT,"i043");strcpy(IKEY,"k043");
bone=(ui16 *) buffer;
fin=sOpen((plr==0)?"USA_PORT.DAT":"SOV_PORT.DAT","rb",0);
fread(&PHead,sizeof PHead,1,fin);
Swap32bit(PHead.oMObj);
Swap32bit(PHead.oTab);
Swap32bit(PHead.oPal);
Swap32bit(PHead.oPort);
Swap32bit(PHead.oMse);
Swap32bit(PHead.oOut);
Swap32bit(PHead.oAnim);
fseek(fin,PHead.oOut,SEEK_SET);
fread(&stable[0],sizeof stable,1,fin);
for (i=0; i< 55; i++) {
Swap32bit(stable[i]);
}
if (plr==0 && Data->Year>65) PortText(5,196,"CAPE KENNEDY",12);
else if (plr==0) PortText(5,196,"THE CAPE",12);
else PortText(5,196,"BAIKONUR",12);
pKey=0;
music_start((plr==0)?M_USPORT:M_SVPORT);
kMode=kPad=kEnt=0;
last_secs = get_time ();
i = 0; // this is used to loop through all the selection regions on the port
while (1)
{
av_block ();
#if 0
if (get_time ()- last_secs > 25)
{
SpotCrap(0,SPOT_KILL);
gork=random(100);
if (gork<50)
{
if (plr==1 && Data->P[plr].Port[PORT_MedicalCtr]==1)
SpotCrap(18,SPOT_LOAD);
else SpotCrap(1+(5*plr),SPOT_LOAD);
}
else if (plr==1 && gork<90) SpotCrap(10,SPOT_LOAD);
else if (plr==0 && gork<90) SpotCrap(2+(5*plr),SPOT_LOAD);
else SpotCrap(1+(5*plr),SPOT_LOAD); //Specs: Default
last_secs = get_time ();
}
#endif
if (kMode==0)
i=0;
else if (kMode==1)
kEnt=0;
do
{
#if BABYSND
UpdateAudio();
#endif
if (pKey==0) {key=0;GetMse(plr,1);}
else pKey=0;
if (kPad>0 && kMode==1) key=kPad;
if (kMode==1 && !(x==319 && y==199)) kMode=0;
if (key>0) // this was only looking for the low byte
{
i=MapKey(plr,key,i); // Get Port offset for keyboard input
if (key==K_ESCAPE) {kMode=0;i=0;}
else {kMode=1;}
if (MObj[i].Reg[Data->P[plr].Port[i]].sNum>0)
{
x=MObj[i].Reg[Data->P[plr].Port[i]].CD[0].x1;
y=MObj[i].Reg[Data->P[plr].Port[i]].CD[0].y1;
kEnt=i;
}
}
if (kMode==1 && kEnt==i)
{
x=MObj[i].Reg[Data->P[plr].Port[i]].CD[0].x1;
y=MObj[i].Reg[Data->P[plr].Port[i]].CD[0].y1;
}
else if (kMode==1 && kEnt!=i)
{
x=-1;y=-1;
}
for (j=0;j<MObj[(kMode==0) ? i : kEnt].Reg[Data->P[plr].Port[(kMode==0) ? i : kEnt]].qty;j++)
if (x>=MObj[(kMode==0) ? i : kEnt].Reg[Data->P[plr].Port[(kMode==0) ? i : kEnt]].CD[j].x1 &&
y>=MObj[(kMode==0) ? i : kEnt].Reg[Data->P[plr].Port[(kMode==0) ? i : kEnt]].CD[j].y1 &&
x<=MObj[(kMode==0) ? i : kEnt].Reg[Data->P[plr].Port[(kMode==0) ? i : kEnt]].CD[j].x2 &&
y<=MObj[(kMode==0) ? i : kEnt].Reg[Data->P[plr].Port[(kMode==0) ? i : kEnt]].CD[j].y2)