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main.c
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/* Jedi/Sector One */
#include "main.h"
#ifdef __linux__
# include <vgakeyboard.h>
# include <mikmod.h>
#endif
static void action(Raq * const raq) RGO;
static void resetNoBonus(void) RGONOP;
static void resetNoBonus(void)
{
const RaqList *flip;
if (phasis == PHS_NORMAL) {
raq1.type = RAE_NORMAL;
flip = &raqList[RAE_NORMAL];
} else {
raq2.type = RAE_NORMAL;
flip = &raqList[RAE_BISOU1];
}
raq1.couple.load = flip->couple.load;
raq1.couple.sprite = flip->couple.sprite;
raq1.width = flip->width;
raq1.height = flip->height;
raq1.addx = INITIAL_RAQSPEED_X;
raq1.addy = INITIAL_RAQSPEED_Y;
raq1.acutance = ACUTANCE;
raq1.iscotched = ISD_NOTSCOTCHED;
raq1.hasGlue = raq1.hasNoLimit = raq1.hasLazer = 0;
raq1.downspeed = DOD_NORMAL;
if (phasis == PHS_BISOU) {
flip = &raqList[RAE_BISOU2];
}
raq2.couple.load = flip->couple.load;
raq2.couple.sprite = flip->couple.sprite;
raq2.width = flip->width;
raq2.height = flip->height;
raq2.addx = INITIAL_RAQSPEED_X;
if (simpleGame == 2) {
raq2.addy = BOOSTED_RAQSPEED_Y;
} else {
raq2.addy = INITIAL_RAQSPEED_Y;
}
raq2.acutance = ACUTANCE;
raq2.iscotched = ISD_NOTSCOTCHED;
raq2.hasGlue = raq2.hasNoLimit = raq2.hasLazer = 0;
raq2.downspeed = DOD_NORMAL;
}
static void resetSpritesPos(void) RGONOP;
static void resetSpritesPos(void)
{
const BallList *flip;
Ball *epinard = ball;
int t = MAXBALLS;
if (phasis == PHS_NORMAL) {
numberOfBalls = 1;
} else {
numberOfBalls = NUMBER_OF_COEURS;
}
raq1.x = 0;
raq1.y = (SCREEN_HEIGHT - raq1.height) >> 1;
raq1.addr = phybase + screenOffset(raq1.x, raq1.y);
raq2.x = SCREEN_WIDTH - raq2.width;
raq2.y = (SCREEN_HEIGHT - raq2.height) >> 1;
raq2.addr = phybase + screenOffset(raq2.x, raq2.y);
do {
epinard->enabled = 0;
#if FUNNY_SPEED
do {
epinard->addx = (rand() % 10) - 5;
epinard->addy = (rand() % 8) - 4;
} while (epinard->addx == 0 || epinard->addy == 0);
#else
epinard->addx = 0;
if ((rand() & 1) == 0) {
epinard->addy = 2;
} else {
epinard->addy = -2;
}
#endif
if (phasis == PHS_NORMAL) {
epinard->size = BAE_NORMAL;
} else {
epinard->size = BAE_COEUR1 + (t % NUMBER_OF_COEURS);
}
flip = &ballList[epinard->size];
epinard->iscotched = ISD_NOTSCOTCHED;
epinard->width = flip->width;
epinard->height = flip->height;
epinard->couple.load = flip->couple.load;
epinard->couple.sprite = flip->couple.sprite;
#if FUNNY_POS
epinard->x = (rand() % (SCREEN_WIDTH - epinard->width));
epinard->y = (rand() % (SCREEN_HEIGHT - epinard->height));
#else
epinard->x = (SCREEN_WIDTH - epinard->width) >> 1;
# if 0
epinard->y = (SCREEN_HEIGHT - epinard->height) >> 1;
# else
epinard->y = (rand() % (SCREEN_HEIGHT - epinard->height));
# endif
#endif
epinard->addr = phybase + screenOffset(epinard->x, epinard->y);
epinard++;
t--;
} while (t != 0);
ball[0].enabled = 1;
if (phasis == PHS_BISOU) {
ball[1].enabled = ball[2].enabled = ball[3].enabled = 1;
}
#if BONI_SUPPORT
bonus.enabled = 0;
if (cheatMode == 0) {
bonusWait = (rand() % BONUS_CHANCES);
} else {
bonusWait = 1;
}
if (bonusList[bonusRond1.type].recycler == BOR_ONEPOINT) {
if (bonusRond1.enabled != 0) {
bonusList[bonusRond1.type].disableBonus(&raq1);
}
bonusRond1.enabled = 0;
bonusRond1.timeout = BONUS_TIMEOUT;
}
if (bonusList[bonusRond2.type].recycler == BOR_ONEPOINT) {
if (bonusRond2.enabled != 0) {
bonusList[bonusRond2.type].disableBonus(&raq2);
}
bonusRond2.enabled = 0;
bonusRond2.timeout = BONUS_TIMEOUT;
}
#endif
}
static __inline__ void kbdtrap(void)
{
#ifndef __linux__
__dpmi_paddr addr;
__dpmi_get_protected_mode_interrupt_vector(INTERRUPT_KEY, &shitMaker);
addr.selector = _my_cs();
addr.offset32 = (unsigned long) pepsi;
irq_redirected = ~irq_redirected;
__dpmi_set_protected_mode_interrupt_vector(INTERRUPT_KEY, &addr);
#else
keyboard_init();
#endif
}
static __inline__ void checkTree(void)
{
FILE *fp;
if ((fp = fopen(SPL_rebond, "rb")) == NULL) {
fputs
(" Sorry but either some files are missing, either you extracted the game\n"
"without its directories. You should have a subdirectory called "
SPL_PATH "\n"
"in the current path. Erase these files and uncompress the game properly with\n"
"a correct tree. With PKUNZIP under DOS, a correct command line would look like:\n"
"\n\t\tPKUNZIP -D PING.ZIP\n\n"
" Please try anew to enjoy dis junky game.", stderr);
exit(EXIT_FAILURE);
}
fclose(fp);
}
static __inline__ void init(void)
{
time_t mortel;
#if NEED_TRADITIONAL_NEARPTR
if (__djgpp_nearptr_enable() == 0) {
fputs("Sorry but I can't switch into flat memory mode", stderr);
exit(EXIT_FAILURE);
}
#endif
time(&mortel);
srand((unsigned int) (mortel & 0x7fff));
checkTree();
kbdtrap();
#ifdef __linux__
xmode();
#endif
phybase = getphybase(1);
xclear(phybase);
phybase = getphybase(0);
xclear(phybase);
if ((screenSave =
(unsigned char *) malloc(SCREEN_LENGTH_IN_BYTES * 4)) == NULL) {
phreeyourmind:
fputs("Oh no ! More memory !", stderr);
exit(EXIT_FAILURE);
}
if ((screenSave2 =
(unsigned char *) malloc(SCREEN_LENGTH_IN_BYTES * 4)) == NULL) {
goto phreeyourmind;
}
vsync();
setblack();
#ifdef __linux__
initMikmod();
#endif
}
static __inline__ void initGame(void)
{
vsync();
setblack();
xmode();
setblack();
setPage(0);
if (sound_select_card() == MAY_DISABLE_INTERRUPTS) {
#ifndef __linux__
disable();
#endif
}
sfx_enabled = 1;
numberOfBalls = 1;
score1 = score2 = 0;
cheatMode = 0;
phasis = terrainPhasis = requestedPhasis = PHS_NORMAL;
bonusRond1.enabled = 0;
bonusRond1.x = ROND_XL;
raq1.bonusRond = &bonusRond1;
bonusRond2.enabled = 0;
bonusRond2.x = ROND_XR;
raq2.bonusRond = &bonusRond2;
resetSpritesPos();
terrain1();
vsync();
setpal();
if ((rand() & 1) != 0) {
kikigo = KIKI_RIGHT;
}
}
static __inline__ void bye(void)
{
if (irq_redirected == 0) {
#ifndef __linux__
enable();
#endif
} else {
#ifndef __linux__
__dpmi_set_protected_mode_interrupt_vector(INTERRUPT_KEY,
&shitMaker);
#endif
}
if (sfx_enabled != 0) {
sound_bye();
}
#if NEED_TRADITIONAL_NEARPTR
__djgpp_nearptr_disable();
#endif
txtmode();
puts("Diz was <<Ping!>> - (C)oderite Sector One & Fantasy.\n"
"ftp://ftp.c9x.org/pub/ping/");
}
static __inline__ void swapScreens(void)
{
setbackground(0, 0, 7);
vsync();
curscrn ^= 1;
setPage(curscrn);
curscreen = &screen[curscrn];
#if SHOW_VBL
setbackground(4, 4, 11);
#endif
if (sound_frappe_delay != 0) {
sound_frappe_delay--;
}
#ifdef __linux__
MikMod_Update();
#endif
}
static __inline__ void goup1(void)
{
if ((raq1.y -= raq1.addy) < 0) {
raq1.y = 0;
}
}
static __inline__ void godown1(void)
{
if ((raq1.y += raq1.addy) > (SCREEN_HEIGHT - raq1.height)) {
raq1.y = SCREEN_HEIGHT - raq1.height;
}
}
static __inline__ void goleft1(void)
{
if ((raq1.x -= raq1.addx) < 0) {
raq1.x = 0;
}
}
static __inline__ void goright1(void)
{
int rigolo = SCREEN_MIDDLE - FILET_GAP - raq1.width;
if (raq1.hasNoLimit != 0) {
rigolo = SCREEN_WIDTH - NOLIMIT_GAP - raq1.width - raq2.width;
}
if ((raq1.x += raq1.addx) > rigolo) {
raq1.x = rigolo;
}
}
static __inline__ void goup2(void)
{
if ((raq2.y -= raq2.addy) < 0) {
raq2.y = 0;
}
}
static __inline__ void godown2(void)
{
if ((raq2.y += raq2.addy) > (SCREEN_HEIGHT - raq2.height)) {
raq2.y = SCREEN_HEIGHT - raq2.height;
}
}
static __inline__ void goleft2(void)
{
int rigolo = SCREEN_MIDDLE + FILET_GAP;
if (raq2.hasNoLimit != 0) {
rigolo = NOLIMIT_GAP + raq1.width;
}
if ((raq2.x -= raq2.addx) < rigolo) {
raq2.x = rigolo;
}
}
static __inline__ void goright2(void)
{
if ((raq2.x += raq2.addx) > (SCREEN_WIDTH - raq2.width)) {
raq2.x = SCREEN_WIDTH - raq2.width;
}
}
typedef enum PointState_ {
POE_NONE, POE_LEFT, POE_RIGHT
} PointState;
#if BONI_SUPPORT
static __inline__ void addBalls(int ballsToAdd,
const BallSize ballSize) RGO;
static __inline__ void addBalls(int ballsToAdd, const BallSize ballSize)
{
const BallList *const flip = &ballList[ballSize];
Ball *epinard = ball;
int t = MAXBALLS;
sound_bfork();
do {
if (epinard->enabled == 0) {
epinard->enabled = 1;
epinard->x = (SCREEN_WIDTH - epinard->width) >> 1;
epinard->y = (rand() % (SCREEN_HEIGHT - epinard->height));
epinard->addr = phybase + screenOffset(epinard->x, epinard->y);
epinard->size = ballSize;
epinard->iscotched = ISD_NOTSCOTCHED;
epinard->width = flip->width;
epinard->height = flip->height;
epinard->couple.load = flip->couple.load;
epinard->couple.sprite = flip->couple.sprite;
do {
epinard->addx =
(rand() % (NEW_BALLSPEED_X * 2)) - NEW_BALLSPEED_X;
epinard->addy =
(rand() % (NEW_BALLSPEED_Y * 2)) - NEW_BALLSPEED_Y;
} while (epinard->addx == 0 || epinard->addy == 0);
numberOfBalls++;
ballsToAdd--;
if (ballsToAdd == 0) {
break;
}
}
epinard++;
t--;
} while (t != 0);
}
static __inline__ void sgbonus(const Raq * const raq) RGO;
static __inline__ void sgbonus(const Raq * const raq)
{
const int jk = raq->x * MAX_VOLUME / (SCREEN_WIDTH - BONUS_WIDTH);
sound_got_bonus(MAX_VOLUME - jk, jk);
}
void enableBonus_multiball(Raq * const raq)
{
int caroline;
(void) raq;
switch (rand() & 3) {
case 0:
caroline = 3;
break;
case 1:
caroline = 10;
break;
default:
caroline = MAXBALLS;
}
addBalls(caroline, BAE_NORMAL);
}
void disableBonus_multiball(Raq * const raq)
{
(void) raq;
}
void enableBonus_ballsize(Raq * const raq)
{
const BallList *flip;
Ball *epinard = ball;
int t = MAXBALLS;
int ballsToAdd = numberOfBalls;
BallSize ballSize;
(void) raq;
sound_glue();
do {
if (epinard->enabled != 0) {
epinard->addr = phybase + screenOffset(epinard->x, epinard->y);
do {
ballSize = rand() % NUMBER_OF_BALLKINDS;
} while (epinard->size == ballSize);
epinard->size = ballSize;
flip = &ballList[ballSize];
epinard->x += ((epinard->width - flip->width) >> 1);
epinard->y += ((epinard->height - flip->height) >> 1);
epinard->width = flip->width;
epinard->height = flip->height;
epinard->couple.load = flip->couple.load;
epinard->couple.sprite = flip->couple.sprite;
ballsToAdd--;
if (ballsToAdd == 0) {
break;
}
}
epinard++;
t--;
} while (t != 0);
}
void disableBonus_ballsize(Raq * const raq)
{
(void) raq;
}
void enableBonus_raqsize(Raq * const raq)
{
const RaqList *flip;
RaqType raqType;
sound_bip();
do {
raqType = rand() % NUMBER_OF_RAQTYPES;
} while (raqType == raq->type);
flip = &raqList[raqType];
raq->type = raqType;
raq->couple.load = flip->couple.load;
raq->couple.sprite = flip->couple.sprite;
raq->x += ((raq->width - flip->width) >> 1);
raq->y += ((raq->height - flip->height) >> 1);
raq->width = flip->width;
raq->height = flip->height;
if (raq->x < 0) {
raq->x = 0;
}
if (raq->x > (SCREEN_WIDTH - raq->width)) {
raq->x = SCREEN_WIDTH - raq->width;
}
if (raq->y < 0) {
raq->y = 0;
}
if (raq->y > (SCREEN_HEIGHT - raq->height)) {
raq->y = SCREEN_HEIGHT - raq->height;
}
}
void disableBonus_raqsize(Raq * const raq)
{
const RaqList *const flip = &raqList[RAE_NORMAL];
sound_bip();
raq->type = RAE_NORMAL;
raq->couple.load = flip->couple.load;
raq->couple.sprite = flip->couple.sprite;
raq->width = flip->width;
raq->height = flip->height;
}
void enableBonus_raqspeed(Raq * const raq)
{
sgbonus(raq);
raq->addx = BOOSTED_RAQSPEED_X;
raq->addy = BOOSTED_RAQSPEED_Y;
}
void disableBonus_raqspeed(Raq * const raq)
{
raq->addx = INITIAL_RAQSPEED_X;
raq->addy = INITIAL_RAQSPEED_Y;
}
void enableBonus_inertie(Raq * const raq)
{
sgbonus(raq);
}
void disableBonus_inertie(Raq * const raq)
{
(void) raq;
}
void enableBonus_wall(Raq * const raq)
{
sgbonus(raq);
}
void disableBonus_wall(Raq * const raq)
{
(void) raq;
}
void enableBonus_glue(Raq * const raq)
{
sgbonus(raq);
raq->hasGlue = 1;
}
void disableBonus_glue(Raq * const raq)
{
if (simpleGame == 2) {
action(raq);
}
raq->hasGlue = 0;
}
void enableBonus_ballway(Raq * const raq)
{
Ball *epinard = ball;
int skudz = numberOfBalls;
sgbonus(raq);
do {
if (epinard->enabled != 0) {
epinard->addx = -epinard->addx;
skudz--;
}
epinard++;
} while (skudz != 0);
}
void disableBonus_ballway(Raq * const raq)
{
(void) raq;
}
void enableBonus_gravity(Raq * const raq)
{
sgbonus(raq);
}
void disableBonus_gravity(Raq * const raq)
{
(void) raq;
}
void enableBonus_angle(Raq * const raq)
{
sgbonus(raq);
raq->acutance = HIGH_ACUTANCE;
}
void disableBonus_angle(Raq * const raq)
{
raq->acutance = ACUTANCE;
}
void enableBonus_downspeed(Raq * const raq)
{
sgbonus(raq);
if (raq == &raq1) {
raq1.downspeed = DOD_UPSPEED;
raq2.downspeed = DOD_DOWNSPEED;
raq2.acutance = LOW_ACUTANCE;
} else {
raq1.acutance = LOW_ACUTANCE;
raq1.downspeed = DOD_DOWNSPEED;
raq2.downspeed = DOD_UPSPEED;
}
}
void disableBonus_downspeed(Raq * const raq)
{
(void) raq;
raq1.downspeed = raq2.downspeed = DOD_NORMAL;
if (raq1.acutance == LOW_ACUTANCE) {
raq1.acutance = ACUTANCE;
}
if (raq2.acutance == LOW_ACUTANCE) {
raq2.acutance = ACUTANCE;
}
}
void enableBonus_tir(Raq * const raq)
{
sgbonus(raq);
raq->hasLazer = 1;
}
void disableBonus_tir(Raq * const raq)
{
raq->hasLazer = 0;
}
void enableBonus_nolimit(Raq * const raq)
{
sgbonus(raq);
raq->hasNoLimit = 1;
}
void disableBonus_nolimit(Raq * const raq)
{
raq->hasNoLimit = 0;
}
void enableBonus_surprise(Raq * const raq)
{
sgbonus(raq);
requestedPhasis = PHS_BISOU;
}
void disableBonus_surprise(Raq * const raq)
{
(void) raq;
}
static void loadBonus(void) RGONOP;
static void loadBonus(void)
{
if (curscreen->oldBonus.enabled != 0) {
load_bonusback(curscreen->oldBonusBack.addr,
curscreen->oldBonusBack.offset);
bonus.couple.load(curscreen->oldBonus.addr,
curscreen->oldBonus.offset);
if (bonus.enabled == 0) {
curscreen->oldBonus.enabled = 0;
}
}
if (curscreen->oldLazer.lazerAddr != NULL) {
const unsigned char *const pukka =
screenSave + curscreen->oldLazer.offset;
unsigned char *const lazerAddr = curscreen->oldLazer.lazerAddr;
const size_t lazerLen = curscreen->oldLazer.lazerLen;
writePlane(WPLANE0);
memcpy(lazerAddr, pukka, lazerLen);
writePlane(WPLANE1);
memcpy(lazerAddr, pukka + SCREEN_LENGTH_IN_BYTES, lazerLen);
writePlane(WPLANE2);
memcpy(lazerAddr, pukka + SCREEN_LENGTH_IN_BYTES * 2, lazerLen);
writePlane(WPLANE3);
memcpy(lazerAddr, pukka + SCREEN_LENGTH_IN_BYTES * 3, lazerLen);
curscreen->oldLazer.lazerAddr = NULL;
}
}
static void loadRonds(void) RGONOP;
static void loadRonds(void)
{
if (curscreen->oldRond1.enabled != 0) {
load_rondback(curscreen->oldRond1.addr,
curscreen->oldRond1.offset);
if (bonusRond1.enabled == 0) {
curscreen->oldRond1.enabled = 0;
}
}
if (curscreen->oldRond2.enabled != 0) {
load_rondback(curscreen->oldRond2.addr,
curscreen->oldRond2.offset);
if (bonusRond2.enabled == 0) {
curscreen->oldRond2.enabled = 0;
}
}
}
static void dspRond(Raq * const raq, SpriteSave * const oldRond) RGO;
static void dspRond(Raq * const raq, SpriteSave * const oldRond)
{
BonusRond *const babe = raq->bonusRond;
int kowabunga;
if (babe->enabled == 0) {
return;
}
oldRond->enabled = 1;
if (babe->timeout == 0) {
babe->timeout = BONUS_TIMEOUT;
babe->phasis++;
if (*(babe->phasis) == NULL) {
{
const int jk =
babe->x * MAX_VOLUME / (SCREEN_WIDTH - BONUS_WIDTH);
sound_end_bonus(MAX_VOLUME - jk, jk);
}
bonusList[babe->type].disableBonus(raq);
babe->enabled = 0;
return;
}
} else {
babe->timeout--;
}
#if 1
if (babe->y > ROND_Y) {
babe->y--;
}
#endif
kowabunga = screenOffset(babe->x, babe->y);
oldRond->offset = kowabunga;
babe->addr = phybase + kowabunga;
oldRond->addr = babe->addr;
(*(babe->phasis)) (babe->addr, screenShift(babe->x));
}
static void dspBonus(void) RGONOP;
static void dspBonus(void)
{
typedef struct Kor_ {
int xmov, ymov;
} Kor;
static const Kor derev[] = {
#include "inc/bousin.inc"
};
static const Kor *derevpnt = derev;
static int x, y;
int kowabunga;
if (phasis != PHS_NORMAL || simpleGame == 1) {
return;
}
if (lazerWait1 != 0) {
lazerWait1--;
}
if (lazerWait2 != 0) {
lazerWait2--;
}
if (isBlocked1 != 0) {
isBlocked1--;
}
if (isBlocked2 != 0) {
isBlocked2--;
}
if (bonus.enabled == 0) {
if (bonusWait == 0) {
bonus.enabled = 1;
do {
x = (BONUS_WIDTH + BONUS_MOVE) +
(rand() %
(SCREEN_WIDTH - (BONUS_WIDTH + BONUS_MOVE) * 2));
y = (BONUS_HEIGHT + BONUS_MOVE) +
(rand() %
(SCREEN_HEIGHT - (BONUS_HEIGHT + BONUS_MOVE) * 2));
} while (INTERSECT
(raq1.x - RAQMOVE_GAP, raq1.y - RAQMOVE_GAP,
raq1.x + raq1.width + RAQMOVE_GAP,
raq1.y + raq1.height + RAQMOVE_GAP, x - BONUS_MOVE,
y - BONUS_MOVE, x + BONUS_WIDTH + BONUS_MOVE,
y + BONUS_HEIGHT + BONUS_MOVE) != 0
|| INTERSECT(raq2.x - RAQMOVE_GAP,
raq2.y - RAQMOVE_GAP,
raq2.x + raq2.width + RAQMOVE_GAP,
raq2.y + raq2.height + RAQMOVE_GAP,
x - BONUS_MOVE, y - BONUS_MOVE,
x + BONUS_WIDTH + BONUS_MOVE,
y + BONUS_HEIGHT + BONUS_MOVE) != 0);
bonus.x = x;
bonus.y = y;
#if 0
if (rand() & 1) {
bonus.type = BOE_TIR;
} else {
bonus.type = BOE_GLUE;
}
#else
bonus.type = (rand() % NUMBER_OF_BONI);
#endif
{
const BonusCouple *const ouais =
&bonusList[bonus.type].couple;
bonus.couple.sprite = ouais->sprite;
bonus.couple.load = ouais->load;
}
{
const int jk =
x * MAX_VOLUME / (SCREEN_WIDTH - BONUS_WIDTH);
sound_get_bonus(MAX_VOLUME - jk, jk);
}
} else {
bonusWait--;
}
} else {
static unsigned char stepin(Raq * const raq) {
if (INTERSECT
(raq->x, raq->y, raq->x + raq->width, raq->y + raq->height,
bonus.x, bonus.y, bonus.x + BONUS_WIDTH,
bonus.y + BONUS_HEIGHT) != 0) {
curscreen->oldBonus.enabled = 0;
bonus.enabled = 0;
if (cheatMode == 0) {
bonusWait = (rand() % BONUS_CHANCES) + BONUS_MINWAIT;
} else {
bonusWait = 1;
}
if (bonusList[bonus.type].recycler != BOR_IMMED) {
BonusRond *const cornichon = raq->bonusRond;
if (cornichon->enabled != 0) {
bonusList[cornichon->type].disableBonus(raq);
} else {
cornichon->enabled = 1;
}
cornichon->type = bonus.type;
cornichon->phasis = christelle;
cornichon->timeout = BONUS_TIMEOUT;
#if 0
cornichon->y = ROND_Y;
#else
cornichon->y = SCREEN_HEIGHT;
#endif
}
bonusList[bonus.type].enableBonus(raq);
return 1;
}
return 0;
}
if (stepin(&raq1) == 0 && stepin(&raq2) == 0) {
curscreen->oldBonus.enabled = 1;
bonusBack.x = x + (derevpnt->xmov >> 1);
bonusBack.y = y + (derevpnt->ymov >> 1);
kowabunga = screenOffset(bonusBack.x, bonusBack.y);
curscreen->oldBonusBack.offset = kowabunga;
bonusBack.addr = phybase + kowabunga;
curscreen->oldBonusBack.addr = bonusBack.addr;
sprite_bonusback(bonusBack.addr, screenShift(bonusBack.x));
bonus.x = x + derevpnt->xmov;
bonus.y = y + derevpnt->ymov;
kowabunga = screenOffset(bonus.x, bonus.y);
curscreen->oldBonus.offset = kowabunga;
bonus.addr = phybase + kowabunga;
curscreen->oldBonus.addr = bonus.addr;
bonus.couple.sprite(bonus.addr, screenShift(bonus.x));
if (derevpnt == &derev[(sizeof derev) / (sizeof derev[0]) - 1]) {
derevpnt = derev;
} else {
derevpnt++;
}
}
}
dspRond(&raq1, &curscreen->oldRond1);
dspRond(&raq2, &curscreen->oldRond2);
}
#endif
static PointState boingBoing(void) RGONOP;
static PointState boingBoing(void)
{
static int flipper = ACCELERATION_DELAY;
BallSave *cahouette = curscreen->oldBall;
Ball *zeBall = ball;
int t = numberOfBalls;
int kowabunga;
if (aleasoundWait == 0) {
if (phasis == PHS_BISOU) {
sound_softzak();
} else {
sound_alea();
}
aleasoundWait = (rand() % ALEASOUND_CHANCES);
} else {
aleasoundWait--;
}
while (t != 0) {
if (zeBall->enabled != 0) {
t--;
zeBall->x += zeBall->addx;
zeBall->y += zeBall->addy;
if (phasis == PHS_BISOU) {
typedef struct Kor_ {
int xmov, ymov;
} Kor;
static const Kor derev[] = {
#include "inc/coeursin.inc"
};
static const Kor *derevpnt = derev;
zeBall->x += derevpnt->xmov;
zeBall->y += derevpnt->ymov;
if (derevpnt ==
&derev[(sizeof derev) / (sizeof derev[0]) - 1]) {
derevpnt = derev;
} else {
derevpnt++;
}
}
if (raq1.iscotched == ISD_DECOLE &&
zeBall->iscotched == ISD_LEFTSCOTCHED) {
zeBall->iscotched = ISD_NOTSCOTCHED;
goto toyo1;
} else if (zeBall->iscotched == ISD_LEFTSCOTCHED) {
stepon1:
zeBall->x = raq1.x + raq1.width;
zeBall->y = raq1.y + zeBall->dontstop;
} else {
if (INTERSECT(raq1.x, raq1.y, raq1.x + raq1.width,
raq1.y + raq1.height,
zeBall->x, zeBall->y,
zeBall->x + zeBall->width,
zeBall->y + zeBall->height) != 0) {
if (raq1.hasGlue != 0) {
zeBall->iscotched = ISD_LEFTSCOTCHED;
raq1.iscotched = ISD_SCOTCHED;
zeBall->dontstop = zeBall->y - raq1.y;
goto stepon1;
}
if (sound_frappe_delay == 0) {
sound_frappe_delay = SOUND_FRAPPE_DELAY;
sound_frappe(MAX_VOLUME, MAX_VOLUME / 5);
}
toyo1:
#if CAN_PUSH_BALL
zeBall->x = raq1.x + raq1.width;
#endif
if (flipper == 0) {
const int mouchoir = abs(zeBall->addx);
if (phasis == PHS_NORMAL) {
flipper = ACCELERATION_DELAY;
} else {
flipper = LOW_ACCELERATION_DELAY;
}
if (mouchoir < MAX_BALLSPEED_X) {
zeBall->addx = mouchoir + 1;
}
} else {