void Bonus::process()
{
y += velY;
int ix = ftoi(x), iy = ftoi(y);
if(game.level.inside(ix, iy + 1)
&& game.materials[game.level.pixel(ix, iy + 1)].background())
{
velY += C[BonusGravity];
}
int inewY = ftoi(y + velY);
if(inewY < 0 || inewY >= game.level.height - 1
|| game.materials[game.level.pixel(ix, inewY)].dirtRock())
{
velY = -(velY * C[BonusBounceMul]) / C[BonusBounceDiv];
if(std::abs(velY) < 100) // TODO: Read from EXE
velY = 0;
}
if(--timer <= 0)
{
game.sobjectTypes[game.bonusSObjects[frame]].create(ix, iy, 0);
if(used)
game.bonuses.free(this);
}
}
int fn_Find_Char(GAME_TRIGER * gt, TRIGER_STRUCTURE * ts,
int *top, int *left, int *bottom, int *right, int *ycor,
WCHAR cWChar, float xbmp, float ybmp)
{
float *l, *t, *r, *b, *y;
int i;
if (cWChar < 0 || cWChar > b2_2d_font.iMaxCharValue)
return 0;
i = b2_2d_font.pTTable[cWChar];
if (i < 0) {
return 0;
}
else {
l = (float *) >->command[i].Parametr[1].Value;
t = (float *) >->command[i].Parametr[2].Value;
r = (float *) >->command[i].Parametr[3].Value;
b = (float *) >->command[i].Parametr[4].Value;
y = (float *) >->command[i].Parametr[5].Value;
*left = ftoi((*l) * xbmp);
*top = ftoi((*t) * ybmp);
*right = ftoi((*r) * xbmp);
*bottom = ftoi((*b) * ybmp);
*ycor = ftoi((*y) * ybmp);
}
return 1;
}
/* Converts from HSV to RGB */
void hsv_to_rgb(float hue, float saturation, float value,
float &r, float &g, float &b)
{
float f, p, q, t;
if(saturation == 0) {
r = value;
g = value;
b = value; /* heh */
}
else {
hue *= 6;
if(hue == 6)
hue = 0;
f = hue - ftoi(hue);
p = value * (1 - saturation);
q = value * (1 - saturation * f);
t = value * (1 - saturation * (1.0 - f));
switch (ftoi(hue)) {
case 0:
r = value;
g = t;
b = p;
break;
case 1:
r = q;
g = value;
b = p;
break;
case 2:
r = p;
g = value;
b = t;
break;
case 3:
r = p;
g = q;
b = value;
break;
case 4:
r = t;
g = p;
b = value;
break;
case 5:
r = value;
g = p;
b = q;
break;
}
}
}
int fn2_Find_Char(GAME_TRIGER * gt, TRIGER_STRUCTURE * ts, int *top,
int *left, int *bottom, int *right, int *ycor, WCHAR cWChar, float xbmp,
float ybmp)
{
float *l, *t, *r, *b, *y;
int i;
/* for(i=0;i<gt->lastcommand;i++)
switch(gt->command[i].iCommand)
{
case 1:
{
if(gt->command[i].LastParam > 5 &&
gt->command[i].Parametr[0].Type == 3)
{
if((WCHAR)gt->command[i].Parametr[0].Value == cWChar)
{
l = (float *)>->command[i].Parametr[1].Value;
t = (float *)>->command[i].Parametr[2].Value;
r = (float *)>->command[i].Parametr[3].Value;
b = (float *)>->command[i].Parametr[4].Value;
y = (float *)>->command[i].Parametr[5].Value;
*left = ftoi((*l) * xbmp);
*top = ftoi((*t) * ybmp);
*right = ftoi((*r) * xbmp);
*bottom = ftoi((*b) * ybmp);
*ycor = ftoi((*y) * ybmp);
return 1;
}
}
}
break;
}*/
if (cWChar > b2_3d_font.iMaxCharValue)
return 0;
i = b2_3d_font.pTTable[cWChar];
if (i < 0)
return 0;
else {
l = (float *) >->command[i].Parametr[1].Value;
t = (float *) >->command[i].Parametr[2].Value;
r = (float *) >->command[i].Parametr[3].Value;
b = (float *) >->command[i].Parametr[4].Value;
y = (float *) >->command[i].Parametr[5].Value;
*left = ftoi((*l) * xbmp);
*top = ftoi((*t) * ybmp);
*right = ftoi((*r) * xbmp);
*bottom = ftoi((*b) * ybmp);
*ycor = ftoi((*y) * ybmp);
}
return 1;
}
//==============================
// ColorToABGR
int32_t ColorToABGR( Vector4f const & color )
{
// format is ABGR
return ( ftoi( color.w * 255.0f ) << 24 ) |
( ftoi( color.z * 255.0f ) << 16 ) |
( ftoi( color.y * 255.0f ) << 8 ) |
ftoi( color.x * 255.0f );
}
static void
spectrogram_wavedata_listener (void *ctx, ddb_audio_data_t *data) {
w_spectrogram_t *w = ctx;
if (!w->samples) {
return;
}
deadbeef->mutex_lock (w->mutex);
w->samplerate = (float)data->fmt->samplerate;
int nsamples = data->nframes;
int sz = MIN (FFT_SIZE, nsamples);
int n = FFT_SIZE - sz;
memmove (w->samples, w->samples + sz, (FFT_SIZE - sz)*sizeof (double));
float pos = 0;
for (int i = 0; i < sz && pos < nsamples; i++, pos ++) {
w->samples[n+i] = -1000.0;
for (int j = 0; j < data->fmt->channels; j++) {
w->samples[n + i] = MAX (w->samples[n + i], data->data[ftoi (pos * data->fmt->channels) + j]);
}
}
deadbeef->mutex_unlock (w->mutex);
if (w->buffered < FFT_SIZE) {
w->buffered += sz;
}
}
//-------------------------------------------------------------------------
int notmain ( void )
{
uart_init();
hexstring(0x12345678);
hexstring(ifdummy(1.0F));
hexstring(ifdummy(2.0F));
hexstring(ifdummy(3.0F));
hexstring(ifdummy(1234.0F));
hexstring(ifdummy(1.2F));
hexstring(ifdummy(vdiv(1234.0F,1.20F)));
hexstring(ftoi(vdiv(1234.0F,1.20F)));
hexstring(ftoi(1234.0F/1.20F));
hexstring(ftoi(1234.0F/fdummy(1.20F)));
hexstring(1234.0F/fdummy(1.20F));
return(0);
}
void cr_Set_Surface(CREDIT_SURFACE * p_cs, int y)
{
if (p_cs->iSurface == -1)
return;
p_cs->y = y;
p_cs->x = ftoi((1024 - ddxGetWidth(p_cs->iSurface)) / 2.0f);
}
/* based on Delphi function by Witold J.Janik */
void
create_gradient_table (gpointer user_data, GdkColor *colors, int num_colors)
{
w_spectrogram_t *w = user_data;
num_colors -= 1;
for (int i = 0; i < GRADIENT_TABLE_SIZE; i++) {
double position = (double)i/GRADIENT_TABLE_SIZE;
/* if position > 1 then we have repetition of colors it maybe useful */
if (position > 1.0) {
if (position - ftoi (position) == 0.0) {
position = 1.0;
}
else {
position = position - ftoi (position);
}
}
double m= num_colors * position;
int n=(int)m; // integer of m
double f=m-n; // fraction of m
w->colors[i] = 0xFF000000;
float scale = 255/65535.f;
if (num_colors == 0) {
w->colors[i] = ((uint32_t)(colors[0].red*scale) & 0xFF) << 16 |
((uint32_t)(colors[0].green*scale) & 0xFF) << 8 |
((uint32_t)(colors[0].blue*scale) & 0xFF) << 0;
}
else if (n < num_colors) {
w->colors[i] = ((uint32_t)((colors[n].red*scale) + f * ((colors[n+1].red*scale)-(colors[n].red*scale))) & 0xFF) << 16 |
((uint32_t)((colors[n].green*scale) + f * ((colors[n+1].green*scale)-(colors[n].green*scale))) & 0xFF) << 8 |
((uint32_t)((colors[n].blue*scale) + f * ((colors[n+1].blue*scale)-(colors[n].blue*scale))) & 0xFF) << 0;
}
else if (n == num_colors) {
w->colors[i] = ((uint32_t)(colors[n].red*scale) & 0xFF) << 16 |
((uint32_t)(colors[n].green*scale) & 0xFF) << 8 |
((uint32_t)(colors[n].blue*scale) & 0xFF) << 0;
}
else {
w->colors[i] = 0xFFFFFFFF;
}
}
}
void cr_DrawSurface(int iDest, int iSour, int *y)
{
int xp = ftoi((1024 - ddxGetWidth(iSour)) / 2.0f);
ddxBitBlt(iDest, xp, *y, ddxGetWidth(iSour), ddxGetHight(iSour), iSour, 0,
0);
(*y) += ddxGetHight(iSour);
}
/*
* Function name: find_call_out
* Description: Locate an existing call_out to a named function
* Arguments: func - name of function the call_out should call
* Returns: -1 if not found, else time left before triggered
*/
int
find_call_out(string func)
{
mixed *calls = get_all_alarms();
int i;
for (i = 0; i < sizeof(calls); i++)
if (calls[i][1] == func)
return ftoi(calls[i][2]);
return -1;
}
void oe_prikaz_set_barva_body_fast(K_EDITOR * p_cnf)
{
if (!p_cnf->groupnum)
return;
if (!doe_prikaz_vyber_barvu_float(p_cnf, hwnd_aplikace, &p_cnf->bar.gr))
return;
// nastav i barvy v te liste
if (p_cnf->bar.hDlg) {
doe_printf(p_cnf->bar.hDlg, IDC_EDIT15, "%d",
ftoi(p_cnf->bar.gr * MAX_BYTE_F));
doe_printf(p_cnf->bar.hDlg, IDC_EDIT16, "%d",
ftoi(p_cnf->bar.gg * MAX_BYTE_F));
doe_printf(p_cnf->bar.hDlg, IDC_EDIT17, "%d",
ftoi(p_cnf->bar.gb * MAX_BYTE_F));
doe_printf(p_cnf->bar.hDlg, IDC_EDIT5, "%d",
ftoi(p_cnf->bar.ga * MAX_BYTE_F));
}
oe_prikaz_set_barva_body(p_cnf);
}
/*
* Function name: remove_call_out
* Description: Locate and remove a call_out to a named function
* Arguments: func - name of function the call_out is for
* Returns: -1 if not found, time that remained before trigger
* would be done if found
*/
int
remove_call_out(string func)
{
mixed *calls = get_all_alarms();
int i;
for (i = 0; i < sizeof(calls); i++)
if (calls[i][1] == func)
{
remove_alarm(calls[i][0]);
return ftoi(calls[i][2]);
}
return -1;
}
int kam_pol_cti_klic(AnimHandle handle, float time, BOD * p_t, float *p_r,
float *p_fi, float *p_vzdal)
{
KAMERA_TRACK_INFO *p_track;
int loop, dtime;
QUAT q(1, 0, 0, 0);
if (handle >= p_ber->kamnum)
return (K_CHYBA);
p_track = p_ber->kamery + handle;
if (!p_track || p_track->flag & GAME_KAMERA_3DS)
return (K_CHYBA);
loop = p_track->flag & GK_LOOP;
if (time > 1.0f)
time = 1.0f;
else if (time < 0.0f)
time = 0.0f;
dtime = ftoi(time * p_track->endtime);
if (p_track->pos_keys) {
key_track_interpolace_bod(p_t, p_track->p_pos, p_track->p_pkeys, dtime,
p_track->endtime, p_track->pos_keys, loop);
}
else {
p_t->set(0.0f);
}
if (p_track->quat_keys) {
key_track_interpolace_quat(&q, p_track->p_quat, p_track->p_qkeys, dtime,
p_track->endtime, p_track->quat_keys, loop);
}
if (p_track->roll_keys) {
key_track_interpolace_float(p_vzdal, p_track->p_roll, p_track->p_rlkeys,
dtime, p_track->endtime, p_track->roll_keys, loop);
}
else {
*p_vzdal = 0;
}
quat_to_euler(&q, p_r, p_fi);
return (TRUE);
}
void kam_set_kino_screen(G_KONFIG * p_ber)
{
int kxres = SCREEN_XRES;
int kyres = ftoi(SCREEN_XRES * KINO_POMER);
int kx = SCREEN_XSTART, ky = SCREEN_YSTART + (SCREEN_YRES - kyres) / 2;
set_matrix_view(kx, ky, kxres, kyres);
projection_matrix(&p_ber->kamera.project, p_ber->kam.fov,
(float) kxres / (float) kyres,
p_ber->kam.near_plane,
p_ber->kam.far_plane);
set_matrix_project(&p_ber->kamera.project);
camera_screen_mode = CAMERA_KINO;
}
void computeFPS()
{
frameCount++;
fpsCount++;
if (fpsCount == fpsLimit)
{
char fps[256];
float ifps = 1.f / (sdkGetAverageTimerValue(&timer) / 1000.f);
sprintf(fps, "%s (sigma=%4.2f): %3.1f fps", sSDKsample, sigma, ifps);
glutSetWindowTitle(fps);
fpsCount = 0;
fpsLimit = ftoi(MAX(ifps, 1.f));
sdkResetTimer(&timer);
}
}
void computeFPS()
{
frameCount++;
fpsCount++;
if (fpsCount == fpsLimit)
{
char fps[256];
float ifps = 1.f / (sdkGetAverageTimerValue(&timer) / 1000.f);
sprintf(fps, "CUDA 3D Volume Filtering: %3.1f fps", ifps);
glutSetWindowTitle(fps);
fpsCount = 0;
fpsLimit = ftoi(MAX(1.f, ifps));
sdkResetTimer(&timer);
}
}
void oe_prikaz_set_barva(K_EDITOR * p_cnf)
{
if (!doe_prikaz_vyber_barvu_float(p_cnf, hwnd_aplikace, &p_cnf->bar.gr))
return;
// nastav i barvy v te liste
if (p_cnf->bar.hDlg) {
doe_printf(p_cnf->bar.hDlg, IDC_EDIT15, "%d",
ftoi(p_cnf->bar.gr * MAX_BYTE_F));
doe_printf(p_cnf->bar.hDlg, IDC_EDIT16, "%d",
ftoi(p_cnf->bar.gg * MAX_BYTE_F));
doe_printf(p_cnf->bar.hDlg, IDC_EDIT17, "%d",
ftoi(p_cnf->bar.gb * MAX_BYTE_F));
doe_printf(p_cnf->bar.hDlg, IDC_EDIT5, "%d",
ftoi(p_cnf->bar.ga * MAX_BYTE_F));
}
kprintf(1, "Barva R %d G %d B %d A %d", ftoi(p_cnf->bar.gr * MAX_BYTE_F),
ftoi(p_cnf->bar.gg * MAX_BYTE_F),
ftoi(p_cnf->bar.gb * MAX_BYTE_F), ftoi(p_cnf->bar.ga * MAX_BYTE_F));
}
bool BObject::process(Game& game)
{
Common& common = *game.common;
pos += vel;
auto ipos = ftoi(pos);
if(!game.level.inside(ipos))
{
return false;
}
else
{
PalIdx c = game.level.pixel(ipos);
Material m = game.level.mat(ipos);
if(m.background())
vel.y += LC(BObjGravity);
LTRACE(blod, c, xpos, ipos.x);
LTRACE(blod, c, ypos, ipos.y);
if((c >= 1 && c <= 2)
|| (c >= 77 && c <= 79)) // TODO: Read from EXE
{
game.level.setPixel(ipos, 77 + game.rand(3), common);
return false;
}
else if(m.anyDirt())
{
game.level.setPixel(ipos, 82 + game.rand(3), common);
return false;
}
else if(m.rock())
{
game.level.setPixel(ipos, 85 + game.rand(3), common);
return false;
}
}
return true;
}
void fn2_Draw_Format_Line(GAME_TRIGER * gt, TRIGER_STRUCTURE * ts,
TEXT_WORLD * tWord, int iWordl, int x, int y, int xmax, int iSection,
int iSurface, char bFormat)
{
int top, bottom, left, right, ycor;
int i, j;
int sx;
float fp = 0;
float f = 0;
if (bFormat)
fp = (xmax - tWord[iWordl - 1].xEnd) / (float) (iWordl - 1);
if (!iWordl)
return;
for (i = 0; i < iWordl; i++) {
sx = tWord[i].xStart + ftoi(f);
for (j = 0; j < 128; j++) {
if (!tWord[i].wcWord)
return;
if (!end_char(tWord[i].wcWord[j])) {
if (fn2_Find_Char(gt, ts, &top, &left, &bottom, &right, &ycor,
tWord[i].wcWord[j],
(float) ddx2GetWidth(b2_3d_font.iBitmap[iSection]),
(float) ddx2GetHeight(b2_3d_font.iBitmap[iSection]))) {
ddx2TransparentBlt(iSurface, sx, y + ycor, right - left + 1,
bottom - top + 1, b2_3d_font.iBitmap[iSection], left, top,
b2_3d_font.tcolor);
sx += right - left + 2;
}
}
else
break;
}
f += fp;
}
}
int kam_3ds_cti_klic(AnimHandle handle, float time, BOD * p_p, BOD * p_t,
float *p_roll)
{
KAMERA_TRACK_INFO *p_track;
int loop;
int dtime;
if (handle >= p_ber->kamnum)
return (K_CHYBA);
p_track = p_ber->kamery + handle;
if (!p_track || p_track->flag & GAME_KAMERA_POLAR)
return (K_CHYBA);
loop = p_track->flag & GK_LOOP;
if (time > 1.0f)
time = 1.0f;
else if (time < 0.0f)
time = 0.0f;
dtime = ftoi(time * p_track->endtime);
if (p_track->pos_keys) {
key_track_interpolace_bod(p_p, p_track->p_pos, p_track->p_pkeys, dtime,
p_track->endtime, p_track->pos_keys, loop);
}
if (p_track->trg_keys) {
key_track_interpolace_bod(p_t, p_track->p_trg, p_track->p_tkeys, dtime,
p_track->endtime, p_track->trg_keys, loop);
}
if (p_track->roll_keys) {
key_track_interpolace_float(p_roll, p_track->p_roll, p_track->p_rlkeys,
dtime, p_track->endtime, p_track->roll_keys, loop);
}
else {
*p_roll = 0.0f;
}
return (TRUE);
}
int main(int argc, char* argv[]){
float f;
unsigned int i;
if (argc < 2) {
printf("Too few arguments");
return EXIT_FAILURE;
}
f = atof(argv[1]);
i = ftoi(f);
printbits(i, SBITS, EBITS-1);
printf(" ");
printbits(i, EBITS, MBITS-1);
printf(" ");
printbits(i, MBITS, sizeof(f)*8-1);
printf("\n");
return EXIT_SUCCESS;
}
int cr_Set_Text_Center(int hdc, char *text, int isection, RECT r)
{
int xp, yp;
int tx, ty;
WCHAR wc[256];
int h;
h = ddxCreateSurface(1024, 110, ddxFindFreeSurface());
MultiByteToWideChar(CP_ACP, 0, text, strlen(text) + 1, wc, sizeof(wc) / sizeof(wc[0]));
fn_Draw_MessageA(h, 0, 0, &b2_2d_font.gt, &b2_2d_font.ts, wc, isection, &tx, &ty);
xp = ftoi(((r.right - r.left) - tx) / 2.0f);
yp = 0;
ddxTransparentBlt(hdc, r.left + xp, r.top + yp, tx, ty, h, 0, 0, tx, 90, TRANSCOLOR);
ddxReleaseBitmap(h);
return 1;
}
void Ninjarope::process(Worm& owner, Game& game)
{
Common& common = *game.common;
if(out)
{
pos += vel;
auto ipos = ftoi(pos);
anchor = 0;
for(std::size_t i = 0; i < game.worms.size(); ++i)
{
Worm& w = *game.worms[i];
if(&w != &owner
&& checkForSpecWormHit(game, ipos.x, ipos.y, 1, w))
{
anchor = &w;
break;
}
}
fixedvec diff = pos - owner.pos;
fixedvec force(
(diff.x << LC(NRForceShlX)) / LC(NRForceDivX),
(diff.y << LC(NRForceShlY)) / LC(NRForceDivY));
curLen = (vectorLength(ftoi(diff.x), ftoi(diff.y)) + 1) << LC(NRForceLenShl);
if(ipos.x <= 0
|| ipos.x >= game.level.width - 1
|| ipos.y <= 0
|| ipos.y >= game.level.height - 1
|| game.level.mat(ipos).dirtRock())
{
if(!attached)
{
length = LC(NRAttachLength);
attached = true;
if(game.level.inside(ipos))
{
if(game.level.mat(ipos).anyDirt())
{
PalIdx pix = game.level.pixel(ipos);
for(int i = 0; i < 11; ++i) // TODO: Check 11 and read from exe
{
common.nobjectTypes[2].create2(
game,
game.rand(128),
fixedvec(),
pos,
pix,
owner.index,
0);
}
}
}
}
vel.zero();
}
else if(anchor)
{
if(!attached)
{
length = LC(NRAttachLength); // TODO: Should this value be separate from the non-worm attaching?
attached = true;
}
if(curLen > length)
{
anchor->vel -= force / curLen;
}
vel = anchor->vel;
pos = anchor->pos;
}
else
{
attached = false;
}
if(attached)
{
// curLen can't be 0
if(curLen > length)
{
owner.vel += force / curLen;
}
}
else
{
vel.y += LC(NinjaropeGravity);
if(curLen > length)
{
vel -= force / curLen;
}
}
}
}
polar2di::polar2di(VECT2DI src)
{
float flenght;
scalar2polar(src.x, src.y, &rotation, &flenght);
length = ftoi(flenght);
}
void SObjectType::create(Game& game, int x, int y, int ownerIdx, WormWeapon* firedBy, WObject* from)
{
Common& common = *game.common;
SObject& obj = *game.sobjects.newObjectReuse();
LTRACE(rand, 0, sobj, game.rand.x);
LTRACE(sobj, &obj - game.sobjects.arr, cxpo, x);
LTRACE(sobj, &obj - game.sobjects.arr, cypo, y);
assert(numSounds < 10);
if(startSound >= 0)
game.soundPlayer->play(game.rand(numSounds) + startSound);
for(std::size_t i = 0; i < game.viewports.size(); ++i)
{
Viewport& v = *game.viewports[i];
if(x > v.x
&& x < v.x + v.rect.width()
&& y > v.y
&& y < v.y + v.rect.height())
{
if(itof(shake) > v.shake)
v.shake = itof(shake);
}
}
obj.id = id;
obj.x = x - 8;
obj.y = y - 8;
obj.curFrame = 0;
obj.animDelay = animDelay;
if(flash > game.screenFlash)
{
game.screenFlash = flash;
}
Worm* owner = game.wormByIdx(ownerIdx);
game.statsRecorder->damagePotential(owner, firedBy, damage);
if(damage > 0)
{
for(std::size_t i = 0; i < game.worms.size(); ++i)
{
Worm& w = *game.worms[i];
int wix = ftoi(w.pos.x);
int wiy = ftoi(w.pos.y);
if(wix < x + detectRange
&& wix > x - detectRange
&& wiy < y + detectRange
&& wiy > y - detectRange)
{
int delta = wix - x;
int power = detectRange - std::abs(delta);
int powerSum = power;
if(std::abs(w.vel.x) < itof(2)) // TODO: Read from EXE
{
if(delta > 0)
w.vel.x += blowAway * power;
else
w.vel.x -= blowAway * power;
}
delta = wiy - y;
power = detectRange - std::abs(delta);
powerSum = (powerSum + power) / 2;
if(std::abs(w.vel.y) < itof(2)) // TODO: Read from EXE
{
if(delta > 0)
w.vel.y += blowAway * power;
else
w.vel.y -= blowAway * power;
}
int z = damage * powerSum;
if(detectRange)
z /= detectRange;
if (from && !from->hasHit)
{
game.statsRecorder->hit(owner, firedBy, &w);
from->hasHit = true;
}
if(w.health > 0)
{
game.doDamage(w, z, ownerIdx);
game.statsRecorder->damageDealt(owner, firedBy, &w, z, false);
int bloodAmount = game.settings->blood * powerSum / 100;
if(bloodAmount > 0)
{
for(int i = 0; i < bloodAmount; ++i)
{
int angle = game.rand(128);
common.nobjectTypes[6].create2(
game,
angle,
w.vel / 3,
w.pos,
0,
w.index,
firedBy);
}
}
if(game.rand(3) == 0)
{
int snd = 18 + game.rand(3); // NOTE: MUST be outside the unpredictable branch below
if(!game.soundPlayer->isPlaying(&w))
{
game.soundPlayer->play(snd, &w);
}
}
}
}
} // for( ... worms ...
int objBlowAway = blowAway / 3; // TODO: Read from EXE
auto wr = game.wobjects.all();
for (WObject* i; i = wr.next(); )
{
Weapon const& weapon = *i->type;
if(weapon.affectByExplosions)
{
auto ipos = ftoi(i->pos);
if(ipos.x < x + detectRange
&& ipos.x > x - detectRange
&& ipos.y < y + detectRange
&& ipos.y > y - detectRange)
{
int delta = ipos.x - x;
int power = detectRange - std::abs(delta);
if(power > 0)
{
if(delta > 0)
i->vel.x += objBlowAway * power;
else if(delta < 0)
i->vel.x -= objBlowAway * power;
}
delta = ipos.y - y;
power = detectRange - std::abs(delta);
if(power > 0)
{
if(delta > 0)
i->vel.y += objBlowAway * power;
else if(delta < 0)
i->vel.y -= objBlowAway * power;
}
if(weapon.chainExplosion)
i->blowUpObject(game, ownerIdx);
}
} // if( ... affectByExplosions ...
} // for( ... wobjects ...
auto nr = game.nobjects.all();
for (NObject* i; i = nr.next(); )
{
NObjectType const& t = *i->type;
if(t.affectByExplosions)
{
auto ipos = ftoi(i->pos);
if(ipos.x < x + detectRange
&& ipos.x > x - detectRange
&& ipos.y < y + detectRange
&& ipos.y > y - detectRange)
{
int delta = ipos.x - x;
int power = detectRange - std::abs(delta);
if(power > 0)
{
if(delta > 0)
i->vel.x += objBlowAway * power;
else if(delta < 0)
i->vel.x -= objBlowAway * power;
}
delta = ipos.y - y;
power = detectRange - std::abs(delta);
if(power > 0)
{
if(delta > 0)
i->vel.y += objBlowAway * power;
else if(delta < 0)
i->vel.y -= objBlowAway * power;
}
Common& common = *game.common;
LTRACE(nobj, &*i - game.nobjects.arr, puxp, i->vel.x);
LTRACE(nobj, &*i - game.nobjects.arr, puyp, i->vel.y);
}
}
}
{
int width = detectRange / 2;
gvl::rect rect(x - width, y - width, x + width + 1, y + width + 1);
rect.intersect(game.level.rect());
for(int y = rect.y1; y < rect.y2; ++y)
for(int x = rect.x1; x < rect.x2; ++x)
{
if(game.level.mat(x, y).anyDirt()
&& game.rand(8) == 0)
{
PalIdx pix = game.level.pixel(x, y);
int angle = game.rand(128);
common.nobjectTypes[2].create2(
game,
angle,
fixedvec(),
itof(gvl::ivec2(x, y)),
pix, ownerIdx, firedBy);
}
}
}
} // if(damage ...
if(dirtEffect >= 0)
{
drawDirtEffect(common, game.rand, game.level, dirtEffect, x - 7, y - 7);
if(game.settings->shadow)
correctShadow(common, game.level, gvl::rect(x - 10, y - 10, x + 11, y + 11));
}
auto br = game.bonuses.all();
for (Bonus* i; i = br.next(); )
{
int ix = ftoi(i->x), iy = ftoi(i->y);
if(ix > x - detectRange
&& ix < x + detectRange
&& iy > y - detectRange
&& iy < y + detectRange)
{
game.bonuses.free(br);
common.sobjectTypes[0].create(game, ix, iy, ownerIdx, firedBy);
}
} // for( ... bonuses ...
}
//==============================
// VertexBlockSortFn
// sort function for vertex blocks
int VertexBlockSortFn( void const * a, void const * b )
{
return ftoi( ((vbSort_t const*)a)->DistanceSquared - ((vbSort_t const*)b)->DistanceSquared );
}
int cr_CreditsUNI(HWND hWnd, AUDIO_DATA * p_ad)
{
DWORD dwStart, dwStop, dwEplased = 0;
int y = 868;
int dy = 868*2 + 2000;
char text[256];
char cbmp[256];
FILE *file;
int c = 0;
int bmp = 0;
RECT r;
float f = p_ad->Music_Gain;
int i;
CREDIT_SURFACE cs[CREDIT_SURFACES];
int iActual = 0;
int iClock[12];
APAK_HANDLE *hArchive = NULL;
int error;
for(i=0;i<12;i++)
iClock[i] = -1;
LoadClock(iClock);
if(iClock[0] != -1)
{
ddxResizeCursorBack(iClock[0]);
DrawClock(iClock, 0);
}
if(ogg_playing())
{
while(f >= 0.05f)
{
f -= 0.05f;
ogg_gain(f);
Sleep(25);
DrawClock(iClock, 0);
}
ap_Stop_Song(p_ad);
}
for(i=0;i<CREDIT_SURFACES;i++)
{
cs[i].iSurface = -1;
cs[i].x = 0;
cs[i].y = 0;
}
strcpy(text,BITMAP_DIR);
chdir(text);
hArchive = apakopen(cFontFile[2], text, &error);
if(!hArchive)
return 0;
else
hArchive->pActualNode = hArchive->pRootNode->pNextNode;
file = aopen(hArchive, "credits.txt", "r");
if(!file)
return 0;
aunicode(file);
while(!aeof(file))
{
agets(text, 256, file);
c++;
}
DrawClock(iClock, 1);
aseek(file, 2, SEEK_SET);
dy += c * 75;
if(c > CREDIT_SURFACES-1)
{
kprintf(1, "Kredity: radku je vic jak surfacu!");
apakclose(&hArchive);
return 0;
}
ddxSetFlip(0);
fn_Set_Font(cFontFile[0]);
DrawClock(iClock, 2);
fn_Load_Bitmaps();
DrawClock(iClock, 3);
cs[iActual].iSurface = ddxLoadBitmap("anakreon_small.bmp", pBmpArchive);
if(cs[iActual].iSurface == -1)
{
cr_Release_Bitmaps(cs, iClock);
apakclose(&hArchive);
return 0;
}
else
cr_Set_Surface(&cs[iActual], y);
DrawClock(iClock, 4);
y+= 250;
iActual++;
cs[iActual].iSurface = ddxLoadBitmap("cinemax_small.bmp", pBmpArchive);
if(cs[iActual].iSurface == -1)
{
cr_Release_Bitmaps(cs, iClock);
apakclose(&hArchive);
return 0;
}
else
cr_Set_Surface(&cs[iActual], y);
iActual++;
y+= 768;
DrawClock(iClock, 5);
r.left = 0;
r.right = 1024;
r.top = 0;
r.bottom = 90;
while(!aeof(file))
{
ZeroMemory(text, 256);
agets(text, 256, file);
if(text[0] == '$')
{
if(bmp < 5)
{
if(bmp)
{
sprintf(cbmp, "brouk%d.bmp", bmp);
cs[iActual].iSurface = ddxLoadBitmap(cbmp, pBmpArchive);
if(cs[iActual].iSurface == -1)
{
cr_Release_Bitmaps(cs, iClock);
apakclose(&hArchive);
return 0;
}
else
{
cr_Set_Surface(&cs[iActual], y);
y += ddxGetHight(cs[iActual].iSurface);
iActual++;
}
}
bmp++;
}
cs[iActual].iSurface = ddxCreateSurface(1024, 90, ddxFindFreeSurface());
if(cs[iActual].iSurface == -1)
{
cr_Release_Bitmaps(cs, iClock);
apakclose(&hArchive);
return 0;
}
else
{
ddxCleareSurfaceColor(cs[iActual].iSurface, 0);
cr_Set_Text_CenterW(cs[iActual].iSurface, (WCHAR *)text, 1, r);
cs[iActual].y = y;
iActual++;
}
}
else
if(strcmp(text,"\n") && strlen(text))
{
cs[iActual].iSurface = ddxCreateSurface(1024, 90, ddxFindFreeSurface());
if(cs[iActual].iSurface == -1)
{
cr_Release_Bitmaps(cs, iClock);
apakclose(&hArchive);
return 0;
}
else
{
ddxCleareSurfaceColor(cs[iActual].iSurface, 0);
cr_Set_Text_CenterW(cs[iActual].iSurface, (WCHAR *)text, 0, r);
cs[iActual].y = y;
iActual++;
}
}
y += 80;
if(iActual >= CREDIT_SURFACES)
{
kprintf(1, "iActual >= CREDIT_SURFACES !!!!!!!!!!!");
break;
}
DrawClock(iClock, 6);
}
aclose(file);
y = 0;
ap_Play_Song(11,0, p_ad);
ddxResizeCursorBack(0);
ddxSetCursorSurface(0);
for(i=0;i<12;i++)
if(iClock[i] != -1)
{
ddxReleaseBitmap(iClock[i]);
iClock[i] = -1;
}
ddxSetCursor(0);
dwStart = timeGetTime();
while(!key[K_ESC])
{
y = (int)ftoi((dwEplased * dy) / (float) 195000);
if(y >= dy)
key[K_ESC] = 1;
cr_Draw_Creadits(cs, y);
dwStop = timeGetTime();
dwEplased = dwStop - dwStart;
ddxRestore(p_ad);
}
cr_Release_Bitmaps(cs, iClock);
fn_Release_Font(1);
if(ogg_playing())
ap_Stop_Song(p_ad);
//Sleep(1000);
ap_Play_Song(0, 0, p_ad);
ddxSetCursor(1);
ddxSetFlip(1);
key[K_ESC] = 0;
apakclose(&hArchive);
return 0;
}
uint distance(plansys a,plansys b)
/* Seperation between two planets (4*sqrt(X*X+Y*Y/4)) */
{ return (uint)ftoi(4*sqrt((a.x-b.x)*(a.x-b.x)+(a.y-b.y)*(a.y-b.y)/4));
}
void DepthBuffer::binTriangles4Simd(vec4f vertices[12],uint32 count) {
enum { kNumLanes = 4 };
VecF32Soa transformedPos[3];
gather4Simd(transformedPos,(VecF32*)vertices);
VecS32 vertexX[3],vertexY[3];
VecF32 vertexZ[3];
for(int i = 0;i<3;i++){
//Convert the floating point coordinates to integer screen space coordinates.
//NB: truncate
vertexX[i] = ftoi(transformedPos[i].x);
vertexY[i] = ftoi(transformedPos[i].y);
vertexZ[i] = transformedPos[i].z;
}
//Compute triangle area.
VecS32 area = (vertexX[1] - vertexX[0]) * (vertexY[2] - vertexY[0]) - (vertexX[0] - vertexX[2]) * (vertexY[0] - vertexY[1]);
VecF32 oneOverArea = VecF32(1.0f)/itof(area);
//Setup Z for interpolation
vertexZ[1] = (vertexZ[1] - vertexZ[0]) * oneOverArea;
vertexZ[2] = (vertexZ[2] - vertexZ[0]) * oneOverArea;
//Find bounding box for the screen space triangle
VecS32 zero = VecS32(0);
VecS32 minX = vmax( vmin(vmin(vertexX[0],vertexX[1]),vertexX[2]), zero);
VecS32 maxX = vmin( vmax(vmax(vertexX[0],vertexX[1]),vertexX[2]), VecS32(size_.x-1) );
VecS32 minY = vmax( vmin(vmin(vertexY[0],vertexY[1]),vertexY[2]), zero);
VecS32 maxY = vmin( vmax(vmax(vertexY[0],vertexY[1]),vertexY[2]), VecS32(size_.y-1) );
uint32 numLanes = std::min(count,uint32(kNumLanes));
for(uint32 i =0;i<numLanes;++i){
//Skip triangle if the area is zero
if(area.lane[i] <= 0) continue;
float oneOverW[3];
for(int j = 0;j<3;++j){
oneOverW[j] = transformedPos[j].w.lane[i];
}
// Reject the triangle if any of its verts is behind the nearclip plane
if(oneOverW[0] == 0.0f || oneOverW[1] == 0.0f || oneOverW[2] == 0.0f) continue;
//Convert bounding box in terms of pixels to bounding box in terms of tiles.
int32 tileMinX = minX.lane[i]/tileSize_.x;//std::max(minX.lane[i]/tileSize_.x,0);
int32 tileMaxX = maxX.lane[i]/tileSize_.x;//std::min(maxX.lane[i]/tileSize_.x,tileCount_.x);
int32 tileMinY = minY.lane[i]/tileSize_.y;//std::max(minY.lane[i]/tileSize_.y,0);
int32 tileMaxY = maxY.lane[i]/tileSize_.y;//std::min(maxY.lane[i]/tileSize_.y,tileCount_.y);
for(;tileMinY <= tileMaxY;tileMinY++){
auto tileIndex = tileMinX + tileMinY*tileCount_.x;
for(auto x = tileMinX; x<= tileMaxX; x++,tileIndex++){
auto count = tileTriangleCount_[tileIndex];
if(count >= kMaxTrianglesPerTile) continue;
tileTriangleCount_[tileIndex]++;
BinnedTriangle& triangle =*( triangleBins_ + count + x*kMaxTrianglesPerTile + tileMinY*tileCount_.x*kMaxTrianglesPerTile);
triangle.v[0].x = vertexX[0].lane[i];
triangle.v[0].y = vertexY[0].lane[i];
triangle.v[1].x = vertexX[1].lane[i];
triangle.v[1].y = vertexY[1].lane[i];
triangle.v[2].x = vertexX[2].lane[i];
triangle.v[2].y = vertexY[2].lane[i];
triangle.z[0] = vertexZ[0].lane[i];
triangle.z[1] = vertexZ[1].lane[i];
triangle.z[2] = vertexZ[2].lane[i];
} }
}
}