void tl_unemulate_timer (struct timer *t) { int time = tl_lookup_timer (t); t->emulator = NULL; tl_slowdown_timer (t, tl_lookup_timer (t) - time); }
static void ui_do_fractal(int mode) { int time, time1; if (mode < fastmode + 1) interruptiblemode = 1; else interruptiblemode = 0; if (tbreak) tl_reset_timer(maintimer); incalculation = 1; starttime1 = 0; endtime1 = 0; set_view(zcontext, &zcontext->s); waitcount = tl_lookup_timer(maintimer) / WAITTIME + 2; waitcount1 = tl_lookup_timer(maintimer) / WAITTIME1 + 1; do_fractal(zcontext, interruptiblemode); bbupdate(); if (interruptiblemode) { bbupdate(); time1 = time = tl_lookup_timer(maintimer); time -= endtime1 - starttime1; maxtime = time * 5; if (maxtime > 1000000 / 10) maxtime = time * 3; if (maxtime < 1000000 / 30) maxtime = 1000000 / 30; maxtime -= time1 - endtime1; } updatestatus(); }
void speed_test (fractal_context * c, struct image *img) { //unsigned int sum; tl_timer *t; int time; unsigned int i; set_fractalc (c, img); t = tl_create_timer (); cfractalc.maxiter = 100; #ifdef SLOWFUNCPTR i = calculateswitch (0.0, 0.0, 0.0, 0.0, 0); #else (void) cfractalc.currentformula->calculate (0.0, 0.0, 0.0, 0.0); if (cfractalc.currentformula->calculate_periodicity != NULL) (void) cfractalc.currentformula->calculate_periodicity (0.0, 0.0, 0.0, 0.0); if (cfractalc.currentformula->smooth_calculate != NULL) (void) cfractalc.currentformula->smooth_calculate (0.0, 0.0, 0.0, 0.0); if (cfractalc.currentformula->smooth_calculate_periodicity != NULL) (void) cfractalc.currentformula->smooth_calculate_periodicity (0.0, 0.0, 0.0, 0.0); #endif cfractalc.maxiter = 20000000; tl_update_time (); tl_reset_timer (t); /*sum = rdtsc (); */ #ifdef SLOWFUNCPTR i = calculateswitch (0.0, 0.0, 0.0, 0.0, 0); #else i = cfractalc.currentformula->calculate (0.0, 0.0, 0.0, 0.0); #endif /*sum -= rdtsc (); printf ("%f\n", (double) (-sum) / cfractalc.maxiter); */ tl_update_time (); time = tl_lookup_timer (t); x_message ("Result:%i Formulaname:%s Time:%i Mloops per sec:%.2f", (int) i, cfractalc.currentformula->name[0], time, cfractalc.maxiter / (double) time); #ifndef SLOWFUNCPTR if (cfractalc.currentformula->smooth_calculate != NULL) { tl_update_time (); tl_reset_timer (t); i = cfractalc.currentformula->smooth_calculate (0.0, 0.0, 0.0, 0.0); tl_update_time (); time = tl_lookup_timer (t); x_message ("Result:%i Formulaname:%s Time:%i Mloops per sec:%.2f", (int) i, cfractalc.currentformula->name[0], time, cfractalc.maxiter / (double) time); } #endif tl_free_timer (t); }
int tl_process_group(tl_group * group) { int again = 1; tl_timer *timer; int minwait = INT_MAX; tl_update_time(); while (again) { again = 0; minwait = INT_MAX; timer = group->next; while (timer != NULL) { if (timer->handler && timer->interval > 0) { int time = timer->wait - tl_lookup_timer(timer); if (time < 500) { again = 1; tl_reset_timer(timer); if (time < -200 * 1000000) time = 0; /*underflow? */ timer->wait = timer->interval + time; time = timer->wait; timer->handler(); tl_update_time(); } if (time < minwait) minwait = time; } else if (timer->multihandler && timer->interval > 0) { int time = timer->wait - tl_lookup_timer(timer); if (time < 500) { int n; tl_reset_timer(timer); if (time < -200 * 1000000) time = 0; /*underflow? */ n = -(time + 500) / timer->interval + 1; timer->wait = timer->interval * n + time; time = timer->wait; timer->multihandler(n); tl_update_time(); } if (time < minwait) minwait = time; } timer = timer->next; } } if (minwait != INT_MAX) { if (minwait < 0) return (0); return (minwait); } return (-1); }
void tl_emulate_timer(struct timer *t, struct timeemulator *e) { int time = tl_lookup_timer(t); t->emulator = e; t->lastemulated = e->time; tl_slowdown_timer(t, -time); }
void tl_resume_timer(tl_timer * t) { if (t->stopped) { t->stopped = 0; t->slowdown = tl_lookup_timer(t) - t->stoppedtime; } }
void tl_stop_timer(tl_timer * t) { if (!t->stopped) { t->stoppedtime = tl_lookup_timer(t); t->stopped = 1; } }
static void start_save(struct uih_context *uih, const char *name) { if (!changed && !uih->savec->firsttime) { char s[256]; sprintf(s, "\n(usleep %i)\n", tl_lookup_timer(uih->savec->timer)); myputs(s); tl_reset_timer(uih->savec->timer); } changed = 1; myputc('('); myputs(name); first = 0; }
static void updatestatus(void) { double times = (zcontext->currentformula->v.mc - zcontext->currentformula->v.nc) / (zcontext->s.mc - zcontext->s.nc); ui_display(); sprintf(zoomed, "%.2f", times); tl_process_group(syncgroup, NULL); bbupdate(); drawingtime = tl_lookup_timer(maintimer); tl_reset_timer(maintimer); if (drawingtime > 200000) drawingtime = 200000; mul = (double) drawingtime / FRAMETIME; incalculation = 0; }
static void ui_waitfunc(void) { int l; bbupdate(); tl_process_group(syncgroup, NULL); l = tl_lookup_timer(maintimer); if (interruptiblemode) { if (zcontext->incalculation && !starttime1) starttime1 = l; else if (starttime1 && !zcontext->incalculation && !endtime1) endtime1 = l; if (maxtime && l > maxtime && zcontext->readyforinterrupt) zcontext->interrupt = 1, endtime1 = l; } }
int bbupdate() { int ch; tl_update_time(); update_sound(); TIME = tl_lookup_timer(scenetimer); ch = aa_getkey(context, 0); switch (ch) { case 's': case 'S': case AA_BACKSPACE: finish_stuff = 1; break; case AA_ESC: case 'q': finish_stuff = 1, quitnow = 1; } return (ch); }
int tl_process_group(tl_group * group, int *activated) { int again = 1; tl_timer *timer, *timer1; int minwait = INT_MAX; tl_update_time(); if (activated != NULL) *activated = 0; while (again) { group->slowdown = 0; again = 0; minwait = INT_MAX; timer = group->next; while (timer != NULL) { timer1 = timer->next; if (timer->handler && timer->interval >= 0) { int time = timer->interval - tl_lookup_timer(timer); if (time < 500) { if (activated != NULL) (*activated)++; again = 1; tl_reset_timer(timer); if (time < -200 * 1000000) time = 0; /*underflow? */ tl_slowdown_timer(timer, time); time = timer->interval + time; timer->handler(timer->userdata); tl_update_time(); } if (time < minwait) minwait = time; } else if (timer->multihandler && timer->interval > 0) { int time = timer->interval - tl_lookup_timer(timer); if (time < 500) { int n; if (activated != NULL) (*activated)++; tl_reset_timer(timer); if (time < -200 * 1000000) time = 0; /*underflow? */ n = -(time + 500) / timer->interval + 1; time = timer->interval * n + time; tl_slowdown_timer(timer, time - timer->interval + n * timer->interval); timer->multihandler(timer->userdata, n); tl_update_time(); } if (time < minwait) minwait = time; } if (group->slowdown) { again = 1; break; } timer = timer1; } } if (minwait != INT_MAX) { if (minwait < 0) return (0); return (minwait); } return (-1); }
void uih_saveframe(struct uih_context *uih) { struct uih_savedcontext *s = uih->savec; int i; int resetsync = 0; if (uih->save) { changed = 0; if (s->firsttime) save_noparam(uih, "initstate"); if (s->nonfractalscreen && !uih->nonfractalscreen) save_noparam(uih, "display"), s->nonfractalscreen = 0; for (i = uih_nfilters; i >= 0; i--) { if (uih->filter[i] != NULL) { if (s->filter[i] != 1) { start_save(uih, "filter"); save_keystring(uih, uih->filter[i]->action->shortname); save_onoff(uih, 1); s->filter[i] = 1; stop_save(uih); } } else if (s->filter[i] != 0) { s->filter[i] = 0; start_save(uih, "filter"); save_keystring(uih, uih_filters[i]->shortname); save_onoff(uih, 0); stop_save(uih); } } if (uih->palettechanged) { switch (uih->palettetype) { case 0: save_intc(uih, "defaultpalette", uih->paletteshift); break; default: start_save(uih, "palette"); save_int(uih, uih->palettetype); save_int(uih, uih->paletteseed); save_int(uih, uih->paletteshift); stop_save(uih); break; } uih->palettechanged = 0; s->manualpaletteshift = 0; } if (s->manualpaletteshift != uih->manualpaletteshift) save_intc(uih, "shiftpalette", uih->manualpaletteshift - s->manualpaletteshift), s->manualpaletteshift = uih->manualpaletteshift; if (s->fcontext->currentformula != uih->fcontext->currentformula) { save_keystringc(uih, "formula", uih->fcontext->currentformula->shortname), s->fcontext->currentformula = uih->fcontext->currentformula; #ifdef SFFE_USING /*SFFE : malczak */ if ((int) (uih->fcontext->currentformula - formulas) == 24) //user formula { save_stringc(uih, "usrform", uih->parser->expression); if (uih->pinit) save_stringc(uih, "usrformInit", uih->pinit->expression); else save_stringc(uih, "usrformInit", ""); }; /*SFFE : malczak */ #endif set_formula(s->fcontext, (int) (uih->fcontext->currentformula - formulas)); } if (s->mode >= UIH_SAVEALL) save_intc(uih, "letterspersec", uih->letterspersec); if (s->mode > UIH_SAVEPOS) { if (s->speedup != uih->speedup) save_floatc(uih, "speedup", uih->speedup), s->speedup = uih->speedup; if (s->maxstep != uih->maxstep) save_floatc(uih, "maxstep", uih->maxstep), s->maxstep = uih->maxstep; if (s->fastmode != uih->fastmode) save_nstringc(uih, "fastmode", uih->fastmode, save_fastmode), s->fastmode = uih->fastmode; } if (s->juliamode != uih->juliamode) save_onoffc(uih, "fastjulia", uih->juliamode), s->juliamode = uih->juliamode; if (s->cycling != uih->cycling) save_onoffc(uih, "cycling", uih->cycling), s->cycling = uih->cycling; if (s->mode >= UIH_SAVEPOS && s->fcontext->periodicity != uih->fcontext->periodicity) save_onoffc(uih, "periodicity", uih->fcontext->periodicity), s->fcontext->periodicity = uih->fcontext->periodicity; if ((uih->cycling || s->mode >= UIH_SAVEALL) && (s->cyclingspeed != uih->cyclingspeed || s->direction != uih->direction * uih->cyclingdirection)) save_intc(uih, "cyclingspeed", uih->cyclingspeed * uih->direction * uih->cyclingdirection), s->cyclingspeed = uih->cyclingspeed, s->direction = uih->direction * uih->cyclingdirection; if ((s->mode > UIH_SAVEPOS && (uih->step || uih->zoomactive)) && (s->xcenter != uih->xcenter || s->ycenter != uih->ycenter)) save_coordc(uih, "zoomcenter", uih->xcenter, uih->ycenter), s->xcenter = uih->xcenter, s->ycenter = uih->ycenter; if ((!uih->fcontext->mandelbrot || uih->juliamode) && (s->fcontext->pre != uih->fcontext->pre || s->fcontext->pim != uih->fcontext->pim)) { if (uih->juliamode && uih->pressed) save_coordc(uih, "morphjulia", uih->fcontext->pre, uih->fcontext->pim), s->fcontext->pre = uih->fcontext->pre, s->fcontext->pim = uih->fcontext->pim; else save_coordc(uih, "juliaseed", uih->fcontext->pre, uih->fcontext->pim), s->fcontext->pre = uih->fcontext->pre, s->fcontext->pim = uih->fcontext->pim; } if (uih->fcontext->bre != s->fcontext->bre || uih->fcontext->bim != s->fcontext->bim) { save_coordc(uih, "perturbation", uih->fcontext->bre, uih->fcontext->bim), s->fcontext->bre = uih->fcontext->bre, s->fcontext->bim = uih->fcontext->bim; } if (uih->fastrotate != s->fastrotate && s->mode > UIH_SAVEPOS) { save_onoffc(uih, "fastrotate", uih->fastrotate); s->fastrotate = uih->fastrotate; } if (uih->fcontext->angle != s->fcontext->angle && s->autorotate != 1) { if (s->rotatepressed && s->mode == UIH_SAVEANIMATION) save_float2c(uih, "morphangle", uih->fcontext->angle, 5); else save_float2c(uih, "angle", uih->fcontext->angle, 5); s->rotatepressed = uih->rotatepressed; s->fcontext->angle = uih->fcontext->angle; } if (uih->rotationspeed != s->rotationspeed && ((s->mode > UIH_SAVEPOS && uih->rotatemode == ROTATE_CONTINUOUS) || s->mode >= UIH_SAVEALL)) { save_float2c(uih, "rotationspeed", uih->rotationspeed, 6); s->rotationspeed = uih->rotationspeed; } if (s->autorotate != (uih->rotatemode == ROTATE_CONTINUOUS)) { s->autorotate = (uih->rotatemode == ROTATE_CONTINUOUS); save_onoffc(uih, "autorotate", s->autorotate); } if (s->fcontext->maxiter != uih->fcontext->maxiter) save_intc(uih, "maxiter", uih->fcontext->maxiter), s->fcontext->maxiter = uih->fcontext->maxiter; if (s->fcontext->bailout != uih->fcontext->bailout) save_floatc(uih, "bailout", uih->fcontext->bailout), s->fcontext->bailout = uih->fcontext->bailout; if (s->fcontext->coloringmode != uih->fcontext->coloringmode) save_intc(uih, "outcoloring", uih->fcontext->coloringmode), s->fcontext->coloringmode = uih->fcontext->coloringmode; if (s->fcontext->incoloringmode != uih->fcontext->incoloringmode) save_intc(uih, "incoloring", uih->fcontext->incoloringmode), s->fcontext->incoloringmode = uih->fcontext->incoloringmode; if (s->fcontext->incoloringmode != uih->fcontext->incoloringmode) save_intc(uih, "incoloring", uih->fcontext->incoloringmode), s->fcontext->incoloringmode = uih->fcontext->incoloringmode; if ((s->fcontext->incoloringmode == 10 || s->mode >= UIH_SAVEALL) && s->fcontext->intcolor != uih->fcontext->intcolor) save_intc(uih, "intcoloring", uih->fcontext->intcolor), s->fcontext->intcolor = uih->fcontext->intcolor; if ((s->fcontext->coloringmode == 10 || s->mode >= UIH_SAVEALL) && s->fcontext->outtcolor != uih->fcontext->outtcolor) save_intc(uih, "outtcoloring", uih->fcontext->outtcolor), s->fcontext->outtcolor = uih->fcontext->outtcolor; if (s->fcontext->mandelbrot != uih->fcontext->mandelbrot) save_onoffc(uih, "julia", !uih->fcontext->mandelbrot), s->fcontext->mandelbrot = uih->fcontext->mandelbrot; if (s->mode > UIH_SAVEPOS && s->fcontext->range != uih->fcontext->range) save_intc(uih, "range", uih->fcontext->range), s->fcontext->range = uih->fcontext->range; if (s->fcontext->plane != uih->fcontext->plane) save_intc(uih, "plane", uih->fcontext->plane), s->fcontext->plane = uih->fcontext->plane; if (s->zoomactive != uih->zoomactive && s->mode > UIH_SAVEPOS) { switch (uih->zoomactive) { case -1: save_noparam(uih, "unzoom"); break; case 1: save_noparam(uih, "zoom"); break; default: save_noparam(uih, "stop"); break; } s->zoomactive = uih->zoomactive; } if ((s->mode >= UIH_SAVEPOS || uih->displaytext) && s->color != uih->color) { start_save(uih, "color"); save_nstring(uih, uih->color, uih_colornames); stop_save(uih); s->color = uih->color; } if (s->clearscreen) { save_noparam(uih, "clearscreen"); s->clearscreen = 0; s->nonfractalscreen = 1; } if (uih->displaytext) { for (i = 0; i < 3; i++) { if (uih->displaytext & (1 << i)) { if (s->ytextpos != i || s->xtextpos != uih->textpos[i]) { start_save(uih, "textpossition"); save_nstring(uih, uih->xtextpos, xtextposnames); save_nstring(uih, uih->ytextpos, ytextposnames); stop_save(uih); s->xtextpos = uih->xtextpos; s->ytextpos = uih->ytextpos; } save_stringc(uih, "text", uih->text[i]); s->nonfractalscreen = 1; } } save_noparam(uih, "textsleep"); uih->displaytext = 0; } if (s->autorotate && changed && tl_lookup_timer(uih->savec->synctimer) > 500000) save_float2c(uih, "angle", uih->fcontext->angle, 5), resetsync = 1; if (s->mode == UIH_SAVEPOS) savepos(uih); else { if (uih->viewchanged) savepos(uih), uih->viewchanged = 0; else if (uih->moved) savepos3(uih), uih->moved = 0; else if (((changed && uih->step) || last) && tl_lookup_timer(uih->savec->synctimer) > 500000) resetsync = 1, savepos2(uih); } if (uih->savec->firsttime) uih->savec->firsttime = 0; if (s->writefailed) uih_save_disable(uih); if (resetsync) tl_reset_timer(uih->savec->synctimer); } /*if uih->save */ }