static void gaim_loop(GameData &d) {
register const timestamp_t loop_cap = 1000/60 + 1;
register timestamp_t timesand;
register uint64_t total_sand = 0;
register uint16_t numloops = 0;
InputControl inputControl(d);
while (!d.bools->exit && !d.bools->won) {
// get gaim loop starting time
d.currTime = timesand = currTime = getTimestamp();
// Handle input events
inputControl();
if (!d.bools->paused) {
// Progress everything
AnimatorHolder::Progress(timesand);
std::for_each(d.akmovs.begin(), d.akmovs.end(),
AnimatorProgressor(timesand));
// collision checking happens through callbacks
d.cc->Commit();
// Run scheduled tasks
d.sch->check(timesand);
// Draw on the screen
SDL_FillRect(d.screen, NULL, d.bg);
d.animdata->plathold->displayPlatforms(d.screen);
d.animdata->spritehold->displaySprites(d.screen);
d.stats->Draw(d.screen);
SDL_Flip(d.screen);
}
// Cap gaim loop speed
timestamp_t sanddiff = timestamp_diff(
cs454_2006::getTimestamp(), timesand);
SDL_Delay(sanddiff > loop_cap ? 0 :
timestamp_diff(loop_cap, sanddiff));
// Time statistics
total_sand += timestamp_diff(getTimestamp(), timesand);
numloops++;
} // gaim loop while
double loop_avg = CAST(double, total_sand) / numloops;
std::cerr << "Average gaim loop duration: " << loop_avg <<
std::endl << "Average fps: " << (1000 / loop_avg) << std::endl;
} // gaim_loop
int main(void)
{
//Kontrollib kas vajalikud failid eksisteerivad
if (inputControl() != 0){
exit(1);}
process();
return 0;
}
int main(void)
{
FILE *inputFile = fopen(INPUT_FILE, "r");;
if (inputControl(inputFile) != 0){
exit(1);}
process(inputFile);
fclose(inputFile);
return 0;
}
void Player::logic(int stage_velocity)
{
animationControl();
if(this->hp!=0)
{
inputControl();
}else
{
if(orientation!="destroyed" && this->sonido->soundExists(name+".destroyed"))
this->sonido->playSound(name+".destroyed");
orientation="destroyed";
//this->hitbox.setValues(0,0,0,0,0);
}
//Enable or disable slow
if(isSlowPressed() && !slow_in_cooldown)
{
enableSlow();
current_slow-=slow_decrement;
}else
{
disableSlow();
if(slow_in_cooldown)
current_slow+=slow_cooldown_increment;
else
current_slow+=slow_increment;
}
//Check max and min slow
if(current_slow<=0)
{
current_slow=0;
}
if(current_slow>max_slow)
{
current_slow=max_slow;
}
//Slow cooldown
if(slow_in_cooldown && current_slow>=max_slow)
{
slow_in_cooldown=false;
}
if(!slow_in_cooldown && current_slow<=0)
{
slow_in_cooldown=true;
}
spellControl(stage_velocity);
iteration++;
}
int main(void)
{
LINKER person[32];
int i=0;
int numName=0;
int totalSalary=0;
int avgSalary=0;
//Kontrollib kas vajalikud failid eksisteerivad
if (inputControl() != 0)
{
exit(1);
}
FILE *inputFileNames = fopen(INPUT_FILE_NAMES, "r");
FILE *inputFileSalary = fopen(INPUT_FILE_SALARY, "r");
FILE *outputFile = fopen(OUTPUT_FILE, "w");
while((fscanf(inputFileNames, "%[^\n]\n", person[i].name) != EOF)&&(fscanf(inputFileSalary, "%d\n", &person[i].salary) != EOF)) {
numName++;
printf("Failist sisse loetud: %s %10d\n", person[i].name, person[i].salary);/*Debugimiseks prindib ekraanile*/
totalSalary += person[i].salary;
fprintf(outputFile, "%s %10d\n", person[i].name, person[i].salary);
}
/*Keskmine palk*/
avgSalary = totalSalary/numName;
printf("Palgad kokku: %i\n", totalSalary);/*Debugimiseks prindib ekraanile*/
printf("Keskmine Palk: %i\n", avgSalary);/*Debugimiseks prindib ekraanile*/
fprintf(outputFile, "\nKeskmine Palk: %i\n", avgSalary);
/*Sulgeb avatud failid*/
fclose(inputFileNames);
fclose(inputFileSalary);
fclose(outputFile);
salarySort();
return 0;
}
