std::string get_vertex_properties_list()
{
//! vertex property output string
std::string v_out;
// write the number of vertex
v_out += "VERTICES " + std::to_string(get_total()) + " " + std::to_string(get_total() * 2) + "\n";
// return the vertex properties string
return v_out;
}
int main() {
inode_table_tests();
util_tests();
if (get_failed() == 0) {
printf("%d out of %d tests passed! :) \n",
get_passed(), get_total());
return 0;
}
else {
printf("unfortunately %d out of %d tests failed! :( \n",
get_failed(), get_total());
return -1;
}
}
std::string get_point_data_header()
{
std::string v_out;
v_out += "POINT_DATA " + std::to_string(get_total()) + "\n";
return v_out;
}
void get_avg_local(){
uint16_t total;
uint16_t count;
uint16_t avg;
total=get_total(get_root());
count=count_nodes(get_root());
avg=total/count;
printf("the average is : %d\n",avg);
}
std::string get_point_properties_list()
{
//! vertex property output string
std::string v_out;
// write the number of vertex
v_out += "POINTS " + std::to_string(get_total()) + " float" + "\n";
// return the vertex properties string
return v_out;
}
int eval_expr_deep(char *str)
{
int *tab_nbr;
int *tab_op;
int count[2];
int total;
tab_nbr = get_nbr(str, count);
tab_op = get_op(str, count);
total = get_total(tab_nbr, tab_op, count);
return (total);
}
void RestaurantOrder::read_back_order( string& mFull_order )
{
mFull_order = "Okay, your order is: ";
read_back_items( mFull_order );
float SumTotal = get_total();
mFull_order += ". And your total is ";
char total[12];
sprintf(total, "$%6.2f. ", SumTotal);
mFull_order += total;
just_read_back = 1;
}
int devfs_readdir_r(const void * cfg, void * handle, int loc, struct dirent * entry){
int total;
const devfs_device_t * dev_list = (const devfs_device_t*)cfg; //the cfg value is the device list
//this populates the entry for the loc position
total = get_total(dev_list);
if ( (uint32_t)loc < total ){
strcpy(entry->d_name, dev_list[loc].name);
entry->d_ino = loc;
return 0;
}
return SYSFS_SET_RETURN(ENOENT);
}
int main()
{
for (;;) {
long long total = 0;
if (!get_total(&total)) {
break;
}
printf("%Ld\n", total);
}
return 0;
}
void CharStats::close_totalstats()
{
totalstats[Equipstat::ACC] += calculateaccuracy();
for (auto iter : percentages)
{
Equipstat::Id stat = iter.first;
int32_t total = totalstats[stat];
total += static_cast<int32_t>(total * iter.second);
set_total(stat, total);
}
int32_t primary = get_primary_stat();
int32_t secondary = get_secondary_stat();
int32_t attack = get_total(Equipstat::WATK);
float multiplier = damagepercent + static_cast<float>(attack) / 100;
maxdamage = static_cast<int32_t>((primary + secondary) * multiplier);
mindamage = static_cast<int32_t>(((primary * 0.9f * mastery) + secondary) * multiplier);
}
int32_t CharStats::get_secondary_stat() const
{
Equipstat::Id secondary = job.get_secondary(weapontype);
return get_total(secondary);
}
float VideoStreamTheora::get_time() const {
//print_line("total: "+itos(get_total())+" todo: "+itos(get_todo()));
//return MAX(0,time-((get_total())/(float)vi.rate));
return time-((get_total())/(float)vi.rate);
};
int get_total_wrote() {
return total_wrote - (get_total() - get_todo());
};
// returns `true` if there was critical compression ratio
bool eval_compression(VConTextPart* parts, unsigned l, unsigned r, int a_req_len)
{
_ASSERTE(l<=r && a_req_len>0);
if (l == r)
{
_ASSERTE(data!=NULL);
data[0].old_width = parts[l].TotalWidth;
data[0].new_width = a_req_len;
return ((data[0].new_width * 2) < data[0].old_width);
}
bool bCritical = false;
float total_k = 1.0; int total_l = 0; int delta;
int req_len = a_req_len;
get_total(parts, l, r, total_k, total_l);
#ifdef _DEBUG
if (!data || (data_count < (r-l+1))) {
_ASSERTE(data && (data_count >= (r-l+1)));
}
#endif
float F = total_k * (total_l - req_len);
float add_half = (F > 0) ? 0.5 : -0.5;
unsigned half_cell = (cell_width > 3) ? (cell_width/2) : 1;
for (unsigned i = l; (i < r) && (req_len < total_l); i++)
{
if (!parts[i].TotalWidth)
{
_ASSERTE(parts[i].CharFlags[0] == TCF_WidthZero);
continue;
}
data[i-l].delta = (F / data[i-l].part_elast);
delta = floor(data[i-l].delta + add_half);
//printf("#%i: float=%.3f delta=%u\n", i+1, d, delta);
_ASSERTE((delta+half_cell-1) <= parts[i].TotalWidth);
_ASSERTE(parts[i].TotalWidth > half_cell);
if ((delta + half_cell) <= (parts[i].TotalWidth + 1))
{
data[i-l].new_width = (parts[i].TotalWidth - delta);
}
else
{
data[i-l].new_width = half_cell;
delta = data[i-l].old_width - data[i-l].new_width;
bCritical = true;
}
total_l -= delta;
}
// Let last part lasts to the end of dedicated space
if (l < r)
{
data[r-l].delta = (F / data[r-l].part_elast);
if (a_req_len < total_l)
{
delta = (total_l - a_req_len);
if ((delta + half_cell) >= parts[r].TotalWidth)
{
bCritical = true;
//_ASSERTE(delta < parts[r].TotalWidth);
}
data[r-l].new_width = (delta < parts[r].TotalWidth) ? (parts[r].TotalWidth - delta) : half_cell;
}
}
return bCritical;
};
void CharStats::add_buff(Equipstat::Id stat, int32_t value)
{
int32_t current = get_total(stat);
set_total(stat, current + value);
buffdeltas[stat] += value;
}
void get_total_local(){
uint16_t shorter;
shorter=get_total(get_root());
printf("total for all keys is : %d\n",shorter);
}
void CharStats::add_value(Equipstat::Id stat, int32_t value)
{
int32_t current = get_total(stat);
set_total(stat, current + value);
}
int32_t CharStats::get_primary_stat() const
{
Equipstat::Id primary = job.get_primary(weapontype);
return static_cast<int32_t>(get_multiplier() * get_total(primary));
}
int32_t CharStats::calculateaccuracy() const
{
int32_t totaldex = get_total(Equipstat::DEX);
int32_t totalluk = get_total(Equipstat::LUK);
return static_cast<int32_t>(totaldex * 0.8f + totalluk * 0.5f);
}
int32_t CharStats::calculate_damage(int32_t mobatk) const
{
// random stuff, need to find the actual formula somewhere
int32_t reduceatk = mobatk / 2 + mobatk / get_total(Equipstat::WDEF);
return reduceatk - static_cast<int32_t>(reduceatk * reducedamage);
}