void WarmCallInfo::print() const {
tty->print("%s : C=%6.1f P=%6.1f W=%6.1f S=%6.1f H=%6.1f -> %p",
is_cold() ? "cold" : is_hot() ? "hot " : "warm",
count(), profit(), work(), size(), compute_heat(), next());
tty->cr();
if (call() != NULL) call()->dump();
}
// compute_heat:
float WarmCallInfo::compute_heat() const {
assert(!is_cold(), "compute heat only on warm nodes");
assert(!is_hot(), "compute heat only on warm nodes");
int min_size = MAX2(0, (int)HotCallTrivialSize);
int max_size = MIN2(500, (int)WarmCallMaxSize);
float method_size = (size() - min_size) / MAX2(1, max_size - min_size);
float size_factor;
if (method_size < 0.05) size_factor = 4; // 2 sigmas better than avg.
else if (method_size < 0.15) size_factor = 2; // 1 sigma better than avg.
else if (method_size < 0.5) size_factor = 1; // better than avg.
else size_factor = 0.5; // worse than avg.
return (count() * profit() * size_factor);
}
void main()
{
FILE *input;
input=fopen("input.txt","r");
int v,temp,day;
fscanf(input,"%d %d %d",&day,&v,&temp);
if(is_windless(v))
printf("%dth of the month: is Windless and ",day);
else if(is_windy(v))
printf("%dth of the month: is Windy and ",day);
else if(is_stormy(v))
printf("%dth of the month: is a Stormy and ",day);
else
printf("Error in Reading File\n");
if(is_cold(temp))
printf("Cold day\n");
else if(is_warm(temp))
printf("Warm day\n");
else if(is_hot(temp))
printf("Hot day\n");
else
printf("Error in Reading File!\n");
if(is_safe_to_fly)
printf("Safe For Flight\n");
else
printf("Dangerous For Flight\n");
}
