void tod_manager::resolve_random(random_new::rng& r)
{
//process the random_start_time string, which can be boolean yes/no true/false or a
//comma-separated string of integers >= 1 referring to the times_ array indices
std::vector<std::string> output_strings = utils::split(random_tod_.str());
std::vector<int> output;
try
{
std::transform(output_strings.begin(), output_strings.end(), std::back_inserter(output),
[](const std::string& str)
{
return std::stoi(str);
});
}
catch (std::invalid_argument)
{
// This happens if the random_start_time string is a boolean.
// Simply ignore the exception.
}
// Remove non-positive times
output.erase(
std::remove_if(
output.begin(),
output.end(),
[](int time){ return time <= 0; }),
output.end());
if(!output.empty())
{
int chosen = output[r.next_random() % output.size()];
currentTime_ = calculate_current_time(times_.size(), turn_, chosen, true);
r.next_random();
}
else if (random_tod_.to_bool(false))
{
currentTime_ = calculate_current_time(times_.size(), turn_, r.next_random(), true);
}
random_tod_ = false;
}
void tod_manager::resolve_random(random_new::rng& r)
{
//process the random_start_time string, which can be boolean yes/no true/false or a
//comma-separated string of integers >= 1 referring to the times_ array indices
std::vector<int> output;
boost::copy( utils::split(random_tod_.str())
| boost::adaptors::transformed(boost::bind(lexical_cast_default<int, std::string>, _1 , 0))
| boost::adaptors::filtered(greater<int>(0))
, std::back_inserter(output) );
if(!output.empty())
{
int chosen = output[r.next_random() % output.size()];
currentTime_ = calculate_current_time(times_.size(), turn_, chosen, true);
r.next_random();
}
else if (random_tod_.to_bool(false))
{
currentTime_ = calculate_current_time(times_.size(), turn_, r.next_random(), true);
}
random_tod_ = false;
}
