// Create a RepFR open-stim word list from specified lists of words to be
// repeated and list of words to use once.
public static StimWordList Generate(
List <RepWordList> repeats,
RepWordList singles,
bool do_stim,
double top_percent_spaced = 0.2)
{
if (do_stim)
{
// Open-loop stim assigned here.
foreach (var rw in repeats)
{
AssignRandomStim(rw);
}
AssignRandomStim(singles);
}
StimWordList prepared_words = SpreadWords(repeats, top_percent_spaced);
foreach (var word_stim in singles)
{
int insert_at = InterfaceManager.rnd.Next(prepared_words.Count + 1);
prepared_words.Insert(insert_at, word_stim);
}
return(prepared_words);
}
public static void AssignRandomStim(RepWordList rw)
{
for (int i = 0; i < rw.Count; i++)
{
bool stim = Convert.ToBoolean(InterfaceManager.rnd.Next(2));
rw.SetStim(i, stim);
}
}
// Create a RepFR open-stim word list from a list of repetitions and counts,
// and a list of candidate words.
public static StimWordList Generate(
RepCounts rep_cnts,
List <string> input_words,
bool do_stim,
double top_percent_spaced = 0.2)
{
var shuffled = Shuffle(input_words);
var repeats = new List <RepWordList>();
var singles = new RepWordList();
var shuf = new BoundedInt(shuffled.Count,
"Words required exceeded input word list size.");
foreach (var rc in rep_cnts)
{
if (rc.rep == 1)
{
for (int i = 0; i < rc.count; i++)
{
singles.Add(shuffled[shuf.i++]);
}
}
else if (rc.rep > 1 && rc.count > 0)
{
var rep_words = new RepWordList(rc.rep);
for (int i = 0; i < rc.count; i++)
{
rep_words.Add(shuffled[shuf.i++]);
}
repeats.Add(rep_words);
}
}
return(Generate(repeats, singles, do_stim, top_percent_spaced));
}
