/// <summary>
/// Generates task descriptions.
/// </summary>
/// <param name="count">
/// Number of descriptions that should be generated
/// </param>
/// <returns>
/// Generated strings
/// </returns>
private static IList <string> GenerateTaskDescriptions(int count)
{
// Read villager names from the file
IList <string> villagerNames = FsTools.ReadListRandomized("./resources/villages/villager_names.txt", count);
// Read task description templates from the file
IList <string> taskTemplates = FsTools.ReadListRandomized("./resources/villages/tasks.txt", count);
// Declare output list
IList <string> taskDescriptions = new List <string>();
// Build task descriptions
for (var ma = 0; ma < taskTemplates.Count; ma++)
{
// Access template value
string template = taskTemplates[ma];
// Generate description
string description = string.Format(template, villagerNames[ma]);
// Add description to the output list
taskDescriptions.Add(description);
}
// Return build list
return(taskDescriptions);
}
private IList <Village> GenerateVillages()
{
// Load (and randomize) village names using IO & Take only [NUMBER_OF_VILLAGES] villages from the array.
string[] villageNames = FsTools.ReadListRandomized("./resources/villages/names.txt", NUMBER_OF_VILLAGES);
// Declare list of generated villages
IList <Village> generatedVillages = new List <Village>();
// Define position generator cursor & Instantiate random
float positionCursor = 0;
Random random = new Random();
// Generate villages
foreach (string name in villageNames)
{
// Randomize position
float minPos = positionCursor + MIN_VILLAGE_POSITION_GAP;
float maxPos = positionCursor + MAX_VILLAGE_POSITION_GAP;
positionCursor = Convert.ToSingle(random.NextDouble() * (maxPos - minPos) + minPos);
// Instantiate instance
var village = new Village(name, positionCursor);
generatedVillages.Add(village);
}
// Return generated villages
return(generatedVillages);
}
