private string VerifyInstructions(string instruct)
{
string _otherResponse = "other";
List <Plot> plots = FindPlots();
String toFormat = "";
var temporaryHarvest = 0;
if (!OptionsAndResponses.ContainsKey(instruct))
{
return(OptionsAndResponses[_otherResponse]);
}
else if (plots.Capacity == 0 && instruct != "help" && instruct != "wait" && instruct != "sacrifice")
{
return(OptionsAndResponses[_otherResponse]);
}
else
{
switch (instruct)
{
case "help":
return(OptionsAndResponses[instruct]);
case "plant":
foreach (Plot p in plots)
{
p.Plant();
}
toFormat = OptionsAndResponses[instruct];
return(String.Format(toFormat, plots.Count));
case "water":
foreach (Plot p in plots)
{
p.Water();
}
toFormat = OptionsAndResponses[instruct];
return(String.Format(toFormat, plots.Count));
case "feed":
toFormat = OptionsAndResponses[instruct];
return(String.Format(toFormat, plots.Count));
case "harvest":
foreach (Plot p in plots)
{
var worked = p.Harvested();
if (worked)
{
temporaryHarvest++;
_harvested++;
}
}
toFormat = OptionsAndResponses[instruct];
return(String.Format(toFormat, temporaryHarvest));
case "sacrifice":
_sacrificed = _sacrificed + _harvested;
if (_sacrificed >= _limit)
{
_limit = _limit + 9;
rain.IncreaseRain();
}
if (_sacrificed > _ending - 10)
{
BeginTheEnd();
}
if (_sacrificed > _ending)
{
GameOver.Instance.InitiateGameOver(_days);
Restart();
}
toFormat = OptionsAndResponses[instruct];
var toReturn = String.Format(toFormat, _harvested);
_harvested = 0;
return(toReturn);
case "wait":
SkipTime();
DayPass();
return(OptionsAndResponses[instruct]);
default:
return(OptionsAndResponses[_otherResponse]);
}
}
}
