public static string GetOnes(int num)
{
string ones;
switch (CodeSnippets.GetPlaceValue(num, 1))
{
default: ones = "ERROR!!"; break;
case 0: ones = ""; break;
case 1: ones = "one"; break;
case 2: ones = "two"; break;
case 3: ones = "three"; break;
case 4: ones = "four"; break;
case 5: ones = "five"; break;
case 6: ones = "six"; break;
case 7: ones = "seven"; break;
case 8: ones = "eight"; break;
case 9: ones = "nine"; break;
}
return(ones);
}
public static string GetTeens(int num)
{
string teens;
switch (CodeSnippets.GetPlaceValue(num, 1))
{
default: teens = ""; break;
case 1: teens = "eleven"; break;
case 2: teens = "twelve"; break;
case 3: teens = "thirteen"; break;
case 4: teens = "fourteen"; break;
case 5: teens = "fifteen"; break;
case 6: teens = "sixteen"; break;
case 7: teens = "seventeen"; break;
case 8: teens = "eighteen"; break;
case 9: teens = "nineteen"; break;
}
return(teens);
}
public static string GetHundreds(int num)
{
string hundreds;
switch (CodeSnippets.GetPlaceValue(num, 100))
{
default: hundreds = ""; break;
case 1: hundreds = "one hundred"; break;
case 2: hundreds = "two hundred"; break;
case 3: hundreds = "three hundred"; break;
case 4: hundreds = "four hundred"; break;
case 5: hundreds = "five hundred"; break;
case 6: hundreds = "six hundred"; break;
case 7: hundreds = "seven hundred"; break;
case 8: hundreds = "eight hundred"; break;
case 9: hundreds = "nine hundred"; break;
}
if (CodeSnippets.GetPlaceValue(num, 10) != 0 || CodeSnippets.GetPlaceValue(num, 1) != 0)
{
hundreds += " and ";
}
return(hundreds);
}
public static void RunEleven()
{
Console.WriteLine("\n05.11. * Write a program that converts a number in the range [0…999] to words, corresponding to the English pronunciation. Examples:");
Console.WriteLine("- 0 --> \"Zero\"");
Console.WriteLine("- 12 --> \"Twelve\"");
Console.WriteLine("- 98 --> \"Ninety eight\"");
Console.WriteLine("- 273 --> \"Two hundred seventy three\"");
Console.WriteLine("- 400 --> \"Four hundred\"");
Console.WriteLine("- 501 --> \"Five hundred and one\"");
Console.WriteLine("- 711 --> \"Seven hundred and eleven\"\n");
//could work this out better so that if hundreds place, ones are chosen followed by " hundred", rather than making each their own case. Would then be easier to add further numbers ie thousands.
while (true)
{
Console.WriteLine("Enter int bewteen 0 and 999");
int n = CodeSnippets.GetInt();
while (n < 0 || n > 999)
{
Console.WriteLine("Invalid int chosen");
n = CodeSnippets.GetInt();
}
string result = "";
StringBuilder sb = new StringBuilder();
switch (n)
{
default:
if (CodeSnippets.GetPlaceValue(n, 100) != 0)
{
sb.Append(GetHundreds(n));
}
if (CodeSnippets.GetPlaceValue(n, 10) != 0)
{
if (CodeSnippets.GetPlaceValue(n, 10) == 1)
{
sb.Append(GetTeens(n));
}
else
{
sb.Append(GetTens(n));
}
}
if (CodeSnippets.GetPlaceValue(n, 10) != 1)
{
sb.Append(GetOnes(n));
}
result = sb.ToString(); break;
case 0: result = "zero"; break;
}
Console.WriteLine(result.First().ToString().ToUpper() + result.Substring(1));
Console.WriteLine("\nCOMPLETE\n");
}
}
public static string GetTens(int num)
{
string tens;
switch (CodeSnippets.GetPlaceValue(num, 10))
{
default: tens = ""; break;
case 0: tens = " and "; break;
case 1:
if (CodeSnippets.GetPlaceValue(num, 1) == 0)
{
tens = "ten";
}
else
{
tens = GetTeens(CodeSnippets.GetPlaceValue(num, 1));
}
tens = "ten"; break;
case 2: tens = "twenty"; break;
case 3: tens = "thirty"; break;
case 4: tens = "forty"; break;
case 5: tens = "fifty"; break;
case 6: tens = "sixty"; break;
case 7: tens = "seventy"; break;
case 8: tens = "eighty"; break;
case 9: tens = "ninty"; break;
}
if (CodeSnippets.GetPlaceValue(num, 10) != 1 || CodeSnippets.GetPlaceValue(num, 1) != 0)
{
tens += " ";
}
return(tens);
}
