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void WrapText( char Text[256], int x, int y, int Width )
{
	int CursorX = x;		// x position to begin drawing text
	int CurrentChar = 0;	// Current character to look at
	char Line[256] = {0};	// The string which will hold a single line's contents

	// While the cursor position is to the left of the right margin
	while ( CursorX < Width )
	{
		// Set the line char equal to the input text char
		Line[CurrentChar] = Text[CurrentChar];
		// Increment the current char
		CurrentChar += 1;
		// Estimated width of a character, in pixels
		CursorX += 4;
	}
	// Draw the text
	dbText( x, y, Line );
}

WrapText( "This is a test of the wrapping text function.", 450, 110, 100 );

	while ( CurrentChar < strlen( Text ) )
	{
		// While the cursor position is to the left of the right margin
		while ( CursorX < x + Width || Text[CurrentChar] != ' ' )
		{
			// Set the line char equal to the input text char
			Line[LineChar] = Text[CurrentChar];
			// Increment the current char
			CurrentChar += 1;
			LineChar += 1;
			// Estimated width of a character, in pixels
			CursorX += 4;
		}
		// Draw the text
		dbText( x, y, Line );
		// Move the cursor down
		y += 15;
		// Set the cursor back to the left
		CursorX = x;
		// Reset the current line
		LineChar = 0;
		// Clear the line's contents
		Line[0] = '\0';
	}

// Write text which is wrapped to a specified area
void WrapText( char Text[256], int x, int y, int Width )
{
	int CurrentChar = 0;
	int CursorX = x;
	int LineChar = 0;
	char Line[256];

	while ( CurrentChar < strlen( Text ) )
	{
		while ( CursorX < x + Width || Text[CurrentChar] != ' ' && CurrentChar < 256 )
		{
			Line[LineChar] = Text[CurrentChar];
			CurrentChar += 1;
			LineChar += 1;
			CursorX += 5;
		}
		dbText( x, y, Line );
		LineChar = 0;
		CursorX = x;
		y += 15;
		for ( int i = 0; i < 256; i++ )
			Line[i] = ' ';
	}
}