static void DisplayMenu(Finch tim)
{
bool breaking = false;
bool setup = false;
double ambientTemp = 0, tolerance = 0;
int ambientLight = 0;
string uInput;
MenuOption uInputAsEnum;
while (!breaking)
{
GD.DisplayNewScreen("Main Menu");
Console.WriteLine("Select Option:");
foreach (MenuOption option in Enum.GetValues(typeof(MenuOption)))
{
Console.WriteLine(option);
}
do
{
Console.Write(">");
uInput = GI.GetString(true);
} while (!Enum.TryParse <MenuOption>(uInput, out uInputAsEnum));
switch (uInputAsEnum)
{
case MenuOption.SETUP:
tolerance = DisplaySetupTim(tim, out ambientTemp, out ambientLight);
setup = true;
break;
case MenuOption.ACTIVATE:
if (setup)
{
DisplayActivateTim(tim, tolerance, ambientTemp, ambientLight);
}
else
{
Console.WriteLine("Please run setup first.");
GD.DisplayAnyKey();
}
break;
case MenuOption.EXIT:
breaking = true;
break;
default:
break;
}
}
tim.disConnect();
}
public static void DisplayInventory(List <VideoGame> inventory, Generic_Display GD)
{
GD.DisplayNewScreen("Inventory");
Console.Write("Title".PadRight(20));
Console.Write("Publisher".PadRight(20));
Console.Write("Price".PadRight(20));
Console.Write("Online".PadRight(20));
Console.WriteLine();
Console.WriteLine();
foreach (VideoGame game in inventory)
{
string price = game.Price.ToString();
Console.Write(game.Title.PadRight(20));
Console.Write(game.Publisher.PadRight(20));
Console.Write($"${price}".PadRight(20));
if (game.Multiplayer)
{
Console.Write("Multiplayer".PadRight(20));
}
else
{
Console.Write("Singleplayer".PadRight(20));
}
Console.WriteLine();
}
GD.DisplayAnyKey();
}
static void DisplayUserAddFurryMonsters(List <FurryMonster> furryMonsters, Generic_Display display)
{
Generic_Input input = new Generic_Input();
FurryMonsterType monsterType;
string uInput;
int year, month, day;
display.DisplayNewScreen("Monster Maker");
FurryMonster furryMonster = new FurryMonster();
Console.WriteLine("Enter monster name:");
furryMonster.Name = input.GetString(false);
Console.WriteLine("Enter monster color:");
furryMonster.Color = input.GetString(false);
Console.WriteLine("Does monster have claws (true or false):");
furryMonster.HasClaws = input.GetBool();
Console.WriteLine("Enter monster length in meters:");
furryMonster.Length = input.GetValidInt();
Console.WriteLine("When was the monster born.");
Console.WriteLine("Year:");
do
{
year = input.GetValidInt();
} while (year < 0 || year > 2017);
Console.WriteLine("Month:");
do
{
month = input.GetValidInt();
} while (month < 0 || month > 12);
Console.WriteLine("Day:");
do
{
day = input.GetValidInt();
} while (day < 0 || day > 31);
furryMonster.DateOfBirth = new DateTime(year, month, day);
Console.WriteLine("Enter monster type (Cat, Dog, Horse, Rat):");
do
{
Console.Write(">");
uInput = Console.ReadLine();
} while (!Enum.TryParse <FurryMonsterType>(uInput, out monsterType));
furryMonster.MonsterType = monsterType;
furryMonsters.Add(furryMonster);
Console.WriteLine();
furryMonster.Greeting(furryMonster);
display.DisplayAnyKey();
}
static void DisplayUserAddSeaMonsters(List <SeaMonster> seaMonsters, Generic_Display display)
{
Generic_Input input = new Generic_Input();
SeaMonsterType monsterType;
string uInput;
int year, month, day;
display.DisplayNewScreen("Monster Maker");
SeaMonster seaMonster = new SeaMonster();
Console.WriteLine("Enter monster name:");
seaMonster.Name = input.GetString(false);
Console.WriteLine("Enter monster color:");
seaMonster.Color = input.GetString(false);
Console.WriteLine("Does monster have scales (true or false):");
seaMonster.HasScales = input.GetBool();
Console.WriteLine("Enter monster length in meters:");
seaMonster.Length = input.GetValidInt();
Console.WriteLine("When was the monster born.");
Console.WriteLine("Year:");
do
{
year = input.GetValidInt();
} while (year < 0 || year > 2017);
Console.WriteLine("Month:");
do
{
month = input.GetValidInt();
} while (month < 0 || month > 12);
Console.WriteLine("Day:");
do
{
day = input.GetValidInt();
} while (day < 0 || day > 31);
seaMonster.DateOfBirth = new DateTime(year, month, day);
Console.WriteLine("Enter monster type (Fish, Cephalopod, Crustation, Jelly):");
do
{
uInput = Console.ReadLine();
} while (!Enum.TryParse <SeaMonsterType>(uInput, out monsterType));
seaMonster.MonsterType = monsterType;
seaMonsters.Add(seaMonster);
Console.WriteLine();
seaMonster.Greeting(seaMonster);
display.DisplayAnyKey();
}
static void DisplayAllFurryMonsterInfo(List <FurryMonster> furryMonsters, Generic_Display display)
{
display.DisplayNewScreen("Main Application");
foreach (FurryMonster furryMonster in furryMonsters)
{
DisplayFurryMonsterInfo(furryMonster);
}
display.DisplayAnyKey();
}
static void DisplayAllSeaMonsterInfo(List <SeaMonster> seaMonsters, Generic_Display display)
{
display.DisplayNewScreen("Main Application");
foreach (SeaMonster seaMonster in seaMonsters)
{
DisplaySeaMonsterInfo(seaMonster);
}
display.DisplayAnyKey();
}
/// <summary>
/// display main program loop
/// </summary>
static void DisplayMainLoop(Generic_Display GD, Generic_Input GI, Generic_Alter GA)
{
//declare constants
//
int[,] NOSECOLORS = new int[4, 3] {
{ 0, 0, 0 }, { 255, 0, 0 }, { 0, 0, 255 }, { 0, 255, 0 }
};
int[] SPEEDS = new int[4] {
0, 127, 191, 255
};
GD.DisplayNewScreen("Main App Loop");
//instantiate SuperTina
//
Finch superTina = InstantiateFinch();
FinchLevel superTinaLevel;
Console.WriteLine("\nPlease enter the shield level for Super Tina (1-3)");
superTinaLevel = InputFinchLevelValid();
Console.WriteLine($"\nSuper Tinas shields are at {superTinaLevel} power level");
int[] SuperTinaNoseColor = new int[3];
SuperTinaNoseColor = GA.SpliceIntMultiArray(NOSECOLORS, (int)superTinaLevel, 3);
int SuperTinaSpeed = SPEEDS[(int)superTinaLevel];
//declare variables
//
bool breakLoop = false;
//activate SuperTina
//
Console.WriteLine("\nSuper Tina is ready for battle.");
GD.DisplayAnyKey();
superTina.setMotors(SuperTinaSpeed, SuperTinaSpeed);
superTina.setLED(SuperTinaNoseColor[0], SuperTinaNoseColor[1], SuperTinaNoseColor[2]);
//main loop
//
while (!breakLoop)
{
breakLoop = DisplayActivateTim(superTina, NOSECOLORS, SPEEDS, superTinaLevel, GD, GI, GA);
}
superTina.disConnect();
}
static bool DisplayActivateTim(Finch superTina, int[,] NOSECOLORS, int[] SPEEDS, FinchLevel superTinaLevel, Generic_Display GD, Generic_Input GI, Generic_Alter GA)
{
double currentTemp, currentLight, ambientTemp, ambientLight, min, max;
int[] levelArray = new int[3];
bool breaking = false;
ambientTemp = superTina.getTemperature();
ambientLight = AverageLight(superTina);
min = ambientTemp - 1;
max = ambientLight + 3;
Console.WriteLine($"Shields at {superTinaLevel} level.");
while (!breaking)
{
currentTemp = superTina.getTemperature();
currentLight = AverageLight(superTina);
superTina.wait(200);
switch (superTinaLevel)
{
case FinchLevel.HIGH:
if (currentTemp < min && currentLight > max) //freeze ray and lazer
{
superTinaLevel--;
superTina.setMotors(SPEEDS[(int)superTinaLevel], SPEEDS[(int)superTinaLevel]);
Hit(superTina, GA.SpliceIntMultiArray(NOSECOLORS, (int)superTinaLevel, 3));
Console.WriteLine($"Shield levels at {superTinaLevel}!\n");
}
break;
case FinchLevel.MEDIUM:
if (currentLight > max) //just lazer
{
superTinaLevel--;
superTina.setMotors(SPEEDS[(int)superTinaLevel], SPEEDS[(int)superTinaLevel]);
Hit(superTina, GA.SpliceIntMultiArray(NOSECOLORS, (int)superTinaLevel, 3));
Console.WriteLine($"Shield levels at {superTinaLevel}!\n");
}
break;
case FinchLevel.LOW:
if (currentTemp < min) //just freeze ray
{
superTinaLevel--;
superTina.setMotors(SPEEDS[(int)superTinaLevel], SPEEDS[(int)superTinaLevel]);
Hit(superTina, GA.SpliceIntMultiArray(NOSECOLORS, (int)superTinaLevel, 3));
Console.WriteLine($"Shield levels at {superTinaLevel}!\n");
}
else if (currentLight > max) //just lazer
{
superTinaLevel--;
superTina.setMotors(SPEEDS[(int)superTinaLevel], SPEEDS[(int)superTinaLevel]);
Hit(superTina, GA.SpliceIntMultiArray(NOSECOLORS, (int)superTinaLevel, 3));
Console.WriteLine($"Shield levels at {superTinaLevel}!\n");
}
break;
case FinchLevel.EMPTY:
breaking = true;
break;
default:
break;
}
superTina.wait(200);
}
Console.WriteLine("SuperTina is dead. The world has been destroyed. All is lost, even hope.");
GD.DisplayAnyKey();
return(breaking);
}
/// <summary>
/// display a title screen with menu
/// </summary>
/// <returns>MainMenuOption user selected</returns>
static bool MainMenu(List <SeaMonster> seaMonsters, List <FurryMonster> furryMonsters, Generic_Display display)
{
//declare vars
//
int selected = 0;
ConsoleKeyInfo uKey;
bool breaking = false;
bool exit = false;
string[] options = new string[5]
{
"Make Sea Monster"
, "Display Sea Monster Info"
, "Make Furry Monster"
, "Display Furry Monster Info"
, "Exit"
};
Console.CursorVisible = false;
//menu loop
//
do
{
Console.Clear();
Console.WriteLine("~ MOSNTER MENU ~");
Console.WriteLine("\nARROWS TO NAVIGATE\nENTER TO SELECT\n");
//print options
//
for (int i = 0; i < options.Length; i++)
{
if (selected == i)
{
Console.Write("(*) ");
Console.WriteLine(options[i]);
}
else
{
Console.Write("( ) ");
Console.WriteLine(options[i]);
}
}
//get input and determine selected option
//
uKey = Console.ReadKey(true);
if (uKey.Key.ToString() == "DownArrow") //user moves down
{
selected++;
if (selected > options.Length - 1)
{
selected = 0;
}
}
else if (uKey.Key.ToString() == "UpArrow") //user moves up
{
selected--;
if (selected < 0)
{
selected = Convert.ToInt16(options.Length - 1);
}
}
else if (uKey.Key.ToString() == "Enter") //user selects option
{
breaking = true;
}
} while (!breaking);
switch (options[selected])
{
case "Make Sea Monster":
DisplayUserAddSeaMonsters(seaMonsters, display);
break;
case "Display Sea Monster Info":
DisplayAllSeaMonsterInfo(seaMonsters, display);
break;
case "Make Furry Monster":
DisplayUserAddFurryMonsters(furryMonsters, display);
break;
case "Display Furry Monster Info":
DisplayAllFurryMonsterInfo(furryMonsters, display);
break;
case "Exit":
exit = true;
display.DisplayNewScreen("Goodbye");
foreach (SeaMonster monster in seaMonsters)
{
monster.GoodBye(monster);
}
foreach (FurryMonster monster in furryMonsters)
{
monster.GoodBye(monster);
}
display.DisplayAnyKey();
display.DisplayCloseScreen("Sea Monster Classes", new string[1] {
"Eric Grant"
});
break;
default:
break;
}
Console.CursorVisible = true;
return(exit);
}