internal float GetWreckMaxPercentile(Aircraft aircraft)
{
return(WreckMaxPercentile[aircraft]);
}
internal static Aircraft CreateFighter(int numWeapons = 2, Random rng = null)
{
Aircraft aircraft = new Aircraft();
if (rng != null && ShinyCoinThrow(rng))
{
aircraft.Body = new BodyFighterShiny();
// mount the wings
var wing1 = new WingFighterShiny();
var wing2 = new WingFighterShiny();
aircraft.Body.MountPart(wing1);
aircraft.Body.MountPart(wing2);
// mount the weapons
wing1.MountPart(new WeaponFighterShiny());
wing2.MountPart(new WeaponFighterShiny());
// mount the rotor
aircraft.Body.MountPart(new RotorFighterShiny());
// mount the rudders
aircraft.Body.MountPart(new RudderFighterShiny());
aircraft.Body.MountPart(new RudderFighterShiny());
}
else
{
aircraft.Body = new BodyFighter();
// mount the wings
var wing1 = new WingFighter();
var wing2 = new WingFighter();
aircraft.Body.MountPart(wing1);
aircraft.Body.MountPart(wing2);
// mount the weapons
if (rng == null)
{
rng = new Random();
}
if (numWeapons == 1)
{
if (rng.NextBoolean())
{
wing1.MountPart(new WeaponFighter());
}
else
{
wing2.MountPart(new WeaponFighter());
}
}
else if (numWeapons == 2)
{
wing1.MountPart(new WeaponFighter());
wing2.MountPart(new WeaponFighter());
}
// mount the rotor
aircraft.Body.MountPart(new RotorFighter());
// mount the rudders
aircraft.Body.MountPart(new RudderFighter());
aircraft.Body.MountPart(new RudderFighter());
}
// set the math challenges
aircraft.WeightedChallenges = new List <Tuple <int, MathChallenge> > {
new Tuple <int, MathChallenge>(1, new SolveChallenge(dummy: true)),
new Tuple <int, MathChallenge>(1, new MultiplyChallenge(dummy: true))
};
// set the awarded powerups
aircraft.WeightedPowerUpsAwarded = new Dictionary <PowerUp.PowerType, int> {
{ PowerUp.PowerType.HEAL, 1 }, { PowerUp.PowerType.SHIELD, 3 }, { PowerUp.PowerType.BACK_TURN, 2 }, { PowerUp.PowerType.BOOST, 3 }
};
return(aircraft);
}
/// <summary>
/// Returned Squadron can be null!
/// </summary>
/// <param name="zoneNum"></param>
/// <returns></returns>
internal Squadron GenerateSquadron(int zoneNum, Random rng)
{
Squadron newSquadron = null;
switch (zoneNum)
{
case 0:
{
// no squadrons are present in the first zone
}
break;
case 1:
{
// second zone: potatos and bats
switch (rng.Next(4))
{
case 0:
{
// create a peaceful Potato
var leader = Aircraft.CreatePotato(rng: rng);
leader.AI = new PeacefulFleeingAI();
newSquadron = new Squadron();
newSquadron.AddAircraft(leader, CCPoint.Zero);
}
break;
case 1:
{
// create a non-peaceful Potato
var leader = Aircraft.CreatePotato(true, rng: rng);
leader.AI = new StandardAI();
newSquadron = new Squadron();
newSquadron.AddAircraft(leader, CCPoint.Zero);
}
break;
case 2:
{
// create a bat
var leader = Aircraft.CreateBat(rng: rng);
leader.AI = new StandardAI();
newSquadron = new Squadron();
newSquadron.AddAircraft(leader, CCPoint.Zero);
}
break;
case 3:
{
// create a 3-potato squad
var leader = Aircraft.CreatePotato(true, rng);
var ally1 = Aircraft.CreatePotato(rng: rng);
var ally2 = Aircraft.CreatePotato(rng: rng);
leader.AI = new StandardAI();
ally1.AI = new PeacefulFleeingAI();
ally2.AI = new PeacefulFleeingAI();
newSquadron = new Squadron();
newSquadron.AddAircraft(leader, CCPoint.Zero);
newSquadron.AddAircraft(ally1, new CCPoint(-90f, 145f));
newSquadron.AddAircraft(ally2, new CCPoint(-90f, -145f));
}
break;
}
}
break;
case 2:
{
// third zone: TestAircrafts and Balloons
switch (rng.Next(3))
{
case 0:
{
// create a lone TestAircraft
var leader = Aircraft.CreateTestAircraft(rng: rng);
leader.AI = new StandardAI();
newSquadron = new Squadron();
newSquadron.AddAircraft(leader, CCPoint.Zero);
}
break;
case 1:
{
// create a Balloon
var leader = Aircraft.CreateBalloon(true, rng: rng);
leader.AI = new StandardAI();
newSquadron = new Squadron();
newSquadron.AddAircraft(leader, CCPoint.Zero);
}
break;
case 2:
{
// create a squad of 3 TestAircrafts
newSquadron = new Squadron();
Aircraft[] planes = new Aircraft[3];
for (int i = 0; i < 3; i++)
{
int weaponNum = rng.Next(3);
planes[i] = Aircraft.CreateTestAircraft(weaponNum, rng: rng);
planes[i].AI = weaponNum != 0 ? (AI)(new StandardAI()) : (AI)(new PeacefulFleeingAI());
}
newSquadron.AddAircraft(planes[0], CCPoint.Zero);
newSquadron.AddAircraft(planes[1], new CCPoint(-250f, 255f));
newSquadron.AddAircraft(planes[2], new CCPoint(-250f, -255f));
}
break;
}
}
break;
case 3:
{
// fourth zone: Fighters and BigBombers
switch (rng.Next(5))
{
case 0:
case 1:
{
// create a lone Fighter
var leader = Aircraft.CreateFighter(rng: rng);
leader.AI = new StandardAI();
newSquadron = new Squadron();
newSquadron.AddAircraft(leader, CCPoint.Zero);
}
break;
case 2:
{
// create a Fighter Squad of 2 Fighters
var leader = Aircraft.CreateFighter(rng: rng);
leader.AI = new StandardAI();
var plane2 = Aircraft.CreateFighter(rng: rng);
plane2.Team = Team.EnemyTeam;
plane2.AI = new StandardAI();
newSquadron = new Squadron();
newSquadron.AddAircraft(leader, new CCPoint(0, 270f));
newSquadron.AddAircraft(plane2, new CCPoint(0, -270f));
}
break;
case 3:
{
// create a squad of a BigBomber and some Fighters
newSquadron = new Squadron();
newSquadron.AddAircraft(Aircraft.CreateBigBomber(rng: rng), CCPoint.Zero);
int fighterCount = rng.Next(5) == 0 ? 4 : 2;
Aircraft[] fighter = new Aircraft[fighterCount];
for (int i = 0; i < fighterCount; i++)
{
fighter[i] = Aircraft.CreateFighter(rng: rng);
fighter[i].AI = new StandardAI();
}
if (fighterCount >= 2)
{
newSquadron.AddAircraft(fighter[0], new CCPoint(330f, 255f));
newSquadron.AddAircraft(fighter[1], new CCPoint(330f, -255f));
}
if (fighterCount == 4)
{
newSquadron.AddAircraft(fighter[2], new CCPoint(-330f, 255f));
newSquadron.AddAircraft(fighter[3], new CCPoint(-330f, -255f));
}
}
break;
}
}
break;
case 4:
default: // this is also the default case because this is the last zone
{
// fifth zone: Jets, Jets and more Jets
var leader = Aircraft.CreateJet(rng);
leader.Team = Team.EnemyTeam;
leader.AI = leader.TotalParts.OfType <WingAngel>().Any() ? (AI)(new PeacefulFleeingAI()) : new StandardAI(); // angels should flee
newSquadron = new Squadron();
newSquadron.AddAircraft(leader, CCPoint.Zero);
}
break;
}
if (newSquadron != null)
{
newSquadron.MinR = ZoneEndRadii[zoneNum - 1];
newSquadron.MaxR = (zoneNum < ZoneEndRadii.Length ? ZoneEndRadii[zoneNum] : float.PositiveInfinity);
}
return(newSquadron);
}
internal static Aircraft CreateTestAircraft(int numWeapons = 2, bool withChallenges = true, Random rng = null)
{
Aircraft aircraft = new Aircraft();
//IsManeuverPolygonDrawn = true;
if (rng != null && ShinyCoinThrow(rng))
{
aircraft.Body = new TestBodyShiny();
// mount the wings
var wings = new TestDoubleWingShiny();
aircraft.Body.MountPart(wings);
// mount the rotor
aircraft.Body.MountPart(new TestRotorShiny());
// and the rudders
aircraft.Body.MountPart(new TestRudderShiny());
aircraft.Body.MountPart(new TestRudderShiny());
wings.MountPart(new TestWeaponShiny());
wings.MountPart(new TestWeaponShiny());
}
else
{
aircraft.Body = new TestBody();
// mount the wings
var wings = new TestDoubleWing();
aircraft.Body.MountPart(wings);
// mount the rotor
aircraft.Body.MountPart(new TestRotor());
// and the rudders
aircraft.Body.MountPart(new TestRudder());
aircraft.Body.MountPart(new TestRudder());
//Body.MountPart(new TestEngineStrong());
if (rng == null)
{
rng = new Random();
}
if (numWeapons == 1)
{
if (rng.NextBoolean())
{
wings.MountPart(0, new TestWeapon());
}
else
{
wings.MountPart(1, new TestWeapon());
}
}
else if (numWeapons == 2)
{
wings.MountPart(new TestWeapon());
wings.MountPart(new TestWeapon());
}
}
// set the math challenges
if (withChallenges)
{
aircraft.WeightedChallenges = new List <Tuple <int, MathChallenge> > {
new Tuple <int, MathChallenge>(1, new MultiplyChallenge(4, 2, -20, 5, dummy: true)),
new Tuple <int, MathChallenge>(1, new DivideChallenge(dummy: true))
}
}
;
// set the awarded powerups
if (withChallenges)
{
aircraft.WeightedPowerUpsAwarded = new Dictionary <PowerUp.PowerType, int> {
{ PowerUp.PowerType.HEAL, 1 }, { PowerUp.PowerType.SHIELD, 4 }, { PowerUp.PowerType.BACK_TURN, 5 }, { PowerUp.PowerType.BOOST, 5 }
}
}
;
return(aircraft);
}
internal void AddAircraft(Aircraft aircraft)
{
Aircrafts.Add(aircraft);
AddChild(aircraft);
}
