public void AssignMovesPaired()
{
// Set up
var poke = new Pokemon();
var movesForPokemon = new List <PokemonMoveSetResult>
{
new PokemonMoveSetResult {
MoveId = 1
}, // should always be picked first
new PokemonMoveSetResult {
MoveId = 2
},
new PokemonMoveSetResult {
MoveId = 3
},
new PokemonMoveSetResult {
MoveId = 4
},
new PokemonMoveSetResult {
MoveId = 5
},
new PokemonMoveSetResult {
MoveId = 6
}
};
_config.Value.Configuration.PairedMoves = new Dictionary <int, int[]>
{
[1] = new [] { 2, 3 },
[2] = new [] { 5 }
};
// Mock
_mockPokemonRepository.Setup(r => r.GetTMs()).Returns(new List <int>(0));
_mockPokemonRepository.Setup(r => r.GetMovesForPokemon(poke.SpeciesId, _level)).Returns(movesForPokemon);
_mockPokemonRepository.Setup(r => r.GetWeaknesses(string.Empty)).Returns(new List <string>());
_mockPokemonRepository.Setup(r => r.GetWeaknesses(string.Empty)).Returns(new List <string>());
_mockProbabilityUtility.Setup(m => m.ChooseWithProbability(It.IsAny <IList <IChoice> >())).Returns((IList <IChoice> choices) =>
choices.Select((choice, index) => new { choice, index })
.OrderByDescending(item => item.choice.Probability)
.First().index);
// Run
var target = new PokemonMoveProvider(_mockPokemonRepository.Object, _mockProbabilityUtility.Object, _config, _random);
poke = target.AssignMoves(poke, _level);
// Assert
var pairedKeys = _config.Value.Configuration.PairedMoves.Keys.ToList();
var expectedMoves = pairedKeys.Union(pairedKeys.SelectMany(key => _config.Value.Configuration.PairedMoves[key])).ToList();
Assert.Contains(poke.MoveIndex1, expectedMoves);
Assert.Contains(poke.MoveIndex2, expectedMoves);
Assert.Contains(poke.MoveIndex3, expectedMoves);
Assert.Contains(poke.MoveIndex4, expectedMoves);
// Verify
_mockPokemonRepository.VerifyAll();
_mockProbabilityUtility.VerifyAll();
}
public void AssignMovesRemovesFromTmBank()
{
// Set up
var poke = new Pokemon();
var tmBank = new List <int> {
3, 2, 4
};
var movesForPokemon = new List <PokemonMoveSetResult>
{
new PokemonMoveSetResult {
MoveId = 1, LearnType = "machine"
},
new PokemonMoveSetResult {
MoveId = 2, LearnType = "machine"
},
new PokemonMoveSetResult {
MoveId = 3, LearnType = "machine"
},
new PokemonMoveSetResult {
MoveId = 4, LearnType = "machine"
},
new PokemonMoveSetResult {
MoveId = 5, LearnType = "machine"
},
new PokemonMoveSetResult {
MoveId = 6
},
};
// Mock
_mockPokemonRepository.Setup(r => r.GetTMs()).Returns(tmBank);
_mockPokemonRepository.Setup(r => r.GetMovesForPokemon(poke.SpeciesId, _level)).Returns(movesForPokemon);
_mockPokemonRepository.Setup(r => r.GetWeaknesses(string.Empty)).Returns(new List <string>());
_mockPokemonRepository.Setup(r => r.GetWeaknesses(string.Empty)).Returns(new List <string>());
_mockProbabilityUtility.Setup(m => m.ChooseWithProbability(It.IsAny <IList <IChoice> >())).Returns((IList <IChoice> choices) =>
choices.Select((choice, index) => new { choice, index })
.OrderByDescending(item => item.choice.Probability)
.First().index);
// Run
var target = new PokemonMoveProvider(_mockPokemonRepository.Object, _mockProbabilityUtility.Object, _config, _random);
poke = target.AssignMoves(poke, _level);
// Assert
var expected = tmBank.Union(movesForPokemon.Where(move => move.LearnType == null).Select(move => move.MoveId)).ToList();
Assert.Equal(4, expected.Count); // sanity
Assert.Contains(poke.MoveIndex1, expected);
Assert.Contains(poke.MoveIndex2, expected);
Assert.Contains(poke.MoveIndex3, expected);
Assert.Contains(poke.MoveIndex4, expected);
// Verify
_mockPokemonRepository.VerifyAll();
_mockProbabilityUtility.VerifyAll();
}
public void AssignMovesWeighsSimilarEffects()
{
// Set up
var poke = new Pokemon();
var movesForPokemon = new List <PokemonMoveSetResult>
{
new PokemonMoveSetResult {
MoveId = 1, Effect = "test1"
}, // should always be picked first
new PokemonMoveSetResult {
MoveId = 2, Effect = "test1"
},
new PokemonMoveSetResult {
MoveId = 3, Effect = "test1"
},
new PokemonMoveSetResult {
MoveId = 4, Effect = "test2"
},
new PokemonMoveSetResult {
MoveId = 5, Effect = "test3"
},
new PokemonMoveSetResult {
MoveId = 6, Effect = "test4"
}
};
// Mock
_mockPokemonRepository.Setup(r => r.GetTMs()).Returns(new List <int>(0));
_mockPokemonRepository.Setup(r => r.GetMovesForPokemon(poke.SpeciesId, _level)).Returns(movesForPokemon);
_mockPokemonRepository.Setup(r => r.GetWeaknesses(string.Empty)).Returns(new List <string>());
_mockPokemonRepository.Setup(r => r.GetWeaknesses(string.Empty)).Returns(new List <string>());
_mockProbabilityUtility.Setup(m => m.ChooseWithProbability(It.IsAny <IList <IChoice> >())).Returns((IList <IChoice> choices) =>
choices.Select((choice, index) => new { choice, index })
.OrderByDescending(item => item.choice.Probability)
.First().index);
// Run
var target = new PokemonMoveProvider(_mockPokemonRepository.Object, _mockProbabilityUtility.Object, _config, _random);
poke = target.AssignMoves(poke, _level);
// Assert
var expectedMoves = new List <int> {
1, 4, 5, 6
}; // too complicated to use logic here
Assert.Contains(poke.MoveIndex1, expectedMoves);
Assert.Contains(poke.MoveIndex2, expectedMoves);
Assert.Contains(poke.MoveIndex3, expectedMoves);
Assert.Contains(poke.MoveIndex4, expectedMoves);
// Verify
_mockPokemonRepository.VerifyAll();
_mockProbabilityUtility.VerifyAll();
}
public void AssignMovesWeighsDamage()
{
// Set up
var poke = new Pokemon();
var movesForPokemon = new List <PokemonMoveSetResult>
{
new PokemonMoveSetResult {
MoveId = 1, Power = 100
}, // this is epected
new PokemonMoveSetResult {
MoveId = 2, Power = 80
},
new PokemonMoveSetResult {
MoveId = 3, Power = 90
}, // this is epected
new PokemonMoveSetResult {
MoveId = 4, Power = 70
},
new PokemonMoveSetResult {
MoveId = 5, Power = 0
}, // this will be chosen bc of damage flag toggling
new PokemonMoveSetResult {
MoveId = 6, Power = 0
} // this will be chosen bc of damage flag toggling
};
// Mock
_mockPokemonRepository.Setup(r => r.GetTMs()).Returns(new List <int>(0));
_mockPokemonRepository.Setup(r => r.GetMovesForPokemon(poke.SpeciesId, _level)).Returns(movesForPokemon);
_mockPokemonRepository.Setup(r => r.GetWeaknesses(string.Empty)).Returns(new List <string>());
_mockPokemonRepository.Setup(r => r.GetWeaknesses(string.Empty)).Returns(new List <string>());
_mockProbabilityUtility.Setup(m => m.ChooseWithProbability(It.IsAny <IList <IChoice> >())).Returns((IList <IChoice> choices) =>
choices.Select((choice, index) => new { choice, index })
.OrderByDescending(item => item.choice.Probability)
.First().index);
// Run
var target = new PokemonMoveProvider(_mockPokemonRepository.Object, _mockProbabilityUtility.Object, _config, _random);
poke = target.AssignMoves(poke, _level);
// Assert
var highestDamagingMoves = movesForPokemon.OrderByDescending(move => move.Power).Take(2).ToList();
var nonDamagingMoves = movesForPokemon.OrderBy(move => move.Power).Take(2).ToList();
var expectedMoves = highestDamagingMoves.Union(nonDamagingMoves).Select(move => move.MoveId).ToList();
Assert.Contains(poke.MoveIndex1, expectedMoves);
Assert.Contains(poke.MoveIndex2, expectedMoves);
Assert.Contains(poke.MoveIndex3, expectedMoves);
Assert.Contains(poke.MoveIndex4, expectedMoves);
// Verify
_mockPokemonRepository.VerifyAll();
_mockProbabilityUtility.VerifyAll();
}
public void AssignMovesBalancesDamageFlag()
{
// Set up
var poke = new Pokemon();
var movesForPokemon = new List <PokemonMoveSetResult>
{
new PokemonMoveSetResult {
MoveId = 1, Power = 0
},
new PokemonMoveSetResult {
MoveId = 2, Power = 90
},
new PokemonMoveSetResult {
MoveId = 3, Power = 130
},
new PokemonMoveSetResult {
MoveId = 4, Power = 25
},
new PokemonMoveSetResult {
MoveId = 5, Power = 0
},
new PokemonMoveSetResult {
MoveId = 6, Power = 0
},
};
// Mock
_mockPokemonRepository.Setup(r => r.GetTMs()).Returns(new List <int>(0));
_mockPokemonRepository.Setup(r => r.GetMovesForPokemon(poke.SpeciesId, _level)).Returns(movesForPokemon);
_mockPokemonRepository.Setup(r => r.GetWeaknesses(string.Empty)).Returns(new List <string>());
_mockPokemonRepository.Setup(r => r.GetWeaknesses(string.Empty)).Returns(new List <string>());
_mockProbabilityUtility.Setup(m => m.ChooseWithProbability(It.IsAny <IList <IChoice> >())).Returns((IList <IChoice> choices) =>
choices.Select((choice, index) => new { choice, index })
.OrderByDescending(item => item.choice.Probability)
.First().index);
// Run
var target = new PokemonMoveProvider(_mockPokemonRepository.Object, _mockProbabilityUtility.Object, _config, _random);
poke = target.AssignMoves(poke, _level);
// Assert
var moves = new List <int> {
poke.MoveIndex1, poke.MoveIndex2, poke.MoveIndex3, poke.MoveIndex4,
};
var powers = moves.Join(movesForPokemon, moveId => moveId, move => move.MoveId, (moveId, move) => move.Power).ToList();
Assert.Equal(2, powers.Count(power => power > 0));
Assert.Equal(2, powers.Count(power => power == 0));
// Verify
_mockPokemonRepository.VerifyAll();
_mockProbabilityUtility.VerifyAll();
}
public void AssignMovesForSketch()
{
// Set up
var poke = new Pokemon();
var movesForPokemon = new List <PokemonMoveSetResult>
{
new PokemonMoveSetResult {
MoveId = 166
}, // Sketch
};
var randoMoves = new List <PokemonMoveSetResult>
{
new PokemonMoveSetResult {
MoveId = 67
},
new PokemonMoveSetResult {
MoveId = 99
},
new PokemonMoveSetResult {
MoveId = 32
},
new PokemonMoveSetResult {
MoveId = 44
}
};
// Mock
_mockPokemonRepository.Setup(r => r.GetTMs()).Returns(new List <int>());
_mockPokemonRepository.Setup(r => r.GetMovesForPokemon(poke.SpeciesId, _level)).Returns(movesForPokemon);
_mockPokemonRepository.Setup(r => r.GetWeaknesses(string.Empty)).Returns(new List <string>());
_mockPokemonRepository.Setup(r => r.GetWeaknesses(string.Empty)).Returns(new List <string>());
_mockPokemonRepository.Setup(r => r.GetRandomMoves(_config.Value.Configuration.RandomMoveMinPower, _config.Value.Configuration.RandomMoveMaxPower)).Returns(randoMoves);
_mockProbabilityUtility.Setup(m => m.ChooseWithProbability(It.IsAny <IList <IChoice> >())).Returns((IList <IChoice> choices) =>
choices.Select((choice, index) => new { choice, index })
.OrderByDescending(item => item.choice.Probability)
.First().index);
// Run
var target = new PokemonMoveProvider(_mockPokemonRepository.Object, _mockProbabilityUtility.Object, _config, _random);
poke = target.AssignMoves(poke, _level);
// Assert
Assert.Contains(poke.MoveIndex1, randoMoves.Select(move => move.MoveId));
Assert.Contains(poke.MoveIndex2, randoMoves.Select(move => move.MoveId));
Assert.Contains(poke.MoveIndex3, randoMoves.Select(move => move.MoveId));
Assert.Contains(poke.MoveIndex4, randoMoves.Select(move => move.MoveId));
// Verify
_mockPokemonRepository.VerifyAll();
_mockProbabilityUtility.VerifyAll();
}
public void AssignMovesForSpecialPokemon()
{
// Set up
var poke = new Pokemon();
var movesForPokemon = new List <PokemonMoveSetResult>
{
new PokemonMoveSetResult {
MoveId = 67
},
new PokemonMoveSetResult {
MoveId = 99
},
new PokemonMoveSetResult {
MoveId = 32
},
new PokemonMoveSetResult {
MoveId = 44
}
};
_config.Value.Configuration.SpecialPokemon.Add(poke.SpeciesId);
// Mock
_mockPokemonRepository.Setup(r => r.GetTMs()).Returns(new List <int>());
_mockPokemonRepository.Setup(r => r.GetMovesForPokemon(poke.SpeciesId, _level)).Returns(movesForPokemon);
_mockPokemonRepository.Setup(r => r.GetWeaknesses(string.Empty)).Returns(new List <string>());
_mockPokemonRepository.Setup(r => r.GetWeaknesses(string.Empty)).Returns(new List <string>());
// Run
var target = new PokemonMoveProvider(_mockPokemonRepository.Object, _mockProbabilityUtility.Object, _config, _random);
poke = target.AssignMoves(poke, _level);
// Assert
var expected = movesForPokemon.Take(4).Select(t => t.MoveId).ToList();
Assert.Contains(poke.MoveIndex1, expected);
Assert.Contains(poke.MoveIndex2, expected);
Assert.Contains(poke.MoveIndex3, expected);
Assert.Contains(poke.MoveIndex4, expected);
// Verify
_mockPokemonRepository.VerifyAll();
_mockProbabilityUtility.VerifyAll();
}
public void AssignMovesDamageType(ushort spAttack, ushort attack, int delta)
{
// Set up
_config.Value.Configuration.DamageTypeDelta = delta;
var poke = new Pokemon
{
SpAttack = spAttack,
Attack = attack
};
var movesForPokemon = new List <PokemonMoveSetResult>
{
new PokemonMoveSetResult {
MoveId = 1, DamageType = "physical"
},
new PokemonMoveSetResult {
MoveId = 2, DamageType = "physical"
},
new PokemonMoveSetResult {
MoveId = 3, DamageType = "special"
},
new PokemonMoveSetResult {
MoveId = 4, DamageType = "special"
},
new PokemonMoveSetResult {
MoveId = 5, DamageType = "physical"
},
new PokemonMoveSetResult {
MoveId = 6, DamageType = "physical"
},
new PokemonMoveSetResult {
MoveId = 7, DamageType = "special"
},
new PokemonMoveSetResult {
MoveId = 8, DamageType = "special"
},
};
// Mock
_mockPokemonRepository.Setup(r => r.GetTMs()).Returns(new List <int>());
_mockPokemonRepository.Setup(r => r.GetMovesForPokemon(poke.SpeciesId, _level)).Returns(movesForPokemon);
_mockPokemonRepository.Setup(r => r.GetWeaknesses(string.Empty)).Returns(new List <string>());
_mockPokemonRepository.Setup(r => r.GetWeaknesses(string.Empty)).Returns(new List <string>());
_mockProbabilityUtility.Setup(m => m.ChooseWithProbability(It.IsAny <IList <IChoice> >())).Returns((IList <IChoice> choices) =>
choices.Select((choice, index) => new { choice, index })
.OrderByDescending(item => item.choice.Probability)
.First().index);
// Run
var target = new PokemonMoveProvider(_mockPokemonRepository.Object, _mockProbabilityUtility.Object, _config, _random);
poke = target.AssignMoves(poke, _level);
// Assert
var type = Math.Abs(spAttack - attack) < delta ? DamageType.Both : spAttack > attack ? DamageType.Special : DamageType.Physical;
var expecteds = movesForPokemon
.Where(move => type == DamageType.Both ||
(type == DamageType.Physical && move.DamageType.Equals("physical")) ||
(type == DamageType.Special && move.DamageType.Equals("special")))
.Select(move => move.MoveId)
.ToList();
Assert.Contains(poke.MoveIndex1, expecteds);
Assert.Contains(poke.MoveIndex2, expecteds);
Assert.Contains(poke.MoveIndex3, expecteds);
Assert.Contains(poke.MoveIndex4, expecteds);
// Verify
_mockPokemonRepository.VerifyAll();
_mockProbabilityUtility.VerifyAll();
}
public void AssignMovesWeighsEffectFilters()
{
// Set up
var poke = new Pokemon();
var movesForPokemon = new List <PokemonMoveSetResult>
{
new PokemonMoveSetResult {
MoveId = 1, Effect = "test1"
},
new PokemonMoveSetResult {
MoveId = 2, Effect = "test2"
},
new PokemonMoveSetResult {
MoveId = 3, Effect = "test3"
},
new PokemonMoveSetResult {
MoveId = 4, Effect = "test4"
},
new PokemonMoveSetResult {
MoveId = 5, Effect = "test5"
},
new PokemonMoveSetResult {
MoveId = 6, Effect = "test1"
},
};
_config.Value.Configuration.MoveEffectFilters = new Dictionary <string, double>
{
["test1"] = 1,
["test2"] = 0.2,
["test3"] = .1,
["test4"] = 0,
["test5"] = 0.5,
};
// Mock
_mockPokemonRepository.Setup(r => r.GetTMs()).Returns(new List <int>(0));
_mockPokemonRepository.Setup(r => r.GetMovesForPokemon(poke.SpeciesId, _level)).Returns(movesForPokemon);
_mockPokemonRepository.Setup(r => r.GetWeaknesses(string.Empty)).Returns(new List <string>());
_mockPokemonRepository.Setup(r => r.GetWeaknesses(string.Empty)).Returns(new List <string>());
_mockProbabilityUtility.Setup(m => m.ChooseWithProbability(It.IsAny <IList <IChoice> >())).Returns((IList <IChoice> choices) =>
choices.Select((choice, index) => new { choice, index })
.OrderByDescending(item => item.choice.Probability)
.First().index);
// Run
var target = new PokemonMoveProvider(_mockPokemonRepository.Object, _mockProbabilityUtility.Object, _config, _random);
poke = target.AssignMoves(poke, _level);
// Assert
var expectedEffects = _config.Value.Configuration.MoveEffectFilters.OrderByDescending(pair => pair.Value).Take(4).Select(pair => pair.Key).ToList();
var expectedMoves = movesForPokemon.Join(expectedEffects, move => move.Effect, effect => effect, (move, effect) => move.MoveId).ToList();
Assert.Contains(poke.MoveIndex1, expectedMoves);
Assert.Contains(poke.MoveIndex2, expectedMoves);
Assert.Contains(poke.MoveIndex3, expectedMoves);
Assert.Contains(poke.MoveIndex4, expectedMoves);
// Verify
_mockPokemonRepository.VerifyAll();
_mockProbabilityUtility.VerifyAll();
}
public void AssignMovesWeighsTypes()
{
// Set up
var poke = new Pokemon
{
Types = new List <string> {
"test2", "test5"
}
};
var attackTypesToFavor = new List <string> {
"test1"
};
var movesForPokemon = new List <PokemonMoveSetResult>
{
new PokemonMoveSetResult {
MoveId = 1, Type = "test1"
},
new PokemonMoveSetResult {
MoveId = 2, Type = "test2"
},
new PokemonMoveSetResult {
MoveId = 3, Type = "test3"
},
new PokemonMoveSetResult {
MoveId = 4, Type = "test4"
},
new PokemonMoveSetResult {
MoveId = 5, Type = "test5"
},
new PokemonMoveSetResult {
MoveId = 6, Type = "test1"
},
};
// Mock
_mockPokemonRepository.Setup(r => r.GetTMs()).Returns(new List <int>(0));
_mockPokemonRepository.Setup(r => r.GetMovesForPokemon(poke.SpeciesId, _level)).Returns(movesForPokemon);
_mockPokemonRepository.Setup(r => r.GetWeaknesses(string.Join(",", poke.Types))).Returns(new List <string>());
_mockPokemonRepository.Setup(r => r.GetWeaknesses(string.Empty)).Returns(attackTypesToFavor);
_mockProbabilityUtility.Setup(m => m.ChooseWithProbability(It.IsAny <IList <IChoice> >())).Returns((IList <IChoice> choices) =>
choices.Select((choice, index) => new { choice, index })
.OrderByDescending(item => item.choice.Probability)
.First().index);
// Run
var target = new PokemonMoveProvider(_mockPokemonRepository.Object, _mockProbabilityUtility.Object, _config, _random);
poke = target.AssignMoves(poke, _level);
// Assert
var expectedTypes = poke.Types.Union(attackTypesToFavor).ToList();
var expectedMoves = movesForPokemon.Join(expectedTypes, move => move.Type, type => type, (move, type) => move.MoveId).ToList();
Assert.Contains(poke.MoveIndex1, expectedMoves);
Assert.Contains(poke.MoveIndex2, expectedMoves);
Assert.Contains(poke.MoveIndex3, expectedMoves);
Assert.Contains(poke.MoveIndex4, expectedMoves);
// Verify
_mockPokemonRepository.VerifyAll();
_mockProbabilityUtility.VerifyAll();
}