public void CombatShouldWorkWithTwoOpponentsAndSequentialTurns()
{
Globals.Config.ConcurrentTurnsEnabled = false;
SetupScenarioForTwoZombies(out var zombie1, out var zombie2);
// The zombies should not perform simultaneously
GameSystems.D20.Actions.isSimultPerformer(zombie1).Should().BeFalse();
GameSystems.D20.Actions.isSimultPerformer(zombie2).Should().BeFalse();
// It should be zombie1's turn, run the game until it's zombie2's turn and check what zombie1 did
GameSystems.D20.Initiative.CurrentActor.Should().Be(zombie1);
Game.RunUntil(() => GameSystems.D20.Initiative.CurrentActor == zombie2, 10000);
CompletedActions.Should()
.HaveCount(1)
.And.Contain(action => action.d20APerformer == zombie1 &&
action.d20ATarget == _player &&
action.d20ActType == D20ActionType.MOVE);
ActionLog.Clear();
// Now it's zombie2's turn, run until it's the player's turn and check what zombie2 did
Game.RunUntil(() => GameSystems.D20.Initiative.CurrentActor == _player, 10000);
CompletedActions.Should()
.HaveCount(1)
.And.Contain(action => action.d20APerformer == zombie2 &&
action.d20ATarget == _player &&
action.d20ActType == D20ActionType.MOVE);
// Since both zombies just moved, there should be no combat entries
CombatLog.Should().BeEmpty();
}
public void AITurnMaxActionsShouldBeEnforced()
{
Globals.Config.ConcurrentTurnsEnabled = false;
Globals.Config.AITurnMaxActions = 3;
SetupScenarioForTwoZombies(out var zombie1, out var zombie2);
// It should be zombie1's turn.
GameSystems.D20.Initiative.CurrentActor.Should().Be(zombie1);
List <D20Action> GetZombie1Actions() => CompletedActions.Where(a => a.d20APerformer == zombie1).ToList();
GetZombie1Actions().Should().HaveCount(0);
// Ensure the zombie has infinite movement, essentially
GameSystems.D20.Actions.CurrentSequence.tbStatus.surplusMoveDistance = 100;
// Complete the action 3 times total
GameSystems.D20.Actions.PerformOnAnimComplete(zombie1, GameSystems.D20.Actions.CurrentAction.animID);
GetZombie1Actions().Should().HaveCount(1);
GameSystems.D20.Initiative.CurrentActor.Should().Be(zombie1);
GameSystems.D20.Actions.PerformOnAnimComplete(zombie1, GameSystems.D20.Actions.CurrentAction.animID);
GetZombie1Actions().Should().HaveCount(2);
GameSystems.D20.Initiative.CurrentActor.Should().Be(zombie1);
GameSystems.D20.Actions.PerformOnAnimComplete(zombie1, GameSystems.D20.Actions.CurrentAction.animID);
GetZombie1Actions().Should().HaveCount(3);
GameSystems.D20.Initiative.CurrentActor.Should().Be(zombie2);
}
public void ActionsArePerformedAfterMovingIntoRange()
{
// Spawn a player and a chest (at a distance), and click on the chest
var player = CreatePlayer();
var lockedChest = Create(TestProtos.LockedChest);
ClickOn(lockedChest);
// This should make the party leader perform the default action,
// which is to open the container.
Game.RunUntil(() => GameSystems.D20.Actions.IsCurrentlyPerforming(player));
var sequence = GameSystems.D20.Actions.CurrentSequence ?? throw new NullReferenceException();
sequence.performer.Should().Be(player);
sequence.targetObj.Should().Be(lockedChest);
// Run until the sequence has concluded
Game.RunUntil(() => !GameSystems.D20.Actions.IsCurrentlyPerforming(player), 5000);
// Since the player was not in reach, there should be a move action performed,
// then the opening action
CompletedActions.Should().SatisfyRespectively(
first =>
{
first.d20APerformer.Should().Be(player);
first.d20ActType.Should().Be(D20ActionType.MOVE);
// The target location should bring the player into reach of the container
first.destLoc.DistanceTo(lockedChest.GetLocationFull()).Should().BeLessOrEqualTo(
player.GetRadius()
+ lockedChest.GetRadius()
// Reach returns feet
+ player.GetReach(D20ActionType.OPEN_CONTAINER) * locXY.INCH_PER_FEET
);
},
second =>
{
second.d20ActType.Should().Be(D20ActionType.OPEN_CONTAINER);
second.d20APerformer.Should().Be(player);
second.d20ATarget.Should().Be(lockedChest);
}
);
}
