public void ActionColorCheck(GenericAction action)
{
// Selection.ThisShip is null during tractor beam
if (action == null || Selection.ThisShip == null)
{
return;
}
ActionColor color = action.Color;
color = Selection.ThisShip.CallOnCheckActionComplexity(action, ref color);
//AI perfroms red actions as white, because it is hard to calculate correct priority of red action
if (color == ActionColor.Red && !(Selection.ThisShip.Owner is Players.GenericAiPlayer))
{
Triggers.RegisterTrigger(new Trigger()
{
Name = "Stress after red action",
TriggerType = TriggerTypes.OnActionIsPerformed_System,
TriggerOwner = Selection.ThisShip.Owner.PlayerNo,
EventHandler = GetStress
});
}
if (color == ActionColor.Purple)
{
Selection.ThisShip.State.Force--;
}
}
private void TreatFocusAsRed(GenericAction action, ref ActionColor color)
{
if (action is FocusAction)
{
color = ActionColor.Red;
Messages.ShowInfo(HostUpgrade.UpgradeInfo.Name + ": Focus action is treated as red");
}
}
private void TreatThisCoordinateActionAsRed(GenericAction action, ref ActionColor color)
{
if (action is CoordinateAction && color == ActionColor.White)
{
color = ActionColor.Red;
HostShip.OnCheckActionComplexity -= TreatThisCoordinateActionAsRed;
}
}
public Decision(string name, EventHandler effect, string tooltip = null, int count = -1, ActionColor color = ActionColor.White, bool isCentered = false)
{
Name = name;
Effect = effect;
Tooltip = tooltip;
Count = count;
Color = color;
IsCentered = isCentered;
}
private void CheckWhiteActionsWhileStressed(GenericAction action, ref ActionColor color)
{
if (AllowedActionTypes.Contains(action.GetType()) &&
action.Color == ActionColor.White &&
HostShip.IsStressed)
{
Messages.ShowInfo(HostUpgrade.UpgradeInfo.Name + ": Action is treated as red");
color = ActionColor.Red;
}
}
private void CheckDecreaseComplexity(GenericAction action, ref ActionColor color)
{
if (action is EvadeAction && color == ActionColor.Red)
{
if (IsNearObstacle())
{
color = ActionColor.White;
}
}
}
private void StartSelectTemplateDecision(object sender, System.EventArgs e)
{
SelectBoostTemplateDecisionSubPhase selectBoostTemplateDecisionSubPhase = (SelectBoostTemplateDecisionSubPhase)Phases.StartTemporarySubPhaseNew(
"Select boost template decision",
typeof(SelectBoostTemplateDecisionSubPhase),
Triggers.FinishTrigger
);
foreach (var move in AvailableBoostMoves)
{
ActionColor color = ActionColor.White;
if (move.IsRed)
{
color = ActionColor.Red;
}
else if (move.IsPurple)
{
color = ActionColor.Purple;
}
selectBoostTemplateDecisionSubPhase.AddDecision(
move.Name,
delegate {
SelectTemplate(move);
DecisionSubPhase.ConfirmDecision();
},
color: color,
isCentered: move.Template == ActionsHolder.BoostTemplates.Straight1
);
}
selectBoostTemplateDecisionSubPhase.DescriptionShort = "Select boost direction";
selectBoostTemplateDecisionSubPhase.DefaultDecisionName = "Straight 1";
selectBoostTemplateDecisionSubPhase.RequiredPlayer = TheShip.Owner.PlayerNo;
selectBoostTemplateDecisionSubPhase.Start();
}
public LinkedActionInfo(Type actionType, Type actionLinkedType, ActionColor linkedColor = ActionColor.Red)
{
ActionType = actionType;
ActionLinkedType = actionLinkedType;
LinkedColor = linkedColor;
}
public ActionInfo(Type actionType, ActionColor color = ActionColor.White, GenericUpgrade source = null)
{
ActionType = actionType;
Color = color;
Source = source;
}
public string AddDecision(string name, EventHandler call, string tooltip = null, int count = -1, ActionColor color = ActionColor.White, bool isCentered = false)
{
int counter = 2;
string newName = name;
while (decisions.Exists(n => n.Name == newName))
{
newName = name + " #" + counter++;
}
decisions.Add(new Decision(newName, call, tooltip, count, color, isCentered));
return(newName);
}
public ActionColor CallOnCheckActionComplexity(GenericAction action, ref ActionColor color)
{
OnCheckActionComplexity?.Invoke(action, ref color);
return(color);
}
public ActionInfo(Type actionType, ActionColor actionColor = ActionColor.White, bool canBePerformedWhileStressed = false)
{
ActionType = actionType;
ActionColor = actionColor;
CanBePerformedWhileStressed = canBePerformedWhileStressed;
}