Uses of Interface
dip.process.Adjudicator

Packages that use Adjudicator

dip.order
dip.process
dip.world

Uses of Adjudicator in dip.order

Methods in dip.order with parameters of type Adjudicator

void	Waive.verify(Adjudicator adjudicator) Waive orders do not require verification.
void	Waive.determineDependencies(Adjudicator adjudicator) Empty method: Waive orders do not require dependency determination.
void	Waive.evaluate(Adjudicator adjudicator) Waive orders are always successful.
void	Support.verify(Adjudicator adjudicator) Checks if support orders are appropriately matched, since at this time all orders are known.
void	Support.determineDependencies(Adjudicator adjudicator) Dependencies for a Support order: Moves to this space (for cuts, and dislodgement) Support to this space (only considered if attacked, to prevent dislodgement)
void	Support.evaluate(Adjudicator adjudicator) NOTE: this description may be slightly out of date evaluation of Support orders 1) calculate support (in this case, support to prevent dislodgement) this is done by all evaluate() methods 2) determine if this support is cut, not cut, or undecided.
void	Retreat.verify(Adjudicator adjudicator) No verification is performed.
void	Retreat.determineDependencies(Adjudicator adjudicator) Retreat orders are only dependent on other retreat orders that are moving to the same destination.
void	Retreat.evaluate(Adjudicator adjudicator) If a retreat is valid, it will be successfull unless there exists one or more retreats to the same destination.
void	Remove.verify(Adjudicator adjudicator) Empty method: Remove orders do not require verification.
void	Remove.determineDependencies(Adjudicator adjudicator) Empty method: Remove orders do not require dependency determination.
void	Remove.evaluate(Adjudicator adjudicator) Remove orders are always successful.
void	Orderable.verify(Adjudicator adjudicator) Ensure that the order can be processed, assuming the complete turn state is known (i.e., all unit positions AND all orders for all powers).
void	Orderable.determineDependencies(Adjudicator adjudicator) This method is called once all orders are known.
void	Orderable.evaluate(Adjudicator adjudicator) Evaluates an Order.
protected void	Order.addSupportsOfAndMovesToSource(Adjudicator adjudicator) Convenience method typically used in determineDependencies(); this method gets all Support and Move orders to this space and adds them to the dependency list.
void	Move.verify(Adjudicator adjudicator) Verify this move given completely-known game state.
void	Move.determineDependencies(Adjudicator adjudicator) Dependencies for a Move order: NOT ADDED: convoy route, if it is a convoyed move note that while a move would depend upon a convoy route, individual convoy orders are not helpful because there may be multiple paths to a destination.
void	Move.evaluate(Adjudicator adjudicator) NOTE: this description may be slightly out of date evaluation of Move orders.
void	Hold.verify(Adjudicator adjudicator) No verification is required for Hold orders.
void	Hold.determineDependencies(Adjudicator adjudicator) Dependencies for a Hold order: Supports to this space Moves to this space
void	Hold.evaluate(Adjudicator adjudicator) Hold order evaluation logic.
void	Disband.verify(Adjudicator adjudicator) Disband orders do not require verification.
void	Disband.determineDependencies(Adjudicator adjudicator) Empty method: Disband orders do not require dependency determination.
void	Disband.evaluate(Adjudicator adjudicator) Disband orders are always successful.
void	DefineState.verify(Adjudicator adjudicator) DefineState orders do not require verification.
void	DefineState.determineDependencies(Adjudicator adjudicator) Empty method: DefineState orders do not require dependency determination.
void	DefineState.evaluate(Adjudicator adjudicator) Empty method: DefineState orders do not require evaluation logic.
void	Convoy.verify(Adjudicator adjudicator) Checks for matching Move orders.
void	Convoy.determineDependencies(Adjudicator adjudicator) Dependencies for a Convoy order are: Moves to this space (to determine dislodgement) Supports to this space (only considered if attacked, to prevent dislodgement)
void	Convoy.evaluate(Adjudicator adjudicator) Convoy order evaluation logic
void	Build.verify(Adjudicator adjudicator) Empty method: Build orders do not require verification.
void	Build.determineDependencies(Adjudicator adjudicator) Empty method: Build orders do not require dependency determination.
void	Build.evaluate(Adjudicator adjudicator) Build orders are always successful.

Uses of Adjudicator in dip.process

Classes in dip.process that implement Adjudicator

class

StdAdjudicator StdAjudicator is adjudicates all phases of a typical game, using the standard rule set, as well as enhancements indicated in the DPTG and DATC.

Uses of Adjudicator in dip.world

Methods in dip.world with parameters of type Adjudicator

boolean	VictoryConditions.evaluate(Adjudicator adjudicator, Adjustment.AdjustmentInfoMap adjMap) Evaluates the victory conditions.
static boolean	Path.isRouteLegal(Adjudicator adj, Province[] route) Verifies a route during adjudication stage; Given a valid route, all fleets must have: a Convoy order, with convoy src/dest matching the src/dest given the evaluation state of the Convoy order must not be Tristate.FAILURE
static Tristate	Path.evaluateRoutes(Adjudicator adj, java.util.List routes, Location invalid) Determines the adjudication status of static convoy route(s), that are both valid and legal (verified).

Constructors in dip.world with parameters of type Adjudicator

Path(Adjudicator adjudicator)
Create a new Path object.

Path.ConvoyFAPEvaluator(Adjudicator adj, Province src, Province dest)
Create a ConvoyFAPEvaluator