Uses of Package
com.knezevic.edaf.v3.problems.discrete.disjunct

Packages that use com.knezevic.edaf.v3.problems.discrete.disjunct

Package	Description
com.knezevic.edaf.v3.problems.discrete.disjunct
com.knezevic.edaf.v3.problems.plugins.discrete

Classes in com.knezevic.edaf.v3.problems.discrete.disjunct used by com.knezevic.edaf.v3.problems.discrete.disjunct

Class	Description
DisjunctEvaluationConfig	Evaluation policy for objective computation during optimization.
DisjunctEvaluationMode	Objective evaluation mode for DM/RM/ADM fitness computation.
DisjunctMatrix	Immutable binary matrix view optimized for column-support operations used by disjunct/resolvable/almost-disjunct definitions.
DisjunctMatrixValidationMode	Validation execution strategy.
DisjunctMatrixValidationOptions	Controls when validation uses exhaustive enumeration versus statistically justified sampling, and configures the associated confidence bound.
DisjunctMatrixValidationResult	Structured validation outcome for DM/RM/ADM definitions.
DisjunctProblemParams	Shared typed parameter parsing for DM/RM/ADM problem plugins.

Classes in com.knezevic.edaf.v3.problems.discrete.disjunct used by com.knezevic.edaf.v3.problems.plugins.discrete

Class	Description
AlmostDisjunctMatrixProblem	(t,epsilon)-disjunct matrix design objective using exact paper fitness: fit3(A) = fit1(A)/(C(N,t)*(N-t)).
DisjunctMatrixProblem	t-disjunct matrix design objective using exact paper fitness: fit1(A) = sum_{S in S_t} delta(S).
ResolvableMatrixProblem	(t,f)-resolvable matrix design objective using exact paper fitness: fit2(A) = |{S in S_t : delta(S) > f}|.