public class Diff2 extends Diff
Zerowidth rectangles can be packed anywhere.
Modifier and Type  Field and Description 

int[] 
exclusiveList
It specifies a list of pairs of rectangles which can overlap.

dimIthMinComparator, rectangles, trace
atomicExecution, consistencyPruningEvents, constraintScope, earlyTerminationOK, increaseWeight, numberId, scope
queueIndex
Constructor and Description 

Diff2(IntVar[][] rectangles)
It creates a diff2 constraint.

Diff2(IntVar[][] rectangles,
boolean profile)
It creates a diff2 constraint.

Diff2(IntVar[][] rect,
List<List<Integer>> exclusive)
Conditional Diff2.

Diff2(IntVar[] origin1,
IntVar[] origin2,
IntVar[] length1,
IntVar[] length2)
It creates a diff2 constraint.

Diff2(IntVar[] o1,
IntVar[] o2,
IntVar[] l1,
IntVar[] l2,
boolean profile)
It creates a diff2 constraint.

Diff2(List<? extends IntVar> o1,
List<? extends IntVar> o2,
List<? extends IntVar> l1,
List<? extends IntVar> l2)
It creates a diff2 constraint.

Diff2(List<? extends List<? extends IntVar>> rectangles)
It creates a diff2 constraint.

Diff2(List<? extends List<? extends IntVar>> rectangles,
boolean profile)
It creates a diff2 constraint.

Diff2(List<IntVar> o1,
List<IntVar> o2,
List<IntVar> l1,
List<IntVar> l2,
boolean profile)
It creates a diff2 constraint.

Diff2(List<List<IntVar>> rectangles,
List<List<Integer>> exclusiveList)
Conditional Diff2.

Diff2(Rectangle[] rectangles,
int[] exclusiveList,
boolean doProfile)
Conditional Diff2.

Modifier and Type  Method and Description 

void 
impose(Store store)
It imposes the constraint in a given store.

boolean 
satisfied()
It checks if the constraint is satisfied.

String 
toString()
It produces a string representation of a constraint state.

consistency, getDefaultConsistencyPruningEvent, queueVariable, removeLevel
afc, arguments, cleanAfterFailure, decompose, getConsistencyPruningEvent, getGuideConstraint, getGuideValue, getGuideVariable, grounded, grounded, id, impose, imposeDecomposition, increaseWeight, intArrayToString, numberArgs, removeConstraint, requiresMonotonicity, setConsistencyPruningEvent, setConstraintScope, setScope, setScope, setScope, setScope, setScope, setWatchedVariableGrounded, supplyGuideFeedback, updateAFC, watchedVariableGrounded
auxiliaryVariables, checkInput, checkInput, checkInputForDuplication, checkInputForDuplicationSkipSingletons, checkInputForNullness, checkInputForNullness, checkInputForNullness, derivative, getDubletonsSkipSingletons, imposeDecomposition
clone, equals, finalize, getClass, hashCode, notify, notifyAll, wait, wait, wait
isStateful
public int[] exclusiveList
public Diff2(Rectangle[] rectangles, int[] exclusiveList, boolean doProfile)
rectangles
 a list of rectangles.exclusiveList
 a list denoting the pair of rectangles, which can overlapdoProfile
 should profile be computed and used.public Diff2(List<IntVar> o1, List<IntVar> o2, List<IntVar> l1, List<IntVar> l2, boolean profile)
o1
 list of variables denoting the origin in the first dimension.o2
 list of variables denoting the origin in the second dimension.l1
 list of variables denoting the length in the first dimension.l2
 list of variables denoting the length in the second dimension.profile
 specifies if the profile should be computed.public Diff2(List<? extends List<? extends IntVar>> rectangles)
rectangles
 list of rectangles with origins and lengths in both dimensions.public Diff2(List<? extends List<? extends IntVar>> rectangles, boolean profile)
rectangles
 list of rectangles with origins and lengths in both dimensions.profile
 specifies if the profile is computed and used.public Diff2(List<? extends IntVar> o1, List<? extends IntVar> o2, List<? extends IntVar> l1, List<? extends IntVar> l2)
o1
 list of variables denoting the origin in the first dimension.o2
 list of variables denoting the origin in the second dimension.l1
 list of variables denoting the length in the first dimension.l2
 list of variables denoting the length in the second dimension.public Diff2(IntVar[] origin1, IntVar[] origin2, IntVar[] length1, IntVar[] length2)
origin1
 list of variables denoting the origin in the first dimension.origin2
 list of variables denoting the origin in the second dimension.length1
 list of variables denoting the length in the first dimension.length2
 list of variables denoting the length in the second dimension.public Diff2(IntVar[] o1, IntVar[] o2, IntVar[] l1, IntVar[] l2, boolean profile)
o1
 list of variables denoting the origin in the first dimension.o2
 list of variables denoting the origin in the second dimension.l1
 list of variables denoting the length in the first dimension.l2
 list of variables denoting the length in the second dimension.profile
 specifies if the profile should be computed.public Diff2(IntVar[][] rectangles)
rectangles
 list of rectangles with origins and lengths in both dimensions.public Diff2(IntVar[][] rectangles, boolean profile)
rectangles
 list of rectangles with origins and lengths in both dimensions.profile
 specifies if the profile is computed and used.public Diff2(List<List<IntVar>> rectangles, List<List<Integer>> exclusiveList)
rectangles
  list of rectangles, each rectangle represented by a list of variables.exclusiveList
  list of rectangles pairs which can overlap.public Diff2(IntVar[][] rect, List<List<Integer>> exclusive)
rect
  list of rectangles, each rectangle represented by a list of variables.exclusive
  list of rectangles pairs which can overlap.public void impose(Store store)
Constraint
impose
in class Constraint
store
 the constraint store to which the constraint is imposed to.public boolean satisfied()
SatisfiedPresent
Implementations of this interface for constraints that are not PrimitiveConstraint may require constraint imposition and consistency check as a requirement to work correctly.
satisfied
in interface SatisfiedPresent
satisfied
in class Diff
public String toString()
Constraint
Copyright © 2020. All rights reserved.