Uses of Interface
upsimulator.interfaces.Membrane

Packages that use Membrane

Package	Description
upsimulator.core
upsimulator.exceptions
upsimulator.interfaces
upsimulator.recognizer.actions
upsimulator.rules.conditions
upsimulator.rules.results
upsimulator.speedup

Uses of Membrane in upsimulator.core

Classes in upsimulator.core that implement Membrane

Modifier and Type	Class and Description
class	PMembrane The default membrane implementation, a container of objects, rules, tunnels, and properties.

Methods in upsimulator.core that return Membrane

Modifier and Type	Method and Description
Membrane	PController.getEnvironment(java.lang.String modelInstanceStr) Recognize simulation environment
Membrane	PTunnel.getSource()

Methods in upsimulator.core that return types with arguments of type Membrane

Modifier and Type	Method and Description
java.util.ArrayList<Membrane>	PController.getRecords() Get all the records of simulation result
java.util.List<Membrane>	PTunnel.getTargets()

Methods in upsimulator.core with parameters of type Membrane

Modifier and Type	Method and Description
void	PMembrane.addChild(java.lang.Class<?> tunnelClass, Membrane child)
static void	PTunnel.addChildParentTunnel(Membrane father, Membrane child)
void	PTunnel.addTarget(Membrane target)
void	PMembrane.endChecking(Membrane membrane)
void	PMembrane.endFetching(Membrane membrane)
void	PMembrane.endSetting(Membrane membrane)
void	PMembrane.extend(Membrane template)
int	PRule.fetch(Membrane membrane, int times)
java.util.Map<Rule,java.lang.Integer>	PRule.satisfiedRules(Membrane membrane) Rule with dimensions check all the satisfied rule of it.
int	PRule.satisfy(Membrane membrane)
void	PTunnel.setSource(Membrane source)
void	PMembrane.startChecking(Membrane membrane)
void	PMembrane.startFetching(Membrane membrane)
void	PMembrane.startSetting(Membrane membrane)

Uses of Membrane in upsimulator.exceptions

Constructors in upsimulator.exceptions with parameters of type Membrane

Constructor and Description
TimesException(java.lang.Object who, Membrane membrane, int currentTimes, int maxTimes)
TunnelNotExistException(Membrane membrane, Tunnel.TunnelType type)
TunnelNotExistException(Membrane membrane, Tunnel.TunnelType type, java.lang.String tunnel)
TunnelNotExistException(Membrane membrane, Tunnel.TunnelType type, java.lang.String tunnel, Result result)

Uses of Membrane in upsimulator.interfaces

Fields in upsimulator.interfaces with type parameters of type Membrane

Modifier and Type	Field and Description
static java.util.HashMap<java.lang.String,Membrane>	Membrane.membraneClass

Methods in upsimulator.interfaces that return Membrane

Modifier and Type	Method and Description
Membrane	Membrane.deepClone() Deep clone a membrane
static Membrane	Membrane.getMemClass(java.lang.String name) Get the template of one membrane class
static Membrane	Membrane.getMemInstanceOf(java.lang.String membraneName) Create an instance of a membrane class
default Membrane	Membrane.getParent() Get the parent membrane of this membrane
Membrane	Tunnel.getSource()

Methods in upsimulator.interfaces that return types with arguments of type Membrane

Modifier and Type	Method and Description
default java.util.List<Membrane>	Membrane.getChildren() Get all the children to whom this membrane has a in tunnel
default java.util.List<Membrane>	Membrane.getNeighbors() Get all the neighbors to whom this membrane has a go tunnel
java.util.List<Membrane>	Tunnel.getTargets()

Methods in upsimulator.interfaces with parameters of type Membrane

Modifier and Type	Method and Description
default void	Membrane.addChild(java.lang.Class<?> tunnelClass, Membrane child) Add a child to this membrane
void	Tunnel.addTarget(Membrane target)
void	MembraneListener.endChecking(Membrane membrane) End checking all rules if some of them are satisfied
void	MembraneListener.endFetching(Membrane membrane) End fetching all the satisfied rules
void	MembraneListener.endSetting(Membrane membrane) End setting product in this membrane include all its sub-membranes.
void	Membrane.extend(Membrane template) Extend a template
int	Rule.fetch(Membrane membrane, int times) Fetch objects from membrane
int	Condition.fetch(Membrane membrane, int tryTimes) fetch objects from membrane
java.util.List<java.lang.Long[]>	Dimensional.predictPossibleValue(Membrane membrane, java.util.List<Dimension> dList) Predict the possible values in this membrane
java.util.List<java.lang.Long[]>	BasicName.predictPossibleValue(Membrane membrane, java.util.List<Dimension> dList)
java.util.List<java.lang.Long[]>	BasicName.predictPossibleValueOfNeighbor(Membrane membrane, java.util.List<Dimension> dList)
java.util.List<java.lang.Long[]>	BasicName.predictPossibleValueOfObjects(Membrane membrane, java.util.List<Dimension> dList)
java.util.List<java.lang.Long[]>	BasicName.predictPossibleValueOfSubmembrane(Membrane membrane, java.util.List<Dimension> dList)
static void	Membrane.registMemClass(java.lang.String name, Membrane membrane, boolean predefined) Register a Membrane Class
java.util.Map<Rule,java.lang.Integer>	Rule.satisfiedRules(Membrane membrane) Check if rule with dimensions is satisfied, return the satisfied rules which have fixed their dimensions.
int	Rule.satisfy(Membrane membrane) Check if all the conditions are satisfied at once.
int	Condition.satisfy(Membrane membrane) check if condition satisfy the situation in membrane.
Tunnel	Result.selectTunnel(Membrane current) Select which tunnel this result will go through
void	Result.setResult(Membrane membrane, int times) Set the result to target membrane
void	Tunnel.setSource(Membrane source)
void	MembraneListener.startChecking(Membrane membrane) Start to check all rules if some of them are satisfied
void	MembraneListener.startFetching(Membrane membrane) Start to fetch all the satisfied rules
void	MembraneListener.startSetting(Membrane membrane) Start to set product in this membrane
void	Condition.withdrawFetch(Membrane membrane, int times) If some conditions in one rule cannot fetch the objects then the conditions which have fetched the objects they need withdraw the objects they have fetched.

Uses of Membrane in upsimulator.recognizer.actions

Constructors in upsimulator.recognizer.actions with parameters of type Membrane

Constructor and Description
MembraneExtendAction(Membrane to, java.lang.String from)
RuleSetDeclareAction(java.lang.String ruleSetName, java.lang.String prefix, Membrane to)
RuleTunnelChecker(java.lang.String targetName, Rule currRule, Membrane currMembrane)
TunnelCreateAction(Membrane source, java.lang.String target)

Uses of Membrane in upsimulator.rules.conditions

Methods in upsimulator.rules.conditions with parameters of type Membrane

Modifier and Type	Method and Description
int	RegularExpressionCondition.fetch(Membrane membrane, int tryTimes)
int	PromoterCondition.fetch(Membrane membrane, int times)
int	ProbabilisticCondition.fetch(Membrane membrane, int tryTimes)
int	PriorityCondition.fetch(Membrane membrane, int times) If the highest priority equals to priority, this rule will fetch.
int	ObjectConditionsWithTarget.fetch(Membrane membrane, int times)
int	ObjectCondition.fetch(Membrane membrane, int times)
int	MembranePropertyCondition.fetch(Membrane membrane, int times)
int	InhibitorCondition.fetch(Membrane membrane, int times)
int	BooleanCondition.fetch(Membrane membrane, int times)
java.util.List<java.lang.Long[]>	ObjectConditionsWithTarget.predictPossibleValue(Membrane membrane, java.util.List<Dimension> dList)
int	RegularExpressionCondition.satisfy(Membrane membrane)
int	PromoterCondition.satisfy(Membrane membrane)
int	ProbabilisticCondition.satisfy(Membrane membrane)
int	PriorityCondition.satisfy(Membrane membrane) Save the highest priority.
int	ObjectConditionsWithTarget.satisfy(Membrane membrane)
int	ObjectCondition.satisfy(Membrane membrane)
int	MembranePropertyCondition.satisfy(Membrane membrane)
int	InhibitorCondition.satisfy(Membrane membrane)
int	BooleanCondition.satisfy(Membrane membrane)
void	RegularExpressionCondition.withdrawFetch(Membrane membrane, int times)
void	PromoterCondition.withdrawFetch(Membrane membrane, int times)
void	ProbabilisticCondition.withdrawFetch(Membrane membrane, int times)
void	PriorityCondition.withdrawFetch(Membrane membrane, int times)
void	ObjectConditionsWithTarget.withdrawFetch(Membrane membrane, int times)
void	ObjectCondition.withdrawFetch(Membrane membrane, int times)
void	MembranePropertyCondition.withdrawFetch(Membrane membrane, int times)
void	InhibitorCondition.withdrawFetch(Membrane membrane, int times)
void	BooleanCondition.withdrawFetch(Membrane membrane, int times)

Uses of Membrane in upsimulator.rules.results

Methods in upsimulator.rules.results with parameters of type Membrane

Modifier and Type	Method and Description
void	MembraneDivisionResult.endChecking(Membrane membrane)
void	MembraneDissolveResult.endChecking(Membrane membrane)
void	MembraneDivisionResult.endFetching(Membrane membrane)
void	MembraneDissolveResult.endFetching(Membrane membrane)
void	MembraneDivisionResult.endSetting(Membrane membrane)
void	MembraneDissolveResult.endSetting(Membrane membrane)
int	PositionResult.fetch(Membrane membrane, int times)
int	MembraneStatusResult.fetch(Membrane membrane, int times)
int	MembranePropertyResult.fetch(Membrane membrane, int tryTimes)
int	MembraneDivisionResult.fetch(Membrane membrane, int tryTimes)
java.util.List<java.lang.Long[]>	MembraneDivisionResult.predictPossibleValue(Membrane membrane, java.util.List<Dimension> dList)
int	PositionResult.satisfy(Membrane membrane)
int	MembraneStatusResult.satisfy(Membrane membrane)
int	MembranePropertyResult.satisfy(Membrane membrane)
int	MembraneDivisionResult.satisfy(Membrane membrane)
Tunnel	PositionResult.selectTunnel(Membrane current)
Tunnel	ObjectResult.selectTunnel(Membrane current)
Tunnel	MembranePropertyResult.selectTunnel(Membrane current)
Tunnel	MembraneDivisionResult.selectTunnel(Membrane current)
Tunnel	MembraneDissolveResult.selectTunnel(Membrane current)
Tunnel	MembraneDissolveAllResult.selectTunnel(Membrane current)
Tunnel	MembraneCreateResult.selectTunnel(Membrane current)
Tunnel	DelayedResult.selectTunnel(Membrane current)
void	PositionResult.setResult(Membrane membrane, int times)
void	ObjectResult.setResult(Membrane membrane, int times)
void	MembranePropertyResult.setResult(Membrane membrane, int times)
void	MembraneDivisionResult.setResult(Membrane membrane, int times)
void	MembraneDissolveResult.setResult(Membrane membrane, int times)
void	MembraneDissolveAllResult.setResult(Membrane membrane, int times)
void	MembraneCreateResult.setResult(Membrane membrane, int times)
void	DelayedResult.setResult(Membrane membrane, int times)
void	MembraneDivisionResult.startChecking(Membrane membrane)
void	MembraneDissolveResult.startChecking(Membrane membrane)
void	MembraneDivisionResult.startFetching(Membrane membrane)
void	MembraneDissolveResult.startFetching(Membrane membrane)
void	MembraneDivisionResult.startSetting(Membrane membrane)
void	MembraneDissolveResult.startSetting(Membrane membrane)
void	PositionResult.withdrawFetch(Membrane membrane, int times)
void	MembraneStatusResult.withdrawFetch(Membrane membrane, int times)
void	MembranePropertyResult.withdrawFetch(Membrane membrane, int times)
void	MembraneDivisionResult.withdrawFetch(Membrane membrane, int times)

Uses of Membrane in upsimulator.speedup

Constructors in upsimulator.speedup with parameters of type Membrane

Constructor and Description
RuleChecker(Rule source, java.util.List<java.lang.Long[]> list, Membrane target)