Class Unit

java.lang.Object
  swarm.BaseImpl
      swarm.objectbase.SwarmObjectImpl
          Unit

All Implemented Interfaces:

swarm.defobj.Create, swarm.defobj.CreateS, swarm.defobj.Customize, swarm.defobj.CustomizeS, swarm.defobj.DefinedObject, swarm.defobj.DefinedObjectS, swarm.defobj.Drop, swarm.defobj.DropS, swarm.defobj.GetName, swarm.defobj.GetNameS, swarm.objectbase.SwarmObject, swarm.objectbase.SwarmObjectS

public class Unit
extends swarm.objectbase.SwarmObjectImpl

The Unit class instances are micro unit in our virtual enterprise; i.e. the units where the steps required to build a product (to fulfill an order) are done

Author:

Pietro Terna (with Marco Remondino, Dario Landini, Nicola Ormezzano and Paolo Pelligra contributions)

Field Summary

Unit	aUnit the temporary address of an existing unit
swarm.collections.ListImpl	dailyProductionList the list containing the orders (if any) performed in a day
boolean	droppable if droppable is true the unit will be dropped, regardless all its values (this come from a computational step)
Order	firstOrder the first order to be executed
int	inactivity the number of tick of inactivity
double	increasingVisibilityStep increasing visibility in each step 1
int	maxTicksAsUnsent max number of ticks that an order can stay in the unit
MemoryMatrix	myMemoryMatrix out memory matrix
boolean	shortcutForLIFOInternalAssignement shortcut in case of same unit LIFO assignement
UnitActivitySpace	unitActivitySpace the unitActivitySpace
byte	unitColor position of the unit into the display
int	unitNumber the number identifying the unit
int	unitProductionPhase the unit production phase
int	unsentProducts unsent product at the end of step2
swarm.collections.ListImpl	usableWaitingList the list of the orders in the waitingList, not kept into a parallel unit, such as a myComputationalAssembler
double	visibility our visibility
swarm.collections.ListImpl	waitingList the list of the orders to be executed
int	xPos position of the unit into the display
int	yPos position of the unit into the display

Constructor Summary

Unit(swarm.defobj.Zone aZone, ESFrameModelSwarm mo, UnitActivitySpace uas, AssigningTool at, int x, int y, byte col, double vis, double visStep, ComputationalAssembler ca, MemoryMatrix mm, int mt)
the constructor for Unit

Method Summary

void	checkDailyProductionListForOldUnsentOrders() eliminating old order
java.lang.Object	drawSelfOn(swarm.gui.Raster r) designing itself on the raster
void	drop() virtual dropping function, to re-use the unit
boolean	getAllWholeZeroTimeOrderInList(swarm.collections.List list) check for a list containing only zero time orders
ComputationalAssembler	getComputationalAssembler() get the computational assembler of the unit
swarm.collections.ListImpl	getDailyProductionList() get daily production list
int	getDailyProductionListCount() count daily production list eventually without whole zero time orders
boolean	getDroppable() get the droppability of the unit
int	getInactivity() the inactivity
MemoryMatrix	getMemoryMatrix() get the memory matrix of the unit
int	getProductionPhase() return the production phases of the unit
java.lang.Object	getUnitModel() getting the model the unit belongs to
int	getUnitNumber() get unit number
int	getUnsentProducts() unsent products at the end of step 2
double	getVisibility() the visibility
swarm.collections.ListImpl	getWaitingList() get waiting list
int	getWaitingListLength() the length of the wainting list
int	getXPos() the X position
int	getYPos() the Y position
void	init(swarm.defobj.Zone aZone, ESFrameModelSwarm mo, UnitActivitySpace uas, AssigningTool at, int x, int y, byte col, double vis, double visStep, ComputationalAssembler ca, MemoryMatrix mm, int mt) managing the constructor content
void	printDirectlyMemoryMatrix() print the memory matrix of the unit (to be used via the probe of the unit)
void	setDroppable() set the droppability of the unit
void	setProductionPhase(int ph) set unit production phases
void	setUnitNumber(int un) set unit number
void	setUsableWaitingList() copying the orders in the waitingList, if they are not kept into any parallel unit, such as (in jESOF) myComputationalAssembler
void	setWaitingList(Order anOrder) Putting an order in the production waitingList of the unit (using a related object if any)
void	unitStep1() production: at the beginning of each time tick in the 'day', each unit looks for the order(s) (if any) to be executed; the production cycle is 'one unit of time' in a step of the recipe of an order in a tick of a day;
void	unitStep2() diffusion and accounting: sending the orders to the subsequent production units; making accounting operations

Methods inherited from class swarm.objectbase.SwarmObjectImpl

compare, describe, describeID, getCompleteProbeMap, getDisplayName, getName, getProbeForMessage, getProbeForVariable, getProbeMap, getTypeName, getZone, perform, perform$with, perform$with$with, perform$with$with$with, respondsTo, setDisplayName, xfprint, xfprintid, xprint, xprintid

Methods inherited from class java.lang.Object

clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Field Detail

unitNumber

public int unitNumber

the number identifying the unit

unitProductionPhase

public int unitProductionPhase

the unit production phase

waitingList

public swarm.collections.ListImpl waitingList

the list of the orders to be executed

usableWaitingList

public swarm.collections.ListImpl usableWaitingList

the list of the orders in the waitingList, not kept into a parallel unit, such as a myComputationalAssembler

dailyProductionList

public swarm.collections.ListImpl dailyProductionList

the list containing the orders (if any) performed in a day

aUnit

public Unit aUnit

the temporary address of an existing unit

firstOrder

public Order firstOrder

the first order to be executed

xPos

public int xPos

position of the unit into the display

yPos

public int yPos

position of the unit into the display

unitColor

public byte unitColor

position of the unit into the display

unitActivitySpace

public UnitActivitySpace unitActivitySpace

the unitActivitySpace

visibility

public double visibility

our visibility

increasingVisibilityStep

public double increasingVisibilityStep

increasing visibility in each step 1

inactivity

public int inactivity

the number of tick of inactivity

unsentProducts

public int unsentProducts

unsent product at the end of step2

droppable

public boolean droppable

if droppable is true the unit will be dropped, regardless all its values (this come from a computational step)

myMemoryMatrix

public MemoryMatrix myMemoryMatrix

out memory matrix

maxTicksAsUnsent

public int maxTicksAsUnsent

max number of ticks that an order can stay in the unit

shortcutForLIFOInternalAssignement

public boolean shortcutForLIFOInternalAssignement

shortcut in case of same unit LIFO assignement

Constructor Detail

Unit

public Unit(swarm.defobj.Zone aZone,
            ESFrameModelSwarm mo,
            UnitActivitySpace uas,
            AssigningTool at,
            int x,
            int y,
            byte col,
            double vis,
            double visStep,
            ComputationalAssembler ca,
            MemoryMatrix mm,
            int mt)

the constructor for Unit

Method Detail

init

public void init(swarm.defobj.Zone aZone,
                 ESFrameModelSwarm mo,
                 UnitActivitySpace uas,
                 AssigningTool at,
                 int x,
                 int y,
                 byte col,
                 double vis,
                 double visStep,
                 ComputationalAssembler ca,
                 MemoryMatrix mm,
                 int mt)

managing the constructor content

setUnitNumber

public void setUnitNumber(int un)

set unit number

getUnitNumber

public int getUnitNumber()

get unit number

setUsableWaitingList

public void setUsableWaitingList()

copying the orders in the waitingList, if they are not kept into any parallel unit, such as (in jESOF) myComputationalAssembler

unitStep1

public void unitStep1()

production:

at the beginning of each time tick in the 'day', each unit looks for the order(s) (if any) to be executed; the production cycle is 'one unit of time' in a step of the recipe of an order in a tick of a day;

unitStep2

public void unitStep2()

diffusion and accounting:

sending the orders to the subsequent production units;

making accounting operations

setProductionPhase

public void setProductionPhase(int ph)

set unit production phases

getProductionPhase

public int getProductionPhase()

return the production phases of the unit

setWaitingList

public void setWaitingList(Order anOrder)

Putting an order in the production waitingList of the unit (using a related object if any)

getVisibility

public double getVisibility()

the visibility

getInactivity

public int getInactivity()

the inactivity

getXPos

public int getXPos()

the X position

getYPos

public int getYPos()

the Y position

getWaitingListLength

public int getWaitingListLength()

the length of the wainting list

getUnsentProducts

public int getUnsentProducts()

unsent products at the end of step 2

getDailyProductionList

public swarm.collections.ListImpl getDailyProductionList()

get daily production list

getWaitingList

public swarm.collections.ListImpl getWaitingList()

get waiting list

drawSelfOn

public java.lang.Object drawSelfOn(swarm.gui.Raster r)

designing itself on the raster

getUnitModel

public java.lang.Object getUnitModel()

getting the model the unit belongs to

setDroppable

public void setDroppable()

set the droppability of the unit

getDroppable

public boolean getDroppable()

get the droppability of the unit

getMemoryMatrix

public MemoryMatrix getMemoryMatrix()

get the memory matrix of the unit

getComputationalAssembler

public ComputationalAssembler getComputationalAssembler()

get the computational assembler of the unit

checkDailyProductionListForOldUnsentOrders

public void checkDailyProductionListForOldUnsentOrders()

eliminating old order

printDirectlyMemoryMatrix

public void printDirectlyMemoryMatrix()

print the memory matrix of the unit (to be used via the probe of the unit)

getAllWholeZeroTimeOrderInList

public boolean getAllWholeZeroTimeOrderInList(swarm.collections.List list)

check for a list containing only zero time orders

getDailyProductionListCount

public int getDailyProductionListCount()

count daily production list eventually without whole zero time orders

drop

public void drop()

virtual dropping function, to re-use the unit

Specified by:

drop in interface swarm.defobj.Drop

Overrides:

drop in class swarm.objectbase.SwarmObjectImpl