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A B C D E F G H I J K L M N O P Q R S T U V W X Y Z

Index of all Fields and Methods

A

ABNORMAL_INPUT. Static variable in class simula.SimulaException
activate(Process). Method in class simula.simset.simulation.Simulation: Activate immediately the given process.
activate_after(Process, Process). Method in class simula.simset.simulation.Simulation: Activates the first given process after the second one.
activate_at(Process, double, boolean). Method in class simula.simset.simulation.Simulation: Activates the given process at the given time.
activate_before(Process, Process). Method in class simula.simset.simulation.Simulation: Activates the first given process before the second one.
activate_delay(Process, double, boolean). Method in class simula.simset.simulation.Simulation: Activates the given process at the given time from now.
ACTIVATE_SCHEDULED. Static variable in class simula.SimulaException
ACTIVE. Static variable in class simula.simset.simulation.Process: Active status constant.
asBoolean(). Method in class simula.random.BooleanValue: Returns the encapsulated boolean.
asBoolean(). Method in class simula.random.Value: Returns a boolean representation of the value.
asInteger(). Method in class simula.random.BooleanValue: Returns the encapsulated boolean represented as an integer value.
asInteger(). Method in class simula.random.IntegerValue: Returns the encapsulated integer number.
asInteger(). Method in class simula.random.Value: Returns an integer representation of the value.
asReal(). Method in class simula.random.BooleanValue: Returns the encapsulated boolean represented as a real value.
asReal(). Method in class simula.random.IntegerValue: Returns the encapsulated integer value converted to a floating point number.
asReal(). Method in class simula.random.RealValue: Drawing a real value is the only meaningfull method.
asReal(). Method in class simula.random.Value: Returns a real representation of the value.

B

Bernoulli(double). Constructor for class simula.random.Bernoulli: Creates a new Bernoulli-distributed generator using the current time as seed and the given success probability to model the distribution.
Bernoulli(long, double). Constructor for class simula.random.Bernoulli: Creates a new Bernoulli-distributed generator using the given seed to initialize it and the given success probability to model it.
Bernoulli(RandomEngine, double). Constructor for class simula.random.Bernoulli: Creates a new Bernoulli-distributed generator using the given pseudo-random engine and the given success probability to model the distribution.
BOOLEAN_TYPE. Static variable in class simula.random.Generator: Identifies a boolean valued generator.

C

cancel(Process). Method in class simula.simset.simulation.Simulation: Cancel the given process from the event list.
cardinal(). Method in class simula.simset.Head: Returns the number of elements of the list.
clear(). Method in class simula.simset.Head: Clears the list.
current(). Method in class simula.simset.simulation.Simulation: Returns the currently active process.
currProcess. Variable in class simula.simset.simulation.Simulation: Currently active process.

D

density(double). Method in class simula.random.Bernoulli: Returns the value of the density in the given point.
density(double). Method in class simula.random.Negexp: Returns the value of the density in the given point.
density(double). Method in class simula.random.Normal: Returns the value of the density in the given point.
density(double). Method in class simula.random.Uniform: Return the value of the density in the given point
density(int). Method in class simula.random.Poisson: Returns the value of the density in the given point.
density(int). Method in class simula.random.Randint: Returns the type of the extracted value.
destroy(). Method in class simula.simset.simulation.Simulation: Kills all sctive threads.
Discrete(double[]). Constructor for class simula.random.Discrete: Creates a new generator using the java standard engine and the current time as initial seed.
Discrete(long, double[]). Constructor for class simula.random.Discrete: Creates a new generator using the java standard engine.
Discrete(RandomEngine, double[]). Constructor for class simula.random.Discrete: Creates a new generator using the given engine.
draw(). Method in class simula.random.Bernoulli: Draws a boolean value according to the Bernoulli distribution.
draw(). Method in class simula.random.Discrete: Draws a value from the generator.
draw(). Method in class simula.random.Erlang: Draws a value from the generator.
draw(). Method in class simula.random.Generator: Draws a value from the generator: its type can be read with the type method.
draw(). Method in class simula.random.Histd: Draws a value from the generator.
draw(). Method in class simula.random.Linear: Draws a value from the generator.
draw(). Method in class simula.random.Negexp: Draws a value from the generator.
draw(). Method in class simula.random.Normal: Draws a value from the generator.
draw(). Method in class simula.random.Poisson: Draws a value from the generator.
draw(). Method in class simula.random.Randint: Draws a value from the generator.
draw(). Method in class simula.random.Uniform: Draws a value with a uniform probability in real segment [a,b]
dump(). Method in class simula.simset.simulation.Simulation: Debug function used to dump scheduling informations.

E

empty(). Method in class simula.simset.Head: Returns True if the list is empty, False otherwise
end(). Method in class simula.simset.simulation.Simulation: Kills all sctive threads.
entier(double). Static method in class simula.Lang: Returns the greatest integer BELOW the parameter.
Erlang(int, int). Constructor for class simula.random.Erlang: Creates a new Erlang generator using the standard engine and the current time as seed.
Erlang(long, int, int). Constructor for class simula.random.Erlang: Creates a new Erlang generator using the standard engine with the given seed.
Erlang(RandomEngine, int, int). Constructor for class simula.random.Erlang: Creates a new Erlang generator using the given engine.
evTime. Variable in class simula.simset.simulation.Process: The time when the process will be acive.
evtime(). Method in class simula.simset.simulation.Process: If this process is scheduled, returns the time when will become active.
evtime(double). Method in class simula.simset.simulation.Process: Sets the time when the process will be active.

F

FIELD_TOO_SHORT. Static variable in class simula.SimulaException
finished(). Method in class simula.simset.simulation.Simulation: Returns the simulation status.
first(). Method in class simula.simset.Head: Returns the first element of the list.
first(Link). Method in class simula.simset.Head: Sets the first element of the list.
firstThread. Variable in class simula.simset.simulation.Simulation
follow(Linkage). Method in class simula.simset.Link: This has a similar action to precede, except that this method inserts this object after the parameter if this is a Link object, otherwise places it as the first object in the given list.

G

Generator(). Constructor for class simula.random.Generator

H

Head(). Constructor for class simula.simset.Head: Initialize an empty list.
Histd(double[]). Constructor for class simula.random.Histd: Creates a new Histd generator using the java standard engine.
Histd(long, double[]). Constructor for class simula.random.Histd: Creates a new Histd generator using the java standard engine and the given seed.
Histd(RandomEngine, double[]). Constructor for class simula.random.Histd: Creates a new Histd generator using the given engine.
hold(double). Method in class simula.simset.simulation.Simulation: Suspends the currently active process for the given amount of time.

I

idle(). Method in class simula.simset.simulation.Process: Returns True if the process is passive or terminated, False if it is scheduled.
IDLE_PROCESS. Static variable in class simula.SimulaException
inint(). Static method in class simula.Lang: Returns an integer number retrieved from the input.
inreal(). Static method in class simula.Lang: Returns a real number retrieved from the input.
INTEGER_TYPE. Static variable in class simula.random.Generator: Identifies an integer valued generator.
into(Head). Method in class simula.simset.Link: If _list refers to an existing linked list, this method appends the object at the end of that list; otherwise it is removed from any previous list it might have belonged to.
IO_EXCEPTION. Static variable in class simula.SimulaException

L

Lang(). Constructor for class simula.Lang
last(). Method in class simula.simset.Head: Returns the last element of the list.
last(Link). Method in class simula.simset.Head: Sets the last element of the list.
lastitem(). Static method in class simula.Lang: Returns True if there are other items in the input buffer.
lastThread. Variable in class simula.simset.simulation.Simulation
Linear(double[], double[]). Constructor for class simula.random.Linear: Creates a new Linear generator using the standard engine and the current time as seed.
Linear(long, double[], double[]). Constructor for class simula.random.Linear: Creates a new Linear generator using the standard engine with the given seed.
Linear(RandomEngine, double[], double[]). Constructor for class simula.random.Linear: Creates a new Linear generator using the given engine.
Link(). Constructor for class simula.simset.Link: The new object doesn't belong to any list.
LINK_TO_NULL. Static variable in class simula.SimulaException
Linkage(). Constructor for class simula.simset.Linkage: Initialize this element with neither previous nor next element.
list. Variable in class simula.simset.Link: This is a reference to the list which this object belongs to.
list(). Method in class simula.simset.Link: Returns the list which this object belongs to.

M

MAIN_PASSIVATED. Static variable in class simula.SimulaException
mod(int, int). Static method in class simula.Lang: Returns the integer division of the two parameters.

N

Negexp(double). Constructor for class simula.random.Negexp: Creates a new exponential generator using the standard engine and the current time as seed.
Negexp(long, double). Constructor for class simula.random.Negexp: Creates a new exponential generator using the standard engine and the given seed.
Negexp(RandomEngine, double). Constructor for class simula.random.Negexp: Creates a new exponential generator using the given engine.
nextBit(). Method in class simula.random.RandomEngine: Returns the next pseudo-random bit.
nextByte(). Method in class simula.random.RandomEngine: Returns the next pseudo-random byte.
nextByte(). Method in class simula.random.RandomEngineHotBits: Returns the next byte from the generator.
nextByte(). Method in class simula.random.RandomEngineJava: Returns the next pseudo-random byte from this generator.
nextByte(). Method in class simula.random.RandomEngineLCG: Returns the next pseudoRandom byte
nextByte(). Method in class simula.random.RandomEngineLEcuyer: Return the next byte from this engine
nextByte(). Method in class simula.random.RandomEngineMCG: Return the next byte from engine
nextByte(byte[]). Method in class simula.random.RandomEngine: Fills the entire given array with pseudo-random generated bytes.
nextByte(byte[], int). Method in class simula.random.RandomEngine: Fills the given array with pseudo-random generated bytes.
nextDouble(). Method in class simula.random.RandomEngine: Returns the next pseudo-random double precision floating point value (according to a uniform distribution).
nextev(). Method in class simula.simset.simulation.Process: If the process is scheduled and is not the last process on the event list, this method returns a reference to the next process on the list (i.e.
nextFloat(). Method in class simula.random.RandomEngine: Returns the next pseudo-random floating point value (according to a uniform distribution).
nextGaussian(). Method in class simula.random.RandomEngine: Returns the next pseudo-random value according to a normal distribution.
nextInt(). Method in class simula.random.RandomEngine: Returns the next pseudo-random integer value (according to a uniform distribution).
nextLong(). Method in class simula.random.RandomEngine: Returns the next pseudo-random long integer value (according to a uniform distribution).
nextShort(). Method in class simula.random.RandomEngine: Returns the next pseudo-random short integer value (according to a uniform distribution).
NO_CURRENT_PROCESS. Static variable in class simula.SimulaException
Normal(double, double). Constructor for class simula.random.Normal: Creates a new Normal generator using the standard engine and the current time as seed.
Normal(long, double, double). Constructor for class simula.random.Normal: Creates a new Normal generator using the standard engine with the given seed.
Normal(RandomEngine, double, double). Constructor for class simula.random.Normal: Creates a new Normal generator using the given engine.

O

out(). Method in class simula.simset.Link: If this object belongs to a linked list (it cannot belong to more than one list), this method removes it from that list; otherwise it has no effect.
outfix(double, int, int). Static method in class simula.Lang: Prints a floating point number on the screen with a number of fractional digits up to the given amount and aligned to the right in the given field.
outimage(). Static method in class simula.Lang: Flushes the screen.
outint(int, int). Static method in class simula.Lang: Prints an integer number on the screen and given the field size aligns the number on the right, preceding it with spaces enough to fill the field.
outreal(double, int, int). Static method in class simula.Lang: Prints out a number in scientific format
outtext(String). Static method in class simula.Lang: Prints a string on the screen.

P

passivate(). Method in class simula.simset.simulation.Simulation: Passivate the currently active process.
PASSIVE. Static variable in class simula.simset.simulation.Process: Passive status constant.
PASSIVE_PROCESS. Static variable in class simula.SimulaException
PAST_TIME. Static variable in class simula.SimulaException
Poisson(double). Constructor for class simula.random.Poisson: Creates a new Poisson generator using the standard engine and the current time as seed.
Poisson(long, double). Constructor for class simula.random.Poisson: Creates a new Poisson generator using the standard engine and the given seed.
Poisson(RandomEngine, double). Constructor for class simula.random.Poisson: Creates a new Poisson generator using the given engine.
precede(Linkage). Method in class simula.simset.Link: The actual parameter of this procedure may be either a Link object or a Head object: if _elem is a Link object, this method inserts this object into the same linked list that _elem belongs to, in the position immediately preceding _elem (if _elem does not belong to a linked list, the result is the same as for out; if _elem is a Head object, this method is equivalent to into.
pred. Variable in class simula.simset.Linkage: Predecessor in the list.
pred(). Method in class simula.simset.Linkage: Returns the predecessor in the list.
pred(Linkage). Method in class simula.simset.Linkage: Sets the predecessor.
Process(Simulation). Constructor for class simula.simset.simulation.Process: Create a new process and insert it in the given simulation context.
processThread. Variable in class simula.simset.simulation.Process: A reference to the Thread associated with this process.
processThread(). Method in class simula.simset.simulation.Process: Returns the Thread associated with this process.

R

Randint(int, int). Constructor for class simula.random.Randint: Creates a new Randint generator using the standard engine and the current time as seed.
Randint(long, int, int). Constructor for class simula.random.Randint: Creates a new Randint generator using the standard engine and the given seed.
Randint(RandomEngine, int, int). Constructor for class simula.random.Randint: Creates a new Randint generator using the given engine.
random. Variable in class simula.random.Generator: Source of the pseudo-random bits.
RandomEngine(). Constructor for class simula.random.RandomEngine
RandomEngineHotBits(). Constructor for class simula.random.RandomEngineHotBits: Create a new HotBits generator.
RandomEngineJava(). Constructor for class simula.random.RandomEngineJava: Creates a new random number generator.
RandomEngineJava(long). Constructor for class simula.random.RandomEngineJava: Creates a new random number generator using the given seed.
RandomEngineLCG(). Constructor for class simula.random.RandomEngineLCG: Creates a new engine with current time used as the seed
RandomEngineLCG(long). Constructor for class simula.random.RandomEngineLCG: Creates an new engine with given seed
RandomEngineLEcuyer(). Constructor for class simula.random.RandomEngineLEcuyer: Creates a new engine using system time as the seed
RandomEngineLEcuyer(long). Constructor for class simula.random.RandomEngineLEcuyer: Creates a new engine with the given seed.
RandomEngineMCG(). Constructor for class simula.random.RandomEngineMCG: Creates a new engine using current time as the seed
RandomEngineMCG(long). Constructor for class simula.random.RandomEngineMCG: Creates a new engine using given seed
reactivate(Process). Method in class simula.simset.simulation.Simulation: Reactivate immediately the given process.
reactivate_after(Process, Process). Method in class simula.simset.simulation.Simulation: Reactivates the first given process after the second one.
reactivate_at(Process, double, boolean). Method in class simula.simset.simulation.Simulation: Reactivate the given process at the given time.
reactivate_before(Process, Process). Method in class simula.simset.simulation.Simulation: Reactivates the first given process before the second one.
reactivate_delay(Process, double, boolean). Method in class simula.simset.simulation.Simulation: Reactivate the given process at the given time from now.
REAL_TYPE. Static variable in class simula.random.Generator: Identifies a real valued generator.
run(). Method in class simula.simset.simulation.Process: This is the main body of the process.

S

SENSELESS_PARAMETERS. Static variable in class simula.SimulaException
setParam(double). Method in class simula.random.Bernoulli: Sets a different parameter for this generator.
setParam(double). Method in class simula.random.Negexp: Change the parameter of the exponential.
setParam(double). Method in class simula.random.Poisson: Change the Poisson parameter.
setParam(double, double). Method in class simula.random.Normal: Change the parameters of the gaussian distribution.
setParam(double, double). Method in class simula.random.Uniform: Resets generator parameters (reordered if a > b)
setParam(double[]). Method in class simula.random.Discrete: Change the discrete distribution..
setParam(double[]). Method in class simula.random.Histd: Change the histogram of the absolute frequencies.
setParam(double[], double[]). Method in class simula.random.Linear: Change the data of the cumulative function.
setParam(int, double). Method in class simula.random.Erlang: Change the number of exponentials and their parameter.
setParam(int, int). Method in class simula.random.Randint: Change the bounds.
setSeed(). Method in class simula.random.RandomEngine: The change of seed must be notified to the super class from every child of RandomEngine.
setSeed(long). Method in class simula.random.RandomEngineJava: Sets a new seed.
setSeed(long). Method in class simula.random.RandomEngineLCG: Resets the generator seed
setSeed(long). Method in class simula.random.RandomEngineLEcuyer: Resets the seed for this engine
setSeed(long). Method in class simula.random.RandomEngineMCG: Resets the seed for the engine
setStatus(int). Method in class simula.simset.simulation.Process: Sets the new state of this process.
sign(double). Static method in class simula.Lang: Returns the sign of the given real number.
sim. Variable in class simula.simset.simulation.Process: A reference to the simulation context.
SimulaException(String). Constructor for class simula.SimulaException
Simulation(). Constructor for class simula.simset.simulation.Simulation: Initialize an empty simulation.
Simulation(Process). Constructor for class simula.simset.simulation.Simulation: Initialize a simulation with the given process.
SimulationMain(Simulation). Constructor for class simula.simset.simulation.SimulationMain: Creates the main process of the given simulation.
status. Variable in class simula.simset.simulation.Process: The status of this process.
suc. Variable in class simula.simset.Linkage: Successor in the list.
suc(). Method in class simula.simset.Linkage: Returns the successor in the list.
suc(Linkage). Method in class simula.simset.Linkage: Sets the successor.
SUSPENDED. Static variable in class simula.simset.simulation.Process: Suspended status constant.

T

TERMINATED. Static variable in class simula.simset.simulation.Process: Terminated status constant.
terminated(). Method in class simula.simset.simulation.Process: Returns True if the process is terminated, False if it is scheduled or passive.
TERMINATED_PROCESS. Static variable in class simula.SimulaException
time(). Method in class simula.simset.simulation.Simulation: Returns the time from the beginning of the simulation.
type(). Method in class simula.random.Bernoulli: Returns the type of the extracted value.
type(). Method in class simula.random.Discrete: Returns the type of the extracted value.
type(). Method in class simula.random.Erlang: Returns the type of the extracted value.
type(). Method in class simula.random.Generator: Abstract method that allows to identify the type of the value.
type(). Method in class simula.random.Histd: Returns the type of the extracted value.
type(). Method in class simula.random.Linear: Returns the type of the extracted value.
type(). Method in class simula.random.Negexp: Returns the type of the extracted value.
type(). Method in class simula.random.Normal: Returns the type of the extracted value.
type(). Method in class simula.random.Poisson: Returns the type of the extracted value.
type(). Method in class simula.random.Randint: Abstract method that allows to identify the type of the value.
type(). Method in class simula.random.Uniform: Abstract method that allows to identify the type of the value.
TYPE_MISMATCH. Static variable in class simula.random.TypeDrawnException: Messaggio portato da questa eccezione quando si vuole segnalare un errore
TypeDrawnException(String). Constructor for class simula.random.TypeDrawnException

U

Uniform(double, double). Constructor for class simula.random.Uniform
Uniform(long, double, double). Constructor for class simula.random.Uniform
Uniform(RandomEngine, double, double). Constructor for class simula.random.Uniform
update(). Method in class simula.simset.simulation.Simulation: Notify simulation status to observers (if there are any) It is called when a process passivates or holds The current active process is passed as parameter to the update call in observers.

V

Value(). Constructor for class simula.random.Value

W

wait(Head). Method in class simula.simset.simulation.Simulation: Adds the current process to the given waiting list and passivates it.