Implementation of class CalendarList
interface is static - using global functions in SQS namespace. More...

Namespaces
namespace	SQS
	Special namespace for calendar implementation.

Classes
class	_Abs2D

class	_Abs3D

class	_Add
	block sum of two inputs More...

class	_Add2D

class	_Add3D

class	_Div
	divider block More...

class	_Div2D

class	_Div3D

class	_FileWrap

class	_Mul
	multiplier block More...

class	_Mul2D1D

class	_Mul3D

class	_Mul3D1D

class	_Norm2D

class	_Norm3D

class	_ScalarProduct2D

class	_ScalarProduct3D

class	_Sub
	block to subtract two inputs More...

class	_Sub2D

class	_Sub3D

class	_Time
	block wrapper for simulation time More...

class	_UMinus
	unary minus block More...

class	_UMinus2D

class	_UMinus3D

class	_XYpart

class	_XYZpart

class	aBlock
	abstract base class for all blocksblocks/SimObject have not copy semantics (TODO: add move semantics) More...

class	ABM4

class	aCondition
	abstract base class for all state-condition blocks State event in combined model is executed at the time when the condition changes its boolean value More...

class	aContiBlock
	abstract base for continuous blocks with single output suitable for expression-tree building and evaluation More...

class	aContiBlock1
	base for continuous blocks with single input and algebraic loop check More...

class	aContiBlock2
	base for continuous blocks with two inputs More...

class	aContiBlock2D
	Abstract 2D block with single 2D output. More...

class	aContiBlock2D1
	continuous block with single input and alg. More...

class	aContiBlock2D2
	continuous block vith 2 inputs and alg. More...

class	aContiBlock2D3
	continuous block with 3 inputs and alg. More...

class	aContiBlock3
	base for continuous blocks vith three inputs and algebraic loop check More...

class	aContiBlock3D
	Abstract 3D block with single 3D output. More...

class	aContiBlock3D1
	continuous 3D block with single input More...

class	aContiBlock3D2
	continuous block vith 2 inputs and alg. More...

class	aContiBlock3D3
	continuous block with 3 inputs and alg. More...

class	Adaptor2D
	Convert 2 scalar inputs to single 2D vector output. More...

class	Adaptor3D
	Converts 3 scalar inputs to single 3D vector output. More...

class	AlgLoop
	abstract base for algebraic loop solvers More...

class	AlgLoopDetector
	class for algebraic loop detection AlgLoopDetector object should be used in Value() method only it checks for recursion in continuous block expression evaluation User should remove algebraic loop manualy using special block (see AlgLoop solvers) More...

class	Barrier
	synchronization tool for processes More...

class	Bisect
	solve using bisection method More...

class	Blash
	nonlinear block - backlash More...

class	Calendar
	common interface for all calendar (PES) implementations More...

class	CalendarList
	class CalendarList — list implementation of calendar More...

class	CalendarListImplementation
	class CalendarListImplementation — sorted list More...

class	CalendarQueue
	CQ implementation of calendar. More...

class	Condition
	change detector - Boolean version (int) More...

class	ConditionDown
	detector of TRUE-->FALSE More...

class	ConditionUp
	detector of FALSE-->TRUE More...

class	Constant
	block: constant (value can not be changed) More...

class	Constant2D
	2D vector value that can't be changed More...

class	Constant3D
	3D vector value that can't be changed More...

class	Delay
	continuous signal delay block More...

class	Entity
	abstract base class for active entities (Process, Event) instances of derived classes provide Behavior() method implementation, execution can be scheduled in calendar More...

class	EULER

class	Event
	abstract base class for events Event behavior is simple function (can not be interrupted) More...

struct	EventNotice
	activation record More...

class	EventNoticeAllocator
	allocate activation records fast More...

struct	EventNoticeLinkBase
	calendar item - PRIVATE for any implementation we use double-linked circular list More...

struct	Expression
	reference to block expression This block can be used as handle for block expression trees More...

struct	Expression2D
	Reference to 2D vector block-expression. More...

struct	Expression3D
	3D vector block-expression handle More...

class	Facility
	(SOL-like) facility Facility with exclusive access and service priority More...

class	Frict
	nonlinear block: friction More...

class	Function1
	block parametrized by function with single argument More...

class	Function2
	block parametrized by function with two arguments More...

class	FW

class	Histogram
	histogram statistics More...

class	Hyst
	nonlinear block - hysteresis More...

class	Input
	continuous block connection (transparent reference) wrapper for pointer to objects of aContiBlock derived classes (small object, without virtual methods) It is used for referencing of continuous blocks in block-expressions. More...

class	Input2D
	Continuous block connection (transparent reference) More...

class	Input3D
	Continuous block connection (transparent reference) More...

class	Insv
	nonlinear block: dead zone More...

class	IntegrationMethod
	IntegrationMethod - Abstract base class for integration methods. More...

class	Integrator
	block for numerical integration input is derivative, output is state More...

class	Integrator2D
	2D vector integrator More...

class	Integrator3D
	3D vector integrator More...

class	IntegratorContainer
	IntegratorContainer - internal container of integrators (singleton) More...

class	Iterations
	solve using iterations More...

class	Lim
	nonlinear block: limitation More...

class	Link
	base class for all double-linked list items item can be at single place only (identified by where() method) used for Queue implementation More...

class	List
	list of Link* items, uses data from Link More...

class	MultiStepMethod
	base for multi-step integration method More...

class	NameDict

class	Newton
	solve using modified Newton's method More...

struct	P_Context_t
	internal structure for storing of Process::Behavior() context More...

class	Param

class	Parameter
	block: parameter (can not be changed during simulation run) More...

class	Parameter2D
	Special variable (can't be changed at simulation time) More...

class	Parameter3D
	Special variable (can't be changed at simulation time) More...

class	ParameterVector

class	Process
	Abstract base class for all simulation processesProcess behavior is specified by Behavior method and can be interrupted during execution by e.g. More...

class	Qntzr
	nonlinear block: quantizer More...

class	Queue
	priority queue More...

class	RegulaFalsi
	solve using regula falsi method More...

class	Relay
	Relay this implementation detects exact time of switch. More...

class	RKE

class	RKF3

class	RKF5

class	RKF8

class	Rline
	nonlinear block: function defined by given table of values More...

class	Sampler
	objects of this class call global function periodically (typicaly used for output of continuous model) More...

class	Semaphore
	basic synchronization tool for processes simplified implementation More...

class	SIMLIB_Delay
	continuous delay block More...

class	SIMLIB_DelayBuffer
	memory for delayed pairs (Time,value) More...

class	SIMLIB_module
	Class for internal registration of modules. More...

struct	SIMLIB_statistics_t
	internal statistics structure contains basic statistics of simulator execution More...

class	SIMLIB_ZDelayTimer

class	SimObject
	Base class for almost all SIMLIB classes. More...

class	SingleStepMethod
	base for single-step integration methods More...

class	Stat
	class for statistical information gathering More...

class	Status
	State variables (memory) base for blocks with internal state (Relay, ...) More...

class	StatusContainer
	StatusContainer - internal container of status variables (singleton) More...

class	StatusMethod
	Abstract base class for integration methods with status auxiliary memories. More...

class	Store
	(SOL-like) store store capacity can be changed dynamically More...

class	TStat
	time dependent statistic More...

class	Value2D
	2D vector value More...

class	Value3D
	3D vector value More...

class	Variable
	block: variable (value can be changed) More...

class	Variable2D
	2D vector variable More...

class	Variable3D
	3D vector variable More...

class	WaitUntilList

class	ZDelay

class	ZDelayTimer

Typedefs
typedef void(*	SIMLIB_atexit_function_t) ()

typedef void(*	VoidFunctionPtr) ()

typedef double(*	opt_function_t) (const ParameterVector &p)

typedef long	myint32

typedef signed char	EntityPriority_t
	Priority of the process/event.

typedef unsigned char	ServicePriority_t
	Service priority (see Facility::Seize)

typedef Hyst	Hysteresis

typedef Blash	Backlash

typedef Lim	Limitation

typedef Insv	DeadZone

typedef Qntzr	Quantizer

typedef Frict	Friction

Enumerations
enum	SIMLIB_Phase_t { START , INITIALIZATION , SIMULATION , TERMINATION , ERROREXIT }
	values indicate current phase of experiment More...

enum	{ LOWEST_PRIORITY = -127 , HIGHEST_PRIORITY = 127 , DEFAULT_PRIORITY = 0 }
	entity/process priority values (Warning: changed from 0..255 in SIMLIB v 3.03) More...

Functions
void	SIMLIB_atexit (SIMLIB_atexit_function_t p)

static void	SIMLIB_atexit_call ()

void	SetCalendar (const char *name)
	choose calendar implementation default is list

void	SIMLIB_DoConditions ()

void	SIMLIB_Dynamic ()
	performs evaluation of integrators and status blocks

Input	operator+ (Input a, Input b)
	block operator +

Input	operator- (Input a, Input b)
	block operator -

Input	operator* (Input a, Input b)
	block operator *

Input	operator/ (Input a, Input b)
	block operator /

Input	Sqr (Input x)
	square function

Input	operator- (Input a)
	unary - block operator

void	DebugON ()
	start debugging output

void	DebugOFF ()
	stop debugging output

unsigned long	Debug (unsigned long mode)

void	SIMLIB_error (const enum _ErrEnum N)
	print error message and abort program

void	SIMLIB_error (const char *fmt,...)
	print error message and abort program

void	SIMLIB_error (const char *filename, const int linenum)
	print error message and abort program

void	SIMLIB_warning (const enum _ErrEnum N)
	print warning message and continue

void	SIMLIB_warning (const char *fmt,...)
	print warning message and continue

const char *	_ErrMsg (enum _ErrEnum N)

static double	sign (double x)

Input	Abs (Input x)

Input	Sin (Input x)

Input	Cos (Input x)

Input	Tan (Input x)

Input	ASin (Input x)

Input	ACos (Input x)

Input	ATan (Input x)

Input	ATan2 (Input y, Input x)

Input	Exp (Input x)

Input	Log10 (Input x)

Input	Ln (Input x)

Input	Pow (Input x, Input y)

Input	Sign (Input x)

Input	Sqrt (Input x)

Input	Min (Input x, Input y)

Input	Max (Input x, Input y)

static unsigned *	Alloc (unsigned n)

void	SIMLIB_DoActions ()

void	SIMLIB_ContinueInit ()

void	SIMLIB_WUClear ()

double	min (double a, double b)

double	max (double a, double b)

std::string	SIMLIB_create_tmp_name (const char *fmt,...)
	printf-like function to create temporary name (the length of temporary names is limited) used only for printing

void	ContractStep ()
	contract step of integration

void	ContractStep (double time)
	contract step of integration to end step time

void	SetStep (double dtmin, double dtmax)
	Set integration step interval.

void	SetAccuracy (double abserr, double relerr)
	set max.

void	SetAccuracy (double relerr)
	set max.

void	SetName (SimObject &o, const std::string &name)
	assign name to object

void	SetName (SimObject *o, const std::string &name)
	assign name to object

void	RemoveName (SimObject &o)
	remove name

void	RemoveName (SimObject *o)
	remove name

std::string	GetName (SimObject &o)
	get name of object

std::string	GetName (SimObject *o)
	get name of object

void	SetErrNo (int num)

static double	hooke_step (double *delta, opt_function_t f, ParameterVector &p, double min0)

double	Optimize_hooke (opt_function_t f, ParameterVector &parameter, double rho, double epsilon, int itermax)

bool	operator== (const ParameterVector &p1, const ParameterVector &p2)

bool	accept_bad (double eps)

void	move_to_next_point (ParameterVector &p, double eps)

double	Optimize_simann (double(*f)(const ParameterVector &p), ParameterVector &p, int MAXT)

double	Optimize_simann (opt_function_t f, ParameterVector &p, int MAXT)

double	Optimize_gradient (opt_function_t f, ParameterVector &p, double MAXITER)

void	SetOutput (const char *name)
	redirects Output(), Print() to file

int	_Print (const char *fmt,...)
	output of messages to stdout, too

int	Print (const char *fmt,...)
	for Output methods, can be redirected

int	Print (const double x)
	output single value

int	Print (const double x, const double y)
	output 2 values

int	Print (const double x, const double y, const double z)
	output 3 values

void	Error (const char *fmt,...)
	print message and terminate program

static void	PROCESS_INTERRUPT_f ()
	Special function called from Process::Behavior() directly or indirectly.

static void	ALLOC_CONTEXT (size_t sz) noexcept

static void	FREE_CONTEXT () noexcept
	deallocate saved process context

static void	restore_context2 (volatile char *) noexcept
	This function overwrites stack contents. It never returns, see longjmp.

static void	restore_context (size_t data_size) noexcept
	This elliminates the need for explicit stack pointer adjustment.

void	RandomSeed (long seed)
	initialize random number seed

double	Random ()
	base uniform generator (range 0-0.999999...) the default implementation is simple LCG 32bit

void	SetBaseRandomGenerator (double(*new_gen)())
	set another random generator default Random() implementation can be replaced

double	SIMLIB_RandomBase ()

static double	_gam (double AK)

double	Uniform (double l, double h)
	Uniform distribution generator.

double	Normal (double mi, double sigma)
	Gauss distribution generator.

double	Weibul (double lambda, double alfa)
	Weibul distribution generator.

double	Erlang (double alfa, int beta)
	Erlang distribution generator.

int	NegBin (double q, int k)

double	Gamma (double alfa, double beta)
	Gamma distribution generator.

double	Exponential (double mv)
	Exponential distribution generator.

int	NegBinM (double p, int m)

double	Beta (double th, double fi, double min, double max)
	Beta distribution generator.

double	Triag (double mod, double min, double max)

double	Logar (double mi, double delta)

double	Rayle (double delta)

int	Poisson (double lambda)
	Poisson distribution generator.

int	Geom (double q)

int	HyperGeom (double p, int n, int m)

	DEFINE_HOOK (Delay)

	DEFINE_HOOK (DelayInit)

void	SampleDelays ()

	DEFINE_HOOK (ZDelayTimerInit)

	DEFINE_HOOK (Break)

void	InstallBreak (void(*f)())
	InstallBreak — set function for checking if user breaks simulation.

	DEFINE_HOOK (SamplerAct)

	DEFINE_HOOK (SamplerInit)

	DEFINE_HOOK (WUclear)

	DEFINE_HOOK (WUget_next)

void	Stop ()
	stop current simulation run

void	Abort ()
	end simulation program

void	SIMLIB_Init (double T0, double T1, unsigned version)

void	Run ()
	run simulation experiment

const char *	SIMLIB_version_string ()
	Get version of SIMLIB.

void	Init (double t0, double t1=SIMLIB_MAXTIME)
	Initialize simulator and model time.

void	SetStep (double dt)
	set fixed integration step

void	Activate (Entity *e)
	activate entity e

void	Passivate (Entity *e)
	passivate entity e

void	SetMethod (const char *name)
	select the integration method

const char *	GetMethod (void)
	get the name of the method which is used

void	SetStarter (const char name, const char slave_name)
	set the method which will be used to start given multistep method

void	SetStarter (const char *slave_name)
	set the method which will be used to start currently used multistep method

const char *	GetStarter (const char *name)
	get the name of the method which is used to start given multistep method

const char *	GetStarter (void)
	get the name of the method which is used to start currently used multistep method

double	abs (const Value2D &a)

Value2D	operator+ (const Value2D &a, const Value2D &b)

Value2D	operator- (const Value2D &a, const Value2D &b)

Value2D	operator- (const Value2D &a)

Value2D	operator* (const Value2D &a, const double b)

Value2D	operator* (const double a, const Value2D &b)

double	scalar_product (const Value2D &a, const Value2D &b)

Value2D	operator/ (const Value2D &a, const double b)

Input2D	operator+ (Input2D a, Input2D b)

Input2D	operator- (Input2D a, Input2D b)

Input2D	operator* (Input2D a, Input b)

Input2D	operator* (Input a, Input2D b)

Input2D	operator/ (Input2D a, Input b)

Input2D	operator- (Input2D a)

Input	Abs (Input2D x)
	absolute value of vector (1D block)

Input2D	UnitVector (Input2D v)
	make unit vector from input (Abs(output_vec)==1)

Input	ScalarProduct (Input2D x, Input2D y)
	dot product: xvec . yvec

Input	Xpart (Input2D a)
	get x part of (x,y) vector value

Input	Ypart (Input2D a)
	get y part of (x,y) vector value

void	Print (Value2D a)

double	abs (const Value3D &a)

Value3D	operator+ (const Value3D &a, const Value3D &b)

Value3D	operator- (const Value3D &a, const Value3D &b)

Value3D	operator- (const Value3D &a)

Value3D	operator* (const Value3D &a, const Value3D &b)

Value3D	operator* (const Value3D &a, const double b)

Value3D	operator* (const double a, const Value3D &b)

double	scalar_product (const Value3D &a, const Value3D &b)

Value3D	operator/ (const Value3D &a, const double b)

Input3D	operator+ (Input3D a, Input3D b)

Input3D	operator- (Input3D a, Input3D b)

Input3D	operator* (Input3D a, Input3D b)

Input3D	operator* (Input3D a, Input b)

Input3D	operator* (Input a, Input3D b)

Input3D	operator/ (Input3D a, Input b)

Input3D	operator- (Input3D a)

Input	Abs (Input3D x)
	absolute value of vector (1D block)

Input3D	UnitVector (Input3D x)
	make unit vector from input (Abs(output_vec)==1)

Input	ScalarProduct (Input3D x, Input3D y)
	dot product: xvec . yvec

Input	Xpart (Input3D a)
	get x part of (x,y,z) vector value

Input	Ypart (Input3D a)
	get y part of (x,y,z) vector value

Input	Zpart (Input3D a)
	get z part of (x,y,z) vector value

void	Print (Value3D a)

void	WU_print ()

Variables
	SIMLIB_IMPLEMENTATION

static const int	MAX_ATEXIT = 10

static int	counter = 0

static SIMLIB_atexit_function_t	atexit_array [MAX_ATEXIT] = { 0, }

class simlib3::EventNoticeAllocator	allocator

const unsigned	LIST_MAX = 512

const unsigned	MINBUCKETS = LIST_MAX>4?LIST_MAX:4

const unsigned	LIST_MIN = LIST_MAX/2

const double	COEF_PAR = 1.5

const double	MUL_PAR = 1.0

bool	SIMLIB_ConditionFlag = false

static class _Time	_T
	block – simulation time

aContiBlock &	T = _T
	simulation time block reference

unsigned long	SIMLIB_debug_flag = 0UL

static unsigned long	SIMLIB_Entity_Count = 0L
	current number of entities in model

static const char	_Errors []

const unsigned	MAXHISTOCOUNT = 10000

static SIMLIB_module	SIMLIB_module_id
	Create single global registration object in each SIMLIB module.

const SIMLIB_Phase_t &	Phase = SIMLIB_Phase
	This variable contains the current phase of experiment (used for internal checking)

double	SIMLIB_Time

bool	SIMLIB_DynamicFlag = false
	in dynamic section

bool	SIMLIB_ResetStatus = false
	flag set if there is a need for integration method restart

SIMLIB_Phase_t	SIMLIB_Phase = START

Entity *	SIMLIB_Current = NULL

int	SIMLIB_ERRNO =0

bool	SIMLIB_ContractStepFlag = false
	requests shorter step

double	SIMLIB_ContractStep = SIMLIB_MAXTIME
	requested step size

double	SIMLIB_StepStartTime
	last step time

double	SIMLIB_DeltaTime
	Time-SIMLIB_StepStartTime.

double	SIMLIB_OptStep
	optimal step

double	SIMLIB_MinStep =1e-10
	minimal step

double	SIMLIB_MaxStep =1
	max. step

double	SIMLIB_StepSize
	actual step

double	SIMLIB_AbsoluteError =0
	absolute error

double	SIMLIB_RelativeError =0.001
	relative error

double	SIMLIB_StartTime

double	SIMLIB_NextTime

double	SIMLIB_EndTime

const double &	MinStep =SIMLIB_MinStep
	minimal integration step

const double &	MaxStep =SIMLIB_MaxStep
	maximal integration step

const double &	StepSize =SIMLIB_StepSize
	actual integration step

const double &	OptStep =SIMLIB_OptStep
	optimal integration step

const double &	AbsoluteError =SIMLIB_AbsoluteError
	max. abs. error of integration

const double &	RelativeError =SIMLIB_RelativeError
	max. rel. error

Constant	SIMLIB_Integrator_0input (0)
	dummy input with zero value

const int	abm_ord =4

ABM4	abm4 ("abm4", "rkf5")
	Adams-Bashforth-Moulton, 4th order.

EULER	euler ("euler")
	Euler method.

FW	fw ("fw")
	Fowler-Warten (Warning: needs testing, do not use)

RKE	rke ("rke")
	Runge-Kutta-England, 4th order?

RKF3	rkf3 ("rkf3")
	Runge-Kutta-Fehlberg, 3rd order.

RKF5	rkf5 ("rkf5")
	Runge-Kutta-Fehlberg, 5th order.

RKF8	rkf8 ("rkf8")
	Runge-Kutta-Fehlberg, 8th order.

static bool	SimObject_allocated = false

static NameDict	name_dict

class simlib3::_FileWrap	OutFile

static jmp_buf	P_DispatcherStatusBuffer
	setjmp() state before dispatch

static char *volatile	P_StackBase = 0
	global start of stack area

static char *volatile	P_StackBase2 = 0
	used for checking only

static P_Context_t *volatile	P_Context = 0
	temporary global process state

static volatile size_t	P_StackSize = 0
	temporary global stack size

const myint32	INICONST = 1537L

const myint32	MULCONST = 1220703125L

const myint32	MAXLONGINT = 0x7FFFFFFFUL

const myint32	SIGNBIT = 0x80000000UL

static myint32	SIMLIB_RandomSeed = INICONST

static double(*	SIMLIB_RandomBasePtr )() = SIMLIB_RandomBase

const double &	StartTime = SIMLIB_StartTime
	time of simulation start

const double &	Time = SIMLIB_Time
	model time (is NOT the block)

const double &	NextTime = SIMLIB_NextTime
	next-event time

const double &	EndTime = SIMLIB_EndTime
	time of simulation end

Entity *const &	Current = SIMLIB_Current
	pointer to active (now running) entity

unsigned long	SIMLIB_experiment_no = 0

static SIMLIB_statistics_t	SIMLIB_run_statistics

const SIMLIB_statistics_t &	SIMLIB_statistics = SIMLIB_run_statistics
	interface to internal run-time statistics structure

static bool	StopFlag = false

const unsigned	SIMLIB_version = __SIMLIB__
	library version

const double	SIMLIB_MINTIME = 0.0
	minimal time value

const double	SIMLIB_MAXTIME = 1.0e30
	maximum time (1e30 works for float, too)

static Constant2D	Zero2D (0, 0)

static Constant3D	Zero3D (0, 0, 0)

static bool	flag = false

Detailed Description

Implementation of class CalendarList
interface is static - using global functions in SQS namespace.

Main SIMLIB (version 3+) namespace.

uses double-linked list and dynamic calendar queue [brown1988]

Usage: using namespace simlib3;

Typedef Documentation

◆ Backlash

typedef Blash simlib3::Backlash

Definition at line 1396 of file simlib.h.

◆ DeadZone

typedef Insv simlib3::DeadZone

Definition at line 1584 of file simlib.h.

◆ EntityPriority_t

typedef signed char simlib3::EntityPriority_t

Priority of the process/event.

Definition at line 363 of file simlib.h.

◆ Friction

typedef Frict simlib3::Friction

Definition at line 1617 of file simlib.h.

◆ Hysteresis

typedef Hyst simlib3::Hysteresis

Definition at line 1380 of file simlib.h.

◆ Limitation

typedef Lim simlib3::Limitation

Definition at line 1567 of file simlib.h.

◆ myint32

typedef long simlib3::myint32

Definition at line 39 of file random1.cc.

◆ opt_function_t

typedef double(* simlib3::opt_function_t) (const ParameterVector &p)

Definition at line 83 of file optimize.h.

◆ Quantizer

typedef Qntzr simlib3::Quantizer

Definition at line 1600 of file simlib.h.

◆ ServicePriority_t

typedef unsigned char simlib3::ServicePriority_t

Service priority (see Facility::Seize)

Definition at line 365 of file simlib.h.

◆ SIMLIB_atexit_function_t

typedef void(* simlib3::SIMLIB_atexit_function_t) ()

Definition at line 150 of file internal.h.

◆ VoidFunctionPtr

typedef void(* simlib3::VoidFunctionPtr) ()

Definition at line 177 of file internal.h.

Enumeration Type Documentation

◆ anonymous enum

anonymous enum

entity/process priority values
(Warning: changed from 0..255 in SIMLIB v 3.03)

Enumerator
LOWEST_PRIORITY
HIGHEST_PRIORITY
DEFAULT_PRIORITY

Definition at line 357 of file simlib.h.

◆ SIMLIB_Phase_t

enum simlib3::SIMLIB_Phase_t

values indicate current phase of experiment

Enumerator
START
INITIALIZATION
SIMULATION
TERMINATION
ERROREXIT

Definition at line 76 of file internal.h.

Function Documentation

◆ _ErrMsg()

const char * simlib3::_ErrMsg ( enum _ErrEnum N )

Definition at line 97 of file errors.cc.

References _Errors.

Referenced by SIMLIB_error(), and SIMLIB_warning().

◆ _gam()

static double simlib3::_gam ( double AK )

static

Definition at line 35 of file random2.cc.

References Random().

Referenced by Beta(), and Gamma().

◆ _Print()

int simlib3::_Print	(	const char *	fmt,
			...
	)

output of messages to stdout, too

Parameters

fmt	format string (the same as for printf() )

Definition at line 68 of file print.cc.

References OutFile.

Referenced by Error(), simlib3::ABM4::Integrate(), simlib3::EULER::Integrate(), simlib3::FW::Integrate(), simlib3::RKE::Integrate(), simlib3::RKF3::Integrate(), simlib3::RKF5::Integrate(), simlib3::RKF8::Integrate(), SIMLIB_error(), and SIMLIB_warning().

◆ Abort()

void simlib3::Abort ( )

end simulation program

Definition at line 159 of file run.cc.

References Dprintf, ERROREXIT, and SIMLIB_Phase.

◆ abs() [1/2]

double simlib3::abs ( const Value2D & a )

Definition at line 38 of file simlib2D.cc.

Referenced by simlib3::_Abs2D::Value(), simlib3::_Norm2D::Value(), simlib3::_Abs3D::Value(), and simlib3::_Norm3D::Value().

◆ abs() [2/2]

double simlib3::abs ( const Value3D & a )

Definition at line 38 of file simlib3D.cc.

◆ Abs() [1/3]

Input simlib3::Abs ( Input x )

Definition at line 94 of file fun.cc.

◆ Abs() [2/3]

Input simlib3::Abs ( Input2D x )

absolute value of vector (1D block)

Definition at line 387 of file simlib2D.cc.

◆ Abs() [3/3]

Input simlib3::Abs ( Input3D x )

absolute value of vector (1D block)

Definition at line 406 of file simlib3D.cc.

◆ accept_bad()

bool simlib3::accept_bad ( double eps )

Definition at line 30 of file opt-simann.cc.

References Random().

Referenced by Optimize_simann().

◆ ACos()

Input simlib3::ACos ( Input x )

Definition at line 101 of file fun.cc.

◆ Activate()

void simlib3::Activate ( Entity * e )

inline

activate entity e

Definition at line 431 of file simlib.h.

References simlib3::Entity::Activate().

Referenced by main().

◆ Alloc()

static unsigned * simlib3::Alloc ( unsigned n )

static

Definition at line 35 of file histo.cc.

Referenced by simlib3::Histogram::Histogram(), and simlib3::Histogram::Init().

◆ ALLOC_CONTEXT()

static void simlib3::ALLOC_CONTEXT ( size_t sz )

staticnoexcept

Definition at line 155 of file process.cc.

References P_Context, and simlib3::P_Context_t::size.

Referenced by PROCESS_INTERRUPT_f().

◆ ASin()

Input simlib3::ASin ( Input x )

Definition at line 100 of file fun.cc.

◆ ATan()

Input simlib3::ATan ( Input x )

Definition at line 102 of file fun.cc.

◆ ATan2()

Input simlib3::ATan2	(	Input	y,
		Input	x
	)

Definition at line 103 of file fun.cc.

◆ Beta()

double simlib3::Beta	(	double	th,
		double	fi,
		double	min,
		double	max
	)

Beta distribution generator.

Parameters

th

param fi

Parameters

min

param max

Definition at line 181 of file random2.cc.

References _gam(), max(), and min().

◆ ContractStep() [1/2]

void simlib3::ContractStep ( )

contract step of integration

request for shorter step of num. integ.

Definition at line 64 of file intg.cc.

References SIMLIB_ContractStepFlag.

Referenced by simlib3::Relay::Eval(), and simlib3::Condition::Test().

◆ ContractStep() [2/2]

void simlib3::ContractStep ( double time )

contract step of integration to end step time

request for step end (at most) at given time

Parameters

time	expected end of step time

Definition at line 72 of file intg.cc.

References SIMLIB_ContractStep, SIMLIB_ContractStepFlag, SIMLIB_MinStep, and SIMLIB_StepStartTime.

◆ Cos()

Input simlib3::Cos ( Input x )

Definition at line 97 of file fun.cc.

◆ Debug()

unsigned long simlib3::Debug ( unsigned long mode )

Definition at line 48 of file debug.cc.

References NoDebugErr, SIMLIB_debug_flag, and SIMLIB_warning().

Referenced by DebugOFF(), and DebugON().

◆ DebugOFF()

void simlib3::DebugOFF ( )

stop debugging output

Definition at line 42 of file debug.cc.

References Debug().

◆ DebugON()

void simlib3::DebugON ( )

start debugging output

Definition at line 36 of file debug.cc.

References Debug().

◆ DEFINE_HOOK() [1/8]

simlib3::DEFINE_HOOK ( Break )

◆ DEFINE_HOOK() [2/8]

simlib3::DEFINE_HOOK ( Delay )

◆ DEFINE_HOOK() [3/8]

simlib3::DEFINE_HOOK ( DelayInit )

◆ DEFINE_HOOK() [4/8]

simlib3::DEFINE_HOOK ( SamplerAct )

◆ DEFINE_HOOK() [5/8]

simlib3::DEFINE_HOOK ( SamplerInit )

◆ DEFINE_HOOK() [6/8]

simlib3::DEFINE_HOOK ( WUclear )

◆ DEFINE_HOOK() [7/8]

simlib3::DEFINE_HOOK ( WUget_next )

◆ DEFINE_HOOK() [8/8]

simlib3::DEFINE_HOOK ( ZDelayTimerInit )

◆ Erlang()

double simlib3::Erlang	(	double	alfa,
		int	beta
	)

Erlang distribution generator.

Parameters

alfa

param beta

Definition at line 109 of file random2.cc.

References ErlangError, Random(), and SIMLIB_error().

◆ Error()

void simlib3::Error	(	const char *	fmt,
			...
	)

print message and terminate program

Definition at line 123 of file print.cc.

References _Print(), OutFile, SIMLIB_error(), and UserError.

Referenced by simlib3::Barrier::ChangeHeight(), and simlib3::Barrier::Init().

◆ Exp()

Input simlib3::Exp ( Input x )

Definition at line 105 of file fun.cc.

◆ Exponential()

double simlib3::Exponential ( double mv )

Exponential distribution generator.

Parameters

mv	mean value

Definition at line 152 of file random2.cc.

References Random().

◆ FREE_CONTEXT()

simlib3::FREE_CONTEXT ( )

staticnoexcept

deallocate saved process context

Definition at line 165 of file process.cc.

References P_Context.

Referenced by PROCESS_INTERRUPT_f().

◆ Gamma()

double simlib3::Gamma	(	double	alfa,
		double	beta
	)

Gamma distribution generator.

Parameters

alfa

param beta

Definition at line 141 of file random2.cc.

References _gam().

◆ Geom()

int simlib3::Geom ( double q )

Definition at line 257 of file random2.cc.

References GeomError, Random(), and SIMLIB_error().

◆ GetName() [1/2]

std::string simlib3::GetName ( SimObject & o )

get name of object

Definition at line 66 of file name.cc.

References simlib3::SimObject::Name().

◆ GetName() [2/2]

std::string simlib3::GetName ( SimObject * o )

get name of object

Definition at line 72 of file name.cc.

References simlib3::SimObject::Name().

◆ hooke_step()

static double simlib3::hooke_step	(	double *	delta,
		opt_function_t	f,
		ParameterVector &	p,
		double	min0
	)

static

Definition at line 29 of file opt-hooke.cc.

References simlib3::ParameterVector::size().

Referenced by Optimize_hooke().

◆ HyperGeom()

int simlib3::HyperGeom	(	double	p,
		int	n,
		int	m
	)

Definition at line 270 of file random2.cc.

References HyperGeomError1, HyperGeomError2, Random(), and SIMLIB_error().

◆ Init()

void simlib3::Init	(	double	t0,
		double	t1 = `SIMLIB_MAXTIME`
	)

inline

Initialize simulator and model time.

Parameters

t0	simulation start time
t1	simulation end time

Definition at line 181 of file simlib.h.

References __SIMLIB__, and SIMLIB_Init().

Referenced by main().

◆ Ln()

Input simlib3::Ln ( Input x )

Definition at line 107 of file fun.cc.

◆ Log10()

Input simlib3::Log10 ( Input x )

Definition at line 106 of file fun.cc.

◆ Logar()

double simlib3::Logar	(	double	mi,
		double	delta
	)

Definition at line 210 of file random2.cc.

References Normal().

◆ max()

double simlib3::max	(	double	a,
		double	b
	)

inline

Definition at line 286 of file internal.h.

Referenced by Beta(), simlib3::Hyst::Eval(), simlib3::Blash::Eval(), simlib3::IntegrationMethod::InitStep(), simlib3::ABM4::Integrate(), simlib3::EULER::Integrate(), simlib3::FW::Integrate(), simlib3::RKE::Integrate(), simlib3::RKF3::Integrate(), simlib3::RKF5::Integrate(), simlib3::RKF8::Integrate(), simlib3::IntegrationMethod::Iterate(), Max(), and Triag().

◆ Max()

Input simlib3::Max	(	Input	x,
		Input	y
	)

Definition at line 115 of file fun.cc.

References max().

◆ min()

double simlib3::min	(	double	a,
		double	b
	)

inline

Definition at line 285 of file internal.h.

Referenced by Beta(), simlib3::Hyst::Eval(), simlib3::Blash::Eval(), simlib3::IntegrationMethod::InitStep(), simlib3::ABM4::Integrate(), simlib3::EULER::Integrate(), simlib3::FW::Integrate(), simlib3::RKE::Integrate(), simlib3::RKF3::Integrate(), simlib3::RKF5::Integrate(), simlib3::RKF8::Integrate(), Min(), and Triag().

◆ Min()

Input simlib3::Min	(	Input	x,
		Input	y
	)

Definition at line 114 of file fun.cc.

References min().

◆ move_to_next_point()

void simlib3::move_to_next_point	(	ParameterVector &	p,
		double	eps
	)

Definition at line 39 of file opt-simann.cc.

References Random(), and simlib3::ParameterVector::size().

Referenced by Optimize_simann().

◆ NegBin()

int simlib3::NegBin	(	double	q,
		int	k
	)

Definition at line 121 of file random2.cc.

References NegBinError, Random(), and SIMLIB_error().

◆ NegBinM()

int simlib3::NegBinM	(	double	p,
		int	m
	)

Definition at line 164 of file random2.cc.

References NegBinMError1, NegBinMError2, Random(), and SIMLIB_error().

◆ Normal()

double simlib3::Normal	(	double	mi,
		double	sigma
	)

Gauss distribution generator.

Parameters

mi	mean value
sigma	std. deviation

Definition at line 82 of file random2.cc.

References Random().

Referenced by Logar(), and Poisson().

◆ operator*() [1/11]

Value2D simlib3::operator*	(	const double	a,
		const Value2D &	b
	)

Definition at line 73 of file simlib2D.cc.

◆ operator*() [2/11]

Value3D simlib3::operator*	(	const double	a,
		const Value3D &	b
	)

Definition at line 71 of file simlib3D.cc.

◆ operator*() [3/11]

Value2D simlib3::operator*	(	const Value2D &	a,
		const double	b
	)

Definition at line 68 of file simlib2D.cc.

◆ operator*() [4/11]

Value3D simlib3::operator*	(	const Value3D &	a,
		const double	b
	)

Definition at line 66 of file simlib3D.cc.

◆ operator*() [5/11]

Value3D simlib3::operator*	(	const Value3D &	a,
		const Value3D &	b
	)

Definition at line 58 of file simlib3D.cc.

◆ operator*() [6/11]

Input simlib3::operator*	(	Input	a,
		Input	b
	)

block operator *

Definition at line 228 of file continuous.cc.

◆ operator*() [7/11]

Input2D simlib3::operator*	(	Input	a,
		Input2D	b
	)

Definition at line 313 of file simlib2D.cc.

◆ operator*() [8/11]

Input3D simlib3::operator*	(	Input	a,
		Input3D	b
	)

Definition at line 332 of file simlib3D.cc.

◆ operator*() [9/11]

Input2D simlib3::operator*	(	Input2D	a,
		Input	b
	)

Definition at line 312 of file simlib2D.cc.

◆ operator*() [10/11]

Input3D simlib3::operator*	(	Input3D	a,
		Input	b
	)

Definition at line 331 of file simlib3D.cc.

◆ operator*() [11/11]

Input3D simlib3::operator*	(	Input3D	a,
		Input3D	b
	)

Definition at line 330 of file simlib3D.cc.

◆ operator+() [1/5]

Value2D simlib3::operator+	(	const Value2D &	a,
		const Value2D &	b
	)

Definition at line 43 of file simlib2D.cc.

◆ operator+() [2/5]

Value3D simlib3::operator+	(	const Value3D &	a,
		const Value3D &	b
	)

Definition at line 43 of file simlib3D.cc.

◆ operator+() [3/5]

Input simlib3::operator+	(	Input	a,
		Input	b
	)

block operator +

Definition at line 224 of file continuous.cc.

◆ operator+() [4/5]

Input2D simlib3::operator+	(	Input2D	a,
		Input2D	b
	)

Definition at line 310 of file simlib2D.cc.

◆ operator+() [5/5]

Input3D simlib3::operator+	(	Input3D	a,
		Input3D	b
	)

Definition at line 328 of file simlib3D.cc.

◆ operator-() [1/10]

Value2D simlib3::operator- ( const Value2D & a )

Definition at line 53 of file simlib2D.cc.

◆ operator-() [2/10]

Value2D simlib3::operator-	(	const Value2D &	a,
		const Value2D &	b
	)

Definition at line 48 of file simlib2D.cc.

◆ operator-() [3/10]

Value3D simlib3::operator- ( const Value3D & a )

Definition at line 53 of file simlib3D.cc.

◆ operator-() [4/10]

Value3D simlib3::operator-	(	const Value3D &	a,
		const Value3D &	b
	)

Definition at line 48 of file simlib3D.cc.

◆ operator-() [5/10]

Input simlib3::operator- ( Input a )

unary - block operator

Definition at line 262 of file continuous.cc.

◆ operator-() [6/10]

Input simlib3::operator-	(	Input	a,
		Input	b
	)

block operator -

Definition at line 226 of file continuous.cc.

◆ operator-() [7/10]

Input2D simlib3::operator- ( Input2D a )

Definition at line 334 of file simlib2D.cc.

◆ operator-() [8/10]

Input2D simlib3::operator-	(	Input2D	a,
		Input2D	b
	)

Definition at line 311 of file simlib2D.cc.

◆ operator-() [9/10]

Input3D simlib3::operator- ( Input3D a )

Definition at line 353 of file simlib3D.cc.

◆ operator-() [10/10]

Input3D simlib3::operator-	(	Input3D	a,
		Input3D	b
	)

Definition at line 329 of file simlib3D.cc.

◆ operator/() [1/5]

Value2D simlib3::operator/	(	const Value2D &	a,
		const double	b
	)

Definition at line 83 of file simlib2D.cc.

◆ operator/() [2/5]

Value3D simlib3::operator/	(	const Value3D &	a,
		const double	b
	)

Definition at line 81 of file simlib3D.cc.

◆ operator/() [3/5]

Input simlib3::operator/	(	Input	a,
		Input	b
	)

block operator /

Definition at line 230 of file continuous.cc.

◆ operator/() [4/5]

Input2D simlib3::operator/	(	Input2D	a,
		Input	b
	)

Definition at line 314 of file simlib2D.cc.

◆ operator/() [5/5]

Input3D simlib3::operator/	(	Input3D	a,
		Input	b
	)

Definition at line 333 of file simlib3D.cc.

◆ operator==()

bool simlib3::operator==	(	const ParameterVector &	p1,
		const ParameterVector &	p2
	)

Definition at line 86 of file opt-param.cc.

◆ Optimize_gradient()

double simlib3::Optimize_gradient	(	opt_function_t	f,
		ParameterVector &	p,
		double	MAXITER
	)

◆ Optimize_hooke()

double simlib3::Optimize_hooke	(	opt_function_t	f,
		ParameterVector &	parameter,
		double	rho,
		double	epsilon,
		int	itermax
	)

Definition at line 57 of file opt-hooke.cc.

References hooke_step(), Print(), simlib3::ParameterVector::PrintValues(), and simlib3::ParameterVector::size().

◆ Optimize_simann() [1/2]

double simlib3::Optimize_simann	(	double(*)(const ParameterVector &p)	f,
		ParameterVector &	p,
		int	MAXT
	)

Definition at line 52 of file opt-simann.cc.

References accept_bad(), move_to_next_point(), and Print().

◆ Optimize_simann() [2/2]

double simlib3::Optimize_simann	(	opt_function_t	f,
		ParameterVector &	p,
		int	MAXT
	)

◆ Passivate()

void simlib3::Passivate ( Entity * e )

inline

passivate entity e

Definition at line 432 of file simlib.h.

References simlib3::Entity::Passivate().

Referenced by simlib3::Semaphore::P().

◆ Poisson()

int simlib3::Poisson ( double lambda )

Poisson distribution generator.

Parameters

lambda

Definition at line 229 of file random2.cc.

References Normal(), PoissonError, Random(), and SIMLIB_error().

◆ Pow()

Input simlib3::Pow	(	Input	x,
		Input	y
	)

Definition at line 108 of file fun.cc.

◆ Print() [1/6]

int simlib3::Print	(	const char *	fmt,
			...
	)

◆ Print() [2/6]

int simlib3::Print ( const double x )

output single value

Parameters

x	value to print

Definition at line 105 of file print.cc.

References Print().

◆ Print() [3/6]

int simlib3::Print	(	const double	x,
		const double	y
	)

output 2 values

Parameters

x	value to print
y	value to print

Definition at line 110 of file print.cc.

References Print().

◆ Print() [4/6]

int simlib3::Print	(	const double	x,
		const double	y,
		const double	z
	)

output 3 values

Parameters

x	value to print
y	value to print
z	value to print

Definition at line 115 of file print.cc.

References Print().

◆ Print() [5/6]

void simlib3::Print ( Value2D a )

inline

Definition at line 237 of file simlib2D.h.

References simlib3::Value2D::Print().

◆ Print() [6/6]

void simlib3::Print ( Value3D a )

inline

Definition at line 245 of file simlib3D.h.

References simlib3::Value3D::Print().

◆ PROCESS_INTERRUPT_f()

static void simlib3::PROCESS_INTERRUPT_f ( )

static

Special function called from Process::Behavior() directly or indirectly.

This function: 1) computes stack data size, 2) allocates memory for stack data, 3) saves stack data to allocated memory, 4) saves CPU context using setjmp(), and 5) interrupts execution of current function using longjmp() to process dispatcher code, == (now runs dispatcher and other code) 6) continues execution after longjmp from dispatcher. 7) frees memory allocated at 2)

Warning: This function is critical to process switching code and should not be inlined! It is never called directly by SIMLIB user.

Definition at line 559 of file process.cc.

References ALLOC_CONTEXT(), CANARY2, DEBUG_PROCESS, FREE_CONTEXT(), P_Context, P_DispatcherStatusBuffer, P_StackBase, P_StackSize, SIMLIB_error(), simlib3::P_Context_t::stack, and simlib3::P_Context_t::status.

◆ Random()

double simlib3::Random ( )

base uniform generator (range 0-0.999999...) the default implementation is simple LCG 32bit

Definition at line 95 of file random1.cc.

References SIMLIB_RandomBasePtr.

Referenced by _gam(), accept_bad(), Erlang(), Exponential(), Geom(), HyperGeom(), move_to_next_point(), NegBin(), NegBinM(), Normal(), Poisson(), Rayle(), Triag(), Uniform(), and Weibul().

◆ RandomSeed()

void simlib3::RandomSeed ( long seed )

initialize random number seed

Parameters

seed	initial value of generator state

Definition at line 64 of file random1.cc.

References SIMLIB_RandomSeed.

◆ Rayle()

double simlib3::Rayle ( double delta )

Definition at line 219 of file random2.cc.

References Random().

◆ RemoveName() [1/2]

void simlib3::RemoveName ( SimObject & o )

remove name

Definition at line 54 of file name.cc.

References simlib3::SimObject::SetName().

◆ RemoveName() [2/2]

void simlib3::RemoveName ( SimObject * o )

remove name

Definition at line 60 of file name.cc.

References simlib3::SimObject::SetName().

◆ restore_context()

static void simlib3::restore_context ( size_t data_size )

staticnoexcept

This elliminates the need for explicit stack pointer adjustment.

The local array should not be optimized away. Parameters, return address and local variables will be overwritten. Never returns.

Definition at line 366 of file process.cc.

References DEBUG_PROCESS, MAX_PROCESS_STACK_SIZE, P_StackBase2, restore_context2(), and SIMLIB_error().

Referenced by simlib3::Process::_Run().

◆ restore_context2()

static void simlib3::restore_context2 ( volatile char * )

staticnoexcept

This function overwrites stack contents. It never returns, see longjmp.

Definition at line 379 of file process.cc.

References DEBUG_PROCESS, P_Context, P_StackBase, P_StackSize, simlib3::P_Context_t::stack, and simlib3::P_Context_t::status.

Referenced by restore_context().

◆ Run()

void simlib3::Run ( )

run simulation experiment

Definition at line 228 of file run.cc.

References _SetTime, CALL_HOOK, simlib3::SQS::Clear(), Dprintf, simlib3::SQS::Empty(), EndTime, simlib3::SIMLIB_statistics_t::EndTime, simlib3::SIMLIB_statistics_t::EventCount, simlib3::SQS::GetFirst(), simlib3::SIMLIB_statistics_t::Init(), INITIALIZATION, simlib3::IntegrationMethod::IntegrationDone(), simlib3::IntegratorContainer::isAny(), simlib3::StatusContainer::isAny(), simlib3::SIMLIB_statistics_t::MaxStep, simlib3::SIMLIB_statistics_t::MinStep, NextTime, RunUseError, SIMLIB_ContinueInit(), SIMLIB_Current, SIMLIB_DoActions(), SIMLIB_DoConditions(), SIMLIB_error(), SIMLIB_internal_error, SIMLIB_Phase, SIMLIB_ResetStatus, SIMLIB_run_statistics, SIMULATION, StartTime, simlib3::SIMLIB_statistics_t::StartTime, simlib3::SIMLIB_statistics_t::StepCount, simlib3::IntegrationMethod::StepSim(), StepSize, StopFlag, TERMINATION, and Time.

Referenced by main().

◆ SampleDelays()

void simlib3::SampleDelays ( )

Definition at line 92 of file run.cc.

References CALL_HOOK.

Referenced by SIMLIB_DoConditions().

◆ scalar_product() [1/2]

double simlib3::scalar_product	(	const Value2D &	a,
		const Value2D &	b
	)

Definition at line 78 of file simlib2D.cc.

Referenced by simlib3::_ScalarProduct2D::Value(), and simlib3::_ScalarProduct3D::Value().

◆ scalar_product() [2/2]

double simlib3::scalar_product	(	const Value3D &	a,
		const Value3D &	b
	)

Definition at line 76 of file simlib3D.cc.

◆ ScalarProduct() [1/2]

Input simlib3::ScalarProduct	(	Input2D	x,
		Input2D	y
	)

dot product: xvec . yvec

Definition at line 389 of file simlib2D.cc.

◆ ScalarProduct() [2/2]

Input simlib3::ScalarProduct	(	Input3D	x,
		Input3D	y
	)

dot product: xvec . yvec

Definition at line 408 of file simlib3D.cc.

◆ SetAccuracy() [1/2]

void simlib3::SetAccuracy	(	double	abserr,
		double	relerr
	)

set max.

error estimate for numerical integration method used for adaptive stepsize control

Parameters

abserr	absolute tolerance
relerr	tolerance relative to integrator value

Definition at line 106 of file intg.cc.

References Dprintf, SetAccuracyError, SIMLIB_AbsoluteError, SIMLIB_error(), and SIMLIB_RelativeError.

Referenced by main(), and SetAccuracy().

◆ SetAccuracy() [2/2]

void simlib3::SetAccuracy ( double relerr )

set max.

relative error estimate for numerical integration method

Parameters

relerr tolerance relative to integrator value

Definition at line 116 of file intg.cc.

References SetAccuracy().

◆ SetBaseRandomGenerator()

void simlib3::SetBaseRandomGenerator ( double(*)() new_gen )

set another random generator default Random() implementation can be replaced

Parameters

new_gen pointer to user-defined function

Definition at line 103 of file random1.cc.

References SIMLIB_RandomBase(), and SIMLIB_RandomBasePtr.

◆ SetCalendar()

void simlib3::SetCalendar ( const char * name )

choose calendar implementation default is list

Set calendar implementation.

Parameters

name	String identification of calendar: "list", "cq"

Definition at line 1250 of file calendar.cc.

◆ SetErrNo()

void simlib3::SetErrNo ( int num )

Definition at line 327 of file numint.cc.

References SIMLIB_ERRNO.

◆ SetName() [1/2]

void simlib3::SetName	(	SimObject &	o,
		const std::string &	name
	)

assign name to object

Definition at line 42 of file name.cc.

References simlib3::SimObject::SetName().

Referenced by simlib3::List::List(), and simlib3::Queue::Queue().

◆ SetName() [2/2]

void simlib3::SetName	(	SimObject *	o,
		const std::string &	name
	)

assign name to object

Definition at line 48 of file name.cc.

References simlib3::SimObject::SetName().

◆ SetOutput()

void simlib3::SetOutput ( const char * name )

redirects Output(), Print() to file

Parameters

name	name of output file

Definition at line 50 of file print.cc.

References OutFile.

◆ SetStep() [1/2]

void simlib3::SetStep ( double dt )

inline

set fixed integration step

Parameters

dt	(almost) fixed step size

Definition at line 196 of file simlib.h.

References SetStep().

◆ SetStep() [2/2]

void simlib3::SetStep	(	double	dtmin,
		double	dtmax
	)

Set integration step interval.

Parameters

dtmin	min. step size
dtmax	max. step size (can be slightly increased)

Definition at line 92 of file intg.cc.

References Dprintf, SetStepError, SIMLIB_error(), SIMLIB_MaxStep, and SIMLIB_MinStep.

Referenced by main(), and SetStep().

◆ sign()

static double simlib3::sign ( double x )

static

Definition at line 78 of file fun.cc.

Referenced by Sign().

◆ Sign()

Input simlib3::Sign ( Input x )

Definition at line 110 of file fun.cc.

References sign().

◆ SIMLIB_atexit()

void simlib3::SIMLIB_atexit ( SIMLIB_atexit_function_t p )

Definition at line 26 of file atexit.cc.

References atexit_array, DBG_ATEXIT, DEBUG, MAX_ATEXIT, and SIMLIB_internal_error.

Referenced by simlib3::CalendarList::create(), simlib3::CalendarQueue::create(), and simlib3::WaitUntilList::create().

◆ SIMLIB_atexit_call()

static void simlib3::SIMLIB_atexit_call ( )

static

Definition at line 39 of file atexit.cc.

References atexit_array, DBG_ATEXIT, DEBUG, and MAX_ATEXIT.

Referenced by simlib3::SIMLIB_module::~SIMLIB_module().

◆ SIMLIB_ContinueInit()

void simlib3::SIMLIB_ContinueInit ( )

Definition at line 125 of file intg.cc.

References simlib3::IntegratorContainer::InitAll(), simlib3::StatusContainer::InitAll(), simlib3::aCondition::InitAll(), simlib3::aCondition::isAny(), simlib3::IntegratorContainer::isAny(), simlib3::StatusContainer::isAny(), simlib3::aCondition::SetAll(), SIMLIB_DeltaTime, SIMLIB_Dynamic(), SIMLIB_DynamicFlag, SIMLIB_MaxStep, SIMLIB_OptStep, SIMLIB_StepStartTime, SIMLIB_Time, and simlib3::aCondition::TestAll().

Referenced by Run(), and SIMLIB_Init().

◆ SIMLIB_create_tmp_name()

std::string simlib3::SIMLIB_create_tmp_name	(	const char *	fmt,
			...
	)

printf-like function to create temporary name (the length of temporary names is limited)
used only for printing

Definition at line 80 of file name.cc.

Referenced by simlib3::Process::Name(), and simlib3::Event::Name().

◆ SIMLIB_DoActions()

void simlib3::SIMLIB_DoActions ( )

Definition at line 135 of file run.cc.

Referenced by Run().

◆ SIMLIB_DoConditions()

void simlib3::SIMLIB_DoConditions ( )

Definition at line 139 of file cond.cc.

References simlib3::aCondition::AllActions(), SampleDelays(), simlib3::aCondition::SetAll(), SIMLIB_ConditionFlag, and SIMLIB_ResetStatus.

Referenced by Run().

◆ SIMLIB_Dynamic()

void simlib3::SIMLIB_Dynamic ( )

performs evaluation of integrators and status blocks

Definition at line 35 of file continuous.cc.

References simlib3::StatusContainer::ClearAllValueOK(), simlib3::IntegratorContainer::EvaluateAll(), and simlib3::StatusContainer::EvaluateAll().

Referenced by simlib3::IntegrationMethod::FunCall(), simlib3::ABM4::Integrate(), simlib3::EULER::Integrate(), simlib3::FW::Integrate(), simlib3::RKE::Integrate(), simlib3::RKF3::Integrate(), simlib3::RKF5::Integrate(), simlib3::RKF8::Integrate(), simlib3::IntegrationMethod::Iterate(), simlib3::IntegrationMethod::Prepare(), and SIMLIB_ContinueInit().

◆ SIMLIB_error() [1/3]

void simlib3::SIMLIB_error	(	const char *	filename,
		const int	linenum
	)

print error message and abort program

print internal error messages

Definition at line 61 of file error.cc.

References _ABORT_TXT, _ErrMsg(), _INT_ERR_TXT, _Print(), ERROREXIT, InternalError, SIMLIB_DynamicFlag, SIMLIB_Phase, and Time.

◆ SIMLIB_error() [2/3]

void simlib3::SIMLIB_error	(	const char *	fmt,
			...
	)

print error message and abort program

print formatted error messages

Definition at line 48 of file error.cc.

References _ABORT_TXT, _ERR_TXT, _Print(), and Time.

◆ SIMLIB_error() [3/3]

void simlib3::SIMLIB_error ( const enum _ErrEnum N )

print error message and abort program

print specific error messages

Definition at line 38 of file error.cc.

References _ABORT_TXT, _ERR_TXT, _ErrMsg(), _Print(), ERROREXIT, SIMLIB_DynamicFlag, SIMLIB_Phase, and Time.

◆ SIMLIB_Init()

void simlib3::SIMLIB_Init	(	double	T0,
		double	T1,
		unsigned	version
	)

Definition at line 177 of file run.cc.

References _SetTime, CALL_HOOK, simlib3::SQS::Clear(), Dprintf, EndTime, InconsistentHeader, InitError, INITIALIZATION, InitInRunError, SIMLIB_ContinueInit(), SIMLIB_error(), SIMLIB_experiment_no, SIMLIB_MAXTIME, SIMLIB_MINTIME, SIMLIB_Phase, SIMLIB_version, SIMLIB_WUClear(), SIMULATION, StartTime, Time, and TwiceInitError.

Referenced by Init().

◆ SIMLIB_RandomBase()

double simlib3::SIMLIB_RandomBase ( )

Definition at line 75 of file random1.cc.

References MAXLONGINT, MULCONST, and SIMLIB_RandomSeed.

Referenced by SetBaseRandomGenerator().

◆ SIMLIB_version_string()

const char * simlib3::SIMLIB_version_string ( )

Get version of SIMLIB.

Returns: string with version of SIMLIB/C++

Definition at line 13 of file version.cc.

References SIMLIB_VERSION.

◆ SIMLIB_warning() [1/2]

void simlib3::SIMLIB_warning	(	const char *	fmt,
			...
	)

print warning message and continue

print warnings

Definition at line 80 of file error.cc.

References _ERR_TXT, _Print(), and Time.

◆ SIMLIB_warning() [2/2]

void simlib3::SIMLIB_warning ( const enum _ErrEnum N )

print warning message and continue

print warnings

Definition at line 74 of file error.cc.

References _ErrMsg(), _Print(), _WARNING_TXT, and Time.

Referenced by Debug(), simlib3::ABM4::Integrate(), simlib3::EULER::Integrate(), simlib3::FW::Integrate(), simlib3::RKE::Integrate(), simlib3::RKF3::Integrate(), simlib3::RKF5::Integrate(), simlib3::RKF8::Integrate(), simlib3::Process::Into(), simlib3::TStat::operator()(), simlib3::Store::SetQueue(), simlib3::Facility::SetQueue(), simlib3::CalendarQueue::switchtocq(), simlib3::Iterations::Value(), simlib3::Bisect::Value(), simlib3::RegulaFalsi::Value(), and simlib3::Newton::Value().

◆ SIMLIB_WUClear()

void simlib3::SIMLIB_WUClear ( )

Definition at line 123 of file run.cc.

References CALL_HOOK.

Referenced by SIMLIB_Init().

◆ Sin()

Input simlib3::Sin ( Input x )

Definition at line 96 of file fun.cc.

◆ Sqr()

Input simlib3::Sqr ( Input x )

square function

Definition at line 233 of file continuous.cc.

◆ Sqrt()

Input simlib3::Sqrt ( Input x )

Definition at line 112 of file fun.cc.

◆ Stop()

void simlib3::Stop ( )

stop current simulation run

Definition at line 147 of file run.cc.

References Dprintf, SFunctionUseError, SIMLIB_error(), SIMLIB_Phase, SIMULATION, and StopFlag.

◆ Tan()

Input simlib3::Tan ( Input x )

Definition at line 98 of file fun.cc.

◆ Triag()

double simlib3::Triag	(	double	mod,
		double	min,
		double	max
	)

Definition at line 193 of file random2.cc.

References max(), min(), and Random().

◆ Uniform()

double simlib3::Uniform	(	double	l,
		double	h
	)

Uniform distribution generator.

Parameters

l	low limit
h	high limit

Definition at line 71 of file random2.cc.

References BadUniformParam, Random(), and SIMLIB_error().

◆ UnitVector() [1/2]

Input2D simlib3::UnitVector ( Input2D x )

make unit vector from input (Abs(output_vec)==1)

Definition at line 388 of file simlib2D.cc.

◆ UnitVector() [2/2]

Input3D simlib3::UnitVector ( Input3D x )

make unit vector from input (Abs(output_vec)==1)

Definition at line 407 of file simlib3D.cc.

◆ Weibul()

double simlib3::Weibul	(	double	lambda,
		double	alfa
	)

Weibul distribution generator.

Parameters

lambda

param alfa

Definition at line 94 of file random2.cc.

References Random(), SIMLIB_error(), and WeibullError.

◆ WU_print()

void simlib3::WU_print ( )

Definition at line 75 of file waitunti.cc.

◆ Xpart() [1/2]

Input simlib3::Xpart ( Input2D a )

get x part of (x,y) vector value

Definition at line 420 of file simlib2D.cc.

References simlib3::_XYpart::x.

◆ Xpart() [2/2]

Input simlib3::Xpart ( Input3D a )

get x part of (x,y,z) vector value

Definition at line 440 of file simlib3D.cc.

References simlib3::_XYZpart::x.

◆ Ypart() [1/2]

Input simlib3::Ypart ( Input2D a )

get y part of (x,y) vector value

Definition at line 421 of file simlib2D.cc.

References simlib3::_XYpart::y.

◆ Ypart() [2/2]

Input simlib3::Ypart ( Input3D a )

get y part of (x,y,z) vector value

Definition at line 441 of file simlib3D.cc.

References simlib3::_XYZpart::y.

◆ Zpart()

Input simlib3::Zpart ( Input3D a )

get z part of (x,y,z) vector value

Definition at line 442 of file simlib3D.cc.

References simlib3::_XYZpart::z.

Variable Documentation

◆ _Errors

const char simlib3::_Errors[]

static

Definition at line 13 of file errors.cc.

Referenced by _ErrMsg().

◆ _T

class _Time simlib3::_T

static

block – simulation time

Definition at line 274 of file continuous.cc.

◆ abm4

ABM4 simlib3::abm4("abm4", "rkf5")	(	"abm4"	,
		"rkf5"
	)

Adams-Bashforth-Moulton, 4th order.

◆ abm_ord

const int simlib3::abm_ord =4

Definition at line 20 of file ni_abm4.h.

Referenced by simlib3::ABM4::Integrate().

◆ AbsoluteError

const double & simlib3::AbsoluteError =SIMLIB_AbsoluteError

max. abs. error of integration

max absolute error

Definition at line 53 of file intg.cc.

◆ allocator

class simlib3::EventNoticeAllocator simlib3::allocator

Referenced by simlib3::EventNotice::Create(), simlib3::EventNotice::Destroy(), simlib3::CalendarListImplementation::~CalendarListImplementation(), and simlib3::CalendarQueue::~CalendarQueue().

◆ atexit_array

SIMLIB_atexit_function_t simlib3::atexit_array[MAX_ATEXIT] = { 0, }

static

Definition at line 23 of file atexit.cc.

Referenced by SIMLIB_atexit(), and SIMLIB_atexit_call().

◆ COEF_PAR

const double simlib3::COEF_PAR = 1.5

Definition at line 540 of file calendar.cc.

Referenced by simlib3::CalendarQueue::Resize(), and simlib3::CalendarQueue::switchtocq().

◆ counter

int simlib3::counter = 0

static

Definition at line 22 of file atexit.cc.

Referenced by simlib3::SIMLIB_module::Init(), simlib3::SIMLIB_module::SIMLIB_module(), and simlib3::SIMLIB_module::~SIMLIB_module().

◆ Current

Entity *const & simlib3::Current = SIMLIB_Current

pointer to active (now running) entity

Definition at line 54 of file run.cc.

Referenced by simlib3::Barrier::Enter(), simlib3::Store::Enter(), simlib3::Semaphore::P(), simlib3::Facility::Seize(), and simlib3::Barrier::Wait().

◆ EndTime

const double & simlib3::EndTime = SIMLIB_EndTime

time of simulation end

Definition at line 50 of file run.cc.

Referenced by Run(), and SIMLIB_Init().

◆ euler

EULER simlib3::euler("euler") ( "euler" )

Euler method.

◆ flag

bool simlib3::flag = false

static

Definition at line 89 of file waitunti.cc.

Referenced by simlib3::WaitUntilList::GetCurrent(), simlib3::WaitUntilList::InsertCurrent(), simlib3::Facility::Release(), simlib3::Status::SetValid(), and simlib3::WaitUntilList::WU_hook().

◆ fw

FW simlib3::fw("fw") ( "fw" )

Fowler-Warten (Warning: needs testing, do not use)

◆ INICONST

const myint32 simlib3::INICONST = 1537L

Definition at line 48 of file random1.cc.

◆ LIST_MAX

const unsigned simlib3::LIST_MAX = 512

Definition at line 535 of file calendar.cc.

Referenced by simlib3::CalendarQueue::ScheduleAt().

◆ LIST_MIN

const unsigned simlib3::LIST_MIN = LIST_MAX/2

Definition at line 537 of file calendar.cc.

Referenced by simlib3::CalendarQueue::Get(), and simlib3::CalendarQueue::GetFirst().

◆ MAX_ATEXIT

const int simlib3::MAX_ATEXIT = 10

static

Definition at line 21 of file atexit.cc.

Referenced by SIMLIB_atexit(), and SIMLIB_atexit_call().

◆ MAXHISTOCOUNT

const unsigned simlib3::MAXHISTOCOUNT = 10000

Definition at line 30 of file histo.cc.

Referenced by simlib3::Histogram::Histogram(), and simlib3::Histogram::Init().

◆ MAXLONGINT

const myint32 simlib3::MAXLONGINT = 0x7FFFFFFFUL

Definition at line 52 of file random1.cc.

Referenced by SIMLIB_RandomBase().

◆ MaxStep

const double & simlib3::MaxStep =SIMLIB_MaxStep

maximal integration step

maximal step size

Definition at line 47 of file intg.cc.

◆ MINBUCKETS

const unsigned simlib3::MINBUCKETS = LIST_MAX>4?LIST_MAX:4

Definition at line 536 of file calendar.cc.

Referenced by simlib3::CalendarQueue::Resize().

◆ MinStep

const double & simlib3::MinStep =SIMLIB_MinStep

minimal integration step

minimal step size

Definition at line 46 of file intg.cc.

◆ MUL_PAR

const double simlib3::MUL_PAR = 1.0

Definition at line 543 of file calendar.cc.

Referenced by simlib3::CalendarQueue::estimate_bucket_width(), and simlib3::CalendarQueue::switchtocq().

◆ MULCONST

const myint32 simlib3::MULCONST = 1220703125L

Definition at line 49 of file random1.cc.

Referenced by SIMLIB_RandomBase().

◆ name_dict

NameDict simlib3::name_dict

static

Definition at line 66 of file object.cc.

Referenced by simlib3::SimObject::Name(), simlib3::SimObject::SetName(), and simlib3::SimObject::~SimObject().

◆ NextTime

const double & simlib3::NextTime = SIMLIB_NextTime

next-event time

Definition at line 49 of file run.cc.

Referenced by simlib3::SQS::Clear(), simlib3::SQS::Get(), simlib3::SQS::GetFirst(), simlib3::IntegrationMethod::Prepare(), Run(), simlib3::SQS::ScheduleAt(), and simlib3::IntegrationMethod::Summarize().

◆ OptStep

const double & simlib3::OptStep =SIMLIB_OptStep

optimal integration step

optimal step size

Definition at line 49 of file intg.cc.

Referenced by simlib3::ABM4::Integrate(), simlib3::EULER::Integrate(), simlib3::FW::Integrate(), simlib3::RKE::Integrate(), simlib3::RKF3::Integrate(), simlib3::RKF5::Integrate(), and simlib3::RKF8::Integrate().

◆ OutFile

class simlib3::_FileWrap simlib3::OutFile

Referenced by _Print(), Error(), Print(), and SetOutput().

◆ P_Context

P_Context_t* volatile simlib3::P_Context = 0

static

temporary global process state

Definition at line 72 of file process.cc.

Referenced by simlib3::Process::_Run(), ALLOC_CONTEXT(), FREE_CONTEXT(), PROCESS_INTERRUPT_f(), and restore_context2().

◆ P_DispatcherStatusBuffer

jmp_buf simlib3::P_DispatcherStatusBuffer

static

setjmp() state before dispatch

Definition at line 68 of file process.cc.

Referenced by simlib3::Process::_Run(), and PROCESS_INTERRUPT_f().

◆ P_StackBase

char* volatile simlib3::P_StackBase = 0

static

global start of stack area

Definition at line 69 of file process.cc.

Referenced by simlib3::Process::_Run(), PROCESS_INTERRUPT_f(), and restore_context2().

◆ P_StackBase2

char* volatile simlib3::P_StackBase2 = 0

static

used for checking only

Definition at line 70 of file process.cc.

Referenced by simlib3::Process::_Run(), and restore_context().

◆ P_StackSize

volatile size_t simlib3::P_StackSize = 0

static

temporary global stack size

Definition at line 73 of file process.cc.

Referenced by simlib3::Process::_Run(), PROCESS_INTERRUPT_f(), and restore_context2().

◆ Phase

const SIMLIB_Phase_t & simlib3::Phase = SIMLIB_Phase

This variable contains the current phase of experiment (used for internal checking)

Definition at line 58 of file run.cc.

◆ RelativeError

const double & simlib3::RelativeError =SIMLIB_RelativeError

max. rel. error

max relative error

Definition at line 54 of file intg.cc.

◆ rke

RKE simlib3::rke("rke") ( "rke" )

Runge-Kutta-England, 4th order?

◆ rkf3

RKF3 simlib3::rkf3("rkf3") ( "rkf3" )

Runge-Kutta-Fehlberg, 3rd order.

◆ rkf5

RKF5 simlib3::rkf5("rkf5") ( "rkf5" )

Runge-Kutta-Fehlberg, 5th order.

◆ rkf8

RKF8 simlib3::rkf8("rkf8") ( "rkf8" )

Runge-Kutta-Fehlberg, 8th order.

◆ SIGNBIT

const myint32 simlib3::SIGNBIT = 0x80000000UL

Definition at line 53 of file random1.cc.

◆ SIMLIB_AbsoluteError

double simlib3::SIMLIB_AbsoluteError =0

absolute error

Definition at line 42 of file intg.cc.

Referenced by simlib3::ABM4::Integrate(), simlib3::EULER::Integrate(), simlib3::FW::Integrate(), simlib3::RKE::Integrate(), simlib3::RKF3::Integrate(), simlib3::RKF5::Integrate(), simlib3::RKF8::Integrate(), and SetAccuracy().

◆ SIMLIB_ConditionFlag

bool simlib3::SIMLIB_ConditionFlag = false

Definition at line 30 of file cond.cc.

Referenced by simlib3::aCondition::InitAll(), simlib3::ABM4::Integrate(), simlib3::EULER::Integrate(), simlib3::FW::Integrate(), simlib3::RKE::Integrate(), simlib3::IntegrationMethod::IsConditionFlag(), simlib3::IntegrationMethod::Prepare(), SIMLIB_DoConditions(), simlib3::Condition::Test(), and simlib3::aCondition::TestAll().

◆ SIMLIB_ContractStep

double simlib3::SIMLIB_ContractStep = SIMLIB_MAXTIME

requested step size

Definition at line 59 of file intg.cc.

Referenced by ContractStep(), simlib3::IntegrationMethod::InitStep(), simlib3::ABM4::Integrate(), simlib3::EULER::Integrate(), simlib3::FW::Integrate(), simlib3::RKE::Integrate(), simlib3::RKF3::Integrate(), simlib3::RKF5::Integrate(), simlib3::RKF8::Integrate(), simlib3::IntegrationMethod::Iterate(), and simlib3::IntegrationMethod::StateCond().

◆ SIMLIB_ContractStepFlag

bool simlib3::SIMLIB_ContractStepFlag = false

requests shorter step

Definition at line 58 of file intg.cc.

Referenced by ContractStep(), simlib3::IntegrationMethod::InitStep(), simlib3::ABM4::Integrate(), simlib3::EULER::Integrate(), simlib3::FW::Integrate(), simlib3::RKE::Integrate(), simlib3::RKF3::Integrate(), simlib3::RKF5::Integrate(), simlib3::RKF8::Integrate(), simlib3::IntegrationMethod::Iterate(), and simlib3::IntegrationMethod::StateCond().

◆ SIMLIB_Current

Entity * simlib3::SIMLIB_Current = NULL

Definition at line 53 of file run.cc.

Referenced by simlib3::Process::_WaitUntil(), simlib3::WaitUntilList::InsertCurrent(), Run(), simlib3::Event::Terminate(), simlib3::Entity::Terminate(), and simlib3::WaitUntilList::WU_hook().

◆ SIMLIB_debug_flag

unsigned long simlib3::SIMLIB_debug_flag = 0UL

Definition at line 32 of file debug.cc.

Referenced by Debug().

◆ SIMLIB_DeltaTime

double simlib3::SIMLIB_DeltaTime

Time-SIMLIB_StepStartTime.

Definition at line 35 of file intg.cc.

Referenced by simlib3::IntegrationMethod::FunCall(), simlib3::ABM4::Integrate(), simlib3::EULER::Integrate(), simlib3::FW::Integrate(), simlib3::RKE::Integrate(), simlib3::RKF3::Integrate(), simlib3::RKF5::Integrate(), simlib3::RKF8::Integrate(), simlib3::IntegrationMethod::Iterate(), simlib3::IntegrationMethod::Prepare(), SIMLIB_ContinueInit(), and simlib3::IntegrationMethod::Summarize().

◆ SIMLIB_DynamicFlag

bool simlib3::SIMLIB_DynamicFlag = false

in dynamic section

Definition at line 56 of file intg.cc.

Referenced by simlib3::Integrator::CtrInit(), simlib3::Status::CtrInit(), simlib3::IntegrationMethod::SetMethod(), simlib3::MultiStepMethod::SetStarter(), SIMLIB_ContinueInit(), SIMLIB_error(), simlib3::IntegrationMethod::StepSim(), simlib3::Condition::Test(), simlib3::Integrator::~Integrator(), and simlib3::Status::~Status().

◆ SIMLIB_EndTime

double simlib3::SIMLIB_EndTime

Definition at line 43 of file run.cc.

◆ SIMLIB_Entity_Count

unsigned long simlib3::SIMLIB_Entity_Count = 0L

static

current number of entities in model

Definition at line 27 of file entity.cc.

◆ SIMLIB_ERRNO

int simlib3::SIMLIB_ERRNO =0

Definition at line 32 of file intg.cc.

Referenced by simlib3::IntegrationMethod::GetErrNo(), simlib3::ABM4::Integrate(), simlib3::EULER::Integrate(), simlib3::FW::Integrate(), simlib3::RKE::Integrate(), simlib3::RKF3::Integrate(), simlib3::RKF5::Integrate(), simlib3::RKF8::Integrate(), and SetErrNo().

◆ SIMLIB_experiment_no

unsigned long simlib3::SIMLIB_experiment_no = 0

Definition at line 61 of file run.cc.

Referenced by SIMLIB_Init().

◆ SIMLIB_IMPLEMENTATION

simlib3::SIMLIB_IMPLEMENTATION

Definition at line 34 of file algloop.cc.

◆ SIMLIB_Integrator_0input

Constant simlib3::SIMLIB_Integrator_0input(0) ( 0 )

dummy input with zero value

◆ SIMLIB_MaxStep

double simlib3::SIMLIB_MaxStep =1

max. step

Definition at line 39 of file intg.cc.

Referenced by simlib3::IntegrationMethod::InitStep(), simlib3::ABM4::Integrate(), simlib3::EULER::Integrate(), simlib3::FW::Integrate(), simlib3::RKE::Integrate(), simlib3::RKF3::Integrate(), simlib3::RKF5::Integrate(), simlib3::RKF8::Integrate(), SetStep(), and SIMLIB_ContinueInit().

◆ SIMLIB_MAXTIME

const double simlib3::SIMLIB_MAXTIME = 1.0e30

maximum time (1e30 works for float, too)

Definition at line 148 of file simlib.h.

Referenced by simlib3::Entity::ActivationTime(), simlib3::CalendarList::CalendarList(), simlib3::CalendarQueue::CalendarQueue(), simlib3::CalendarList::clear(), simlib3::CalendarQueue::clear(), simlib3::CalendarQueue::estimate_bucket_width(), simlib3::CalendarList::Get(), simlib3::CalendarQueue::Get(), simlib3::CalendarList::GetFirst(), simlib3::CalendarQueue::GetFirst(), simlib3::CalendarQueue::SearchMinTime(), and SIMLIB_Init().

◆ SIMLIB_MinStep

double simlib3::SIMLIB_MinStep =1e-10

minimal step

Definition at line 38 of file intg.cc.

Referenced by ContractStep(), simlib3::IntegrationMethod::InitStep(), simlib3::ABM4::Integrate(), simlib3::EULER::Integrate(), simlib3::FW::Integrate(), simlib3::RKE::Integrate(), simlib3::RKF3::Integrate(), simlib3::RKF5::Integrate(), simlib3::RKF8::Integrate(), simlib3::IntegrationMethod::Iterate(), SetStep(), and simlib3::IntegrationMethod::StateCond().

◆ SIMLIB_MINTIME

const double simlib3::SIMLIB_MINTIME = 0.0

minimal time value

Definition at line 147 of file simlib.h.

Referenced by SIMLIB_Init().

◆ SIMLIB_module_id

SIMLIB_module simlib3::SIMLIB_module_id

static

Create single global registration object in each SIMLIB module.

Should be first initialized object in the module

Definition at line 73 of file internal.h.

◆ SIMLIB_NextTime

double simlib3::SIMLIB_NextTime

Definition at line 42 of file run.cc.

◆ SIMLIB_OptStep

double simlib3::SIMLIB_OptStep

optimal step

Definition at line 37 of file intg.cc.

Referenced by simlib3::ABM4::Integrate(), simlib3::EULER::Integrate(), simlib3::FW::Integrate(), simlib3::RKE::Integrate(), simlib3::RKF3::Integrate(), simlib3::RKF5::Integrate(), simlib3::RKF8::Integrate(), simlib3::IntegrationMethod::Prepare(), simlib3::IntegrationMethod::SetOptStep(), and SIMLIB_ContinueInit().

◆ SIMLIB_Phase

SIMLIB_Phase_t simlib3::SIMLIB_Phase = START

Definition at line 57 of file run.cc.

Referenced by Abort(), simlib3::Parameter2D::operator=(), simlib3::Parameter3D::operator=(), Run(), SIMLIB_error(), SIMLIB_Init(), and Stop().

◆ SIMLIB_RandomBasePtr

double(* simlib3::SIMLIB_RandomBasePtr) () ( ) = SIMLIB_RandomBase

static

Definition at line 88 of file random1.cc.

Referenced by Random(), and SetBaseRandomGenerator().

◆ SIMLIB_RandomSeed

myint32 simlib3::SIMLIB_RandomSeed = INICONST

static

Definition at line 59 of file random1.cc.

Referenced by RandomSeed(), and SIMLIB_RandomBase().

◆ SIMLIB_RelativeError

double simlib3::SIMLIB_RelativeError =0.001

relative error

Definition at line 43 of file intg.cc.

Referenced by simlib3::ABM4::Integrate(), simlib3::EULER::Integrate(), simlib3::FW::Integrate(), simlib3::RKE::Integrate(), simlib3::RKF3::Integrate(), simlib3::RKF5::Integrate(), simlib3::RKF8::Integrate(), and SetAccuracy().

◆ SIMLIB_ResetStatus

bool simlib3::SIMLIB_ResetStatus = false

flag set if there is a need for integration method restart

Definition at line 86 of file intg.cc.

Referenced by simlib3::Integrator::CtrInit(), simlib3::Status::CtrInit(), simlib3::Integrator::Init(), simlib3::IntegrationMethod::Prepare(), Run(), simlib3::Integrator::Set(), and SIMLIB_DoConditions().

◆ SIMLIB_run_statistics

SIMLIB_statistics_t simlib3::SIMLIB_run_statistics

static

Definition at line 77 of file run.cc.

Referenced by Run().

◆ SIMLIB_StartTime

double simlib3::SIMLIB_StartTime

Definition at line 40 of file run.cc.

◆ SIMLIB_statistics

const SIMLIB_statistics_t & simlib3::SIMLIB_statistics = SIMLIB_run_statistics

interface to internal run-time statistics structure

Definition at line 78 of file run.cc.

◆ SIMLIB_StepSize

double simlib3::SIMLIB_StepSize

actual step

Definition at line 40 of file intg.cc.

Referenced by simlib3::IntegrationMethod::FunCall(), simlib3::IntegrationMethod::InitStep(), simlib3::ABM4::Integrate(), simlib3::EULER::Integrate(), simlib3::FW::Integrate(), simlib3::RKE::Integrate(), simlib3::RKF3::Integrate(), simlib3::RKF5::Integrate(), simlib3::RKF8::Integrate(), simlib3::IntegrationMethod::Iterate(), simlib3::IntegrationMethod::Prepare(), simlib3::IntegrationMethod::SetStepSize(), and simlib3::IntegrationMethod::StateCond().

◆ SIMLIB_StepStartTime

double simlib3::SIMLIB_StepStartTime

last step time

Definition at line 34 of file intg.cc.

Referenced by ContractStep(), simlib3::IntegrationMethod::FunCall(), simlib3::ABM4::Integrate(), simlib3::EULER::Integrate(), simlib3::FW::Integrate(), simlib3::RKE::Integrate(), simlib3::RKF3::Integrate(), simlib3::RKF5::Integrate(), simlib3::RKF8::Integrate(), simlib3::IntegrationMethod::Iterate(), simlib3::IntegrationMethod::Prepare(), simlib3::StatusMethod::RestoreState(), SIMLIB_ContinueInit(), and simlib3::IntegrationMethod::Summarize().

◆ SIMLIB_Time

double simlib3::SIMLIB_Time

Definition at line 209 of file internal.h.

Referenced by SIMLIB_ContinueInit().

◆ SIMLIB_version

const unsigned simlib3::SIMLIB_version = __SIMLIB__

library version

Definition at line 9 of file version.cc.

Referenced by SIMLIB_Init().

◆ SimObject_allocated

bool simlib3::SimObject_allocated = false

static

Definition at line 24 of file object.cc.

Referenced by simlib3::SimObject::operator new(), and simlib3::SimObject::SimObject().

◆ StartTime

const double & simlib3::StartTime = SIMLIB_StartTime

time of simulation start

Definition at line 47 of file run.cc.

Referenced by Run(), and SIMLIB_Init().

◆ StepSize

const double & simlib3::StepSize =SIMLIB_StepSize

actual integration step

current step size

Definition at line 48 of file intg.cc.

Referenced by Run().

◆ StopFlag

bool simlib3::StopFlag = false

static

Definition at line 83 of file run.cc.

Referenced by Run(), and Stop().

◆ T

aContiBlock & simlib3::T = _T

simulation time block reference

model time (continuous block)

Definition at line 276 of file continuous.cc.

Referenced by Sample().

◆ Time

const double & simlib3::Time = SIMLIB_Time

model time (is NOT the block)

Definition at line 48 of file run.cc.

Referenced by simlib3::Entity::Activate(), TestProcess::Behavior(), simlib3::Sampler::Behavior(), simlib3::ZDelayTimer::Behavior(), simlib3::TStat::Clear(), simlib3::IntegrationMethod::FunCall(), simlib3::Queue::Get(), simlib3::Delay::Init(), simlib3::ABM4::Integrate(), simlib3::EULER::Integrate(), simlib3::FW::Integrate(), simlib3::RKE::Integrate(), simlib3::RKF3::Integrate(), simlib3::RKF5::Integrate(), simlib3::RKF8::Integrate(), simlib3::IntegrationMethod::Iterate(), main(), simlib3::TStat::MeanValue(), simlib3::TStat::operator()(), simlib3::TStat::Output(), simlib3::Queue::Output(), simlib3::Facility::Output(), simlib3::Store::Output(), simlib3::Queue::PredIns(), simlib3::IntegrationMethod::Prepare(), simlib3::Facility::Release(), simlib3::StatusMethod::RestoreState(), Run(), simlib3::Delay::Sample(), simlib3::Sampler::Sample(), simlib3::CalendarList::ScheduleAt(), simlib3::CalendarQueue::ScheduleAt(), simlib3::Facility::Seize(), simlib3::Delay::Set(), SIMLIB_error(), SIMLIB_Init(), SIMLIB_warning(), simlib3::IntegrationMethod::StepSim(), simlib3::Sampler::Stop(), simlib3::IntegrationMethod::Summarize(), simlib3::_Time::Value(), simlib3::Delay::Value(), simlib3::Barrier::Wait(), and simlib3::Process::Wait().

◆ Zero2D

Constant2D simlib3::Zero2D(0, 0)	(	0	,
		0
	)

static

◆ Zero3D

Constant3D simlib3::Zero3D(0, 0, 0)	(	0	,
		0	,
		0
	)

static

Namespaces

Classes

Typedefs

Enumerations

Functions

Variables

Detailed Description

Typedef Documentation

◆ Backlash

◆ DeadZone

◆ EntityPriority_t

◆ Friction

◆ Hysteresis

◆ Limitation

◆ myint32

◆ opt_function_t

◆ Quantizer

◆ ServicePriority_t

◆ SIMLIB_atexit_function_t

◆ VoidFunctionPtr

Enumeration Type Documentation

◆ anonymous enum

◆ SIMLIB_Phase_t

Function Documentation

◆ _ErrMsg()

◆ _gam()

◆ _Print()

◆ Abort()

◆ abs() [1/2]

◆ abs() [2/2]

◆ Abs() [1/3]

◆ Abs() [2/3]

◆ Abs() [3/3]

◆ accept_bad()

◆ ACos()

◆ Activate()

◆ Alloc()

◆ ALLOC_CONTEXT()

◆ ASin()

◆ ATan()

◆ ATan2()

◆ Beta()

◆ ContractStep() [1/2]

◆ ContractStep() [2/2]

◆ Cos()

◆ Debug()

◆ DebugOFF()

◆ DebugON()

◆ DEFINE_HOOK() [1/8]

◆ DEFINE_HOOK() [2/8]

◆ DEFINE_HOOK() [3/8]

◆ DEFINE_HOOK() [4/8]

◆ DEFINE_HOOK() [5/8]

◆ DEFINE_HOOK() [6/8]

◆ DEFINE_HOOK() [7/8]

◆ DEFINE_HOOK() [8/8]

◆ Erlang()

◆ Error()

◆ Exp()

◆ Exponential()

◆ FREE_CONTEXT()

◆ Gamma()

◆ Geom()

◆ GetName() [1/2]

◆ GetName() [2/2]

◆ hooke_step()

◆ HyperGeom()

◆ Init()

◆ Ln()

◆ Log10()

◆ Logar()

◆ max()

◆ Max()

◆ min()

◆ Min()

◆ move_to_next_point()

◆ NegBin()

◆ NegBinM()

◆ Normal()

◆ operator*() [1/11]