SIMLIB/C++
3.07
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Classes | |
class | simlib3::SimObject |
Base class for almost all SIMLIB classes. More... | |
class | simlib3::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 | simlib3::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 | simlib3::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 | simlib3::Event |
abstract base class for events Event behavior is simple function (can not be interrupted) More... | |
class | simlib3::Sampler |
objects of this class call global function periodically (typicaly used for output of continuous model) More... | |
class | simlib3::Stat |
class for statistical information gathering More... | |
class | simlib3::TStat |
time dependent statistic More... | |
class | simlib3::List |
list of Link* items, uses data from Link More... | |
class | simlib3::Queue |
priority queue More... | |
class | simlib3::Histogram |
histogram statistics More... | |
class | simlib3::Facility |
(SOL-like) facility Facility with exclusive access and service priority More... | |
class | simlib3::Store |
(SOL-like) store store capacity can be changed dynamically More... | |
class | simlib3::aBlock |
abstract base class for all blocksblocks/SimObject have not copy semantics (TODO: add move semantics) More... | |
class | simlib3::aContiBlock |
abstract base for continuous blocks with single output suitable for expression-tree building and evaluation More... | |
class | simlib3::Constant |
block: constant (value can not be changed) More... | |
class | simlib3::Variable |
block: variable (value can be changed) More... | |
class | simlib3::Parameter |
block: parameter (can not be changed during simulation run) More... | |
class | simlib3::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 | simlib3::aContiBlock1 |
base for continuous blocks with single input and algebraic loop check More... | |
struct | simlib3::Expression |
reference to block expression This block can be used as handle for block expression trees More... | |
class | simlib3::aContiBlock2 |
base for continuous blocks with two inputs More... | |
class | simlib3::aContiBlock3 |
base for continuous blocks vith three inputs and algebraic loop check More... | |
class | simlib3::Integrator |
block for numerical integration input is derivative, output is state More... | |
class | simlib3::Status |
State variables (memory) base for blocks with internal state (Relay, ...) More... | |
class | simlib3::Hyst |
nonlinear block - hysteresis More... | |
class | simlib3::Blash |
nonlinear block - backlash More... | |
class | simlib3::Relay |
Relay this implementation detects exact time of switch. More... | |
class | simlib3::Function1 |
block parametrized by function with single argument More... | |
class | simlib3::Function2 |
block parametrized by function with two arguments More... | |
class | simlib3::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 | simlib3::ConditionUp |
detector of FALSE–>TRUE More... | |
class | simlib3::ConditionDown |
detector of TRUE–>FALSE More... | |
class | simlib3::Lim |
nonlinear block: limitation More... | |
class | simlib3::Insv |
nonlinear block: dead zone More... | |
class | simlib3::Qntzr |
nonlinear block: quantizer More... | |
class | simlib3::Frict |
nonlinear block: friction More... | |
class | simlib3::Rline |
nonlinear block: function defined by given table of values More... | |
class | simlib3::AlgLoop |
abstract base for algebraic loop solvers More... | |
class | simlib3::Iterations |
solve using iterations More... | |
class | simlib3::Bisect |
solve using bisection method More... | |
class | simlib3::RegulaFalsi |
solve using regula falsi method More... | |
class | simlib3::Newton |
solve using modified Newton's method More... | |
class | simlib3::Semaphore |
basic synchronization tool for processes simplified implementation More... | |
class | simlib3::Barrier |
synchronization tool for processes More... | |
struct | simlib3::SIMLIB_statistics_t |
internal statistics structure contains basic statistics of simulator execution More... | |
Functions | |
void | simlib3::SetMethod (const char *name) |
select the integration method More... | |
const char * | simlib3::GetMethod (void) |
get the name of the method which is used More... | |
void | simlib3::SetStarter (const char *name, const char *slave_name) |
set the method which will be used to start given multistep method More... | |
void | simlib3::SetStarter (const char *slave_name) |
set the method which will be used to start currently used multistep method More... | |
const char * | simlib3::GetStarter (const char *name) |
get the name of the method which is used to start given multistep method More... | |
const char * | simlib3::GetStarter (void) |
get the name of the method which is used to start currently used multistep method More... | |
void | simlib3::InstallBreak (void(*f)()) |
InstallBreak — set function for checking if user breaks simulation. More... | |
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inline |
get the name of the method which is used
Definition at line 1249 of file simlib.h.
References simlib3::IntegrationMethod::GetMethod().
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inline |
get the name of the method which is used to start given multistep method
Definition at line 1270 of file simlib.h.
References simlib3::MultiStepMethod::GetStarter().
Referenced by simlib3::MultiStepMethod::IsSingleStep().
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inline |
get the name of the method which is used to start currently used multistep method
Definition at line 1278 of file simlib.h.
References simlib3::IntegrationMethod::GetMethod(), and simlib3::MultiStepMethod::GetStarter().
void simlib3::InstallBreak | ( | void(*)() | f | ) |
InstallBreak — set function for checking if user breaks simulation.
Definition at line 104 of file run.cc.
References simlib3::DEFINE_HOOK(), and INSTALL_HOOK.
Referenced by simlib3::Newton::Newton().
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inline |
select the integration method
name | "abm4", "euler", "fw", "rke"(default), "rkf3", "rkf5", "rkf8" |
Definition at line 1242 of file simlib.h.
References simlib3::IntegrationMethod::SetMethod().
Referenced by simlib3::IntegrationMethod::IntegrationDone().
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inline |
set the method which will be used to start given multistep method
Definition at line 1256 of file simlib.h.
References simlib3::MultiStepMethod::SetStarter().
Referenced by simlib3::MultiStepMethod::IsSingleStep().
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inline |
set the method which will be used to start currently used multistep method
Definition at line 1263 of file simlib.h.
References simlib3::IntegrationMethod::GetMethod(), and simlib3::MultiStepMethod::SetStarter().