Banksim User Generate Model¶

Author: Changbeom Choi (@cbchoi) Copyright (c) 2014-2020 Handong Global University Copyright (c) 2021-2024 Hanbat National University License: MIT. The full license text is available at: https://github.com/eventsim/pyjevsim/blob/main/LICENSE

This module contains Banksim User Generator Model

class examples.banksim.model.model_user_gen.BankUser(_id: int, s_t: float)[source]¶

Bases: object

calc_wait_time(w_t: float) → None[source]¶

Calculates the wait time.

Parameters:: w_t (float) – Done time

get_arrival_time() → float[source]¶

Returns:: Arrival time
Return type:: float

get_id() → int[source]¶

Returns:: User ID
Return type:: int

get_service_time() → float[source]¶

Returns:: Service time
Return type:: float

get_wait_time() → float[source]¶

Returns:: Wait time
Return type:: float

set_arrival_time(a_t: float) → None[source]¶

Parameters:: a_t (float) – Arrival time

set_drop_time(d_t: float) → None[source]¶

Parameters:: a_t (float) – Arrival time

class examples.banksim.model.model_user_gen.BankUserGenerator(name)[source]¶

Bases: BehaviorModel

A Model representing a bank user generator.

ext_trans(port, msg)[source]¶

Handles external transitions based on the input port.

Parameters:

port (str) – The port that received the message
msg (SysMessage) – The received message

get_user()[source]¶

int_trans()[source]¶: Handles internal transitions based on the current state.

output(msg_deliver)[source]¶

Generates the output message when in the “GEN” state.

Returns:: The output message
Return type:: SysMessage

set_state_idle()[source]¶

Banksim Queue Model¶

This module contains Banksim Queue Model

class examples.banksim.model.model_queue.BankQueue(name, queue_size, proc_num)[source]¶

Bases: BehaviorModel

Class representing a bank queue managing users and processors.

ext_trans(port, msg)[source]¶

Handles external transitions based on the input port.

Parameters:

port (str) – The port that received the message
msg (SysMessage) – The received message

int_trans()[source]¶: Handles internal transitions based on the current state.

output(msg_deliver)[source]¶

Generates the output message when in the “SEND” state.

Returns:: The output message
Return type:: SysMessage

set_proc_num(proc_num)[source]¶

Sets the number of processors and adjusts the usable processor list.

Parameters:: proc_num (int) – Number of processors

set_queue_size(queue_size)[source]¶

Sets the maximum size of the queue.

Parameters:: queue_size (int) – Maximum size of the queue

Banksim Accountant Model¶

This module contains Banksim Accountant Model

class examples.banksim.model.model_accountant.BankAccountant(name, proc_num)[source]¶

Bases: BehaviorModel

A Model representing a bank accountant processing bank users.

ext_trans(port, msg)[source]¶

Handles external transitions based on the input port.

Parameters:

port (str) – The port that received the message
msg (SysMessage) – The received message

int_trans()[source]¶: Handles internal transitions based on the current state.

output(msg_deliver)[source]¶

Generates the output message when in the “PROC” state.

Returns:: The output message
Return type:: SysMessage

Banksim Result Model¶

This module contains Banksim User Generator Model

class examples.banksim.model.model_result.BankResult(name, max_user)[source]¶

Bases: BehaviorModel

A Model representing a bank user generator.

ext_trans(port, msg)[source]¶

Handles external transitions based on the input port.

Parameters:

port (str) – The port that received the message
msg (SysMessage) – The received message

get_result()[source]¶

int_trans()[source]¶: Defines the internal transition, to be implemented by subclasses

output(msg_deliver)[source]¶: Defines the output function, to be implemented by subclasses