mms module

Description: module is the definition of base classes

Module use packages:

• import math

class Carrier («Ontological Atom»)

Description: User type
Concept: class is the interaction carrier
Bases: object

Attributes:

Name	Type	Description
direction	enumeration	direction in space

class Jump:

Description: Linked list node
Concept: class is the motion count
Bases: object

Attributes:

Name	Type	Description
direction	enumeration	direction in space
next	Inctance of class Jump	next node

class Leaf («Ontological Atom»)

Description: Leaf of pattern Composite
Concept: Particle
Bases: object
def __init__(self, v)

Name	Type	Description
v	int	velocity of particle

Attributes:

Name	Type	Description
head_of_jump	Inctance of class Jump	list head
current_jump	Inctance of class Jump	current node of list
tick	int	time counter

Operations:

def is_active(self)
Description: list Jump isn’t None check
def jumpp(self)
Description: shift list Jump
def run(self)
Description: shift list tmp
def reset(self)
Description: set list Jump in start
def do_impact(self, car)
Description: create node Jump and append in list
Parameters:

Name	Type	Description
car	Inctance of class Carrier	interaction carrier

def interaction(self, car)
Description: The particle impact on the interaction carrier
Parameters:

Name	Type	Description
car	Inctance of class Carrier	interaction carrier

class Temp

Description: Linked list tmp node
Concept: Time interval
Bases: object

def __init__(self, t)

Name	Type	Description
t	Inctance of class Temp	time stamp for measurement

Attributes:

Name	Type	Description
next	Inctance of class Temp	next node
t	int	time counter
marker	Inctance of class Time	time marked
dedicated_node	bool	time counter

class ListItem («Ontological Space»)

Description: Linked list lst node
Concept: A cell of physical space
Bases: object

def __init__(self, x, o)

Name	Type	Description
x	int	coordinate stamp for measurement
o	Inctance of class Table	detector

Attributes:

Name	Type	Description
x	int	coordinate stamp for measurement
left	Inctance of class ListItem	next node
right	Inctance of class ListItem	next node
contents	Inctance of class Leaf	content of cell
tmp	Inctance of class Time	current node of list
count_tmp	int	length list tmp
temp	Inctance of class Time	head of list
observer	Inctance of class Table	detector
_err_flag	bool	error indicator

Operations:

def app_temp(self, tm)
Description: append a new node to linked list tmp
Parameters:

Name	Type	Description
tm	Inctance of class Temp	current time moment

def one_jump(self)
Description: one jump of particle

def item_run(self, tt, t_glob, c)
Description: activity in physical cell
Parameters:

Name	Type	Description
tt	Inctance of class Temp	current time moment
t_glob	int	current tick
c	Inctance of class Carrier	interaction carrier

def reset_tmp(self)
Description: set list tmp in start

class Composite («Ontological Category»)

Description: Composite of pattern Composite
Concept: a physical space model
Bases: object

` def init(self, size_tick, count_tick, observer)`

Name	Type	Description
size_tick	int	time tick size
count_tick	int	ticks count
observer	Inctance of class Table	detector

Attributes:

Name	Type	Description
tmp	Inctance of class Temp	time (list)
lst	Inctance of class ListItem	space (list)
carr	Inctance of class Carrier	interaction carrier
tick	int	counter time

Operations:

def move_reset(self)
Description: all particles set list Jump in start
def interaction(self, car_in)
Description: interaction with infinite mass
def run(self) («Exist»)
Description: activity run
Concept: activity in physical space