CAdatatypes.h File Reference

This file contains the custom datatypes used in the Cellular Automata project. More...

#include "CAutils.h"
#include <array>
#include <unordered_map>
#include <iostream>
#include <algorithm>
#include <utility>
#include <cmath>

Go to the source code of this file.

Classes
class	BaseCellularAutomata
	A base CellularAutomata class that contains non-templated member variables and method definitions from which templated and specialized template classes can inherit. More...
class	CellularAutomata< T >
	A CellularAutomata class for simulating cellular automata models. More...

Namespaces
namespace	CAEnums
	Enum namespace that contains various enum definitions used by CellularAutomata.

Typedefs
using	MajorityCounter = std::unordered_map< int, int >
	counter type for determining which cell state is the majority More...

Enumerations
enum	CAEnums::Neighborhood { VonNeumann , Moore }
	enum containing the different type of neighborhoods the CellularAutomata class supports More...
enum	CAEnums::Boundary { Periodic , Walled , CutOff }
	enum containing the different type of boundaries the CellularAutomata class supports More...
enum	CAEnums::Rule { Majority , Parity , Custom }
	enum containing the different type of rules the CellularAutomata class supports for it's transitions More...
enum	CAEnums::ErrorCode {   CellsAlreadyInitialized = -1 , CellsAreNull = -2 , CellsMalloc = -3 , InvalidCellState = -4 ,   InvalidCellStateCondition = -5 , InvalidRadius = -6 , InvalidNumStates = -7 , NeighborhoodCellsMalloc = -8 ,   CustomRuleIsNull = -9 , RadiusLargerThanDimensions = -10 }
	enum containing the various error codes the CellularAutomata class can return More...

Variables
const std::string	FILE_PATH = "Data/data.csv"

Detailed Description

This file contains the custom datatypes used in the Cellular Automata project.

Author

Trevor Oldham (trevo.nosp@m.ldha.nosp@m.m@ber.nosp@m.kele.nosp@m.y.edu)

Contributor(s)
   Emmanuel Cortes, Chongye Feng

Date

2022-12-03

Typedef Documentation

MajorityCounter

using MajorityCounter = std::unordered_map<int, int>

counter type for determining which cell state is the majority