The Conley-Morse Graphs Software
config.h
Go to the documentation of this file.
1
/////////////////////////////////////////////////////////////////////////////
2
///
3
/// @file config.h
4
///
5
/// Choice of configuration settings.
6
/// This is a file that sets a few special configuration options,
7
/// and includes an appropriate configuration file
8
/// for the program "cmgraphs.cpp".
9
/// The included configuration file defines the map which is analyzed,
10
/// the ranges of parameters, and the phase space information.
11
///
12
/// @namespace custom
13
///
14
/// Customizable settings that are supposed to be modified and/or chosen
15
/// by the user of the software. This namespace contains various constants,
16
/// classes and functions which can be modified in order to customize
17
/// the programs for the computation of Conley-Morse graphs
18
/// and the continuation diagrams.
19
///
20
/// @author Pawel Pilarczyk
21
///
22
/////////////////////////////////////////////////////////////////////////////
23
24
// Copyright (C) 1997-2022 by Pawel Pilarczyk.
25
//
26
// This file is part of my research software package. This is free software:
27
// you can redistribute it and/or modify it under the terms of the GNU
28
// General Public License as published by the Free Software Foundation,
29
// either version 3 of the License, or (at your option) any later version.
30
//
31
// This software is distributed in the hope that it will be useful,
32
// but WITHOUT ANY WARRANTY; without even the implied warranty of
33
// MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
34
// GNU General Public License for more details.
35
//
36
// You should have received a copy of the GNU General Public License
37
// along with this software; see the file "license.txt". If not,
38
// please, see <https://www.gnu.org/licenses/>.
39
40
// Started on February 9, 2008. Last revision: July 18, 2022.
41
42
43
// --------------------------------------------------
44
// --------- SPECIAL CONFIGURATION OPTIONS ----------
45
// --------------------------------------------------
46
47
// Use single parameter points instead of parameter intervals.
48
// Comment this setting out for the final computations.
49
//#define CONFIG_PARAMPOINTS
50
51
// Do not send individual parameter boxes for precomputing
52
// the Conley indices.
53
//#define CONFIG_NOPREPROCESSING
54
55
// Do preprocessing only and skip the matching part.
56
//#define CONFIG_ONLYPREPROCESSING
57
58
// Wait with Phase 2 until Phase 1 (preprocessing) has been completed.
59
#define CONFIG_SEPARATEPHASES
60
61
// Use the procedure for computing the Morse decomposition
62
// instead of computing the invariant part of the set,
63
// and also don't determine connections between Morse sets.
64
// In this way, the connections between Morse sets are lost,
65
// but the invariant part to subdivide may be substantially smaller.
66
// Comment this setting out for the final computations
67
// to get full information.
68
//#define CONFIG_NOCONNECTIONS
69
70
// Use the default bounding box for ODE integration in order to prevent
71
// iterating trajectories far beyond the phase space of interest,
72
// and, in particular, to avoid running out of the scope of integer
73
// coordinates of boxes when determining the images of boxes.
74
// WARNING: This technique may lead to the construction of combinatorial
75
// cubical multivalued maps that are not acyclic, that is, do not satisfy
76
// the necessary assupmtions for the computation of the homomorphism
77
// induced in homology (for the Conley index map).
78
// NOTE: If using the approximate integration of the ODE, this technique
79
// works in a different way, by fading the vector field outside the box,
80
// so it is safe to use it in that setting.
81
//#define CONFIG_ODEBOUNDINGBOX
82
83
// Make a correction to the isolating neiborhood after subdivision.
84
// This is necessary for integrating ODEs using the time-t map
85
// with variable t, because an isolating neighborhood for one t
86
// need not be an isolating neighborhood for another t, so it is only taken
87
// as a hint, and those cubes from the exit set whose images intersect
88
// the isolating neighborhood are added to the isolating neighborhood,
89
// like in an algorithm for the construction of an index pair.
90
//#define CONFIG_ODEVART
91
92
// Add cubes to the image of a combinatorial cubical multivalued map
93
// only if their intersection with the interval box that covers the image
94
// is equal or higher to the provided fraction.
95
// Set the fraction to 0 to add whenever they intersect (old behavior),
96
// set the fraction to a maximum of 1 (to add those only which are contained).
97
//#define CONFIG_IFRACTION 0.05
98
99
// Enhance the invariant part the given number of times
100
// before proceeding to the next subdivision level.
101
//#define CONFIG_ENHANCEINV 1
102
103
// Define the X coordinate for plotting the Morse sets in the PNG files.
104
//#define PLOT_X_COORD 1
105
106
// Define the Y coordinate for plotting the Morse sets in the PNG files.
107
//#define PLOT_Y_COORD 3
108
109
110
// --------------------------------------------------
111
// --------------- CONFIGURATION FILE ---------------
112
// --------------------------------------------------
113
114
//#include "c_differ.h"
115
//#include "c_duffing_a.h"
116
//#include "c_globclog.h"
117
//#include "c_harvest.h"
118
//#include "c_henon.h"
119
//#include "c_inf_t.h"
120
//#include "c_lorenz.h"
121
//#include "c_lorenz_a.h"
122
//#include "c_lorenz_t.h"
123
#include "
c_neuron09.h
"
124
//#include "c_neuron12.h"
125
//#include "c_neuron25.h"
126
//#include "c_pop2demo.h"
127
//#include "c_pop2p.h"
128
//#include "c_roessler_a.h"
129
//#include "c_stdmap.h"
130
//#include "c_twocirc.h"
131
//#include "c_twotorus.h"
132
//#include "c_vpol.h"
133
//#include "c_vpol1.h"
134
//#include "c_vpol_a.h"
135
//#include "c_whales.h"
136
c_neuron09.h
Configuration for the Chialvo neuron model in R^2 with 2 varying parameters.
Generated by
1.9.4