1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
|
// This file is part of Golly.
// See docs/License.html for the copyright notice.
#ifndef _WXALGOS_H_
#define _WXALGOS_H_
#include "lifealgo.h"
// Golly supports multiple algorithms. The first algorithm
// registered must *always* be qlifealgo. The second must
// *always* be hlifealgo. (These are to support old scripts.)
enum {
QLIFE_ALGO, // QuickLife
HLIFE_ALGO // HashLife
};
const int MAX_ALGOS = 50; // maximum number of algorithms
typedef int algo_type; // 0..MAX_ALGOS-1
// A class for all the static info we need about a particular algorithm.
class AlgoData : public staticAlgoInfo {
public:
AlgoData();
~AlgoData();
virtual void setDefaultBaseStep(int v) { defbase = v; }
virtual void setDefaultMaxMem(int v) { algomem = v; }
static AlgoData& tick(); // static allocator
// additional data
bool canhash; // algo uses hashing?
int algomem; // maximum memory (in MB)
int defbase; // default base step
wxColor statusrgb; // status bar color
wxBrush* statusbrush; // corresponding brush
wxBitmap** icons7x7; // icon bitmaps for scale 1:8
wxBitmap** icons15x15; // icon bitmaps for scale 1:16
wxBitmap** icons31x31; // icon bitmaps for scale 1:32
// default color scheme
bool gradient; // use color gradient?
wxColor fromrgb; // color at start of gradient
wxColor torgb; // color at end of gradient
// if gradient is false then use these colors for each cell state
unsigned char algor[256];
unsigned char algog[256];
unsigned char algob[256];
};
extern AlgoData* algoinfo[MAX_ALGOS]; // static info for each algorithm
extern wxMenu* algomenu; // menu of algorithm names
extern wxMenu* algomenupop; // copy of algomenu for PopupMenu calls
extern algo_type initalgo; // initial algorithm
// the following bitmaps are grayscale icons that can be used with any rules
// with any number of states
extern wxBitmap** circles7x7; // circular icons for scale 1:8
extern wxBitmap** circles15x15; // circular icons for scale 1:16
extern wxBitmap** circles31x31; // circular icons for scale 1:32
extern wxBitmap** diamonds7x7; // diamond icons for scale 1:8
extern wxBitmap** diamonds15x15; // diamond icons for scale 1:16
extern wxBitmap** diamonds31x31; // diamond icons for scale 1:32
extern wxBitmap** hexagons7x7; // hexagonal icons for scale 1:8
extern wxBitmap** hexagons15x15; // hexagonal icons for scale 1:16
extern wxBitmap** hexagons31x31; // hexagonal icons for scale 1:32
// NOTE: the triangular icons are only suitable for a 4-state rule that
// is emulating a triangular neighborhood with 2 triangles per cell
extern wxBitmap** triangles7x7; // triangular icons for scale 1:8
extern wxBitmap** triangles15x15; // triangular icons for scale 1:16
extern wxBitmap** triangles31x31; // triangular icons for scale 1:32
void InitAlgorithms();
// Initialize above data. Must be called before reading the prefs file.
void DeleteAlgorithms();
// Deallocate memory allocated in InitAlgorithms().
lifealgo* CreateNewUniverse(algo_type algotype, bool allowcheck = true);
// Create a new universe of given type. If allowcheck is true then
// event checking is allowed; ie. poller is set to wxGetApp().Poller().
const char* GetAlgoName(algo_type algotype);
// Return name of given algorithm. This name appears in various menus
// and is also stored in the prefs file.
int NumAlgos();
// Return current number of algorithms.
bool MultiColorImage(wxImage& image);
// Return true if image contains at least one color that isn't a shade of gray.
bool LoadIconFile(const wxString& path, int maxstate,
wxBitmap*** out7x7, wxBitmap*** out15x15, wxBitmap*** out31x31);
// Return true if we can successfully load icon bitmaps from given file.
wxBitmap** CreateIconBitmaps(const char** xpmdata, int maxstates);
// Create icon bitmaps using the given XPM data.
wxBitmap** ScaleIconBitmaps(wxBitmap** srcicons, int size);
// Create scaled versions of the given icon bitmaps.
void FreeIconBitmaps(wxBitmap** icons);
// Delete the given icon bitmaps.
#endif
|
