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
|
#include "mongoose_mex.hpp"
namespace Mongoose
{
#define MEX_STRUCT_READINT(F) returner->F = (Int) readField(matOptions, #F);
#define MEX_STRUCT_READDOUBLE(F) returner->F = readField(matOptions, #F);
#define MEX_STRUCT_READBOOL(F) returner->F = static_cast<bool>((readField(matOptions, #F) != 0.0));
#define MEX_STRUCT_READENUM(F,T) returner->F = (T) (readField(matOptions, #F));
EdgeCut_Options *mex_get_options
(
const mxArray *matOptions
)
{
EdgeCut_Options *returner = EdgeCut_Options::create();
if(!returner)
return NULL;
if(matOptions == NULL)
return returner;
MEX_STRUCT_READINT(random_seed);
MEX_STRUCT_READINT(coarsen_limit);
MEX_STRUCT_READENUM(matching_strategy, MatchingStrategy);
MEX_STRUCT_READBOOL(do_community_matching);
MEX_STRUCT_READDOUBLE(high_degree_threshold);
/** Guess Partitioning Options *******************************************/
MEX_STRUCT_READENUM(initial_cut_type, InitialEdgeCutType);
/** Waterdance Options ***************************************************/
MEX_STRUCT_READINT(num_dances);
/**** Fidducia-Mattheyes Options *****************************************/
MEX_STRUCT_READBOOL(use_FM);
MEX_STRUCT_READINT(FM_search_depth);
MEX_STRUCT_READINT(FM_consider_count);
MEX_STRUCT_READINT(FM_max_num_refinements);
/**** Quadratic Programming Options **************************************/
MEX_STRUCT_READBOOL(use_QP_gradproj);
MEX_STRUCT_READDOUBLE(gradproj_tolerance);
MEX_STRUCT_READINT(gradproj_iteration_limit);
/** Final Partition Target Metrics ***************************************/
MEX_STRUCT_READDOUBLE(target_split);
MEX_STRUCT_READDOUBLE(soft_split_tolerance);
return returner;
}
}
|
