| 18 | | //! Build an instance of Config with fields filled from the given \a mxarray |
| 19 | | UImxArray ( const mxArray *mxarray ) : Config() { |
| 20 | | Setting & setting = this->getRoot(); //setting is a group |
| 21 | | if ( !mxIsStruct ( mxarray ) ) { |
| 22 | | mexErrMsgTxt ( "Given mxArray is not a struct." ); |
| 23 | | }; |
| 24 | | |
| 25 | | //mexCallMATLAB(0, NULL, 1, (mxArray **) &mxarray, "dump"); |
| 26 | | fillGroup ( setting, mxarray ); |
| 27 | | setAutoConvert ( true ); |
| 28 | | } |
| 29 | | UImxArray() : Config() { |
| 30 | | setAutoConvert ( true ); |
| 31 | | } |
| 32 | | //! Add libconfig's \c list to the structure |
| 33 | | void addList ( const mxArray *mxarray, const char* name ) { |
| 34 | | Setting & setting = this->getRoot(); //setting is a group |
| 35 | | Setting & child = setting.add ( name, Setting::TypeList ); |
| 36 | | fillList ( child, mxarray ); |
| 37 | | } |
| 38 | | //! Add libconfig's \c group to the structure |
| 39 | | void addGroup ( const mxArray *mxarray, const char* name ) { |
| 40 | | Setting & setting = this->getRoot(); //setting is a group |
| 41 | | Setting & child = setting.add ( name, Setting::TypeGroup ); |
| 42 | | fillGroup ( child, mxarray ); |
| 43 | | } |
| 44 | | //! Operator for more convenient access to this Config |
| 45 | | operator Setting&() { |
| 46 | | return getRoot(); |
| 47 | | } |
| | 18 | //! Build an instance of Config with fields filled from the given \a mxarray |
| | 19 | UImxArray ( const mxArray *mxarray ) : Config() { |
| | 20 | Setting & setting = this->getRoot(); //setting is a group |
| | 21 | if ( !mxIsStruct ( mxarray ) ) { |
| | 22 | mexErrMsgTxt ( "Given mxArray is not a struct." ); |
| | 23 | }; |
| | 24 | |
| | 25 | //mexCallMATLAB(0, NULL, 1, (mxArray **) &mxarray, "dump"); |
| | 26 | fillGroup ( setting, mxarray ); |
| | 27 | setAutoConvert ( true ); |
| | 28 | } |
| | 29 | UImxArray() : Config() { |
| | 30 | setAutoConvert ( true ); |
| | 31 | } |
| | 32 | //! Add libconfig's \c list to the structure |
| | 33 | void addList ( const mxArray *mxarray, const char* name ) { |
| | 34 | Setting & setting = this->getRoot(); //setting is a group |
| | 35 | Setting & child = setting.add ( name, Setting::TypeList ); |
| | 36 | fillList ( child, mxarray ); |
| | 37 | } |
| | 38 | //! Add libconfig's \c group to the structure |
| | 39 | void addGroup ( const mxArray *mxarray, const char* name ) { |
| | 40 | Setting & setting = this->getRoot(); //setting is a group |
| | 41 | Setting & child = setting.add ( name, Setting::TypeGroup ); |
| | 42 | fillGroup ( child, mxarray ); |
| | 43 | } |
| | 44 | //! Operator for more convenient access to this Config |
| | 45 | operator Setting&() { |
| | 46 | return getRoot(); |
| | 47 | } |
| 50 | | void storeNumeric ( Setting &setting, const mxArray *value, string key = "" ) { |
| 51 | | //TODO: integer matrices |
| 52 | | if ( !mxIsNumeric ( value ) ) { |
| 53 | | mexErrMsgTxt ( "Given mxArray is not numeric." ); |
| 54 | | }; |
| 55 | | //treat empty matrices independently |
| 56 | | mat val; |
| 57 | | if ( mxGetM ( value ) > 0 && mxGetN(value)>0) { |
| 58 | | val = mxArray2mat ( value ); |
| 59 | | } |
| 60 | | if ( ( val.rows() == 1 ) && ( val.cols() == 1 ) ) { |
| 61 | | Setting &child = ( key == "" ) ? setting.add ( Setting::TypeFloat ) |
| 62 | | : setting.add ( key, Setting::TypeFloat ); |
| 63 | | child = val ( 0, 0 ); |
| 64 | | } else { |
| 65 | | Setting &child = ( key == "" ) ? setting.add ( Setting::TypeList ) |
| 66 | | : setting.add ( key, Setting::TypeList ); |
| 67 | | Setting &label = child.add ( Setting::TypeString ); |
| 68 | | label = "matrix"; |
| 69 | | Setting &rows = child.add ( Setting::TypeInt ); |
| 70 | | Setting &cols = child.add ( Setting::TypeInt ); |
| 71 | | Setting &elements = child.add ( Setting::TypeArray ); |
| 72 | | cols = val.cols(); |
| 73 | | rows = val.rows(); |
| 74 | | for ( int i = 0; i < val.rows(); i++ ) { |
| 75 | | for ( int j = 0; j < val.cols(); j++ ) { |
| 76 | | Setting &el = elements.add ( Setting::TypeFloat ); |
| 77 | | el = val ( i, j ); |
| 78 | | } |
| 79 | | } |
| 80 | | } |
| 81 | | } |
| 82 | | |
| 83 | | void fillGroup ( Setting &setting, const mxArray *mxarray ) { |
| 84 | | if ( !mxIsStruct ( mxarray ) ) { |
| 85 | | mexErrMsgTxt ( "Given mxArray is not a struct." ); |
| 86 | | }; |
| 87 | | for ( int i = 0; i < mxGetNumberOfFields ( mxarray ); i++ ) { |
| 88 | | const char *key = mxGetFieldNameByNumber ( mxarray, i ); |
| 89 | | mxArray *value = mxGetField ( mxarray, 0, key ); |
| 90 | | if ( mxIsChar ( value ) ) { |
| 91 | | Setting &child = setting.add ( key, Setting::TypeString ); |
| 92 | | child = mxArray2string ( value ); |
| 93 | | } else { |
| 94 | | if ( mxIsLogical ( value ) ) { |
| 95 | | Setting &child = setting.add ( key, Setting::TypeBoolean ); |
| 96 | | child = ( bool ) mxArray2bin ( value ); |
| 97 | | } else { |
| 98 | | if ( mxIsStruct ( value ) ) { |
| 99 | | Setting &child = setting.add ( key, Setting::TypeGroup ); |
| 100 | | fillGroup ( child, value ); |
| 101 | | } else { |
| 102 | | if ( mxIsCell ( value ) ) { |
| 103 | | Setting &child = setting.add ( key, Setting::TypeList ); |
| 104 | | fillList ( child, value ); |
| 105 | | } else { |
| 106 | | if ( mxIsNumeric ( value ) ) { |
| 107 | | storeNumeric ( setting, value, ( string ) key ); |
| 108 | | } else { |
| 109 | | // it is neither of above - treat it as an address |
| 110 | | // if (mxIsObject(value)){ <== should be tested but it is broken in matlab... |
| 111 | | |
| 112 | | Setting &child = setting.add(key, Setting::TypeInt64); |
| 113 | | child = (long long)value; |
| 114 | | } |
| 115 | | } |
| 116 | | } |
| 117 | | } |
| 118 | | } |
| 119 | | } |
| 120 | | } |
| 121 | | |
| 122 | | void fillList ( Setting &setting, const mxArray *mxarray ) { |
| 123 | | if ( !mxIsCell ( mxarray ) ) { |
| 124 | | mexErrMsgTxt ( "Given mxArray is not a cell." ); |
| 125 | | }; |
| 126 | | for ( unsigned int i = 0; i < ( unsigned int ) mxGetNumberOfElements ( mxarray ); i++ ) { |
| 127 | | mxArray *value = mxGetCell ( mxarray, i ); |
| 128 | | if ( mxIsChar ( value ) ) { |
| 129 | | Setting &child = setting.add ( Setting::TypeString ); |
| 130 | | child = mxArray2string ( value ); |
| 131 | | } |
| 132 | | if ( mxIsLogical ( value ) ) { |
| 133 | | Setting &child = setting.add ( Setting::TypeBoolean ); |
| 134 | | child = ( bool ) mxArray2bin ( value ); |
| 135 | | } |
| 136 | | if ( mxIsStruct ( value ) ) { |
| 137 | | Setting &child = setting.add ( Setting::TypeGroup ); |
| 138 | | fillGroup ( child, value ); |
| 139 | | } |
| 140 | | if ( mxIsCell ( value ) ) { |
| 141 | | Setting &child = setting.add ( Setting::TypeList ); |
| 142 | | fillList ( child, value ); |
| 143 | | } |
| 144 | | if ( mxIsNumeric ( value ) ) { |
| 145 | | storeNumeric ( setting, value ); |
| 146 | | } |
| 147 | | } |
| 148 | | } |
| | 50 | void storeNumeric ( Setting &setting, const mxArray *value, string key = "" ) { |
| | 51 | //TODO: integer matrices |
| | 52 | if ( !mxIsNumeric ( value ) ) { |
| | 53 | mexErrMsgTxt ( "Given mxArray is not numeric." ); |
| | 54 | }; |
| | 55 | //treat empty matrices independently |
| | 56 | mat val; |
| | 57 | if ( mxGetM ( value ) > 0 && mxGetN(value)>0) { |
| | 58 | val = mxArray2mat ( value ); |
| | 59 | } |
| | 60 | if ( ( val.rows() == 1 ) && ( val.cols() == 1 ) ) { |
| | 61 | Setting &child = ( key == "" ) ? setting.add ( Setting::TypeFloat ) |
| | 62 | : setting.add ( key, Setting::TypeFloat ); |
| | 63 | child = val ( 0, 0 ); |
| | 64 | } else { |
| | 65 | Setting &child = ( key == "" ) ? setting.add ( Setting::TypeList ) |
| | 66 | : setting.add ( key, Setting::TypeList ); |
| | 67 | Setting &label = child.add ( Setting::TypeString ); |
| | 68 | label = "matrix"; |
| | 69 | Setting &rows = child.add ( Setting::TypeInt ); |
| | 70 | Setting &cols = child.add ( Setting::TypeInt ); |
| | 71 | Setting &elements = child.add ( Setting::TypeArray ); |
| | 72 | cols = val.cols(); |
| | 73 | rows = val.rows(); |
| | 74 | for ( int i = 0; i < val.rows(); i++ ) { |
| | 75 | for ( int j = 0; j < val.cols(); j++ ) { |
| | 76 | Setting &el = elements.add ( Setting::TypeFloat ); |
| | 77 | el = val ( i, j ); |
| | 78 | } |
| | 79 | } |
| | 80 | } |
| | 81 | } |
| | 82 | |
| | 83 | void fillGroup ( Setting &setting, const mxArray *mxarray ) { |
| | 84 | if ( !mxIsStruct ( mxarray ) ) { |
| | 85 | mexErrMsgTxt ( "Given mxArray is not a struct." ); |
| | 86 | }; |
| | 87 | for ( int i = 0; i < mxGetNumberOfFields ( mxarray ); i++ ) { |
| | 88 | const char *key = mxGetFieldNameByNumber ( mxarray, i ); |
| | 89 | mxArray *value = mxGetField ( mxarray, 0, key ); |
| | 90 | if ( mxIsChar ( value ) ) { |
| | 91 | Setting &child = setting.add ( key, Setting::TypeString ); |
| | 92 | child = mxArray2string ( value ); |
| | 93 | } else { |
| | 94 | if ( mxIsLogical ( value ) ) { |
| | 95 | Setting &child = setting.add ( key, Setting::TypeBoolean ); |
| | 96 | child = ( bool ) mxArray2bin ( value ); |
| | 97 | } else { |
| | 98 | if ( mxIsStruct ( value ) ) { |
| | 99 | Setting &child = setting.add ( key, Setting::TypeGroup ); |
| | 100 | fillGroup ( child, value ); |
| | 101 | } else { |
| | 102 | if ( mxIsCell ( value ) ) { |
| | 103 | Setting &child = setting.add ( key, Setting::TypeList ); |
| | 104 | fillList ( child, value ); |
| | 105 | } else { |
| | 106 | if ( mxIsNumeric ( value ) ) { |
| | 107 | storeNumeric ( setting, value, ( string ) key ); |
| | 108 | } else { |
| | 109 | // it is neither of above - treat it as an address |
| | 110 | // if (mxIsObject(value)){ <== should be tested but it is broken in matlab... |
| | 111 | |
| | 112 | Setting &child = setting.add(key, Setting::TypeInt64); |
| | 113 | child = (long long)value; |
| | 114 | } |
| | 115 | } |
| | 116 | } |
| | 117 | } |
| | 118 | } |
| | 119 | } |
| | 120 | } |
| | 121 | |
| | 122 | void fillList ( Setting &setting, const mxArray *mxarray ) { |
| | 123 | if ( !mxIsCell ( mxarray ) ) { |
| | 124 | mexErrMsgTxt ( "Given mxArray is not a cell." ); |
| | 125 | }; |
| | 126 | for ( unsigned int i = 0; i < ( unsigned int ) mxGetNumberOfElements ( mxarray ); i++ ) { |
| | 127 | mxArray *value = mxGetCell ( mxarray, i ); |
| | 128 | if ( mxIsChar ( value ) ) { |
| | 129 | Setting &child = setting.add ( Setting::TypeString ); |
| | 130 | child = mxArray2string ( value ); |
| | 131 | } |
| | 132 | if ( mxIsLogical ( value ) ) { |
| | 133 | Setting &child = setting.add ( Setting::TypeBoolean ); |
| | 134 | child = ( bool ) mxArray2bin ( value ); |
| | 135 | } |
| | 136 | if ( mxIsStruct ( value ) ) { |
| | 137 | Setting &child = setting.add ( Setting::TypeGroup ); |
| | 138 | fillGroup ( child, value ); |
| | 139 | } |
| | 140 | if ( mxIsCell ( value ) ) { |
| | 141 | Setting &child = setting.add ( Setting::TypeList ); |
| | 142 | fillList ( child, value ); |
| | 143 | } |
| | 144 | if ( mxIsNumeric ( value ) ) { |
| | 145 | storeNumeric ( setting, value ); |
| | 146 | } |
| | 147 | } |
| | 148 | } |
| 164 | | //! Convert libconfig's array to Matlab vector |
| 165 | | static mxArray* array2mxvector ( const Setting &setting ) { |
| 166 | | if ( !setting.isArray() ) mexErrMsgTxt ( "Given setting is not an array" ); |
| 167 | | mxArray *result = mxCreateDoubleMatrix ( 1, setting.getLength(), mxREAL ); |
| 168 | | double *elements = mxGetPr ( result ); |
| 169 | | for ( int i = 0; i < setting.getLength(); i++ ) { |
| 170 | | if ( setting.getType() == Setting::TypeInt ) { //TODO: tady je chyba -- zaporna cisla nejsou TypeInt |
| 171 | | elements[i] = ( int ) setting[i]; |
| 172 | | } else { |
| 173 | | elements[i] = setting[i]; |
| 174 | | } |
| 175 | | } |
| 176 | | return result; |
| 177 | | } |
| 178 | | |
| 179 | | //! Convert libconfig's array to Matlab matrix |
| 180 | | static mxArray* list2mxmatrix ( const Setting &setting ) { |
| 181 | | if ( !setting.isList() || ( strcmp ( "matrix", setting[0] ) != 0 ) ) |
| 182 | | mexErrMsgTxt ( "Given setting is not a matrix" ); |
| 183 | | int rows = setting[1]; |
| 184 | | int cols = setting[2]; |
| 185 | | if ( setting[3].getLength() != rows*cols ) |
| 186 | | mexErrMsgTxt ( "Matrix elements do not fit to rows*cols" ); |
| 187 | | double *elements = new double[rows*cols]; |
| 188 | | for ( int i = 0; i < rows*cols; i++ ) { |
| 189 | | elements[i] = setting[3][i]; |
| 190 | | } |
| 191 | | mat &m = * ( new mat ( elements, rows, cols ) ); |
| 192 | | mxArray *result = mxCreateDoubleMatrix ( rows, cols, mxREAL ); |
| 193 | | mat2mxArray ( m, result ); |
| 194 | | delete &m; |
| 195 | | delete [] elements; |
| 196 | | return result; |
| 197 | | } |
| 198 | | |
| 199 | | //! Convert libconfig's gourp to Matlab structure |
| 200 | | static mxArray* group2mxstruct ( const Setting &setting ) { |
| 201 | | if ( !setting.isGroup() ) mexErrMsgTxt ( "Given setting is not a group." ); |
| 202 | | const char ** keys = new const char*[setting.getLength() ]; |
| 203 | | for ( int i = 0; i < setting.getLength(); i++ ) { |
| 204 | | keys[i] = setting[i].getName(); |
| 205 | | } |
| 206 | | mxArray *result = mxCreateStructMatrix ( 1, 1, setting.getLength(), keys ); |
| 207 | | delete keys; |
| 208 | | for ( int i = 0; i < setting.getLength(); i++ ) { |
| 209 | | Setting &value = setting[i]; |
| 210 | | mxArray *old = mxGetFieldByNumber ( result, 0, i ); |
| 211 | | if ( old ) mxDestroyArray ( old ); |
| 212 | | switch ( value.getType() ) { |
| 213 | | case Setting::TypeString: |
| 214 | | mxSetFieldByNumber ( result, 0, i, mxCreateString ( value ) ); |
| 215 | | break; |
| 216 | | case Setting::TypeBoolean: |
| 217 | | mxSetFieldByNumber ( result, 0, i, mxCreateLogicalScalar ( value ) ); |
| 218 | | break; |
| 219 | | case Setting::TypeGroup: |
| 220 | | mxSetFieldByNumber ( result, 0, i, group2mxstruct ( value ) ); |
| 221 | | break; |
| 222 | | case Setting::TypeList: |
| 223 | | mxSetFieldByNumber ( result, 0, i, list2mxcell ( value ) ); |
| 224 | | break; |
| 225 | | case Setting::TypeArray: |
| 226 | | mxSetFieldByNumber ( result, 0, i, array2mxvector ( value ) ); |
| 227 | | break; |
| 228 | | case Setting::TypeInt: |
| 229 | | case Setting::TypeInt64: |
| 230 | | mxSetFieldByNumber ( result, 0, i, mxCreateDoubleScalar ( ( int ) value ) ); |
| 231 | | break; |
| 232 | | case Setting::TypeFloat: |
| 233 | | mxSetFieldByNumber ( result, 0, i, mxCreateDoubleScalar ( value ) ); |
| 234 | | break; |
| 235 | | default: |
| 236 | | //this should never happen |
| 237 | | mexErrMsgTxt ( "Unknown type of a setting." ); |
| 238 | | } |
| 239 | | } |
| 240 | | return result; |
| 241 | | |
| 242 | | } |
| 243 | | //! Convert libconfig's list to Matlab cell |
| 244 | | static mxArray* list2mxcell ( const Setting &setting ) { |
| 245 | | if ( !setting.isList() ) mexErrMsgTxt ( "Given setting is not a list." ); |
| 246 | | if ( setting.getLength() == 0 ) { |
| 247 | | mxArray *result = mxCreateCellMatrix ( 1, 0 ); |
| 248 | | return result; |
| 249 | | } |
| 250 | | |
| 251 | | if ( ( setting[0].getType() == Setting::TypeString ) ) { |
| 252 | | string s = ( setting[0] ); |
| 253 | | if ( s == "matrix" ) { |
| 254 | | return list2mxmatrix ( setting ); |
| 255 | | } |
| 256 | | } |
| 257 | | mxArray *result = mxCreateCellMatrix ( 1, setting.getLength() ); |
| 258 | | for ( int i = 0; i < setting.getLength(); i++ ) { |
| 259 | | Setting &value = setting[i]; |
| 260 | | mxArray *old = mxGetCell ( result, i ); |
| 261 | | if ( old ) mxDestroyArray ( old ); |
| 262 | | switch ( value.getType() ) { |
| 263 | | case Setting::TypeString: |
| 264 | | mxSetCell ( result, i, mxCreateString ( value ) ); |
| 265 | | break; |
| 266 | | case Setting::TypeBoolean: |
| 267 | | mxSetCell ( result, i, mxCreateLogicalScalar ( value ) ); |
| 268 | | break; |
| 269 | | case Setting::TypeGroup: |
| 270 | | mxSetCell ( result, i, group2mxstruct ( value ) ); |
| 271 | | break; |
| 272 | | case Setting::TypeList: |
| 273 | | mxSetCell ( result, i, list2mxcell ( value ) ); |
| 274 | | break; |
| 275 | | case Setting::TypeArray: |
| 276 | | mxSetCell ( result, i, array2mxvector ( value ) ); |
| 277 | | break; |
| 278 | | case Setting::TypeInt: |
| 279 | | case Setting::TypeInt64: |
| 280 | | mxSetCell ( result, i, mxCreateDoubleScalar ( ( int ) value ) ); |
| 281 | | break; |
| 282 | | case Setting::TypeFloat: |
| 283 | | mxSetCell ( result, i, mxCreateDoubleScalar ( value ) ); |
| 284 | | break; |
| 285 | | default: |
| 286 | | //this should never happen |
| 287 | | mexErrMsgTxt ( "Unknown type of a setting." ); |
| 288 | | } |
| 289 | | } |
| 290 | | return result; |
| 291 | | } |
| | 164 | //! Convert libconfig's array to Matlab vector |
| | 165 | static mxArray* array2mxvector ( const Setting &setting ) { |
| | 166 | if ( !setting.isArray() ) mexErrMsgTxt ( "Given setting is not an array" ); |
| | 167 | mxArray *result = mxCreateDoubleMatrix ( 1, setting.getLength(), mxREAL ); |
| | 168 | double *elements = mxGetPr ( result ); |
| | 169 | for ( int i = 0; i < setting.getLength(); i++ ) { |
| | 170 | if ( setting.getType() == Setting::TypeInt ) { //TODO: tady je chyba -- zaporna cisla nejsou TypeInt |
| | 171 | elements[i] = ( int ) setting[i]; |
| | 172 | } else { |
| | 173 | elements[i] = setting[i]; |
| | 174 | } |
| | 175 | } |
| | 176 | return result; |
| | 177 | } |
| | 178 | |
| | 179 | //! Convert libconfig's array to Matlab matrix |
| | 180 | static mxArray* list2mxmatrix ( const Setting &setting ) { |
| | 181 | if ( !setting.isList() || ( strcmp ( "matrix", setting[0] ) != 0 ) ) |
| | 182 | mexErrMsgTxt ( "Given setting is not a matrix" ); |
| | 183 | int rows = setting[1]; |
| | 184 | int cols = setting[2]; |
| | 185 | if ( setting[3].getLength() != rows*cols ) |
| | 186 | mexErrMsgTxt ( "Matrix elements do not fit to rows*cols" ); |
| | 187 | double *elements = new double[rows*cols]; |
| | 188 | for ( int i = 0; i < rows*cols; i++ ) { |
| | 189 | elements[i] = setting[3][i]; |
| | 190 | } |
| | 191 | mat &m = * ( new mat ( elements, rows, cols ) ); |
| | 192 | mxArray *result = mxCreateDoubleMatrix ( rows, cols, mxREAL ); |
| | 193 | mat2mxArray ( m, result ); |
| | 194 | delete &m; |
| | 195 | delete [] elements; |
| | 196 | return result; |
| | 197 | } |
| | 198 | |
| | 199 | //! Convert libconfig's gourp to Matlab structure |
| | 200 | static mxArray* group2mxstruct ( const Setting &setting ) { |
| | 201 | if ( !setting.isGroup() ) mexErrMsgTxt ( "Given setting is not a group." ); |
| | 202 | const char ** keys = new const char*[setting.getLength() ]; |
| | 203 | for ( int i = 0; i < setting.getLength(); i++ ) { |
| | 204 | keys[i] = setting[i].getName(); |
| | 205 | } |
| | 206 | mxArray *result = mxCreateStructMatrix ( 1, 1, setting.getLength(), keys ); |
| | 207 | delete keys; |
| | 208 | for ( int i = 0; i < setting.getLength(); i++ ) { |
| | 209 | Setting &value = setting[i]; |
| | 210 | mxArray *old = mxGetFieldByNumber ( result, 0, i ); |
| | 211 | if ( old ) mxDestroyArray ( old ); |
| | 212 | switch ( value.getType() ) { |
| | 213 | case Setting::TypeString: |
| | 214 | mxSetFieldByNumber ( result, 0, i, mxCreateString ( value ) ); |
| | 215 | break; |
| | 216 | case Setting::TypeBoolean: |
| | 217 | mxSetFieldByNumber ( result, 0, i, mxCreateLogicalScalar ( value ) ); |
| | 218 | break; |
| | 219 | case Setting::TypeGroup: |
| | 220 | mxSetFieldByNumber ( result, 0, i, group2mxstruct ( value ) ); |
| | 221 | break; |
| | 222 | case Setting::TypeList: |
| | 223 | mxSetFieldByNumber ( result, 0, i, list2mxcell ( value ) ); |
| | 224 | break; |
| | 225 | case Setting::TypeArray: |
| | 226 | mxSetFieldByNumber ( result, 0, i, array2mxvector ( value ) ); |
| | 227 | break; |
| | 228 | case Setting::TypeInt: |
| | 229 | case Setting::TypeInt64: |
| | 230 | mxSetFieldByNumber ( result, 0, i, mxCreateDoubleScalar ( ( int ) value ) ); |
| | 231 | break; |
| | 232 | case Setting::TypeFloat: |
| | 233 | mxSetFieldByNumber ( result, 0, i, mxCreateDoubleScalar ( value ) ); |
| | 234 | break; |
| | 235 | default: |
| | 236 | //this should never happen |
| | 237 | mexErrMsgTxt ( "Unknown type of a setting." ); |
| | 238 | } |
| | 239 | } |
| | 240 | return result; |
| | 241 | |
| | 242 | } |
| | 243 | //! Convert libconfig's list to Matlab cell |
| | 244 | static mxArray* list2mxcell ( const Setting &setting ) { |
| | 245 | if ( !setting.isList() ) mexErrMsgTxt ( "Given setting is not a list." ); |
| | 246 | if ( setting.getLength() == 0 ) { |
| | 247 | mxArray *result = mxCreateCellMatrix ( 1, 0 ); |
| | 248 | return result; |
| | 249 | } |
| | 250 | |
| | 251 | if ( ( setting[0].getType() == Setting::TypeString ) ) { |
| | 252 | string s = ( setting[0] ); |
| | 253 | if ( s == "matrix" ) { |
| | 254 | return list2mxmatrix ( setting ); |
| | 255 | } |
| | 256 | } |
| | 257 | mxArray *result = mxCreateCellMatrix ( 1, setting.getLength() ); |
| | 258 | for ( int i = 0; i < setting.getLength(); i++ ) { |
| | 259 | Setting &value = setting[i]; |
| | 260 | mxArray *old = mxGetCell ( result, i ); |
| | 261 | if ( old ) mxDestroyArray ( old ); |
| | 262 | switch ( value.getType() ) { |
| | 263 | case Setting::TypeString: |
| | 264 | mxSetCell ( result, i, mxCreateString ( value ) ); |
| | 265 | break; |
| | 266 | case Setting::TypeBoolean: |
| | 267 | mxSetCell ( result, i, mxCreateLogicalScalar ( value ) ); |
| | 268 | break; |
| | 269 | case Setting::TypeGroup: |
| | 270 | mxSetCell ( result, i, group2mxstruct ( value ) ); |
| | 271 | break; |
| | 272 | case Setting::TypeList: |
| | 273 | mxSetCell ( result, i, list2mxcell ( value ) ); |
| | 274 | break; |
| | 275 | case Setting::TypeArray: |
| | 276 | mxSetCell ( result, i, array2mxvector ( value ) ); |
| | 277 | break; |
| | 278 | case Setting::TypeInt: |
| | 279 | case Setting::TypeInt64: |
| | 280 | mxSetCell ( result, i, mxCreateDoubleScalar ( ( int ) value ) ); |
| | 281 | break; |
| | 282 | case Setting::TypeFloat: |
| | 283 | mxSetCell ( result, i, mxCreateDoubleScalar ( value ) ); |
| | 284 | break; |
| | 285 | default: |
| | 286 | //this should never happen |
| | 287 | mexErrMsgTxt ( "Unknown type of a setting." ); |
| | 288 | } |
| | 289 | } |
| | 290 | return result; |
| | 291 | } |
