~ubuntu-branches/debian/sid/simpleitk/sid : revision 1

Code/BasicFilters/json/LabelShapeStatisticsImageFilter.json

{

"name" : "LabelShapeStatisticsImageFilter",

"itk_name" : "LabelImageToShapeLabelMapFilter",

"template_code_filename" : "ImageFilter",

"template_test_filename" : "ImageFilter",

"number_of_inputs" : 1,

"doc" : "Docs",

"pixel_types" : "IntegerPixelIDTypeList",

"filter_type" : "itk::LabelImageToShapeLabelMapFilter<InputImageType, itk::LabelMap< itk::ShapeLabelObject< int64_t, InputImageType::ImageDimension > > >",

"no_procedure" : true,

"no_return_image" : true,

"include_files" : [

"itkShapeLabelObject.h"

"members" : [

{

"name" : "BackgroundValue",

"type" : "double",

"default" : "0",

"doc" : "",

"pixeltype" : "Output",

"briefdescriptionSet" : "",

"detaileddescriptionSet" : "Set/Get the value used as \"background\" in the output image. Defaults to NumericTraits<PixelType>::NonpositiveMin() .",

"briefdescriptionGet" : "",

"detaileddescriptionGet" : "Set/Get the value used as \"background\" in the output image. Defaults to NumericTraits<PixelType>::NonpositiveMin() ."

{

"name" : "ComputeFeretDiameter",

"type" : "bool",

"default" : "false",

"briefdescriptionSet" : "",

"detaileddescriptionSet" : "Set/Get whether the maximum Feret diameter should be computed or not. Default value is false, because of the high computation time required.",

"briefdescriptionGet" : "",

"detaileddescriptionGet" : "Set/Get whether the maximum Feret diameter should be computed or not. Default value is false, because of the high computation time required."

{

"name" : "ComputePerimeter",

"type" : "bool",

"default" : "true",

"briefdescriptionSet" : "",

"detaileddescriptionSet" : "Set/Get whether the perimeter should be computed or not. Default value is false, because of the high computation time required.",

"briefdescriptionGet" : "",

"detaileddescriptionGet" : "Set/Get whether the perimeter should be computed or not. Default value is false, because of the high computation time required."

}

"custom_methods" : [

{

"name" : "HasLabel",

"doc" : "Does the specified label exist? Can only be called after a call a call to Update().",

"return_type" : "double",

"parameters" : [

{

"type" : "int64_t",

"var_name" : "label"

}

"body" : "return std::find(m_Labels.begin(),m_Labels.end(), label) != m_Labels.end();"

{

"name" : "GetNumberOfLabels",

"doc" : "Return the number of labels after execution.",

"return_type" : "uint64_t",

"body" : "return m_Labels.size();"

}

"measurements" : [

{

"name" : "BoundingBox",

"type" : "std::vector<unsigned int>",

"no_print" : true,

"active" : true,

"parameters" : [

{

"name" : "label",

"type" : "int64_t"

}

"custom_cast" : "sitkITKImageRegionToSTL(value)",

"label_map" : true

{

"name" : "Centroid",

"type" : "std::vector<double>",

"no_print" : true,

"active" : true,

"parameters" : [

{

"name" : "label",

"type" : "int64_t"

}

"custom_cast" : "sitkITKVectorToSTL<double>(value)",

"label_map" : true

{

"name" : "Elongation",

"type" : "double",

"no_print" : true,

"active" : true,

100

"parameters" : [

101

{

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"name" : "label",

103

"type" : "int64_t"

104

}

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"label_map" : true

107

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{

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"name" : "EquivalentEllipsoidDiameter",

110

"type" : "std::vector<double>",

111

"no_print" : true,

112

"active" : true,

113

"parameters" : [

114

{

115

"name" : "label",

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"type" : "int64_t"

117

}

118

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"custom_cast" : "sitkITKVectorToSTL<double>(value)",

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"label_map" : true

121

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{

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"name" : "EquivalentSphericalPerimeter",

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"type" : "double",

125

"no_print" : true,

126

"active" : true,

127

"parameters" : [

128

{

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"name" : "label",

130

"type" : "int64_t"

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}

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"label_map" : true

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{

136

"name" : "EquivalentSphericalRadius",

137

"type" : "double",

138

"no_print" : true,

139

"active" : true,

140

"parameters" : [

141

{

142

"name" : "label",

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"type" : "int64_t"

144

}

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"label_map" : true

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{

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"name" : "FeretDiameter",

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"type" : "double",

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"no_print" : true,

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"active" : true,

153

"parameters" : [

154

{

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"name" : "label",

156

"type" : "int64_t"

157

}

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"label_map" : true

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{

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"name" : "Flatness",

163

"type" : "double",

164

"no_print" : true,

165

"active" : true,

166

"parameters" : [

167

{

168

"name" : "label",

169

"type" : "int64_t"

170

}

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"label_map" : true

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{

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"name" : "Labels",

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"type" : "std::vector<int64_t>",

177

"custom_itk_cast" : "const std::vector<typename FilterType::OutputImageType::LabelType> tempLabels = filter->GetOutput()->GetLabels();\n this->m_Labels = std::vector<int64_t>(tempLabels.begin(), tempLabels.end());",

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"default" : "std::vector<int64_t>()"

179

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{

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"name" : "NumberOfPixels",

182

"type" : "uint64_t",

183

"no_print" : true,

184

"active" : true,

185

"parameters" : [

186

{

187

"name" : "label",

188

"type" : "int64_t"

189

}

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"label_map" : true

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{

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"name" : "NumberOfPixelsOnBorder",

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"type" : "uint64_t",

196

"no_print" : true,

197

"active" : true,

198

"parameters" : [

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{

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"name" : "label",

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"type" : "int64_t"

202

}

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"label_map" : true

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{

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"name" : "Perimeter",

208

"type" : "double",

209

"no_print" : true,

210

"active" : true,

211

"parameters" : [

212

{

213

"name" : "label",

214

"type" : "int64_t"

215

}

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"label_map" : true

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{

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"name" : "PerimeterOnBorder",

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"type" : "double",

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"no_print" : true,

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"active" : true,

224

"parameters" : [

225

{

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"name" : "label",

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"type" : "int64_t"

228

}

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"label_map" : true

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{

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"name" : "PerimeterOnBorderRatio",

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"type" : "double",

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"no_print" : true,

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"active" : true,

237

"parameters" : [

238

{

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"name" : "label",

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"type" : "int64_t"

241

}

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"label_map" : true

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{

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"name" : "PhysicalSize",

247

"type" : "double",

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"no_print" : true,

249

"active" : true,

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"parameters" : [

251

{

252

"name" : "label",

253

"type" : "int64_t"

254

}

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"label_map" : true

257

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{

259

"name" : "PrincipalAxes",

260

"type" : "std::vector<double>",

261

"no_print" : true,

262

"active" : true,

263

"parameters" : [

264

{

265

"name" : "label",

266

"type" : "int64_t"

267

}

268

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"custom_cast" : "std::vector<double>(value[0], value[T::RowDimensions-1]+T::ColumnDimensions)",

270

"label_map" : true

271

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{

273

"name" : "PrincipalMoments",

274

"type" : "std::vector<double>",

275

"no_print" : true,

276

"active" : true,

277

"parameters" : [

278

{

279

"name" : "label",

280

"type" : "int64_t"

281

}

282

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"custom_cast" : "sitkITKVectorToSTL<double>(value)",

284

"label_map" : true

285

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{

287

"name" : "Roundness",

288

"type" : "double",

289

"no_print" : true,

290

"active" : true,

291

"parameters" : [

292

{

293

"name" : "label",

294

"type" : "int64_t"

295

}

296

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"label_map" : true

298

}

299

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"tests" : [

301

{

302

"tag" : "SimpleLabelB",

303

"description" : "with defaults ",

304

"settings" : [],

305

"measurements_results" : [

306

{

307

"name" : "Elongation",

308

"value" : 1.8257418583505538,

309

"tolerance" : 1e-08,

310

"parameters" : [

311

"50"

312

]

313

314

{

315

"name" : "EquivalentSphericalPerimeter",

316

"value" : 81.37860476665404,

317

"tolerance" : 1e-08,

318

"parameters" : [

319

"50"

320

]

321

322

{

323

"name" : "EquivalentSphericalRadius",

324

"value" : 12.951807210534664,

325

"tolerance" : 1e-08,

326

"parameters" : [

327

"50"

328

]

329

330

{

331

"name" : "FeretDiameter",

332

"value" : 0,

333

"parameters" : [

334

"50"

335

]

336

337

{

338

"name" : "Flatness",

339

"value" : 1.8257418583505538,

340

"tolerance" : 1e-08,

341

"parameters" : [

342

"50"

343

]

344

345

{

346

"name" : "NumberOfLabels",

347

"value" : "2u"

348

349

{

350

"name" : "NumberOfPixels",

351

"value" : "527u",

352

"parameters" : [

353

"50"

354

]

355

356

{

357

"name" : "NumberOfPixelsOnBorder",

358

"value" : "0u",

359

"parameters" : [

360

"50"

361

]

362

363

{

364

"name" : "Perimeter",

365

"value" : 89.90298636643831,

366

"tolerance" : 1e-08,

367

"parameters" : [

368

"50"

369

]

370

371

{

372

"name" : "PerimeterOnBorder",

373

"value" : 0,

374

"parameters" : [

375

"50"

376

]

377

378

{

379

"name" : "PerimeterOnBorderRatio",

380

"value" : 0,

381

"parameters" : [

382

"50"

383

]

384

385

{

386

"name" : "PhysicalSize",

387

"value" : 527,

388

"parameters" : [

389

"50"

390

]

391

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{

393

"name" : "Roundness",

394

"value" : 0.905182442271278,

395

"tolerance" : 1e-08,

396

"parameters" : [

397

"50"

398

]

399

}

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"inputs" : [

402

"Input/simple-label-b.png"

403

]

404

}

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"briefdescription" : "Converts a label image to a label map and valuates the shape attributes.",

407

"detaileddescription" : "A convenient class that converts a label image to a label map and valuates the shape attribute at once.\n\nThis implementation was taken from the Insight Journal paper:\n\nhttps://hdl.handle.net/1926/584 or http://www.insight-journal.org/browse/publication/176 \n\n\\author Gaetan Lehmann. Biologie du Developpement et de la Reproduction, INRA de Jouy-en-Josas, France.\n\n\\see ShapeLabelObject , LabelShapeOpeningImageFilter , LabelStatisticsOpeningImageFilter \n\n\\par Wiki Examples:\n\n\\li All Examples \n\n\\li Convert an itk::Image consisting of labeled regions to a ShapeLabelMap",

408

"itk_module" : "ITKLabelMap",

409

"itk_group" : "LabelMap"

410

}

b'\\ No newline at end of file'

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