Question: Both images have a height of 460 pixels and a width of 345 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 4; exactly 4 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 166

Answer: 72

Answer: 204

Answer: 111

Answer: 226

Answer: 61

Answer: 265

Answer: 100

Answer: 48

Answer: 227

Answer: 82

Answer: 371

Answer: 79

Answer: 237

Answer: 105

Answer: 273


Question: Both images have a height of 460 pixels and a width of 345 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 5; exactly 5 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 268

Answer: 41

Answer: 309

Answer: 86

Answer: 37

Answer: 94

Answer: 74

Answer: 237

Answer: 107

Answer: 95

Answer: 149

Answer: 214

Answer: 118

Answer: 258

Answer: 155

Answer: 300

Answer: 140

Answer: 306

Answer: 172

Answer: 348


Question: Both images have a height of 460 pixels and a width of 345 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 6; exactly 6 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 184

Answer: 136

Answer: 211

Answer: 174

Answer: 170

Answer: 49

Answer: 208

Answer: 194

Answer: 231

Answer: 156

Answer: 256

Answer: 194

Answer: 261

Answer: 166

Answer: 293

Answer: 204

Answer: 49

Answer: 246

Answer: 91

Answer: 396

Answer: 306

Answer: 172

Answer: 339

Answer: 211


Question: Both images have a height of 460 pixels and a width of 345 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 7; exactly 7 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 129

Answer: 39

Answer: 166

Answer: 81

Answer: 47

Answer: 86

Answer: 81

Answer: 125

Answer: 195

Answer: 80

Answer: 230

Answer: 208

Answer: 231

Answer: 87

Answer: 264

Answer: 124

Answer: 21

Answer: 203

Answer: 53

Answer: 245

Answer: 243

Answer: 237

Answer: 285

Answer: 280

Answer: 140

Answer: 294

Answer: 175

Answer: 338


Question: Both images have a height of 195 pixels and a width of 195 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 4; exactly 4 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 35

Answer: 40

Answer: 79

Answer: 81

Answer: 80

Answer: 37

Answer: 119

Answer: 80

Answer: 116

Answer: 77

Answer: 157

Answer: 119

Answer: 79

Answer: 149

Answer: 120

Answer: 192


Question: Both images have a height of 195 pixels and a width of 195 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 5; exactly 5 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 37

Answer: 3

Answer: 69

Answer: 36

Answer: 96

Answer: 31

Answer: 130

Answer: 66

Answer: 157

Answer: 63

Answer: 192

Answer: 99

Answer: 34

Answer: 63

Answer: 70

Answer: 98

Answer: 127

Answer: 156

Answer: 164

Answer: 192


Question: Both images have a height of 195 pixels and a width of 195 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 7; exactly 7 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 2

Answer: 2

Answer: 27

Answer: 25

Answer: 126

Answer: 41

Answer: 154

Answer: 69

Answer: 43

Answer: 83

Answer: 68

Answer: 111

Answer: 147

Answer: 105

Answer: 172

Answer: 130

Answer: 171

Answer: 128

Answer: 192

Answer: 151

Answer: 61

Answer: 146

Answer: 88

Answer: 173

Answer: 63

Answer: 169

Answer: 89

Answer: 193


Question: Both images have a height of 450 pixels and a width of 349 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 4; exactly 4 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 0

Answer: 83

Answer: 54

Answer: 118

Answer: 171

Answer: 352

Answer: 209

Answer: 387

Answer: 284

Answer: 410

Answer: 321

Answer: 451

Answer: 20

Answer: 345

Answer: 53

Answer: 380


Question: Both images have a height of 450 pixels and a width of 350 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 5; exactly 5 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 144

Answer: 105

Answer: 187

Answer: 144

Answer: 120

Answer: 153

Answer: 146

Answer: 180

Answer: 3

Answer: 199

Answer: 29

Answer: 236

Answer: 145

Answer: 403

Answer: 172

Answer: 424

Answer: 20

Answer: 247

Answer: 53

Answer: 277


Question: Both images have a height of 470 pixels and a width of 350 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 5; exactly 5 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 21

Answer: 38

Answer: 64

Answer: 85

Answer: 60

Answer: 270

Answer: 96

Answer: 308

Answer: 191

Answer: 367

Answer: 251

Answer: 422

Answer: 282

Answer: 311

Answer: 305

Answer: 337

Answer: 321

Answer: 98

Answer: 346

Answer: 124


Question: Both images have a height of 470 pixels and a width of 350 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 7; exactly 7 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 1

Answer: 32

Answer: 63

Answer: 88

Answer: 221

Answer: 63

Answer: 337

Answer: 172

Answer: 299

Answer: 167

Answer: 325

Answer: 194

Answer: 300

Answer: 256

Answer: 327

Answer: 283

Answer: 225

Answer: 334

Answer: 293

Answer: 385

Answer: 11

Answer: 429

Answer: 44

Answer: 461

Answer: 99

Answer: 444

Answer: 167

Answer: 470


Question: Both images have a height of 470 pixels and a width of 350 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 7; exactly 7 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 55

Answer: 184

Answer: 81

Answer: 211

Answer: 128

Answer: 187

Answer: 157

Answer: 215

Answer: 167

Answer: 133

Answer: 200

Answer: 170

Answer: 160

Answer: 180

Answer: 316

Answer: 374

Answer: 102

Answer: 359

Answer: 129

Answer: 389

Answer: 292

Answer: 3

Answer: 320

Answer: 30

Answer: 324

Answer: 190

Answer: 343

Answer: 218


Question: Both images have a height of 470 pixels and a width of 350 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 6; exactly 6 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 100

Answer: 0

Answer: 207

Answer: 39

Answer: 183

Answer: 48

Answer: 223

Answer: 128

Answer: 15

Answer: 185

Answer: 41

Answer: 219

Answer: 93

Answer: 251

Answer: 147

Answer: 342

Answer: 0

Answer: 303

Answer: 60

Answer: 377

Answer: 247

Answer: 118

Answer: 304

Answer: 181


Question: Both images have a height of 470 pixels and a width of 350 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 5; exactly 5 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 313

Answer: 1

Answer: 348

Answer: 36

Answer: 148

Answer: 101

Answer: 196

Answer: 149

Answer: 189

Answer: 275

Answer: 262

Answer: 346

Answer: 34

Answer: 397

Answer: 68

Answer: 432

Answer: 15

Answer: 302

Answer: 40

Answer: 327


Question: Both images have a height of 470 pixels and a width of 350 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 5; exactly 5 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 17

Answer: 39

Answer: 63

Answer: 90

Answer: 133

Answer: 152

Answer: 162

Answer: 185

Answer: 1

Answer: 212

Answer: 50

Answer: 260

Answer: 165

Answer: 252

Answer: 221

Answer: 302

Answer: 261

Answer: 240

Answer: 311

Answer: 304


Question: Both images have a height of 470 pixels and a width of 350 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 5; exactly 5 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 15

Answer: 62

Answer: 60

Answer: 111

Answer: 50

Answer: 266

Answer: 111

Answer: 323

Answer: 60

Answer: 403

Answer: 110

Answer: 453

Answer: 271

Answer: 67

Answer: 309

Answer: 104

Answer: 232

Answer: 391

Answer: 274

Answer: 435


Question: Both images have a height of 470 pixels and a width of 350 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 6; exactly 6 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 128

Answer: 76

Answer: 168

Answer: 118

Answer: 221

Answer: 88

Answer: 255

Answer: 133

Answer: 205

Answer: 169

Answer: 230

Answer: 198

Answer: 174

Answer: 195

Answer: 219

Answer: 244

Answer: 141

Answer: 252

Answer: 160

Answer: 289

Answer: 165

Answer: 308

Answer: 188

Answer: 332


Question: Both images have a height of 470 pixels and a width of 350 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 6; exactly 6 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 197

Answer: 3

Answer: 231

Answer: 35

Answer: 45

Answer: 276

Answer: 68

Answer: 318

Answer: 114

Answer: 375

Answer: 140

Answer: 416

Answer: 18

Answer: 11

Answer: 49

Answer: 48

Answer: 303

Answer: 2

Answer: 338

Answer: 32

Answer: 242

Answer: 146

Answer: 276

Answer: 190


Question: Both images have a height of 470 pixels and a width of 350 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 6; exactly 6 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 12

Answer: 30

Answer: 48

Answer: 69

Answer: 58

Answer: 178

Answer: 112

Answer: 226

Answer: 124

Answer: 116

Answer: 161

Answer: 150

Answer: 256

Answer: 66

Answer: 293

Answer: 102

Answer: 302

Answer: 175

Answer: 335

Answer: 226

Answer: 247

Answer: 429

Answer: 289

Answer: 465


Question: Both images have a height of 470 pixels and a width of 350 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 5; exactly 5 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 190

Answer: 19

Answer: 219

Answer: 44

Answer: 117

Answer: 140

Answer: 151

Answer: 170

Answer: 13

Answer: 263

Answer: 60

Answer: 304

Answer: 291

Answer: 237

Answer: 328

Answer: 266

Answer: 281

Answer: 358

Answer: 333

Answer: 408


Question: Both images have a height of 470 pixels and a width of 350 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 5; exactly 5 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 0

Answer: 157

Answer: 84

Answer: 244

Answer: 146

Answer: 122

Answer: 208

Answer: 176

Answer: 178

Answer: 247

Answer: 206

Answer: 276

Answer: 64

Answer: 380

Answer: 90

Answer: 412

Answer: 241

Answer: 135

Answer: 260

Answer: 162


Question: Both images have a height of 470 pixels and a width of 350 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 5; exactly 5 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 69

Answer: 235

Answer: 110

Answer: 273

Answer: 96

Answer: 200

Answer: 121

Answer: 223

Answer: 189

Answer: 202

Answer: 222

Answer: 250

Answer: 239

Answer: 210

Answer: 313

Answer: 270

Answer: 312

Answer: 140

Answer: 348

Answer: 175


Question: Both images have a height of 470 pixels and a width of 350 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 5; exactly 5 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 5

Answer: 127

Answer: 41

Answer: 160

Answer: 134

Answer: 219

Answer: 188

Answer: 280

Answer: 205

Answer: 59

Answer: 247

Answer: 100

Answer: 269

Answer: 31

Answer: 303

Answer: 63

Answer: 205

Answer: 294

Answer: 347

Answer: 455


Question: Both images have a height of 470 pixels and a width of 350 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 5; exactly 5 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 79

Answer: 1

Answer: 130

Answer: 40

Answer: 185

Answer: 174

Answer: 231

Answer: 221

Answer: 115

Answer: 259

Answer: 136

Answer: 283

Answer: 80

Answer: 409

Answer: 159

Answer: 468

Answer: 292

Answer: 45

Answer: 328

Answer: 77


Question: Both images have a height of 470 pixels and a width of 350 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 6; exactly 6 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 130

Answer: 13

Answer: 166

Answer: 50

Answer: 242

Answer: 45

Answer: 298

Answer: 95

Answer: 178

Answer: 55

Answer: 224

Answer: 100

Answer: 276

Answer: 173

Answer: 326

Answer: 226

Answer: 262

Answer: 276

Answer: 292

Answer: 313

Answer: 1

Answer: 259

Answer: 47

Answer: 337


Question: Both images have a height of 470 pixels and a width of 350 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 5; exactly 5 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 224

Answer: 2

Answer: 289

Answer: 42

Answer: 286

Answer: 145

Answer: 335

Answer: 228

Answer: 116

Answer: 226

Answer: 164

Answer: 274

Answer: 49

Answer: 404

Answer: 103

Answer: 466

Answer: 305

Answer: 424

Answer: 347

Answer: 458


Question: Both images have a height of 470 pixels and a width of 350 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 5; exactly 5 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 137

Answer: 101

Answer: 183

Answer: 145

Answer: 269

Answer: 136

Answer: 298

Answer: 175

Answer: 179

Answer: 408

Answer: 229

Answer: 447

Answer: 40

Answer: 366

Answer: 62

Answer: 389

Answer: 261

Answer: 288

Answer: 295

Answer: 320


Question: Both images have a height of 470 pixels and a width of 350 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 5; exactly 5 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 21

Answer: 333

Answer: 70

Answer: 427

Answer: 139

Answer: 252

Answer: 164

Answer: 301

Answer: 250

Answer: 286

Answer: 281

Answer: 329

Answer: 281

Answer: 132

Answer: 340

Answer: 182

Answer: 68

Answer: 107

Answer: 126

Answer: 162


Question: Both images have a height of 470 pixels and a width of 350 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 5; exactly 5 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 65

Answer: 25

Answer: 104

Answer: 71

Answer: 2

Answer: 257

Answer: 47

Answer: 325

Answer: 194

Answer: 333

Answer: 267

Answer: 395

Answer: 297

Answer: 421

Answer: 342

Answer: 464

Answer: 323

Answer: 127

Answer: 346

Answer: 150


Question: Both images have a height of 195 pixels and a width of 195 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 4; exactly 4 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 4

Answer: 3

Answer: 43

Answer: 43

Answer: 35

Answer: 113

Answer: 84

Answer: 156

Answer: 114

Answer: 113

Answer: 160

Answer: 157

Answer: 38

Answer: 152

Answer: 84

Answer: 189


Question: Both images have a height of 195 pixels and a width of 195 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 4; exactly 4 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 2

Answer: 3

Answer: 42

Answer: 43

Answer: 40

Answer: 73

Answer: 81

Answer: 118

Answer: 2

Answer: 75

Answer: 45

Answer: 118

Answer: 38

Answer: 150

Answer: 81

Answer: 192


Question: Both images have a height of 195 pixels and a width of 195 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 4; exactly 4 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 4

Answer: 77

Answer: 45

Answer: 120

Answer: 153

Answer: 78

Answer: 192

Answer: 116

Answer: 2

Answer: 153

Answer: 46

Answer: 191

Answer: 77

Answer: 150

Answer: 121

Answer: 193


Question: Both images have a height of 460 pixels and a width of 345 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 4; exactly 4 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 27

Answer: 110

Answer: 60

Answer: 230

Answer: 282

Answer: 139

Answer: 310

Answer: 179

Answer: 273

Answer: 189

Answer: 310

Answer: 230

Answer: 249

Answer: 262

Answer: 281

Answer: 300


Question: Both images have a height of 460 pixels and a width of 345 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 4; exactly 4 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 93

Answer: 88

Answer: 120

Answer: 120

Answer: 125

Answer: 105

Answer: 151

Answer: 246

Answer: 167

Answer: 206

Answer: 198

Answer: 350

Answer: 268

Answer: 272

Answer: 300

Answer: 419


Question: Both images have a height of 450 pixels and a width of 350 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 3; exactly 3 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 206

Answer: 155

Answer: 240

Answer: 181

Answer: 154

Answer: 155

Answer: 187

Answer: 188

Answer: 305

Answer: 416

Answer: 335

Answer: 448


Question: Both images have a height of 450 pixels and a width of 350 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 4; exactly 4 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 7

Answer: 215

Answer: 33

Answer: 246

Answer: 311

Answer: 158

Answer: 345

Answer: 193

Answer: 223

Answer: 258

Answer: 262

Answer: 297

Answer: 210

Answer: 61

Answer: 247

Answer: 93


Question: Both images have a height of 450 pixels and a width of 350 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 4; exactly 4 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 119

Answer: 409

Answer: 149

Answer: 439

Answer: 10

Answer: 161

Answer: 45

Answer: 193

Answer: 165

Answer: 59

Answer: 196

Answer: 94

Answer: 248

Answer: 13

Answer: 291

Answer: 53


Question: Both images have a height of 450 pixels and a width of 350 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 4; exactly 4 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 127

Answer: 202

Answer: 151

Answer: 232

Answer: 107

Answer: 98

Answer: 141

Answer: 133

Answer: 2

Answer: 3

Answer: 62

Answer: 66

Answer: 289

Answer: 21

Answer: 336

Answer: 63


Question: Both images have a height of 450 pixels and a width of 350 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 4; exactly 4 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 204

Answer: 8

Answer: 243

Answer: 46

Answer: 328

Answer: 99

Answer: 349

Answer: 148

Answer: 38

Answer: 347

Answer: 112

Answer: 411

Answer: 103

Answer: 270

Answer: 144

Answer: 312


Question: Both images have a height of 450 pixels and a width of 350 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 4; exactly 4 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 88

Answer: 156

Answer: 156

Answer: 202

Answer: 97

Answer: 235

Answer: 159

Answer: 286

Answer: 2

Answer: 358

Answer: 35

Answer: 401

Answer: 66

Answer: 370

Answer: 104

Answer: 402


Question: Both images have a height of 450 pixels and a width of 350 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 4; exactly 4 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 7

Answer: 98

Answer: 44

Answer: 148

Answer: 102

Answer: 211

Answer: 139

Answer: 254

Answer: 151

Answer: 336

Answer: 208

Answer: 394

Answer: 100

Answer: -1

Answer: 148

Answer: 37


Question: Both images have a height of 450 pixels and a width of 350 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 4; exactly 4 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 218

Answer: 12

Answer: 256

Answer: 53

Answer: 310

Answer: 99

Answer: 345

Answer: 138

Answer: 258

Answer: 212

Answer: 296

Answer: 256

Answer: 208

Answer: 353

Answer: 252

Answer: 397


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 7; exactly 7 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 175

Answer: 129

Answer: 350

Answer: 216

Answer: 56

Answer: 23

Answer: 529

Answer: 100

Answer: 409

Answer: 318

Answer: 463

Answer: 354

Answer: 468

Answer: 496

Answer: 533

Answer: 555

Answer: 465

Answer: 694

Answer: 523

Answer: 749

Answer: 132

Answer: 477

Answer: 181

Answer: 522

Answer: 38

Answer: 705

Answer: 137

Answer: 775


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 8; exactly 8 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 303

Answer: 57

Answer: 401

Answer: 107

Answer: 270

Answer: 164

Answer: 321

Answer: 205

Answer: 141

Answer: 282

Answer: 205

Answer: 348

Answer: 336

Answer: 246

Answer: 400

Answer: 298

Answer: 366

Answer: 347

Answer: 407

Answer: 396

Answer: 264

Answer: 563

Answer: 337

Answer: 615

Answer: 155

Answer: 424

Answer: 214

Answer: 460

Answer: 486

Answer: 647

Answer: 544

Answer: 719


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 9; exactly 9 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 107

Answer: 7

Answer: 182

Answer: 78

Answer: 308

Answer: 18

Answer: 410

Answer: 92

Answer: 425

Answer: 82

Answer: 539

Answer: 136

Answer: 323

Answer: 287

Answer: 382

Answer: 348

Answer: 352

Answer: 374

Answer: 400

Answer: 472

Answer: 260

Answer: 614

Answer: 348

Answer: 693

Answer: 34

Answer: 409

Answer: 90

Answer: 459

Answer: 13

Answer: 669

Answer: 124

Answer: 761

Answer: 408

Answer: 229

Answer: 541

Answer: 353


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 10; exactly 10 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 510

Answer: 61

Answer: 553

Answer: 130

Answer: 13

Answer: 12

Answer: 64

Answer: 191

Answer: 156

Answer: 271

Answer: 216

Answer: 310

Answer: 56

Answer: 289

Answer: 100

Answer: 336

Answer: 128

Answer: 322

Answer: 216

Answer: 365

Answer: 24

Answer: 426

Answer: 108

Answer: 479

Answer: 145

Answer: 566

Answer: 213

Answer: 632

Answer: 418

Answer: 527

Answer: 456

Answer: 579

Answer: 508

Answer: 583

Answer: 551

Answer: 635

Answer: 305

Answer: 323

Answer: 358

Answer: 373


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 11; exactly 11 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 270

Answer: 45

Answer: 332

Answer: 106

Answer: 162

Answer: 98

Answer: 217

Answer: 181

Answer: 250

Answer: 139

Answer: 302

Answer: 195

Answer: 490

Answer: 215

Answer: 559

Answer: 294

Answer: 492

Answer: 427

Answer: 559

Answer: 492

Answer: 380

Answer: 411

Answer: 428

Answer: 485

Answer: 235

Answer: 581

Answer: 334

Answer: 645

Answer: 191

Answer: 326

Answer: 326

Answer: 438

Answer: 13

Answer: 322

Answer: 101

Answer: 403

Answer: 68

Answer: 537

Answer: 117

Answer: 591

Answer: 85

Answer: 697

Answer: 171

Answer: 754


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 11; exactly 11 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 251

Answer: 62

Answer: 316

Answer: 113

Answer: 241

Answer: 168

Answer: 307

Answer: 249

Answer: 458

Answer: 5

Answer: 549

Answer: 48

Answer: 468

Answer: 431

Answer: 532

Answer: 515

Answer: 504

Answer: 542

Answer: 550

Answer: 595

Answer: 310

Answer: 696

Answer: 311

Answer: 697

Answer: 302

Answer: 694

Answer: 365

Answer: 752

Answer: 220

Answer: 523

Answer: 276

Answer: 599

Answer: 124

Answer: 501

Answer: 177

Answer: 565

Answer: 37

Answer: 572

Answer: 86

Answer: 628

Answer: 134

Answer: 378

Answer: 215

Answer: 424


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 10; exactly 10 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 6

Answer: 151

Answer: 111

Answer: 228

Answer: 164

Answer: 230

Answer: 221

Answer: 269

Answer: 186

Answer: 359

Answer: 242

Answer: 386

Answer: 378

Answer: 363

Answer: 464

Answer: 404

Answer: 441

Answer: 282

Answer: 505

Answer: 329

Answer: 236

Answer: 531

Answer: 284

Answer: 569

Answer: 80

Answer: 577

Answer: 139

Answer: 652

Answer: 179

Answer: 683

Answer: 229

Answer: 743

Answer: 438

Answer: 626

Answer: 476

Answer: 683

Answer: 462

Answer: 739

Answer: 505

Answer: 770


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 8; exactly 8 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 243

Answer: 228

Answer: 320

Answer: 275

Answer: 460

Answer: 18

Answer: 559

Answer: 70

Answer: 4

Answer: 149

Answer: 125

Answer: 231

Answer: 391

Answer: 399

Answer: 505

Answer: 473

Answer: 156

Answer: 587

Answer: 243

Answer: 679

Answer: 310

Answer: 664

Answer: 383

Answer: 731

Answer: 504

Answer: 714

Answer: 562

Answer: 772

Answer: 415

Answer: 511

Answer: 452

Answer: 551


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 10; exactly 10 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 440

Answer: 115

Answer: 490

Answer: 164

Answer: 494

Answer: 183

Answer: 543

Answer: 249

Answer: 405

Answer: 170

Answer: 459

Answer: 217

Answer: 501

Answer: 402

Answer: 556

Answer: 449

Answer: 17

Answer: 337

Answer: 59

Answer: 380

Answer: 37

Answer: 410

Answer: 88

Answer: 456

Answer: 82

Answer: 532

Answer: 122

Answer: 563

Answer: 85

Answer: 724

Answer: 148

Answer: 773

Answer: 10

Answer: 187

Answer: 44

Answer: 233

Answer: 185

Answer: 168

Answer: 230

Answer: 206


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 9; exactly 9 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 384

Answer: 8

Answer: 478

Answer: 72

Answer: 348

Answer: 294

Answer: 425

Answer: 361

Answer: 275

Answer: 445

Answer: 333

Answer: 592

Answer: 511

Answer: 489

Answer: 564

Answer: 550

Answer: 479

Answer: 697

Answer: 542

Answer: 755

Answer: 258

Answer: 696

Answer: 312

Answer: 745

Answer: 61

Answer: 667

Answer: 118

Answer: 714

Answer: 77

Answer: 475

Answer: 238

Answer: 579

Answer: 4

Answer: 41

Answer: 171

Answer: 138


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 8; exactly 8 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 41

Answer: 26

Answer: 116

Answer: 101

Answer: 151

Answer: 120

Answer: 224

Answer: 202

Answer: 286

Answer: 140

Answer: 346

Answer: 193

Answer: 138

Answer: 465

Answer: 207

Answer: 575

Answer: 309

Answer: 738

Answer: 383

Answer: 770

Answer: 292

Answer: 537

Answer: 374

Answer: 582

Answer: 5

Answer: 469

Answer: 63

Answer: 584

Answer: 426

Answer: 469

Answer: 502

Answer: 565


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 14; exactly 14 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 434

Answer: 23

Answer: 504

Answer: 61

Answer: 109

Answer: 137

Answer: 155

Answer: 189

Answer: 137

Answer: 180

Answer: 196

Answer: 219

Answer: 34

Answer: 288

Answer: 70

Answer: 325

Answer: 14

Answer: 384

Answer: 72

Answer: 428

Answer: 132

Answer: 389

Answer: 219

Answer: 428

Answer: 169

Answer: 571

Answer: 233

Answer: 632

Answer: 174

Answer: 710

Answer: 237

Answer: 749

Answer: 361

Answer: 629

Answer: 429

Answer: 730

Answer: 326

Answer: 255

Answer: 380

Answer: 307

Answer: 415

Answer: 250

Answer: 460

Answer: 302

Answer: 496

Answer: 186

Answer: 544

Answer: 231

Answer: 413

Answer: 466

Answer: 456

Answer: 509

Answer: 518

Answer: 185

Answer: 519

Answer: 186


Question: Both images have a height of 780 pixels and a width of 550 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 11; exactly 11 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 160

Answer: 101

Answer: 206

Answer: 178

Answer: 21

Answer: 336

Answer: 90

Answer: 400

Answer: 60

Answer: 530

Answer: 114

Answer: 567

Answer: 84

Answer: 692

Answer: 157

Answer: 748

Answer: 247

Answer: 582

Answer: 324

Answer: 627

Answer: 184

Answer: 334

Answer: 287

Answer: 421

Answer: 369

Answer: 409

Answer: 406

Answer: 470

Answer: 458

Answer: 435

Answer: 539

Answer: 479

Answer: 247

Answer: 143

Answer: 277

Answer: 175

Answer: 257

Answer: 57

Answer: 301

Answer: 95

Answer: 492

Answer: 230

Answer: 539

Answer: 280


Question: Both images have a height of 510 pixels and a width of 850 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 9; exactly 9 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 91

Answer: 14

Answer: 133

Answer: 59

Answer: 336

Answer: 14

Answer: 393

Answer: 43

Answer: 483

Answer: 135

Answer: 556

Answer: 172

Answer: 692

Answer: 41

Answer: 738

Answer: 110

Answer: 612

Answer: 138

Answer: 660

Answer: 176

Answer: 783

Answer: 147

Answer: 843

Answer: 175

Answer: 438

Answer: 329

Answer: 517

Answer: 382

Answer: 775

Answer: 398

Answer: 813

Answer: 436

Answer: 115

Answer: 211

Answer: 192

Answer: 241


Question: Both images have a height of 760 pixels and a width of 580 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 10; exactly 10 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 406

Answer: 164

Answer: 466

Answer: 223

Answer: 455

Answer: 107

Answer: 495

Answer: 159

Answer: 503

Answer: 175

Answer: 550

Answer: 227

Answer: 10

Answer: 172

Answer: 51

Answer: 230

Answer: 193

Answer: 164

Answer: 220

Answer: 201

Answer: 20

Answer: 326

Answer: 42

Answer: 375

Answer: 40

Answer: 400

Answer: 65

Answer: 427

Answer: 83

Answer: 514

Answer: 116

Answer: 541

Answer: 91

Answer: 706

Answer: 159

Answer: 757

Answer: 515

Answer: 374

Answer: 565

Answer: 417


Question: Both images have a height of 510 pixels and a width of 850 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 10; exactly 10 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 9

Answer: 7

Answer: 35

Answer: 29

Answer: 170

Answer: 71

Answer: 187

Answer: 108

Answer: 505

Answer: 5

Answer: 535

Answer: 117

Answer: 755

Answer: 91

Answer: 811

Answer: 141

Answer: 658

Answer: 187

Answer: 726

Answer: 228

Answer: 662

Answer: 250

Answer: 694

Answer: 273

Answer: 639

Answer: 380

Answer: 733

Answer: 430

Answer: 378

Answer: 371

Answer: 404

Answer: 409

Answer: 58

Answer: 225

Answer: 59

Answer: 226

Answer: 305

Answer: 139

Answer: 347

Answer: 243


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 7; exactly 7 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 303

Answer: 83

Answer: 385

Answer: 140

Answer: 43

Answer: 227

Answer: 226

Answer: 371

Answer: 100

Answer: 542

Answer: 158

Answer: 736

Answer: 357

Answer: 553

Answer: 421

Answer: 617

Answer: 429

Answer: 373

Answer: 500

Answer: 418

Answer: 471

Answer: 200

Answer: 520

Answer: 255

Answer: 278

Answer: 346

Answer: 339

Answer: 398


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 10; exactly 10 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 508

Answer: 15

Answer: 560

Answer: 63

Answer: 262

Answer: 135

Answer: 293

Answer: 159

Answer: 104

Answer: 273

Answer: 173

Answer: 337

Answer: 233

Answer: 587

Answer: 289

Answer: 622

Answer: 61

Answer: 624

Answer: 106

Answer: 668

Answer: 9

Answer: 708

Answer: 43

Answer: 753

Answer: 193

Answer: 695

Answer: 339

Answer: 772

Answer: 520

Answer: 653

Answer: 567

Answer: 689

Answer: 446

Answer: 189

Answer: 504

Answer: 280

Answer: 399

Answer: 552

Answer: 448

Answer: 597


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 9; exactly 9 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 48

Answer: 105

Answer: 130

Answer: 203

Answer: 438

Answer: 172

Answer: 482

Answer: 212

Answer: 403

Answer: 3

Answer: 565

Answer: 168

Answer: 242

Answer: 296

Answer: 308

Answer: 322

Answer: 55

Answer: 452

Answer: 109

Answer: 489

Answer: 66

Answer: 617

Answer: 126

Answer: 697

Answer: 318

Answer: 584

Answer: 410

Answer: 629

Answer: 335

Answer: 458

Answer: 403

Answer: 539

Answer: 430

Answer: 459

Answer: 466

Answer: 497


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 10; exactly 10 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 270

Answer: 105

Answer: 319

Answer: 149

Answer: 292

Answer: 259

Answer: 333

Answer: 298

Answer: 28

Answer: 265

Answer: 92

Answer: 323

Answer: 411

Answer: 265

Answer: 452

Answer: 307

Answer: 31

Answer: 451

Answer: 118

Answer: 540

Answer: 192

Answer: 515

Answer: 262

Answer: 568

Answer: 356

Answer: 486

Answer: 408

Answer: 511

Answer: 8

Answer: 706

Answer: 42

Answer: 754

Answer: 452

Answer: 386

Answer: 480

Answer: 418

Answer: 361

Answer: 552

Answer: 413

Answer: 627


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 9; exactly 9 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 492

Answer: 160

Answer: 550

Answer: 242

Answer: 323

Answer: 266

Answer: 347

Answer: 303

Answer: 12

Answer: 227

Answer: 46

Answer: 278

Answer: 389

Answer: 260

Answer: 457

Answer: 342

Answer: 321

Answer: 611

Answer: 359

Answer: 651

Answer: 57

Answer: 611

Answer: 106

Answer: 757

Answer: 128

Answer: 618

Answer: 194

Answer: 755

Answer: 489

Answer: 675

Answer: 528

Answer: 759

Answer: 528

Answer: 594

Answer: 556

Answer: 634


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 8; exactly 8 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 492

Answer: 328

Answer: 550

Answer: 378

Answer: 234

Answer: 587

Answer: 308

Answer: 640

Answer: 328

Answer: 636

Answer: 385

Answer: 738

Answer: 161

Answer: 385

Answer: 231

Answer: 439

Answer: 38

Answer: 662

Answer: 153

Answer: 719

Answer: 134

Answer: 224

Answer: 185

Answer: 304

Answer: 8

Answer: 121

Answer: 100

Answer: 206

Answer: 306

Answer: 329

Answer: 347

Answer: 383


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 9; exactly 9 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 162

Answer: 168

Answer: 223

Answer: 212

Answer: 293

Answer: 155

Answer: 359

Answer: 211

Answer: 492

Answer: 164

Answer: 536

Answer: 206

Answer: 429

Answer: 349

Answer: 472

Answer: 401

Answer: 58

Answer: 395

Answer: 103

Answer: 448

Answer: 138

Answer: 458

Answer: 175

Answer: 501

Answer: 251

Answer: 634

Answer: 288

Answer: 675

Answer: 467

Answer: 561

Answer: 520

Answer: 625

Answer: 25

Answer: 671

Answer: 26

Answer: 672


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 9; exactly 9 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 417

Answer: 22

Answer: 459

Answer: 55

Answer: 428

Answer: 84

Answer: 455

Answer: 141

Answer: 465

Answer: 268

Answer: 536

Answer: 364

Answer: 128

Answer: 249

Answer: 173

Answer: 308

Answer: 206

Answer: 374

Answer: 409

Answer: 432

Answer: 267

Answer: 456

Answer: 311

Answer: 665

Answer: 343

Answer: 539

Answer: 383

Answer: 586

Answer: 95

Answer: 541

Answer: 126

Answer: 582

Answer: 457

Answer: 617

Answer: 484

Answer: 648


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 8; exactly 8 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 185

Answer: 148

Answer: 227

Answer: 186

Answer: 5

Answer: 176

Answer: 103

Answer: 239

Answer: 452

Answer: 130

Answer: 493

Answer: 169

Answer: 70

Answer: 451

Answer: 114

Answer: 497

Answer: 35

Answer: 584

Answer: 89

Answer: 633

Answer: 14

Answer: 696

Answer: 80

Answer: 774

Answer: 297

Answer: 656

Answer: 347

Answer: 707

Answer: 401

Answer: 679

Answer: 457

Answer: 717


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 9; exactly 9 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 16

Answer: 195

Answer: 67

Answer: 262

Answer: 121

Answer: 234

Answer: 181

Answer: 283

Answer: 261

Answer: 304

Answer: 319

Answer: 370

Answer: 372

Answer: 194

Answer: 410

Answer: 244

Answer: 191

Answer: 500

Answer: 287

Answer: 541

Answer: 36

Answer: 631

Answer: 74

Answer: 666

Answer: 270

Answer: 674

Answer: 321

Answer: 723

Answer: 472

Answer: 653

Answer: 546

Answer: 706

Answer: 469

Answer: 124

Answer: 526

Answer: 176


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 10; exactly 10 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 209

Answer: 18

Answer: 316

Answer: 136

Answer: 439

Answer: 74

Answer: 561

Answer: 145

Answer: 297

Answer: 181

Answer: 377

Answer: 247

Answer: 18

Answer: 187

Answer: 70

Answer: 252

Answer: 106

Answer: 307

Answer: 154

Answer: 341

Answer: 57

Answer: 361

Answer: 126

Answer: 496

Answer: 317

Answer: 391

Answer: 372

Answer: 461

Answer: 225

Answer: 544

Answer: 279

Answer: 590

Answer: 427

Answer: 607

Answer: 535

Answer: 711

Answer: 521

Answer: 289

Answer: 562

Answer: 319


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 10; exactly 10 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 260

Answer: 75

Answer: 300

Answer: 127

Answer: 174

Answer: 151

Answer: 234

Answer: 188

Answer: 151

Answer: 239

Answer: 192

Answer: 300

Answer: 160

Answer: 308

Answer: 258

Answer: 363

Answer: 355

Answer: 367

Answer: 402

Answer: 401

Answer: 420

Answer: 276

Answer: 467

Answer: 314

Answer: 490

Answer: 472

Answer: 536

Answer: 515

Answer: 68

Answer: 635

Answer: 131

Answer: 699

Answer: 218

Answer: 666

Answer: 267

Answer: 715

Answer: 457

Answer: 615

Answer: 529

Answer: 655


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 9; exactly 9 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 260

Answer: 26

Answer: 311

Answer: 74

Answer: 78

Answer: 166

Answer: 137

Answer: 259

Answer: 403

Answer: 158

Answer: 528

Answer: 267

Answer: 362

Answer: 295

Answer: 445

Answer: 370

Answer: 218

Answer: 407

Answer: 268

Answer: 481

Answer: 49

Answer: 536

Answer: 185

Answer: 592

Answer: 339

Answer: 581

Answer: 389

Answer: 647

Answer: 113

Answer: 640

Answer: 153

Answer: 739

Answer: 247

Answer: 501

Answer: 371

Answer: 545


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 8; exactly 8 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 12

Answer: 7

Answer: 175

Answer: 232

Answer: 428

Answer: 265

Answer: 490

Answer: 372

Answer: 526

Answer: 264

Answer: 567

Answer: 361

Answer: 445

Answer: 471

Answer: 501

Answer: 579

Answer: 136

Answer: 422

Answer: 173

Answer: 474

Answer: 18

Answer: 527

Answer: 62

Answer: 571

Answer: 216

Answer: 520

Answer: 372

Answer: 631

Answer: 259

Answer: 682

Answer: 336

Answer: 726


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 10; exactly 10 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 96

Answer: 124

Answer: 126

Answer: 188

Answer: 241

Answer: 91

Answer: 335

Answer: 164

Answer: 465

Answer: 155

Answer: 501

Answer: 198

Answer: 398

Answer: 242

Answer: 431

Answer: 285

Answer: 237

Answer: 249

Answer: 283

Answer: 302

Answer: 178

Answer: 312

Answer: 225

Answer: 361

Answer: 88

Answer: 407

Answer: 128

Answer: 441

Answer: 52

Answer: 470

Answer: 95

Answer: 520

Answer: 214

Answer: 427

Answer: 264

Answer: 471

Answer: 244

Answer: 656

Answer: 299

Answer: 712


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 10; exactly 10 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 92

Answer: 8

Answer: 309

Answer: 79

Answer: 337

Answer: 185

Answer: 393

Answer: 232

Answer: 148

Answer: 241

Answer: 197

Answer: 277

Answer: 54

Answer: 237

Answer: 124

Answer: 287

Answer: 207

Answer: 421

Answer: 274

Answer: 467

Answer: 140

Answer: 440

Answer: 198

Answer: 504

Answer: 284

Answer: 636

Answer: 342

Answer: 700

Answer: 208

Answer: 682

Answer: 300

Answer: 733

Answer: 477

Answer: 509

Answer: 564

Answer: 584

Answer: 447

Answer: 413

Answer: 519

Answer: 512


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 10; exactly 10 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 189

Answer: 62

Answer: 279

Answer: 126

Answer: 310

Answer: 46

Answer: 374

Answer: 95

Answer: 491

Answer: 116

Answer: 538

Answer: 208

Answer: 286

Answer: 244

Answer: 335

Answer: 280

Answer: 65

Answer: 196

Answer: 151

Answer: 319

Answer: 8

Answer: 380

Answer: 72

Answer: 456

Answer: 349

Answer: 310

Answer: 558

Answer: 499

Answer: 242

Answer: 471

Answer: 302

Answer: 551

Answer: 199

Answer: 674

Answer: 258

Answer: 719

Answer: 503

Answer: 687

Answer: 559

Answer: 734


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 12; exactly 12 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 213

Answer: 20

Answer: 269

Answer: 54

Answer: 219

Answer: 174

Answer: 267

Answer: 219

Answer: 16

Answer: 136

Answer: 132

Answer: 214

Answer: 413

Answer: 241

Answer: 484

Answer: 290

Answer: 33

Answer: 268

Answer: 92

Answer: 334

Answer: 92

Answer: 286

Answer: 223

Answer: 355

Answer: 8

Answer: 427

Answer: 37

Answer: 493

Answer: 46

Answer: 702

Answer: 111

Answer: 768

Answer: 114

Answer: 610

Answer: 192

Answer: 675

Answer: 207

Answer: 409

Answer: 274

Answer: 558

Answer: 387

Answer: 485

Answer: 454

Answer: 537

Answer: 460

Answer: 535

Answer: 504

Answer: 579


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 9; exactly 9 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 230

Answer: 156

Answer: 328

Answer: 191

Answer: 24

Answer: 188

Answer: 112

Answer: 230

Answer: 277

Answer: 292

Answer: 309

Answer: 327

Answer: 141

Answer: 465

Answer: 179

Answer: 497

Answer: 212

Answer: 494

Answer: 270

Answer: 545

Answer: 10

Answer: 571

Answer: 112

Answer: 622

Answer: 407

Answer: 662

Answer: 460

Answer: 714

Answer: 460

Answer: 585

Answer: 557

Answer: 640

Answer: 448

Answer: 182

Answer: 488

Answer: 234


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 10; exactly 10 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 253

Answer: 175

Answer: 311

Answer: 256

Answer: 382

Answer: 156

Answer: 445

Answer: 217

Answer: 5

Answer: 283

Answer: 39

Answer: 360

Answer: 39

Answer: 462

Answer: 101

Answer: 517

Answer: 289

Answer: 356

Answer: 332

Answer: 419

Answer: 401

Answer: 359

Answer: 431

Answer: 415

Answer: 470

Answer: 362

Answer: 535

Answer: 415

Answer: 429

Answer: 566

Answer: 508

Answer: 601

Answer: 308

Answer: 609

Answer: 370

Answer: 674

Answer: 172

Answer: 559

Answer: 218

Answer: 601


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 12; exactly 12 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 490

Answer: 137

Answer: 562

Answer: 287

Answer: 512

Answer: 379

Answer: 563

Answer: 447

Answer: 374

Answer: 467

Answer: 441

Answer: 509

Answer: 510

Answer: 580

Answer: 553

Answer: 621

Answer: 526

Answer: 696

Answer: 559

Answer: 746

Answer: 200

Answer: 629

Answer: 242

Answer: 673

Answer: 183

Answer: 492

Answer: 269

Answer: 555

Answer: 204

Answer: 400

Answer: 253

Answer: 460

Answer: 59

Answer: 445

Answer: 101

Answer: 499

Answer: 22

Answer: 647

Answer: 64

Answer: 715

Answer: 84

Answer: 176

Answer: 124

Answer: 218

Answer: 58

Answer: 110

Answer: 101

Answer: 174


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 8; exactly 8 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 356

Answer: 21

Answer: 462

Answer: 87

Answer: 3

Answer: 29

Answer: 84

Answer: 92

Answer: 381

Answer: 255

Answer: 418

Answer: 285

Answer: 446

Answer: 251

Answer: 484

Answer: 290

Answer: 7

Answer: 468

Answer: 48

Answer: 525

Answer: 277

Answer: 522

Answer: 366

Answer: 660

Answer: 462

Answer: 516

Answer: 560

Answer: 612

Answer: 514

Answer: 260

Answer: 554

Answer: 359


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 9; exactly 9 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 470

Answer: 111

Answer: 567

Answer: 155

Answer: 507

Answer: 375

Answer: 557

Answer: 435

Answer: 433

Answer: 517

Answer: 473

Answer: 583

Answer: 266

Answer: 329

Answer: 314

Answer: 411

Answer: 188

Answer: 645

Answer: 248

Answer: 691

Answer: 248

Answer: 692

Answer: 368

Answer: 746

Answer: 14

Answer: 179

Answer: 63

Answer: 257

Answer: 131

Answer: 139

Answer: 164

Answer: 182

Answer: 10

Answer: 559

Answer: 92

Answer: 615


Question: Both images have a height of 780 pixels and a width of 570 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 12; exactly 12 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 105

Answer: 120

Answer: 150

Answer: 216

Answer: 316

Answer: 139

Answer: 378

Answer: 217

Answer: 167

Answer: 8

Answer: 236

Answer: 33

Answer: 69

Answer: 243

Answer: 93

Answer: 324

Answer: 184

Answer: 530

Answer: 229

Answer: 575

Answer: 254

Answer: 385

Answer: 353

Answer: 454

Answer: 272

Answer: 590

Answer: 401

Answer: 634

Answer: 240

Answer: 686

Answer: 324

Answer: 749

Answer: 501

Answer: 553

Answer: 560

Answer: 631

Answer: 504

Answer: 227

Answer: 564

Answer: 308

Answer: 514

Answer: 70

Answer: 544

Answer: 136

Answer: 113

Answer: 699

Answer: 165

Answer: 738


Question: Both images have a height of 520 pixels and a width of 860 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 12; exactly 12 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 252

Answer: 52

Answer: 281

Answer: 78

Answer: 296

Answer: 174

Answer: 320

Answer: 207

Answer: 496

Answer: 77

Answer: 514

Answer: 104

Answer: 557

Answer: 87

Answer: 608

Answer: 122

Answer: 612

Answer: 161

Answer: 694

Answer: 208

Answer: 503

Answer: 233

Answer: 538

Answer: 280

Answer: 431

Answer: 237

Answer: 463

Answer: 301

Answer: 435

Answer: 340

Answer: 488

Answer: 386

Answer: 287

Answer: 407

Answer: 362

Answer: 437

Answer: 232

Answer: 262

Answer: 296

Answer: 298

Answer: 136

Answer: 393

Answer: 178

Answer: 439

Answer: 664

Answer: 426

Answer: 689

Answer: 454


Question: Both images have a height of 520 pixels and a width of 860 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 8; exactly 8 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 31

Answer: 15

Answer: 81

Answer: 58

Answer: 313

Answer: 18

Answer: 413

Answer: 110

Answer: 658

Answer: 8

Answer: 689

Answer: 47

Answer: 817

Answer: 203

Answer: 858

Answer: 233

Answer: 659

Answer: 266

Answer: 729

Answer: 334

Answer: 534

Answer: 222

Answer: 585

Answer: 258

Answer: 398

Answer: 310

Answer: 456

Answer: 346

Answer: 229

Answer: 433

Answer: 305

Answer: 495


Question: Both images have a height of 520 pixels and a width of 860 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 7; exactly 7 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 252

Answer: 7

Answer: 326

Answer: 71

Answer: 244

Answer: 327

Answer: 294

Answer: 395

Answer: 155

Answer: 357

Answer: 230

Answer: 445

Answer: 383

Answer: 420

Answer: 475

Answer: 492

Answer: 627

Answer: 401

Answer: 719

Answer: 484

Answer: 807

Answer: 319

Answer: 855

Answer: 428

Answer: 311

Answer: 161

Answer: 401

Answer: 243


Question: Both images have a height of 520 pixels and a width of 860 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 9; exactly 9 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 412

Answer: 52

Answer: 459

Answer: 103

Answer: 442

Answer: 113

Answer: 492

Answer: 165

Answer: 639

Answer: 216

Answer: 680

Answer: 257

Answer: 639

Answer: 98

Answer: 690

Answer: 145

Answer: 734

Answer: 270

Answer: 811

Answer: 335

Answer: 439

Answer: 346

Answer: 496

Answer: 428

Answer: 657

Answer: 449

Answer: 711

Answer: 501

Answer: 157

Answer: 403

Answer: 214

Answer: 489

Answer: 62

Answer: 209

Answer: 125

Answer: 275


Question: Both images have a height of 520 pixels and a width of 860 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 10; exactly 10 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 377

Answer: 153

Answer: 421

Answer: 180

Answer: 233

Answer: 166

Answer: 286

Answer: 220

Answer: 372

Answer: 218

Answer: 412

Answer: 257

Answer: 341

Answer: 311

Answer: 388

Answer: 361

Answer: 235

Answer: 357

Answer: 303

Answer: 438

Answer: 419

Answer: 392

Answer: 476

Answer: 451

Answer: 659

Answer: 326

Answer: 690

Answer: 365

Answer: 629

Answer: 73

Answer: 671

Answer: 119

Answer: 723

Answer: 86

Answer: 806

Answer: 188

Answer: 90

Answer: 367

Answer: 178

Answer: 414


Question: Both images have a height of 520 pixels and a width of 860 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 9; exactly 9 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 399

Answer: 75

Answer: 431

Answer: 100

Answer: 433

Answer: 214

Answer: 467

Answer: 247

Answer: 214

Answer: 131

Answer: 351

Answer: 220

Answer: 46

Answer: 186

Answer: 99

Answer: 237

Answer: 115

Answer: 297

Answer: 154

Answer: 345

Answer: 19

Answer: 377

Answer: 61

Answer: 424

Answer: 311

Answer: 421

Answer: 367

Answer: 461

Answer: 566

Answer: 434

Answer: 612

Answer: 475

Answer: 591

Answer: 212

Answer: 713

Answer: 276


Question: Both images have a height of 520 pixels and a width of 860 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 10; exactly 10 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 48

Answer: 221

Answer: 151

Answer: 294

Answer: 103

Answer: 373

Answer: 147

Answer: 422

Answer: 190

Answer: 449

Answer: 227

Answer: 493

Answer: 366

Answer: 401

Answer: 419

Answer: 481

Answer: 501

Answer: 386

Answer: 546

Answer: 464

Answer: 693

Answer: 414

Answer: 752

Answer: 476

Answer: 595

Answer: 238

Answer: 674

Answer: 407

Answer: 632

Answer: 161

Answer: 667

Answer: 195

Answer: 581

Answer: 96

Answer: 681

Answer: 140

Answer: 696

Answer: 20

Answer: 745

Answer: 60


Question: Both images have a height of 520 pixels and a width of 860 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 8; exactly 8 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 396

Answer: 157

Answer: 492

Answer: 237

Answer: 568

Answer: 193

Answer: 652

Answer: 298

Answer: 405

Answer: 346

Answer: 486

Answer: 399

Answer: 294

Answer: 255

Answer: 351

Answer: 370

Answer: 136

Answer: 426

Answer: 246

Answer: 495

Answer: 488

Answer: 443

Answer: 559

Answer: 502

Answer: 770

Answer: 273

Answer: 852

Answer: 330

Answer: 20

Answer: 109

Answer: 131

Answer: 203


Question: Both images have a height of 520 pixels and a width of 860 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 8; exactly 8 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 6

Answer: 151

Answer: 47

Answer: 234

Answer: 67

Answer: 194

Answer: 134

Answer: 268

Answer: 275

Answer: 172

Answer: 375

Answer: 230

Answer: 450

Answer: 319

Answer: 507

Answer: 354

Answer: 661

Answer: 449

Answer: 728

Answer: 496

Answer: 772

Answer: 224

Answer: 807

Answer: 275

Answer: 751

Answer: 111

Answer: 846

Answer: 178

Answer: 652

Answer: 166

Answer: 686

Answer: 201


Question: Both images have a height of 520 pixels and a width of 860 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 9; exactly 9 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 139

Answer: 28

Answer: 245

Answer: 82

Answer: 337

Answer: 121

Answer: 379

Answer: 198

Answer: 745

Answer: 82

Answer: 839

Answer: 136

Answer: 686

Answer: 294

Answer: 737

Answer: 358

Answer: 497

Answer: 387

Answer: 610

Answer: 428

Answer: 352

Answer: 244

Answer: 515

Answer: 297

Answer: 378

Answer: 346

Answer: 424

Answer: 378

Answer: 217

Answer: 296

Answer: 274

Answer: 341

Answer: 684

Answer: 136

Answer: 729

Answer: 212


Question: Both images have a height of 520 pixels and a width of 860 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 8; exactly 8 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 408

Answer: 30

Answer: 502

Answer: 71

Answer: 553

Answer: 121

Answer: 590

Answer: 161

Answer: 665

Answer: 180

Answer: 709

Answer: 212

Answer: 379

Answer: 203

Answer: 472

Answer: 266

Answer: 406

Answer: 389

Answer: 507

Answer: 452

Answer: 307

Answer: 384

Answer: 336

Answer: 423

Answer: 177

Answer: 77

Answer: 204

Answer: 123

Answer: 55

Answer: 158

Answer: 106

Answer: 213


Question: Both images have a height of 520 pixels and a width of 860 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 10; exactly 10 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 318

Answer: 113

Answer: 373

Answer: 174

Answer: 600

Answer: 149

Answer: 669

Answer: 188

Answer: 673

Answer: 241

Answer: 736

Answer: 308

Answer: 654

Answer: 380

Answer: 696

Answer: 426

Answer: 393

Answer: 390

Answer: 479

Answer: 445

Answer: 376

Answer: 275

Answer: 474

Answer: 313

Answer: 290

Answer: 225

Answer: 338

Answer: 300

Answer: 148

Answer: 166

Answer: 191

Answer: 205

Answer: 44

Answer: 342

Answer: 108

Answer: 404

Answer: 63

Answer: 233

Answer: 123

Answer: 277


Question: Both images have a height of 520 pixels and a width of 860 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 7; exactly 7 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 132

Answer: 77

Answer: 191

Answer: 143

Answer: 79

Answer: 262

Answer: 199

Answer: 391

Answer: 263

Answer: 150

Answer: 311

Answer: 224

Answer: 393

Answer: 165

Answer: 480

Answer: 359

Answer: 604

Answer: 383

Answer: 657

Answer: 449

Answer: 734

Answer: 359

Answer: 796

Answer: 449

Answer: 636

Answer: 55

Answer: 748

Answer: 125


Question: Both images have a height of 520 pixels and a width of 860 pixels, and form a spot-the-difference pair. Using the first image as reference, return the bounding boxes on the first image for each object that differs between the two images. Bounding boxes must be placed only on the first image: all bounding box coordinates must lie within the first image, and no bounding boxes should be output for the second image. The total number of differing objects is 9; exactly 9 bounding boxes must be returned. Each bounding box must be in the format [x1, y1, x2, y2], where (x1, y1) is the top-left corner and (x2, y2) is the bottom-right corner.

Answer: 130

Answer: 113

Answer: 185

Answer: 146

Answer: 266

Answer: 83

Answer: 347

Answer: 139

Answer: 706

Answer: 43

Answer: 757

Answer: 101

Answer: 735

Answer: 429

Answer: 769

Answer: 475

Answer: 437

Answer: 380

Answer: 473

Answer: 405

Answer: 390

Answer: 315

Answer: 441

Answer: 345

Answer: 423

Answer: 228

Answer: 471

Answer: 272

Answer: 236

Answer: 440

Answer: 276

Answer: 483

Answer: 190

Answer: 231

Answer: 223

Answer: 256