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  1. 04/28/2020 04:42:52 MainProcess MainThread logger log_setup INFO Log level set to: TRACE
  2. 04/28/2020 04:42:52 MainProcess MainThread launcher execute_script DEBUG Executing: extract. PID: 10056
  3. 04/28/2020 04:42:52 MainProcess MainThread launcher _setup_amd DEBUG Setting up for AMD
  4. 04/28/2020 04:42:52 MainProcess MainThread plaidml_tools setup_plaidml INFO Setting up for PlaidML
  5. 04/28/2020 04:42:52 MainProcess MainThread plaidml_tools setup_plaidml VERBOSE Setting Keras Backend to PlaidML
  6. 04/28/2020 04:42:52 MainProcess MainThread plaidml_tools __init__ DEBUG Initializing: PlaidMLStats: (loglevel: TRACE, log: True)
  7. 04/28/2020 04:42:52 MainProcess MainThread plaidml_tools initialize DEBUG Initializing PlaidML
  8. 04/28/2020 04:42:52 MainProcess MainThread plaidml_tools set_plaidml_logger DEBUG Setting PlaidML Default Logger
  9. 04/28/2020 04:42:52 MainProcess MainThread plaidml_tools set_plaidml_logger DEBUG Set PlaidML Default Logger
  10. 04/28/2020 04:42:52 MainProcess MainThread plaidml_tools set_verbosity DEBUG Setting PlaidML Loglevel: TRACE
  11. 04/28/2020 04:42:52 MainProcess MainThread plaidml_tools initialize DEBUG Initialized PlaidML
  12. 04/28/2020 04:42:52 MainProcess MainThread library _logger_callback DEBUG Creating HAL: opencl
  13. 04/28/2020 04:42:53 MainProcess MainThread library _logger_callback DEBUG Creating HAL: llvm
  14. 04/28/2020 04:42:53 MainProcess MainThread plaidml_tools get_supported_devices DEBUG []
  15. 04/28/2020 04:42:53 MainProcess MainThread library _logger_callback DEBUG Creating HAL: opencl
  16. 04/28/2020 04:42:53 MainProcess MainThread library _logger_callback DEBUG Creating HAL: llvm
  17. 04/28/2020 04:42:53 MainProcess MainThread plaidml_tools get_all_devices DEBUG Experimental Devices: [<plaidml._DeviceConfig object at 0x0000000003939E88>]
  18. 04/28/2020 04:42:53 MainProcess MainThread plaidml_tools get_all_devices DEBUG [<plaidml._DeviceConfig object at 0x0000000003939E88>]
  19. 04/28/2020 04:42:53 MainProcess MainThread plaidml_tools __init__ DEBUG Initialized: PlaidMLStats
  20. 04/28/2020 04:42:53 MainProcess MainThread plaidml_tools load_active_devices DEBUG Setting largest PlaidML device
  21. 04/28/2020 04:42:53 MainProcess MainThread plaidml_tools set_largest_gpu DEBUG Obtaining largest experimental device
  22. 04/28/2020 04:42:53 MainProcess MainThread plaidml_tools experimental_indices DEBUG [0]
  23. 04/28/2020 04:42:53 MainProcess MainThread plaidml_tools set_largest_gpu DEBUG Max VRAM: 1024.0
  24. 04/28/2020 04:42:53 MainProcess MainThread plaidml_tools set_largest_gpu DEBUG GPU IDX: 0
  25. 04/28/2020 04:42:53 MainProcess MainThread plaidml_tools set_largest_gpu INFO Setting GPU to largest available experimental device. If you want to override this selection, run `plaidml-setup` from the command line.
  26. 04/28/2020 04:42:53 MainProcess MainThread plaidml_tools setup_plaidml INFO Using GPU: ['opencl_amd_juniper.0']
  27. 04/28/2020 04:42:53 MainProcess MainThread plaidml_tools setup_plaidml INFO Successfully set up for PlaidML
  28. 04/28/2020 04:42:53 MainProcess MainThread launcher _setup_amd DEBUG setup up for PlaidML
  29. 04/28/2020 04:42:55 MainProcess MainThread launcher _test_for_tf_version DEBUG Installed Tensorflow Version: 1.15
  30. 04/28/2020 04:42:55 MainProcess MainThread queue_manager __init__ DEBUG Initializing QueueManager
  31. 04/28/2020 04:42:55 MainProcess MainThread queue_manager __init__ DEBUG Initialized QueueManager
  32. 04/28/2020 04:42:55 MainProcess MainThread extract __init__ DEBUG Initializing Extract: (args: Namespace(aligner='fan', alignments_path=None, colab=False, configfile=None, debug_landmarks=False, detector='s3fd', extract_every_n=1, filter=None, func=<bound method ScriptExecutor.execute_script of <lib.cli.launcher.ScriptExecutor object at 0x0000000002ED4F48>>, input_dir='C:\\img44', logfile=None, loglevel='TRACE', masker=None, min_size=20, nfilter=None, normalization='none', output_dir='C:\\faces', redirect_gui=True, ref_threshold=0.4, rotate_images=None, save_interval=0, singleprocess=False, size=256, skip_existing=False, skip_faces=False)
  33. 04/28/2020 04:42:55 MainProcess MainThread utils get_folder DEBUG Requested path: 'C:\faces'
  34. 04/28/2020 04:42:55 MainProcess MainThread utils get_folder DEBUG Returning: 'C:\faces'
  35. 04/28/2020 04:42:55 MainProcess MainThread extract __init__ INFO Output Directory: C:\faces
  36. 04/28/2020 04:42:55 MainProcess MainThread image __init__ DEBUG Initializing ImagesLoader: (path: C:\img44, queue_size: 8, fast_count: True, skip_list: None, count: None)
  37. 04/28/2020 04:42:55 MainProcess MainThread image __init__ DEBUG Initializing ImagesLoader: (path: C:\img44, queue_size: 8, args: None)
  38. 04/28/2020 04:42:55 MainProcess MainThread queue_manager get_queue DEBUG QueueManager getting: 'ImagesLoader'
  39. 04/28/2020 04:42:55 MainProcess MainThread queue_manager add_queue DEBUG QueueManager adding: (name: 'ImagesLoader', maxsize: 8)
  40. 04/28/2020 04:42:55 MainProcess MainThread queue_manager add_queue DEBUG QueueManager added: (name: 'ImagesLoader')
  41. 04/28/2020 04:42:55 MainProcess MainThread queue_manager get_queue DEBUG QueueManager got: 'ImagesLoader'
  42. 04/28/2020 04:42:55 MainProcess MainThread image _check_for_video DEBUG Input 'C:\img44' is_video: False
  43. 04/28/2020 04:42:55 MainProcess MainThread image _get_fps DEBUG 25.0
  44. 04/28/2020 04:42:55 MainProcess MainThread utils get_image_paths DEBUG Scanned Folder contains 8 files
  45. 04/28/2020 04:42:55 MainProcess MainThread utils get_image_paths TRACE Scanned Folder Contents: [<DirEntry '020110_2.jpg'>, <DirEntry '020110_6.jpg'>, <DirEntry '020310_L.jpg'>, <DirEntry '020710_D.jpg~original.jpg'>, <DirEntry '050909_8.jpg'>, <DirEntry '053109_8.jpg'>, <DirEntry '062209_E.jpg'>, <DirEntry '062809_5.jpg'>]
  46. 04/28/2020 04:42:55 MainProcess MainThread utils get_image_paths TRACE Adding 'C:\img44\020110_2.jpg' to image list
  47. 04/28/2020 04:42:55 MainProcess MainThread utils get_image_paths TRACE Adding 'C:\img44\020110_6.jpg' to image list
  48. 04/28/2020 04:42:55 MainProcess MainThread utils get_image_paths TRACE Adding 'C:\img44\020310_L.jpg' to image list
  49. 04/28/2020 04:42:55 MainProcess MainThread utils get_image_paths TRACE Adding 'C:\img44\020710_D.jpg~original.jpg' to image list
  50. 04/28/2020 04:42:55 MainProcess MainThread utils get_image_paths TRACE Adding 'C:\img44\050909_8.jpg' to image list
  51. 04/28/2020 04:42:55 MainProcess MainThread utils get_image_paths TRACE Adding 'C:\img44\053109_8.jpg' to image list
  52. 04/28/2020 04:42:55 MainProcess MainThread utils get_image_paths TRACE Adding 'C:\img44\062209_E.jpg' to image list
  53. 04/28/2020 04:42:55 MainProcess MainThread utils get_image_paths TRACE Adding 'C:\img44\062809_5.jpg' to image list
  54. 04/28/2020 04:42:55 MainProcess MainThread utils get_image_paths DEBUG Returning 8 images
  55. 04/28/2020 04:42:55 MainProcess MainThread image _get_count_and_filelist DEBUG count: 8
  56. 04/28/2020 04:42:55 MainProcess MainThread image _get_count_and_filelist TRACE filelist: ['C:\\img44\\020110_2.jpg', 'C:\\img44\\020110_6.jpg', 'C:\\img44\\020310_L.jpg', 'C:\\img44\\020710_D.jpg~original.jpg', 'C:\\img44\\050909_8.jpg', 'C:\\img44\\053109_8.jpg', 'C:\\img44\\062209_E.jpg', 'C:\\img44\\062809_5.jpg']
  57. 04/28/2020 04:42:55 MainProcess MainThread fsmedia __init__ DEBUG Initializing Alignments: (is_extract: True, input_is_video: False)
  58. 04/28/2020 04:42:55 MainProcess MainThread fsmedia _set_folder_filename DEBUG Alignments from Input Folder: 'C:\img44'
  59. 04/28/2020 04:42:55 MainProcess MainThread fsmedia _set_folder_filename DEBUG Setting Alignments: (folder: 'C:\img44' filename: 'alignments')
  60. 04/28/2020 04:42:55 MainProcess MainThread alignments __init__ DEBUG Initializing Alignments: (folder: 'C:\img44', filename: 'alignments')
  61. 04/28/2020 04:42:55 MainProcess MainThread serializer get_serializer DEBUG <lib.serializer._PickleSerializer object at 0x000000000CA4EB88>
  62. 04/28/2020 04:42:55 MainProcess MainThread serializer get_serializer DEBUG <lib.serializer._CompressedSerializer object at 0x000000000CA4E3C8>
  63. 04/28/2020 04:42:55 MainProcess MainThread alignments _get_location DEBUG Getting location: (folder: 'C:\img44', filename: 'alignments')
  64. 04/28/2020 04:42:55 MainProcess MainThread alignments _get_location DEBUG File extension set from serializer: 'fsa'
  65. 04/28/2020 04:42:55 MainProcess MainThread alignments _test_for_legacy DEBUG Checking for legacy alignments file formats: 'C:\img44\alignments.fsa'
  66. 04/28/2020 04:42:55 MainProcess MainThread alignments _test_for_legacy DEBUG Legacy alignments file does not exist: 'C:\img44\alignments.json'
  67. 04/28/2020 04:42:55 MainProcess MainThread alignments _test_for_legacy DEBUG Legacy alignments file does not exist: 'C:\img44\alignments.p'
  68. 04/28/2020 04:42:55 MainProcess MainThread alignments _test_for_legacy DEBUG Legacy alignments file does not exist: 'C:\img44\alignments.pickle'
  69. 04/28/2020 04:42:55 MainProcess MainThread alignments _test_for_legacy DEBUG Legacy alignments file does not exist: 'C:\img44\alignments.yaml'
  70. 04/28/2020 04:42:55 MainProcess MainThread alignments _get_location VERBOSE Alignments filepath: 'C:\img44\alignments.fsa'
  71. 04/28/2020 04:42:55 MainProcess MainThread fsmedia _load DEBUG No skipping selected. Returning empty dictionary
  72. 04/28/2020 04:42:55 MainProcess MainThread alignments _has_legacy_structure DEBUG legacy structure: False
  73. 04/28/2020 04:42:55 MainProcess MainThread alignments _has_legacy_landmarksxy DEBUG checking legacy landmarksXY
  74. 04/28/2020 04:42:55 MainProcess MainThread alignments _has_legacy_landmarksxy DEBUG legacy landmarksXY: False
  75. 04/28/2020 04:42:55 MainProcess MainThread alignments _has_legacy_landmarks_list DEBUG checking legacy landmarks as list
  76. 04/28/2020 04:42:55 MainProcess MainThread alignments __init__ DEBUG Initialized Alignments
  77. 04/28/2020 04:42:55 MainProcess MainThread fsmedia __init__ DEBUG Initialized Alignments
  78. 04/28/2020 04:42:55 MainProcess MainThread extract _set_skip_list DEBUG No frames to be skipped
  79. 04/28/2020 04:42:55 MainProcess MainThread fsmedia __init__ DEBUG Initializing PostProcess
  80. 04/28/2020 04:42:55 MainProcess MainThread fsmedia _get_items DEBUG Postprocess Items: {}
  81. 04/28/2020 04:42:55 MainProcess MainThread fsmedia __init__ DEBUG Initialized PostProcess
  82. 04/28/2020 04:42:55 MainProcess MainThread pipeline __init__ DEBUG Initializing Extractor: (detector: s3fd, aligner: fan, masker: ['components', 'extended'], configfile: None, multiprocess: True, rotate_images: None, min_size: 20, normalize_method: None, image_is_aligned: False)
  83. 04/28/2020 04:42:55 MainProcess MainThread pipeline _set_flow DEBUG detector: s3fd, aligner: fan, masker: ['components', 'extended']
  84. 04/28/2020 04:42:55 MainProcess MainThread pipeline _set_flow DEBUG flow: ['detect', 'align', 'mask_0', 'mask_1']
  85. 04/28/2020 04:42:55 MainProcess MainThread gpu_stats _log DEBUG Initializing GPUStats
  86. 04/28/2020 04:42:55 MainProcess MainThread gpu_stats _log DEBUG AMD Detected. Using plaidMLStats
  87. 04/28/2020 04:42:55 MainProcess MainThread plaidml_tools initialize DEBUG PlaidML already initialized
  88. 04/28/2020 04:42:55 MainProcess MainThread library _logger_callback DEBUG Creating HAL: opencl
  89. 04/28/2020 04:42:55 MainProcess MainThread library _logger_callback DEBUG Creating HAL: llvm
  90. 04/28/2020 04:42:55 MainProcess MainThread plaidml_tools get_supported_devices DEBUG []
  91. 04/28/2020 04:42:55 MainProcess MainThread library _logger_callback DEBUG Creating HAL: opencl
  92. 04/28/2020 04:42:55 MainProcess MainThread library _logger_callback DEBUG Creating HAL: llvm
  93. 04/28/2020 04:42:55 MainProcess MainThread plaidml_tools get_all_devices DEBUG Experimental Devices: [<plaidml._DeviceConfig object at 0x000000000CDCCB48>]
  94. 04/28/2020 04:42:55 MainProcess MainThread plaidml_tools get_all_devices DEBUG [<plaidml._DeviceConfig object at 0x000000000CDCCB48>]
  95. 04/28/2020 04:42:55 MainProcess MainThread plaidml_tools __init__ DEBUG Initialized: PlaidMLStats
  96. 04/28/2020 04:42:55 MainProcess MainThread gpu_stats _log DEBUG GPU Device count: 1
  97. 04/28/2020 04:42:55 MainProcess MainThread gpu_stats _log DEBUG GPU Handles found: 1
  98. 04/28/2020 04:42:55 MainProcess MainThread gpu_stats _log DEBUG GPU Driver: ['1800.8 (VM)']
  99. 04/28/2020 04:42:55 MainProcess MainThread plaidml_tools supported_indices DEBUG []
  100. 04/28/2020 04:42:55 MainProcess MainThread gpu_stats _log DEBUG GPU Devices: ['Advanced Micro Devices, Inc. - Juniper (experimental)']
  101. 04/28/2020 04:42:55 MainProcess MainThread gpu_stats _log DEBUG GPU VRAM: [1024.0]
  102. 04/28/2020 04:42:55 MainProcess MainThread gpu_stats _log DEBUG Initialized GPUStats
  103. 04/28/2020 04:42:55 MainProcess MainThread gpu_stats _log DEBUG AMD Detected. Using plaidMLStats
  104. 04/28/2020 04:42:55 MainProcess MainThread plaidml_tools initialize DEBUG PlaidML already initialized
  105. 04/28/2020 04:42:55 MainProcess MainThread library _logger_callback DEBUG Creating HAL: opencl
  106. 04/28/2020 04:42:55 MainProcess MainThread library _logger_callback DEBUG Creating HAL: llvm
  107. 04/28/2020 04:42:55 MainProcess MainThread plaidml_tools get_supported_devices DEBUG []
  108. 04/28/2020 04:42:55 MainProcess MainThread library _logger_callback DEBUG Creating HAL: opencl
  109. 04/28/2020 04:42:55 MainProcess MainThread library _logger_callback DEBUG Creating HAL: llvm
  110. 04/28/2020 04:42:55 MainProcess MainThread plaidml_tools get_all_devices DEBUG Experimental Devices: [<plaidml._DeviceConfig object at 0x000000000CED7448>]
  111. 04/28/2020 04:42:55 MainProcess MainThread plaidml_tools get_all_devices DEBUG [<plaidml._DeviceConfig object at 0x000000000CED7448>]
  112. 04/28/2020 04:42:55 MainProcess MainThread plaidml_tools __init__ DEBUG Initialized: PlaidMLStats
  113. 04/28/2020 04:42:55 MainProcess MainThread gpu_stats _log DEBUG GPU Device count: 1
  114. 04/28/2020 04:42:55 MainProcess MainThread gpu_stats _log DEBUG GPU Handles found: 1
  115. 04/28/2020 04:42:55 MainProcess MainThread gpu_stats _log DEBUG GPU VRAM free: [1024.0]
  116. 04/28/2020 04:42:55 MainProcess MainThread gpu_stats _log DEBUG Active GPU Card with most free VRAM: {'card_id': 0, 'device': 'Advanced Micro Devices, Inc. - Juniper (experimental)', 'free': 1024.0, 'total': 1024.0}
  117. 04/28/2020 04:42:55 MainProcess MainThread pipeline _get_vram_stats DEBUG {'count': 1, 'device': 'Advanced Micro Devices, Inc. - Juniper (experimental)', 'vram_free': 768, 'vram_total': 1024}
  118. 04/28/2020 04:42:55 MainProcess MainThread pipeline _load_detect DEBUG Loading Detector: 's3fd'
  119. 04/28/2020 04:42:55 MainProcess MainThread plugin_loader _import INFO Loading Detect from S3Fd plugin...
  120. 04/28/2020 04:42:56 MainProcess MainThread _base __init__ DEBUG Initializing Detect: (rotation: None, min_size: 20)
  121. 04/28/2020 04:42:56 MainProcess MainThread _base __init__ DEBUG Initializing Detect: (git_model_id: 11, model_filename: s3fd_keras_v1.h5, instance: 0, configfile: None, )
  122. 04/28/2020 04:42:56 MainProcess MainThread config __init__ DEBUG Initializing: Config
  123. 04/28/2020 04:42:56 MainProcess MainThread config get_config_file DEBUG Config File location: 'C:\Users\RB\faceswap\config\extract.ini'
  124. 04/28/2020 04:42:56 MainProcess MainThread _config set_defaults DEBUG Setting defaults
  125. 04/28/2020 04:42:56 MainProcess MainThread _config set_globals DEBUG Setting global config
  126. 04/28/2020 04:42:56 MainProcess MainThread config add_section DEBUG Add section: (title: 'global', info: 'Options that apply to all extraction plugins')
  127. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'global', title: 'allow_growth', datatype: '<class 'bool'>', default: 'False', info: '[Nvidia Only]. Enable the Tensorflow GPU `allow_growth` configuration option. This option prevents Tensorflow from allocating all of the GPU VRAM at launch but can lead to higher VRAM fragmentation and slower performance. Should only be enabled if you are having problems running extraction.', rounding: 'None', min_max: None, choices: None, gui_radio: False, fixed: True, group: None)
  128. 04/28/2020 04:42:56 MainProcess MainThread utils full_path_split TRACE path: \, allparts: ['\\', 'plugins', 'extract', 'align']
  129. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Adding defaults: (filename: fan_defaults.py, module_path: plugins.extract.align, plugin_type: align
  130. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Importing defaults module: plugins.extract.align.fan_defaults
  131. 04/28/2020 04:42:56 MainProcess MainThread config add_section DEBUG Add section: (title: 'align.fan', info: 'FAN Aligner options.Fast on GPU, slow on CPU. Best aligner.')
  132. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'align.fan', title: 'batch-size', datatype: '<class 'int'>', default: '12', info: 'The batch size to use. To a point, higher batch sizes equal better performance, but setting it too high can harm performance.\n\n Nvidia users: If the batchsize is set higher than the your GPU can accomodate then this will automatically be lowered.\n AMD users: A batchsize of 8 requires about 4 GB vram.', rounding: '1', min_max: (1, 64), choices: [], gui_radio: False, fixed: True, group: None)
  133. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Added defaults: align.fan
  134. 04/28/2020 04:42:56 MainProcess MainThread utils full_path_split TRACE path: \, allparts: ['\\', 'plugins', 'extract', 'detect']
  135. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Adding defaults: (filename: cv2_dnn_defaults.py, module_path: plugins.extract.detect, plugin_type: detect
  136. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Importing defaults module: plugins.extract.detect.cv2_dnn_defaults
  137. 04/28/2020 04:42:56 MainProcess MainThread config add_section DEBUG Add section: (title: 'detect.cv2_dnn', info: 'CV2 DNN Detector options.\nA CPU only extractor, is the least reliable, but uses least resources and runs fast on CPU. Use this if not using a GPU and time is important')
  138. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.cv2_dnn', title: 'confidence', datatype: '<class 'int'>', default: '50', info: 'The confidence level at which the detector has succesfully found a face.\nHigher levels will be more discriminating, lower levels will have more false positives.', rounding: '5', min_max: (25, 100), choices: [], gui_radio: False, fixed: True, group: None)
  139. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Added defaults: detect.cv2_dnn
  140. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Adding defaults: (filename: mtcnn_defaults.py, module_path: plugins.extract.detect, plugin_type: detect
  141. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Importing defaults module: plugins.extract.detect.mtcnn_defaults
  142. 04/28/2020 04:42:56 MainProcess MainThread config add_section DEBUG Add section: (title: 'detect.mtcnn', info: 'MTCNN Detector options.\nFast on GPU, slow on CPU. Uses fewer resources than other GPU detectors but can often return more false positives.')
  143. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.mtcnn', title: 'minsize', datatype: '<class 'int'>', default: '20', info: 'The minimum size of a face (in pixels) to be accepted as a positive match.\nLower values use significantly more VRAM and will detect more false positives.', rounding: '10', min_max: (20, 1000), choices: [], gui_radio: False, fixed: True, group: None)
  144. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.mtcnn', title: 'threshold_1', datatype: '<class 'float'>', default: '0.6', info: 'First stage threshold for face detection. This stage obtains face candidates.', rounding: '2', min_max: (0.1, 0.9), choices: [], gui_radio: False, fixed: True, group: None)
  145. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.mtcnn', title: 'threshold_2', datatype: '<class 'float'>', default: '0.7', info: 'Second stage threshold for face detection. This stage refines face candidates.', rounding: '2', min_max: (0.1, 0.9), choices: [], gui_radio: False, fixed: True, group: None)
  146. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.mtcnn', title: 'threshold_3', datatype: '<class 'float'>', default: '0.7', info: 'Third stage threshold for face detection. This stage further refines face candidates.', rounding: '2', min_max: (0.1, 0.9), choices: [], gui_radio: False, fixed: True, group: None)
  147. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.mtcnn', title: 'scalefactor', datatype: '<class 'float'>', default: '0.709', info: 'The scale factor for the image pyramid.', rounding: '3', min_max: (0.1, 0.9), choices: [], gui_radio: False, fixed: True, group: None)
  148. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.mtcnn', title: 'batch-size', datatype: '<class 'int'>', default: '8', info: 'The batch size to use. To a point, higher batch sizes equal better performance, but setting it too high can harm performance.\n\n Nvidia users: If the batchsize is set higher than the your GPU can accomodate then this will automatically be lowered.', rounding: '1', min_max: (1, 64), choices: [], gui_radio: False, fixed: True, group: None)
  149. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Added defaults: detect.mtcnn
  150. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Adding defaults: (filename: s3fd_defaults.py, module_path: plugins.extract.detect, plugin_type: detect
  151. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Importing defaults module: plugins.extract.detect.s3fd_defaults
  152. 04/28/2020 04:42:56 MainProcess MainThread config add_section DEBUG Add section: (title: 'detect.s3fd', info: 'S3FD Detector options.Fast on GPU, slow on CPU. Can detect more faces and fewer false positives than other GPU detectors, but is a lot more resource intensive.')
  153. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.s3fd', title: 'confidence', datatype: '<class 'int'>', default: '70', info: 'The confidence level at which the detector has succesfully found a face.\nHigher levels will be more discriminating, lower levels will have more false positives.', rounding: '5', min_max: (25, 100), choices: [], gui_radio: False, fixed: True, group: None)
  154. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.s3fd', title: 'batch-size', datatype: '<class 'int'>', default: '4', info: 'The batch size to use. To a point, higher batch sizes equal better performance, but setting it too high can harm performance.\n\n Nvidia users: If the batchsize is set higher than the your GPU can accomodate then this will automatically be lowered.\n AMD users: A batchsize of 8 requires about 2 GB vram.', rounding: '1', min_max: (1, 64), choices: [], gui_radio: False, fixed: True, group: None)
  155. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Added defaults: detect.s3fd
  156. 04/28/2020 04:42:56 MainProcess MainThread utils full_path_split TRACE path: \, allparts: ['\\', 'plugins', 'extract', 'mask']
  157. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Adding defaults: (filename: unet_dfl_defaults.py, module_path: plugins.extract.mask, plugin_type: mask
  158. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Importing defaults module: plugins.extract.mask.unet_dfl_defaults
  159. 04/28/2020 04:42:56 MainProcess MainThread config add_section DEBUG Add section: (title: 'mask.unet_dfl', info: 'UNET_DFL options. Mask designed to provide smart segmentation of mostly frontal faces.\nThe mask model has been trained by community members. Insert more commentary on testing here. Profile faces may result in sub-par performance.')
  160. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'mask.unet_dfl', title: 'batch-size', datatype: '<class 'int'>', default: '8', info: 'The batch size to use. To a point, higher batch sizes equal better performance, but setting it too high can harm performance.\n\n Nvidia users: If the batchsize is set higher than the your GPU can accomodate then this will automatically be lowered.', rounding: '1', min_max: (1, 64), choices: [], gui_radio: False, fixed: True, group: None)
  161. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Added defaults: mask.unet_dfl
  162. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Adding defaults: (filename: vgg_clear_defaults.py, module_path: plugins.extract.mask, plugin_type: mask
  163. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Importing defaults module: plugins.extract.mask.vgg_clear_defaults
  164. 04/28/2020 04:42:56 MainProcess MainThread config add_section DEBUG Add section: (title: 'mask.vgg_clear', info: 'VGG_Clear options. Mask designed to provide smart segmentation of mostly frontal faces clear of obstructions.\nProfile faces and obstructions may result in sub-par performance.')
  165. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'mask.vgg_clear', title: 'batch-size', datatype: '<class 'int'>', default: '6', info: 'The batch size to use. To a point, higher batch sizes equal better performance, but setting it too high can harm performance.\n\n Nvidia users: If the batchsize is set higher than the your GPU can accomodate then this will automatically be lowered.', rounding: '1', min_max: (1, 64), choices: [], gui_radio: False, fixed: True, group: None)
  166. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Added defaults: mask.vgg_clear
  167. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Adding defaults: (filename: vgg_obstructed_defaults.py, module_path: plugins.extract.mask, plugin_type: mask
  168. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Importing defaults module: plugins.extract.mask.vgg_obstructed_defaults
  169. 04/28/2020 04:42:56 MainProcess MainThread config add_section DEBUG Add section: (title: 'mask.vgg_obstructed', info: 'VGG_Obstructed options. Mask designed to provide smart segmentation of mostly frontal faces.\nThe mask model has been specifically trained to recognize some facial obstructions (hands and eyeglasses). Profile faces may result in sub-par performance.')
  170. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'mask.vgg_obstructed', title: 'batch-size', datatype: '<class 'int'>', default: '2', info: 'The batch size to use. To a point, higher batch sizes equal better performance, but setting it too high can harm performance.\n\n Nvidia users: If the batchsize is set higher than the your GPU can accomodate then this will automatically be lowered.', rounding: '1', min_max: (1, 64), choices: [], gui_radio: False, fixed: True, group: None)
  171. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Added defaults: mask.vgg_obstructed
  172. 04/28/2020 04:42:56 MainProcess MainThread config handle_config DEBUG Handling config
  173. 04/28/2020 04:42:56 MainProcess MainThread config check_exists DEBUG Config file exists: 'C:\Users\RB\faceswap\config\extract.ini'
  174. 04/28/2020 04:42:56 MainProcess MainThread config load_config VERBOSE Loading config: 'C:\Users\RB\faceswap\config\extract.ini'
  175. 04/28/2020 04:42:56 MainProcess MainThread config validate_config DEBUG Validating config
  176. 04/28/2020 04:42:56 MainProcess MainThread config check_config_change DEBUG Default config has not changed
  177. 04/28/2020 04:42:56 MainProcess MainThread config check_config_choices DEBUG Checking config choices
  178. 04/28/2020 04:42:56 MainProcess MainThread config check_config_choices DEBUG Checked config choices
  179. 04/28/2020 04:42:56 MainProcess MainThread config validate_config DEBUG Validated config
  180. 04/28/2020 04:42:56 MainProcess MainThread config handle_config DEBUG Handled config
  181. 04/28/2020 04:42:56 MainProcess MainThread config __init__ DEBUG Initialized: Config
  182. 04/28/2020 04:42:56 MainProcess MainThread config get DEBUG Getting config item: (section: 'global', option: 'allow_growth')
  183. 04/28/2020 04:42:56 MainProcess MainThread config get DEBUG Returning item: (type: <class 'bool'>, value: False)
  184. 04/28/2020 04:42:56 MainProcess MainThread config get DEBUG Getting config item: (section: 'detect.s3fd', option: 'confidence')
  185. 04/28/2020 04:42:56 MainProcess MainThread config get DEBUG Returning item: (type: <class 'int'>, value: 30)
  186. 04/28/2020 04:42:56 MainProcess MainThread config get DEBUG Getting config item: (section: 'detect.s3fd', option: 'batch-size')
  187. 04/28/2020 04:42:56 MainProcess MainThread config get DEBUG Returning item: (type: <class 'int'>, value: 4)
  188. 04/28/2020 04:42:56 MainProcess MainThread utils _model_path TRACE C:\Users\RB\faceswap\plugins\extract\detect\.cache\s3fd_keras_v1.h5
  189. 04/28/2020 04:42:56 MainProcess MainThread utils _model_path TRACE C:\Users\RB\faceswap\plugins\extract\detect\.cache\s3fd_keras_v1.h5
  190. 04/28/2020 04:42:56 MainProcess MainThread utils _model_exists TRACE True
  191. 04/28/2020 04:42:56 MainProcess MainThread utils _model_path TRACE C:\Users\RB\faceswap\plugins\extract\detect\.cache\s3fd_keras_v1.h5
  192. 04/28/2020 04:42:56 MainProcess MainThread utils get DEBUG Model exists: C:\Users\RB\faceswap\plugins\extract\detect\.cache\s3fd_keras_v1.h5
  193. 04/28/2020 04:42:56 MainProcess MainThread utils _model_path TRACE C:\Users\RB\faceswap\plugins\extract\detect\.cache\s3fd_keras_v1.h5
  194. 04/28/2020 04:42:56 MainProcess MainThread _base __init__ DEBUG Initialized _base Detect
  195. 04/28/2020 04:42:56 MainProcess MainThread _base _get_rotation_angles DEBUG Not setting rotation angles
  196. 04/28/2020 04:42:56 MainProcess MainThread _base __init__ DEBUG Initialized _base Detect
  197. 04/28/2020 04:42:56 MainProcess MainThread pipeline _load_align DEBUG Loading Aligner: 'fan'
  198. 04/28/2020 04:42:56 MainProcess MainThread plugin_loader _import INFO Loading Align from Fan plugin...
  199. 04/28/2020 04:42:56 MainProcess MainThread _base __init__ DEBUG Initializing Align: (normalize_method: None)
  200. 04/28/2020 04:42:56 MainProcess MainThread _base __init__ DEBUG Initializing Align: (git_model_id: 9, model_filename: face-alignment-network_2d4_keras_v1.h5, instance: 0, configfile: None, )
  201. 04/28/2020 04:42:56 MainProcess MainThread config __init__ DEBUG Initializing: Config
  202. 04/28/2020 04:42:56 MainProcess MainThread config get_config_file DEBUG Config File location: 'C:\Users\RB\faceswap\config\extract.ini'
  203. 04/28/2020 04:42:56 MainProcess MainThread _config set_defaults DEBUG Setting defaults
  204. 04/28/2020 04:42:56 MainProcess MainThread _config set_globals DEBUG Setting global config
  205. 04/28/2020 04:42:56 MainProcess MainThread config add_section DEBUG Add section: (title: 'global', info: 'Options that apply to all extraction plugins')
  206. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'global', title: 'allow_growth', datatype: '<class 'bool'>', default: 'False', info: '[Nvidia Only]. Enable the Tensorflow GPU `allow_growth` configuration option. This option prevents Tensorflow from allocating all of the GPU VRAM at launch but can lead to higher VRAM fragmentation and slower performance. Should only be enabled if you are having problems running extraction.', rounding: 'None', min_max: None, choices: None, gui_radio: False, fixed: True, group: None)
  207. 04/28/2020 04:42:56 MainProcess MainThread utils full_path_split TRACE path: \, allparts: ['\\', 'plugins', 'extract', 'align']
  208. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Adding defaults: (filename: fan_defaults.py, module_path: plugins.extract.align, plugin_type: align
  209. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Importing defaults module: plugins.extract.align.fan_defaults
  210. 04/28/2020 04:42:56 MainProcess MainThread config add_section DEBUG Add section: (title: 'align.fan', info: 'FAN Aligner options.Fast on GPU, slow on CPU. Best aligner.')
  211. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'align.fan', title: 'batch-size', datatype: '<class 'int'>', default: '12', info: 'The batch size to use. To a point, higher batch sizes equal better performance, but setting it too high can harm performance.\n\n Nvidia users: If the batchsize is set higher than the your GPU can accomodate then this will automatically be lowered.\n AMD users: A batchsize of 8 requires about 4 GB vram.', rounding: '1', min_max: (1, 64), choices: [], gui_radio: False, fixed: True, group: None)
  212. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Added defaults: align.fan
  213. 04/28/2020 04:42:56 MainProcess MainThread utils full_path_split TRACE path: \, allparts: ['\\', 'plugins', 'extract', 'detect']
  214. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Adding defaults: (filename: cv2_dnn_defaults.py, module_path: plugins.extract.detect, plugin_type: detect
  215. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Importing defaults module: plugins.extract.detect.cv2_dnn_defaults
  216. 04/28/2020 04:42:56 MainProcess MainThread config add_section DEBUG Add section: (title: 'detect.cv2_dnn', info: 'CV2 DNN Detector options.\nA CPU only extractor, is the least reliable, but uses least resources and runs fast on CPU. Use this if not using a GPU and time is important')
  217. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.cv2_dnn', title: 'confidence', datatype: '<class 'int'>', default: '50', info: 'The confidence level at which the detector has succesfully found a face.\nHigher levels will be more discriminating, lower levels will have more false positives.', rounding: '5', min_max: (25, 100), choices: [], gui_radio: False, fixed: True, group: None)
  218. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Added defaults: detect.cv2_dnn
  219. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Adding defaults: (filename: mtcnn_defaults.py, module_path: plugins.extract.detect, plugin_type: detect
  220. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Importing defaults module: plugins.extract.detect.mtcnn_defaults
  221. 04/28/2020 04:42:56 MainProcess MainThread config add_section DEBUG Add section: (title: 'detect.mtcnn', info: 'MTCNN Detector options.\nFast on GPU, slow on CPU. Uses fewer resources than other GPU detectors but can often return more false positives.')
  222. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.mtcnn', title: 'minsize', datatype: '<class 'int'>', default: '20', info: 'The minimum size of a face (in pixels) to be accepted as a positive match.\nLower values use significantly more VRAM and will detect more false positives.', rounding: '10', min_max: (20, 1000), choices: [], gui_radio: False, fixed: True, group: None)
  223. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.mtcnn', title: 'threshold_1', datatype: '<class 'float'>', default: '0.6', info: 'First stage threshold for face detection. This stage obtains face candidates.', rounding: '2', min_max: (0.1, 0.9), choices: [], gui_radio: False, fixed: True, group: None)
  224. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.mtcnn', title: 'threshold_2', datatype: '<class 'float'>', default: '0.7', info: 'Second stage threshold for face detection. This stage refines face candidates.', rounding: '2', min_max: (0.1, 0.9), choices: [], gui_radio: False, fixed: True, group: None)
  225. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.mtcnn', title: 'threshold_3', datatype: '<class 'float'>', default: '0.7', info: 'Third stage threshold for face detection. This stage further refines face candidates.', rounding: '2', min_max: (0.1, 0.9), choices: [], gui_radio: False, fixed: True, group: None)
  226. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.mtcnn', title: 'scalefactor', datatype: '<class 'float'>', default: '0.709', info: 'The scale factor for the image pyramid.', rounding: '3', min_max: (0.1, 0.9), choices: [], gui_radio: False, fixed: True, group: None)
  227. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.mtcnn', title: 'batch-size', datatype: '<class 'int'>', default: '8', info: 'The batch size to use. To a point, higher batch sizes equal better performance, but setting it too high can harm performance.\n\n Nvidia users: If the batchsize is set higher than the your GPU can accomodate then this will automatically be lowered.', rounding: '1', min_max: (1, 64), choices: [], gui_radio: False, fixed: True, group: None)
  228. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Added defaults: detect.mtcnn
  229. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Adding defaults: (filename: s3fd_defaults.py, module_path: plugins.extract.detect, plugin_type: detect
  230. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Importing defaults module: plugins.extract.detect.s3fd_defaults
  231. 04/28/2020 04:42:56 MainProcess MainThread config add_section DEBUG Add section: (title: 'detect.s3fd', info: 'S3FD Detector options.Fast on GPU, slow on CPU. Can detect more faces and fewer false positives than other GPU detectors, but is a lot more resource intensive.')
  232. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.s3fd', title: 'confidence', datatype: '<class 'int'>', default: '70', info: 'The confidence level at which the detector has succesfully found a face.\nHigher levels will be more discriminating, lower levels will have more false positives.', rounding: '5', min_max: (25, 100), choices: [], gui_radio: False, fixed: True, group: None)
  233. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.s3fd', title: 'batch-size', datatype: '<class 'int'>', default: '4', info: 'The batch size to use. To a point, higher batch sizes equal better performance, but setting it too high can harm performance.\n\n Nvidia users: If the batchsize is set higher than the your GPU can accomodate then this will automatically be lowered.\n AMD users: A batchsize of 8 requires about 2 GB vram.', rounding: '1', min_max: (1, 64), choices: [], gui_radio: False, fixed: True, group: None)
  234. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Added defaults: detect.s3fd
  235. 04/28/2020 04:42:56 MainProcess MainThread utils full_path_split TRACE path: \, allparts: ['\\', 'plugins', 'extract', 'mask']
  236. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Adding defaults: (filename: unet_dfl_defaults.py, module_path: plugins.extract.mask, plugin_type: mask
  237. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Importing defaults module: plugins.extract.mask.unet_dfl_defaults
  238. 04/28/2020 04:42:56 MainProcess MainThread config add_section DEBUG Add section: (title: 'mask.unet_dfl', info: 'UNET_DFL options. Mask designed to provide smart segmentation of mostly frontal faces.\nThe mask model has been trained by community members. Insert more commentary on testing here. Profile faces may result in sub-par performance.')
  239. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'mask.unet_dfl', title: 'batch-size', datatype: '<class 'int'>', default: '8', info: 'The batch size to use. To a point, higher batch sizes equal better performance, but setting it too high can harm performance.\n\n Nvidia users: If the batchsize is set higher than the your GPU can accomodate then this will automatically be lowered.', rounding: '1', min_max: (1, 64), choices: [], gui_radio: False, fixed: True, group: None)
  240. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Added defaults: mask.unet_dfl
  241. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Adding defaults: (filename: vgg_clear_defaults.py, module_path: plugins.extract.mask, plugin_type: mask
  242. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Importing defaults module: plugins.extract.mask.vgg_clear_defaults
  243. 04/28/2020 04:42:56 MainProcess MainThread config add_section DEBUG Add section: (title: 'mask.vgg_clear', info: 'VGG_Clear options. Mask designed to provide smart segmentation of mostly frontal faces clear of obstructions.\nProfile faces and obstructions may result in sub-par performance.')
  244. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'mask.vgg_clear', title: 'batch-size', datatype: '<class 'int'>', default: '6', info: 'The batch size to use. To a point, higher batch sizes equal better performance, but setting it too high can harm performance.\n\n Nvidia users: If the batchsize is set higher than the your GPU can accomodate then this will automatically be lowered.', rounding: '1', min_max: (1, 64), choices: [], gui_radio: False, fixed: True, group: None)
  245. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Added defaults: mask.vgg_clear
  246. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Adding defaults: (filename: vgg_obstructed_defaults.py, module_path: plugins.extract.mask, plugin_type: mask
  247. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Importing defaults module: plugins.extract.mask.vgg_obstructed_defaults
  248. 04/28/2020 04:42:56 MainProcess MainThread config add_section DEBUG Add section: (title: 'mask.vgg_obstructed', info: 'VGG_Obstructed options. Mask designed to provide smart segmentation of mostly frontal faces.\nThe mask model has been specifically trained to recognize some facial obstructions (hands and eyeglasses). Profile faces may result in sub-par performance.')
  249. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'mask.vgg_obstructed', title: 'batch-size', datatype: '<class 'int'>', default: '2', info: 'The batch size to use. To a point, higher batch sizes equal better performance, but setting it too high can harm performance.\n\n Nvidia users: If the batchsize is set higher than the your GPU can accomodate then this will automatically be lowered.', rounding: '1', min_max: (1, 64), choices: [], gui_radio: False, fixed: True, group: None)
  250. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Added defaults: mask.vgg_obstructed
  251. 04/28/2020 04:42:56 MainProcess MainThread config handle_config DEBUG Handling config
  252. 04/28/2020 04:42:56 MainProcess MainThread config check_exists DEBUG Config file exists: 'C:\Users\RB\faceswap\config\extract.ini'
  253. 04/28/2020 04:42:56 MainProcess MainThread config load_config VERBOSE Loading config: 'C:\Users\RB\faceswap\config\extract.ini'
  254. 04/28/2020 04:42:56 MainProcess MainThread config validate_config DEBUG Validating config
  255. 04/28/2020 04:42:56 MainProcess MainThread config check_config_change DEBUG Default config has not changed
  256. 04/28/2020 04:42:56 MainProcess MainThread config check_config_choices DEBUG Checking config choices
  257. 04/28/2020 04:42:56 MainProcess MainThread config check_config_choices DEBUG Checked config choices
  258. 04/28/2020 04:42:56 MainProcess MainThread config validate_config DEBUG Validated config
  259. 04/28/2020 04:42:56 MainProcess MainThread config handle_config DEBUG Handled config
  260. 04/28/2020 04:42:56 MainProcess MainThread config __init__ DEBUG Initialized: Config
  261. 04/28/2020 04:42:56 MainProcess MainThread config get DEBUG Getting config item: (section: 'global', option: 'allow_growth')
  262. 04/28/2020 04:42:56 MainProcess MainThread config get DEBUG Returning item: (type: <class 'bool'>, value: False)
  263. 04/28/2020 04:42:56 MainProcess MainThread config get DEBUG Getting config item: (section: 'align.fan', option: 'batch-size')
  264. 04/28/2020 04:42:56 MainProcess MainThread config get DEBUG Returning item: (type: <class 'int'>, value: 12)
  265. 04/28/2020 04:42:56 MainProcess MainThread utils _model_path TRACE C:\Users\RB\faceswap\plugins\extract\align\.cache\face-alignment-network_2d4_keras_v1.h5
  266. 04/28/2020 04:42:56 MainProcess MainThread utils _model_path TRACE C:\Users\RB\faceswap\plugins\extract\align\.cache\face-alignment-network_2d4_keras_v1.h5
  267. 04/28/2020 04:42:56 MainProcess MainThread utils _model_exists TRACE True
  268. 04/28/2020 04:42:56 MainProcess MainThread utils _model_path TRACE C:\Users\RB\faceswap\plugins\extract\align\.cache\face-alignment-network_2d4_keras_v1.h5
  269. 04/28/2020 04:42:56 MainProcess MainThread utils get DEBUG Model exists: C:\Users\RB\faceswap\plugins\extract\align\.cache\face-alignment-network_2d4_keras_v1.h5
  270. 04/28/2020 04:42:56 MainProcess MainThread utils _model_path TRACE C:\Users\RB\faceswap\plugins\extract\align\.cache\face-alignment-network_2d4_keras_v1.h5
  271. 04/28/2020 04:42:56 MainProcess MainThread _base __init__ DEBUG Initialized _base Align
  272. 04/28/2020 04:42:56 MainProcess MainThread _base __init__ DEBUG Initialized Align
  273. 04/28/2020 04:42:56 MainProcess MainThread pipeline _load_mask DEBUG Loading Masker: 'components'
  274. 04/28/2020 04:42:56 MainProcess MainThread plugin_loader _import INFO Loading Mask from Components plugin...
  275. 04/28/2020 04:42:56 MainProcess MainThread _base __init__ DEBUG Initializing Mask: (configfile: None, )
  276. 04/28/2020 04:42:56 MainProcess MainThread _base __init__ DEBUG Initializing Mask: (git_model_id: None, model_filename: None, instance: 0, configfile: None, )
  277. 04/28/2020 04:42:56 MainProcess MainThread config __init__ DEBUG Initializing: Config
  278. 04/28/2020 04:42:56 MainProcess MainThread config get_config_file DEBUG Config File location: 'C:\Users\RB\faceswap\config\extract.ini'
  279. 04/28/2020 04:42:56 MainProcess MainThread _config set_defaults DEBUG Setting defaults
  280. 04/28/2020 04:42:56 MainProcess MainThread _config set_globals DEBUG Setting global config
  281. 04/28/2020 04:42:56 MainProcess MainThread config add_section DEBUG Add section: (title: 'global', info: 'Options that apply to all extraction plugins')
  282. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'global', title: 'allow_growth', datatype: '<class 'bool'>', default: 'False', info: '[Nvidia Only]. Enable the Tensorflow GPU `allow_growth` configuration option. This option prevents Tensorflow from allocating all of the GPU VRAM at launch but can lead to higher VRAM fragmentation and slower performance. Should only be enabled if you are having problems running extraction.', rounding: 'None', min_max: None, choices: None, gui_radio: False, fixed: True, group: None)
  283. 04/28/2020 04:42:56 MainProcess MainThread utils full_path_split TRACE path: \, allparts: ['\\', 'plugins', 'extract', 'align']
  284. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Adding defaults: (filename: fan_defaults.py, module_path: plugins.extract.align, plugin_type: align
  285. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Importing defaults module: plugins.extract.align.fan_defaults
  286. 04/28/2020 04:42:56 MainProcess MainThread config add_section DEBUG Add section: (title: 'align.fan', info: 'FAN Aligner options.Fast on GPU, slow on CPU. Best aligner.')
  287. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'align.fan', title: 'batch-size', datatype: '<class 'int'>', default: '12', info: 'The batch size to use. To a point, higher batch sizes equal better performance, but setting it too high can harm performance.\n\n Nvidia users: If the batchsize is set higher than the your GPU can accomodate then this will automatically be lowered.\n AMD users: A batchsize of 8 requires about 4 GB vram.', rounding: '1', min_max: (1, 64), choices: [], gui_radio: False, fixed: True, group: None)
  288. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Added defaults: align.fan
  289. 04/28/2020 04:42:56 MainProcess MainThread utils full_path_split TRACE path: \, allparts: ['\\', 'plugins', 'extract', 'detect']
  290. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Adding defaults: (filename: cv2_dnn_defaults.py, module_path: plugins.extract.detect, plugin_type: detect
  291. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Importing defaults module: plugins.extract.detect.cv2_dnn_defaults
  292. 04/28/2020 04:42:56 MainProcess MainThread config add_section DEBUG Add section: (title: 'detect.cv2_dnn', info: 'CV2 DNN Detector options.\nA CPU only extractor, is the least reliable, but uses least resources and runs fast on CPU. Use this if not using a GPU and time is important')
  293. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.cv2_dnn', title: 'confidence', datatype: '<class 'int'>', default: '50', info: 'The confidence level at which the detector has succesfully found a face.\nHigher levels will be more discriminating, lower levels will have more false positives.', rounding: '5', min_max: (25, 100), choices: [], gui_radio: False, fixed: True, group: None)
  294. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Added defaults: detect.cv2_dnn
  295. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Adding defaults: (filename: mtcnn_defaults.py, module_path: plugins.extract.detect, plugin_type: detect
  296. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Importing defaults module: plugins.extract.detect.mtcnn_defaults
  297. 04/28/2020 04:42:56 MainProcess MainThread config add_section DEBUG Add section: (title: 'detect.mtcnn', info: 'MTCNN Detector options.\nFast on GPU, slow on CPU. Uses fewer resources than other GPU detectors but can often return more false positives.')
  298. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.mtcnn', title: 'minsize', datatype: '<class 'int'>', default: '20', info: 'The minimum size of a face (in pixels) to be accepted as a positive match.\nLower values use significantly more VRAM and will detect more false positives.', rounding: '10', min_max: (20, 1000), choices: [], gui_radio: False, fixed: True, group: None)
  299. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.mtcnn', title: 'threshold_1', datatype: '<class 'float'>', default: '0.6', info: 'First stage threshold for face detection. This stage obtains face candidates.', rounding: '2', min_max: (0.1, 0.9), choices: [], gui_radio: False, fixed: True, group: None)
  300. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.mtcnn', title: 'threshold_2', datatype: '<class 'float'>', default: '0.7', info: 'Second stage threshold for face detection. This stage refines face candidates.', rounding: '2', min_max: (0.1, 0.9), choices: [], gui_radio: False, fixed: True, group: None)
  301. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.mtcnn', title: 'threshold_3', datatype: '<class 'float'>', default: '0.7', info: 'Third stage threshold for face detection. This stage further refines face candidates.', rounding: '2', min_max: (0.1, 0.9), choices: [], gui_radio: False, fixed: True, group: None)
  302. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.mtcnn', title: 'scalefactor', datatype: '<class 'float'>', default: '0.709', info: 'The scale factor for the image pyramid.', rounding: '3', min_max: (0.1, 0.9), choices: [], gui_radio: False, fixed: True, group: None)
  303. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.mtcnn', title: 'batch-size', datatype: '<class 'int'>', default: '8', info: 'The batch size to use. To a point, higher batch sizes equal better performance, but setting it too high can harm performance.\n\n Nvidia users: If the batchsize is set higher than the your GPU can accomodate then this will automatically be lowered.', rounding: '1', min_max: (1, 64), choices: [], gui_radio: False, fixed: True, group: None)
  304. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Added defaults: detect.mtcnn
  305. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Adding defaults: (filename: s3fd_defaults.py, module_path: plugins.extract.detect, plugin_type: detect
  306. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Importing defaults module: plugins.extract.detect.s3fd_defaults
  307. 04/28/2020 04:42:56 MainProcess MainThread config add_section DEBUG Add section: (title: 'detect.s3fd', info: 'S3FD Detector options.Fast on GPU, slow on CPU. Can detect more faces and fewer false positives than other GPU detectors, but is a lot more resource intensive.')
  308. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.s3fd', title: 'confidence', datatype: '<class 'int'>', default: '70', info: 'The confidence level at which the detector has succesfully found a face.\nHigher levels will be more discriminating, lower levels will have more false positives.', rounding: '5', min_max: (25, 100), choices: [], gui_radio: False, fixed: True, group: None)
  309. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.s3fd', title: 'batch-size', datatype: '<class 'int'>', default: '4', info: 'The batch size to use. To a point, higher batch sizes equal better performance, but setting it too high can harm performance.\n\n Nvidia users: If the batchsize is set higher than the your GPU can accomodate then this will automatically be lowered.\n AMD users: A batchsize of 8 requires about 2 GB vram.', rounding: '1', min_max: (1, 64), choices: [], gui_radio: False, fixed: True, group: None)
  310. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Added defaults: detect.s3fd
  311. 04/28/2020 04:42:56 MainProcess MainThread utils full_path_split TRACE path: \, allparts: ['\\', 'plugins', 'extract', 'mask']
  312. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Adding defaults: (filename: unet_dfl_defaults.py, module_path: plugins.extract.mask, plugin_type: mask
  313. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Importing defaults module: plugins.extract.mask.unet_dfl_defaults
  314. 04/28/2020 04:42:56 MainProcess MainThread config add_section DEBUG Add section: (title: 'mask.unet_dfl', info: 'UNET_DFL options. Mask designed to provide smart segmentation of mostly frontal faces.\nThe mask model has been trained by community members. Insert more commentary on testing here. Profile faces may result in sub-par performance.')
  315. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'mask.unet_dfl', title: 'batch-size', datatype: '<class 'int'>', default: '8', info: 'The batch size to use. To a point, higher batch sizes equal better performance, but setting it too high can harm performance.\n\n Nvidia users: If the batchsize is set higher than the your GPU can accomodate then this will automatically be lowered.', rounding: '1', min_max: (1, 64), choices: [], gui_radio: False, fixed: True, group: None)
  316. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Added defaults: mask.unet_dfl
  317. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Adding defaults: (filename: vgg_clear_defaults.py, module_path: plugins.extract.mask, plugin_type: mask
  318. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Importing defaults module: plugins.extract.mask.vgg_clear_defaults
  319. 04/28/2020 04:42:56 MainProcess MainThread config add_section DEBUG Add section: (title: 'mask.vgg_clear', info: 'VGG_Clear options. Mask designed to provide smart segmentation of mostly frontal faces clear of obstructions.\nProfile faces and obstructions may result in sub-par performance.')
  320. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'mask.vgg_clear', title: 'batch-size', datatype: '<class 'int'>', default: '6', info: 'The batch size to use. To a point, higher batch sizes equal better performance, but setting it too high can harm performance.\n\n Nvidia users: If the batchsize is set higher than the your GPU can accomodate then this will automatically be lowered.', rounding: '1', min_max: (1, 64), choices: [], gui_radio: False, fixed: True, group: None)
  321. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Added defaults: mask.vgg_clear
  322. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Adding defaults: (filename: vgg_obstructed_defaults.py, module_path: plugins.extract.mask, plugin_type: mask
  323. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Importing defaults module: plugins.extract.mask.vgg_obstructed_defaults
  324. 04/28/2020 04:42:56 MainProcess MainThread config add_section DEBUG Add section: (title: 'mask.vgg_obstructed', info: 'VGG_Obstructed options. Mask designed to provide smart segmentation of mostly frontal faces.\nThe mask model has been specifically trained to recognize some facial obstructions (hands and eyeglasses). Profile faces may result in sub-par performance.')
  325. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'mask.vgg_obstructed', title: 'batch-size', datatype: '<class 'int'>', default: '2', info: 'The batch size to use. To a point, higher batch sizes equal better performance, but setting it too high can harm performance.\n\n Nvidia users: If the batchsize is set higher than the your GPU can accomodate then this will automatically be lowered.', rounding: '1', min_max: (1, 64), choices: [], gui_radio: False, fixed: True, group: None)
  326. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Added defaults: mask.vgg_obstructed
  327. 04/28/2020 04:42:56 MainProcess MainThread config handle_config DEBUG Handling config
  328. 04/28/2020 04:42:56 MainProcess MainThread config check_exists DEBUG Config file exists: 'C:\Users\RB\faceswap\config\extract.ini'
  329. 04/28/2020 04:42:56 MainProcess MainThread config load_config VERBOSE Loading config: 'C:\Users\RB\faceswap\config\extract.ini'
  330. 04/28/2020 04:42:56 MainProcess MainThread config validate_config DEBUG Validating config
  331. 04/28/2020 04:42:56 MainProcess MainThread config check_config_change DEBUG Default config has not changed
  332. 04/28/2020 04:42:56 MainProcess MainThread config check_config_choices DEBUG Checking config choices
  333. 04/28/2020 04:42:56 MainProcess MainThread config check_config_choices DEBUG Checked config choices
  334. 04/28/2020 04:42:56 MainProcess MainThread config validate_config DEBUG Validated config
  335. 04/28/2020 04:42:56 MainProcess MainThread config handle_config DEBUG Handled config
  336. 04/28/2020 04:42:56 MainProcess MainThread config __init__ DEBUG Initialized: Config
  337. 04/28/2020 04:42:56 MainProcess MainThread config get DEBUG Getting config item: (section: 'global', option: 'allow_growth')
  338. 04/28/2020 04:42:56 MainProcess MainThread config get DEBUG Returning item: (type: <class 'bool'>, value: False)
  339. 04/28/2020 04:42:56 MainProcess MainThread _base _get_model DEBUG No model_filename specified. Returning None
  340. 04/28/2020 04:42:56 MainProcess MainThread _base __init__ DEBUG Initialized _base Mask
  341. 04/28/2020 04:42:56 MainProcess MainThread _base __init__ DEBUG Initialized Mask
  342. 04/28/2020 04:42:56 MainProcess MainThread pipeline _load_mask DEBUG Loading Masker: 'extended'
  343. 04/28/2020 04:42:56 MainProcess MainThread plugin_loader _import INFO Loading Mask from Extended plugin...
  344. 04/28/2020 04:42:56 MainProcess MainThread _base __init__ DEBUG Initializing Mask: (configfile: None, )
  345. 04/28/2020 04:42:56 MainProcess MainThread _base __init__ DEBUG Initializing Mask: (git_model_id: None, model_filename: None, instance: 0, configfile: None, )
  346. 04/28/2020 04:42:56 MainProcess MainThread config __init__ DEBUG Initializing: Config
  347. 04/28/2020 04:42:56 MainProcess MainThread config get_config_file DEBUG Config File location: 'C:\Users\RB\faceswap\config\extract.ini'
  348. 04/28/2020 04:42:56 MainProcess MainThread _config set_defaults DEBUG Setting defaults
  349. 04/28/2020 04:42:56 MainProcess MainThread _config set_globals DEBUG Setting global config
  350. 04/28/2020 04:42:56 MainProcess MainThread config add_section DEBUG Add section: (title: 'global', info: 'Options that apply to all extraction plugins')
  351. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'global', title: 'allow_growth', datatype: '<class 'bool'>', default: 'False', info: '[Nvidia Only]. Enable the Tensorflow GPU `allow_growth` configuration option. This option prevents Tensorflow from allocating all of the GPU VRAM at launch but can lead to higher VRAM fragmentation and slower performance. Should only be enabled if you are having problems running extraction.', rounding: 'None', min_max: None, choices: None, gui_radio: False, fixed: True, group: None)
  352. 04/28/2020 04:42:56 MainProcess MainThread utils full_path_split TRACE path: \, allparts: ['\\', 'plugins', 'extract', 'align']
  353. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Adding defaults: (filename: fan_defaults.py, module_path: plugins.extract.align, plugin_type: align
  354. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Importing defaults module: plugins.extract.align.fan_defaults
  355. 04/28/2020 04:42:56 MainProcess MainThread config add_section DEBUG Add section: (title: 'align.fan', info: 'FAN Aligner options.Fast on GPU, slow on CPU. Best aligner.')
  356. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'align.fan', title: 'batch-size', datatype: '<class 'int'>', default: '12', info: 'The batch size to use. To a point, higher batch sizes equal better performance, but setting it too high can harm performance.\n\n Nvidia users: If the batchsize is set higher than the your GPU can accomodate then this will automatically be lowered.\n AMD users: A batchsize of 8 requires about 4 GB vram.', rounding: '1', min_max: (1, 64), choices: [], gui_radio: False, fixed: True, group: None)
  357. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Added defaults: align.fan
  358. 04/28/2020 04:42:56 MainProcess MainThread utils full_path_split TRACE path: \, allparts: ['\\', 'plugins', 'extract', 'detect']
  359. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Adding defaults: (filename: cv2_dnn_defaults.py, module_path: plugins.extract.detect, plugin_type: detect
  360. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Importing defaults module: plugins.extract.detect.cv2_dnn_defaults
  361. 04/28/2020 04:42:56 MainProcess MainThread config add_section DEBUG Add section: (title: 'detect.cv2_dnn', info: 'CV2 DNN Detector options.\nA CPU only extractor, is the least reliable, but uses least resources and runs fast on CPU. Use this if not using a GPU and time is important')
  362. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.cv2_dnn', title: 'confidence', datatype: '<class 'int'>', default: '50', info: 'The confidence level at which the detector has succesfully found a face.\nHigher levels will be more discriminating, lower levels will have more false positives.', rounding: '5', min_max: (25, 100), choices: [], gui_radio: False, fixed: True, group: None)
  363. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Added defaults: detect.cv2_dnn
  364. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Adding defaults: (filename: mtcnn_defaults.py, module_path: plugins.extract.detect, plugin_type: detect
  365. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Importing defaults module: plugins.extract.detect.mtcnn_defaults
  366. 04/28/2020 04:42:56 MainProcess MainThread config add_section DEBUG Add section: (title: 'detect.mtcnn', info: 'MTCNN Detector options.\nFast on GPU, slow on CPU. Uses fewer resources than other GPU detectors but can often return more false positives.')
  367. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.mtcnn', title: 'minsize', datatype: '<class 'int'>', default: '20', info: 'The minimum size of a face (in pixels) to be accepted as a positive match.\nLower values use significantly more VRAM and will detect more false positives.', rounding: '10', min_max: (20, 1000), choices: [], gui_radio: False, fixed: True, group: None)
  368. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.mtcnn', title: 'threshold_1', datatype: '<class 'float'>', default: '0.6', info: 'First stage threshold for face detection. This stage obtains face candidates.', rounding: '2', min_max: (0.1, 0.9), choices: [], gui_radio: False, fixed: True, group: None)
  369. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.mtcnn', title: 'threshold_2', datatype: '<class 'float'>', default: '0.7', info: 'Second stage threshold for face detection. This stage refines face candidates.', rounding: '2', min_max: (0.1, 0.9), choices: [], gui_radio: False, fixed: True, group: None)
  370. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.mtcnn', title: 'threshold_3', datatype: '<class 'float'>', default: '0.7', info: 'Third stage threshold for face detection. This stage further refines face candidates.', rounding: '2', min_max: (0.1, 0.9), choices: [], gui_radio: False, fixed: True, group: None)
  371. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.mtcnn', title: 'scalefactor', datatype: '<class 'float'>', default: '0.709', info: 'The scale factor for the image pyramid.', rounding: '3', min_max: (0.1, 0.9), choices: [], gui_radio: False, fixed: True, group: None)
  372. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.mtcnn', title: 'batch-size', datatype: '<class 'int'>', default: '8', info: 'The batch size to use. To a point, higher batch sizes equal better performance, but setting it too high can harm performance.\n\n Nvidia users: If the batchsize is set higher than the your GPU can accomodate then this will automatically be lowered.', rounding: '1', min_max: (1, 64), choices: [], gui_radio: False, fixed: True, group: None)
  373. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Added defaults: detect.mtcnn
  374. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Adding defaults: (filename: s3fd_defaults.py, module_path: plugins.extract.detect, plugin_type: detect
  375. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Importing defaults module: plugins.extract.detect.s3fd_defaults
  376. 04/28/2020 04:42:56 MainProcess MainThread config add_section DEBUG Add section: (title: 'detect.s3fd', info: 'S3FD Detector options.Fast on GPU, slow on CPU. Can detect more faces and fewer false positives than other GPU detectors, but is a lot more resource intensive.')
  377. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.s3fd', title: 'confidence', datatype: '<class 'int'>', default: '70', info: 'The confidence level at which the detector has succesfully found a face.\nHigher levels will be more discriminating, lower levels will have more false positives.', rounding: '5', min_max: (25, 100), choices: [], gui_radio: False, fixed: True, group: None)
  378. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'detect.s3fd', title: 'batch-size', datatype: '<class 'int'>', default: '4', info: 'The batch size to use. To a point, higher batch sizes equal better performance, but setting it too high can harm performance.\n\n Nvidia users: If the batchsize is set higher than the your GPU can accomodate then this will automatically be lowered.\n AMD users: A batchsize of 8 requires about 2 GB vram.', rounding: '1', min_max: (1, 64), choices: [], gui_radio: False, fixed: True, group: None)
  379. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Added defaults: detect.s3fd
  380. 04/28/2020 04:42:56 MainProcess MainThread utils full_path_split TRACE path: \, allparts: ['\\', 'plugins', 'extract', 'mask']
  381. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Adding defaults: (filename: unet_dfl_defaults.py, module_path: plugins.extract.mask, plugin_type: mask
  382. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Importing defaults module: plugins.extract.mask.unet_dfl_defaults
  383. 04/28/2020 04:42:56 MainProcess MainThread config add_section DEBUG Add section: (title: 'mask.unet_dfl', info: 'UNET_DFL options. Mask designed to provide smart segmentation of mostly frontal faces.\nThe mask model has been trained by community members. Insert more commentary on testing here. Profile faces may result in sub-par performance.')
  384. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'mask.unet_dfl', title: 'batch-size', datatype: '<class 'int'>', default: '8', info: 'The batch size to use. To a point, higher batch sizes equal better performance, but setting it too high can harm performance.\n\n Nvidia users: If the batchsize is set higher than the your GPU can accomodate then this will automatically be lowered.', rounding: '1', min_max: (1, 64), choices: [], gui_radio: False, fixed: True, group: None)
  385. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Added defaults: mask.unet_dfl
  386. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Adding defaults: (filename: vgg_clear_defaults.py, module_path: plugins.extract.mask, plugin_type: mask
  387. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Importing defaults module: plugins.extract.mask.vgg_clear_defaults
  388. 04/28/2020 04:42:56 MainProcess MainThread config add_section DEBUG Add section: (title: 'mask.vgg_clear', info: 'VGG_Clear options. Mask designed to provide smart segmentation of mostly frontal faces clear of obstructions.\nProfile faces and obstructions may result in sub-par performance.')
  389. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'mask.vgg_clear', title: 'batch-size', datatype: '<class 'int'>', default: '6', info: 'The batch size to use. To a point, higher batch sizes equal better performance, but setting it too high can harm performance.\n\n Nvidia users: If the batchsize is set higher than the your GPU can accomodate then this will automatically be lowered.', rounding: '1', min_max: (1, 64), choices: [], gui_radio: False, fixed: True, group: None)
  390. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Added defaults: mask.vgg_clear
  391. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Adding defaults: (filename: vgg_obstructed_defaults.py, module_path: plugins.extract.mask, plugin_type: mask
  392. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Importing defaults module: plugins.extract.mask.vgg_obstructed_defaults
  393. 04/28/2020 04:42:56 MainProcess MainThread config add_section DEBUG Add section: (title: 'mask.vgg_obstructed', info: 'VGG_Obstructed options. Mask designed to provide smart segmentation of mostly frontal faces.\nThe mask model has been specifically trained to recognize some facial obstructions (hands and eyeglasses). Profile faces may result in sub-par performance.')
  394. 04/28/2020 04:42:56 MainProcess MainThread config add_item DEBUG Add item: (section: 'mask.vgg_obstructed', title: 'batch-size', datatype: '<class 'int'>', default: '2', info: 'The batch size to use. To a point, higher batch sizes equal better performance, but setting it too high can harm performance.\n\n Nvidia users: If the batchsize is set higher than the your GPU can accomodate then this will automatically be lowered.', rounding: '1', min_max: (1, 64), choices: [], gui_radio: False, fixed: True, group: None)
  395. 04/28/2020 04:42:56 MainProcess MainThread _config load_module DEBUG Added defaults: mask.vgg_obstructed
  396. 04/28/2020 04:42:56 MainProcess MainThread config handle_config DEBUG Handling config
  397. 04/28/2020 04:42:56 MainProcess MainThread config check_exists DEBUG Config file exists: 'C:\Users\RB\faceswap\config\extract.ini'
  398. 04/28/2020 04:42:56 MainProcess MainThread config load_config VERBOSE Loading config: 'C:\Users\RB\faceswap\config\extract.ini'
  399. 04/28/2020 04:42:56 MainProcess MainThread config validate_config DEBUG Validating config
  400. 04/28/2020 04:42:56 MainProcess MainThread config check_config_change DEBUG Default config has not changed
  401. 04/28/2020 04:42:56 MainProcess MainThread config check_config_choices DEBUG Checking config choices
  402. 04/28/2020 04:42:56 MainProcess MainThread config check_config_choices DEBUG Checked config choices
  403. 04/28/2020 04:42:56 MainProcess MainThread config validate_config DEBUG Validated config
  404. 04/28/2020 04:42:56 MainProcess MainThread config handle_config DEBUG Handled config
  405. 04/28/2020 04:42:56 MainProcess MainThread config __init__ DEBUG Initialized: Config
  406. 04/28/2020 04:42:56 MainProcess MainThread config get DEBUG Getting config item: (section: 'global', option: 'allow_growth')
  407. 04/28/2020 04:42:56 MainProcess MainThread config get DEBUG Returning item: (type: <class 'bool'>, value: False)
  408. 04/28/2020 04:42:56 MainProcess MainThread _base _get_model DEBUG No model_filename specified. Returning None
  409. 04/28/2020 04:42:56 MainProcess MainThread _base __init__ DEBUG Initialized _base Mask
  410. 04/28/2020 04:42:56 MainProcess MainThread _base __init__ DEBUG Initialized Mask
  411. 04/28/2020 04:42:56 MainProcess MainThread pipeline _set_parallel_processing DEBUG Parallel processing disabled by amd
  412. 04/28/2020 04:42:56 MainProcess MainThread pipeline _vram_per_phase TRACE {'detect': 4112, 'align': 2240, 'mask_0': 0, 'mask_1': 0}
  413. 04/28/2020 04:42:56 MainProcess MainThread pipeline _parallel_scaling TRACE {0: 1.0, 1: 1.0, 2: 0.7, 3: 0.55, 4: 0.5, 5: 0.4}
  414. 04/28/2020 04:42:56 MainProcess MainThread pipeline _vram_per_phase TRACE {'detect': 4112, 'align': 2240, 'mask_0': 0, 'mask_1': 0}
  415. 04/28/2020 04:42:56 MainProcess MainThread pipeline _set_phases DEBUG Num plugins for phase: 1, scaling: 1.0, vram required: 4112.0
  416. 04/28/2020 04:42:56 MainProcess MainThread pipeline _set_phases DEBUG Required: 4112.0, available: 768. Single plugin has higher requirements than available or forcing single process: 'detect'
  417. 04/28/2020 04:42:56 MainProcess MainThread pipeline _vram_per_phase TRACE {'detect': 4112, 'align': 2240, 'mask_0': 0, 'mask_1': 0}
  418. 04/28/2020 04:42:56 MainProcess MainThread pipeline _parallel_scaling TRACE {0: 1.0, 1: 1.0, 2: 0.7, 3: 0.55, 4: 0.5, 5: 0.4}
  419. 04/28/2020 04:42:56 MainProcess MainThread pipeline _vram_per_phase TRACE {'detect': 4112, 'align': 2240, 'mask_0': 0, 'mask_1': 0}
  420. 04/28/2020 04:42:56 MainProcess MainThread pipeline _set_phases DEBUG Num plugins for phase: 1, scaling: 1.0, vram required: 2240.0
  421. 04/28/2020 04:42:56 MainProcess MainThread pipeline _set_phases DEBUG Required: 2240.0, available: 768. Single plugin has higher requirements than available or forcing single process: 'align'
  422. 04/28/2020 04:42:56 MainProcess MainThread pipeline _vram_per_phase TRACE {'detect': 4112, 'align': 2240, 'mask_0': 0, 'mask_1': 0}
  423. 04/28/2020 04:42:56 MainProcess MainThread pipeline _parallel_scaling TRACE {0: 1.0, 1: 1.0, 2: 0.7, 3: 0.55, 4: 0.5, 5: 0.4}
  424. 04/28/2020 04:42:56 MainProcess MainThread pipeline _vram_per_phase TRACE {'detect': 4112, 'align': 2240, 'mask_0': 0, 'mask_1': 0}
  425. 04/28/2020 04:42:56 MainProcess MainThread pipeline _set_phases DEBUG Num plugins for phase: 0, scaling: 1.0, vram required: 0.0
  426. 04/28/2020 04:42:56 MainProcess MainThread pipeline _set_phases DEBUG Required: 0.0, available: 768. Single plugin has higher requirements than available or forcing single process: 'mask_0'
  427. 04/28/2020 04:42:56 MainProcess MainThread pipeline _vram_per_phase TRACE {'detect': 4112, 'align': 2240, 'mask_0': 0, 'mask_1': 0}
  428. 04/28/2020 04:42:56 MainProcess MainThread pipeline _parallel_scaling TRACE {0: 1.0, 1: 1.0, 2: 0.7, 3: 0.55, 4: 0.5, 5: 0.4}
  429. 04/28/2020 04:42:56 MainProcess MainThread pipeline _vram_per_phase TRACE {'detect': 4112, 'align': 2240, 'mask_0': 0, 'mask_1': 0}
  430. 04/28/2020 04:42:56 MainProcess MainThread pipeline _set_phases DEBUG Num plugins for phase: 0, scaling: 1.0, vram required: 0.0
  431. 04/28/2020 04:42:56 MainProcess MainThread pipeline _set_phases DEBUG Required: 0.0, available: 768. Single plugin has higher requirements than available or forcing single process: 'mask_1'
  432. 04/28/2020 04:42:56 MainProcess MainThread pipeline _set_phases DEBUG Total phases: 4, Phases: [['detect'], ['align'], ['mask_0'], ['mask_1']]
  433. 04/28/2020 04:42:56 MainProcess MainThread pipeline _set_extractor_batchsize DEBUG Backend is not Nvidia. Not updating batchsize requirements
  434. 04/28/2020 04:42:56 MainProcess MainThread pipeline _final_phase TRACE mask_1
  435. 04/28/2020 04:42:56 MainProcess MainThread queue_manager add_queue DEBUG QueueManager adding: (name: 'extract0_detect_in', maxsize: 1)
  436. 04/28/2020 04:42:56 MainProcess MainThread queue_manager add_queue DEBUG QueueManager added: (name: 'extract0_detect_in')
  437. 04/28/2020 04:42:56 MainProcess MainThread queue_manager get_queue DEBUG QueueManager getting: 'extract0_detect_in'
  438. 04/28/2020 04:42:56 MainProcess MainThread queue_manager get_queue DEBUG QueueManager got: 'extract0_detect_in'
  439. 04/28/2020 04:42:56 MainProcess MainThread queue_manager add_queue DEBUG QueueManager adding: (name: 'extract0_align_in', maxsize: 1)
  440. 04/28/2020 04:42:56 MainProcess MainThread queue_manager add_queue DEBUG QueueManager added: (name: 'extract0_align_in')
  441. 04/28/2020 04:42:56 MainProcess MainThread queue_manager get_queue DEBUG QueueManager getting: 'extract0_align_in'
  442. 04/28/2020 04:42:56 MainProcess MainThread queue_manager get_queue DEBUG QueueManager got: 'extract0_align_in'
  443. 04/28/2020 04:42:56 MainProcess MainThread queue_manager add_queue DEBUG QueueManager adding: (name: 'extract0_mask_0_in', maxsize: 1)
  444. 04/28/2020 04:42:56 MainProcess MainThread queue_manager add_queue DEBUG QueueManager added: (name: 'extract0_mask_0_in')
  445. 04/28/2020 04:42:56 MainProcess MainThread queue_manager get_queue DEBUG QueueManager getting: 'extract0_mask_0_in'
  446. 04/28/2020 04:42:56 MainProcess MainThread queue_manager get_queue DEBUG QueueManager got: 'extract0_mask_0_in'
  447. 04/28/2020 04:42:56 MainProcess MainThread queue_manager add_queue DEBUG QueueManager adding: (name: 'extract0_mask_1_in', maxsize: 1)
  448. 04/28/2020 04:42:56 MainProcess MainThread queue_manager add_queue DEBUG QueueManager added: (name: 'extract0_mask_1_in')
  449. 04/28/2020 04:42:56 MainProcess MainThread queue_manager get_queue DEBUG QueueManager getting: 'extract0_mask_1_in'
  450. 04/28/2020 04:42:56 MainProcess MainThread queue_manager get_queue DEBUG QueueManager got: 'extract0_mask_1_in'
  451. 04/28/2020 04:42:56 MainProcess MainThread queue_manager add_queue DEBUG QueueManager adding: (name: 'extract0_mask_1_out', maxsize: 1)
  452. 04/28/2020 04:42:56 MainProcess MainThread queue_manager add_queue DEBUG QueueManager added: (name: 'extract0_mask_1_out')
  453. 04/28/2020 04:42:56 MainProcess MainThread queue_manager get_queue DEBUG QueueManager getting: 'extract0_mask_1_out'
  454. 04/28/2020 04:42:56 MainProcess MainThread queue_manager get_queue DEBUG QueueManager got: 'extract0_mask_1_out'
  455. 04/28/2020 04:42:56 MainProcess MainThread pipeline _add_queues DEBUG Queues: {'extract0_detect_in': <queue.Queue object at 0x000000000D85E488>, 'extract0_align_in': <queue.Queue object at 0x000000000D85E288>, 'extract0_mask_0_in': <queue.Queue object at 0x000000000D85E248>, 'extract0_mask_1_in': <queue.Queue object at 0x000000000D85E108>, 'extract0_mask_1_out': <queue.Queue object at 0x000000000D8499C8>}
  456. 04/28/2020 04:42:56 MainProcess MainThread pipeline __init__ DEBUG Initialized Extractor
  457. 04/28/2020 04:42:56 MainProcess MainThread extract __init__ DEBUG Initialized Extract
  458. 04/28/2020 04:42:56 MainProcess MainThread extract process INFO Starting, this may take a while...
  459. 04/28/2020 04:42:56 MainProcess MainThread extract _threaded_redirector DEBUG Threading task: (Task: 'load')
  460. 04/28/2020 04:42:56 MainProcess MainThread multithreading __init__ DEBUG Initializing MultiThread: (target: '_load', thread_count: 1)
  461. 04/28/2020 04:42:56 MainProcess MainThread multithreading __init__ TRACE args: (), kwargs: {}
  462. 04/28/2020 04:42:56 MainProcess MainThread multithreading __init__ DEBUG Initialized MultiThread: '_load'
  463. 04/28/2020 04:42:56 MainProcess MainThread multithreading start DEBUG Starting thread(s): '_load'
  464. 04/28/2020 04:42:56 MainProcess MainThread multithreading start DEBUG Starting thread 1 of 1: '_load_0'
  465. 04/28/2020 04:42:56 MainProcess _load_0 extract _load DEBUG Load Images: Start
  466. 04/28/2020 04:42:56 MainProcess MainThread multithreading start DEBUG Started all threads '_load': 1
  467. 04/28/2020 04:42:56 MainProcess _load_0 pipeline _current_phase TRACE ['detect']
  468. 04/28/2020 04:42:56 MainProcess MainThread image __init__ DEBUG Initializing ImagesSaver: (path: C:\faces, queue_size: 8, as_bytes: True)
  469. 04/28/2020 04:42:56 MainProcess _load_0 pipeline input_queue TRACE extract0_detect_in: <queue.Queue object at 0x000000000D85E488>
  470. 04/28/2020 04:42:56 MainProcess MainThread image __init__ DEBUG Initializing ImagesSaver: (path: C:\faces, queue_size: 8, args: None)
  471. 04/28/2020 04:42:56 MainProcess _load_0 image load DEBUG Initializing Load Generator
  472. 04/28/2020 04:42:56 MainProcess _load_0 image _set_thread DEBUG Setting thread
  473. 04/28/2020 04:42:56 MainProcess MainThread queue_manager get_queue DEBUG QueueManager getting: 'ImagesSaver'
  474. 04/28/2020 04:42:56 MainProcess _load_0 multithreading __init__ DEBUG Initializing MultiThread: (target: 'ImagesLoader', thread_count: 1)
  475. 04/28/2020 04:42:56 MainProcess MainThread queue_manager add_queue DEBUG QueueManager adding: (name: 'ImagesSaver', maxsize: 8)
  476. 04/28/2020 04:42:56 MainProcess _load_0 multithreading __init__ TRACE args: (<queue.Queue object at 0x000000000CB5C448>,), kwargs: {}
  477. 04/28/2020 04:42:56 MainProcess MainThread queue_manager add_queue DEBUG QueueManager added: (name: 'ImagesSaver')
  478. 04/28/2020 04:42:56 MainProcess _load_0 multithreading __init__ DEBUG Initialized MultiThread: 'ImagesLoader'
  479. 04/28/2020 04:42:56 MainProcess MainThread queue_manager get_queue DEBUG QueueManager got: 'ImagesSaver'
  480. 04/28/2020 04:42:56 MainProcess _load_0 image _set_thread DEBUG Set thread: <lib.multithreading.MultiThread object at 0x000000000D85CA88>
  481. 04/28/2020 04:42:56 MainProcess MainThread pipeline passes TRACE 4
  482. 04/28/2020 04:42:56 MainProcess _load_0 multithreading start DEBUG Starting thread(s): 'ImagesLoader'
  483. 04/28/2020 04:42:56 MainProcess MainThread pipeline final_pass TRACE False
  484. 04/28/2020 04:42:56 MainProcess _load_0 multithreading start DEBUG Starting thread 1 of 1: 'ImagesLoader_0'
  485. 04/28/2020 04:42:56 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  486. 04/28/2020 04:42:56 MainProcess MainThread pipeline _launch_plugin DEBUG Launching detect plugin
  487. 04/28/2020 04:42:56 MainProcess ImagesLoader_0 image _process DEBUG Load iterator: <bound method ImagesLoader._from_folder of <lib.image.ImagesLoader object at 0x000000000C81ECC8>>
  488. 04/28/2020 04:42:56 MainProcess MainThread pipeline _final_phase TRACE mask_1
  489. 04/28/2020 04:42:56 MainProcess _load_0 multithreading start DEBUG Started all threads 'ImagesLoader': 1
  490. 04/28/2020 04:42:56 MainProcess ImagesLoader_0 image _from_folder DEBUG Loading frames from folder: 'C:\img44'
  491. 04/28/2020 04:42:56 MainProcess MainThread pipeline _launch_plugin DEBUG in_qname: extract0_detect_in, out_qname: extract0_align_in
  492. 04/28/2020 04:42:56 MainProcess ImagesLoader_0 image read_image TRACE Requested image: 'C:\img44\020110_2.jpg'
  493. 04/28/2020 04:42:56 MainProcess MainThread _base initialize DEBUG initialize Detect: (args: (), kwargs: {'in_queue': <queue.Queue object at 0x000000000D85E488>, 'out_queue': <queue.Queue object at 0x000000000D85E288>})
  494. 04/28/2020 04:42:56 MainProcess MainThread _base initialize INFO Initializing S3FD (Detect)...
  495. 04/28/2020 04:42:56 MainProcess MainThread queue_manager get_queue DEBUG QueueManager getting: 'detect0_predict_s3fd'
  496. 04/28/2020 04:42:56 MainProcess MainThread queue_manager add_queue DEBUG QueueManager adding: (name: 'detect0_predict_s3fd', maxsize: 1)
  497. 04/28/2020 04:42:56 MainProcess MainThread queue_manager add_queue DEBUG QueueManager added: (name: 'detect0_predict_s3fd')
  498. 04/28/2020 04:42:56 MainProcess MainThread queue_manager get_queue DEBUG QueueManager got: 'detect0_predict_s3fd'
  499. 04/28/2020 04:42:56 MainProcess MainThread queue_manager get_queue DEBUG QueueManager getting: 'detect0_post_s3fd'
  500. 04/28/2020 04:42:56 MainProcess MainThread queue_manager add_queue DEBUG QueueManager adding: (name: 'detect0_post_s3fd', maxsize: 1)
  501. 04/28/2020 04:42:56 MainProcess MainThread queue_manager add_queue DEBUG QueueManager added: (name: 'detect0_post_s3fd')
  502. 04/28/2020 04:42:56 MainProcess MainThread queue_manager get_queue DEBUG QueueManager got: 'detect0_post_s3fd'
  503. 04/28/2020 04:42:56 MainProcess MainThread _base _compile_threads DEBUG Compiling detect threads
  504. 04/28/2020 04:42:56 MainProcess MainThread _base _add_thread DEBUG Adding thread: (name: detect_s3fd_input, function: <bound method Detect.process_input of <plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>>, in_queue: <queue.Queue object at 0x000000000D85E488>, out_queue: <queue.Queue object at 0x000000000D86C108>)
  505. 04/28/2020 04:42:56 MainProcess MainThread multithreading __init__ DEBUG Initializing MultiThread: (target: 'detect_s3fd_input', thread_count: 1)
  506. 04/28/2020 04:42:56 MainProcess MainThread multithreading __init__ TRACE args: (), kwargs: {'function': <bound method Detect.process_input of <plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>>, 'in_queue': <queue.Queue object at 0x000000000D85E488>, 'out_queue': <queue.Queue object at 0x000000000D86C108>}
  507. 04/28/2020 04:42:56 MainProcess MainThread multithreading __init__ DEBUG Initialized MultiThread: 'detect_s3fd_input'
  508. 04/28/2020 04:42:56 MainProcess MainThread _base _add_thread DEBUG Added thread: detect_s3fd_input
  509. 04/28/2020 04:42:56 MainProcess MainThread _base _add_thread DEBUG Adding thread: (name: detect_s3fd_predict, function: <bound method Detector._predict of <plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>>, in_queue: <queue.Queue object at 0x000000000D86C108>, out_queue: <queue.Queue object at 0x000000000D86C2C8>)
  510. 04/28/2020 04:42:56 MainProcess MainThread multithreading __init__ DEBUG Initializing MultiThread: (target: 'detect_s3fd_predict', thread_count: 1)
  511. 04/28/2020 04:42:56 MainProcess MainThread multithreading __init__ TRACE args: (), kwargs: {'function': <bound method Detector._predict of <plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>>, 'in_queue': <queue.Queue object at 0x000000000D86C108>, 'out_queue': <queue.Queue object at 0x000000000D86C2C8>}
  512. 04/28/2020 04:42:56 MainProcess MainThread multithreading __init__ DEBUG Initialized MultiThread: 'detect_s3fd_predict'
  513. 04/28/2020 04:42:56 MainProcess MainThread _base _add_thread DEBUG Added thread: detect_s3fd_predict
  514. 04/28/2020 04:42:56 MainProcess MainThread _base _add_thread DEBUG Adding thread: (name: detect_s3fd_output, function: <bound method Detect.process_output of <plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>>, in_queue: <queue.Queue object at 0x000000000D86C2C8>, out_queue: <queue.Queue object at 0x000000000D85E288>)
  515. 04/28/2020 04:42:56 MainProcess MainThread multithreading __init__ DEBUG Initializing MultiThread: (target: 'detect_s3fd_output', thread_count: 1)
  516. 04/28/2020 04:42:56 MainProcess MainThread multithreading __init__ TRACE args: (), kwargs: {'function': <bound method Detect.process_output of <plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>>, 'in_queue': <queue.Queue object at 0x000000000D86C2C8>, 'out_queue': <queue.Queue object at 0x000000000D85E288>}
  517. 04/28/2020 04:42:56 MainProcess MainThread multithreading __init__ DEBUG Initialized MultiThread: 'detect_s3fd_output'
  518. 04/28/2020 04:42:56 MainProcess MainThread _base _add_thread DEBUG Added thread: detect_s3fd_output
  519. 04/28/2020 04:42:56 MainProcess MainThread _base _compile_threads DEBUG Compiled detect threads: [<lib.multithreading.MultiThread object at 0x000000000D86C388>, <lib.multithreading.MultiThread object at 0x000000000D86C408>, <lib.multithreading.MultiThread object at 0x000000000D86C488>]
  520. 04/28/2020 04:42:56 MainProcess MainThread s3fd __init__ DEBUG Initializing: S3fd: (model_path: 'C:\Users\RB\faceswap\plugins\extract\detect\.cache\s3fd_keras_v1.h5', allow_growth: False)
  521. 04/28/2020 04:42:56 MainProcess MainThread session __init__ TRACE Initializing: S3fd (name: S3FD, model_path: C:\Users\RB\faceswap\plugins\extract\detect\.cache\s3fd_keras_v1.h5, model_kwargs: {'custom_objects': {'O2K_Add': <class 'plugins.extract.detect.s3fd.O2K_Add'>, 'O2K_Slice': <class 'plugins.extract.detect.s3fd.O2K_Slice'>, 'O2K_Sum': <class 'plugins.extract.detect.s3fd.O2K_Sum'>, 'O2K_Sqrt': <class 'plugins.extract.detect.s3fd.O2K_Sqrt'>, 'O2K_Pow': <class 'plugins.extract.detect.s3fd.O2K_Pow'>, 'O2K_ConstantLayer': <class 'plugins.extract.detect.s3fd.O2K_ConstantLayer'>, 'O2K_Div': <class 'plugins.extract.detect.s3fd.O2K_Div'>}}, allow_growth: False)
  522. 04/28/2020 04:42:56 MainProcess MainThread session __init__ TRACE Initialized: S3fd
  523. 04/28/2020 04:42:56 MainProcess MainThread session load_model VERBOSE Initializing plugin model: S3FD
  524. 04/28/2020 04:42:56 MainProcess ImagesLoader_0 image read_image TRACE Loaded image: 'C:\img44\020110_2.jpg'. Success: True
  525. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Creating HAL: opencl
  526. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Creating HAL: llvm
  527. 04/28/2020 04:42:56 MainProcess ImagesLoader_0 image _process TRACE Putting to queue: ['C:\\img44\\020110_2.jpg', (998, 772, 3)]
  528. 04/28/2020 04:42:56 MainProcess ImagesLoader_0 image read_image TRACE Requested image: 'C:\img44\020110_6.jpg'
  529. 04/28/2020 04:42:56 MainProcess _load_0 image load TRACE Yielding: ['C:\\img44\\020110_2.jpg', (998, 772, 3)]
  530. 04/28/2020 04:42:56 MainProcess _load_0 pipeline __init__ TRACE Initializing ExtractMedia: (filename: 'C:\img44\020110_2.jpg', image shape: (998, 772, 3), detected_faces: None)
  531. 04/28/2020 04:42:56 MainProcess ImagesLoader_0 image read_image TRACE Loaded image: 'C:\img44\020110_6.jpg'. Success: True
  532. 04/28/2020 04:42:56 MainProcess ImagesLoader_0 image _process TRACE Putting to queue: ['C:\\img44\\020110_6.jpg', (1037, 811, 3)]
  533. 04/28/2020 04:42:56 MainProcess ImagesLoader_0 image read_image TRACE Requested image: 'C:\img44\020310_L.jpg'
  534. 04/28/2020 04:42:56 MainProcess _load_0 image load TRACE Yielding: ['C:\\img44\\020110_6.jpg', (1037, 811, 3)]
  535. 04/28/2020 04:42:56 MainProcess _load_0 pipeline __init__ TRACE Initializing ExtractMedia: (filename: 'C:\img44\020110_6.jpg', image shape: (1037, 811, 3), detected_faces: None)
  536. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback INFO Opening device "opencl_amd_juniper.0"
  537. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  538. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  539. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  540. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_0/LAYER_0/constant_1 Tensor FLOAT32(3, 3, 3, 64)>)
  541. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Doing a compilation of:\nfunction (\n X_I_0[X_I_0_0, X_I_0_1, X_I_0_2, X_I_0_3]\n) -> (\n X_T0\n) {\n X_T0 = ident(X_I_0);\n}\n\n
  542. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Contraction kernel_c1_sdk_0:\n<empty>\n Range \ni1_i2_i3_i4 1728 1 \n off 0 \n vec 1 \n\n256, \n
  543. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Output operations:
  544. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG X_T0 = ident(X_I_0)
  545. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG tot_flops = 1728, tot_bytes = 7392\n\n
  546. 04/28/2020 04:42:56 MainProcess ImagesLoader_0 image read_image TRACE Loaded image: 'C:\img44\020310_L.jpg'. Success: True
  547. 04/28/2020 04:42:56 MainProcess ImagesLoader_0 image _process TRACE Putting to queue: ['C:\\img44\\020310_L.jpg', (1002, 903, 3)]
  548. 04/28/2020 04:42:56 MainProcess ImagesLoader_0 image read_image TRACE Requested image: 'C:\img44\020710_D.jpg~original.jpg'
  549. 04/28/2020 04:42:56 MainProcess ImagesLoader_0 image read_image TRACE Loaded image: 'C:\img44\020710_D.jpg~original.jpg'. Success: True
  550. 04/28/2020 04:42:56 MainProcess ImagesLoader_0 image _process TRACE Putting to queue: ['C:\\img44\\020710_D.jpg~original.jpg', (963, 385, 3)]
  551. 04/28/2020 04:42:56 MainProcess ImagesLoader_0 image read_image TRACE Requested image: 'C:\img44\050909_8.jpg'
  552. 04/28/2020 04:42:56 MainProcess ImagesLoader_0 image read_image TRACE Loaded image: 'C:\img44\050909_8.jpg'. Success: True
  553. 04/28/2020 04:42:56 MainProcess ImagesLoader_0 image _process TRACE Putting to queue: ['C:\\img44\\050909_8.jpg', (984, 436, 3)]
  554. 04/28/2020 04:42:56 MainProcess ImagesLoader_0 image read_image TRACE Requested image: 'C:\img44\053109_8.jpg'
  555. 04/28/2020 04:42:56 MainProcess ImagesLoader_0 image read_image TRACE Loaded image: 'C:\img44\053109_8.jpg'. Success: True
  556. 04/28/2020 04:42:56 MainProcess ImagesLoader_0 image _process TRACE Putting to queue: ['C:\\img44\\053109_8.jpg', (802, 536, 3)]
  557. 04/28/2020 04:42:56 MainProcess ImagesLoader_0 image read_image TRACE Requested image: 'C:\img44\062209_E.jpg'
  558. 04/28/2020 04:42:56 MainProcess ImagesLoader_0 image read_image TRACE Loaded image: 'C:\img44\062209_E.jpg'. Success: True
  559. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Minimal loc count: 3 Remaining mem: 912656000
  560. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Final loc count: 3 Remaining mem: 912656000
  561. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF289F0
  562. 04/28/2020 04:42:56 MainProcess ImagesLoader_0 image _process TRACE Putting to queue: ['C:\\img44\\062209_E.jpg', (1002, 694, 3)]
  563. 04/28/2020 04:42:56 MainProcess ImagesLoader_0 image read_image TRACE Requested image: 'C:\img44\062809_5.jpg'
  564. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  565. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  566. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  567. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_0/LAYER_0/constant_2 Tensor FLOAT32(64,)>)
  568. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Doing a compilation of:\nfunction (\n X_I_0[X_I_0_0]\n) -> (\n X_T0\n) {\n X_T0 = ident(X_I_0);\n}\n\n
  569. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Contraction kernel_c2_sdk_0:\n<empty>\n Range \n i1 64 1 \n off 0 \n vec 1 \n\n64, \n
  570. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Output operations:
  571. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG X_T0 = ident(X_I_0)
  572. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG tot_flops = 64, tot_bytes = 264\n\n
  573. 04/28/2020 04:42:56 MainProcess ImagesLoader_0 image read_image TRACE Loaded image: 'C:\img44\062809_5.jpg'. Success: True
  574. 04/28/2020 04:42:56 MainProcess ImagesLoader_0 image _process TRACE Putting to queue: ['C:\\img44\\062809_5.jpg', (1030, 950, 3)]
  575. 04/28/2020 04:42:56 MainProcess ImagesLoader_0 image _process TRACE Putting EOF
  576. 04/28/2020 04:42:56 MainProcess Dummy-1 library _logger_callback DEBUG Ran kernel_c1_sdk_0: dur=20222 GFL/s=0 GBP/s=0
  577. 04/28/2020 04:42:56 MainProcess Dummy-1 library _logger_callback DEBUG Total program execution duration: 20222
  578. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Minimal loc count: 3 Remaining mem: 912674432
  579. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Final loc count: 3 Remaining mem: 912674432
  580. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF28910
  581. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  582. 04/28/2020 04:42:56 MainProcess Dummy-2 library _logger_callback DEBUG Ran kernel_c2_sdk_0: dur=15000 GFL/s=0 GBP/s=0
  583. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  584. 04/28/2020 04:42:56 MainProcess Dummy-2 library _logger_callback DEBUG Total program execution duration: 15000
  585. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  586. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_2/LAYER_2/constant_1 Tensor FLOAT32(3, 3, 64, 64)>)
  587. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Doing a compilation of:\nfunction (\n X_I_0[X_I_0_0, X_I_0_1, X_I_0_2, X_I_0_3]\n) -> (\n X_T0\n) {\n X_T0 = ident(X_I_0);\n}\n\n
  588. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Contraction kernel_c3_sdk_0:\n<empty>\n Range \ni1_i2_i3_i4 36864 1 \n off 0 \n vec 1 \n\n2048, \n
  589. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Output operations:
  590. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG X_T0 = ident(X_I_0)
  591. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG tot_flops = 36864, tot_bytes = 152064\n\n
  592. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Minimal loc count: 3 Remaining mem: 912238208
  593. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Final loc count: 3 Remaining mem: 912238208
  594. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF28830
  595. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  596. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  597. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  598. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_2/LAYER_2/constant_2 Tensor FLOAT32(64,)>)
  599. 04/28/2020 04:42:56 MainProcess Dummy-3 library _logger_callback DEBUG Ran kernel_c3_sdk_0: dur=53667 GFL/s=0 GBP/s=2
  600. 04/28/2020 04:42:56 MainProcess Dummy-3 library _logger_callback DEBUG Total program execution duration: 53667
  601. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF28910
  602. 04/28/2020 04:42:56 MainProcess Dummy-4 library _logger_callback DEBUG Ran kernel_c2_sdk_0: dur=16334 GFL/s=0 GBP/s=0
  603. 04/28/2020 04:42:56 MainProcess Dummy-4 library _logger_callback DEBUG Total program execution duration: 16334
  604. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  605. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  606. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  607. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_5/LAYER_5/constant_1 Tensor FLOAT32(3, 3, 64, 128)>)
  608. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Doing a compilation of:\nfunction (\n X_I_0[X_I_0_0, X_I_0_1, X_I_0_2, X_I_0_3]\n) -> (\n X_T0\n) {\n X_T0 = ident(X_I_0);\n}\n\n
  609. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Contraction kernel_c4_sdk_0:\n<empty>\n Range \ni1_i2_i3_i4 73728 1 \n off 0 \n vec 1 \n\n4096, \n
  610. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Output operations:
  611. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG X_T0 = ident(X_I_0)
  612. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG tot_flops = 73728, tot_bytes = 304128\n\n
  613. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Minimal loc count: 3 Remaining mem: 911795840
  614. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Final loc count: 3 Remaining mem: 911795840
  615. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF28C90
  616. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  617. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  618. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  619. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_5/LAYER_5/constant_2 Tensor FLOAT32(128,)>)
  620. 04/28/2020 04:42:56 MainProcess Dummy-5 library _logger_callback DEBUG Ran kernel_c4_sdk_0: dur=95667 GFL/s=0 GBP/s=3
  621. 04/28/2020 04:42:56 MainProcess Dummy-5 library _logger_callback DEBUG Total program execution duration: 95667
  622. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Doing a compilation of:\nfunction (\n X_I_0[X_I_0_0]\n) -> (\n X_T0\n) {\n X_T0 = ident(X_I_0);\n}\n\n
  623. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Contraction kernel_c5_sdk_0:\n<empty>\n Range \n i1 128 1 \n off 0 \n vec 1 \n\n128, \n
  624. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Output operations:
  625. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG X_T0 = ident(X_I_0)
  626. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG tot_flops = 128, tot_bytes = 528\n\n
  627. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Minimal loc count: 3 Remaining mem: 912674432
  628. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Final loc count: 3 Remaining mem: 912674432
  629. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF28D70
  630. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  631. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  632. 04/28/2020 04:42:56 MainProcess Dummy-6 library _logger_callback DEBUG Ran kernel_c5_sdk_0: dur=15666 GFL/s=0 GBP/s=0
  633. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  634. 04/28/2020 04:42:56 MainProcess Dummy-6 library _logger_callback DEBUG Total program execution duration: 15666
  635. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_7/LAYER_7/constant_1 Tensor FLOAT32(3, 3, 128, 128)>)
  636. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Doing a compilation of:\nfunction (\n X_I_0[X_I_0_0, X_I_0_1, X_I_0_2, X_I_0_3]\n) -> (\n X_T0\n) {\n X_T0 = ident(X_I_0);\n}\n\n
  637. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Contraction kernel_c6_sdk_0:\n<empty>\n Range \ni1_i2_i3_i4 147456 1 \n off 0 \n vec 1 \n\n4096, \n
  638. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Output operations:
  639. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG X_T0 = ident(X_I_0)
  640. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG tot_flops = 147456, tot_bytes = 608256\n\n
  641. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Minimal loc count: 3 Remaining mem: 910911104
  642. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Final loc count: 3 Remaining mem: 910911104
  643. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF28E50
  644. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  645. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  646. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  647. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_7/LAYER_7/constant_2 Tensor FLOAT32(128,)>)
  648. 04/28/2020 04:42:56 MainProcess Dummy-7 library _logger_callback DEBUG Ran kernel_c6_sdk_0: dur=145555 GFL/s=1 GBP/s=4
  649. 04/28/2020 04:42:56 MainProcess Dummy-7 library _logger_callback DEBUG Total program execution duration: 145555
  650. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF28D70
  651. 04/28/2020 04:42:56 MainProcess Dummy-8 library _logger_callback DEBUG Ran kernel_c5_sdk_0: dur=16556 GFL/s=0 GBP/s=0
  652. 04/28/2020 04:42:56 MainProcess Dummy-8 library _logger_callback DEBUG Total program execution duration: 16556
  653. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  654. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  655. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  656. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_10/LAYER_10/constant_1 Tensor FLOAT32(3, 3, 128, 256)>)
  657. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Doing a compilation of:\nfunction (\n X_I_0[X_I_0_0, X_I_0_1, X_I_0_2, X_I_0_3]\n) -> (\n X_T0\n) {\n X_T0 = ident(X_I_0);\n}\n\n
  658. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Contraction kernel_c7_sdk_0:\n<empty>\n Range \ni1_i2_i3_i4 294912 1 \n off 0 \n vec 1 \n\n4096, \n
  659. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Output operations:
  660. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG X_T0 = ident(X_I_0)
  661. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG tot_flops = 294912, tot_bytes = 1216512\n\n
  662. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Minimal loc count: 3 Remaining mem: 909141632
  663. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Final loc count: 3 Remaining mem: 909141632
  664. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF29D30
  665. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  666. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  667. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  668. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_10/LAYER_10/constant_2 Tensor FLOAT32(256,)>)
  669. 04/28/2020 04:42:56 MainProcess Dummy-9 library _logger_callback DEBUG Ran kernel_c7_sdk_0: dur=266556 GFL/s=1 GBP/s=4
  670. 04/28/2020 04:42:56 MainProcess Dummy-9 library _logger_callback DEBUG Total program execution duration: 266556
  671. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Doing a compilation of:\nfunction (\n X_I_0[X_I_0_0]\n) -> (\n X_T0\n) {\n X_T0 = ident(X_I_0);\n}\n\n
  672. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Contraction kernel_c8_sdk_0:\n<empty>\n Range \n i1 256 1 \n off 0 \n vec 1 \n\n256, \n
  673. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Output operations:
  674. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG X_T0 = ident(X_I_0)
  675. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG tot_flops = 256, tot_bytes = 1056\n\n
  676. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Minimal loc count: 3 Remaining mem: 912674432
  677. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Final loc count: 3 Remaining mem: 912674432
  678. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF28BB0
  679. 04/28/2020 04:42:56 MainProcess Dummy-10 library _logger_callback DEBUG Ran kernel_c8_sdk_0: dur=15667 GFL/s=0 GBP/s=0
  680. 04/28/2020 04:42:56 MainProcess Dummy-10 library _logger_callback DEBUG Total program execution duration: 15667
  681. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  682. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  683. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  684. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_12/LAYER_12/constant_1 Tensor FLOAT32(3, 3, 256, 256)>)
  685. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Doing a compilation of:\nfunction (\n X_I_0[X_I_0_0, X_I_0_1, X_I_0_2, X_I_0_3]\n) -> (\n X_T0\n) {\n X_T0 = ident(X_I_0);\n}\n\n
  686. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Contraction kernel_c9_sdk_0:\n<empty>\n Range \ni1_i2_i3_i4 589824 1 \n off 0 \n vec 1 \n\n4096, \n
  687. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Output operations:
  688. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG X_T0 = ident(X_I_0)
  689. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG tot_flops = 589824, tot_bytes = 2433024\n\n
  690. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Minimal loc count: 3 Remaining mem: 905602688
  691. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Final loc count: 3 Remaining mem: 905602688
  692. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF29470
  693. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  694. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  695. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  696. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_12/LAYER_12/constant_2 Tensor FLOAT32(256,)>)
  697. 04/28/2020 04:42:56 MainProcess Dummy-11 library _logger_callback DEBUG Ran kernel_c9_sdk_0: dur=501889 GFL/s=1 GBP/s=4
  698. 04/28/2020 04:42:56 MainProcess Dummy-11 library _logger_callback DEBUG Total program execution duration: 501889
  699. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF28BB0
  700. 04/28/2020 04:42:56 MainProcess Dummy-12 library _logger_callback DEBUG Ran kernel_c8_sdk_0: dur=16445 GFL/s=0 GBP/s=0
  701. 04/28/2020 04:42:56 MainProcess Dummy-12 library _logger_callback DEBUG Total program execution duration: 16445
  702. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  703. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  704. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  705. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_14/LAYER_14/constant_1 Tensor FLOAT32(3, 3, 256, 256)>)
  706. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF29470
  707. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  708. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  709. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  710. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_14/LAYER_14/constant_2 Tensor FLOAT32(256,)>)
  711. 04/28/2020 04:42:56 MainProcess Dummy-13 library _logger_callback DEBUG Ran kernel_c9_sdk_0: dur=502333 GFL/s=1 GBP/s=4
  712. 04/28/2020 04:42:56 MainProcess Dummy-13 library _logger_callback DEBUG Total program execution duration: 502333
  713. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF28BB0
  714. 04/28/2020 04:42:56 MainProcess Dummy-14 library _logger_callback DEBUG Ran kernel_c8_sdk_0: dur=16666 GFL/s=0 GBP/s=0
  715. 04/28/2020 04:42:56 MainProcess Dummy-14 library _logger_callback DEBUG Total program execution duration: 16666
  716. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  717. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  718. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  719. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_17/LAYER_17/constant_1 Tensor FLOAT32(3, 3, 256, 512)>)
  720. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Doing a compilation of:\nfunction (\n X_I_0[X_I_0_0, X_I_0_1, X_I_0_2, X_I_0_3]\n) -> (\n X_T0\n) {\n X_T0 = ident(X_I_0);\n}\n\n
  721. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Contraction kernel_c10_sdk_0:\n<empty>\n Range \ni1_i2_i3_i4 1179648 1 \n off 0 \n vec 1 \n\n4096, \n
  722. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Output operations:
  723. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG X_T0 = ident(X_I_0)
  724. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG tot_flops = 1179648, tot_bytes = 4866048\n\n
  725. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Minimal loc count: 3 Remaining mem: 898524800
  726. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Final loc count: 3 Remaining mem: 898524800
  727. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF29550
  728. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  729. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  730. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  731. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_17/LAYER_17/constant_2 Tensor FLOAT32(512,)>)
  732. 04/28/2020 04:42:56 MainProcess Dummy-15 library _logger_callback DEBUG Ran kernel_c10_sdk_0: dur=970556 GFL/s=1 GBP/s=5
  733. 04/28/2020 04:42:56 MainProcess Dummy-15 library _logger_callback DEBUG Total program execution duration: 970556
  734. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Doing a compilation of:\nfunction (\n X_I_0[X_I_0_0]\n) -> (\n X_T0\n) {\n X_T0 = ident(X_I_0);\n}\n\n
  735. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Contraction kernel_c11_sdk_0:\n<empty>\n Range \n i1 512 1 \n off 0 \n vec 1 \n\n256, \n
  736. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Output operations:
  737. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG X_T0 = ident(X_I_0)
  738. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG tot_flops = 512, tot_bytes = 2112\n\n
  739. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Minimal loc count: 3 Remaining mem: 912674432
  740. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Final loc count: 3 Remaining mem: 912674432
  741. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF2A7B0
  742. 04/28/2020 04:42:56 MainProcess Dummy-16 library _logger_callback DEBUG Ran kernel_c11_sdk_0: dur=15889 GFL/s=0 GBP/s=0
  743. 04/28/2020 04:42:56 MainProcess Dummy-16 library _logger_callback DEBUG Total program execution duration: 15889
  744. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  745. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  746. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  747. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_19/LAYER_19/constant_1 Tensor FLOAT32(3, 3, 512, 512)>)
  748. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Doing a compilation of:\nfunction (\n X_I_0[X_I_0_0, X_I_0_1, X_I_0_2, X_I_0_3]\n) -> (\n X_T0\n) {\n X_T0 = ident(X_I_0);\n}\n\n
  749. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Contraction kernel_c12_sdk_0:\n<empty>\n Range \ni1_i2_i3_i4 2359296 1 \n off 0 \n vec 1 \n\n4096, \n
  750. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Output operations:
  751. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG X_T0 = ident(X_I_0)
  752. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG tot_flops = 2359296, tot_bytes = 9732096\n\n
  753. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Minimal loc count: 3 Remaining mem: 884369024
  754. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Final loc count: 3 Remaining mem: 884369024
  755. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF29C50
  756. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  757. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  758. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  759. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_19/LAYER_19/constant_2 Tensor FLOAT32(512,)>)
  760. 04/28/2020 04:42:56 MainProcess Dummy-17 library _logger_callback DEBUG Ran kernel_c12_sdk_0: dur=1910445 GFL/s=1 GBP/s=5
  761. 04/28/2020 04:42:56 MainProcess Dummy-17 library _logger_callback DEBUG Total program execution duration: 1910445
  762. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF2A7B0
  763. 04/28/2020 04:42:56 MainProcess Dummy-18 library _logger_callback DEBUG Ran kernel_c11_sdk_0: dur=17889 GFL/s=0 GBP/s=0
  764. 04/28/2020 04:42:56 MainProcess Dummy-18 library _logger_callback DEBUG Total program execution duration: 17889
  765. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  766. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  767. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  768. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_21/LAYER_21/constant_1 Tensor FLOAT32(3, 3, 512, 512)>)
  769. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF29C50
  770. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  771. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  772. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  773. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_21/LAYER_21/constant_2 Tensor FLOAT32(512,)>)
  774. 04/28/2020 04:42:56 MainProcess Dummy-19 library _logger_callback DEBUG Ran kernel_c12_sdk_0: dur=600223 GFL/s=3 GBP/s=16
  775. 04/28/2020 04:42:56 MainProcess Dummy-19 library _logger_callback DEBUG Total program execution duration: 600223
  776. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF2A7B0
  777. 04/28/2020 04:42:56 MainProcess Dummy-20 library _logger_callback DEBUG Ran kernel_c11_sdk_0: dur=5667 GFL/s=0 GBP/s=0
  778. 04/28/2020 04:42:56 MainProcess Dummy-20 library _logger_callback DEBUG Total program execution duration: 5667
  779. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  780. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  781. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  782. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_24/LAYER_24/constant_1 Tensor FLOAT32(3, 3, 512, 512)>)
  783. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF29C50
  784. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  785. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  786. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  787. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_24/LAYER_24/constant_2 Tensor FLOAT32(512,)>)
  788. 04/28/2020 04:42:56 MainProcess Dummy-21 library _logger_callback DEBUG Ran kernel_c12_sdk_0: dur=600889 GFL/s=3 GBP/s=16
  789. 04/28/2020 04:42:56 MainProcess Dummy-21 library _logger_callback DEBUG Total program execution duration: 600889
  790. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF2A7B0
  791. 04/28/2020 04:42:56 MainProcess Dummy-22 library _logger_callback DEBUG Ran kernel_c11_sdk_0: dur=5555 GFL/s=0 GBP/s=0
  792. 04/28/2020 04:42:56 MainProcess Dummy-22 library _logger_callback DEBUG Total program execution duration: 5555
  793. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  794. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  795. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  796. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_26/LAYER_26/constant_1 Tensor FLOAT32(3, 3, 512, 512)>)
  797. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF29C50
  798. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  799. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  800. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  801. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_26/LAYER_26/constant_2 Tensor FLOAT32(512,)>)
  802. 04/28/2020 04:42:56 MainProcess Dummy-23 library _logger_callback DEBUG Ran kernel_c12_sdk_0: dur=600556 GFL/s=3 GBP/s=16
  803. 04/28/2020 04:42:56 MainProcess Dummy-23 library _logger_callback DEBUG Total program execution duration: 600556
  804. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF2A7B0
  805. 04/28/2020 04:42:56 MainProcess Dummy-24 library _logger_callback DEBUG Ran kernel_c11_sdk_0: dur=5667 GFL/s=0 GBP/s=0
  806. 04/28/2020 04:42:56 MainProcess Dummy-24 library _logger_callback DEBUG Total program execution duration: 5667
  807. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  808. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  809. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  810. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_28/LAYER_28/constant_1 Tensor FLOAT32(3, 3, 512, 512)>)
  811. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF29C50
  812. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  813. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  814. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  815. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_28/LAYER_28/constant_2 Tensor FLOAT32(512,)>)
  816. 04/28/2020 04:42:56 MainProcess Dummy-25 library _logger_callback DEBUG Ran kernel_c12_sdk_0: dur=600889 GFL/s=3 GBP/s=16
  817. 04/28/2020 04:42:56 MainProcess Dummy-25 library _logger_callback DEBUG Total program execution duration: 600889
  818. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF2A7B0
  819. 04/28/2020 04:42:56 MainProcess Dummy-26 library _logger_callback DEBUG Ran kernel_c11_sdk_0: dur=5667 GFL/s=0 GBP/s=0
  820. 04/28/2020 04:42:56 MainProcess Dummy-26 library _logger_callback DEBUG Total program execution duration: 5667
  821. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  822. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  823. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  824. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_31/LAYER_31/constant_1 Tensor FLOAT32(3, 3, 512, 1024)>)
  825. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Doing a compilation of:\nfunction (\n X_I_0[X_I_0_0, X_I_0_1, X_I_0_2, X_I_0_3]\n) -> (\n X_T0\n) {\n X_T0 = ident(X_I_0);\n}\n\n
  826. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Contraction kernel_c13_sdk_0:\n<empty>\n Range \ni1_i2_i3_i4 4718592 1 \n off 0 \n vec 1 \n\n4096, \n
  827. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Output operations:
  828. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG X_T0 = ident(X_I_0)
  829. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG tot_flops = 4718592, tot_bytes = 19464192\n\n
  830. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Minimal loc count: 3 Remaining mem: 856057472
  831. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Final loc count: 3 Remaining mem: 856057472
  832. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF297F0
  833. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  834. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  835. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  836. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_31/LAYER_31/constant_2 Tensor FLOAT32(1024,)>)
  837. 04/28/2020 04:42:56 MainProcess Dummy-27 library _logger_callback DEBUG Ran kernel_c13_sdk_0: dur=9043222 GFL/s=0 GBP/s=2
  838. 04/28/2020 04:42:56 MainProcess Dummy-27 library _logger_callback DEBUG Total program execution duration: 9043222
  839. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Doing a compilation of:\nfunction (\n X_I_0[X_I_0_0]\n) -> (\n X_T0\n) {\n X_T0 = ident(X_I_0);\n}\n\n
  840. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Contraction kernel_c14_sdk_0:\n<empty>\n Range \n i1 1024 1 \n off 0 \n vec 1 \n\n256, \n
  841. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Output operations:
  842. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG X_T0 = ident(X_I_0)
  843. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG tot_flops = 1024, tot_bytes = 4224\n\n
  844. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Minimal loc count: 3 Remaining mem: 912668288
  845. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Final loc count: 3 Remaining mem: 912668288
  846. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF2ACF0
  847. 04/28/2020 04:42:56 MainProcess Dummy-28 library _logger_callback DEBUG Ran kernel_c14_sdk_0: dur=16111 GFL/s=0 GBP/s=0
  848. 04/28/2020 04:42:56 MainProcess Dummy-28 library _logger_callback DEBUG Total program execution duration: 16111
  849. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  850. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  851. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  852. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_33/LAYER_33/constant_1 Tensor FLOAT32(1, 1, 1024, 1024)>)
  853. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Doing a compilation of:\nfunction (\n X_I_0[X_I_0_0, X_I_0_1, X_I_0_2, X_I_0_3]\n) -> (\n X_T0\n) {\n X_T0 = ident(X_I_0);\n}\n\n
  854. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Contraction kernel_c15_sdk_0:\n<empty>\n Range \n i3_i4 1048576 1 \n off 0 \n vec 1 \n\n4096, \n
  855. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Output operations:
  856. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG X_T0 = ident(X_I_0)
  857. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG tot_flops = 1048576, tot_bytes = 4325376\n\n
  858. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Minimal loc count: 3 Remaining mem: 900097664
  859. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Final loc count: 3 Remaining mem: 900097664
  860. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF2A430
  861. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  862. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  863. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  864. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_33/LAYER_33/constant_2 Tensor FLOAT32(1024,)>)
  865. 04/28/2020 04:42:56 MainProcess Dummy-29 library _logger_callback DEBUG Ran kernel_c15_sdk_0: dur=866555 GFL/s=1 GBP/s=4
  866. 04/28/2020 04:42:56 MainProcess Dummy-29 library _logger_callback DEBUG Total program execution duration: 866555
  867. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF2ACF0
  868. 04/28/2020 04:42:56 MainProcess Dummy-30 library _logger_callback DEBUG Ran kernel_c14_sdk_0: dur=16778 GFL/s=0 GBP/s=0
  869. 04/28/2020 04:42:56 MainProcess Dummy-30 library _logger_callback DEBUG Total program execution duration: 16778
  870. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  871. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  872. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  873. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_35/LAYER_35/constant_1 Tensor FLOAT32(1, 1, 1024, 256)>)
  874. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Doing a compilation of:\nfunction (\n X_I_0[X_I_0_0, X_I_0_1, X_I_0_2, X_I_0_3]\n) -> (\n X_T0\n) {\n X_T0 = ident(X_I_0);\n}\n\n
  875. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Contraction kernel_c16_sdk_0:\n<empty>\n Range \n i3_i4 262144 1 \n off 0 \n vec 1 \n\n4096, \n
  876. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Output operations:
  877. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG X_T0 = ident(X_I_0)
  878. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG tot_flops = 262144, tot_bytes = 1081344\n\n
  879. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Minimal loc count: 3 Remaining mem: 909534848
  880. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Final loc count: 3 Remaining mem: 909534848
  881. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF292B0
  882. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  883. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  884. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  885. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_35/LAYER_35/constant_2 Tensor FLOAT32(256,)>)
  886. 04/28/2020 04:42:56 MainProcess Dummy-31 library _logger_callback DEBUG Ran kernel_c16_sdk_0: dur=241222 GFL/s=1 GBP/s=4
  887. 04/28/2020 04:42:56 MainProcess Dummy-31 library _logger_callback DEBUG Total program execution duration: 241222
  888. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF28BB0
  889. 04/28/2020 04:42:56 MainProcess Dummy-32 library _logger_callback DEBUG Ran kernel_c8_sdk_0: dur=16666 GFL/s=0 GBP/s=0
  890. 04/28/2020 04:42:56 MainProcess Dummy-32 library _logger_callback DEBUG Total program execution duration: 16666
  891. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  892. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  893. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  894. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_37/LAYER_37/constant_1 Tensor FLOAT32(3, 3, 256, 512)>)
  895. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF29550
  896. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  897. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  898. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  899. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_37/LAYER_37/constant_2 Tensor FLOAT32(512,)>)
  900. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF2A7B0
  901. 04/28/2020 04:42:56 MainProcess Dummy-33 library _logger_callback DEBUG Ran kernel_c10_sdk_0: dur=6166111 GFL/s=0 GBP/s=0
  902. 04/28/2020 04:42:56 MainProcess Dummy-33 library _logger_callback DEBUG Total program execution duration: 6166111
  903. 04/28/2020 04:42:56 MainProcess Dummy-34 library _logger_callback DEBUG Ran kernel_c11_sdk_0: dur=10222 GFL/s=0 GBP/s=0
  904. 04/28/2020 04:42:56 MainProcess Dummy-34 library _logger_callback DEBUG Total program execution duration: 10222
  905. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG compose: variable
  906. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Inputs:
  907. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG Outputs:
  908. 04/28/2020 04:42:56 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_39/LAYER_39/constant_1 Tensor FLOAT32(1, 1, 512, 128)>)
  909. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Doing a compilation of:\nfunction (\n X_I_0[X_I_0_0, X_I_0_1, X_I_0_2, X_I_0_3]\n) -> (\n X_T0\n) {\n X_T0 = ident(X_I_0);\n}\n\n
  910. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Contraction kernel_c17_sdk_0:\n<empty>\n Range \n i3_i4 65536 1 \n off 0 \n vec 1 \n\n4096, \n
  911. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG Output operations:
  912. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG X_T0 = ident(X_I_0)
  913. 04/28/2020 04:42:56 MainProcess MainThread library _logger_callback DEBUG tot_flops = 65536, tot_bytes = 270336\n\n
  914. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Minimal loc count: 3 Remaining mem: 911894144
  915. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Final loc count: 3 Remaining mem: 911894144
  916. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF2A5F0
  917. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG compose: variable
  918. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Inputs:
  919. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Outputs:
  920. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_39/LAYER_39/constant_2 Tensor FLOAT32(128,)>)
  921. 04/28/2020 04:42:57 MainProcess Dummy-35 library _logger_callback DEBUG Ran kernel_c17_sdk_0: dur=87556 GFL/s=0 GBP/s=3
  922. 04/28/2020 04:42:57 MainProcess Dummy-35 library _logger_callback DEBUG Total program execution duration: 87556
  923. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF28D70
  924. 04/28/2020 04:42:57 MainProcess Dummy-8 library _logger_callback DEBUG Ran kernel_c5_sdk_0: dur=16334 GFL/s=0 GBP/s=0
  925. 04/28/2020 04:42:57 MainProcess Dummy-8 library _logger_callback DEBUG Total program execution duration: 16334
  926. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG compose: variable
  927. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Inputs:
  928. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Outputs:
  929. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_73/LAYER_73/constant_1 Tensor FLOAT32(3, 3, 256, 4)>)
  930. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Doing a compilation of:\nfunction (\n X_I_0[X_I_0_0, X_I_0_1, X_I_0_2, X_I_0_3]\n) -> (\n X_T0\n) {\n X_T0 = ident(X_I_0);\n}\n\n
  931. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Contraction kernel_c18_sdk_0:\n<empty>\n Range \ni1_i2_i3_i4 9216 1 \n off 0 \n vec 1 \n\n512, \n
  932. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Output operations:
  933. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG X_T0 = ident(X_I_0)
  934. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG tot_flops = 9216, tot_bytes = 38016\n\n
  935. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Minimal loc count: 3 Remaining mem: 912569984
  936. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Final loc count: 3 Remaining mem: 912569984
  937. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF2ADD0
  938. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG compose: variable
  939. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Inputs:
  940. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Outputs:
  941. 04/28/2020 04:42:57 MainProcess Dummy-36 library _logger_callback DEBUG Ran kernel_c18_sdk_0: dur=24889 GFL/s=0 GBP/s=1
  942. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_73/LAYER_73/constant_2 Tensor FLOAT32(4,)>)
  943. 04/28/2020 04:42:57 MainProcess Dummy-36 library _logger_callback DEBUG Total program execution duration: 24889
  944. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Doing a compilation of:\nfunction (\n X_I_0[X_I_0_0]\n) -> (\n X_T0\n) {\n X_T0 = ident(X_I_0);\n}\n\n
  945. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Contraction kernel_c19_sdk_0:\n<empty>\n Range \n i1 4 1 \n off 0 \n vec 1 \n\n4, \n
  946. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Output operations:
  947. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG X_T0 = ident(X_I_0)
  948. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG tot_flops = 4, tot_bytes = 132\n\n
  949. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Minimal loc count: 3 Remaining mem: 912674432
  950. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Final loc count: 3 Remaining mem: 912674432
  951. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF29710
  952. 04/28/2020 04:42:57 MainProcess Dummy-37 library _logger_callback DEBUG Ran kernel_c19_sdk_0: dur=15222 GFL/s=0 GBP/s=0
  953. 04/28/2020 04:42:57 MainProcess Dummy-37 library _logger_callback DEBUG Total program execution duration: 15222
  954. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG compose: variable
  955. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Inputs:
  956. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Outputs:
  957. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_41/LAYER_41/constant_1 Tensor FLOAT32(3, 3, 128, 256)>)
  958. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF29D30
  959. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG compose: variable
  960. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Inputs:
  961. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Outputs:
  962. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_41/LAYER_41/constant_2 Tensor FLOAT32(256,)>)
  963. 04/28/2020 04:42:57 MainProcess Dummy-38 library _logger_callback DEBUG Ran kernel_c7_sdk_0: dur=269222 GFL/s=1 GBP/s=4
  964. 04/28/2020 04:42:57 MainProcess Dummy-38 library _logger_callback DEBUG Total program execution duration: 269222
  965. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF28BB0
  966. 04/28/2020 04:42:57 MainProcess Dummy-39 library _logger_callback DEBUG Ran kernel_c8_sdk_0: dur=16555 GFL/s=0 GBP/s=0
  967. 04/28/2020 04:42:57 MainProcess Dummy-39 library _logger_callback DEBUG Total program execution duration: 16555
  968. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG compose: variable
  969. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Inputs:
  970. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Outputs:
  971. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_74/LAYER_74/constant_1 Tensor FLOAT32(3, 3, 256, 4)>)
  972. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF2ADD0
  973. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG compose: variable
  974. 04/28/2020 04:42:57 MainProcess Dummy-40 library _logger_callback DEBUG Ran kernel_c18_sdk_0: dur=25556 GFL/s=0 GBP/s=1
  975. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Inputs:
  976. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Outputs:
  977. 04/28/2020 04:42:57 MainProcess Dummy-40 library _logger_callback DEBUG Total program execution duration: 25556
  978. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_74/LAYER_74/constant_2 Tensor FLOAT32(4,)>)
  979. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF29710
  980. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG compose: variable
  981. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Inputs:
  982. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Outputs:
  983. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_75/LAYER_75/constant_1 Tensor FLOAT32(3, 3, 512, 2)>)
  984. 04/28/2020 04:42:57 MainProcess Dummy-41 library _logger_callback DEBUG Ran kernel_c19_sdk_0: dur=16222 GFL/s=0 GBP/s=0
  985. 04/28/2020 04:42:57 MainProcess Dummy-41 library _logger_callback DEBUG Total program execution duration: 16222
  986. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Doing a compilation of:\nfunction (\n X_I_0[X_I_0_0, X_I_0_1, X_I_0_2, X_I_0_3]\n) -> (\n X_T0\n) {\n X_T0 = ident(X_I_0);\n}\n\n
  987. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Contraction kernel_c20_sdk_0:\n<empty>\n Range \ni1_i2_i3_i4 9216 1 \n off 0 \n vec 1 \n\n512, \n
  988. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Output operations:
  989. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG X_T0 = ident(X_I_0)
  990. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG tot_flops = 9216, tot_bytes = 38016\n\n
  991. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Minimal loc count: 3 Remaining mem: 912569984
  992. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Final loc count: 3 Remaining mem: 912569984
  993. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF2B150
  994. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG compose: variable
  995. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Inputs:
  996. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Outputs:
  997. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_75/LAYER_75/constant_2 Tensor FLOAT32(2,)>)
  998. 04/28/2020 04:42:57 MainProcess Dummy-42 library _logger_callback DEBUG Ran kernel_c20_sdk_0: dur=23888 GFL/s=0 GBP/s=1
  999. 04/28/2020 04:42:57 MainProcess Dummy-42 library _logger_callback DEBUG Total program execution duration: 23888
  1000. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Doing a compilation of:\nfunction (\n X_I_0[X_I_0_0]\n) -> (\n X_T0\n) {\n X_T0 = ident(X_I_0);\n}\n\n
  1001. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Contraction kernel_c21_sdk_0:\n<empty>\n Range \n i1 2 1 \n off 0 \n vec 1 \n\n2, \n
  1002. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Output operations:
  1003. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG X_T0 = ident(X_I_0)
  1004. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG tot_flops = 2, tot_bytes = 132\n\n
  1005. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Minimal loc count: 3 Remaining mem: 912674432
  1006. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Final loc count: 3 Remaining mem: 912674432
  1007. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF2B3F0
  1008. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG compose: variable
  1009. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Inputs:
  1010. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Outputs:
  1011. 04/28/2020 04:42:57 MainProcess Dummy-43 library _logger_callback DEBUG Ran kernel_c21_sdk_0: dur=15333 GFL/s=0 GBP/s=0
  1012. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_76/LAYER_76/constant_1 Tensor FLOAT32(3, 3, 512, 4)>)
  1013. 04/28/2020 04:42:57 MainProcess Dummy-43 library _logger_callback DEBUG Total program execution duration: 15333
  1014. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Doing a compilation of:\nfunction (\n X_I_0[X_I_0_0, X_I_0_1, X_I_0_2, X_I_0_3]\n) -> (\n X_T0\n) {\n X_T0 = ident(X_I_0);\n}\n\n
  1015. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Contraction kernel_c22_sdk_0:\n<empty>\n Range \ni1_i2_i3_i4 18432 1 \n off 0 \n vec 1 \n\n1024, \n
  1016. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Output operations:
  1017. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG X_T0 = ident(X_I_0)
  1018. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG tot_flops = 18432, tot_bytes = 76032\n\n
  1019. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Minimal loc count: 3 Remaining mem: 912459392
  1020. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Final loc count: 3 Remaining mem: 912459392
  1021. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF2B930
  1022. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG compose: variable
  1023. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Inputs:
  1024. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Outputs:
  1025. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_76/LAYER_76/constant_2 Tensor FLOAT32(4,)>)
  1026. 04/28/2020 04:42:57 MainProcess Dummy-44 library _logger_callback DEBUG Ran kernel_c22_sdk_0: dur=34778 GFL/s=0 GBP/s=2
  1027. 04/28/2020 04:42:57 MainProcess Dummy-44 library _logger_callback DEBUG Total program execution duration: 34778
  1028. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF29710
  1029. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG compose: variable
  1030. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Inputs:
  1031. 04/28/2020 04:42:57 MainProcess Dummy-45 library _logger_callback DEBUG Ran kernel_c19_sdk_0: dur=17333 GFL/s=0 GBP/s=0
  1032. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Outputs:
  1033. 04/28/2020 04:42:57 MainProcess Dummy-45 library _logger_callback DEBUG Total program execution duration: 17333
  1034. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_77/LAYER_77/constant_1 Tensor FLOAT32(3, 3, 512, 2)>)
  1035. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF2B150
  1036. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG compose: variable
  1037. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Inputs:
  1038. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Outputs:
  1039. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_77/LAYER_77/constant_2 Tensor FLOAT32(2,)>)
  1040. 04/28/2020 04:42:57 MainProcess Dummy-46 library _logger_callback DEBUG Ran kernel_c20_sdk_0: dur=25111 GFL/s=0 GBP/s=1
  1041. 04/28/2020 04:42:57 MainProcess Dummy-46 library _logger_callback DEBUG Total program execution duration: 25111
  1042. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF2B3F0
  1043. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG compose: variable
  1044. 04/28/2020 04:42:57 MainProcess Dummy-47 library _logger_callback DEBUG Ran kernel_c21_sdk_0: dur=16334 GFL/s=0 GBP/s=0
  1045. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Inputs:
  1046. 04/28/2020 04:42:57 MainProcess Dummy-47 library _logger_callback DEBUG Total program execution duration: 16334
  1047. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Outputs:
  1048. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_78/LAYER_78/constant_1 Tensor FLOAT32(3, 3, 512, 4)>)
  1049. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF2B930
  1050. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG compose: variable
  1051. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Inputs:
  1052. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Outputs:
  1053. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_78/LAYER_78/constant_2 Tensor FLOAT32(4,)>)
  1054. 04/28/2020 04:42:57 MainProcess Dummy-48 library _logger_callback DEBUG Ran kernel_c22_sdk_0: dur=34333 GFL/s=0 GBP/s=2
  1055. 04/28/2020 04:42:57 MainProcess Dummy-48 library _logger_callback DEBUG Total program execution duration: 34333
  1056. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF29710
  1057. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG compose: variable
  1058. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Inputs:
  1059. 04/28/2020 04:42:57 MainProcess Dummy-21 library _logger_callback DEBUG Ran kernel_c19_sdk_0: dur=16000 GFL/s=0 GBP/s=0
  1060. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Outputs:
  1061. 04/28/2020 04:42:57 MainProcess Dummy-21 library _logger_callback DEBUG Total program execution duration: 16000
  1062. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_79/LAYER_79/constant_1 Tensor FLOAT32(3, 3, 1024, 2)>)
  1063. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Doing a compilation of:\nfunction (\n X_I_0[X_I_0_0, X_I_0_1, X_I_0_2, X_I_0_3]\n) -> (\n X_T0\n) {\n X_T0 = ident(X_I_0);\n}\n\n
  1064. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Contraction kernel_c23_sdk_0:\n<empty>\n Range \ni1_i2_i3_i4 18432 1 \n off 0 \n vec 1 \n\n1024, \n
  1065. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Output operations:
  1066. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG X_T0 = ident(X_I_0)
  1067. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG tot_flops = 18432, tot_bytes = 76032\n\n
  1068. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Minimal loc count: 3 Remaining mem: 912459392
  1069. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Final loc count: 3 Remaining mem: 912459392
  1070. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF2BF50
  1071. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG compose: variable
  1072. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Inputs:
  1073. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Outputs:
  1074. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_79/LAYER_79/constant_2 Tensor FLOAT32(2,)>)
  1075. 04/28/2020 04:42:57 MainProcess Dummy-49 library _logger_callback DEBUG Ran kernel_c23_sdk_0: dur=33445 GFL/s=0 GBP/s=2
  1076. 04/28/2020 04:42:57 MainProcess Dummy-49 library _logger_callback DEBUG Total program execution duration: 33445
  1077. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF2B3F0
  1078. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG compose: variable
  1079. 04/28/2020 04:42:57 MainProcess Dummy-50 library _logger_callback DEBUG Ran kernel_c21_sdk_0: dur=16333 GFL/s=0 GBP/s=0
  1080. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Inputs:
  1081. 04/28/2020 04:42:57 MainProcess Dummy-50 library _logger_callback DEBUG Total program execution duration: 16333
  1082. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Outputs:
  1083. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_80/LAYER_80/constant_1 Tensor FLOAT32(3, 3, 1024, 4)>)
  1084. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Doing a compilation of:\nfunction (\n X_I_0[X_I_0_0, X_I_0_1, X_I_0_2, X_I_0_3]\n) -> (\n X_T0\n) {\n X_T0 = ident(X_I_0);\n}\n\n
  1085. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Contraction kernel_c24_sdk_0:\n<empty>\n Range \ni1_i2_i3_i4 36864 1 \n off 0 \n vec 1 \n\n2048, \n
  1086. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Output operations:
  1087. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG X_T0 = ident(X_I_0)
  1088. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG tot_flops = 36864, tot_bytes = 152064\n\n
  1089. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Minimal loc count: 3 Remaining mem: 912238208
  1090. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Final loc count: 3 Remaining mem: 912238208
  1091. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF2B770
  1092. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG compose: variable
  1093. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Inputs:
  1094. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Outputs:
  1095. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_80/LAYER_80/constant_2 Tensor FLOAT32(4,)>)
  1096. 04/28/2020 04:42:57 MainProcess Dummy-51 library _logger_callback DEBUG Ran kernel_c24_sdk_0: dur=53889 GFL/s=0 GBP/s=2
  1097. 04/28/2020 04:42:57 MainProcess Dummy-51 library _logger_callback DEBUG Total program execution duration: 53889
  1098. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF29710
  1099. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG compose: variable
  1100. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Inputs:
  1101. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Outputs:
  1102. 04/28/2020 04:42:57 MainProcess Dummy-52 library _logger_callback DEBUG Ran kernel_c19_sdk_0: dur=16445 GFL/s=0 GBP/s=0
  1103. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_81/LAYER_81/constant_1 Tensor FLOAT32(3, 3, 512, 2)>)
  1104. 04/28/2020 04:42:57 MainProcess Dummy-52 library _logger_callback DEBUG Total program execution duration: 16445
  1105. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF2B150
  1106. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG compose: variable
  1107. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Inputs:
  1108. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Outputs:
  1109. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_81/LAYER_81/constant_2 Tensor FLOAT32(2,)>)
  1110. 04/28/2020 04:42:57 MainProcess Dummy-53 library _logger_callback DEBUG Ran kernel_c20_sdk_0: dur=25444 GFL/s=0 GBP/s=1
  1111. 04/28/2020 04:42:57 MainProcess Dummy-53 library _logger_callback DEBUG Total program execution duration: 25444
  1112. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF2B3F0
  1113. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG compose: variable
  1114. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Inputs:
  1115. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Outputs:
  1116. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_82/LAYER_82/constant_1 Tensor FLOAT32(3, 3, 512, 4)>)
  1117. 04/28/2020 04:42:57 MainProcess Dummy-54 library _logger_callback DEBUG Ran kernel_c21_sdk_0: dur=16333 GFL/s=0 GBP/s=0
  1118. 04/28/2020 04:42:57 MainProcess Dummy-54 library _logger_callback DEBUG Total program execution duration: 16333
  1119. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF2B930
  1120. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG compose: variable
  1121. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Inputs:
  1122. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Outputs:
  1123. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_82/LAYER_82/constant_2 Tensor FLOAT32(4,)>)
  1124. 04/28/2020 04:42:57 MainProcess Dummy-55 library _logger_callback DEBUG Ran kernel_c22_sdk_0: dur=34889 GFL/s=0 GBP/s=2
  1125. 04/28/2020 04:42:57 MainProcess Dummy-55 library _logger_callback DEBUG Total program execution duration: 34889
  1126. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF29710
  1127. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG compose: variable
  1128. 04/28/2020 04:42:57 MainProcess Dummy-56 library _logger_callback DEBUG Ran kernel_c19_sdk_0: dur=16444 GFL/s=0 GBP/s=0
  1129. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Inputs:
  1130. 04/28/2020 04:42:57 MainProcess Dummy-56 library _logger_callback DEBUG Total program execution duration: 16444
  1131. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Outputs:
  1132. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_83/LAYER_83/constant_1 Tensor FLOAT32(3, 3, 256, 2)>)
  1133. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Doing a compilation of:\nfunction (\n X_I_0[X_I_0_0, X_I_0_1, X_I_0_2, X_I_0_3]\n) -> (\n X_T0\n) {\n X_T0 = ident(X_I_0);\n}\n\n
  1134. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Contraction kernel_c25_sdk_0:\n<empty>\n Range \ni1_i2_i3_i4 4608 1 \n off 0 \n vec 1 \n\n256, \n
  1135. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Output operations:
  1136. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG X_T0 = ident(X_I_0)
  1137. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG tot_flops = 4608, tot_bytes = 19008\n\n
  1138. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Minimal loc count: 3 Remaining mem: 912625280
  1139. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Final loc count: 3 Remaining mem: 912625280
  1140. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF299B0
  1141. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG compose: variable
  1142. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Inputs:
  1143. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Outputs:
  1144. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_83/LAYER_83/constant_2 Tensor FLOAT32(2,)>)
  1145. 04/28/2020 04:42:57 MainProcess Dummy-57 library _logger_callback DEBUG Ran kernel_c25_sdk_0: dur=19222 GFL/s=0 GBP/s=0
  1146. 04/28/2020 04:42:57 MainProcess Dummy-57 library _logger_callback DEBUG Total program execution duration: 19222
  1147. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF2B3F0
  1148. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG compose: variable
  1149. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Inputs:
  1150. 04/28/2020 04:42:57 MainProcess Dummy-58 library _logger_callback DEBUG Ran kernel_c21_sdk_0: dur=16000 GFL/s=0 GBP/s=0
  1151. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Outputs:
  1152. 04/28/2020 04:42:57 MainProcess Dummy-58 library _logger_callback DEBUG Total program execution duration: 16000
  1153. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_84/LAYER_84/constant_1 Tensor FLOAT32(3, 3, 256, 4)>)
  1154. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF2ADD0
  1155. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG compose: variable
  1156. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Inputs:
  1157. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG Outputs:
  1158. 04/28/2020 04:42:57 MainProcess MainThread tile compose DEBUG ('out', <tile.Value LAYER_84/LAYER_84/constant_2 Tensor FLOAT32(4,)>)
  1159. 04/28/2020 04:42:57 MainProcess Dummy-59 library _logger_callback DEBUG Ran kernel_c18_sdk_0: dur=26334 GFL/s=0 GBP/s=1
  1160. 04/28/2020 04:42:57 MainProcess Dummy-59 library _logger_callback DEBUG Total program execution duration: 26334
  1161. 04/28/2020 04:42:57 MainProcess MainThread library _logger_callback DEBUG Running program 000000000AF29710
  1162. 04/28/2020 04:42:57 MainProcess Dummy-60 library _logger_callback DEBUG Ran kernel_c19_sdk_0: dur=16334 GFL/s=0 GBP/s=0
  1163. 04/28/2020 04:42:57 MainProcess Dummy-60 library _logger_callback DEBUG Total program execution duration: 16334
  1164. 04/28/2020 04:42:57 MainProcess MainThread s3fd __init__ DEBUG Initialized: S3fd
  1165. 04/28/2020 04:42:57 MainProcess MainThread _base initialize INFO Initialized S3FD (Detect) with batchsize of 4
  1166. 04/28/2020 04:42:57 MainProcess MainThread multithreading start DEBUG Starting thread(s): 'detect_s3fd_input'
  1167. 04/28/2020 04:42:57 MainProcess MainThread multithreading start DEBUG Starting thread 1 of 1: 'detect_s3fd_input_0'
  1168. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _thread_process DEBUG threading: (function: 'process_input')
  1169. 04/28/2020 04:42:57 MainProcess MainThread multithreading start DEBUG Started all threads 'detect_s3fd_input': 1
  1170. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _get_item TRACE filename: 'C:\img44\020110_2.jpg', image shape: (998, 772, 3), detected_faces: None, queue: <queue.Queue object at 0x000000000D85E488>, item: <plugins.extract.pipeline.ExtractMedia object at 0x000000000D91B3C8>
  1171. 04/28/2020 04:42:57 MainProcess _load_0 image load TRACE Yielding: ['C:\\img44\\020310_L.jpg', (1002, 903, 3)]
  1172. 04/28/2020 04:42:57 MainProcess MainThread multithreading start DEBUG Starting thread(s): 'detect_s3fd_predict'
  1173. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 pipeline get_image_copy TRACE Requested color format 'BGR' for frame 'C:\img44\020110_2.jpg'
  1174. 04/28/2020 04:42:57 MainProcess _load_0 pipeline __init__ TRACE Initializing ExtractMedia: (filename: 'C:\img44\020310_L.jpg', image shape: (1002, 903, 3), detected_faces: None)
  1175. 04/28/2020 04:42:57 MainProcess MainThread multithreading start DEBUG Starting thread 1 of 1: 'detect_s3fd_predict_0'
  1176. 04/28/2020 04:42:57 MainProcess detect_s3fd_predict_0 _base _thread_process DEBUG threading: (function: '_predict')
  1177. 04/28/2020 04:42:57 MainProcess MainThread multithreading start DEBUG Started all threads 'detect_s3fd_predict': 1
  1178. 04/28/2020 04:42:57 MainProcess MainThread multithreading start DEBUG Starting thread(s): 'detect_s3fd_output'
  1179. 04/28/2020 04:42:57 MainProcess MainThread multithreading start DEBUG Starting thread 1 of 1: 'detect_s3fd_output_0'
  1180. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _set_scale TRACE Detector scale: 0.6412825651302605
  1181. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _scale_image TRACE Resizing detection image from 772x998 to 495x640. Scale=0.6412825651302605
  1182. 04/28/2020 04:42:57 MainProcess detect_s3fd_output_0 _base _thread_process DEBUG threading: (function: 'process_output')
  1183. 04/28/2020 04:42:57 MainProcess MainThread multithreading start DEBUG Started all threads 'detect_s3fd_output': 1
  1184. 04/28/2020 04:42:57 MainProcess MainThread pipeline _launch_plugin DEBUG Launched detect plugin
  1185. 04/28/2020 04:42:57 MainProcess MainThread pipeline passes TRACE 4
  1186. 04/28/2020 04:42:57 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1187. 04/28/2020 04:42:57 MainProcess MainThread pipeline phase_text TRACE Detect
  1188. 04/28/2020 04:42:57 MainProcess MainThread pipeline passes TRACE 4
  1189. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _scale_image TRACE Resized image shape: (640, 495, 3)
  1190. 04/28/2020 04:42:57 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1191. 04/28/2020 04:42:57 MainProcess MainThread pipeline detected_faces DEBUG Running Detection. Phase: '['detect']'
  1192. 04/28/2020 04:42:57 MainProcess MainThread pipeline final_pass TRACE False
  1193. 04/28/2020 04:42:57 MainProcess MainThread pipeline _output_queue TRACE extract0_align_in: <queue.Queue object at 0x000000000D85E288>
  1194. 04/28/2020 04:42:57 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1195. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _pad_image TRACE Padded image shape: (640, 640, 3)
  1196. 04/28/2020 04:42:57 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1197. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _compile_detection_image TRACE compiled: (images shape: (640, 640, 3), scale: 0.6412825651302605, pad: (72, 0))
  1198. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _get_item TRACE filename: 'C:\img44\020110_6.jpg', image shape: (1037, 811, 3), detected_faces: None, queue: <queue.Queue object at 0x000000000D85E488>, item: <plugins.extract.pipeline.ExtractMedia object at 0x000000000D91B4C8>
  1199. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 pipeline get_image_copy TRACE Requested color format 'BGR' for frame 'C:\img44\020110_6.jpg'
  1200. 04/28/2020 04:42:57 MainProcess _load_0 image load TRACE Yielding: ['C:\\img44\\020710_D.jpg~original.jpg', (963, 385, 3)]
  1201. 04/28/2020 04:42:57 MainProcess _load_0 pipeline __init__ TRACE Initializing ExtractMedia: (filename: 'C:\img44\020710_D.jpg~original.jpg', image shape: (963, 385, 3), detected_faces: None)
  1202. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _set_scale TRACE Detector scale: 0.6171648987463838
  1203. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _scale_image TRACE Resizing detection image from 811x1037 to 500x640. Scale=0.6171648987463838
  1204. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _scale_image TRACE Resized image shape: (640, 500, 3)
  1205. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _pad_image TRACE Padded image shape: (640, 640, 3)
  1206. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _compile_detection_image TRACE compiled: (images shape: (640, 640, 3), scale: 0.6171648987463838, pad: (70, 0))
  1207. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _get_item TRACE filename: 'C:\img44\020310_L.jpg', image shape: (1002, 903, 3), detected_faces: None, queue: <queue.Queue object at 0x000000000D85E488>, item: <plugins.extract.pipeline.ExtractMedia object at 0x000000000E2F54C8>
  1208. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 pipeline get_image_copy TRACE Requested color format 'BGR' for frame 'C:\img44\020310_L.jpg'
  1209. 04/28/2020 04:42:57 MainProcess _load_0 image load TRACE Yielding: ['C:\\img44\\050909_8.jpg', (984, 436, 3)]
  1210. 04/28/2020 04:42:57 MainProcess _load_0 pipeline __init__ TRACE Initializing ExtractMedia: (filename: 'C:\img44\050909_8.jpg', image shape: (984, 436, 3), detected_faces: None)
  1211. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _set_scale TRACE Detector scale: 0.6387225548902196
  1212. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _scale_image TRACE Resizing detection image from 903x1002 to 576x640. Scale=0.6387225548902196
  1213. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _scale_image TRACE Resized image shape: (640, 576, 3)
  1214. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _pad_image TRACE Padded image shape: (640, 640, 3)
  1215. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _compile_detection_image TRACE compiled: (images shape: (640, 640, 3), scale: 0.6387225548902196, pad: (32, 0))
  1216. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _get_item TRACE filename: 'C:\img44\020710_D.jpg~original.jpg', image shape: (963, 385, 3), detected_faces: None, queue: <queue.Queue object at 0x000000000D85E488>, item: <plugins.extract.pipeline.ExtractMedia object at 0x000000000E309948>
  1217. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 pipeline get_image_copy TRACE Requested color format 'BGR' for frame 'C:\img44\020710_D.jpg~original.jpg'
  1218. 04/28/2020 04:42:57 MainProcess _load_0 image load TRACE Yielding: ['C:\\img44\\053109_8.jpg', (802, 536, 3)]
  1219. 04/28/2020 04:42:57 MainProcess _load_0 pipeline __init__ TRACE Initializing ExtractMedia: (filename: 'C:\img44\053109_8.jpg', image shape: (802, 536, 3), detected_faces: None)
  1220. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _set_scale TRACE Detector scale: 0.6645898234683282
  1221. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _scale_image TRACE Resizing detection image from 385x963 to 255x640. Scale=0.6645898234683282
  1222. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _scale_image TRACE Resized image shape: (640, 255, 3)
  1223. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _pad_image TRACE Padded image shape: (640, 640, 3)
  1224. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _compile_detection_image TRACE compiled: (images shape: (640, 640, 3), scale: 0.6645898234683282, pad: (192, 0))
  1225. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base get_batch TRACE Returning batch: {'filename': ['C:\\img44\\020110_2.jpg', 'C:\\img44\\020110_6.jpg', 'C:\\img44\\020310_L.jpg', 'C:\\img44\\020710_D.jpg~original.jpg'], 'image': (4, 640, 640, 3), 'scale': [0.6412825651302605, 0.6171648987463838, 0.6387225548902196, 0.6645898234683282], 'pad': [(72, 0), (70, 0), (32, 0), (192, 0)]}
  1226. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _get_item TRACE filename: 'C:\img44\050909_8.jpg', image shape: (984, 436, 3), detected_faces: None, queue: <queue.Queue object at 0x000000000D85E488>, item: <plugins.extract.pipeline.ExtractMedia object at 0x000000000E2FED88>
  1227. 04/28/2020 04:42:57 MainProcess detect_s3fd_predict_0 _base _get_item TRACE item: {'filename': ['C:\\img44\\020110_2.jpg', 'C:\\img44\\020110_6.jpg', 'C:\\img44\\020310_L.jpg', 'C:\\img44\\020710_D.jpg~original.jpg'], 'image': array([[[[0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.],\n ...,\n [0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.]],\n\n [[0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.],\n ...,\n [0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.]],\n\n [[0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.],\n ...,\n [0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.]],\n\n ...,\n\n [[0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.],\n ...,\n [0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.]],\n\n [[0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.],\n ...,\n [0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.]],\n\n [[0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.],\n ...,\n [0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.]]],\n\n\n [[[0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.],\n ...,\n [0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.]],\n\n [[0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.],\n ...,\n [0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.]],\n\n [[0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.],\n ...,\n [0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.]],\n\n ...,\n\n [[0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.],\n ...,\n [0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.]],\n\n [[0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.],\n ...,\n [0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.]],\n\n [[0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.],\n ...,\n [0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.]]],\n\n\n [[[0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.],\n ...,\n [0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.]],\n\n [[0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.],\n ...,\n [0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.]],\n\n [[0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.],\n ...,\n [0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.]],\n\n ...,\n\n [[0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.],\n ...,\n [0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.]],\n\n [[0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.],\n ...,\n [0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.]],\n\n [[0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.],\n ...,\n [0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.]]],\n\n\n [[[0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.],\n ...,\n [0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.]],\n\n [[0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.],\n ...,\n [0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.]],\n\n [[0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.],\n ...,\n [0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.]],\n\n ...,\n\n [[0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.],\n ...,\n [0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.]],\n\n [[0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.],\n ...,\n [0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.]],\n\n [[0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.],\n ...,\n [0., 0., 0.],\n [0., 0., 0.],\n [0., 0., 0.]]]], dtype=float32), 'scale': [0.6412825651302605, 0.6171648987463838, 0.6387225548902196, 0.6645898234683282], 'pad': [(72, 0), (70, 0), (32, 0), (192, 0)], 'feed': array([[[[-104., -104., -104., ..., -104., -104., -104.],\n [-104., -104., -104., ..., -104., -104., -104.],\n [-104., -104., -104., ..., -104., -104., -104.],\n ...,\n [-104., -104., -104., ..., -104., -104., -104.],\n [-104., -104., -104., ..., -104., -104., -104.],\n [-104., -104., -104., ..., -104., -104., -104.]],\n\n [[-117., -117., -117., ..., -117., -117., -117.],\n [-117., -117., -117., ..., -117., -117., -117.],\n [-117., -117., -117., ..., -117., -117., -117.],\n ...,\n [-117., -117., -117., ..., -117., -117., -117.],\n [-117., -117., -117., ..., -117., -117., -117.],\n [-117., -117., -117., ..., -117., -117., -117.]],\n\n [[-123., -123., -123., ..., -123., -123., -123.],\n [-123., -123., -123., ..., -123., -123., -123.],\n [-123., -123., -123., ..., -123., -123., -123.],\n ...,\n [-123., -123., -123., ..., -123., -123., -123.],\n [-123., -123., -123., ..., -123., -123., -123.],\n [-123., -123., -123., ..., -123., -123., -123.]]],\n\n\n [[[-104., -104., -104., ..., -104., -104., -104.],\n [-104., -104., -104., ..., -104., -104., -104.],\n [-104., -104., -104., ..., -104., -104., -104.],\n ...,\n [-104., -104., -104., ..., -104., -104., -104.],\n [-104., -104., -104., ..., -104., -104., -104.],\n [-104., -104., -104., ..., -104., -104., -104.]],\n\n [[-117., -117., -117., ..., -117., -117., -117.],\n [-117., -117., -117., ..., -117., -117., -117.],\n [-117., -117., -117., ..., -117., -117., -117.],\n ...,\n [-117., -117., -117., ..., -117., -117., -117.],\n [-117., -117., -117., ..., -117., -117., -117.],\n [-117., -117., -117., ..., -117., -117., -117.]],\n\n [[-123., -123., -123., ..., -123., -123., -123.],\n [-123., -123., -123., ..., -123., -123., -123.],\n [-123., -123., -123., ..., -123., -123., -123.],\n ...,\n [-123., -123., -123., ..., -123., -123., -123.],\n [-123., -123., -123., ..., -123., -123., -123.],\n [-123., -123., -123., ..., -123., -123., -123.]]],\n\n\n [[[-104., -104., -104., ..., -104., -104., -104.],\n [-104., -104., -104., ..., -104., -104., -104.],\n [-104., -104., -104., ..., -104., -104., -104.],\n ...,\n [-104., -104., -104., ..., -104., -104., -104.],\n [-104., -104., -104., ..., -104., -104., -104.],\n [-104., -104., -104., ..., -104., -104., -104.]],\n\n [[-117., -117., -117., ..., -117., -117., -117.],\n [-117., -117., -117., ..., -117., -117., -117.],\n [-117., -117., -117., ..., -117., -117., -117.],\n ...,\n [-117., -117., -117., ..., -117., -117., -117.],\n [-117., -117., -117., ..., -117., -117., -117.],\n [-117., -117., -117., ..., -117., -117., -117.]],\n\n [[-123., -123., -123., ..., -123., -123., -123.],\n [-123., -123., -123., ..., -123., -123., -123.],\n [-123., -123., -123., ..., -123., -123., -123.],\n ...,\n [-123., -123., -123., ..., -123., -123., -123.],\n [-123., -123., -123., ..., -123., -123., -123.],\n [-123., -123., -123., ..., -123., -123., -123.]]],\n\n\n [[[-104., -104., -104., ..., -104., -104., -104.],\n [-104., -104., -104., ..., -104., -104., -104.],\n [-104., -104., -104., ..., -104., -104., -104.],\n ...,\n [-104., -104., -104., ..., -104., -104., -104.],\n [-104., -104., -104., ..., -104., -104., -104.],\n [-104., -104., -104., ..., -104., -104., -104.]],\n\n [[-117., -117., -117., ..., -117., -117., -117.],\n [-117., -117., -117., ..., -117., -117., -117.],\n [-117., -117., -117., ..., -117., -117., -117.],\n ...,\n [-117., -117., -117., ..., -117., -117., -117.],\n [-117., -117., -117., ..., -117., -117., -117.],\n [-117., -117., -117., ..., -117., -117., -117.]],\n\n [[-123., -123., -123., ..., -123., -123., -123.],\n [-123., -123., -123., ..., -123., -123., -123.],\n [-123., -123., -123., ..., -123., -123., -123.],\n ...,\n [-123., -123., -123., ..., -123., -123., -123.],\n [-123., -123., -123., ..., -123., -123., -123.],\n [-123., -123., -123., ..., -123., -123., -123.]]]])}, queue: <queue.Queue object at 0x000000000D86C108>
  1228. 04/28/2020 04:42:57 MainProcess _load_0 image load TRACE Yielding: ['C:\\img44\\062209_E.jpg', (1002, 694, 3)]
  1229. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 pipeline get_image_copy TRACE Requested color format 'BGR' for frame 'C:\img44\050909_8.jpg'
  1230. 04/28/2020 04:42:57 MainProcess _load_0 pipeline __init__ TRACE Initializing ExtractMedia: (filename: 'C:\img44\062209_E.jpg', image shape: (1002, 694, 3), detected_faces: None)
  1231. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _set_scale TRACE Detector scale: 0.6504065040650406
  1232. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _scale_image TRACE Resizing detection image from 436x984 to 283x640. Scale=0.6504065040650406
  1233. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _scale_image TRACE Resized image shape: (640, 283, 3)
  1234. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _pad_image TRACE Padded image shape: (640, 640, 3)
  1235. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _compile_detection_image TRACE compiled: (images shape: (640, 640, 3), scale: 0.6504065040650406, pad: (178, 0))
  1236. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _get_item TRACE filename: 'C:\img44\053109_8.jpg', image shape: (802, 536, 3), detected_faces: None, queue: <queue.Queue object at 0x000000000D85E488>, item: <plugins.extract.pipeline.ExtractMedia object at 0x000000000D870C08>
  1237. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 pipeline get_image_copy TRACE Requested color format 'BGR' for frame 'C:\img44\053109_8.jpg'
  1238. 04/28/2020 04:42:57 MainProcess _load_0 image load TRACE Yielding: ['C:\\img44\\062809_5.jpg', (1030, 950, 3)]
  1239. 04/28/2020 04:42:57 MainProcess _load_0 pipeline __init__ TRACE Initializing ExtractMedia: (filename: 'C:\img44\062809_5.jpg', image shape: (1030, 950, 3), detected_faces: None)
  1240. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _set_scale TRACE Detector scale: 0.7980049875311721
  1241. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _scale_image TRACE Resizing detection image from 536x802 to 427x640. Scale=0.7980049875311721
  1242. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _scale_image TRACE Resized image shape: (640, 427, 3)
  1243. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _pad_image TRACE Padded image shape: (640, 640, 3)
  1244. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _compile_detection_image TRACE compiled: (images shape: (640, 640, 3), scale: 0.7980049875311721, pad: (106, 0))
  1245. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _get_item TRACE filename: 'C:\img44\062209_E.jpg', image shape: (1002, 694, 3), detected_faces: None, queue: <queue.Queue object at 0x000000000D85E488>, item: <plugins.extract.pipeline.ExtractMedia object at 0x000000000E375E48>
  1246. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 pipeline get_image_copy TRACE Requested color format 'BGR' for frame 'C:\img44\062209_E.jpg'
  1247. 04/28/2020 04:42:57 MainProcess _load_0 image load TRACE Got EOF
  1248. 04/28/2020 04:42:57 MainProcess _load_0 image load DEBUG Closing Load Generator
  1249. 04/28/2020 04:42:57 MainProcess _load_0 image close DEBUG Received Close
  1250. 04/28/2020 04:42:57 MainProcess _load_0 multithreading join DEBUG Joining Threads: 'ImagesLoader'
  1251. 04/28/2020 04:42:57 MainProcess _load_0 multithreading join DEBUG Joining Thread: 'ImagesLoader_0'
  1252. 04/28/2020 04:42:57 MainProcess _load_0 multithreading join DEBUG Joined all Threads: 'ImagesLoader'
  1253. 04/28/2020 04:42:57 MainProcess _load_0 image close DEBUG Closed
  1254. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _set_scale TRACE Detector scale: 0.6387225548902196
  1255. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _scale_image TRACE Resizing detection image from 694x1002 to 443x640. Scale=0.6387225548902196
  1256. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _scale_image TRACE Resized image shape: (640, 443, 3)
  1257. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _pad_image TRACE Padded image shape: (640, 640, 3)
  1258. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _compile_detection_image TRACE compiled: (images shape: (640, 640, 3), scale: 0.6387225548902196, pad: (98, 0))
  1259. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _get_item TRACE filename: 'C:\img44\062809_5.jpg', image shape: (1030, 950, 3), detected_faces: None, queue: <queue.Queue object at 0x000000000D85E488>, item: <plugins.extract.pipeline.ExtractMedia object at 0x000000000E37AF48>
  1260. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 pipeline get_image_copy TRACE Requested color format 'BGR' for frame 'C:\img44\062809_5.jpg'
  1261. 04/28/2020 04:42:57 MainProcess _load_0 extract _load DEBUG Load Images: Complete
  1262. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _set_scale TRACE Detector scale: 0.6213592233009708
  1263. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _scale_image TRACE Resizing detection image from 950x1030 to 590x640. Scale=0.6213592233009708
  1264. 04/28/2020 04:42:57 MainProcess detect_s3fd_predict_0 tile compose DEBUG compose: predict_function
  1265. 04/28/2020 04:42:57 MainProcess detect_s3fd_predict_0 tile compose DEBUG Inputs:
  1266. 04/28/2020 04:42:57 MainProcess detect_s3fd_predict_0 tile compose DEBUG ('I0', <tile.Value input_0 Placeholder FLOAT32(<tile.Value SymbolicDim UINT64()>, 3, 640, 640)>)
  1267. 04/28/2020 04:42:57 MainProcess detect_s3fd_predict_0 tile compose DEBUG Outputs:
  1268. 04/28/2020 04:42:57 MainProcess detect_s3fd_predict_0 tile compose DEBUG ('O0', <tile.Value Concatenate FLOAT32(<tile.Value Operation UINT64()>, 2, 160, 160)>)
  1269. 04/28/2020 04:42:57 MainProcess detect_s3fd_predict_0 tile compose DEBUG ('O1', <tile.Value Add FLOAT32(<tile.Value Operation UINT64()>, 4, 160, 160)>)
  1270. 04/28/2020 04:42:57 MainProcess detect_s3fd_predict_0 tile compose DEBUG ('O2', <tile.Value Add FLOAT32(<tile.Value Operation UINT64()>, 2, 80, 80)>)
  1271. 04/28/2020 04:42:57 MainProcess detect_s3fd_predict_0 tile compose DEBUG ('O3', <tile.Value Add FLOAT32(<tile.Value Operation UINT64()>, 4, 80, 80)>)
  1272. 04/28/2020 04:42:57 MainProcess detect_s3fd_predict_0 tile compose DEBUG ('O4', <tile.Value Add FLOAT32(<tile.Value Operation UINT64()>, 2, 40, 40)>)
  1273. 04/28/2020 04:42:57 MainProcess detect_s3fd_predict_0 tile compose DEBUG ('O5', <tile.Value Add FLOAT32(<tile.Value Operation UINT64()>, 4, 40, 40)>)
  1274. 04/28/2020 04:42:57 MainProcess detect_s3fd_predict_0 tile compose DEBUG ('O6', <tile.Value Add FLOAT32(<tile.Value SymbolicDim UINT64()>, 2, 24, 24)>)
  1275. 04/28/2020 04:42:57 MainProcess detect_s3fd_predict_0 tile compose DEBUG ('O7', <tile.Value Add FLOAT32(<tile.Value SymbolicDim UINT64()>, 4, 24, 24)>)
  1276. 04/28/2020 04:42:57 MainProcess detect_s3fd_predict_0 tile compose DEBUG ('O8', <tile.Value Add FLOAT32(<tile.Value SymbolicDim UINT64()>, 2, 12, 12)>)
  1277. 04/28/2020 04:42:57 MainProcess detect_s3fd_predict_0 tile compose DEBUG ('O9', <tile.Value Add FLOAT32(<tile.Value SymbolicDim UINT64()>, 4, 12, 12)>)
  1278. 04/28/2020 04:42:57 MainProcess detect_s3fd_predict_0 tile compose DEBUG ('O10', <tile.Value Add FLOAT32(<tile.Value SymbolicDim UINT64()>, 2, 6, 6)>)
  1279. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _scale_image TRACE Resized image shape: (640, 590, 3)
  1280. 04/28/2020 04:42:57 MainProcess detect_s3fd_predict_0 tile compose DEBUG ('O11', <tile.Value Add FLOAT32(<tile.Value SymbolicDim UINT64()>, 4, 6, 6)>)
  1281. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _pad_image TRACE Padded image shape: (640, 640, 3)
  1282. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _compile_detection_image TRACE compiled: (images shape: (640, 640, 3), scale: 0.6213592233009708, pad: (25, 0))
  1283. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base get_batch TRACE Returning batch: {'filename': ['C:\\img44\\050909_8.jpg', 'C:\\img44\\053109_8.jpg', 'C:\\img44\\062209_E.jpg', 'C:\\img44\\062809_5.jpg'], 'image': (4, 640, 640, 3), 'scale': [0.6504065040650406, 0.7980049875311721, 0.6387225548902196, 0.6213592233009708], 'pad': [(178, 0), (106, 0), (98, 0), (25, 0)]}
  1284. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _get_item TRACE item: EOF, queue: <queue.Queue object at 0x000000000D85E488>
  1285. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base get_batch TRACE EOF
  1286. 04/28/2020 04:42:57 MainProcess detect_s3fd_input_0 _base _thread_process DEBUG Putting EOF
  1287. 04/28/2020 04:42:57 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Doing a compilation of:\nfunction (\n X_I_0[X_I_0_0, X_I_0_1, X_I_0_2, X_I_0_3],\n X_I_1[X_I_1_0, X_I_1_1, X_I_1_2, X_I_1_3],\n X_I_2[X_I_2_0, X_I_2_1, X_I_2_2, X_I_2_3],\n X_I_3[X_I_3_0, X_I_3_1, X_I_3_2, X_I_3_3],\n X_I_4[X_I_4_0, X_I_4_1, X_I_4_2, X_I_4_3],\n X_I_5[X_I_5_0, X_I_5_1, X_I_5_2, X_I_5_3],\n X_I_6[X_I_6_0, X_I_6_1, X_I_6_2, X_I_6_3],\n X_I_7[X_I_7_0, X_I_7_1, X_I_7_2, X_I_7_3],\n X_I_8[X_I_8_0, X_I_8_1, X_I_8_2, X_I_8_3],\n X_I_9[X_I_9_0, X_I_9_1, X_I_9_2, X_I_9_3],\n X_I_10[X_I_10_0],\n X_I_11[X_I_11_0],\n X_I_12[X_I_12_0],\n X_I_13[X_I_13_0],\n X_I_14[X_I_14_0],\n X_I_15[X_I_15_0],\n X_I_16[X_I_16_0],\n X_I_17[],\n X_I_18[],\n X_I_19[X_I_19_0],\n X_I_20[X_I_20_0, X_I_20_1, X_I_20_2, X_I_20_3],\n X_I_21[X_I_21_0],\n X_I_22[X_I_22_0, X_I_22_1, X_I_22_2, X_I_22_3],\n X_I_23[X_I_23_0, X_I_23_1, X_I_23_2, X_I_23_3],\n X_I_24[X_I_24_0, X_I_24_1, X_I_24_2, X_I_24_3],\n X_I_25[X_I_25_0, X_I_25_1, X_I_25_2, X_I_25_3],\n X_I_26[X_I_26_0, X_I_26_1, X_I_26_2, X_I_26_3],\n X_I_27[X_I_27_0, X_I_27_1, X_I_27_2, X_I_27_3],\n X_I_28[X_I_28_0, X_I_28_1, X_I_28_2, X_I_28_3],\n X_I_29[X_I_29_0, X_I_29_1, X_I_29_2, X_I_29_3],\n X_I_30[X_I_30_0, X_I_30_1, X_I_30_2, X_I_30_3],\n X_I_31[X_I_31_0, X_I_31_1, X_I_31_2, X_I_31_3],\n X_I_32[X_I_32_0, X_I_32_1, X_I_32_2, X_I_32_3],\n X_I_33[X_I_33_0, X_I_33_1, X_I_33_2, X_I_33_3],\n X_I_34[X_I_34_0, X_I_34_1, X_I_34_2, X_I_34_3],\n X_I_35[X_I_35_0],\n X_I_36[X_I_36_0],\n X_I_37[X_I_37_0],\n X_I_38[X_I_38_0],\n X_I_39[X_I_39_0],\n X_I_40[X_I_40_0],\n X_I_41[X_I_41_0],\n X_I_42[X_I_42_0],\n X_I_43[X_I_43_0],\n X_I_44[X_I_44_0],\n X_I_45[X_I_45_0],\n X_I_46[X_I_46_0],\n X_I_47[X_I_47_0],\n X_I_48[X_I_48_0, X_I_48_1, X_I_48_2, X_I_48_3],\n X_I_49[X_I_49_0],\n X_I_50[X_I_50_0, X_I_50_1, X_I_50_2, X_I_50_3],\n X_I_51[X_I_51_0, X_I_51_1, X_I_51_2, X_I_51_3],\n X_I_52[],\n X_I_53[],\n X_I_54[X_I_54_0],\n X_I_55[X_I_55_0, X_I_55_1, X_I_55_2, X_I_55_3],\n X_I_56[X_I_56_0],\n X_I_57[X_I_57_0, X_I_57_1, X_I_57_2, X_I_57_3],\n X_I_58[X_I_58_0, X_I_58_1, X_I_58_2, X_I_58_3],\n X_I_59[],\n X_I_60[],\n X_I_61[X_I_61_0],\n X_I_62[X_I_62_0, X_I_62_1, X_I_62_2, X_I_62_3],\n X_I_63[X_I_63_0],\n X_I_64[X_I_64_0, X_I_64_1, X_I_64_2, X_I_64_3],\n X_I_65[X_I_65_0],\n X_I_66[X_I_66_0, X_I_66_1, X_I_66_2, X_I_66_3],\n X_I_67[X_I_67_0],\n X_I_68[X_I_68_0, X_I_68_1, X_I_68_2, X_I_68_3],\n X_I_69[X_I_69_0],\n X_I_70[X_I_70_0, X_I_70_1, X_I_70_2, X_I_70_3],\n X_I_71[X_I_71_0]\n) -> (\n X_T80,\n X_T83,\n X_T177,\n X_T180,\n X_T192,\n X_T195,\n X_T207,\n X_T210,\n X_T214,\n X_T217,\n X_T221,\n X_T224\n) {\n [[pid(LAYER_0, LAYER_10, LAYER_12, LAYER_14, LAYER_16, LAYER_17, LAYER_19, LAYER_2, LAYER_21, LAYER_23, LAYER_24, LAYER_26, LAYER_28, LAYER_30, LAYER_31, LAYER_33, LAYER_35, LAYER_37, LAYER_39, LAYER_4, LAYER_41, LAYER_5, LAYER_7, LAYER_73, LAYER_74, LAYER_75, LAYER_76, LAYER_77, LAYER_78, LAYER_79, LAYER_80, LAYER_81, LAYER_82, LAYER_83, LAYER_84, LAYER_9)]] X_T3 = 0;\n X_T6 = 0.0;\n _T2 = 4;\n _T3 = 3;\n _T4 = 642;\n _T5 = 642;\n [[pid(SpatialPadding)]] X_T9[n, c, d0, d1 : _T2, _T3, _T4, _T5] = =(X_I_9[n, c, ((-1) + d0), ((-1) + d1)]);\n _T6 = 4;\n _T7 = 64;\n _T8 = 640;\n _T9 = 640;\n [[pid(LAYER_0)]] X_T10[n, co, x0, x1 : _T6, _T7, _T8, _T9] = +(X_T9[n, ci, (k0 + x0), (k1 + x1)] * X_I_8[k0, k1, ci, co]);\n [[pid(Reshape)]] X_T11 = reshape(X_I_10, X_I_1_3, X_I_10_0, X_I_1_3, X_I_1_3);\n [[pid(Add)]] X_T12 = add(X_T10, X_T11);\n X_T13 = cmp_lt(X_T12, X_T6);\n [[pid(Relu)]] X_T14 = cond(X_T13, X_T6, X_T12);\n _T14 = 4;\n _T15 = 64;\n _T16 = 642;\n _T17 = 642;\n [[pid(SpatialPadding)]] X_T15[n, c, d0, d1 : _T14, _T15, _T16, _T17] = =(X_T14[n, c, ((-1) + d0), ((-1) + d1)]);\n _T18 = 4;\n _T19 = 64;\n _T20 = 640;\n _T21 = 640;\n [[pid(LAYER_2)]] X_T16[n, co, x0, x1 : _T18, _T19, _T20, _T21] = +(X_T15[n, ci, (k0 + x0), (k1 + x1)] * X_I_7[k0, k1, ci, co]);\n [[pid(Reshape)]] X_T17 = reshape(X_I_11, X_I_1_3, X_I_11_0, X_I_1_3, X_I_1_3);\n [[pid(Add)]] X_T18 = add(X_T16, X_T17);\n X_T19 = cmp_lt(X_T18, X_T6);\n [[pid(Relu)]] X_T20 = cond(X_T19, X_T6, X_T18);\n _T26 = 4;\n _T27 = 64;\n _T28 = 640;\n _T29 = 640;\n [[pid(SpatialPadding)]] X_T21[n, c, d0, d1 : _T26, _T27, _T28, _T29] = =(X_T20[n, c, d0, d1]);\n _T30 = 4;\n _T31 = 64;\n _T32 = 320;\n _T33 = 320;\n _T34 = 2;\n _T35 = 2;\n [[pid(LAYER_4)]] X_T23[n, c, x0, x1 : _T30, _T31, _T32, _T33] = >(X_T21[n, c, (k0 + (2 * x0)), (k1 + (2 * x1))]), k0 < _T34, k1 < _T35;\n _T36 = 4;\n _T37 = 64;\n _T38 = 322;\n _T39 = 322;\n [[pid(SpatialPadding)]] X_T25[n, c, d0, d1 : _T36, _T37, _T38, _T39] = =(X_T23[n, c, ((-1) + d0), ((-1) + d1)]);\n _T40 = 4;\n _T41 = 128;\n _T42 = 320;\n _T43 = 320;\n [[pid(LAYER_5)]] X_T26[n, co, x0, x1 : _T40, _T41, _T42, _T43] = +(X_T25[n, ci, (k0 + x0), (k1 + x1)] * X_I_6[k0, k1, ci, co]);\n [[pid(Reshape)]] X_T27 = reshape(X_I_12, X_I_1_3, X_I_12_0, X_I_1_3, X_I_1_3);\n [[pid(Add)]] X_T28 = add(X_T26, X_T27);\n X_T29 = cmp_lt(X_T28, X_T6);\n [[pid(Relu)]] X_T30 = cond(X_T29, X_T6, X_T28);\n _T48 = 4;\n _T49 = 128;\n _T50 = 322;\n _T51 = 322;\n [[pid(SpatialPadding)]] X_T31[n, c, d0, d1 : _T48, _T49, _T50, _T51] = =(X_T30[n, c, ((-1) + d0), ((-1) + d1)]);\n _T52 = 4;\n _T53 = 128;\n _T54 = 320;\n _T55 = 320;\n [[pid(LAYER_7)]] X_T32[n, co, x0, x1 : _T52, _T53, _T54, _T55] = +(X_T31[n, ci, (k0 + x0), (k1 + x1)] * X_I_5[k0, k1, ci, co]);\n [[pid(Reshape)]] X_T33 = reshape(X_I_13, X_I_1_3, X_I_13_0, X_I_1_3, X_I_1_3);\n [[pid(Add)]] X_T34 = add(X_T32, X_T33);\n X_T35 = cmp_lt(X_T34, X_T6);\n [[pid(Relu)]] X_T36 = cond(X_T35, X_T6, X_T34);\n _T60 = 4;\n _T61 = 128;\n _T62 = 320;\n _T63 = 320;\n [[pid(SpatialPadding)]] X_T37[n, c, d0, d1 : _T60, _T61, _T62, _T63] = =(X_T36[n, c, d0, d1]);\n _T64 = 4;\n _T65 = 128;\n _T66 = 160;\n _T67 = 160;\n _T68 = 2;\n _T69 = 2;\n [[pid(LAYER_9)]] X_T39[n, c, x0, x1 : _T64, _T65, _T66, _T67] = >(X_T37[n, c, (k0 + (2 * x0)), (k1 + (2 * x1))]), k0 < _T68, k1 < _T69;\n _T70 = 4;\n _T71 = 128;\n _T72 = 162;\n _T73 = 162;\n [[pid(SpatialPadding)]] X_T41[n, c, d0, d1 : _T70, _T71, _T72, _T73] = =(X_T39[n, c, ((-1) + d0), ((-1) + d1)]);\n _T74 = 4;\n _T75 = 256;\n _T76 = 160;\n _T77 = 160;\n [[pid(LAYER_10)]] X_T42[n, co, x0, x1 : _T74, _T75, _T76, _T77] = +(X_T41[n, ci, (k0 + x0), (k1 + x1)] * X_I_4[k0, k1, ci, co]);\n [[pid(Reshape)]] X_T43 = reshape(X_I_14, X_I_1_3, X_I_14_0, X_I_1_3, X_I_1_3);\n [[pid(Add)]] X_T44 = add(X_T42, X_T43);\n X_T45 = cmp_lt(X_T44, X_T6);\n [[pid(Relu)]] X_T46 = cond(X_T45, X_T6, X_T44);\n _T82 = 4;\n _T83 = 256;\n _T84 = 162;\n _T85 = 162;\n [[pid(SpatialPadding)]] X_T47[n, c, d0, d1 : _T82, _T83, _T84, _T85] = =(X_T46[n, c, ((-1) + d0), ((-1) + d1)]);\n _T86 = 4;\n _T87 = 256;\n _T88 = 160;\n _T89 = 160;\n [[pid(LAYER_12)]] X_T48[n, co, x0, x1 : _T86, _T87, _T88, _T89] = +(X_T47[n, ci, (k0 + x0), (k1 + x1)] * X_I_3[k0, k1, ci, co]);\n [[pid(Reshape)]] X_T49 = reshape(X_I_15, X_I_1_3, X_I_15_0, X_I_1_3, X_I_1_3);\n [[pid(Add)]] X_T50 = add(X_T48, X_T49);\n X_T51 = cmp_lt(X_T50, X_T6);\n [[pid(Relu)]] X_T52 = cond(X_T51, X_T6, X_T50);\n _T94 = 4;\n _T95 = 256;\n _T96 = 162;\n _T97 = 162;\n [[pid(SpatialPadding)]] X_T53[n, c, d0, d1 : _T94, _T95, _T96, _T97] = =(X_T52[n, c, ((-1) + d0), ((-1) + d1)]);\n _T98 = 4;\n _T99 = 256;\n _T100 = 160;\n _T101 = 160;\n [[pid(LAYER_14)]] X_T54[n, co, x0, x1 : _T98, _T99, _T100, _T101] = +(X_T53[n, ci, (k0 + x0), (k1 + x1)] * X_I_2[k0, k1, ci, co]);\n [[pid(Reshape)]] X_T55 = reshape(X_I_16, X_I_1_3, X_I_16_0, X_I_1_3, X_I_1_3);\n [[pid(Add)]] X_T56 = add(X_T54, X_T55);\n X_T57 = cmp_lt(X_T56, X_T6);\n [[pid(Relu)]] X_T58 = cond(X_T57, X_T6, X_T56);\n [[pid(Pow)]] X_T59 = pow(X_T58, X_I_18);\n _T107 = 4;\n _T108 = 1;\n _T109 = 160;\n _T110 = 160;\n [[pid(Summation)]] X_T60[x0, sx1, x2, x3 : _T107, _T108, _T109, _T110] = +(X_T59[x0, x1, x2, x3]);\n X_T61 = cmp_lt(X_T60, X_T3);\n [[pid(Sqrt)]] X_T62 = cond(X_T61, X_T3, X_T60);\n [[pid(Sqrt)]] X_T63 = sqrt(X_T62);\n [[pid(Add)]] X_T64 = add(X_T63, X_I_17);\n [[pid(TrueDiv)]] X_T65 = div(X_T58, X_T64);\n [[pid(Mul)]] X_T66 = mul(X_T65, X_I_1);\n _T117 = 4;\n _T118 = 256;\n _T119 = 162;\n _T120 = 162;\n [[pid(SpatialPadding)]] X_T67[n, c, d0, d1 : _T117, _T118, _T119, _T120] = =(X_T66[n, c, ((-1) + d0), ((-1) + d1)]);\n _T121 = 4;\n _T122 = 4;\n _T123 = 160;\n _T124 = 160;\n [[pid(LAYER_73)]] X_T68[n, co, x0, x1 : _T121, _T122, _T123, _T124] = +(X_T67[n, ci, (k0 + x0), (k1 + x1)] * X_I_0[k0, k1, ci, co]);\n [[pid(Reshape)]] X_T69 = reshape(X_I_19, X_I_1_3, X_I_19_0, X_I_1_3, X_I_1_3);\n [[pid(Add)]] X_T70 = add(X_T68, X_T69);\n _T127 = 4;\n _T128 = 1;\n _T129 = 160;\n _T130 = 160;\n [[pid(SliceOf)]] X_T72[i0, i1, i2, i3 : _T127, _T128, _T129, _T130] = =(X_T70[i0, i1, i2, i3]);\n _T131 = 4;\n _T132 = 1;\n _T133 = 160;\n _T134 = 160;\n [[pid(SliceOf)]] X_T73[i0, i1, i2, i3 : _T131, _T132, _T133, _T134] = =(X_T70[i0, (1 + i1), i2, i3]);\n X_T227 = cmp_lt(X_T72, X_T73);\n X_T74 = cond(X_T227, X_T73, X_T72);\n _T137 = 4;\n _T138 = 1;\n _T139 = 160;\n _T140 = 160;\n [[pid(SliceOf)]] X_T75[i0, i1, i2, i3 : _T137, _T138, _T139, _T140] = =(X_T70[i0, (2 + i1), i2, i3]);\n X_T229 = cmp_lt(X_T74, X_T75);\n X_T76 = cond(X_T229, X_T75, X_T74);\n _T143 = 4;\n _T144 = 2;\n _T145 = 160;\n _T146 = 160;\n [[pid(Concatenate)]] X_T77[n0, a, n2, n3 : _T143, _T144, _T145, _T146] = =(X_T76[n0, a, n2, n3]);\n _T147 = 4;\n _T148 = 1;\n _T149 = 160;\n _T150 = 160;\n [[pid(SliceOf)]] X_T78[i0, i1, i2, i3 : _T147, _T148, _T149, _T150] = =(X_T70[i0, (3 + i1), i2, i3]);\n _T151 = 4;\n _T152 = 2;\n _T153 = 160;\n _T154 = 160;\n [[pid(Concatenate)]] X_T79[n0, (1 + a), n2, n3 : _T151, _T152, _T153, _T154] = =(X_T78[n0, a, n2, n3]);\n [[pid(Concatenate)]] X_T80 = add(X_T77, X_T79);\n _T156 = 4;\n _T157 = 4;\n _T158 = 160;\n _T159 = 160;\n [[pid(LAYER_74)]] X_T81[n, co, x0, x1 : _T156, _T157, _T158, _T159] = +(X_T67[n, ci, (k0 + x0), (k1 + x1)] * X_I_20[k0, k1, ci, co]);\n [[pid(Reshape)]] X_T82 = reshape(X_I_21, X_I_1_3, X_I_21_0, X_I_1_3, X_I_1_3);\n [[pid(Add)]] X_T83 = add(X_T81, X_T82);\n _T162 = 4;\n _T163 = 256;\n _T164 = 160;\n _T165 = 160;\n [[pid(SpatialPadding)]] X_T84[n, c, d0, d1 : _T162, _T163, _T164, _T165] = =(X_T58[n, c, d0, d1]);\n _T166 = 4;\n _T167 = 256;\n _T168 = 80;\n _T169 = 80;\n _T170 = 2;\n _T171 = 2;\n [[pid(LAYER_16)]] X_T86[n, c, x0, x1 : _T166, _T167, _T168, _T169] = >(X_T84[n, c, (k0 + (2 * x0)), (k1 + (2 * x1))]), k0 < _T170, k1 < _T171;\n _T172 = 4;\n _T173 = 256;\n _T174 = 82;\n _T175 = 82;\n [[pid(SpatialPadding)]] X_T88[n, c, d0, d1 : _T172, _T173, _T174, _T175] = =(X_T86[n, c, ((-1) + d0), ((-1) + d1)]);\n _T176 = 4;\n _T177 = 512;\n _T178 = 80;\n _T179 = 80;\n [[pid(LAYER_17)]] X_T89[n, co, x0, x1 : _T176, _T177, _T178, _T179] = +(X_T88[n, ci, (k0 + x0), (k1 + x1)] * X_I_34[k0, k1, ci, co]);\n [[pid(Reshape)]] X_T90 = reshape(X_I_35, X_I_27_1, X_I_35_0, X_I_27_1, X_I_27_1);\n [[pid(Add)]] X_T91 = add(X_T89, X_T90);\n X_T92 = cmp_lt(X_T91, X_T6);\n [[pid(Relu)]] X_T93 = cond(X_T92, X_T6, X_T91);\n _T184 = 4;\n _T185 = 512;\n _T186 = 82;\n _T187 = 82;\n [[pid(SpatialPadding)]] X_T94[n, c, d0, d1 : _T184, _T185, _T186, _T187] = =(X_T93[n, c, ((-1) + d0), ((-1) + d1)]);\n _T188 = 4;\n _T189 = 512;\n _T190 = 80;\n _T191 = 80;\n [[pid(LAYER_19)]] X_T95[n, co, x0, x1 : _T188, _T189, _T190, _T191] = +(X_T94[n, ci, (k0 + x0), (k1 + x1)] * X_I_33[k0, k1, ci, co]);\n [[pid(Reshape)]] X_T96 = reshape(X_I_36, X_I_27_1, X_I_36_0, X_I_27_1, X_I_27_1);\n [[pid(Add)]] X_T97 = add(X_T95, X_T96);\n X_T98 = cmp_lt(X_T97, X_T6);\n [[pid(Relu)]] X_T99 = cond(X_T98, X_T6, X_T97);\n _T196 = 4;\n _T197 = 512;\n _T198 = 82;\n _T199 = 82;\n [[pid(SpatialPadding)]] X_T100[n, c, d0, d1 : _T196, _T197, _T198, _T199] = =(X_T99[n, c, ((-1) + d0), ((-1) + d1)]);\n _T200 = 4;\n _T201 = 512;\n _T202 = 80;\n _T203 = 80;\n [[pid(LAYER_21)]] X_T101[n, co, x0, x1 : _T200, _T201, _T202, _T203] = +(X_T100[n, ci, (k0 + x0), (k1 + x1)] * X_I_32[k0, k1, ci, co]);\n [[pid(Reshape)]] X_T102 = reshape(X_I_37, X_I_27_1, X_I_37_0, X_I_27_1, X_I_27_1);\n [[pid(Add)]] X_T103 = add(X_T101, X_T102);\n X_T104 = cmp_lt(X_T103, X_T6);\n [[pid(Relu)]] X_T105 = cond(X_T104, X_T6, X_T103);\n _T208 = 4;\n _T209 = 512;\n _T210 = 80;\n _T211 = 80;\n [[pid(SpatialPadding)]] X_T106[n, c, d0, d1 : _T208, _T209, _T210, _T211] = =(X_T105[n, c, d0, d1]);\n _T212 = 4;\n _T213 = 512;\n _T214 = 40;\n _T215 = 40;\n _T216 = 2;\n _T217 = 2;\n [[pid(LAYER_23)]] X_T108[n, c, x0, x1 : _T212, _T213, _T214, _T215] = >(X_T106[n, c, (k0 + (2 * x0)), (k1 + (2 * x1))]), k0 < _T216, k1 < _T217;\n _T218 = 4;\n _T219 = 512;\n _T220 = 42;\n _T221 = 42;\n [[pid(SpatialPadding)]] X_T110[n, c, d0, d1 : _T218, _T219, _T220, _T221] = =(X_T108[n, c, ((-1) + d0), ((-1) + d1)]);\n _T222 = 4;\n _T223 = 512;\n _T224 = 40;\n _T225 = 40;\n [[pid(LAYER_24)]] X_T111[n, co, x0, x1 : _T222, _T223, _T224, _T225] = +(X_T110[n, ci, (k0 + x0), (k1 + x1)] * X_I_31[k0, k1, ci, co]);\n [[pid(Reshape)]] X_T112 = reshape(X_I_38, X_I_27_1, X_I_38_0, X_I_27_1, X_I_27_1);\n [[pid(Add)]] X_T113 = add(X_T111, X_T112);\n X_T114 = cmp_lt(X_T113, X_T6);\n [[pid(Relu)]] X_T115 = cond(X_T114, X_T6, X_T113);\n _T230 = 4;\n _T231 = 512;\n _T232 = 42;\n _T233 = 42;\n [[pid(SpatialPadding)]] X_T116[n, c, d0, d1 : _T230, _T231, _T232, _T233] = =(X_T115[n, c, ((-1) + d0), ((-1) + d1)]);\n _T234 = 4;\n _T235 = 512;\n _T236 = 40;\n _T237 = 40;\n [[pid(LAYER_26)]] X_T117[n, co, x0, x1 : _T234, _T235, _T236, _T237] = +(X_T116[n, ci, (k0 + x0), (k1 + x1)] * X_I_30[k0, k1, ci, co]);\n [[pid(Reshape)]] X_T118 = reshape(X_I_39, X_I_27_1, X_I_39_0, X_I_27_1, X_I_27_1);\n [[pid(Add)]] X_T119 = add(X_T117, X_T118);\n X_T120 = cmp_lt(X_T119, X_T6);\n [[pid(Relu)]] X_T121 = cond(X_T120, X_T6, X_T119);\n _T242 = 4;\n _T243 = 512;\n _T244 = 42;\n _T245 = 42;\n [[pid(SpatialPadding)]] X_T122[n, c, d0, d1 : _T242, _T243, _T244, _T245] = =(X_T121[n, c, ((-1) + d0), ((-1) + d1)]);\n _T246 = 4;\n _T247 = 512;\n _T248 = 40;\n _T249 = 40;\n [[pid(LAYER_28)]] X_T123[n, co, x0, x1 : _T246, _T247, _T248, _T249] = +(X_T122[n, ci, (k0 + x0), (k1 + x1)] * X_I_29[k0, k1, ci, co]);\n [[pid(Reshape)]] X_T124 = reshape(X_I_40, X_I_27_1, X_I_40_0, X_I_27_1, X_I_27_1);\n [[pid(Add)]] X_T125 = add(X_T123, X_T124);\n X_T126 = cmp_lt(X_T125, X_T6);\n [[pid(Relu)]] X_T127 = cond(X_T126, X_T6, X_T125);\n _T254 = 4;\n _T255 = 512;\n _T256 = 40;\n _T257 = 40;\n [[pid(SpatialPadding)]] X_T128[n, c, d0, d1 : _T254, _T255, _T256, _T257] = =(X_T127[n, c, d0, d1]);\n _T258 = 4;\n _T259 = 512;\n _T260 = 20;\n _T261 = 20;\n _T262 = 2;\n _T263 = 2;\n [[pid(LAYER_30)]] X_T130[n, c, x0, x1 : _T258, _T259, _T260, _T261] = >(X_T128[n, c, (k0 + (2 * x0)), (k1 + (2 * x1))]), k0 < _T262, k1 < _T263;\n _T264 = 4;\n _T265 = 512;\n _T266 = 26;\n _T267 = 26;\n [[pid(SpatialPadding)]] X_T133[n, c, d0, d1 : _T264, _T265, _T266, _T267] = =(X_T130[n, c, ((-3) + d0), ((-3) + d1)]);\n _T268 = 4;\n _T269 = 1024;\n _T270 = 24;\n _T271 = 24;\n [[pid(LAYER_31)]] X_T135[n, co, x0, x1 : _T268, _T269, _T270, _T271] = +(X_T133[n, ci, (k0 + x0), (k1 + x1)] * X_I_28[k0, k1, ci, co]);\n [[pid(Reshape)]] X_T136 = reshape(X_I_41, X_I_27_1, X_I_41_0, X_I_27_1, X_I_27_1);\n [[pid(Add)]] X_T137 = add(X_T135, X_T136);\n X_T138 = cmp_lt(X_T137, X_T6);\n [[pid(Relu)]] X_T139 = cond(X_T138, X_T6, X_T137);\n _T276 = 4;\n _T277 = 1024;\n _T278 = 24;\n _T279 = 24;\n [[pid(LAYER_33)]] X_T140[n, co, x0, x1 : _T276, _T277, _T278, _T279] = +(X_T139[n, ci, (k0 + x0), (k1 + x1)] * X_I_27[k0, k1, ci, co]);\n [[pid(Reshape)]] X_T141 = reshape(X_I_42, X_I_27_1, X_I_42_0, X_I_27_1, X_I_27_1);\n [[pid(Add)]] X_T142 = add(X_T140, X_T141);\n X_T143 = cmp_lt(X_T142, X_T6);\n [[pid(Relu)]] X_T144 = cond(X_T143, X_T6, X_T142);\n _T284 = 4;\n _T285 = 256;\n _T286 = 24;\n _T287 = 24;\n [[pid(LAYER_35)]] X_T145[n, co, x0, x1 : _T284, _T285, _T286, _T287] = +(X_T144[n, ci, (k0 + x0), (k1 + x1)] * X_I_26[k0, k1, ci, co]);\n [[pid(Reshape)]] X_T146 = reshape(X_I_43, X_I_27_1, X_I_43_0, X_I_27_1, X_I_27_1);\n [[pid(Add)]] X_T147 = add(X_T145, X_T146);\n X_T148 = cmp_lt(X_T147, X_T6);\n [[pid(Relu)]] X_T149 = cond(X_T148, X_T6, X_T147);\n _T292 = 4;\n _T293 = 256;\n _T294 = 26;\n _T295 = 26;\n [[pid(SpatialPadding)]] X_T150[n, c, d0, d1 : _T292, _T293, _T294, _T295] = =(X_T149[n, c, ((-1) + d0), ((-1) + d1)]);\n _T296 = 4;\n _T297 = 512;\n _T298 = 12;\n _T299 = 12;\n [[pid(LAYER_37)]] X_T154[n, co, x0, x1 : _T296, _T297, _T298, _T299] = +(X_T150[n, ci, (k0 + (2 * x0)), (k1 + (2 * x1))] * X_I_25[k0, k1, ci, co]);\n [[pid(Reshape)]] X_T155 = reshape(X_I_44, X_I_27_1, X_I_44_0, X_I_27_1, X_I_27_1);\n [[pid(Add)]] X_T156 = add(X_T154, X_T155);\n X_T157 = cmp_lt(X_T156, X_T6);\n [[pid(Relu)]] X_T158 = cond(X_T157, X_T6, X_T156);\n _T304 = 4;\n _T305 = 128;\n _T306 = 12;\n _T307 = 12;\n [[pid(LAYER_39)]] X_T159[n, co, x0, x1 : _T304, _T305, _T306, _T307] = +(X_T158[n, ci, (k0 + x0), (k1 + x1)] * X_I_24[k0, k1, ci, co]);\n [[pid(Reshape)]] X_T160 = reshape(X_I_45, X_I_27_1, X_I_45_0, X_I_27_1, X_I_27_1);\n [[pid(Add)]] X_T161 = add(X_T159, X_T160);\n X_T162 = cmp_lt(X_T161, X_T6);\n [[pid(Relu)]] X_T163 = cond(X_T162, X_T6, X_T161);\n _T312 = 4;\n _T313 = 128;\n _T314 = 14;\n _T315 = 14;\n [[pid(SpatialPadding)]] X_T165[n, c, d0, d1 : _T312, _T313, _T314, _T315] = =(X_T163[n, c, ((-1) + d0), ((-1) + d1)]);\n _T316 = 4;\n _T317 = 256;\n _T318 = 6;\n _T319 = 6;\n [[pid(LAYER_41)]] X_T168[n, co, x0, x1 : _T316, _T317, _T318, _T319] = +(X_T165[n, ci, (k0 + (2 * x0)), (k1 + (2 * x1))] * X_I_23[k0, k1, ci, co]);\n [[pid(Reshape)]] X_T169 = reshape(X_I_46, X_I_27_1, X_I_46_0, X_I_27_1, X_I_27_1);\n [[pid(Add)]] X_T170 = add(X_T168, X_T169);\n X_T171 = cmp_lt(X_T170, X_T6);\n [[pid(Relu)]] X_T172 = cond(X_T171, X_T6, X_T170);\n _T324 = 4;\n _T325 = 256;\n _T326 = 8;\n _T327 = 8;\n [[pid(SpatialPadding)]] X_T174[n, c, d0, d1 : _T324, _T325, _T326, _T327] = =(X_T172[n, c, ((-1) + d0), ((-1) + d1)]);\n _T328 = 4;\n _T329 = 2;\n _T330 = 6;\n _T331 = 6;\n [[pid(LAYER_83)]] X_T175[n, co, x0, x1 : _T328, _T329, _T330, _T331] = +(X_T174[n, ci, (k0 + x0), (k1 + x1)] * X_I_22[k0, k1, ci, co]);\n [[pid(Reshape)]] X_T176 = reshape(X_I_47, X_I_27_1, X_I_47_0, X_I_27_1, X_I_27_1);\n [[pid(Add)]] X_T177 = add(X_T175, X_T176);\n _T334 = 4;\n _T335 = 4;\n _T336 = 6;\n _T337 = 6;\n [[pid(LAYER_84)]] X_T178[n, co, x0, x1 : _T334, _T335, _T336, _T337] = +(X_T174[n, ci, (k0 + x0), (k1 + x1)] * X_I_48[k0, k1, ci, co]);\n [[pid(Reshape)]] X_T179 = reshape(X_I_49, X_I_27_1, X_I_49_0, X_I_27_1, X_I_27_1);\n [[pid(Add)]] X_T180 = add(X_T178, X_T179);\n [[pid(Pow)]] X_T181 = pow(X_T105, X_I_53);\n _T341 = 4;\n _T342 = 1;\n _T343 = 80;\n _T344 = 80;\n [[pid(Summation)]] X_T182[x0, sx1, x2, x3 : _T341, _T342, _T343, _T344] = +(X_T181[x0, x1, x2, x3]);\n X_T183 = cmp_lt(X_T182, X_T3);\n [[pid(Sqrt)]] X_T184 = cond(X_T183, X_T3, X_T182);\n [[pid(Sqrt)]] X_T185 = sqrt(X_T184);\n [[pid(Add)]] X_T186 = add(X_T185, X_I_52);\n [[pid(TrueDiv)]] X_T187 = div(X_T105, X_T186);\n [[pid(Mul)]] X_T188 = mul(X_T187, X_I_51);\n _T351 = 4;\n _T352 = 512;\n _T353 = 82;\n _T354 = 82;\n [[pid(SpatialPadding)]] X_T189[n, c, d0, d1 : _T351, _T352, _T353, _T354] = =(X_T188[n, c, ((-1) + d0), ((-1) + d1)]);\n _T355 = 4;\n _T356 = 2;\n _T357 = 80;\n _T358 = 80;\n [[pid(LAYER_75)]] X_T190[n, co, x0, x1 : _T355, _T356, _T357, _T358] = +(X_T189[n, ci, (k0 + x0), (k1 + x1)] * X_I_50[k0, k1, ci, co]);\n [[pid(Reshape)]] X_T191 = reshape(X_I_54, X_I_51_3, X_I_54_0, X_I_51_3, X_I_51_3);\n [[pid(Add)]] X_T192 = add(X_T190, X_T191);\n _T361 = 4;\n _T362 = 4;\n _T363 = 80;\n _T364 = 80;\n [[pid(LAYER_76)]] X_T193[n, co, x0, x1 : _T361, _T362, _T363, _T364] = +(X_T189[n, ci, (k0 + x0), (k1 + x1)] * X_I_55[k0, k1, ci, co]);\n [[pid(Reshape)]] X_T194 = reshape(X_I_56, X_I_51_3, X_I_56_0, X_I_51_3, X_I_51_3);\n [[pid(Add)]] X_T195 = add(X_T193, X_T194);\n [[pid(Pow)]] X_T196 = pow(X_T127, X_I_60);\n _T368 = 4;\n _T369 = 1;\n _T370 = 40;\n _T371 = 40;\n [[pid(Summation)]] X_T197[x0, sx1, x2, x3 : _T368, _T369, _T370, _T371] = +(X_T196[x0, x1, x2, x3]);\n X_T198 = cmp_lt(X_T197, X_T3);\n [[pid(Sqrt)]] X_T199 = cond(X_T198, X_T3, X_T197);\n [[pid(Sqrt)]] X_T200 = sqrt(X_T199);\n [[pid(Add)]] X_T201 = add(X_T200, X_I_59);\n [[pid(TrueDiv)]] X_T202 = div(X_T127, X_T201);\n [[pid(Mul)]] X_T203 = mul(X_T202, X_I_58);\n _T378 = 4;\n _T379 = 512;\n _T380 = 42;\n _T381 = 42;\n [[pid(SpatialPadding)]] X_T204[n, c, d0, d1 : _T378, _T379, _T380, _T381] = =(X_T203[n, c, ((-1) + d0), ((-1) + d1)]);\n _T382 = 4;\n _T383 = 2;\n _T384 = 40;\n _T385 = 40;\n [[pid(LAYER_77)]] X_T205[n, co, x0, x1 : _T382, _T383, _T384, _T385] = +(X_T204[n, ci, (k0 + x0), (k1 + x1)] * X_I_57[k0, k1, ci, co]);\n [[pid(Reshape)]] X_T206 = reshape(X_I_61, X_I_58_3, X_I_61_0, X_I_58_3, X_I_58_3);\n [[pid(Add)]] X_T207 = add(X_T205, X_T206);\n _T388 = 4;\n _T389 = 4;\n _T390 = 40;\n _T391 = 40;\n [[pid(LAYER_78)]] X_T208[n, co, x0, x1 : _T388, _T389, _T390, _T391] = +(X_T204[n, ci, (k0 + x0), (k1 + x1)] * X_I_62[k0, k1, ci, co]);\n [[pid(Reshape)]] X_T209 = reshape(X_I_63, X_I_58_3, X_I_63_0, X_I_58_3, X_I_58_3);\n [[pid(Add)]] X_T210 = add(X_T208, X_T209);\n _T394 = 4;\n _T395 = 1024;\n _T396 = 26;\n _T397 = 26;\n [[pid(SpatialPadding)]] X_T211[n, c, d0, d1 : _T394, _T395, _T396, _T397] = =(X_T144[n, c, ((-1) + d0), ((-1) + d1)]);\n _T398 = 4;\n _T399 = 2;\n _T400 = 24;\n _T401 = 24;\n [[pid(LAYER_79)]] X_T212[n, co, x0, x1 : _T398, _T399, _T400, _T401] = +(X_T211[n, ci, (k0 + x0), (k1 + x1)] * X_I_64[k0, k1, ci, co]);\n [[pid(Reshape)]] X_T213 = reshape(X_I_65, X_I_58_3, X_I_65_0, X_I_58_3, X_I_58_3);\n [[pid(Add)]] X_T214 = add(X_T212, X_T213);\n _T404 = 4;\n _T405 = 4;\n _T406 = 24;\n _T407 = 24;\n [[pid(LAYER_80)]] X_T215[n, co, x0, x1 : _T404, _T405, _T406, _T407] = +(X_T211[n, ci, (k0 + x0), (k1 + x1)] * X_I_66[k0, k1, ci, co]);\n [[pid(Reshape)]] X_T216 = reshape(X_I_67, X_I_58_3, X_I_67_0, X_I_58_3, X_I_58_3);\n [[pid(Add)]] X_T217 = add(X_T215, X_T216);\n _T410 = 4;\n _T411 = 512;\n _T412 = 14;\n _T413 = 14;\n [[pid(SpatialPadding)]] X_T218[n, c, d0, d1 : _T410, _T411, _T412, _T413] = =(X_T158[n, c, ((-1) + d0), ((-1) + d1)]);\n _T414 = 4;\n _T415 = 2;\n _T416 = 12;\n _T417 = 12;\n [[pid(LAYER_81)]] X_T219[n, co, x0, x1 : _T414, _T415, _T416, _T417] = +(X_T218[n, ci, (k0 + x0), (k1 + x1)] * X_I_68[k0, k1, ci, co]);\n [[pid(Reshape)]] X_T220 = reshape(X_I_69, X_I_58_3, X_I_69_0, X_I_58_3, X_I_58_3);\n [[pid(Add)]] X_T221 = add(X_T219, X_T220);\n _T420 = 4;\n _T421 = 4;\n _T422 = 12;\n _T423 = 12;\n [[pid(LAYER_82)]] X_T222[n, co, x0, x1 : _T420, _T421, _T422, _T423] = +(X_T218[n, ci, (k0 + x0), (k1 + x1)] * X_I_70[k0, k1, ci, co]);\n [[pid(Reshape)]] X_T223 = reshape(X_I_71, X_I_58_3, X_I_71_0, X_I_58_3, X_I_58_3);\n [[pid(Add)]] X_T224 = add(X_T222, X_T223);\n}\n\n
  1288. 04/28/2020 04:42:57 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_0:\nX_T9[n, c, d0, d1 : _T2, _T3, _T4, _T5] = =(X_I_9[n, c, -1 + d0, -1 + d1])\n Range X_T9 X_I_9 \n c 3 412164 409600 \n d0 640 642 640 \n d1 640 1 1 \n n 4 1236492 1228800 \n off 643 0 \n vec 1 1 \n\n3, 32, 32, 1, \n
  1289. 04/28/2020 04:42:57 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 9830400, tot_bytes = 39321600\n\n
  1290. 04/28/2020 04:42:57 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_1:\nX_T10[n, co, x0, x1 : _T6, _T7, _T8, _T9] = +(X_T9[n, ci, k0 + x0, k1 + x1] * X_I_8[k0, k1, ci, co])\n Range X_T10 X_T9 X_I_8 \n ci 3 0 412164 64 \n co 64 409600 0 1 \n k0 3 0 642 576 \n k1 3 0 1 192 \n n 4 26214400 1236492 0 \n x0 640 640 642 0 \n x1 640 1 1 0 \n off 0 0 0 \n vec 1 1 1 \n\n1, 32, 3, 3, 2, 2, 32, \n
  1291. 04/28/2020 04:42:57 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 5662310400, tot_bytes = 586547200\n\n
  1292. 04/28/2020 04:42:57 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_3:\n<empty>\n Range \n i1 4 26214400 \n i2 64 409600 \n i3 640 640 \n i4 640 1 \n off 0 \n vec 1 \n\n4, 1, 1, 640, \n
  1293. 04/28/2020 04:42:57 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Output operations:
  1294. 04/28/2020 04:42:57 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Add)]] X_T12 = add(X_T10, X_T11)
  1295. 04/28/2020 04:42:57 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG X_T13 = cmp_lt(X_T12, X_T6)
  1296. 04/28/2020 04:42:57 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Relu)]] X_T14 = cond(X_T13, X_T6, X_T12)
  1297. 04/28/2020 04:42:57 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 314572800, tot_bytes = 445644800\n\n
  1298. 04/28/2020 04:42:57 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_4:\nX_T15[n, c, d0, d1 : _T14, _T15, _T16, _T17] = =(X_T14[n, c, -1 + d0, -1 + d1])\n Range X_T15 X_T14 \n c 64 412164 409600 \n d0 640 642 640 \n d1 640 1 1 \n n 4 26378496 26214400 \n off 643 0 \n vec 1 1 \n\n4, 1, 32, 4, \n
  1299. 04/28/2020 04:42:57 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 209715200, tot_bytes = 838860800\n\n
  1300. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_5:\nX_T16[n, co, x0, x1 : _T18, _T19, _T20, _T21] = +(X_T15[n, ci, k0 + x0, k1 + x1] * X_I_7[k0, k1, ci, co])\n Range X_T16 X_T15 X_I_7 \n ci 64 0 412164 64 \n co 64 409600 0 1 \n k0 3 0 642 12288 \n k1 3 0 1 4096 \n n 4 26214400 26378496 0 \n x0 640 640 642 0 \n x1 640 1 1 0 \n off 0 0 0 \n vec 1 1 1 \n\n1, 32, 3, 3, 2, 2, 32, \n
  1301. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 120795955200, tot_bytes = 3984588800\n\n
  1302. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_8:\nX_T21[n, c, d0, d1 : _T26, _T27, _T28, _T29] = =(X_T20[n, c, d0, d1])\n Range X_T21 X_T20 \nn_c_d0_d1 104857600 1 1 \n off 0 0 \n vec 1 1 \n\n4096, \n
  1303. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 209715200, tot_bytes = 838860800\n\n
  1304. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_9:\nX_T23[n, c, x0, x1 : _T30, _T31, _T32, _T33] = >(X_T21[n, c, k0 + 2*x0, k1 + 2*x1]), k0 < 2, k1 < 2\n Range X_T23 X_T21 \n c 64 102400 409600 \n k0 2 0 640 \n k1 2 0 1 \n n 4 6553600 26214400 \n x0 320 320 1280 \n x1 320 1 2 \n off 0 0 \n vec 1 1 \n\n4, 1, 2, 1, 1, 320, \n
  1305. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 209715200, tot_bytes = 524288000\n\n
  1306. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_10:\nX_T25[n, c, d0, d1 : _T36, _T37, _T38, _T39] = =(X_T23[n, c, -1 + d0, -1 + d1])\n Range X_T25 X_T23 \n c 64 103684 102400 \n d0 320 322 320 \n d1 320 1 1 \n n 4 6635776 6553600 \n off 323 0 \n vec 1 1 \n\n4, 1, 32, 4, \n
  1307. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 52428800, tot_bytes = 209715200\n\n
  1308. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_11:\nX_T26[n, co, x0, x1 : _T40, _T41, _T42, _T43] = +(X_T25[n, ci, k0 + x0, k1 + x1] * X_I_6[k0, k1, ci, co])\n Range X_T26 X_T25 X_I_6 \n ci 64 0 103684 128 \n co 128 102400 0 1 \n k0 3 0 322 24576 \n k1 3 0 1 8192 \n n 4 13107200 6635776 0 \n x0 320 320 322 0 \n x1 320 1 1 0 \n off 0 0 0 \n vec 1 1 1 \n\n1, 64, 3, 3, 1, 2, 32, \n
  1309. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 60397977600, tot_bytes = 2516582400\n\n
  1310. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_13:\n<empty>\n Range \n i1 4 13107200 \n i2 128 102400 \n i3 320 320 \n i4 320 1 \n off 0 \n vec 1 \n\n4, 2, 1, 320, \n
  1311. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Output operations:
  1312. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Add)]] X_T28 = add(X_T26, X_T27)
  1313. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG X_T29 = cmp_lt(X_T28, X_T6)
  1314. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Relu)]] X_T30 = cond(X_T29, X_T6, X_T28)
  1315. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 157286400, tot_bytes = 222822400\n\n
  1316. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_14:\nX_T31[n, c, d0, d1 : _T48, _T49, _T50, _T51] = =(X_T30[n, c, -1 + d0, -1 + d1])\n Range X_T31 X_T30 \n c 128 103684 102400 \n d0 320 322 320 \n d1 320 1 1 \n n 4 13271552 13107200 \n off 323 0 \n vec 1 1 \n\n4, 1, 32, 4, \n
  1317. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 104857600, tot_bytes = 419430400\n\n
  1318. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_15:\nX_T32[n, co, x0, x1 : _T52, _T53, _T54, _T55] = +(X_T31[n, ci, k0 + x0, k1 + x1] * X_I_5[k0, k1, ci, co])\n Range X_T32 X_T31 X_I_5 \n ci 128 0 103684 128 \n co 128 102400 0 1 \n k0 3 0 322 49152 \n k1 3 0 1 16384 \n n 4 13107200 13271552 0 \n x0 320 320 322 0 \n x1 320 1 1 0 \n off 0 0 0 \n vec 1 1 1 \n\n1, 64, 3, 3, 1, 2, 32, \n
  1319. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 120795955200, tot_bytes = 4823449600\n\n
  1320. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_18:\nX_T37[n, c, d0, d1 : _T60, _T61, _T62, _T63] = =(X_T36[n, c, d0, d1])\n Range X_T37 X_T36 \nn_c_d0_d1 52428800 1 1 \n off 0 0 \n vec 1 1 \n\n4096, \n
  1321. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 104857600, tot_bytes = 419430400\n\n
  1322. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_19:\nX_T39[n, c, x0, x1 : _T64, _T65, _T66, _T67] = >(X_T37[n, c, k0 + 2*x0, k1 + 2*x1]), k0 < 2, k1 < 2\n Range X_T39 X_T37 \n c 128 25600 102400 \n k0 2 0 320 \n k1 2 0 1 \n n 4 3276800 13107200 \n x0 160 160 640 \n x1 160 1 2 \n off 0 0 \n vec 1 1 \n\n8, 1, 2, 1, 1, 160, \n
  1323. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 104857600, tot_bytes = 262144000\n\n
  1324. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_20:\nX_T41[n, c, d0, d1 : _T70, _T71, _T72, _T73] = =(X_T39[n, c, -1 + d0, -1 + d1])\n Range X_T41 X_T39 \n c 128 26244 25600 \n d0 160 162 160 \n d1 160 1 1 \n n 4 3359232 3276800 \n off 163 0 \n vec 1 1 \n\n16, 1, 160, 1, \n
  1325. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 26214400, tot_bytes = 104857600\n\n
  1326. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_21:\nX_T42[n, co, x0, x1 : _T74, _T75, _T76, _T77] = +(X_T41[n, ci, k0 + x0, k1 + x1] * X_I_4[k0, k1, ci, co])\n Range X_T42 X_T41 X_I_4 \n ci 128 0 26244 256 \n co 256 25600 0 1 \n k0 3 0 162 98304 \n k1 3 0 1 32768 \n n 4 6553600 3359232 0 \n x0 160 160 162 0 \n x1 160 1 1 0 \n off 0 0 0 \n vec 1 1 1 \n\n1, 32, 3, 3, 2, 2, 32, \n
  1327. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 60397977600, tot_bytes = 1887436800\n\n
  1328. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_23:\n<empty>\n Range \n i1 4 6553600 \n i2 256 25600 \n i3 160 160 \n i4 160 1 \n off 0 \n vec 1 \n\n4, 4, 1, 160, \n
  1329. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Output operations:
  1330. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Add)]] X_T44 = add(X_T42, X_T43)
  1331. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG X_T45 = cmp_lt(X_T44, X_T6)
  1332. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Relu)]] X_T46 = cond(X_T45, X_T6, X_T44)
  1333. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 78643200, tot_bytes = 111411200\n\n
  1334. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_24:\nX_T47[n, c, d0, d1 : _T82, _T83, _T84, _T85] = =(X_T46[n, c, -1 + d0, -1 + d1])\n Range X_T47 X_T46 \n c 256 26244 25600 \n d0 160 162 160 \n d1 160 1 1 \n n 4 6718464 6553600 \n off 163 0 \n vec 1 1 \n\n16, 1, 160, 1, \n
  1335. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 52428800, tot_bytes = 209715200\n\n
  1336. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_25:\nX_T48[n, co, x0, x1 : _T86, _T87, _T88, _T89] = +(X_T47[n, ci, k0 + x0, k1 + x1] * X_I_3[k0, k1, ci, co])\n Range X_T48 X_T47 X_I_3 \n ci 256 0 26244 256 \n co 256 25600 0 1 \n k0 3 0 162 196608 \n k1 3 0 1 65536 \n n 4 6553600 6718464 0 \n x0 160 160 162 0 \n x1 160 1 1 0 \n off 0 0 0 \n vec 1 1 1 \n\n1, 32, 3, 3, 2, 2, 32, \n
  1337. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 120795955200, tot_bytes = 3670016000\n\n
  1338. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_31:\n<empty>\n Range \n i1 4 6553600 \n i2 256 25600 \n i3 160 160 \n i4 160 1 \n off 0 \n vec 1 \n\n4, 4, 1, 160, \n
  1339. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Output operations:
  1340. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Add)]] X_T56 = add(X_T54, X_T55)
  1341. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG X_T57 = cmp_lt(X_T56, X_T6)
  1342. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Relu)]] X_T58 = cond(X_T57, X_T6, X_T56)
  1343. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Pow)]] X_T59 = pow(X_T58, X_I_18)
  1344. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 104857600, tot_bytes = 219545600\n\n
  1345. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_32:\nX_T60[x0, sx1, x2, x3 : _T107, _T108, _T109, _T110] = +(X_T59[x0, x1, x2, x3])\n Range X_T60 X_T59 \n x0 4 25600 6553600 \n x1 256 0 25600 \n x2 160 160 160 \n x3 160 1 1 \n off 0 0 \n vec 1 1 \n\n1, 128, 1, 32, \n
  1346. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Output operations:
  1347. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG X_T61 = cmp_lt(X_T60, X_T3)
  1348. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Sqrt)]] X_T62 = cond(X_T61, X_T3, X_T60)
  1349. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Sqrt)]] X_T63 = sqrt(X_T62)
  1350. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Add)]] X_T64 = add(X_T63, X_I_17)
  1351. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 157286400, tot_bytes = 105292800\n\n
  1352. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_33:\n<empty>\n Range \n i1 4 6553600 \n i2 256 25600 \n i3 160 160 \n i4 160 1 \n off 0 \n vec 1 \n\n4, 4, 1, 160, \n
  1353. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Output operations:
  1354. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(TrueDiv)]] X_T65 = div(X_T58, X_T64)
  1355. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Mul)]] X_T66 = mul(X_T65, X_I_1)
  1356. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 52428800, tot_bytes = 114688000\n\n
  1357. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_35:\nX_T68[n, co, x0, x1 : _T121, _T122, _T123, _T124] = +(X_T67[n, ci, k0 + x0, k1 + x1] * X_I_0[k0, k1, ci, co])\n Range X_T68 X_T67 X_I_0 \n ci 256 0 26244 4 \n co 4 25600 0 1 \n k0 3 0 162 3072 \n k1 3 0 1 1024 \n n 4 102400 6718464 0 \n x0 160 160 162 0 \n x1 160 1 1 0 \n off 0 0 0 \n vec 1 1 1 \n\n4, 4, 3, 3, 1, 32, 32, \n
  1358. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 1887436800, tot_bytes = 126976000\n\n
  1359. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_37:\n<empty>\n Range \n i1 4 102400 \n i2 4 25600 \n i3 160 160 \n i4 160 1 \n off 0 \n vec 1 \n\n4, 4, 1, 160, \n
  1360. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Output operations:
  1361. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Add)]] X_T70 = add(X_T68, X_T69)
  1362. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 409600, tot_bytes = 1740800\n\n
  1363. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_38:\nX_T72[i0, i1, i2, i3 : _T127, _T128, _T129, _T130] = =(X_T70[i0, i1, i2, i3])\n Range X_T72 X_T70 \n i0 4 25600 102400 \n i2_i3 25600 1 1 \n off 0 0 \n vec 1 1 \n\n1, 1024, \n
  1364. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 204800, tot_bytes = 819200\n\n
  1365. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_39:\nX_T73[i0, i1, i2, i3 : _T131, _T132, _T133, _T134] = =(X_T70[i0, 1 + i1, i2, i3])\n Range X_T73 X_T70 \n i0 4 25600 102400 \n i2_i3 25600 1 1 \n off 0 25600 \n vec 1 1 \n\n1, 1024, \n
  1366. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Output operations:
  1367. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG X_T227 = cmp_lt(X_T72, X_T73)
  1368. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG X_T74 = cond(X_T227, X_T73, X_T72)
  1369. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 409600, tot_bytes = 832000\n\n
  1370. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_40:\nX_T75[i0, i1, i2, i3 : _T137, _T138, _T139, _T140] = =(X_T70[i0, 2 + i1, i2, i3])\n Range X_T75 X_T70 \n i0 4 25600 102400 \n i2_i3 25600 1 1 \n off 0 51200 \n vec 1 1 \n\n1, 1024, \n
  1371. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Output operations:
  1372. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG X_T229 = cmp_lt(X_T74, X_T75)
  1373. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG X_T76 = cond(X_T229, X_T75, X_T74)
  1374. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 409600, tot_bytes = 832000\n\n
  1375. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_41:\nX_T77[n0, a, n2, n3 : _T143, _T144, _T145, _T146] = =(X_T76[n0, a, n2, n3])\n Range X_T77 X_T76 \n n0 4 51200 25600 \n n2_n3 25600 1 1 \n off 0 0 \n vec 1 1 \n\n1, 1024, \n
  1376. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 204800, tot_bytes = 819200\n\n
  1377. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_42:\nX_T78[i0, i1, i2, i3 : _T147, _T148, _T149, _T150] = =(X_T70[i0, 3 + i1, i2, i3])\n Range X_T78 X_T70 \n i0 4 25600 102400 \n i2_i3 25600 1 1 \n off 0 76800 \n vec 1 1 \n\n1, 1024, \n
  1378. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 204800, tot_bytes = 819200\n\n
  1379. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_43:\nX_T79[n0, 1 + a, n2, n3 : _T151, _T152, _T153, _T154] = =(X_T78[n0, a, n2, n3])\n Range X_T79 X_T78 \n n0 4 51200 25600 \n n2_n3 25600 1 1 \n off 25600 0 \n vec 1 1 \n\n1, 1024, \n
  1380. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 204800, tot_bytes = 819200\n\n
  1381. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_44:\n<empty>\n Range \ni1_i2_i3_i4 204800 1 \n off 0 \n vec 1 \n\n4096, \n
  1382. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Output operations:
  1383. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Concatenate)]] X_T80 = add(X_T77, X_T79)
  1384. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 204800, tot_bytes = 870400\n\n
  1385. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_48:\nX_T84[n, c, d0, d1 : _T162, _T163, _T164, _T165] = =(X_T58[n, c, d0, d1])\n Range X_T84 X_T58 \nn_c_d0_d1 26214400 1 1 \n off 0 0 \n vec 1 1 \n\n4096, \n
  1386. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 52428800, tot_bytes = 209715200\n\n
  1387. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_49:\nX_T86[n, c, x0, x1 : _T166, _T167, _T168, _T169] = >(X_T84[n, c, k0 + 2*x0, k1 + 2*x1]), k0 < 2, k1 < 2\n Range X_T86 X_T84 \n c 256 6400 25600 \n k0 2 0 160 \n k1 2 0 1 \n n 4 1638400 6553600 \n x0 80 80 320 \n x1 80 1 2 \n off 0 0 \n vec 1 1 \n\n16, 1, 2, 1, 1, 80, \n
  1388. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 52428800, tot_bytes = 136314880\n\n
  1389. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_50:\nX_T88[n, c, d0, d1 : _T172, _T173, _T174, _T175] = =(X_T86[n, c, -1 + d0, -1 + d1])\n Range X_T88 X_T86 \n c 256 6724 6400 \n d0 80 82 80 \n d1 80 1 1 \n n 4 1721344 1638400 \n off 83 0 \n vec 1 1 \n\n32, 1, 80, 1, \n
  1390. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 13107200, tot_bytes = 57671680\n\n
  1391. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_51:\nX_T89[n, co, x0, x1 : _T176, _T177, _T178, _T179] = +(X_T88[n, ci, k0 + x0, k1 + x1] * X_I_34[k0, k1, ci, co])\n Range X_T89 X_T88 X_I_34 \n ci 256 0 6724 512 \n co 512 6400 0 1 \n k0 3 0 82 393216 \n k1 3 0 1 131072 \n n 4 3276800 1721344 0 \n x0 80 80 82 0 \n x1 80 1 1 0 \n off 0 0 0 \n vec 1 1 1 \n\n1, 32, 3, 3, 2, 2, 32, \n
  1392. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 60397977600, tot_bytes = 2202009600\n\n
  1393. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_53:\n<empty>\n Range \n i1 4 3276800 \n i2 512 6400 \n i3 80 80 \n i4 80 1 \n off 0 \n vec 1 \n\n4, 8, 1, 80, \n
  1394. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Output operations:
  1395. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Add)]] X_T91 = add(X_T89, X_T90)
  1396. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG X_T92 = cmp_lt(X_T91, X_T6)
  1397. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Relu)]] X_T93 = cond(X_T92, X_T6, X_T91)
  1398. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 39321600, tot_bytes = 66846720\n\n
  1399. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_54:\nX_T94[n, c, d0, d1 : _T184, _T185, _T186, _T187] = =(X_T93[n, c, -1 + d0, -1 + d1])\n Range X_T94 X_T93 \n c 512 6724 6400 \n d0 80 82 80 \n d1 80 1 1 \n n 4 3442688 3276800 \n off 83 0 \n vec 1 1 \n\n32, 1, 80, 1, \n
  1400. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 26214400, tot_bytes = 115343360\n\n
  1401. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_55:\nX_T95[n, co, x0, x1 : _T188, _T189, _T190, _T191] = +(X_T94[n, ci, k0 + x0, k1 + x1] * X_I_33[k0, k1, ci, co])\n Range X_T95 X_T94 X_I_33 \n ci 512 0 6724 512 \n co 512 6400 0 1 \n k0 3 0 82 786432 \n k1 3 0 1 262144 \n n 4 3276800 3442688 0 \n x0 80 80 82 0 \n x1 80 1 1 0 \n off 0 0 0 \n vec 1 1 1 \n\n1, 32, 3, 3, 2, 2, 32, \n
  1402. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 120795955200, tot_bytes = 4341104640\n\n
  1403. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_61:\n<empty>\n Range \n i1 4 3276800 \n i2 512 6400 \n i3 80 80 \n i4 80 1 \n off 0 \n vec 1 \n\n4, 8, 1, 80, \n
  1404. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Output operations:
  1405. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Add)]] X_T103 = add(X_T101, X_T102)
  1406. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG X_T104 = cmp_lt(X_T103, X_T6)
  1407. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Relu)]] X_T105 = cond(X_T104, X_T6, X_T103)
  1408. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Pow)]] X_T181 = pow(X_T105, X_I_53)
  1409. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 52428800, tot_bytes = 131727360\n\n
  1410. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_62:\nX_T106[n, c, d0, d1 : _T208, _T209, _T210, _T211] = =(X_T105[n, c, d0, d1])\n Range X_T106 X_T105 \nn_c_d0_d1 13107200 1 1 \n off 0 0 \n vec 1 1 \n\n4096, \n
  1411. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 26214400, tot_bytes = 104857600\n\n
  1412. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_63:\nX_T108[n, c, x0, x1 : _T212, _T213, _T214, _T215] = >(X_T106[n, c, k0 + 2*x0, k1 + 2*x1]), k0 < 2, k1 < 2\n Range X_T108 X_T106 \n c 512 1600 6400 \n k0 2 0 80 \n k1 2 0 1 \n n 4 819200 3276800 \n x0 40 40 160 \n x1 40 1 2 \n off 0 0 \n vec 1 1 \n\n32, 1, 2, 1, 1, 40, \n
  1413. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 26214400, tot_bytes = 73400320\n\n
  1414. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_64:\nX_T110[n, c, d0, d1 : _T218, _T219, _T220, _T221] = =(X_T108[n, c, -1 + d0, -1 + d1])\n Range X_T110 X_T108 \n c 512 1764 1600 \n d0 40 42 40 \n d1 40 1 1 \n n 4 903168 819200 \n off 43 0 \n vec 1 1 \n\n2, 1, 40, 4, \n
  1415. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 6553600, tot_bytes = 34078720\n\n
  1416. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_65:\nX_T111[n, co, x0, x1 : _T222, _T223, _T224, _T225] = +(X_T110[n, ci, k0 + x0, k1 + x1] * X_I_31[k0, k1, ci, co])\n Range X_T111 X_T110 X_I_31 \n ci 512 0 1764 512 \n co 512 1600 0 1 \n k0 3 0 42 786432 \n k1 3 0 1 262144 \n n 4 819200 903168 0 \n x0 40 40 42 0 \n x1 40 1 1 0 \n off 0 0 0 \n vec 1 1 1 \n\n2, 32, 3, 3, 1, 2, 40, \n
  1417. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 30198988800, tot_bytes = 1195376640\n\n
  1418. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_67:\n<empty>\n Range \n i1 4 819200 \n i2 512 1600 \n i3 40 40 \n i4 40 1 \n off 0 \n vec 1 \n\n4, 1, 8, 40, \n
  1419. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Output operations:
  1420. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Add)]] X_T113 = add(X_T111, X_T112)
  1421. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG X_T114 = cmp_lt(X_T113, X_T6)
  1422. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Relu)]] X_T115 = cond(X_T114, X_T6, X_T113)
  1423. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 9830400, tot_bytes = 22282240\n\n
  1424. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_75:\n<empty>\n Range \n i1 4 819200 \n i2 512 1600 \n i3 40 40 \n i4 40 1 \n off 0 \n vec 1 \n\n4, 1, 8, 40, \n
  1425. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Output operations:
  1426. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Add)]] X_T125 = add(X_T123, X_T124)
  1427. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG X_T126 = cmp_lt(X_T125, X_T6)
  1428. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Relu)]] X_T127 = cond(X_T126, X_T6, X_T125)
  1429. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Pow)]] X_T196 = pow(X_T127, X_I_60)
  1430. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 13107200, tot_bytes = 43909120\n\n
  1431. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_76:\nX_T128[n, c, d0, d1 : _T254, _T255, _T256, _T257] = =(X_T127[n, c, d0, d1])\n Range X_T128 X_T127 \nn_c_d0_d1 3276800 1 1 \n off 0 0 \n vec 1 1 \n\n4096, \n
  1432. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 6553600, tot_bytes = 26214400\n\n
  1433. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_77:\nX_T130[n, c, x0, x1 : _T258, _T259, _T260, _T261] = >(X_T128[n, c, k0 + 2*x0, k1 + 2*x1]), k0 < 2, k1 < 2\n Range X_T130 X_T128 \n c 512 400 1600 \n k0 2 0 40 \n k1 2 0 1 \n n 4 204800 819200 \n x0 20 20 80 \n x1 20 1 2 \n off 0 0 \n vec 1 1 \n\n4, 1, 2, 1, 20, 20, \n
  1434. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 6553600, tot_bytes = 18350080\n\n
  1435. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_78:\nX_T133[n, c, d0, d1 : _T264, _T265, _T266, _T267] = =(X_T130[n, c, -3 + d0, -3 + d1])\n Range X_T133 X_T130 \n c 512 676 400 \n d0 20 26 20 \n d1 20 1 1 \n n 4 346112 204800 \n off 81 0 \n vec 1 1 \n\n2, 2, 20, 4, \n
  1436. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 1638400, tot_bytes = 8519680\n\n
  1437. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_79:\nX_T135[n, co, x0, x1 : _T268, _T269, _T270, _T271] = +(X_T133[n, ci, k0 + x0, k1 + x1] * X_I_28[k0, k1, ci, co])\n Range X_T135 X_T133 X_I_28 \n ci 512 0 676 1024 \n co 1024 576 0 1 \n k0 3 0 26 1572864 \n k1 3 0 1 524288 \n n 4 589824 346112 0 \n x0 24 24 26 0 \n x1 24 1 1 0 \n off 0 0 0 \n vec 1 1 1 \n\n1, 32, 3, 3, 2, 2, 24, \n
  1438. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 21743271936, tot_bytes = 767557632\n\n
  1439. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_81:\n<empty>\n Range \n i1 4 589824 \n i2 1024 576 \n i3 24 24 \n i4 24 1 \n off 0 \n vec 1 \n\n4, 1, 24, 24, \n
  1440. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Output operations:
  1441. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Add)]] X_T137 = add(X_T135, X_T136)
  1442. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG X_T138 = cmp_lt(X_T137, X_T6)
  1443. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Relu)]] X_T139 = cond(X_T138, X_T6, X_T137)
  1444. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 7077888, tot_bytes = 13369344\n\n
  1445. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_82:\nX_T140[n, co, x0, x1 : _T276, _T277, _T278, _T279] = +(X_T139[n, ci, k0 + x0, k1 + x1] * X_I_27[k0, k1, ci, co])\n Range X_T140 X_T139 X_I_27 \n ci 1024 0 576 1024 \n co 1024 576 0 1 \n n 4 589824 589824 0 \n x0 24 24 24 0 \n x1 24 1 1 0 \n off 0 0 0 \n vec 1 1 1 \n\n1, 64, 1, 2, 24, \n
  1446. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 4831838208, tot_bytes = 314572800\n\n
  1447. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_85:\nX_T145[n, co, x0, x1 : _T284, _T285, _T286, _T287] = +(X_T144[n, ci, k0 + x0, k1 + x1] * X_I_26[k0, k1, ci, co])\n Range X_T145 X_T144 X_I_26 \n ci 1024 0 576 256 \n co 256 576 0 1 \n n 4 147456 589824 0 \n x0 24 24 24 0 \n x1 24 1 1 0 \n off 0 0 0 \n vec 1 1 1 \n\n1, 64, 1, 2, 24, \n
  1448. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 1207959552, tot_bytes = 78643200\n\n
  1449. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_87:\n<empty>\n Range \n i1 4 147456 \n i2 256 576 \n i3 24 24 \n i4 24 1 \n off 0 \n vec 1 \n\n4, 1, 24, 24, \n
  1450. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Output operations:
  1451. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Add)]] X_T147 = add(X_T145, X_T146)
  1452. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG X_T148 = cmp_lt(X_T147, X_T6)
  1453. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Relu)]] X_T149 = cond(X_T148, X_T6, X_T147)
  1454. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 1769472, tot_bytes = 3342336\n\n
  1455. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_88:\nX_T150[n, c, d0, d1 : _T292, _T293, _T294, _T295] = =(X_T149[n, c, -1 + d0, -1 + d1])\n Range X_T150 X_T149 \n c 256 676 576 \n d0 24 26 24 \n d1 24 1 1 \n n 4 173056 147456 \n off 27 0 \n vec 1 1 \n\n2, 2, 24, 4, \n
  1456. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 1179648, tot_bytes = 5505024\n\n
  1457. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_89:\nX_T154[n, co, x0, x1 : _T296, _T297, _T298, _T299] = +(X_T150[n, ci, k0 + 2*x0, k1 + 2*x1] * X_I_25[k0, k1, ci, co])\n Range X_T154 X_T150 X_I_25 \n ci 256 0 676 512 \n co 512 144 0 1 \n k0 3 0 26 393216 \n k1 3 0 1 131072 \n n 4 73728 173056 0 \n x0 12 12 52 0 \n x1 12 1 2 0 \n off 0 0 0 \n vec 1 1 1 \n\n1, 64, 3, 3, 2, 2, 12, \n
  1458. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 1358954496, tot_bytes = 91226112\n\n
  1459. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_91:\n<empty>\n Range \n i1 4 73728 \n i2 512 144 \n i3 12 12 \n i4 12 1 \n off 0 \n vec 1 \n\n4, 4, 12, 12, \n
  1460. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Output operations:
  1461. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Add)]] X_T156 = add(X_T154, X_T155)
  1462. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG X_T157 = cmp_lt(X_T156, X_T6)
  1463. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Relu)]] X_T158 = cond(X_T157, X_T6, X_T156)
  1464. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 884736, tot_bytes = 3342336\n\n
  1465. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_92:\nX_T159[n, co, x0, x1 : _T304, _T305, _T306, _T307] = +(X_T158[n, ci, k0 + x0, k1 + x1] * X_I_24[k0, k1, ci, co])\n Range X_T159 X_T158 X_I_24 \n ci 512 0 144 128 \n co 128 144 0 1 \n n 4 18432 73728 0 \n x0 12 12 12 0 \n x1 12 1 1 0 \n off 0 0 0 \n vec 1 1 1 \n\n1, 64, 1, 4, 12, \n
  1466. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 75497472, tot_bytes = 5505024\n\n
  1467. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_94:\n<empty>\n Range \n i1 4 18432 \n i2 128 144 \n i3 12 12 \n i4 12 1 \n off 0 \n vec 1 \n\n4, 4, 12, 12, \n
  1468. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Output operations:
  1469. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Add)]] X_T161 = add(X_T159, X_T160)
  1470. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG X_T162 = cmp_lt(X_T161, X_T6)
  1471. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Relu)]] X_T163 = cond(X_T162, X_T6, X_T161)
  1472. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 221184, tot_bytes = 835584\n\n
  1473. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_95:\nX_T165[n, c, d0, d1 : _T312, _T313, _T314, _T315] = =(X_T163[n, c, -1 + d0, -1 + d1])\n Range X_T165 X_T163 \n c 128 196 144 \n d0 12 14 12 \n d1 12 1 1 \n n 4 25088 18432 \n off 15 0 \n vec 1 1 \n\n16, 12, 12, 1, \n
  1474. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 147456, tot_bytes = 1081344\n\n
  1475. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_96:\nX_T168[n, co, x0, x1 : _T316, _T317, _T318, _T319] = +(X_T165[n, ci, k0 + 2*x0, k1 + 2*x1] * X_I_23[k0, k1, ci, co])\n Range X_T168 X_T165 X_I_23 \n ci 128 0 196 256 \n co 256 36 0 1 \n k0 3 0 14 98304 \n k1 3 0 1 32768 \n n 4 9216 25088 0 \n x0 6 6 28 0 \n x1 6 1 2 0 \n off 0 0 0 \n vec 1 1 1 \n\n1, 64, 3, 3, 4, 2, 6, \n
  1476. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 84934656, tot_bytes = 8257536\n\n
  1477. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_98:\n<empty>\n Range \n i1 4 9216 \n i2 256 36 \n i3 6 6 \n i4 6 1 \n off 0 \n vec 1 \n\n4, 16, 6, 6, \n
  1478. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Output operations:
  1479. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Add)]] X_T170 = add(X_T168, X_T169)
  1480. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG X_T171 = cmp_lt(X_T170, X_T6)
  1481. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Relu)]] X_T172 = cond(X_T171, X_T6, X_T170)
  1482. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 110592, tot_bytes = 835584\n\n
  1483. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_99:\nX_T174[n, c, d0, d1 : _T324, _T325, _T326, _T327] = =(X_T172[n, c, -1 + d0, -1 + d1])\n Range X_T174 X_T172 \n c 256 64 36 \n d0 6 8 6 \n d1 6 1 1 \n n 4 16384 9216 \n off 9 0 \n vec 1 1 \n\n64, 6, 6, 1, \n
  1484. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 73728, tot_bytes = 933888\n\n
  1485. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_100:\nX_T175[n, co, x0, x1 : _T328, _T329, _T330, _T331] = +(X_T174[n, ci, k0 + x0, k1 + x1] * X_I_22[k0, k1, ci, co])\n Range X_T175 X_T174 X_I_22 \n ci 256 0 64 2 \n co 2 36 0 1 \n k0 3 0 8 1536 \n k1 3 0 1 512 \n n 4 72 16384 0 \n x0 6 6 8 0 \n x1 6 1 1 0 \n off 0 0 0 \n vec 1 1 1 \n\n128, 2, 3, 3, 1, 2, 6, \n
  1486. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 1327104, tot_bytes = 620544\n\n
  1487. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_102:\n<empty>\n Range \n i1 4 72 \n i2 2 36 \n i3 6 6 \n i4 6 1 \n off 0 \n vec 1 \n\n4, 1, 6, 6, \n
  1488. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Output operations:
  1489. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Add)]] X_T177 = add(X_T175, X_T176)
  1490. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 288, tot_bytes = 6528\n\n
  1491. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_103:\nX_T178[n, co, x0, x1 : _T334, _T335, _T336, _T337] = +(X_T174[n, ci, k0 + x0, k1 + x1] * X_I_48[k0, k1, ci, co])\n Range X_T178 X_T174 X_I_48 \n ci 256 0 64 4 \n co 4 36 0 1 \n k0 3 0 8 3072 \n k1 3 0 1 1024 \n n 4 144 16384 0 \n x0 6 6 8 0 \n x1 6 1 1 0 \n off 0 0 0 \n vec 1 1 1 \n\n64, 4, 3, 3, 1, 2, 6, \n
  1492. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 2654208, tot_bytes = 847872\n\n
  1493. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_105:\n<empty>\n Range \n i1 4 144 \n i2 4 36 \n i3 6 6 \n i4 6 1 \n off 0 \n vec 1 \n\n4, 1, 6, 6, \n
  1494. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Output operations:
  1495. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Add)]] X_T180 = add(X_T178, X_T179)
  1496. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 576, tot_bytes = 13056\n\n
  1497. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_106:\nX_T182[x0, sx1, x2, x3 : _T341, _T342, _T343, _T344] = +(X_T181[x0, x1, x2, x3])\n Range X_T182 X_T181 \n x0 4 6400 3276800 \n x1 512 0 6400 \n x2 80 80 80 \n x3 80 1 1 \n off 0 0 \n vec 1 1 \n\n1, 64, 1, 80, \n
  1498. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Output operations:
  1499. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG X_T183 = cmp_lt(X_T182, X_T3)
  1500. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Sqrt)]] X_T184 = cond(X_T183, X_T3, X_T182)
  1501. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Sqrt)]] X_T185 = sqrt(X_T184)
  1502. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Add)]] X_T186 = add(X_T185, X_I_52)
  1503. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 78643200, tot_bytes = 52582400\n\n
  1504. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_107:\n<empty>\n Range \n i1 4 3276800 \n i2 512 6400 \n i3 80 80 \n i4 80 1 \n off 0 \n vec 1 \n\n4, 8, 1, 80, \n
  1505. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Output operations:
  1506. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(TrueDiv)]] X_T187 = div(X_T105, X_T186)
  1507. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Mul)]] X_T188 = mul(X_T187, X_I_51)
  1508. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 26214400, tot_bytes = 68812800\n\n
  1509. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_109:\nX_T190[n, co, x0, x1 : _T355, _T356, _T357, _T358] = +(X_T189[n, ci, k0 + x0, k1 + x1] * X_I_50[k0, k1, ci, co])\n Range X_T190 X_T189 X_I_50 \n ci 512 0 6724 2 \n co 2 6400 0 1 \n k0 3 0 82 3072 \n k1 3 0 1 1024 \n n 4 12800 3442688 0 \n x0 80 80 82 0 \n x1 80 1 1 0 \n off 0 0 0 \n vec 1 1 1 \n\n8, 2, 3, 3, 1, 8, 80, \n
  1510. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 471859200, tot_bytes = 70369280\n\n
  1511. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_111:\n<empty>\n Range \n i1 4 12800 \n i2 2 6400 \n i3 80 80 \n i4 80 1 \n off 0 \n vec 1 \n\n4, 2, 4, 80, \n
  1512. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Output operations:
  1513. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Add)]] X_T192 = add(X_T190, X_T191)
  1514. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 51200, tot_bytes = 261120\n\n
  1515. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_112:\nX_T193[n, co, x0, x1 : _T361, _T362, _T363, _T364] = +(X_T189[n, ci, k0 + x0, k1 + x1] * X_I_55[k0, k1, ci, co])\n Range X_T193 X_T189 X_I_55 \n ci 512 0 6724 4 \n co 4 6400 0 1 \n k0 3 0 82 6144 \n k1 3 0 1 2048 \n n 4 25600 3442688 0 \n x0 80 80 82 0 \n x1 80 1 1 0 \n off 0 0 0 \n vec 1 1 1 \n\n8, 4, 3, 3, 1, 8, 80, \n
  1516. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 943718400, tot_bytes = 70615040\n\n
  1517. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_114:\n<empty>\n Range \n i1 4 25600 \n i2 4 6400 \n i3 80 80 \n i4 80 1 \n off 0 \n vec 1 \n\n4, 4, 2, 80, \n
  1518. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Output operations:
  1519. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Add)]] X_T195 = add(X_T193, X_T194)
  1520. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 102400, tot_bytes = 522240\n\n
  1521. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_115:\nX_T197[x0, sx1, x2, x3 : _T368, _T369, _T370, _T371] = +(X_T196[x0, x1, x2, x3])\n Range X_T197 X_T196 \n x0 4 1600 819200 \n x1 512 0 1600 \n x2 40 40 40 \n x3 40 1 1 \n off 0 0 \n vec 1 1 \n\n1, 128, 1, 40, \n
  1522. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Output operations:
  1523. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG X_T198 = cmp_lt(X_T197, X_T3)
  1524. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Sqrt)]] X_T199 = cond(X_T198, X_T3, X_T197)
  1525. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Sqrt)]] X_T200 = sqrt(X_T199)
  1526. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Add)]] X_T201 = add(X_T200, X_I_59)
  1527. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 19660800, tot_bytes = 13153280\n\n
  1528. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_116:\n<empty>\n Range \n i1 4 819200 \n i2 512 1600 \n i3 40 40 \n i4 40 1 \n off 0 \n vec 1 \n\n4, 1, 8, 40, \n
  1529. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Output operations:
  1530. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(TrueDiv)]] X_T202 = div(X_T127, X_T201)
  1531. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Mul)]] X_T203 = mul(X_T202, X_I_58)
  1532. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 6553600, tot_bytes = 22937600\n\n
  1533. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_118:\nX_T205[n, co, x0, x1 : _T382, _T383, _T384, _T385] = +(X_T204[n, ci, k0 + x0, k1 + x1] * X_I_57[k0, k1, ci, co])\n Range X_T205 X_T204 X_I_57 \n ci 512 0 1764 2 \n co 2 1600 0 1 \n k0 3 0 42 3072 \n k1 3 0 1 1024 \n n 4 3200 903168 0 \n x0 40 40 42 0 \n x1 40 1 1 0 \n off 0 0 0 \n vec 1 1 1 \n\n8, 2, 3, 3, 2, 4, 40, \n
  1534. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 117964800, tot_bytes = 22200320\n\n
  1535. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_120:\n<empty>\n Range \n i1 4 3200 \n i2 2 1600 \n i3 40 40 \n i4 40 1 \n off 0 \n vec 1 \n\n4, 1, 4, 40, \n
  1536. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Output operations:
  1537. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Add)]] X_T207 = add(X_T205, X_T206)
  1538. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 12800, tot_bytes = 87040\n\n
  1539. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_121:\nX_T208[n, co, x0, x1 : _T388, _T389, _T390, _T391] = +(X_T204[n, ci, k0 + x0, k1 + x1] * X_I_62[k0, k1, ci, co])\n Range X_T208 X_T204 X_I_62 \n ci 512 0 1764 4 \n co 4 1600 0 1 \n k0 3 0 42 6144 \n k1 3 0 1 2048 \n n 4 6400 903168 0 \n x0 40 40 42 0 \n x1 40 1 1 0 \n off 0 0 0 \n vec 1 1 1 \n\n8, 4, 3, 3, 2, 4, 40, \n
  1540. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 235929600, tot_bytes = 22282240\n\n
  1541. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_123:\n<empty>\n Range \n i1 4 6400 \n i2 4 1600 \n i3 40 40 \n i4 40 1 \n off 0 \n vec 1 \n\n4, 1, 8, 40, \n
  1542. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Output operations:
  1543. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Add)]] X_T210 = add(X_T208, X_T209)
  1544. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 25600, tot_bytes = 174080\n\n
  1545. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_124:\nX_T211[n, c, d0, d1 : _T394, _T395, _T396, _T397] = =(X_T144[n, c, -1 + d0, -1 + d1])\n Range X_T211 X_T144 \n c 1024 676 576 \n d0 24 26 24 \n d1 24 1 1 \n n 4 692224 589824 \n off 27 0 \n vec 1 1 \n\n2, 2, 24, 4, \n
  1546. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 4718592, tot_bytes = 22020096\n\n
  1547. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_125:\nX_T212[n, co, x0, x1 : _T398, _T399, _T400, _T401] = +(X_T211[n, ci, k0 + x0, k1 + x1] * X_I_64[k0, k1, ci, co])\n Range X_T212 X_T211 X_I_64 \n ci 1024 0 676 2 \n co 2 576 0 1 \n k0 3 0 26 6144 \n k1 3 0 1 2048 \n n 4 1152 692224 0 \n x0 24 24 26 0 \n x1 24 1 1 0 \n off 0 0 0 \n vec 1 1 1 \n\n16, 2, 3, 3, 4, 2, 24, \n
  1548. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 84934656, tot_bytes = 21356544\n\n
  1549. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_127:\n<empty>\n Range \n i1 4 1152 \n i2 2 576 \n i3 24 24 \n i4 24 1 \n off 0 \n vec 1 \n\n1, 1, 8, 24, \n
  1550. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Output operations:
  1551. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Add)]] X_T214 = add(X_T212, X_T213)
  1552. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 4608, tot_bytes = 26112\n\n
  1553. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_128:\nX_T215[n, co, x0, x1 : _T404, _T405, _T406, _T407] = +(X_T211[n, ci, k0 + x0, k1 + x1] * X_I_66[k0, k1, ci, co])\n Range X_T215 X_T211 X_I_66 \n ci 1024 0 676 4 \n co 4 576 0 1 \n k0 3 0 26 12288 \n k1 3 0 1 4096 \n n 4 2304 692224 0 \n x0 24 24 26 0 \n x1 24 1 1 0 \n off 0 0 0 \n vec 1 1 1 \n\n16, 4, 3, 3, 2, 4, 24, \n
  1554. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 169869312, tot_bytes = 17154048\n\n
  1555. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_130:\n<empty>\n Range \n i1 4 2304 \n i2 4 576 \n i3 24 24 \n i4 24 1 \n off 0 \n vec 1 \n\n2, 1, 8, 24, \n
  1556. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Output operations:
  1557. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Add)]] X_T217 = add(X_T215, X_T216)
  1558. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 9216, tot_bytes = 52224\n\n
  1559. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_131:\nX_T218[n, c, d0, d1 : _T410, _T411, _T412, _T413] = =(X_T158[n, c, -1 + d0, -1 + d1])\n Range X_T218 X_T158 \n c 512 196 144 \n d0 12 14 12 \n d1 12 1 1 \n n 4 100352 73728 \n off 15 0 \n vec 1 1 \n\n16, 12, 12, 1, \n
  1560. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 589824, tot_bytes = 4325376\n\n
  1561. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_132:\nX_T219[n, co, x0, x1 : _T414, _T415, _T416, _T417] = +(X_T218[n, ci, k0 + x0, k1 + x1] * X_I_68[k0, k1, ci, co])\n Range X_T219 X_T218 X_I_68 \n ci 512 0 196 2 \n co 2 144 0 1 \n k0 3 0 14 3072 \n k1 3 0 1 1024 \n n 4 288 100352 0 \n x0 12 12 14 0 \n x1 12 1 1 0 \n off 0 0 0 \n vec 1 1 1 \n\n32, 2, 3, 3, 2, 2, 12, \n
  1562. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 10616832, tot_bytes = 3207168\n\n
  1563. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_134:\n<empty>\n Range \n i1 4 288 \n i2 2 144 \n i3 12 12 \n i4 12 1 \n off 0 \n vec 1 \n\n2, 1, 4, 12, \n
  1564. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Output operations:
  1565. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Add)]] X_T221 = add(X_T219, X_T220)
  1566. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 1152, tot_bytes = 13056\n\n
  1567. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_135:\nX_T222[n, co, x0, x1 : _T420, _T421, _T422, _T423] = +(X_T218[n, ci, k0 + x0, k1 + x1] * X_I_70[k0, k1, ci, co])\n Range X_T222 X_T218 X_I_70 \n ci 512 0 196 4 \n co 4 144 0 1 \n k0 3 0 14 6144 \n k1 3 0 1 2048 \n n 4 576 100352 0 \n x0 12 12 14 0 \n x1 12 1 1 0 \n off 0 0 0 \n vec 1 1 1 \n\n32, 4, 3, 3, 2, 2, 12, \n
  1568. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 21233664, tot_bytes = 3661824\n\n
  1569. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Contraction kernel_c26_sdk_137:\n<empty>\n Range \n i1 4 576 \n i2 4 144 \n i3 12 12 \n i4 12 1 \n off 0 \n vec 1 \n\n2, 2, 4, 12, \n
  1570. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Output operations:
  1571. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG [[pid(Add)]] X_T224 = add(X_T222, X_T223)
  1572. 04/28/2020 04:42:58 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG tot_flops = 2304, tot_bytes = 26112\n\n
  1573. 04/28/2020 04:42:58 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1574. 04/28/2020 04:42:58 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1575. 04/28/2020 04:42:59 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1576. 04/28/2020 04:42:59 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1577. 04/28/2020 04:43:00 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1578. 04/28/2020 04:43:00 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1579. 04/28/2020 04:43:01 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1580. 04/28/2020 04:43:01 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1581. 04/28/2020 04:43:02 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1582. 04/28/2020 04:43:02 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1583. 04/28/2020 04:43:03 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1584. 04/28/2020 04:43:03 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1585. 04/28/2020 04:43:04 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1586. 04/28/2020 04:43:04 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1587. 04/28/2020 04:43:05 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Minimal loc count: 159 Remaining mem: 0
  1588. 04/28/2020 04:43:05 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Final loc count: 165 Remaining mem: 0
  1589. 04/28/2020 04:43:05 MainProcess detect_s3fd_predict_0 library _logger_callback DEBUG Running program 000000000AF2B070
  1590. 04/28/2020 04:43:05 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1591. 04/28/2020 04:43:05 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1592. 04/28/2020 04:43:06 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1593. 04/28/2020 04:43:06 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1594. 04/28/2020 04:43:07 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1595. 04/28/2020 04:43:07 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1596. 04/28/2020 04:43:08 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1597. 04/28/2020 04:43:08 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1598. 04/28/2020 04:43:09 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1599. 04/28/2020 04:43:09 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1600. 04/28/2020 04:43:10 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1601. 04/28/2020 04:43:10 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1602. 04/28/2020 04:43:11 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1603. 04/28/2020 04:43:11 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1604. 04/28/2020 04:43:12 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1605. 04/28/2020 04:43:12 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1606. 04/28/2020 04:43:13 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1607. 04/28/2020 04:43:13 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1608. 04/28/2020 04:43:14 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1609. 04/28/2020 04:43:14 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1610. 04/28/2020 04:43:16 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1611. 04/28/2020 04:43:16 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1612. 04/28/2020 04:43:17 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1613. 04/28/2020 04:43:17 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1614. 04/28/2020 04:43:18 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1615. 04/28/2020 04:43:18 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1616. 04/28/2020 04:43:19 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1617. 04/28/2020 04:43:19 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1618. 04/28/2020 04:43:20 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1619. 04/28/2020 04:43:20 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1620. 04/28/2020 04:43:21 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1621. 04/28/2020 04:43:21 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1622. 04/28/2020 04:43:22 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1623. 04/28/2020 04:43:22 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1624. 04/28/2020 04:43:23 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1625. 04/28/2020 04:43:23 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1626. 04/28/2020 04:43:24 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1627. 04/28/2020 04:43:24 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1628. 04/28/2020 04:43:25 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1629. 04/28/2020 04:43:25 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1630. 04/28/2020 04:43:26 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1631. 04/28/2020 04:43:26 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1632. 04/28/2020 04:43:27 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1633. 04/28/2020 04:43:27 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1634. 04/28/2020 04:43:28 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1635. 04/28/2020 04:43:28 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1636. 04/28/2020 04:43:29 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1637. 04/28/2020 04:43:29 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1638. 04/28/2020 04:43:30 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1639. 04/28/2020 04:43:30 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1640. 04/28/2020 04:43:31 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1641. 04/28/2020 04:43:31 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1642. 04/28/2020 04:43:32 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1643. 04/28/2020 04:43:32 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1644. 04/28/2020 04:43:33 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1645. 04/28/2020 04:43:33 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1646. 04/28/2020 04:43:34 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1647. 04/28/2020 04:43:34 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1648. 04/28/2020 04:43:35 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1649. 04/28/2020 04:43:35 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1650. 04/28/2020 04:43:36 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1651. 04/28/2020 04:43:36 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1652. 04/28/2020 04:43:37 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1653. 04/28/2020 04:43:37 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1654. 04/28/2020 04:43:38 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1655. 04/28/2020 04:43:38 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1656. 04/28/2020 04:43:39 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1657. 04/28/2020 04:43:39 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1658. 04/28/2020 04:43:40 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1659. 04/28/2020 04:43:40 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1660. 04/28/2020 04:43:41 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1661. 04/28/2020 04:43:41 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1662. 04/28/2020 04:43:42 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1663. 04/28/2020 04:43:42 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]
  1664. 04/28/2020 04:43:43 MainProcess MainThread pipeline _current_phase TRACE ['detect']
  1665. 04/28/2020 04:43:43 MainProcess MainThread pipeline _active_plugins TRACE Active plugins: [<plugins.extract.detect.s3fd.Detect object at 0x000000000CDCCEC8>]