BaseSupervisedTracker

class lightning_pose.models.base.BaseSupervisedTracker

Bases: BaseFeatureExtractor

Base class for supervised trackers.

Methods Summary

evaluate_labeled(batch_dict[, stage])	Compute and log the losses on a batch of labeled data.
get_loss_inputs_labeled(batch_dict)	Return predicted coordinates for a batch of data.
test_step(batch_dict, batch_idx)	Base test step, a wrapper around the evaluate_labeled method.
training_step(batch_dict, batch_idx)	Base training step, a wrapper around the evaluate_labeled method.
validation_step(batch_dict, batch_idx)	Base validation step, a wrapper around the evaluate_labeled method.

Methods Documentation

evaluate_labeled(batch_dict: BaseLabeledBatchDict | HeatmapLabeledBatchDict | MultiviewLabeledBatchDict | MultiviewHeatmapLabeledBatchDict, stage: Literal['train', 'val', 'test'] | None = None) → float32), 'cls_name': 'TensorType'}]

Compute and log the losses on a batch of labeled data.

get_loss_inputs_labeled(batch_dict: BaseLabeledBatchDict | HeatmapLabeledBatchDict | MultiviewLabeledBatchDict | MultiviewHeatmapLabeledBatchDict) → dict

Return predicted coordinates for a batch of data.

test_step(batch_dict: BaseLabeledBatchDict | HeatmapLabeledBatchDict | MultiviewLabeledBatchDict | MultiviewHeatmapLabeledBatchDict, batch_idx: int) → None

Base test step, a wrapper around the evaluate_labeled method.

training_step(batch_dict: BaseLabeledBatchDict | HeatmapLabeledBatchDict | MultiviewLabeledBatchDict | MultiviewHeatmapLabeledBatchDict, batch_idx: int) → dict[str, ~torch.Annotated[~torch.Tensor, {'__torchtyping__': True, 'details': ((), torch.float32), 'cls_name': 'TensorType'}]]

Base training step, a wrapper around the evaluate_labeled method.

validation_step(batch_dict: BaseLabeledBatchDict | HeatmapLabeledBatchDict | MultiviewLabeledBatchDict | MultiviewHeatmapLabeledBatchDict, batch_idx: int) → None

Base validation step, a wrapper around the evaluate_labeled method.

__init__(backbone: Literal['resnet18', 'resnet34', 'resnet50', 'resnet101', 'resnet152', 'resnet50_contrastive', 'resnet50_animal_apose', 'resnet50_animal_ap10k', 'resnet50_human_jhmdb', 'resnet50_human_res_rle', 'resnet50_human_top_res', 'resnet50_human_hand', 'efficientnet_b0', 'efficientnet_b1', 'efficientnet_b2', 'vits_dino', 'vitb_dino', 'vitb_imagenet', 'vitb_sam'] = 'resnet50', pretrained: bool = True, lr_scheduler: str = 'multisteplr', lr_scheduler_params: DictConfig | dict | None = None, optimizer: str = 'Adam', optimizer_params: DictConfig | dict | None = None, do_context: bool = False, image_size: int = 256, model_type: Literal['heatmap', 'regression'] = 'heatmap', **kwargs: Any) → None

A CNN model that takes in images and generates features.

ResNets will be loaded from torchvision and can be either pre-trained on ImageNet or randomly initialized. These were originally used for classification tasks, so we truncate their final fully connected layer.

Parameters:

• backbone – which backbone version to use; defaults to resnet50

• pretrained – True to load weights pretrained on imagenet (torchvision models only)

• optimizer – optimizer class to instantiate (Adam, AdamW, more to be added in future)

• optimizer_params – arguments to pass to optimizer

• lr_scheduler – how to schedule learning rate

• lr_scheduler_params – params for specific learning rate schedulers

• do_context – include temporal context when processing each frame

• image_size – height/width of frames, for ViT models only

• model_type – type of model

__new__(**kwargs)