torchcell.trainers.int_dango.RegressionTask
- class RegressionTask(model: Module, cell_graph: HeteroData, optimizer_config: dict[str, Any], lr_scheduler_config: dict[str, Any], batch_size: int | None = None, clip_grad_norm: bool = False, clip_grad_norm_max_norm: float = 0.1, plot_sample_ceiling: int = 1000, plot_every_n_epochs: int = 10, loss_func: Module | None = None, grad_accumulation_schedule: dict[int, int] | None = None, device: str = 'cuda', forward_transform: Module | None = None, inverse_transform: Module | None = None, execution_mode: str = 'training')[source]
Bases:
LightningModuleLightning module training DANGO to regress genetic interaction scores.
- forward(batch: Any) tuple[Tensor, dict[str, Any]][source]
Forward pass through the model
- Parameters:
batch – HeteroData batch containing perturbation information
- Returns:
the model’s own outputs dict, unchanged (for
Dango:integrated_embeddings,reconstructions,network_embeddings,initial_embeddings,interaction_scores), so one call feeds the loss, the metrics and every log of a step.- Return type:
Tuple of (predictions, outputs)
- on_validation_epoch_end() None[source]
Aggregate and log validation metrics and plots at epoch end.
- configure_optimizers() OptimizerLRSchedulerConfig[source]
Build and return the optimizer and learning-rate scheduler.
The ReduceLROnPlateau scheduler is built and registered, but this task uses manual optimization and never calls
lr_schedulers().step(), so Lightning does not step it and the learning rate stays at its configured value.