brep2sdf/code/conversion/loss.py



class LossManager:
    def __init__(self):
        pass

    def compute_loss(self, outputs):
        """
        计算流型损失的逻辑

        :param outputs: 模型的输出
        :return: 计算得到的流型损失值     
        """

        # 计算流型损失（这里使用均方误差作为示例）
        manifold_loss = (outputs.abs()).mean()  # 计算流型损失
        return manifold_loss
feat: Add LossManager for manifold loss computation - Created `loss.py` with a `LossManager` class to handle loss calculation - Integrated `LossManager` into the training pipeline in `train.py` - Implemented a basic manifold loss computation using mean absolute value 4 months ago



			`class LossManager:`
			`def __init__(self):`
			`pass`

			`def compute_loss(self, outputs):`
			`"""`
			`计算流型损失的逻辑`

			`:param outputs: 模型的输出`
			`:return: 计算得到的流型损失值`
			`"""`

			`# 计算流型损失（这里使用均方误差作为示例）`
			`manifold_loss = (outputs.abs()).mean() # 计算流型损失`
			`return manifold_loss`