303 lines
No EOL
12 KiB
Python
303 lines
No EOL
12 KiB
Python
from model.unet import ScaleAt
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from model.latentnet import *
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from diffusion.resample import UniformSampler
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from diffusion.diffusion import space_timesteps
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from typing import Tuple
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from config_base import BaseConfig
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from dataset import *
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from diffusion import *
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from diffusion.base import GenerativeType, LossType, ModelMeanType, ModelVarType, get_named_beta_schedule
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from model import *
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from choices import *
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@dataclass
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class PretrainConfig(BaseConfig):
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name: str
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path: str
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@dataclass
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class TrainConfig(BaseConfig):
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seed: int = 0
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train_mode: TrainMode = TrainMode.diffusion
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train_cond0_prob: float = 0
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train_pred_xstart_detach: bool = True
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train_interpolate_prob: float = 0
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train_interpolate_img: bool = False
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accum_batches: int = 1
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autoenc_mid_attn: bool = True
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batch_size: int = 512
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batch_size_eval: int = 4
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beatgans_gen_type: GenerativeType = GenerativeType.ddim
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beatgans_loss_type: LossType = LossType.mse
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beatgans_model_mean_type: ModelMeanType = ModelMeanType.eps
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beatgans_model_var_type: ModelVarType = ModelVarType.fixed_large
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beatgans_rescale_timesteps: bool = False
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latent_infer_path: str = None
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latent_znormalize: bool = False
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latent_gen_type: GenerativeType = GenerativeType.ddim
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latent_loss_type: LossType = LossType.mse
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latent_model_mean_type: ModelMeanType = ModelMeanType.eps
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latent_model_var_type: ModelVarType = ModelVarType.fixed_large
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latent_rescale_timesteps: bool = False
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latent_T_eval: int = 1_000
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latent_clip_sample: bool = False
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latent_beta_scheduler: str = 'linear'
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beta_scheduler: str = 'linear'
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data_name: str = ''
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data_val_name: str = None
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diffusion_type: str = None
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dropout: float = 0.1
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ema_decay: float = 0.9999
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eval_num_images: int = 5_000
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eval_every_samples: int = 200_000
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eval_ema_every_samples: int = 200_000
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fid_use_torch: bool = True
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fp16: bool = False
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grad_clip: float = 1
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img_size: int = 64
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lr: float = 0.0001
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optimizer: OptimizerType = OptimizerType.adam
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weight_decay: float = 0
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model_conf: ModelConfig = None
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model_name: ModelName = None
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model_type: ModelType = None
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net_attn: Tuple[int] = None
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net_beatgans_attn_head: int = 1
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net_beatgans_embed_channels: int = 128
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net_resblock_updown: bool = True
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net_enc_use_time: bool = False
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net_enc_pool: str = 'adaptivenonzero'
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net_beatgans_gradient_checkpoint: bool = False
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net_beatgans_resnet_two_cond: bool = False
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net_beatgans_resnet_use_zero_module: bool = True
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net_beatgans_resnet_scale_at: ScaleAt = ScaleAt.after_norm
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net_beatgans_resnet_cond_channels: int = None
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net_ch_mult: Tuple[int] = None
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net_ch: int = 64
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net_enc_attn: Tuple[int] = None
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net_enc_k: int = None
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net_enc_num_res_blocks: int = 2
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net_enc_channel_mult: Tuple[int] = None
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net_enc_grad_checkpoint: bool = False
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net_autoenc_stochastic: bool = False
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net_latent_activation: Activation = Activation.silu
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net_latent_channel_mult: Tuple[int] = (1, 2, 4)
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net_latent_condition_bias: float = 0
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net_latent_dropout: float = 0
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net_latent_layers: int = None
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net_latent_net_last_act: Activation = Activation.none
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net_latent_net_type: LatentNetType = LatentNetType.none
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net_latent_num_hid_channels: int = 1024
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net_latent_num_time_layers: int = 2
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net_latent_skip_layers: Tuple[int] = None
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net_latent_time_emb_channels: int = 64
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net_latent_use_norm: bool = False
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net_latent_time_last_act: bool = False
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net_num_res_blocks: int = 2
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net_num_input_res_blocks: int = None
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net_enc_num_cls: int = None
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num_workers: int = 4
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parallel: bool = False
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postfix: str = ''
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sample_size: int = 64
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sample_every_samples: int = 20_000
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save_every_samples: int = 100_000
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style_ch: int = 128
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T_eval: int = 1_000
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T_sampler: str = 'uniform'
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T: int = 1_000
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total_samples: int = 10_000_000
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warmup: int = 0
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pretrain: PretrainConfig = None
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continue_from: PretrainConfig = None
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eval_programs: Tuple[str] = None
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eval_path: str = None
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base_dir: str = 'checkpoints'
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name: str = ''
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logdir: str = f'{base_dir}{name}'
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num_users: int = 0
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def __post_init__(self):
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self.batch_size_eval = self.batch_size_eval or self.batch_size
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self.data_val_name = self.data_val_name or self.data_name
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def scale_up_gpus(self, num_gpus, num_nodes=1):
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self.eval_ema_every_samples *= num_gpus * num_nodes
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self.eval_every_samples *= num_gpus * num_nodes
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self.sample_every_samples *= num_gpus * num_nodes
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self.batch_size *= num_gpus * num_nodes
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self.batch_size_eval *= num_gpus * num_nodes
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return self
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@property
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def batch_size_effective(self):
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return self.batch_size * self.accum_batches
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def _make_diffusion_conf(self, T=None):
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if self.diffusion_type == 'beatgans':
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if self.beatgans_gen_type == GenerativeType.ddpm:
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section_counts = [T]
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elif self.beatgans_gen_type == GenerativeType.ddim:
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section_counts = f'ddim{T}'
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else:
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raise NotImplementedError()
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return SpacedDiffusionBeatGansConfig(
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gen_type=self.beatgans_gen_type,
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model_type=self.model_type,
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betas=get_named_beta_schedule(self.beta_scheduler, self.T),
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model_mean_type=self.beatgans_model_mean_type,
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model_var_type=self.beatgans_model_var_type,
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loss_type=self.beatgans_loss_type,
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rescale_timesteps=self.beatgans_rescale_timesteps,
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use_timesteps=space_timesteps(num_timesteps=self.T,
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section_counts=section_counts),
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fp16=self.fp16,
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)
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else:
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raise NotImplementedError()
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def _make_latent_diffusion_conf(self, T=None):
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if self.latent_gen_type == GenerativeType.ddpm:
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section_counts = [T]
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elif self.latent_gen_type == GenerativeType.ddim:
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section_counts = f'ddim{T}'
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else:
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raise NotImplementedError()
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return SpacedDiffusionBeatGansConfig(
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train_pred_xstart_detach=self.train_pred_xstart_detach,
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gen_type=self.latent_gen_type,
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model_type=ModelType.ddpm,
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betas=get_named_beta_schedule(self.latent_beta_scheduler, self.T),
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model_mean_type=self.latent_model_mean_type,
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model_var_type=self.latent_model_var_type,
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loss_type=self.latent_loss_type,
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rescale_timesteps=self.latent_rescale_timesteps,
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use_timesteps=space_timesteps(num_timesteps=self.T,
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section_counts=section_counts),
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fp16=self.fp16,
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)
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@property
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def model_out_channels(self):
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return 2
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@property
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def model_input_channels(self):
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return 2
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def make_T_sampler(self):
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if self.T_sampler == 'uniform':
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return UniformSampler(self.T)
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else:
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raise NotImplementedError()
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def make_diffusion_conf(self):
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return self._make_diffusion_conf(self.T)
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def make_eval_diffusion_conf(self):
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return self._make_diffusion_conf(T=self.T_eval)
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def make_latent_diffusion_conf(self):
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return self._make_latent_diffusion_conf(T=self.T)
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def make_latent_eval_diffusion_conf(self):
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return self._make_latent_diffusion_conf(T=self.latent_T_eval)
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def make_dataset(self, taskdata, tasklabels):
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return SimpleSet(taskdata, tasklabels, intflag=True)
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def make_model_conf(self):
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if self.model_name == ModelName.beatgans_ddpm:
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self.model_type = ModelType.ddpm
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self.model_conf = BeatGANsUNetConfig(
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attention_resolutions=self.net_attn,
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channel_mult=self.net_ch_mult,
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conv_resample=True,
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dims=2,
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dropout=self.dropout,
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embed_channels=self.net_beatgans_embed_channels,
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image_size=self.img_size,
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in_channels=self.model_input_channels,
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model_channels=self.net_ch,
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num_classes=None,
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num_head_channels=-1,
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num_heads_upsample=-1,
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num_heads=self.net_beatgans_attn_head,
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num_res_blocks=self.net_num_res_blocks,
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num_input_res_blocks=self.net_num_input_res_blocks,
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out_channels=self.model_out_channels,
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resblock_updown=self.net_resblock_updown,
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use_checkpoint=self.net_beatgans_gradient_checkpoint,
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use_new_attention_order=False,
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resnet_two_cond=self.net_beatgans_resnet_two_cond,
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resnet_use_zero_module=self.
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net_beatgans_resnet_use_zero_module,
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)
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elif self.model_name in [
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ModelName.beatgans_autoenc,
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]:
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cls = BeatGANsAutoencConfig
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if self.model_name == ModelName.beatgans_autoenc:
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self.model_type = ModelType.autoencoder
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else:
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raise NotImplementedError()
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if self.net_latent_net_type == LatentNetType.none:
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latent_net_conf = None
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elif self.net_latent_net_type == LatentNetType.skip:
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latent_net_conf = MLPSkipNetConfig(
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num_channels=self.style_ch,
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skip_layers=self.net_latent_skip_layers,
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num_hid_channels=self.net_latent_num_hid_channels,
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num_layers=self.net_latent_layers,
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num_time_emb_channels=self.net_latent_time_emb_channels,
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activation=self.net_latent_activation,
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use_norm=self.net_latent_use_norm,
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condition_bias=self.net_latent_condition_bias,
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dropout=self.net_latent_dropout,
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last_act=self.net_latent_net_last_act,
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num_time_layers=self.net_latent_num_time_layers,
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time_last_act=self.net_latent_time_last_act,
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)
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else:
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raise NotImplementedError()
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self.model_conf = cls(
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attention_resolutions=self.net_attn,
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channel_mult=self.net_ch_mult,
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conv_resample=True,
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dims=1,
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dropout=self.dropout,
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embed_channels=self.net_beatgans_embed_channels,
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enc_out_channels=self.style_ch,
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enc_pool=self.net_enc_pool,
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enc_num_res_block=self.net_enc_num_res_blocks,
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enc_channel_mult=self.net_enc_channel_mult,
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enc_grad_checkpoint=self.net_enc_grad_checkpoint,
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enc_attn_resolutions=self.net_enc_attn,
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image_size=self.img_size,
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in_channels=self.model_input_channels,
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model_channels=self.net_ch,
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num_classes=None,
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num_head_channels=-1,
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num_heads_upsample=-1,
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num_heads=self.net_beatgans_attn_head,
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num_res_blocks=self.net_num_res_blocks,
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num_input_res_blocks=self.net_num_input_res_blocks,
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out_channels=self.model_out_channels,
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resblock_updown=self.net_resblock_updown,
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use_checkpoint=self.net_beatgans_gradient_checkpoint,
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use_new_attention_order=False,
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resnet_two_cond=self.net_beatgans_resnet_two_cond,
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resnet_use_zero_module=self.
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net_beatgans_resnet_use_zero_module,
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latent_net_conf=latent_net_conf,
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resnet_cond_channels=self.net_beatgans_resnet_cond_channels,
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num_users = self.num_users,
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)
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else:
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raise NotImplementedError(self.model_name)
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return self.model_conf |