easydiffusion/ui/easydiffusion/types.py
2023-08-01 15:39:15 +05:30

263 lines
8.1 KiB
Python

from typing import Any, List, Dict, Union
from pydantic import BaseModel
class GenerateImageRequest(BaseModel):
prompt: str = ""
negative_prompt: str = ""
seed: int = 42
width: int = 512
height: int = 512
num_outputs: int = 1
num_inference_steps: int = 50
guidance_scale: float = 7.5
init_image: Any = None
init_image_mask: Any = None
control_image: Any = None
control_alpha: Union[float, List[float]] = None
prompt_strength: float = 0.8
preserve_init_image_color_profile = False
strict_mask_border = False
sampler_name: str = None # "ddim", "plms", "heun", "euler", "euler_a", "dpm2", "dpm2_a", "lms"
hypernetwork_strength: float = 0
lora_alpha: Union[float, List[float]] = 0
tiling: str = "none" # "none", "x", "y", "xy"
class FilterImageRequest(BaseModel):
image: Any = None
filter: Union[str, List[str]] = None
filter_params: dict = {}
class ModelsData(BaseModel):
"""
Contains the information related to the models involved in a request.
- To load a model: set the relative path(s) to the model in `model_paths`. No effect if already loaded.
- To unload a model: set the model to `None` in `model_paths`. No effect if already unloaded.
Models that aren't present in `model_paths` will not be changed.
"""
model_paths: Dict[str, Union[str, None, List[str]]] = None
"model_type to string path, or list of string paths"
model_params: Dict[str, Dict[str, Any]] = {}
"model_type to dict of parameters"
class OutputFormatData(BaseModel):
output_format: str = "jpeg" # or "png" or "webp"
output_quality: int = 75
output_lossless: bool = False
class TaskData(BaseModel):
request_id: str = None
session_id: str = "session"
save_to_disk_path: str = None
vram_usage_level: str = "balanced" # or "low" or "medium"
use_face_correction: Union[str, List[str]] = None # or "GFPGANv1.3"
use_upscale: Union[str, List[str]] = None
upscale_amount: int = 4 # or 2
latent_upscaler_steps: int = 10
use_stable_diffusion_model: Union[str, List[str]] = "sd-v1-4"
use_vae_model: Union[str, List[str]] = None
use_hypernetwork_model: Union[str, List[str]] = None
use_lora_model: Union[str, List[str]] = None
use_controlnet_model: Union[str, List[str]] = None
filters: List[str] = []
filter_params: Dict[str, Dict[str, Any]] = {}
control_filter_to_apply: Union[str, List[str]] = None
show_only_filtered_image: bool = False
block_nsfw: bool = False
metadata_output_format: str = "txt" # or "json"
stream_image_progress: bool = False
stream_image_progress_interval: int = 5
clip_skip: bool = False
codeformer_upscale_faces: bool = False
codeformer_fidelity: float = 0.5
class MergeRequest(BaseModel):
model0: str = None
model1: str = None
ratio: float = None
out_path: str = "mix"
use_fp16 = True
class Image:
data: str # base64
seed: int
is_nsfw: bool
path_abs: str = None
def __init__(self, data, seed):
self.data = data
self.seed = seed
def json(self):
return {
"data": self.data,
"seed": self.seed,
"path_abs": self.path_abs,
}
class GenerateImageResponse:
render_request: GenerateImageRequest
task_data: TaskData
models_data: ModelsData
images: list
def __init__(
self,
render_request: GenerateImageRequest,
task_data: TaskData,
models_data: ModelsData,
output_format: OutputFormatData,
images: list,
):
self.render_request = render_request
self.task_data = task_data
self.models_data = models_data
self.output_format = output_format
self.images = images
def json(self):
del self.render_request.init_image
del self.render_request.init_image_mask
del self.render_request.control_image
task_data = self.task_data.dict()
task_data.update(self.output_format.dict())
res = {
"status": "succeeded",
"render_request": self.render_request.dict(),
"task_data": task_data,
# "models_data": self.models_data.dict(), # haven't migrated the UI to the new format (yet)
"output": [],
}
for image in self.images:
res["output"].append(image.json())
return res
class FilterImageResponse:
request: FilterImageRequest
models_data: ModelsData
images: list
def __init__(self, request: FilterImageRequest, models_data: ModelsData, images: list):
self.request = request
self.models_data = models_data
self.images = images
def json(self):
del self.request.image
res = {
"status": "succeeded",
"request": self.request.dict(),
"models_data": self.models_data.dict(),
"output": [],
}
for image in self.images:
res["output"].append(image)
return res
class UserInitiatedStop(Exception):
pass
def convert_legacy_render_req_to_new(old_req: dict):
new_req = dict(old_req)
# new keys
model_paths = new_req["model_paths"] = {}
model_params = new_req["model_params"] = {}
filters = new_req["filters"] = []
filter_params = new_req["filter_params"] = {}
# move the model info
model_paths["stable-diffusion"] = old_req.get("use_stable_diffusion_model")
model_paths["vae"] = old_req.get("use_vae_model")
model_paths["hypernetwork"] = old_req.get("use_hypernetwork_model")
model_paths["lora"] = old_req.get("use_lora_model")
model_paths["controlnet"] = old_req.get("use_controlnet_model")
model_paths["gfpgan"] = old_req.get("use_face_correction", "")
model_paths["gfpgan"] = model_paths["gfpgan"] if "gfpgan" in model_paths["gfpgan"].lower() else None
model_paths["codeformer"] = old_req.get("use_face_correction", "")
model_paths["codeformer"] = model_paths["codeformer"] if "codeformer" in model_paths["codeformer"].lower() else None
model_paths["realesrgan"] = old_req.get("use_upscale", "")
model_paths["realesrgan"] = model_paths["realesrgan"] if "realesrgan" in model_paths["realesrgan"].lower() else None
model_paths["latent_upscaler"] = old_req.get("use_upscale", "")
model_paths["latent_upscaler"] = (
model_paths["latent_upscaler"] if "latent_upscaler" in model_paths["latent_upscaler"].lower() else None
)
if "control_filter_to_apply" in old_req:
filter_model = old_req["control_filter_to_apply"]
model_paths[filter_model] = filter_model
if old_req.get("block_nsfw"):
model_paths["nsfw_checker"] = "nsfw_checker"
# move the model params
if model_paths["stable-diffusion"]:
model_params["stable-diffusion"] = {
"clip_skip": bool(old_req.get("clip_skip", False)),
"convert_to_tensorrt": bool(old_req.get("convert_to_tensorrt", False)),
}
# move the filter params
if model_paths["realesrgan"]:
filter_params["realesrgan"] = {"scale": int(old_req.get("upscale_amount", 4))}
if model_paths["latent_upscaler"]:
filter_params["latent_upscaler"] = {
"prompt": old_req["prompt"],
"negative_prompt": old_req.get("negative_prompt"),
"seed": int(old_req.get("seed", 42)),
"num_inference_steps": int(old_req.get("latent_upscaler_steps", 10)),
"guidance_scale": 0,
}
if model_paths["codeformer"]:
filter_params["codeformer"] = {
"upscale_faces": bool(old_req.get("codeformer_upscale_faces", True)),
"codeformer_fidelity": float(old_req.get("codeformer_fidelity", 0.5)),
}
# set the filters
if old_req.get("block_nsfw"):
filters.append("nsfw_checker")
if model_paths["codeformer"]:
filters.append("codeformer")
elif model_paths["gfpgan"]:
filters.append("gfpgan")
if model_paths["realesrgan"]:
filters.append("realesrgan")
elif model_paths["latent_upscaler"]:
filters.append("latent_upscaler")
return new_req