import torch torch.jit.script = lambda f: f # General import os from os.path import join as opj import argparse import datetime from pathlib import Path # import spaces import gradio as gr import tempfile import yaml from t2v_enhanced.model.video_ldm import VideoLDM # Utilities from t2v_enhanced.inference_utils import * from t2v_enhanced.model_init import * from t2v_enhanced.model_func import * on_huggingspace = os.environ.get("SPACE_AUTHOR_NAME") == "PAIR" parser = argparse.ArgumentParser() parser.add_argument('--public_access', action='store_true', default=True) parser.add_argument('--where_to_log', type=str, default="gradio_output") parser.add_argument('--device', type=str, default="cuda") args = parser.parse_args() Path(args.where_to_log).mkdir(parents=True, exist_ok=True) result_fol = Path(args.where_to_log).absolute() device = args.device # -------------------------- # ----- Configurations ----- # -------------------------- ckpt_file_streaming_t2v = Path("t2v_enhanced/checkpoints/streaming_t2v.ckpt").absolute() cfg_v2v = {'downscale': 1, 'upscale_size': (1280, 720), 'model_id': 'damo/Video-to-Video', 'pad': True} # -------------------------- # ----- Initialization ----- # -------------------------- ms_model = init_modelscope(device) # # zs_model = init_zeroscope(device) ad_model = init_animatediff(device) svd_model = init_svd(device) sdxl_model = init_sdxl(device) stream_cli, stream_model = init_streamingt2v_model(ckpt_file_streaming_t2v, result_fol) msxl_model = init_v2v_model(cfg_v2v) inference_generator = torch.Generator(device="cuda") # ------------------------- # ----- Functionality ----- # ------------------------- # @spaces.GPU def generate(prompt, num_frames, image, model_name_stage1, model_name_stage2, seed, t, image_guidance, where_to_log=result_fol): now = datetime.datetime.now() name = prompt[:100].replace(" ", "_") + "_" + str(now.time()).replace(":", "_").replace(".", "_") if num_frames == [] or num_frames is None: num_frames = 56 else: num_frames = int(num_frames.split(" ")[0]) n_autoreg_gen = num_frames//8-8 inference_generator.manual_seed(seed) if model_name_stage1 == "ModelScopeT2V (text to video)": short_video = ms_short_gen(prompt, ms_model, inference_generator, t, device) elif model_name_stage1 == "AnimateDiff (text to video)": short_video = ad_short_gen(prompt, ad_model, inference_generator, t, device) elif model_name_stage1 == "SVD (image to video)": short_video = svd_short_gen(image, prompt, svd_model, sdxl_model, inference_generator, t, device) stream_long_gen(prompt, short_video, n_autoreg_gen, seed, t, image_guidance, name, stream_cli, stream_model) video_path = opj(where_to_log, name+".mp4") return video_path def enhance(prompt, input_to_enhance, num_frames=None, image=None, model_name_stage1=None, model_name_stage2=None, seed=33, t=50, image_guidance=9.5, result_fol=result_fol): if input_to_enhance is None: input_to_enhance = generate(prompt, num_frames, image, model_name_stage1, model_name_stage2, seed, t, image_guidance) encoded_video = video2video(prompt, input_to_enhance, result_fol, cfg_v2v, msxl_model) return encoded_video def change_visibility(value): if value == "SVD (image to video)": return gr.Image(label='Image Prompt (if not attached then SDXL will be used to generate the starting image)', show_label=True, scale=1, show_download_button=False, interactive=True, type='pil') else: return gr.Image(label='Image Prompt (first select Image-to-Video model from advanced options to enable image upload)', show_label=True, scale=1, show_download_button=False, interactive=False, type='pil') examples = [ ["Camera moving in a wide bright ice cave.", None, "24 - frames", None, "ModelScopeT2V (text to video)", "MS-Vid2Vid-XL", 33, 50, 9.0], ["Explore the coral gardens of the sea: witness the kaleidoscope of colors and shapes as coral reefs provide shelter for a myriad of marine life.", None, "24 - frames", None, "ModelScopeT2V (text to video)", "MS-Vid2Vid-XL", 33, 50, 9.0], ["Experience the dance of jellyfish: float through mesmerizing swarms of jellyfish, pulsating with otherworldly grace and beauty.", None, "24 - frames", None, "ModelScopeT2V (text to video)", "MS-Vid2Vid-XL", 33, 50, 9.0], ["Discover the secret language of bees: delve into the complex communication system that allows bees to coordinate their actions and navigate the world.", None, "24 - frames", None, "AnimateDiff (text to video)", "MS-Vid2Vid-XL", 33, 50, 9.0], ["A beagle reading a paper.", None, "24 - frames", None, "AnimateDiff (text to video)", "MS-Vid2Vid-XL", 33, 50, 9.0], ["Beautiful Paris Day and Night Hyperlapse.", None, "24 - frames", None, "AnimateDiff (text to video)", "MS-Vid2Vid-XL", 33, 50, 9.0], ["Fishes swimming in ocean camera moving, cinematic.", None, "24 - frames", "__assets__/fish.jpg", "SVD (image to video)", "MS-Vid2Vid-XL", 33, 50, 9.0], ["A squirrel on a table full of big nuts.", None, "24 - frames", "__assets__/squirrel.jpg", "SVD (image to video)", "MS-Vid2Vid-XL", 33, 50, 9.0], ["Ants, beetles and centipede nest.", None, "24 - frames", None, "SVD (image to video)", "MS-Vid2Vid-XL", 33, 50, 9.0], ] # examples = [ # ["Fishes swimming in ocean camera moving, cinematic.", # None, "24 - frames", "__assets__/fish.jpg", "SVD (image to video)", "MS-Vid2Vid-XL", 33, 50, 9.0], # ] # -------------------------- # ----- Gradio-Demo UI ----- # -------------------------- with gr.Blocks() as demo: gr.HTML( """

StreamingT2V

Roberto Henschel1*, Levon Khachatryan1*, Daniil Hayrapetyan1*, Hayk Poghosyan1, Vahram Tadevosyan1, Zhangyang Wang1,2, Shant Navasardyan1, Humphrey Shi1,3

1Picsart AI Resarch (PAIR), 2UT Austin, 3SHI Labs @ Georgia Tech, Oregon & UIUC

*Equal Contribution

[arXiv] [GitHub]

StreamingT2V is an advanced autoregressive technique that enables the creation of long videos featuring rich motion dynamics without any stagnation. It ensures temporal consistency throughout the video, aligns closely with the descriptive text, and maintains high frame-level image quality. Our demonstrations include successful examples of videos up to 1200 frames, spanning 2 minutes, and can be extended for even longer durations. Importantly, the effectiveness of StreamingT2V is not limited by the specific Text2Video model used, indicating that improvements in base models could yield even higher-quality videos.

""") if on_huggingspace: gr.HTML("""

For faster inference without waiting in queue, you may duplicate the space and upgrade to GPU in settings.
Duplicate Space

""") with gr.Row(): with gr.Column(): with gr.Row(): with gr.Column(): with gr.Row(): num_frames = gr.Dropdown(["24 - frames", "32 - frames", "40 - frames", "48 - frames", "56 - frames", "80 - recommended to run on local GPUs", "240 - recommended to run on local GPUs", "600 - recommended to run on local GPUs", "1200 - recommended to run on local GPUs", "10000 - recommended to run on local GPUs"], label="Number of Video Frames", info="For >56 frames use local workstation!", value="24 - frames") with gr.Row(): prompt_stage1 = gr.Textbox(label='Textual Prompt', placeholder="Ex: Dog running on the street.") with gr.Row(): image_stage1 = gr.Image(label='Image Prompt (first select Image-to-Video model from advanced options to enable image upload)', show_label=True, scale=1, show_download_button=False, interactive=False, type='pil') with gr.Column(): video_stage1 = gr.Video(label='Long Video Preview', show_label=True, interactive=False, scale=2, show_download_button=True) with gr.Row(): with gr.Row(): run_button_stage1 = gr.Button("long Video Generation (faster preview)") with gr.Row(): run_button_stage2 = gr.Button("long Video Generation") with gr.Row(): with gr.Column(): with gr.Accordion('Advanced options', open=False): model_name_stage1 = gr.Dropdown( choices=["ModelScopeT2V (text to video)", "AnimateDiff (text to video)", "SVD (image to video)"], label="Base Model", value="ModelScopeT2V (text to video)" ) model_name_stage2 = gr.Dropdown( choices=["MS-Vid2Vid-XL"], label="Enhancement Model", value="MS-Vid2Vid-XL" ) seed = gr.Slider(label='Seed', minimum=0, maximum=65536, value=33,step=1,) t = gr.Slider(label="Timesteps", minimum=0, maximum=100, value=50, step=1,) image_guidance = gr.Slider(label='Image guidance scale', minimum=1, maximum=10, value=9.0, step=1.0) with gr.Column(): with gr.Row(): video_stage2 = gr.Video(label='Long Video', show_label=True, interactive=False, height=588, show_download_button=True) model_name_stage1.change(fn=change_visibility, inputs=[model_name_stage1], outputs=image_stage1) inputs_t2v = [prompt_stage1, num_frames, image_stage1, model_name_stage1, model_name_stage2, seed, t, image_guidance] run_button_stage1.click(fn=generate, inputs=inputs_t2v, outputs=video_stage1,) inputs_v2v = [prompt_stage1, video_stage1, num_frames, image_stage1, model_name_stage1, model_name_stage2, seed, t, image_guidance] # gr.Examples(examples=examples, # inputs=inputs_v2v, # outputs=video_stage2, # fn=enhance, # run_on_click=False, # # cache_examples=on_huggingspace, # cache_examples=False, # ) run_button_stage2.click(fn=enhance, inputs=inputs_v2v, outputs=video_stage2,) ''' ''' gr.HTML( """

Version: v1.0

Caution: We would like the raise the awareness of users of this demo of its potential issues and concerns. Like previous large foundation models, StreamingT2V could be problematic in some cases, partially we use pretrained ModelScope, therefore StreamingT2V can Inherit Its Imperfections. So far, we keep all features available for research testing both to show the great potential of the StreamingT2V framework and to collect important feedback to improve the model in the future. We welcome researchers and users to report issues with the HuggingFace community discussion feature or email the authors.

Biases and content acknowledgement: Beware that StreamingT2V may output content that reinforces or exacerbates societal biases, as well as realistic faces, pornography, and violence. StreamingT2V in this demo is meant only for research purposes.

""") if on_huggingspace: demo.queue(max_size=20) demo.launch(debug=True) else: _, _, link = demo.queue(api_open=False).launch(share=args.public_access) print(link)