Faster Video Generation in A1111 using LCM LoRA | IP Adapter or Tile + Temporal Net Controlnet

Computer Specs: RTX 30708GB Laptop GPU, 16GB RAM, nothing else matters. Contents include: Sample results Generation using LCM LoRA + Tile+Temporal+Soft edge controlnet Generation without controlnet using LCM LoRA Generation with using LCM LoRA + IP Adapter and other control nets Notes about Davinci resolve - In this video, we will be using LCM LoRA in Automatic1111 in order to generate Videos 3 to 5 times Faster using Video to Video method in img2img. - Img2img video generation is simple, doesn’t require extra extensions to use, and gives us the ultimate control over the generation as I have explained in a previous video. https://youtu.be/PDlmnhtkgMQ - We will see LCM without Contorlnet, and some nice Control net combinations that may produce some interesting results. - While LCM Sampler is not yet implemented in Automatic 1111, LCM LoRA still produces good results using Eular a sampler for example as we will see in this video. 🎯 Key Takeaways for quick navigation: 00:00:01 samples videos and intro The video discusses using LCM in Automatic 1111 to generate videos 3 to 5 times faster, focusing on image-to-image video generation, which is simple and doesn't require extra extensions. 00:01:08 Getting frames using Davinci Resolve Demonstrates using Davinci Resolve to generate video frames and prepare them for image-to-image generation. 00:02:40 LCM LoRA usage It shows how to use LCM LoRA for image-to-image generation and adjust parameters like sampling steps, CFG scale, and control nets. 00:04:18 Controlnets (Tile, Temporal,Softedge) Setting up Tile+ temporal net and soft edge or open pose for enhanced image control 00:06:51 Batch image processing Cover generating frames, checking their quality, and using Topaz Photo Studio for image adjustments. 00:09:43 Davinci resolve compsition tips Adjusting video speed, retime, and scaling settings in Davinci Resolve to enhance the final video quality is discussed, show optical flow for frame interpolation 00:14:19 IP