"upcast_attn":OptionInfo(False,"Upcast cross attention layer to float32"),
"upcast_attn":OptionInfo(False,"Upcast cross attention layer to float32"),
"auto_vae_precision":OptionInfo(True,"Automaticlly revert VAE to 32-bit floats").info("triggers when a tensor with NaNs is produced in VAE; disabling the option in this case will result in a black square image"),
"auto_vae_precision":OptionInfo(True,"Automaticlly revert VAE to 32-bit floats").info("triggers when a tensor with NaNs is produced in VAE; disabling the option in this case will result in a black square image"),
"randn_source":OptionInfo("GPU","Random number generator source.",gr.Radio,{"choices":["GPU","CPU","NV"]}).info("changes seeds drastically; use CPU to produce the same picture across different videocard vendors; use NV to produce same picture as on NVidia videocards"),
"randn_source":OptionInfo("GPU","Random number generator source.",gr.Radio,{"choices":["GPU","CPU","NV"]}).info("changes seeds drastically; use CPU to produce the same picture across different videocard vendors; use NV to produce same picture as on NVidia videocards"),
"sd_vae_encode_method":OptionInfo("Full","VAE type for encode",gr.Radio,{"choices":["Full","TAESD"]}).info("method to encode image to latent (use in img2img or inpaint mask)"),
"sd_vae_encode_method":OptionInfo("Full","VAE type for encode",gr.Radio,{"choices":["Full","TAESD"]}).info("method to encode image to latent (use in img2img, hires-dix or inpaint mask)"),
"sd_vae_decode_method":OptionInfo("Full","VAE type for decode",gr.Radio,{"choices":["Full","TAESD"]}).info("method to decode latent to image"),
"sd_vae_decode_method":OptionInfo("Full","VAE type for decode",gr.Radio,{"choices":["Full","TAESD"]}).info("method to decode latent to image"),
