ComfyUI Node: ClownsharkChainsampler_Beta

Authored by ClownsharkBatwing

Created

Updated

97 stars

Category

RES4LYF/samplers

Inputs

eta FLOAT
sampler_name
  • none
  • multistep/res_2m
  • multistep/res_3m
  • exponential/res_2s_rkmk2e
  • exponential/res_2s
  • exponential/res_3s
  • exponential/res_3s_alt
  • exponential/res_3s_cox_matthews
  • exponential/res_3s_lie
  • exponential/res_3s_strehmel_weiner
  • exponential/res_4s_krogstad
  • exponential/res_4s_strehmel_weiner
  • exponential/res_4s_cox_matthews
  • exponential/res_4s_cfree4
  • exponential/res_4s_friedli
  • exponential/res_4s_minchev
  • exponential/res_4s_munthe-kaas
  • exponential/res_5s
  • exponential/res_6s
  • exponential/res_8s
  • exponential/res_8s_alt
  • exponential/res_10s
  • exponential/res_15s
  • exponential/res_16s
  • exponential/etdrk2_2s
  • exponential/etdrk3_a_3s
  • exponential/etdrk3_b_3s
  • exponential/etdrk4_4s
  • hybrid/pec423_2h2s
  • hybrid/pec433_2h3s
  • hybrid/abnorsett2_1h2s
  • hybrid/abnorsett3_2h2s
  • hybrid/abnorsett4_3h2s
  • multistep/dpmpp_2m
  • multistep/dpmpp_3m
  • multistep/abnorsett_2m
  • multistep/abnorsett_3m
  • multistep/abnorsett_4m
  • multistep/deis_2m
  • multistep/deis_3m
  • multistep/deis_4m
  • linear/ralston_2s
  • linear/ralston_3s
  • linear/ralston_4s
  • exponential/dpmpp_2s
  • exponential/dpmpp_sde_2s
  • exponential/dpmpp_3s
  • exponential/lawson2a_2s
  • exponential/lawson2b_2s
  • exponential/lawson4_4s
  • exponential/lawson41-gen_4s
  • exponential/lawson41-gen-mod_4s
  • hybrid/lawson42-gen-mod_1h4s
  • hybrid/lawson43-gen-mod_2h4s
  • hybrid/lawson44-gen-mod_3h4s
  • hybrid/lawson45-gen-mod_4h4s
  • linear/midpoint_2s
  • linear/heun_2s
  • linear/heun_3s
  • linear/houwen-wray_3s
  • linear/kutta_3s
  • linear/ssprk3_3s
  • linear/ssprk4_4s
  • linear/rk38_4s
  • linear/rk4_4s
  • linear/rk5_7s
  • linear/rk6_7s
  • linear/bogacki-shampine_4s
  • linear/bogacki-shampine_7s
  • linear/dormand-prince_6s
  • linear/dormand-prince_13s
  • linear/tsi_7s
  • exponential/ddim
  • linear/euler
  • diag_implicit/irk_exp_diag_2s
  • fully_implicit/gauss-legendre_2s
  • fully_implicit/gauss-legendre_3s
  • fully_implicit/gauss-legendre_4s
  • fully_implicit/gauss-legendre_4s_ascending_a
  • fully_implicit/gauss-legendre_4s_alt
  • fully_implicit/gauss-legendre_5s
  • fully_implicit/gauss-legendre_5s_ascending
  • fully_implicit/radau_ia_2s
  • fully_implicit/radau_ia_3s
  • fully_implicit/radau_iia_2s
  • fully_implicit/radau_iia_3s
  • fully_implicit/radau_iia_3s_alt
  • fully_implicit/radau_iia_5s
  • fully_implicit/radau_iia_7s
  • fully_implicit/radau_iia_9s
  • fully_implicit/radau_iia_11s
  • fully_implicit/lobatto_iiia_2s
  • fully_implicit/lobatto_iiia_3s
  • fully_implicit/lobatto_iiia_4s
  • fully_implicit/lobatto_iiib_2s
  • fully_implicit/lobatto_iiib_3s
  • fully_implicit/lobatto_iiib_4s
  • fully_implicit/lobatto_iiic_2s
  • fully_implicit/lobatto_iiic_3s
  • fully_implicit/lobatto_iiic_4s
  • fully_implicit/lobatto_iiic_star_2s
  • fully_implicit/lobatto_iiic_star_3s
  • fully_implicit/lobatto_iiid_2s
  • fully_implicit/lobatto_iiid_3s
  • diag_implicit/kraaijevanger_spijker_2s
  • diag_implicit/qin_zhang_2s
  • diag_implicit/pareschi_russo_2s
  • diag_implicit/pareschi_russo_alt_2s
  • diag_implicit/crouzeix_2s
  • diag_implicit/crouzeix_3s
  • diag_implicit/crouzeix_3s_alt
steps_to_run INT
cfg FLOAT
sampler_mode
  • unsample
  • resample
bongmath BOOLEAN
model MODEL
positive CONDITIONING
negative CONDITIONING
sampler SAMPLER
sigmas SIGMAS
latent_image LATENT
options OPTIONS

Outputs

LATENT

LATENT

OPTIONS

Extension: RES4LYF

Advanced samplers with new noise scaling math to enable SDE sampling with all publicly available rectified flow models; new unsampling/noise inversion methods and other advanced techniques for inpainting and/or guiding the sampling process with latent images. 40 sampler types, 20 noise types, 7 noise scaling modes, in a single node. Also includes a wide variety of QoF and other utility nodes for manipulating sigmas, latents, images, and more.

Authored by ClownsharkBatwing

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