10Graph nodes
8Node classes
16Inputs
2Models
Tags: lorenzattractorchaosbutterflydynamicalstrange
Inputs (16)#
The typed parameter surface callers bind when they request this workflow. Enum options and numeric bounds are the values the workflow document declares.
attractor_typeenumdefault lorenzType of strange attractor
options:
lorenzrosslerthomasaizawachenhalvorsensprottdadrasview_angleenumdefault classic_butterflyViewing angle perspective
options:
classic_butterflytop_downside_viewdynamic_rotationclose_focuswide_anglecolor_schemeenumdefault velocityColoring method
options:
velocitytimegradientmonochrometemperaturerainbowcosmicfirerendering_styleenumdefault glowing_threadsRendering style
options:
line_tracepoint_cloudtubesribbonsglowing_threadssmoketrail_lengthenumdefault longLength of trajectory trails
options:
shortmediumlonginfinitebackgroundenumdefault black_voidBackground style
options:
black_voiddark_gradientcosmicgridabstractartistic_styleenumdefault etherealArtistic interpretation
options:
mathematicalorganicetherealmechanicalmysticalglow_intensityenumdefault moderateGlow/bloom intensity
options:
nonesubtlemoderateintenseblazingseedintegerdefault -1Random seed
widthintegerdefault 1024Output width
heightintegerdefault 1024Output height
stepsintegerdefault 35Sampling steps
cfg_scalefloatdefault 7.5CFG scale
hires_fixbooleandefault trueTwo-pass detail refinement: 1.5x latent upscale + low-denoise second sampling pass
freeubooleandefault trueFreeU v2 backbone re-weighting (family-tuned b1/b2/s1/s2)
checkpointenumdefault sdxl_baseSDXL checkpoint: curated photoreal finetune (default) or base 1.0
options:
realvis_xl_v5sdxl_baseComfyUI node graph (10)#
The executable ComfyUI prompt graph: 10 nodes across 8 distinct node classes, wired by 15 data dependencies. Nodes tinted green come from a custom node pack this workflow declares; the rest are ComfyUI core / baked-community classes.
flowchart TD
n0["1: CheckpointLoaderSimple"]
n1["2: CLIPTextEncode"]
n2["3: CLIPTextEncode"]
n3["4: EmptyLatentImage"]
n4["5: KSampler"]
n5["6: VAEDecode"]
n6["7: SaveImage"]
n7["freeu: FreeU_V2"]
n8["hires_upscale: LatentUpscaleBy"]
n9["hires_sampler: KSampler"]
n0 -->|clip| n1
n0 -->|clip| n2
n7 -->|model| n4
n1 -->|positive| n4
n2 -->|negative| n4
n3 -->|latent_image| n4
n9 -->|samples| n5
n0 -->|vae| n5
n5 -->|images| n6
n0 -->|model| n7
n4 -->|samples| n8
n7 -->|model| n9
n1 -->|positive| n9
n2 -->|negative| n9
n8 -->|latent_image| n9
Nodes (10)#
1CheckpointLoaderSimplecoreckpt_name = {{checkpoint_files[checkpoint]}} tmploutputs:
MODELCLIPVAE2CLIPTextEncodecoretext = {{constructed_prompt}} tmplclip = ◂ node 1 · out[1]outputs:
CONDITIONING3CLIPTextEncodecoretext = blurry, low quality, simple, non-chaotic, regular pattern, human faces, text watermark, photographclip = ◂ node 1 · out[1]outputs:
CONDITIONING4EmptyLatentImagecorewidth = {{width}} tmplheight = {{height}} tmplbatch_size = 1outputs:
LATENT5KSamplercoremodel = ◂ node freeu · out[0]positive = ◂ node 2 · out[0]negative = ◂ node 3 · out[0]latent_image = ◂ node 4 · out[0]seed = {{seed}} tmplsteps = {{steps}} tmplcfg = {{cfg_scale}} tmplsampler_name = dpmpp_2m_sdescheduler = karrasdenoise = 1.0outputs:
LATENT6VAEDecodecoresamples = ◂ node hires_sampler · out[0]vae = ◂ node 1 · out[2]outputs:
IMAGE7SaveImagecoreimages = ◂ node 6 · out[0]filename_prefix = lorenz_attractorfreeuFreeU_V2coremodel = ◂ node 1 · out[0]b1 = 1.1b2 = 1.2s1 = 0.6s2 = 0.4outputs:
MODELhires_upscaleLatentUpscaleBycoresamples = ◂ node 5 · out[0]upscale_method = bislerpscale_by = 1.5outputs:
LATENThires_samplerKSamplercoremodel = ◂ node freeu · out[0]positive = ◂ node 2 · out[0]negative = ◂ node 3 · out[0]latent_image = ◂ node hires_upscale · out[0]seed = {{seed}} tmplsteps = 14cfg = {{cfg_scale}} tmplsampler_name = dpmpp_2mscheduler = karrasdenoise = 0.45outputs:
LATENTPrompt construction#
templatestrange attractor visualization, {attractor_prompt}, {view_prompt}, {color_prompt}, {rendering_prompt}, {trail_prompt}, {background_prompt}, {artistic_prompt}, {glow_prompt}, chaos theory mathematics, dynamical systems, butterfly effect, deterministic chaos, highly detailedVariables (8)#
attractor_prompt{{attractor_prompts[attractor_type]}} tmplview_prompt{{view_prompts[view_angle]}} tmplcolor_prompt{{color_prompts[color_scheme]}} tmplrendering_prompt{{rendering_prompts[rendering_style]}} tmpltrail_prompt{{trail_prompts[trail_length]}} tmplbackground_prompt{{background_prompts[background]}} tmplartistic_prompt{{artistic_prompts[artistic_style]}} tmplglow_prompt{{glow_prompts[glow_intensity]}} tmplParameter banks (8)#
The prompt / configuration lookup tables this workflow keys into from its inputs — the vocabulary that turns a style / palette / preset selection into graph parameters.
attractor_prompts (8)#
lorenzLorenz attractor, butterfly effect chaos, two-lobed structure, Edward Lorenz discovery, atmospheric convection modelrosslerRossler attractor, single spiral loop, simpler chaotic system, Otto Rossler, asymmetric orbitthomasThomas attractor, cyclically symmetric, three-dimensional flow, smooth curves, organic shapesaizawaAizawa attractor, torus-like structure, Japanese mathematician, unique topology, twisted formchenChen attractor, double scroll, Guanrong Chen, Chinese mathematician, symmetric chaoshalvorsenHalvorsen attractor, symmetric cyclical, Norwegian mathematician, three-fold symmetry, elegant curvessprottSprott attractor, simple equations, Julien Sprott, minimal chaos, efficient strange attractordadrasDadras attractor, four-wing butterfly, complex topology, Iranian mathematician, elaborate structureview_prompts (6)#
classic_butterflyclassic butterfly view, iconic perspective, two wings visible, recognizable shapetop_downtop down view, looking down axis, circular patterns visible, bird's eye viewside_viewside profile view, single lobe prominent, depth visible, lateral perspectivedynamic_rotationdynamic rotating view, multiple angles implied, motion blur, spinning perspectiveclose_focusclose focus detail, zoomed in section, intricate trajectory detail, micro viewwide_anglewide angle full view, complete structure visible, spatial context, comprehensivecolor_prompts (8)#
velocityvelocity-based coloring, speed determines hue, fast areas bright, slow areas darktimetime-based coloring, trajectory age colors, rainbow progression, temporal gradientgradientsmooth gradient coloring, position-based hue, spatial color mappingmonochromemonochrome single color, elegant simplicity, tonal variation, sophisticatedtemperaturetemperature heat map, hot and cold regions, thermal visualization, infrared stylerainbowfull rainbow spectrum, all colors represented, prismatic chaos, vibrant diversitycosmiccosmic space colors, nebula palette, stellar hues, astronomical beautyfirefire flame colors, red orange yellow, burning chaos, heat and energyrendering_prompts (6)#
line_traceline trace rendering, continuous trajectory, single pixel width, pure mathematicalpoint_cloudpoint cloud rendering, discrete points, particle system, scattered dotstubes3D tube rendering, cylindrical trajectories, depth and volume, substantial pathsribbonsribbon rendering, flat twisted bands, flowing fabric, elegant curvesglowing_threadsglowing thread rendering, luminescent lines, neon paths, light trailssmokesmoke trail rendering, diffuse particles, atmospheric effect, ethereal wispstrail_prompts (4)#
shortshort trajectory trails, recent history only, clean minimal, focused currentmediummedium length trails, moderate history, balanced view, clear structurelonglong trajectory trails, extensive history, dense filling, complete patterninfiniteinfinite trails, all history visible, fully filled attractor, maximum densitybackground_prompts (5)#
black_voidpure black void background, stark contrast, floating in darkness, isolateddark_gradientdark gradient background, subtle variation, professional presentation, depthcosmiccosmic nebula background, stars and space, universal context, astronomical settinggridcoordinate grid background, mathematical context, axis visible, scientific visualizationabstractabstract artistic background, complementary patterns, artistic context, creative settingartistic_prompts (5)#
mathematicalpure mathematical visualization, scientific accuracy, academic presentation, preciseorganicorganic living interpretation, biological resemblance, natural growth, life-likeetherealethereal mystical interpretation, ghostly presence, spiritual quality, transcendentmechanicalmechanical industrial interpretation, metallic quality, engineered appearance, technicalmysticalmystical magical interpretation, arcane symbols, esoteric quality, mysterious powerglow_prompts (5)#
noneno glow effect, clean lines, sharp edgessubtlesubtle soft glow, gentle luminescence, delicate lightmoderatemoderate glow effect, visible bloom, attractive luminosityintenseintense bright glow, strong bloom, eye-catching luminescenceblazingblazing maximum glow, overwhelming light, brilliant radiance, nuclear intensityModels & dependencies#
Checkpoint aliases (2)#
realvis_xl_v5RealVisXL_V5.0_fp16.safetensorssdxl_basesd_xl_base_1.0.safetensorsModels required (2)#
RealVisXL_V5.0_fp16.safetensorssd_xl_base_1.0.safetensorsOutput contract#
What a successful run of this workflow returns.
typeimageformatpngchannels4Taxonomy & routing#
How the control plane classifies this workflow — from the committed workflow-taxonomy-registry.json. It drives the consistency / control surface the agentic director can exercise over the workflow.
assetFamilymkt-explainer-motion-graphic-packoutputPackageProfileimage-single-profilecontrolModalitiescolor-script-lockmodel-lockprompt-template-locksampler-scheduler-lockseed-lockstyle-lockconsistencyDimensionslightingcolor-scriptnotesAuto-mapped from fractal defaults