{ "0": [ { "id": 0, "label": "1st Stage", "localized": "Primary Iterative Phase", "reload": "none", "hint": "Initial initialization sequence for the primary latent vector generation grid." }, { "id": 1, "label": "2nd Stage", "localized": "Secondary Iterative Phase", "reload": "none", "hint": "Secondary buffer propagation sequence for deeper structural coherence." }, { "id": 2, "label": "2nd Scale", "localized": "Secondary Magnitude Vector", "reload": "none", "hint": "Adjusts the scalar intensity of the secondary latent feedback loop." }, { "id": 3, "label": "2nd Restart step", "localized": "Secondary Re-sync Step", "reload": "none", "hint": "Triggers a re-normalization of the secondary epoch cycle to prevent drift." }, { "id": 4, "label": "3rd Stage", "localized": "Tertiary Iterative Phase", "reload": "none", "hint": "Tertiary convolution layer execution for enhanced feature extraction depth." }, { "id": 5, "label": "3rd Scale", "localized": "Tertiary Magnitude Vector", "reload": "none", "hint": "Adjusts the scalar intensity of the tertiary latent feedback loop." }, { "id": 6, "label": "3rd Restart step", "localized": "Tertiary Re-sync Step", "reload": "none", "hint": "Triggers a re-normalization of the tertiary epoch cycle to maintain signal fidelity." }, { "id": 7, "label": "4th Stage", "localized": "Quaternary Iterative Phase", "reload": "none", "hint": "Final refinement layer executing high-frequency detail injection." }, { "id": 8, "label": "4th Scale", "localized": "Quaternary Magnitude Vector", "reload": "none", "hint": "Adjusts the scalar intensity of the quaternary latent feedback loop for final synthesis." }, { "id": 9, "label": "4th Restart step", "localized": "Quaternary Re-sync Step", "reload": "none", "hint": "Triggers a final re-normalization of the quaternary epoch cycle for output stabilization." } ], "_": [ { "id": 0, "label": "⟲", "localized": "⟲", "reload": "n/a", "hint": "Initiate Recursive Refresh Protocol" }, { "id": 0, "label": "↶", "localized": "↶", "reload": "n/a", "hint": "Inject Stylistic Parameter Overlay" }, { "id": 0, "label": "↷", "localized": "↷", "reload": "n/a", "hint": "Commit Active Latent State to Style Registry" }, { "id": 0, "label": "⇅", "localized": "⇅", "reload": "n/a", "hint": "Swap Dimension Vector Values" }, { "id": 0, "label": "🎲️", "localized": "🎲️", "reload": "n/a", "hint": "Execute Stochastic Seed Generation" }, { "id": 0, "label": "⬅️", "localized": "⬅️", "reload": "n/a", "hint": "Recycle Seed from Prior Generation Cycle" }, { "id": 0, "label": "🕮", "localized": "🕮", "reload": "n/a", "hint": "Archive Terminal Frame Meta-Data into Stylistic Blueprint" }, { "id": 0, "label": "📐", "localized": "📐", "reload": "n/a", "hint": "Calculate Geometrical Vectorization from Input Artifact" }, { "id": 0, "label": "☲", "localized": "☲", "reload": "n/a", "hint": "Toggle Viewport Matrix Configuration" }, { "id": 0, "label": "⊜", "localized": "⊜", "reload": "n/a", "hint": "Initialize Global Grid Population" }, { "id": 0, "label": "", "localized": "", "reload": "n/a", "hint": "Generate Linguistic Metadata Map" }, { "id": 0, "label": "⁜", "localized": "⁜", "reload": "n/a", "hint": "Cycle Through Aspect-Ratio Re-alignment Protocols" }, { "id": 0, "label": "➠ Control", "localized": "➠ Control", "reload": "n/a", "hint": "Route Artifact to ControlNet Processing Node" }, { "id": 0, "label": "➠ Text", "localized": "➠ Text", "reload": "n/a", "hint": "Route Artifact to Linguistic Analysis Engine" }, { "id": 0, "label": "➠ Image", "localized": "➠ Image", "reload": "n/a", "hint": "Route Artifact to Imaging Processing Pipeline" }, { "id": 0, "label": "➠ Process", "localized": "➠ Process", "reload": "n/a", "hint": "Route Artifact to System Execution Thread" }, { "id": 0, "label": "➠ Caption", "localized": "➠ Caption", "reload": "n/a", "hint": "Route Artifact to Captioning Heuristic Module" }, { "id": 0, "label": "➠ Sketch", "localized": "➠ Sketch", "reload": "n/a", "hint": "Route Artifact to Sketch-Overlay Reconstruction Node" }, { "id": 0, "label": "➠ Inpaint", "localized": "➠ Inpaint", "reload": "n/a", "hint": "Route Artifact to Inpainting Diffusion Grid" }, { "id": 0, "label": "➠ Composite", "localized": "➠ Composite", "reload": "n/a", "hint": "Route Artifact to Composite Inpainting Sketch Layer" }, { "id": 0, "label": "⬆️", "localized": "⬆️", "reload": "n/a", "hint": "Uplink Binary Image Payload" }, { "id": 0, "label": "🔄", "localized": "🔄", "reload": "n/a", "hint": "Revert Parameter Array to Null State" }, { "id": 0, "label": "🖼️", "localized": "🖼️", "reload": "n/a", "hint": "Render Visual Preview Buffer" }, { "id": 0, "label": "↺", "localized": "↺", "reload": "n/a", "hint": "Immediate Propagation of Model Selection" }, { "id": 0, "label": "", "localized": "", "reload": "n/a", "hint": "Execute Alphabetic Sorting Routine: Ascending" }, { "id": 0, "label": "", "localized": "", "reload": "n/a", "hint": "Execute Alphabetic Sorting Routine: Descending" }, { "id": 0, "label": "", "localized": "", "reload": "n/a", "hint": "Execute Volumetric Sorting Routine: Ascending" }, { "id": 0, "label": "", "localized": "", "reload": "n/a", "hint": "Execute Volumetric Sorting Routine: Descending" }, { "id": 0, "label": "", "localized": "", "reload": "n/a", "hint": "Execute Resolution Vector Sorting Routine: Ascending" }, { "id": 0, "label": "", "localized": "", "reload": "n/a", "hint": "Execute Resolution Vector Sorting Routine: Descending" }, { "id": 0, "label": "", "localized": "", "reload": "n/a", "hint": "Execute Temporal Sorting Routine: Ascending" }, { "id": 0, "label": "", "localized": "", "reload": "n/a", "hint": "Execute Temporal Sorting Routine: Descending" }, { "id": 0, "label": "⊗", "localized": "⊗", "reload": "n/a", "hint": "Purge All Configuration Constants" }, { "id": 0, "label": "🔍", "localized": "🔍", "reload": "n/a", "hint": "Query Knowledge Base" }, { "id": 0, "label": "⇨", "localized": "⇨", "reload": "n/a", "hint": "Activate Preset Configuration Override" }, { "id": 0, "label": "※", "localized": "※", "reload": "n/a", "hint": "Assign Model as Refinement Secondary Buffer, Else Base Layer" }, { "id": 0, "label": "🔎︎", "localized": "🔎︎", "reload": "n/a", "hint": "Poll External Repository for Missing Meta-Data and Buffer Previews" }, { "id": 0, "label": "⇕", "localized": "⇕", "reload": "n/a", "hint": "Reorder Registry: Alpha/Resolution/Timestamp Flux" }, { "id": 0, "label": "✕", "localized": "✕", "reload": "n/a", "hint": "Terminate Active Module Interface" }, { "id": 0, "label": "_Guidance scale", "localized": "_Guidance scale", "reload": "n/a", "hint": "Modulate CFG Scale Factor" }, { "id": 0, "label": "_Guidance rescale", "localized": "_Guidance rescale", "reload": "n/a", "hint": "Execute CFG Rescaling Correction Logic" }, { "id": 0, "label": "_Guidance start", "localized": "_Guidance start", "reload": "n/a", "hint": "Define CFG Modulation Onset Point" }, { "id": 0, "label": "_Guidance stop", "localized": "_Guidance stop", "reload": "n/a", "hint": "Define CFG Modulation Offset Point" } ], "a": [ { "id": 0, "label": "Advanced", "localized": "Hyper-Complexity Manifold", "reload": "", "hint": "High-fidelity parametric adjustments for execution manifolds" }, { "id": 1, "label": "Adapters", "localized": "Synaptic Interface Modules", "reload": "", "hint": "Protocol configurations for Input-Projection synaptic modules" }, { "id": 2, "label": "Apply to model", "localized": "Inject into Cognitive Lattice", "reload": "", "hint": "" }, { "id": 3, "label": "Analyze", "localized": "Heuristic Scan", "reload": "", "hint": "" }, { "id": 4, "label": "Apply changes", "localized": "Commit Delta Updates", "reload": "", "hint": "Commit lattice alterations and re-initialize computational node" }, { "id": 5, "label": "Apply settings", "localized": "Commit Parametric Arrays", "reload": "", "hint": "Commit runtime parameters; re-initialization of server kernel advised" }, { "id": 6, "label": "Analyze model", "localized": "Probe Cognitive Lattice", "reload": "", "hint": "" }, { "id": 7, "label": "All", "localized": "Universal Set", "reload": "", "hint": "" }, { "id": 8, "label": "Alpha", "localized": "Initial Vector", "reload": "", "hint": "" }, { "id": 9, "label": "Advanced Options", "localized": "Extended Complexity Manifolds", "reload": "", "hint": "" }, { "id": 10, "label": "Appearance", "localized": "Visual Rendering Interface", "reload": "", "hint": "" }, { "id": 11, "label": "Answer", "localized": "Output Response String", "reload": "", "hint": "" }, { "id": 12, "label": "Adjust start", "localized": "Calibrate Initial Offset", "reload": "", "hint": "Initialization temporal segment for sigma-deviation synchronization" }, { "id": 13, "label": "Adjust end", "localized": "Calibrate Terminal Offset", "reload": "", "hint": "Termination temporal segment for sigma-deviation synchronization" }, { "id": 14, "label": "AutoGuidance dropout", "localized": "Autonomous Steering Probability Decay", "reload": "", "hint": "" }, { "id": 15, "label": "AutoGuidance layers", "localized": "Autonomous Steering Neural Strata", "reload": "", "hint": "" }, { "id": 16, "label": "AutoGuidance config", "localized": "Autonomous Steering Configuration Matrix", "reload": "", "hint": "" }, { "id": 17, "label": "APG momentum", "localized": "APG Kinetic Inertia", "reload": "", "hint": "" }, { "id": 18, "label": "APG rescale", "localized": "APG Dimensional Normalization", "reload": "", "hint": "" }, { "id": 19, "label": "Attention guidance", "localized": "Cognitive Focus Steering", "reload": "", "hint": "CFG normalization coefficient utilized via PAG: Perturbed-Attention Guidance protocols" }, { "id": 20, "label": "Adaptive scaling", "localized": "Dynamic Dimensional Scaling", "reload": "", "hint": "Heuristic modifier for cognitive focus steering amplitude" }, { "id": 21, "label": "Apply to hires", "localized": "Inject into High-Resolution Upscale Buffer", "reload": "", "hint": "" }, { "id": 22, "label": "Active IP adapters", "localized": "Engaged Synaptic Interface Modules", "reload": "", "hint": "Quantity of operational Input-Projection modules" }, { "id": 23, "label": "Adapter", "localized": "Synaptic Interface", "reload": "", "hint": "Input-Projection module artifact" }, { "id": 24, "label": "Anchor settings", "localized": "Positional Anchor Configuration", "reload": "", "hint": "" }, { "id": 25, "label": "Alpha preset", "localized": "Alpha-Vector Initialization Preset", "reload": "", "hint": "" }, { "id": 26, "label": "Append heatmaps to results", "localized": "Inject Thermal Divergence Grids", "reload": "", "hint": "" }, { "id": 27, "label": "Auto apply", "localized": "Autonomous Injection Protocol", "reload": "", "hint": "" }, { "id": 28, "label": "Add time info", "localized": "Inject Chrono-Metadata", "reload": "", "hint": "" }, { "id": 29, "label": "Add text info", "localized": "Inject Textual Metadata", "reload": "", "hint": "" }, { "id": 30, "label": "Add metadata", "localized": "Inject Data-Payload", "reload": "", "hint": "" }, { "id": 31, "label": "Allowed languages", "localized": "Permitted Linguistic Encodings", "reload": "", "hint": "" }, { "id": 32, "label": "Allowed alphabets", "localized": "Permitted Character Sets", "reload": "", "hint": "" }, { "id": 33, "label": "Apply to prompt", "localized": "Inject into Query Vector", "reload": "", "hint": "Autonomous stream-injection of processed result into primary query input" }, { "id": 34, "label": "Auto enhance", "localized": "Autonomous Semantic Amplification", "reload": "", "hint": "Autonomous recursive refinement of query vector prior to generation cycle" }, { "id": 35, "label": "ACI: Color to Mask", "localized": "ACI: Chromatic-Exclusion Mapping", "reload": "", "hint": "Isolate target chromaticity for exclusion and inpainting. Trigger visual input to sample. Advisable for green-screen isolation for high-precision results." }, { "id": 36, "label": "ACI: Color tolerance", "localized": "ACI: Chromatic Deviation Threshold", "reload": "", "hint": "Calibrate threshold to include proximal color clusters. Decreased values = mask singular frequencies. Increased values = mask broader chromatic variance." }, { "id": 37, "label": "ACI: Denoising strength", "localized": "ACI: Entropy Reduction Amplitude", "reload": "", "hint": "Adjust Entropy Reduction Amplitude to modulate inpainting intensity." }, { "id": 38, "label": "ACI: Mask dilate", "localized": "ACI: Exclusion Expansion", "reload": "", "hint": "" }, { "id": 39, "label": "ACI: Mask erode", "localized": "ACI: Exclusion Contraction", "reload": "", "hint": "Calibrate padding for internal exclusion offset. (Recommended: 2 for edge residual cleanup)" }, { "id": 40, "label": "ACI: Mask blur", "localized": "ACI: Exclusion Diffusion", "reload": "", "hint": "Calibrate diffusion for seamless integration between manifest and excluded zone. (Recommended: 0 for razor-edge precision)" }, { "id": 41, "label": "Adaptive restore", "localized": "Dynamic Reconstitution", "reload": "", "hint": "" }, { "id": 42, "label": "Apply noise", "localized": "Inject Stochastic Perturbation", "reload": "", "hint": "" }, { "id": 43, "label": "Auto min score", "localized": "Autonomous Minimum Relevancy Threshold", "reload": "", "hint": "" }, { "id": 44, "label": "Auto-segment", "localized": "Autonomous Object Partitioning", "reload": "", "hint": "" }, { "id": 45, "label": "Auto-mask", "localized": "Autonomous Exclusion Zone Generation", "reload": "", "hint": "" }, { "id": 46, "label": "Active", "localized": "Operational", "reload": "", "hint": "" }, { "id": 47, "label": "Attention", "localized": "Cognitive Focus", "reload": "", "hint": "" }, { "id": 48, "label": "Adain", "localized": "Adaptive Instance Normalization", "reload": "", "hint": "" }, { "id": 49, "label": "Attention Adain", "localized": "Cognitive Adaptive Instance Normalization", "reload": "", "hint": "" }, { "id": 50, "label": "Apply filter", "localized": "Execute Spectral Filtering", "reload": "", "hint": "" }, { "id": 51, "label": "Alpha matting", "localized": "Alpha Transparency Layering", "reload": "", "hint": "" }, { "id": 52, "label": "Append Caption Files", "localized": "Append Semantics Metadata", "reload": "", "hint": "Append to extant semantic descriptors rather than overwrite. Beneficial for augmenting image data with additional descriptive tokens." }, { "id": 53, "label": "a1111", "localized": "a1111", "reload": "", "hint": "" }, { "id": 54, "label": "Autocast", "localized": "Autonomous Typecasting", "reload": "", "hint": "Autonomous precision determination during real-time execution" }, { "id": 55, "label": "Auto", "localized": "Auto", "reload": "", "hint": "" }, { "id": 56, "label": "Automatic server status monitor rate", "localized": "Autonomous Node-Health Telemetry Frequency", "reload": "", "hint": "" }, { "id": 57, "label": "Automatic server memory monitor rate", "localized": "Autonomous Latency-State Telemetry Frequency", "reload": "", "hint": "" }, { "id": 58, "label": "API base rate limit rate", "localized": "Interface Data-Flow Throttling Ceiling", "reload": "", "hint": "" }, { "id": 59, "label": "accuracy", "localized": "Precision Quotient", "reload": "", "hint": "" }, { "id": 60, "label": "atiadlxx (AMD only)", "localized": "atiadlxx (AMD Hardware Only)", "reload": "", "hint": "" }, { "id": 61, "label": "aot_ts_nvfuser", "localized": "aot_ts_nvfuser", "reload": "", "hint": "" }, { "id": 62, "label": "Additional image browser folders", "localized": "Supplementary Manifest Storage Directories", "reload": "", "hint": "" }, { "id": 63, "label": "Add system information to metadata", "localized": "Inject Core-Kernel Diagnostics to Payload", "reload": "", "hint": "" }, { "id": 64, "label": "Autolaunch browser upon startup", "localized": "Autonomous Interface-Client Initialization", "reload": "", "hint": "" }, { "id": 65, "label": "Allowed aspect ratios", "localized": "Permitted Dimensional Ratios", "reload": "", "hint": "" }, { "id": 66, "label": "Approximate", "localized": "Neural Heuristic Approximation", "reload": "", "hint": "Low-fidelity neural shortcut. High-velocity relative to VAE, yet outputs manifests with 4x reduced resolution and degraded fidelity" }, { "id": 67, "label": "Additional postprocessing operations", "localized": "Supplementary Post-Rendering Procedures", "reload": "", "hint": "" }, { "id": 68, "label": "Apply color correction", "localized": "Execute Chromatic Calibration", "reload": "", "hint": "" }, { "id": 69, "label": "Apply mask as overlay", "localized": "Inject Exclusion Zone as Superposition", "reload": "", "hint": "" }, { "id": 70, "label": "Apply sRGB linearization", "localized": "Execute sRGB Linearization Protocol", "reload": "", "hint": "" }, { "id": 71, "label": "Available networks", "localized": "Accessible Neural Frameworks", "reload": "", "hint": "" }, { "id": 72, "label": "Auto-convert SD15 embeddings to SDXL", "localized": "Autonomous SD15->SDXL Vector Translation", "reload": "", "hint": "" }, { "id": 73, "label": "alias", "localized": "Synonym Identifier", "reload": "", "hint": "" }, { "id": 74, "label": "Attention query chunk size", "localized": "Cognitive Query Segment Magnitude", "reload": "", "hint": "" }, { "id": 75, "label": "Attention kv chunk size", "localized": "Cognitive KV-Segment Magnitude", "reload": "", "hint": "" }, { "id": 76, "label": "Attention chunking threshold", "localized": "Cognitive Partitioning Threshold", "reload": "", "hint": "" }, { "id": 77, "label": "Attempt VAE roll back for NaN values", "localized": "Initiate VAE Recovery on Null-State Variance", "reload": "", "hint": "Requires Torch 2.1 and non-numeric diagnostics enabled" }, { "id": 78, "label": "Add extended info to filename when saving grid", "localized": "Append Extended Diagnostic-Tags to Grid Manifest Filename", "reload": "", "hint": "" }, { "id": 79, "label": "Add LoRA to prompt", "localized": "Inject LoRA-Module Reference into Query", "reload": "", "hint": "" }, { "id": 80, "label": "Alpha Ratio", "localized": "Alpha-Vector Density Ratio", "reload": "", "hint": "" }, { "id": 81, "label": "ALPHA Block Weight Preset", "localized": "ALPHA-Layer Synaptic Weight Preset", "reload": "", "hint": "" }, { "id": 82, "label": "Automatically determine rank", "localized": "Autonomous Rank Estimation", "reload": "", "hint": "" }, { "id": 83, "label": "Autorank ratio", "localized": "Autonomous Rank Scaling Quotient", "reload": "", "hint": "" }, { "id": 84, "label": "Advanced guidance params", "localized": "Hyper-Complexity Steering Parameters", "reload": "", "hint": "" }, { "id": 85, "label": "Adapter 1", "localized": "Synaptic Module 1", "reload": "", "hint": "" }, { "id": 86, "label": "Adapter 2", "localized": "Synaptic Module 2", "reload": "", "hint": "" }, { "id": 87, "label": "Adapter 3", "localized": "Synaptic Module 3", "reload": "", "hint": "" }, { "id": 88, "label": "Adapter 4", "localized": "Synaptic Module 4", "reload": "", "hint": "" }, { "id": 89, "label": "Audio", "localized": "Sonic Manifestation", "reload": "", "hint": "" } ], "b": [ { "id": 0, "label": "Batch", "localized": "Hyper-Iteration Sequence", "reload": "none", "hint": "Initiate parallelized sub-process threading array sequences." }, { "id": 0, "label": "Batch Caption", "localized": "Iterative Metadata Synthesis", "reload": "none", "hint": "Execute bulk linguistic encapsulation of visual data vectors." }, { "id": 0, "label": "Batch Tag", "localized": "Parallel Labeling Matrix", "reload": "none", "hint": "Deploy high-volume categorization schemas across dataset arrays." }, { "id": 0, "label": "Benchmark", "localized": "Performance Stress-Analysis", "reload": "none", "hint": "Execute high-fidelity diagnostic throughput stress-testing protocols." }, { "id": 0, "label": "Backend Settings", "localized": "Core Compute Configuration", "reload": "none", "hint": "Modify primary interface parameters for Torch, ONNX, and Olive compute engines." }, { "id": 0, "label": "Beta", "localized": "Experimental Flux-State", "reload": "none", "hint": "Access preliminary, unstable-branch operational modules." }, { "id": 0, "label": "Balanced Offload", "localized": "Equilibrium Load-Shifting", "reload": "none", "hint": "Orchestrate dynamic VRAM-to-RAM memory arbitration algorithms." }, { "id": 0, "label": "BitsAndBytes", "localized": "Quantized Precision Engine", "reload": "none", "hint": "Invoke high-efficiency neural network weight compression sub-routines." }, { "id": 0, "label": "Batch count", "localized": "Sequence Iteration Magnitude", "reload": "none", "hint": "Determine the total count of sequential generation cycles (asynchronous processing load)." }, { "id": 0, "label": "Batch size", "localized": "Parallel Throughput Width", "reload": "none", "hint": "Define the quantity of simultaneous parallel vector-space generation tasks (impacts VRAM latency)." }, { "id": 0, "label": "Beta schedule", "localized": "Noise-Flux Trajectory", "reload": "none", "hint": "Calibrate the diffusion-noise decay function. Options: default: base-model baseline; linear: equidistant variance decrement; scaled: non-linear quadratic variance decay; cosine: trigonometric variance softening; sigmoid: high-intensity threshold transition." }, { "id": 0, "label": "Base shift", "localized": "Resolution-Offset Vector", "reload": "none", "hint": "Define minimal coordinate translation values for low-fidelity latent space mapping." }, { "id": 0, "label": "Brightness", "localized": "Luminance Gain Factor", "reload": "none", "hint": "Modulate the output pixel intensity scalar. Positive integers augment photon-density, negative integers attenuate light saturation. Applied uniformly across the linearized color space." }, { "id": 0, "label": "Block", "localized": "Data Partition Segment", "reload": "none", "hint": "Define localized architectural layer partitioning bounds." }, { "id": 0, "label": "Block size", "localized": "Segmentation Granularity", "reload": "none", "hint": "Specify the unit-dimension scale of the partitioned data segments." }, { "id": 0, "label": "Banned words", "localized": "Prohibited Token Blacklist", "reload": "none", "hint": "Input strictly forbidden semantic identifiers to nullify in generation output." }, { "id": 0, "label": "Blur", "localized": "Gaussian Kernel Aperture", "reload": "none", "hint": "Execute a kernel-based spatial diffusion filter across the image substrate." }, { "id": 0, "label": "Batch input directory", "localized": "Primary Input Stream Path", "reload": "none", "hint": "Define the local directory source for massive dataset ingestion." }, { "id": 0, "label": "Batch output directory", "localized": "Secondary Output Repository", "reload": "none", "hint": "Define the destination directory for exported generation manifests." }, { "id": 0, "label": "Batch mask directory", "localized": "Alpha-Mask Repository", "reload": "none", "hint": "Define the directory path for structural transparency-mask injection." }, { "id": 0, "label": "Background threshold", "localized": "Ambient Depth-Cutoff", "reload": "none", "hint": "Define the sensitivity threshold for segregating environmental background pixels." }, { "id": 0, "label": "Body", "localized": "Skeletal Topology Data", "reload": "none", "hint": "Isolate biometric skeletal mesh coordinates." }, { "id": 0, "label": "Boost", "localized": "Heuristic Overdrive", "reload": "none", "hint": "Force signal amplification in the latent probability distribution." }, { "id": 0, "label": "Base", "localized": "Primary Configuration Root", "reload": "none", "hint": "Establish the root architectural parameters for image-synthesis execution." }, { "id": 0, "label": "Blend strength", "localized": "Alpha-Fusion Coefficient", "reload": "none", "hint": "Modulate the transparency weighting between source and generated layers." }, { "id": 0, "label": "Base model", "localized": "Root Inference Architecture", "reload": "none", "hint": "Select the primary neural network weight configuration for global operations." }, { "id": 0, "label": "Backend", "localized": "Compute Engine", "reload": "none", "hint": "Designate the underlying computational architecture (e.g., CUDA, DirectML, Vulkan)." }, { "id": 0, "label": "Benchmark steps", "localized": "Diagnostic Iteration Cycles", "reload": "none", "hint": "Specify the number of denoising iterations for the benchmark protocol." }, { "id": 0, "label": "Benchmark level", "localized": "Stress-Test Complexity Index", "reload": "none", "hint": "Set the hierarchy tier of the performance simulation analysis." }, { "id": 0, "label": "Benchmark Image width", "localized": "X-Axis Diagnostic Aperture", "reload": "none", "hint": "Define pixel-width for stress-test generation canvases." }, { "id": 0, "label": "Benchmark Image height", "localized": "Y-Axis Diagnostic Aperture", "reload": "none", "hint": "Define pixel-height for stress-test generation canvases." }, { "id": 0, "label": "balanced", "localized": "balanced", "reload": "none", "hint": "Enables an optimized load-balancing heuristic for memory throughput." }, { "id": 0, "label": "block_level", "localized": "block_level", "reload": "none", "hint": "Toggles layer-wise memory offloading granularity." }, { "id": 0, "label": "Backend storage", "localized": "Compute-Cache Repository", "reload": "none", "hint": "Set the storage allocation pathway for backend tensor-caching." }, { "id": 0, "label": "BF16", "localized": "Brain-Float 16 Precision", "reload": "none", "hint": "Utilize 16-bit floating point truncated precision for enhanced arithmetic acceleration." }, { "id": 0, "label": "Batch matrix-matrix", "localized": "Synchronous Tensor Multiplication", "reload": "none", "hint": "Invoke standard batch-matrix algebra for attention mechanisms. High precision, suboptimal memory overhead." }, { "id": 0, "label": "BCFHW", "localized": "BCFHW", "reload": "none", "hint": "Utilize Batch-Channel-Frame-Height-Width tensor permutation format." }, { "id": 0, "label": "BFCHW", "localized": "BFCHW", "reload": "none", "hint": "Utilize Batch-Frame-Channel-Height-Width tensor permutation format." }, { "id": 0, "label": "BCHW", "localized": "BCHW", "reload": "none", "hint": "Utilize Batch-Channel-Height-Width (Standard NCHW) tensor permutation format." }, { "id": 0, "label": "Batch mode uses sequential seeds", "localized": "Deterministic Seed Progression", "reload": "none", "hint": "Enables incremental seed generation per batch iteration for reproducible RNG cycles." }, { "id": 0, "label": "Batch uses original name", "localized": "Native Filename Preservation", "reload": "none", "hint": "Maintain the source-file naming conventions for batch output processing." }, { "id": 0, "label": "Base images folder", "localized": "Image Root Directory", "reload": "none", "hint": "Specify the default directory for source input assets." }, { "id": 0, "label": "Base grids folder", "localized": "Grid-Manifest Repository", "reload": "none", "hint": "Specify the default repository for serialized grid-assembly outputs." }, { "id": 0, "label": "Build info on first access", "localized": "Lazy Load Metadata Compilation", "reload": "none", "hint": "Deferred compilation of EN-localization manifests to optimize server-side startup latency." }, { "id": 0, "label": "Beta Ratio", "localized": "Flux-Variance Percentage", "reload": "none", "hint": "Determine the scalar ratio for experimental diffusion-flux adjustments." }, { "id": 0, "label": "BETA Block Weight Preset", "localized": "Beta-Layer Weight Topology", "reload": "none", "hint": "Load pre-configured weighting heuristics for experimental model layering." }, { "id": 0, "label": "Base model type", "localized": "Architecture Classification", "reload": "none", "hint": "Identify the structural category of the primary inference model (e.g., Stable Diffusion, SDXL, Flux)." } ], "c": [ { "id": 1, "label": "Caption", "localized": "Metadata Descriptor", "reload": "n/a", "hint": "Initialize heuristic analysis on visual data vectors to instantiate descriptive text strings." }, { "id": 2, "label": "Contributors", "localized": "Codebase Architects", "reload": "n/a", "hint": "List of contributors who have contributed to the kernel." }, { "id": 3, "label": "Corrections", "localized": "Heuristic Adjustments", "reload": "n/a", "hint": "Modulate pixel variance, chromatic aberration, and luminance intensity during the iterative synthesis cycle." }, { "id": 4, "label": "Clear", "localized": "Flush Buffer", "reload": "n/a", "hint": "Purge current latent prompt vectors from memory buffer." }, { "id": 5, "label": "Check status", "localized": "Query System State", "reload": "n/a", "hint": "Poll the internal machine state for active execution protocols." }, { "id": 6, "label": "Copy", "localized": "Duplicate Payload", "reload": "n/a", "hint": "Clone data stream to the system clipboard." }, { "id": 7, "label": "Composite", "localized": "Layer Fusion", "reload": "n/a", "hint": "Execute alpha-channel blending of multiple visual strata." }, { "id": 8, "label": "Control", "localized": "Guidance Matrix", "reload": "n/a", "hint": "Synthesize visual output adhering to comprehensive structural guidance parameters." }, { "id": 9, "label": "ControlNet", "localized": "Neural Guidance Framework", "reload": "n/a", "hint": "Deploying advanced neural conditioning network for high-fidelity spatial architecture constraints." }, { "id": 10, "label": "Controls", "localized": "Operational Parametrics", "reload": "n/a", "hint": "System control interface for operational modification." }, { "id": 11, "label": "CaptionCaption", "localized": "Recursive Descriptors", "reload": "n/a", "hint": "Initiating deep-learning textual recursive semantic extraction." }, { "id": 12, "label": "Console", "localized": "Terminal Interface", "reload": "n/a", "hint": "System debug and log execution environment." }, { "id": 13, "label": "Check for updates", "localized": "Query Version Repository", "reload": "n/a", "hint": "Synchronize with remote update servers to fetch latest codebase commits." }, { "id": 14, "label": "Change log", "localized": "Audit Trail", "reload": "n/a", "hint": "Examine the chronological list of system modifications and patch notes." }, { "id": 15, "label": "Compute Settings", "localized": "Hardware Optimization Parameters", "reload": "n/a", "hint": "Configuration matrix for floating-point precision, tensor attention-mechanisms, and platform-specific compute kernel optimization." }, { "id": 16, "label": "Current", "localized": "Active Node Index", "reload": "n/a", "hint": "Diagnostic introspection of internal neural layers currently loaded in the inference engine." }, { "id": 17, "label": "CivitAI", "localized": "Model Hub Integration", "reload": "n/a", "hint": "Querying the external CivitAI neural asset repository for model weight retrieval." }, { "id": 18, "label": "Calculate missing hashes", "localized": "Verify Integrity Checksums", "reload": "n/a", "hint": "Execute SHA-256 validation scan on model weight assets to detect corruption." }, { "id": 19, "label": "Community", "localized": "User Consensus Hub", "reload": "n/a", "hint": "Access external collective knowledge base." }, { "id": 20, "label": "Cloud", "localized": "Remote Compute Node", "reload": "n/a", "hint": "Offload execution tasks to distributed cloud-based compute clusters." }, { "id": 21, "label": "Close", "localized": "Terminate Session", "reload": "n/a", "hint": "Collapse operational window." }, { "id": 22, "label": "Change model", "localized": "Swap Inference Engine", "reload": "n/a", "hint": "Hot-swap the active neural network weights for alternative tensor architecture." }, { "id": 23, "label": "Change refiner", "localized": "Swap Refinement Kernel", "reload": "n/a", "hint": "Toggle secondary refinement weights for high-frequency detail enhancement." }, { "id": 24, "label": "Change VAE", "localized": "Swap VAE Decoupler", "reload": "n/a", "hint": "Switch Variational Autoencoder module for pixel-space decoding." }, { "id": 25, "label": "Change UNet", "localized": "Swap UNet Architecture", "reload": "n/a", "hint": "Reallocate primary U-Net diffusion weights." }, { "id": 26, "label": "Change reference", "localized": "Update Reference Vector", "reload": "n/a", "hint": "Modify the input reference conditioning data." }, { "id": 27, "label": "Color Grading", "localized": "Chromatic Post-Processing", "reload": "n/a", "hint": "Apply post-inference look-up table (LUT) color space re-mapping for dynamic range correction." }, { "id": 28, "label": "Control Methods", "localized": "Guidance Algorithms", "reload": "n/a", "hint": "Selection of mathematical frameworks for spatial guidance." }, { "id": 29, "label": "Control Media", "localized": "Initialization Vector Input", "reload": "n/a", "hint": "Inject external pixel data stream as initial seed conditioning." }, { "id": 30, "label": "Create Video", "localized": "Temporal Synthesis", "reload": "n/a", "hint": "Compile frame sequence into a multiplexed video container." }, { "id": 31, "label": "ChronoEdit", "localized": "Temporal Sequence Modifier", "reload": "n/a", "hint": "Advanced frame-to-frame temporal coherence editing tools." }, { "id": 32, "label": "Cross Attention", "localized": "Cross-Attention Coupling", "reload": "n/a", "hint": "Configuration of latent-token attention mechanism interaction." }, { "id": 33, "label": "CLiP Skip", "localized": "Neural Layer Truncation", "reload": "n/a", "hint": "Early-abort signal injection for CLIP model; 1 terminates at the terminal layer, 2 at the sub-terminal layer, etc." }, { "id": 34, "label": "Cache-DiT", "localized": "DiT Latent Caching", "reload": "n/a", "hint": "Implement optimized caching for Diffusion Transformer (DiT) blocks." }, { "id": 35, "label": "CFG-Zero", "localized": "Classifier-Free Guidance Null-Signal", "reload": "n/a", "hint": "Zero-latency bypass protocol for CFG inference calculations." }, { "id": 36, "label": "Cache folders", "localized": "Temporary Asset Directories", "reload": "n/a", "hint": "Designate root paths for volatile storage of intermediate inference cache." }, { "id": 37, "label": "Custom model loader", "localized": "Modular Model Injector", "reload": "n/a", "hint": "Protocol for loading non-standard weights into the kernel." }, { "id": 38, "label": "Client log", "localized": "Execution Event Stream", "reload": "n/a", "hint": "Visual readout of real-time background process output." }, { "id": 39, "label": "CLIP Analysis", "localized": "Semantic Vector Analysis", "reload": "n/a", "hint": "Run CLIP-based statistical inference on visual input for metadata extraction." }, { "id": 40, "label": "Context", "localized": "Semantic Environment", "reload": "n/a", "hint": "Set parameters for situational prompt awareness." }, { "id": 41, "label": "Contrast", "localized": "Luminance Delta", "reload": "n/a", "hint": "Modulate the differential variance between photon intensity nodes.
Positive integers amplify contrast divergence.
Negative integers flatten the tonal histogram toward neutral equilibrium." }, { "id": 42, "label": "Color temp", "localized": "Kelvin Chromaticity", "reload": "n/a", "hint": "Shift blackbody radiator temperature in Kelvin units.
Lower integers (e.g., 2000K) propagate amber long-wavelength bias. Higher integers (e.g., 12000K) propagate cool short-wavelength bias.

6500K approximates neutral noon-day solar illumination. Operation scales RGB channel gain." }, { "id": 43, "label": "CLAHE clip", "localized": "CLAHE Clipping Ceiling", "reload": "n/a", "hint": "Clipping threshold for Contrast-Limited Adaptive Histogram Equalization.
Increased values allow localized contrast expansion for low-density feature recovery.

Nullify to 0. Optimal range: 1.0–3.0. Extreme values induce stochastic noise amplification." }, { "id": 44, "label": "CLAHE grid", "localized": "CLAHE Tiling Matrix", "reload": "n/a", "hint": "Tile grid dimensionality for CLAHE spatial regions.
Reduced grids (e.g., 2–4) favor global equalization homogeneity.
Increased grids (e.g., 12–16) isolate granular detail, increasing potential noise artifacts.

Default is 8. Only triggered if CLAHE clip > 0." }, { "id": 45, "label": "Correction mode", "localized": "Heuristic Correction Protocol", "reload": "n/a", "hint": "Select algorithmic approach for post-synthesis pixel correction." }, { "id": 46, "label": "Crop to portrait", "localized": "Vertical Aspect Normalization", "reload": "n/a", "hint": "Re-index image bounds into portrait ratio prior to IP-Adapter ingestion." }, { "id": 47, "label": "Concept Tokens", "localized": "Semantic Token Set", "reload": "n/a", "hint": "Manage discrete embedded concept-token arrays." }, { "id": 48, "label": "Colormap", "localized": "Spectral Mapping Data", "reload": "n/a", "hint": "Visualizing DAAM heatmap for attention activation." }, { "id": 49, "label": "Cosine scale 1", "localized": "Cosine Scalar Alpha", "reload": "n/a", "hint": "Modulating trigonometric scaling coefficient 1." }, { "id": 50, "label": "Cosine scale 2", "localized": "Cosine Scalar Beta", "reload": "n/a", "hint": "Modulating trigonometric scaling coefficient 2." }, { "id": 51, "label": "Cosine scale 3", "localized": "Cosine Scalar Gamma", "reload": "n/a", "hint": "Modulating trigonometric scaling coefficient 3." }, { "id": 52, "label": "Cache model", "localized": "Weight Volatile Storage", "reload": "n/a", "hint": "Enable memory-caching of neural weights for reduced reload latency." }, { "id": 53, "label": "Cosine scale", "localized": "Cosine Scaling Factor", "reload": "n/a", "hint": "Global trigonometric decay parameter." }, { "id": 54, "label": "Cosine Background", "localized": "Cosine Background Bias", "reload": "n/a", "hint": "Background-specific trigonometric scaling bias." }, { "id": 55, "label": "Control guidance", "localized": " Guidance Manifold", "reload": "n/a", "hint": "Coordinate InfiniteYou control manifold state." }, { "id": 56, "label": "comma", "localized": "Delimiter Char", "reload": "n/a", "hint": "Define the lexical separator character." }, { "id": 57, "label": "Columns", "localized": "Columnar Grid Density", "reload": "n/a", "hint": "Define vertical slice count for prompt matrixing." }, { "id": 58, "label": "Censor", "localized": "Safety Filter Daemon", "reload": "n/a", "hint": "Initialize NudeNet content filtering engine." }, { "id": 59, "label": "Check language", "localized": "Linguistic Parsing Probe", "reload": "n/a", "hint": "Validate linguistic encoding against prohibited safety taxonomy." }, { "id": 60, "label": "Check policy violations", "localized": "Violation Audit Probe", "reload": "n/a", "hint": "Execute policy conformance verification." }, { "id": 61, "label": "Check banned words", "localized": "Lexical Blacklist Scanner", "reload": "n/a", "hint": "Scan payload for blacklisted lexical tokens." }, { "id": 62, "label": "Control preprocess input images", "localized": "Preprocessing Input Buffer", "reload": "n/a", "hint": "Configure the preprocessing pipeline for FLUX toolsets." }, { "id": 63, "label": "Control override denoise strength", "localized": "Denoise Override Bypass", "reload": "n/a", "hint": "Force overwrite of standard denoise magnitude." }, { "id": 64, "label": "Color variation", "localized": "Chromatic Jitter Variance", "reload": "n/a", "hint": "Enable stochastic color variance for outpainting seamlessness." }, { "id": 65, "label": "Change rate", "localized": "Temporal Mutation Velocity", "reload": "n/a", "hint": "Adjust the rate of temporal change between video frames." }, { "id": 66, "label": "Context after", "localized": "Post-Sequence Context Window", "reload": "n/a", "hint": "Defining context window following the current operation." }, { "id": 67, "label": "Context mask", "localized": "Spatial Context Masking", "reload": "n/a", "hint": "Apply a spatial context mask to restrict generative influence." }, { "id": 68, "label": "Control only", "localized": "Pure Guidance Mode", "reload": "n/a", "hint": "Force system to utilize exclusively the provided Control input; bypasses standard prompt generation." }, { "id": 69, "label": "CN Mode", "localized": "Guidance Network State", "reload": "n/a", "hint": "Set ControlNet operation state." }, { "id": 70, "label": "CN Strength", "localized": "Guidance Network Scalar", "reload": "n/a", "hint": "Adjust magnitude of control network conditioning influence." }, { "id": 71, "label": "CN Start", "localized": "Guidance Injection Start-Step", "reload": "n/a", "hint": "Define the diffusion-step at which Guidance begins." }, { "id": 72, "label": "CN End", "localized": "Guidance Injection Stop-Step", "reload": "n/a", "hint": "Define the diffusion-step at which Guidance ceases." }, { "id": 73, "label": "CN Tiles", "localized": "Guidance Tiling Factor", "reload": "n/a", "hint": "Configure spatial tiling resolution for guidance input." }, { "id": 74, "label": "Control factor", "localized": "Primary Control Scalar", "reload": "n/a", "hint": "Coefficient controlling base guidance influence." }, { "id": 75, "label": "ControlNet-XS", "localized": "Compact Neural Guidance Framework", "reload": "n/a", "hint": "Enable lightweight (XS) optimized guidance architecture." }, { "id": 76, "label": "Coarse", "localized": "Coarse Quantization", "reload": "n/a", "hint": "Activate low-precision approximation mode." }, { "id": 77, "label": "Color map", "localized": "Spectral Mapping Data", "reload": "n/a", "hint": "Define source mapping for chromatic adherence." }, { "id": 78, "label": "Crop to fit", "localized": "Viewport Auto-Normalization", "reload": "n/a", "hint": "Automatically compute aspect-ratio convergence; upscale target frames to viewport dimensions. Excess spatial data is culled." }, { "id": 79, "label": "CLiP Model", "localized": "Semantic CLIP Engine", "reload": "n/a", "hint": "Specify the CLIP weight backbone for text-visual alignment. Larger models (e.g., ViT-L, ViT-H) offer increased vector accuracy at the cost of compute throughput and VRAM saturation." }, { "id": 80, "label": "Caption Model", "localized": "BLIP Descriptive Engine", "reload": "n/a", "hint": "Select the BLIP weight set for visual semantic analysis. This engine generates initial descriptive token-streams which are subsequently refined by CLIP." }, { "id": 81, "label": "clip: max length", "localized": "Token Vector Ceiling", "reload": "n/a", "hint": "Set upper threshold for semantic token sequence length." }, { "id": 82, "label": "clip: chunk size", "localized": "Data Segmentation Chunk", "reload": "n/a", "hint": "Define the memory block size for token processing." }, { "id": 83, "label": "clip: min flavors", "localized": "Flavor Entropy Floor", "reload": "n/a", "hint": "Lower bound for stylistic flavor token generation." }, { "id": 84, "label": "clip: max flavors", "localized": "Flavor Entropy Ceiling", "reload": "n/a", "hint": "Upper bound for stylistic flavor token generation." }, { "id": 85, "label": "clip: intermediates", "localized": "Latent State Capture", "reload": "n/a", "hint": "Enable/disable retention of intermediate vector states." }, { "id": 86, "label": "clip: num beams", "localized": "Beam Search Width", "reload": "n/a", "hint": "Set the number of parallel beams for semantic searching." }, { "id": 87, "label": "Character threshold", "localized": "Identity Confidence Threshold", "reload": "n/a", "hint": "Probabilistic confidence threshold for identifying character-class tokens. Only tokens exceeding this variance score will be materialized. Higher thresholds ensure precision; lower thresholds expand recall." }, { "id": 88, "label": "Cross-attention", "localized": "Cross-Attention Coupling", "reload": "n/a", "hint": "Enable coupling of cross-attention layer states." }, { "id": 89, "label": "cpu", "localized": "CPU-Only Fallback", "reload": "n/a", "hint": "Force execution on host CPU and system RAM; maximum stability but severely degraded throughput." }, { "id": 90, "label": "Cached models", "localized": "Active Weight Resident-Count", "reload": "n/a", "hint": "Quantity of neural network weights maintained in volatile RAM for zero-latency retrieval." }, { "id": 91, "label": "combined", "localized": "Combined Multi-Tensor", "reload": "n/a", "hint": "Merge multiple neural stream outputs." }, { "id": 92, "label": "Compress ratio", "localized": "Quantization Scalar", "reload": "n/a", "hint": "Specify the ratio of weight quantization." }, { "id": 93, "label": "compel", "localized": "Compel Weight-Syntax Parser", "reload": "n/a", "hint": "Activate advanced Compel-style syntax processing." }, { "id": 94, "label": "Channels last", "localized": "NHWC Memory Alignment", "reload": "n/a", "hint": "Enforce NHWC memory layout for optimized convolution operations." }, { "id": 95, "label": "cuDNN full-depth benchmark", "localized": "cuDNN Exhaustive Profiler", "reload": "n/a", "hint": "Run full-depth cuDNN profiling for hardware-agnostic kernel optimization." }, { "id": 96, "label": "cuDNN benchmark limit", "localized": "cuDNN Profiler Ceiling", "reload": "n/a", "hint": "Set iteration limit for kernel benchmarking." }, { "id": 97, "label": "cudaMallocAsync", "localized": "Asynchronous Memory Allocation", "reload": "n/a", "hint": "Implement the CUDA asynchronous memory allocator. Decreases latency and memory fragmentation, though may induce instability on specific GPU architectures." }, { "id": 98, "label": "CLiP skip enabled", "localized": "Layer Truncation Active", "reload": "n/a", "hint": "Override default CLIP architecture depth." }, { "id": 99, "label": "Cache-DiT enabled", "localized": "DiT Caching Active", "reload": "n/a", "hint": "Force DiT caching protocols." }, { "id": 100, "label": "Cache-DiT F-compute blocks", "localized": "DiT Forward-Pass Block-Index", "reload": "n/a", "hint": "Specify forward-pass indices for caching." }, { "id": 101, "label": "Cache-DiT B-compute blocks", "localized": "DiT Backward-Pass Block-Index", "reload": "n/a", "hint": "Specify backward-pass indices for caching." }, { "id": 102, "label": "Cache-DiT residual diff threshold", "localized": "DiT Residual Divergence Delta", "reload": "n/a", "hint": "Set delta divergence for residual caching." }, { "id": 103, "label": "Cache-DiT warmup steps", "localized": "DiT Cache Warmup Iterations", "reload": "n/a", "hint": "Set iteration count to stabilize DiT cache." }, { "id": 104, "label": "CFG-Zero enabled", "localized": "Null-Signal CFG Active", "reload": "n/a", "hint": "Toggle CFG-Zero propagation." }, { "id": 105, "label": "CFG-Zero star", "localized": "CFG-Zero Vector Star", "reload": "n/a", "hint": "Apply star-topology weight to CFG-Zero." }, { "id": 106, "label": "CFG-Zero steps", "localized": "CFG-Zero Iteration Count", "reload": "n/a", "hint": "Define steps for CFG-Zero operation." }, { "id": 107, "label": "cudagraphs", "localized": "CUDA Kernel Graphing", "reload": "n/a", "hint": "Capture execution into CUDA Graphs to minimize CPU-to-GPU dispatch overhead." }, { "id": 108, "label": "Cleanup temporary folder on startup", "localized": "Volatile Directory Flush", "reload": "n/a", "hint": "Purge all temporary filesystem caches during kernel initialization." }, { "id": 109, "label": "Create ZIP archive for multiple images", "localized": "Batch Archival Compression", "reload": "n/a", "hint": "Compress multi-image output streams into a ZIP container." }, { "id": 110, "label": "cover", "localized": "Fill Extent", "reload": "n/a", "hint": "Scale content to completely occupy viewport bounds." }, { "id": 111, "label": "Compact view", "localized": "Condensed Layout State", "reload": "n/a", "hint": "Minimize GUI bloat for dense information density." }, { "id": 112, "label": "CivitAI token", "localized": "API Auth-Token", "reload": "n/a", "hint": "Input personal access token for model hub authentication." }, { "id": 113, "label": "CivitAI save to subfolders", "localized": "Categorical Asset Nesting", "reload": "n/a", "hint": "Enable hierarchical directory structures for model storage." }, { "id": 114, "label": "CivitAI subfolder template", "localized": "Directory Naming Convention", "reload": "n/a", "hint": "Define directory generation template string." }, { "id": 115, "label": "CivitAI discard downloads with hash mismatch", "localized": "Integrity-Fail Auto-Abort", "reload": "n/a", "hint": "Automatically reject assets failing SHA checksum verification." }, { "id": 116, "label": "Cache text encoder results", "localized": "Text-Encoder Output Buffer", "reload": "n/a", "hint": "Cache projected text-vector embeddings." }, { "id": 117, "label": "contain", "localized": "Viewport Containment", "reload": "n/a", "hint": "Constrain visual output to viewport boundaries without clipping." }, { "id": 118, "label": "Ctrl+up/down word delimiters", "localized": "Token-Delimiter Navigation", "reload": "n/a", "hint": "Define keyboard shortcut protocol for token manipulation." }, { "id": 119, "label": "Ctrl+up/down precision when editing (attention:1.1)", "localized": "Precision-Edit Step (Attention)", "reload": "n/a", "hint": "Set incremental precision for attention weights." }, { "id": 120, "label": "Ctrl+up/down precision when editing ", "localized": "Precision-Edit Step (Networks)", "reload": "n/a", "hint": "Set incremental precision for network weights." }, { "id": 121, "label": "Cached VAEs", "localized": "VAE Residue Cache", "reload": "n/a", "hint": "Number of VAE decoders to retain in VRAM." }, { "id": 122, "label": "ckpt", "localized": "Checkpoint Reference", "reload": "n/a", "hint": "Reference to active checkpoint node." }, { "id": 123, "label": "Comma separated list with optional strength per LoRA", "localized": "LoRA Vector Array", "reload": "n/a", "hint": "Define comma-delimited LoRA sequence with magnitude modifiers." }, { "id": 124, "label": "Custom pipeline", "localized": "Custom Inference Pipeline", "reload": "n/a", "hint": "Inject custom pipeline definition script." }, { "id": 125, "label": "Custom model", "localized": "Model Override", "reload": "n/a", "hint": "Define manual model override path." }, { "id": 126, "label": "ControlNet unit 1", "localized": "Guidance Module 01", "reload": "n/a", "hint": "Configure primary Guidance unit." }, { "id": 127, "label": "ControlNet unit 2", "localized": "Guidance Module 02", "reload": "n/a", "hint": "Configure secondary Guidance unit." }, { "id": 128, "label": "ControlNet unit 3", "localized": "Guidance Module 03", "reload": "n/a", "hint": "Configure tertiary Guidance unit." }, { "id": 129, "label": "ControlNet unit 4", "localized": "Guidance Module 04", "reload": "n/a", "hint": "Configure quaternary Guidance unit." }, { "id": 130, "label": "ControlNet-XS unit 1", "localized": "Compact Guidance 01", "reload": "n/a", "hint": "Configure primary XS Guidance unit." }, { "id": 131, "label": "ControlNet-XS unit 2", "localized": "Compact Guidance 02", "reload": "n/a", "hint": "Configure secondary XS Guidance unit." }, { "id": 132, "label": "ControlNet-XS unit 3", "localized": "Compact Guidance 03", "reload": "n/a", "hint": "Configure tertiary XS Guidance unit." }, { "id": 133, "label": "ControlNet-XS unit 4", "localized": "Compact Guidance 04", "reload": "n/a", "hint": "Configure quaternary XS Guidance unit." }, { "id": 134, "label": "Control-LLLite unit 1", "localized": "Lite-Guidance Module 01", "reload": "n/a", "hint": "Configure primary LLLite Guidance unit." }, { "id": 135, "label": "Control-LLLite unit 2", "localized": "Lite-Guidance Module 02", "reload": "n/a", "hint": "Configure secondary LLLite Guidance unit." }, { "id": 136, "label": "Control-LLLite unit 3", "localized": "Lite-Guidance Module 03", "reload": "n/a", "hint": "Configure tertiary LLLite Guidance unit." }, { "id": 137, "label": "Control-LLLite unit 4", "localized": "Lite-Guidance Module 04", "reload": "n/a", "hint": "Configure quaternary LLLite Guidance unit." }, { "id": 138, "label": "Control settings", "localized": "Guidance Parametrics", "reload": "n/a", "hint": "Global guidance system configuration." }, { "id": 139, "label": "Canny", "localized": "Edge-Detection Matrix", "reload": "n/a", "hint": "Canny edge heuristic filter." }, { "id": 140, "label": "Condition", "localized": "Signal Conditioning", "reload": "n/a", "hint": "Signal conditioning protocol." }, { "id": 141, "label": "Caption: Advanced Options", "localized": "Advanced Descriptive Parametrics", "reload": "n/a", "hint": "Access extended descriptor configuration." }, { "id": 142, "label": "Caption: Batch", "localized": "Batch Metadata Processing", "reload": "n/a", "hint": "Execute bulk descriptor generation." }, { "id": 143, "label": "Control elements", "localized": "Guidance Asset Array", "reload": "n/a", "hint": "Guidance elements are high-level advanced models utilized to steer generative output toward specific target outcomes." } ], "d": [ { "id": 0, "label": "Docs", "localized": "Documentation Matrix", "reload": "", "hint": "Access the comprehensive knowledge repository" }, { "id": 0, "label": "Discord", "localized": "Community Uplink", "reload": "", "hint": "Establish connection with the neural collective" }, { "id": 0, "label": "Detail", "localized": "High-Fidelity Enhancement", "reload": "", "hint": "The Detailer subsystem initiates iterative recursive rendering at superior vector density for identified heuristic nodes" }, { "id": 0, "label": "Delete", "localized": "Purge Data", "reload": "", "hint": "Execute binary annihilation of the image buffer" }, { "id": 0, "label": "Default", "localized": "Baseline Configuration", "reload": "", "hint": "Revert parameters to factory-preset neural weights" }, { "id": 0, "label": "Download updates", "localized": "Fetch Repository Delta", "reload": "", "hint": "Synchronize current binary state with the latest upstream patch stream" }, { "id": 0, "label": "Download model", "localized": "Ingest Model Architecture", "reload": "", "hint": "Initiate data packet transfer for neural weight acquisition" }, { "id": 0, "label": "Diffusers", "localized": "Latent Diffusion Arrays", "reload": "", "hint": "Access the standard HuggingFace Diffusion pipeline protocols" }, { "id": 0, "label": "Distilled", "localized": "Compressed Manifold", "reload": "", "hint": "Utilize optimized model architecture with reduced parameter overhead" }, { "id": 0, "label": "Description", "localized": "Metadata Narrative", "reload": "", "hint": "Textual semantic representation of the generated asset" }, { "id": 0, "label": "Details", "localized": "Refinement Parameters", "reload": "", "hint": "Access configuration modules for high-fidelity signal boosting" }, { "id": 0, "label": "Detailer", "localized": "Recursive Refiner", "reload": "", "hint": "The Detailer executes supplementary generation passes at increased pixel density for detected object signatures" }, { "id": 0, "label": "Denoise", "localized": "Noise Variance Coefficient", "reload": "", "hint": "Adjusts the stochastic interference threshold. High noise variance allows significant divergence from input vector manifolds during the generative epoch" }, { "id": 0, "label": "DirectML", "localized": "Hardware Abstraction Layer (DirectML)", "reload": "", "hint": "Interface utilizing the DirectX machine learning compute backend" }, { "id": 0, "label": "Download model from huggingface", "localized": "Fetch Asset from Model Hub", "reload": "", "hint": "Execute remote procedure call to extract model weights from the HuggingFace repository" }, { "id": 0, "label": "Dropdown", "localized": "Selection Array", "reload": "", "hint": "Expandable list of viable configuration vectors" }, { "id": 0, "label": "dynamic", "localized": "Adaptive Flow Variance", "reload": "", "hint": "Adaptive manifold shifting automates the denoising schedule calibration relative to your target vector dimensions.

The scheduler interpolates between base_shift and max_shift parameters based on actual pixel resolution.

Enabling this nullifies static Flow shift constants." }, { "id": 0, "label": "Detailer models", "localized": "Detection Model Registry", "reload": "", "hint": "Select the optimal computer vision classification agents for the refinement process" }, { "id": 0, "label": "Detailer list", "localized": "Process Queue", "reload": "", "hint": "Display active refinement procedures in the task buffer" }, { "id": 0, "label": "Detailer classes", "localized": "Heuristic Logic Gates", "reload": "", "hint": "Select specific object classification subsets if the chosen detection agent supports multi-class logic" }, { "id": 0, "label": "Detailer prompt", "localized": "Refinement Semantic Tokenizer", "reload": "", "hint": "Inject discrete semantic tokens for the refinement pass. Falls back to primary token stream if null" }, { "id": 0, "label": "Detailer negative prompt", "localized": "Anti-Semantic Refinement Stream", "reload": "", "hint": "Inject discrete anti-semantic tokens for the refinement pass. Falls back to primary anti-semantic stream if null" }, { "id": 0, "label": "Detailer steps", "localized": "Recursive Iteration Count", "reload": "", "hint": "The integer quantity of diffusion steps allocated to the refinement process" }, { "id": 0, "label": "Detailer strength", "localized": "Refinement Intensity", "reload": "", "hint": "The stochastic variance coefficient for the refinement process" }, { "id": 0, "label": "Detailer resolution", "localized": "Refinement Spatial Matrix", "reload": "", "hint": "Define the grid dimensions for the high-fidelity refinement pass" }, { "id": 0, "label": "Denoising batch size", "localized": "Stochastic Parallelization Factor", "reload": "", "hint": "Set the number of simultaneous diffusion chains to process per batch" }, { "id": 0, "label": "Dilate tau", "localized": "Dilution Constant (Tau)", "reload": "", "hint": "Adjusts the temporal dilation threshold for signal processing" }, { "id": 0, "label": "Draw legend", "localized": "Visualize Parameter Matrix", "reload": "", "hint": "Overlay semantic annotations onto the grid visualization" }, { "id": 0, "label": "Denoising strength", "localized": "Algorithmic Fidelity Coefficient", "reload": "", "hint": "Determines the algorithm's adherence to the source input vector manifold. 0.0 results in zero state change; 1.0 results in total chaotic divergence. Values under 1.0 reduce the iterative sampling requirement relative to the primary Sampling Steps index." }, { "id": 0, "label": "Denoise start", "localized": "Phase Transition Trigger", "reload": "", "hint": "Override the standard schedule by specifying the precise temporal crossover from base model to refiner. Only applies to hybrid Refiner usage. If set to boundaries (0 or 1), the standard denoising strength is maintained." }, { "id": 0, "label": "down", "localized": "Vector Descension", "reload": "", "hint": "Initiate directional processing along the negative Y-axis" }, { "id": 0, "label": "Decode chunks", "localized": "Binary Fragment Decoding", "reload": "", "hint": "Process discrete segments of the video buffer" }, { "id": 0, "label": "Dilate", "localized": "Morphological Dilation", "reload": "", "hint": "Expand binary mask boundaries using structural kernels" }, { "id": 0, "label": "Depth and normal", "localized": "Z-Buffer and Surface Vector Map", "reload": "", "hint": "Enable dual-channel spatial mapping" }, { "id": 0, "label": "Distance threshold", "localized": "Proximity Metric", "reload": "", "hint": "Define the cutoff point for spatial proximity calculation" }, { "id": 0, "label": "Depth threshold", "localized": "Z-Plane Boundary", "reload": "", "hint": "Define the Z-axis clipping threshold" }, { "id": 0, "label": "Denoising steps", "localized": "Stochastic Iteration Cycle", "reload": "", "hint": "Define total recursive denoising cycles" }, { "id": 0, "label": "Depth map", "localized": "Spatial Topology Projection", "reload": "", "hint": "Utilize grayscale mapping to define 3D spatial hierarchy" }, { "id": 0, "label": "Dynamic shift", "localized": "Adaptive Frequency Modulation", "reload": "", "hint": "Enable real-time temporal frequency oscillation" }, { "id": 0, "label": "Duration", "localized": "Temporal Vector Span", "reload": "", "hint": "Specify the total temporal duration for the output sequence" }, { "id": 0, "label": "Device Info", "localized": "Compute Hardware Diagnostics", "reload": "", "hint": "Display telemetry data for current compute acceleration hardware" }, { "id": 0, "label": "Diffusers load using Run:ai streamer", "localized": "Stream via Run:ai Cluster Protocol", "reload": "", "hint": "Enable remote model loading via the Run:ai streaming interface" }, { "id": 0, "label": "Disable accelerate", "localized": "Nullify Acceleration Library", "reload": "", "hint": "Deactivate the HuggingFace Accelerate optimization framework" }, { "id": 0, "label": "Disable T5 text encoder", "localized": "Bypass T5 Logic Layer", "reload": "", "hint": "Disable the T5 semantic processing node during text tokenization" }, { "id": 0, "label": "Dynamic loss threshold", "localized": "Adaptive Entropy Clipping", "reload": "", "hint": "Enable autonomous recalibration of the loss function clipping boundary" }, { "id": 0, "label": "Dequantize using torch.compile", "localized": "JIT-Compiled Dequantization", "reload": "", "hint": "Execute model dequantization using the Torch Just-In-Time compilation framework" }, { "id": 0, "label": "Dequantize using full precision", "localized": "High-Bitrate Dequantization", "reload": "", "hint": "Execute dequantization routines using FP32 precision standard" }, { "id": 0, "label": "Disabled", "localized": "Logic Gateway Offline", "reload": "", "hint": "The current module interface is inactive" }, { "id": 0, "label": "Dynamic Attention BMM", "localized": "Heuristic Block Matrix Multiplication", "reload": "", "hint": "Segments attention tensors into modular blocks during compute. Increases processing duration but significantly optimizes VRAM memory bandwidth usage" }, { "id": 0, "label": "Dynamic attention", "localized": "Adaptive Attention Kernel", "reload": "", "hint": "Dynamically calibrates attention matrix compute per-step. Preserves VRAM overhead at the cost of cycle efficiency." }, { "id": 0, "label": "Dynamic Attention slicing rate", "localized": "Attention Matrix Partitioning Index", "reload": "", "hint": "Defines the frequency and size of attention tensor slicing" }, { "id": 0, "label": "Dynamic Attention trigger rate", "localized": "Attention Activation Frequency", "reload": "", "hint": "Determines the threshold to initiate dynamic attention logic" }, { "id": 0, "label": "Deterministic mode", "localized": "Fixed-State Reproducibility", "reload": "", "hint": "Forces uniform output for identical seed vectors. Essential for result validation, but may suppress performance optimizations." }, { "id": 0, "label": "DirectML retry ops for NaN", "localized": "DirectML NaN Exception Handler", "reload": "", "hint": "Enable error-trapping and re-execution for NaN floating-point faults" }, { "id": 0, "label": "deep-cache", "localized": "DeepCache Heuristic Buffer", "reload": "", "hint": "Utilize DeepCache architecture for latent state caching" }, { "id": 0, "label": "DeepCache cache interval", "localized": "Buffer Refresh Periodicity", "reload": "", "hint": "Defines the diffusion cycle interval for latent state refreshes" }, { "id": 0, "label": "Directory for temporary images; leave empty for default", "localized": "Volatile Image Storage Path", "reload": "", "hint": "Specify the directory buffer for volatile assets. Null defaults to root /temp/" }, { "id": 0, "label": "Do not display video output in UI", "localized": "Suppress Video Framebuffer", "reload": "", "hint": "Disable the injection of video frames into the web interface stream" }, { "id": 0, "label": "Directory name pattern", "localized": "Asset Path Hierarchical Logic", "reload": "", "hint": "Define output sub-directory structures using token markers: [steps], [cfg],[prompt_hash], [prompt], [prompt_no_styles], [prompt_spaces], [width], [height], [styles], [sampler], [seed], [model_hash], [model_name], [prompt_words], [date], [datetime], [datetime], [datetime