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Workflow with the sole purpose of testing each weighttype of the IpAdapter.
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Quellenbeschreibung
Workflow with the sole purpose of testing each weight_type of the IpAdapter.
This workflow allows us to see each option of IpAdapter's weight_type side by side and determine which is the best choice depending on the intended use.
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A brief explanation of each IpAdapter's option:
weight_type – Defines the profile of how the embeddings are applied over time or space:
linear: Applies the weight in a constant and linear manner.
ease in: Starts weak and gradually increases the strength of the weight.
KI-generierter Kommentar
KI-generierte Erklärung auf Grundlage von Quellen- und Konfigurationsdetails. Vorschläge sind klar gekennzeichnet.
IpAdapter Test is for comparing IpAdapter weight_type options side by side; it can take an image, text conditioning, a checkpoint, and an empty latent image, vary embedding settings, and produce image previews and saved images.
Its processing path combines IPAdapterAdvanced and IPAdapterUnifiedLoader with KSampler, VAEDecode, PreviewImage, and SaveImage.
Provide an image, text conditioning, a checkpoint, and an empty latent image through LoadImage, CLIPTextEncode, CheckpointLoaderSimple, and EmptyLatentImage.
The named outputs are image previews and saved images through PreviewImage and SaveImage.
It is listed with base model SD 1.5.
Listed model files are LCM_LoRA_Weights_SD15.safetensors, realisticVisionV60B1_v51HyperVAE.safetensors, and vae-ft-mse-840000-ema-pruned.safetensors.
Listed components include Anything Everywhere; caching_condition; caching_image; CheckpointLoaderSimple; CLIPTextEncode; easy float; EmptyLatentImage; GetNode; ImageResize+; IPAdapterAdvanced; and IPAdapterUnifiedLoader.
It also includes KSampler; LoadImage; Lora Loader Stack (rgthree); LoraTagLoader; PreviewImage; SaveImage; Seed; SetNode; ttN text; VAEDecode; and VAELoader.
Choose weight_type to vary embedding strength with linear, ease in, ease out, ease in-out, reverse in-out, weak input, weak output, weak middle, strong middle, style transfer, composition, or strong style transfer.
Choose embeds_scaling from V only, K+V, K_V w/ C penalty, or K+mean(V) w/ C penalty. These use the value vector, key and value vectors, or consistency-penalty variants described for each option.
Choose combine embeddings from concat, add, subtract, average, or norm average to join, add, subtract, average, or normalize before averaging embeddings, respectively.
Before using it, check that the listed model files and components are available in your environment.
Vorschlag · nicht geprüft
No license is stated for this workflow; check its use terms before using it.
Vorschlag · nicht geprüft
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Quellen
1 QuelleQuellenauszüge
1 AuszugSource context: 272 downloads · Type Workflows · Base model SD 1.5
ease out: Starts strong and softens over time.
ease in-out: Smooth transition at both ends (start and finish).
reverse in-out: The inverse of ease in-out, with emphasis in the middle.
weak input: Applies less strength at the beginning.
weak output: Applies less strength at the end.
weak middle: The strength is lower in the middle of the process.
strong middle: The strength is higher in the middle and lower at the ends.
style transfer: Focuses on preserving the style of the original image, with smooth and gradual emphasis.
composition: Attempts to blend different embeddings in a balanced way, with harmonious transitions.
strong style transfer: Strongly enforces the style embeddings of the reference image.
embeds_scaling – Defines how the embeddings are integrated into the attention mechanism:
V only: Uses only the value vector (V) in cross-attention. Less intrusive.
K+V: Uses both key (K) and value (V). Exerts more influence on the results.
K_V w/ C penalty: Same as K+V, but with a consistency penalty (C) to avoid distortions.
K+mean(V) w/ C penalty: Uses K and the mean of V, with consistency penalty — balances smoothness with control.
combine embeddings – Methods for merging multiple embeddings:
concat: Direct concatenation — simply joins the embeddings along the feature dimension, increasing total size. Preserves all individual information.
add: Element-wise addition — sums the corresponding values of the vectors. Directly blends the representations.
subtract: Subtracts embeddings — useful to highlight differences between them (e.g., style A - style B). Can produce distinct visual variations.
average: Simple average — smooths the embeddings, producing a balanced blend. Less prone to distortions.
norm average: Normalized average — same idea as average, but normalizes the vectors before combining, keeping magnitude consistent among them. Helps prevent embeddings with vastly different weights from dominating the blend.
Geschätzter VRAM Bedarf
Schätzung nicht verfügbar
128 MB über 1 von 5 Modell-Dateien. Gesamtmodell-Dateien + 25% Ladeaufwand + 2 GB Ausführungs-Puffer, aufgerundet.
Anforderungen
25 AnforderungenLoRA · 128 MB · SAFETENSOR · Unknown
realisticVisionV60B1_v51HyperVAE.safetensors
Nicht aufgelöstVAE · Unknown
vae-ft-mse-840000-ema-pruned.safetensors
Datei ungeprüftVAE · Unknown · vae-ft-mse-840000-ema-pruned | 840000 | 840k SD1.5 VAE
VAEDecode
MöglichVAE · Unknown
VAELoader
MöglichVAE · Unknown
Knotenpaket · Unknown
Knotenpaket · Unknown
Knotenpaket · Unknown
CheckpointLoaderSimple
MöglichKnotenpaket · Unknown
CLIPTextEncode
MöglichKnotenpaket · Unknown
Knotenpaket · Unknown
EmptyLatentImage
MöglichKnotenpaket · Unknown
GetNode
Nicht aufgelöstKnotenpaket · Unknown
ImageResize+
MöglichKnotenpaket · Unknown
IPAdapterAdvanced
MöglichKnotenpaket · Unknown
IPAdapterUnifiedLoader
MöglichKnotenpaket · Unknown
KSampler
MöglichKnotenpaket · Unknown
LoadImage
MöglichKnotenpaket · Unknown
Lora Loader Stack (rgthree)
Nicht aufgelöstKnotenpaket · Unknown
LoraTagLoader
MöglichKnotenpaket · Unknown
PreviewImage
MöglichKnotenpaket · Unknown
SaveImage
MöglichKnotenpaket · Unknown
Seed
MöglichKnotenpaket · Unknown
SetNode
Nicht aufgelöstKnotenpaket · Unknown
Knotenpaket · Unknown
