CONSISID FREQUENCY FACE LOCK

ConsisID Tuning-Free IPT2V Directing: Low-and-High Frequency Facial Decomposition & Zero-Fine-Tuning Consistency

Verified directing blueprint by UDP Custom. Engineered for Google organic search ranking, professional ComfyUI pipelines, zero-slop video workflows, and production commercial viability.

FREQUENCY LOCK

Low/High Band Separation

TUNING-FREE

Zero LoRA Training

EVA-CLIP + DIT

Cross-Attention Injection

$36,000

Film Previs Character Retainer

🔬 Engineering & Directing Architecture

Achieving immutable character facial identity without time-consuming LoRA training: how ConsisID decomposes facial features into low-frequency global structures (injected into shallow DiT layers) and high-frequency identity details (injected into deep blocks), maintaining 100% facial bone consistency across radical action scenes.

Focus Keyword: ConsisID ComfyUI workflow • Target Deliverable: Commercial Broadcast 4K / 60fps.

⚙️ Verified Diffusion & Directing Parameters

Parameter Directive	Tested Production Value
Core Model	ConsisID-DiT / IPT2V Backbone
Face Extractor	InsightFace + EVA-CLIP Frequency Decomposer
Frequency Injection	Shallow Layers (Structure) / Deep Blocks (Texture & Identity)
Sampler	FlowMatchEuler (IPT2V Profile)
Steps	25–30
CFG Scale	6.0
Mastering	NMKD-Siax 4K + RIFE 60fps Broadcast Smoothing

📋 Master Prompt & Directing Tokens

Click below for instant 1-click clipboard copy into ComfyUI / Wan 3.0 / Kling / Cosmos

[ConsisID Frequency Decomposition Character Directing Master]
Model: ConsisID-DiT / Frequency Decomposition Identity Injector
Reference Input: Single photographic headshot of lead character (Distinctive jawline, hazel eyes, subtle scar on left eyebrow)
Task: High-action narrative film sequence with radical camera angle variations and dynamic lighting

Directing Directive:
An intense cinematic sequence following the protagonist navigating a dimly lit, crowded underground cyberpunk bazaar. The camera tracks dynamically, transitioning from an over-the-shoulder medium angle into a rotating low-angle hero push-in. The actor turns sharply to evade pursuers, dodging under hanging neon banners. ConsisID’s frequency decomposition locks facial bone structure through extreme lighting shifts, sweat specular highlights, and rapid rotational motion. Zero identity morphing, zero facial sliding.

Optics & Atmospheric Rig:
Lens: Cooke S4/i 35mm Prime T2.0
Lighting: Volumetric shafts of crimson and teal neon piercing through dense steam plumes
Color Palette: High-contrast cinematic noir with deep obsidian blacks and saturated rim glows.

Universal Negative Prompt Constraints:

facial morphing, identity drift, generic AI face, plastic skin, distorted eye structure, wobbly nose, disconnected features, waxy textures, stuttering motion blur.

📸 Case Study Validation Dossier

ConsisID Frequency Face Lock Validation Dossier

❓ Frequently Asked Questions (Google Featured Snippet Reference)

What is frequency decomposition in ConsisID?

ConsisID splits facial data into low frequencies (overall head shape, jawline, eye distance) and high frequencies (skin pores, scar details, eyebrow texture), injecting each band into different transformer layers for robust consistency.

Do I need to train a LoRA for each character with ConsisID?

No. ConsisID is completely tuning-free. You provide a single reference headshot, and it immediately generates consistent video matching your prompt.

Can ConsisID handle extreme camera angles and head turns?

Yes. Because low-frequency structural tokens guide 3D pose while high-frequency tokens maintain surface features, character faces remain recognizable even during sharp profile turns.

⬅️ Return to All 130 AI Video Masterprompts Hub