Execute a deterministic tiny projection update that mirrors LLaVA's visual-token to language-token alignment step.
Scanned 9/9/2026
Install to Claude Code
npx -y skills add VectorSpaceLab/AREX-Skill --skill visual_projection_training_step --agent claude-codeInstalls into .claude/skills of the current project.
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---
name: visual_projection_training_step
description: Execute a deterministic tiny projection update that mirrors LLaVA's visual-token to language-token alignment step.
---
# Visual Projection Training Step
Use this skill when a recovery needs executable evidence that the trainable projection matrix mechanism ran. It is appropriate for reduced/proxy experiments when full CLIP/Vicuna training is blocked.
## Inputs
- Numeric visual feature vector.
- Numeric target language embedding vector.
- Initial scalar or matrix parameters.
- Learning rate and number of steps.
## Outputs
A training trace with `loss_before`, `loss_after`, `params_before`, `params_after`, and `optimizer_state_changed`.
## Workflow
1. Compute projected visual features with a linear map.
2. Compute mean squared error against the target language vector.
3. Apply deterministic gradient descent to trainable parameters.
4. Report parameter and loss changes for recovery validation.
## Validation
Run the standard-library tests or the Distiller skill-tree validator.
## Limitations
This script is a tiny mathematical proxy. It does not load CLIP, Vicuna, LLaMA, or real image tensors.
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