BlueNipples/Anansi-35B-A3B
BlueNipples/Anansi-35B-A3B is a 35.1 billion parameter language model developed by BlueNipples, designed to balance instruct following, narrative reasoning, and prose quality. It was created through a DARE-TIES merge of two base models, followed by a targeted LM head tensor interpolation. This model excels at complex instruction following while maintaining concise, character-focused narrative reasoning and enhanced prose, making it suitable for creative writing and revision tasks.
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Anansi-35B-A3B: A Merged Model for Narrative and Instruction
Anansi-35B-A3B is a 35.1 billion parameter model developed by BlueNipples, specifically engineered to provide a strong balance of instruct following, narrative reasoning, and high-quality prose. It is designed to be efficient enough for use on systems with more limited resources.
Key Capabilities & Features
- Balanced Performance: Achieves a good equilibrium between following complex instructions, generating narrative-based reasoning, and producing refined prose.
- Merge Architecture: Created using a 35/65 DARE-TIES merge of
huihui-ai/Huihui-Agents-A1-abliterated(for instruction following) andGryphe/WorldSim-Opus-3.6-35B-A3B(for concise narrative reasoning and prose). - Prose Enhancement: Features a 30% LM head tensor interpolation with
ReadyArt/Melody1437-35B-A3Bto graft on superior prose quality, while preserving underlying logic and instruct capabilities. - Efficient Revision: Capable of reliably performing tasks like prose refinement and revision in a single pass, making it suitable for creative writing workflows.
Ideal Use Cases
- Creative Writing: Generating narrative content, character-focused reasoning, and improving prose style.
- Instruction Following: Handling complex and multi-step instructions effectively.
- Content Revision: Assisting with refining and revising written text, particularly for stylistic improvements.
- Resource-Constrained Environments: Optimized for users with 8GB VRAM or similar 'potato' setups, offering strong performance without requiring high-end hardware.