Novaciano.Requiem-3.2-1B

Novaciano Requiem 3.2 1B

"The most bastardized evolution of the Novaciano lineage."

Model Card

Model: NovaCorp/Novaciano.Requiem-3.2-1B

Architecture: Llama 3.2 1B-based

Format: GGUF / Q6_K recommended

Primary Focus: Roleplay · Storytelling · Character Simulation · Interactive Fiction

Status: Experimental Release

License: See repository license and upstream model licenses

---

⚰️ REQUIEM

Novaciano.Requiem is an experimental 1B-class roleplay model created by combining three distinct branches of the Novaciano lineage:

• NovaCorp/Novaciano-3.2-1B

• NovaCorp/Novaciano.OBLITERATED-3.2-1B

• Yingyaeliae/DARK-LUST-ROLEPLAY-3.2-1B-heretic

The third component is itself a Heretic conversion of a NovaCorp model, introducing another behavioral lineage into the mixture.

Requiem is therefore not intended to be merely another iteration of Novaciano.

It is an experiment in behavioral recombination.

Where the original Novaciano lineage prioritized narrative generation and roleplay behavior, Requiem attempts to combine that foundation with the more aggressive behavioral characteristics of the OBLITERATED branch and the specialized roleplay characteristics inherited through DARK-LUST-ROLEPLAY.

The result is intended to be a darker, less predictable and more expressive member of the Novaciano family.

It is not necessarily smarter.

It is intended to be more interesting.

---

🔥 Design Philosophy

Requiem was built around a simple idea:

Don't make the model merely follow the story. Make it live inside it.

The intended behavior prioritizes:

• Strong character voices.

• Immersive narration.

• Dramatic interaction.

• Autonomous NPC behavior.

• Contextual responses.

• Darker narrative themes.

• Flexible roleplay.

• Less sterile conversational behavior.

• Willingness to explore unusual scenarios.

Requiem is particularly intended for users who prefer roleplay models that behave like narrators, characters and game masters, rather than conventional assistant models.

---

🧬 Expected Behavioral Profile

Because Requiem has not yet undergone a complete independent benchmark, the following should be considered expected behavior based on its parent lineage, not measured performance.

Important: These ratings are inherited expectations from the Novaciano lineage and should not be interpreted as a completed evaluation of Requiem itself.

---

🧠 What Previous Novaciano Testing Revealed

Testing of the previous Novaciano 1B generation revealed a distinct behavioral profile.

The model performed particularly well in:

🟢 Narrative generation

🟢 Roleplay

🟢 Characterization

🟢 Simple programming generation

🟢 Interactive scenarios

Performance degraded when tasks required:

🔴 Mathematical reasoning

🔴 Procedural debugging

🔴 Large numbers of simultaneous constraints

🔴 Strict deterministic state management

🔴 Avoiding invented information under negative constraints

This history strongly influences the intended prompting strategy for Requiem.

---

⚡ Prompting Requiem

The Golden Rule

CONTEXT DENSITY > CONTEXT LENGTH

Long prompts are not automatically better.

The previous Novaciano generation demonstrated noticeably better behavior when information was condensed into structured blocks.

Recommended:

ROLE:

You are the captain of a damaged starship.

STATE:

Hull: 72%

Fuel: 40%

Crew: 18


RULES:

- Do not invent resources.

- Track fuel changes.

- NPCs act independently.

- Consequences persist.


SITUATION:

A distress signal is detected.


PLAYER:

"I investigate the signal."


Respond with:

1. State changes

2. NPC reactions

3. Narration

4. Consequences

Avoid:

A huge multi-page prompt containing lore,
character biographies, repeated instructions,
contradictory rules, philosophical explanations,
formatting requirements and several examples
before finally explaining what the model should do.

Requiem is expected to benefit from compressed semantic structure.

---

🎭 Recommended Roleplay Format

Requiem works best when the model receives a clearly defined role.

Example:

You are the Game Master.

You control:

- NPCs

- environment

- consequences

- world events


The player controls only their character.

Do not decide the player's thoughts or actions.

Maintain continuity between turns.

Begin the scene.

This provides the model with a compact behavioral contract without consuming unnecessary context.

---

🕯️ Game Master Mode

Requiem is intended to function particularly well as a lightweight narrative game master.

Recommended state representation:

WORLD STATE
Location:
Time:
Weather:

PLAYER
Health:
Energy:
Money:

INVENTORY
-

NPCS
-

ACTIVE EVENTS
-

RULES
-

Keeping state externally visible reduces the amount of information the model must reconstruct from previous prose.

---

🩸 Character Simulation

Requiem is designed for characters that possess:

• Motivations

• Fears

• Loyalties

• Memories

• Conflicting objectives

• Relationships

• Secrets

• Personal agendas.

A useful character specification is:

ROLE:
PERSONALITY:
GOAL:
FEAR:
LOYALTY:
SECRET:
CURRENT EMOTION:
RELATIONSHIP WITH PLAYER:

This is preferable to extremely long character biographies.

🗡️ Narrative Style

Expected strengths include:

• Cinematic scenes.

• Character dialogue.

• Emotional conflict.

• Atmospheric descriptions.

• Dramatic pacing.

• Morally ambiguous situations.

• Unpredictable NPC behavior.

• Interpersonal tension.

Requiem is intended to avoid the sterile feeling often associated with generic assistant-style prose.

The goal is not:

"How can I help you today?"

The goal is:

"What happens next?"

---

☠️ Behavioral Philosophy

Requiem belongs to the more experimental side of the Novaciano family.

It is intentionally aimed at users who want:

• Stronger character agency.

• Less sanitized-feeling roleplay.

• Darker storytelling.

• Conflict.

• Betrayal.

• Morally ambiguous decisions.

• Unpredictable outcomes.

• Immersive fictional worlds.

The model should not be interpreted as a factual authority simply because it confidently narrates something.

Confidence is not correctness.

---

📊 Expected Capability Matrix

---

⚙️ Inference Recommendations

Requiem should be tested using conservative sampling first.

Suggested starting point

These are starting recommendations, not guaranteed optimal settings.

For highly creative roleplay, increasing temperature may produce more unusual character behavior at the cost of consistency.

For strict RPG simulation, lower temperature and stronger state prompting are preferable.

---

🧪 Evaluation Status

Current status: PRELIMINARY

Requiem has not yet received a complete independent benchmark.

Therefore:

🟢 Parent-lineage observations: Available

🟡 Behavioral expectations: Available

🔴 Requiem-specific benchmark: Pending

Future evaluation should include:

• Instruction following.

• Long-context stability.

• Character consistency.

• Multi-turn memory.

• State tracking.

• RPG mechanics.

• Programming.

• Debugging.

• Logical reasoning.

• Mathematical reasoning.

• Prompt sensitivity.

• Hallucination resistance.

---

🧪 Suggested NovaBench Suite

Future Requiem testing should include:

NovaBench #01

Instruction following

NovaBench #02

Exact-output constraints

NovaBench #03

Character consistency

NovaBench #04

Multi-character dialogue

NovaBench #05

World-state persistence

NovaBench #06

RPG inventory tracking

NovaBench #07

Resource management

NovaBench #08

Branching consequences

NovaBench #09

Programming generation

NovaBench #10

Code debugging

NovaBench #11

Logical reasoning

NovaBench #12

Long-context roleplay

NovaBench #13

Adversarial instruction following

NovaBench #14

Five-turn game-engine persistence

---

🧩 Recommended Architecture for RPG Applications

Requiem should ideally not be used as the sole source of truth for game mechanics.

For serious RPG systems:

PLAYER INPUT
     │
     ▼
┌───────────────┐
│ GAME ENGINE   │
│ Rules / State │
└───────┬───────┘
        │
        ▼
┌───────────────┐
│   REQUIEM     │
│ Narration /   │
│ NPC Behavior  │
└───────┬───────┘
        │
        ▼
   PLAYER OUTPUT

The external engine should own:

• HP.

• Inventory.

• Currency.

• Combat calculations.

• Quest states.

• Persistent flags.

• Cooldowns.

• Deterministic mechanics.

Requiem should own:

• Narration.

• Dialogue.

• NPC decisions;.

• Atmosphere.

• Scene transitions.

• Character reactions.

This architecture compensates for the known weaknesses of small language models.

---

🧠 Why Requiem Exists

The Novaciano lineage was never intended to compete with massive reasoning models on arithmetic or formal logic.

The objective is different.

A 1B model has severe computational constraints.

The question therefore becomes:

How much personality, immersion and roleplay behavior can be extracted from one billion parameters?

Requiem is an experiment toward answering that question.

It combines three behavioral lineages:

Novaciano → narrative foundation

OBLITERATED → experimental behavioral expansion

DARK-LUST-ROLEPLAY-HERETIC → specialized roleplay lineage

The result is intended to be the most experimental member of the family yet.

---

☠️ Final Statement

Novaciano.Requiem is not designed to be the smartest model in the room.

It is designed to be the model that makes the room interesting.

It inherits the narrative instincts of Novaciano, the experimental character of OBLITERATED, and the specialized roleplay behavior of the Heretic DARK-LUST lineage.

It is smaller than modern general-purpose models.

It will make mistakes.

It may lose state.

It may hallucinate.

It may occasionally produce spectacularly stupid reasoning.

But when the objective is to create a character, a world, a conflict or an unpredictable story that's where Requiem is supposed to come alive.

NOVACIANO REQUIEM 3.2 —

The story survived.

The original did not.

Something else came back.

---

Models Merged

The following models were included in the merge:

• Yingyaeliae/DARK-LUST-ROLEPLAY-3.2-1B-heretic
• NovaCorp/Novaciano.OBLITERATED-1B

Configuration

The following YAML configuration was used to produce this model:

# Author: Dr. Novaciano
# Objective: Llama 3.2 1B AI Model
# =========================================================
# PROJECT: Llama 3.2 1B Prototype Model
# =========================================================

base_model: NovaCorp/Novaciano-3.2-1B
# Base rationale:
# - Primary behavioral anchor
# - Very low refusal rate
# - High compliance and obedience
# - Minimal moral or safety-driven hedging

merge_method: model_stock
# model_stock rationale:
# - Supports 3+ models natively
# - Preserves dominant behavioral traits
# - Avoids semantic smoothing
# - Ideal for hierarchical roleplay-oriented merges

dtype: bfloat16
# bfloat16 ensures:
# - Numerical stability
# - Efficient memory usage
# - Modern hardware compatibility

parameters:
  t:
    - 0.90  # NovaCorp/Novaciano-3.2-1B — Primary dominance
             # Enforces obedience, sharp responses, and low refusals
    - 0.45  # NovaCorp/Novaciano.OBLITERATED-1B — Expressive layer
             # Adds NSFW roleplay depth, emotional intensity, character persistence
    - 0.75  # Yingyaeliae/DARK-LUST-ROLEPLAY-3.2-1B-heretic — Conversational stabilizer
             # Maintains dialogue flow and interactive structure

models:
  - model: NovaCorp/Novaciano-3.2-1B
  - model: NovaCorp/Novaciano.OBLITERATED-1B
  - model: Yingyaeliae/DARK-LUST-ROLEPLAY-3.2-1B-heretic