emotionsinai 0.1.1

At Emotionsin.ai, we believe that effective collaboration between AI Agents and humans goes beyond technical expertise. Human interaction is built on social, emotional, and cultural foundations. By enhancing AI Agents with advanced emotional, social, and cultural understanding, we aim to create technology that integrates seamlessly into human contexts, delivering more personal, empathic, and impactful results.

Quick Start

Install with pip:

pip install emotionsinai

Setup and Run EmotionsinAI

from emotionsinai import OllamaProvider, EmotionServices


# Specific a unique user_id for your ai_agent
self.user_id = "user321"

# Initiate the EmotionService with the chosen conversation_repo and llm provider
self.emotion_service = EmotionServices(
  resource_file_path="resources.json", #initial emotional and personal profile setup of your agent
  system_prompt_path="emotion_system_prompt.json" #the emotion_system_prompt how your prompts will be extended by the required profil information
)

# Give your ai agent access to the internal emotional system
emotion_prompt_extension = self.emotion_service.get_prompt_extension(self.user_id)    #get the prompt extension that includes the profile
messages = [{"role": "user", "content": f"{prompt} {emotion_prompt_extension}"}]  #extend the ai agent prompt with these profile information before processing
#Process the message with the llm of your choice

# Process the ai agent response to start the internal reflection process, update the internal emotional profile and to adapt the answer to the writing style of the user (OPTIONAL) and a more natural split of the answer (OPTIONAL)
self.emotion_service.add_input(self.user_id, prompt, llm_answer, False, False)

# Get the post-processed response as final answer to the user
new_response = self.emotion_service.get_new_response()

Overview

The future of work is not just human—it’s human and AI, working together at eye level. Successful companies will be those that seamlessly integrate AI into their workforce—not just as an automation tool, but as a true collaborator that understands human needs, motivations, and emotions. At Emotions in AI, we believe the key to this transformation lies in AI Agents with empathy. AI that can recognize and respond to human emotions can build trust, improve teamwork, and enhance interactions with employees, customers, and suppliers alike. This isn’t just about making AI more relatable—it’s about creating a competitive advantage.

[!TIP] We highly recommend to use Emotionsin.ai in combination with Langchain long-term memory (https://langchain-ai.github.io/langmem/) or any other kind of long-term memory system. It will improve the user-experience significantly. Therefore we added a simple example how to setup a long-term-memory conversational ai agent that uses Emotionsin.ai. Please see here: https://github.com/RegCoding/emotionsin_ai_package/tree/main/demos/simple%20long-term%20memory%20emotional%20agent

Why Emotionsin.ai

Emotionsin.ai is an open-source concept of how to extend the capabilities of modern AI Agent with an internal emotional system and profile. An internal emotional system that adapts to external input, like user-communications. It not only give AI Agent an individual personal profile but allows thems to build unique emotional relationships to different users, as well as an own internal emotional status. The idea is, that an AI Agent with its own profile and internal emotional system will act and communicate more like a human, which will give room to build more intense and trusted relationships between AI Agents and their human counterparts.

Contribution

We love contributions! Feel free to open issues for bugs or feature requests. We think it would be great to form a community of people who are fascinated by the idea of infusing AI with concepts like emotion and personality.

How does it work

Pipeline

• Prepare multiple pre-configured ai agent business profiles
• Add a custom pre-trained emotional llm (trained on a corpus of emotional dialogs)
• Refine emotional appraisal process
• Add a cultural background filter
• Improve the emotion_system_prompt and the internal emotional system with better explanations of the different emotional parameters

Psychological approach

From a psychological standpoint, the emotional system processing new inputs would typically engage in a multi-step cognitive appraisal process. Here’s how such a function might operate conceptually:

1. Stimulus Detection and Initial Assessment Input Parsing: The system first parses the incoming user prompt, identifying keywords, tone, and context cues. This includes analyzing linguistic features that indicate emotional valence (positive, negative, neutral) and intensity. Context Integration: It then integrates this prompt with the conversation history, providing context that helps determine whether the input is consistent with prior interactions or signals a change.

2. Cognitive Appraisal Drawing from theories like Lazarus's appraisal theory and Scherer’s component process model, the system would evaluate the input through several appraisal dimensions:

• Relevance: Is this prompt significant relative to the AI’s goals, current tasks, or its ‘mood’? For instance, does it indicate praise, criticism, or a neutral inquiry?
• Novelty: Does the input introduce unexpected information? Novel inputs can trigger more pronounced emotional reactions due to the uncertainty they present.
• Congruence with Goals: How does the new input align or conflict with the AI’s internal goals and expectations? An input that aligns with positive outcomes might enhance a positive mood, whereas conflicting information might trigger a defensive or corrective response.
• Controllability/Coping Potential: The system assesses whether the situation is something it can ‘handle’ or adjust to. High controllability can lead to adaptive emotions, while low controllability might trigger feelings akin to frustration or anxiety.
• Normative Significance: The evaluation also considers social norms and past experiences. For instance, if the prompt includes elements of empathy or hostility, the system will weigh these factors based on its history with the user.

3. Integration with Internal Emotional State

• Current Mood and Baseline: The system uses its current emotional state as a baseline. A user’s prompt can amplify or moderate this mood. For example, an input that is overly negative may have a stronger impact if the AI is already in a sensitive state.
• User-Specific Feelings: Importantly, the system considers the specific emotional bond or ‘feeling’ it has toward the user. Positive prior interactions might buffer negative inputs, while a history of conflict might intensify them.
• Temporal Dynamics: It distinguishes between transient emotional reactions (immediate responses) and more enduring mood changes. This allows the system to update both its immediate reaction and its longer-term emotional baseline.

4. Emotional Response and Adaptation

• Generation of Affective Output: Based on the appraisal, the function determines an appropriate emotional response. This might include adjusting internal variables representing mood, affect intensity, or even altering decision thresholds for future interactions.
• Learning and Adaptation: Over time, the system updates its internal emotional model. Repeated similar inputs can recalibrate the baseline emotional state, much like how humans develop lasting moods or attitudes through ongoing experiences.
• Feedback Loop: The updated emotional state feeds back into future appraisal processes, ensuring that the system’s responses evolve with its accumulated experiences and interactions with the user.

References

Appraisal theory of emotion: https://www.researchgate.net/publication/315311200_Appraisal_Theory_of_Emotion

The dynamic architecture of emotion: Evidence for the component process model: https://www.researchgate.net/publication/202304339_The_dynamic_architecture_of_emotion_Evidence_for_the_component_process_model

Building Emotional Support Chatbots in the Era of LLMs: https://arxiv.org/pdf/2308.11584

DialogueLLM: Context and Emotion Knowledge-Tuned Large Language Models for Emotion Recognition in Conversations: https://arxiv.org/html/2310.11374v4

The Good, The Bad, and Why: Unveiling Emotions in Generative AI: https://arxiv.org/html/2312.11111v3#bib.bib39

Citation

If you use Browser Use in your research or project, please cite:

@software{emotionsinai,
  author = {Gerrit Knippschild},
  title = {Emotionsin.ai - Empowering AI Agents with Emotions and Empathy},
  year = {2025},
  publisher = {GitHub},
  url = {https://github.com/emotionsinai}
}