Feature Requests

I would like to request a feature for the Halerium platform that enhances the integration between Jupyter Notebooks/Kernels and a GPT bot. Specifically, if a Jupyter Notebook or a Jupyter Kernel card on the board is connected to a Runner and has a kernel running on it, it would be incredibly beneficial if a GPT bot on the board could connect to the same kernel to assist with analysis tasks. Use Case: The primary use case for this feature is to leverage the capabilities of a GPT bot to provide real-time assistance and insights directly within the context of a running Jupyter Notebook or Kernel. This would streamline the workflow for data scientists, researchers, and analysts by allowing them to interact with the GPT bot without having to switch contexts or manually transfer data between different tools. Benefits: Enhanced Productivity: Users can receive immediate assistance and insights from the GPT bot without leaving the Jupyter session. Seamless Integration: The GPT bot can access the same kernel, ensuring that it has the necessary context and data to provide relevant and accurate responses. Improved Collaboration: Teams can benefit from the combined power of Jupyter's computational capabilities and the GPT bot's analytical prowess, leading to more effective collaboration and problem-solving. Example Scenario: A user is working on a Jupyter Notebook within Halerium, connected to a Runner with an active kernel. The user encounters a complex data analysis problem and needs assistance. The user activates the GPT bot, which connects to the same kernel and gains access to the notebook's context. The user asks the GPT bot for help with data visualization, statistical analysis, or code debugging. The GPT bot executes code based on the current state of the notebook's kernel.

I would like to measure the HALU consumption of my prompt chain. Suggestion: There is a sort-of "stopwatch" in the workspace that I can start and stop. It measures all the consumed HALU in the meantime and breaks them down for me so that I can see (for example): - GPT4: 2.5 HALU - Standard Runner: 0.4 HALU - DallE: 0.5 HALU etc. I should track all consumption events that are triggered by my actions including consumptions from down-the-line function calls etc.

When navigating the left pane, clicking on a tab does not trigger any action, which is misleading due to the hand cursor suggesting interactivity. It was not immediately apparent that a double-click is required to activate the tab. To enhance user experience and make the interface more intuitive, it would be beneficial to maintain the arrow cursor symbol for these tabs. Proposed Solution: Cursor Symbol Consistency: Replace the hand cursor with an arrow cursor for the tabs in the left pane to align with user expectations and standard UI practices. Single Click Activation: Allow single-click functionality to activate the tabs, eliminating the need for a double-click. This change will make the interface more intuitive and user-friendly. Hover Effect: Retain the current hover effect, which highlights the tab with a border when the cursor is over it. This visual cue is helpful and should remain consistent. Rationale: Intuitive Interaction: Users typically expect a single click to activate tabs, and the current hand cursor implies immediate interactivity, which is not the case. Consistency: Using the arrow cursor for tabs will align with standard user interface conventions, reducing confusion. User Feedback: The hover effect is a positive feature that provides immediate visual feedback, helping users understand which tab they are about to select.

Whenever I create a new bot setup card, I would like the first chat card to automatically appear. This saves one click and makes the use of Halerium Workflows more intuitive.

A button to re-center the view on a board when users have scrolled far away or get lost on a board

Der add new card Button erzeugt eine neue Karte oberhalb bestehender. Es wäre besser, wenn das unterhalb erfolgt, dann die neue Karte "wächst" nach unten und überdeckt die bestehenden