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Add Button in Empty My Projects Workspace Does Not Create a Project

The Add button displayed in the empty state of the My Projects workspace does not allow users to create a new project. Steps to Reproduce: Open the My Projects workspace. Ensure there are no existing projects. In the empty state, click the Add button displayed below the “No projects found” message. Observe the result. Actual Result: Clicking the Add button in the empty state does not allow the user to create a project. Expected Result: Clicking the Add button in the empty state should open the project creation flow, allowing the user to create a new project. Additional Observation: The Add button in the top-right corner, next to the Export button, works correctly and allows projects to be created successfully. Impact: This creates an inconsistent experience because there are two Add buttons on the same page, but only the top-right button is functional. Users may reasonably expect the empty-state Add button to provide the same project creation functionality.

Yogesh Tandan 15 days ago

Previously created projects occasionally show a connection error

After some time, opening an existing project results in a connection error, even though the project was previously accessible. Expected Behavior: Previously created projects should open without connection errors, or the application should automatically recover/reconnect if the connection is lost.

Yogesh Tandan 27 days ago

Support for multiple phase-field fracture models in ESD (AT1, AT2, PF-CZM, stress-based, strength-based)

As visible in the attached screenshot of Eigenspace v0.6.7, the current sidebar offers Mesh, Materials, Boundary Condition, Loads, and Simulation Settings — but no dedicated fracture mechanics module exists. We request the incorporation of multiple phase-field fracture models as selectable options within Eigenspace, enabling users to perform fracture analysis directly in the solver workflow. Add a "Fracture Analysis" section in the left sidebar — ideally as a sub-item under Simulation Settings or as a standalone collapsible panel, consistent with the existing Mesh / Materials / Boundary Condition / Loads pattern in v0.6.7.

DEEPAK about 1 month ago

We need this extra feature in esd so we can get A load-displacement curve

A load-displacement curve cannot be generated directly using ESD animation controls. However, we can utilize these time controls to extract data across different time steps and then create a plot. Since the ‘Plot Over Line’ option is not yet operational in ESD, we need to implement this feature to generate a load versus displacement graph, as this functionality is currently unavailable in our software. At present, we only have access to a displacement curve. To create the load-displacement curve, we must incorporate features that enable us to extract data across time steps and visualize it. **Load-Displacement Curve in ESD** Step 1 — Set Up Your Data we ensure that simulation output includes the following: - Displacement field xdmf (e.g., U, disp, or displacement) - Reaction force/load field xdmf file (e.g., RF, force, or one computed from stress) and we can apply a Probe Location filter (Filters → Data Analysis → Probe Location) on a specific node (e.g., the location where the load is applied) or use Extract Selection to choose a specific node. Select probe or point source. Next, navigate to Filters → Data Analysis → Plot Data Over Time. esd will automatically iterate through all time steps (using the internal play controls) and collect the field values at each step. In the resulting Line Chart View: - Set the X-axis to your displacement component (e.g., U_x or disp_magnitude). - Set the Y-axis to your load/force variable (e.g., RF_y). Simulation Output File │ ▼ Load in ESD (File → Open) │ ▼ Identify Target Node (coordinates or node ID) │ ▼ Apply Probe Location Filter (Filters → Data Analysis → Probe Location) │ ▼ Apply Plot Data Over Time (Filters → Data Analysis → Plot Data Over Time) │ ▼ Configure Line Chart View ┌─────────────────────────────────┐ │ X-axis → Displacement (U_x) │ │ Y-axis → Load/Force (RF_y) │ └─────────────────────────────────┘ │ ▼ Validate & Export We are currently only obtaining displacement results in ParaView because we only have a displacement XDMF file. To create a load-displacement plot, we also need the XDMF file for force.

DEEPAK about 1 month ago