Python Code Metrics
Last updated
Last updated
One of Dynamiq's standout features is the ability to create custom Python-based metrics. This functionality provides you with unparalleled flexibility in evaluating your AI workflows. Instead of being confined to predefined evaluation criteria, you can implement tailored logic to effectively assess your specific use cases.
Follow these steps to create a Python metric in Dynamiq:
Navigate to the Metric Creation Interface:
Go to Evaluations → Metrics → Create New Metric.
Select the Python Tab:
Once you arrive at the Python tab, you will see an example metric designed to help you get started. For quick development, you can also choose from several pre-built templates, including:
Exact Match
Email Presence
Phone Presence
String Presence
Arithmetic Sum
JSON Validity Check
Let’s look at a simple example using the Exact Match metric:
This code checks if an answer matches the expected value exactly, returning a score of 1 for a match or 0 otherwise.
When defining a Python metric, Dynamiq automatically extracts the function arguments (in this case, answer
and expected
). During evaluation runs, you’ll need to map these arguments to specific fields from your dataset or workflow output.
This mapping system allows your metrics to dynamically access the relevant data during evaluation.
Under the hood, Dynamiq uses RestrictedPython to safely execute your metric code. This means that certain operations may be prohibited for security reasons.
With the power of custom Python metrics at your disposal, you can create sophisticated evaluation pipelines tailored to your precise requirements. This functionality enables you to:
Implement domain-specific evaluation logic.
Create composite metrics that take multiple factors into account.
Evaluate complex data structures and relationships.
Build metrics that align directly with your business objectives.
By leveraging the full power of Python within your evaluation pipeline, you can gain deeper insights into your AI applications and make informed, data-driven improvements with confidence.
For a detailed overview of allowed Python libraries and implementation details, you can review the .