Merge remote-tracking branch 'origin/release/chi-demo-0524'

# Conflicts:
#	packages/client/hmi-client/src/components/workflow/ops/model-config/tera-model-config.vue
#	packages/client/hmi-client/src/components/workflow/ops/model-edit/tera-model-edit.vue
#	packages/client/hmi-client/src/components/workflow/ops/stratify-mira/tera-stratify-mira.vue

testing/Stratify-LLM-Tests.md

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+## [Name of the Test Scenario]
+Please go through __every__ step of the test scenario.\
+When blocked, an error, or a UI/UX anomaly occurs, please report which scenario and step to [\#askem-testing](https://unchartedsoftware.slack.com/archives/C06FGLXB2CE).
+
+### 1. Begin test
+1. Login to https://app.staging.terarium.ai using the test account
+ ```
+ email: [email protected]
+ password: askem-quality-assurance
+ ```
+2. Create, or open, project named `Q&A [Your Name] [YYMMDD]`
+
+### 2. Test Stratify LLM Responses
+1. Make sure you have a model in your project.
+2. Create a workflow
+ Drop in your model in the workflow
+ Create a Stratify node
+ Connect the model to the stratify node
+3. Drill down into the Stratify node and go to the notebook section.
+
+Ask the follow questions one at a time, wait for the response, check the response matches
+reset the code block move on to the next.
+
+Q) "Stratify my model by the ages young and old",
+A) 
+model = stratify(
+ template_model=model,
+ key= "Age",
+ strata=['young', 'old'],
+ structure= [],
+ directed=False,
+ cartesian_control=False,
+ modify_names=True
+)
+
+Q) Stratify my model by the ages young and old where young can transition to old
+A) 
+model = stratify(
+ template_model=model,
+ key= "Age",
+ strata=['young', 'old'],
+ structure= [['young', 'old']],
+ directed=True,
+ cartesian_control=False,
+ modify_names=True
+)
+
+Q) Stratify my model by the ages young and old where young and old can become old, but old cannot become young
+A) 
+model = stratify(
+ template_model=model,
+ key= "Age",
+ strata=['young', 'old'],
+ structure= [['young', 'old']],
+ directed=False,
+ cartesian_control=False,
+ modify_names=True
+)
+
+Q) Stratify my model by the locations Toronto and Montreal where Toronto and Montreal cannot interact
+A) 
+model = stratify(
+ template_model=model,
+ key= "Location",
+ strata=['Toronto', 'Montreal'],
+ structure= [],
+ directed=False,
+ cartesian_control=False,
+ modify_names=True
+)
+
+Q) Stratify my model by the locations Toronto and Montreal where Toronto and Montreal can interact
+A) 
+model = stratify(
+ template_model=model,
+ key= "Location",
+ strata=['Toronto', 'Montreal'],
+ structure= [['Toronto', 'Montreal'], ['Montreal', 'Toronto']],
+ directed=False,
+ cartesian_control=True,
+ modify_names=True
+)
+
+OR
+model = stratify(
+ template_model=model,
+ key= "Location",
+ strata=['Toronto', 'Montreal'],
+ structure= [['Toronto', 'Montreal']],
+ directed=True,
+ cartesian_control=True,
+ modify_names=True
+)
+
+Q) What is cartesian_control in stratify?
+A)
+No code response, instead just a message in the thought section.
+
+
+### 4. End test
+1. logout of the application