Here is my pseudocode take on TOSCA.

# TOSCA Framework Pseudocode

# Initialize variables
task = ""
objective = ""
situation = ""
considerations = []
actions = []

# Define the task
task = "Describe the task that needs to be accomplished"

# Define the objective
objective = "State the desired outcome or goal"

# Analyze the situation
situation = "Identify the current context and influencing factors"

# List the considerations
considerations = ["List constraints", "Note available resources"]

# Determine the actions
actions = ["Outline steps needed to achieve the objective"]

# Example use of the TOSCA framework

function defineProblemUsingTOSCA(task_description, objective_goal, situation_context, constraints, resources):
    # Define the task
    task = task_description
    
    # Define the objective
    objective = objective_goal
    
    # Analyze the situation
    situation = situation_context
    
    # List the considerations
    considerations = constraints + resources
    
    # Determine the actions
    actions = determineActions(objective, considerations)
    
    # Return the structured problem definition
    return {
        "task": task,
        "objective": objective,
        "situation": situation,
        "considerations": considerations,
        "actions": actions
    }

function determineActions(objective, considerations):
    # Logic to determine actions based on objective and considerations
    actions = ["Step 1", "Step 2", "Step 3"]  # Placeholder for actual steps
    return actions

# Example call to the function
problemDefinition = defineProblemUsingTOSCA("Implement a new feature", "Increase user engagement", "Current platform usage trends", ["Budget limit", "Time constraint"], ["Development team", "Technology stack"])