id = "decision-matrix"
name = "Decision Matrix"
description = "Evaluate competing options against weighted criteria to produce a clear, defensible recommendation."
category = "thinking"
tags = ["decision", "analysis", "strategy", "thinking"]

[i18n.zh]
name = "决策矩阵"
description = "对竞争方案按加权标准进行评估，输出清晰、有据可查的推荐结论。"

[[parameters]]
name = "decision"
description = "The decision to be made and its context"
param_type = "string"
required = true

[[parameters]]
name = "options"
description = "The options or alternatives being considered"
param_type = "string"
required = true

[[steps]]
name = "criteria"
prompt_template = """
You are a decision analyst. For the decision below, define the evaluation criteria:
1. List 5-8 criteria that matter most for this decision
2. For each criterion: define what 'good' looks like (high score) and 'bad' looks like (low score)
3. Assign weights (must sum to 100%) based on business importance
4. Note which criteria are must-haves (disqualifiers if failed)

Decision: {{decision}}
Options: {{options}}
"""

[[steps]]
name = "scoring"
prompt_template = """
Score each option against each criterion on a 1-10 scale. Justify every score with one sentence of evidence or reasoning. Then calculate weighted scores.

Format as a table: Option | Criterion | Raw Score | Weight | Weighted Score.

Add a totals row per option.

Decision: {{decision}}
Options: {{options}}

Criteria and weights:
{{criteria}}
"""
depends_on = ["criteria"]

[[steps]]
name = "recommendation"
prompt_template = """
Synthesise the analysis into a decision memo:

## Recommendation
Clear winner with one-sentence rationale.

## Why Not the Others
For each non-recommended option: the decisive weakness.

## Key Risks of the Recommended Option
Top 3 risks and mitigations.

## Conditions That Would Change This Recommendation
What new information would flip the decision.

## Next Steps
3 immediate actions to execute the decision.

Scoring:
{{scoring}}
"""
depends_on = ["scoring"]