weight-elicitation

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Determine criteria weights using AHP, Swing, BWM, MACBETH, or Simos methods.

yogsoth-ai By yogsoth-ai schedule Updated 6/16/2026

name: weight-elicitation description: Determine criteria weights using AHP, Swing, BWM, MACBETH, or Simos methods. dependencies: tactics: - multi-method-triangulation sops: - criterion-definition - weight-elicitation-sop

Weight Elicitation

Purpose: Determine relative weights for evaluation criteria through structured methods, supporting AHP, Swing, BWM, MACBETH, Simos, and other weighting methods.

When to use:

  • Need to determine criteria importance ranking and quantified weights
  • Multiple stakeholders disagree on weights
  • Need to compare result differences across weighting methods

Budget

Base SOP Target ±10% Range
criterion-definition 5-8 criteria 4-9
weight-elicitation-sop ≥2 methods 2-3
rank-comparison 1 comparison 1

State Ledger

strategy: weight-elicitation
status: pending
criteria_defined: false
method_1: null
method_2: null
weights_1: []
weights_2: []
compared: false
final_weights: []

Available Tactics

  • multi-method-triangulation — Multi-method comparison to ensure weight robustness

Available SOPs

Import

  • criterion-definition
  • weight-elicitation-sop
  • rank-comparison

Subagent

  • method-sensitivity-report

Execution Guidance

  1. Invoke criterion-definition to confirm criteria to be weighted
  2. Select >=2 weighting methods (recommended: AHP + BWM or Swing + Simos)
  3. Invoke weight-elicitation-sop separately for each method to compute weights
  4. Invoke rank-comparison to compare weight ranking consistency
  5. If significant differences exist, analyze causes and select the most suitable method for the scenario
  6. Output final weight vector

Output Format

## Weight Determination Results

### Weight Comparison
| Criterion | AHP Weight | BWM Weight | Average | Difference |
|-----------|------------|------------|---------|------------|

### Consistency Check
- AHP CR: [value] (< 0.1 ✓)
- BWM ξ*: [value]

### Final Weights
| Criterion | Weight | Rank |
|-----------|--------|------|

### Method Selection Rationale
[Why the chosen method's weights are used as the final result]

Available Tactics

Optional, no fixed order; the final leaf is always a sop.

Tactic When to use
multi-method-triangulation Apply 2-3 MCDA methods to the same candidates, compare rankings, and identify method-sensitive options.

Available SOPs

Optional, no fixed order; the final leaf is always a sop.

SOP When to use
criterion-definition Extract evaluation criteria from research goals and candidate alternatives.
weight-elicitation-sop Compute criteria weights using a specified elicitation method (AHP, Swing, BWM, MACBETH, or Simos).
Install via CLI
npx skills add https://github.com/yogsoth-ai/de-anthropocentric-research-engine --skill weight-elicitation
Repository Details
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