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  • Package Overview
    • Package Scope
    • Workflow Map
    • Example Output Figures
    • License
    • Community
      • Contributing to pyaesa
      • Sharing Reproducible Case Studies
    • Installation
  • Workflow Reference
    • Data Sources By AESA Phase
      • Data Source Licenses And Terms
    • Core Prerequisites
      • MRIO Storage And Runtime
    • AESA Functions
    • Support Functions
    • Study Objectives And Routes
    • Set Of Tutorials
      • Core prerequisites tutorials
      • Study objectives tutorials
      • Optional tutorials
    • Methodological References
  • Tutorials
    • Core Prerequisites
      • TUTORIAL Prerequisites 0: set a workspace for pyaesa
      • Create a workspace with set_workspace(...)
        • Description
        • Running set_workspace(...)
        • What to do next
      • TUTORIAL Prerequisites 1: Downloading required data for first use of pyaesa
      • Before starting …
        • Prerequisites 0: Set workspace
      • Prerequisites 1: Download data
        • Population and GDP PPP data: download_pop_gdp(...)
        • MRIOs download_mrio(...)
        • Climate change IPCC AR6 scenario data download_ar6(...)
      • What to do next
      • TUTORIAL Prerequisites 2: Processing downloaded archives to prepare data for the workflow
      • Before starting…
        • Prerequisites 0: Set workspace
        • Prerequisites 1: Download data
      • Prerequisites 2: Process data
        • Population and GDP PPP data: process_pop_gdp(...)
        • MRIO data: process_mrio(...)
        • Dynamic climate change carrying capacities via IPCC AR6 scenario data: process_ar6(...)
      • What to do next
    • Study Objectives
      • Study objectives
        • pyaesa automatically orchestrates functions to reach study objectives
      • What to do next
      • Functional Units And Allocation Methods For AESA Study Objectives
        • Functional units
        • Allocation methods
        • What to do next
      • Phase A IO-LCA
        • TUTORIAL Study objective A (deterministic)
        • Before starting…
        • Basic features of the deterministic function
        • What to do next
        • Advanced features
        • TUTORIAL Study objective A (uncertainty)
        • Before starting…
        • Basic features of the uncertainty function
        • What to do next
        • Advanced features
      • Phase B.0 Dynamic AR6 Carrying Capacities
        • TUTORIAL: Study objective B0, dynamic CC (deterministic)
        • Before starting…
        • Basic features of the deterministic function
        • What to do next
        • Advanced features
        • TUTORIAL: Study objective B0, dynamic CC (uncertainty)
        • Before starting…
        • Basic features of the uncertainty function
        • What to do next
        • Advanced features
      • Phase B.1 aSoCC
        • TUTORIAL: Study objective B1 (deterministic)
        • Before starting…
        • Basic features of the deterministic function
        • What to do next
        • Advanced features
        • TUTORIAL: Study objective B1 (uncertainty)
        • Before starting…
        • Basic features of the uncertainty function
        • What to do next
        • Advanced features
      • Phase B.2 aCC
        • TUTORIAL: Study objective B2 (deterministic)
        • Before starting…
        • Basic features of the deterministic function
        • What to do next
        • Advanced features
        • TUTORIAL: Study objective B2 (uncertainty)
        • Before starting…
        • Basic features of the uncertainty function
        • What to do next
        • Advanced features
      • Phase C ASR
        • TUTORIAL: Study objective C (deterministic)
        • Before starting…
        • Basic features of the deterministic function
        • What to do next
        • Advanced features
        • TUTORIAL: Study objective C (uncertainty)
        • Before starting…
        • Basic features of the uncertainty function
        • What to do next
        • Advanced features
    • Optional Workflows
      • Optional workflow: disaggregate aSoCC MRIO sectors
        • Workspace setup
        • Public argument checklist
        • Prerequisite process and deterministic aSoCC scopes
        • Disaggregate OECD ICIO sector D into EXIOBASE electricity sector
      • Optional workflow: custom aSoCC inter-method weights
        • Workspace setup
        • Functional units and selectors
        • aSoCC method scope
        • Public argument checklist
        • Write the editable equal weight template, using defaults where omitted
        • Preview an edited custom weight version, using defaults where omitted
      • Optional workflow: external aSoCC and external LCA input staging
        • Workspace setup
        • What the import prepares
        • Import external input folders and runnable examples
        • Public argument checklist
        • Downstream selectors after files are staged
    • Methodological References
  • API Reference
    • Package Level Functions
      • set_workspace
        • set_workspace()
      • download_mrio
        • download_mrio()
      • download_pop_gdp
        • download_pop_gdp()
      • download_ar6
        • download_ar6()
      • process_mrio
        • process_mrio()
      • process_pop_gdp
        • process_pop_gdp()
      • process_ar6
        • process_ar6()
      • deterministic_acc
        • deterministic_acc()
      • deterministic_asr
        • deterministic_asr()
      • deterministic_asocc
        • deterministic_asocc()
      • deterministic_ar6_cc
        • deterministic_ar6_cc()
      • disaggregate_asocc
        • disaggregate_asocc()
      • deterministic_io_lca
        • deterministic_io_lca()
      • prepare_external_inputs
        • prepare_external_inputs()
      • write_asocc_weight_template
        • write_asocc_weight_template()
      • preview_asocc_weight_tree
        • preview_asocc_weight_tree()
      • uncertainty_asocc
        • uncertainty_asocc()
      • uncertainty_io_lca
        • uncertainty_io_lca()
      • uncertainty_ar6_cc
        • uncertainty_ar6_cc()
      • uncertainty_acc
        • uncertainty_acc()
      • uncertainty_asr
        • uncertainty_asr()
  • Methodological Notes
    • Recommended Citations
    • Functional Units And Allocation Methods
    • Allocated Carrying Capacities
    • Carrying Capacities
  • Developer Documentation
    • Contributor Guide
      • Code Authors
      • License
      • Useful Resources
      • How To Report A Bug
      • How To Request A Feature
      • How To Set Up A Development Environment
      • How To Build The Documentation Locally
      • How To Test The Project
      • Code Quality Checks
      • Contribution Guidelines
      • How To Submit Changes
    • Package Architecture Notes
    • Developer Guide For Adding aSoCC Allocation Methods To The Package
      • 1. Start With The Scientific Contract
      • 2. Decide Whether A Package Method Is Needed
      • 3. Understand The Method Forms
      • 4. Use The FU Axis Contract
      • 5. Add Or Update Registry Rows
      • 6. Add Selection Reachability
      • 7. Reuse Existing Enacting Metrics When Possible
      • 8. Add A New MRIO Metric Only At The Process Owner
      • 9. Add A New Non MRIO Metric At Its Data Owner
      • 10. Implement The Equation At The Family Owner
      • 11. Connect Yearly Orchestration
      • 12. Declare Time Behavior
      • 13. Publish Through The Existing Output Contract
      • 14. Keep Figures, Disaggregation, And Uncertainty As Review Gates
      • 15. Add Tests That Exercise Public Reachability
      • 16. Run Scientific Validation
      • 17. Update Documentation
      • 18. Closeout Gate
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