pyforestry.sweden.growth package

Subpackages

• pyforestry.sweden.growth.elfving_2010 package
  • Submodules
  • pyforestry.sweden.growth.elfving_2010.features module
    • collect_trees()
    • compute_bal_by_tree()
    • compute_bawad_cm()
    • distance_to_coast_km()
    • fertilization_flag()
    • field_estimated_basal_area_m2_ha()
    • mean_age_total()
    • plot_expansion_factor()
    • resolve_latitude_altitude()
    • resolve_site_index_m()
    • resolve_temperature_sum()
    • species_group()
    • split_edge_flags()
    • thinning_flags()
    • tree_age_bh_years()
    • tree_age_total_years()
    • vegetation_flags()
  • pyforestry.sweden.growth.elfving_2010.kernels module
    • aspen_ln_d2_growth()
    • beech_ln_d2_growth()
    • birch_ln_d2_growth()
    • oak_ln_d2_growth()
    • pine_ln_d2_growth()
    • precious_ln_d2_growth()
    • spruce_ln_d2_growth()
    • stand_basal_area_growth_elfving_2009()
    • trivial_ln_d2_growth()
  • pyforestry.sweden.growth.elfving_2010.thinning_response module
    • ThinningEvent
      • ThinningEvent.thinned_from_above
      • ThinningEvent.years_to_mid_period
    • elfving_2009_thinning_response_factor()
    • residual_release_effect()
  • Module contents
• pyforestry.sweden.growth.soderberg_1986 package
  • Submodules
  • pyforestry.sweden.growth.soderberg_1986.equations module
    • soderberg_1986_tree_diameter_growth_cm()
  • Module contents

Module contents

Swedish growth models, organised as one subpackage per publication.

This package is a namespace container: each model lives in its own subpackage (elfving_2010, soderberg_1986) and exposes a DESCRIPTOR (FormulaModuleDescriptor) plus its kernel functions. The two descriptors are re-exported here under ELFVING_2010 and SODERBERG_1986 for discovery and introspection. They resolve lazily via PEP 562 __getattr__ so that importing one growth model does not pull in the other.