miom() function to create multi-regional
input-output models (#155).
get_bilateral_trade() function to extract bilateral
trade flows from multi-regional input-output models.compute_multiregional_multipliers() function to
compute intra-regional, inter-regional and spillover multipliers from
multi-regional input-output models.get_spillover_matrix() function to show how shocks
in one region affect other regions in multi-regional input-output
models.get_net_spillover_matrix() function to show net
spillover effects between regions pairs in multi-regional input-output
models.get_regional_interdependence() function to compute
regional self-reliance and interdependence measures in multi-regional
input-output models.close_model() method to support closed
single-region input-output models by moving household and/or government
sectors from final demand to intermediate transactions matrix
(#154).matrix to compute_key_sectors()
and compute_hypothetical_extraction() so users can decide
if should be used Leontief or Ghosh matrices when computing forward
linkages (#148).download_wiod() function to download World
Input-Output Database (WIOD) tables directly from their website
(#152).fio::br_2020 and
fio::world_2000) was moved from {fio} to a data-only
companion package {fiodata}.makevars.in and makevars.win.in to
avoid race condition when building package in parallel make (#127).threads slot from iom object
(#95).tools/msrv.r (#105).br_2020 dataset to English (#113).extraction.rsand multipliers.rs in
order to lower minimum supported Rust version from 1.71 to 1.67.SystemRequirements.DESCRIPTION.import_element() to programmatically import data
from an Excel fileiom uses the efficiency of R6 classesadd and remove methods to add and
remove elements from an iom objectbr_2020 dataset with a 51 sector Brazilian
input-output table for 2020compute_tech_coeff() and
compute_leontief_inverse() methods uses the power of Rust
and faer crate to substantially increase performancecompute_multiplier_*() methods to compute
multipliers from a given input-output table:
compute_multiplier_output() for the output
multipliercompute_multiplier_employment() for the employment
multipliercompute_multiplier_wages() for the wages
multipliercompute_multiplier_taxes() for the taxes
multipliercompute_influence_field() method to compute the
field of influence of each sectorcompute_key_sectors() method to compute the key
sectors of an input-output table, based on power of dispersion and
sensitivity of dispersion, and their coefficients of variationscompute_allocation_coeff() method to compute the
allocation coefficients of an input-output tablecompute_ghosh_inverse() method to compute the Ghosh
inverse of an input-output tablecompute_hypothetical_extraction() method to compute
impact on demand, supply and both structures after hypothetical
extraction of a sectorset_max_threads() method to allow the user to
control number of threads used by {fio} (required by CRAN).compute_*()
functionsfaer crate instead of nalgebra for
faster linear algebra calculationsiom object and at
add() methodiom object and at add() methoddouble at initialization of iom object and at
add() method
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