iotables (version 0.9.4)

primary_input_get: Get a primary input row

Description

Retrieve a named primary-input row from a symmetric input–output table, a use table, or a supply table (as returned by iotable_get()).

Usage

primary_input_get(data_table, primary_input = "compensation_employees")

Value

A data frame containing the key column and the matching primary- input row.

Arguments

data_table

A symmetric I–O table, use table, or supply table as returned by iotable_get().

primary_input

Character. The primary input to return. Accepts common synonyms (e.g., "compensation of employees", "cfc", "taxes on production", "operating surplus", "imports").

Details

In I–O accounting, primary inputs (e.g., compensation of employees, consumption of fixed capital, taxes on production/subsidies, operating surplus/mixed income, and—when relevant—imports used for domestic production) are shown in the value-added block (third quadrant).

References

Eurostat (2008). Eurostat Manual of Supply, Use and Input–Output Tables, ch. 13. United Nations (2018). Handbook on Supply and Use Tables and Input–Output Tables with Extensions and Applications (Rev. 1, “white cover”), ch. 10.

See Also

Other iotables processing functions: conforming_vector_create(), empty_remove(), household_column_find(), household_column_get(), iotable_year_get(), key_column_create(), matrix_round(), output_get(), rows_add(), supplementary_add(), total_tax_add(), vector_transpose_longer(), vector_transpose_wider()

Examples

# Get the Germany 1995 demo SIOT with default labelling
de_iot <- iotable_get(source = "germany_1995")

# Select compensation of employees (row code: "compensation_employees")
primary_input_get(de_iot, "compensation_employees")

# Get the same table with Eurostat short labelling
de_iot_short <- iotable_get(source = "germany_1995", labelling = "short")

# Consumption of fixed capital (row code: "K1")
primary_input_get(de_iot_short, "K1")

# Operating surplus and mixed income, net (row code: "B2A3N")
primary_input_get(de_iot_short, "B2A3N")