Value Added in Exports and Other Input-Output Table Analysis Tools
Get block diagonal matrix
Diagonalize blocks of a block matrix
Get block off-diagonal matrix
Block transpose matrix
Block transpose matrix with transposed blocks
Sum matrix columns and assign name to resulting row
Diagonalize the sums of columns of a matrix
Multiply a diagonal matrix by another matrix
Get data from different exvatools objects
Get a summary decomposition of value added in exports
Get the ISO3 codes of standard country groups
Get the ISO3 codes of standard sector groups
Detailed origin and destination of value added in gross exports
Detailed origin and final absorption of value added in gross exports
Value added induced by final demand
Get extraction matrix.
Hadamard product of matrices
Show available countries and country groups in a specific Input-Output...
Show available sectors and sector groups included in a specific Input-...
Make standard world input-output matrices from custom data
Decomposition of value added in exports using different methodologies
Direction (detailed origin and destination) of value added in exports
Make standard world input-output matrices from source files
Meld ICIO-type matrix (consolidating China and Mexico sub-components)
Multiply a matrix by a diagonal matrix
Print method for exvadec
class
Print method for exvadir
class
Print method for wio
class
Sum matrix rows and assign name to resulting column
Set to zero specific rows and columns of a matrix
Sum groups of columns of a matrix and name the resulting columns
Sum groups of rows of a matrix and name the resulting rows
Summary method for exvadec
class
Summary method for exvadir
class
Summary method for wio
class
Sum every nth column of a matrix and name the resulting columns
Sum every nth row of a matrix and name the resulting rows
Analysis of trade in value added with international input-output tables. Includes commands for easy data extraction, matrix manipulation, decomposition of value added in gross exports and calculation of value added indicators, with full geographical and sector customization. Decomposition methods include Borin and Mancini (2023) <doi:10.1080/09535314.2022.2153221>, Miroudot and Ye (2021) <doi:10.1080/09535314.2020.1730308>, Wang et al. (2013) <https://econpapers.repec.org/paper/nbrnberwo/19677.htm> and Koopman et al. (2014) <doi:10.1257/aer.104.2.459>.