calc_GH: Calculate the 'G' and 'H' matrices for embodied energy...
In MatthewHeun/Recca: R Energy Conversion Chain Analysis

calc_GH

R Documentation

Calculate the `G` and `H` matrices for embodied energy calculations

Description

Calculate the G and H matrices for embodied energy calculations

Usage

calc_GH(
  .iomats = NULL,
  Y = "Y",
  L_ixp = "L_ixp",
  R = "R",
  A = "A",
  q = "q",
  G_V = "G_V",
  G_R = "G_R",
  G = "G",
  H_V = "H_V",
  H_R = "H_R",
  H = "H"
)

Arguments

`.iomats`	a data frame containing matrices that describe the Input-Output structure of an Energy Conversion Chain. `.iomats` will likely have been obtained from the `calc_io_mats` function.
`Y`	final demand (`Y`) matrix or name of the column in `.iodata` containing same. Default is "`Y`".
`L_ixp`	industry-by-product Leontief (`L_ixp`) matrix or name of the column in `.iodata` containing same. Default is "`L_ixp`".
`R`	Resources (`R`) matrix or name of the column in `.iodata` containing same. Default is "`R`".
`A`	The name of the `A` matrix column in the `.iomats` data frame. Default is "A".
`q`	The name of the `q` vector in the `.iomats` data frame. Default is "q".
`G_V`	name for the `G_V` matrix on output. Default is "`G_V`". `G_V` is calculated by `L_ixp * y_hat`.
`G_R`	name for the `G_R` matrix on output. Default is "`G_R`". `G_R` is calculated by `R * q_hat_inv * L_pxp * y_hat`.
`G`	name for the `G` matrix on output. Default is "`G`". `G` is calculated by `G_R + G_V`.
`H_V`	name for the `H_V` matrix on output. Default is "`H_V`". `H_V` is calculated by `L_ixp * Y`.
`H_R`	name for the `H_R` matrix on output. Default is "`H_R`". `H_R` is calculated by `R * q_hat_inv * L_pxp * Y`.
`H`	name for the `H` matrix on output. Default is "`H`". `H` is calculated by `H_V + H_R`.