calc_F_footprint_effects: Upstream footprint and downstream effects matrices In MatthewHeun/Recca: R Energy Conversion Chain Analysis

Description

Calculates upstream footprint matrices (`F_footprint_p`, `F_footprint_s`) and downstream effects matrices (`F_effects_p`, `F_effects_s`) given embodied matrices `M_p` and `M_s`. Column sums of `F_footprint` are 1. Row sums of `F_effects` are 1.

Usage

 ```1 2 3 4 5 6 7 8 9``` ```calc_F_footprint_effects( .Mmats = NULL, M_p = "M_p", M_s = "M_s", F_footprint_p = "F_footprint_p", F_effects_p = "F_effects_p", F_footprint_s = "F_footprint_s", F_effects_s = "F_effects_s" ) ```

Arguments

 `.Mmats` a data frame containing a column of embodied matrices `M_p` embodied product matrix or name of the column in `.Mmats` containing same. Default is "`M_p`". `M_s` embodied sector matrix or name of the column in `.Mmats` containing same. Default is "`M_s`". `F_footprint_p` the name for `F_footprint_p` matrices on output. Default is "`F_footprint_p`". `F_effects_p` the name for `F_effects_p` matrices on output. Default is "`F_effects_p`". `F_footprint_s` the name for `F_footprint_s` matrices on output. Default is "`F_footprint_s`". `F_effects_s` the name for `F_effects_s` matrices on output. Default is "`F_effects_s`".

Value

a list or data frame containing `F_footprint_p`, `F_effects_p`, `F_footprint_s`, and `F_effects_s` matrices

MatthewHeun/Recca documentation built on Feb. 21, 2020, 8:03 p.m.