Difference between revisions of "OpenIO"
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| + | == Rationale == | ||
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| + | *Data tables extracted from OpenIO_beta1.5_C2C031711.ana | ||
| + | ** Direct requirements: DR coefficients | ||
| + | ** Elementary flows: Raw Satellite Matrix | ||
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=== Total IO requirements Calculation Example === | === Total IO requirements Calculation Example === | ||
<pre> | <pre> | ||
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colnames(tr) <- c("Selling_sector", "Purchasing_sector", "Result") | colnames(tr) <- c("Selling_sector", "Purchasing_sector", "Result") | ||
</pre> | </pre> | ||
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==See also== | ==See also== | ||
Latest revision as of 16:57, 18 March 2016
This page is a variable.
The page identifier is Op_en7462 |
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Contents
Question
OpenIO contains data that is be used in economic input-output life cycle assessment.
Answer
Rationale
- Data tables extracted from OpenIO_beta1.5_C2C031711.ana
- Direct requirements: DR coefficients
- Elementary flows: Raw Satellite Matrix
Total IO requirements Calculation Example
library(OpasnetUtils)
dr <- opbase.data("Op_en7462", subset = "Direct_requirements")
A <- tapply(dr$Result, dr[c("User", "Maker")], I)
tr <- solve(diag(1, dim(A)[1]) - A)
tr <- as.data.frame(as.table(tr))
colnames(tr) <- c("Selling_sector", "Purchasing_sector", "Result")
See also
Keywords
References
