dice-simulator.compute.translator
Converts function domain values into codomain values
Converts function domain values into codomain values
baseline-carbon-intensityclj
(baseline-carbon-intensity ssp ts)Returns carbon intensity series corresponding to time points ts based on SSP baseline FFI emissions and GDP with no climate change and no abatement; measured in tCO2/thousands 2010 USD
Returns carbon intensity series corresponding to time points ts based on SSP baseline FFI emissions and GDP with no climate change and no abatement; measured in tCO2/thousands 2010 USD
baseline-emissions-fficlj
(baseline-emissions-ffi ssp ts)Returns values corresponding to time points ts based on SSP baseline FFI emissions with no climate change and no abatement. Values are constructed using linear interpolation; measured in GtCO2
Returns values corresponding to time points ts based on SSP baseline FFI emissions with no climate change and no abatement. Values are constructed using linear interpolation; measured in GtCO2
baseline-laborclj
(baseline-labor ssp ts)Returns SSP-based labor input corresponding to time points ts based on SSP baseline population; measured in billions
Returns SSP-based labor input corresponding to time points ts based on SSP baseline population; measured in billions
baseline-tfpclj
(baseline-tfp ssp ts)Returns total factor productivity corresponding to time points ts based on SSP baseline population and GDP with no climate change and no abatement; unitless
Returns total factor productivity corresponding to time points ts based on SSP baseline population and GDP with no climate change and no abatement; unitless
cdr-emissionsclj
(cdr-emissions [K midpoint dt] ts)Returns values corresponding to time points ts on the CDR emissions curve. CDR emissions curve starts from point with coordinates (2015, 0), linearly increases until 2020, and follows as generalized logistic curve with carrying capacity K which reaches K/2 at midpoint and has the length dt of the time interval needed to grow from 5% of K to 95% of K. CDR emissions are introduced linearly from 2015 through 2020 (with extrapolation to logistic curve value in 2020) to remove inconsistent initial rate of growth
Returns values corresponding to time points ts on the CDR emissions curve. CDR emissions curve starts from point with coordinates (2015, 0), linearly increases until 2020, and follows as generalized logistic curve with carrying capacity K which reaches K/2 at midpoint and has the length dt of the time interval needed to grow from 5% of K to 95% of K. CDR emissions are introduced linearly from 2015 through 2020 (with extrapolation to logistic curve value in 2020) to remove inconsistent initial rate of growth
net-emissions-fficlj
(net-emissions-ffi [y0 y_ x1 K midpoint-offset dt] ts)Returns values corresponding to time points ts on the net FFI emissions curve. Net emissions curve starts from point with coordinates (2015, y0), linearly increases until time point x1 (with extrapolation to point with coordinates (2030, y_)), and follows as generalized logistic curve with carrying capacity K which reaches K/2 at midpoint and has the length dt of the time interval needed to de-grow from 5% of K to 95% of K. Net emissions phase linearly from x1 through x1 + 5 to remove inconsistent initial rate of degrowth
Returns values corresponding to time points ts on the net FFI emissions curve. Net emissions curve starts from point with coordinates (2015, y0), linearly increases until time point x1 (with extrapolation to point with coordinates (2030, y_)), and follows as generalized logistic curve with carrying capacity K which reaches K/2 at midpoint and has the length dt of the time interval needed to de-grow from 5% of K to 95% of K. Net emissions phase linearly from x1 through x1 + 5 to remove inconsistent initial rate of degrowth
net-emissions-land-useclj
(net-emissions-land-use ssp scenario ts)Returns values corresponding to time points ts based on SSP land use emissions. Values are constructed using linear interpolation; measured in GtCO2
Returns values corresponding to time points ts based on SSP land use emissions. Values are constructed using linear interpolation; measured in GtCO2
ssp-emissions-fficlj
(ssp-emissions-ffi ssp scenario ts)Returns values corresponding to time points ts based on SSP FFI emissions. Values are constructed using linear interpolation; measured in GtCO2
Returns values corresponding to time points ts based on SSP FFI emissions. Values are constructed using linear interpolation; measured in GtCO2
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