GroundedSensitivity e05c6c50-2786-464d-b70e-57f8e454e5e8 isee systems, inc. Stella Architect

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capita 1 dmnl unitless fraction person persons dollar dollars yr year degc degree C 1/Years Population * reference_per_capita_consumption/(1-fraction_production_mitigating)/(1-fraction_production_invested) increasing_capacity depreciation $/Year ${Output} 100 births deaths People Population * max_birth_rate *effect_consumption_births * births_noise_mult People/Years 0.05 Per Year investment * investment_multiplier $/Year/Years Productive_Capacity/average_life_productive_capacity $/Year/Years ${Output} 0 CO2_generating sequestering XTonne 0 sequestering XTonne Atmospheric_CO2 * max_sequester_rate * effect_capacity_sequestering XTonne/Years production * max_CO2_generating * effect_mitigation * emissions_noise_mult XTonne/Years 0.1 Per Year Sequestered_CO2/sequestration_capacity 1,0.7075,0.4975,0.3466,0.2383,0.1604,0.1045,0.0644,0.03558,0.01487,0 Dmnl 5e5 XTonne Population / reference_average_lifetime * effect_consumption_deaths * effect_anomaly_deaths * deaths_noise_mult People/Years (Atmospheric_CO2/reference_CO2) ^ CO2_sensitivity Dmnl 1000 XTonne SMTH1(threshold_anomaly * effect_CO2, time_to_realize_anomaly) degree C 50 Years IF temperature_anomaly > threshold_anomaly THEN (temperature_anomaly / threshold_anomaly) ^ (-production_sensitivity_anomaly) ELSE 1 Dmnl 1 degree C ${Output} Productive_Capacity * effect_anomaly_production * production_noise_mult $/YEar 50 Years 100 $/Person/Year IF TIME < mitigation_start_time THEN 0 ELSE policy_fraction_production_mitigating Dmnl 0.5 Dmnl (1 - fraction_production_mitigating/necessary_fraction_mitigating)^sensitivity_to_mitigation Dmnl 1/1000 XTonne/$ MAX(1, per_capita_consumption/reference_per_capita_consumption)^birth_sensitivity_income Dmnl available_production * (1 - fraction_production_invested) $/Year consumption/Population $/Person/Year ${Parameter} 0.15 Dmnl production * (1 - fraction_production_mitigating) $/Year available_production * fraction_production_invested $/Year 0.4 $/Year/$ 60 Year (per_capita_consumption/reference_per_capita_consumption)^(-death_sensitivity_to_income) Dmnl IF temperature_anomaly > threshold_anomaly THEN (temperature_anomaly / threshold_anomaly) ^ death_sensitivity_anomaly ELSE 1 Dmnl -0.5 Dmnl ${Parameter} 0.4 Dmnl ${Parameter} 1 Dmnl 0.5 Dmnl 1.5 Dmnl 80 Year 0.01 Dmnl 0 Dmnl NORMALPINK(1, production_stddev, production_time_correlation, 1234) Dmnl 2 Years 0 Dmnl NORMALPINK(1, emissions_stddev, emissions_time_correlation, 4567) Dmnl 2 Years 0 Dmnl NORMALPINK(1, births_stddev, births_time_correlation, 8901) Dmnl 2 Years 0 Dmnl NORMALPINK(1, deaths_stddev, deaths_time_correlation, 2345) Dmnl 2 Years ${Parameter} 0.3 Dmnl .Atmospheric_CO2 + .Population + .production IF calibration_flag THEN 80 ELSE 150 Years 1 dmnl .death_sensitivity_anomaly + .death_sensitivity_to_income + .fraction_production_invested + .production_sensitivity_anomaly Population births max_birth_rate births max_sequester_rate sequestering Atmospheric_CO2 sequestering effect_capacity_sequestering sequestering sequestration_capacity effect_capacity_sequestering Sequestered_CO2 effect_capacity_sequestering Atmospheric_CO2 effect_CO2 reference_CO2 effect_CO2 effect_CO2 temperature_anomaly time_to_realize_anomaly temperature_anomaly temperature_anomaly effect_anomaly_production threshold_anomaly temperature_anomaly threshold_anomaly effect_anomaly_production effect_anomaly_production production Productive_Capacity production Productive_Capacity depreciation average_life_productive_capacity depreciation production CO2_generating fraction_production_mitigating effect_mitigation necessary_fraction_mitigating effect_mitigation effect_mitigation CO2_generating max_CO2_generating CO2_generating reference_per_capita_consumption effect_consumption_births production available_production fraction_production_mitigating available_production fraction_production_invested investment Population per_capita_consumption consumption per_capita_consumption per_capita_consumption effect_consumption_births effect_consumption_births births fraction_production_invested consumption investment increasing_capacity investment_multiplier increasing_capacity available_production investment available_production consumption reference_average_lifetime deaths Population deaths per_capita_consumption effect_consumption_deaths reference_per_capita_consumption effect_consumption_deaths effect_consumption_deaths deaths temperature_anomaly effect_anomaly_deaths threshold_anomaly effect_anomaly_deaths effect_anomaly_deaths deaths birth_sensitivity_income effect_consumption_births death_sensitivity_to_income effect_consumption_deaths death_sensitivity_anomaly effect_anomaly_deaths sensitivity_to_mitigation effect_mitigation CO2_sensitivity effect_CO2 mitigation_start_time fraction_production_mitigating policy_fraction_production_mitigating fraction_production_mitigating production_stddev production_noise_mult production production_time_correlation production_noise_mult emissions_stddev emissions_noise_mult emissions_time_correlation emissions_noise_mult births_stddev births_noise_mult births_time_correlation births_noise_mult deaths_stddev deaths_noise_mult deaths_time_correlation deaths_noise_mult deaths births CO2_generating production_sensitivity_anomaly effect_anomaly_production 0.5 0.75 0.95 1 calibration_flag stop_time production_noise_mult deaths_noise_mult births_noise_mult emissions_noise_mult