nihongi
commented
3 months ago I solved the problem partially. When I set region=["-", "=", "Africa_Eastern"], year=["-", "=", 2020], it worked. Still I don't know how to use ["+", "="]. I think this can be used for setting multiple values at the same time, but not successfull for me yet.
C:\Users\nihon>python
Python 3.9.6 (tags/v3.9.6:db3ff76, Jun 28 2021, 15:26:21) [MSC v.1929 64 bit (AMD64)] on win32
Type "help", "copyright", "credits" or "license" for more information.
>>> import os, platform
>>> os.add_dll_directory("C:/Program Files/RedHat/java-1.8.0-openjdk-1.8.0.372-1/bin")
<AddedDllDirectory('C:/Program Files/RedHat/java-1.8.0-openjdk-1.8.0.372-1/bin')>
>>> os.add_dll_directory("C:/Program Files/RedHat/java-1.8.0-openjdk-1.8.0.372-1/jre/bin/server")
<AddedDllDirectory('C:/Program Files/RedHat/java-1.8.0-openjdk-1.8.0.372-1/jre/bin/server')>
>>> os.add_dll_directory("C:/gcam-v6.0/gcam-core/exe")
<AddedDllDirectory('C:/gcam-v6.0/gcam-core/exe')>
>>> import gcamwrapper
>>> g = gcamwrapper.Gcam("configuration_ref.xml", "C:/gcam-v6.0/gcam-core/exe")
Running GCAM model code base version 6.0 revision gcam-v6.0
Configuration file: configuration_ref.xml
Parsing input files...
Parsing ../input/gcamdata/xml/hector.xml scenario component.
Parsing ../input/gcamdata/xml/socioeconomics_gSSP2.xml scenario component.
Parsing ../input/gcamdata/xml/resources.xml scenario component.
Parsing ../input/gcamdata/xml/en_supply.xml scenario component.
Parsing ../input/gcamdata/xml/en_transformation.xml scenario component.
Parsing ../input/gcamdata/xml/electricity_water.xml scenario component.
Parsing ../input/gcamdata/xml/heat.xml scenario component.
Parsing ../input/gcamdata/xml/hydrogen.xml scenario component.
Parsing ../input/gcamdata/xml/en_distribution.xml scenario component.
Parsing ../input/gcamdata/xml/other_industry.xml scenario component.
Parsing ../input/gcamdata/xml/other_industry_incelas_gssp2.xml scenario component.
Parsing ../input/gcamdata/xml/iron_steel.xml scenario component.
Parsing ../input/gcamdata/xml/iron_steel_incelas_gssp2.xml scenario component.
Parsing ../input/gcamdata/xml/Off_road.xml scenario component.
Parsing ../input/gcamdata/xml/Off_road_incelas_gssp2.xml scenario component.
Parsing ../input/gcamdata/xml/chemical.xml scenario component.
Parsing ../input/gcamdata/xml/chemical_incelas_gssp2.xml scenario component.
Parsing ../input/gcamdata/xml/aluminum.xml scenario component.
Parsing ../input/gcamdata/xml/aluminum_incelas_gssp2.xml scenario component.
Parsing ../input/gcamdata/xml/cement.xml scenario component.
Parsing ../input/gcamdata/xml/cement_incelas_gssp2.xml scenario component.
Parsing ../input/gcamdata/xml/en_Fert.xml scenario component.
Parsing ../input/gcamdata/xml/HDDCDD_constdd_no_GCM.xml scenario component.
Parsing ../input/gcamdata/xml/building_det.xml scenario component.
Parsing ../input/gcamdata/xml/transportation_UCD_CORE.xml scenario component.
Parsing ../input/gcamdata/xml/Ccoef.xml scenario component.
Parsing ../input/gcamdata/xml/Cstorage.xml scenario component.
Parsing ../input/gcamdata/xml/ag_For_Past_bio_base_IRR_MGMT.xml scenario component.
Parsing ../input/gcamdata/xml/ag_cost_IRR_MGMT.xml scenario component.
Parsing ../input/gcamdata/xml/ag_prodchange_ref_IRR_MGMT.xml scenario component.
Parsing ../input/gcamdata/xml/resbio_input_IRR_MGMT.xml scenario component.
Parsing ../input/gcamdata/xml/an_input.xml scenario component.
Parsing ../input/gcamdata/xml/ag_Fert_IRR_MGMT.xml scenario component.
Parsing ../input/gcamdata/xml/land_input_1.xml scenario component.
Parsing ../input/gcamdata/xml/land_input_2.xml scenario component.
Parsing ../input/gcamdata/xml/land_input_3_IRR.xml scenario component.
Parsing ../input/gcamdata/xml/land_input_4_IRR_MGMT.xml scenario component.
Parsing ../input/gcamdata/xml/land_input_5_IRR_MGMT.xml scenario component.
Parsing ../input/gcamdata/xml/protected_land_input_2.xml scenario component.
Parsing ../input/gcamdata/xml/protected_land_input_3.xml scenario component.
Parsing ../input/gcamdata/xml/ag_an_demand_input.xml scenario component.
Parsing ../input/gcamdata/xml/bio_trade.xml scenario component.
Parsing ../input/gcamdata/xml/ag_trade.xml scenario component.
Parsing ../input/gcamdata/xml/unlimited_water_supply.xml scenario component.
Parsing ../input/gcamdata/xml/water_supply_constrained.xml scenario component.
Parsing ../input/gcamdata/xml/desalination.xml scenario component.
Parsing ../input/gcamdata/xml/water_td.xml scenario component.
Parsing ../input/gcamdata/xml/EFW_input_coefs.xml scenario component.
Parsing ../input/gcamdata/xml/EFW_irrigation.xml scenario component.
Parsing ../input/gcamdata/xml/EFW_manufacturing.xml scenario component.
Parsing ../input/gcamdata/xml/EFW_municipal.xml scenario component.
Parsing ../input/gcamdata/xml/ag_water_input_IRR_MGMT.xml scenario component.
Parsing ../input/gcamdata/xml/electricity_water_coefs.xml scenario component.
Parsing ../input/gcamdata/xml/water_demand_industry.xml scenario component.
Parsing ../input/gcamdata/xml/water_demand_livestock.xml scenario component.
Parsing ../input/gcamdata/xml/water_demand_municipal.xml scenario component.
Parsing ../input/gcamdata/xml/water_demand_primary.xml scenario component.
Parsing ../input/gcamdata/xml/ind_urb_processing_sectors.xml scenario component.
Parsing ../input/gcamdata/xml/all_energy_emissions.xml scenario component.
Parsing ../input/gcamdata/xml/all_fgas_emissions.xml scenario component.
Parsing ../input/gcamdata/xml/all_unmgd_emissions.xml scenario component.
Parsing ../input/gcamdata/xml/all_aglu_emissions_IRR_MGMT.xml scenario component.
Parsing ../input/gcamdata/xml/all_protected_unmgd_emissions.xml scenario component.
Parsing ../input/gcamdata/xml/emission_factor_controls.xml scenario component.
Parsing ../input/gcamdata/xml/all_energy_emissions_MAC.xml scenario component.
Parsing ../input/gcamdata/xml/all_fgas_emissions_MAC.xml scenario component.
Parsing ../input/gcamdata/xml/all_aglu_emissions_IRR_MGMT_MAC.xml scenario component.
Parsing ../input/gcamdata/xml/ind_urb_processing_sectors_MAC.xml scenario component.
Parsing ../input/gcamdata/xml/liquids_limits.xml scenario component.
Parsing ../input/gcamdata/xml/water_elec_liquids_limits.xml scenario component.
Parsing ../input/gcamdata/xml/negative_emissions_budget_gSSP2.xml scenario component.
Parsing ../input/gcamdata/xml/bio_externality.xml scenario component.
Parsing ../input/gcamdata/xml/onshore_wind.xml scenario component.
Parsing ../input/solution/cal_broyden_config.xml scenario component.
XML parsing complete.
Starting new scenario: Reference
Mon Apr 15 16:59:24 2024:WARNING:Hector::Logger::printLogHeader: hector version 2.5.0
Mon Apr 15 16:59:24 2024:WARNING:Hector::Core::setData: Disabling onelineocean
Mon Apr 15 16:59:24 2024:WARNING:Hector::Logger::printLogHeader: hector version 2.5.0
Mon Apr 15 16:59:24 2024:WARNING:Hector::Core::setData: Disabling onelineocean
Mon Apr 15 16:59:24 2024:WARNING:Hector::Core::prepareToRun: Disabling onelineocean
>>> labor_prod_query = gcamwrapper.get_query("socioeconomic", "labor_productivity")
>>> g.run_period_pre(6)
Starting a model run. Running period 5
Model run beginning.
Period 0: 1975
Model solved with last period's prices.
Period 1: 1990
Model solved normally. Iterations period 1: 242. Total iterations: 243
Period 2: 2005
Model solved normally. Iterations period 2: 214. Total iterations: 457
Period 3: 2010
Model solved normally. Iterations period 3: 170. Total iterations: 626
Period 4: 2015
Model solved normally. Iterations period 4: 221. Total iterations: 847
Period 5: 2020
Model solved normally. Iterations period 5: 888. Total iterations: 1735
All model periods solved correctly.
Model run completed.
Period 6: 2025
>>> labor_prod_org = g.get_data(labor_prod_query)
>>> labor_prod_org.head(10)
region year laborproductivity
0 Africa_Eastern 1975 0.00154
1 Africa_Eastern 1990 0.00154
2 Africa_Eastern 2005 0.01216
3 Africa_Eastern 2010 0.03926
4 Africa_Eastern 2015 0.02085
5 Africa_Eastern 2020 0.01952
6 Africa_Eastern 2025 0.02871
7 Africa_Eastern 2030 0.04133
8 Africa_Eastern 2035 0.04117
9 Africa_Eastern 2040 0.04335
>>> labor_prod_change = labor_prod_org[(labor_prod_org['region'] == "Africa_Eastern") & (labor_prod_org['year'] == 2020)].copy()
>>> labor_prod_change.at[5, 'laborproductivity'] = 0.04
>>> labor_prod_change.head(10)
region year laborproductivity
5 Africa_Eastern 2020 0.04
>>> g.set_data(labor_prod_change, labor_prod_query, region=["-", "=", "Africa_Eastern"], year=["-", "=", 2020])
>>> labor_prod_new = g.get_data(labor_prod_query)
>>> labor_prod_new.compare(labor_prod_org)
laborproductivity
self other
5 0.04 0.01952
>>> labor_prod_new.head(10)
region year laborproductivity
0 Africa_Eastern 1975 0.00154
1 Africa_Eastern 1990 0.00154
2 Africa_Eastern 2005 0.01216
3 Africa_Eastern 2010 0.03926
4 Africa_Eastern 2015 0.02085
5 Africa_Eastern 2020 0.04000
6 Africa_Eastern 2025 0.02871
7 Africa_Eastern 2030 0.04133
8 Africa_Eastern 2035 0.04117
9 Africa_Eastern 2040 0.04335
>>>
whitenightZhang
I was trying to change the value of labor productivity, but I couldn't get the result I expected. For example, I changed the labor productivity of Africa_Eastern in 1975 to 0.003 and applied it with set_data(), but it was unchanged in GCAM. I tried a variety of query strings. In some cases, the value in GCAM was changed to something but not what I expected. Please tell me the correct way to use set_data().