Add new inputs for external coupling to CTM

inputs/emissions/greenhouse_gases/direct_emissions/emissions_industry_aluminium_non_energetic_co2.ad

@@ -18,3 +18,4 @@
 - step_value = 0.1
 - unit = kT
 - update_period = future
+- disabled_by_couplings = [external_model_industry, emissions_industry]

inputs/emissions/greenhouse_gases/direct_emissions/emissions_industry_aluminium_non_energetic_other_ghg.ad

@@ -18,3 +18,4 @@
 - step_value = 0.1
 - unit = kT
 - update_period = future
+- disabled_by_couplings = [external_model_industry, emissions_industry]

inputs/emissions/greenhouse_gases/direct_emissions/emissions_industry_chemicals_non_energetic_co2.ad

@@ -18,3 +18,4 @@
 - step_value = 0.1
 - unit = kT
 - update_period = future
+- disabled_by_couplings = [external_model_industry, emissions_industry]

inputs/emissions/greenhouse_gases/direct_emissions/emissions_industry_chemicals_non_energetic_other_ghg.ad

@@ -18,3 +18,4 @@
 - step_value = 0.1
 - unit = kT
 - update_period = future
+- disabled_by_couplings = [external_model_industry, emissions_industry]

inputs/emissions/greenhouse_gases/direct_emissions/emissions_industry_fertilizers_non_energetic_other_ghg.ad

@@ -18,3 +18,4 @@
 - step_value = 0.1
 - unit = kT
 - update_period = future
+- disabled_by_couplings = [external_model_industry, emissions_industry]

inputs/emissions/greenhouse_gases/direct_emissions/emissions_industry_food_non_energetic_co2.ad

@@ -18,3 +18,4 @@
 - step_value = 0.1
 - unit = kT
 - update_period = future
+- disabled_by_couplings = [external_model_industry, emissions_industry]

inputs/emissions/greenhouse_gases/direct_emissions/emissions_industry_food_non_energetic_other_ghg.ad

@@ -18,3 +18,4 @@
 - step_value = 0.1
 - unit = kT
 - update_period = future
+- disabled_by_couplings = [external_model_industry, emissions_industry]

inputs/emissions/greenhouse_gases/direct_emissions/emissions_industry_non_specified_energetic_other_ghg.ad

@@ -18,3 +18,4 @@
 - step_value = 0.1
 - unit = kT
 - update_period = future
+- disabled_by_couplings = [external_model_industry, emissions_industry]

inputs/emissions/greenhouse_gases/direct_emissions/emissions_industry_other_metals_non_energetic_co2.ad

@@ -18,3 +18,4 @@
 - step_value = 0.1
 - unit = kT
 - update_period = future
+- disabled_by_couplings = [external_model_industry, emissions_industry]

inputs/emissions/greenhouse_gases/direct_emissions/emissions_industry_other_metals_non_energetic_other_ghg.ad

@@ -18,3 +18,4 @@
 - step_value = 0.1
 - unit = kT
 - update_period = future
+- disabled_by_couplings = [external_model_industry, emissions_industry]

inputs/emissions/greenhouse_gases/direct_emissions/emissions_industry_other_non_energetic_co2.ad

@@ -18,3 +18,4 @@
 - step_value = 0.1
 - unit = kT
 - update_period = future
+- disabled_by_couplings = [external_model_industry, emissions_industry]

inputs/emissions/greenhouse_gases/direct_emissions/emissions_industry_other_non_energetic_other_ghg.ad

@@ -18,3 +18,4 @@
 - step_value = 0.1
 - unit = kT
 - update_period = future
+- disabled_by_couplings = [external_model_industry, emissions_industry]

inputs/emissions/greenhouse_gases/direct_emissions/emissions_industry_paper_non_energetic_co2.ad

@@ -18,3 +18,4 @@
 - step_value = 0.1
 - unit = kT
 - update_period = future
+- disabled_by_couplings = [external_model_industry, emissions_industry]

inputs/emissions/greenhouse_gases/direct_emissions/emissions_industry_paper_non_energetic_other_ghg.ad

@@ -18,3 +18,4 @@
 - step_value = 0.1
 - unit = kT
 - update_period = future
+- disabled_by_couplings = [external_model_industry, emissions_industry]

inputs/emissions/greenhouse_gases/direct_emissions/emissions_industry_refineries_energetic_other_ghg.ad

@@ -18,3 +18,4 @@
 - step_value = 0.1
 - unit = kT
 - update_period = future
+- disabled_by_couplings = [external_model_industry, emissions_industry]

inputs/emissions/greenhouse_gases/direct_emissions/emissions_industry_refineries_non_energetic_other_ghg.ad

@@ -18,3 +18,4 @@
 - step_value = 0.1
 - unit = kT
 - update_period = future
+- disabled_by_couplings = [external_model_industry, emissions_industry]

inputs/emissions/greenhouse_gases/direct_emissions/emissions_industry_steel_non_energetic_co2.ad

@@ -18,3 +18,4 @@
 - step_value = 0.1
 - unit = kT
 - update_period = future
+- disabled_by_couplings = [external_model_industry, emissions_industry]

inputs/emissions/greenhouse_gases/direct_emissions/emissions_industry_steel_non_energetic_other_ghg.ad

@@ -18,3 +18,4 @@
 - step_value = 0.1
 - unit = kT
 - update_period = future
+- disabled_by_couplings = [external_model_industry, emissions_industry]

inputs/emissions/greenhouse_gases/direct_emissions/emissions_waste_non_specified_non_energetic_co2.ad

@@ -18,3 +18,4 @@
 - step_value = 0.1
 - unit = kT
 - update_period = future
+- disabled_by_couplings = [external_model_industry, emissions_waste]

inputs/emissions/greenhouse_gases/direct_emissions/emissions_waste_non_specified_non_energetic_other_ghg.ad

@@ -18,3 +18,4 @@
 - step_value = 0.1
 - unit = kT
 - update_period = future
+- disabled_by_couplings = [external_model_industry, emissions_waste]

inputs/modules/external_coupling/emissions_industry/external_coupling_emissions_industry_aluminium_non_energetic_co2.ad

@@ -0,0 +1,21 @@
+# Max value is the larger of a fraction of the total GHG emissions and a factor of the start value
+# This ensures that the max value never falls below the start value
+
+- query =
+    UPDATE(
+      MV(industry_aluminium_non_energetic_co2),
+      preset_demand,
+      PRODUCT(USER_INPUT(), MILLIONS)
+    )
+- priority = 0
+- max_value_gql =
+    present:MAX(
+      Q(max_value_dataset_derived_direct_emissions),
+      PRODUCT(DIVIDE(MV(industry_aluminium_non_energetic_co2, demand), MILLIONS), 1.5)
+    )
+- min_value = 0.0
+- start_value_gql = present:DIVIDE(MV(industry_aluminium_non_energetic_co2, demand), MILLIONS)
+- step_value = 0.1
+- unit = kT
+- update_period = future
+- coupling_groups = [external_model_industry, emissions_industry]

inputs/modules/external_coupling/emissions_industry/external_coupling_emissions_industry_aluminium_non_energetic_other_ghg.ad

@@ -0,0 +1,21 @@
+# Max value is the larger of a fraction of the total GHG emissions and a factor of the start value
+# This ensures that the max value never falls below the start value
+
+- query =
+    UPDATE(
+      MV(industry_aluminium_non_energetic_other_ghg),
+      preset_demand,
+      PRODUCT(USER_INPUT(), MILLIONS)
+    )
+- priority = 0
+- max_value_gql =
+    present:MAX(
+      Q(max_value_dataset_derived_direct_emissions),
+      PRODUCT(DIVIDE(MV(industry_aluminium_non_energetic_other_ghg, demand), MILLIONS), 1.5)
+    )
+- min_value = 0.0
+- start_value_gql = present:DIVIDE(MV(industry_aluminium_non_energetic_other_ghg, demand), MILLIONS)
+- step_value = 0.1
+- unit = kT
+- update_period = future
+- coupling_groups = [external_model_industry, emissions_industry]

inputs/modules/external_coupling/emissions_industry/external_coupling_emissions_industry_chemicals_non_energetic_co2.ad

@@ -0,0 +1,21 @@
+# Max value is the larger of a fraction of the total GHG emissions and a factor of the start value
+# This ensures that the max value never falls below the start value
+
+- query =
+    UPDATE(
+      MV(industry_chemicals_non_energetic_co2),
+      preset_demand,
+      PRODUCT(USER_INPUT(), MILLIONS)
+    )
+- priority = 0
+- max_value_gql =
+    present:MAX(
+      Q(max_value_dataset_derived_direct_emissions),
+      PRODUCT(DIVIDE(MV(industry_chemicals_non_energetic_co2, demand), MILLIONS), 1.5)
+    )
+- min_value = 0.0
+- start_value_gql = present:DIVIDE(MV(industry_chemicals_non_energetic_co2, demand), MILLIONS)
+- step_value = 0.1
+- unit = kT
+- update_period = future
+- coupling_groups = [external_model_industry, emissions_industry]

inputs/modules/external_coupling/emissions_industry/external_coupling_emissions_industry_chemicals_non_energetic_other_ghg.ad

@@ -0,0 +1,21 @@
+# Max value is the larger of a fraction of the total GHG emissions and a factor of the start value
+# This ensures that the max value never falls below the start value
+
+- query =
+    UPDATE(
+      MV(industry_chemicals_non_energetic_other_ghg),
+      preset_demand,
+      PRODUCT(USER_INPUT(), MILLIONS)
+    )
+- priority = 0
+- max_value_gql =
+    present:MAX(
+      Q(max_value_dataset_derived_direct_emissions),
+      PRODUCT(DIVIDE(MV(industry_chemicals_non_energetic_other_ghg, demand), MILLIONS), 1.5)
+    )
+- min_value = 0.0
+- start_value_gql = present:DIVIDE(MV(industry_chemicals_non_energetic_other_ghg, demand), MILLIONS)
+- step_value = 0.1
+- unit = kT
+- update_period = future
+- coupling_groups = [external_model_industry, emissions_industry]

inputs/modules/external_coupling/emissions_industry/external_coupling_emissions_industry_fertilizers_non_energetic_other_ghg.ad

@@ -0,0 +1,21 @@
+# Max value is the larger of a fraction of the total GHG emissions and a factor of the start value
+# This ensures that the max value never falls below the start value
+
+- query =
+    UPDATE(
+      MV(industry_fertilizers_non_energetic_other_ghg),
+      preset_demand,
+      PRODUCT(USER_INPUT(), MILLIONS)
+    )
+- priority = 0
+- max_value_gql =
+    present:MAX(
+      Q(max_value_dataset_derived_direct_emissions),
+      PRODUCT(DIVIDE(MV(industry_fertilizers_non_energetic_other_ghg, demand), MILLIONS), 1.5)
+    )
+- min_value = 0.0
+- start_value_gql = present:DIVIDE(MV(industry_fertilizers_non_energetic_other_ghg, demand), MILLIONS)
+- step_value = 0.1
+- unit = kT
+- update_period = future
+- coupling_groups = [external_model_industry, emissions_industry]

inputs/modules/external_coupling/emissions_industry/external_coupling_emissions_industry_food_non_energetic_co2.ad

@@ -0,0 +1,21 @@
+# Max value is the larger of a fraction of the total GHG emissions and a factor of the start value
+# This ensures that the max value never falls below the start value
+
+- query =
+    UPDATE(
+      MV(industry_food_non_energetic_co2),
+      preset_demand,
+      PRODUCT(USER_INPUT(), MILLIONS)
+    )
+- priority = 0
+- max_value_gql =
+    present:MAX(
+      Q(max_value_dataset_derived_direct_emissions),
+      PRODUCT(DIVIDE(MV(industry_food_non_energetic_co2, demand), MILLIONS), 1.5)
+    )
+- min_value = 0.0
+- start_value_gql = present:DIVIDE(MV(industry_food_non_energetic_co2, demand), MILLIONS)
+- step_value = 0.1
+- unit = kT
+- update_period = future
+- coupling_groups = [external_model_industry, emissions_industry]

inputs/modules/external_coupling/emissions_industry/external_coupling_emissions_industry_food_non_energetic_other_ghg.ad

@@ -0,0 +1,21 @@
+# Max value is the larger of a fraction of the total GHG emissions and a factor of the start value
+# This ensures that the max value never falls below the start value
+
+- query =
+    UPDATE(
+      MV(industry_food_non_energetic_other_ghg),
+      preset_demand,
+      PRODUCT(USER_INPUT(), MILLIONS)
+    )
+- priority = 0
+- max_value_gql =
+    present:MAX(
+      Q(max_value_dataset_derived_direct_emissions),
+      PRODUCT(DIVIDE(MV(industry_food_non_energetic_other_ghg, demand), MILLIONS), 1.5)
+    )
+- min_value = 0.0
+- start_value_gql = present:DIVIDE(MV(industry_food_non_energetic_other_ghg, demand), MILLIONS)
+- step_value = 0.1
+- unit = kT
+- update_period = future
+- coupling_groups = [external_model_industry, emissions_industry]

inputs/modules/external_coupling/emissions_industry/external_coupling_emissions_industry_non_specified_energetic_other_ghg.ad

@@ -0,0 +1,21 @@
+# Max value is the larger of a fraction of the total GHG emissions and a factor of the start value
+# This ensures that the max value never falls below the start value
+
+- query =
+    UPDATE(
+      MV(industry_non_specified_energetic_other_ghg),
+      preset_demand,
+      PRODUCT(USER_INPUT(), MILLIONS)
+    )
+- priority = 0
+- max_value_gql =
+    present:MAX(
+      Q(max_value_dataset_derived_direct_emissions),
+      PRODUCT(DIVIDE(MV(industry_non_specified_energetic_other_ghg, demand), MILLIONS), 1.5)
+    )
+- min_value = 0.0
+- start_value_gql = present:DIVIDE(MV(industry_non_specified_energetic_other_ghg, demand), MILLIONS)
+- step_value = 0.1
+- unit = kT
+- update_period = future
+- coupling_groups = [external_model_industry, emissions_industry]

inputs/modules/external_coupling/emissions_industry/external_coupling_emissions_industry_other_metals_non_energetic_co2.ad

@@ -0,0 +1,21 @@
+# Max value is the larger of a fraction of the total GHG emissions and a factor of the start value
+# This ensures that the max value never falls below the start value
+
+- query =
+    UPDATE(
+      MV(industry_other_metals_non_energetic_co2),
+      preset_demand,
+      PRODUCT(USER_INPUT(), MILLIONS)
+    )
+- priority = 0
+- max_value_gql =
+    present:MAX(
+      Q(max_value_dataset_derived_direct_emissions),
+      PRODUCT(DIVIDE(MV(industry_other_metals_non_energetic_co2, demand), MILLIONS), 1.5)
+    )
+- min_value = 0.0
+- start_value_gql = present:DIVIDE(MV(industry_other_metals_non_energetic_co2, demand), MILLIONS)
+- step_value = 0.1
+- unit = kT
+- update_period = future
+- coupling_groups = [external_model_industry, emissions_industry]

inputs/modules/external_coupling/emissions_industry/external_coupling_emissions_industry_other_metals_non_energetic_other_ghg.ad

@@ -0,0 +1,21 @@
+# Max value is the larger of a fraction of the total GHG emissions and a factor of the start value
+# This ensures that the max value never falls below the start value
+
+- query =
+    UPDATE(
+      MV(industry_other_metals_non_energetic_other_ghg),
+      preset_demand,
+      PRODUCT(USER_INPUT(), MILLIONS)
+    )
+- priority = 0
+- max_value_gql =
+    present:MAX(
+      Q(max_value_dataset_derived_direct_emissions),
+      PRODUCT(DIVIDE(MV(industry_other_metals_non_energetic_other_ghg, demand), MILLIONS), 1.5)
+    )
+- min_value = 0.0
+- start_value_gql = present:DIVIDE(MV(industry_other_metals_non_energetic_other_ghg, demand), MILLIONS)
+- step_value = 0.1
+- unit = kT
+- update_period = future
+- coupling_groups = [external_model_industry, emissions_industry]

inputs/modules/external_coupling/emissions_industry/external_coupling_emissions_industry_other_non_energetic_co2.ad

@@ -0,0 +1,21 @@
+# Max value is the larger of a fraction of the total GHG emissions and a factor of the start value
+# This ensures that the max value never falls below the start value
+
+- query =
+    UPDATE(
+      MV(industry_other_non_energetic_co2),
+      preset_demand,
+      PRODUCT(USER_INPUT(), MILLIONS)
+    )
+- priority = 0
+- max_value_gql =
+    present:MAX(
+      Q(max_value_dataset_derived_direct_emissions),
+      PRODUCT(DIVIDE(MV(industry_other_non_energetic_co2, demand), MILLIONS), 1.5)
+    )
+- min_value = 0.0
+- start_value_gql = present:DIVIDE(MV(industry_other_non_energetic_co2, demand), MILLIONS)
+- step_value = 0.1
+- unit = kT
+- update_period = future
+- coupling_groups = [external_model_industry, emissions_industry]

inputs/modules/external_coupling/emissions_industry/external_coupling_emissions_industry_other_non_energetic_other_ghg.ad

@@ -0,0 +1,21 @@
+# Max value is the larger of a fraction of the total GHG emissions and a factor of the start value
+# This ensures that the max value never falls below the start value
+
+- query =
+    UPDATE(
+      MV(industry_other_non_energetic_other_ghg),
+      preset_demand,
+      PRODUCT(USER_INPUT(), MILLIONS)
+    )
+- priority = 0
+- max_value_gql =
+    present:MAX(
+      Q(max_value_dataset_derived_direct_emissions),
+      PRODUCT(DIVIDE(MV(industry_other_non_energetic_other_ghg, demand), MILLIONS), 1.5)
+    )
+- min_value = 0.0
+- start_value_gql = present:DIVIDE(MV(industry_other_non_energetic_other_ghg, demand), MILLIONS)
+- step_value = 0.1
+- unit = kT
+- update_period = future
+- coupling_groups = [external_model_industry, emissions_industry]

inputs/modules/external_coupling/emissions_industry/external_coupling_emissions_industry_paper_non_energetic_co2.ad

@@ -0,0 +1,21 @@
+# Max value is the larger of a fraction of the total GHG emissions and a factor of the start value
+# This ensures that the max value never falls below the start value
+
+- query =
+    UPDATE(
+      MV(industry_paper_non_energetic_co2),
+      preset_demand,
+      PRODUCT(USER_INPUT(), MILLIONS)
+    )
+- priority = 0
+- max_value_gql =
+    present:MAX(
+      Q(max_value_dataset_derived_direct_emissions),
+      PRODUCT(DIVIDE(MV(industry_paper_non_energetic_co2, demand), MILLIONS), 1.5)
+    )
+- min_value = 0.0
+- start_value_gql = present:DIVIDE(MV(industry_paper_non_energetic_co2, demand), MILLIONS)
+- step_value = 0.1
+- unit = kT
+- update_period = future
+- coupling_groups = [external_model_industry, emissions_industry]