Dac tutorial add tech

message_ix/tests/data/add_tech/westeros_carbon_removal_data.yaml

@@ -0,0 +1,98 @@
+daccs:
+  year_init: 700
+  inv_cost_: 
+    par_name: inv_cost
+    value: 100
+    unit: USD/(tCO2/yr)
+    node_loc:
+      Westeros: 1
+    year_vtg:
+      rate: 0
+  fix_cost_: 
+    par_name: fix_cost
+    value: 5
+    unit: USD/(tCO2/yr)/yr
+    node_loc:
+      Westeros: 1
+    year_vtg:
+      rate: 0
+    year_act:
+      rate: 0
+  var_cost_: 
+    par_name: var_cost
+    value: 5
+    unit: USD/tCO2
+    node_loc:
+      Westeros: 1
+    year_vtg:
+      rate: 0
+    year_act:
+      rate: 0
+  input_:
+    par_name: input
+    value: 0.0028
+    unit: '-'
+    node_loc:
+      Westeros: 1
+    mode:
+      standard: 1
+    commodity:
+      electricity: 1
+    level:
+      final: 1
+  output_:
+    par_name: output
+    value: 1
+    unit: tCO2
+    node_loc:
+      Westeros: 1
+    mode:
+      standard: 1
+    commodity:
+      CO2: 1
+    level:
+      final: 1
+  capacity_factor_:
+    par_name: capacity_factor
+    value: 0.913
+    unit: '-'
+    node_loc:
+      Westeros: 1
+  emission_factor_:
+    par_name: emission_factor
+    value: -1
+    unit: tCO2/tCO2
+    node_loc:
+      Westeros: 1
+    mode:
+      standard: 1
+    emission:
+      CO2: 1
+  technical_lifetime_:
+    par_name: technical_lifetime
+    value: 25
+    unit: y
+    node_loc:
+      Westeros: 1
+  initial_new_capacity_up_: 
+    par_name: initial_new_capacity_up
+    value: 0.5
+    unit: Mt CO2/yr
+    node_loc:
+      Westeros: 1
+    year_vtg:
+      rate: 0
+    time:
+      year: 1
+  growth_new_capacity_up_: 
+    par_name: growth_new_capacity_up
+    value: 0.05
+    unit: '-'
+    node_loc:
+      Westeros: 1
+    year_vtg:
+      rate: 0
+    time:
+      year: 1
+
+

message_ix/tests/test_tutorials.py

@@ -86,6 +86,8 @@ def _t(group: Union[str, None], basename: str, *, check=None, marks=None):
     _t("w0", f"{W}_addon_technologies"),
     _t("w0", f"{W}_historical_new_capacity"),
     _t("w0", f"{W}_multinode_energy_trade"),
+    _t("w0", f"{W}_carbon_removal"),
+    _t("w0", f"{W}_multinode_emissions_bounds_daccs"),
     # NB this is the same value as in test_reporter()
     _t(None, f"{W}_report", check=[("len-rep-graph", 13724)]),
     _t("at0", "austria", check=[("solve-objective-value", 206321.90625)]),

message_ix/tests/tools/test_add_tech.py

@@ -0,0 +1,28 @@
+from message_ix.testing import make_dantzig
+from message_ix.tools.add_tech import print_df
+
+
+def test_print_df(test_mp, request, test_data_path, tmp_path):
+    scen = make_dantzig(test_mp, quiet=True, request=request)
+    scen.check_out()
+    path = test_data_path.joinpath("add_tech")
+    output_dir = tmp_path.joinpath("add_tec")
+    output_dir.mkdir()
+    print_df(
+        scenario=scen,
+        input_path=str(path.joinpath("westeros_carbon_removal_data.yaml")),
+        output_dir=output_dir,
+    )
+
+    # TODO: adapt this to read parameter names from yaml file
+    parameter_list = scen.par_list()
+    for parameter in parameter_list:
+        assert (output_dir / f"{parameter}.xlsx").exists()
+
+
+# def test_get_values():
+#     get_values()
+
+
+# def test_get_report():
+#     get_report()