testing cost calculus in py file

data/src/restored_code/test_calculations.py

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+import pandas as pd  # noqa: I001
+
+from data.src.restored_code.blue_carbon_project import BlueCarbonProject
+from data.src.restored_code.cost_calculator import CostCalculator
+
+#%%
+# Import excel with the import datai
+data_path = "../../raw_data/data_ingestion.xlsm"
+
+# Open the excel file - tab 'master_table'
+master_table = pd.read_excel(data_path, sheet_name="master_table")
+
+# Open the excel file - tab 'base_size_table'
+base_size = pd.read_excel(data_path, sheet_name="base_size_table")
+
+# Open the excel file - tab 'base_increase'
+base_increase = pd.read_excel(data_path, sheet_name="base_increase")
+
+Project = BlueCarbonProject(
+    activity="Conservation",  # ['Restoration', 'Conservation']
+    ecosystem="Mangrove",  #  ['Mangrove', 'Seagrass', 'Salt marsh']
+    country="Indonesia",  # [
+    #'United States', 'Indonesia', 'Australia', 'Caribbean', 'Kenya', 'Mexico',
+    # 'Colombia', 'India', 'China']
+    master_table=master_table,
+    base_size=base_size,
+    base_increase=base_increase,
+    carbon_price=20,  # Default value 30
+    carbon_revenues_to_cover="Opex",  # ['Opex', 'capex+Opex']
+    project_size_ha=10000,
+    # restoration_activity='Planting', # ['Planting', 'Hybrid', 'Hydrology']
+    # sequestration_rate_used='Tier 1 - IPCC default value', # ['Tier 1 - IPCC default value',
+    #  'Tier 2 - Country-specific rate', 'Tier 3 - Project-specific rate']
+    # project_specific_sequestration_rate=None,
+    # planting_success_rate=0.8, # Default value 0.8
+    loss_rate_used="project-specific",  # ['National average', 'project-specific']
+    project_specific_loss_rate=-0.001,
+    emission_factor_used="Tier 2 - Country-specific emission factor",
+    # ['Tier 1 - Global emission factor', 'Tier 2 - Country-specific emission factor',
+    #  'Tier 3 - Project specific emission factor']
+    # tier_3_project_specific_emission="AGB and SOC separately",
+    # ['One emission factor', 'AGB and SOC separately']
+    # tier_3_project_specific_emission_one_factor=0.5,
+    # tier_3_emission_factor_AGB=0.5,
+    # tier_3_emission_factor_SOC=0.5
+)
+
+## Aqui ya tengo los parametros necesarios para calcular el proyecto
+#print(Project.get_project_parameters())
+
+
+
+
+
+cost_calculator = CostCalculator(Project)
+
+print(cost_calculator.get_summary())