127 lines
4.1 KiB
Python
127 lines
4.1 KiB
Python
import csv
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from pathlib import Path
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import right_tree.api.data
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from .filters import *
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from .utils import get_address_from_coordinates, get_point_from_coordinates
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CSV_FILENAME = 'plants.csv'
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HEADER_FIELDS = ['Names', 'Growth Form / Max Height (m) / Spacing (m) / Forest Position', 'Moisture Preferences',
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'Tolerances (Water / Drought / Frost / Salinity)', 'Ecosystem Services', 'Carbon Sequestration Rate', 'Planting Stage']
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def get_plant_csv_filepath():
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""" Retrives the filepath for the plant csv file.
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"""
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return Path(right_tree.api.data.__file__).resolve().parent / 'resources' / CSV_FILENAME
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def get_location_filters(request):
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""" Retrives the selected location data from the request.
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"""
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filter_rows = [['LOCATION FILTERS:']]
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coordinates = request.query_params.get('coordinates')
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if coordinates is not None:
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eco_district_layer = ecological_district_coordinate_filter(coordinates).first()
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point = get_point_from_coordinates(coordinates)
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filter_rows.append(['Point coordinates:', point])
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filter_rows.append(
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['Ecological region:', eco_district_layer.ecologic_1 or ''])
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filter_rows.append(
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['Ecological district:', eco_district_layer.ecologic_2 or ''])
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filter_rows.append(
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['Property address:', get_address_from_coordinates(coordinates) or ''])
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else:
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filter_rows.append(["None specified"])
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return filter_rows
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def get_soil_filters(request):
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""" Retrives the selected soil type data from the request.
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"""
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filter_rows = [['SOIL FILTERS:']]
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soil_variant = request.query_params.get('soilVariant')
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coordinates = request.query_params.get('coordinates')
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if soil_variant is not None and coordinates is not None:
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soil_order_obj = soil_order_coordinate_filter(coordinates).first()
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filter_rows.append(
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['Soil Order:', f"{soil_order_obj.name or ''} ({soil_order_obj.code or ''})"])
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filter_rows.append(['Soil Variant:', soil_variant])
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else:
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filter_rows.append(["None specified"])
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return filter_rows
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def get_site_filters(request):
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""" Retrives the selected site data from the request.
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"""
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filter_rows = [['SITE FILTERS:']]
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habitat = request.query_params.get('habitat')
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zone = request.query_params.get('zone')
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if zone is not None and habitat is not None:
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habitat_json = json.loads(habitat)
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zone_json = json.loads(zone)
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filter_rows.append(['Habitat:', habitat_json.get("name", "")])
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filter_rows.append(['Zone Name:', zone_json.get("name", "")])
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filter_rows.append(['Zone Variant:', zone_json.get("variant", "")])
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filter_rows.append(
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['Zone Refined Variant:', zone_json.get("refined_variant", "")])
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else:
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filter_rows.append(["None specified"])
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return filter_rows
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def get_filter_values(request):
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""" Retrives all selected values/filters from the request.
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"""
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filter_rows = []
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# Add all the location filters
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filter_rows += get_location_filters(request)
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filter_rows.append([''])
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# Add the soil filters
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filter_rows += get_soil_filters(request)
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filter_rows.append([''])
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# Add the project site filters
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filter_rows += get_site_filters(request)
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filter_rows.append([''])
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return filter_rows
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def create_plant_csv_file(request, plant_data):
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""" Constructs a csv file that contains selected filter values and the resulting plant list.
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"""
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with open(get_plant_csv_filepath(), 'w', encoding='UTF8') as f:
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writer = csv.writer(f)
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# Write filter/selected values
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for filter_row in get_filter_values(request):
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writer.writerow(filter_row)
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# Write the plant data
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writer.writerow(HEADER_FIELDS)
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for plant in plant_data:
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plant_data_row = [
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plant.display_name,
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plant.display_growth_form,
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plant.moisture_preferences,
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plant.plant_tolerances,
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plant.ecosystem_services,
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plant.carbon_sequestration,
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plant.stage
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]
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writer.writerow(plant_data_row)
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