BACKEND : Method definitions added for class_diagram_class_detection_service.py

backend/backend/outputs/generated_class_files/pkifwsquqn.py

+class WarehouseOperator: 
+	
+	 def Create_Orders_By_Uploading_A_Csv_File(self): 
+		 pass 
+
+	 def Make_Adjustments_To_The_Order(self): 
+		 pass 
+
+	 def Allocate_A_Vehicle_For_A_Job(self): 
+		 pass 
+
+	 def Change_The_System_Suggested_Optimized_Route_If_Required(self): 
+		 pass 
+
+	 def Confirm_A_Job(self): 
+		 pass 
+
+	 def Change_The_Vehicle_Allocated_For_A_Job(self): 
+		 pass 
+
+	 def Export_Information_Of_A_Job_To_Pdf_And_Xls_Format(self): 
+		 pass 
+
+	 def Indicate_That_The_Loading_Is_Completed(self): 
+		 pass 
+
+	 def Generate_An_Invoice_For_Each_Vehicle(self): 
+		 pass 
+
+	 def Generate_Vehicle_Capacity_Utilization_Report(self): 
+		 pass 
+
+	 def Generate_Outlet_Wise_Transport_Cost_Report_For_A_Given_Date_Range(self): 
+		 pass 
+
+	 def Generate_Vehicle_Turnaround_Time_Report_For_A_Warehouse(self): 
+		 pass 
+
+	 def Generate_Cost_Per_1_Kg_Report(self): 
+		 pass 
+
+	 def Generate_An_Idle_Time_Limit_Violation_Report(self): 
+		 pass 
+
+
+
+class WarehouseIncharge: 
+	
+	 def Confirm_The_Delivered_Items_To_A_Outlet(self): 
+		 pass 
+
+	 def Approve_A_Job(self): 
+		 pass 
+
+	 def Request_A_Modification_To_The_Planned_Mileage_Of_A_Job(self): 
+		 pass 
+
+
+
+class Admin: 
+	
+	 def Approve_The_Planned_Mileage_Modification_Request_Submitted_By_The_Warehouseincharge(self): 
+		 pass 
+
+	 def Modify_The_Minimum_Fix_Mileage_Configuration_For_A_Job(self): 
+		 pass 
+
+	 def Modify_The_Unloading_Charge(self): 
+		 pass 
+
+	 def Update_The_Radius_Limit_From_A_Warehouse_For___Drop_Off___Charges(self): 
+		 pass 
+
+	 def Set_Up_The___Drop_Off___Rate_Table_Based_On_Number_Of_Outlets_Visited(self): 
+		 pass 
+
+	 def Modify_The___Drop_Off___Rate_Table(self): 
+		 pass 
+
+	 def Edit_The_Eligibility_Criteria_For_Driver_Incentive(self): 
+		 pass 
+
+	 def Edit_The_Per_Km_Rate_For_An_Existing_Vehicle_Capacity_Type(self): 
+		 pass 
+
+
+

backend/backend/outputs/generated_dot_files/classes_carllodhpj.dot

+digraph "classes_carllodhpj" {
+rankdir=BT
+charset="utf-8"
+"carllodhpj.Admin" [color="black", fontcolor="black", label="{Admin|\l|Approve_The_Planned_Mileage_Modification_Request_Submitted_By_The_Warehouseincharge()\lEdit_The_Eligibility_Criteria_For_Driver_Incentive()\lEdit_The_Per_Km_Rate_For_An_Existing_Vehicle_Capacity_Type()\lModify_The_Minimum_Fix_Mileage_Configuration_For_A_Job()\lModify_The_Unloading_Charge()\lModify_The___Drop_Off___Rate_Table()\lSet_Up_The___Drop_Off___Rate_Table_Based_On_Number_Of_Outlets_Visited()\lUpdate_The_Radius_Limit_From_A_Warehouse_For___Drop_Off___Charges()\l}", shape="record", style="solid"];
+"carllodhpj.WarehouseIncharge" [color="black", fontcolor="black", label="{WarehouseIncharge|\l|Approve_A_Job()\lConfirm_The_Delivered_Items_To_A_Outlet()\lRequest_A_Modification_To_The_Planned_Mileage_Of_A_Job()\l}", shape="record", style="solid"];
+"carllodhpj.WarehouseOperator" [color="black", fontcolor="black", label="{WarehouseOperator|\l|Allocate_A_Vehicle_For_A_Job()\lChange_The_System_Suggested_Optimized_Route_If_Required()\lChange_The_Vehicle_Allocated_For_A_Job()\lConfirm_A_Job()\lCreate_Orders_By_Uploading_A_Csv_File()\lExport_Information_Of_A_Job_To_Pdf_And_Xls_Format()\lGenerate_An_Idle_Time_Limit_Violation_Report()\lGenerate_An_Invoice_For_Each_Vehicle()\lGenerate_Cost_Per_1_Kg_Report()\lGenerate_Outlet_Wise_Transport_Cost_Report_For_A_Given_Date_Range()\lGenerate_Vehicle_Capacity_Utilization_Report()\lGenerate_Vehicle_Turnaround_Time_Report_For_A_Warehouse()\lIndicate_That_The_Loading_Is_Completed()\lMake_Adjustments_To_The_Order()\l}", shape="record", style="solid"];
+}

backend/backend/outputs/generated_dot_files/classes_pifvanokwc.dot

+digraph "classes_pifvanokwc" {
+rankdir=BT
+charset="utf-8"
+"pifvanokwc.Admin" [color="black", fontcolor="black", label="{Admin|\l|Approve_The_Planned_Mileage_Modification_Request_Submitted_By_The_Warehouseincharge()\lEdit_The_Eligibility_Criteria_For_Driver_Incentive()\lEdit_The_Per_Km_Rate_For_An_Existing_Vehicle_Capacity_Type()\lModify_The_Minimum_Fix_Mileage_Configuration_For_A_Job()\lModify_The_Unloading_Charge()\lModify_The___Drop_Off___Rate_Table()\lSet_Up_The___Drop_Off___Rate_Table_Based_On_Number_Of_Outlets_Visited()\lUpdate_The_Radius_Limit_From_A_Warehouse_For___Drop_Off___Charges()\l}", shape="record", style="solid"];
+"pifvanokwc.WarehouseIncharge" [color="black", fontcolor="black", label="{WarehouseIncharge|\l|Approve_A_Job()\lConfirm_The_Delivered_Items_To_A_Outlet()\lRequest_A_Modification_To_The_Planned_Mileage_Of_A_Job()\l}", shape="record", style="solid"];
+"pifvanokwc.WarehouseOperator" [color="black", fontcolor="black", label="{WarehouseOperator|\l|Allocate_A_Vehicle_For_A_Job()\lChange_The_System_Suggested_Optimized_Route_If_Required()\lChange_The_Vehicle_Allocated_For_A_Job()\lConfirm_A_Job()\lCreate_Orders_By_Uploading_A_Csv_File()\lExport_Information_Of_A_Job_To_Pdf_And_Xls_Format()\lGenerate_An_Idle_Time_Limit_Violation_Report()\lGenerate_An_Invoice_For_Each_Vehicle()\lGenerate_Cost_Per_1_Kg_Report()\lGenerate_Outlet_Wise_Transport_Cost_Report_For_A_Given_Date_Range()\lGenerate_Vehicle_Capacity_Utilization_Report()\lGenerate_Vehicle_Turnaround_Time_Report_For_A_Warehouse()\lIndicate_That_The_Loading_Is_Completed()\lMake_Adjustments_To_The_Order()\l}", shape="record", style="solid"];
+}

backend/backend/outputs/generated_dot_files/classes_pkifwsquqn.dot

+digraph "classes_pkifwsquqn" {
+rankdir=BT
+charset="utf-8"
+"pkifwsquqn.Admin" [color="black", fontcolor="black", label="{Admin|\l|Approve_The_Planned_Mileage_Modification_Request_Submitted_By_The_Warehouseincharge()\lEdit_The_Eligibility_Criteria_For_Driver_Incentive()\lEdit_The_Per_Km_Rate_For_An_Existing_Vehicle_Capacity_Type()\lModify_The_Minimum_Fix_Mileage_Configuration_For_A_Job()\lModify_The_Unloading_Charge()\lModify_The___Drop_Off___Rate_Table()\lSet_Up_The___Drop_Off___Rate_Table_Based_On_Number_Of_Outlets_Visited()\lUpdate_The_Radius_Limit_From_A_Warehouse_For___Drop_Off___Charges()\l}", shape="record", style="solid"];
+"pkifwsquqn.WarehouseIncharge" [color="black", fontcolor="black", label="{WarehouseIncharge|\l|Approve_A_Job()\lConfirm_The_Delivered_Items_To_A_Outlet()\lRequest_A_Modification_To_The_Planned_Mileage_Of_A_Job()\l}", shape="record", style="solid"];
+"pkifwsquqn.WarehouseOperator" [color="black", fontcolor="black", label="{WarehouseOperator|\l|Allocate_A_Vehicle_For_A_Job()\lChange_The_System_Suggested_Optimized_Route_If_Required()\lChange_The_Vehicle_Allocated_For_A_Job()\lConfirm_A_Job()\lCreate_Orders_By_Uploading_A_Csv_File()\lExport_Information_Of_A_Job_To_Pdf_And_Xls_Format()\lGenerate_An_Idle_Time_Limit_Violation_Report()\lGenerate_An_Invoice_For_Each_Vehicle()\lGenerate_Cost_Per_1_Kg_Report()\lGenerate_Outlet_Wise_Transport_Cost_Report_For_A_Given_Date_Range()\lGenerate_Vehicle_Capacity_Utilization_Report()\lGenerate_Vehicle_Turnaround_Time_Report_For_A_Warehouse()\lIndicate_That_The_Loading_Is_Completed()\lMake_Adjustments_To_The_Order()\l}", shape="record", style="solid"];
+}

backend/backend/outputs/generated_dot_files/use_cases_mbhsxxsmyi.dot

+digraph G {
+	rankdir=LR;
+	labelloc="b";
+	peripheries=0;
+
+	node [shape=plaintext]
+
+	subgraph WarehouseOperator {label="WarehouseOperator"; warehouseoperator};
+	warehouseoperator [image="D:\Nanduni.Bsc\research_code\2022-158\backend\backend/stick.png";peripheries=0;];
+
+	subgraph WarehouseIncharge {label="WarehouseIncharge"; warehouseincharge};
+	warehouseincharge [image="D:\Nanduni.Bsc\research_code\2022-158\backend\backend/stick.png";peripheries=0;];
+
+	subgraph Admin {label="Admin"; admin};
+	admin [image="D:\Nanduni.Bsc\research_code\2022-158\backend\backend/stick.png";peripheries=0;];
+
+	node [shape=ellipse, style=solid];
+
+	sign_up_to_the_system [label="Sign Up To The System"];
+	sign_in_to_the_system [label="Sign In To The System"];
+	create_orders_by_uploading_a_csv_file [label="Create Orders By Uploading A Csv File"];
+	make_adjustments_to_the_order [label="Make Adjustments To The Order"];
+	allocate_a_vehicle_for_a_job [label="Allocate A Vehicle For A Job"];
+	change_the_system_suggested_optimized_route_if_required [label="Change The System Suggested Optimized Route If Required"];
+	confirm_a_job [label="Confirm A Job"];
+	change_the_vehicle_allocated_for_a_job [label="Change The Vehicle Allocated For A Job"];
+	export_information_of_a_job_to_pdf_and_xls_format [label="Export Information Of A Job To Pdf And Xls Format"];
+	indicate_that_the_loading_is_completed [label="Indicate That The Loading Is Completed"];
+	confirm_the_delivered_items_to_a_outlet [label="Confirm The Delivered Items To A Outlet"];
+	approve_a_job [label="Approve A Job"];
+	request_a_modification_to_the_planned_mileage_of_a_job [label="Request A Modification To The Planned Mileage Of A Job"];
+	approve_the_planned_mileage_modification_request_submitted_by_the_warehouseincharge [label="Approve The Planned Mileage Modification Request Submitted By The Warehouseincharge"];
+	generate_an_invoice_for_each_vehicle [label="Generate An Invoice For Each Vehicle"];
+	modify_the_minimum_fix_mileage_configuration_for_a_job [label="Modify The Minimum Fix Mileage Configuration For A Job"];
+	modify_the_unloading_charge [label="Modify The Unloading Charge"];
+	update_the_radius_limit_from_a_warehouse_for___drop_off___charges [label="Update The Radius Limit From A Warehouse For   Drop Off   Charges"];
+	set_up_the___drop_off___rate_table_based_on_number_of_outlets_visited [label="Set Up The   Drop Off   Rate Table Based On Number Of Outlets Visited"];
+	modify_the___drop_off___rate_table [label="Modify The   Drop Off   Rate Table"];
+	edit_the_eligibility_criteria_for_driver_incentive [label="Edit The Eligibility Criteria For Driver Incentive"];
+	edit_the_per_km_rate_for_an_existing_vehicle_capacity_type [label="Edit The Per Km Rate For An Existing Vehicle Capacity Type"];
+	generate_vehicle_capacity_utilization_report [label="Generate Vehicle Capacity Utilization Report"];
+	generate_outlet_wise_transport_cost_report_for_a_given_date_range [label="Generate Outlet Wise Transport Cost Report For A Given Date Range"];
+	generate_vehicle_turnaround_time_report_for_a_warehouse [label="Generate Vehicle Turnaround Time Report For A Warehouse"];
+	generate_cost_per_1_kg_report [label="Generate Cost Per 1 Kg Report"];
+	generate_an_idle_time_limit_violation_report [label="Generate An Idle Time Limit Violation Report"];
+
+	edge [arrowhead="none"];
+
+	user->sign_up_to_the_system;
+	user->sign_in_to_the_system;
+	warehouseoperator->create_orders_by_uploading_a_csv_file;
+	warehouseoperator->make_adjustments_to_the_order;
+	warehouseoperator->allocate_a_vehicle_for_a_job;
+	warehouseoperator->change_the_system_suggested_optimized_route_if_required;
+	warehouseoperator->confirm_a_job;
+	warehouseoperator->change_the_vehicle_allocated_for_a_job;
+	warehouseoperator->export_information_of_a_job_to_pdf_and_xls_format;
+	warehouseoperator->indicate_that_the_loading_is_completed;
+	warehouseincharge->confirm_the_delivered_items_to_a_outlet;
+	warehouseincharge->approve_a_job;
+	warehouseincharge->request_a_modification_to_the_planned_mileage_of_a_job;
+	admin->approve_the_planned_mileage_modification_request_submitted_by_the_warehouseincharge;
+	warehouseoperator->generate_an_invoice_for_each_vehicle;
+	admin->modify_the_minimum_fix_mileage_configuration_for_a_job;
+	admin->modify_the_unloading_charge;
+	admin->update_the_radius_limit_from_a_warehouse_for___drop_off___charges;
+	admin->set_up_the___drop_off___rate_table_based_on_number_of_outlets_visited;
+	admin->modify_the___drop_off___rate_table;
+	admin->edit_the_eligibility_criteria_for_driver_incentive;
+	admin->edit_the_per_km_rate_for_an_existing_vehicle_capacity_type;
+	warehouseoperator->generate_vehicle_capacity_utilization_report;
+	warehouseoperator->generate_outlet_wise_transport_cost_report_for_a_given_date_range;
+	warehouseoperator->generate_vehicle_turnaround_time_report_for_a_warehouse;
+	warehouseoperator->generate_cost_per_1_kg_report;
+	warehouseoperator->generate_an_idle_time_limit_violation_report;
+
+	edge [arrowtail="vee", label="<<extend>>", style=dashed];
+
+	create_orders_by_uploading_a_csv_file->make_adjustments_to_the_order;
+	confirm_a_job->change_the_vehicle_allocated_for_a_job_change_the_system_suggested_optimized_route_if_required;
+
+	edge [arrowtail="vee", label="<<include>>", style=dashed];
+
+	confirm_a_job->allocate_a_vehicle_for_a_job;
+	approve_a_job->confirm_the_delivered_items_to_a_outlet;
+	request_a_modification_to_the_planned_mileage_of_a_job->approve_the_planned_mileage_modification_request_submitted_by_the_warehouseincharge;
+
+}
\ No newline at end of file

backend/backend/outputs/generated_dot_files/use_cases_pquclwiwkz.dot

+digraph G {
+	rankdir=LR;
+	labelloc="b";
+	peripheries=0;
+
+	node [shape=plaintext]
+
+	subgraph WarehouseOperator {label="WarehouseOperator"; warehouseoperator};
+	warehouseoperator [image="D:\Nanduni.Bsc\research_code\2022-158\backend\backend/stick.png";peripheries=0;];
+
+	subgraph WarehouseIncharge {label="WarehouseIncharge"; warehouseincharge};
+	warehouseincharge [image="D:\Nanduni.Bsc\research_code\2022-158\backend\backend/stick.png";peripheries=0;];
+
+	subgraph Admin {label="Admin"; admin};
+	admin [image="D:\Nanduni.Bsc\research_code\2022-158\backend\backend/stick.png";peripheries=0;];
+
+	node [shape=ellipse, style=solid];
+
+	sign_up_to_the_system [label="Sign Up To The System"];
+	sign_in_to_the_system [label="Sign In To The System"];
+	create_orders_by_uploading_a_csv_file [label="Create Orders By Uploading A Csv File"];
+	make_adjustments_to_the_order [label="Make Adjustments To The Order"];
+	allocate_a_vehicle_for_a_job [label="Allocate A Vehicle For A Job"];
+	change_the_system_suggested_optimized_route_if_required [label="Change The System Suggested Optimized Route If Required"];
+	confirm_a_job [label="Confirm A Job"];
+	change_the_vehicle_allocated_for_a_job [label="Change The Vehicle Allocated For A Job"];
+	export_information_of_a_job_to_pdf_and_xls_format [label="Export Information Of A Job To Pdf And Xls Format"];
+	indicate_that_the_loading_is_completed [label="Indicate That The Loading Is Completed"];
+	confirm_the_delivered_items_to_a_outlet [label="Confirm The Delivered Items To A Outlet"];
+	approve_a_job [label="Approve A Job"];
+	request_a_modification_to_the_planned_mileage_of_a_job [label="Request A Modification To The Planned Mileage Of A Job"];
+	approve_the_planned_mileage_modification_request_submitted_by_the_warehouseincharge [label="Approve The Planned Mileage Modification Request Submitted By The Warehouseincharge"];
+	generate_an_invoice_for_each_vehicle [label="Generate An Invoice For Each Vehicle"];
+	modify_the_minimum_fix_mileage_configuration_for_a_job [label="Modify The Minimum Fix Mileage Configuration For A Job"];
+	modify_the_unloading_charge [label="Modify The Unloading Charge"];
+	update_the_radius_limit_from_a_warehouse_for___drop_off___charges [label="Update The Radius Limit From A Warehouse For   Drop Off   Charges"];
+	set_up_the___drop_off___rate_table_based_on_number_of_outlets_visited [label="Set Up The   Drop Off   Rate Table Based On Number Of Outlets Visited"];
+	modify_the___drop_off___rate_table [label="Modify The   Drop Off   Rate Table"];
+	edit_the_eligibility_criteria_for_driver_incentive [label="Edit The Eligibility Criteria For Driver Incentive"];
+	edit_the_per_km_rate_for_an_existing_vehicle_capacity_type [label="Edit The Per Km Rate For An Existing Vehicle Capacity Type"];
+	generate_vehicle_capacity_utilization_report [label="Generate Vehicle Capacity Utilization Report"];
+	generate_outlet_wise_transport_cost_report_for_a_given_date_range [label="Generate Outlet Wise Transport Cost Report For A Given Date Range"];
+	generate_vehicle_turnaround_time_report_for_a_warehouse [label="Generate Vehicle Turnaround Time Report For A Warehouse"];
+	generate_cost_per_1_kg_report [label="Generate Cost Per 1 Kg Report"];
+	generate_an_idle_time_limit_violation_report [label="Generate An Idle Time Limit Violation Report"];
+
+	edge [arrowhead="none"];
+
+	user->sign_up_to_the_system;
+	user->sign_in_to_the_system;
+	warehouseoperator->create_orders_by_uploading_a_csv_file;
+	warehouseoperator->make_adjustments_to_the_order;
+	warehouseoperator->allocate_a_vehicle_for_a_job;
+	warehouseoperator->change_the_system_suggested_optimized_route_if_required;
+	warehouseoperator->confirm_a_job;
+	warehouseoperator->change_the_vehicle_allocated_for_a_job;
+	warehouseoperator->export_information_of_a_job_to_pdf_and_xls_format;
+	warehouseoperator->indicate_that_the_loading_is_completed;
+	warehouseincharge->confirm_the_delivered_items_to_a_outlet;
+	warehouseincharge->approve_a_job;
+	warehouseincharge->request_a_modification_to_the_planned_mileage_of_a_job;
+	admin->approve_the_planned_mileage_modification_request_submitted_by_the_warehouseincharge;
+	warehouseoperator->generate_an_invoice_for_each_vehicle;
+	admin->modify_the_minimum_fix_mileage_configuration_for_a_job;
+	admin->modify_the_unloading_charge;
+	admin->update_the_radius_limit_from_a_warehouse_for___drop_off___charges;
+	admin->set_up_the___drop_off___rate_table_based_on_number_of_outlets_visited;
+	admin->modify_the___drop_off___rate_table;
+	admin->edit_the_eligibility_criteria_for_driver_incentive;
+	admin->edit_the_per_km_rate_for_an_existing_vehicle_capacity_type;
+	warehouseoperator->generate_vehicle_capacity_utilization_report;
+	warehouseoperator->generate_outlet_wise_transport_cost_report_for_a_given_date_range;
+	warehouseoperator->generate_vehicle_turnaround_time_report_for_a_warehouse;
+	warehouseoperator->generate_cost_per_1_kg_report;
+	warehouseoperator->generate_an_idle_time_limit_violation_report;
+
+	edge [arrowtail="vee", label="<<extend>>", style=dashed];
+
+	create_orders_by_uploading_a_csv_file->make_adjustments_to_the_order;
+	confirm_a_job->change_the_vehicle_allocated_for_a_job_change_the_system_suggested_optimized_route_if_required;
+
+	edge [arrowtail="vee", label="<<include>>", style=dashed];
+
+	confirm_a_job->allocate_a_vehicle_for_a_job;
+	approve_a_job->confirm_the_delivered_items_to_a_outlet;
+	request_a_modification_to_the_planned_mileage_of_a_job->approve_the_planned_mileage_modification_request_submitted_by_the_warehouseincharge;
+
+}
\ No newline at end of file

backend/backend/outputs/generated_dot_files/use_cases_wwkfuwtiul.dot

+digraph G {
+	rankdir=LR;
+	labelloc="b";
+	peripheries=0;
+
+	node [shape=plaintext]
+
+	subgraph WarehouseOperator {label="WarehouseOperator"; warehouseoperator};
+	warehouseoperator [image="D:\Nanduni.Bsc\research_code\2022-158\backend\backend/stick.png";peripheries=0;];
+
+	subgraph WarehouseIncharge {label="WarehouseIncharge"; warehouseincharge};
+	warehouseincharge [image="D:\Nanduni.Bsc\research_code\2022-158\backend\backend/stick.png";peripheries=0;];
+
+	subgraph Admin {label="Admin"; admin};
+	admin [image="D:\Nanduni.Bsc\research_code\2022-158\backend\backend/stick.png";peripheries=0;];
+
+	node [shape=ellipse, style=solid];
+
+	sign_up_to_the_system [label="Sign Up To The System"];
+	sign_in_to_the_system [label="Sign In To The System"];
+	create_orders_by_uploading_a_csv_file [label="Create Orders By Uploading A Csv File"];
+	make_adjustments_to_the_order [label="Make Adjustments To The Order"];
+	allocate_a_vehicle_for_a_job [label="Allocate A Vehicle For A Job"];
+	change_the_system_suggested_optimized_route_if_required [label="Change The System Suggested Optimized Route If Required"];
+	confirm_a_job [label="Confirm A Job"];
+	change_the_vehicle_allocated_for_a_job [label="Change The Vehicle Allocated For A Job"];
+	export_information_of_a_job_to_pdf_and_xls_format [label="Export Information Of A Job To Pdf And Xls Format"];
+	indicate_that_the_loading_is_completed [label="Indicate That The Loading Is Completed"];
+	confirm_the_delivered_items_to_a_outlet [label="Confirm The Delivered Items To A Outlet"];
+	approve_a_job [label="Approve A Job"];
+	request_a_modification_to_the_planned_mileage_of_a_job [label="Request A Modification To The Planned Mileage Of A Job"];
+	approve_the_planned_mileage_modification_request_submitted_by_the_warehouseincharge [label="Approve The Planned Mileage Modification Request Submitted By The Warehouseincharge"];
+	generate_an_invoice_for_each_vehicle [label="Generate An Invoice For Each Vehicle"];
+	modify_the_minimum_fix_mileage_configuration_for_a_job [label="Modify The Minimum Fix Mileage Configuration For A Job"];
+	modify_the_unloading_charge [label="Modify The Unloading Charge"];
+	update_the_radius_limit_from_a_warehouse_for___drop_off___charges [label="Update The Radius Limit From A Warehouse For   Drop Off   Charges"];
+	set_up_the___drop_off___rate_table_based_on_number_of_outlets_visited [label="Set Up The   Drop Off   Rate Table Based On Number Of Outlets Visited"];
+	modify_the___drop_off___rate_table [label="Modify The   Drop Off   Rate Table"];
+	edit_the_eligibility_criteria_for_driver_incentive [label="Edit The Eligibility Criteria For Driver Incentive"];
+	edit_the_per_km_rate_for_an_existing_vehicle_capacity_type [label="Edit The Per Km Rate For An Existing Vehicle Capacity Type"];
+	generate_vehicle_capacity_utilization_report [label="Generate Vehicle Capacity Utilization Report"];
+	generate_outlet_wise_transport_cost_report_for_a_given_date_range [label="Generate Outlet Wise Transport Cost Report For A Given Date Range"];
+	generate_vehicle_turnaround_time_report_for_a_warehouse [label="Generate Vehicle Turnaround Time Report For A Warehouse"];
+	generate_cost_per_1_kg_report [label="Generate Cost Per 1 Kg Report"];
+	generate_an_idle_time_limit_violation_report [label="Generate An Idle Time Limit Violation Report"];
+
+	edge [arrowhead="none"];
+
+	user->sign_up_to_the_system;
+	user->sign_in_to_the_system;
+	warehouseoperator->create_orders_by_uploading_a_csv_file;
+	warehouseoperator->make_adjustments_to_the_order;
+	warehouseoperator->allocate_a_vehicle_for_a_job;
+	warehouseoperator->change_the_system_suggested_optimized_route_if_required;
+	warehouseoperator->confirm_a_job;
+	warehouseoperator->change_the_vehicle_allocated_for_a_job;
+	warehouseoperator->export_information_of_a_job_to_pdf_and_xls_format;
+	warehouseoperator->indicate_that_the_loading_is_completed;
+	warehouseincharge->confirm_the_delivered_items_to_a_outlet;
+	warehouseincharge->approve_a_job;
+	warehouseincharge->request_a_modification_to_the_planned_mileage_of_a_job;
+	admin->approve_the_planned_mileage_modification_request_submitted_by_the_warehouseincharge;
+	warehouseoperator->generate_an_invoice_for_each_vehicle;
+	admin->modify_the_minimum_fix_mileage_configuration_for_a_job;
+	admin->modify_the_unloading_charge;
+	admin->update_the_radius_limit_from_a_warehouse_for___drop_off___charges;
+	admin->set_up_the___drop_off___rate_table_based_on_number_of_outlets_visited;
+	admin->modify_the___drop_off___rate_table;
+	admin->edit_the_eligibility_criteria_for_driver_incentive;
+	admin->edit_the_per_km_rate_for_an_existing_vehicle_capacity_type;
+	warehouseoperator->generate_vehicle_capacity_utilization_report;
+	warehouseoperator->generate_outlet_wise_transport_cost_report_for_a_given_date_range;
+	warehouseoperator->generate_vehicle_turnaround_time_report_for_a_warehouse;
+	warehouseoperator->generate_cost_per_1_kg_report;
+	warehouseoperator->generate_an_idle_time_limit_violation_report;
+
+	edge [arrowtail="vee", label="<<extend>>", style=dashed];
+
+	create_orders_by_uploading_a_csv_file->make_adjustments_to_the_order;
+	confirm_a_job->change_the_vehicle_allocated_for_a_job_change_the_system_suggested_optimized_route_if_required;
+
+	edge [arrowtail="vee", label="<<include>>", style=dashed];
+
+	confirm_a_job->allocate_a_vehicle_for_a_job;
+	approve_a_job->confirm_the_delivered_items_to_a_outlet;
+	request_a_modification_to_the_planned_mileage_of_a_job->approve_the_planned_mileage_modification_request_submitted_by_the_warehouseincharge;
+
+}
\ No newline at end of file

backend/backend/services/class_diagram_class_detection_service.py

@@ -21,41 +21,48 @@ ts.pytesseract.tesseract_cmd = r'C:\Users\DELL\AppData\Local\Programs\Tesseract-
 
 
 def component_separation(filename, class_comp_id):
+    """
+    detect class diagram component predictions from SSD model & direct the components to correct method
+    :param filename: name of the submitted image file
+    :param class_comp_id: ID of the submission
+    """
     mdl1_path = app.CLASS_SAVED_MODEL_PATH
     lbl1_path = app.CLASS_SAVED_LABEL_PATH
     img1_path = app.SUBMISSION_PATH_CLASS + '/' + filename
     image_nparray = np.array(Image.open(img1_path))
 
-    # print(img1_path)
     boxes, accurate_indexes, category_index, class_id = class_object_detection(mdl1_path,
                                                                                lbl1_path,
                                                                                image_nparray)
 
     for index in range(0, len(accurate_indexes)):
-        # Convert the class id in their name
+        # get the category name of the component
         if len(accurate_indexes) > 1:
             category = category_index[class_id[index]]['name']
 
         elif len(accurate_indexes) == 1:
             category = category_index[class_id]['name']
-            # print(category)
 
         # select the component type and provide method to detect further details
         if category == 'class':
-            # print(filename, 'class')
             class_details_detection(image_nparray, boxes, index, class_comp_id, category)
 
         elif category == 'interface':
-            # print(filename, 'interface')
             class_details_detection(image_nparray, boxes, index, class_comp_id, category)
 
         else:
-            # print(filename, 'relationship')
             detect_class_relationship(image_nparray, boxes, index, class_comp_id, category)
             # relationship_details_detection(image_nparray, boxes, index, class_comp_id, category)
 
 
 def class_object_detection(model_path, label_path, image_nparray):
+    """
+     do predictions using trained models
+    :param model_path: path to the saved model
+    :param label_path: path to the label_map.pbtxt
+    :param image_nparray: numpy array for image
+    :return: prediction details
+    """
     detect_fn = tf.saved_model.load(model_path)
     category_index = label_map_util.create_category_index_from_labelmap(label_path, use_display_name=True)
     image_np = image_nparray
@@ -80,10 +87,17 @@ def class_object_detection(model_path, label_path, image_nparray):
 
 
 def class_details_detection(image_nparray, boxes, index, class_comp_id, class_type):
+    """
+    detect class or interface details(name, methods & attributes) and save them in the database
+    :param image_nparray: numpy array for cropped classes or interfaces
+    :param boxes: coordinates of detected components
+    :param index: index of the loop in component_separation method
+    :param class_comp_id: ID of the submission
+    :param class_type: whether the component a class or interface
+    """
     methods_attributes = []
 
     _image, cl_ymin, cl_xmin, cl_ymax, cl_xmax = crop_image_(image_nparray, boxes, index)
-    # cv2.imwrite('image_1.jpg', _image)
 
     mdl2_path = app.CLASS_COMP_SAVED_MODEL_PATH
     lbl2_path = app.CLASS_COMP_SAVED_LABEL_PATH
@@ -96,52 +110,51 @@ def class_details_detection(image_nparray, boxes, index, class_comp_id, class_ty
 
         else:
             category = category_index[class_id]['name']
-            # print(category)
 
         if category == 'class_attributes':
-            # print(category, 'line 96 - inside attributes')
             class_attributes, y_min, x_min, y_max, x_max = crop_image_(_image, boxes_class, j)
             class_attributes = cv2.resize(class_attributes, None, fx=2, fy=2)
-            # cv2.imwrite('image.jpg', class_attributes)
             text = text_extraction(class_attributes)
             attr = save_attributes_methods(text, 'attribute')
             methods_attributes.append(attr)
 
         elif category == 'class_methods':
-            # print(category, 'line 103 - inside methods')
             class_methods, y_min, x_min, y_max, x_max = crop_image_(_image, boxes_class, j)
             class_methods = cv2.resize(class_methods, None, fx=2, fy=2)
             text = text_extraction(class_methods)
             methods = save_attributes_methods(text, 'method')
             methods_attributes.append(methods)
-            # print(text, '111 line')
 
     comp_name = class_name_detection(_image, boxes_class, category_index, accurate_indexes, class_id)
-    # print(comp_name, 'comp_name line 118')
     comp = save_class_interface(class_type, comp_name, cl_ymin, cl_xmin, cl_ymax, cl_xmax, class_comp_id)
-    # print(comp, 'component_id line 120')
 
     alter_attributes_methods(methods_attributes, comp.id)
 
 
-# crop image using boxes & index
 def crop_image_(image, boxes, index):
+    """
+    crop image according to the given coordinates
+    :param image: numpy array for image
+    :param boxes: detection coordinates of predictions
+    :param index: index of the loop in component_separation method
+    :return: cropped image as numpy array
+    """
     height, width, c = image.shape
-    # crop box format: xmin, ymin, xmax, ymax
     ymin = boxes[index][0] * height
     xmin = boxes[index][1] * width
     ymax = boxes[index][2] * height
     xmax = boxes[index][3] * width
 
     cropped_image = image[int(ymin):int(ymax), int(xmin):int(xmax)]
-    # image = cv2.cvtColor(cropped_image, cv2.COLOR_BGR2GRAY)
-    # image = cv2.resize(image, (800, 500))
-    # returns cropped image , ymin,xmin,ymax & xmax
     return cropped_image, ymin, xmin, ymax, xmax
 
 
-# extract text from provided image
 def text_extraction(image):
+    """
+    extract text of image component
+    :param image: numpy array of image
+    :return: extracted text as a list
+    """
     config = '-l eng --oem 1 --psm 4'
     text = ts.image_to_string(image, config=config)
     text = text.splitlines()
@@ -150,12 +163,15 @@ def text_extraction(image):
     return text
 
 
-# save attributes and methods in database
 def save_attributes_methods(text, typ):
+    """
+    detect attribute or method component and save them inside database
+    :param text: list of text
+    :param typ: type of object(attribute or method)
+    :return: all saved attributes and methods
+    """
     saved_data = []
-    nlp = spacy.load('en_core_web_sm')
     for element in text:
-        # print(element, 'line 145')
         # removable = str.maketrans('', '', '()')
         nlp_ner = spacy.load('ner_models/model-best')
         nlp_output = nlp_ner(element)
@@ -185,13 +201,11 @@ def save_attributes_methods(text, typ):
                     method.return_type = token.text
 
         if typ == 'attribute':
-            # print(attr, 'line 175 - attr')
             db.session.add(attr)
             db.session.commit()
             saved_data.append(attr)
 
         else:
-            # print(method, 'line 181 method')
             db.session.add(method)
             db.session.commit()
             saved_data.append(method)
@@ -199,18 +213,24 @@ def save_attributes_methods(text, typ):
     return saved_data
 
 
-# update attributes and methods with relevant class id
 def alter_attributes_methods(element_list, component_id):
+    """
+    Update saved method and attributes with class component ID
+    :param element_list: attributes and method as a list
+    :param component_id: class ID
+    """
     for j in element_list:
         for element in j:
-            # print(component_id)
-            # print(element_list)
             element.class_id = component_id
             db.session.commit()
 
 
-# convert symbol access specifier to string
 def covert_to_access_specifier(access):
+    """
+    convert access specifier symbols to strings
+    :param access: access specifier symbol
+    :return: access specifier string
+    """
     if access == "-":
         return "Private"
 
@@ -228,20 +248,23 @@ def covert_to_access_specifier(access):
 
 
 def class_name_detection(image, boxes, category_index, accurate_indexes, class_id):
-    # print(category_index, 'category_index')
-
-    # print(class_id, 'class_id')
-
+    """
+    detect & return class or interface name
+    :param image: class or interface component image
+    :param boxes: predicted coordinates of methods and attributes
+    :param category_index: category index of each component
+    :param accurate_indexes:
+    :param class_id:
+    :return: name of the class or interface
+    """
     height, width, c = image.shape
 
     for i in range(0, len(accurate_indexes)):
         if len(accurate_indexes) > 1:
             category = category_index[class_id[i]]['name']
-            # print(category, '225 line')
 
         else:
             category = category_index[class_id]['name']
-            # print(category, '225 line')
 
         if category != 'interface_name' or category != 'class_name':
             ymin = boxes[i][0] * height
@@ -250,12 +273,9 @@ def class_name_detection(image, boxes, category_index, accurate_indexes, class_i
             xmax = boxes[i][3] * width
 
             cv2.rectangle(image, (int(xmin), int(ymin)), (int(xmax), int(ymax)), (255, 255, 255), -1)
-            # cv2.imwrite('image_2.jpg', image)
 
     class_name = text_extraction(image)
-    # print(class_name, 'line 249 class name')
     if ''.join(class_name) is not None:
-        # print(class_name, 'line 251 class name')
         if "interface" in ''.join(class_name):
             name = ''.join(class_name).replace("<<interface>>", "")
         else:
@@ -265,10 +285,20 @@ def class_name_detection(image, boxes, category_index, accurate_indexes, class_i
 
 
 def save_class_interface(class_type, comp_name, cl_ymin, cl_xmin, cl_ymax, cl_xmax, class_comp_id):
+    """
+    save class component and interface components in database
+    :param class_type: type of component (interface or class)
+    :param comp_name: name of interface or class
+    :param cl_ymin:
+    :param cl_xmin:
+    :param cl_ymax:
+    :param cl_xmax:
+    :param class_comp_id: submission ID of diagram
+    :return: database saved object
+    """
     comp = Component(class_answer=class_comp_id, name=comp_name, type=class_type, x_min=cl_xmin, y_min=cl_ymin,
                      x_max=cl_xmax,
                      y_max=cl_ymax)
     db.session.add(comp)
     db.session.commit()
-    # print(comp, 'line 261 comp')
     return comp

backend/backend/services/class_relationship_relativity_service.py

@@ -15,15 +15,9 @@ from models.class_relationship_muplicity import Multiplicity
 
 
 def detect_class_relationship(image_nparray, boxes, index, class_comp_id, category):
-    # image = cv2.imread(app.SUBMISSION_PATH + '/' + filename)
     height, width, c = image_nparray.shape
     class_objects = Component.query.filter_by(class_answer=class_comp_id).all()
 
-    # for i in range(0, len(accurate_indexes))
-
-    # if category_index[class_id[i]]['name'] != 'class' and category_index[class_id[i]]['name'] != 'interface':
-    # category_name = category_index[class_id[i]]['name']
-
     ymin = boxes[index][0] * height
     xmin = boxes[index][1] * width
     ymax = boxes[index][2] * height
@@ -244,20 +238,13 @@ def relationship_details_detection(image_nparray, boxes, index, class_comp_id, c
     if result is not None:
         relationship_text(_image, result, relationship)
 
-    # print(relationship, 'relationship')
-
 
 def relationship_text(_image, result, relationship):
-    # boxes = [res[0] for res in result]
-    # texts = [res[1][0] for res in result]
-    # scores = [res[1][1] for res in result]
     for element in result:
         text = element[1][0]
         box = element[0]
         nlp_ner = spacy.load('ner_models/model-best')
         nlp_output = nlp_ner(text)
-        # print(text, 'line 290')
-        # box = np.array(box,dtype=float)
         box = np.array(box).astype(np.int32)
 
         xmin = min(box[:, 0])
@@ -265,8 +252,6 @@ def relationship_text(_image, result, relationship):
         xmax = max(box[:, 0])
         ymax = max(box[:, 1])
         for token in nlp_output.ents:
-            # print(token.text, 'line 301')
-            # print(token.label_, 'line 302')
 
             if token.label_ == 'MULTIPLICITY' or contains_number(text):
                 multiplicity = Multiplicity(value=token.text, relationship_id=relationship.id, x_min=xmin,
@@ -287,14 +272,12 @@ def contains_number(string):
 # crop image using boxes & index
 def crop_image_(image, boxes, index):
     height, width, c = image.shape
-    # crop box format: xmin, ymin, xmax, ymax
     ymin = boxes[index][0] * height
     xmin = boxes[index][1] * width
     ymax = boxes[index][2] * height
     xmax = boxes[index][3] * width
 
     cropped_image = image[int(ymin):int(ymax), int(xmin):int(xmax)]
-    # image = cv2.cvtColor(cropped_image, cv2.COLOR_BGR2GRAY)
-    # image = cv2.resize(image, (800, 500))
+
     # returns cropped image , ymin,xmin,ymax & xmax
     return cropped_image, ymin, xmin, ymax, xmax