The header of the whole solution. Summarizing important data like total number of routes, total time needed for ALL routes etc.
| Name | Type | Description | Notes |
|---|---|---|---|
| num_routes | int | The numRoutes. The number of routes. | |
| num_scheduled_routes | int | The numScheduledRoutes. The number of routes that have non-zero time. | |
| tot_elements | int | The total number of Elements inlucidng Nodes and Resoures | |
| unassigned_element_ids | List[str] | The unassignedElementIds, The ids of the elements that were unassigned during the Optimization run. Either by the AutoFilter or at start up due to conflicting hard-constraints. | |
| tot_cost | float | The total cost is the abstract value that is used as figure of merit during the Optimization run. | |
| tot_time | str | The total time needed for all routes. | |
| tot_idle_time | str | The total IdleTime accumulated over all routes. | |
| tot_prod_time | str | The total Productive Time accumulated over all routes | |
| tot_tran_time | str | The total transit Time accumulated over all routes | |
| tot_termi_time | str | The total termination Time accumulated over all routes | |
| tot_distance | str | The total distance accumulated over all routes | |
| tot_termi_distance | str | The total termiantion distance accumulated over all routes | |
| job_violations | List[Violation] | The jobViolations. The violation that occured on Job level. This does NOT contain individual node violations like lateness etc. Moreover, it contains violations like relation-constraints between nodes. For example, node 'A' needs to be visited before node 'B' is violated. |
from touroptimizer_py_client.models.solution_header import SolutionHeader
# TODO update the JSON string below
json = "{}"
# create an instance of SolutionHeader from a JSON string
solution_header_instance = SolutionHeader.from_json(json)
# print the JSON string representation of the object
print(SolutionHeader.to_json())
# convert the object into a dict
solution_header_dict = solution_header_instance.to_dict()
# create an instance of SolutionHeader from a dict
solution_header_from_dict = SolutionHeader.from_dict(solution_header_dict)