PyMacroPTPlugin.MacroPTScenarioOutputData¶
- class MacroPTScenarioOutputData¶
Macro Transit Assignment Scenario output data
Details
This class holds all the macro transit assignment scenario output data ( statistics )
The database will contain one complimentary table: - MAPTSTOP : for the bus stops’ statistics
The MAPTSTOP will read or write the following information (in brackets, the name of the field in the table): - Static Assignment Experiment ID (dId) - Transit Stop ID (oId) - Transit Stop External ID (eId) - Transit Line type (sid) - Interval (ent) - Boarding (Boarding) - Alighting (Alighting)
Synopsis¶
Methods¶
def
__init__()def
generateSkims()def
getProblemNet()def
setProblemNet()
Note
This documentation may contain snippets that were automatically translated from C++ to Python. We always welcome contributions to the snippet translation. If you see an issue with the translation, you can also let us know by creating a ticket on https:/bugreports.qt.io/projects/PYSIDE
- __init__()¶
- enableStoreStatistics(value)¶
- Parameters:
value – bool
Sets whether the data related to sections and turnings will be stored in a database or not
Returns true if the path statistics are activated to be gathered and false otherwise
get to create time series
Returns true if the data related to groups will be calculated and false otherwise
- getProblemNet()¶
- Return type:
GKProblemNet
- setActivatePathStatistics(value)¶
- Parameters:
value – bool
Sets whether the path statistics will be activated to be gathered
- setActivateStatistics(value)¶
- Parameters:
value – bool
sets whether the time series will be created
- setGenerateSkims(iValue)¶
- Parameters:
iValue – bool
- setGroupStatistics(value)¶
- Parameters:
value – bool
Sets whether the data related to groups will be calculated or not
- setProblemNet(iProblemNet)¶
- Parameters:
iProblemNet –
GKProblemNet
Returns true if the data related to sections and turnings is set to be stored and false otherwise