com.azalient.api.b.parameters
Interface IMotorCalibration

All Superinterfaces:

IFollowingAlgorithm, IFreeMovingAlgorithm, IRecord, RecordR, RecordRW, RecordW, SortableData

public interface IMotorCalibration
extends IFollowingAlgorithm, IFreeMovingAlgorithm, RecordRW

The motor calibration object provides access to the car-following and lane-changing calibration parameters.

Nested Class Summary

static class

IMotorCalibration.FollowingModel An enumeration of car-following models.

Field Summary

Fields inherited from interface com.azalient.api.a.tables.IRecord

DELETED, KEY_SEP, KEY_SEP_CHAR

Method Summary

boolean	allowUnreleased() If true then VehicleRouter.laneOK() checks if there is space and does not release a vehicle if not If false then a vehicle will be released behind the last vehicle on the link, which may result in vehicles being released a long distance back from the start of the lane.
boolean	avoidance() Is avoidance on for all roads on the model? If true, this overrides per-lane settings.
void	destroy(IMotor motor) Delete any references to this motor
boolean	driveOnRight() Does traffic drive on the right.
IMotorCalibration.FollowingModel	followingModel() The default following model, if not modified by lane or route class
Distance	intersectionLookAhead() The distance downstream from the current position that a driver will look for intersections, to decide which lane to use
Speed	stopSpeedHi() The higher of two speeds which define a stop for stop counting.
Speed	stopSpeedLo() The lower of two speeds which define a stop for stop counting.
boolean	streamFriction() True if there is friction between streams when merging

Methods inherited from interface com.azalient.api.sim.agents.IFollowingAlgorithm

followingAcceleration, followingLookAheadMaxAngle, followingLookAheadMaxDeltaHeading, followingLookAheadMaxDistanceM, useFollowingAngles

Methods inherited from interface com.azalient.api.sim.agents.IFreeMovingAlgorithm

freeMovingDeltaHeading, freeMovingForwardAcceleration, freeMovingJink

Methods inherited from interface com.azalient.api.file.RecordR

extraSet, finished, isApplicable, isEditable, set

Methods inherited from interface com.azalient.api.a.tables.IRecord

name

Methods inherited from interface com.azalient.api.file.RecordW

extraCols, extraGet, extraGetB, extraGetD, extraGetI, extraGetS, extraGetT, get, isVolatile

Method Detail

driveOnRight

boolean driveOnRight()

Does traffic drive on the right. True for U.S, Europe, etc, False for UK, Japan, ANZ, India, etc

avoidance

boolean avoidance()

Is avoidance on for all roads on the model? If true, this overrides per-lane settings.

allowUnreleased

boolean allowUnreleased()

If true then VehicleRouter.laneOK() checks if there is space and does not release a vehicle if not
If false then a vehicle will be released behind the last vehicle on the link, which may result in vehicles being released a long distance back from the start of the lane.

You can set this to false if you want there to be no unreleased vehicles in the model.

streamFriction

boolean streamFriction()

True if there is friction between streams when merging

intersectionLookAhead

Distance intersectionLookAhead()

The distance downstream from the current position that a driver will look for intersections, to decide which lane to use

stopSpeedLo

Speed stopSpeedLo()

The lower of two speeds which define a stop for stop counting. From an initial rest state, a vehicle must rise above the higher speed then drop below this lower speed for a stop to be counted. drop below this speed for a stop to be counted, then

stopSpeedHi

Speed stopSpeedHi()

The higher of two speeds which define a stop for stop counting. From an initial rest state, a vehicle must rise above this higher speed then drop below the lower speed for a stop to be counted. drop below this speed for a stop to be counted, then

destroy

void destroy(IMotor motor)

Delete any references to this motor

followingModel

IMotorCalibration.FollowingModel followingModel()

The default following model, if not modified by lane or route class