PyANGKernel.GKNodeConflict¶

class GKNodeConflict¶

Describes a “conflict zone” for a given turn entity inside a node.

Details

The conflict will reflect the conflicting zone of two GKTurningSimEntities.

Synopsis¶

Methods¶

def __init__()
def calculateStopLinesInConflict()
def getConflictType()
def getFirstEntity()
def getFirstEntityXEnd()
def getFirstEntityXIni()
def getIntersectionEnd()
def getIntersectionIni()
def getSecondEntity()
def getSecondEntityXEnd()
def getSecondEntityXIni()
def getTurningDestinationId()
def getTurningOriginId()
def isValid()
def setFirstEntityXEnd()
def setFirstEntityXIni()
def setIntersectionEnd()
def setIntersectionIni()
def setSecondEntityXEnd()
def setSecondEntityXIni()

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

class GKNodeConflictType¶: Types of node conflicts: - eSimple: a simple conflict with one geometrical intersection between the center lines of the two entities. - eComplex: a complex conflict defined by two geometrical intersections between the center lines of the two entities. - eOverlap: a conflict without geometrical intersection of the center lines of the two entities but with the volumes of the entities.

__init__()¶

__init__(conf)

Parameters:: conf – GKNodeConflict

__init__(acon1, acon2[, type=GKNodeConflict.GKNodeConflictType.eSimple])

Parameters:

acon1 – GKTurningSimEntity
acon2 – GKTurningSimEntity
type – GKNodeConflictType

calculateStopLinesInConflict(conf)¶

Parameters:: conf – GKTurningSimEntity
Return type:: .QSetint

Returns the list of stop lines at the turning entity that matches conf, that are inside the conflict area

getConflictType()¶

Return type:: GKNodeConflictType

Gets the type of conflict.

getFirstEntity()¶

Return type:: GKTurningSimEntity

Gets the first entity causing the conflict

getFirstEntityXEnd()¶

Return type:: float

Gets the end distance of the conflict in the first entity

getFirstEntityXIni()¶

Return type:: float

Gets the starting distance of the conflict in the first entity

getIntersectionEnd()¶

Return type:: GKPoint

Gets the position of the second intersecion of the conflict

getIntersectionIni()¶

Return type:: GKPoint

Gets the position of the first intersecion of the conflict

getSecondEntity()¶

Return type:: GKTurningSimEntity

Gets the second entity causing the conflict

getSecondEntityXEnd()¶

Return type:: float

Gets the end distance of the conflict in the second entity

getSecondEntityXIni()¶

Return type:: float

Gets the starting distance of the conflict in the second entity

getTurningDestinationId()¶

Return type:: int

Gets the turn ID of the destination entity

getTurningOriginId()¶

Return type:: int

Gets the turn ID of the origin entity

isValid(node)¶

Parameters:: node – GKNode
Return type:: bool

Return true if this node conflicts uses existings turnings

setFirstEntityXEnd(x)¶

Parameters:: x – float

Sets the end distance of the conflict in the first entity

setFirstEntityXIni(x)¶

Parameters:: x – float

Sets the starting distance of the conflict in the first entity

setIntersectionEnd(p)¶

Parameters:: p – GKPoint

Sets the position of the second intersecion of the conflict

setIntersectionIni(p)¶

Parameters:: p – GKPoint

Sets the position of the first intersecion of the conflict

setSecondEntityXEnd(x)¶

Parameters:: x – float

Sets the end distance of the conflict in the second entity

setSecondEntityXIni(x)¶

Parameters:: x – float

Sets the starting distance of the conflict in the second entity