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init(MultipleInvocations)
Create an instance of a Line geometry object.
init()
Default FMELine constructor.
Returns: FMELine
init(is3D)
Constructs a 3D line if 'is3D' is True
, otherwise a 2D
line is created.
Parameters
is3D (bool)
- The value to set the line's dimension.
Returns: FMELine
init(points)
Creates a line consisting of the list of points passed in.
Parameters
points (list of tuple of float)
- The list of points to
set to the line. The points are represented as (x, y) or (x, y, z)
tuples
Returns: FMELine
init(line)
Create a copy of the passed in Line geometry object.
Parameters
line FMELine
- The Line geometry object to create
a copy of.
Returns: FMELine
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None
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None
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None
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float
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list of float
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FMEPoint |
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list of FMEPoint
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int
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None
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int
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FMEPoint |
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None
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None
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None
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None
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Inherited from Inherited from Inherited from |
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Inherited from |
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x.__init__(...) initializes x; see help(type(x)) for signature
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Appends 'line' to the end the existing line. If the existing line has
no coordinates it will have its geometry dimension set based on the first
append call made. This line's points will be forced to have a consistent
dimension. If a 2D line is appended to a 3D line, the 2D line will be
changed to 3D with a Z value of 0.0. If a 3D line is appended to a 2D
line, the 2D line will be changed to 3D with 0.0 for all Z values. The
appended line will be forced to have consistent measures. Any unspecified
measure values will be set to
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Appends 'point' to the end of the line. Lines with no coordinates will
have their dimension set based on the first append call made. The line's
points will be forced to have a consistent dimension. If a 2D point is
appended to a 3D line, the point will be changed to 3D with a Z value of
0.0. If a 3D point is appended to a 2D line, the line will be changed to
3D with 0.0 for all Z values. The points will be forced to have
consistent measures. Any unspecified measure values will be set to
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Appends 'points' to the end of the line. Lines with no coordinates
will have their geometry dimension set based on the first append call
made. If this method is called on a 3D line, a Z value of 0.0 will be
used for each appended point. If this method is called on a 2D line, the
line will be forced to 3D with a default Z value of 0.0. Because this
method does not specify measure values, a value of
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Get the value of the default measure at the 'index'. If 'measureName' is supplied, this method gets the value of the named measure at 'index'. Returns an error if the measure doesn't exist or 'index' is out of range.
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Returns the value of the default measure, or the measure named by 'measureName'.
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Gets the point at the specified 'index'. An error is returned if the index is out of range.
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Gets the points of the line as a list of FMEPoint objects. An exception is raised if an error occurred getting a point from the line.
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Returns the index of the first coordinate defined within the tuple 'coord', or FME_NPOS32 if no such coordinate is found.
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Insert the point 'index'. All points from that index on will be
shifted to allow room for the new point. Any new measures added to the
point will be set a default of
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Returns the number of points which are stored.
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Remove the point at 'index'. Null is returned if the index is out of range.
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Resets the coordinates to an 'empty' state. It does not alter the
geometry dimension, but it does remove all measures. If 'coords' is
supplied, then this method sets the line's coordinates to the values in
the supplied 'coords' list.
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Set the default measure to the given values. Create the measure if it doesn't already exist. If 'measureName' is supplied, this method sets the given measure to 'measureValues', or creates the measure if it doesn't already exist. The size of measureValues must be exactly equal to the value returned by numPoints().
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Set the default measure of the point at 'index' to the given
'measureValue'. If 'measureName' is supplied, this method sets the given
measure of the point at 'index' to 'measureValue'. Creates the measure if
it doesn't already exist and set the measures to all points other than
the point at the given index to
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Sets 'point' at the specified index. The line's points will be forced
to have a consistent dimension. If any points are 3D, they all must be. A
Z value of 0.0 is used when converting from a 2D point to a 3D point. The
points will be forced to have consistent measures. Any unspecified
measure values will be set to
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