TXLWizard.Patterns.Polyline¶
Implements a class for Pattern objects of type Polyline (B).
Renders an path specified by points.
Classes¶
Polyline (Points, **kwargs) |
Implements a class for Pattern objects of type Polyline. |
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class
TXLWizard.Patterns.Polyline.
Polyline
(Points, **kwargs)[source]¶ Bases:
TXLWizard.Patterns.AbstractPattern.AbstractPattern
Implements a class for Pattern objects of type Polyline.
Corresponds to the TXL command P (PR if RoundCaps is True).
Renders an path specified by points.
The ends can be rounded by specifying RoundCaps
Parameters: - Points (list of list of float) – List of points (each point is a list of float, specifying the x- and y-coordinate of the point) that define the path
- RoundCaps (bool, optional) –
If set to True, the end of the path is rounded.
Defaults to False.
- **kwargs – keyword arguments passed to the
TXLWizard.Patterns.AbstractPattern.AbstractPattern
constructor. Can specify attributes of the current pattern.
Examples
Import required modules
>>> import TXLWizard.TXLWriter
Initialize TXLWriter
>>> TXLWriter = TXLWizard.TXLWriter.TXLWriter()
Create Content Structure for polyline and add Pattern of type Polyline
>>> PolylineStructure = TXLWriter.AddContentStructure('MyPolylineID') >>> PolylineStructure.AddPattern( ... 'Polyline', ... Points=[[0,0], [0,10], [20,50], [0,0]], ... StrokeWidth=3, ... Layer=1 ... ) <TXLWizard.Patterns.Polyline.Polyline object at 0x...>
Complex structures can easily be added by generating the Polyline points
>>> import math >>> PolylinePoints = [] >>> Radius = 10. >>> for i in range(21): ... # AngleRadians goes from 0 to pi in 20 steps ... AngleRadians = 0.5*2.*math.pi*1./20.*i ... PolylinePoints.append([ ... Radius*math.cos(AngleRadians),Radius*math.sin(AngleRadians) ... ]) >>> PolylinePoints.append([-20,-30]) >>> PolylinePoints.append([20,-30]) >>> >>> PolylineStructure.AddPattern( ... 'Polyline', ... Points=PolylinePoints, ... RoundCaps=True, ... StrokeWidth=3, ... Layer=1 ... ) <TXLWizard.Patterns.Polyline.Polyline object at 0x...>
Generate Files
>>> TXLWriter.GenerateFiles('Tests/Results/Patterns/Polyline')
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Points
= None¶ list of list of float – List of points (each point is a list of float, specifying the x- and y-coordinate of the point) that define the polygon
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RoundCaps
= None¶ bool – If set to True, the end of the path is rounded
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Type
= None¶ str – specifies the type of the pattern. Set to ‘Polyline’