py4design.pyoptimise.draw_graph module¶
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py4design.pyoptimise.draw_graph.scatter_plot(pts2plotlist, colourlist, pt_arealist, label_size=16, labellist=[], xlabel='', ylabel='', title='', savefile='')¶ This function plots a scatter plot.
Parameters: pts2plotlist : 2d list of floats
The pts2plotlist is in this format: [point1, point2, pointx], pointx = [x,y]
colourlist : list of str
List of string describing the colours, e.g. “red”, “blue”, “yellow”.
pt_arealist : list of floats
List of floats describing the size of each point.
label_size : int, optional
The font size of the labels, Default = 16.
labellist : list of str
List of string describing the points.
xlabel : str, optional
String describing the x-axis, Default = “”.
ylabel : str, optional
String describing the y-axis, Default = “”.
title : str, optional
String describing the graph, Default = “”.
savefile : str, optional
The filepath to save the generated graph image, Default = “”.
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py4design.pyoptimise.draw_graph.scatter_plot3d(pt3d_list, colour_list, pt_arealist, labellist=[], xlabel='', ylabel='', zlabel='', title='', savefile='', elev=30, azim=-45)¶ This function plots a 3d scatter plot.
Parameters: pt3d_list : 2d list of floats
The pts2plotlist is in this format: [point1, point2, pointx], pointx = [x,y,z]
colourlist : list of str
List of string describing the colours, e.g. “red”, “blue”, “yellow”.
pt_arealist : list of floats
List of floats describing the size of each point.
label_size : int, optional
The font size of the labels, Default = 16.
labellist : list of str
List of string describing the points.
xlabel : str, optional
String describing the x-axis, Default = “”.
ylabel : str, optional
String describing the y-axis, Default = “”.
zlabel : str, optional
String describing the z-axis, Default = “”.
title : str, optional
String describing the graph, Default = “”.
savefile : str, optional
The filepath to save the generated graph image, Default = “”.
elev : float, optional
The elevation of the view, Default = 30.
azim : float, optional
The angle of the view, Default = -45.
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py4design.pyoptimise.draw_graph.scatter_plot_surface3d(pt3d_list, colour_list, pt_arealist, labellist=[], xlabel='', ylabel='', zlabel='', title='', savefile='', elev=30, azim=-45)¶ This function plots a 3d surface scatter plot.
Parameters: pt3d_list : 2d list of floats
The pts2plotlist is in this format: [point1, point2, pointx], pointx = [x,y,z]
colourlist : list of str
List of string describing the colours, e.g. “red”, “blue”, “yellow”.
pt_arealist : list of floats
List of floats describing the size of each point.
label_size : int, optional
The font size of the labels, Default = 16.
labellist : list of str
List of string describing the points.
xlabel : str, optional
String describing the x-axis, Default = “”.
ylabel : str, optional
String describing the y-axis, Default = “”.
zlabel : str, optional
String describing the z-axis, Default = “”.
title : str, optional
String describing the graph, Default = “”.
savefile : str, optional
The filepath to save the generated graph image, Default = “”.
elev : float, optional
The elevation of the view, Default = 30.
azim : float, optional
The angle of the view, Default = -45.
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py4design.pyoptimise.draw_graph.parallel_coordinates(data_sets, parmlabels, savefile='', style=None)¶ This function plots a parallel coordinate plot.
Parameters: data_sets : 2d list of floats
Each list in the 2d list is a line on the PCP.
parmlabels : list of str
List of string describing each axis of the PCP.
savefile : str, optional
The filepath to save the generated graph image, Default = “”.
style : list of str, optional
List of string describing the colours, e.g. “red”, “blue”, “yellow”. If None all the lines are black.
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py4design.pyoptimise.draw_graph.create_int_normalise(r)¶ This function creates a list of normalise integers within the specified range.
Parameters: r : float
The range.
Returns: normalised list : list of integers
List of normalised integers.