lapy.plot¶

Functions for plotting Tet and Tria Meshes with overlays.

For visualizing results in a juypter notebook use this:

.. code-block:: python

    import plotly
    plotly.offline.init_notebook_mode(connected=True)
    ...

lapy.plot.plot_tet_mesh(tetra, vfunc=None, plot_edges=False, plot_levels=False, tfunc=None, cutting=None, edge_color='rgb(50,50,50)', html_output=False, width=800, height=800, flatshading=False, xrange=None, yrange=None, zrange=None, showcaxis=False, caxis=None)[source]¶

Plot tetra meshes.

The tetra mesh will be converted to its tria boundary mesh, and only this will be plotted.

Parameters:

tetralapy.TetMesh: Tetraheral mesh to plot.
vfuncarray_like, Default=None: Scalar function at vertices.
plot_edgesbool, Default=False: Whether to plot edges or not.
plot_levelsbool, Default=False: Whether to plot levels or not.
tfuncarray_like, Default=None: 3d vector function of gradient.
cuttingstr, Default=None: To view the ‘interior’ of the tetra mesh, one or more cutting criteria can be defined as input arguments to this function: e.g. cutting=(‘x<-10’) or cutting=(‘z>=5’) or cutting=(‘f>4’) where x,y,z represent dimensions 0,1,2 of the vertex array, and f represents the vfunc (which cannot be None if f is used to define a cutting criterion).
edge_colorstr, Default=”rgb(50,50,50)”: Color of the edge.
html_outputbool, Default=False: Whether or not to give out as html output.
widthint, Default=800: Width of the plot (in px).
heightint, Default=800: Height of the plot (in px).
flatshadingbool, Default=False: Whether normal smoothing is applied to the meshes or not.
xrangelist or tuple of shape (2, 1): Sets the range of the x-axis.
yrangelist or tuple of shape (2, 1): Sets the range of the y-axis.
zrangelist or tuple of shape (2, 1): Sets the range of the z-axis.
showcaxisbool, Default=False: Whether a colorbar is displayed or not.
caxislist or tuple of shape (2, 1):: Sets the bound of the color domain. caxis[0] is lower bound caxis[1] upper bound. Elements are int or float.

lapy.plot.plot_tria_mesh(tria, vfunc=None, tfunc=None, vcolor=None, tcolor=None, showcaxis=False, caxis=None, xrange=None, yrange=None, zrange=None, plot_edges=False, plot_levels=False, edge_color='rgb(50,50,50)', tic_color='rgb(50,200,10)', background_color=None, flatshading=False, width=800, height=800, camera=None, html_output=False, export_png=None, scale_png=1.0, no_display=False)[source]¶

Plot tria mesh.

Parameters:

trialapy.TriaMesh: Triangle mesh to plot.
vfuncarray_like, Default=None: Scalar function at vertices.
tfuncarray_like, Default=None: 3d vector function of gradient.
vcolorlist of str, Default=None: Sets the color of each vertex.
tcolorlist of str, Default=None: Sets the color of each face.
showcaxisbool, Default=False: Whether a colorbar is displayed or not.
caxislist or tuple of shape (2, 1):: Sets the bound of the color domain. caxis[0] is lower bound caxis[1] upper bound. Elements are int or float.
xrangelist or tuple of shape (2, 1): Sets the range of the x-axis.
yrangelist or tuple of shape (2, 1): Sets the range of the y-axis.
zrangelist or tuple of shape (2, 1): Sets the range of the z-axis.
plot_edgesbool, Default=False: Whether to plot edges or not.
plot_levelsbool, Default=False: Whether to plot levels or not.
edge_colorstr, Default=”rgb(50,50,50)”: Color of the edges.
tic_colorstr, Default=”rgb(50,200,10)”: Color of the ticks.
background_colorstr, Default=None: Color of background.
flatshadingbool, Default=False: Whether normal smoothing is applied to the meshes or not.
widthint, Default=800: Width of the plot (in px).
heightint, Default=800: Height of the plot (in px).
cameradict of str, Default=None: Camera describing center, eye and up direction.
html_outputbool, Default=False: Whether or not to give out as html output.
export_pngstr, Default=None: Local file path or file object to write the image to.
scale_pngint or float: Scale factor of image. >1.0 increase resolution; <1.0 decrease resolution.
no_displaybool, Default=False: Whether to plot on display or not.