LoopStructural.visualisation.Loop2DView#

class LoopStructural.visualisation.Loop2DView(model=None, bounding_box=array([[0., 0.], [0., 0.]]), nsteps=None, ax=None, **kwargs)#

Bases: object

Parameters:

  • left (origin - lower)

  • right (maximum - upper)

  • cells (nsteps - number of)

  • kwargs

__init__(model=None, bounding_box=array([[0., 0.], [0., 0.]]), nsteps=None, ax=None, **kwargs)#
Parameters:

  • left (origin - lower)

  • right (maximum - upper)

  • cells (nsteps - number of)

  • kwargs

Methods

__init__([model, bounding_box, nsteps, ax])

add_contour(feature, values[, z, mask])

Add an isoline of a scalar field to the map

add_data(feature[, val, grad, unfault, dip])

Adds the data associated to the feature to the plot :param feature: the feature whose data you want to add :type feature: GeologicalFeature :param val: whether to add value data :type val: bool :param grad: whether to add gradient data :type grad: bool :param unfault: plot points in their restored location :type unfault: bool :param dip: whether to annotate the dip, default False :type dip: bool :param kwargs are passed to matplotlib functions and draw strike:

add_fault_displacements([z, cmap])

add_fault_ellipse([faults])

add_faults(**kwargs)

add_model([z, cmap])

Plot the model onto a map

add_scalar_field(feature[, z])

Plot the scalar field value on a map

Attributes

bounding_box

model

nsteps

xmax

xmin

ymax

ymin

add_contour(feature, values, z=0, mask=None, **kwargs)#

Add an isoline of a scalar field to the map

Parameters:

  • feature (GeologicalFeature) – the feature to isosurface

  • values (list) – list of values to contour

  • z (double/np.array, optional) – elevation of map, by default 0

add_data(feature, val=True, grad=True, unfault=False, dip=True, **kwargs)#

Adds the data associated to the feature to the plot :param feature: the feature whose data you want to add :type feature: GeologicalFeature :param val: whether to add value data :type val: bool :param grad: whether to add gradient data :type grad: bool :param unfault: plot points in their restored location :type unfault: bool :param dip: whether to annotate the dip, default False :type dip: bool :param kwargs are passed to matplotlib functions and draw strike:

add_model(z=0, cmap=None)#

Plot the model onto a map

Parameters:

  • z (int/numpy array, optional) – height of the map surface (could also be a dem), by default 0

  • cmap (str/matplotlib colourmap, optional) – specify a colour map, by default ‘tab20’

add_scalar_field(feature, z=0, **kwargs)#

Plot the scalar field value on a map

Parameters:

  • feature (GeologicalFeature) – which feature to plot on the map

  • z (double/np.array) – height

  • kwargs