The properties of the first rock in the earth model( Vp, Vs, Rho ).
The rock properties of the channel( Vp, Vs, Rho ).
Rock properties underneath the channel( Vp,Vs,Rho ). Optional argument that will default to Rock1.
Two points specifying the depths of the left-hand side of the slab. The difference will be the thickness of the slab.
Two points specifying the depths of the right-hand side of the slab. The difference will be the thickness of the slab.
The x location of the lower vertices of the slab.
Specify which type of cross-section to plot.
If not using a spatial slice, specify which trace to view a cross section of.
Text string used for the figure title
The number of traces to use in the model. This is equivalent to the number of lateral samples in the earth model.
The amount of earth before the feature of interest. This becomes the depth of the first rock layer.
The reflectivity model to use when calculating the AVO response.
The angle to use for the reflectivity calculation. For multiple angles, enter text as start,end, spacing.
The type of wavelet to use as the impulse. Additionally controlled by the f argument.
The frequency(ies) of the wavelet. Ormsby requires four(comma delimited), sweep requires two, and ricker requires one. A wavelet bank of ricker wavelets can be generated by using a frequency list: start, stop, step.
A matplotlib colour map to use for earthmodels.
Using a wiggle overlay can crowd the plot, so setting a number wiggles to skip will reduce the number of wiggles displayed.
The base plot for the first plot pane. Overlays will be plotted on top of this plot.
Overlay plot for the first plot plane. Plot will draw over base1 plot.
The base plot for the first plot pane. Overlays will be plotted on top of this plot.
Overlay plot for the first plot plane. Plot will draw over base2 plot.
Set the opacity of the overlay plots.