Static Geodesic Plotting (Scatter Plots)¶
This module contains the basic classes for static plottings in 2-dimensions for scatter and line:
Color¶
- Attractor :
User can give the color to attractor of his/her choice. It can be passed while making the object of geodesics_static class. Default color of attractor is “black”.
self.attractor_color = attractor_color plt.scatter(0, 0, color=self.attractor_color)
- Geodesic :
User can give the color to the orbit of the particle moving around the attractor of his/her choice. It can be passed while making the object of geodesics_scatter class. Default color is “Oranges”.
self.cmap_color = cmap_color plt.scatter(pos_x, pos_y, s=1, c=time, cmap=self.cmap_color)
This module contains the methods for static geodesic plotting using scatter plots.
-
class
einsteinpy.plotting.senile.geodesics_scatter.ScatterGeodesicPlotter(time=<Quantity 0. s>, attractor_color='black', cmap_color='Oranges')¶ Class for plotting static matplotlib plots.
Constructor.
- Parameters
time (Quantity) – Time of start, defaults to 0 seconds.
attractor_color (string, optional) – Color which is used to denote the attractor. Defaults to black.
cmap_color (string, optional) – Color used in function plot.
-
plot(geodesic)¶ - Parameters
coords (SphericalDifferential) – Position and velocity components of particle in Spherical Coordinates.
end_lambda (float, optional) – Lambda where iteartions will stop.
step_size (float, optional) – Step size for the ODE.
