Class Pseudo_elliptic2

The class for the pseudo-elliptic cone.

This is not an elliptic cone! The pseudo-ellipse is defined by:

   phi_max^2 = phi_x^2 * cos(theta)^2  +  phi_y^2 * sin(theta)^2,

where phi_max is the maximum polar angle for the given azimuthal angle theta, phi_x is the maximum cone angle along the x-eigenvector, and phi_y is that of the y-eigenvector. The cone axis is assumed to be the z-axis.

Instance Methods

float phi_max(self, theta)
Return the maximum polar angle phi for the given azimuthal angle theta.

float theta_max(self, phi, theta_min=0.0, theta_max=6.28318530718)
Return the maximum azimuthal angle theta for the given polar angle phi.

Inherited from Base: __init__, limit_check

Method Details

phi_max(self, theta)

Return the maximum polar angle phi for the given azimuthal angle theta.

Parameters:

• theta (float) - The azimuthal angle.

Returns: float

The maximum polar angle phi for the value of theta.

theta_max(self, phi, theta_min=0.0, theta_max=6.28318530718)

Return the maximum azimuthal angle theta for the given polar angle phi.

Parameters:

• phi (float) - The polar angle.
• theta_min (float) - The lower limit of the azimuthal angle range for complex distributions.
• theta_max (float) - The upper limit of the azimuthal angle range for complex distributions.

Returns: float

The maximum azimuthal angle theta for the value of phi.