Initializes a new instance of the SourceToolbox class

Determines whether the specified Object is equal to the current Object.

Allows an object to try to free resources and perform other cleanup operations before it is reclaimed by garbage collection.

Provides a direction for a given two dimensional position and a polar angle

Provides a direction after uniform sampling of given polar angle range and azimuthal angle range

Provides a random direction for a isotropic point source

Generate two normally (Gaussian) distributed random numbers by using Box Muller Algorithm (with sine/cosine)

Serves as a hash function for a particular type.

Provides the limit of a flat random distribution between 0 and 1

Provides polar azimuthal angle pair after uniform sampling of given polar angle range and azimuthal angle range

Provide corresponding Polar Azimuthal Angle pair for a given direction

Provides a random position in a circle (Flat distribution)

Provides a random position in a circle (Gaussisan distribution)

Returns a random position in a cuboid volume (Flat distribution)

Returns a random position in a cuboid volume (Gaussian distribution)

Returns a random position in a line (Flat distribution)

Returns a random position in a line (Flat distribution)

Provides a random position in an ellipse (Flat distribution)

Provides a random position in an ellipse (Gaussian distribution)

Returns a random position in an ellipsoid volume (Flat distribution)

Returns a random position in an ellipsoid volume (Gaussian distribution)

Returns a random position in a rectangular surface (Flat distribution)

Returns a random position in a rectangular surface (Gaussian distribution)

Provides a flat random location of a symmetrical line

Generate one normally (Gaussian) distributed random number by using Box Muller Algorithm (with sine/cosine)

Gets the Type of the current instance.

Creates a shallow copy of the current Object.

Returns a string that represents the current object.

Update the direction after rotating around three axis

Update the direction after rotating around the x-axis

Update the direction after rotating around the y-axis

Update the direction after rotating around the z-axis

Update the direction after rotating by given polar and azimuthal angle

Update the direction and position after beam axis rotation and translation

Update the direction and position after beam rotation, source axis rotation and translation

Update the direction and position of the source after rotating around the x-axis

Update the direction and position of the source after rotating around the y-axis

Update the direction and position of the source after rotating around the z-axis

Update the direction and position of the source after rotating by a given polar and azimuthal angle

Update the polar angle based on incidnet location

Update the position after translation