RandomUniformRays

class raytracing.RandomUniformRays(yMax=1.0, yMin=None, thetaMax=1.5707963267948966, thetaMin=None, maxCount=100000)

Bases: RandomRays

A list of random rays with Uniform distribution.

Parameters:

  • yMax (float) – Maximum height for the rays (default=1.0)

  • yMin (float) – Minimum height for the rays (default=None). If no value is assigned to this parameter it will be -yMax.

  • thetaMax (float) – Maximum angle for the rays (default=pi/2)

  • thetaMin (float) – Minimum angle for the rays (default=None) If no value is assigned to this parameter it will be -thetaMax

  • maxCount (int) – Number of rays in the list

Examples

>>> from raytracing import *
>>> nRays = 1000 # Increase for better resolution
>>> minHeight=0
>>> maxHeight=50
>>> # define a list of random rays with Uniform distribution
>>> inputRays = RandomUniformRays(yMin=minHeight, yMax=maxHeight)
>>> inputRays.display()
../_images/RandomUniformRays.png

See also

raytracing.RandomLambertianRays, raytracing.UniformRays

Methods

__init__([yMax, yMin, thetaMax, thetaMin, ...])

randomRay()

Inherited Methods

append(ray[, copy])

A ray can be appended to the List of the rays using this function.

display([title, showTheta])

This function plots the intensity profiles of a list of rays.

displayProgress()

This function prints the progress of the iterations

load(filePath[, append])

A list of rays can be loaded using this function.

rayAnglesHistogram([binCount, minValue, ...])

This functions calculates the histogram for the angle of the rays.

rayCountHistogram([binCount, minValue, maxValue])

This functions calculates the histogram for the height of the rays.

save(filePath)

A list of rays can be saved using this function.

Attributes

count

Returns the number of rays in the list.

rays

thetaValues

Returns the angles of rays in the list.

yValues

Returns the heights of rays in the list.