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This function has one parameter - max distance - and probability of distribution along that distance is defined as:

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Mathinline
body$T\left( D\left( R \right) \right)=R\times \sqrt{T\left( U\left( 0,1 \right) \right)}$
  (Eq. 143)


The uniform polar distance distribution is typically used for deriving distance factor used in calculation of the relative locations of transceivers within a link and between victim and interfering links. The result of the trial on such a distribution, the distance factor, is then multiplied by a coverage radius or simulation radius. Hence the default maximum value of R is set to 1, meaning that after multiplication of this random factor with the radius value, the resulting distance will be distributed uniformly along the entire coverage/simulation radius.

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