  We derive explicitly the soft SUSY breaking parameters at arbitrary low
energy scale in the (deflected) mirage type mediation scenarios with possible
gauge or Yukawa mediation contributions. Based on the Wilsonian effective
action after integrating out the messengers, we obtain analytically the
boundary value (at the GUT scale) dependencies of the effective wavefunctions
and gauge kinetic terms. Note that the messenger scale dependencies of the
effective wavefunctions and gauge kinetic terms had already been discussed in
GMSB. The RGE boundary value dependencies, which is a special feature in
(deflected) mirage type mediation, is the key new ingredients in this study.
The appearance of $'mirage'$ unification scale in mirage mediation is proved
rigorously with our analytical results. We also discuss briefly the new
features in deflected mirage mediation scenario in the case the deflection
comes purely from the Kahler potential and the case with messenger-matter
interactions.
