function aux_plottingBasinsUnivariateRationalFunctions(

coefficientlistnum::Array{T,1},

coefficientlistden::Array{T,1},

expresolution::Int=8,

iterationmax::Int=25,

iterprecision::Int64=3,

aproxprecision::Int64=3;

colorstrategy::AbstractString="positionplusiteration",

model::AbstractString="localrectangle",

rectanglesides::Tuple{Float64,Float64,Float64,Float64}=

(-1.5,1.5,-1.5,1.5)) where {T<:Number}

maxdegree=max(length(coefficientlistnum),length(coefficientlistden))

samedegreecoefficientlistnum=zeros(Complex{Float64}, maxdegree)

for i in 1:length(coefficientlistnum)

samedegreecoefficientlistnum[i]=coefficientlistnum[i]

end

samedegreecoefficientlistden=zeros(Complex{Float64}, maxdegree)

for i in 1:length(coefficientlistden)

samedegreecoefficientlistden[i]=coefficientlistden[i]

end

preexpresolution=expresolution

preiterationmax=iterationmax

preiterprecision=iterprecision

preaproxprecision=aproxprecision

premodeldomain=model

prerectanglesidesdomain=rectanglesides

fixedpointsmatrixpairpositerex=

fixedPointListex_matrixpositioninterations_RationalFunction(

samedegreecoefficientlistnum,

samedegreecoefficientlistden, preexpresolution,preiterationmax,

preiterprecision,preaproxprecision,

premodeldomain, prerectanglesidesdomain)

fixedpointsmatrixpairpositer3seedimg=

plot_matrixpositer_RationalFunction(fixedpointsmatrixpairpositerex,

iterationmax,

colorstrategy,

model,

rectanglesides)

return fixedpointsmatrixpairpositer3seedimg

aux_result=aux_plottingBasinsUnivariateRationalFunctions(coefficientlistnumcompila,

coefficientlistdencompila