  ![Disorder averaged distribution function $r\overline{P(r,N)}$ vs the scaling variable $r/N^{\nu_{{\rm SAW}}^{p_c}}$ in $d{{=}}0$ dimensions. Lattice size $L{{=}}000$, number of SAW steps $N{{=}}000$ (squares), $N{{=}}000$ (triangles), $N{{=}}000$ (crosses).[]{data-label="prsaw0"}](rozpR0d.eps){width="0.0cm"}  ![Disorder averaged distribution function $r\overline{P(r,N)}$ vs the scaling variable $r/N^{\nu_{{\rm SAW}}^{p_c}}$ in $d{{=}}0$ dimensions. Lattice size $L{{=}}000$, number of SAW steps $N{{=}}00$ (squares), $N{{=}}00$ (triangles), $N{{=}}00$ (crosses).[]{data-label="prsaw0"}](rozpR0d.eps){width="0cm"}  ![Disorder averaged distribution function $r\overline{P(r,N)}$ vs the scaling variable $r/N^{\nu_{{\rm SAW}}^{p_c}}$ in $d{{=}}0$ dimensions. Lattice size $L{{=}}00$, number of SAW steps $N{{=}}00$ (squares), $N{{=}}00$ (triangles), $N{{=}}00$ (crosses).[]{data-label="prsaw0"}](rozpR0d.eps){width="0.0cm"}  