Single Disk Radial Behaviour of Artificial Galaxies

A one dimensional single disk weighted least-squares fit was done on the complete sample of artifical galaxies that were created, encompassing a $\mu_{n-k}$ range of 3-5 (in steps of 1), a $f_h$ range of 0.5-3.0 (in steps of 0.5) and a $f_z$ range of 2-6 (in steps of 2), resulting in 36 artificial galaxies. The overall basic input parameters are $\mu_n$ = 19.24 mag arsec$^{-2}$, $z_n$ = 10, $h_n$ = 50 with the truncation at 2.5$h_n$. Plots were made to show the behaviour of each model of $z_0$ (fit result) divided by $z_{n,0}$ (input parameter), here expressed at $z_n/z_{input}$, over the fitted radius range (40-120). $\mu_0-\mu_\textrm{\scriptsize cut}$ was set at 7.4 mag arcsec$^{-2}$.
The 36 resulting plots are put in three columns. The first column shows the behaviour from small $\mu_{n-k}$ to large $\mu_{n-k}$ and small $f_h$ to large $f_h$ secondly. The second column shows the behaviour from small $f_h$ to large $f_h$ and from small $\mu_{n-k}$ to large $\mu_{n-k}$ secondly. The third column shows the behaviour from small $f_z$ to large $f_z$ and from small $\mu_{n-k}$ to large $\mu_{n-k}$ secondly.

Figure 33: Single Disk Radial Behaviour. Part 1.

Figure 34: Single Disk Radial Behaviour. Part 2.

Figure 35: Single Disk Radial Behaviour. Part 3.

Figure 36: Single Disk Radial Behaviour. Part 4.