@@ -75,13 +75,13 @@ head(kakapo_aggregated)
7575# > 4 376818 938 30.9 2.0 2.5 NC_044289.2 6657 7035 379 16469125
7676# > 5 376817 397 36.4 7.9 0.4 NC_044289.2 7038 7291 254 16468869
7777# > 6 376820 439 24.8 0.0 0.0 NC_044289.2 11629 11732 104 16464428
78- # > n_aligned_segments complement tname tclass tstart tend tlen
79- # > 1 1 + G-rich Low_complexity 1 44 -729
80- # > 2 1 C TguLTR5d LTR/ERVL 8 293 -2003
81- # > 3 1 C CR1-Y2_Aves LINE/CR1 3007 3338 -79
82- # > 4 1 + CR1-Y2_Aves LINE/CR1 3008 3331 -3325
83- # > 5 1 C CR1-Y2_Aves LINE/CR1 800 1072 -5965
84- # > 6 1 C TguLTR5d LTR/ERVL 492 595 -11033
78+ # > n_aligned_segments complement tname tclass tstart tend tlen
79+ # > 1 1 + G-rich Low_complexity 1 44 44
80+ # > 2 1 C TguLTR5d LTR/ERVL 8 293 286
81+ # > 3 1 C CR1-Y2_Aves LINE/CR1 3007 3338 332
82+ # > 4 1 + CR1-Y2_Aves LINE/CR1 3008 3331 324
83+ # > 5 1 C CR1-Y2_Aves LINE/CR1 800 1072 273
84+ # > 6 1 C TguLTR5d LTR/ERVL 492 595 104
8585# > ali_type
8686# > 1 primary
8787# > 2 primary
@@ -97,7 +97,7 @@ With this data, we can start to analyse the total amount of the scaffold covered
9797ggplot(kakapo_aggregated , aes(qlen , tclass )) +
9898 geom_col() +
9999 theme_bw(base_size = 14 ) +
100- scale_x_continuous(labels = Kb_lab )
100+ scale_x_continuous(labels = Mb_lab )
101101```
102102
103103<img src =" man/figures/README-unnamed-chunk-5-1.png " width =" 100% " />
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