files: modified\_chr\_names{k+1}.xlsx, subgenome\_placement\_blocks.all{k+1}.xlsx, subgenome\_placement\_blocks.all.xlsx. k represents the corresponding subgenome number.
subgenome\_placement\_blocks.all.xlsx and
subgenome\_placement\_blocks.all\_sub{k}.xlsx; There will be m number of
files. k represents the corresponding subgenome number.
The abc\_synteny\_chromosome\_names.success.colinear.xlsx file holds the
The modified\_chr\_names{k+1}.xlsx file holds the
replaced gene id\'s with there corresponding chromosome names which they
replaced gene id\'s with there corresponding chromosome names which they
bellong to:
bellong to if they are not already placed inside the subgenome columns (to detect the genes that has been removed based on density threshold):
The subgenome\_placement\_blocks.all{k+1}.xlsx file holds the placement
of genes in subgenomes optimal for each subgenome considering the subgenome separation optimal for each subgenome in step 4:
Row start # Row end # subgenome1 subgenome2 subgenome3
Row start # Row end # subgenome1 subgenome2 subgenome3
0 123 N10.r N9 N8.r
0 123 N10.r N9 N8.r
...
@@ -319,12 +326,6 @@ of genes in subgenomes in step 5:
...
@@ -319,12 +326,6 @@ of genes in subgenomes in step 5:
124 698 N10 N8.r N9.r
124 698 N10 N8.r N9.r
699 1029 N6 N9.r N8.r
699 1029 N6 N9.r N8.r
The subgenome\_placement\_blocks.all\_sub{k}.xlsx file holds the optimal placement of genes in subgenomes for each subgenome. Ex: subgenome\_placement\_blocks.all\_sub1.xlsx::