Unusual, but usable.
  • plate1 has 1 header line(s), not the 5 the R assumed. Default mode finds the header and reads it correctly; --compat keeps the fixed skip and would lose the first 4 strain(s) of the plate.
  • plate10 has 1 header line(s), not the 5 the R assumed. Default mode finds the header and reads it correctly; --compat keeps the fixed skip and would lose the first 4 strain(s) of the plate.
  • plate11 has 1 header line(s), not the 5 the R assumed. Default mode finds the header and reads it correctly; --compat keeps the fixed skip and would lose the first 4 strain(s) of the plate.
  • plate12 has 1 header line(s), not the 5 the R assumed. Default mode finds the header and reads it correctly; --compat keeps the fixed skip and would lose the first 4 strain(s) of the plate.
  • plate13 has 1 header line(s), not the 5 the R assumed. Default mode finds the header and reads it correctly; --compat keeps the fixed skip and would lose the first 4 strain(s) of the plate.
  • plate14 has 1 header line(s), not the 5 the R assumed. Default mode finds the header and reads it correctly; --compat keeps the fixed skip and would lose the first 4 strain(s) of the plate.
  • plate15 has 1 header line(s), not the 5 the R assumed. Default mode finds the header and reads it correctly; --compat keeps the fixed skip and would lose the first 4 strain(s) of the plate.
  • plate16 has 1 header line(s), not the 5 the R assumed. Default mode finds the header and reads it correctly; --compat keeps the fixed skip and would lose the first 4 strain(s) of the plate.
  • plate17 has 1 header line(s), not the 5 the R assumed. Default mode finds the header and reads it correctly; --compat keeps the fixed skip and would lose the first 4 strain(s) of the plate.
  • plate2 has 1 header line(s), not the 5 the R assumed. Default mode finds the header and reads it correctly; --compat keeps the fixed skip and would lose the first 4 strain(s) of the plate.
  • plate3 has 1 header line(s), not the 5 the R assumed. Default mode finds the header and reads it correctly; --compat keeps the fixed skip and would lose the first 4 strain(s) of the plate.
  • plate4 has 1 header line(s), not the 5 the R assumed. Default mode finds the header and reads it correctly; --compat keeps the fixed skip and would lose the first 4 strain(s) of the plate.
  • plate5 has 1 header line(s), not the 5 the R assumed. Default mode finds the header and reads it correctly; --compat keeps the fixed skip and would lose the first 4 strain(s) of the plate.
  • plate6 has 1 header line(s), not the 5 the R assumed. Default mode finds the header and reads it correctly; --compat keeps the fixed skip and would lose the first 4 strain(s) of the plate.
  • plate7 has 1 header line(s), not the 5 the R assumed. Default mode finds the header and reads it correctly; --compat keeps the fixed skip and would lose the first 4 strain(s) of the plate.
  • plate8 has 1 header line(s), not the 5 the R assumed. Default mode finds the header and reads it correctly; --compat keeps the fixed skip and would lose the first 4 strain(s) of the plate.
  • plate9 has 1 header line(s), not the 5 the R assumed. Default mode finds the header and reads it correctly; --compat keeps the fixed skip and would lose the first 4 strain(s) of the plate.
  • plates hold different numbers of positions (267 to 372), which is normal for a cherry-picked layout and not for a full array
  • 372 positions per plate is not a standard density (96, 384, 1536), so this looks like a partial or cherry-picked layout
Plates17
Positions per plate372
Grid-
Distinct genes5888
Allele annotations0
Files

plate1, plate10, plate11, plate12, plate13, plate14, plate15, plate16, plate17, plate2, plate3, plate4, plate5, plate6, plate7, plate8, plate9