for key in genes:
thisGeneName = key
if len(genes[thisGeneName]) > totalReadLength:
complete = makeRandomTestData.outputFastaSeq(filename + 'E1R100G100.fa', thisGeneName, genes[thisGeneName])
levelKey = random.randint(0, 2)
if levelKey == 0:
level = 10
elif levelKey == 1:
level = 100
elif levelKey == 2:
level = 1000
else:
level = 0
complete = makeRandomTestData.makeRandomlyPlacedPairedEndReads(genes[thisGeneName], thisGeneName, readLength, insertSize, level, filename + 'E1R100G100RandomReadsPair1.fa', filename + 'E1R100G100RandomReadsPair2.fa', filename + 'E1R100G100RandomReads.txt', 1, 0)
count += 1
genes2 = makeRandomTestData.inputFastaSeq(infileName)
for i in range(0, r90):
thisGeneName = random.choice(genes2.keys())
complete = makeRandomTestData.outputFastaSeq(filename + 'E1R90G100.fa', thisGeneName, genes2[thisGeneName])
genes2.pop(thisGeneName)
genes2 = makeRandomTestData.inputFastaSeq(infileName)
for i in range(0, r80):
thisGeneName = random.choice(genes2.keys())
complete = makeRandomTestData.outputFastaSeq(filename + 'E1R80G100.fa', thisGeneName, genes2[thisGeneName])
genes2.pop(thisGeneName)