dna-utils.git - Tools for parsing FASTA files very fast

Age	Commit message (Collapse)	Author
2013-12-29	Align and label lookup map	orbitz

2013-12-29	Refactor to pull opening the file out of the count function	orbitz

2013-12-29	Cleanup indentation and whitespace	orbitz

2013-11-24	performance boost from skipping our first newline. It seems crazy, but this ↵	Calvin Morrison
	could be up to a 10-15% improvement because of our strstrip function. Each time we were copying the entire array, even if we didn't need to. There will be more of a benefit on a single line'd sequence file, but will see a speed up on all
2013-11-23	fix labels, fix spelling of position	Calvin Morrison

2013-11-23	better allocation of memory, make sure to free other memory	Calvin Morrison

2013-11-15	Merge branch 'master' of github.com:mutantturkey/dna-utils	Calvin Morrison

2013-11-15	instead of bitshift, use a equality operator	Calvin Morrison

2013-11-11	fix memleak	Calvin Morrison

2013-11-11	index to kmerfunction	Calvin Morrison

2013-10-17	update kmer utils	Calvin Morrison

2013-10-16	added new functions	Calvin Morrison

2013-10-04	no more branching	Calvin Morrison

2013-10-02	use an external iterator so that we can skip over anything in range of an errorw	Calvin Morrison

2013-10-02	remove unused headers	Calvin Morrison

2013-10-01	update headers, use const for better performance (.500ms on ~2gb file), ↵	Calvin Morrison
	update comments for functions
2013-09-28	idea	Calvin Morrison

2013-09-14	improve performance of convert_kmer_to_index by using a bitwise OR to ↵	Calvin Morrison
	convert our characters to lowercare: str[i] \| Ox20, and reduce the number of switches as a result
2013-09-12	don't use strtol	Calvin Morrison

2013-09-11	update convert_kmer_to_index for brevity and clarity	Calvin Morrison

2013-09-11	add headers	Calvin Morrison

2013-09-10	Initial commit of some kmer utilities.	Calvin Morrison
	there are two utilties included. one is kmer_frequency_per_sequence, which outputs a (m x n) matrix where m is the sequence, and n is the frequency of that nmer to occur in the given sequence. the other tool is kmer_total_count, which counts kmers for the total file, not just one sequence