Encoding

Convert digital files into DNA oligo sequences using selected encoding schemes.

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Select a codec to convert your file into DNA oligo sequences.

Algorithm

Segment Length (nt) *Length of each DNA segment.

Max Homopolymer (nt) *The largest homopolymer allowed

GC Bias *Allowed GC deviation (±50%).

RS Nums (bytes) *Number of Reed–Solomon ECC bytes (GF(2⁸)).

Delta *Parameter of the degree distribution.

Redundancy *Fraction of extra oligos generated for decoding robustness.

C_dist *Parameter of the degree distribution.

CRC Nums (bytes) *Bytes used for CRC checksum.

Segment Length (nt) *Length of each DNA segment.

Max Homopolymer (nt) *The largest homopolymer allowed.

GC Bias *Allowed GC deviation (±50%).

RS Nums (bytes) *Number of Reed–Solomon ECC bytes (GF(2⁸)).

Max Iterations *Upper limit of Yin-Yang iteration attempts during encoding.

CRC Nums (bytes) *Bytes used for CRC checksum.

Segment Length (nt) *Length of each encoded DNA segment.

Max Homopolymer (≥5) *Maximum allowed homopolymer length (minimum value is 5).

matrix_n *Total number of matrix rows (n) used in HEDGES construction.

matrix_r (rs_rows) *Number of matrix rows used for RS error correction.

Coderate Code *HEDGES coding rate selection (higher rate → lower redundancy).

Estimated runtime depends on file size and parameters.