void operator()( sequence_space_type * seqs, FreeSpaceType & free_space, unsigned int N ) {
assert( N <= free_space.free_size() );
sequence_distribution_type seq_gen( 0, seqs.row_count() - 1 );
typename FreeSpaceType::base_type::iterator it = free_space.free_begin();
while( N-- ) {
unsigned int seq_idx = seq_gen( *m_rng );
typename FreeSpaceType::size_type all_idx = *it++;
operator()( seqs, seq_idx, all_idx );
}
}
static void mt_write(struct dhara_map *m, dhara_sector_t s, int seed)
{
const size_t page_size = 1 << m->journal.nand->log2_page_size;
uint8_t buf[page_size];
dhara_error_t err;
seq_gen(seed, buf, sizeof(buf));
if (dhara_map_write(m, s, buf, &err) < 0)
dabort("map_write", err);
}
void generate_child_mutations( sequence_space_type * off, mutation_pool_type * mut_pool, mutation_distribution_type * mut_dist, unsigned int N, typename free_space_type::base_type::iterator & it, typename free_space_type::base_type::iterator & end, unsigned int gen ) {
// std::cerr << "Child population size: " << m_child->haploid_genome_count() << std::endl;
// std::cerr << "Mutation count: " << N << std::endl;
// std::cerr << "Free space: " << m_free_space.free_size() << std::endl;
//
resetMutationEvents( mut_pool, mut_dist, N, off->haploid_genome_count() + 1 );
// m_allele_space.alignNeutralToPopulation( off->getMaxBlocks() );
boost::random::uniform_int_distribution< unsigned int > seq_gen( 0, off->haploid_genome_count() - 1);
unsigned int i = 0;
while( i < N ) {
typename free_space_type::size_type all_idx = m_allele_space.size();
if( it != end ) {
all_idx = *it++;
} else {
m_allele_space.grow();
m_trait_space.grow();
}
unsigned int seq_idx = seq_gen( *m_rand );
assert( all_idx < off->getMaxAlleles() );
mut_pool->at( i ) = all_idx;
mut_dist->at( seq_idx + 1 ) += 1;
allele_gen( m_allele_space, all_idx, gen );
trait_gen(*m_rand, m_trait_space, all_idx );
++i;
}
// scan right to produce m_mut_pool relative index ranges
for( unsigned int i = 2; i < mut_dist->size(); ++i ) {
mut_dist->at( i ) += mut_dist->at( i - 1 );
}
}
void main(void)
{
int seq[10];
int n;
int i;
char line[100];
printf("\nNon-Repeated Sequence of Three Chars. Generator");
printf("\n===============================================");
printf("\n\nSequence Length Please --> ");
gets(line);
n = atoi(line);
printf("\nGenerated Sequence is shown below :\n");
seq_gen(seq, n);
}